A New Processing Way for Helicoid Reflective Mirror

Shao Lei Hu; Yong Jun Xie; Xin Zhao

doi:10.4028/www.scientific.net/AMR.314-316.94

Paper Titles

Tribological Properties of FeCrNi/CBN Composite Coating with Spraying High Velocity Arc
p.74

Simulation of the Effect of Process Parameters on Particle Velocity in Cold Spray Using Laval Nozzle with Nine Holes
p.78

Synthesis and Properties of Poly-Acrylate Emulsion Modified by Organ Silicone
p.82

Application of Taquchi Method in the Optimization of PTA Hardfacing Process
p.86

A New Processing Way for Helicoid Reflective Mirror
p.94

Effect of Working Current on Microstructure and Properties of Cylinder Hardened by Plasma Beam at Junction of the Hardening Traces
p.98

A Maya Geometry Slices Generation Method for Volumetric 3D Display
p.102

Double Glow Plasma Hydrogen-Free Carburizing on the Surface of Purity Titanium
p.108

Optical Sensitivity of Electrospun Fibers Containing Quinoxalines Derived with Metal Ion Chelating Agent
p.112

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 314-316A New Processing Way for Helicoid Reflective...

A New Processing Way for Helicoid Reflective Mirror

Abstract:

A novel processing way for the continuous helicoid reflective mirrors is proposed. We use an intelligent oven to accurately control the glass temperature and successfully produce a helicoid reflective mirror in B270 glass. Then we test the shape and optical properties of the helicod reflective mirror via the three-coordinate instrument measuring and interference experiment.