The segmented primary mirror for the LDR will require a special segment alignment control system to precisely control the orientation of each of the segments so that the resulting composite reflector behaves like a monolith. The W.M. Keck Ten Meter Telescope will utilize a primary mirror made up of 36 actively controlled segments. Thus the primary mirror and its segment alignment control system are directly analogous to the LDR. The problems of controlling the segments in the face of disturbances and control/structures interaction, as analyzed for the TMT, are virtually identical to those for the LDR. The two systems are briefly compared
Solar optical telescope is a space shuttle payload which is at the present time (1978) being planned...
Future astrophysics missions will require the construction of larger space telescopes, which poses n...
The problem of designing a control system to achieve and maintain the required surface accuracy of t...
Starting from the successful Keck telescope design, we construct and analyze the control matrix for ...
Because of the weight and the volume constraints of space-borne astronomical instruments, segmented ...
The primary mirror control system (M1CS) stabilizes the 492 segments of the Thirty Meter Telescope p...
The primary mirror control system (M1CS) stabilizes the 492 segments of the Thirty Meter Telescope p...
The primary mirror control system (M1CS) stabilizes the 492 segments of the Thirty Meter Telescope p...
The primary mirror control system (M1CS) keeps the 492 segments of the Thirty Meter Telescope primar...
In this paper we present the current status of control algorithm development for the Thirty Meter Te...
The primary mirror control system (M1CS) keeps the 492 segments of the Thirty Meter Telescope primar...
International audienceThe James Webb Space Telescope (JWST) Optical Simulation Testbed (JOST) is a t...
Segmented reflectors have been proposed for space based applications such as optical communication a...
International audienceThe James Webb Space Telescope (JWST) Optical Simulation Testbed (JOST) is a t...
International audienceThe James Webb Space Telescope (JWST) Optical Simulation Testbed (JOST) is a t...
Solar optical telescope is a space shuttle payload which is at the present time (1978) being planned...
Future astrophysics missions will require the construction of larger space telescopes, which poses n...
The problem of designing a control system to achieve and maintain the required surface accuracy of t...
Starting from the successful Keck telescope design, we construct and analyze the control matrix for ...
Because of the weight and the volume constraints of space-borne astronomical instruments, segmented ...
The primary mirror control system (M1CS) stabilizes the 492 segments of the Thirty Meter Telescope p...
The primary mirror control system (M1CS) stabilizes the 492 segments of the Thirty Meter Telescope p...
The primary mirror control system (M1CS) stabilizes the 492 segments of the Thirty Meter Telescope p...
The primary mirror control system (M1CS) keeps the 492 segments of the Thirty Meter Telescope primar...
In this paper we present the current status of control algorithm development for the Thirty Meter Te...
The primary mirror control system (M1CS) keeps the 492 segments of the Thirty Meter Telescope primar...
International audienceThe James Webb Space Telescope (JWST) Optical Simulation Testbed (JOST) is a t...
Segmented reflectors have been proposed for space based applications such as optical communication a...
International audienceThe James Webb Space Telescope (JWST) Optical Simulation Testbed (JOST) is a t...
International audienceThe James Webb Space Telescope (JWST) Optical Simulation Testbed (JOST) is a t...
Solar optical telescope is a space shuttle payload which is at the present time (1978) being planned...
Future astrophysics missions will require the construction of larger space telescopes, which poses n...
The problem of designing a control system to achieve and maintain the required surface accuracy of t...