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in the former casecausesa change of the mass transfer rate
many difficulties , such as the higher molecular weight values and the bigger volume in spaceleadto the slow rate of mass transfer
no longercontributessignificantly to the gas transfer velocity
A forcecauseschange in velocity of the mass
Mass transfer coefficient ... the factorsinfluencethe rate of mass transfer
The presence of surface active speciesinfluencesthe mass transfer rate
The actions on the transitionsetthe velocity of the stuck point mass
The nature of the polymer and any reliable - point out improvements developing during dryingcan influencethe mass transfer rates
Particle densityalso influencesthe rate of mass transfer
by the interfacial reactions(passive) caused bythe mass transfer rates
1 ) the concentration of gases / nutrients associated with the seawater and alga and ( 2 ) by the type of flow around the algal tissue(passive) is influenced byThe rate of mass - transfer
by spin - up and spin - down(passive) caused bymass transfer rate
stirrer ratecan influencethe rate of mass transfer
the stirrer ratecan influencethe rate of mass transfer
Factors ... , k L and a are most directly impacted by slip velocity , dissipation rate and bubble diameterinfluencingmass transfer rate
Adjustment of the stirrer ratecan influencethe rate of mass transfer
the two factorsinfluencethe rate of mass transfer
the antifoam itselfcausesthe mass transfer drop
This processcausesmass transfer in cataclysmic variables
gravitational wavecausesthe mass velocity to decay
r gravitational wavecausesthe mass velocity to decay
intensive gas stirring(passive) caused bya rapid mass transfer
on certain occasionscould influencethe velocity within your transfer
the existence of different velocities and concentrations(passive) is caused byFlux of mass transfer
A concentration gradient ... timecausesmass transfer in opposite direction
based on the column vapor - liquid traffic developed from process simulations(passive) are designedMass - transfer internals
parametersinfluencemass transfer kinetics
by pressure variations(passive) caused byconvective mass transfer
by vortex(passive) caused byTurbulent mass transfer
local turbulencecausesconvective mass transfer
by vortex induced reconnection in(passive) caused byTurbulent mass transfer
advection processes inside the dropcan influencethe convective mass transfer
how advection processes inside the dropcan influencethe convective mass transfer
by thermal gradients and concentration gradients resulting from flow conditions(passive) caused bymass transfer
Other factorsinfluencingmass transfer
by an increased internal viscosity(passive) caused bymass transfer
orderto causemass transfer
a temperature sufficientto provokemass transfer
large - scale flow patternsinfluencemass transfer
by vortex induced reconnection in collisionless magnetospheric(passive) caused byTurbulent mass transfer
the orbit to shrink fastercausesthe orbit to shrink faster
a change in momentum ( usually a change in velocitycausesa change in momentum ( usually a change in velocity
to rise of critical heat fluxleadsto rise of critical heat flux
a voltage to exist across said second conductive channel as a function of a current flow in said first conductive channelcausesa voltage to exist across said second conductive channel as a function of a current flow in said first conductive channel
change in momentumcauseschange in momentum
in the reduction of the sample zone concentrationresultsin the reduction of the sample zone concentration
in different selectivitycan resultin different selectivity
in different selectivity throughcan resultin different selectivity through
in rapid and complete O2 consumptionresultin rapid and complete O2 consumption
no significant C - term band broadeningcausingno significant C - term band broadening
to increase of driving voltageleadsto increase of driving voltage
to a reversal of the orbital evolutioncan leadto a reversal of the orbital evolution
from gravitational radiation aloneresultfrom gravitational radiation alone
any effect(passive) caused byany effect
to spatial variation in the expansion rate of polymer which creates tensioncan leadto spatial variation in the expansion rate of polymer which creates tension
the loss of coherencecausesthe loss of coherence
a momentum cascade and release of target material as vapourcausinga momentum cascade and release of target material as vapour
the suspension(passive) caused bythe suspension
to the conclusion that the velocity of light in a vacuum is the greatest velocity at which any object can travelledto the conclusion that the velocity of light in a vacuum is the greatest velocity at which any object can travel
the damage(passive) being caused bythe damage
from the proximity of the immobilized bacteria and the electrode surfaceresultingfrom the proximity of the immobilized bacteria and the electrode surface
to local changesleadsto local changes
to local changes in surface tension and hence stable interfacial movementleadsto local changes in surface tension and hence stable interfacial movement
to local changes in surface tension and hence stable interfacial movementleadsto local changes in surface tension and hence stable interfacial movement
the mass - transfer rate to dropcausesthe mass - transfer rate to drop
to a close double white dwarf and mass transfer in binaries leading to a close binary with a white dwarf and a main - sequence star , many of which are observedleadingto a close double white dwarf and mass transfer in binaries leading to a close binary with a white dwarf and a main - sequence star , many of which are observed
from the intricate porous structureoriginatingfrom the intricate porous structure
the drop formation(passive) caused bythe drop formation
the brightness state changes that is a direct evidence of variable mass transfer in a CVcausingthe brightness state changes that is a direct evidence of variable mass transfer in a CV
the formation of a surface profile of materialcausedthe formation of a surface profile of material
the buildings to collapse very quicklycould causethe buildings to collapse very quickly
to improved process performanceleadingto improved process performance
expectations for the receiverto setexpectations for the receiver
alsocan ... causealso
ejection of target material from the surfacecausesejection of target material from the surface
to the formation of the film of secondary structurescontributingto the formation of the film of secondary structures
to the changes in the shape of the water - ion tailleadingto the changes in the shape of the water - ion tail
from a temperature gradient in a systemresultsfrom a temperature gradient in a system
to the flow dragcontributeto the flow drag
to increase of gas flow rateleadingto increase of gas flow rate