Ideally, you want bright light and cool conditions, and a good breeze or other artificial cooling.
理论而言，最理想的是明光低温的条件，外加凉风或其他的人工冷却方式。
There are many ways in engineering to artificial cooling in mass concrete, and the most commonly used is cooling pipe.
大体积混凝土人工冷却方法有很多种，在工程实践中采用最多的是埋设冷却水管。
For meeting the requirements of the project, it need an effective artificial cooling to control the temperature rise or reduce in mass concrete.
从工程及时受益的要求来看，需要采取人工冷却措施来控制混凝土的温升和降低混凝土的温度。
Unlike artificial sensors, they don't require an elaborate cooling system, and they can repair themselves if damaged.
不象人工感受器，蛇的感受器不需要复杂的冷却系统，它们能自我修复损伤。
It shows that reasonable use of artificial roughness on the cooling surface of the mould can enhance the cooling of the mould and increase productivity.
计算和分析表明：在热成形模具外冷却表面合理地设置人为粗糙度有利于强化对模具的冷却，提高生产效率。
Application: Conceret cooling, Chemical processing, Fishery Port, and Artificial skiing ground.
应用：混凝土，大型化工，渔港，人工滑雪场。
Managing natural lighting can cut your artificial lighting (and cooling) needs significantly.
管理自然光线可以减少您的人工照明(冷却)需要显着。
The heat pump system does not need any artificial resource, it can replace the traditional heating and cooling way such as coal boiler, city heating net and centrality air-condition system.
它无须任何人工资源，彻底取代了锅炉或市政管网等传统的供暖方式和中央空调系统。
This paper modified the cooling system and the dehumidification system for an artificial environment laboratory, and optimized the control system.
对某人工环境实验室降温和除湿系统进行了改造，并优化其控制系统。
The mechanism and influence factors of artificial roughness (ar) on enhanced heat transfer in chamber cooling channels have been analyzed.
对推力室冷却通道内的人为粗糙度强化换热机理进行了分析，讨论了影响人为粗糙度强化换热的因素。
The invention discloses an automatic cooling method and device to solve the problem of 'artificial dry vessel'.
本发明公开了一种自动烹饪方法及装置，解决了烹饪过程中“假干锅”的问题。
In chapter 4, the paper attempts to use rough set theory and Artificial Neural Network in the prediction of the material cost of the cooling tower.
第四章尝试将粗糙集和神经网络应用于冷却塔的物料成本预估，探讨了基于粗糙集和神经网络的冷却塔的物料成本预估方法。
In chapter 4, the paper attempts to use rough set theory and Artificial Neural Network in the prediction of the material cost of the cooling tower.
第四章尝试将粗糙集和神经网络应用于冷却塔的物料成本预估，探讨了基于粗糙集和神经网络的冷却塔的物料成本预估方法。
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