过热的

The design improvement of the structure of A cylinder, the use of superheated solvent vapour, the connection way of fan and cyclone separator, the vacuum device of B cylinder and the airtightness of the system were described.

重点阐述了溶剂过热蒸汽低温脱溶装置中A筒结构、A筒溶剂过热蒸汽的使用、风机与刹克龙的联接方式、B筒负压装置、系统的封闭性等问题的设计改进。

The influences of superheater spray desuperheating and reheater spray desuperheating on thermal economy of a 600MW unit were calculated.

以某600 MW机组为例，分别计算过热器喷水减温和再热器喷水减温在不同减温水来源的情况下对机组热经济性的影响。

By analyzing the present situation of the refractory lining of the steam superheater ,the failure causation is found out.

通过对蒸汽过热炉耐火衬里运行现状的分析，找出了过热炉耐火衬里存在的缺陷和产生原因，对耐火纤维衬里的结构、耐火砖衬里的材料，托砖板和看火孔的结构形式进行了技术改造。

It discusses the Problems of how to ensure the safety in the running of hydrogen's combustion system and haw to improve heat efficiency of the steam superheater .

介绍了用氢气作为燃料的四氟乙烯装置蒸汽过热炉的设计特点，探讨了设计中如何保证氢气燃烧系统的安全运行以及提高蒸汽过热炉热效率的措施。

The nitrogen content in the product is affected by temperature, which is unfavorable in carbonthermic reduction and nitridation if it is over or below to 1420℃.

反应温度对产物的氮含量有重要影响，对于碳热还原氮化反应，过低或过高的温度都不利于反应进行，较适宜的温度为1420℃；而铝热还原氮化反应中，升温有利于提高反应速度，较适宜的温度为1460℃。

To solve the problem of superheat and slow warm-up in the transportation of automobiles,we refits the engine with electric control pump.

针对当前汽车运输中普遍存在的预热缓慢和过热现象，在汽车发动机上进行了电控冷却水泵的改装试验，缩短了预热时间，避免了过热现象的发生。

With the increase of the melt superheating treatment temperature and the superheating time, the solid/liquid interface stability decreases.

随着熔体过热温度的提高和过热时间的延长，液固界面稳定性降低；相反，随着低温静置时间的延长，液固界面稳定性提高。

Shielding coil motor buried in the end of the temperature relay, when the motor winding overheating, the play the role of over-temperature protection, according to the electrical insulation used in different levels, temperature relay temperature is different from the action.

屏蔽电机的线圈端部埋有温度继电器，当电机绕组过热时，起到过热保护作用，根据电机所使用的绝缘等级不同，温度继电器的动作温度也就不同。

In order to understand the operation safety and pipe service life span of rear superhearter, the essay established dynamic mathematic model of single piece of screen of rear superhearter, including the following sub-models: flue gas side model, steam side and metal pipe wall mathematic model, flow calculation model and wall temperature calculation model.

为了更好地了解后屏过热器运行的安全性和管子使用寿命，本文建立了后屏过热器中单独一片屏的动态数学模型，其中包括以下几个子模型：烟气侧模型、蒸汽侧和金属管壁的数学模型、流量计算模型和壁温计算模型。

The main contents of the present paper include: 1、The mechanism of fouling accumulation and the effects of fouling and slagging on boiler performance are analyzed. The model of fouling increasing is developed on the basis of sediment rate and denudation rate. The fouling monitoring models for boiler furnace and convective sections based on heat balance, the ones for air heater based on converted pressure difference are given. The implement results show that these models can reveal the cleanliness of boiler heat transfer surface. 2、The disadvantages of the model for boiler furnace fouling and slagging monitoring based on heat balance are discussed, and the calculation of radiant heat flux is considered as the primary difficulty.

主要包括以下内容： 1、分析了锅炉受热面污染形成的机理，从灰污的沉积率和剥蚀率角度出发，推导了受热面灰污增长的基本模型，分析了灰污热阻随积灰时间和烟气流速变化的规律，并通过大量现场试验，得到了沉积常数与时间常数的取值范围； 2、针对炉膛、对流受热面和空气预热器等不同受热面的传热特性，分别建立了基于热平衡和折算压差的污染在线监测模型，经实践验证，其监测结果能够满足现场工程应用的精度要求； 3、分析了基于热平衡原理的辐射、半辐射污染监测模型的不足之处，指出了机理模型因对炉内辐射换热量计算不准确，导致对以辐射换热为主的炉膛和以半辐射半对流的屏式过热器监测效果不够理想。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。