微通道和热电学或准电学的结合可能使计算机变冷。
A combination of microchannels and either thermoelectrics or paraelectrics might cool computers.
富兰克林在雷雨中进行了危险的风筝实验，从而奠定了大气电学的基础。
Franklin conducted his dangerous kite experiment in a thunderstorm, founding the science of atmospheric electricity.
把燃烧的化学能直接转为电学的装置。
All the chemical energy of the fuel is not converted into heat.
同性电荷相斥，异性电荷相吸，是电学的一个基本规律。
That like charges repel but opposite charges attract is one of the fundamental law of electricity.
用电学的术语来描述就是它们经常是(几乎就是)电抗性的。
That means, in electronic terms, that they are often (almost always, in fact) reactive.
除了机加工以外，金属的去除还可以通过化学或者电学的方法来达到。
In addition to machining, metal removal can be accomplished by chemical or electrical methods.
生物学对材料科学和机电学的渗透分别产生了智能材料科学和智能机电学。
The permeation of biology into the science of material and mechatronics products the science of intelligent material and intelligent mechatronics.
他表示，关键在于突触，而不是神经元，神经元之间是通过电学-化学-电学的连锁反应进行联系。
The key, he says, is not the neurons but the synapses, the electrical-chemical-electrical connections between those neurons.
他一直在进行有关电学的实验。1751年他发表了一篇论文，其中谈到电流和闪电是同一样的东西。
He had been experimenting with electricity, and in 1751 had published a paper saying that electricity and lightning were the same thing.
电学研究刚一开始，富兰克林就于1752年在雷暴云中进行了危险的风筝试验，从而奠定了大气电学的基础。
The study of electricity had hardly begun when Franklin, in 1752, conducted his dangerous kite experiment in a thunderstorm, founding the science of atmospheric electricity.
本文从压电学的基本定义出发，推导出两相系0—3型连通性复合压电材料的压电应变常数表达式，进一步修正了T。
This paper deducts the piezo-constant expression of 0-3 type connectivity according to the basic definition of piezoelectricity, and amends the flaw of T.
信息以电学推动的形式沿神经细胞传递
Information is transferred along each neurone by means of an electrical impulse.
在英国的朋友送了他进行电学实验所需的设备，在费城的朋友帮助他在那里建立了他的工作室。
Friends in England sent equipment needed for his electrical experiments, others, in Philadelphia, helped him set up his workshop there.
他精通电学工程，还知道一些基本的钢琴练习。
He mastered electrical engineering. Also he knew some elementary exercises for the piano.
在他们2004年最初的工作中，他们不仅成功制备了石墨烯，并且通过把它制备成不同图案并连上电极表征了它的电学性质。
In their initial work, in 2004, they not only demonstrated that they had made graphene, but also elucidated its electrical properties by patterning it and connecting it to electrodes.
这种合金拥有一根天线所需的所有电学属性，而且比铜制天线更有韧性。
This had all the electrical properties that antennas need to function, but was much more flexible than its copper equivalent.
我曾经和一个电学工程师聊天。这个工程师利用遗传运算设计电路，最后这个电路对人们来说却是完全陌生的。
I talk to electrical engineers who use genetic algorithms to design circuits, and the circuits end up being completely alien to humans.
它很薄，这也赋予了它不同寻常的电学性能，如置于磁场中它会表现出相对量子霍尔效应。
Its thinness, too, gives it unusual electrical properties.One of these is that if it is placed in a magnetic field it exhibits a phenomenon known as the relativistic quantum Hall effect.
它的薄也给了它不同寻常的电学特性。
他强调，要制造魔术的幻象，对化学、电学、光学和机械学的广而深的研习是必不可少的。
He stressed that wide and deep study of chemistry, electricity, lighting and mechanics was needed to create illusions.
实际上，石墨烯甚至可能作为未来电学材料的候选人取代硅。
Indeed, graphene might even replace silicon as the electronic material of choice in the future.
自2004年这种材料发现以来，它独特的电学和机械性能令研究人员震惊，他们认为石墨烯可用于多种器件的制造。
Since the material was first created in 2004, its unique electronic and mechanical properties have amazed researchers who say that it could be used in a host of device applications.
马歇尔先生是个有着优雅风度的电学家。
德国DLR机器人&机电学院的研究团队说他们的新机器人手术系统能够直接实施心脏起搏。
A team of researchers at Germany's DLR Institute of Robotics and Mechatronics believe their new robotic-surgery system will be able to operate directly on a beating heart.
被吸附的离子表面活性剂以及它们静电学斥力稳定了清洁剂薄膜。
Adsorbed ionic surfactants and their associated electrostatic repulsions stabilize detergent films.
电学和磁学的问题尤其使他感兴趣。
The problem of electricity and magnetism interested him above all.
他确实长了一个充满智慧的脑袋，他的智慧主要体现在电学知识方面。
He really had a very bright mind, which was finding its chief development in electrical knowledge.
纳米金和银粒子具有优异的光学、电学、磁学和结构特性。
The gold and silver nanoparticles have the excellent optical, electrical, magnetic and structural properties.
纳米金和银粒子具有优异的光学、电学、磁学和结构特性。
The gold and silver nanoparticles have the excellent optical, electrical, magnetic and structural properties.
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