1) degree of mutual coherence
互相干度
2) mutual interference
相互干扰
1.
Permanence and stability for a discrete Leslie system with mutual interference;
一类具相互干扰的离散Leslie系统的持久性和稳定性
2.
Existence of positive perioedic solution for a discrete time Leslie system with mutual interference;
一类具相互干扰的离散Leslie系统正周期解的存在性
3.
This paper describe the research on the mutual interference of Li,Rb,Cs in air acetylene flame.
阐述了锂铷铯在空气 -乙炔火焰中相互干扰的研究,原子吸收光谱法和火焰光度法测定锂铷铯的灵敏度相近,但碱金属元素熔点低 ,其空心阴极灯稳定性和使用寿命较差 ,故火焰光度法仍被广泛应用。
3) interference
[英][,ɪntə'fɪərəns] [美]['ɪntɚ'fɪrəns]
相互干扰
1.
The interference effects on wind loads of two prismatic cylinders arranged in a line were studied in this paper.
本文研究了在大气边界层气流中同轴双方柱气动力载荷的相互干扰,讨论了这种干扰与风向角和间距比之间的关系。
4) disturbance
[英][dɪ'stɜ:bəns] [美][dɪ'stɝbəns]
相互干扰
1.
Through the analysis of intake valve exit three dimensional flow field and its angular momentum flux of four valve diesel engine under different plans, the law of in cylinder air angular momentum flux by the influence of disturbance between two intake ports was discovered.
利用测得的四气门柴油机气门口三维流场 ,分析了进气门出口流场产生的缸内空气动量矩流率 ,揭示了四气门柴油机两进气道的相互干扰对缸内空气动量矩流率影响的变化规律 。
2.
The law of effects of disturbance between two intake ports on intake ports exit flow field was explored.
在稳流模拟试验台上 ,利用所研制的四气门柴油机试验缸盖和气门口三维流速测量装置 ,运用热线风速仪测量了四气门柴油机不同气道布置方案下的进气门出口三维流场 ,揭示了四气门柴油机两进气道的相互干扰对气门口流场影响的变化规律 。
5) Interaction
[英][,intə'rækʃən] [美][,ɪntə'rækʃən]
相互干扰
1.
Using the engineering model of elastic line-inclusion and the basic solutions of a single inclusion, the interaction problem between line inclusions in an elastic solid was investigated.
利用线夹杂的工程计算模型以及无限平面中单夹杂的基本解 ,分析了无限平面中两根径向弹性线夹杂的相互干扰问题· 并将线夹杂和线夹杂相互作用的问题归结为解一组柯西型奇异积分的积分方程组 ,计算了夹杂端点的应力强度因子和夹杂界面应力· 给出了一些数值例子· 这里的结果对于研究短纤维复合材料有一定的参考价
2.
By using the analytic theory of hypersingular integral equations in three-dimensional fracture mechanics,the interactions between two parallel planar cracks under arbitrary loads are investigated.
本文利用三维断裂力学的超奇异积分方程求解理论，对三维无限体中两平行平片裂纹在任意载荷作用下的相互干扰问题作了研究。
补充资料：分工负责、互相配合、互相制约的原则
见《中华人民共和国刑事诉讼法》、职权原则。
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