光阱的英文

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"光阱"怎么读用"光阱"造句

英文翻译手机版

light trap

"光"英文翻译 light; ray
"阱"英文翻译 trap; pitfall; pit
"光阱，陷光器" 英文翻译 : light trap
"光剌激，光激发" 英文翻译 : light stimulus
"光壑" 英文翻译 : optical sink
"光剌激" 英文翻译 : optical stiulation; photic stimulation; photostimulaton
"光萼斑叶兰" 英文翻译 : goodyera henryi
"光鼐" 英文翻译 : jiang guangnai
"光萼青兰" 英文翻译 : darguneuse
"光睾属" 英文翻译 : liorchis
"光萼苔科" 英文翻译 : porellaceae
"光胤" 英文翻译 : mitsutane

例句与用法

Analysis on the axial trapping force of the laser micro - beam
激光微束轴向光阱力分析
Laser cooling ; optical molasses ; super cold atoms ; mot
激光冷却光学粘团超冷原子磁光阱
Analysis for optical trapping force in single beam optical tweezers
单光束光镊光阱力分析
They are snaring individual ions in tar pits of light and magnetism and manipulating the spin of electrons in their orbits
再不然，这些人就以光阱及磁阱捕捉个别的离子，以便操纵其轨道上电子的自旋。
Brzozowski t m , maczynska m , zawada m , et al . time - of - flight measurement of the temperature of cold atoms for short trap - probe beam distances [ j ] . j opt b , 2002 , 4 : 62
耿涛,闫树斌,王彦华,等.用短程飞行时间吸收谱对铯磁光阱中冷原子温度的测量[ j ] .物理学报, 2005 , 54 : 5104
The patent covers the use of a computer - designed diffraction grating , a type of hologram that takes a single beam and breaks it up into an array of beams , each one of which forms an optical trap for particles of micron or nanometer dimensions
此专利涵盖了电脑设计的绕射光栅，以及可将单一光束分散成阵列光束的雷射全像术，其中每道光束都会形成光阱，可捕捉微米或奈米大小的粒子。
On the other hand , various techniques using the dhbs have been applied in optical traps for microscopic particles , guiding , cooling and trapping for neutral atoms as well as in manipulations and control of coherent matter waves ( i . e . , bose - einstein condensations ( bec ) ) and so on
同时，其他的一些研究小组开展了暗中空光束在光阱与微粒的操纵、中性原子的激光导引、冷却与囚禁以及相干物质波(如玻色-爱因斯坦凝聚， bec )的操纵与控制等领域的应用研究。
In the first part , we describe the designing and construction of vapor cell magneto - optical trap ( vcmot ) in our lab . then , show the optical dipole trap of cesium based on the work of vcmot . in the third part , some preparation works for cavity qed research are presented
本文的工作主要包括以下三方面：第一，采用汽室磁光阱实现了铯原子的激光冷却与俘获；第二，在实现磁光阱基础上，采用红移行波偶极阱实现了铯原子的光学偶极俘获；第三，开展了一系列腔qed前期实验准备工作。
Usually the magneto - optical trap is used to obtain the cold atoms from the vapor . it is reported that experiments for obtaining the ultra - cold cesium atoms by optical molasses directly from the vapor cell without mot . the lowest temperature achieved for the cesium atomic cloud was 3k . the relationship between the temperature and the detuning of cooling laser was measured
报告了采用直接从铯蒸汽气室而不用磁光阱实现了光学粘团的方法。用此办法得到了3的铯的超冷原子团。这是我国目前用激光冷却方法得到的最低温度。
The influence of illumination conditions on the detector and temperature in sample cell was investigated . and a method of calibrating laser trap stiffness using brownian motion in the condition of low sampling frequency was studied . furthermore , in order to study the mechanisms of polymerizaton and depolymerization of tubulin under different conditions such as ph , temperature , and biological factor , a flow sample cell with temperature - control system was designed and fabricated
在本课题研究中，一方面，我们建立和完善了一套国内领先的可以进行纳米量级位移及pn量级力测量的光镊系统，对光镊系统本身的一些相关技术做了进一步的研究，提出了在低频响条件下用布朗运动测量光阱刚度的方法，研究了光镊系统中照明条件对样品池中温度及四象限测量系统的影响，并设计制作了用于微管实验的流动样品池，实现了对池内温度的控制。