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Qaagi - Book of Why

Causes

Effects

a concentration gradient which is sufficientto causediffusion

a concentration gradient generated by deposition(passive) caused bydiffusion

the concentration gradient in concrete ’s pores(passive) is caused byDiffusion

The barrier layer ... materialpreventsdiffusion

other heat treatment , or other processcould causediffusion

a concentration gradient ( dC / dx ) in the direction(passive) caused bydiffusion

The barrier layer ... can layer of materialpreventsdiffusion

all other driving forces , including concentration gradient , pressure , and body force , where is the multicomponent Fick diffusivity(passive) caused bydiffusion

A barrier layer ... sufficientto preventdiffusion

ancillary factorspreventdiffusion

key factorsinfluencingdiffusion

soft Factorsinfluencingdiffusion

temperature , pressure , particles dimension , concentration gradient(passive) is influenced byDiffusion

by having a concentration gradient on either side of a semipermeable membrane(passive) is createdDiffusion

which also acts as a barrier layerto preventdiffusion

An electrically conductive diffusion barrier layermay preventdiffusion

This barrier layer ... ableto preventdiffusion

An effective barrier layerpreventsdiffusion

No barrier layer is requiredto preventdiffusion

an important factorinfluencingdiffusion

PTFEbased Nickel ordinarily is used as a barrier layer between copper and goldto preventdiffusion

the function of also a barrier layerto preventdiffusion

Mar 1999International Business Machines CorporationDiffusion barrier layerpreventsdiffusion

one or more TLC stripes , which may be at least partially enclosed by an inert material such as polyurethaneto preventdiffusion

the thermal process(es(passive) caused bydiffusion

So the differences in the concentration gradients iscausesdiffusion

The substitution processcreatesdiffusion

The forming processwould causediffusion

The structure ... a conductive barrier layerto preventdiffusion

23 24 Factorsinfluencediffusion

twenty - six factorsinfluencingdiffusion

Types , mechanism and factorsinfluencingdiffusion

$ 2.00 Factorsinfluencingdiffusion

many potential factorsinfluencingdiffusion

ii ) Encapsulation of Hemoglobin for Synthetic Erythrocytes Hemoglobin in its free form ... cross - link densitypreventsdiffusion

EXAMPLE 24 Encapsulation of Hemoglobin for Synthetic Erythrocytes Hemoglobin in its free form ... cross - link densitypreventsdiffusion

The glass blocks ... a materialcreatesdiffusion

relative molecular motion(passive) caused bydiffusion

the concentration gradient across the interface of cellulose surface and dye bath , the surface area of the cotton substrate in contact with the dye bath , temperature and time and the physical characteristics of the substrate(passive) is influenced byDiffusion

The heat sealing processpreventsdiffusion

Thin region 60(passive) is created byThin region 60

on account of the random movement of particlesresultson account of the random movement of particles

because of the random movement of particles ( Brownian motionresultsbecause of the random movement of particles ( Brownian motion

heat treatmentcausingheat treatment

in net movement of moleculesresultsin net movement of molecules

film formedpreventingfilm formed

many substances to move across a cell membranecausesmany substances to move across a cell membrane

barrier layer in integrated circuit inter - metal layer dielectricsUS6737328Feb 2 , 2000May 18 , 2004Micron Technology , Incpreventingbarrier layer in integrated circuit inter - metal layer dielectricsUS6737328Feb 2 , 2000May 18 , 2004Micron Technology , Inc

loss of signalcausesloss of signal

mask 5 and p++ layer 2 therebelowpreventingmask 5 and p++ layer 2 therebelow

to higher water loss than pure convectionleadsto higher water loss than pure convection

a mass transfer in favor of a more uniform concentrationwill causea mass transfer in favor of a more uniform concentration

the role of convection(passive) caused bythe role of convection

increased contrast(passive) created byincreased contrast

in better contrastresultingin better contrast

the averaging effect(passive) caused bythe averaging effect

any adverse effect(passive) caused byany adverse effect

a lot of halation and contrast - losscreatesa lot of halation and contrast - loss

to zero ( Asetto zero ( A

from random molecular motion at the microscopic levelresultsfrom random molecular motion at the microscopic level

only energy loss(passive) caused byonly energy loss

the background loss(passive) caused bythe background loss

the loss of compression(passive) to be prevented bythe loss of compression

a loss of light(passive) caused bya loss of light

loss of sharpnessmay causeloss of sharpness

from the random movement of ionsmoleculesresultsfrom the random movement of ionsmolecules

because of the random movement 651resultsbecause of the random movement 651

strong fluctuations in molecule numberscausesstrong fluctuations in molecule numbers

from the random movement of molecules and other small particlesresultsfrom the random movement of molecules and other small particles

the current ( movement of carriers(passive) caused bythe current ( movement of carriers

from concentration gradient [ 1resultingfrom concentration gradient [ 1

in molecules moving down their concentration gradientresultsin molecules moving down their concentration gradient

in greater water loss at small body sizes and convectionresultingin greater water loss at small body sizes and convection

the fractionation(passive) caused bythe fractionation

the concentration of molecules to be the same throughout the space the molecules occupy , when they will be in equilibriumwill eventually causethe concentration of molecules to be the same throughout the space the molecules occupy , when they will be in equilibrium

Interfacial tension gradients(passive) caused byInterfacial tension gradients

in the overall movement of particles from an area of high concentration to an area of low concentration down a concentration gradientresultin the overall movement of particles from an area of high concentration to an area of low concentration down a concentration gradient

line broadening and signal losscausesline broadening and signal loss

the signal change(passive) caused bythe signal change

the flow rate of silane(passive) caused bythe flow rate of silane

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