| 释义 |
thermal energyＳ短语⁷¹⁴⁵¹
基本例句
热能
气体
In everyday solids, liquids and gases, heat or thermal energy arises from the motion of atoms and molecules as they zing around and bounce off each other.
我们日常的固体、液体和气体，它们的热量和热能是从原子和分子在它们到处活泼跳跃和相互碰撞、弹开而上升。 yeeyan
The image shows subtle differences in thermal energy radiated by volcanic emissions, the open ocean, and water and ice clouds.
图中显示了火山喷发的气体、宽广的海洋、水和冰云在热能辐射上的细微差别。 yeeyan
The Ocean Thermal Energy Conversion OTEC process utilizes temperate differences in large bodies of water to spin turbines, creating a steady source of renewable energy.
海洋热能转换 OTEC过程利用了旋转涡轮中大体积的水体的温差，来产生连续不断的再生能源。 yeeyan
The outside is constructed of a lightweight material that reduces the overall weight of the building and also helps generate thermal energy.
建筑外围采用轻质材料，以减少建筑自重，同时有助于产生热能。 yeeyan
There's no excess thermal energy.
没有多余的热能。163
There's not nearly enough thermal energy to do that.
没有足够的热能使它如此。163
There's not enough thermal energy to occupy anything but the very lowest state available.
没有足够的热能使得其他的状态被占据,除了能量最低的状态。163
To switch spontaneously from a “1” to a “0” would entail the particle moving some 200 nanometres along the tube using thermal energy.
铁粒子利用热能沿着毫微管移动近200纳米是自发从“1”切换到“0”的必要条件。 ecocn
Because, when you ask yourself that question, you should consider what is the thermal energy versus the bonding energy?
这是因为，对于这个问题，我们应当考虑到,什么样的热能,对应于键能？163
Convection describes the transfer of heat, or thermal energy, from one location to another through the movement of fluids such as liquids, gases or slow- flowing solids.
能量传递是指热量，或热能随着液体，气体或缓慢流动的固态物质等的运动，从一处到另一处的转移。 yeeyan
In this regard, hydropower policies and renewable energy investments, along with thermal energy, recently gained impetus.
为此，国家近来大力发展水电站、可再生能源、热能。 yeeyan
In economic systems, we have a large number of people moving around in a free market system, but instead of thermal energy driving the movement people are motivated by goals.
在经济体系中，我们有大量的人运行于一个自由市场体系中，人们是由目标驱动的，而不是热能驱动的。 yeeyan
In that limit, the molecules are just equally likely to be in any of these states. Because there's much, much more thermal energy than this energy difference.
在这种极限情况下，分子对于处在任何一个状态,都有相同的可能性,因为热能,比这个能量差大的多得多。163
Low, warm clouds emit more thermal energy than high, cold clouds.
低的暖云比高的冷云发射更多的热能。 yeeyan
Obviously, our bodies generate heat— thermal energy.
很明显，我们的身体产生热量---热能。 yeeyan
Rejecting heat from these systems in real time is not practical, making thermal energy storage a necessity.
实时隔绝这些系统的热能是不切实际的，存储它们变得尤为重要。 www.etiri.com.cn
So when all the molecules are here, none of them has enough thermal energy to be up here.
那么当所有的分子在这儿，它们都没有足够的热能上升到这儿。163
So you have neutrons actually getting into the thermal energy range and then these neutrons become absorbed, not capable of producing fission.
所以，你得到中子会进入到,热能范围里，然后这些中子,变成吸收的，不能够产生裂变。163
Systems at thermal equilibrium, molecules are getting knocked around with whatever thermal energy is available.
对于处于热平衡的体系，分子被四处撞击,具有可以具有的任何热能。163
The coldest regions emitting the least amount of thermal energy are dark gray and black.
最冷的区域发射出最少量的热能，图中显示为深灰色和黑色。 yeeyan
The areas that are warmest and therefore emitting the most thermal energy are white and pale gray.
最热的区域发射出最多的热能，在图中呈白色和浅灰色。 yeeyan
The material could also be used in power plants or even ocean thermal energy generators, the researchers said.
研究人员说这种材料也可以在用在发电厂中，甚至用在海洋热能发电机上。 yeeyan
This image illustrates that low clouds emit about the same amount of thermal energy as Earth’s surface does. This is most clearly seen over the Pacific Ocean.
这幅图表明低云发射的热能与地球表面相当，这一点从图中太平洋区域上看的最清楚。 yeeyan
We can then look at uranium238 which has a relatively low absorption thermal energy range and essentially has no fission cross section which is why we call uranium238 a fertile atom.
我们能看看铀238，它有一个,相对低的吸收热能范围,基本上没有裂变横截面,那就是为什么我们称铀238为可转换核素。163 |