furnace door
英 [ˈfɜːnɪs dɔː(r)]
美 [ˈfɜːrnɪs dɔːr]
炉门
双语例句
- The flames filled this building; it was a perfect furnace; the door was burned, the floor was burned, the wooden Christ was not burned.
这破屋里当时满是烈焰，象只火炉，门着过火，地板也着过火，基督的木雕像却不曾着火。 - The reheating furnace for rolling employs water for cooling furnace door, skied pipes and so on.
加热轧件的加热炉用水来冷却炉门和滑道管等。 - Furnace steel and steel plates were welded body constituted by the shell, and its both ends with heat-resistant material made of stainless steel pneumatic door.
加热炉体由型钢和钢板焊接构成外壳，它的两端部装有耐热不锈钢材制成的气动炉门。 - Furnace resistance, industrial or laboratory door, for non-electric industrial furnaces and ovens
电阻炉，工业或实验室用非电力工业熔炉和烘炉炉门 - The heating element is screwed up by high resistance alloy wires and installed on the hearth's two sides, the rear wall of the furnace bottom and the furnace door.
加热元件的由高电阻合金丝绕制成螺旋状，安置在炉膛二侧，炉底后墙及炉门上。 - When the furnace door is opened, the power for the electric furnace is immediately cut off to guarantee the operators'safety.
当炉门开启时，电炉电源立即切断，以保证操作人员安全。 - He pushed her toward the open furnace door.
他把她推向开着的炉门。 - Improvement for Room Type of Forging Furnace Door Equipment
室式燃气锻造加热炉炉门口装置的改进 - The Study on Automatic Control System of Submerged Arc Furnace Based on Real-time Computation of Molten Bath Resistance; door, for non-electric industrial furnaces and ovens
基于熔池电阻实时计算的矿热炉自控系统的研究非电力工业熔炉和烘炉炉门 - She hooked open the furnace door with a poker.
她用火钳钩开了炉门。 - For bloom beating furnace reasonable coast is important to decrease bloom nicked, cooperate with the door of furnace to airproof and decrease bloom wallop to the door of the furnace and the roller.
板坯加热炉中合理的出炉滑坡结构对减少钢坯划伤、配合炉门密封、减少钢坯对炉门及出炉辊道的冲击力都很重要。 - The furnace door is opened or closed manually.
炉门的启闭是通过手动来进行的。 - Furnace door head insulating cotton are light and durable.
炉门高温断热棉质轻耐用，上下轻松。 - The Application of the Vertical Quenching Furnace with Bottom door to Aluminium Alloy SUNFLOWER OPENING
底开立式铝合金淬火炉的应用 - Application and Researching the Large Electric Furnace Door
大型电动炉门的研制及应用 - This paper introduces the defect and using problem of heating furnace door.
论述了加热炉炉门使用中存在的缺陷及问题。 - The Remolding of the Elevating Oran of 40t-Fuel-Al Mixed Furnace Door
40t燃油铝混合炉门升降机构的改造 - A complete electric resistance furnace with all-fibred, double top of furnace, high emissive coating, protective enhancement coating, directive emission-enhancement heating elements, automatic furnace door squish mechanism and movable shroud was obtained, and its structural characteristic and energy saving theory was discussed.
介绍了采用全纤维、双炉台、高发射率涂料、保护增强涂料、定向增强辐射加热元件、自动炉门压紧机构、移动罩式等技术制造的节能电阻炉的结构特点和节能原理。 - In order to realize the uniform distribution of temperature field, the group of heat source should be located near the furnace door, and the eddy in upper space could be prevented by reducing gap there.
要使炉内的温度分布均匀，可考虑在炉门侧加设发热体组，减少顶部的预留空间以防止出现漩涡。 - This paper presents a new kind of boiler smoke abatement and energy-saving technique, namely secondary wind gun of ejector booster furnace door.
介绍了一种锅炉消烟节能新技术&喷射增压炉门式二次风喷枪。 - This paper introduces the existing problems and the process of remolding for the elevating organ of 40t-fuel-al mixed furnace door and specifies the remolding methods for the hydraulic pressure principle, the setting of the hydraulic pressure station and the hydraulic pressure vessel of the furnace door elevating organ.
介绍了40t燃油铝混合炉炉门提升机构改造前存在的问题及改造过程，并对炉门提升机构液压控制原理、液压站布置、液压缸的改造方法进行了详细说明。 - Cracking Reasons Analysis and Prevention Measures of A Furnace Door Frame Casting
炉门框铸造裂纹的原因分析及防止措施 - Programming in the CAD Software of the Dynamoelectric Lifting Mechanism of the Furnace Door
炉门电动提升机构CAD软件设计 - The results show that the energy loss of heat preservation and radiation in this furnace were greatly reduced, and capacity of heating and uniformity of the furnace door was also improved.
结果表明，用此技术制造的炉子减少了炉衬的蓄热损失和散热损失，提高了电炉加热能力和炉口的密封程度； - Distributing material of the furnace door is the most important technology link. Uniformity and firing area directly affect the quality and quantity of the firing mine.
烧结机布料炉门布料是最重要的工艺环节，给料均匀性和烧结面积，直接影响烧结矿的质量和产量。