三氟甲烷
- 网络Trifluoromethane;CHF3;BTM
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用苯(C6H6)和三氟甲烷(CHF3)混合气体作源气体,采用永磁微波电子回旋共振等离子体化学气相沉积(MWECRCVD)技术,制备了氟化非晶碳膜(aC∶F)。
Fluorinated amorphous carbon films ( a C ∶ F ) were deposited by microwave cyclotron resonance plasma chemical vapor deposition ( MWECR CVD ) using benzene ( C 6H 6 ) and trifluoromethane ( CHF 3 ) as source gases .
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基于CFD的三氟甲烷灭火系统运行规律研究
Research for Operation Laws of Trifluoromethane Fire-extinguishing System Based on CFD
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用调谐的TEACO2激光多光子离解三氟甲烷分离氘同位素
Separation of deuterium by multiphoton dissociation of CF H with a tunable TEA CO_2 laser
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然而,对三氟甲烷在灭火过程中HF生成量的研究,目前尚缺乏深入有效的理论计算方法;
At present , there is lacking of in-depth insight of HF production in fire extinguishing process with CF3H .
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CFD理论可以直观地反映流体的流动,为三氟甲烷灭火系统的研究提供了新方法。
CFD theory can directly reflect the fluid flow , which provides a new research way for Trifluoromethane fire extinguishing system .
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这一协议是在世界银行框架碳基金(UmbrellaCarbonFacility)的撮合下达成的,它将大幅度减少三氟甲烷(HFC-23)的排放量,其数量相当于减排1亿吨二氧化碳。
The World Bank 's Umbrella Carbon Facility brokered the deal , which will reduce emissions of the gas called HFC-23 by an amount equivalent to100 million tonnes of carbon dioxide .
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本论文着重研究以30%的H2O2为氧化剂、2,2,3,3-四氟1-丙醇作溶剂、三氟甲烷磺酸和其它固体酸作催化剂的反应条件下,1-茚酮为反应底物的BV氧化反应。
In this paper , the research object was focused on the B-V oxidation of 1-indanone by using 30 % hydrogen peroxide as oxidant and some liquid and solid acids as catalysts in solvent of 2 , 2 , 3 , 3-tetrafluoro-1-propanol .
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使用三氟甲烷和苯的混合气体,利用微波电子回旋共振等离子体增强化学气相沉积法制备了F/C比在011&062之间的αC∶F薄膜。
Amorphous fluorinated carbon (α C ∶ F ) films with F / C ratios between 0.11 and 0.62 are prepared by microwave electron cyclotron resonance plasma enhanced chemical vapor deposition using trifluoromethane ( CHF 3 ) and benzene ( C 6H 6 ) as source gases .
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例如,化工公司杜邦(DuPont)在肯塔基州的工厂每减少1吨二氧化碳排放,就要求消费者支付4美元。这个工厂产生一种强力温室气体三氟甲烷(HFC23)。
For instance , DuPont , the chemicals company , invites consumers to pay $ 4 to eliminate a tonne of carbon dioxide from its plant in Kentucky that produces a potent greenhouse gas called HFC-23 .
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三氟甲烷灭火剂在管网中流动状态分析
Flow State of HFC-23 Extinguishing Agent in Pipeline
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三氟甲烷在灭火系统中的应用
The Application of Trifluoromethane to Fire Extinguishing System
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但由于三氟甲烷灭火剂自身性质的特殊性,其在管网中的行为非常复杂,只通过实验很难直观形象地把握其运行规律。
However , due to the specificity of its own nature , its behavior in the pipe network is very complex .
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分析结果表明,小型水电站适宜采用三氟甲烷灭火系统,并对某小型水电站发电机组采用三氟甲烷灭火系统进行了工程设计。
The author also puts forward the project design for a small hydroelectric power station to adopt thrifluoromethane fire protection system in this article .
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三氟甲烷气体灭火系统是以三氟甲烷为灭火剂的哈龙替代灭火系统,其综合性能良好,是哈龙替代品中最优者之一。
Trifluoromethane Gas fire extinguishing system has an excellent performance , is one kind of Halons alternative fire extinguishing system , so it becomes one of the best Halons alternatives .
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通过闪光光解三氟碘甲烷得到了1.315μ的激光辐射。
Laser emission of 1.315 μ m was observed via photodissociation of CF_3I .
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三氟碘甲烷具有良好的环境性能和安全性能,在灭火、制冷、发泡、医药等领域有着广阔的应用前景。
FIC-1311 has well protected environment , showing that which have good application prospects in the extinguishing , refrigeration , foam blowing agents , and medication .
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黏胶基活性炭纤维对三氯一氟甲烷的吸附性能
Adsorption of CFC-11 on Viscose Rayon-Based Activated Carbon Fiber