Then, in regard to the chosen square shape mirror plate, the quartet triangles are selected as the four electrodes with a unique distribution, which extends the decoupled mechanism into the electromechanical domain so that the entire system can be analyzed by using the design theory of single axis mirrors.
Aberrations occur in both lenses and mirrors and in this paper we present a novel method capable of modelling off-axis mirror configurations.
We present the predictions for both a fundamental Gaussian and a scalar horn field illuminating various off-axis mirror configurations including different angles of incidence.
The rangefinder's laser beam is reflected by a twin-axis mirror assembly driven by stepper motors providing the system with two angular degrees of freedom, allowing 3-D measurements to be determined.
This paper focuses on the design, fabrication, assembly, and testing of high bandwidth two-axis mirror positioners for precision optical platforms, which we refer to as the Advanced Fast Steering Mirror (AFSM) and the small Advanced Fast Steering Mirror sAFSMM).
This paper focuses on the design, fabrication, assembly, and testing of a high bandwidth two-axis mirror positioner for precision optical platforms, which we refer to as the Advanced Fast Steering Mirror (AFSM).
The orientation of the CR was further standardised (sCR) by rigidly registering the x-axis mirror (mCR) to the original CR and applying the halfway transformation.
SP targets were delivered using appropriate optic bench hardware and computer-controlled 2-axis mirror galvanometers (General Scanning, Watertown, MA) as described in detail in previous publications (e.g., Mustari et al. 2001; Ono et al. 2004).
Conventional off-axis mirrors, however, are not suitable to properly match these elliptical beams.
In Gaussian Optics, beams with a circular cross section can easily be matched by using off-axis mirrors.
