1) temperature of chamber
炉膛壁面温度场
2) cross-section temperature of the boiler
炉膛截面温度
4) 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。
5) furnace cross section highest temperature
炉膛断面最高温度
1.
Based on combustion adjustment experiment in-situ,combining the three-dimensional temperature distribution(such as furnace cross section highest temperature),a artificial neural network model predicting the NOx emission was developed and verified.
借助优化燃烧调整试验数据,将燃烧过程三维温度场可视化检测信息如炉膛断面最高温度作为重要原始信息,建立反映锅炉NOx排放特性的神经网络模型,并对此模型进行了校验。
6) inside-wall temperatures of gun tube
枪膛内壁温度
补充资料：管壁温度计算
管壁温度计算
prediction of tube wall temperature
guonb一wendu!!suon管盛沮度计算(predietion of tube wall tem-perature)为保证锅炉工作的可靠性，锅炉所有受热管的金属温度必须低于它的安全极限。对受热面管壁温度进行核算是锅炉设计中的一项重要工作。 豁要核算的管壁温度‘是指同一管组中热力、水力在最不利条件下的局部最高壁温。核算管壁温度的部位应是热负荷大、工质温度高和水力偏差大的地方，单独一个因素或某些因素配合都可能导致管壁温度达到危险值。 受热管的强度计算要求确定受热管的管壁温度。随着金属温度升高，钢材的许用应力下降，因此，必须按允许的管壁温度条件来选用管材。进行强度计算时，管壁温度采用管子内外壁的平均温度。受热管允许使用的外壁温度限于管子外壁不致形成氧化皮。 受热管管壁厚度上的平均壁温按下式计算: l古11tw一t+山d.，十产内m.:}，犷万下一下十于 \八尸节厂l“2受热管外壁温度按下式计算: f古21、_‘。W一‘一“‘二十产内m二(丁万干1十蔺)七上两式中t为管壁温度计算点处工质的平均温度，’C;山d。，为工质最高温度与平均温度的偏差值，℃;产为热~、.一山，_、.一_，.，_._.，_、二_d。_二_散漫系数;夕为管子外径与内径之比，夕一岑;占为管，”~“、~’尸“，“’阵J『J一~~’尸d，’一zJ目子壁厚，m;又为管壁金属导热系数，W八m·℃);。2为管壁对受热介质的换热系数，w/(mZ·C);如.:为热负荷最高的管子上吸热量最大处的热负荷，W/m2.
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