回想一下焦耳膨胀。
Joule Thomson effect more notable than the Joule effect?
焦—汤效应远比焦耳效应显著吗？
What happened to the temperature in a Joule expansion in ideal gas?
对理想气体，焦耳-汤姆逊膨胀过程中温度如何变化？
And we saw that, you saw that the Joule coefficient for an ideal gas was zero.
我们会发现，你们也会发现，理想气体的焦耳系数是零。
What we've been talking about, the Joule-Thomson experiment, constant enthalpy process?
首先，刚才说的，那些有什么问题吗？,焦耳-汤姆逊实验，等焓过程？
Thus, Mayer, Helmholtz and Joule laid the foundation of the theory at almost the same time.
因此，梅耶，亥姆霍兹和焦耳奠定了基础理论，几乎在同一时间。
Therefore the maximal energy level 270 Joule instead of the common 360 Joule at monophasic defibrillators.
因此，在双相除颤器中，最大能量等级仅为270焦耳，而最大能量等级则为360焦耳。
He said that Joule did not yet have a proved process, but that it had strong research and development capabilities.
他说尽管Joule公司还没有一个被检定的工序，但是它的研发能力很强。
Joule said it would begin construction next year on a commercial plant, which it hopes will begin operations in 2012.
Joule公司说，他们明年将在商业设备上开始动工，希望可以在2012年运转起来。
Furthermore, the physical reasons of cooling and heating are analyzed on the basis of the Joule-Thomson experiment.
结合节流过程，从实验角度进一步分析了致冷和致热的物理原因。
The results show that the two-step Joule heating treatment is a novelty and effective method for improving GMI effect.
两段式焦耳处理是提高材料GMI效应的一种新的而且十分有效的方法。
This was done through a process called Joule heating, which sees electrical currents pass through a heat-generating conductor.
这是通过一个称为焦耳加热过程，看到的电流通过发热导体完成。
Joule said it was the first company to patent an organism that secretes hydrocarbon fuel made continuously, directly from sunlight.
Joule说他们是第一家为可以直接利用太阳能连续分泌碳氢化合物染料的微生物申请专利的公司。
In this paper we derive the quantitative analysis formula of Joule-Thomsonian coefficient from the knowledge of common physics.
本文用普通物理热学的知识推导出焦尔·汤姆逊系数的定量分析公式。
This one turns out to be the heat capacity, and this one turns out to be something that we measure in the Joule-free expansion.
其实，这就是热容，这是焦耳自由膨胀实验中，我们要测量的物理量。
The experimental results show that using gas mixture is an efficient way to improve the thermal efficiency of Joule-Thomson cooler.
实验表明，采用混合物工质是提高节流制冷机效率的有效途径。
Szilard calculated that at room temperature one bit of information must take at least three thousand-billion-billionths of a joule of work to store.
西拉德计算出，室温下存储一个比特的信息至少需要消耗三十万兆分之一焦耳的功。
So the Joule free expansion involves opening this valve and asking what happens when this gas moves into the other bulb or distributes between the two.
焦耳自由膨胀就是,打开阀门后的过程,气体从一个腔跑到另一个腔,并在它们之间平均分配。
Joule actually did this experiment, and he observed that for the gas expansions that he could do, that the temperature did not increase measurably.
事实上焦耳的确做了这个实验，他做到了，他能达到的最好实验要求，发现在可测量范围内没有观察到温度上升。
The paper discusses demonstrating method of Joule law and points out existing problems in the general procedure as well as the improvement measure.
讨论焦耳定律的演示方法，指出常规方法存在的问题，提出改进方法。
Joule hotel is a five-star, 129-room hotel in Dallas famous for it's swimming pool that partially hangs off the side of the building-eight stories up.
达拉斯有一家拥有129个房间的五星级酒店，最著名的就是其悬在8层楼高的半空中的游泳池。
The key to calculate the temperature drop induced by adiabatic throttle of compressed natural gas is to find the solution of the Joule-Thomson coefficient.
计算压缩天然气绝热节流的温度降的关键是求解焦耳-汤姆逊系数。
Based on the BWRS state equation, the complete formula for calculation Joule-Thomson coefficient is derived, and the detail calculation procedure is given.
使用BWRS状态方程，推导出了计算焦耳-汤姆逊系数的完整公式，给出了详细的计算步骤。
The three laws including Joule law, Gay-Lussac law and charles law are simultaneously worked out by use of first , second law of thermodynamics and Boyle law.
利用热力学第一、二定律和玻意耳定律，同时导出了焦耳定律、盖。吕萨克定律和查理定律。
Such as kilogram of mass unit , Kelvin of thermodynamic temperature , Joule of energy unit , Ampere of electric current intensity and Newton of force unit and so on?
比如，质量单位千克，热力学温度开尔文，能量单位焦耳，电流强度单位安培，力单位牛顿等。
Right now we told you Joule did all these experiments and he found out that for an ideal gas, that the limit in and ideal gas 0 case was that the eta J was equal to zero.
现在我告诉你们焦耳,做了所有这些实验,他发现对于理想气体,在极限情况下理想气体的ηJ等于。
When the boundary conditions of electromagnetic quantities are satisfied, according to Maxwell field equation the expression for Joule heat resource power can be obtained.
在满足电磁量边界条件的情况下，根据导电体的麦克斯威尔方程，得到裂纹尖端附近焦耳热源功率的表达式。
Real refrigerators actually work with liquids that go into gases so use the latent heat of the liquid, so it doesn't really work like the Joule-Thomson expansion. So this is real.
液体变成气体来工作，以运用液体的潜热，所以这不是，真正像焦耳-汤姆逊膨胀一样工作，这是真实的气体，不像焦耳。
Real refrigerators actually work with liquids that go into gases so use the latent heat of the liquid, so it doesn't really work like the Joule-Thomson expansion. So this is real.
液体变成气体来工作，以运用液体的潜热，所以这不是，真正像焦耳-汤姆逊膨胀一样工作，这是真实的气体，不像焦耳。
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