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Please use this identifier to cite or link to this item: http://hdl.handle.net/2080/47

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contributor.authorPanigrahi, S-
contributor.authorRout, S K-
contributor.authorWaugh, S-
contributor.authorHaussan, A K-
contributor.authorRay, A K-
identifier.citationIndian Journal of Physics, Vol 78, Iss 8, P 823-826en
descriptionCopyright of this article belongs to IACS, Indiaen
description.abstractThin films of organic compound Calix [4] resorcinarene are deposited by spin coating method at different spinning speed and different concentrations. Films are studied under UV double beam spectrophotometer. Film thickness data are estimated from absorption spectra which peaks around 454 nm. Peak absorbances are found to be in consistent with spinning speed and solution concentration. The relation between film thickness h and spin speed  obey power law relation of the form h  -3/2. This is in agreement with the theoretical model of spin coating mechanism. Increasing solution concentration results in thicker film. This is presumably because of increased fluid viscosityen
format.extent309539 bytes-
publisherIACS, Indiaen
subjectUV absorption spectrophotometeren
subjectspin coatingen
subjectNewtonian fluiden
subjectnon Newtonian fluiden
titleStudy of Spin Coated Organic Thin Film Under Spectrophotometeren
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