#BeOS technologies

[ivan-fyodorovich-k]

Just shooting from the hip I’d have to guess no, this was not a new rival to the PC

PC Gamer - July 1996 BeBox

[edgetechindutries]

Customized aluminum nitride ceramic products: the unique charm and diverse applications of high-performance materials

In the field of advanced materials, aluminum nitride ceramics have become one of the most popular high-performance ceramic materials due to their excellent performance and wide applicability. This ceramic material, mainly composed of aluminum nitride (AlN) compounds, is like a shining pearl, showing unique advantages and unlimited potential in many engineering applications.

Aluminum nitride ceramics have the characteristics of thermal conductivity, insulation, chemical stability, high mechanical strength, and low thermal expansion coefficient. Suitable for various high-temperature, high-frequency, and high-power engineering applications.

Aluminum nitride (AIN) ceramics have the following outstanding characteristics:

Good mechanical properties, with higher bending strength than Al2O3 and BeO ceramics

High temperature resistance and corrosion resistance

High thermal conductivity combined with good electrical insulation properties.

Excellent stability when exposed to a variety of molten salts

Thermal stability up to 1000°C, good mechanical properties extending to high-temperature range.

Low thermal expansion and thermal shock resistance

The main processing methods of aluminum nitride ceramics are as follows:

Ceramic injection molding

Low-pressure injection molding

Cold isostatic press

Dry pressing molding

Casting molding

Precision machining Edgetech provides customers with customized aluminum nitride ceramic products with excellent performance through a variety of molding and processing methods. They are widely used in electronic packaging, laser technology, microwave and radio frequency applications, high-temperature environment applications, and optical devices.

[hitechpcba]

Why Purchase Your Ceramic PCBs from HITECH CIRCUITS?

At HITECH CIRCUITS, we are dedicated to producing and selling quality PCBs to all of our customers. With over 15 years of experience in the electronic industry we are committed to producing custom ceramic PCBs that meet up with the various electronic devices at hand.

Our professionals manufacture nothing but top-notch ceramic PCBs that are developed to tackle your demands. In addition, we assure that you will get nothing but the best and affordable prices for all the quality ceramic PCB we manufacture. Regardless of the quality of the printed circuit boards that you want, it will be gotten at a decent price.

Ceramic PCB Parameter

Ceramic PCB in high pressure, high insulation, high frequency, high temperature, and high reliable and minor volume electronic products, then Ceramic PCB will be your best choice.

Why Ceramic PCB has such excellent performance?

96% or 98% Alumina (Al2O3), Aluminum Nitride (ALN), or Beryllium Oxide (BeO) Conductors material: For thin film technology, thick film technology, it’ll be silver palladium (AgPd), gold pllladium (AuPd); For DCB (Direct Copper Bonded) it’ll be copper only Application temp: -55~850C Thermal conductivity value: 16W~28W/m-K (Al2O3); 150W~240W/m-K for ALN , 220~250W/m-K for BeO; Max compression strength: >7,000 N/cm2 Breakdown Voltage (KV/mm): 15/20/28 for 0.25mm/0.63mm/1.0mm respectively Thermal expansion conefficient(ppm/K): 7.4 (under 50~200C)

Contact Us

You can submit a custom request and get a price quote.

sales@hitechpcb.com

[uncommunication]

The National UN Volunteers-India

Dantewada's 3 students present models in INSPIRE Award State Level Exhibition and Project Competition

Geedam/Dantewada, Chhattisgarh, 8 July 2024 : INSPIRE Awards MANAK

2022-23 State Level Exhibition and Project Competition (SLEPC) was organized by Department of Science and Technology, Government of India and National Innovation Foundation - India (NIF) in collaboration with the School Education Department, Government of Chhattisgarh from 1st to 2nd July 2024 and Mentorship Program from 3rd to 4th July at Digvijay Stadium Rajnandgaon.

Under the guidance of District Administration and School Education Department Dantewada, Raju Midiyami student of Government Middle School Jawanga Geedam block presented the working model of Special Multipurpose Cutter.

Durgeshwari Dhruv student of Government Girls Middle School Barsoor presented Bag with Sanitary Pouch Indicator Model and Pramila Kartami student of Government High School Bhusaras Katekalyan block presented Leg Mouse for Handicap Model in the State Level Exhibition and Project Competition.

The children's presentation was appreciated by the guests and officials collector & DM, IGP, CEO ZP, SP, DFO of Rajnandgaon district administration. INSPIRE Awards District Nodal Officer Dantewada Principal Devendra Soni said that a total of 62 students participated in the District Level Exhibition and Project Competition (DLEPC) which was organized online on 5th and 6th May 2024 for the year 2022-23 and 4 students were selected for the state level exhibition. In which NIF Chhattisgarh State Coordinator Pragya Ritaparna, NMDC Polytechnic College Dantewada Lecturer Dr. Vaibhav Pratap Singh, Government AB Golcha Higher Secondary School Mahasamund Lecturer Dr. Jyotikiran Chandrakar played a decisive role as jury and completed the selection process.

INSPIRE Award district team technical expert Amujuri Biswanath and teacher Usha Kunjam guided students Raju Midiyami, Durgeshwari Dhruv and Pramila Kartami for inclusion in the state level exhibition at Rajnandgaon successfully.

INSPIRE Award district team technical expert Amujuri Biswanath said that a total of 194 children from different districts of Chhattisgarh displayed models. Raju Midiyami, Durgeshwari Dhruv and Pramila Kartami students from the interior areas of the aspirational district Dantewada, had never been to the Bastar division headquarters Jagdalpur. Those children were very happy to visit for first time the Chhattisgarh state capital Raipur, International Hockey Stadium of Rajnandgaon, travel in the train and see the exhibition of many innovations.

District Education Officer SK Ambasta, District Mission Coordinator Shyamlal Sori, Geedam Block Education Officer Sheikh Rafiq, Assistant Block Education Officer Bhavani Punem, Block Resource Coordinator Jitendra Singh Chauhan, Katekalyan BEO Pushkar Verma, ABEO Ram Milan Raute, Jawanga Cluster Coordinator Nitin Vishwakarma, Barsoor Cluster Coordinator Bhupendra Shrivas, Headmaster Kumar Markam, Chinmay Sarkar and all the teachers congratulated and wished the students on their innovation exhibition achievement.

[cynthia-hitechpcba]

Ceramic PCB manufacturing(from Hitech Circuits Co., Limited)

Ceramic PCB have good High thermal conductivity, ceramic substrate and conductor performance, excellent chemical and thermal stability. Excellent corrosion resistance, it widely used in semiconductor，Sensor and microelectronic circuit packaging pcb, High-brightness Led chip carrier board, automotive electronics and lighting components, high-power electronic component heat dissipation materials, etc.

Why Purchase Your Ceramic PCBs from HITECH CIRCUITS?

At HITECH CIRCUITS, we are dedicated to producing and selling quality PCBs to all of our customers. With over 15 years of experience in the electronic industry we are committed to producing custom ceramic PCBs that meet up with the various electronic devices at hand.

Our professionals manufacture nothing but top-notch ceramic PCBs that are developed to tackle your demands. In addition, we assure that you will get nothing but the best and affordable prices for all the quality ceramic PCB we manufacture. Regardless of the quality of the printed circuit boards that you want, it will be gotten at a decent price.

Ceramic PCB Parameter

Ceramic PCB in high pressure, high insulation, high frequency, high temperature, and high reliable and minor volume electronic products, then Ceramic PCB will be your best choice.

Why Ceramic PCB has such excellent performance?

96% or 98% Alumina (Al2O3), Aluminum Nitride (ALN), or Beryllium Oxide (BeO)

Conductors material: For thin film technology, thick film technology, it’ll be silver palladium (AgPd), gold pllladium (AuPd); For DCB (Direct Copper Bonded) it’ll be copper only

Application temp: -55~850C

Thermal conductivity value: 16W~28W/m-K (Al2O3); 150W~240W/m-K for ALN , 220~250W/m-K for BeO;

Max compression strength: >7,000 N/cm2

Breakdown Voltage (KV/mm): 15/20/28 for 0.25mm/0.63mm/1.0mm respectively

Thermal expansion conefficient(ppm/K): 7.4 (under 50~200C)

Contact Us

You can submit a custom request and get a price quote.

Sales11@hitechpcb.com, from Cynthia.

[aneddoticamagazinestuff]

Haiku: a BeOS evolution

New Post has been published on https://www.aneddoticamagazine.com/haiku-a-beos-evolution/

Haiku: a BeOS evolution

Haiku is an open-source operating system that specifically targets personal computing. Inspired by the BeOS, Haiku is fast, simple to use, easy to learn and yet very powerful.

HAIKU is an open source operating system currently in development. Specifically targeting personal computing, Haiku is a fast, efficient, simple to use, easy to learn, and yet very powerful system for computer users of all levels. Additionally, Haiku offers something over other open source platforms which is quite unique: The project consists of a single team writing everything from the kernel, drivers, userland services, tool kit, and graphics stack to the included desktop applications and preflets. While numerous open source projects are utilized in Haiku, they are integrated seamlessly. This allows Haiku to achieve a level of consistency that provides many conveniences, and is truly enjoyable to use by both end-users and developers alike.

Haiku reimplements both the BeOS technologies as well as the end user experience, but it is far from being based on BeOS from a code base perspective. The only BeOS code that has made it into Haiku are Tracker and the Deskbar (the file manager and the equivalent of the start menu/taskbar, respectively). These were open sourced by Be Inc. back in 2001, later forked under the OpenTracker project, and eventually merged into the Haiku code base. The rest is either homebuilt code or derivatives of existing open source software.

https://www.haiku-os.org/

[krjpalmer]

MacUser January 1997

With the grand promises of “Copland” having collapsed into plans for incremental upgrades, attention was turning to the BeOS, which just happened to run on Power Macs as well as the “BeBox.” This issue’s feature article did admit there wasn’t a lot built on the core of the BeOS yet, but insisted that with such a promising foundation things would surely advance from there... One new bit of hardware from Apple, a relatively inexpensive and unusually packaged portable that used “Newton technology,” also appeared on the cover. I did once see an actual eMate 300 at an “Apple in education” presentation at my university.

[dragynkeep]

Wait wait wait, Winter said WHAT?! IRONWOOD?? SACRIFICED NOTHING?? OKAY WHITE HAIRED SNAKE WITH A SWORD—

He LITERALLY SEARED OFF HIS ARM, GAVE UP HIS PUBLIC IMAGE BECAUSE HE KNEW PEOPLE WOULD HATE THE ACTIONS HE TOOK, AND LITERALLY WAS THE ONLY ONE WITH A DECENT ASS PLAN

He sacrificed EVERYTHING, even his OWN DAMN LIFE IN THE END, and he STILL FAILED TO SAVE ATLAS/MANTLE BECAUSE SOME SNOT-NOSED BRAT THOUGHT SHE COULD DO IT BETTER!

Fuck outta here with that! This man sacrificed SO MUCH, only to be turned into a comic book style villain who suddenly wanted to bomb Mantle even though the situation had changed and the staff wasn't really necessary at that point (I think).

He and Penny were thrown to the (beo)wolves these two volumes, completely scrapping their prior arcs and suddenly just... Why. Emerald's redemption arc made more sense.

Team RWBYJNRO literally saved maybe a few thousand people, not counting the ones who were thrown into the void when Cinder appeared, and left Atlas AND Mantle to DIE! NOW THE MOST TECHNOLOGICALLY ADVANCED NATION IN REMNANT IS GONE. THE ONLY STANDING MILITARY IS GONE.

Basically, there's gonna have to be some MAJOR ASS PULLS for our ""heroes"" to win. They've given Salem two relics and destroyed a whole kingdom FOR HER. Even her own crew couldn't do that! And they destroyed motherfucking ATLAS.

i always found that line really hilarious because ... what had winter given up? what had she sacrified? everything she'd "lost", she'd lost the moment she came into the army to escape an abusive household & she actually gained more in the atlas military. she gained a standing, a title, she gained personal power & influence to get what she wanted & this isn't a bad thing.

but she also didn't lose anything. weiss? lost her after the fight. fria? was always going to be lost, she was old & dying & had to pass on the powers. the maiden powers? if we follow the narrative the show is trying to give us, winter never deserved them. winter was bad, winter sided with a dictator. winter was part of the supposed systemic problem that is suddenly solved with the death of an individual. much like another system problem that got solved with the death of a certain redhead faunus.

all of this is also ignoring & whitewashing winter's own part in this. she is the one who abuses her power — threatening the guards for doing their jobs & demanding they release weiss immediately — as well as being the first one to suggest martial law. i love winter, & i love her because she isn't this perfect angel. winter is not the poor abused baby who came under the thumb of a dictator. she is a grown woman in her mid 20s who made decisions using her power & influence in the military because that's what she thought was right & what needed to happen.

this woobification of her is not only annoying, but it's downright sexist. that a female character can't be responsible for her own questionable decisions & it has to be because of the abusive influence of a man, when that has not existed at any point of their relationship in the story before that? it's insulting. the writers just conveniently forgot all of this when they wrote her to say that line to a man who had sacrificed his own body multiple times while she acted the blue blood of atlas more than anyone ever wants to admit. winter is the peak of aristocracy trying to "blend in" with the working class & it's accepted because she's also the girlboss archetype that's adored.

[usafphantom2]

See how was the spectacular USAF flyby at Super Bowl LVI in Los Angeles

Five military aircraft flew over at SoFi Stadium to celebrate 75 years of the U.S. Air Force.

Fernando Valduga By Fernando Valduga 02/14/2020 - 07:32 am in Air Shows, Demonstration Squads, Military

Before Super Bowl LVI on January 13 in Los Angeles, the U.S. Air Force (USAF) presented American football fans with a rare "five-plane formation" to celebrate the 75th anniversary of the U.S. Air Force.

The overflight above SoFi Stadium involved five different types of military aircraft flying in formation, from USAF bases in five different states.

The participating aircraft were:

F-35 Lightning from Hill Air Base in Utah

P-51 Mustang of the Air Force Heritage Flight Foundation, Chino, California

Davis-Monthan Air Base A-10C Thunderbolt II, Arizona

F-16 Fighting Falcon of Shaw Air Base, South Carolina

F-22A Raptor from Langley Air Base, Virginia

The U.S. Air Force said it performs about 1,000 overflights per year. And while they “serve as a way to show the capabilities of our aircraft, while inspiring patriotism and future generations of aviation enthusiasts,” the U.S. Air Force also says that overflights do not incur additional costs for taxpayers and serve as a valuable training experience for pilots, crew and other employees.

Major Kristin “Beo” Wolfe, who is Commander of the F-35A Lightning II Demonstration Team at Hill Air Base in Utah, piloted the F-35 as part of the Heritage flight in the Super Bowl.

"It will be really exciting for me, as a pilot, to see how everything fits together," Maj. Wolfe said. She flew alongside other special and iconic aircraft

The five aircraft flying in formation on January 13, before Super Bowl LVI. (Photo: Mark Holtzman via USAF)

Major Wolfe has been serving in the USAF for more than a decade and arrived at the F-35 Demo Team after serving in combat missions with the F-35 and F-22 Raptor.

“It is (F-35) the newest USAF fighter we have. It is the most technologically advanced. We are still receiving new planes at Hill Air Base as we speak, so it is very cool to receive the latest technology directly from Fort Worth to Hill," she said.

Steve Hinton, veteran pilot who was in charge of the P-51 Mustang during the overflight.

Steve Hinton, who has spent the last 25 years flying aircraft with the U.S. Air Force Heritage Flight team, spoke about the unique opportunity that the USAF will have to display its best military equipment in front of one of the largest stages in the world.

“It is an honor to be part of this elite group,” Hinton said. “The demonstration teams are composed of our best aviators, not that they are better than the others, but they represent our armed forces well and, in my experience with them for the last 25 years, I am very proud to be part of it.”

In preparation for the 2022 Super Bowl LVI Heritage Flyover, all aircraft rehearsed the flight in formation before flying over SoFi Stadium in Inglewood, California. All demonstration teams with a single aircraft of the Air Combat Command made the scheduled and historic overflight of Super Bowl LVI. Demonstration teams spent time with students from the Joint Forces Training Base, Los Alamitos, before taking off to rehearse.

“I have never flown a formation with five planes, with the four of us plus a warbird in it, so this will be fun and also challenging,” Maj. Wolfe, who will be flying his first official overflight event in an F-35.

“It is much more complicated than, say, four F-35-only planes flying over Utah stadium. It's more complex because there are five planes with different characteristics, so all five planes fly differently, with different speeds, just as they have a different wingspan, different length and doing this kind of thing as a formation although looking symmetrical and really looking easy, this is a challenge in itself and then having to hit the moment of an overflight is really complex.”

Tags: Military AviationDemonstration SquadronsHeritage FlightUSAF - United States Air Force / US Air Force

Fernando Valduga

Aviation photographer and pilot since 1992, has participated in several air events and operations, such as Cruzex, AirVenture, Dayton Airshow and FIDAE. He has works published in specialized aviation magazines in Brazil and abroad. He uses Canon equipment during his photographic work around the world of aviation

Cavok Brasil - Digital Tchê Web Creation

[asktheisle]

[Beowulf@Nat] The large canine recognized the Darkrai hovering around the human, but became a bit concerned when he noticed a distinct scar on her neck. He gave a soft whine as he tilted his head at them. "Did a Pokemon cause this?" he asked, worried if there was an aggressive Pokemon around this area.

[ Nat for one second began to undergo the task of deciphering what this...odd mightyena was saying. The dialect could be picked up specific phrases. Something about a scar and a pokemon. While the islander was knowledgeable on Pokemon speak, there was a lot of noises and cries that are the equivalent of conjugations.]

[ Despite having understood what this legendary canine was saying, Oscar felt a twinge of discomfort over the topic of the question. Nonetheless, he knew Beo did not mean it out of malice. Just genuine curiosity.]

He’s asking how you got the scar on your neck.

[ Oscar sounded soft, like he was trying to signal to Nat she could ask not to talk about it. While she had some apprehensions, it was something she had moved on from.]

This is an electric scar.

[She tenderly put two fingers and traced the scar.]

What happened was my cousin had fallen in with the wrong crowd. He was going to get people hurt if he stayed in this group for too long. So my family and I went to confront him, but...I honestly don’t remember what caused him to shock me, but all I remember was that he used something that was able to emit a shock stronger than what most humans can do with normal technology. It was strong enough to where I passed out and it kind of jumbled my memories of specific details.

[ At this point the human felt changing the topic would be the best thing to do. She was uncomfortable, Oscar was uncomfortable and this furry mon was probably uncomfortable. From her perspective anyway. Fortunately for all present Nat has a topic already loaded in and all it needed was for the trigger to be pulled.]

What pokemon are you? I don’t think I have seen your type before.

[Oscar, having met Beo before, felt it was best to step in quickly and answer.]

He is a Zacian Nat'i. He is from the Galar region.

[Well that explained why she never had seen him before. She has not seen many pokemon that come from Galar. Oscar has a better bit of knowledge on the region by way of having met pokemon from that region for one reason or another. Nat nodded, making it clear she understood that much.]

So what brings out to our little island? And how did you meet this old mon.

[Nat chuckled, but Oscar gave a low grumble. That teasing was something he found endearing, but he felt he was spry for his age.]

(( guest ask by @askbohemiancompany !!! thanks for the superb writing Sol!))

[ken-research-market-research]

Advanced Landscape Of The Global Military Avionics Market Outlook: Ken Research The avionic systems utilized effectively on an aircrafts which comprises of electronic systems that involves the navigation systems, display systems, communication systems and management systems among others.

[elegantdefendorexpert]

How Software application Can Make a Plane Crash — Example Custom Software via How Software application Can Make a Plane Crash — Example Custom Software

[edgetechindutries]

Introduction of Common Ceramic Substrates

Ceramic substrates have high thermal conductivity and excellent insulation properties and have become key components in high-power power semiconductor modules, semiconductor coolers, electronic heaters, power control circuits, power hybrid circuits, and other equipment. These applications require materials to work stably under high-temperature conditions, and the high thermal conductivity and good electrical insulation properties of ceramic substrates just meet this requirement. In addition, ceramic substrates can also be used in intelligent power components, high-frequency switching power supplies solid-state relays, etc. These components play an important role in modern electronic devices.

1. Alumina (Al2O3)

Alumina substrate is the most commonly used substrate material in the electronics industry because it has high strength and chemical stability compared to most other oxide ceramics in terms of mechanical, thermal, and electrical properties, and the raw material source is abundant, which is suitable for various technical manufacturing and different shapes.

2. Beryllium oxide (BeO)

Beryllium oxide ceramics have a higher thermal conductivity than metal aluminum and are used in occasions requiring high thermal conductivity, but the thermal conductivity drops rapidly after exceeding 300°C. Most importantly, its toxicity limits its development. It is mainly used as a large-scale integrated circuit substrate, a high-power gas laser tube, a heat sink shell for a transistor, a microwave output window, and a neutron moderator.

Pure beryllium oxide (BeO) belongs to the cubic system and has a density of 3.03g/cm3. The melting point is 2570°C, with high thermal conductivity, almost equal to that of copper and pure aluminum, and a thermal conductivity coefficient of 200-250W/(mK), and it also has good thermal shock resistance. Its dielectric constant is 6 to 7 (0.1MHz). The dielectric loss tangent is about 4×10-4 (0.1GHz). The biggest disadvantage is that the powder is highly toxic and makes it difficult for wounds to heal. Beryllium oxide powder is used as the raw material and is added with aluminum oxide and other ingredients and sintered at high temperatures. Good protective measures are required to manufacture this ceramic. Beryllium oxide will become more volatile in a high-temperature medium containing water vapor. It will start to volatilize at 1000℃, and the amount of volatilization will increase with the increase in temperature, which brings difficulties to production. Some countries no longer produce it. However, the product has excellent performance and although the price is relatively high, there is still a considerable demand.

3. Aluminum Nitride (AlN)

AlN has two important properties: one is high thermal conductivity, and the other is expansion coefficient matching Si. The disadvantage is that even a very thin oxide layer on the surface will affect the thermal conductivity. Only by strictly controlling the materials and processes can a consistent AlN substrate be manufactured. Compared with Al2O3, the price of AlN is relatively high, which is also a small bottleneck restricting its development. However, with the upgrading of technology, this bottleneck will eventually disappear.

4. Silicon Nitride (Si3N4)

The new ceramic substrates made of silicon nitride have higher flexural strength than substrates made of Al2O3 and AlN. Until now, the reliability of copper-clad ceramic substrates used in power modules has been limited by the low flexural strength of the ceramic, which reduces thermal cycling capabilities. For applications that combine extreme thermal and mechanical stresses, such as hybrid and electric vehicles (HEV/EV), ceramic substrates commonly used today are not the best choice. The large difference in thermal expansion coefficients between the substrate (ceramic) and the conductor (copper) can stress the bonding area during thermal cycling, which can reduce reliability.

With an operating life that is 10 times or longer than other ceramics used in power electronics, silicon nitride substrates provide the mechanical strength that is critical to achieving the necessary reliability requirements. The lifetime of a ceramic substrate is measured by the number of thermal cycle repetitions it can withstand without delamination and other failures that affect circuit functionality and safety. This test is typically done by cycling samples from -55°C to 125°C or 150°C. The extended lifetime is critical for all power module applications where large semiconductor wafers are directly bonded to the substrate and is particularly important for SiC and GaN wafers with higher junction temperatures (up to 250°C).

The mechanical strength of the new substrates allows the use of thinner ceramic layers, which reduces thermal resistance, increases power density, and cuts system costs.

Compared to Al2O3 Designers will benefit from the much improved flexural strength compared to AlN substrates. The fracture toughness of silicon nitride even exceeds that of zirconia-doped ceramics, reaching 6.5-7 MPa·m1/2 at a thermal conductivity of 80 W/mK.

[uncommunication]

Public Reachout of science and technology in Amrit kaal

Aastha Vidya Mandir English Medium School, Jawanga, Chattisgarh - The school supports the principles of UNITED NATIONS

Date: 15 January 24

Students and Teacher from Dantewada Selected for India International Science Festival

Two students and a teacher from Aastha Vidya Mandir English Medium School, Education City Jawanga, Geedam block of Dantewada district have been selected to participate in the 9th India International Science Festival (IISF) 2023 edition, which will be held from 17 to 20 January 2024 at Faridabad, Haryana.

The students, Sagar Bhaskar and Raino Raj Markam, will join the Chhattisgarh state team in the Student Science Village event, where they will showcase their scientific projects and interact with eminent scientists and innovators. The teacher, Amujuri Biswanath, will also take part in various events such as Education for Aspirational India - National Science Teacher Workshop, Science through Games and Toys, Vigyanika Science Literature Festival and National Social Organization and Institutions Meet.

The theme of the festival is “Public Outreach of Science and Technology in Amrit Kaal”, which aims to celebrate and highlight the achievements and contributions of Indian science, technology and innovation to the world.

The Prime Minister of India, Honorable Narendra Modi, along with other ministers, officials and foreign ministers and delegates will address the festival, which will feature various activities such as seminars, exhibitions, competitions, workshops, technology shows and more. The festival is expected to attract over 10 lakh participants from across the country and abroad.

The Dantewada Collector Mayank Chaturvedi, District Panchayat CEO Kumar Bishwaranjan, District Education Officer Pramod Thakur, BEO Sheikh Rafiq, Aastha Vidya Mandir Principal Gopal Pandey and all teachers of the education department congratulated the students and the teacher for their achievement and wished them success in the festival. They also expressed their hope that the participation of the students and the teacher in the IISF will inspire and motivate other students and teachers in the district to pursue and promote science and technology.

[ourroyle]

Advanced ceramic material manufacturer, 99.5% BeO ceramic substrate with high thermal conductivity 280W.Mk, beryllium oxide ceramic rod can be used making high-frequency power resistors which is applied in 5G stations. BeO ceramic is for  The refractory field due to it has a high heat of formation and low partial pressure of oxygen.

LTCC (low temperature co-fired ceramics) represents a multilayer ceramic substrate that is co-fired with a low resistance internal circuit made of a metal such as Ag or Cu, at temperatures lower than the melting points of this metal (less than 1,000°C). It can be defined as a way to produce multilayer circuits with the help of single tapes, which are used to apply conductive, dielectric and/or resistive pastes on.

Coraynic Technology is a reliable business partner who can supply quality and excellent service, their BeO ceramic products engineer is expert with more than 20 years of experience in beryllium and BeO ceramic metallization.