1.The calorimetric constant and the relative standard deviation de-termined by use of Joule effect were (63.901±0.030) μV?
用Joule效应确定了仪器在298.15K时的量热常数和相对标准偏差分别为(63.901±0.030)μV?
2.Study on the Joule-Thomson Coefficients of Superfluid Helium
超流氦的Joule-Thomson系数研究
3.It is difficult to achieve the analytical solution of temperature field with internal Joule heat generation under steady state electric field, especially when the distribution of the Joule heat is complicated.
摘要在稳恒电场条件下，尤其是当焦耳热分布情况很复杂时，求解含焦耳热源的稳态热传导问题解析解具有一定的困难。
4.A discussion on the results of Joule experiment and Joule-Thomson experiment
关于焦耳实验与焦耳-汤姆孙实验结果的讨论
5.A comparison of Joule-Thomson effect with Joule effect
关于焦耳效应和焦-汤效应的比较
6.The heat conduction problems with Joule heats are greatly simplified and no matter how the Joule heat is distributed and no matter which coordinates are adopted, this method is still available.
此方法使焦耳内热源温度场问题得到简化，并且不论焦耳热源的分布如何，不论何种正交坐标系均可采用。
7.Other countries use the joule, the unit of energy in the International System of Units (SI).
其他的国家使用焦耳，国际单位制（SI）中的能量单位。
8.The electrolytic species such as PO 3- 4? WO 2- 4 and et al,aggregated toward the gel formed near the oxide and transformed to the noncrystalline film through concentration,coagulation,dehydration and refrigeration under the combined action of electrochemical and Joule heat effects.
溶液中的电解质粒子 ,如WO2 - 4、PO3 - 4等阴离子 ,在界面电化学及焦尔热的联合作用下絮集于网架状氧化膜表面 ,并经浓缩、凝聚、脱水和快速冷却 ,形成了具有特殊结构的非晶态的网状转化膜
9.James Prescott Joule (1818～1889)
焦耳，J.P.
10.A unit of energy absorbed from ionizing radiation, equal to100 ergs per gram or0.01 joule per kilogram of irradiated material.
拉德电离辐射吸收的能量的单位，等于受照射物质每克100格或每千克0。01焦耳
