1.
Preparation of Iron Nitride by Temperature-Programmed Reaction and Catalytic Decomposition of Hydrazine;
程序升温反应法制备氮化铁及催化肼分解研究
2.
Application of fuzzy control in fatty amine reactor temperature rising
模糊控制在脂肪胺反应釜升温控制中的应用
3.
System of Programming Temperature Control for SFC Stove;
固体燃料电池反应釜程序升温控制系统
4.
Effect of heating rate on thermolysis reaction kinetics of TiH_2
升温速率对TiH_2热分解反应动力学的影响
5.
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
6.
The Behaviour of Restrained Steel Beam during Heating and Cooling and the Damage of Beam-to-Column Connection;
约束钢梁在升温段和降温段的反应及梁柱节点的破坏研究
7.
One is body temperature, which tends to be higher later in the day and has been linked to increased strength and reaction time
一个是体温，体温在一天的后面时光中往往升高，而体温身高可以增强力量和反应时间。
8.
It may be a compensatory reaction permitting the radiation of heat to offset the atropine-induced rise in temperature.
这可能是一种代偿反应，通过热辐射以消除阿托品引起的体温升高。
9.
Study on the Effect of Lower Temperature and Longer Sludge Age on Municipal Wastewater in SUFR System;
螺旋升流式反应器在低温、长泥龄时处理城市污水的试验研究
10.
The Research and Engineering Realization of Fatty Amine Reactor Temperature Rising Fuzzy Control System;
脂肪胺反应釜升温模糊控制系统研究与工程实现
11.
Treatment of Coking Wastewater by Airlift Loop Reactor with Biofilm/Activated Sludge at Low Temperature
低温下膜泥复合气提升循环流反应器处理焦化废水
12.
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
13.
greenhouse warming
温室效应引起的气温升高
14.
How Hot Will the Greenhouse World Be?
温室效应会让整个世界温度升高多少?
15.
In order to ascertain the dezincing mechanism from metallurgical zinc-bearing dust and sludge, the characteristics of temperature increasing in microwave field were investigated using the zinc-bearing dust and sludge samples.
为了弄清含锌冶金尘泥脱锌的反应机理,在微波场中研究了含锌冶金尘泥的升温特性。
16.
The explanation could lie in the sharp temperature jump a particle experiences when it becomes dispersed in a bubble of reactant gas.
其解释是当颗粒被分散于反应气体的气泡中时，经受着温度的突然跃升。
17.
From thermodynamics and kinetics it is explored why in a reactor in which gas phase is pressured by oxygen the rapid decarburization and temperature ascension of the bath could be realized.
从热力学和动力学方面探索了氧气加压反应器中炼钢能加速脱碳和升温的原因
18.
NONLINEAR FINITE ELEMENT ANALYSIS OF SUSPEND-DOME FIRE RESISTANCE BASED ON THE MODLE OF ATMOSPHERE TEMPERATURE ASCENDING IN LARGE SPACE
基于大空间空气升温模型的弦支穹顶结构抗火反应非线性有限元分析