1) Vertically focused monochromator
垂直聚焦单色器
1.
The vertically focused monochromator of the neutron powder diffractometer was simulated using Monte-Carlo method.
利用蒙特卡罗方法对引进的1台粉未衍射仪上的垂直聚焦单色器进行模拟检验,以得到起实际作用的单色器尺寸、聚焦曲率半径和倾角等参数。
2.
Vertically focused monochromator technique is an effective tool of increasing neutron intensity at sample position.
垂直聚焦单色器技术是提高样品位置中子强度的有效手段。
2) focusing monochromator
聚焦单色器
1.
In order to improve the incident neutron fluence rate at the sample position to allow both high-resolution and small sampling volume measurements,simulation and optimization on the vertical focusing monochromator,a key component of the neutron diffractometer for strain measurement to be built at China Advanced Research Reactor(CARR) was carried out using the MCSTAS code.
为提高样品处入射中子束强度,满足高分辨和小体积标样测量的需要,应用MCSTAS软件对中国先进研究堆上应力测量中子衍射谱仪的核心部件垂直聚焦单色器进行模拟和优化设计,得到了单色器在不同起飞角下的最佳聚焦条件,即所需的曲率半径和相邻单晶条之间的最佳倾角。
3) vertical focusing
垂直聚焦
1.
An optimization simulation was performed for the vertical focusing monochromator Ge(511) of neutron diffraction residual stress instrument,and several optimized parameters,such as the height of the monochromator and the angle between two adjacent crystals were obtained.
为提高应力谱仪样品处的中子注量率,对垂直聚焦单色器进行了优化设计。
4) point focusing monochromator
点聚焦单色器
5) vertical slab isoelectric focusing
垂直板等电聚焦
1.
Determination of each isomer in Recombinant Human Erythropoietin by vertical slab isoelectric focusing
垂直板等电聚焦法测定基因重组人红细胞生成素(rhEPO)各异构体组分含量
6) sagittal-focusing monochromator
弧矢聚焦晶体单色器
补充资料:垂直对称式光栅单色仪装置
分子式:
CAS号:
性质:又称垂直对称式光栅单色仪装置(vertical symmetrical grating monochromator mounting)。一种平面光栅装置法见图。入射狭缝、凹面反射镜、光栅和出射狭缝上下对称地排布于仪器的垂直截面内。它利用一块球面反射镜代替准直镜和暗箱物镜。光束从入射狭缝(S1)投射到球面反射镜(M)的下方,准直后以平行光束射向光栅(G),经色散再投射到球面反射镜的上方,聚焦于出射狭缝(S2)。它体积小、结构简单,像散小、色散小及分辨率好。只要转动光栅就可得到不同的波段。
CAS号:
性质:又称垂直对称式光栅单色仪装置(vertical symmetrical grating monochromator mounting)。一种平面光栅装置法见图。入射狭缝、凹面反射镜、光栅和出射狭缝上下对称地排布于仪器的垂直截面内。它利用一块球面反射镜代替准直镜和暗箱物镜。光束从入射狭缝(S1)投射到球面反射镜(M)的下方,准直后以平行光束射向光栅(G),经色散再投射到球面反射镜的上方,聚焦于出射狭缝(S2)。它体积小、结构简单,像散小、色散小及分辨率好。只要转动光栅就可得到不同的波段。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条