矢势的英文

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"矢势"怎么读用"矢势"造句

英文翻译手机版

vector potential

"矢"英文翻译 arrow
"势"英文翻译 power; force; influence
"磁矢势" 英文翻译 : magnetic potential
"矢位,矢势" 英文翻译 : vector potential
"电磁矢势" 英文翻译 : electromagnetic vector potential
"矢守" 英文翻译 : yamori
"矢实" 英文翻译 : yazane
"矢鼠属" 英文翻译 : targe rat
"矢石如雨" 英文翻译 : shoot arrows and hurl stones like rain; arrows and crossbow bolts began to fall like rain.; arrows and stones fall like rain.; stones and arrows were sent down like rain
"矢饲" 英文翻译 : yagai
"矢石俱下" 英文翻译 : stones and arrows flew about in all directions.; shower of arrows and stones; stones were rolled down and arrows shot
"矢送" 英文翻译 : yaokuri
"矢石" 英文翻译 : arrows and stones in ancient warfare
"矢算" 英文翻译 : vector calculus
"矢师" 英文翻译 : yashi

例句与用法

What modern electromagnetic field theory studies is the electromagnetism interaction between an electromagnetic wave that has the quantum characteristic and the matter that has the classic characteristic . we re - know the quality of substance of the electromagnetic field vector a from the theory that the electromagnetic field is the
总之,本文采用从点到面、由浅入深的方式,以“场”这个重要概念作为核心,分别对电荷、电流间的相互作用,现代电磁场理论,电磁场矢势物质性这几个方面进行讨论、分析。
In this article , introduce the important meanings of a - b effect , first is a have physics factors , second is wave function phase factor is connected with geometrical factor in ( b = 0 , a 0 ) , through a - b effect , we know : electromagnetic field vector e , b is local quantity , electromagnetic potential a , is global quantity , adding a , description and by the way of loop integral , electromagnetic field " effect is completely descripted
本文介绍了有重要历史意义的a - b效应， a - b效应揭示了两点物理观念的变革：一是电磁矢势有物理效应。二是在无场强但有磁矢势( b = 0 ， a 0 )的区域，波函数的相位因子与其运动空间结构有关。 a - b效应显示； e 、 b是局域量， a 、是总体量，只有加入a 、之后的描述，并通过a的环路积分，才能对电磁场的作用做出完全准确的描述。
The vector magnetic potential of a system consisting a line electric current and an infinite long magnetic dielectric column is calculated with the method of separation of variables and method of images , it is pionted out that the vector magnetic potential of a system consisting a line electric current and a magnetic dielectric plane , an ideal paramagnetic column , a superconductor column , and a line electric current in homogeneous magnetic field can all be deduced from our calculation
摘要用镜象电流法和分离变量法计算了线电流与无限长磁介质圆柱系统的磁矢势，指出线电流与无限大磁介质分界平面、线电流与超导体圆柱、均匀外磁场中有磁介质圆柱系统时的磁矢势都可以由线电流与磁介质圆柱系统的磁矢势的极限情形给出。