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the significant parametersinfluencingthe surface roughness
significant factorsinfluencingSurface Roughness
all the contributing parameters(passive) is influenced bySurface roughness
the key parametersinfluencingsurface roughness
major factorsinfluencingsurface roughness
the main factorscontributingto surface roughness
all the factors and their interactionswere ... influencingthe surface roughness
a dry etching(passive) caused bya surface roughness
the feed rate ... the most significantinfluencesthe surface roughness
The feed rate and depth of cut ... the factorsinfluencethe surface roughness
the plasma etching process(passive) created bysurface roughness
the in situ etching process(passive) caused bythe surface roughness
the spindle speed and feed rate [ 11(passive) is ... influenced bythe surface roughness
the plasma oxidation process(passive) caused bysurface roughness
The factors ... speed and feedingcontributedon surface roughness
melt fracture(passive) caused bysurface roughness
the insert radius and feed rate ... the main parametersinfluencethe surface roughness
stress during chemical etching(passive) caused bysurface roughness
the process parameters in cylindrical grinding process(passive) is ... influenced bySurface roughness
pulse plating parameters(passive) was influenced bysurface roughness
feed rate and followed by cutting speed(passive) is ... influenced bysurface roughness
the EDM process parameters ... but not by the tool path(passive) is influenced bythe surface roughness
The second and third factorsinfluencingthe surface roughness
that the five factors were consideredto influencesurface roughness
both the feed rate and work speed ... the most important factorinfluencesthe surface roughness
principal , milling cutter taxonomy , machining parameters , chip thickness formation and milling machine parametersinfluencethe surface roughness
Further , it is preferableto setthe surface roughness
the trench etching(passive) caused bythe surface roughness
deep etching(passive) caused bysurface roughness
any uneven etchingleadsto surface roughness
This cleaning processcausedsurface roughness
the WSB process(passive) created bythe surface roughness
the solidification process(passive) caused bysurface roughness
the peeling process(passive) caused bythe surface roughness
The feed rate ... the main parameterinfluencessurface roughness
feed rate ... only one parameterinfluencesto surface roughness
The cutting process parameters , including the spindle speed and the depth of cut , especially the feed rateinfluencethe 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
herein ... one or more of such machining parametersto influencesurface roughness
aging and the drying effect of environmental factors(passive) caused bysurface roughness
Increased surface area(passive) created byIncreased surface area
the scattering effects(passive) caused bythe scattering effects
greater frictioncausesgreater friction
both friction and wearinfluencesboth friction and wear
lower scattering loss(passive) caused bylower scattering loss
4 % scattering loss(passive) caused by4 % scattering loss
a reduced scattering loss(passive) caused bya reduced scattering loss
surface scattering model(passive) caused bysurface scattering model
the inherent friction(passive) created bythe inherent friction
Dynamic friction(passive) is caused byDynamic friction
the coast and friction(passive) caused bythe coast and friction
rolling frictioninfluencerolling friction
in lower skin friction dragresultingin lower skin friction drag
The amount of scattering(passive) caused byThe amount of scattering
electron scattering(passive) caused byelectron scattering
to surface area that can hold moisturecontributesto surface area that can hold moisture
scattering losses and limits the Q factorresultsscattering losses and limits the Q factor
power loss through optical scatteringcausespower loss through optical scattering
rough surfaces measurement uncertainty(passive) caused byrough surfaces measurement uncertainty
to optical losses ( such as by scatteringcontributesto optical losses ( such as by scattering
the decrease of light scattering on the surface observed in SEM imagescan influencethe decrease of light scattering on the surface observed in SEM images
light scattering , which can be good or bad for the product ... depending on the applicationcauseslight scattering , which can be good or bad for the product ... depending on the application
e.g. , friction(passive) caused bye.g. , friction
the standard coefficient of friction(passive) caused bythe standard coefficient of friction
to ( S)SWLI measurement errormay contributeto ( S)SWLI measurement error
in scattering of the probe lightresultingin scattering of the probe light
The mirror 's scattering(passive) caused byThe mirror 's scattering
the scattering of incident light ,(passive) caused bythe scattering of incident light ,
more to diffuse scattering than the bulk of the filmscontributedmore to diffuse scattering than the bulk of the films
in better mechanical interlocking , and 2resultingin better mechanical interlocking , and 2
sufficient diffuse light scattering as to minimize or eliminate the nacreous appearancemay createsufficient diffuse light scattering as to minimize or eliminate the nacreous appearance
in a scattering loss thereby degrading the Q of the cavityresultsin a scattering loss thereby degrading the Q of the cavity
Attempting to explain friction , he theorized(passive) is caused byAttempting to explain friction , he theorized
to the scattering of de Broglie waves during operation of the deviceleadsto the scattering of de Broglie waves during operation of the device
numerous problems(passive) caused bynumerous problems
multitudinous problems(passive) caused bymultitudinous problems
in scattering of the SPs and hence an increase in attenuationwill resultin scattering of the SPs and hence an increase in attenuation
scattering of reflected light ( Rayleigh scatteringcausesscattering of reflected light ( Rayleigh scattering
to surface area ... and that within the investigated degree of conversion ( < 30 { \%contributedto surface area ... and that within the investigated degree of conversion ( < 30 { \%
scattering of electrons ... and there is a possibility to increase the resistancecausesscattering of electrons ... and there is a possibility to increase the resistance