transverse force

基本解釋

The reflection spectra of the FBG subjected to the transverse force split into two main peaks, and the split point shifted linearly and periodically with the applied force.
當(dāng)光纖布拉格光柵中間一段受到橫向力時(shí)，反射譜的反射峰發(fā)生分裂，并且分裂點(diǎn)隨受力大小的變化呈線性、周期性的移動(dòng)。
The atomic movement of the cantilever beam was motivated by transverse force on one end while another end was fixed, through which its bending deformation image was obtained.
通過(guò)一端固定另一端施加橫向作用力驅(qū)使原子運(yùn)動(dòng)，得到納米單晶銅懸臂梁彎曲的變形圖。
The reflection spectrum of the FBG subjected to the transverse force to a small grating section is split, and the split point shifted linearity and periodically versus the applied force.
當(dāng)FBG只橫向局部受力時(shí)，在反射光譜上出現(xiàn)一個(gè)透射缺口，且隨壓力的變化而呈線性、周期性變化。

橫向力
Through the calculations on the Rayleigh particles in Zero-order Bessel, Gaussian and Laguerre-Gaussian beams, the conclusion can be obtained that the transverse force and the potential depth increase with the decreasing of the laser wavelength, decrease with the decline of the comparative refractive index and increase with decline of the optical waist radius.
通過(guò)對(duì)瑞利粒子在基模高斯光束、零級(jí)貝塞爾光束和拉蓋爾—高斯光束中所受橫向力和勢(shì)阱深度的數(shù)值計(jì)算,結(jié)果表明:粒子所受橫向力和光阱深度隨著激光的波長(zhǎng)的減小而增大,隨著粒子的相對(duì)折射率減小而減小,隨著入射光腰的減小而快速增大。
機(jī)械工程
剪力