Optical-system-and-lens-design-for-Blu-ray-disc-optical-pick-up

Monitoring-life-of-diamond-tool-in-ultra-precision-machining

Use-of-nano-droplet-enriched-cutting-fluid-(NDCF)-in-ultra-precision-machining

Novel-corrective-machining-method-to-fine-tune-groove-widths

A-novel-evaluation-and-compensation-method-for-ultra-precision-machining-of-hybrid-lens

Investigation-on-the-formation-of-surface-defects-of-OFHC-copper-in-diamond-micro-grooving-process

Quality-dependence-study-on-dimensions-for-plano-concave-molded-glass-lenses

Al6061-surface-roughness-and-optical-reflectance-when-ma-chined-by-single-point-diamond-turning-at-a-low-feed-rate

Fabrication-of-Microlens-Array-and-Its-Application-A-Review

Highly-uniform-manufacturing-method-for-large-area-microlens-arrays

Investigation-of-the-heating-behavior-of-carbide-bonded-graphene-coated-silicon-wafer-used-for-hot-embossing

Investigation-on-the-effects-of-laser-heating-on-surface-quality-of-OFHC-copper-india-mond-cutting-process☆

Structure-of-graphene-and-its-disorders-a-review

Effect-of-molding-machine’s-stiffness-on-the-thickness-of-molded-glass-rings

Machining-of-Lenticular-Lens-Silicon-Molds-with-a-Combination-of-Laser-Ablation-and-Diamond-Cutting

Modeling-and-experimental-performance-analysis-of-a-novel-heating-system-and-its-application-to-glass-hot-embossing-tech-nology

Evaluation-of-a-Novel-Nanodroplet-Cutting-Fluid-for-Diamond-Turning-of-Optical-Polymers

Temperature-and-rate-dependent-debonding-behaviors-of-precision-glass-molding-interface

Carbide-bonded-graphene-based-Joule-heating-for-embossing-fine

Fast-and-Accurate-Light-Field-View-Synthesis-by-Optimizing-Input-View-Selection

Modeling-and-Simulation-of-the-Surface-Generation-Mechanism-of-a-Novel-Low-Pressure-Lapping-Technology

Evaluation-of-Warpage-and-Residual-Stress-of-Precision-Glass-Micro-Optics-Heated-by-Carbide-Bonded-Graphene-Coating-in-Hot-Embossing-Process

Robust-depth-estimation-on-real-world-light-field-images-using-Gaussian-belief-propagation

Characterization-and-growth-mechanisms-of-adhesion-induced-microcavities-during-debonding-of-softened-glass