Loading ...
environmental temperature changes(passive) caused byviscosity
the temperature change(passive) caused bythe viscosity
slight temperature changes(passive) caused byviscosity
internal friction between the molecules in a fluid(passive) is caused byViscosity
internal friction of the molecules that make up the substance(passive) is caused byViscosity
the key factorsinfluencingthe viscosity
many factors(passive) is indeed influenced byThe viscosity
the following factorscan influenceviscosity
cohesive forces between the molecules in liquids and by molecular collisions in gases(passive) is caused byViscosity
temperature ... too highto preventviscosity
the changes of shear rate and temperature(passive) caused bythe viscosity
Water An Increase in TemperatureWill Causethe Viscosity
changes in the temperature thereof(passive) caused byviscosity
maximum ambient temperature(passive) is influenced byviscosity
two important factors which is : Temperature and type of liquid(passive) is influenced byThe viscosity
Medium temperaturealso influencesfluid viscosity
The temperature of an essentialcan influencethe viscosity
by controlling the temperature(passive) can additionally be influencedThe viscosity
a column temperature(passive) is influenced byThe viscosity
the varying temperature(passive) caused byviscosity
the concentration and the temperatureinfluencethe viscosity
the elevated temperature(passive) caused byviscosity
a further temperature increase(passive) caused byviscosity
temperature fluctuations(passive) caused byviscosity
the difference in temperature(passive) caused byviscosity
addition to excellent shear stabilityto preventviscosity
statistically significant factorsinfluencingthe viscosity
downhole high temperature(passive) caused byviscosity
CO2 using Smart Worm - like Micelles in Water(passive) Triggered bySwitchable Viscosity
for both small business and enterprise.eles(passive) has been designedViscosity
for both small business and enterprise.panda(passive) has been designedViscosity
for both small business and enterprise.in such cases(passive) has been designedViscosity
Excellent high speed oil consumption control and volatility * Excellent shear stabilityto preventviscosity
A rise or fall in the temperaturecan strongly influenceviscosity
a reduction in droplet temperature(passive) caused byviscosity
increasing fluid temperature(passive) caused byfluid viscosity
Especially the temperature is crucialinfluencesthe viscosity
molecular weight and temperature(passive) is influenced byThe elongational viscosity
the reduced extrusion temperature(passive) caused bythe viscosity
the colder paint temperature(passive) caused byviscosity
the resistance to flowcausesthe resistance to flow
the resistance to the fallcausingthe resistance to the fall
the friction force(passive) caused decisively bythe friction force
resistance to blood flowinfluencesresistance to blood flow
fluid friction(passive) caused byfluid friction
to increased peripheral resistanceleadsto increased peripheral resistance
in a smooth , silky , emollient feel on skinresultingin a smooth , silky , emollient feel on skin
the fluid to flow morecausingthe fluid to flow more
via frictioncan contributevia friction
Aerodynamic friction(passive) is caused byAerodynamic friction
the internal friction(passive) caused bythe internal friction
the sliding friction(passive) caused bythe sliding friction
resistance toward the outer edge of flowcreatesresistance toward the outer edge of flow
forth in Table 1 instead of the magnetic paint Bsetforth in Table 1 instead of the magnetic paint B
from an increase in shear stressresultingfrom an increase in shear stress
the drag force to come into beingcausesthe drag force to come into being
for bonding synthetic sports surfaces and artificial grass carpets to a variety of substrates or jointing tapesdesignedfor bonding synthetic sports surfaces and artificial grass carpets to a variety of substrates or jointing tapes
in a range of 20 to 80 poises and thixotropy set in a range of 1.2 to 6.0 at temperature of 23 � C. Further , aluminum hydroxide , fine sand , glass beads , alumina , magnesium oxide , or the likesetin a range of 20 to 80 poises and thixotropy set in a range of 1.2 to 6.0 at temperature of 23 � C. Further , aluminum hydroxide , fine sand , glass beads , alumina , magnesium oxide , or the like
the Resistance R ( measured as force per unit area(passive) caused bythe Resistance R ( measured as force per unit area
some resistance to prevent blood flow so that blood is not smoothcan causesome resistance to prevent blood flow so that blood is not smooth
[ 9 , 2setting[ 9 , 2
That vorticity in the boundary layer(passive) is created byThat vorticity in the boundary layer
opions uiuj 2 xj xi tion(passive) caused byopions uiuj 2 xj xi tion
eij1 uiuj 2 xj xi tion(passive) caused byeij1 uiuj 2 xj xi tion
friction between said loopcausingfriction between said loop
to the hydraulic friction effectsleadsto the hydraulic friction effects
from polymerization of polymerizable components therein as measured by viscosity measuring means ( dresultingfrom polymerization of polymerizable components therein as measured by viscosity measuring means ( d
from initial heat loss in the first mentioned regionresultingfrom initial heat loss in the first mentioned region
to a significant decrease in friction coefficientleadto a significant decrease in friction coefficient
this starting vortex to appear andcausesthis starting vortex to appear and
suspension promotion agents employed in the present inventioninfluencingsuspension promotion agents employed in the present invention
suspension promotion agents , or mixtures thereofinfluencingsuspension promotion agents , or mixtures thereof
lubricant life expectancy , the rate of equipment wear , energy consumption and resistancecan influencelubricant life expectancy , the rate of equipment wear , energy consumption and resistance
The process of printing with two or more viscosities of ink , which may also be different colorspaintingThe process of printing with two or more viscosities of ink , which may also be different colors
to endothelial cell shear stresscontributesto endothelial cell shear stress
depending on the shear stress gradientbeing causeddepending on the shear stress gradient
a resistive force(passive) caused bya resistive force
although not a forceinfluencesalthough not a force
to less flow resistance and less load of the thermostat 's pumpleadsto less flow resistance and less load of the thermostat 's pump
equal to zerosetequal to zero