Principles of development of calibration-free systems of optical biomedical diagnostics

Abstract

The principles of development of 'calibration-free' optoelectronic systems of biomedical diagnostics are considered. This system eliminates as much methodical errors caused by the changes of instrumental constants of emitting- receiving and recording blocks, by the pollution of optical surface, by the state of sued cuvettes, etc. The evaluation of accuracy of proposed methods is given.