Optical radiation measurements find application by nearly everyone working in optics.

zlibzh/no-category/Aaron A. Sanders, chairman/editor/PROCEEDINGS OF SPIE-THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING VOLUME 499 OPTICAL RADIATION MEASUREMENTS_116798208.pdf

Optical Radiation Measurements: August 21-22, 1984, San Diego, California (proceedings Of Spie--the International Society For Optical Engineering)

Proceedings of SPIE- The International Society for Optical Engineering Volume 499·Optical Radiation Measurements

Optical radiation measurements : conference, San Diego, Aug. 1984, proceedings

August 21-22, 1984, San Diego, California. 1984

A.A Sanders; SPIE - The International Society for Optical Engineering; University of Arizona Optical Sciences Center; University of Rochester Institute of Optics

Aaron A Sanders; University of Arizona Optical Sciences Center; University of Rochester Institute of Optics; Society of Photo-Optical Instrumentation Engineers

The Society of Photo-Optical Instrumentation Engineers·Washington

Proceedings of SPIE--the International Society for Optical Engineering ;, v. 499, Bellingham, Wash, Washington State, 1985

Proceedings of SPIE - The International Society for Optical Engineering, Bellingham, 1985

United States, United States of America

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filepath:/读秀/读秀4.0/读秀/4.0/数据库41-3/PROCEEDINGS OF SPIE-THE INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING VOLUME 499 OPTICAL RADIATION MEASUREMENTS_40505605.zip

Includes bibliographical references 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 Radiometry
1.1. (p2) Design and fabrication of a self-calibrating germanium photodiode
1.2. (p7) Near-infrared limitations to silicon photodetector self-calibration
1.3. (p15) Intercomparison between independent irradiance scales based on silicon photodiode physics, gold point blackbody radiation,and synchrotron radiation
1.4. (p24) The use of field radiometers in reflectance factor and atmospheric measurements
1.5. (p34) Detectors for picosecond optical power measurements
1.6. (p39) Radiometric characterization methods for infrared countermeasures systems
2. (p47) Session 2 Laser Beam Measurements
2.1. (p48) Beam profiling in gigawatt 1064-nm lasers used in research on optical materials at Livermore
2.2. (p56) Beam profile measurements for target designators
2.3. (p65) Beam and spot profile measurement methods for optical storage systems
2.4. (p75) Using optical processing to find the beam profile of a laser pulse (theory)
2.5. (p89) Method for monitoring the change in relative transmittance of small-spot laser-damaged optics at 10.6μm
2.6. (p95) Pyroelectric matrix arrays for laser beam imaging
3. (p99) Session 3 Applications of Radiation Measurements
3.1. (p100) An enclosed laser calibration standard
3.2. (p108) Infrared calibration:very low signals may have very large errors
3.3. (p112) Spectrophotometric measurement of thin film thickness in the 90 to 10,000 nanometer region
3.4. (p121) A calorimeter for measuring 1-15 kJ laser pulses
4. (p125) Session 4 Standards Requirements
4.1. (p126) Results of optical radiation measurements requirements session

2024-06-13