这种温度的降低能量交换的结果。
这是一个净化的过程，是旧的能量交换。
地球内部物质、能量交换和圈层耦合与深层动力过程。
The exchange of substance and energy, different sphere coupling and deep dynamical process within the Earth.
动态系统与外界物质、能量交换传递中存在抉择规律。
There is disciplinarian in the transfer of substance and energy between a dynamic system and its external environment.
冻土层的变化与地气交接面的能量交换过程有直接的联系。
Variations of frozen soil layer have direct relation with the energy exchange between the ground and atmosphere.
如地球表面物体处于四周能量交换平衡状态，并跟着地球运动。
If the earth's surface object is at all around the energy exchange state of equilibrium, and with the earth movements.
陆地、水以及冰川，每一个都以不同的方式影响这个能量交换。
Land, water, and ice, each affects this energy exchange differently.
城市郊区是与城市密集建设用地进行直接物质、能量交换的地带。
The suburbs are the area that exchanges material and energy directly with the compact constructed land in the city.
凋落物分解是森林生态系统中物质和能量交换的重要生态学过程。
Plant litter decomposition is one of the most important processes in nutrients cycling of forest ecosystem.
一个内外更加平衡和均等的能量交换正是我们所有人追寻的自然的返老还童的目标。
A more balanced and equal exchange of energy in and out is what we are all aiming for to rejuvenate ourselves naturally.
城市下垫面对地表能量交换的影响巨大，引起地表温度分布的不均一性。
Urban ground surface has an important effect on the energy exchange between air and land, which leads to an inhomogeneous distribution of land surface temperature (LST).
给出了碰撞分子各自由度间的能量交换模式及各类化学反应的选择模式。
It has got energy transfer models among molecular degrees in collisions and chemical reactions selection models.
气流和液体在流动的过程中完成气相与液相之间的能量交换与物质交换。
The gas flow and the liquid complete the energy exchange and the material exchange between gas phase and liquid phase in the flowing process.
多风信条件下，沙砾质戈壁与鸣沙山进行着往复式的能量交换及物质运动。
Under multi-wind directions, the energy exchanging and material transporting repeatedly happened between gravel gobi and the Mingsha Mountain.
与外界没有任何能量交换和物质交换，或说没有任何相互作用的热力学系统。
Isolated systems are completely isolated in every way from their environment. They do not exchange heat, work or matter with their environment.
与外界没有任何能量交换和物质交换，或说没有任何相互作用的热力学系统。
Closed systems are able to exchange energy (heat and work) but not matter with their environment.
水电能源系统是一个典型的开放系统，与外界环境存在着频繁的物质和能量交换。
Hydropower energy system is a typical open system. There are frequent matter and energy exchange with the environment.
土壤热通量在地表能量交换中扮演着重要角色，干旱半干旱区土壤热通量更加重要。
Soil heat flux plays an important role in energy flux exchange between land and atmosphere, especially in arid and semi-arid region.
不管在什么环境下遇到了什么，如果它在表达自己的性质和特点，那么就有能量交换。
When we encounter anything in the environment that expresses its properties and characteristics, an exchange of energy takes place.
受环境控制能够进行物质、能量交换的智能凝胶材料可以用于智能纺织品或服装领域。
Intelligent gels whose substance and energy exchange are controlled by surroundings can be used for intelligent textiles and garments.
提出了含蒸发潜热能量交换项的地表单元能量热平衡方程，并采取了温度线性化的处理。
The heat balance equation of an element of ground surface including the term of latent heat exchange was presented.
多亏气候变化学，我们现在非常了解，我们的健康是多么依赖于地球能量交换系统的健康。
Thanks to the science of climate change, we now understand only too well how contingent our human wellbeing is on the "health" of the Earth's systems of energy exchange.
云底高度作为重要的云宏观物理特征参数，在云层与地表之间的能量交换中起着重要作用。
Cloud base height as an important cloud macro physical parameter, plays an important role in energy exchanges between the cloud-layer and the surface.
一维热传导公式用来考虑气泡和它周围液体之间的能量交换以及气-液交界层的温度分布。
The heat conduction equation is used to consider the energy transfer between the bubble and the surrounding liquid, as well as the temperature distribution in the liquid layer.
针对自然界中天然半导体矿物和化能自养微生物之间的能量交换途径进行了详细的实验研究。
The energy exchange between natural semiconductor minerals and chemoautotroph microbes was investigated in details in this paper.
根系是植物与外界环境进行物质和能量交换的场所，其分布特征反映了植物对环境的利用程度。
Root system was in the main location for changing the substance and energy between plant and environment, and its distribution reflects the utilization of the plants to the environment.
这些方程考虑到了风流的可压缩性和能量交换过程。讨论了控制通风网路中风流状态的数学模型。
Both the compressibility of airflow within the branch of the network and the exchange of energy are taken into consideration in the above equations.
在夫兰克-赫兹实验中，温度影响着汞原子的饱和密度，当然就影响了汞原子与电子之间的能量交换。
In the F-H experiment, the temperature affects mercury's saturated density, so it's natural to affect the energy exchange between mercury and electron.
在夫兰克-赫兹实验中，温度影响着汞原子的饱和密度，当然就影响了汞原子与电子之间的能量交换。
In the F-H experiment, the temperature affects mercury's saturated density, so it's natural to affect the energy exchange between mercury and electron.
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