hot rolling

Preliminary investigation on hot-compressed water pretreatment of Japanese beech powder for fuel-ethanol production;

用加压热水预处理山毛榉树粉生产燃料乙醇的初步研究

The C and H conversion of coal during coal pressurized pyrolysis was investigated.

但加压热解与常压热解相比,煤焦产量的减小速率要小,煤焦中的nC/nH在650℃～800℃的增加速率要大,从而使得转化到煤焦中的碳量Cchar较大。

CONVERSION OF C AND H DURING COAL PRESSURIZED PYROLYSIS

煤加压热解过程中C和H的转变规律

Oil is cracked by heating under pressure.

石油在一定压力下加热分解。

Measures to Solve the Pressure Fluctuation of Regenerative Rolling Heating Furnace

轧钢蓄热式加热炉炉膛压力波动的解决措施

A Technical Scheme of Solving the Blocked Drain Flow in 7# LP Heater

解决7号低压加热器疏水不畅的技术方案

Analysis of hydrocracker high-pressure heat exchanger leakage and solutions

加氢高压换热器泄漏原因分析及解决措施

direct pressure hot-chamber machine

直接加压的热室压铸机

Analysis and solution of relatively low vapor pressure while heating waste nitrogen for molecular sieve regeneration in winter

冬季分子筛再生污氮气加热用蒸汽压力低的分析与解决

Physical Properties and CO_2 Gasification Activity of Liquid Phase Carbonization Cokes at Pressurized Pyrolysis with Rapid Heating

加压快速热解液相炭化焦的物理性质及CO_2气化活性

Heating performance of a jetting-mixing low-pressure heater

引射混合式低压加热器加热性能试验

prestress forming

预模压加热蠕变成型

low pressure gas infrared heater

低压煤气红外加热器

Hazard to High-pressure Feed Water Heater by Low-pressure Feed Water Heater Outaging and Preventive Action in 660MW Unit

660MW机组低压加热器停运后高压加热器预防措施

The theory that heat is motion explains simply how supplying heat to a gas causes its pressure to increase .

热就是运动的理论，清楚地解释了供给气体热量怎样引起其压力增加。

high-frequency induction-heated cell

高频感应加热电解槽

The Experimental Study of Flaking on Just-Harvested Corn by Hot-heating

新收获玉米热风加热压片的试验研究

Experimental research on heating performance of jetting-mixing low pressure heaters

引射混合式低压加热器加热特性的实验

Lamination: The process manufacturing a laminate using pressure and heat.

层压：用加压和加热制作积层板的生产工艺。

Using closed systems in which samples are directly heated by microwaves allows decomposition at extremely high pressures and at temperatures considerably higher than the boiling point of the reagents used.

采用完全密封系统微波直接加热样品,在高温高压条件下进行消解,该环境远远高于试剂沸点。