Optical Design and Engineering IX / Thierry Lépine, James Babington, Herbert Gross, editors.

Format:

Book

Contributor:

Lépine, Thierry, editor.

Babington, James, editor.

Gross, Herbert, editor.

Series:

Proceedings of SPIE--the International Society for Optical Engineering ; Volume 13019

Language:

English

Subjects (All):

Optical materials.

Physical Description:

1 online resource.

Place of Publication:

Bellingham, Washington : SPIE, 2024.

Contents:

Front Matter: Volume 13019

Optical Systems Design Monday Plenary Session

Future of optical system and lens design in the AI era

Optomechanical Design I

From design to manufacture: What could go wrong?

STOP analysis for a low-orbit telescope with the STAR module in Ansys Zemax OpticStudio

Stray light analysis for the SurfCam

Compact high-resolution LWIR optical system for the MORERA mission: final configuration

Modelling and Simulation I

Fermat meets PanDao: cost-efficient lens design

A new method for glass substitution in optical design based on sensitivity analysis

MAVIS: optical distortions of the NGS WFS channel and their impact on the plate scale variation during tracking

Design and virtual validation of CMOS image sensor camera

Tolerancing + Manufacture Optical tolerances analysis methodology using realistic optomechanical models

Comparison of tolerancing simulations and as-built optical performance in a precision optical system

Optical design progression of earth observing telescope

Defining and tolerancing freeform surfaces for manufacturing

Pseudo random Monte Carlo tolerancing for correlated optical systems

Stray Light

Ghost reflection simulation, analysis, and correction in a multispectral imaging system

Minimizing cost through component level stray light analysis.

Automating system-level stray light analysis with Ansys Optics

Methodology and results of straylight analysis for LSTM instrument

Modelling and Simulation II

Principal component analysis of refractive index spaces: a model-free approach to color analysis and color correction

The zone decomposition modelling approach to multi-order diffractive surfaces in lens design

Design of maskless micro-optical automotive low-beam

Simulation of the impact of propagation through optical fluids and turbulent flow on optical system performance

A new approach to chromatic variations of Seidel coefficients

Freeform Optics I

Optimization of a freeform TMA with a differential ray tracer with NURBS capabilities

Apodized transparent photon sieves with bevelled holes for presbyopia correction

Optical design of a freeform Offner spectrometer enabling a very large field of view

Cubesat multispectral space-based imaging spectrometer enhancing climate change monitoring

Fast and wide field off-axis three-mirror optical system design with curved detector for planetary exploration

Optomechanical Design and Meta-components

Optical design of a compact spectrometer for space applications: depolarizers analysis

Design and characterization of metasurfaces for LiDAR applications

Tribute to James Wyant, John Greivenkamp, and Jim Schwiegerling: In Memoriam Session

Tribute to Prof. John Greivenkamp

Tribute to Prof. James Wyant

Tribute to Prof. Jim Schwiegerling

Instrumentation

Active optics bench for the co-alignment of LSTM VIS & NIR focal planes

Recent developments and patents in infrared zoom lenses: a survey through the 2010s and beyond Optical Instrumentation I

Curved freeform sensors for high-end scientific applications

A miniaturized tuneable light source using a piezo-actuated Fabry-Pérot interferometer

Sentinel 4: a geostationary imaging UVN spectrometer for air quality monitoring: optical alignment of the Instrument Flight Model 2

Optical software-assisted design and optimization of Bessel beam systems for applications to laser materials processing

Modelling and Simulation III

Realizing 'first time right' designs of imaging systems using off-the-shelf lenses

Focused Narcissus evaluation in a MWIR zoom system

Towards integrated thermo-opto-mechanical analysis

Performing STOP analysis on high power lasers: understanding complex systems through a physics-based co-simulation workflow

Optical characterization of wood properties using the tracheid effect

MMX Infrared Spectrometer's optical architecture

Optical Instrumentation II

Journey through time: optics of yesterday and today through Charles Féry's spectrophotometer

Microscope objective lens design generation with reinforcement learning

Exploring the unique chromatic properties of multi-material gradient-index optics

Modelling and Simulation IV

The importance of pupil imaging for distortion correction in zoom lenses

Stress birefringence in optical systems: simulation and analysis

Optical system design considering drift and jitter vibration impacts on performances

Freeform Optics and Optical Instrumentation

Custom freeform optics for LiDAR applications: from design to fabrication

Optimal freeform correctability for prism spectrometer system design with mixed ray-tracing method

First order solution generation for reflective dual-conjugate zoom systems

Design of a freeform, wide field of view, high angular resolution four-mirrors system working in the visible and near-infrared spectrum

HARMONI at ELT: pre-optics optical design at FDR

Optical design of compact high resolution Raman spectrometer for interplanetary mission

Poster Session

Tolerancing and design-for-manufacture in the catadioptric telescope for remote sensing instrument

Multifocal binary Gabor zone plates

Design of a MWIR continuous zoom lens using high-definition detector and optimization for practical applications

A novel dual direction polygon scanner for surface cleaning Design, manufacturing, and testing of a compact annular telescope

Miniaturized fluorescence measurement system with novel dichroic beam splitter cubes with 3 by 3 by 3 cubic millimeters and special optical direction-selective filters

Fast camera design options for a panoramic integral field spectrograph

Digital Poster Session

Slide scanning stage: a modular, low-cost, portable, and precise solution for sample analysis in hematology

Aberration-corrected lens design in the ultraviolet-visible regime.

Notes:

Description based on publisher supplied metadata and other sources.

ISBN:

9781510673571