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- Application of Sensors in Experment on Measuring the Heat Capacity Ratio of Air 传感器在测量空气比热容比实验中的应用
- NORMALIZED VALUE OF AIR SPECIFIC HEAT CAPACITY RATIO AND THE ERRORS IN MEASUREMENT 空气比热容比的标准值与测量的误差
- heat capacity ratio of air 空气比热容比
- specific heat capacity ratio 比热容比
- heat capacity ratio 热容比
- We will be interested in the heat capacity of interstellar gases. 我们感兴趣的是星际气体的热容量。
- Due to its high heat capacity, PCM absorbs the heat dissipated by the battery. 由于它的高温吸收能力,PCM可吸收电池散发出的热能。
- The figure shows morning peak hour volume to capacity ratios. 图中显示早上繁忙时间交通量与道路容车量的比率。
- Marine temperatures change gradually because of the high heat capacity of water. 由于海水的比热大,海水温度是逐渐缓慢地变化的。
- Pulmonary function test showed that the forced expiratory volume in one second to forced vital capacity ratio(FEV 1%) was 78.75% and the vital capacity ratio(VC%) was 78.80%. 8例肺功能检查显示第 1秒用力呼气容积实测值占预计值的百分比(FEV1%25 )为 78.;75%25;肺活量实测值占预计值的百分比 (VC %25 )为 78
- The high heat capacity of water makes it possible for ocean currents to carry heat in a very efficient manner. 水的高热容量使得海流以非常有效的方式传送热能。
- The laws of the ultimate capacity ratio of K-joints and KK joints (namely multiplanar coefficient) varying with the main geometrical parameters were obtained. 研究了KK型节点和K型节点极限承载力之比(即空间作用系数)随节点几何参数的变化规律。
- The key to calculate the specific enthalpy and enthalpy difference is to make sure of the benchmark as well as the value of heat capacity value. 比焓和焓差的计算关键是计算基准的确定,同时也离不开热容值的正确获取。
- Method for Calculation of Liquid Heat Capacity of Petroleum Distillate Fuels (05. 石油馏出燃料的液体热量的计算方法(05。
- Heat capacity is the amount of energy it takes to raise the temperature of a substance by one degree centigrade. 热容量是指将一种物质的温度升高一摄氏度所需要的能量。
- Heat capacity is the amount of it takes to raise the temperature of a substance byone degree centigrade. 热容量是一种物质升高一摄氏度所需要的能量。次而赢了这次比赛。
- Heat capacity and heat of vaporization of components of litsea cubeba oil were calculated. 对山苍子油蒸馏提取柠檬醛的工艺过程进行热量衡算,给出了原料和能量消耗计算结果。
- The entropy per baryon and heat capacity per baryon as functions of temperature are examined. 本文还讨论了相变中的熵和比热对温度的依赖关系,发现熵在相变过程中是随温度连续变化的,而比热则是不连续的。
- To explain the micromechanics of the negative heat capacity, we analyze theenergy of these clusters upon melting. 通过对这些团簇熔解能量的分析,阐明了负热容出现的微观机制。
- Research of Transient Temperature Distribution of Nd:GGG Gain Medium in Solid-State Heat Capacity Laser[J]. 引用该论文 秘国江;唐晓军;杨文是;张申金;周寿桓.