The nature of active centers of pt/ al_2o_3 catalyst characterized by sulfur titration

1、

Effect of Fe_2O_3 Crystalline Phase on Activity of Fe-Cr system Medium Temperature Water-Gas Shift Catalysts

Fe2O3晶型对铁-铬系中温变换催化剂活性的影响

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2、

Characterization of the Concentrations of Active Sites for Co-Mo HDS Catalysts by Dynamic Oxygen Chemisorption

Co～Mo系加氢脱硫催化剂活性中心的动态氧吸附表征

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3、

Effect of Support on Resistance to Carbon-deposition of Nickel-based Catalysts for CO_2 Reforming of CH_4

载体对Ni基催化剂活性和抗积炭性能的影响

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4、

Effects of A1_2O_3 as Promoter on Catalytic Activity of CO Conversion Catalyst

Al2O3对中温变换催化剂活性的影响

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5、

Soft Measurement Model of FCCU Catalyst Activity and Its Application in DCS

FCCU平衡催化剂活性的软测量模型设计及其在DCS上的应用

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6、

In this paper, the time dependent tyndall effect and absorbance of C 60 in several organic solvents are studied.

本文报道了C60溶液的丁达尔效应、吸光度与C60溶液放置时间的依赖关系。

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7、

Ionic-Liquid Buffers: A New Kind of Potential Chemicals for Controlling pH in Non-Aqueous Media?

离子液体缓冲剂: 一种用于非水介质的新型pH缓冲剂?

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8、

Ionic liquids ILs have been vigorously investigated as possible replacements for volatile organic solvents.

离子液体是一种有望用于替代传统挥发性有机溶剂的新型绿色溶剂.

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9、

Ionic liquid, as a solvent and catalyst of oxidation, has displayed many potential benefits.

离子液体用作氧化反应的溶剂, 已经显示了许多潜在的优点.

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10、

Ionic liquid, which have a lot of interest properties, is attracting a great deal of attention.

离子液体具有非常好的物理、化学性质, 正引起人们越来越多的重视.

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11、

The invention discloses a polymer membrane containing ionic liquid and a preparation method thereof.

本发明公开了一种含有离子液体的聚合物薄膜及其制备方法.

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12、

The database and updated duly to guarantee the latest data and prediction Methods : To be included.

数据库还包含了离子液体的结构-性质关系模型,可以提供数据关联和预测功能.

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13、

The researchers used ionic liquid as the battery's electrolyte.

研究人员们用离子液体作为电池的电解液.

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14、

Meanwhile , the existing defect of temperature ionic liquids are also analyzed.

分析了室温离子液体现存的缺点.

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15、

Ionic liquid can be used as reaction mediator and catalyst.

离子液体可以作为反应介质和催化剂.

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16、

The Gauss axioms of the static electricity field and the law of conservation of charges are indicafed in a unified form so as to expand the Gauss axioms.

将静电场的高斯定理与电荷守恒定律表述为统一的形式，使静电场的高斯定理得到推广。

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17、

Thus, in theory It explains conservation law of charge Biot-Savart's law, under space inver-sion the charge alter the mark and so on.

进而从理论上解释了电荷守恒定律，毕奥&萨伐定定律，在镜向反演下电荷变号等问题。

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18、

This paper introduces the concept of extended total space, and then we extend conservation of charge and conservation of current to general case.

在文中引入了扩展全空间概念，由此得到电荷守恒和电流守恒的一般形式。

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19、

The conservation principles of charge and of flux linkages are proved mathematically, and their physical meanings are given in the paper.

本文对电荷守恒定律和磁链守恒定律从数学方面作了较深入的论证，并给出了其物理意义。

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20、

We show that in the presence of high potential steps the Dirac equation has solutions which violate the principle of charge conservation.

我们阐明在高势阶跃下狄拉克方程存在违反电荷守恒定律的解。

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