1) coke furnace temperature measuring
炉膛测温仪
2) furnace temperature
炉膛温度
1.
Applying the new technique of rich oxygen burning,improving and saving energy,discusses the advantages of the technique of rich oxygen burning at present, by elevating the furnace temperature, decreasing smoke heat loss, and avoiding the atmosphere pollution from nitrogen,also points out the way when disposing the hot side of boiler, and put forward the new way of new boiler product development.
从提高炉膛温度、减少排烟热损失和消除氮氧化物对大气的污染等三个方面论述了富氧燃烧新技术的优越性。
2.
Through simulating the influence of various ratio of primary and secondary air,position of upperlevel secondary air,coefficient of excess air,upon furnace temperature of the CFB boiler,and distribution of SO_2 and NO_x emission,the reasonable optimality of operational parameters has been a.
通过模拟不同一二次风比例、上级二次风位置、过量空气系数对CFB炉膛温度、SO2及NOx排放分布的影响,分析运行操作参数合理性,为440 t/h CFB锅炉的运行优化提供理论依据。
3.
With increased rear-arch and used high temperature and pressure steam as the secondary air,the furnace temperature and combustion efficiency was increased and the carbon particle s staying in furnace was also prolonged in addition to a good economic and social benefit.
对抛煤机锅炉的燃烧特点和存在的问题进行了分析,采取增设后拱和用高温、高压蒸汽作二次风的改造措施,提高了炉膛温度和燃烧效率,延长了碳颗粒在炉膛内停留时间,取得了较大的经济效益和社会效益。
3) Chamber Temperature Control Module
炉膛温度测控模块
1.
The Design Based on the Monolithic Integrated Circuit Chamber Temperature Control Module.;
基于单片机控制的炉膛温度测控模块设计
4) furnace exit temperature
炉膛出口温度
1.
The methods to moniter and control furnace exit temperature in the light of the important influence of furnace exit temperature in power plant which is seeental to the safty,economy,dependability and pollutatnts emission reduce of boiler operation and boiler seivice life prolonging is proposed.
针对火力发电厂中炉膛出口温度是锅炉设计中的重要技术参数,对锅炉运行的安全性、可靠性、经济性以及降低污染物排放,延长锅炉使用寿命有着重要的作用和影响。
5) flue temperature at furnace outlet
炉膛出口烟温
1.
Slag will happen if the flue temperature at furnace outlet is over high, however, the adoption of tower arrangement for boiler can increase the flue temperature at furnace outlet and avoid the slag on heating surface.
提高锅炉炉膛出口烟温可以减少对流受热面的布置及降低金属耗量,炉膛出口烟温过高将导致受热面结焦,采用塔式布置的锅炉可以提高炉膛出口烟温并且不致使受热面结焦。
6) temperature of chamber
炉膛壁面温度场
补充资料：红外测温仪
红外测温仪
infrared thermograph
发射时受到控制:受阻挡时，接收器接收的是调制)是目的相当于环境温度的红外辐射;不受阻挡时，;，号反标物的红外辐射。因此，接收器所输出的脉冲了:波后映出目标物的温度和环境温度之差，经放大和考·之差转变成直流电平△v。△v与两个温度的四次二方校成正比。环境温度敏感器所测温度经放大和四之功口电正网络电路就变成电平△P，与八V共同输入刁云器，路并经线性化网络处理后输出到电表或数字显只小，显示器所显示的就是被测物的实际温度。仪器体避免便于携带。测量时必须使被测物充满仪器视场，卜水其它目标干扰，影响精度;测量面积较小的麦甚壤红稻叶片时，镜头应与地面成45。交角，防止下面以免夕卜辐射的干扰。室外测量应避免直接照射仪器，高温影响精度。禁止将仪器镜头直接对准太阳或其，天应源以免损坏热敏元件。雾对红外线不透射，故续物体停止使用。因被测物的:小于1，所以指示温度t起的的实际温度偏低，应考虑相对辐射率:不同所毛木)误差。(卫n兮Wa弓C兮wen丫I夕卜溅温仪-(infraredthermograP]ho红通过狈嘴物体发出的红外辐射来测定物体表面拢仪器。其优点是能在不破坏被测物体温度场的情;对物体进行遥感式非接触测量*广泛用于测量摧面、牲畜表皮和十壤、水体以及其它物体表面的;2()世纪50年代以来，出现了不同类型的红外测温·以测温范围分，有侧1 oooC以下直至零下几十摄氏低温测温仪;100一700℃的中温侧温仪和700℃的高温测温仪;以波段范围分，有全辐射测温书色测温仪一_双色测温仪和三色测温仪等。这些移测温精度多在土05一士1 .5℃夕视场角约2o一了 测温原理任何温度高于绝对零度的物体氰发射红外辐射，其能量E大小与物体表面的绝义T的四次方成正比:于弱俨犷式中:。为斯赓波尔兹曼常数，。为物体的相对辐射率。只要澳便可求出物体的表面温度T。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条