The present paper presents a new method for restraining the light lasing of the travelling-wave optical amplifier by means of the combination of dip and taper angles in the structure of the device.

The application of high accuracy inclination angle sensor SCAIOOT in omni-directional inclinometer;

Effect of the π-orbital inclination angle on the hybridization orbitals in single-wall carbon nanotubes;

Effect of the π-orbital inclination angle on single-walled carbon nanotubes′ electron property

Ascertainment of the minimal obliquity in inclined shaft winding;

The structure and signal processing technology of the omnidirectional gasflow style obliquity sensor;

Digital display obliquity measuring instrument based on accelerometer;

Aalyzing of sliding vane motion influenced by dip angle in vane compressors;

Determination of persistence and comprehensive shear strength of jointed rock mass based on waveness created by dip angle variations of discontinuities;

The effects of the dip angle and friction factor of a collision-related fracture zone on the deformation caused by the collision between two continental plates.;

Inclination and Depth Monitoring System for Rotary Drilling Machines;

Influence of inclination of the concealed bracing on the aseismic property of the R.C. shear wall;

Method of Seeking the Maximum and Minimum Inclination Sum of a Straight Line to Projection Surface;