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by wind(passive) caused byHigh surface roughness
by mud , salt , and other elements that cause abrasion(passive) caused bysurface abrasions
by nanoparticles(passive) designed byarea roughness
the morning sun(passive) were caused by Surface instabilities
care ... heavy objectscan causesurface abrasions
by the complex topography(passive) caused bysurface roughness h
by time(passive) caused bySurface roughness scattering
by interfacial disorder(passive) caused bySurface roughness scattering
The parameters ... speed , feed rate , depth of cut and machining timeinfluencedsurface roughness
the feed rate and cutting speedinfluencethe surface roughness
by both the feed rate and the cutting speed(passive) is ... influencedthe surface roughness
the type of tool material , feed rate and spindle speedinfluencesurface roughness
the feed rate ... the most significant ... , followed by the cutting speedinfluencesthe surface roughness
by feed rate and followed by cutting speed(passive) is ... influenced bysurface roughness
feed and cutting speedinfluencesurface roughness
The feed rate and depth of cut ... the factorsinfluencethe surface roughness
blocked pores on the face , chest , back and upper arms(passive) caused bysmoothing surface roughness
both the feed rate and the cutting speed , while the depth of cut is the factor that most influenced the cutting force followed by the feed rate(passive) is ... influenced bythe surface roughness
by the Spindle speed , feed rate and depth of cut(passive) is ... influenced bythe surface roughness
Wood and wood - based panels machined by china clip - rotary cutting machine or by pressurewill causesurface roughness roughness
The interaction effect of spindle speed - feed rate , tool diameter - feed rate , and spindle speed - tool diameter feedinfluencedthe surface roughness
the feed rate ... the most significant machining parameterinfluencesthe surface roughness
feed , speed and depth of cut(passive) is influenced bysurface roughness
both the feed rate and work speed ... the most important factorinfluencesthe surface roughness
cutting parametersinfluencingsurface roughness
by a large feed rate(passive) caused bythe surface roughness
by the spindle speed and feed rate(passive) is ... influenced bythe surface roughness
the feed rate ... the most significantinfluencesthe surface roughness
small variations in surface depth(passive) is caused bySurface roughness
by the finish of the cutting edges or the structure of the grinding wheel(passive) caused bya surface roughness
the finish of the cutting edges or the structure of the grinding wheel(passive) caused bya surface roughness
by the cutting speed and its value(passive) is ... influenced bythe surface roughness
Tool diameter and step down ... parametersinfluencesurface roughness
by the cutting speed(passive) was influenced bythe surface roughness
cutting speedinfluencingthe surface roughness
by the cutting speed and(passive) is ... influencedthe surface roughness
by the cutting speed(passive) was influencedthe surface roughness
by feed rate(passive) is ... influencedsurface roughness
by the feed rate(passive) is ... influencedsurface roughness
the most by feed rate(passive) were influencedsurface roughness
deeper crevice or pitting corrosion [ 14,24causedeeper crevice or pitting corrosion [ 14,24
cell responseto influencecell response
alsocan ... contributealso
alsocan ... leadalso
large variations in the resultsmay causelarge variations in the results
to this reduction in wear ratealso contributesto this reduction in wear rate
to composite resin wear , discoloration , or bacterial accumulationmay leadto composite resin wear , discoloration , or bacterial accumulation
alsocontributealso
structuresinfluencestructures
to overall roughnesscontributeto overall roughness
to excessive vibration on a lift truckcan leadto excessive vibration on a lift truck
in an increase in surface area and pore volumeresultingin an increase in surface area and pore volume
Spring acceleration is thought(passive) to be caused bySpring acceleration is thought
in infectionscould resultin infections
flow behavior in alpine glaciers and ice sheets ( e.g. , Mair et al . , 2002influencesflow behavior in alpine glaciers and ice sheets ( e.g. , Mair et al . , 2002
usuallyresultusually
increased blood flow to an areacauseincreased blood flow to an area
errorsmay causeerrors
to the improvement of surface wettability and the decrease of contact angle with watercontributedto the improvement of surface wettability and the decrease of contact angle with water
playing areas to remain wet , as surface water no longer exits off the tees as originally designedcausesplaying areas to remain wet , as surface water no longer exits off the tees as originally designed
from the interaction between the tool and the wood surfaceresultingfrom the interaction between the tool and the wood surface
to surface scatteringcan leadto surface scattering
surface turbulencecausessurface turbulence
Properties such as wear resistance , fatigue strength , coefficient of friction , lubrication , wear rate and corrosion resistance of the machined parts(passive) are greatly influenced byProperties such as wear resistance , fatigue strength , coefficient of friction , lubrication , wear rate and corrosion resistance of the machined parts
on the work material surfacecausedon the work material surface
the scattering of lightcausesthe scattering of light
the scattering of lightwill influencethe scattering of light
in various directionscausesin various directions
the interface thermal resistance(passive) caused bythe interface thermal resistance
Bone - implant interface quality(passive) may be influenced byBone - implant interface quality
to optical losses ( such as by scatteringcontributesto optical losses ( such as by scattering
the effect of models for wood properties built by NIR datamay influencethe effect of models for wood properties built by NIR data
scatter and system transmission losscausesscatter and system transmission loss
turbulence closer to the surfacewill causeturbulence closer to the surface
increased phase delay(passive) caused byincreased phase delay
to increased absorptionleadingto increased absorption
in better mechanical interlockingresultin better mechanical interlocking
both friction and wearinfluencesboth friction and wear
corrosion and scattering(passive) caused bycorrosion and scattering
to a decrease in intensityalways leadsto a decrease in intensity