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Diamond in Optics and Sensing
An overview of how diamond serves as a window, lens material and sensor platform, and why its optical, thermal and quantum properties make it useful.
Where It Is Used
Optics And Sensing
Diamond in windows, detectors, sensors and high pressure research.
Diamond Anvil Cells in High Pressure Research
How a diamond anvil cell squeezes a tiny sample between two diamond tips to reach extreme pressure, and how researchers measure and study what happens inside.
Diamond Heat Spreaders for Lasers and Chips
How diamond plates draw heat away from small, intense hot spots in lasers and chips, what grades are used, and the practical limits of this approach.
Diamond Radiation Detectors
Why diamond is attractive for sensing particles and radiation: low leakage, tolerance to damage, fast response and tissue-like behavior, plus its limits.
Diamond Windows for Lasers and Harsh Environments
Why diamond windows pass high power light, handle heat and survive corrosive, abrasive or high pressure conditions where ordinary window materials fail.
Nitrogen-Vacancy Centers and Quantum Sensing
How a nitrogen atom next to a missing carbon atom in diamond becomes a sensitive, room-temperature probe of magnetic fields, temperature and more.
Surface Acoustic Wave Devices on Diamond
How diamond's extreme stiffness lets surface acoustic wave devices reach very high frequencies, and how layered piezoelectric films make them work.
Wide Bandgap Semiconductors and Diamond
Why diamond is studied for high power, high temperature electronics: its large bandgap, heat conduction and breakdown strength, plus doping and wafer challenges.
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