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body heat     
相关语句
  体温调节
     2) study the pathophysiologic mechanisms of Weiqi from the angles of immunology, metabolism and body heat regulation;
     2.从免疫、体温调节和能量代谢方面对卫气虚损的病理生理基础进行了探索。
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  “body heat”译为未确定词的双语例句
     Study on 9619 Compound Preparation Enhancing Resistance of Body Heat Injury
     9619复合制剂提高机体抗热损伤能力的研究
短句来源
     The precision in body heat measure is ±0.5℃ and in blood pressure measure is ±1 mmHg. Within an effective communication distance, the practical rate of inaccuracy of wireless transmission is 0%.
     该系统测量体温的精度为±0.5℃,测量血压的精度为±1mmHg,在可靠通讯距离下无线数据传输的实际乱码为0.
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     Definite Differential Calculation on Heat Coefficient K of the Car Body Heat Insulation Wall
     车体隔热壁传热系数K的有限差分计算法
短句来源
     HUMAN BODY HEAT BALANCE MODEL WITH ITS APPLICATION IN COMFORT INDEX FORECAST
     人体热量平衡模型及其在人体舒适度预报中的应用
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     Conclusion The method mentional above shows obviors effect in accelerating body heat acclimatization.
     结论 上述方法在加速机体热习服方面效果明显。
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  相似匹配句对
     The Heat Adjustment of Body's Garment And Assessment
     人体着装热调节及其评价
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     Advance in Studies of Human Body Heat System
     人体热系统研究的进展
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     On Body's Potential
     论身体的潜能
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     The Body of Cassini
     卡西尼号的“身体”
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     On Stagnated Heat
     论瘀热
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  body heat
The thermoregulatory control of human skin blood flow is vital to maintain the body heat storage during challenges of thermal homeostasis under heat stress.
      
The links between thermoregulatory behavior and site selection indicate that perches are adopted to maintain body heat in the cool spring conditions when territories are established.
      
Mild Whole-Body Heat Stress Alters Retinoid Metabolism in the Rat Small Intestine
      
As a mechanism for dissipating body heat and maintaining brain temperature, eccrine sweat glands throughout the body surface combined with reduction in body hair enhanced the evaporative cooling effects of sweating.
      
To elucidate this point the phenomena of rigid body heat conduction is used as an illustrative expample.
      
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This research is concerned at the histological structure of the skin of water buffalo,Bubalus bubalis.Nineteen samples of each animal from 9 buffaloes have been examined。 1.The epidermis is composed of the stratum corneum,stratum granu- losum,stratum spinosum and stratum basale.But it does not contain st- ratum lucidum.The papillomatous epidermis is quite distinct,and located around the papillary layer of the dermis,expanding futher to the junction area between the epidermis and the dermis.The dermis is divided...

This research is concerned at the histological structure of the skin of water buffalo,Bubalus bubalis.Nineteen samples of each animal from 9 buffaloes have been examined。 1.The epidermis is composed of the stratum corneum,stratum granu- losum,stratum spinosum and stratum basale.But it does not contain st- ratum lucidum.The papillomatous epidermis is quite distinct,and located around the papillary layer of the dermis,expanding futher to the junction area between the epidermis and the dermis.The dermis is divided into a superficial papillary layer and a deep reticular layer,but the demarcation line between them is not clear. 2.The sebaceous glands release their products by the holocrine mode. They are well-developed,generally with 2-3 lobules,and frequently ass- ociated with the hair follicles.The sebaceous glands are rich in capil- laries. 3.There is only one single type of sweat gland,i.e.,the apocrine type,found in the skin of water buffalo.We can easily observe the chara- cteristics of the different stages of the secretory activity through the various sections of the gland.The blood vessels attached to the sweat gland are comparactively more.However,the sweat gland is not very significant in the regulation of the body temperature. 4.The dermis is rich in capillaries scattering inside the papillae, and such histological make up is of advantage to the body heat loss.

作者选用9例中国水牛,每例水牛各取19个不同部位的正常皮肤制成切片,加以显微观察。结果表明:1.表皮分角质层、颗粒层、棘层和基底层,缺透明层。明显的乳头间屏环绕真皮乳头,从而大大增如了与真皮间的接触面积。真皮可分乳头层和网状层,但两者间的界线不甚明显。2.只存在一种顶浆分泌型汗腺,在不同切片上可观察到不同分泌周期汗腺分泌部的变化。汗腺的血管分布较少,对体温调节作用不是主要的。3.皮脂腺是全浆分泌型,较发达,一般分2~3叶围绕毛囊,毛细血管分布较多,分泌水平较高。4.真皮部位血管分布丰富,真皮乳头内有丰富的毛细血管网,有利于体热发散。

Heat coefficient K of the car body heat insulation wall is the main target on conductivity of heat of the car body and is also one of the basic parameters in calculating the heating power of cars.From the characteristic of trans- mitting heat of the car body heat insulation wall and according to the common program on the definite differential principle,the temperature field and heat coefficient K of the car body heat insulation wall of the 25.5 meter coaches are...

Heat coefficient K of the car body heat insulation wall is the main target on conductivity of heat of the car body and is also one of the basic parameters in calculating the heating power of cars.From the characteristic of trans- mitting heat of the car body heat insulation wall and according to the common program on the definite differential principle,the temperature field and heat coefficient K of the car body heat insulation wall of the 25.5 meter coaches are calculated out on TQ-16 computer.The calculating results close to the actual measurement.This pogram can be used to carry out the optimum design of the structure of the car body heat insulation wall.The main factors of the heat coefficient influenced on the wall are analyzed here.

车辆隔热壁的传热系数是评价车体隔热性能的重要指标,是车辆热工计算的基本参数之一。本文从车辆隔热壁传热特点出发,根据有限差分原理编制了通用程序,在TQ-16机上计算了25.5米硬席座车和软卧车隔热壁内部温度场及传热系数K值,计算结果与实测数据比较接近。该程序可用于隔热壁结构的优化设计。文中并对影响隔热壁传热系数的主要因素进行了分析。

It has been shown that an accompanied mass-transfer process will be found in the steady heat-transfer process in which the heat-transfer coefficient of a coach-body may be determined with a 'hot'" method. In order to find out the effect of the mass-transfer process an experimental research on the coachbody model was carried out in September 1984. It was ascertained through the research that the accompanied masstransfer process is that passing through the tiny crevices under a feeble pressure difference, and...

It has been shown that an accompanied mass-transfer process will be found in the steady heat-transfer process in which the heat-transfer coefficient of a coach-body may be determined with a 'hot'" method. In order to find out the effect of the mass-transfer process an experimental research on the coachbody model was carried out in September 1984. It was ascertained through the research that the accompanied masstransfer process is that passing through the tiny crevices under a feeble pressure difference, and as a result of measurements it was testified that the quantities of mass exchanged in the masstransfer process described above and the energy dissipation caused thereby will trend to become an invariant with the increase of the numbers of the tiny hole perforated on the model wall. The growth multiple of the coach-body heat-transfer coefficient, therefore, will tend towards a constant as the tiny crevice number is increased. It was determined by way of measurement of model experiment that the asymptotic value of this multiple is about 1.12.

1984年9月对车厢模型进行了试验研究。试验表明,在以“热”法试验测定车体传热系数的稳态传热过程中所伴生的换质过程,系在微弱压差下经细微孔隙的换质过程。测定结果证明,上述换质过程中的换质量和因而引起的能量耗散将随模型壁上细微孔穿孔数的增多而趋于定值,因而车体传热系数的增大倍数也将随细微孔数增加而趋于定值。经模型试验测定,此增大倍数的渐近值约为1.12。

 
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