#ReflectiveDesign
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Mirror Paper: The Lightweight Ceiling That Shines Like Stainless Steel ✨🔹
This stunning ceiling might look like stainless steel, but it's actually made from mirror paper – a lightweight and versatile material with a high-gloss, reflective surface. ✨ Not only does it create a brilliant mirror effect, but it’s also thin and flexible, allowing for bending and arching to fit unique design needs. Perfect for adding a touch of sophistication and modern flair to any space, mirror paper combines style with functionality! 🌟
Key Features:
🔄 Lightweight & Flexible: Easy to bend and shape for custom designs ✨ Mirror-Like Finish: Reflective surface for a sleek, polished look 🏢 Perfect for Ceilings & Interior Design: Ideal for both residential and commercial spaces 🌱 Durable & Easy to Install: Simple to work with for quick and effective installations
#AsianDavinci#MirrorPaper#ReflectiveDesign#FlexibleMaterials#InteriorDesign#ModernCeiling#InnovativeMaterials#SleekInteriors#CustomDesign#StylishSolutions
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Enhancing Safety On The Roads With Reflective Vehicle Call ID Signs.

The Vehicle Call ID Signs by Banner House is a comprehensive solution designed to enhance communication, identification, and operational efficiency for vehicle fleets across diverse industries. Our call ID sign provides clear identification, enhancing communication and response efficiency.
With customisation options for your company name, logo, and contact information, this sign not only promotes professionalism but also strengthens brand recognition. Easy to install and highly durable, our reflective vehicle call ID sign is a must-have for any fleet or individual vehicle. Prioritise safety and communication on the road with our reliable and effective reflective call ID sign solution.
Banner House is a leading supplier of high-quality call ID signs across Australia.
#roadsafety#Reflectivesafety#roadsigns#safetyfirst#reflectivetechnology#reflectivedesign#Hivisibilitysign
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Ttl optical isolator sparkfun

Since the Faraday rotator is a nonreciprocal device, the polarization state of the reflected optical signal will rotate for an additional 45° in the same direction as the input signal, thus becoming perpendicular to the optical axis of the first polarizer. If there is a reflection from the optical circuit on the right side, the reflected optical signal has to pass through the Faraday rotator from right to left. The optical axis of the second polarizer is oriented 45° in respect to the first polarizer, which allows the optical signal to pass through with little attenuation. Then a Faraday rotator rotates the polarization of the optical signal by 45° in a clockwise direction. In this configuration, the optical signal coming from the left side passes through the first polarizer whose optical axis is in the vertical direction, which matches the polarization of the input optical signal. The traditional optical isolator is based on a Faraday rotator sandwiched between two polarizers, as shown in Figure 3.5.23. In this case, bidirectional optical amplification provided by the optical gain medium would cause self-oscillation if the external optical reflections from, for example, connectors and other optical components are strong enough. Another example is in optical amplifiers, where unidirectional optical amplification is required. Therefore an optical isolator is usually required at the output of each laser diode in applications that require low optical noise and stable optical frequency. Even a very low level of optical reflection from an external optical circuit, on the order of –50 dB, is sufficient to cause a significant increase in laser phase noise, intensity noise, and wavelength instability. For example, a single-frequency semiconductor laser is very sensitive to external optical feedback. It is often used in optical systems to avoid unwanted optical reflections. Rongqing Hui, Maurice O'Sullivan, in Fiber Optic Measurement Techniques, 2009 3.5.5.1 Optical IsolatorsĪn optical isolator is a device that only allows unidirectional transmission of the optical signal. With the reflectivedesign, the material usage can be reduced almost by a factor of 2. In the single-stage reflective isolator, a Faraday rotator for 22.5-degree rotation is used instead of the common 45-degree Faraday rotator due to the fact that a beam is passed through the Faraday rotator twice, providing a total rotation of 45 degrees. The operating principles of the reflective isolators are the same as those of the transmissive designs, except for the sharing of common elements and the utilization of a mirror for beam folding. Typical designs of single-stage and two-stage reflective isolators are shown in Figs. In the reflective design, all ports of the device are coming out from one side, further providing the advantage of easy installation in the applications. To further simplify design and reduce materials usage and cost, a reflective design concept has been introduced based on the fact that most of the transmissive designs have an image plane and all elements are symmetric in respect of the image plane. Optical isolators and circulators mentioned in Sections I and II are so-called transmissive devices that is, the light is propagated along one direction and the input and output ports are on the opposite side of the devices.

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Python programming language
English: Python is a widely used high-level programming language for general-purpose programming, created by Guido van Rossum and first released in 1991. Aninterpreted language, Python has a design philosophy which emphasizes code readability (notably usingwhitespace indentation to delimit code blocks rather than curly brackets or keywords), and a syntax which allows programmers to express concepts in fewerlines of code than might be used in languages such as C++ or Java.[22][23] The language provides constructs intended to enable writing clear programs on both a small and large scale.[24] PythonParadigmmulti-paradigm: object-oriented,imperative, functional, procedural,reflectiveDesigned byGuido van RossumDeveloperPython Software FoundationFirst appeared20 February 1991; 26 years ago[1]Stable release 3.6.2 / 17 July 2017; 1 day ago[2] 2.7.13 / 17 December 2016; 6 months ago[3] Typing disciplineduck, dynamic, strongOSCross-platformLicensePython Software Foundation LicenseFilename extensions.py, .pyc, .pyd, .pyo (prior to 3.5),[4] .pyw, .pyz (since 3.5)[5]Websitewww.python.orgMajor implementationsCPython, IronPython, Jython, MicroPython, Numba, PyPyDialectsCython, RPython, Stackless PythonInfluenced byABC,[6] ALGOL 68,[7] C,[8] C++,[9] Dylan,[10] Haskell,[11]Icon,[12] Java,[13] Lisp,[14] Modula-3,[9] PerlInfluencedBoo, Cobra, CoffeeScript,[15] D, F#, Falcon, Genie,[16] Go,Groovy, JavaScript,[17][18] Julia,[19] Nim, Ruby,[20] Swift[21] Python Programming at Wikibooks Python features a dynamic type system and automatic memory management and supports multiple programming paradigms, including object-oriented, imperative, functional programming, andprocedural styles. It has a large and comprehensivestandard library.[25] Python interpreters are available for many operating systems, allowing Python code to run on a wide variety of systems. CPython, the reference implementation of Python, is open sourcesoftware[26] and has a community-based development model, as do nearly all of its variant implementations. CPython is managed by the non-profit Python Software Foundation. عربي: بيثون هي لغة برمجة عالية المستوى تستخدم على نطاق واسع للبرمجة العامة الغرض، التي أنشأتها غويدو فان روسوم وأطلقت لأول مرة في عام 1991. لغة تفسيرها، بيثون لديها فلسفة التصميم الذي يؤكد على قراءة التعليمات البرمجية (وخاصة استخدام المسافة البادئة الفضاء لتحديد حدود الكود بدلا من مجعد الأقواس أو الكلمات الرئيسية)، وبناء الجملة التي تسمح المبرمجين للتعبير عن المفاهيم في عدد أقل من التعليمات البرمجية مما يمكن استخدامه في لغات مثل C ++ أو جافا. [22] [23] وتقدم اللغة منشآت تهدف إلى تمكين كتابة برامج واضحة على نطاق صغير وكبير. [24] بيثونباراديجمولتي-باراديجم: وجوه المنحى، حتمية، وظيفية، الإجرائية، ريفلكتيون ديسيغند بي غيدو فان روسومديفيلوبربيثون سوفتوار فونداتيون فيرست يبدو 20 فبراير 1991؛ قبل 26 عاما [1] الإصدار المستقر 3.6.2 / 17 تموز / يوليه 2017؛ 1 دايس أغو [2] 2.7.13 / 17 كانون الأول / ديسمبر 2016؛ قبل 6 أشهر [3] disciplineduck الكتابة، ودينامية، strongOSCross-platformLicensePython مؤسسة البرمجيات LicenseFilename extensions.py، .pyc، .pyd، .pyo (قبل 3.5)، [4] .pyw، .pyz (منذ 3.5) [5] Websitewww.python.orgMajor implementationsCPython ، إيرونبيثون، جيثون، ميكروبيثون، نومبا، بيبيديالكتس سايثون، ربيثون، بيثون ستاكليس إنفلوندزد من قبل [ ] جاوة، [13] اللثغة، [14] MODULA-3، [9] PerlInfluencedBoo، كوبرا، CoffeeScript، [15] D، F #، الصقر، المارد، [16] العودة، رائع، وجافا سكريبت، [17] [18] جوليا، [19] نيم، روبي، [20] سويفت [21] بيثون البرمجة في ويكيبوكس بيثون يتميز نظام نوع ديناميكي وإدارة الذاكرة التلقائي ويدعم نماذج البرمجة متعددة، بما في ذلك وجوه المنحى، حتمية، البرمجة الوظيفية، والأساليب الإجرائية. أنه يحتوي على مكتبة كبيرة وcomprehensivestandard. [25] المترجمين الفوريين بيثون متاحة للعديد من أنظمة التشغيل، مما يسمح رمز بايثون لتشغيل على مجموعة واسعة من النظم. كبيثون، التنفيذ المرجعي لبيثون، هو برنامج مفتوح المصادر [26] ولديه نموذج التنمية المجتمعية، كما تفعل تقريبا كل من تطبيقاته المختلفة. يتم إدارة كبيثون من قبل مؤسسة بايثون البرمجيات غير الربحية.
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LUNA pods, part of PATTERN RECOGNITION [By Elaine Young] at IMMINENT DOMAIN Jan-Mar 2013 http://asiasociety.org/hong-kong/exhibitions/imminent-domain-designing-life-tomorrow * Made-to-order < contact > [email protected]
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