12083

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

12083, also known as the Korsch Attameter, is a type of optical instrument used to measure the position, size, and shape of an object in two or three dimensions. It was first developed in 1981 by mathematician Professor Walter Korsch of the University of California, Santa Cruz. Its chief application is in the field of microscopy and medical imaging, being used to identify, analyze, and monitor the size and shape of cells, tissues, and other biological specimens. It has also been used in fields such as material science, geology, astronomy, aerodynamics, and fluid mechanics.

The 12083 is based on the principals of electromagnetic lensing. At its simplest, it utilizes a series of adjustable lenses which manipulate the intensities of electromagnetic waves. What’s fascinating is that the lenses are able to adjust their position in order to match the particular curvature, intensity, and polarization of the waves that are being used. This enables precise measurements to be taken of a single object that has been illuminated by one or more of these waves.

The 12083’s working principle is to provide an electric field, typically between two thin sheets of metal or between two electrodes. This creates a strong field in which the electromagnetic waves propagate through. The lenses are then used to adjust the position, intensity and polarization of these waves. As the wave passes through the lens, information concerning the object’s size, shape, and position is collected. This information can then be analyzed and used to accurately measure the object.

In addition, the 12083 can be used to measure the surface roughness of objects. In this case an array of wave operators is used, each of which can be manually adjusted to match the peaks and troughs of the object’s surface. The lens is then used to measure the height and depth of the object’s surface, as well as the exact transition between the peaks and troughs. This data can be used to accurately measure the surface roughness of the object.

The 12083’s versatility has made it a popular tool in many scientific fields. It is currently used in numerous scientific studies, from the analysis of microscopic specimens to the measurement of high-speed airflows in aerodynamics. Its ease of use, combined with its accurate measurement capabilities, makes it an invaluable asset to any laboratory.

The specific data is subject to PDF, and the above content is for reference