|
Volumn 3350, Issue , 1998, Pages 14-25
|
Optical delay line nanometer level pathlength control law design for space-based interferometry
|
Author keywords
Active optics control; Delay line; Interferometry; Interferometry technology; Space interferometry mission
|
Indexed keywords
ASTRONOMICAL SATELLITES;
ASTROPHYSICS;
BEAMFORMING;
CLOSED LOOP CONTROL SYSTEMS;
CONCURRENCY CONTROL;
DESIGN;
INTERFEROMETERS;
JITTER;
LAWS AND LEGISLATION;
OPTICAL INSTRUMENTS;
SPACE APPLICATIONS;
SPACECRAFT;
SPACECRAFT OBSERVATORIES;
WAVES;
ACTIVE OPTICS CONTROL;
CONTROL LAW DESIGN;
CONTROL LAWS;
DELAY LINE;
DYNAMIC RANGE (DR);
EXPERIMENTAL PERFORMANCE;
FREQUENCY-DOMAIN (FD);
FRINGE VISIBILITIES;
INPUT SHAPING;
INTERFEROMETRY MISSIONS;
INTERFEROMETRY TECHNOLOGY;
LABORATORY ENVIRONMENT;
LOOP CONTROL;
NANOMETER LEVELS;
OPTICAL DELAY LINES;
RESOLUTION REQUIREMENTS;
SPACE INTERFEROMETRY MISSION;
INTERFEROMETRY;
|
EID: 0012794756
PISSN: 0277786X
EISSN: None
Source Type: Conference Proceeding
DOI: 10.1117/12.317176 Document Type: Conference Paper |
Times cited : (25)
|
References (9)
|