furnace lining
英 [ˈfɜːnɪs ˈlaɪnɪŋ]
美 [ˈfɜːrnɪs ˈlaɪnɪŋ]
网络 炉衬
英英释义
noun
- lining consisting of material with a high melting point
双语例句
- Life Extension Measures of Main Frequency Core Type Induction Cast Iron Holding Furnace Lining
工频有芯感应铸铁保温炉延长炉衬寿命的措施 - The structure and lining materials of large horizontal sulphur recovery furnace were analyzed and reconstructed on the basis of the structure characteristics and running situation of the furnace lining.
根据大型卧式炉内衬结构特点和运转情况，对大型卧式硫磺回收炉的结构及炉衬材料进行了分析和改造。 - Castable refractories reinforced with steel fibers can make the toughness of furnace lining and its thermal shock-resistant property raised and improved obviously, and its service life prolonged.
用钢纤维增强浇注料，可使工业炉窑内衬的韧性得到显著的提高，抗热震和抗冲击性得到明显改善，从而延长了它们的寿命。 - This article introduces the experience of reforming heat treatment furnace with fire resistant fibre felt, and describes the effect of thickness of fibre on thermal performance of the furnace lining, the selection of material and the construction method.
本文介绍采用耐火纤维毡改造热处理炉的经验，阐述了纤维毡厚度对炉衬热工特性的影响、材料选择和施工方法，并进行了经济分析。 - The results showed that the ceramic fiber modules show much superiorities as furnace lining.
结果表明，陶瓷纤维模块用于炉内衬显示了众多的优越性。 - In order to ensure the working life of the furnace lining, the new inductor put on production must roast with low power, 2 hours later can it be produced with high power.
为了保证炉衬使用寿命，新投入生产的感应器，一定要低功率烘烤，2小时后再大功率开始生产。 - The board and chip are then heated to melt the solder and join the two together. The Analysis of Zinc Smelting Seepage from Furnace Lining for Induction Furnace
然后加热面板和芯片的缝合处，使焊锡熔化，从而把二者粘在一起。熔锌工频有芯感应电炉熔沟漏锌分析 - Mathematical analysis of the non-steady-state temperature field of furnace lining and billet in heating process
炉衬和钢坯加热过程中非稳态温度场的数学解析 - No matter it is knot type furnace lining or fabricated furnace lining, when for long time working under the high temperature it is certain to change ( mainly is expansion and contraction or oxidation).
不管是打结式炉衬，还是装配式炉衬，长期在高温下工作都会发生变化（主要是热胀冷缩和氧化）。 - The development of AOD refining technology such as decarburization, desulphurization, replacing Ar with N2 and top lance technology is presented and the technical issues including to perfect gas supply model for AOD refining and service life of furnace lining are discussed in this article.
叙述了AOD精炼技术-脱碳、脱硫、以N2代Ar和顶枪技术的发展；讨论了AOD精炼的供气形式的完善和炉衬寿命等技术问题。