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temperature controlling apparatus
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  控温装置
     A temperature controlling apparatus for Mossbauer spectrum measurement
     一种穆斯堡尔谱测量用的样品控温装置
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  “temperature controlling apparatus”译为未确定词的双语例句
     A temperature controlling apparatus for positron lifetime measurements
     正电子湮灭寿命谱测量用的一种高低温装置
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  相似匹配句对
     Faucet Of Controlling Temperature
     KVK水龙头无微不至
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     Design of the temperature controlling for
     非制冷焦平面热像仪温度控制设计
短句来源
     A temperature controlling apparatus for Mossbauer spectrum measurement
     一种穆斯堡尔谱测量用的样品控温装置
短句来源
     A temperature controlling apparatus for positron lifetime measurements
     正电子湮灭寿命谱测量用的一种高低温装置
短句来源
     Development of Counting and Controlling Apparatus
     新型计数——控制器的研制
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A temperature-controlling apparatus and some electronic equipments for the responses of two species of blood-sucking leech to light flash and stirring water stimuli were used in a dark room. The light-flash stimulus were given by a lamp controlled by a silicon-control-led oscillator and the stirring water stimulus by a relay and a plastic plate, controlled by a silicon-control-led oscillator. Five incividuals of each weight range per species were tested five times. The experimental results...

A temperature-controlling apparatus and some electronic equipments for the responses of two species of blood-sucking leech to light flash and stirring water stimuli were used in a dark room. The light-flash stimulus were given by a lamp controlled by a silicon-control-led oscillator and the stirring water stimulus by a relay and a plastic plate, controlled by a silicon-control-led oscillator. Five incividuals of each weight range per species were tested five times. The experimental results were expressed by the average creep distances in one minute. The results of statistics and analysis indicated that Hirudo nipponia to illumination of light has very well positive relationship at 16℃, while negative relationship at 22℃; individuals of 0.2g weight to illumination of light are more sensitive than those of 0.5-0.6g and 1.0-1.3g weight at two temperatures. Poecilobdella hubeiensis to illumination of light has positive relationship at both temperatures;individuals of 0.5g of the species to illumination of lighy are more sensitive than those of 1.0-3.3g at 16℃;individuals of 9. 5-11. og weight to illumination of light are more sensitive than 0.5g and 1. 0--3. 3g at 22℃. According to a single factor, the responses of these two species of the leeches to stirring water stimulus are not obvious. In sum, the responses of the two species to light stimulus fit in a linear model, the formulae for both species as follow: Hirudo nipponia d= 2. 31-0. 040 H_z+ 24. 61W, R~2 = 0. 7149, P< 0. 0001; Poecilobdella hubeiensis d = - 47. 26 - 0. 34Lx + 3. 35Temp + 2. 45W, R~2=0. 8186, P<0. 0001; among them d──average distances (cm) creeping for one minute, H_z──frequency of light flash, Lx── illumination of light, Temp──water temperature, Wt── body weight. The results obtained provide a ecological basis for repelling and traping these two species of blood-sucking leeches.

利用自制的控温实验槽在暗室内进行医蛭科两种吸血水蛭对光闪烁和水扰动刺激的模拟 个体生态实验。实验结果的统计分析表明:日本医蛭(Hirudo nipponia)在16C时与照度有极好的正 相关关系,而在22℃时成负相关关系;0.2克体重的个体在两种温度时对照度的敏感度均大于0.5- 0.6克和1.0-1.3克体重的个体。湖北牛蛭(Poecilobdella hubeiensis)在两种温度时与照度均成正相 关关系;0.5克体重的个体在16C时对角度的敏感度大于1.0-3.3克体重的个体,9.5-11.0克体重 的个体在22C时对照度的敏感度均大于0.5克和1.0-3.3克体重的个体。单因子地看,两种水蛭对 水扰动刺激的反应不显著。总的看来,两种水蛭对光刺激的反应符合线性模型,其方程分别为:日 本医蛭d=2.31-0.040H_z+24.6lW,R~2=0.7149,P<0.0001;湖北牛蛭d=-47.26-0.34L_x+ 3.35Temp+2.45W,R~2=0.8186,P<0.0001。实验结果为诱捕和驱避两种吸血水蛭找到了生态学 依据

Industrial experiments and analysis of theoretical calculation show that it is always unsuitable for a thermocouple to be fixed at any site of the desorption column if the established value of temperature-controlling apparatus is just the same temperature as is required for desorption of carbon loading with gold. When the thermocouple is fixed at the downmost part of the desorption column or at any site of the heating apparatus, the apparatus would switch on frequently, which...

Industrial experiments and analysis of theoretical calculation show that it is always unsuitable for a thermocouple to be fixed at any site of the desorption column if the established value of temperature-controlling apparatus is just the same temperature as is required for desorption of carbon loading with gold. When the thermocouple is fixed at the downmost part of the desorption column or at any site of the heating apparatus, the apparatus would switch on frequently, which should be avoided in the production concerned. The site of the thermocouple and its established value can be only determined finally through industrial tests and theoretical calculation because they are connected with many conditions necessary to the desorption operation.

本文通过载金活性炭解吸电解工业性试验和理论计算分析,认为温控仪的设定值若选定在正好等于载金炭解吸作业所要求的温度,那么热电偶无论安装在解吸柱上的任何位置都不合适。若把热电偶安装在解吸柱的最下方或电加热器中的任何位置,都将使加热器启动频繁,这在生产中也不可取。热电偶位置及其设定值的合理确定与解吸作业的许多条件有关,只有通过工业试验或理论计算才能最终确定。

 
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