1.
Study on spontaneous combustion tendency of sulfide ores by TPO method
基于程序升温氧化法的硫化矿石自燃倾向性研究
2.
Experimental Study on the Relationship of Radon Emanation and Mark Gases in the Process of Coal Oxidation;
煤升温氧化过程中氡的析出与自然发火指标气体关系的实验研究
3.
Study on Effects of Overlying Strata with Faultage on Transfer of Radon in the Process of Coal Oxidation
煤升温氧化过程中含断层上覆岩层对氡迁移影响的研究
4.
Separation of Rn from coal oxidation at rising temperature and a relevant study on CO,CO_2 and CH_4
煤升温氧化过程中Rn的析出与CO、CO_2、CH_4相关性实验研究
5.
Microwave-absorbing characteristics and temperature rising behavior of fused zirconia in microwave field
电熔氧化锆在微波场中的吸波特性和升温行为
6.
Response of antioxidant enzymes activity in antarctic ice microalgae Chlorophyceae L4 to temperature increment
南极冰藻Chlorophyceae L4抗氧化酶活性对温度升高的响应
7.
Discussion on Oxidation and Temperature Rising of Coal and Accelerated Reaction Region in Coal
煤氧化升温规律以及煤中加速反应区域探讨
8.
Research on temperature rise characteristics of hydrogen peroxide in the process of self decomposition
过氧化氢水溶液在自分解过程中的温升特性
9.
The microcosmic effects of sintering temperature and calefactive velocity on alumina
烧结温度及升温速率对氧化铝玻璃复合体的微观影响
10.
Heat Emit Intensity of Coal Oxidation Evaluated through Bond Energy Change in Programmed Heat Experiment
程序升温实验中用键能变化量估算煤的氧化放热强度
11.
Increased production of the gas has been linked to rising temperatures on Earth.
二氧化碳气体的持续产生导致了地球气温的上升。
12.
Auto-thermophilic Aerobic Digestion Process and Its Application to Medium and Small-sized Municipal Sewage Treatment Plants
中小型污水处理厂污泥的自动升温好氧消化工艺及其应用
13.
Law of SO_2 Escape from the Flue Gas Desulfurization Residue in Heating Process
干法半干法脱硫灰升温过程中二氧化硫的逸出规律
14.
CNTs reinfoced alumina ceramics prepared by hot pressing technology with ultra-fast heating rate based on combustion reaction
燃烧反应超快升温热压制备碳纳米管/氧化铝复合材料
15.
Distribution characteristic of remaining coal oxygen consumption and spontaneous combustion heating-up in goaf
自燃采空区耗氧-升温的区域分布特征
16.
PdO-CeO_2 Composite Catalysts for Low Temperature CO Oxidation
PdO-CeO_2复合氧化物催化剂的CO低温氧化
17.
Global warming occurs when heat-trapping gases,such as carbon dioxide,get trapped in the atmosphere,causing the Earth's temperature to rise.
全球变暖的原因是像二氧化碳这样的吸热气体，被滞留在大气层中，导致地球温度上升。
18.
ADVANCED MODEL OF STATIC CHARACTERISTIC FOR LIQUID OXYGEN/KEROSENE
液氧/煤油高压补燃火箭发动机非线性稳态模型——考虑推进剂温升与密度变化