I express our gratitude to the committee and to the authors whose papers are contained herein.
I express our gratitude to the committee and to the authors whose papers are contained herein.

Ultraviolet Technology II: Proceedings of Spie-The International Society for Optical Engineering, Vol 932 (Proceedings of Spie--The International Society for Optical E)

Proceedings of SPIE-The International Society for Optical Engineering Volume 932·Ultraviolet Technology II

International Conference on Thermal Infrared Sensing for Diagnostics and Control (Thermosense X)

Ultraviolet Technology Ii: 4-5 April 1988, Orlando, Florida Ultraviolet Technology 2

5-8 April 1988, Orlando, Florida

Ultraviolet technology two

Robert E Huffman; Society of Photo-optical Instrumentation Engineers (U.S.); Technical Symposium on Optics, Electro-Optics, and Sensors; Ultraviolet Technology

Robert E Huffman; Society of Photo-optical Instrumentation Engineers.; New Mexico State University. Applied Optics Laboratory.; et al

Huffman, Robert E., 1931-; Society of Photo-optical Instrumentation Engineers; New Mexico State University. Applied Optics Laboratory

SPIE-International Society for Optical Engine

Bellingham, Wash., USA: SPIE

Proceedings of SPIE - the International Society for Optical Engineering, Bellingham, Washington, 1988

United States, United States of America

Volume 932, 1988

August 1988

cut off text due to tight binding

Includes bibliographies and index.

contributor: 浙江大学

format: Image/Djvu(.djvu)

unit_name: 浙江大学

Type: 英文图书

Bookmarks:
1. (p1) SESSION 1 APPLICATIONS I
1.1. (p2) The Chemical physics of ultraviolet rocket plume signatures
1.2. (p24) Determination of daytime midlatitude electron density profiles from satellite UV and in-situ data
1.3. (p30) Organizing and utilizing the imaging and spectral data from Polar BEAR
1.4. (p36) The Earth from space at 2500-3000 A;brightness and camera design
2. (p41) SESSION 2 FLIGHT INSTRUMENTS
2.1. (p42) Application of CCD detectors to UV imaging from a spinning satellite
2.2. (p50) Middle atmosphere high resolution spectrograph
2.3. (p61) Far UV wide-field imaging and photometry:Spartan-202 Mark II far-UV camera
2.4. (p87) The Spartan-281 far-UV imaging spectrograph
3. (p113) SESSION 3 DETECTORSⅠ
3.1. (p114) Very large format pulse-counting UV detectors
3.2. (p119) Development of the RAIDS extreme UV wedge and strip detector
3.3. (p124) Performance characteristics of a new helical-channel microchannel plate
3.4. (p132) Spatial frequency response of proximity focused image tubes in the near UV
3.5. (p139) Fabrication of MgF2 and LiF windows for the Hubble Space Telescope Imaging Spectrograph
4. (p147) SESSION 4 COMPONENTS
4.1. (p148) Optical filters for high resolution UV imaging systems
4.2. (p153) Stable,high quantum efficiency silicon photodiodes for vacuum-UV applications
4.3. (p161) EUV properties of two diffraction gratings
5. (p169) SESSION 5 APPLICATIONS Ⅱ
5.1. (p170) Synthetic dayglow spectra and the Rayleigh scattering background from the far UV to the visible
5.2. (p179) UV spectra in the diffuse auroral region
5.3. (p190) EUV imaging of the ionosphere from space
6. (p203) SESSION 6 SENSORS
6.1. (p204) Quantitative image analysis of UV rocket plumes and laboratory images
6.2. (p213) IMAPS:high resolution,echelle spectrograph to record far-UV spectra of stars from sounding rockets
6.3. (p230) Intensified UV imager for space applications
6.4. (p236) Position sensitivity of MAMA detectors
7. (p245) SESSION 7 TECHNIQUES
7.1. (p246) Image motion compensation using a photon-counting UV/visible detector
7.2. (p252) Interpretation of UV radiometric measurements of spectrally nonuniform sources
7.3. (p258) Spatial dependence of transmission of UV radiation through the atmosphere
7.4. (p265) UV/ozone removal of contaminants in spacecraft environments
7.5. (p271) UV imaging of hydrogen flames
8. (p279) SESSION 8 DETECTORS Ⅱ
8.1. (p280) Decoding techniques for fine-fine geometry multianode microchannel arrays
8.2. (p291) Absolute UV irradiance calibration of the solar UV spectral irradiance monitor(SUSIM)instruments
8.3. (p297) Spartan-282:high resolution airglow/aurora spectrograph(HIRAAS)
8.4. (p305) Thinned backside illuminated CCDs for UV imaging

Robert E. Huffman, Chair/editor ; Sponsored By Spie--the International Society For Optical Engineering ; Cooperating Organizations, Applied Optics Laboratory/new Mexico State University ... [et Al.]. Includes Bibliographies And Index.

vi, 313 p. : 28 cm. --
Includes bibliographies and index

2024-07-01