We discuss the concept of lightweight segmented bimorph mirrors for adaptive optics. The segment consists of a monocrystal silicon substrate actuated by an array of in-plane piezoceramic (PZT) actuators with honeycomb electrodes. We focus on technological aspects of the segment design that are critical for space applications and describe a single segment demonstrator. The morphing capability of the segment is evaluated experimentally. We also discuss the local deformations (dimples) associated with the shape of the electrodes acting on the PZT array.SCOPUS: ar.jSCOPUS: ar.jinfo:eu-repo/semantics/publishe
This thesis investigates various active control aspects of large aperture telescopes; both Earth-bas...
The Zernike phase contrast sensor has been studied in the framework of the Active Phasing Experiment...
The actuator pattern of an adaptive mirror determines the amplitudes and the fidelities of the mirro...
This paper discusses a concept of bimorph deformable mirror used in adaptive optics to compensate fo...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with a la...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with a la...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with a la...
The degradation of astronomical images caused by atmospheric turbulence will be much more severe in ...
Future generations of space-based telescopes will require increasingly large primary reflectors, wit...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with...
As part of a collaborative effort between Sandia National Laboratories and the University of Kentuck...
The push towards larger diameter space telescope mirrors has caused the space industry to look at li...
This thesis describes the modeling and manufacture of bimorph mirrors as well as an example of their...
Atmospheric turbulence compensation for the next generation of terrestrial telescopes (30-40m diamet...
This thesis investigates various active control aspects of large aperture telescopes; both Earth-bas...
The Zernike phase contrast sensor has been studied in the framework of the Active Phasing Experiment...
The actuator pattern of an adaptive mirror determines the amplitudes and the fidelities of the mirro...
This paper discusses a concept of bimorph deformable mirror used in adaptive optics to compensate fo...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with a la...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with a la...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with a la...
The degradation of astronomical images caused by atmospheric turbulence will be much more severe in ...
Future generations of space-based telescopes will require increasingly large primary reflectors, wit...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with...
This paper examines the possibility of constructing deformable mirrors for adaptive optics with...
As part of a collaborative effort between Sandia National Laboratories and the University of Kentuck...
The push towards larger diameter space telescope mirrors has caused the space industry to look at li...
This thesis describes the modeling and manufacture of bimorph mirrors as well as an example of their...
Atmospheric turbulence compensation for the next generation of terrestrial telescopes (30-40m diamet...
This thesis investigates various active control aspects of large aperture telescopes; both Earth-bas...
The Zernike phase contrast sensor has been studied in the framework of the Active Phasing Experiment...
The actuator pattern of an adaptive mirror determines the amplitudes and the fidelities of the mirro...