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Athermalization
Optically-Athermalized Construction Optical Design for the IMACS Short Camera
12 Considerations for Thermal Infrared Camera Lens Selection Overview
Athermal Design and Analysis for WDM Applications
Comparison of the Thermal Effects on LWIR Optical Designs Utilizing Different Infrared Optical Materials
Thermal Technology Glossary June 2018 Table of Contents 1
Graphically Selecting Optical Material for Color Correction and Passive Athermalization
Optical Design with Zemax for Phd - Advanced
Passive Athermalization of an Infrared Optical System OPTI 521 Tutorial Report James Champagne
Athermalization Bellows Assemblies
Optomechanical Design of Nine Cameras for the Earth Observing
Design of an Optical System for a 5Th Generation, High
Athermalization Techniques in Infrared Systems
Athermalization Techniques in Infrared Systems
Athermalization Design of Dynamic Star Simulator Optical System
A Lens Athermalized Over a Wide Range of Temperatures
Athermalization of Optical Systems in Infrared
Thermal Stability Design of Asymmetric Support Structure for an Off-Axis Space Camera
Thermal Module* Series for Lens Temperature Testing
Top View
Dual Field-Of-View Midwave Infrared Optical Design and Athermalization Analysis
Thermal Analysis for Infrared Systems Is a Complex and Important Design Process with Many Trade-Offs Being Made
Plastic Vs. Glass Optics: Factors to Consider (Part of SPIE “Precision Plastic Optics” Short Course Note)
Synopsis by James Champagne
Thermal Considerations in Modern Spectrograph Design: the Binospec Spectrograph
The Effect of Temperature and Pressure on the Refractive Index Of
Passive Athermalization: Maintaining Uniform Temperature Fluctuations
Thermal Modeling and Athermalization in Telescope Optical Design - Technical Reports - Articles - Articles - Cloudy …
An Athermalization Lens Barrel Structure for Ir Optical System