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condensed moisture or expelled saliva(passive) caused byadhesive forces
the oil film(passive) caused bythe adhesive forces
condensed moisture to cause the flap 122 to be significantly more difficult to open(passive) caused byadhesive forces
The capillary actioncreatesadhesive force
the chain reaction(passive) caused byadhesive force
General factorsinfluencingadhesive force
the AFM tip(passive) caused byadhesive force
both Stefan and suction adhesion(passive) created bythe adhesive forces
physical or chemical interactionscauseadhesive forces
surface imperfections(passive) created byadhesive forces
water molecules(passive) caused byThe adhesive forces
ionic strength , hydrophobic interactions , physico - chemical cell surface character ( charge and cell sur - face hydrophobicity(passive) influenced byadhesive forces
different mechanisms(passive) are caused byAdhesive forces
the mutual diffusion of molecules between the paint and the metal(passive) is caused byadhesive force
the smooth surface of the fabric 20(passive) created bythe adhesive forces
the change with time of the resin sealing portion(passive) caused byadhesive force
hydrophobic - hydrophobic interaction and(passive) caused bythe adhesive forces
the liquid mediated meniscus ( b(passive) caused byadhesive force
the fixing roller 125(passive) caused byadhesive force
the dynamic crosslinking reactionscausedadhesive forces
this contact from one particle to another particle , which has less coating on its surface(passive) caused bythe adhesive forces
the adhesion of the contact lens to one of the two mould(passive) are caused bythe adhesive forces
Binding double CBD hybrid protein to cellulose surfacescausesadhesive forces
the adhesion of the contact lens to one of the two mold halves 2 , 3 and which lie in the range from 60 N to 120 N(passive) are caused bythe adhesive forces
1 drop of an isotonic sodium chloride solution on the corneal surface(passive) created byadhesive forces
the surface tension between the wetted shoulders and pivot member 38 surfaces(passive) caused bythe adhesive forces
the microspine hooks and the reactive force created by the weighted bulb at the end of the tail assembly(passive) created byadhesive forces
polymeric flocculants(passive) caused bythe adhesive forces
the surface tension caused by the wetting of the pivot member 38 and the front shoulder 34 and the back shoulder 30(passive) created bythe adhesive forces
the ' rear spoiler(passive) created bythe adhesive forces
the presence of biofilm(passive) caused byadhesive forces
the forex capital marketsresultadhesive forces
adhesive forces to flatten out on the surface of the substratewill causeadhesive forces to flatten out on the surface of the substrate
between the material of the emitter / detector lens 180 , 182 ( e.g. , silicone ) and the patient 's tissue 102createdbetween the material of the emitter / detector lens 180 , 182 ( e.g. , silicone ) and the patient 's tissue 102
detachment and uptake of the cellspreventdetachment and uptake of the cells
up over the whole surfacesetup over the whole surface
water to bond to a surfacecausingwater to bond to a surface
up between the liquid molecules and the molecules of the material defining the surfacebeing setup between the liquid molecules and the molecules of the material defining the surface
FESPA Staff Basic Screen Printing Machine Temporary Bond(passive) Caused byFESPA Staff Basic Screen Printing Machine Temporary Bond
the liquid to spread out over the surface of the tubecausethe liquid to spread out over the surface of the tube
the liquid to _ _ over the surface of the tubecausethe liquid to _ _ over the surface of the tube
a liquid to spread out over the surface of the surface of the tubecausea liquid to spread out over the surface of the surface of the tube
https://doi.org/10.1115/IJTC2009-15018 High friction / stiction(passive) caused byhttps://doi.org/10.1115/IJTC2009-15018 High friction / stiction
from the material characteristics of the particular flexible base material 52resultingfrom the material characteristics of the particular flexible base material 52
the liquid to spread over the solid surface while cohesive forces cause it to shrinkcausethe liquid to spread over the solid surface while cohesive forces cause it to shrink
the liquid to stick to the sides of the material it is traveling through , while surface tension , which results from the tendency of water molecules to stick together , holds the surface of the water togethercausethe liquid to stick to the sides of the material it is traveling through , while surface tension , which results from the tendency of water molecules to stick together , holds the surface of the water together
the liquid to stick to the sides of the material the material is traveling through , while surface tension , which results from the tendency of water molecules to stick together , holds the surface of the water togethercausethe liquid to stick to the sides of the material the material is traveling through , while surface tension , which results from the tendency of water molecules to stick together , holds the surface of the water together
the liquid to spread across a surface while cohesive forces cause the liquid to ball up and avoid contactcausethe liquid to spread across a surface while cohesive forces cause the liquid to ball up and avoid contact
entirely of springs , where an infinitesimally SMALL and THIN(2d ) part of the adhesive surface contains a " springto be composedentirely of springs , where an infinitesimally SMALL and THIN(2d ) part of the adhesive surface contains a " spring
not only to the damage of the surface of Cu substrate but also to permanent plastic deformation deep in Cu substrateleadsnot only to the damage of the surface of Cu substrate but also to permanent plastic deformation deep in Cu substrate
objects to stick togethercauseobjects to stick together
tension into the outermost layercreatingtension into the outermost layer
therebycreatedthereby
water to spread across solid surfacescausewater to spread across solid surfaces
the particles to physically hold on to each other because of their dissimilar surfacescausethe particles to physically hold on to each other because of their dissimilar surfaces
the frictional and wear characteristicsinfluencesthe frictional and wear characteristics
to capillarity and cohesive forcesleadto capillarity and cohesive forces
a strong attraction between those teenytiny fibers and dirtcreatea strong attraction between those teenytiny fibers and dirt
a strong attraction between those teeny - tiny fibers and dirtcreatea strong attraction between those teeny - tiny fibers and dirt
from attraction between unlike moleculesresultfrom attraction between unlike molecules
to capillary riseleadto capillary rise
downward pull on the molecule due to cohesentcausesdownward pull on the molecule due to cohesent
to a contact angle greater than 90 °leadingto a contact angle greater than 90 °
between water and soil particlescreatedbetween water and soil particles
from a direct molecular interaction of the extracellular domains of ephrin - B2 with corresponding EphBRs in 1-minute short - term experimentsresultingfrom a direct molecular interaction of the extracellular domains of ephrin - B2 with corresponding EphBRs in 1-minute short - term experiments
fullypreventsfully
the waywould leadthe way
in the capture and firm adherence of PMNs to the endotheliumresultsin the capture and firm adherence of PMNs to the endothelium
Water in large pores(passive) to be influenced byWater in large pores
in the capture and firm adherence of neutrophils to the endotheliumresultsin the capture and firm adherence of neutrophils to the endothelium
thusresultthus
a miniscuscausinga miniscus