热损失

Symptoms of overcharging are hot batteries and unusual fluid loss.

症状滥热电池和不寻常的流体损失。

If liquid ingredients were added after heat processing, such as feed conditioning, extruding, expanding and pelleting, the loss of heat-sensitive components can be reduced.

在调质、膨化、膨胀、制粒等热加工工艺后添加液体，可以减少其中的热敏性成份的损失。

Farmers and herders can lose up to half or more of their calves to East Coast fever.

农民和牧民会因海岸热而损失一半甚至更多的牛。

This is to improve human life, production environment and reduce heat energy consumption, reduce the light liquid products of evaporation losses, compressed gas tank to prevent overheating boost, reduce fire and explosion accident hidden dangers and prevent related articles excessive spoilage, etc.

这对改善人类生活、生产的酷热环境和减少能耗、减少轻质液态产品的蒸发损失、防止压缩气体贮罐过热升压、减少火灾和爆炸事故隐患、防止有关物品过快的腐败变质等作出了巨大贡献。

The relationship between the processing parameters and the dilution and the effective utilization of powder coefficient were explained theoretically In the meantime, the theoretical method to analyze the variation of the microstructure and the properties of the cladded layer were formulated.

建立了多道搭接技术条件下熔覆层稀释率、粉末有效利用系数和激光热有效利用率的方程。在搭接过程中，熔覆材料的损失机制主要是烧损。

All of the three ether imides synthesized exhibited low inherent viscosity, high thermal stability of 456 to 499 oC in TGA measurement (5wt% loss/N2) with Tgs between 240 ~254 oC. They also show good solubility behaviors in N-methyl-2- pyrrolidinone, dimethyl sufloxide, dimethyl formamide, chloroform, and m-cresol.

所得聚醚亚醯胺高分子皆具如下相同之优点如：包括低固有黏度表现，其热性质上也具高隐定性，其TGA在氮气5 wt %重量损失测定可达456 ~ 499 ℃，其玻璃转移温度达240 ~ 254 ℃，在溶解度方面，它们皆可溶解於高极性有机溶剂如： NMP、DMSO、DMF，亦可溶於中极性之溶剂如CHCl3、m-cresol。

As the most important equipment, Metal-clad switchgear guarantee the safe operation of electric power system. Sometimes, the temperature of part of Metal-clad switchgear maybe over the limit of safe operation, and then arouse accident, bring losing.

开关柜是保证电力系统安全运行的重要设备之一，但是经常因为开关柜局部过热，而引起事故，造成损失。

This also results in a saving in material, because trimmed-of gates and sprues would be a complete loss of the thermosetting plastic.

这也在材料中造成储蓄，因为清理浇口和浇道会是热硬化性的塑料性物质的一个完全损失。

So ,the temperature is quite essential for an engine to produce power .No engines can work well without suitable operating temperatures .If the engine runs too hot ,it may suffer form pre-ignition,while the air-fuel change is ignited prematurely from excessive combustion chamber temperature.Viscosity of the oil circulating in an over heating engine is reduced.Hot oil also forms varnish and carbon deposits may be drawn into the combustion chamber where it increases HC emission.This also causes poor performance and premature wear ,and may even result in engine damage.What is more,the behavior of the metals at excessively high temperature also differs from that at normal temperatures and can produce a condition in which the metal deforms slowly and continuously at a constant stress,If the engine runs too cold, the fuel will not vaporize properly.If liquid fuel reachees the cylinders,it will reduce lubrication by washing the oil from the cylinder walls and diluting the engin oil.This causes a loss ofperformance, an inrease in HC emissions, and premature engine wear.

所以，温度是很有必要的引擎来产生电力，没有引擎，可以工作，如果没有合适的操作温度，如果发动机运行太热，它可能遭受的形式预点火，而空气燃料的改变是点火过早过量燃烧室temperature.viscosity的石油流通的过度加热发动机是reduced.hot油价也构成了清漆和碳存款可能会被拖入燃烧室而增加hc的emission.this也造成业绩不佳和过早磨损，甚至可能导致发动机damage.what更重要的是，行为的研究金属在过高的温度也有不同，在正常温度下，可以达到的一个条件，其中金属变形速度缓慢，不断在恒应力，如果发动机运行太冷了，燃料价格将不会汽化properly.if液体燃料reachees气瓶，将减少润滑洗油从气缸壁和稀释器oil.this造成损失ofperformance ， inrease在hc排放，发动机过早磨损。

Other fourth-round matches of note include Charlie Williams over Alex "The Lion" Pagulayan, Santos Sambajon Jr. over Fabio Petroni, Ike Runnels against Mike Davis, and Tony Mougey handed Corey Deuel his first one-pocket loss.

其他第四轮比赛的注意，包括查理威廉斯超过徐家&狮子&帕古拉扬，桑托斯sambajon超过小法比奥petroni ， IKE的runnels对麦克戴维斯，托尼穆热移交（ Corey deuel他的第一个口袋的损失。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。