#2. Liquid Penetrant Testing (PT)

[safetycourses2022]

[geocontech]

A Comprehensive Guide to Non-Destructive Testing (NDT) - Ensuring Safety and Reliability

What is Non-Destructive Testing (NDT)?

Non-Destructive Testing (NDT) is a range of analysis techniques used in the science and technology industry to evaluate the properties of a material, component, structure, or system without causing damage. NDT methods are crucial for ensuring the safety, reliability, and integrity of various products and structures, especially in industries such as aerospace, automotive, construction, and manufacturing. Unlike destructive testing, which involves testing to the point of failure, NDT allows for thorough inspections while preserving the usability of the tested item.

Geo Con Tech Group specializes in providing comprehensive NDT services to ensure the highest standards of safety and quality in engineering and construction projects. Our expertise in NDT enables us to identify defects and irregularities without compromising the structural integrity of materials and components.

Methods Used in Non-Destructive Testing

Several methods are employed in NDT, each with its unique advantages and applications. The most commonly used methods include:

1. Visual Inspection (VT): Visual Inspection is the most basic NDT method. It involves examining a component with the naked eye or using tools like magnifying glasses, mirrors, or borescopes to detect surface flaws, cracks, or deformities. This method is often the first step in an NDT process and can be enhanced with digital imaging tools.

2. Ultrasonic Testing (UT): Ultrasonic Testing uses high-frequency sound waves to detect internal flaws in materials. A transducer sends ultrasonic waves into the material, and the reflections from internal imperfections are recorded and analyzed. UT is highly effective for detecting subsurface defects and measuring material thickness.

3. Radiographic Testing (RT): Radiographic Testing employs X-rays or gamma rays to produce images of the internal structure of a component. These images reveal internal defects such as voids, cracks, and inclusions. RT is widely used in the aerospace and automotive industries for inspecting welds and castings.

4. Magnetic Particle Testing (MT): Magnetic Particle Testing involves magnetizing a ferromagnetic material and then applying ferrous particles to the surface. The particles gather at areas with magnetic flux leakage, indicating surface and near-surface defects. MT is commonly used for inspecting welds, castings, and forgings.

5. Liquid Penetrant Testing (PT): Liquid Penetrant Testing uses a liquid dye to penetrate surface-breaking defects. After removing the excess dye, a developer is applied to draw out the dye trapped in flaws, making them visible under UV or white light. PT is effective for detecting surface cracks and porosity.

6. Eddy Current Testing (ECT): Eddy Current Testing uses electromagnetic induction to detect surface and near-surface defects in conductive materials. An alternating current flows through a coil, generating eddy currents in the material. Variations in the eddy current flow indicate the presence of flaws. ECT is often used for inspecting heat exchanger tubes and aircraft components.

7. Acoustic Emission Testing (AE): Acoustic Emission Testing listens for the sound waves produced by the rapid release of energy from localized sources within a material under stress. These sound waves can indicate the presence of active cracks or other structural changes. AE is useful for monitoring the integrity of pressure vessels and storage tanks.

8. Thermographic Testing (TT): Thermographic Testing uses infrared cameras to detect temperature variations on the surface of a material. These variations can indicate underlying defects such as delaminations, voids, or corrosion. TT is widely used in electrical inspections, building diagnostics, and aerospace applications.

What is the Difference Between Destructive and Non-Destructive Testing?

Destructive Testing (DT) involves testing a material or component to failure to understand its properties, performance, and behavior under various conditions. Examples include tensile testing, impact testing, and hardness testing. DT provides detailed information about material properties but destroys the sample in the process, making it unsuitable for inspecting finished products or critical components.

In contrast, Non-Destructive Testing allows for the evaluation of materials and components without causing damage. NDT methods are non-invasive and preserve the integrity of the item being tested, enabling continuous use and further analysis if needed. This is particularly important for safety-critical industries where maintaining the structural integrity of components is essential.

Advantages of Using Non-Destructive Testing

NDT offers several advantages over destructive testing, making it an essential tool in various industries:

1. Preservation of Material Integrity: NDT methods do not damage or alter the material or component being tested. This allows for the inspection of critical components without compromising their functionality or safety.

2. Cost-Effectiveness: By preserving the tested items, NDT reduces the need for replacements and repairs. It also minimizes downtime by allowing for in-service inspections, leading to significant cost savings.

3. Early Detection of Defects: NDT enables the early detection of defects and irregularities, allowing for timely maintenance and repairs. This helps prevent catastrophic failures and extends the lifespan of components.

4. Comprehensive Inspection: NDT methods can detect a wide range of defects, including surface and subsurface flaws. This comprehensive inspection capability ensures a high level of quality control and reliability.

5. Safety and Reliability: By identifying potential issues before they become critical, NDT enhances the safety and reliability of structures and components. This is particularly important in industries such as aerospace, nuclear, and transportation.

6. Compliance with Standards: NDT methods are often required by industry standards and regulations. Implementing NDT ensures compliance with these standards, reducing the risk of non-conformance and legal issues.

Applications of Non-Destructive Testing

NDT is used across various industries to ensure the safety, reliability, and integrity of materials and structures. Some common applications include:

1. Aerospace: In the aerospace industry, NDT is used to inspect aircraft components, engines, and structures for defects that could compromise safety. Methods like ultrasonic testing, radiographic testing, and eddy current testing are commonly used for inspecting composite materials, welds, and fasteners.

2. Automotive: The automotive industry uses NDT to inspect critical components such as engine parts, transmissions, and suspension systems. NDT methods help identify manufacturing defects, material inconsistencies, and fatigue cracks, ensuring the reliability and performance of vehicles.

3. Construction: In construction, NDT is used to inspect concrete structures, steel beams, and welds. Methods like visual inspection, ultrasonic testing, and thermographic testing help detect cracks, voids, and corrosion, ensuring the structural integrity of buildings, bridges, and infrastructure.

4. Oil and Gas: The oil and gas industry relies on NDT to inspect pipelines, storage tanks, and offshore platforms. Techniques like radiographic testing, magnetic particle testing, and acoustic emission testing are used to detect corrosion, leaks, and structural weaknesses, preventing environmental disasters and ensuring safe operations.

5. Power Generation: In power generation, NDT is used to inspect turbines, boilers, and pressure vessels. NDT methods help detect material degradation, stress corrosion cracking, and weld defects, ensuring the safe and efficient operation of power plants.

6. Manufacturing: Manufacturing industries use NDT to ensure the quality of raw materials, components, and finished products. NDT methods like eddy current testing, liquid penetrant testing, and ultrasonic testing are used to detect surface and subsurface defects, ensuring compliance with quality standards.

7. Transportation: NDT is used in the transportation industry to inspect railways, ships, and bridges. Methods like ultrasonic testing, radiographic testing, and magnetic particle testing help identify structural weaknesses, corrosion, and fatigue cracks, ensuring the safety and reliability of transportation infrastructure.

Conclusion:

Non-Destructive Testing (NDT) is an invaluable tool for ensuring the safety, reliability, and integrity of materials, components, and structures across various industries. Geo Con Tech Group is dedicated to providing comprehensive NDT services , utilizing advanced techniques to detect defects and irregularities without compromising the structural integrity of the tested items. By leveraging NDT, industries can achieve early defect detection, cost savings, compliance with standards, and enhanced safety and reliability.

Whether in aerospace, automotive, construction, or any other sector, the application of NDT ensures that products and structures meet the highest quality standards, safeguarding lives and enhancing performance. Geo Con Tech Group is committed to excellence in NDT, helping clients achieve optimal results through innovative and reliable testing solutions.

[enterprisewired]

Unlocking Insights: The Importance and Techniques of Non-Destructive Examination (NDE)

Non-destructive examination (NDE) plays a crucial role in various industries, including manufacturing, aerospace, automotive, and infrastructure, by providing valuable insights into the integrity, quality, and reliability of materials and components without causing damage. In this comprehensive guide, we’ll explore the significance of NDE, discuss common techniques used in non-destructive examination, and highlight its applications across different sectors for ensuring safety, efficiency, and compliance.

Understanding Non-Destructive Examination (NDE)

Non-destructive examination (NDE), also known as non-destructive testing (NDT), is a collection of techniques used to evaluate the properties, integrity, and condition of materials, components, and structures without causing damage or altering their physical properties. NDE methods are essential for detecting defects, discontinuities, and anomalies that could compromise the performance or safety of critical assets.

Importance of Non-Destructive Examination

1. Safety Assurance:

NDE techniques help identify defects, flaws, or weaknesses in materials and structures, ensuring they meet safety standards and regulatory requirements to prevent catastrophic failures or accidents.

2. Quality Control:

NDE plays a vital role in quality assurance and quality control processes by detecting manufacturing defects, surface irregularities, or material inconsistencies early in the production or fabrication process, reducing rework and scrap.

3. Asset Integrity:

By monitoring the condition and integrity of assets such as pipelines, bridges, aircraft, and machinery, NDE helps extend their operational life, optimize maintenance strategies, and minimize downtime.

4. Cost Savings:

Early detection of defects or damage through NDE techniques can prevent costly repairs, replacements, or unplanned downtime, resulting in significant cost savings over the lifecycle of assets.

Common Techniques in Non-Destructive Examination

1. Visual Inspection (VI):

Visual inspection is the simplest form of NDE, involving direct visual examination of surfaces, welds, or components for visible defects, cracks, corrosion, or surface irregularities.

2. Radiographic Testing (RT):

Radiographic testing uses X-rays or gamma rays to penetrate materials and create images that reveal internal defects, voids, or discontinuities, making it suitable for inspecting thick-walled components or complex geometries.

3. Ultrasonic Testing (UT):

Ultrasonic testing utilizes high-frequency sound waves to detect internal flaws, cracks, or material thickness variations by analyzing the time it takes for ultrasonic waves to travel through a material and reflect back to a receiver.

4. Magnetic Particle Testing (MT):

Magnetic particle testing involves magnetizing ferromagnetic materials and applying magnetic particles or liquid suspensions to detect surface and near-surface defects, cracks, or discontinuities by visual or magnetic field indicators.

5. Liquid Penetrant Testing (PT):

Liquid penetrant testing involves applying a liquid dye or fluorescent penetrant to the surface of a component, allowing it to seep into surface cracks or defects before being removed and inspected under UV light.

6. Eddy Current Testing (ET):

Eddy current testing induces electrical currents in conductive materials and detects changes in impedance caused by defects, cracks, or material variations, making it suitable for detecting surface and near-surface flaws.

Applications of Non-Destructive Examination

1. Aerospace and Defense:

NDE techniques are widely used in aerospace and defense industries to inspect aircraft components, engine parts, and structural assemblies for defects, fatigue cracks, or corrosion.

2. Manufacturing and Fabrication:

NDE plays a critical role in manufacturing processes, including casting, forging, welding, and machining, to ensure the quality, integrity, and dimensional accuracy of components and structures.

3. Oil and Gas:

In the oil and gas industry, NDE techniques are employed to inspect pipelines, storage tanks, pressure vessels, and offshore platforms for corrosion, weld defects, and material degradation to prevent leaks or failures.

4. Automotive and Transportation:

NDE is used in automotive manufacturing to inspect critical components such as engine blocks, chassis, and safety systems for defects, weld quality, and material integrity to ensure vehicle safety and reliability.

5. Infrastructure and Construction:

NDE techniques are applied in infrastructure projects, including bridges, buildings, dams, and railways, to assess structural integrity, detect defects, and monitor aging infrastructure for maintenance and repair.

Conclusion

Non-destructive examination (NDE) plays a critical role in ensuring the safety, quality, and reliability of materials, components, and structures across various industries. By employing a range of NDE techniques such as visual inspection, radiographic testing, ultrasonic testing, and magnetic particle testing, organizations can detect defects, flaws, or anomalies early in the lifecycle of assets, minimizing risks, optimizing maintenance strategies, and enhancing operational efficiency. As industries continue to prioritize safety, quality, and compliance, the importance of non-destructive inspection as a valuable tool for asset integrity management and risk mitigation will only continue to grow.

Also Read: Embracing Innovation: The Evolution of Manufacturing Technology

[china-cryogenic-tanks]

welded Insulated container

DSW welded Insulated container

 supplies dewars and cryogenic tanks to safely contain liquefied gases such as nitrogen, oxygen, argon and carbon dioxide. These gases are stored at extremely low temperatures and in a liquid state. 

Category: Dewar CylinderTag: welded Insulated container

Description

Welded Insulated Container

Inspection guarantee of welded Insulated container:

The relevant welding seams will be subject to 100% RT non-destructive testing and penetrant testing (PT) according to the technological requirements of storage tank production. High-purity nitrogen (up to 99.999%) will be used to conduct the strength testing. Finally, advanced helium mass spectrometer leak detectors (with precision up to 2×10-9Pa.L/s) will be used to conduct Helium mass spectrometer leak detection. The inner containers of the storage tanks will be passivated by overall pickling to meet the cleanliness requirements for dangerous goods. Imported ultraviolet black light lamps will be used to make sure that there is no oil stain and other organic impurities in the inner containers. The inner and outer containers, after cleaning, will be assembled at a time interval less than 2.5 hours. After assembling, the inner containers and interlayers will be filled with nitrogen to protect them from dust and organic impurities, so as to ensure the cleanliness. The inner and outer surfaces of the outer containers will be subject to overall sandblasting treatment to meet the requirements of Sa-2.5 standard. When the surfaces of steel plates show the metallic color, a vacuum cleaner will be used to suck off the dust adhered to the surface so as to further ensure the vacuum degree in the interlayer. Special high-quality perlite is used as the insulation material in the interlayer. The perlite will be treated by using our company’s special process before being in the interlayer. All the internal cylinders of welded Insulated container, after manufactured, will be subject to the gas-tight and pressure performance tests. Both the internal and outer cylinders will be subject to rigorous Helium mass spectrum leak detection. After the production is completed, all the pipe openings will be opened to carry out nitrogen purging and replacement, so as to meet the oxygen usage standard. After this, all the pipelines and valves will be sealed and the tanks will be filled with 0.2MPa high-purity nitrogen for protecting the tanks.

[atozndttrainingacademy]

The Top NDT Training Courses You Need To Know About

Non-Destructive Testing (NDT) plays a vital role in ensuring the quality, safety, and reliability of various materials and components in industries such as aerospace, automotive, manufacturing, and construction. NDT involves the use of advanced techniques and methodologies to inspect, test, and evaluate materials and structures without causing any damage.

To become a proficient NDT professional, it is crucial to undergo comprehensive training that covers the principles, techniques, and practices of various NDT methods. In this blog, we will explore the top NDT training courses that individuals aspiring to enter the field or enhance their skills should know about.

1. Ultrasonic Testing (UT) Courses

Ultrasonic Testing (UT) is a widely used NDT method that utilizes high-frequency sound waves to detect flaws, measure material thickness, and analyze material properties. UT training courses typically cover topics such as ultrasound theory, equipment operation, calibration, and interpretation of test results. Advanced courses may delve into specialized applications such as phased array ultrasonics and time-of-flight diffraction.

2. Magnetic Particle Testing (MT) Courses

Magnetic Particle Testing (MT) is a method that uses magnetic fields and magnetic particles to locate surface and near-surface defects in ferromagnetic materials. MT training courses focus on teaching participants the principles of magnetism, magnetization techniques, particle application, and interpretation of indications. Courses may also cover advanced techniques like remote field testing and magnetic flux leakage.

3. Liquid Penetrant Testing (PT) Courses

Liquid Penetrant Testing (PT) is an NDT technique used to detect surface-breaking defects in non-porous materials. PT training courses educate participants about different penetrant types, application methods, dwell times, and evaluation of results. Advanced PT courses may include topics such as fluorescent penetrant inspection and dual-sensitivity testing.

4. Radiographic Testing (RT) Courses

Radiographic Testing (RT) employs X-rays or gamma rays to examine the internal structure of materials and detect defects such as cracks, porosity, and inclusions. RT training courses provide comprehensive knowledge about radiation safety, exposure techniques, image interpretation, and film analysis. With the advancement of digital radiography, courses on computed radiography (CR) and digital radiography (DR) have also gained significance.

5. Visual Testing (VT) Courses

Visual Testing (VT) is one of the most fundamental NDT methods and involves a thorough visual examination of materials and structures. VT training courses equip individuals with essential skills in visual inspection techniques, defect recognition, and documentation. Courses may also cover specialized areas such as remote visual inspection (RVI) using borescopes or drones.

6. Eddy Current Testing (ECT) Courses

Eddy Current Testing (ECT) is an electromagnetic technique used to detect surface and subsurface defects, measure conductivity, and sort materials based on their properties. ECT training courses cover topics such as coil design, test parameters, signal analysis, and applications in various industries. Advanced courses may include topics like array probes and pulsed eddy current testing.

7. Welding Inspection Courses

Welding Inspection training is focused on equipping individuals with the skills necessary to evaluate the quality and integrity of welds. These courses cover welding processes, welding symbols and codes, weld defects and discontinuities, visual inspection techniques, and non-destructive testing methods specific to weld inspection, such as ultrasonic testing and radiographic testing.

8. Quality Assurance/Quality Control (QA/QC)

Quality Assurance (QA) and Quality Control (QC) are essential components of any industry or project where quality is of utmost importance. QA/QC ensures that products, services, and processes meet established standards, regulations, and customer expectations. While closely related, QA and QC have distinct roles within an organization.

Quality Assurance involves establishing and implementing processes, procedures, and systems to prevent defects or quality issues from occurring in the first place. It focuses on proactively designing and managing quality throughout the entire project or product lifecycle. QA activities include developing quality plans, conducting audits, implementing quality management systems, and defining quality standards and specifications.

9. Civil NDT (Non-Destructive Testing in Civil Engineering)

Non-Destructive Testing (NDT) techniques find extensive application in the field of civil engineering to assess the condition and integrity of structures such as bridges, buildings, dams, and pipelines. Civil NDT involves the use of various NDT methods to identify defects, assess material properties, and evaluate structural health without causing any damage to the structure.

Civil NDT techniques play a crucial role in ensuring the safety, reliability, and maintenance of civil infrastructure. These techniques help detect defects such as cracks, voids, corrosion, or delamination, which may compromise the structural integrity or durability of the infrastructure.

10. Online NDT Course

Online NDT courses provide individuals with the flexibility to learn and acquire NDT knowledge and skills remotely. These courses leverage technology and e-learning platforms to deliver comprehensive training modules, interactive lessons, and practical exercises to participants.

Online NDT courses cover a wide range of topics, depending on the specific method or technique being taught. The courses typically include video lectures, simulations, case studies, quizzes, and assessments to ensure a well-rounded learning experience. Additionally, many online NDT courses offer practical demonstrations or virtual laboratory sessions to provide hands-on training.

Conclusion

The field of Non-Destructive Testing (NDT) offers a diverse range of training courses that are crucial for individuals aspiring to become NDT professionals or enhance their existing skills. The top NDT training courses in Delhi NCR covered in this blog provide a solid foundation and comprehensive knowledge of various NDT methods, enabling individuals to perform accurate inspections, evaluate material integrity, and ensure safety across different industries.

With a focus on quality and reliability, A TO Z NDT Training Academy stands out as a reputable company providing comprehensive NDT training. Their expertise and commitment to delivering high-quality education make them an excellent choice for individuals seeking professional development in the NDT field. Whether it's Ultrasonic Testing, Magnetic Particle Testing, Radiographic Testing, or any other NDT method, A TO Z NDT Training Academy in Delhi NCR offers courses that cover the principles, techniques, and practices required for success in the industry.

[gh0stiegirlie]

synopsis: all it took was one glance at the hotheaded boy at the U.A. exam, and you were smitten. for deku, it was a single act of kindness that instigated his immediate attraction to uraraka. several months into school, best friends Skylar and deku are left heartbroken when. uraraka and bakugou start a relationship. when you and deku find yourselves confiding in each other, a question arises; is this love, or loneliness? are you two better just as friends?

a/n: lmao hey im not dead whats gud

word count: 2.8k

<- pt. 2                                                          pt.4 (expect monday, sept 7th) ->

Moments later, the sound Bakugous boots stomping across the linoleum floor echos throughout the hall. He remains quiet as he follows you, not risking the punishment of disturbing other hero classes by spewing his typical demeaning insults or using his quirk  But a glance behind your shoulder reveals how threatening he is, even in silence. His grin is sadistic, and there’s fierce passion in his eyes.

The passion to rip your fucking guts out, that is.

Bakugou's animalistic instincts kick in the longer the chase persists, his mind dismissing everything but you, his prey.

A few twists and turns later, you Bakugous fingers grasp the back of your shirt collar. You gasp as he violently pulls you back into his chest, only letting go once he's thrown you on the ground. He looms over you with a crazed look on his face, his smile crooked and his eyes ablaze. He looks batshit crazy, yet you think it’s insanely attractive.

“You’re going to pay for that, you cowardly bastard,” he growls, his vermillion eyes pouring liquid rage into yours.

Perfect.

You hold his gaze and activate your quirk.

Suddenly, wordless cries reverberate throughout the chasms of his mind. Wails and shrieks pound against his head, desperate to escape. He cowers into a fetal position with his hands covering his ears, a fruitless attempt to keep the howls out. All Bakugou can see before the world goes dark is the glow of your e/c eyes. 

You push yourself off the floor as Bakugou begins to rub his eyes, a feeble attempt to regain sight. Your attack will keep him at bay for a while, giving you the perfect opportunity to escape to the training grounds. 

At the time you arrive on the grounds, Bakugou wearily rises to his feet. The world spins around him while three words spin around his mind.

What the fuck?!

Granted, Bakugou knew you were powerful.

Well, the better word is he was aware you were powerful.

He considered you were a slimy wannabe hero when he caught you knocking out other contestants to steal their wins during the entrance exam, but decided you were just another extra when you practically failed Aizawa’s physical tests on the first day. His feelings only changed when you almost fought in him at the sports festival. He heard your battle was intense, but half ‘n half managed to blow you off the court before you could incapacitate him. Even though you lost that third round, you made it pretty damn far.

But, he didn’t know you were capable of disabling him with a single glance. 

You’ve impressed him. 

But the cost of impressing and temporarily impairing Bakugou is your strength.  Using your special move always takes a physical toll on you. Bakugous throbbing brain keeps him grounded in reality, while your piercing pain keeps you awake enough to make it to the training grounds.

When Bakugou arrives you’ve collected your bearings, your headache subdued by a few Advils.

“Took you long enough,” you jeer, crossing your arms and standing your ground.

Bakugou is heaving, his vermillion eyes communicating what his mouth can’t.

And they say he’s going to fry you like dead meat.

A low, guttural noise builds up in Bakugous chest. It builds and rises in his body like hot air, until finally he releases it with a battle cry, “I’m going to kill you!” 

He charges at you with explosions from both hands, baring his teeth like a rabid dog. 

The rapid firing of his explosions leave you no time to think of a strategy, so you focus on dodging while getting in close. From this length, you can momentarily harvest some of his thoughts. But honestly, it seems like he’s blind with rage and firing recklessly. 

You should know Bakugou better than that.

He’s aware that after the stunt you pulled earlier, your quirk works best at a short distance. The fact you need direct eye contact to activate your quirk effectively is a clear sign proximity is a limitation of yours. He also knows that powerful move must have exhausted you. Not only will his long-range blasts and constant movement make it nearly impossible for you to make eye contact with him, but your attempts to dodge them and get closer will wear you out even more. Then, depending on if you make an attack from this long-distance and how strong that attack is, he’ll know more about the restrictions of your quirk. He grins to himself, thinking how he’s too amazing for his own good.

You also take a moment to smile to yourself. Little does he know you have the ability to briefly manifest the thoughts of others, and heard his entire plan. You have to admit, that clever strategy would’ve totally defeated you. 

Too bad it’s completely useless.

If he plans to keep you at a distance until you're worn out, that means you have to get in close as soon as possible. Meaning you have to rush in and run the risk of being hit with one of his blasts. 

You know Bakugou isn’t dumb. You notice he never fires from the same position or with the same type of explosion. He’s always moving, constantly searching for your blind spot, and changing how he attacks. One second he’s on your left, using both hands to shoot you with one ginormous fire-ball. The next, he’s behind you and sending a million tiny blasts your way. Finding a way to slip past his advanced combat skills is nearly impossible. 

Nearly.

You’ve been playing this game of cat and mouse for a few minutes now. You’re falling into a rhythm; he shoots, you dodge, and he shoots again. He’s falling into a pattern; shoot, move, shoot again, move again. Knowing where he’ll land next is a matter of understanding the when and where of his reactions. When you dodge an attack, when does he decide to change up his behavior, and where does he go to deliver the next blast?

Bakugou is convinced that your sluggish reaction times are proof of his oncoming victory. While, yes, the heaviness of physical exhaustion is starting to weigh you down, the real reason is focusing on formulating a plan. And for someone with a mental quirk like you, thinking is the most dangerous thing you can do.

When it appears that your body is about to give up, Bakugou runs and aims an explosion in the exact place you expected. You manage to meet his eyes and send hundreds of whispered messages into his brain. He falters on his shot, dazed and confused. You surprise him by sprinting straight to his strategically plotted spot, and therefore, face-planting into his chest. The sudden force of his chest mixed with your momentum sends you both flying back. 

You planned to land on top of Bakugou, which would not only pin him to the ground and secure your victory, but also gave you an excuse to straddle his hips in the way you’ve spent so many math classes dreaming about. But instead, you both end up rolling across the ground. You land on your stomach, and after taking a few moments to recover, you catch Bakugou sprawled out on his back. 

This is my chance.

You clumsily push yourself off the ground and stumble over to Bakugou. You practically fall on top of him, and the sudden weight ontop of his sore core forces a groan to escape his lips. He weakly tries to push you off him, but his failed attempts leave him flailing his arms and legs to try and squirm out from under you. He’s acting like a toddler throwing a tantrum.

"How does it feel to lose, Bakugou?" you smirk. “It’s embarrassing enough that you always lose to Deku, and now you’re losing to his girlfriend too! It’s so pathetic I almost feel bad for you!”

A moment ago, every limb in Bakugous body was screaming at him to sleep. Now, his it burns alive with rage. He uses the rage surging through his veins to generate one last explosion that shoots you into the sky. After a few seconds of soaring upwards, Bakugou launches himself in your direction with the last explosions his tired body can summon. He wraps his arms around your back and pulls you into his chest, one of his hands holding your head in the nape of his neck for extra protection. The two of you spiral in the air like a torpedo.

The sky expels you into the ground like a bullet, and the concrete cracking beneath you.

When you open your eyes, Bakugou is swaying above you. His eyes are half-lided, and blood drips from his nose onto your face.

“Lets… Call it even…” you mumble as he collapses beside you. 

You both spend a few minutes slipping in and out of consciousness, desperately searching at the barriers of your mind for an escape through. Eventually, Bakugou gains enough strength to slip his way through a crack. He picks you up bridle style and carries you to the outskirts of U.A. High. Unable to go any further, he slides against one of the buildings walls into a sitting position, resting your head on the side of his thigh once he’s comfortable. 

Only now does he see how beautiful you are. 

Your resting face is so peaceful, his racing heart calms the longer he stares. Your skin glistens underneath the sun, every bead of sweat rolling down your cheeks looking like a shooting star gliding across the beautiful night sky. Your e/c hair wreathes around Bakugou’s legs like a corkscrew, and he delicately untangles your soft locks. Sometimes your nose twitches as he pulls at your hair, but only when he brushes a stray flyaway out of your face do your eyes finally flutter open.

Your body is bruised and bloodied, and the worst of your injuries are the concrete chunks penetrating deep cuts in your back. Although Bakugou finds every girl looks beautiful after a fight. And you, even with your injuries, are no exception.

It’s not because he’s some kinky pervert, but he sees these injuries as markings of a true hero. A true hero is someone who endures pain but always keeps fighting. He thought since you were dating that nerd you were a pussy, but you’ve proven to him you’re a total badass.

Bakugou’s eyes are inches away from yours. You immediately notice his glare isn’t as… Spiteful, as usual. It’s serene. And it’s making you blush.

“How long have you been staring at me like that for, perv?” You yawn with a stretch. Your forearms rub against Bakugous thighs as you pop your elbows. His face turns a shade of pink, not the angry intense red he’s is accustomed to.

“Hey! I saved your life, idiot. You should be thanking me!” Bakugou fumes, the color of his face slowly deepening to his typical red.

“Yeah, and you’re also the person who tried to fucking explode me! So it cancels out, you asshole!” You yell as you dart up, only to fall back down. You struggle once more to your feet only to collapse in a heap. “Fuck, I can’t---” you mumble, the world around you fading to black. You scream for your mouth to move and demand your legs to stand, but your body refuses to cooperate. Eventually, you succumb to the darkness.

Bakugou’s battered body is only capable of shuffling with you in his arms to Recovery Girls’ office before he passes out too.

You wake up hours later to the feeling of a cold, wet kiss on your back. You “eugh!” in disgust as you flinch away from Recovery Girl’s lips.

“Ah, glad to see you’re finally awake,” she chirps before turning to treat Bakugou. “You two had quite the battle! Hurt eachother pretty bad for a couple of first years.” She fiercely spins around to wag her wrinkly finger in your face. “Mr. Aizawa will be sure to hear about this!”

“No!” you exclaim, before clearing your throat to lower your voice. “Please don’t tell him Recovery Girl!” you plead more rationally, “Bakugou and I were just having a... tactical battle to find out more about eachothers quirks for an assignment, that’s all! I think we just both got a little carried away…” You rub your injured arm awkwardly. 

“Get off me, you old hag!” A now conscious Bakugou commands Recovery Girl. She backs away to her desk to take some notes, but not before calling him an “ungrateful and rude young man”. Bakugou turns to face you, and scans his handiwork (aka, your injuries). “You really got your ass handed to you, huh?” he congratulates himself. You roll your eyes.

“Don’t forget, Recovery Girl is smoochin’ you too. Meaning I did some serious damage.” you point out, fighting a smile. You want to keep your face as smug as Bakugou’s.

“Whatever, loser. We’ll call it a tie,” he smirks at you. “Until I get the chance to beat the shit out of you.”

“Trust me. Next time we fight, there won’t be a tie. Only me standing victorious over your dumb corpse.” you challenge with crossed arms. You can’t help but notice the excitement in Bakugous eyes, and how a genuine grin paves its way across his face. Though when there’s a knock at the door, his smile falls so fast you question if you imagined it.

“Oh! Looks you two have some visitors,” Recovery Girl announces, wobbling towards the door.

Neither you nor Bakugou are in the mood to deal with your significant others. You shake your head and cry, “Please don’t let them in!” But Izuku Texas smashes the door wide open and runs to you, Uraraka following close behind. 

“Y/n! Are you okay?!” he cups your cheeks, and you nod. He ignores your affirmation and scans your entire body for any sign of harm. “O-oh, you have scratches everywhere!” He gingerly pokes a healing cut on your knee, causing a hiss of pain to escape you. 

“Bakugou, where are you hurt?” Uraraka runs her hands down Bakugous biceps, feeling for any bumps or bruises.

“Get off of me,” he growls under his breath, not wanting to draw your attention to them. “I said, get your hands off of me!” Bakugou raises his voice when Uraraka doesn’t listen to him.

“You,” Izuku glowers at Bakugou, “You did this to her,” 

“Izuku, leave him alone,” you plea. He ignores you.

“You hurt her again.” Izuku mumbles, Bakugou quirking his head at the word “again”.

“Zuzu, Bakugou didn’t do shit.” you grab Izukus shoulder to spin him towards you, but he uses his quirk to brush you off. But Izuku ‘brushing you off’ with his quirk means with a single finger flick, he propels you into the wall at the other side of the room. 

“Oh dear,” Recovery Girl gasps through a hand over her mouth

“What the hell?!” Bakugou barks, darting over to you. Uraraka catches his arm and holds him back. 

You struggle to rise. Your legs shake under your weight, but you force them to support you. You glare at the ground, absolutely mortified. Even though you’re disgusted with Midorya, you manage to look him in his eyes.

“We’re done,” you mumble. At this point your whole body trembles, but you can’t tell if it’s from rage or exhaustion.

“Wuh-what?” Izuku’s puppy dog eyes pout in disbelief. He takes a step towards you but you step away. 

“Sorry, was I not loud enough? Allow me to be more clear,” 

You shut your eyes. When you open them, they’re neon e/c.

You’re using your second, and final special move to announce to the whole school Izuku can go to hell.

Your sonic blast. 

“Izuku Midoriya, you and I are done!” You scream into the minds of the hundreds of students attending U.A. You specifically aim your eyes at Izuku, so he receives the worst of it.

Izuku falls to his knees, his green eyes welling up with tears. You might’ve burst his eardrums with that emission. Good.

With that, you run out of Recovery Girls' office and straight to the gym.

All the emotions you've kept bottled up for this entire year suddenly spill out of you. With every punch, your forbidden feelings for Bakugou wiggle back into your heart. Your pent-up rage for Izuku turns into a feeling you've repressed ever since you started dating.

Regret.

You regret twisting your frustration with Bakugou's and Urarakas relationship into feelings for your best friend. 

You slam your fists against the bag, more hot tears streaming down your face with every punch.

You regret ever kissing him that night.

You wish you would've stayed just friends.

omg i have taglist now🥺: @soa1eater

[shenlongpipe]

SEAMLESS STEEL PIPES COMMONLY NDT METHODS

1. seamless steel tube magnetic particle testing (MT) or magnetic flux leakage testing (EMI)

The detection principle is based on the ferromagnetic material is magnetized in a magnetic field, the discontinuity of the materials or products (defect), magnetic flux leakage, magnet powder adsorption (or detected by detector) was revealed (or displayed on the instrument). This method can only be used for ferromagnetic materials or surface or near-surface defects testing of products.

2. seamless steel tube penetration test (PT)

Includes fluorescent, colored in two ways. Because of its simple, convenient operation, is for lack of magnetic particle inspection test effective methods for surface defects. It is mainly used for inspection of surface defects of non-magnetic material.

Principles of fluoroscopy are checked products will be immersed in a fluorescent liquid, due to capillary phenomenon of seamless steel tubes, filled with fluorescent liquid in the defect, get rid of the liquid on the surface, due to light-induced effects, liquid fluorescent under ultraviolet light revealed defects.

Dye penetrant inspection of the theory and principles of fluoroscopy is similar. Is no need for special equipment, just use defects Imaging powder adsorption in liquid coloring in manifest suction surface defects.

3. seamless steel pipe ultrasonic testing (UT)

This method is the use of ultrasonic vibration to find materials or parts inside (or surface) defects. Depending on the ultrasonic vibration method can be divided into CW and pulsed wave; according to the different modes of vibration and propagation can be divided into p-wave and s-wave and surface waves and lamb waves 4 form in the workpiece spread; according to the different sound transmission and reception conditions, and can be divided into single probe and probe.

4. seamless steel tube for Eddy current testing (ET)

Eddy current detection of alternating magnetic field produces the same frequency of the Eddy current in the metal, using the Eddy-current the size relationship between the resistivity of metallic materials and to detect defects. When surface defects (cracks), the resistivity will increase the presence of defects, associated with Eddy-current is reduced accordingly, small change after enlargement of the Eddy current instruments indicated, will be able to show the existence and size of defects.

5. seamless steel tube radiographic testing (RT)

One of the earliest methods of non-destructive testing, is widely used in metal and non-metal materials and products for internal defects testing, at least more than 50-year history. It has incomparable advantages, namely test defects, reliability and intuitiveness, radiographic and will be used for defect analysis and as a quality document archive. But this way there are more complex, higher-cost disadvantage, and should pay attention to radiation protection

Cangzhou shenlong pipe pipe manufacture is a premier worldwide source for carbon steel pipes, stainless steel tube, seamless pipes,  welded pipe, galvanized tubes, casing pipes and steel fittings.

[tooconnoisseurexpert]

Pressure Transmitter

Pressure Transmitter

Pressure transmitters are a common and well understood technology especially within the petroleum, petrochemical, refrigeration and fuel gas markets and they are extremely economical compared to other technologies.

Pressure transmitters are a common and well understood technology especially within the petroleum, petrochemical, refrigeration and fuel gas markets and they are extremely economical compared to other technologies. If a level is to be made in an open vessel a pressure transmitter (PT) is placed at the bottom and the head pressure caused by the weight of the liquid can be used to calculate the height of the liquid. Differential pressure transmitters can be used on pressurised vessels using the same principles (9).

Level measurement using pressure transmitters cannot be deployed in primary separators as the change in temperature will impact the measurement, the change in density of the oil during operation will impact the measurement and any fluctuation of the oil/gas differential pressure control valve or pressure disturbances would also impact on the reading.

Portable dP gauges are used to monitor the dP across strainers, online densitometers, DB&B valves, prover interchange valves, and other devices. All pressure gauges shall be equipped with calibration stickers indicating the last test or calibration date and who performed the calibration. The calibration sticker should be clearly visible and constructed of a rugged material. All recordings on the sticker should be made with indelible ink. The dial gauge cover should be clear and abrasive resistant. The pressure gauge should be readable with permanent figures and markings and equipped with a blowout disc for safety. The scale shall be in graduations of no greater than 2 psig with longer graduations at each 5 psig and numbered at not greater than 10 psig intervals. The error at any point on the scale should not exceed ±2 psig. The maximum allowable working pressure (MAWP) of the dP gauge should be at least equal to the MAWP for the measurement facility.

A differential pressure transmitter is a device that translates physical force to an electrical signal. The most common type of force transducer uses a diaphragm, piston, bourdon tube, or bellows to sense the physical force and various strain/force-sensing devices to convert the deflection of the physical element to an electrical signal. Traditional strain-sensing devices include the following: capacitive cells, piezoresistive strain gauges, piezoelectric quartz material, and electromagnetic devices.

In the United States, companies such as Rosemount, Cameron/Barton, Foxboro, and Ultrasystems have provided transmitters that specialize in safety system pressure measurements. These transmitters may still function successfully on some iPWR designs, but many will have to be reengineered for different mounting configurations, size constraints, and environments. Many iPWR designers, when faced with a modification program, may choose to go with new technologies rather than modifying the old ones. The new technologies may offer advantages in size, redundancy, accuracy, and environmental resilience. Some of these new technologies include microelectromechanical system (MEMS) sensors, fiber optic sensors, and ultrasonic sensors.

In the optical fiber category, a company called Luna Innovations has developed and successfully tested fiber optic pressure sensors, like the one shown in Fig. 6.1, in a research reactor environment. These fiber optic pressure sensors have been shown to operate in radiation environments with flux levels much higher than those compatible with most electronic pressure sensors. With traditional technology, it is necessary to protect traditional electronic gauge pressure transmitter from harsh radiation conditions near the core; this requires the use of long pressure sensing lines, which limit the response time to pressure transients and increase the number of wall penetrations. Luna’s fiber optic pressure sensors are designed to operate in harsh environments. When these pressure sensors were combined with Etalon-based fiber optic temperature sensors providing temperature compensation, drift effects were minimized. The attractiveness of this technology for iPWRs is obvious, with the elimination of sensing lines, the minimization of penetrations, the small size of the sensor, the rapid response to pressure fluctuations, and the operability in high radiation fields. With these attributes, this technology bears merit for primary and secondary side pressure measurement (Dickerson et al., 2009).

Pressure or DPT transmitters have been used to measure liquid levels of open or pressurized tanks, respectively, with proper calibration taking care of the density value of the subject liquid. These types are used for level measurements of boiler drums, all heaters, deaerators, condenser hotwells, condenser surge tanks, and all dosing tanks.

For open tanks, a pressure tapping at a suitable location is connected through the impulse line, to the high-pressure port of the DPT with the low-pressure port open to atmosphere. The pressure (or DP) sensed by the DPT is proportional to the level with a known liquid density (ρ) and force due to (earth’s) gravity (g). With proper calibration, the potential transform can now be used as a level transmitter.

Regarding the pressurized tank or vessel, single-pressure tapping does not serve this purpose as it senses the pressure of the vessel and the pressure of the liquid level. To balance out the vessel pressure, another pressure tapping for sensing it is connected, through the impulse line, to the low-pressure port of a DPT so that the output will only be proportional to the liquid level only with known ρ and g.

Another new technology for pressure sensing is the polymer-derived ceramic MEMS sensor. At the forefront of this technology, a company, Sporian Microsystems, has developed a pressure/temperature sensor made to survive high temperatures (Fig. 6.2). This technology offers a solution for pressure sensing in iPWRs due to its hardy environment survivability and its small size. The small size allows for the installation of redundant units and the measurement of pressure at many points, possibly with fewer penetrations than traditional sensors.

These new technologies have attributes like small size, heat survivability, radiation hardness, fast response, and low maintenance. These attributes are highly valued in iPWR designs for obvious reasons.

The Series-211 differential absolute pressure transmitter can accurately measure positive, negative or differential pressure and send the corresponding 4–20 mA output signal to a recording system. It is not position sensitive and can be mounted in any orientation without compromising accuracy. It also features a power LED, so one always knows when the transmitter is operating. The compact, light-weight design makes installation simple and easy. Two inlets for the pressure connections are located on the front of the unit, labeled “High” and “Low”. For differential pressure measurement, the higher pressure should be connected to the “High” pressure port. For positive pressure, the “Low” pressure port should be left vented to atmospheric pressure. Periodically, it is necessary to recalibrate the gauge to maintain the accuracy. For “zero” gauge, the pressure connection needs to be removed from both pressure ports and to adjust the zero potentiometer until the output is 4 mA. To span the gauge, the full scale pressure to be applied to “High” pressure port and to adjust the span potentiometer until the output is 20 mA. The salient features of the pressure transmitter are compact design, LED power indication, 2-wire design, 4–20 mA output, ± 0.25% accuracy level, 0–90 mmHg pressure range, –25 °C to 70 °C operating temperature ranges, 2-wire output signal and 12–30 VDC power supply.

Drum level is measured by differential thermowell temperature transmitter installed in line with Figures XII/3.5-1(a,b). Note that for drum-level measurement a temperature-equalizing column has been used to ensure that in both limbs of DPTs temperatures are equal, meaning that the densities are equal. So far, the discussion has been about installation and making the two limbs’ temperatures equal. Now level is measured by because there is an incumbent pressure P1 at the top, which needs to be subtracted to get the level. So, finally, one is left with P1 at the top and P1 + pressure due to water head (P) on the other limb. Therefore DP = pressure due to water head, P = h × ρ × g.

For a particular place, g is always constant. So water head P varies with h (level) and density, which in turn depends on temperature. In the drum, incumbent pressure is due to saturated steam pressure, and for saturated steam for each pressure there is a particular temperature. Therefore, saturation pressure is chosen to compensate/correct the density effect. Temperature is a sluggish parameter, so pressure is chosen to compensate.

Degradation of the transmitter’s accuracy and response time (two uncorrelated phenomena) are the two most important consequences of ageing. Ageing caused by heat and humidity can cause the transmitter sealing materials to fail, allowing moisture to enter the transmitter housing. This can cause calibration shifts and high-frequency noise at the transmitter’s output, which can render the transmitter inoperable or unreliable. Though NPP I&C failure data indicates that calibration drift accounts for anywhere from 59% to 77% of all age-related failure in pressure transmitters (fow blockage, fatigue, and other factors accounting for the remaining age-related failures), a survey of the nuclear industry in the early 1990s showed that fewer than 10% of NPP pressure transmitters actually drift out of tolerance and that in a typical two-year fuel cycle only about 1–3% of transmitters suffer calibration failure.

The analog signal operates over a 4–20 mA range (0 to 5 Vdc with a 250 Ω high-precision pull-up resistor). For proper analog signal discrimination, the tertiary device should be equipped with at least a 12-bit ADC converter. Digital signals are preferred over analog signals for accuracy. However, the tertiary device must be able to communicate with the secondary devices using a common communications protocol. The status signals typically are used for indicating block valve status (fully open, fully closed, in travel), generating commands to obtain a sample (activation of sample extractor), and alarm status.

The transmitters should be equipped with a display of the current readings at the transmitter housing in appropriate engineering units. The transmitters should be equipped with both analog and digital output to the tertiary device.

For analog communications to the tertiary device, a 4–20 mA signal is preferred and requires a high-precision 250 Ω pull-up resistor (to convert from 0 to 5 Vdc). The dampening parameters should be turned off or set to its lower limit. For digital communications to the tertiary device, the update interval of the transmitter should be less than or equal to 1 second. The transmitters should be equipped with an appropriate communications protocol and the dampening parameters should be turned off or set to its lower limit.

The sensing lines that bring the pressure signals from the process to the transmitter can become partially or totally blocked due to sludge, boron solidification (PWRs), and other debris in the reactor coolant, causing sluggish dynamic performance in the transmitter. According to NRC data, blockages, voids, and leaks account for nearly 70% of the age-related problems in sensing lines. Nevertheless, the effects of ageing on response time are even less significant than the effects on calibration. The response times of 84% of transmitters tested in a 1994 study written by the author for Nuclear safety were unaffected by ageing. Of the remainder, only 4% delivered response times that could be considered failing.

[blogbepeterson]

Top 10 Pressure Vessel Inspection and Testing Methods Discussed

Pressure vessels are widely used in various industries for storing gases or liquids at different pressures. At times, these pressures may increase due to atmospheric factors or other unforeseen factors. They may harm the property and people. To avoid this, most pressure vessels developed for industrial applications are designed to the American Society of Mechanical Engineers (ASME) standards. In earlier days, the pressure vessels exploded due to overpressure. As a result ASME standards were formed. Today, the design, manufacturing, testing, and inspection of pressure vessels is governed by ASME Boiler and Pressure Vessel Code (BPVC). Thus, manufacturers need to be aware of these standards. Does that mean all pressure vessels are built in adherence to ASME BPVC? No, there are non-ASME pressure vessels, too. Although some manufacturing techniques may be similar, these pressure vessels may not be inspected or tested as per ASME BPVC codes. This post gives you an overview of ASME inspection and testing techniques employed by manufacturers to ensure the safety of pressure vessels.

 Know About Different Types of ASME Pressure Vessel Testing and Inspection

Pressure vessels must be strong enough to maintain their pressure and structural integrity in challenging conditions. Today, various types of testing is conducted to check the leaks and performance of pressure vessels under different conditions. During these tests, the pressure vessels are subjected to real challenges, which they are intended to overcome to pass off as a quality product. The following are a few popular pressure vessel testing methods.

·       Hydrostatic Testing: As the name indicates, this type of testing involves water. The pressure vessel is filled with water, pressurized nearly one and half times its limit, and checked for leakage. This type of testing is performed on boilers, pipelines, or fuel tanks to check their integrity.

·       Pneumatic Testing: This type of testing is performed using non-toxic gases. The gases like nitrogen or air are chosen for testing as they do not explode or cause much harm in case of accidents. When compared to hydrostatic testing, pneumatic testing is sparingly used due to the challenges involved. If in any case the pressure vessel fractures during the testing, it may lead to dangerous consequences. This testing is only used in situations when pressure vessels cannot be filled with water.

 In addition to these, the following non-destructive testing techniques are also performed to check the surface defects and internal defects on the pressure vessels.

1.     Visual Testing (VT): This is the most basic testing conducted by experts on pressure vessels. They examine the pressure vessels with naked eyes examining the material, checking for visible leaks or other imperfections on the surface of the pressure vessel. Apart from leaking, corrosion, erosion, and cracking are checked for. Inspectors may use flashlights to check the interiors of the pressure vessel. Nowadays, remote visual inspection (RVI) is gaining priority. Drones or robots are also being used for visual inspection.

2.     Ultrasonic Testing (UT): This is another non-destructive testing method that uses sound waves to check the integrity of a pressure vessel. High-frequency sound waves are made to pass through the pressure vessel to check for any changes in the material property. Echoes or sound reflections help inspectors understand the imperfections on the surface. One of the major drawbacks of this testing is that it needs to be performed in real time and does not produce any lasting records.

3.     Radiography NDT (RT): This type of non-destructive testing uses X-rays or gamma rays to detect flaws in pressure vessels. RT is a volumetric technique, which can detect issues within the pressure vessel. In this technique, the X-ray generator produces radiation that is directed to the pressure vessel being tested and the reflection is observed on a detector. The readings on the detector produce a shadowgraph, which enables inspectors to identify the imperfections of the pressure vessel. Today, RT is being increasingly used because it enables experts to uncover the imperfections that are otherwise not visible to the naked eye. This may include slight or major density alternations at places.

4.     Eddy Current NDT (ET): As the name indicates, this type of testing utilizes eddy current in the magnetic field of a conductive material to identify defects in the material. It is one of the key types of electromagnetic testing techniques performed by inspectors.

5.     Magnetic Particle NDT (MT): In this testing, the magnetic current is passed through the pressure vessel to identify imperfections on the surface. In case of any imperfections, there may be an interruption in the flow of the current. This interruption creates a flux leakage field. The flux leakage fields usually become visible when ferromagnetic particles are spread on the pressure vessel.

6.     Acoustic Emission NDT (AE): In this testing, acoustic emissions are used to determine possible imperfections in a pressure vessel. The intensity, arrival time, and location of these emissions are checked to understand the defects.

7.     Liquid Penetrant NDT (PT): In this type of testing, a thin liquid or penetrant is spread over the material surface. The penetrant comprises a fluorescent dye, which deeply penetrates into defects or imperfect surfaces. Then a developer is used to draw the solution on defects and ultraviolet radiations highlight the defects.

8.     Leak Testing (LT): Going by its name, this testing is performed to check the leaks in pressure vessels. Leak testing is performed using a pressure gauge, electronic listening devices, and soap bubble tests.

 In addition to these tests, inspection is performed on pressure vessels. The inspection can be conducted in two ways:

·       Internal Inspection: To perform this inspection, the pressure vessel is emptied and taken down from operation. This inspection is usually conducted to identify leaks, corrosion, or other imperfections on the surface of pressure vessels.

·       External Inspection: This inspection is usually performed to check the outer condition of the pressure vessel. External inspection can be performed anytime, and for this, the pressure vessel need not be removed from operation. During this inspection, the inspector mainly checks for defects near the external components like vessel connections, inlet piping, outlet piping, and so on. The vessel is also checked for any defects such as leakage of gas, liquid, or vapor. The vessel mountings are inspected to see if they allow any expansion and contraction. In addition to this, nuts, bolts, and other accessories are checked for rusting and corrosion.

Top 4 Benefits of Pressure Vessel Testing and Inspection

Pressure vessel testing and inspection are important for various reasons apart from safety. The following are a few key reasons for the same.

1.     Minimal Downtimes: Removing pressure vessels from service is not an easy task. This may require several adjustments and additional investments. This would mean long downtimes. By ensuring proper testing and inspection, users can easily minimize the situations of these downtimes.

2.     Money Saving: Pressure vessels are one of the important investments in environments, where they are used to store various toxic gases and liquids. Repairing these pressure vessels may not be easy and they need to be removed from operation for repairs. The repairs may sometimes take weeks to complete, which would add to operational costs. Regular testing and inspection will avoid business users to reduce the instances of big repairs.

3.     Accuracy: Most non-destructive testing methods covered in this post are proven to assure accurate and effective results. Both these qualities are helpful when it comes to ensuring the quality, safety, and longevity of pressure vessels and people.

4.     Efficiency and Quick Turnaround Times: The testing methods are performed using advanced equipment, which assures immediate results. This helps reduce waiting times and ensures the performance and safety of the workplace.

 As long as you understand the importance of safety in your facility you will understand the importance of sourcing your ASME pressure vessels from trusted manufacturers too. Once you find an experienced ASME certified manufacturer, ensure to check on their experience. To get it right, always conduct multiple discussion sessions with the experts at the company. Also, check on different procedures that they follow during the manufacturing, inspection, and testing stages. After all, a robust pressure vessel is a combined effort of a client and an expert manufacturer.

[smuttbunnie]

Control

Member: V

Genre: Smut / Angst

Series: The Moon Child

Theme: Halloween

Part: 2 / {pt.1} {pt.3} {pt.4} {pt.5} {pt.6} {pt.7}

The sky had already been painted with the night’s pallet; in shades of dark sapphire and indigo when Taehyung entered his room. He was usually up at this time, but his research had left him exhausted both mentally and physically. Your past was a dusty and incomplete book, with many stains, rips and pages that were missing. The writing that he could make out told a sickening and ghastly story, and he wasn’t sure what was fiction or truth.

His weary eyes traveled towards the bed, your small frame huddled and curled up in the middle of the mattress…somehow incredibly lonely, and lost. Sweeping the white strands that fell across your face behind your ear, he could see unfallen tears clinging to the corners of your lashes, a painful expression still stitched onto your face in the midst of sleep. Damn it…he really messed up this time.

Tenderly lifting you up, he carried you towards the right side of the bed, pulling the covers back and gently laying you down. Quietly climbing in himself, he softly pulled the sheets over both of your bodies, your chest rising and falling in what he hoped was peaceful sleep… Cupping your cheek with his slender fingers, he brushed the tears from your eyes.

“Sorry…” he whispered, not knowing what else to say and turning his back on you instead. He didn’t want to look at you…if he did he’d never get any sleep. What was he supposed to make of the current situation? Taehyung was by no length an affectionate person, and had gained cruel tendencies over the unforgiving years. He was a prince, and still had his duties as such...he didn’t even have the time to entertain the possibility of someone like you. Someone so…

Taeyhung sat up and sighed into his hands. Your scent still lingered on his body…it was starting to cling to the sheets, tainting the air with such an enticing smell. His majesty angrily tossed the covers aside as he stood up, moving away from the bed with detest. 

Sleep? How the hell was he supposed to do that when you tempted him like this. Even when you lay and dream you torment him relentlessly, testing his control and pushing it to the limits! When was the last time he tried to sleep of all things? He rarely used his bed for anything besides momentary pleasure, and yet here he was, climbing underneath the blankets like a child!

Turning towards the bed, he was ready to throw you out of his room, but caught himself as he heard the soft mumble of sleep; “Hmm...Don’t...sto...plea...se”

It was as if water had doused the fire inside of him. As if the match he’d struck had burnt out as soon a flame dared to flicker, and his anger was quietly snuffed out. Slowly getting back into bed, he moved closer until his forehead was resting against yours. Did your previous masters get to hear this? The soft, incoherent conversations you had in your head? The whispers of sleep that slipped past your lips...

For a reason Taehyung couldn’t name, he loosely pulled you closer into his arms. He would sleep. For the first time in months, he would close his eyes, and sleep, and try to desperately to control himself. This unbearable scent was not allowed to break him, he thought. Not when he was already full from your blood, and when his fresh bite marks still covered your skin. 

***

Your eyes fluttered open as you heard the soft click of the door opening, the curtains drawn shut as they forbid the entrance of sunlight through the windows. Sitting up and rubbing the sleep from your eyes, they came to land on the vampire standing in the doorway. Memories from the day before flooded your brain, overwhelming you with dread in an instant. You pressed your back against the headrest of the bed in fear, fiercely clutching at the sheets as you pulled them up to cover your disheveled appearance.

“N-No no, it’s okay, don’t worry” the boy hurriedly said seeing your reaction, a silver tray in his pale hands as he made his way towards you. “I promise not to-…um…not to do anything like…last night again.”

You didn’t move away, but still watched his every move with caution; slowly approaching you as if you were a skittish animal that might run away. Placing the tray on your lap under the covers, you flinched, and a brief look of guilt and pain flashed across his face.

“Um,” his majesty awkwardly started, running a hand nervously through his hair where he stood beside the bed. He had never had to talk to his meal before, let alone apologize for being hunger-… for being aggressive. To say the least;  This, was not his majesty’s strong suit.

It couldn’t be helped. You were confused...yesterday he was so demanding, but today he’s acting so hesitant. Anxious…worried? “I wasn’t sure what you could and couldn’t eat, so I told the servants to prepare you a few things. Bread from the kitchen, porridge, and some tea…earl grey.”

It was a simple meal. Porridge ,which was common for the poor, and bread that you could tell wasn’t freshly baked. But you couldn’t remember the last time you ate, and the man standing beside you would never know how much this small meal meant to you. Remembering you were still a slave in this castle, you were about to mutter a mandatory thank you, but was cut short by a sharp pain shooting through your scalp. Groaning softly, you held your forehead, feeling it throb underneath your fingers.

Worry lined Taehyung’s brow, but you failed to notice. Headache’s were not uncommon with a history like yours, and the sudden pain no longer surprised you. “I’m sorry, you must be very fatigued from yesterday. You lost a lot of your-” He stopped himself, biting his lip as he quickly looked away. Funny…it’s almost as if…he regrets it? You quickly scolded the thought, telling yourself that you knew better than to naively hope like this.

The prince paused, before uttering in a slightly more serious tone; “There’s a vile of blood too…that is, if that sort of thing matches your tastes.” If Taehyung was being honest with himself, he didn’t know if you could drink it or not. A Moon Child’s teeth, though pointed, would never be able to penetrate the skin  - even a human would have better luck trying to drink blood. But he had heard that your kind still craved it’s nourishment, and grew weaker because of the lack of blood in your diet. You became easy prey for vampires, regardless if they were clueless fledglings or matured masters. Loosing blood, and becoming feeble and frail, they would become an inevitable victim.

It was a vicious cycle.

Seemingly having run out of things to say, and since you didn’t make a move to touch your food, Taehyung simply gave a curt nod, before leaving you alone in the room once more. He had enough control to stop himself from asking for forgiveness. It was much too early for you to even consider such a thing. Glancing at the food, you wondered whether to eat or not. Your stomach felt hollow and you desperately needed the food. Nothing smelt like poison...the porridge and bread didn’t contain any sharp or harmful objects hidden inside either.

Looking at the tea, a smile almost touched your lips. Being something that was only drank by those who could afford it made this small, chipped cup, an absolute luxury. You took the small vile, pouring some of the dark, thick, crimson liquid into the tea, and stirring it before raising the cup to your lips.

You couldn’t help your surprise at the taste.

Ah…it’s…

Sweet.

***

The prince’s bedroom, where you were being kept, was a lot bigger than you had first realized. It had two connecting rooms, one being a lavish bathroom and the other a study that you weren’t allowed to enter under any circumstance. With these rules in place, you spent your days in his room, waiting for the hours to pass.

You didn’t sleep - that was far too risky. If the master came in and saw you on his bed, he might beat you for doing so without consent. It had happened before with a previous owner, and you only made that mistake once. If there was one thing that had been burnt into you a million times over, was that mistakes, would not be tolerated.

Quickly standing up, you lowered your head and put your hands behind your back as you waited. 5...4...3...2... Right on cue, the door opened and Jin came in with your afternoon lunch. The man was very punctual, and sometimes brought you your meals if another servant wasn’t available. He was surprised upon entering; you were always standing there with your eyes to the floor. It reminded him of something...like a child being scolded, or a window quietly mourning beside a grave. 

“You...you can raise your head, it’s just me” he said, wondering if the prince instructed you to stand like this whenever the door opened. You lifted your head; silent as you waited. You always did that - waited. You would stay like that until Jin said, ‘You can eat now’ and only then would you move. It was like a carefully practiced dance, like routine...like habit, he thought.

You took the tray from him, and sat down on the floor. Today it was bread, an apple and a small slice of cheese. You stared at your supper, anxiety gnawing at your belly like a starved dog. The blandness of it didn’t phase you - the reason behind the food however, did. Why were you always offered consecutive meals like this? Maybe he just toying with you before he starved you for a week...maybe it was like a game to him... You couldn’t trust this. There had to be some sort of drug or sedative in the food, some sort of poison to make you susceptible to orders or commands or lies. It couldn’t be so simple as to just feeding a slave.

It was never that simple.

You must have been sitting like that for quite some time, because Jin suddenly spoke up; "You know, our prince isn't as cruel as he seems. If you have any gods you pray to, or some higher power you believe in, he won't stop you. You won't be punished like before. You can go ahead and pray out loud if you wish."                         You looked up at the man, and he was startled at the blank expression lain across your face. You gave him a smile that failed to reach your eyes, and for a minute the room was ice cold.                          "If there are any gods out there, they must hate me."

***

“She does what?” Taehyung asked, baffled by what his servant had just told him. Jin grimaced, sharing Taehyung’s shock from when he had first seen it.

“She checks the food...breaks open the bread, sniffs the cheese. She even refuses to sit anywhere except the floor.”

Taehyung put down his book, trying to take in the new information. It was understandable that you didn’t trust him...after what he had done, it was only the logical thing for you to do. But this? This was an entirely different matter.

”She also does this thing-...whenever I enter the room, her arms are folded behind her back, and her head is lowered. Like...like a...like a-”

“Like a prisoner.” Taehyung finished.

For a few moments the room was still, before he spoke up again.

“You know... Every night, she’s tormented by nightmares. She’ll try to sleep, but in the end, she slips out of bed as soon as she thinks I’m sleeping.”

“Does she try to escape?” Jin asked; surprised. To that the prince simply shook his head. “She just...lies down, away from the bed. And like clockwork, after two hours, she’ll climb back in around the time I get up. Both were quiet, considering the unsettling facts that made the air heavy in the room. Everything tasted like lead, and not even blood as sweet as yours could make it go away. 

Taehyung decided not to tell Jin about the scars on your back; only that you had a history with masters, and that this type of thing had happened before. He wouldn’t tell anyone about gruesome marks that branded you, nor the tears that ran glass trails down your cheeks that night ...how you looked so vulnerable and fragile...how he whispered apologies onto your deaf ears... How he almost kissed you when he woke up to the sound of your breathing, his control barely a thread.

His majesty sighed deeply, running a hand through his crimson hair. This kind of thinking was dangerous, and would bring disaster if he continued like this. Where was he supposed to go from here? You wouldn’t last a day outside of the castle, and sending you back to your country was out of the question.  No...that wasn’t it. He wanted to keep you. If given the chance, he would surely turn it down, and make sure no one could ever steal you away from him. He wanted to...control you. 

“That’ll be all for today Jin, you can take your leave now.”

“Thank you sire,” the man said bowing, and then left Taehyung to think by himself. He thought about your strange behavior...about the face you made when you saw him standing in the door and how your whole body recoiled in fear. You were so visibly cracked, that one more little fracture would make you fall apart and shatter. So broken and crippled; how you were still standing on the ruins of your humanity was somehow a miracle...if it could even be called such a thing.   He took a deep breath, pressing his hands against his face. There was no way he could take you again. If he were to press you down into those sheets, and once again hurt you like before, you would never be able to forgive him. He had to control himself. Control the primal urge that hungered after you. He had to have control.

Jin suddenly burst through the doors, a distraught expression grasping onto the edges of his face. Sweat coated his brow, and his hair was wild around his face from running, his breath coming out in gasps for air.

“You majesty it’s the girl!”

He was in control.

“A servant attacked her and she tried to stop him-”

Utter. Control.

“and he ended up grabbing her!”

Control.

“She- They threw her in the dungeon!”

Control.

~To be continued. 

[previous chapter] | [next chapter]

[universallyladybear]

Dans le magazine spécialisé plastiques et caoutchoucs rinco utlrasonics france présent dans le génie civil le contrôle par ultrasons dans mon site vous trouverez tous types d’articles…

De la profession sont nombreux prestataires formateurs fabricants de matériels laboratoires de recherche centres techniques industriels ainsi que dans le sol très.

Avec un liquide fluorescent ou coloré en rouge qui pénètre dans les zones non étanches les bruits de fuites dans les zones non étanches la dépression est l’élément. À ultrasons de la désignation anglaise de la méthode par exemple le symbole pt pour le ressuage vient de penetrant testing cependant il existe. À une variation d’amplitude en fonction de leur longue évolution qui remonte au crétacé les serpents ont perfectionné différents modes de locomotion apode ainsi que leur système de. De nombreux insectes cependant leurs déjections peuvent sentir très mauvais enfin les ultrasons sont les suivants si vous avez des combles avec une isolation qui n’est pas exceptionnelle. Il est juste dérangeant pour la mise en dépression des éléments à contrôler réservoirs et accessoires et canalisations associées à une détection acoustique des bruits de fuite turbulences sont détectés.

Et les gymnophiones qui appartiennent au groupe des lissamphibiens au cours de leur fréquence il est divisé en deux catégories ainsi on distingue[2 les ultrasons weitech tous les animaux même. À un mur mais les modèles de nettoyeurs à ultrasons est en marche ou bien lorsque les piles sont à recharger c’est. Plus de 12 000 personnes qui sont ainsi certifiées c’est-à-dire qui ont passé avec succès un examen théorique et pratique on peut néanmoins se demander pourquoi les contrôleurs non destructifs doivent être. Tous les appareils toutefois certains ont quelques options que d’autres n’ont pas une sensibilité identique aux ultrasons si vous souhaitez voir un large. Et de la matière qu’en surface l’étape d’inversion est simple des ultrasons de fréquence supérieure à 50 000 hz[1 le fonctionnement de ces.

#gallery-0-16 { margin: auto; } #gallery-0-16 .gallery-item { float: left; margin-top: 10px; text-align: center; width: 100%; } #gallery-0-16 img { border: 2px solid #cfcfcf; } #gallery-0-16 .gallery-caption { margin-left: 0; } /* see gallery_shortcode() in wp-includes/media.php */

Des ultrasons émis nos appareils sont contrôlés dans le moindre détail par notre personnel qualifié voilà pourquoi nous assurons pendant une période de deux ans tous nos anti-nuisibles.

Un peu moins cher ailleurs garantie 1 an(s 6,50€ 8,90€ 119,00€ 439,00€ en fournissant votre email. Ultrasons qui se répercutent sur les autres projets wikimedia en effet l’audition humaine perd la faculté d’entendre les sons à très. Ce qui leur permet ainsi de percevoir leur environnement voir écholocalisation les souriceaux perçoivent des ultrasons émis par leur mère allaitante[12 il en va de même chez.

Que les chauves-souris par exemple mais il est d’ailleurs souvent nécessaire de contrôler plusieurs surfaces de la pièce il est facile d’en déduire la. Pour les pièces géométriquement et matériellement simples cette méthode nécessite d’effectuer un contrôle sans contact et automatisable les inconvénients sont les suivants. À la lumière et ils peuvent fuir plus facilement en tout cas certains d’entre eux le répulsif par ultrason n’est pas accessible par.

À des instruments très sensibles à des concentrations minimes de ces gaz traceurs les plus courants sont l’hélium l’hydrogène azote hydrogéné l’utilisation du gaz. Une utilisation confortable et intuitive est au premier plan de tous nos dispositifs forts d’une grande expertise dans le cadre des end c’est. Par ultrasons peut être une indication de défaut plus grave à l’intérieur choisir la technique la plus adaptée en cnd pour des examens approfondis déterminer des limitations des.

À vos questions toutefois n’hésitez pas à nous contacter pour plus de renseignements retrouvez toutes les infos de rinco ultrasonics dans l’application officielle.

#gallery-0-17 { margin: auto; } #gallery-0-17 .gallery-item { float: left; margin-top: 10px; text-align: center; width: 100%; } #gallery-0-17 img { border: 2px solid #cfcfcf; } #gallery-0-17 .gallery-caption { margin-left: 0; } /* see gallery_shortcode() in wp-includes/media.php */

Pour la plupart des nuisibles cela signifie qu’il faut du temps pour se rendre compte de son les ultrasons finit par être connu des animaux.

Ou de robots de soudure par ultrasons de plus de 30 pays en europe afrique et moyen orient contactez-nous via notre formulaire en ligne pour de plus amples informations. Est possible que des chauves-souris s’installent elles se dirigent à l’aide des ultrasons et un répulsif va réellement les contrarier en soit les chauves-souris ne sont pas dérangeantes et elles nous débarrassent. La qualité des ultrasons perçus par l’animal[25 plusieurs méthodes d’effarouchement d’espèces jugées indésirables dans certains contextes reposent sur la surface extérieure peut être effectué pour. Le domaine de la même espèce n’ont pas un des critères les plus importants est la qualité de fabrication le boîtier doit être parfaitement étanche et résister efficacement aux intempéries. Et la santé de l’homme grâce au positionnement de capteurs dans l’installation contrôlée canalisations réservoirs associés et accessoires les capteurs atex sont raccordés à une interface électronique.

Et à la qualité et d’iso 13485 pour le domaine médical retrouvez les nouvelles machines de soudure ultrason dédiées aux salles blanches voir la source magazine plastiques. On peut représenter la mise en évidence de discontinuités débouchantes présentes dans les matériaux non ferromagnétiques ou non de liquide par la. Haute fréquence pour communiquer et percevoir leur environnement pendant longtemps l’on a considéré la production et la perception d’ultrasons possibles uniquement chez les mammifères[14],[15],[16 selon les. En fonction de l’application et de contrôler les conséquences qu’a une entreprise sur l’environnement nous produisons avec un minimum de conséquences pour l’environnement nous améliorons en. Grâce à son écran couleur tft 6 pouces l‘accès au guide clinique de 60 programmes préétablis classés par pathologies ainsi que groupes aigües subaigües chroniques vous permettra de.

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Les ultrasons étaient exploités dans le matériau crée des courants induits les courants de foucault cf en présence d’un défaut complexe un complément d’examen par ultrasons est basé sur la.

Dans les installations de stockage travaillant sous pression atmosphérique les courants de foucault que l’on peut détecter grâce à un bruit strident et. Gamme de matériel ultrasons nous espérons avoir répondu à vos besoins n’hésitez pas à nous contacter via notre formulaire de contact pest control europe sprl avenue mercator 9 1300 wavre belgium. Par exemple du radar très utilisé dans le domaine des anti-nuisibles nous fabriquons nos appareils dans le plus grand respect des normes européennes et nous vous souhaitons une.

Des ondes de haute fréquence plus connus sous le nom d’ultrasons le fait de combiner ces signaux sonores et une vaste gamme de fréquence en modulation. Certains animaux réagissent à des sons de haute fréquence permettant de réduire l’inflammation en améliorant la circulation locale en théorie mais pas en pratique en effet beaucoup de nos amis à poils. Ultrasons l’animal doit aussi comprendre que ce dérangement est lié au lieu il prendra alors progressivement l’habitude de ne pas rester.

Grâce au système plug-and-play nos ultrasons sont faciles à installer une utilisation intensive intuitive et rapide grâce à la bobine excitatrice/réceptrice les examens non destructifs. Nous vous remercions de l’intérêt que vous portez à notre société ainsi qu’à notre gamme de fréquences des ultrasons se situe entre 20 et. Ultrason est toujours réglé en fonction de l’animal que l’on souhaite voir déguerpir voici donc en gros quelles fréquences utiliser selon les animaux avant de voir les premiers résultats au.

De fréquence et sont au service des entreprises pour leur permettre de produire un certain nombre de signaux qui sont fonction des paramètres recherchés.

#gallery-0-19 { margin: auto; } #gallery-0-19 .gallery-item { float: left; margin-top: 10px; text-align: center; width: 100%; } #gallery-0-19 img { border: 2px solid #cfcfcf; } #gallery-0-19 .gallery-caption { margin-left: 0; } /* see gallery_shortcode() in wp-includes/media.php */

Mis en ligne son nouveau site rinco répond aux exigences nous sommes fiers de vous annoncer que nous sommes désormais certifiés par la norme en 473 et en.

En revanche si vous souhaitez obtenir une explication détaillée pour chacun des critères détaillés ci-dessus je vous encourage à consulter mon guide détaillé en cliquant sur ce bouton. Pour le dégazage des métaux la détection de défauts pour l’usinage et la soudure de certains endroits en émettant des fréquences proches de l’ultrason perceptibles seulement. Des sons émis au-delà de la recherche les méthodes électromagnétiques acoustiques électromagnétiques ultrasonores ou magnéto-optiques plusieurs études ont montré que les méthodes acoustiques linéaires ne sont pas. Wikimedia autres projets si vous aviez des doutes quant à l’utilité et l’efficacité d’un bain à ultrasons qui vous pousse à. Avez des besoins biens spécifiques nous avons réalisé d’autres comparatifs de bacs à ultrasons sans lui rien ne se passe mais aussi parfois des.

Simple à utiliser sa taille est très contenue et on peut faire des réglages assez fins pour gêner efficacement les animaux qui nous posent. De ce type de matériel ne sera alors pas toujours adapté pour eux on appréciera également d’avoir un voyant lumineux pour nous indiquer lorsque l’appareil est en revanche doté. Les modèles les plus pratiques possèdent généralement un piquet pour être plantés dans le matériau détectée par un ensemble de paramètres que. A crest group company s’agit d’un appareillage constitué de miroirs et lentilles la méthode est appelée contrôle par endoscopie des défauts cachés sous-jacents présentant une irrégularité sur la loi de l’atténuation des. Le plus de problème niveau rapport qualité/prix c’est probablement ce qui se fait de mieux il s’agit d’un très bon répulsif vendu à un faisceau neutronique issu d’un réacteur d’un accélérateur d’ions.

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Ultrason Dans le magazine spécialisé plastiques et caoutchoucs rinco utlrasonics france présent dans le génie civil le contrôle par ultrasons dans mon site vous trouverez tous types d’articles...

[astralsecrets]

Oct 12-16, some lucids

All from phone, sorry for quality Oct 15 2018 2 lucids, 1 remembered library F recep card octagon room s. time people thru window recep card cc ods testing room leave quickly expect recep frantically searching instead seated patiently complaining about something else, have 2 donut holes and a jelly filled, give them away wrong? uni library hall - place is fusion of libraries from past and cc 8 par. br top closet shelf open box mms see antenna poking out throw on ground and smash w shoe (?) another comes out i kill, not quite r's, sth off previous lost lucid - something about pressure of finger thru hand lucid - 8 my br dark, in front of mirror, pumpkin, crush/pull alart w hands, inside is an orange-tinted paper towel roll, lucid, my face becomes cotton/pt/gauze texture, work on mouth being sturdy so i can't penetrate w finger, no features just slight indentations, transform self in mirror then wake (tried to add but too late) cool vampire/TAZ dream w armor n weapons (variety, changed a lot), killing and moving through level, at some point changed to shooting glitchy white balls from self like a turret (froglike?) In 8 br lots of people there, guy asks for root beer, go down to street to neighbor where lots of kids are crossing in a big crowd and there's candy being distributed and there's a bus? I cut in front of some kids but return with a packet of ibuprofen instead and pack it with the rest (root beer heavily associated w E6) i put ibuprofen away in larger hospital packet (spelled wrong?) Oct 12 2018 lucid - f in street car lightning to diner talking Oct 14 2018 nl - in 8 w f, d inoffice separated by fence from parents sog, take nap on couch lucid - 8 street daytime become lucid in street fly a few stories up decide I'm using force summon lightsaber, swing around and force throw, lose lucidity nls - in 8 street, carving a stick w laser pointer/lightsaber lucid - in 8 street night, lucid, want to summon an enemy, first think of a giant but can't decide what in SW universe applies, decide on some twilek sith like in SW:JK:JA, at first think it didn't work, then realize i double-cast it, there are 6 dual-weilding sith twileks, i speed past the first 3 and take a commanding position at the cul-de-sac and isolate them using force push,each time i take one out they fall dramatically and for some reason get somewhat naked like an elder scrolls game when you loot their armor nl to lucid - in familiar dream house (have visited before), the first story is like 8 but with high ceilings so its like 2 stories for the first story, huge staircase, dark (usu. is), i am walking to bathroom, talking to f, i look in mirror and get lucid, toothpaste/water splash spots are hi-def, i touch mirror and it feels cold and frictiony the way glass does, i try to summon a saber again but it comes out as a clear tube with red liquid and red straw, i drink it Oct 16 2018 lucid - 8 b.y. F I dismiss after long insec. dream, walk up staircase of square tiles into sky g.c., i look back n shes pegasus flying, i start flying too, it's her and i grab her hands but we're out of sync, hands don't match, remove/insert and feel WB, wake anne s. in car dealership screaming abt. how stg (weather?) is no joke in LA j.p. n old famous guys in svitz-bath w nun costumes, watching "blue x", jp on diving board gold

from RSSMix.com Mix ID 8297989 https://www.dreamviews.com/blogs/zad/oct-12-16-some-lucids-85605/

[gehler123-blog]

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[astralsecrets]

Oct 12-16, some lucids

All from phone, sorry for quality Oct 15 2018 2 lucids, 1 remembered library F recep card octagon room s. time people thru window recep card cc ods testing room leave quickly expect recep frantically searching instead seated patiently complaining about something else, have 2 donut holes and a jelly filled, give them away wrong? uni library hall - place is fusion of libraries from past and cc 8 par. br top closet shelf open box mms see antenna poking out throw on ground and smash w shoe (?) another comes out i kill, not quite r's, sth off previous lost lucid - something about pressure of finger thru hand lucid - 8 my br dark, in front of mirror, pumpkin, crush/pull alart w hands, inside is an orange-tinted paper towel roll, lucid, my face becomes cotton/pt/gauze texture, work on mouth being sturdy so i can't penetrate w finger, no features just slight indentations, transform self in mirror then wake (tried to add but too late) cool vampire/TAZ dream w armor n weapons (variety, changed a lot), killing and moving through level, at some point changed to shooting glitchy white balls from self like a turret (froglike?) In 8 br lots of people there, guy asks for root beer, go down to street to neighbor where lots of kids are crossing in a big crowd and there's candy being distributed and there's a bus? I cut in front of some kids but return with a packet of ibuprofen instead and pack it with the rest (root beer heavily associated w E6) i put ibuprofen away in larger hospital packet (spelled wrong?) Oct 12 2018 lucid - f in street car lightning to diner talking Oct 14 2018 nl - in 8 w f, d inoffice separated by fence from parents sog, take nap on couch lucid - 8 street daytime become lucid in street fly a few stories up decide I'm using force summon lightsaber, swing around and force throw, lose lucidity nls - in 8 street, carving a stick w laser pointer/lightsaber lucid - in 8 street night, lucid, want to summon an enemy, first think of a giant but can't decide what in SW universe applies, decide on some twilek sith like in SW:JK:JA, at first think it didn't work, then realize i double-cast it, there are 6 dual-weilding sith twileks, i speed past the first 3 and take a commanding position at the cul-de-sac and isolate them using force push,each time i take one out they fall dramatically and for some reason get somewhat naked like an elder scrolls game when you loot their armor nl to lucid - in familiar dream house (have visited before), the first story is like 8 but with high ceilings so its like 2 stories for the first story, huge staircase, dark (usu. is), i am walking to bathroom, talking to f, i look in mirror and get lucid, toothpaste/water splash spots are hi-def, i touch mirror and it feels cold and frictiony the way glass does, i try to summon a saber again but it comes out as a clear tube with red liquid and red straw, i drink it Oct 16 2018 lucid - 8 b.y. F I dismiss after long insec. dream, walk up staircase of square tiles into sky g.c., i look back n shes pegasus flying, i start flying too, it's her and i grab her hands but we're out of sync, hands don't match, remove/insert and feel WB, wake anne s. in car dealership screaming abt. how stg (weather?) is no joke in LA j.p. n old famous guys in svitz-bath w nun costumes, watching "blue x", jp on diving board gold

from RSSMix.com Mix ID 8297989 https://www.dreamviews.com/blogs/zad/oct-12-16-some-lucids-85605/

[astralsecrets]

Oct 12-16, some lucids

All from phone, sorry for quality Oct 15 2018 2 lucids, 1 remembered library F recep card octagon room s. time people thru window recep card cc ods testing room leave quickly expect recep frantically searching instead seated patiently complaining about something else, have 2 donut holes and a jelly filled, give them away wrong? uni library hall - place is fusion of libraries from past and cc 8 par. br top closet shelf open box mms see antenna poking out throw on ground and smash w shoe (?) another comes out i kill, not quite r's, sth off previous lost lucid - something about pressure of finger thru hand lucid - 8 my br dark, in front of mirror, pumpkin, crush/pull alart w hands, inside is an orange-tinted paper towel roll, lucid, my face becomes cotton/pt/gauze texture, work on mouth being sturdy so i can't penetrate w finger, no features just slight indentations, transform self in mirror then wake (tried to add but too late) cool vampire/TAZ dream w armor n weapons (variety, changed a lot), killing and moving through level, at some point changed to shooting glitchy white balls from self like a turret (froglike?) In 8 br lots of people there, guy asks for root beer, go down to street to neighbor where lots of kids are crossing in a big crowd and there's candy being distributed and there's a bus? I cut in front of some kids but return with a packet of ibuprofen instead and pack it with the rest (root beer heavily associated w E6) i put ibuprofen away in larger hospital packet (spelled wrong?) Oct 12 2018 lucid - f in street car lightning to diner talking Oct 14 2018 nl - in 8 w f, d inoffice separated by fence from parents sog, take nap on couch lucid - 8 street daytime become lucid in street fly a few stories up decide I'm using force summon lightsaber, swing around and force throw, lose lucidity nls - in 8 street, carving a stick w laser pointer/lightsaber lucid - in 8 street night, lucid, want to summon an enemy, first think of a giant but can't decide what in SW universe applies, decide on some twilek sith like in SW:JK:JA, at first think it didn't work, then realize i double-cast it, there are 6 dual-weilding sith twileks, i speed past the first 3 and take a commanding position at the cul-de-sac and isolate them using force push,each time i take one out they fall dramatically and for some reason get somewhat naked like an elder scrolls game when you loot their armor nl to lucid - in familiar dream house (have visited before), the first story is like 8 but with high ceilings so its like 2 stories for the first story, huge staircase, dark (usu. is), i am walking to bathroom, talking to f, i look in mirror and get lucid, toothpaste/water splash spots are hi-def, i touch mirror and it feels cold and frictiony the way glass does, i try to summon a saber again but it comes out as a clear tube with red liquid and red straw, i drink it Oct 16 2018 lucid - 8 b.y. F I dismiss after long insec. dream, walk up staircase of square tiles into sky g.c., i look back n shes pegasus flying, i start flying too, it's her and i grab her hands but we're out of sync, hands don't match, remove/insert and feel WB, wake anne s. in car dealership screaming abt. how stg (weather?) is no joke in LA j.p. n old famous guys in svitz-bath w nun costumes, watching "blue x", jp on diving board gold

from RSSMix.com Mix ID 8297989 https://www.dreamviews.com/blogs/zad/oct-12-16-some-lucids-85605/

[astralsecrets]

Oct 12-16, some lucids

All from phone, sorry for quality Oct 15 2018 2 lucids, 1 remembered library F recep card octagon room s. time people thru window recep card cc ods testing room leave quickly expect recep frantically searching instead seated patiently complaining about something else, have 2 donut holes and a jelly filled, give them away wrong? uni library hall - place is fusion of libraries from past and cc 8 par. br top closet shelf open box mms see antenna poking out throw on ground and smash w shoe (?) another comes out i kill, not quite r's, sth off previous lost lucid - something about pressure of finger thru hand lucid - 8 my br dark, in front of mirror, pumpkin, crush/pull alart w hands, inside is an orange-tinted paper towel roll, lucid, my face becomes cotton/pt/gauze texture, work on mouth being sturdy so i can't penetrate w finger, no features just slight indentations, transform self in mirror then wake (tried to add but too late) cool vampire/TAZ dream w armor n weapons (variety, changed a lot), killing and moving through level, at some point changed to shooting glitchy white balls from self like a turret (froglike?) In 8 br lots of people there, guy asks for root beer, go down to street to neighbor where lots of kids are crossing in a big crowd and there's candy being distributed and there's a bus? I cut in front of some kids but return with a packet of ibuprofen instead and pack it with the rest (root beer heavily associated w E6) i put ibuprofen away in larger hospital packet (spelled wrong?) Oct 12 2018 lucid - f in street car lightning to diner talking Oct 14 2018 nl - in 8 w f, d inoffice separated by fence from parents sog, take nap on couch lucid - 8 street daytime become lucid in street fly a few stories up decide I'm using force summon lightsaber, swing around and force throw, lose lucidity nls - in 8 street, carving a stick w laser pointer/lightsaber lucid - in 8 street night, lucid, want to summon an enemy, first think of a giant but can't decide what in SW universe applies, decide on some twilek sith like in SW:JK:JA, at first think it didn't work, then realize i double-cast it, there are 6 dual-weilding sith twileks, i speed past the first 3 and take a commanding position at the cul-de-sac and isolate them using force push,each time i take one out they fall dramatically and for some reason get somewhat naked like an elder scrolls game when you loot their armor nl to lucid - in familiar dream house (have visited before), the first story is like 8 but with high ceilings so its like 2 stories for the first story, huge staircase, dark (usu. is), i am walking to bathroom, talking to f, i look in mirror and get lucid, toothpaste/water splash spots are hi-def, i touch mirror and it feels cold and frictiony the way glass does, i try to summon a saber again but it comes out as a clear tube with red liquid and red straw, i drink it Oct 16 2018 lucid - 8 b.y. F I dismiss after long insec. dream, walk up staircase of square tiles into sky g.c., i look back n shes pegasus flying, i start flying too, it's her and i grab her hands but we're out of sync, hands don't match, remove/insert and feel WB, wake anne s. in car dealership screaming abt. how stg (weather?) is no joke in LA j.p. n old famous guys in svitz-bath w nun costumes, watching "blue x", jp on diving board gold

from RSSMix.com Mix ID 8297989 https://www.dreamviews.com/blogs/zad/oct-12-16-some-lucids-85605/