1) doughnut laser trap
空心光阱
1.
The experimental method used to form doughnut laser trap through axicons and by extracting high order diffractive light component is introduced.
介绍了用锥镜法和取高级衍射光斑法来实现空心光阱的实验方法。
2) ultra-high-vacuum magneto-optical trap
超高真空磁光阱
3) optical trap
光阱
1.
Mechanical effects of light and measurement of optical trapping force;
光的力学效应及光阱力的测量
2.
During setting up this system, transverse position mainpulating system of an optical trap was studied especially.
在光镊的研制过程中 ,我们重点对光阱的横向位置操纵系统进行了研究。
3.
Optical tweezers,also known as single beam gradient force optical trap,rely upon the extremely high gradient in the electric field produced near the beam waist of a highly focused laser beam,which creates Pico-Newton force sufficient enough to trap small particles in three dimensions.
光镊即单光束梯度力光阱是通过在高度会聚的激光束束腰附近所产生的极高的场强梯度来形成皮牛顿量级的力,可以三维地捕获和操纵微小粒子。
4) light trap
光阱
1.
In the article the effect of the light trap absorbance on the haze measurement have been analysed.
分析了光阱吸收比对雾度测量的影响 ,推导出光阱吸收比给测量带来的系统误差的计算公
5) hollow center optical fiber
空心光纤
1.
In this paper, A new system of self diagnose and self repair in smart structures is put forward, include the manufacture of hollow center optical fiber and its performance, inspection of damage and crack in composite material, and using hollow center optical fiber filled adhesive to repair automatically.
本文的系统中 ,包括研制空心光纤及其性能、复合材料损伤、断裂的监测以及利用注胶方法来进行复合材料的自修复等。
2.
There are three main factors: 1) the influence of composite materials; 2) the influence of hollow center optical fiber; 3) the mechanical performance matching each other.
空心光纤网络可用来进行复合材料力学性能的监测 ,同时又可对材料的损伤进行自修复。
6) hollow-center optical fiber
空心光纤
1.
Research on self-diagnose and self-repair in Smart Structures by hollow-center optical fiber;
空心光纤用于智能结构自诊断、自修复的研究
2.
This paper discusses the essence performance of hollow-center optical fiber and its application in self-repair systems.
空心光纤用于智能结构自诊断、自修复是智能材料损伤监测的一个新方向。
3.
The Novel Sense Instrument of Hollow-Center Optical Fiber for Self-Diagnose and Self-Repair in Smart Structures;
介绍了空心光纤的传感性能及其在力学量测试中的应用 ,并对传感机理进行了简要地分析 ,主要侧重于空心光纤传感测试仪的研制 ,并通过实验验证了传感器测试仪用于智能结构损伤位置自诊断以及损伤处自修复的可行性。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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