tubular furnace

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

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）。

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。

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。

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.

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（Refuse Derived Fuel）等温快速热解和燃烧反应特性进行了研究。