Abstract: This paper considers the problem of designing and developing optical-cryogenic devices using optimization techniques, modeling, and new materials. We have shown how to produce reliable YBCO thin films with controllable surfaces and physical properties and how to integrate them in a ring form into the opticalcryogenic gravimeter so as to reduce its size and render it convenient for future space applications. Its function is based on the magnetic levitation phenomenon of the probe and on the measurement of its displacement with subsequent data processing.

Keywords: gravimeter, modeling, optimization, HTSC, YBCO, thin films, superconducting ring

ACM Classification Keywords: 1.6. Simulation and modeling, H.1 Models and principles. Optimization

Link:

MODELING AND OPTIMIZATION OF CRYOGENIC – OPTICAL GRAVIMETERS

Vitaliy Yatsenko, Nikolay Nalyvaychuk

http://www.foibg.com/ijita/vol19/ijita19-3-p05.pdf