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BEIJING OPTICS
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Optomechanic
Optocal Coating
Optical Tolerances
Optical Test
Optical Matetial
Optical Manufacturing
Optical Devices
Optical Analysis
Design, Fabrication, and Testing of Aspheric surfaces
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Hypersonic Flight Effects on Optical Sensors
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Tutorial on ISO 10110 Optical Drawing Standard
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Materials for UV Optics: Selection and Applications.
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Difficulties associated with UV and IR optics
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Enhancing window durability in various conditions.
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Beryllium: Versatile metal with unique properties.
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Black coatings enhance optical performance.
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Zerodur: A Low Thermal Expansion Material
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Choices of adhesives—general introduction to structure adhesives
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Choosing vibration isolators for optimal performance.
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Optical glass: Testing and design considerations.
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An Introduction to Optical Window Design
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High-speed mirror for high data transfer.
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Designing high power single frequency fiber lasers
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Masses’ amplifiers: EDFA, EDWA, SOA for Metro/Access.
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An Introduction to the Optics Manufacturing Process
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Specifying Scratch/Dig of an Optical Surface MIL-0-13830
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First Order Optics
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Electro-Optical Environmental Considerations
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Methods for measuring a lens focal length
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Telecentric Lens Tutorial: Precise Imaging.
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Enhancing aluminum with coatings and treatments.
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Selection of Optical Adhesives Andrew Clements
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Analyzing optical systems with MTF testing.
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Silicon Carbide mirrors: Lightweight with exceptional properties.
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Birefringence Precision Measurement and Reduction Tutorial
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CodeV: Precise tolerance for optimal results.
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Practical guide to using composites in optics.
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Guide to mounting optical lenses efficiently.
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Thermal modeling in Zemax: A concise guide.
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Tutorial on improving optical system performance.
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Measuring focal length of optical element.
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Opti 521/421 Tutorial for Plastic Optical Materials
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SolidWorks: Designing a Security Camera.
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Tutorial on improving optical system performance.
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Passive Athermalization of an Infrared Optical System
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Optical windows: key components for optics.
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An introduction to off-axis parabolic mirrors
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Single Mode Fiber Coupling: Sensitivities and Tolerancing
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Mounting optics securely in protective cells.
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Optomechanical Properties of Infrared Materials
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Choosing image quality metrics for better results.
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Methods for measuring a lens focal length
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Front and side view videoscope lens design.
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Invar: Properties and applications overview.
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Precision control of optical systems. (Part2)
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Assessing image sharpness with MTF.
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Precision control of optical systems. (Part1)
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Selecting materials for long wave IR applications.
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Stray light control, scatter reduction, black coatings.
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A tutorial for designing fundamental imaging systems
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Advanced cameras capturing depth and focus.
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Focused light propagation in Gaussian beams.
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Precision in optical measurements. (Part5)
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Precision in optical measurements. (Part4)
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Precision in optical measurements. (Part3)
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Precision in optical measurements. (Part2)
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