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temperature and light
相关语句
  温度和光照
    Influence of Temperature And Light Length for Growing of Tetranychus Truncatus Ehara
    温度和光照长度对截形叶螨生长发育的影响
短句来源
    Effect of Temperature and Light Length on Breed of Tetranychus truncatus Ehara
    温度和光照长度对截形叶螨繁殖的影响
短句来源
    Effect of Temperature and Light Length on Growing ofMale_ Tetrangchus Truncatus Ehara
    温度和光照长度对雄性截形叶螨生长发育的影响
短句来源
    Effect of temperature and light time on the laboratory populatoin development of Tetranychus truncatus Ehara
    温度和光照对截形叶螨实验种群生长发育的影响
短句来源
    Under auto - controlled temperature and light length in small rooms, breed of Te-tranychus truncatus Ehara was studied in terms of twice regression general design.
    在自动控制温度和光照长度的小实验室内,采用二次回归通用设计,对截形叶螨的繁殖方面进行了研究,其结果表明:产卵高峰期和子代性比与温度和光照长度无关;
短句来源
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  “temperature and light”译为未确定词的双语例句
    The final result is that:the physical factors do a great dealto inactivate the virus,the most important physical factorscontain temperature and light.
    检测结果发现:物理因素对病毒的灭活起了重要作用,最重要的物理因素为温度和光线(包括紫外线)。
短句来源
    Diurnal variation in transpiration rates for different plants followed a similar pattern; transpiration rates were low in the morning, increased as temperature and light intensity increased, and then declined again.
    不同树种蒸腾强度日变化的共同特点是:早晨较小,随着光照、气温等的升高,蒸腾强度逐渐增大,至12时达峰值(有时最高值出现在14时),下午随着光照减弱,气温下降,蒸腾强度又逐渐降低,不同植物在一定时段的蒸腾速率差异很大。
短句来源
    Under auto_controlled temperature and light length in small rooms,using the way of twice regression general design,growing of male_ Tetrangchus truncatus Ehara was studied.
    采用二次回归通用设计的方法,对雄性截形叶螨生长发育进行了研究。
短句来源
    The results indicated that persistence of acetochlor was much shorter in non-sterilized soil than that in sterilized soil under the same (conditions) of acetochlor concentrations, soil moisture, temperature and light.
    结果显示:在相同温度、湿度和光照条件下,相同浓度的乙草胺在灭菌土壤中的持效期比在非灭菌土壤中的持效期长;
短句来源
    Successful copulation was the highest in 24 h and 36 h old female and,36 h old male among all the adults tested,and suitable temperature and light intensity for successful copulation were 25-35℃ and 1500 lx,respectively.
    24~36h蜂龄的雌蜂和36h蜂龄的雄蜂交配成功率最高; 温度26℃和光照1500lx是雌雄个体成功交配的最佳条件。
短句来源
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  temperature and light
A leading role of neuropeptides and their effects on the developmental rate and morphogenetic variation under the influence of temperature and light factors are suggested.
      
The effect of pretreatment temperature and light intensity on recovery of the photosynthetic apparatus and its resistance to photostress and repeated heat shock is examined.
      
By comparing the parameters of temperature and light conditions where fruits grow with the GSH contents in them, the mutual relationship was disclosed.
      
Responses to temperature and light significantly regulated behaviour in the field.
      
The influence of temperature and light regime on the feeding intensity of Tetranychus urticae (Koch) (Acari: Tetranychidae) was studied on bean plants.
      
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Under the condition of controlling voluntarily temperature and light length in small rooms, using the way of twice regression general design, growing of Tetrangchus truncatus Ehara was studied. The results are that there was relation of mutual aid and cooperation of positive direction between the temperature and the light length during the time covered one generation. The temperature's influence is deeper than the light length' s. The time is shortest of covering one generation...

Under the condition of controlling voluntarily temperature and light length in small rooms, using the way of twice regression general design, growing of Tetrangchus truncatus Ehara was studied. The results are that there was relation of mutual aid and cooperation of positive direction between the temperature and the light length during the time covered one generation. The temperature's influence is deeper than the light length' s. The time is shortest of covering one generation under the condition of 32. 5℃ and 12hr light. the days are 5. 7.

在自动控制温度和光照长度的小室内,采用二次回归通用设计.对截形叶螨的生长发育进行了研究.结果表明:从完成一个世代的发育历期来看,温度和光照长度之间存在着正向互作关系;温度的作用明显大于光照长度的影响;在32.5℃、12小时光照条件下完成一个世代所需的时间最短.其值为57天.

Under auto - controlled temperature and light length in small rooms, breed of Te-tranychus truncatus Ehara was studied in terms of twice regression general design. The resultshowed: Peak period of laying and sexual - ration of the nest generation had nothing to do withtemperature and light lengthThe period of laying had negative linear correlation with temperature, Average spawningquantity per day had positive linenr correlation with temperature, Average spawning quantity perday had...

Under auto - controlled temperature and light length in small rooms, breed of Te-tranychus truncatus Ehara was studied in terms of twice regression general design. The resultshowed: Peak period of laying and sexual - ration of the nest generation had nothing to do withtemperature and light lengthThe period of laying had negative linear correlation with temperature, Average spawningquantity per day had positive linenr correlation with temperature, Average spawning quantity perday had convex parabola correlation with light length. The shortest life - span was about 17daysand the longest life - span was about 69 days in the limit of the test.

在自动控制温度和光照长度的小实验室内,采用二次回归通用设计,对截形叶螨的繁殖方面进行了研究,其结果表明:产卵高峰期和子代性比与温度和光照长度无关;产卵期随着温度的升高呈直线缩短的函数关系;日均产卵量随着温度的升高呈直线增加的函数关系,光照长度对日均产卵量呈开口朝下的抛物线函数关系;雌螨寿命在本试验范围内最短寿命为17天左右,最长寿命为69天左右.

Under auto_controlled temperature and light length in small rooms,using the way of twice regression general design,growing of male_ Tetrangchus truncatus Ehara was studied.The results shown: In the time of covering one generation,the temperature effect was much deeper than the light length for growing and the temperature was related to the light length,but was not marked.The time is the shortest of covering one generation under the condition of 3341153 h/d and the days are 4.89....

Under auto_controlled temperature and light length in small rooms,using the way of twice regression general design,growing of male_ Tetrangchus truncatus Ehara was studied.The results shown: In the time of covering one generation,the temperature effect was much deeper than the light length for growing and the temperature was related to the light length,but was not marked.The time is the shortest of covering one generation under the condition of 3341153 h/d and the days are 4.89.

采用二次回归通用设计的方法,对雄性截形叶螨生长发育进行了研究。结果表明:从完成一个世代的发育历期来看,温度的作用明显大于光照长度的作用;温度和光照长度之间存在正向互作关系,但不十分显著。在33.4℃、11.53h/d光照条件下,完成一个世代所需的时间最短(4.89d)。

 
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