入射线的英文

音标：[ rùshèxiàn ] 发音:

"入射线"怎么读用"入射线"造句

英文翻译手机版

incident beam
incident rays
line of incidence
ncdient ray
of incidence line

"入射x射线束" 英文翻译 : incident x ray beam; incident x-ray beam
"入射线发散度" 英文翻译 : divergence of incident radiation
"x射线入射斜角" 英文翻译 : obliquity of incidence of x rays; obliquity of incidence of x-rays
"入射" 英文翻译 : incidence; incoming◇入射功率 incident power; 入射角 incidence angle; angle of incidence; incident angle; 入射 (平)面 plane of incidence; 入射强度 [物理学] incident intensity; 入射余角 grazing angle; 入射中子 incoming neutron
"掠入射，切入射" 英文翻译 : grazing incidence
"光入射" 英文翻译 : incidence of light
"掠入射" 英文翻译 : glancing incidence; grazing incidence; grazingincidence
"入射边" 英文翻译 : incident edge
"入射波" 英文翻译 : incident wave; incoming wave; forward-traveling wave◇入射波功率 incident power; 入射波前 incident wavefront
"入射场" 英文翻译 : in field; incident field
"入射窗" 英文翻译 : entrance window
"入射道" 英文翻译 : entrance channel
"入射的" 英文翻译 : incident; ingoing
"入射点" 英文翻译 : point of incidence
"入射光" 英文翻译 : admit light; impinging light; incident illumination; incident light; incident ray; incidentlight; ray, incident
"入射弧" 英文翻译 : incident into arc; incident-in arc
"入射角" 英文翻译 : aa arrival angl; an angle of incidence; angle of arrival; angle of dip; angle of entrance; angle of entry; angle of impingement; angle of incidance; angle, incident; angleofincidence; arrival angle; illumination angle; incidence angle; incidenceangle; incident angle; input angle; oblique angle; reentering angle; reentrance angle; reference angle; striking angle; switch angle
"入射口" 英文翻译 : entrance port
"入射流" 英文翻译 : incidentflow; injected flow
"入射率" 英文翻译 : rate of incidence
"入射面" 英文翻译 : incidence plane; incident face; incident plane; plane of incidence
"入射能" 英文翻译 : incident energy
"入射束" 英文翻译 : incidence beam; incident beam; incoming beam
"入射像" 英文翻译 : incident image
"入射狭缝宽度" 英文翻译 : entrance slit width
"入射狭缝高度" 英文翻译 : entrance slit height

例句与用法

The optical activity resulting from the anisotropic attenuation of different linearly polarized light is considered , and the attenuation of linearly polarized light lies in the light reflection on the interface and the absorption in the er fluids
考虑了电场作用下各向异性电流变液对入射线偏振光矢量不同振动方向的衰减不同而引起的旋光效应(电致旋光效应) 。
The optical rotation in er fluids is studied thoericaly . considering the different attenuation in different direction and the theory of light transmission , i derive the expression of rotation angle as function of the angle 6 ( between the electric vector of linearly polarized light and electric field ) and other parameters on the condition of several appropriates and assumptions
考虑电场作用下电流变液中不同振动方向的线偏振光衰减不同，根据光波在介质中的传播理论，推导出光通过电流变液的旋光角与(入射线偏振光振动方向与外加电场方向的夹角)及其它参数的关系表达式。
According to the theory of light transmission , we derived the expression of rotation angle as a function of the dielectric constant conductivity of er fluid , and ( the angle between the electric vector of linearly polarized light and electric field ) from maxwell ' s equations and fresnel reflection , on the condition of several appropriate approximations and assumptions
进而导出了非均相结构电流变液在外电场与光场交互作用下旋光角与(入射线偏振光振动方向与外加电场方向间夹角)及参数(为外加电场e 、分散颗粒介电常数、体积分数、绝缘油介电常数、位置矢量( ? )等量的函数)的西北工业大学应用物理系硕士学位论文摘要理论表达式。
Finally , the reconstructed surfaces were used in computer aided visualization of electrical design of airborne radome . on contrary to the traditional way of computing the angles of incidence by solving the problem that where the ray of electromagnetic waves intersected with the surface of radome , our method can express the distribution of the value of the angle of incidence on airborne radome succinctly and efficiently
最后将重塑曲面应用在某型飞机雷达罩电性能参数的计算机辅助可视化设计中,改进了原有方法通过雷达电磁波入射线同雷达罩表面曲面求交解方程获得入射角的繁琐设计方式,快速直观有效地表达了入射角参数在雷达罩表面的分布情况。
That is : the optical fibers which are to be tested will wind the same circle according to different radius or will wind the different optical fiber ' s circles according to the same radius , making the direction of incident ray side vibration as parameter , we have done the specific experiments and theory analysis to winding waste of quartz system , both refrac tion optical fibers and elastic - optic effect of optical fiber
即把待测光纤以不同的半径缠绕成相同的光纤圈和以相同的半径下缠绕成不同的光纤圈，以入射线偏振光方向为参数，对单模石英系双折射光纤的弯曲损耗与光纤的弹光效应进行了的具体的实验和理论分析。