What is a microdot? A microdot is text or an image, substantially reduced in size, onto a small disc to prevent detection by unintended recipients. Microdots are normally circular and around one millimetre in diameter but can be made into different shapes and sizes and made from various materials such as polymer or metal.
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So, we have established that Carbon is a light element, and carbon (graphite) fibers are typically made using the polyacrylonitrile process. Some of the physical properties of carbon fiber are: High tensile and compressive strengths, up to five times that of steel High modulus or stiffness, twice as stiff as steel Low density, one-third the weight of steel High chemical resistance High temperature tolerance Low thermal expansion Electrical conductivity Black color #Carbon #carbonfiber Take note of that last one, it's black, so to quote Henry Ford: "Any customer can have a car painted any color he wants so long as it is black.". This picture was taken by a Scanning Electron Microscope and shows, at high magnification, what an individual carbon fiber looks like, so in future episodes we'll discuss how we turn this rather dull image into the gorgeous carbon fiber parts we're used to seeing. 😁
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Read #NewPaper "Some Considerations about the Anodic Limit of Ionic Liquids Obtained by Means of DFT Calculations" from Annalisa Paolone et al. https://lnkd.in/gsRumbmS #QSAR #machinelearning #DFTcalculations #anodicstability #ionicliquids
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Learn about the tube laser in this video from Metal 102! #tubelaser #metal #advancedprocessing Are you familiar with our advanced processing capabilities? Click this link to learn more: https://lnkd.in/gXEyNVrN
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A1550 INTROVISOR is an ultrasonic flaw detector – tomograph with an antenna array digitally focused to all points of the visualized cross-section. A light and easy-to-use device is destined to resolve most tasks of ultrasonic flaw detection of metals, plastics and others. Provides the quick, easy and reliable location of flaws the internal structure of the testing objects is represented in real-time as cross-section images to make results interpretation much easier as compared to a traditional flaw detector.
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