Dielectric properties of decalin and n.Butanol

The dielectric constant of cis and trans decahydro-naphthalene was measured by the bridge method for the temperature range 20°C. to 80°C. and was found to be for the cis compound: є cis = 2.178 – 0.0012 (T-20) and for the trans isomer: є trans = 2.154 – 0.31 (T-20) Similarly for n Butanol between 20...

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Main Author: Butters, Robert
Language:English
Published: University of British Columbia 2012
Online Access:http://hdl.handle.net/2429/41388
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spelling ndltd-UBC-oai-circle.library.ubc.ca-2429-413882018-01-05T17:50:37Z Dielectric properties of decalin and n.Butanol Butters, Robert The dielectric constant of cis and trans decahydro-naphthalene was measured by the bridge method for the temperature range 20°C. to 80°C. and was found to be for the cis compound: є cis = 2.178 – 0.0012 (T-20) and for the trans isomer: є trans = 2.154 – 0.31 (T-20) Similarly for n Butanol between 20°C and 40°C. єC₄H₁₀0 = 26.2 – 0.31 (T-20). The dielectric constant standards from which the apparatus was calibrated were air and benzene. The decalin was purified by multiple vacuum distillation followed by repeated crystallizations. The butanol was purified by washings and distillations. The dielectric loss factor of decalin was measured at room temperature for 60 to 100 Mc. by means of a Q meter. Applied Science, Faculty of Chemical and Biological Engineering, Department of Graduate 2012-03-14T16:51:22Z 2012-03-14T16:51:22Z 1949 Text Thesis/Dissertation http://hdl.handle.net/2429/41388 eng For non-commercial purposes only, such as research, private study and education. Additional conditions apply, see Terms of Use https://open.library.ubc.ca/terms_of_use. University of British Columbia
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language English
sources NDLTD
description The dielectric constant of cis and trans decahydro-naphthalene was measured by the bridge method for the temperature range 20°C. to 80°C. and was found to be for the cis compound: є cis = 2.178 – 0.0012 (T-20) and for the trans isomer: є trans = 2.154 – 0.31 (T-20) Similarly for n Butanol between 20°C and 40°C. єC₄H₁₀0 = 26.2 – 0.31 (T-20). The dielectric constant standards from which the apparatus was calibrated were air and benzene. The decalin was purified by multiple vacuum distillation followed by repeated crystallizations. The butanol was purified by washings and distillations. The dielectric loss factor of decalin was measured at room temperature for 60 to 100 Mc. by means of a Q meter. === Applied Science, Faculty of === Chemical and Biological Engineering, Department of === Graduate
author Butters, Robert
spellingShingle Butters, Robert
Dielectric properties of decalin and n.Butanol
author_facet Butters, Robert
author_sort Butters, Robert
title Dielectric properties of decalin and n.Butanol
title_short Dielectric properties of decalin and n.Butanol
title_full Dielectric properties of decalin and n.Butanol
title_fullStr Dielectric properties of decalin and n.Butanol
title_full_unstemmed Dielectric properties of decalin and n.Butanol
title_sort dielectric properties of decalin and n.butanol
publisher University of British Columbia
publishDate 2012
url http://hdl.handle.net/2429/41388
work_keys_str_mv AT buttersrobert dielectricpropertiesofdecalinandnbutanol
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