您要查找的是不是:
- Bindless carbon materials are prepared with green petroleum cokes or treated carbon powders from coals. 分别以生石油焦和煤系原料改性炭粉为原料成功制得了无粘结剂高强度炭材料。
- Test Method for Gross Moisture in Green Petroleum Coke 绿色石油焦中总湿度的测试方法
- ADSORPTION AND ELECTROTHERMAL BEHAVIOR OF POROUS CARBON PREPARED FROM GREEN PETROLEUM COKE 生石油焦制备的多孔炭材料吸附性能及电热性能研究
- THE EFFECT OF GREEN PETROLEUM COKE ON THE TECHNOLOGY AND PROPERTIES FOR BINDERLESS CARBON MATERIAL 生焦粉性能对无粘结剂炭材料工艺和性能的影响
- Test Method for Volatile Matter in Green Petroleum Coke Quartz Crucible Procedure 深色石油焦碳石英坩锅挥发物测试方法
- Standard Test Method for Volatile Matter in Green Petroleum Coke Quartz Crucible Procedure 环保石油焦化石英坩埚工序中挥发性物质的试验方法
- A STUDY ON THE PREPARATION TECHNOLOGY OF HIGH DENSITY CARBON MATERIALS FROM GREEN PETROLEUM COKE 生石油焦制备高密度炭素材料的工艺研究
- green petroleum cokes 生石油焦
- green petroleum coke 绿色石油焦,新出炉的石油焦
- Petroleum coke can be used as either a primary or a secondary fuel. 石油焦炭既可用作初级燃料也可用作二级燃料。
- X-ray diffraction was used to analyze the changes of petroleum coke microcrystallite during carbonization. 采用X射线衍射技术考察了石油焦碳化过程中的微晶结构变化。
- Petroleum coke is a fuel produced using the byproducts of the petroleum refining process. 石油焦炭是一种燃料,是由石油提炼过程中的副产品加工而成的。
- The combustion characters of petroleum coke were between those of soft coal and anthracite. 石油焦的燃烧特性处于烟煤和无烟煤之间。
- X-ray diffraction to determine accurately the crystal face diffraction peak of calcined petroleum coke(002) is used. 利用X-衍射仪精确测定煅后石油焦(002)晶面的衍射峰,通过对于衍射峰的精确计算煅后石油焦平均晶粒尺寸。
- The influence of desulfuration agent and different gasification agent on petroleum coke c... 固硫剂对石油焦的燃烧具有催化助燃作用。
- Question:Luoyang by train from Tianjin to the transport of petroleum coke per ton of freight is how much money? 从天津到洛阳用火车运输石油焦的运费是每吨多少钱?
- The reasonable results may be useful for the design of the CFB boiler burning petroleum coke. 研究结果为燃用石油焦的循环流化床锅炉设计提供了依据。
- The mineral compositions of the fly ash from CFBC cofiring coal and high-sulfur petroleum coke(CFBC fly ash) was in. 粉煤灰的矿物相组成对其资源化具有重要意义,它主要取决于燃料品种和燃烧过程。
- Demand for petroleum coke will increa se continuously and mainly in the field of aluminum industry. 石油焦市场前景较好,未来需求量的增加主要集中在炼铝行业。
- The carbon structure ordering obviously at high temperature is an important reason to lead to the sharp reduction of petroleum coke gasification rate. 高气化温度下石油焦碳结构发生明显有序化是导致其反应活性急剧下降的重要原因。