1) topological phase interference effects
拓扑相位干涉效应
1.
In this work, a detailed investigation has been made on the phenomena of macroscopic quantum coherence (MQC) and tunneling (MQT) in single-domain magnetic nanoparticles and the associated topological phase interference effects, which may be helpful to further experimental studies on the magnetic quantum tunneling.
本论文对单畴铁磁和反铁磁颗粒中的宏观量子相干和隧穿现象，以及 宏观量子共振相干现象中的拓扑相位干涉效应进行了系统的理论研究，希 望有助于今后的实验观测和与理论结果的比较。
2) topology effect
拓扑效应
1.
The mechanical behavior characteristics,stabilization state of surrounding rock,deformation mechanism of anchorage,topology effect of tunnel anchorage system of suspension bridge were studied based on numerical simulation method.
采用数值模拟方法研究了悬索桥隧道式锚碇系统的力学行为特征、围岩稳定状态、锚碇变位机理和拓扑效应。
3) Interference phase-shift effect
干涉相移效应
4) Interferometric phase
干涉相位
1.
This paper is focused on the analysis of the relation between the landform and its interferometric phase according to the InSAR principle The flat,upgrade and downgrade are analysed in detail These are proved and explained by the real data example
本文从合成孔径雷达干涉测量的原理出发 ,具体分析干涉相位与地形变化的相互关系 ,并着重分析了平地、上下坡等情况 ,而且用实际例子加以论证、说
2.
We propose a method to estimate the InSAR(Interferometric Synthetic Aperture Radar) interferometric phase based on the model of joint single pixel.
提出了一种基于联合单像素模型的InSAR(Interferometric Synthetic Aperture Radar)干涉相位估计方法。
3.
The method joints the range history with the interferometric phase.
针对在多通道合成孔径雷达地面运动目标检测系统中采用常规测速方法估计运动目标径向速度时产生模糊的问题,提出了一种联合斜距历程和干涉相位的不模糊速度估计方法(JRHIP)。
5) interference
[英][,ɪntə'fɪərəns] [美]['ɪntɚ'fɪrəns]
干涉效应
1.
The interference among the same kind inclusions has been studied with the help of the digital holographic interferometry system.
利用自主开发的数字全息干涉测量系统针对同类型夹杂物间的干涉效应开展研究。
2.
For concentrated systems,there will appear interference to scattered intensities.
本文简要总结了目前文献中有关干涉效应的判断与处理方法。
6) interference effect
干涉效应
1.
Influence of interference effect between particles upon particle size distribution measurement;
干涉效应对粒度测量的影响
2.
The interference effect study of the small amplitude of the liquid surface wave at low frequency range
小振幅低频液体表面波的光学干涉效应的研究
3.
In view of instability of room and pillar occurred in deep mining of Jinling iron mine by open stope method, such technical measures as applying optimal design, the wave interference effect and decoupling charging were proposed for protecting pillar The practice shows that these measures are practical and effectiv
针对山东金岭铁矿空场采矿法矿房矿柱在深部开采时出现的不稳固情况 ,提出应用优化设计、波的干涉效应、不耦合装药技术等措施保护矿柱。
补充资料：宏观量子干涉效应
宏观量子干涉效应
macroscopic quantum interference effect
hongguanl旧ngz一ganshex旧oylng宏观l子干涉效应(maeroseopic quantuminterferenee effeet)亦称超导量子干涉效应，描述在含有约瑟夫逊结的超导体闭合环(称量子干涉器)中约瑟夫逊效应与通过超导闭合环中磁通的关系的现象。 超导量子干涉器(supereondueting Quantum In-terferenee Deviee)简称SQulD，有D.e.sQulD和R.F.SQUID两种。 D.C.SQUID是由两块超导体通过两个约瑟夫逊结Jl和J:相连接构成环路(见图)。如果结Jl和J:特性相同，超导体环路对称，在外磁场作用下，选取超导环路的电感值L使自感磁通Ll，、。。I，为超导环路中超导电流。那么，D.C.SQUID中最大超导电流I。与外磁通叭之间满足如下关系， ‘。一2‘·工{一弩!式中Icl为一个结的临界电流;中。为磁通量子一2.07x1『SWb;魏为外磁通。这种I。随巾。周期变化的关系是因为外磁通矶的存在，造成约瑟夫逊结J;和J。之间超导电流Iclsin叭和IcZsin分相干涉，形成类似于两个点光源在远处光屏上任一点产生光波干涉现象，故称为超导量子干涉效应。一掌卿 两木约瑟夫逊结构成的环形图 R.F.SQUID是超导体和一个约瑟夫逊结构成的超导闭合环路。这种结构需要采用射频谐振电路，在外磁通魏存在时，亦会呈现超导量子干涉现象，谐振电路中的电压振幅与外磁通呈现上述周期变化的关系。因偏置电流为射频电流，故称R.F.SQUID。 利用超导量子干涉现象制成的SQUID，在实际应用中具有很高的灵敏度，可用于军事、医学、地学、地球物理、空间物理等各个领域。 (金新)
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