1)Single-conjugate单层共轭
1.The selections of conjugation height for lidar systems were discussed,and the isoplanatic angles of single-conjugate,dual-conjugate and classical AO(adaptive optics) systems were compared by numerical simulations.模拟结果表明:在上、下行光路中,双层共轭系统的等晕角增益分别为3 000和1 000μrad,而单层共轭系统等晕角增益在远距离情况下几乎为0。
2.single-conjugate AO system is suitable for short-distance propagation applications, but for the far-distance remote sensing, MCAO system performs better than the former.对于传输距离不太远时,采用单层共轭校正系统;而对于远距离的遥感系统,则采用MCAO校正系统更为有效。
2)conjugative monomer共轭单体
3)Conjugate unit共轭单元
4)multi-conjugation分层共轭
5)Dual-conjugate双层共轭
1.To improve the detective ability of air-borne and ground laser lidar systems,the expressions of isoplanatic angles of single-and dual-conjugate systems were deduced.为提高机载和地面激光雷达的探测能力,导出了单、双层共轭系统等晕角计算公式。
2.The isoplanatic angle’s expression of single and dual-conjugate is deduced on the base of the relative reference, and the selections of conjugation height are thoughtfully discussed.结合平程与垂程两种应用,对单、双层共轭系统等晕角进行了模拟比较,结果显示MCAO在等晕角增益方面具有显著的效果。
英文短句/例句
1.Isoplanatic Angles of Single-and Dual-conjugate Adaptive Optics Systems in Lidar激光雷达应用中单、双层共轭系统等晕角
2.Isoplanatic Angle Gain for Single and Dual-Conjugate AO Systems in Atmospheric Turbulence湍流中单、双层共轭AO系统的等晕角增益
3.Resonance and Tunneling of the Pairing Conjugate Structure Permittivity and Negative Permeability Materials;负介电常数材料与负磁导率材料双层共轭结构的共振隧穿
4.Two-Weight Integral Inequalities for Conjugate A-Harmonic Tensors;共轭A-调和张量的双权积分不等式
5.Studies on the Reaction of the Rearrangement of Non-Conjugation Alkene by Microwave;微波辐射下非共轭双键重排反应研究
6.Study of Double Concave and Concave-convex Mirror Destabilized Concavity对双凹或凹、凸非稳腔共轭像点的探讨
7.Theoretical Study on Two-photon Absorption Properties of Double-conjugated-segment Organic Molecular;双共轭链有机分子双光子吸收的理论研究
8.conjugated molecule and unconjugated molecule共轭分子和非共轭分子
9.Synthesis and Properties of Ruthenium Complexes with Conjugated Organic Bridge;共轭桥联双钌配合物的合成及性质研究
10.The Influence of Double-porphyrin Hyperconjugation on Luminescent Spectrum双卟啉的超共轭效应对其光谱行为的影响
11.Study on the structure and tensile property of the conjugate two-plied yarn共轭双股线结构及其拉伸性能的研究(英文)
12.A Novel Three Conjugate Gradient Image Reconstruction Algorithm for Electrical Capacitance Tomography System三项共轭梯度的电容层析成像图像重建算法
13.the top deck of a double-decker bus双层公共汽车的顶层.
14.double - deck aerobus双层公共客机, 双层空中公共汽车
15.Studies of the Conjugate Cams--The Several Mathematical Methods for the Equation of the Contour of the Conjugate Cams as well as the Calculation of the Pressure Angle共轭凸轮研究——求共轭双凸轮廓线方程的几种数学方法以及压力角的计算
16.The Synthesis and Properties Research of Anthracene-Based Molecular and Polymer with TPA;具有双光子吸收特性的蒽基共轭小分子和非共轭高分子的合成及性能研究
17.isovalent hyperconjugation【物化】等价超共轭
18.A bar used with a double harness to connect the collar of each horse to the pole of a wagon or coach.轭状物用双马具把每个马轭连到四轮运货马车或公共马车的辕杆上的木条
相关短句/例句
conjugative monomer共轭单体
3)Conjugate unit共轭单元
4)multi-conjugation分层共轭
5)Dual-conjugate双层共轭
1.To improve the detective ability of air-borne and ground laser lidar systems,the expressions of isoplanatic angles of single-and dual-conjugate systems were deduced.为提高机载和地面激光雷达的探测能力,导出了单、双层共轭系统等晕角计算公式。
2.The isoplanatic angle’s expression of single and dual-conjugate is deduced on the base of the relative reference, and the selections of conjugation height are thoughtfully discussed.结合平程与垂程两种应用,对单、双层共轭系统等晕角进行了模拟比较,结果显示MCAO在等晕角增益方面具有显著的效果。
6)multi-conjugate adaptive optics多层共轭
1.The basic theory of multi-conjugate adaptive optics (MCAO) and its ability of enhancement of the isoplanatic angle of the adaptive optics (AO) system are introduced.介绍了多层共轭自适应光学(MCAO)系统的基本原理及其对提高自适应光学系统的等晕角的作用。
延伸阅读
共轭分子和非共轭分子 一类含碳-碳双键的烯烃分子,如果它们的双键和单键是相互交替排列的,称共轭分子;如果双键被两个以上单键所隔开,则称非共轭分子;如果共轭烯烃分子的碳链首尾相连接,则生成环状共轭多烯烃。例如,下列分子为共轭分子: 非共轭分子中的每个双键各自独立地表现它们的化学性能,一般可以用双键的性质来推断它们的性能;共轭分子中含有一个共轭体系,它们的物理和化学性质与非共轭烯烃不同,不能简单地把共轭双键看作是两个各行其是的双键的加和,而是形成一个新体系,表现出它特有的性能。最简单的共轭分子为1,3-丁二烯。 物理性质 ①吸收光谱:非共轭分子的最大吸收波长一般在200纳米以下;共轭分子的吸收则向长波方向移动,如1,3-丁二烯的最大吸收波长为217纳米。随着共轭双键数目的增加,吸收波长向长波方向移动,其吸收强度和谱线也随之增加。 ② 折射率:所有共轭双烯的分子折射的增量都比隔离的双烯高。共轭分子中的电子体系很容易极化。 ③ 键长:1,3-丁二烯中 C2-C3之间的单键长是1.483埃,C1匉C2、C3匉C4之间的双键长是1.337埃。乙烯中双键的键长是1.34埃,乙烷中单键的键长是1.53埃。因此,1,3-丁二烯中C2-C3之间的单键具有某些"双"键的性质。 ④ 氢化热:一个碳-碳双键氢化时,一般放出30.3千卡/摩尔热量。但1,3-丁二烯氢化时,两个双键放出的热量只有57.1千卡/摩尔。这说明它比非共轭的分子含有较低能量,即共轭分子要比非共轭分子稳定。 化学性质 非共轭双烯,如1,4-戊二烯与一些亲电加成试剂如溴、氯化氢等加成时,先与一个双键起加成反应,再与另一个双键起加成反应。在同样条件下,用1,3-丁二烯与溴化氢、氯化氢加成时,有两种加成方式:一种是加在相邻两个碳原子上,称1,2加成反应;另一种是加在共轭分子两端的碳原子上,称1,4加成反应。1,4加成是共轭体系作为整体参加反应,又称共轭加成。这些加成反应是共轭分子本身的结构本质所决定的。