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Qaagi - Book of Why

Causes

Effects

esterscausessevere crystallization

operating conditionsinfluencedco - crystallization

Detailed evidence of field observation , geochemical signature and rhyolite - MELTS simulations suggestoriginatedfrom deep fractional crystallization of basaltic melts

The most fundamental changeresultsfrom the fractional crystallization of magma

a loss of water(passive) caused bypartial crystallization

the material ... to haveto causenucleation ( crystallization

the residue was dried under high vacuum for 15 hourscausingpartial crystallization

However , the large crystals tendto causecrystallization dewetting

to occur in the networks containing higher molecular weight PEGDA only in the presence of humidity and high frequency cyclic loading(passive) was discoveredPartial crystallization

the melt phaseresultingfrom fractional crystallization

annealingcausedsolute crystallization

magmasleadingto fractional crystallization

Also : Do not stir the water , sugar , and honey mixture while it's cookingwill causecrystallization

Too much concentration of oxalates in the bloodcausedcrystallization

The type of pollen , glucose content and moisture level in honeycausescrystallization

The heating processcausescrystallization

The solution is cooled in a freezing mixtureto causecrystallization

by the concentration and temperature or the equilibrium state(passive) influenced bycrystallization

the material ... a temperatureto causecrystallization

an alloy at a temperature and for a time sufficient ... , cooling tto causecrystallization

the urinary uric acid concentration ... less likelyto causecrystallization

The soft metal state that results from the annealing processmay causecrystallization

heat treatment ... a temperature suchdoes ... causecrystallization

variations in the film thickness within the substrate surface(passive) caused bycrystallization

Excessive uric acid amount in the jointscan causecrystallization

a high freezing point ... iscausecrystallization

temperature(and seed it preferablyto causecrystallization

Excessive concentrations of heatcan causecrystallization

F. Low temperatures or temperature fluctuationsmay causecrystallization

Refrigeration or cold honeywill causecrystallization

dispersions in the film thickness within the substrate surface(passive) caused bycrystallization

a temperaturecausingcrystallization

a temperatureto causecrystallization

oxalates and excessive oxalatescan causecrystallization

all solid bodies having a structure similar to that of icemust causecrystallization

further coolingwill ... causecrystallization

cooling(passive) caused bycrystallization

sugar ... stirringcausecrystallization

Stirring sugarwill causecrystallization

that we not stir the sugarcan causecrystallization

in bad qualitywould resultin bad quality

in large variations of Mg # ... from approximately 80 to approximately 60 ) over small distancesresultedin large variations of Mg # ... from approximately 80 to approximately 60 ) over small distances

to the formation of paraxylenethen leadsto the formation of paraxylene

to calc - alkalic compositionsmight leadto calc - alkalic compositions

to iron - enrichmentleadsto iron - enrichment

the resulting concentration changewill causethe resulting concentration change

to the formation of an ultramafic crust with high seismic velocitiesleadingto the formation of an ultramafic crust with high seismic velocities

alsoleadsalso

the hydration process and structure formation leading to increase in crystallinity of hardened binding materialinfluencingthe hydration process and structure formation leading to increase in crystallinity of hardened binding material

mechanical behaviorwould ... influencemechanical behavior

to the formation of rocks from trachybasalts to trachyrhyodacitesleadingto the formation of rocks from trachybasalts to trachyrhyodacites

alsodiscoveralso

to separation of various components in the mixtureleadingto separation of various components in the mixture

their composition(passive) more influenced bytheir composition

to formation of stoneleadsto formation of stone

to the formation of mineralsleadsto the formation of minerals

to the formation of stonesleadsto the formation of stones

to kidney stone formationleadsto kidney stone formation

to formation ofleadsto formation of

to smaller homogeneously distributed spherulitesleadingto smaller homogeneously distributed spherulites

in a grainy appearance and a brittle structurewould resultin a grainy appearance and a brittle structure

deposits of stone likecausesdeposits of stone like

in reduced efficiencyresultingin reduced efficiency

to clogging of the systemcan leadto clogging of the system

deposit formationcausesdeposit formation

uneven structure(passive) caused byuneven structure

in said crystal sizeto resultin said crystal size

to a hexagonal crystal formledto a hexagonal crystal form

damage(passive) caused bydamage

the damage(passive) caused bythe damage

the damagecausesthe damage

phase separation andcausedphase separation and

runaway crystallizationmight causerunaway crystallization

to a reduction in concentration of the dissolved statewill leadto a reduction in concentration of the dissolved state

from the medley of minerals that compose themresultingfrom the medley of minerals that compose them

the resulting rockto influencethe resulting rock

deposits of stonecausesdeposits of stone

bottle caps to stickmay causebottle caps to stick

in the death of the formresultsin the death of the form

time(passive) caused bytime

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