在南部有个“美好生活”花园，在北部潜藏着“怪异花园”，在中间是双高温室。
In the South there is a garden for 'the Good Life' to the North lurks the 'Grotesque garden' in the middle is the promising double height greenhouse.
温室种植的实践经验表明，提高温室的自动控制水平可充分发挥温室生产的效率；
The experience of the greenhouse management has proved that improving greenhouse automation can increase the efficiency of greenhouse production.
揭盖帘对比试验表明，揭盖帘时间选取恰当对室内温度影响较大，可以提高温室的保温性能。
The comparison experiment of taking off and covering the curtain shows that choosing the appropriate time can improve the warm performance.
为提高温室效益，作者在借鉴国内外控制器的基础上论述了计算机集成控制系统对温室的作用。
On the base of reference foreign and inland controller, the author discusses functions of compute integrated control system in the greenhouse to improve benefit of greenhouse.
使用稀有气体，如氮气和氩气，以防止高温造成氧化。使用惰性气体代替氧气对高温室进行增压。
Inert atmosphere ovens use noble gases, such as nitrogen and argon, to prevent oxidation caused by high temperatures.
针对目前温室控制的缺点，以提高温室控制的自动化和实用性为目的，设计出了一种基于PIC微控制器的多传感器温室自动控制系统。
For the purpose of improving automation and practicability of greenhouse control, greenhouse automatic control system with more sensors based on PIC microcontroller is designed.
许多科学家认为北极地区的高温与温室气体的排放有关。温室气体排放被认为是全球变暖的罪魁祸首。
Many scientists link the higher Arctic temperatures to the greenhouse gas emissions blamed for global warming.
温室设施依靠检测和控制技术为作物创造良好的生长环境，但是温室内高温、潮湿的恶劣作业环境，使人不能在其中长期工作。
The greenhouse system supplies fit environment to crops depend on detection and control technique, but it is unwholesome for people to work in the atrocious weather of greenhouse.
生育后期(生殖生长期)温室高温加速了木质化，温室条件早、晚熟品系饲用品质分别低于大田条件早、晚熟品系。
During procreative phase, higher temperature in greenhouse accelerated lignifications. Feeding quality in early and late maturity lines in greenhouse was lower than in field.
碳黑颗粒物来自高温燃烧过程，它对可见光辐射具有最大能力的吸收作用。新近研究结果证实，碳黑大气颗粒物具有温室效应的作用，是引起地球气候变暖的重要角色。
Particulate matter of black carbon originated from burning process at high temperature and it possesses the most capacity of absorbing luminous radiation in the visible domain.
高温低湿环境有利于氡进入温室且浓度呈日间周期性波动。
Meanwhile, a diurnal fluctuation in indoor radon concentration was observed.
高温低湿环境有利于氡进入温室且浓度呈日间周期性波动。
Meanwhile, a diurnal fluctuation in indoor radon concentration was observed.
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