Cinar, Yildirim2024-06-122024-06-122011978-981-08-8715-52010-4618https://hdl.handle.net/20.500.14551/19496International Conference on Life Science and Technology (ICLST 2011) -- JAN 07-09, 2011 -- Mumbai, INDIAThe aim of the Study was measuring the effects of narrowing capillary interspaces on a weighing mass with certain planar surface. Method: Distillate water (201g) and glass plates (2x125x57 mm, and 37502mg) were weighed with electronic scale separately. A stage of micrometer mobilized one glass plate and later the glass cube (133x125x57 mm, and 250988mg) to create a capillary interspace (width <1mm) on the weighing objects. Changing amounts of weights were recorded as results. Result: Weights of the glass plate and water were decreased 10 mg (1.40mg/cm(2)) and 8mg (1.12 mg/cm(2)) by capillary interaction like a force of attractions respectively. Discussion: When planar and parallel two objects close to each other within capillary distance in air, a weight decreasing effect develops that calculable as attraction force and drives them to connect (capillary collapse). This is bigger than the gravitational force, less than the force originated from atmospheric pressure, depends to chemical compositions, and increases by decreasing width of capillary. Therefore, the capillary collapse and gravitation could be complicated to each other. This result must be considered in search or analysis of process at the capillarity. New researches are required to explore relationships between this force, distance and chemical composition.eninfo:eu-repo/semantics/closedAccessCapillarityCapillary PressureCapillary GravitationCapillary Blood FlowCapillary CollapseCapillary InteractionCapillary DepressionConference Object3174179N/AWOS:000392766300045