The dynamic laser goniometer (LG) implementation for noncontact measurements of an object’s angular position is presented. One of the possible implementations involves determining the time dependence of the scanning mirror’s angular position. Another application is aimed at determining the oscillatory movement parameters on the test table. The results obtained in the course of the research show that the dynamic LG makes it possible to calibrate various kinds of test beds making angular oscillations or angular movement of arbitrary law.
The report presents results of implementation of the dynamic laser goniometer in the mode of non-contact measurements
of an object’s angular position. One of obtained results is connected with determination of the time dependence of the
scanning mirror angular position. Another kind of implementation result is determination of parameters of a test table
oscillatory movement. The obtained results shows that the use of the LG makes it possible to calibrate various kinds of
test-beds making angular oscillations or angular movement of some other law.
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