Further Developments in Scientific Optical Imaging

Advancements in Small-Pixel, Video-Rate, Backside-Illuminated Charge-Coupled Devices;

New Developments in Three-Dimensional Imaging with Optical Microscopes;

Megacam: A Wide-Field Imager for the MMT Observatory;

Signal Processing for the S.A.O. Megacam;

Advances in Scientific-Quality Detectors at JPL: Hybrid Imaging Technology;

Integrating Elemental and Molecular Imaging;

CCDS for the Instrumentation of the Telescopio Nazionale Galileo;

Spectral Imaging with a Prism-Based Spectrometer;

Combining Linear and Neural Processing in Analytic Instruments - Or When to Switch on Your Neurons;

ICIMACS: How We Go from 0.3 to 3μ

with 1 to 40 Amplifiers;

Electro-Optical Characterizations of the CID 17PPRA, CID 38SG, CID 38Q-A, and CID 38Q-B;

Development of a Back-Illuminated 4096 x 4096 15-Micron Pixel Scientific CCD;

ROLIS: a Small Scientific Camera System for the Rosetta Lander;

Detection of Isolated Manmade Objects Using Hyperspectral Imagery;

High Speed Scientific CCDs-II;

High Speed Array Detectors with Sub-Electron Read Noise;

Imaging and Spectroscopy with Programmable Array Microscopes;

Practical Considerations for LN2-Cooled, O-Ring-Sealed, Vacuum-Insulated Dewars for Optical and IR Detectors;

Pharmaceutical Reaction Monitoring by Raman Spectroscopy;

Index.