Small-Size Criminalistic Microscope

الوصف

Investment project "Small-size criminalistic microscope" This is the method and device for conducting criminalistic researches at the surface of an object, that is located in space on a random basis, trasology expertise and material evidence examination at the scene of the accident and in laboratories of criminal expertise branches of bodies of internal affairs, the archiving of research results by receiving electronic copies of objects. Test objects for the produced device are microscopic objects, which size is from *0 mic (nanotechnology). Achieved level. Functional mock-up of the device is produced. What is necessary to do? а) to carry out R&D program for the device creation: period of R&D execution is up to *2 months; cost of R&D execution is up to **0 thousand $; b) to work out technical documentation for device production. Commercialization: the price of the device is from *5, 0 to *0, 0 thousand $, depending on its complete set and field of application. The most effective method of determination of identification characteristics – measuring spectra in the interests of criminalistic researches and expertise – is stipulated in regulations, which include sampling, concentrating, preparation of a sample for analysis as obligatory works. These works are executed, if a test subject is detected. If a test subject has micron size, as a rule, spectra are not measured. Significant characteristics are not detected, efficiency of expert work declines. To solve these problems spectrometers are necessary. They allow to measure spectra “outside” and in laboratories; to guarantee the search of microscopic objects (more than 4 mic), measure spectra of detected objects without sampling, sample preparation, concentrating. As a device, that fulfills these requirements, the device of the next generation “Small-size criminalistic spectromicroscope” is needed. As an example of opportunities of the “Small-size criminalistic spectromicroscope” the results of spectral analysis of human hair are represented (see photographs).