1) aluminum chimney
铝烟囱
1.
A procedure of TIG welding for L2 aluminum chimney with 100 m height i s suggested.
介绍了 10 0m铝烟囱交流钨极氩弧焊工艺。
2) stack
[英][stæk] [美][stæk]
烟囱
1.
Discussion on some technical questions of stack anticorrosion in WFGD remodification;
湿法脱硫改造条件下烟囱防腐的若干技术问题
2.
Technical analysis of a new-type stack on energy-saving,environment protection and anticorrosion;
新型烟囱节能、环保、防腐技术特征分析
3.
To Detect Thallium in Soot in Stack with Flame Atomic Absorption Spectrometry;
火焰原子吸收光谱法测定烟囱烟灰中的铊
3) chimney
[英]['tʃɪmni] [美]['tʃɪmnɪ]
烟囱
1.
Scheme and management analysis on safety technology methods in construction of chimney body;
烟囱筒体施工专项安全技术措施的策划及管理
2.
Pollutant-diffusion function produced by chimney and its height of temperature inversion;
烟囱和逆温高度对污染物扩散的作用
3.
Study on Dust-collecting and Desulfurization by an Integr ated Technology at The Bottom of a Chimney;
在烟囱底段完成除尘脱硫一体化工艺研究
4) funnel
[英]['fʌnl] [美]['fʌnḷ]
烟囱
1.
Analysis of funnel pollutant effluent of some thermoelectric plant in Xi'an
西安市某热电厂烟囱污染物排放的分析
2.
This paper discusses the chosen scheme of other unit temporary funnel,because original funnel should be antisepsis treatment for desulfurzation reformation.
探讨了原烟囱脱硫改造期间,另设烟囱的选择方案,通过对几种不同方案的使用条件、技术经济性、运行可靠性、安全稳定性、对环境的影响等进行分析对比,提出了烟囱防腐期间另设烟囱的选择建议。
3.
The application and measures of the slippery rise template construction technique in Qi li garbage power plant of Shijiazhuang city Hebei province funnel construction are analyzed.
分析了其在石家庄市其力垃圾发电厂烟囱施工中的具体应用及采取的具体措施及步骤。
5) Chimneys
[英]['tʃimni] [美]['tʃɪmnɪ]
烟囱
1.
The purpose of this thesis writing is talking about the studies on the controlled blasting demolition on chimneys in complex conditions by way of a practical demolition example of a 70 meters high chimney,on the scheme of controlled blasting demolition,incision of blasting as well as design of the directional windows and choosing blasting parameters.
以三门峡市渑池县化工厂70 m高烟囱定向爆破拆除为例,针对在复杂条件下烟囱控制爆破拆除方案的选择,爆破切口、定向窗的设计,爆破参数的选取进行了研究,可为复杂条件下烟囱控制爆破拆除提供参考。
6) chimney soot
烟囱烟灰
补充资料:135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
赢 135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
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