- 更多网络例句与调节热的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Draw lessons from increment type observation implement with PI condition observation implement research achievement, combine heat to dominate a field complex control system designs bunchy form normally the actual condition of regulating system, offer observation of function of PI of increment style broad sense implement and the concept that its condition feedbacks, the tectonic regulating system that cluster form and observation implement feedback of shirt-sleeve broad sense condition controls a system, learn an analysis through number, give out the sufficient condition of IFO-PIO/BS reachs his corresponding theorem and deductive proof, announce give this to controlled systematic equivalence to be had at IFO-PIO/BS change the function that gain condition feedbacks.
借鉴增量式观测器和PI状态观测器的探究成果，并结合热控领域复杂控制系统通常设计成串级调节系统的实际情况，提出增量式广义PI函数观测器及其状态反馈的概念，构造串级调节系统和观测器相融合的广义状态反馈控制系统，通过数学分析，给出IFO-PIO/BS的充分条件及其相应定理和推论的证实，揭示出该控制系统等价于IFO-PIO/BS具有了变增益状态反馈的功能。
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Three represetive small mammals from tropical and subtropical regions of Yunnan Prov were used to ecophysiological study on adaptative thermogenesis and its regulation from different levels: individual, cell mitochondria, protein content, thyroxine hormones and regulation They are Pere David vole from geographically higher latidude and evleation, tree shrew , from intermidiate geograhpical position, lesser slow loris from lower latidude and lower elevation.
小型兽类适应性产热及其调节机制的研究是生理生态学研究中极为活跃的领域。然而关于热带亚热带种类的研究较为少见。本论文以我国云南省具有代表性的三种小型兽类--中缅树鼩、大绒鼠和倭蜂猴为材料，从个体、细胞线粒体、蛋白质及甲状腺激素和褪黑激素等水平，对它们的适应性产热及其调节特征进行了较系统地研究。弥补了我国在该研究领域中的不足。
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Secondly, A new heat and moisture model between skin surface and clothes and environment is introduced here, which considers all of the heat and moisture exchange to be Neumann (or second-type) boundary condition. Great benefits will be available for the various requirement of the clothing model.
更多其次，针对目前热调节模型的复杂性带来的改变服装形式和改进服装模型的困难较大的问题，本课题提出将环境对人体的所有热湿影响抽象为皮肤表面的第二类换热现象的新方法，提高了模型的灵活性并且扩展了其使用范围。
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In the process of developing the two-dimensional mathematical model of the human thermoregulation system, convection heat transfer between blood and tissue is studied, the methods for calculating blood convection heat transfer are developed.
在建立和发展二维人体热调节系统数学模型的过程中，本文对血液与人体组织间的对流换热进行了分类研究，发展了不同类型血液对流换热的计算方法。
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The effects of various correction elements and regulation parameters on the reheat steam turbine and their regularity have been discussed in detail according to a dynamic analogy test of the power-frequency electro-hydraulic control equipment for reheat steam turbines.
在中间再过热汽轮机功—频电液调节装置动态模拟试验的基础上，本文着重探讨电液调节装置的各校正元件、各调节参数对中间再过热汽轮机的影响及其规律性，并提出主要调节参数的合理范围。
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Mathematical Model of governing system's dynamic characteristicfor condensing turbine、 reheat turbine、 extraction turbine and power frequency turbine are introduced in this paper.
文摘：介绍了研究凝汽式汽轮机调节系统、中间再热式汽轮机调节系统、调整抽汽式汽轮机调节系统及功频电液调节系统的动态特性的数学模型。
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In order to im-prove the dynamic response characteristics of the system,it's necessary to separate the governing oilpipes of the control signals and to eliminate the interfere of the action of the actuator.The results isalso suited to the reheat and double extraction steam turbine governing system design.
由于执行机构动作的相互干扰，使得系统的稳定性降低，响应特性恶化；因而必须尽量消除执行机构动作之间的相互干扰，使执行机构的控制油路独立开来；这一结论也适用于两次调节抽汽透平和中间再热透平调节系统的设计。
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Municipal waste CFB incinerator is usually faced with problems such as furnace heat load fluctuation in large scope and low regulation resolution of main control feed－water valve,a 3－element fuzzy control system is used to modulate PID control parameters in an on－line way.
摘 要：针对循环流化床生活垃圾焚烧锅炉热负荷波动较大，给水调节阀调节特性差的状况，专门设计的锅炉汽包水位模糊三冲量串级自动控制系统，采用调节参数模糊智能自调整，主副回路采用异步控制方式，调节阀的调节特性进行线性化处理等策略。
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Operation analysis and investigation show that it is caused by the inappropriate design of hot vapor bypass control system, so the revamping has been carried out as follows: The diameter of hot vapor bypass pipeline has been enlarged from DN 40 mm to 80 mm, and the pressure difference of hot vapor bypass adjusting valve decreased from 50 kPa to 35 kPa; A vent pipeline for non-condensable gas fro.
改造的措施主要有：增大了热旁路管道的直径(由DN40mm增大到DN80mm)，并降低了热旁路调节阀的压差取值(由50kPa降低到35kPa)；增设一条自冷凝器壳程出口至回流罐的不凝气放空管道；对脱丁烷塔分程控制系统进行了改造，即将调节器输出信号的0-45%，55%%-100%分别用于控制热旁路调节阀和放空阀。
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By setting up the mathematical models of the regulating objects （combusting heat transfer, heat utilization and storage, superheater and main steam pipe line）, by combining heat transfer function of regulating system and by selecting method of setting PID accoding to set attenuation index object, the corrections among PID and pulverized coal＇s caloric values are found. Now the PID can be set according to caloric values of the pulverized coal burned in the unit and the automatic control can be put into operation.
通过建立调节对象四个环节（燃烧传热过程、热量的利用和储存过程、过热器、主蒸汽管道）的数学模型，结合调节系统的传递函数，选用按给定衰减指数设定PID参数的方法，找出PID参数与煤粉热值的关系式，最终达到在机组燃烧不同热值的煤粉时可依据该方法设定不同的PID参数、并都能投自动的目的，从而有利于提高机组的稳定性，并可节约煤粉。
- 更多网络解释与调节热的相关的网络解释 [注：此内容来源于网络，仅供参考]
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Heat cramp：热痉挛
答:热痉挛(heat cramp)是一种高温中暑现象. 在干热环境条件下劳动,出汗过度,随汗液排出很多NaCl,发生肢体和腹壁肌肉的痉挛现象. 患者体温并不升高. 补充食盐水即可缓解. 答:中暑是指在高温和热辐射的长时间作用下,机体体温调节障碍,
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Hawley：马拉松训练和比赛的代谢适应
13.热环境下马拉松表现的最优策略. Martin, David E. | 14.马拉松训练和比赛的代谢适应. Hawley, John A.;Spargo, Fiona J. | 15.马拉松运动中代谢底物的调节. Spriet, Lawrence L.
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hyperthermia：过热
80.过热(hyperthermia)是由于体温调节功能失调、散热障碍或产热器官功能异常,使体温调控不能与调定点相适应,体温被动性升高,体温升高的程度可超过调定点水平,但此时调定点并未移动,这类体温升高称为过热.
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hypothermia：低体温
不过这类的潜水员,比较不易真正发生失温/低体温(hypothermia)的现象,因为他们最早离开水里. 缺点 人体各部位都有冷觉受器(cold receptors), 若全身包覆太暖, 无法感测真正的外界温度,反倒失去热的调节功能 (thermoregulation);
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histogenous hypoxia：组织性缺氧
76.组织性缺氧(histogenous hypoxia)是指由于组织、细胞利用氧障碍所引起的缺氧. 79.发热(fever)是指在致热原作用下,体温调节中枢的调定点(set point)上移而引起的调节性体温升高,当体温上升超过正常值0.5℃时,称为发热.
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Pyrogen：(致)热原
82.致热原(pyrogen)是指具有致热性或含致热成分,并能作用于体温调节中枢引起人 体和动物发热的物质. 87.高峰期或高热稽留期(fastigium)当体温上升到与新的调定点水平相适应的高度,就波动于较高的水平上,
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Reheater RH：再热器
Regulating valve 调节阀 q: FhuOP | Reheater RH 再热器 -X$EE$: | Relative REL 相对的 [I4MK%YQ
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adjustable spot lamp：可调聚光灯;车灯
adiabatic 绝热的 | adjustable spot lamp 可调聚光灯;车灯 | adjustment for illumination 照明调节;照度调整
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nonadjustable：未调节的,不可调节的
non-adiabatic 非绝热的 | nonadjustable 未调节的,不可调节的 | non-ageing 不老化的,经久的
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HSP heat shock protein：热休克蛋白
热休克蛋白(HSP heat shock protein)是应激后细胞内优先合成的一组蛋白质,又称为应激蛋白(CSP,stress protein)或分子伴侣(chaperones). 其中HSP70它具有重要的细胞功能,如细胞保护作用、分子伴侣及抗氧化等. 文章重点介绍HSP70的功能、结构、调节及与运动之间的相互影响.