tubular furnace

英 [ˈtjuːbjələ(r) ˈfɜːnɪs] 美 [ˈtuːbjələr ˈfɜːrnɪs]

网络  管状炉

化学



双语例句

  1. The ends of the tubular furnace are closed to minimize convection currents inside the furnace.
    把管式炉的前后端盖紧,是炉内的对流减少到最低限度。
  2. A high sulfur oil sand fluid coke was used to produce activated carbon via chemical activated process with KOH and other reagents within a vertical tubular furnace.
    通过高温化学活化法和以高硫石油流化焦为原料、KOH为主要活化剂制备活性炭,研究了碱焦比、乙醇或丙酮和氮气流保护等对活性炭性能的影响。
  3. The experimental study has been done in a thermo-gravimetric analyzer ( TG) and in a laboratory scale tubular furnace reactor, respectively.
    分别应用热天平和管式炉反应器对废电路板的热解行为进行实验研究。
  4. Simulation of two methods for regulating the dilution ratio in the tubular cracking furnace with the orthogonal design method
    管式裂解炉2种稀释比调节方法的正交数值模拟
  5. The tubular furnace consumes a large amount of energy.
    管式加热炉消耗着大量的能量。
  6. Application of digital filtering technique in tubular furnace flue gases detecting system
    数字滤波技术在管式加热炉烟气检测分析系统中的应用
  7. Improvement of PID Algorithm for Tubular Furnace and Application of Improved Algorithm in Virtual Instrument
    管式加热炉PID算法改进及其在虚拟仪器中的应用
  8. In recent years, the tubular furnace technology has been more and more aroused people's attention with the rapid development of chemical industry.
    近年来,随着石油化学工业的迅速发展,管式加热炉技术越来越引起人们的重视。
  9. The microstructure change in the dynamic calcination and sintering of carbide slag is studied at a high temperature of 1200 ℃ on a tubular electric furnace with X-ray powder diffractometer, mercury intrusion porosimeter and scanning electronic microscope ( SEM).
    利用管式电炉、X射线衍射仪、压汞仪和SEM扫描电镜研究了电石渣在1200℃高温下动态煅烧及烧结过程中的微观结构变化。
  10. Experimental research on enhanced heat transfer in tubular box furnace in hot state
    方箱形管式加热炉炉内强化传热的热态试验
  11. Research and application of "extending energy" technology for petrochemical tubular furnace
    石油化工管式炉扩能技术的研究与应用
  12. A Cuboid Technology Used in Machining Blades and its Required Equipment Experimental research on enhanced heat transfer in tubular box furnace in hot state
    叶片加工中的方箱工艺及设备方箱形管式加热炉炉内强化传热的热态试验
  13. Design and model test of concrete filled steel tubular columns under glass furnace
    玻璃熔窑大柔度钢管砼群柱的设计和试验
  14. The calculation model for tubular radiation recuperator has been established and the thermal transmission characteristics ( preheating temperature of air, temperature of furnace wall and thermal transmission coefficient) of the radiation recuperator for car-type heat treating furnace has been therefore analyzed.
    建立了筒状辐射换热器传热计算模型,分析了台车式热处理炉上使用燃气辐射换热器的传热特性(空气预热温度、壁温和传热系数)。
  15. A Mathematical Model for the Tubular Reactor in a Light Hydrocarbon Pyrolysis Furnace and Its Application
    轻质油裂解炉反应管的工艺数学模型及应用
  16. In tubular furnace, high quality GaN nanowires were synthesized by ammoniation at 1000 ℃.
    在一两端开口的管式炉中,用简单的氨化法,在1000℃合成出大量高质量的氮化镓纳米线。本文选用氧化镓和氨气为原料,氧化铟为催化剂合成氮化镓纳米线。
  17. Mathematical Model of Heat Transmission in the Radiant Section of Tubular Furnace
    管式炉传热数学模型
  18. Cleaning of Carbon Sediment in Saturated Oil Tube of Crude Benzene Tubular Furnace
    粗苯管式炉富油管道碳渣的清洗
  19. To introduce a plan for designing tubular furnace for laboratory and its automatic temperature control unit.
    介绍一种试验室用管式炉及其自动控温装置的设计方案。
  20. Influence of radiant tube soot on heat efficiency for tubular furnace
    管式炉辐射管积灰对热效率的影响
  21. We mainly study the emission characteristics of hydrochlorine when combusting the dying residue in a tubular furnace;
    从这一点出发,着重研究了典型危险废弃物之一染料残渣在小型管式炉中焚烧过程中氯化氢的排放特性;
  22. Development of Tubular Furnace for Laboratory and Its Automatic Temperature Control Unit
    试验室用管式炉及其自动控温装置的研制
  23. Reliability research on aseismic design for tubular furnace
    管式加热炉抗震设计的可靠性研究
  24. Tubular Asphalt Furnace Using Automotive Exhaust Gas
    利用汽车尾气的热管式沥青加热炉
  25. Fast pyrolysis and combustion properties of RDF ( Refuse derived fuel) in thermobalance and tubular furnace at isothermal condition were investigated.
    利用热天平和管式炉对RDF(RefuseDerivedFuel)等温快速热解和燃烧反应特性进行了研究。
  26. In the tubular furnace designed and commissioned by the author, experiments were conducted to investigate the impact of chlorine, sulfur, moisture, sorbents and operating conditions ( including incineration temperature and residence time) on the partitioning and speciation behaviors of Cd and Pb.
    在自行设计和搭建的管式焚烧炉中分别就氯、硫、水分、吸附剂和焚烧温度、停留时间对Cd、Pb迁移和转化特性的影响进行了实验研究。