1) partially gasified char
部分气化煤焦
1.
A series of SM (Shenmu) partially gasified chars were prepared in a micro-scale fixed-bed.
在小型固定床上制备了一系列的神木煤部分气化煤焦,运用热天平分析了它们在不同气氛下的再气化动力学行为。
2) partial gasified char
部分气化焦
3) Coal partial gasification
煤部分气化
1.
The effect of air/coal ratio on the emission of polycyclic aromatic hydrocarbons(PAHs) from coal partial gasification was studied in a bench-scale atmospheric fluidized bed gasifier.
为了研究空煤比对煤气化多环芳烃排放的影响,在一台小型常压流化床气化炉上进行了煤部分气化实验。
2.
Coal gasification process and equipment feasibility research were carried out in a 2 MW thermal input pressurized spout-fluid bed pilot-scale gasifier and a long-time-run test was performed to study the influence of operating parameters on coal partial gasification behavior.
在热输入为2MW加压喷动流化床煤部分气化中试试验装置上,对所构建的煤气化试验系统进行了工艺及装置试验研究,在此基础上进行了连续12h的煤部分气化试验,以考察工艺参数对气化行为的影响。
5) char gasification
煤焦气化
1.
Mass transfer phenomena during coal char gasification reaction in thermobalance setup;
传质对热天平坩埚内煤焦气化反应的影响
2.
In non-isothermal TGA, Doyle and Coats-Redfern approximate equations can be used to simulate char gasification behaviors.
使用等温法和非等温法热重分析研究了神府煤焦气化反应动力学。
3.
The results showed that,although there were differences among the kinetic parameters obtained by different methods,these parameters could reasonably interpret the effect of carbonization conditions on char gasification reactivity.
结果表明：尽管由不同方法求得的活化能有较大差异，但都能较好地验证碳化条件对煤焦气化反应性的影响。
6) coke carried heat partial gasification
焦载热部分气化
1.
Recently, as an improved version of the system, coke carried heat partial gasification combined cycle has been proposed and the coke carried heat boiler .
最近，作为这种系统的改进型式——焦载热部分气化联合循环已被提出，其焦载热炉及气化炉部分已在清华电厂投建，并进行冷态调试。
2.
The system structure of coke carried heat partial gasification combined cycle presented by the Department of Thermal Engineering of Tsinghua University is introduced.
介绍了焦载热部分气化燃煤联合循环技术的系统结构。
补充资料：部分气化法输液
分子式：
CAS号：
性质： 气压输液法之一。用于输送液化(过冷)气体。即对密闭的贮罐内的液化气体加热，温度升高后，部分液体气化，使其贮罐内压力升高，以此压力将液化气体排出贮罐进行输送。
CAS号：
性质： 气压输液法之一。用于输送液化(过冷)气体。即对密闭的贮罐内的液化气体加热，温度升高后，部分液体气化，使其贮罐内压力升高，以此压力将液化气体排出贮罐进行输送。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条