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1)  combustible charcoal
速燃炭
1.
The effects of proportion and molding way on the properties of combustible charcoal were studied.
以农作物秸秆炭为主要原料制备速燃炭,研究了秸秆炭与引燃剂的比例及成型方式对速燃炭性能的影响,结果表明,农作物秸秆炭与引燃剂质量比为4∶3,块状成型方式制备的速燃炭性能较好,其燃烧热为21 289。
2)  coal spontaneous combustion
煤炭自燃
1.
Evaluation system of prevention and control technology for coal spontaneous combustion;
煤炭自燃防治技术评价体系
2.
Study on the forecasting target of coal spontaneous combustion;
煤炭自燃标志性气体预测指标的实验研究
3.
Research on coupling between oxygen consumption rate and temperature during coal spontaneous combustion process;
煤炭自燃过程中耗氧速率与温度耦合研究
3)  spontaneous combustion
煤炭自燃
1.
Design and development of a device for simulating coal spontaneous combustion;
煤炭自燃模拟实验装置设计与研制
2.
Based on the study of main factors of coal spontaneous combustion,a mathematical model for the process of coal self-heating in mines was put forward.
通过对影响煤炭自燃因素的分析,建立了采空区内遗煤自燃过程数学模型,可随时预测不同漏风强度和不同推进速度条件下,采空区遗煤自然发火的危险性,对丁集煤矿1262(1)首采面采空区遗煤自燃过程中,氧化时间、工作面推进速度对煤温的影响进行了计算机模拟,成功预报了在回采过程中采空区遗煤不自燃,确保了该工作面安全回采。
4)  coal combustion
煤炭燃烧
1.
Influence of coal combustion on atmospheric quality in Shanghai;
煤炭燃烧对上海市大气质量影响的分析
2.
Description is made in the paper, on the current state of atmosphere pollution and analysis on the main cause of the pollution resulted from coal combustion.
介绍了目前我国大气污染现状,分析了煤炭燃烧产生污染问题的主要原因,指出加强动力 煤的洗选加工是当前我国技术经济条件下最有效的燃煤污染控制措施。
5)  coal burning
煤炭燃烧
6)  coke combustion
焦炭燃烧
1.
Analysis of the coke combustion in the raceway will provide the fundamental insights and lay a foundation for simulation of the combustion processes in the raceway and prediction of the injection coal burnt-out rate under various tuyere operations.
对回旋区内焦炭燃烧行为的研究是研究喷煤燃烧过程的基础。
2.
The concentration of oxygen can be reduced to less than 1% after deoxidization by using coke combustion method.
通过焦炭燃烧法除氧,氧气浓度能够降至1%以下。
补充资料:超高燃速推进剂
分子式:
CAS号:

性质:燃速大于100mm/s的固体推进剂称超高燃速推进剂。主要用于特种用途的助推器如高速拦截武器、高速动能弹用的固体助推器。在高燃速固体推进剂药柱中镶嵌导热系数大的金属(一般为银)丝或石墨纤维可获得超高燃速固体推进剂,已得到实际应用。在高燃速固体推进剂配方中添加含量10%以上碳硼烷类高效燃速催化剂,也可获得超高燃速推进剂。此类催化剂因价格昂贵,未得到实际应用。多孔推进剂是一种超高燃速推进剂,但技术不成熟。

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