briquetting pressure

The effect of the Briquetting pressure and additional amount of diluting agent on the synthesis reaction and products behavior are investigated.

研究成形压力、稀释剂添加量等参数对反应过程及合成产物性能的影响；

THE CAKING PROPERTY OF COAL FOR COLD BRIQUETTING Pressure Drop in Packed Beds of Small Particles

冷压成型用煤的粘结性细粒湿填料床的流动压降

In addition, characterization of particle group, briquetting pressure, water content and upgraded coal content were the major factors that affect briquette strength.

颗粒群特性、成型压力、水分含量和提质煤混合比例是影响型煤强度的主要因素。

Further more, it is showed that 20-30% of coal mixed in MSW and 15 MPa of briquetting pressure are suitable for preparation of RDF with optimum specifications.

在研究条件下，向MSW中掺入20%～30%的煤、15MPa左右的成型压力是制备RDF的较优条件。

How the fineness of powdered magnesia due to grinding, briquetting pressure and light roasting temperature affect the bulk density of sintered magnesia were investigated through tests.

考察了细磨程度、成形压力及轻烧温度对烧结镁砂密度的影响。

The effect of additive amount of biomass and fat coal, briquetting pressure, coal sizes distribution, heating velocity of the carbonization process on the strength of formed coke were examined.

研究了生物质配入量、肥煤配入量、成型压力、煤料筛分组成、炭化加热速度对型焦抗压强度的影响。

Improving body briquetting pressure could promote densification of nanometer-level aluminum nitride, but such influence gradually became weak with improvement of sintering temperature.

提高坯体成型压力可以促进纳米级氮化铝烧结致密化，但此影响伴随烧结温度的提高而逐渐微弱。

A research discussion was made on the briquetting pressure, ratio of anthracite coal, lean coal and coke powder, quantity of residuum of modified coal tar oil, coal particle size and other main influenced factors. The paper set up the optimized technique conditions.

对成型压力、无烟煤、瘦煤和焦粉的配合比、改性焦油洗油残渣用量和煤料粒度等主要影响因素进行了探讨，确定了最佳工艺条件。