New Crystal Glass may Allow Humans to Breathe Underwater like Fish The core problem of underwater activity of divers is that humans cannot ingest oxygen from water, therefore, it is necessary to carry gas cylinders or to supply gas from the water surface, and the bre... view The Design and Use of Optical Lenses in Physical Optics Engineering Any optical lens, whether new or old, we can use the term lens description to distinguish between the number of the lens, the types of glass, mirror surface radius, the thickness of the lens, the di... view Is a Aspherical Camera Lens Better than a Spherical Lens? The asphericWhen it comes to the lens, you have to mention the aspherical lens. In many people's understanding, the aspherical lens is a symbol of high level, and the advanced lens is almost all asphe... view Application prospect of nanocrystalline materials Nanocrystalline material is a crystal glass with at least one dimension in nanometer scale in the three-dimensional space scale. Its grain size is about 1-250 nanometers. A notable feature of this mat... view The research of phosphate deep UV optical crystal materials has been developed Nonlinear optical crystal is an important material of photoelectric information, which has wide application prospects in information, research, energy, industrial manufacturing and medical and health ... view Scientists have Simplified the Terahertz Device by Integrating Lasers and Reflecting Mirrors An electromagnetic pulse that lasts a millionth of a second could be the key to medical imaging, communications and drug development. But this pulse, known as terahertz, requires complex and expensive... view The research of crystal glass with ferroelectric semiconductor photoelectric effect has been develop The polarized photoelectric crystal glass with non-central symmetric structures are based on the spontaneous polarization, which shows the excellent optical performance of nonlinear optics, piezoelect... view Diamond Lens Makes Laser Optical Material Processing System Lighter Diamond has some remarkable properties: for example, its refractive index is 2.4, which is very high, and can be made into thinner optical components for optical systems with the same optical power. T... view
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