According to the hydraulic transmission principle, a device for fabricating large cone angle near-field optical fiber probe by means of dynamic chemical etching is developed.

Fabrication of a new optical fiber probe for surface-enhanced raman scattering spectrum;

Study on the transmission efficiency of optic fiber probe;

Studies of the optical fiber probe with surface-enhanced Raman scattering spectrum;

Fabrication of two-function bent optical fiber probe;

Review on chemical etching techniques for preparation of near field nanometric optical fiber probes;

Applications of focused ion beam in optical fiber probe fabrication

Influence of the optic fiber dispersion and loss on the fiber-optic pin signal transmission;

Two types of fiber-optic pin have been developed for measuring shock wave physics characters in strong electromagnetic environment and low shock pressure experiments.