Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand
The objective of this study is to estimate Chloride of the groundwater in Chanthaburi, Thailand using multiple regression analysis. The multiple linear regression equation proposed in this study related to Chloride, Total dissolved solids, Iron, Nitrate and Total hardness data which are obtained fro...
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th-cmuir.6653943832-475822018-04-25T08:41:38Z Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand Jatupat Mekparyup Kidakan Saithanu Preeyarat Naksuwan Mattika Hongboonme Thaned Rojsiraphisal The objective of this study is to estimate Chloride of the groundwater in Chanthaburi, Thailand using multiple regression analysis. The multiple linear regression equation proposed in this study related to Chloride, Total dissolved solids, Iron, Nitrate and Total hardness data which are obtained from the Department of Groundwater Resources, Thailand. Results shows that the best fitted equation to estimate Chloride (y) of the groundwater in Chanthaburi relates to To al dissolved solids (x1) and Total hardness (x4). It can be estimated by \log(y) = 1.22026 + 0.0050531x1 - 0.0019421x4 with adjusted coefficient of determination 0.607 and standard error of estimation 0.717. © 2013 Academic Publications, Ltd. 2018-04-25T08:41:38Z 2018-04-25T08:41:38Z 2013-10-10 Journal 13143395 13118080 2-s2.0-84885053855 10.12732/ijpam.v87i3.8 https://www.scopus.com/inward/record.uri?partnerID=HzOxMe3b&scp=84885053855&origin=inward http://cmuir.cmu.ac.th/jspui/handle/6653943832/47582 |
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The objective of this study is to estimate Chloride of the groundwater in Chanthaburi, Thailand using multiple regression analysis. The multiple linear regression equation proposed in this study related to Chloride, Total dissolved solids, Iron, Nitrate and Total hardness data which are obtained from the Department of Groundwater Resources, Thailand. Results shows that the best fitted equation to estimate Chloride (y) of the groundwater in Chanthaburi relates to To al dissolved solids (x1) and Total hardness (x4). It can be estimated by \log(y) = 1.22026 + 0.0050531x1 - 0.0019421x4 with adjusted coefficient of determination 0.607 and standard error of estimation 0.717. © 2013 Academic Publications, Ltd. |
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Jatupat Mekparyup Kidakan Saithanu Preeyarat Naksuwan Mattika Hongboonme Thaned Rojsiraphisal |
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Jatupat Mekparyup Kidakan Saithanu Preeyarat Naksuwan Mattika Hongboonme Thaned Rojsiraphisal Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
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Jatupat Mekparyup Kidakan Saithanu Preeyarat Naksuwan Mattika Hongboonme Thaned Rojsiraphisal |
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Jatupat Mekparyup |
title |
Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
title_short |
Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
title_full |
Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
title_fullStr |
Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
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Multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
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multiple linear regression equation for chloride estimation of the groundwater for chanthaburi, thailand |
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2018 |
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https://www.scopus.com/inward/record.uri?partnerID=HzOxMe3b&scp=84885053855&origin=inward http://cmuir.cmu.ac.th/jspui/handle/6653943832/47582 |
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