1)chain boiler链条锅炉
1.New type loose coal equipment of chain boiler;链条锅炉的新型松煤装置
2.Application Of Pulverized coal combustion technology in chain boiler煤粉燃烧技术在链条锅炉中的应用
3.This article introduces several measures of improving the heat transfer path of the chain boiler, and points out that the reasonable distribution arrangement of the heated surface, preventing fume to short circuit, keeping clean the heated surface and the adding tail heated surface could improve the thermal efficiency so as to obtain obvious result of energy saving.介绍了改善链条锅炉本身传热途径的几种措施 ,即从受热面的合理分配布置 ,防止烟气短路 ,保持受热面内外部洁净 ,加装尾部受热面入手来提高锅炉热效率 ,节能效果明
英文短句/例句
1.Transforming 35 t/h Chain-grate Boiler into CFB (Circulating Fluid Bed) Boiler将35t/h链条锅炉改造为CFB锅炉
2.The Practice of Chain Boiler Changing to Double Revolving Mentioned Boliler链条锅炉改为双循环流化床锅炉的实践
3.Application of Stratified Coal Feeding Equipment to Chain Boiler分层式给煤装置在链条锅炉上的应用
4.Improve the Heat Transfer Path and Raise Thermal Efficiency of the Chain Boiler改善传热途径 提高链条锅炉的热效率
5.Improvement of the Control System in 65 T/H Boiler;65T/H链条锅炉控制系统的技术改造
6.Application of Software-redundancy PLC Control in Industrial Grate Boiler软冗余PLC控制在工业链条锅炉的应用
7.Application of Coal-fired Chain-grate Boiler High Efficiency New Combustion Technology燃煤链条锅炉高效燃烧新技术的应用
8.The Resarch of Fuzzy Control on the Combustion System of Chain Boiler;链条锅炉燃烧系统模糊控制的应用研究
9.Chain furnace burning coal energy automatic control device application case analysis燃煤链条锅炉燃烧节能自动控制装置应用分析
10.The Development of Chain Boiler Control System and Its Energy Saving Effect Analysis链条锅炉控制系统的开发及节能效果分析
11.chain grate horizontal fast boiler链条卧排式快装锅炉
12.Flow Characteristics in CWM-fired Chamber Retrofitted from Travelling Grate Boiler链条炉排锅炉改燃水煤浆后炉内气流特性研究
13.The Renovation and Operation of One Chain Grate Stoker Boiler to Lower Circulating Ratia Circulation Fluidized Bed Boiler链条炉排锅炉改造为低倍率循环流化床锅炉及其运行
14.Primary Studies on Applications of Stratified Combustion in Backward Moving Chain Grate Boilers正转链条炉排锅炉分层燃烧技术应用初探
15.The economic benefit analysis of the cycling fluidized bed boiler modified from chain type boiler改链条炉为循环流化床锅炉经济效益分析
16.A Technology for Upgrading the Output of the Chain-grate Boiler一种提高链条炉排锅炉出力的技术改造工艺
17.The Method and Function for Changing Cable Length Row Type Boiler to Burn Coal Burn Gas Type Boiler-Take the Example of the Boiler Reform of Datong Coal Gas Company;链条炉排型锅炉改为燃煤燃气式锅炉的方法及作用——以大同市煤气公司锅炉改造为例
18.Compound burning technology in chain grate boiler with suspension burning of wood dust人造板厂链条式锅炉喷射砂光粉复合燃烧技术
相关短句/例句
chain grate boiler链条锅炉
1.Comprehensive reconstruction of chain grate boiler for energy saving and consumption reduction链条锅炉节能降耗综合改造
2.In consideration of the very frequent load fluctuations of chain grate boilers with a steam capacity of 10 t/h and lower a dynamic mathematical model was set up by using a modular modeling method for the steam-water system and combustion system of a 10 t/h chain grate boiler.针对10 t/h及以下容量链条锅炉负荷的频繁波动,采用模块化的建模方式建立了一台10 t/h链条锅炉的汽水系统和燃烧系统的动态数学模型,并进行了仿真试验,得到炉排速度和空气量发生变化时锅炉燃烧率、蒸汽流量、过热汽温和汽包水位的实时变化量和趋势。
3.Imperfections that appear in stratified combustion of chain grate boilers have successfully been dealt with, to raise the boilers output and efficiency and also to alleviate contamination caused by smoke and dust.对链条锅炉层燃中出现的弊病提出妥善处理意见 ,以提高锅炉出力和效率 ,减少烟尘污染。
3)chain-grate boiler链条锅炉
1.A discussion is made on the technical renovation in the fields of arch structure, heat-resistant mat reinforcement, refractory of both arch and roof, and fixed mode of shelf rest for skimmer in the coal-fired chain-grate boiler with evaporation capacity of 35t/h.对蒸发量为35t/h的燃煤链条锅炉的炉拱结构、耐热钢筋网,炉拱、炉顶耐火材料,挡渣器搁座的固定方式的技术改造进行了探讨。
2.Due to very low efficiency and low-level automation of most of current domestic chain-grate boiler, an advanced energy-saving automatic control and supervisory system suitable for chain-grate boiler was developed.链条锅炉是重要的工业民用设备,针对大多数链条锅炉效率和自动化水平低下的现状,研制了一种适于链条锅炉的先进的节能自动监控系统。
3.Comparing with CFB boiler, the chain-grate boiler with lower thermal efficiency (50%～60%), higher unit coal consumption(more than 180 kg/tce)and lower draw-off rate(about 70%) can\'t meet the requirements of the energy conservation and environmental protection.同CFB锅炉相比,链条锅炉热效率低(50%～60%)、煤单耗高(标煤180kg/t以上)、出汽率低(70%左右),不能满足节能和环保的要求。
4)chain bolier链条锅炉
1.It is ameliorated to equipment of chain bolier supply coal by the technology of delamination burnt, the coal burnt on stove row delamination burnt, coal powder become suspend sate in the boier, it make the coal burnt completeness, so reduce the contain carbon of slag, that improve thermal efficiency of the boiler, it is a way to reduce energy consumption.利用分层燃烧技术对链条锅炉给煤装置进行改造,使煤在炉排上分层燃烧,是使煤燃烧完全,降低出渣含碳量,提高锅炉热效率,降低能源消耗的有效途径。
5)chain-boiler链条锅炉
1.The effect and process scheme for combustion of chain-boiler when the quality of coal changed;煤质变化对链条锅炉燃烧影响及处理方案
6)double-chain steam boiler双炉排链条锅炉
延伸阅读
链条件链条件chain coadition 链条件【由ain阴山ti.;。匆“.如ue‘y月0，e] 偏序集中关于升链或降链的有限性的条件.偏序集P的降链条件(des优rding chain condition)是指:对于任一元素链a:)a:)…)a*)…必有某个正整数。，使得气=a。+，=·…这个条件等价于尸的下列性质中的每一个: l)每个非空子集M生尸，在M中至少有一个极刁玩(极小条件(minimum condition)); 2)若尸的所有极小元都具有给定的性质。，并且，如果从所有的x集合用归纳法进行证明和构造.当P是全序的(从而是良序的)时，得到超限归纳法(transfinite induction)，又当P同构于自然数集时，得到通常的数学归纳法(见归纳公理(induction axiom)). 升链条件(ascending condition)(以及与它等价的命题)由对偶的方式给出(见偏序集的对偶原则(dua-lity prindple));故可陈述如下:若at簇…(a*簇…是偏序集尸中一个升链，则对于充分大的n，有a。二气*，二·…在有升链条件的格中，每个理想都是主理想.每个有限集显然满足这两个链条件，但逆命题(同时满足二条件的集合为有限集)不成立.满足降链及升链条件的格是完全格. 在代数中，链条件主要应用于由各种代数系统的子系统，以包含关系为序，所组成的那些集合(例如，见A川n模(Aitinian module);A川n群(AitiniangrouP);A川n环(Aitinian ring);合成序列(comPOsition sequ-en优);N倪ther模(Noctherian module);N佣ther群(Noctherian grouP);N倪ther环(Noctherian ring)).【补注1“链条件”这个词，在Boole.代数中与集合论中有不同的意义(一个BO目e亏七效(Booleanal罗bra)，作为偏序集(Partially ordered set)而论，当且仅当它是有限的时，才满足降链条件，故此条件对于Boole代数无重要意义).一个Boole代数B，如果它的每个链(即全序子集)的基数都小于尤，尤是个无限基数，就称它满足K链条件(‘一chain condition).特别是，坎链条件通常称作可数链条件(countable chain condition)(简写作似);它在集合论的力迫法(fordng mcthod)(例如，见[A1】，第三节)中是个重要的条件.对于完全Boole代数，K链条件等价于K反链条件(‘一antichain condi-tion)，即每个离散序子集的基数都小于K.在力迫理论中，集合论工作者并不经常用到满足力迫条件的完全Boole代数，而是用生成它们(作为正则开集的代数)的偏序集;这种集合满足K反链条件，当且仅当由它生成的Boole代数满足同一条件.遗憾的是，集合论学者倾向于用“尤链条件”这个术语实际是指“K反链条件”.
