1)industrial furnace工业炉窑
1.The fiber is widely used in the industrial furnace liner.介绍了陶瓷纤维制品分类、性能特点及其在节能环保方面的优越性,总结了工业炉窑耐火内衬中纤维制品的广泛应用,分析了马钢使用纤维制品的现状,并建议加大应用力度和扩大使用领域。
2.One example of industrial furnace was proved to explain the high performance of HiTAC technology.并以实例对比说明某工业炉窑采用该技术前后的能量利用情况 ,从而阐述了该技术广阔的应用前
3.The article mainly introduces the application of single-chip computer on the development of THL-1 Intelligent Controller of heat-accumulated reversing combustion system,and also describes the application of the controller on many kinds of industrial furnaces.介绍采用单片机技术为蓄热式换向燃烧系统研制的THL - 1型智能控制仪 ,及其在多种工业炉窑上的应用。
英文短句/例句
1.Used for lining in blast furnaces, hot air stoves, coke ovens and other industry furnaces.用于各种工业炉窑的耐火内衬，如高炉、风炉、热炉、热炉、炉等。
2.Used for lining in blast furnaces ,hot air stoves ,coke ovens and other industry furnaces.用于各种工业炉窑的耐火内衬，如高炉、热风炉、加热炉、均热炉、锅炉等。
3.Determination of the smoke and dust of industrial kiln and furnaceGB/T9079-1988工业炉窑烟尘测试方法
4.This paper introduces the application of blast furnace gas on water-tube boiler, heating furnace, lime shaft kiln and coke oven.介绍了韶钢高炉煤气在热电锅炉、加热炉、石灰竖窑、焦炉等工业炉窑上的应用情况。
5.Study on Equipment of Desulfurization and Dedusting of Flue Gas from Middle-minitype Coal-fired Boilers and Industry Stoves;中小型燃煤锅炉及工业炉窑烟气除尘脱硫设备的研究
6.Heat Transfer Analysis of Several Industrial Furnace Lining Refractory Structures工业窑炉中几种炉衬耐火材料结构的传热分析
7.Used for clay bricks, high aluminum bricks masonry in acid resistance furnaces.用于高炉、风炉及其它工业窑炉砌筑轻质粘土砖、质高铝砖。
8.Used for clay bricks ,high aluminum bricks masonry in acid resistance furnaces .用于高炉、热风炉及其它工业窑炉砌筑轻质粘土砖、轻质高铝砖。
9.Special part in metallurgy,chemical,glass,ceramic industries,etc.冶金、化工、玻璃、陶瓷等工业窑炉的特殊部位。
10.The Research on the New Control Methods of the Black Smoke from the Industrial Coal-burning Ceramic Kiln;湿法控制工业燃煤陶瓷窑炉黑烟的新方法研究
11.Application and Study of Decoupling Technology in Industry Kiln Control System;解耦技术在工业窑炉控制系统中的应用研究
12.Study on Application of Predictive Control in Industrial Furnace Temperature Control;预测控制在工业窑炉温度控制中的应用研究
13.Analysis on the measures and key issues of energy-saving and emission reduction technologies in the field of industrial boilers and kilns;工业锅炉及窑炉节能减排技术途径与关键问题分析
14.The demands for the kiln equipment produced by our company are constantly increasing.我公司生产的工业窑炉设备，目前在国外市场的需求正在不断增加。
15.Application: Used as Kiln shed board, slide push board, sagger, Tuyere combined bricks.用途:工业窑炉用棚板、立柱、槽板、推板、匣钵、卡具、风口组合砖等。
16.Study and Application on an Integrative Device for Dust Removal and Desulphurization of the Industrial Coal Kiln and Furnace燃煤工业窑炉烟气脱硫除尘一体化装置的研究和应用
17.Intelligent Fault Diagnosis Technology on Complex Process and Its Applications to Large Industrial Kilns;复杂过程的智能故障诊断技术及其在大型工业窑炉中的应用研究
18.TRANSFORMATIONS IN JINGDEZHEN CERAMIC INDUSTRIAL KILNS AND FURNACES AND THEIR EFFECTS ON THE ECOLOGICAL ENVIRONMENT景德镇陶瓷工业窑炉的变迁及对生态环境的影响
相关短句/例句
industrial furnace and kiln工业炉窑
1.Application of intelligent fuzzy control system in industrial furnace and kiln;智能模糊控制在工业炉窑自动化中的应用
3)industrial furnace & kiln工业炉窑
1.Technology of local oxygen increasing for combustion supporting consists of“local oxygen increasing”,“ladder type combustion”,“symmetrical combustion” and“ α type combustion”,it can be used for all fuels and the majority of industrial furnace & kiln.局部增氧助燃技术包括“局部增氧”、“梯度燃烧”、“对称燃烧”和“α型燃烧”等高新技术 ,能用于所有燃料和绝大多数工业炉窑 ,不但显著节能、增产 ,而且延长炉龄、环保达标等。
4)industrial furnaces工业炉窑
1.The principle and necessity based on theory and practice about energy saving for industrial furnaces system are presented.从理论和实践上给出了工业炉窑系统节能的依据和必要性。
5)industry furnaces工业炉窑
1.In this paper,the principle and necessity about saving energy on industry furnaces system are presented based on theory and practice.本文从理论和实践上给出了工业炉窑系统节能的依据和必要性。
6)kiln[英][k?ln][美][k?ln]工业窑炉
1.A fuzzy predictable coordinated control algorithm was stated according to the technical features of large capacity, non-linear and dead time temperature resistance of kiln system.本文针对工业窑炉容量大、滞后量大、非线性等特点,提出了一种将模糊控制与预测控制相结合的控制算法。
延伸阅读
工业炉:工业炉排烟系统 利用烟囱或机械装置将工业炉炉膛内的烟气排出炉外的系统。保证排烟通畅是工业炉正常使用的重要条件﹐排烟不通畅时﹐炉膛压力昇高﹐从炉膛四周的缝隙会逸出大量烟气而增加炉子的热损失﹐影响炉内气流的均匀分布﹐降低炉温均匀性﹐恶化操作环境。 排烟系统是由產生抽力的排烟装置和排送烟气的烟道所组成。常用的排烟装置有烟囱(图1 烟囱排烟装置 )﹑引风机或喷射管(图2 机械排烟装置 )等。 烟囱排烟是靠流入烟囱内热烟气密度小於烟囱外空气密度所產生的浮力﹐以克服烟道的阻力。利用引风机也可将烟气排出﹐或在排烟系统中某一部位装设一个喷射管﹐用高速喷射气体所產生的负压排出烟气。烟囱排烟不消耗动力﹐排烟温度不受限制。当排烟阻力很大而工业炉又间断运行时﹐可用引风机或喷射管排烟。喷射管适用於排除高温烟气﹔引风机适用於排除低温烟气。 烟囱分为砖砌烟囱﹑混凝土烟囱和钢板烟囱。烟道有地下烟道和架空烟道两种。地下烟道多用砖砌﹐架空烟道宜採用衬有耐火材料的钢板製成。 为了减少烟气对环境的污染﹐或因节能需要而在烟道内设置预热器时﹐都需要儘量提高烟囱高度并增加烟囱出口处的烟气流速﹐使之大於当地最大风速或至少不低於3米/秒﹐以避免烟气中的有害气体和烟尘向地面扩散。当烟囱高度达50米以上时﹐烟囱顶部的风速为地面处风速的数倍。烟气到达地面时已在离烟囱很远的地方﹐这时烟气已在逐步扩散中稀释到无害的程度。对燃烧固体燃料的工业炉﹐在排烟系统中还要设置各种形式的除尘器﹐使烟气排出时的含尘浓度降低到200微克/米3以下。
