affect the temperature中文是什么意思

• 影响气温

• "affect"中文翻译     affect1 vt. 1.影响，作用；感受 ...
• "temperature"中文翻译    n. 1.温度，气温。 2.体温。 3.〔口语〕发烧，高 ...
• "affect" 中文翻译 :    vt. 1.假装，佯装，假冒，冒充。 2.爱，好，爱用，爱穿。 3.成(某种形状)。 4.常去，常在(某处)。 affect composure 假充沉着。 affect ignorance 假装不知。 affect the scholar冒充学者。 affect loud neckties 爱用花哨的领带。 Drops of water affect roundness. 滴水成珠。 Moss affects the northern slopes. 北坡常长青苔。 affect1 vt. 1.影响，作用；感受，感染。 2.害(病)，伤(风)，中(暑)。 3.感动。 be affected by heat [cold] 中暑[着凉]。 His lungs are affected. 他患肺病了。 His death affected us deeply. 他的死使我们深为感伤。 n. 1.【心理学】情感，感情。 2.【数学】偏差。
• "affect to" 中文翻译 :    假装
• "affect affect" 中文翻译 :    美感的
• "adversely affect" 中文翻译 :    对......有不利影响; 反作用影响
• "affect 1" 中文翻译 :    左右着
• "affect 2" 中文翻译 :    爱炫耀; 装成
• "affect appearance" 中文翻译 :    影响外型
• "affect backfacing" 中文翻译 :    忽略背面; 影响背面
• "affect display" 中文翻译 :    情感展示
• "affect fantasyy" 中文翻译 :    情感性幻想
• "affect hunger" 中文翻译 :    情感饥渴
• "affect hungerr" 中文翻译 :    情感性饥饿
• "affect mask" 中文翻译 :    影响遮罩
• "affect mind" 中文翻译 :    思想支配
• "affect moods" 中文翻译 :    影响情绪
• "affect neighbors" 中文翻译 :    影响相邻
• "affect region" 中文翻译 :    (面域影响)可以在物体表面子物体级上产生变形。如拉出鼓包或折痕。; 区域影响; 影响区域
• "affect spasms" 中文翻译 :    情感性痉挛
• "affect specular" 中文翻译 :    影响镜面
• "affect structure" 中文翻译 :    情感结构
• "affect the meridians" 中文翻译 :    影响经络
• "affect the price" 中文翻译 :    影响价格
• "affect the urethra" 中文翻译 :    压迫尿道

• The results show that seepage affects the temperature distribution around the heat exchanger obviously in both heating and cooling conditions , and the heat transfer effect is improved markedly at seepage situation , while the accumulating effect of heat quantity is significantly weakened
  结果表明，无论是在制热还是制冷工况下，渗流都对换热器周围温度场产生显著影响，有渗流情况的换热效果明显提高，热量（冷量）聚集效应明显减弱。
• The results show that the temperature variety in prestress concrete could not been neglected . the main factors that affect the temperature distribution had been analyzed basing on experiment results and much datas of environment variety , and provided a simple curve about periodical variety environment temperature
  在现场试验研究和其它的环境温度的大量实测资料的基础上，对影响预应力混凝土构件内部温度分布的主要因素进行分析，提出了周期性变化的环境温度可在数学上简化为一条简单的简谐波曲线。
• The fem results indicated that as to the rough surfaces in sliding contact , the value of the contact pressure was very high which coursed a high value of the heat flow rate , meanwhile the sliding time was not enough for the frictional heat to transfer , thus the highest value of the body temperature occurred just on the sliding surfaces , which possessed a sharp thermal gradient in direction perpendicular to the sliding surface . so the great thermal stress was caused just by the sharp gradient and the thermal elastic distortion with which the contact pressure changed occurred simultaneously , thus this change of the contact pressure would affect the temperature distribution in return
  对于相对滑动的粗糙表面，因实际接触面积小而导致接触压力很大，这样使得热流密度会很大，同时由于滑动时间很短，热来不及传导，最高温度发生在摩擦表面，在垂直于摩擦面的方向有很大的温度梯度，使得热应力很大，且最大应力发生在表面，同时产生热弹性变形，这种变形使得接触区域内的压力分布发生变化，这种变化又反过来影响了接触区域的温度分布。
• In this paper , the sensibility analysis of the factors affecting the temperature in well bore is relatively systematically made by using a large number of the data calculated with the borehole flow and heat transfer 3 ? d numerical model proposed by the author . the study shows that the thermophysical parameters of the drilling fluid and formation , etc . and the entrance temperature and circulating capacity , etc . of drilling fluid have a greater influence on the temperature in well bore . therefore , accurately mastering the thermophysical parameter values of penetrated formation and drilling fluid in well bore , considering the influence of the temperature and pressure on thermophysical parameters and accurately measuring such parameters as entrance temperature and discharge capacity of drilling fluid , etc . are of utmost importance for accurately simulating the temperature in well bore
  利用由作者提出的井内流动和传热的三维数值模型计算所得的大量数据，文章对影响井内温度的诸多因素进行了较系统的敏感性分析,研究表明：钻井液和地层等的热物理参数以及钻井液的入口温度、循环排量等对井内温度有较大影响，因此，准确掌握所钻地区地层和井内钻井液的热物理参数值，考虑温度压力对热物理参数的影响，准确测量钻井液的入口温度、排量等参数值，对于井内温度的准确模拟至关重要。