J. Janesick

发表

Scientific Charge-Coupled Devices

J. Janesick, T. Elliott, S. Collins, 2001 .

Charge-Coupled-Device Charge-Collection Efficiency And The Photon-Transfer Technique

J. Janesick, T. Elliott, K. Klaasen, 1987 .

Charge-Coupled Device Television Camera For Nasa's Galileo Mission To Jupiter

James R. Janesick, Kenneth P. Klaasen, Maurice C. Clary, 1984 .

Radiation damage in scientific charge-coupled devices

James R. Janesick, J. Janesick, T. Elliott, 1989 .

Photon Transfer Noise Sources

J. Janesick, 2007 .

Photon Transfer Curve

J. Janesick, 2007 .

DEVELOPMENTS AND APPLICATIONS OF HIGH-PERFORMANCE CCD AND CMOS IMAGING ARRAYS

J. Janesick, G. Putnam, 2003 .

Soft X-ray spectroscopy with sub-electron readnoise charge-coupled devices

James R. Janesick, Ralph P. Kraft, John A. Nousek, 1995 .

The Solar Orbiter Heliospheric Imager (SoloHI)

C. Mariano, J. Janesick, S. Lynch, 2020, Astronomy & Astrophysics.

Flash Technology For Charge-Coupled-Device Imaging In The Ultraviolet

Taher Daud, James R. Janesick, Tom Elliott, 1987 .

Io Volcano Observer's (IVO) integrated approach to optimizing system design for radiation challenges

A. McEwen, J. Janesick, B. Anderson, 2012, 2012 IEEE Aerospace Conference.

Radiation concerns for the Solar-A soft x-ray telescope

James R. Janesick, Mons D. Morrison, Loren W. Acton, 1991, Medical Imaging.

Enhanced detection of normal retinal nerve-fiber striations using a charge-coupled device and digital filtering

S. T. Elliot, L. Clarke, J. Janesick, 1993, Graefe's Archive for Clinical and Experimental Ophthalmology.

Fundamental performance differences between CMOS and CCD imagers: Part 1

Tom Elliott, James T. Andrews, James Janesick, 2006, SPIE Astronomical Telescopes + Instrumentation.

Fundamental performance differences between CMOS and CCD imagers, part IV

James Andrews, Jeff H. Pinter, Robert Potter, 2010, Astronomical Telescopes + Instrumentation.

Fundamental performance differences between CMOS and CCD imagers: Part II

James Andrews, Jeff H. Pinter, Tom Elliott, 2007, SPIE Optical Engineering + Applications.

Evaluation of a virtual phase charged‐coupled device as an imaging x‐ray spectrometer

James R. Janesick, Kurt Liewer, J. Janesick, 1983 .

Soft x-ray spectroscopy using charge-coupled devices with thin poly gates and floating gate output amplifiers

David H. Lumb, James R. Janesick, David N. Burrows, 1994, Optics & Photonics.

Fano-Noise-Limited CCDs

Barry E. Burke, James R. Janesick, Tom Elliott, 1988, Optics & Photonics.

Effects of proton damage on charge-coupled devices

James R. Janesick, Tom Elliott, Stewart A. Collins, 1991, Medical Imaging.

The CCD Flash Gate

James R. Janesick, Dave Campbell, Taher Daud, 1986, Astronomical Telescopes and Instrumentation.

Large format, high resolution image sensors

Denis L. Heidtmann, Morley M. Blouke, James R. Janesick, 1987 .

Large Area, Buttable Image Sensors for Mosaic Applications

James R. Janesick, Morley M. Blouke, Richard J. Stover, 1998 .

Fundamental performance differences between CMOS and CCD imagers: part III

James Andrews, Jeff H. Pinter, Robert Potter, 2009, Optical Engineering + Applications.

Lux transfer: CMOS versus CCD

James R. Janesick, J. Janesick, 2002, IS&T/SPIE Electronic Imaging.

Photon Transfer DN → λ

James R. Janesick, J. Janesick, 2007 .

Charge-coupled-device response to electron beam energies of less than 1 keV up to 20 keV

Taher Daud, James R. Janesick, Tom Elliott, 1987 .

New advancements in charge-coupled device technology: subelectron noise and 4096 x 4096 pixel CCDs

James E. Gunn, James R. Janesick, Tom Elliott, 1990, Other Conferences.

The solar and heliospheric imager (SoloHI) instrument for the solar orbiter mission

James R. Janesick, Clarence M. Korendyke, Russell A. Howard, 2013, Optics & Photonics - Optical Engineering + Applications.

CCD imaging sensors

J. Janesick, S. Elliott, 1985 .

CCD transfer method: standard for absolute performance of CCDs and digital CCD camera systems

James R. Janesick, J. Janesick, 1997, Electronic Imaging.

Scientific CMOS Pixels

John R. Tower, James R. Janesick, Ferry Gunawan, 2002 .

Fundamental performance differences of CMOS and CCD imagers: part VI

James Andrews, Tom Elliott, John Tower, 2015, SPIE Optical Engineering + Applications.

Fundamental performance differences of CMOS and CCD imagers: part V

James R. Janesick, James Andrews, Jeff H. Pinter, 2013, Electronic Imaging.

Open-Pinned-Phase Charge-Coupled Device

J. Janesick, 1992 .

History and Advancement of Large Array Scientific CCD Imagers

James R. Janesick, Tom Elliott, J. Janesick, 1992 .

BSI Low Light Level CMOS Image Sensor Employing P-type Pixel

Mark Grygon, James Janesick, John Tower, 2013 .

Scientific CCD technology at JPL

J. Janesick, S. Collins, E. Fossum, 1991 .

Sub-electron noise charge-coupled devices

James R. Janesick, Richard A. Bredthauer, James A. Westphal, 1990, Other Conferences.

High-speed scientific CCDs: substrate bounce

James R. Janesick, Jeff H. Pinter, James K. McCarthy, 2000, Astronomical Telescopes and Instrumentation.

Photon transfer : DN --> [lambda]

James R. Janesick, J. Janesick, 2007 .

CCD Advances For X-Ray Scientific Measurements In 1985

Dave Campbell, James R. Janesick, Tom Elliott, 1986, Other Conferences.