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Unravelling the carbonate issue through the regulation of mass transport and charge transfer in mild acid. [PDF]
Chem SciZhang Z +7 more
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2012 12th IEEE International Conference on Nanotechnology (IEEE-NANO), 2012
Mass transport at attogram (10−18 g) level inside, from, between, and into nanochannels is of growing interest from both fundamental and application perspectives. Nanorobotic manipulation inside a transmission electron microscope (TEM) enables these investigations through its ability to position and assemble pipes, to deliver the mass in a controlled ...
Lixin Dong +7 more
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Mass transport at attogram (10−18 g) level inside, from, between, and into nanochannels is of growing interest from both fundamental and application perspectives. Nanorobotic manipulation inside a transmission electron microscope (TEM) enables these investigations through its ability to position and assemble pipes, to deliver the mass in a controlled ...
Lixin Dong +7 more
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2002
The mechanisms of mass transport include species diffusion and momentum transfer (fluid convection). The effects of these mechanisms on casting solidification will be discussed in this chapter.
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The mechanisms of mass transport include species diffusion and momentum transfer (fluid convection). The effects of these mechanisms on casting solidification will be discussed in this chapter.
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1996
This chapter reviews physical processes that contribute to the overall kinetics of any particular reaction. It explains how the reactant molecule must be transported from the bulk solution to the electrode interface in order for electrolysis to proceed, and covers how the reaction products diffuse away from the electrode.
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This chapter reviews physical processes that contribute to the overall kinetics of any particular reaction. It explains how the reactant molecule must be transported from the bulk solution to the electrode interface in order for electrolysis to proceed, and covers how the reaction products diffuse away from the electrode.
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1975
As mentioned in Chapter 1 the equations governing heat transfer with small temperature differences also govern transfer of small concentrations of other passive scalar contaminants. Particle-laden flows (Chapter 7) are excluded unless the particles are so small that they move with the flow and are negligibly affected by gravity.
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As mentioned in Chapter 1 the equations governing heat transfer with small temperature differences also govern transfer of small concentrations of other passive scalar contaminants. Particle-laden flows (Chapter 7) are excluded unless the particles are so small that they move with the flow and are negligibly affected by gravity.
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2016
We present in this chapter some known facts about mass transport and use them to prove properties which will then be extensively used in the sequel.
Gioia Carinci +3 more
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We present in this chapter some known facts about mass transport and use them to prove properties which will then be extensively used in the sequel.
Gioia Carinci +3 more
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2016
This chapter discusses another fascinating function of azo polymers, photoinduced mass transport, in detail. This photoinduced effect is unprecedented in polymers and other materials, which has been intensively studied to understand the mechanism and also for possible applications in many areas such as surface modification and patterning.
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This chapter discusses another fascinating function of azo polymers, photoinduced mass transport, in detail. This photoinduced effect is unprecedented in polymers and other materials, which has been intensively studied to understand the mechanism and also for possible applications in many areas such as surface modification and patterning.
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1969
Transport processes are involved when a current is passed through a galvanic cell. Ions and neutral species that participate in the electrochemical reactions at the anode or cathode have to be transported to the respective electrode surfaces. The basic concepts of transport processes are briefly outlined in this chapter.
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Transport processes are involved when a current is passed through a galvanic cell. Ions and neutral species that participate in the electrochemical reactions at the anode or cathode have to be transported to the respective electrode surfaces. The basic concepts of transport processes are briefly outlined in this chapter.
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1983
This chapter deals with convective mass transport, i.e., a hydrodynamic flow in the electrolyte system. Let us start by a few qualitative remarks. As an example, we consider the electrolysis of a solution of CuSO4 + H2SO4 in a cell with two plane, parallel, copper electrodes. The solution streams parallel to the electrode in laminar flow.
N. Ibl, O. Dossenbach
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This chapter deals with convective mass transport, i.e., a hydrodynamic flow in the electrolyte system. Let us start by a few qualitative remarks. As an example, we consider the electrolysis of a solution of CuSO4 + H2SO4 in a cell with two plane, parallel, copper electrodes. The solution streams parallel to the electrode in laminar flow.
N. Ibl, O. Dossenbach
openaire +1 more source