查询词典 conductor

The basic principles of thermocouple temperature measurement are two different components of the composition of the homogeneous conductor closed-loop, when the temperature gradient at both ends of existence, the circuit current will have passed, at this time exist between the two ends of Seebeck electromotive force -- Thermal electromotive force, which is the so-called Seebeck effect.

热电偶测温的基本原理是两种不同成份的均质导体组成闭合回路，当两端存在温度梯度时，回路中就会有电流通过，此时两端之间就存在 Seebeck 电动势——热电动势，这就是所谓的塞贝克效应。

The generator converts heat into electricity using the Seebeck effect, named after Thomas Johann Seebeck, a physicist who in 1821 discovered that a voltage could be created in the presence of a temperature difference on a conductor.

这个发电机将热转化成电能的原理运用的是泽贝克效用，该名称取自于汤姆生。约翰娜。泽贝克，这位物理学家于1821年发现导体上存在温差的情况下能够产生电压的现象。

Seiji ozawa is world famous symphonies conductor.

小泽征尔是世界著名的交响乐指挥家。

Seiji Ozawa, Japan's most noted conductor, has been diagnosed with esophageal cancer in its early stages, his management office announced.

日本最著名的指挥家小泽征尔已被诊断出患食道癌早期，他的经纪事务所公布了这一消息。

World-renowned music conductor Seiji Ozawa in a command in Europe to participate in competitions, music performances and found a number of local discord, the presence of all the composers and music is a statement of the judges are picked by a thousand million elected, can not be called into question.

国际著名音乐指挥家小泽征尔在一次赴欧洲参加指挥大赛中，演奏时发现乐曲有一些不和谐的地方，在场的所有作曲家和评委都声明乐谱是经千挑万选出来的，不可能会出现问题。

Acclaimed Japanese conductor Seiji Ozawa, who had been diagnosed with oesophageal cancer in January, said he was recovering well, but decided to cancel more concerts to concentrate on treatment.

1月份被诊断患有食道癌的日本著名指挥家小泽征尔日前透露，其恢复情况良好，但仍然决定取消多场演出，以集中精力进行治疗。

Internationally acclaimed Japanese conductor, Seiji Ozawa, was born on September 1, 1935 to Japanese parents in the city of Shenyang, China, while it was under Japanese occupation.

国际著名的日本指挥家小泽征尔，于1935年9月1日出生在当时被日本占领的中国沈阳然。

Seiji Ozawa is the world-famous symphony conductor.

小泽征尔是世界著名的交响乐指挥家。

Electromagnetics course mainly including basic phenomena and laws of electro- magnetics, electrostatic field in vacuum, in conductor and in electric medium, electric energy, stabilized current, stabilized magnetic field and its basic laws, electric and magnetic fields caused by a moving chager in lower speed, the transform of electric and magnetic fields between different systems of coordinates, inductive laws, eddy field, self inductance, mutual inductance and transient, molecule current and magnetic substance, ferromagnet, boundary conditions, magnetic circuit theorem, energy of magnetic field and density of magnetic energy, displacement current, Maxwell's equation, electromagnetic wave, Poynting vector.

电磁学课程的主要内容包括：静电的基本现象和基本定律，真空中的静电场，导体和电介质中的静电场，电场的能量与电场能量密度，稳恒电流，稳恒电流磁场的基本定律，运动电荷的电磁场，不同参照系之间电磁场的变换，电磁感应定律，涡旋电场，互感，自感，暂态过程，分子电流与磁介质，铁磁体，边界条件，磁路定理，磁场的能量和磁能密度，位移电流， Maxwell 方程组，电磁波和玻印廷矢量等。

This has the effect of increasing the resistance of a conductor at high frequencies (note that this effect is separate from the increase in impedance due to the effects of the self-inductance of conductors as frequency is increased – that will be dealt with later).

这意味着在传输高频信号时，导体的电阻会增加。（请注意趋肤效应与分布电感的区别，分布电感是指在频率提高时，因导体自感而造成的阻抗增加。分布电感将在以后的章节讨论。

We stopped by the old fashion ice cream parlor Manhattan Beach Creamery for some refreshment. The "No Shoes, No Shirt, No Problem" sign on the wall epitomizes the beach lifestyle.

我们去商店区的一家老式冰淇淋店坐坐，墙上挂著「没鞋，没上衣，没问题」的牌子完全捕捉了海滩生活的随性及风格。

"If therefore", argues Bellarmine we can offer our prayers and our satisfactions in behalf of those detained in purgatory, because we are members of the great body of Christ, why may not the Vicar of Christ apply to the same souls the superabundant satisfaction of Christ and his saints--of which he is the dispenser?

" "因此，如果"，认为贝拉明（德indulgentiis ，十四）"我们可以提供我们的祈祷和我们满意的代表那些被拘留在炼狱，因为我们是成员的伟大基督的奥体，为什麼可能不是牧师基督适用於同样的灵魂满意的过剩是耶稣和他的圣人-他是在配药？