1) long service life complex bolwing
长寿复吹
2) Long-lived complex
长寿命复合物
3) long campaign
长寿
1.
The paper introduces the execution of applying achievement obtained in ironmaking process design and BF long campaign practice in the design of hearth lining in allusion to main factors causing hearth lining damaged.
针对炉缸内衬破损的主要因素,将炼铁工艺设计和高炉长寿实践成果融入炉缸内衬设计,对炉缸内衬进行包含炼铁工艺设计、内衬性能设计、砌体结构设计等方面的体系设计为长寿型现代大型高炉奠定寿命技术基础至关重要。
2.
A series of measures for realizing high blast temperature and long campaign have been taken in the design of ex- ternal combustion type hot air stove provided by Nippon Steel for 4350m~3 blast furnace newly built in Taiyuan Iron and Steel Co.
在新建的太钢4350m~3高炉新日铁外燃式热风炉的设计中,围绕高风温长寿命采取了一系列措施：蓄热室、燃烧室、混风室内墙体与拱顶的拱角相接处,采用迷宫式结构,防止独立砌体间窜风；在开孔部位采用组合砖,以提高这些关键部位的气密性和结构稳定性；蓄热室内采用带凹凸槽的小孔径七孔高效格砖,提高加热面积；采用分离型余热回收装置预热助燃空气和煤气等。
4) long-life
长寿
1.
On the basis of analyzing the problem of unicasting QoS routing in Ad Hoc networks, a new distributed QoS routing algorithm in the Ad Hoc network— EBLLD (entropy-based long-life distributed QoS routing) algorithm, is proposed.
其核心思想是提出了衡量路径稳定性的新尺度——熵,并利用熵来选择长寿的路径,减少了重建路由(或路由修复)的次数,从而在 Ad Hoc 网的网络拓扑频繁变化的环境中尽可能地提供 QoS 保证。
2.
Based on the characteristics of PW bell-less top on Blast Furnace at Liugang, the besign of long-life bell-less top and practice of product increasing are discussed and summarized in this paper.
针对柳钢用卢森堡PW公司无料钟炉顶的特点,总结其在长寿、增产等方面的应用情况。
5) long campaign life
长寿
1.
Experiences of long campaign life on No.6 BF of Anyang Steel;
安钢6号高炉的长寿经验
2.
Experience of long campaign life of 620m~3 BF at Laiwu I & S Complex;
莱钢620m~3高炉长寿经验
6) long life
长寿
1.
A Design and Research on Medium-small Blast Furnace with High Efficiency and Long life;
高效长寿的中小型高炉设计与研究
2.
A technology of long life and high stablity electroless plating Ni-P alloy was obtained by studying the effect on coating and solution properties such as oxidizer, reductant, complex agent, stable agent and tempriture with cross tests.
采用正交试验法研究了主盐、还原剂、络合剂、稳定剂以及温度对镀层和溶液性能的影响 ,从而得到了一种长寿命、高稳定性的化学镀镍磷合金工艺 。
补充资料：长寿
见人类老龄化。
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