Field guide to adaptive optics /
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| Format: | Book |
| Language: | English |
| Published: |
Bellingham, Wash. :
SPIE Press,
[2004]
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| Series: | SPIE field guides.
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| Subjects: |
Table of Contents:
- Conventional adaptive optics system
- Image spread with atmospheric turbulence
- The principle of phase conjugation
- Point spread function for an astronomical telescope
- Modeling the effect of atmospheric turbulence
- Fried's coherence length
- Astronomical "brightness"
- Isoplanatic angle
- Zernike polynomials
- Atmospheric turbulence models
- Coherence length for various wavelengths and
- Turbulence models
- Variations in commonly used turbulence models
- Wind models
- Kolmogorov model
- Greenwood frequency
- Power spectrum of Kolmogorov turbulence
- Angle of arrival fluctuations (image motion)
- Modulation transfer function
- Image quality with increased mtf
- Beam propagation
- Laser "brightness"
- Strehl ratio--laser beam propagation to the far
- Field with wavefront error
- Strehl ratio
- Spot size for a Gaussian spot
- Spot size for a uniform circular aperture
- System performance estimation
- System performance estimation
- Fitting error (modal)
- Fitting error (zonal)
- Temporal error
- Partial correction
- Focal anisoplanatism (the "cone effect")
- Scintillation
- Wavefront sensors
- Wavefront sensor requirements
- Shack-Hartmann wavefront sensor
- Wavefront sensor signal-to-noise ratio
- Shearing interferometer wavefront sensor
- Shearing interferometer wavefront sensor noise
- Curvature wavefront sensor
- Curvature wavefront sensor error
- Deformable mirrors
- Tilt mirror requirements
- Deformable mirror requirements
- Deformable mirror actuator configurations
- Actuator and wavefront sensor layouts
- Actuators, requirements for zonal or modal control
- Deformable mirror influence function models
- Bimorph mirrors
- Microelectromechanical (MEMS) membrane mirrors
- Segmented deformable mirrors
- Control and reconstruction
- Adaptive optics system control model
- Reconstructor
- Wavefront control
- Influence matrix
- Kalman filtering and wavefront estimation
- Computational latency
- Hartmann sensing software implementation
- Predictor
- Effect of sampling rate on achievable bandwidth.