Diagnostics and Methods for Real-Time Laser Microchemistry.

摘要

Among the of the main goals of the program have been the development of digital real-time microchemical processes and diagnostics. Further objectives have been the design of a stable platform, and the mechanical subsystems and electronic circuits to provide real-time machine control. These will be the basis for the study of control and stabilization methods. Specific subassemblies designed were the massive 1.5- inch-thick steel plate, the mechanical frame support, the vibration isolators, and the sliding cell supports. In addition design of the main control circuits, including those for laser incident-light feed-back, laser reflected light, illumination control, opto-interrupt for vibration isolation and zoom magnification control, have been completed.