Analog devices and human body temperature of CO2 emitted gas (the test to obtain the best value).
模拟人体温度装置及人体所发出的CO2气体(通过测试取得最佳值)。
As 37 degrees Celsius is the human body temperature, her company makes people feel pleasant and comfortable.
因为37摄氏度是人的常态体温，所以，37度女郎在身边会让人觉得开心、舒心。
Under the human body temperature, the dilator can restore the original shape which is designed and has the effects on the dilatation, the support and the drainage.
在人体温度时即可恢复原设计形状，起到扩张、支撑、引流作用。
Geothermal heating because of its clean, thermal efficiency is high, save a space, accord with human body temperature habits etc is the favour of people and developers.
地热采暖因为其洁净、热效高、节省空间、符合人体感温习惯等优点备受人们和开发商的青睐。
Determination results indicate: individual changes in the range of temperature between 2.7 degrees within the normal human body temperature is high or low, there are subtle differences.
测定结果标明：个体之间体温变化范围在2.7度之内，都是正常的人的体温高低，有细微的差别。
Combined with a water-based attractant derived from human sweat (collected from a wrist band), the trap mimics the scent, moisture, and temperature profile of a sleeping body.
再结合上从人体汗液(从手腕中来的)来的水性引诱剂，这个引诱器就能模拟和一个睡着的人体一样的情景、湿度和温度。
At night, the container is brought inside, where the heat is released at approximately the temperature of the human body as the wax re-solidifies.
晚上，把圆锥容器拿到屋子里，圆锥中的石蜡凝固时放出的温度和人体温度相似。
Refinetti concluded, "Although not yet replicated in humans, these results suggest that human obesity may be caused by a small reduction in the temperature at which the body maintains itself."
Refinetti教授总结道，“虽然研究的结果未能复制到人类，但也启发我们，人类的肥胖可能是由于人体所需要保持的体温所产生的轻微下降所导致的。”
Flax is the layer fiber of fabric, approximately human skin to protect the body and regulate the temperature etc. , so flax clothing is called" close-fitting airconditioning".
亚麻是织物的皮层纤维，近似于人体的皮肤，具有保护机体，调节温度等天然功效，亚麻服装被称之为“贴身穿着的空调”。
Thermal comfort exists if the human body in thermal equilibrium with its environment, implying a constant temperature of the body.
若人体与环境达成热平衡，以保持体温恒定，就谓之具有热舒适性。
The fuzzy control method has the strong robustness, can precisely control in the vehicle the temperature, satisfies the human body comfortable request.
模糊控制方法具有较强的鲁棒性，能较为精确地控制车内温度，满足人体舒适性的要求。
But how the human body is able to sense a one-degree change in temperature has remained a mystery.
但人体如何感知一度的温度变化仍是个谜。
Sultable temperature and humidity are proposed as applied indexes of thermal-wet comfort of textiles based on the human body clothing environment system in this paper.
从人体-纺织品-环境这一系统出发，提出了纺织品的适用温度、湿度等热温舒适性的应用指标。
Methods: Changes in the body temperature of human subjects in the simulated environment were determined in the cryogenic lab oratory.
方法：以人体作受试者，在低温实验室模拟一定的条件下，测量人体温度变化。
In this paper various methods for estimating mean skin temperature of human body, some instruments used to measure skin temperature and the applicability of these methods are evaluated.
本文介绍了不同的人体平均皮肤温度测算方法及测温仪器，并对这些测算方法的适用性进行了简要的评价。
States the reasons for super cooling phenomenon and its harm to human body, and suggests precautions in low temperature waters.
介绍了过冷现象的产生原因及其对人体的伤害，并提出在低温水中的预防措施。
In underground work terms, clothes and human body form "little climate" the high wet state of high temperature exists.
在井下作业条件，服装与人体形成“微气候”中存在高温高湿状态。
The biological effect of low temperature on the human body, the techniques of cryopreservation and cryosurgery, the related devices and the safe protection are described.
描述了低温对人体引起的有关生物效应，生物组织的低温冷藏技术和冷冻手术治疗等技术，以及与这些技术有关的装置及安全防护。
A mathematical model of the human body thermal regulation system is established, and the physiological identification parameter of aircraft cabin temperature is numerically simulated.
建立了人体热调节系统数学模型，对飞机座舱温度生理鉴定参数进行了数值模拟。
When a human body is gradually dehydrated during exercise, the environmental temperature is an important factor influencing cardiovascular functions.
当机体在运动中逐步脱水时，环境温度是影响心血管功能变化的一个重要因素。
This article discusses the process of warmth keeping test on the human body under a low temperature condition. The testing results are analyzed and studied.
文章论述了低温环境下保暖试验的过程，对试验结果进行了分析、研究。
By the presented optical readout system and the fabricated arrays, we obtain a thermal image of human body at room temperature.
用该阵列在光学读出系统中，获得了室温下人体的热图像。
The result shows: the distributing of the skin temperature is along the meridian of the human body.
结果表明：皮肤温差点基本上是循经分布的。
This paper consists of three parts. In part 1, the temperature mathematical models including cockpit, human body and ventilation suit are established.
建立数学模型，包括座舱温度数学模型、人体温度数学模型、通风服数学模型及三者联合数学模型。
Grace believes that if we could somehow replicate the extremely sensitive infrared sensors of the pit viper, it might be possible to detect very small temperature changes in parts of the human body.
Grace相信，如果我们有一天能复制出象响尾蛇科那种极端敏感的红外线感受器，也许能检测出人体各种部位的微小温度变化。
Features: with unusual high and low temperature resisting property, climatic resistance, ozone-resistance, waterproof as well as good electric and physical property, harmless to the human body.
具有优异的耐高、低温机能、耐候性、耐臭氧、耐水性、以及良好的电气机能和生理惰性，对人身体无害。
It obtain the temperature of room air and floor, mean radiant temperature of building envelope and draw a conclusion of human body comfort.
通过试验测得空气平均温度、地板表面温度、实验室围护结构的平均辐射温度等一系列参数，得出利用热管辐射采暖时的人体舒适度。
Objective The influence of high temperature environment to human body is wide, including hot metabolism, energy metabolism, water salt metabolism, neuroendocrine system, cardiovascular system and so;
目的高温环境对人体生理功能的影响是广泛的，包括热代谢、能量代谢、水盐代谢、神经内分泌系统、心血管系统等；
Objective The influence of high temperature environment to human body is wide, including hot metabolism, energy metabolism, water salt metabolism, neuroendocrine system, cardiovascular system and so;
目的高温环境对人体生理功能的影响是广泛的，包括热代谢、能量代谢、水盐代谢、神经内分泌系统、心血管系统等；
应用推荐