1.
Coal is much calorific than green wood.
煤产生的热量比湿木材多得多。
2.
This new boiler generates more heat than the old one.
这个新锅炉产生的热量比旧锅炉多。
3.
The Adiabatic, Continuous Heating, Differential Specific Heat Measurement System and the Specific Heat of Polyaniline at Low Temperatures;
绝热连续升温差分比热测量装置与聚苯胺低温比热研究
4.
Heat capacity： Ratio of heat absorbed by a material to the change in temperature.
热容物质所吸收的热量与温度变化的比值。
5.
The heat content of the earth is very high in comparison to the heat loss of the earth.
与地球的热损耗相比，地球的热含量是很高的。
6.
Fabrication of Microcalorimeter and Investigation on the Specific Heat of Micro/nanometer Thin Films;
微量热计的研制及微纳米薄膜比热测试与分析
7.
Comparison between Heat Demand and Heating Manner for Coolant Regeneration Unit
轧制油再生装置的热量需求与加热方式比较
8.
Comparing Two Test Methods About Heat-Obtaining Quantity of Solar Heating Water System
太阳能热水器得热量的两种测定方法比较
9.
His total heat output was measured and compared with the calorific content of the food he ate.
量出他的总热量输出，并与他吃进去的食物的含热量作了比较。
10.
2. The effects of eddy flux and Cu horizontal mixing of heat are of minor importance;
2.热量的湍流涡旋通量及积云的热量水平输送作用都比较小。
11.
Water retains heat much longer than air.
水比空气保持热量的时间要长得多。
12.
The heat insulation quality is much better than the standard glass fa?ade.
隔热质量比普通幕墙立面要高很多。
13.
A Comparative Study on Anxious Individuals Stroop Interference Scores of Cool and Hot Executive Functions;
焦虑个体“冷”、“热”执行功能Stroop效应量比较
14.
Discuss about the Principle of Measuring the Air s Ratio of Specifil Heats in Clement-Desarmes Way;
关于Clement-Desarmes方法测量空气的比热容比的原理商讨
15.
Building-up of an Cryoganic Vacuoua Adiabatic Calorimeter ant Muasurerrunts for. the Specifie Hsat of the Standard Sampit-Potassium Chloride at teh Low Temperaturer.
低温真空绝热量热计的建立及标准样品氯化钾低温比热的测定
16.
The Comparative Study of the Central Febrile Medium and Antipyetic Media Changes in Rats of Different Physical after Drug Attacks
不同体质大鼠攻毒发热后中枢发热解热介质含量变化的比较研究
17.
The specific heat of a material is the amount of heat that must be added to a unit mass of the material to raise its temperature by 1 degree.
物质的比热容是使单位质量的物质温度升高1度所须加给的热量。
18.
The results of "Comparison of TLD Measuring for Environment", which were attended by many domestic department in 2005, were introduced in this paper.
介绍了参加“环境热释光剂量计测量比对”的测量结果。