The results show that the frequent energy commute induced by random birefringence in non-polarization holding fibers defers the walk-off of the pulses in two polarization directions and makes for the formation of the bound state.

Holey fibers and the research of their birefringence;

Measurement of Birefringence in Polarization-Maintaining Optical Fibers by Using Heterodyne Polarimetric Interference;

Thermally-induced birefringence of polarization optical fiber on gyro;

Measurement of birefringence of a single axis crystal varying with temperature based on double light paths;

Study of quartz crystal′s birefringence dispersion character from ultraviolet band to near infrared band;

The specific rotation-temperature characteristic of this kind cholesteric liquid crystal is measured by means of magneto-optic modulate frequency multiplication,and the variations of screwpitch,refractive index and birefringence with temperature of this kind cholesteric li.

The investigation of all optical switching based on pulse trapping in birefringent photonic crystal fibers;

Transmission characters of birefringent thin films with columnar microstructures;

Design and characteristics of a near-elliptic inner cladding High birefringent polarization-stable photonic crystal fiber;