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The lateral , as well as verticalcan ... leaddiffusion of charge
the difference of hydrocarbon concentrations(passive) caused bydiffusion flow
David Bohm ( PhD 1943discoveredBohm Diffusion
fast electric field phenomena(passive) is caused byBohm diffusion
by point defects diffusion(passive) influenced byDopant diffusion
However , its origin is not yet completely understood : low and high frequency electric field fluctuations are both namedto causeBohm diffusion
3 Diffusion Molecules ... an area of lower concentrationcausesdiffusion
the concentration gradient , physical flow of material , molecules(passive) is caused byDiffusion
kinetic theory Diffusion Multiple collisions with gas atomscausesdiffusion
temperature gradients ( thermal diffusion(passive) can be caused byDiffusion
temperature gradients ( thermal diffusion(passive) is caused byDiffusion
the movement of atoms or molecules from an area of higher concentration to one of lower concentration(passive) is caused byDiffusion
by the water concentration gradient at the two boundaries(passive) caused bythe diffusion
diffusion and factorsinfluencingdiffusion
by a gradient of concentration of an external chemical signal(passive) is influencedthe diffusion
Diffusion Multiple collisions with gas atomscausesdiffusion
the water concentration gradient(passive) is caused byDiffusion
10 Diffusion Multiple collisions with gas atomscausesdiffusion
the molecules results in random motioncausingdiffusion
by a temperature gradient in the experimental system(passive) caused bydiffusion
the following important local variables : 1 ) Scale of the species ; 2 ) Convection conditions ; 3(passive) is influenced byDiffusion
by the ion concentration gradient(passive) caused bydiffusion
9 Diffusion Multiple collisions with gas atomscausesdiffusion
gradients within the phase created by a number of variables(passive) can be caused byDiffusion
by all other driving forces , including concentration gradient , pressure , and body force(passive) caused bydiffusion
by all other driving forces , including concentration gradient , pressure , and body force , where(passive) caused bydiffusion
by the gradients of the chemical potential of all elements(passive) caused bythe diffusion
The kinetic energy of the molecules results in random motioncausingdiffusion
A difference in ion concentration or conductivitycausesdiffusion
by gas evolution on the electrode surface(passive) caused bydiffusion
by drug concentration gradient(passive) caused bydiffusion
the thermal movement of individual molecules(passive) is caused byDiffusion
Parameters ... the substrate surface properties , the morphology and porosity of the PEM coating as well as the processing conditions [ 11may influencediffusion
different partial pressure of gases(passive) is caused byDiffusion
by light diffuser layer 5(passive) caused bydiffusion
9 10 Diffusion Multiple collisions with gas atomscausesdiffusion
by a thermal heating process(passive) caused bydiffusion
a concentration gradientcausingdiffusion
by a concentration gradient(passive) caused bydiffusion
concentration gradientcausesdiffusion
to a Mn valence changewould leadto a Mn valence change
exclusivelyresultsexclusively
to an asymptotically ( relative to timeleadingto an asymptotically ( relative to time
to high localized sugar concentrations [ 16 , 18leadingto high localized sugar concentrations [ 16 , 18
the electrons to diffuse perpendicularly to the magnetic field linescausesthe electrons to diffuse perpendicularly to the magnetic field lines
the adsorption mass transfer processinfluencedthe adsorption mass transfer process
from the electrostatic fieldresultsfrom the electrostatic field
in the net movement of particles from a region of high concentration toward a region of low concentrationalways resultsin the net movement of particles from a region of high concentration toward a region of low concentration
that scalecould be settingthat scale
cells to move from a higher concentration to a lower concentrationcausescells to move from a higher concentration to a lower concentration
particles to move from a region of concentration to a region of concentrationalways causesparticles to move from a region of concentration to a region of concentration
free water molecules to move from the side where their concentration is higher to the solute side , where their concentration is lowerthen causesfree water molecules to move from the side where their concentration is higher to the solute side , where their concentration is lower
the transfer of mass from a high concentration area to a low concentration areacausesthe transfer of mass from a high concentration area to a low concentration area
the movement of a chemical within a phasecausesthe movement of a chemical within a phase
the movement of a chemical within a phase ( e.g. , water ... from a location of relatively high concentration to a place of lower concentration until the chemical is homogeneously distributed throughout the phasecausesthe movement of a chemical within a phase ( e.g. , water ... from a location of relatively high concentration to a place of lower concentration until the chemical is homogeneously distributed throughout the phase
the movement of a chemical within a phase ( e.causesthe movement of a chemical within a phase ( e.
molecules to spread out from areas of high concentration to areas of low concentrationcausesmolecules to spread out from areas of high concentration to areas of low concentration
in a gradual mixing of the materials in a systemresultsin a gradual mixing of the materials in a system
the substances to spread out over a surface in spacecausesthe substances to spread out over a surface in space
movement toward the area of a lower concentration of the diffusing substancecausingmovement toward the area of a lower concentration of the diffusing substance
concentration to level out over timecausesconcentration to level out over time
a physical change of our cells ( masscausesa physical change of our cells ( mass
in the overall ( net ) movement of particlesresultsin the overall ( net ) movement of particles
solutes to move from regions of higher concentration to those of lower concentrationcausessolutes to move from regions of higher concentration to those of lower concentration
mass transfer in favor of a more uniform concentrationcausesmass transfer in favor of a more uniform concentration
in mixing or mass transportresultsin mixing or mass transport
from the continuous random movement of molecules in the fluid stateresultsfrom the continuous random movement of molecules in the fluid state
in the target surface carbon and case depthresultingin the target surface carbon and case depth
diffusion pressurecausesdiffusion pressure
as a result of random movement of particlesresultsas a result of random movement of particles
atom migration from high composition regions into low composition regionscausesatom migration from high composition regions into low composition regions
because of the random movement of particlesresultsbecause of the random movement of particles
to a maximum rate of formationleadingto a maximum rate of formation
in the net movement of ions and moleculesresultsin the net movement of ions and molecules
any interruption(passive) caused byany interruption
a concentration gradientDoes ... causea concentration gradient
in the slower drug releasewould resultin the slower drug release
toward the area of a lower concentration of the diffusing substancecausingtoward the area of a lower concentration of the diffusing substance
in net movement of moleculesresultsin net movement of molecules
from the random motion and/or collisions of particlesresultsfrom the random motion and/or collisions of particles