在人工控制条件下研究了光照时间和温度对农垦58S及以此为基因源转育的其他粳型光敏不育系育性的影响。
The effects of photoperiod and temperature on fertility of Nongken 58S and its derivedPGMSRs (subsp. japonica) were studied in artificially controlled condition.
介绍人工智能控制算法在养护窑温度控制中的应用，对其组成和控制做了详尽的介绍。
This paper describes the application of artificial intelligence control algorithm in curing kiln temperature control. It introduces in more details fot the construction and control.
这可以实现人工控制散热温度。
The invention can realize the manual control of the heat-radiation temperature.
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