Further Developments in Scientific Optical Imaging

doi:10.1039/9781847550958

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Preliminary content

Advancements in small-pixel, video-rate, backside-illuminated charge-coupled devices

M. Bonner Denton and John R. Tower

Combining linear and neural processing in analytic instruments—or when to switch on your neurons

M. Bonner Denton, Nigel M. Allinson, Boris Pokric, Edmund T. Bergström and David M. Goodall

ICIMACS: How we go from 0.3 to 3μ with 1 to 40 amplifiers

M. Bonner Denton, Bruce Atwood, Jerry A. Mason, Daniel P. Pappalardo, Kevin Duemmel, Richard W. Pogge and Brian Hartung

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

M. Bonner Denton, Q. S. Hanley, J. B. True and M. B. Denton

Development of a back-illuminated 4096×4096 15-micron pixel scientific CCD

M. Bonner Denton, Michael Lesser and R. Bredthauer

ROLIS: A small scientific camera system for the rosetta lander

M. Bonner Denton, H. Michaelis, T. Behnke, M. Tschentscher, H.-G. Grothues and S. Mottola

Detection of isolated manmade objects using hyperspectral imagery

M. Bonner Denton, Walter F. Kailey and Michael Bennett

High speed scientific CCDS—II

M. Bonner Denton, Jim Janesick, Jeff Pinter, Jim McCarthy and Taner Dosluoglu

Highspeed array detectors with subelectron read noise

M. Bonner Denton and Craig D. Mackay

Imaging and spectroscopy with programmable array microscopes

M. Bonner Denton, Q. S. Hanley, P. J. Verveer and T. M. Jovin

Practical considerations for Ln₂-cooled, O-ring-sealed, vacuum-insulated dewars for optical and IR detectors

M. Bonner Denton, Bruce Atwood and Thomas P. O'Brien

Pharmaceutical reaction monitoring by Raman spectroscopy

M. Bonner Denton, Jonathan G. Shackman, Jeffrey H. Giles and M. Bonner Denton

Subject index

M. Bonner Denton

Back cover

M. Bonner Denton

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This book contains 216 pages.

Publication details

http://dx.doi.org/10.1039/9781847550958

Print publication date: 29 Jun 2000

Print ISBN: 978-0-85404-784-0

PDF eISBN: 978-1-84755-095-8

Citation:

Further Developments in Scientific Optical Imaging Editor: M Bonner Denton

Front cover

Front matter

Preface

Contents

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 4096×4096 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

Highspeed array detectors with subelectron 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

Subject index

Back cover

Publication details

Further Developments in Scientific Optical Imaging Editor: M Bonner Denton

Front cover

Front matter

Preface

Contents

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 4096×4096 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

Highspeed array detectors with subelectron 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

Subject index

Back cover

Publication details

Practical considerations for Ln₂-cooled, O-ring-sealed, vacuum-insulated dewars for optical and IR detectors