What is the scattering?
Disctomerometer is an accurate measuring device that transmits microwave energy and reads the reflections of the scattered back from the target surface to obtain dimensional data. The "retroactive" light can be read as a graphical or color layer of land of the target surface of the display, allowing very accurate observations and measurements. This technology is used in the laboratory, field and satellites for many scientific, industrial and military applications. Some uses include measuring the heights of ocean waves and flows to determine the direction and speed of the wind for analysis and monitoring of ocean current; In addition, scattering can measure topography, global climatic and weather events and the construction of precise microcides and nanotechnology. The use of microwaves provides accurate signal and noise feedback that provides clear, reliable and repeatable data collection. Data that can be obtained from this technology creates new areas of questions for scientists in many fields, including the naval industry where the scatteringThe meter provides insight into weather patterns, fishing, marine safety and global climate. Ground technology can be used by parabolic reflectors, radio frequency subsystems (RF), intermediate frequency electronics (IF) and data collection units. Such systems can monitor back -off data from the field, such as forests, soil and vegetation.
In production, the scattering is used in the construction of semiconductors that sometimes require measurement on the atomic dam. Semiconductors have many layers that require accurate alignment up to the nanometer scale. Metrology or study and development of measuring systems has accepted scattering that even overcomes the imaging overlap of technology performed with powerful microscopes. Rather than overlapping images, engineers distract different wavelengths of light across semiconducting plates and measure their bidirectional reflectance using software and algorithms. This allows accurateMeasurement of minor alignments without irregular optics or microscope operation.
scattering technology allows fast, non -destructive analysis of materials or surfaces with careful diffraction analysis compared to changes in the shape of the line of the periodic scattering surface. This technology is located on numerous satellites that monitor uniform radar cross -sections or the "line" of the surface of the globe. In conjunction with mapping technology, communication systems and other searches and rescue services, this allows everything from attic humidity to a volcanic event that is clearly displayed with precise dimensional changes.
The reflectance distribution function (Brdf) describes the material properties of light reflection from the actual surfaces used in optics, thermodynamics and computer sciences. Innovation, such as the dome scattering, allows for multiple diffraction at multiple incidence angles, including the light scattered from the zenite and azimuth angles. This allows greater sensitivity atReading the scattering structure, which allows you to get more data in a shorter time.