1) differential interference phase angle
微分干涉相位角
2) Interference phase angle
干涉相位角
1.
The interference phase angles were measured to be 101±3° and 110±5° for CO rotation quantum number J=12 and J=13,respectively,where the interference angle represents some"average"effect for collisions with different impact parameter b and collision velocity v.
CO(A_1Π,v=0-e~3Σ-,v=1)-HCl体系中的碰撞诱导量子干涉效应已经在静态池中被观测到,且测量到的干涉相位角分别是101°(J=12)和110°(J=13),此结果实际上是对各种可能碰撞参数和碰撞能量的加权平均。
3) the differential interference angle
微分干涉角
1.
Further theoretical study of the differential interference angle of collisional quantum interference on rotational energy transfer;
深入理论研究碰撞转动传能量子干涉效应的微分干涉角(英文)
2.
As a theoretical study of the relationship between the differential interference angle and velocity of collision quantum interference effect from the Λ split of ∏ state diatom,based on the first born approximation and considering anisotropic Lennard-Jones interaction and "straight-line" trajectory approximation,a formula of the differential interference angle is scribed.
为了研究CO(A′∏,v=3)和He碰撞体系由于∏态Λ分裂引起的量子干涉现象的微分干涉角和相对速度的关系,考虑一级波恩近似,各向异性相作用势和直线轨迹近似,对微分干涉角进行了推导,利用得出的公式,研究了微分干涉角和相对速度的关系。
3.
As a theoretical study of the relationship between the differential interference angle and influencing factor of collision quantum interference effect from the Λ split of ∏ state diatom,based on the first Born approximation and considering anisotropic Lennard-Jones interaction and "straight-line" trajectory approximation,a formula of the differential interference angle is scribed.
为了理论研究CO(A1∏,ν=3)和Ne碰撞体系由于∏态Λ分裂引起的量子干涉现象的微分干涉角的影响因素,考虑一级波恩近似,各向异性相互作用势和直线轨迹近似,对微分干涉角进行了推导,利用得出的公式,研究了微分干涉角的影响因素。
4) differential interference contrast(DIC)
微分干涉相衬(DIC)
5) differential interference contrast
微分干涉相衬
1.
Design of birefringent prisms in differential interference contrast microscopy;
微分干涉相衬显微镜中偏光棱镜设计
2.
Differential interference contrast (DIC) is a kind of technology of two beams of polarized light interference.
微分干涉相衬显微技术是偏振光干涉技术。
6) differential-contrast-interference
微分相衬干涉
补充资料：相位角
分子式：
CAS号：
性质：又称相位角。表征能量损耗的一种参数。在按正弦波形式变化着的应力、应变或介电极化响应中，这些响应滞后一个相位角δ。相位角以弧度表示，它表示每个周波能量的损耗。事实上，常用损耗角的正切tanδ来表示这个能量损耗量。
CAS号：
性质：又称相位角。表征能量损耗的一种参数。在按正弦波形式变化着的应力、应变或介电极化响应中，这些响应滞后一个相位角δ。相位角以弧度表示，它表示每个周波能量的损耗。事实上，常用损耗角的正切tanδ来表示这个能量损耗量。
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