这个理论就是：在地球和火星的大气层里有足够的温室气体，来帮助提升温度，从而弥补了早期的太阳提供的较低的热量。
The idea was that trapped greenhouse gases in the atmospheres of Earth and Mars might have caused temperatures to raise enough to compensate for the low heat the young Sun provided.
可能有人会认为，从理论上来讲，饮酒提供的过多热量会促使人肥胖，不过我们从这些人身上看到的却不是这么回事。
One might think that the excess calories associated with alcohol consumption could, in theory, contribute to obesity, but that's not what we saw in these individuals.
理论上讲，当相对价格变化时，人们应该调节食物的购买种类，以达到热量摄入的最大化。
In theory, people should adjust their purchases of food when relative prices change so that they maximise their calorific intake.
与理论模型里的假设不同的是，我们发现破碎过程在这些星云中被抑制了，不是恒星热量影响而是湍流的影响。
Unlike what has been assumed in theoretical models, we found that fragmentation is suppressed in these clouds, not by stellar heating but rather by turbulence.
但从理论上来讲，只有通过与吸入的冷空气进行热量交换，打哈欠才能为大脑降温。
But according to the theory, yawning cools the brain via a heat exchange with cooler air drawn in during the process.
在分析地下建筑传热理论的基础上，进行了热量阿基米德数相似准则的自模拟区研究。
Based on the theory of conducting heat in underground buildings, the author made a research about the number of the model area of self.
热就是运动的理论，清楚地解释了供给气体热量怎样引起其压力增加。
The theory that heat is motion explains simply how supplying heat to a gas causes its pressure to increase.
理论上来讲，大脑会将饮料的甜味误认为是身体正在摄入热量，从而启动新陈代谢，最终导致体重飙升。
The theory is that the brain mistakenly thinks the sweetness in the drink means calories are entering the body, triggering metabolic processes that can lead to weight gain.
文中的第二部分对湿热灭菌中的热量和质量传递进行了研究，目的是通过理论计算确定湿热灭菌过程中的热穿透时间。
The second part was about heat mass transfer models in moist sterilization process, from which the heat transport time could be theoretically calculated.
通过对物料、热量平衡的计算得出全氧高炉喷吹高氢燃气工艺风口理论燃烧温度。
Through calculating the balance of material and heat, the theoretical temperature of combustion of blowing tuyere in the co- injection of natural gas with pure oxygen BF process was stud-ied.
理论上可回收的热量很多，实际上，由于吸附床传热系数的限制，使得回热量大大减少。
Theoretically, there is a lot of usable heat to be recovered, but the heat would be decreased in real operation, because of the limited heat transfer coefficient of adsorber.
通过使用室内火灾热平衡方程以及与其相关的理论，对室内火灾条件下的辐射热量和温度进行了计算。
In this paper, a method for calculating the quantity of heat and the temperature of indoor fires is presented, which is based on the energy equation of indoor fires and other interrelated theories.
在三维热传导理论的基础上，研究药剂按零次阿累尼乌斯定律发生热分解时，所产生的热量对电火工品(EED)三维热场分布的影响。
Based on the theory of 3 dimension heat transfer, the influence of heat created by priming decomposing according to the zeroth Arrhenius law on the temperature field in EED was researched.
这些不仅为燃煤发热量预测提供了一种新的方法，而且也拓宽了粗糙集理论的应用领域。
All these not only provides a new method to forecast the quantity of heat, but also develops the application fields of RS.
该模型试验以相似理论为基础，采用热量阿基米德数为相似准则数。
This model research is based on similarity theory and use number as similarity number;
房间的热量理论上由35%的太阳能，55%的热能泵，剩下的直接来自于区域热能的运作系统。
Heating is expected to be composed of 35 percent solar and 55 percent from heat pump with the rest coming directly from the district heating network.
通过单个光子的能量-动量四维矢量变换，导出了辐射热量的相对论关系，所得的结果再一次证实了相对论热力学的P_E理论。
The relativistic relation of radiant heat was educed by transforming energy-momentum 4-vector of a single photon. The elicited results make sure P-E theory of relativistic thermodynamics once again.
有关文献提出的最佳除霜时间控制及最大平均供热量控制除霜等方法，从理论上讲很有新意，但实现起来比较困难。
The literature the best defrost time control and the largest average defrost control for heat and so on, theoretically innovative, but more difficult to achieve.
通过理论研究，单根热管的极限传热量为4124.6W，从理论方面可以用少量热管满足房间采暖的需求。
Through theory researching we can know the maximum capacity of a heat pipe heat transmission was 4124.6w, so it can use few heat pipes reach the heating result.
本文引介绝热量子计算理论评述量子绝热定理最新的应用。
We discuss the adiabatic quantum algorithm and the recent discovery of inconsistency of quantum adiabatic theorem giving impact to this application.
有关文献提出的最佳除霜时间控制及最大平均供热量控制除霜等方法，从理论上讲很有新意，但实现起来比较困难。
The literature defrost the best time for control and maximum average heat defrosting control and so on, theoretically innovative, but more difficult to achieve.
理论家们早就预测，木星的巨大引力一定会使木卫一内部掀起潮波，潮波搅动呈固态但仍然柔软的岩石，所产生的热量至少使内部的部分岩石熔化。
Theoreticians had long predicted that Jupiter's massive gravity must raise tides in IO that knead its solid but still malleable rock to produce heat until at least part of the interior melts.
理论家们早就预测，木星的巨大引力一定会使木卫一内部掀起潮波，潮波搅动呈固态但仍然柔软的岩石，所产生的热量至少使内部的部分岩石熔化。
Theoreticians had long predicted that Jupiter's massive gravity must raise tides in IO that knead its solid but still malleable rock to produce heat until at least part of the interior melts.
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