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Mathematical chemistry / Econometrics / Inorganic solvents / Molecular descriptor / Quantitative structure–activity relationship / Partition coefficient / Dipole / Vapor pressure / Regression analysis / Chemistry / Cheminformatics / Medicinal chemistry


QSPR Prediction of Vapor Pressure from Solely Theoretically-Derived Descriptors Cikui Liang§ Department of Environmental Science & Engineering, Oregon Graduate Institute, P.O. Box 91000, Portland, Oregon[removed]Dav
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Document Date: 2007-07-07 18:00:18


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Tokyo / San Francisco / Basak / Portland / Rahway / Los Angeles / Beaverton / New York / Oxford / /

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Merck & Co. Inc. / Oxford Molecular Group Inc. / J. Ind. / Oxford Molecular Ltd. / W. H. Freeman Company / Silicon Graphics / Data Book Publishing Company / Gadalla N. A. / Rodger A. S. / Elsevier Publishing Co. / John Wiley & Son Inc. / CRC Press / David A. Gallagher* Oxford Molecular Group / S. H. Ind. / /

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United Kingdom / /

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USD / /

Facility

University of California Press / Oregon Graduate Institute / /

IndustryTerm

Web access instructions / nitro / amine / topological descriptors geometrical descriptors quantum-chemical descriptors molecular weight / electrostatic descriptors topological descriptors geometrical descriptors quantum-chemical descriptors / neural network / dielectric energy descriptors / neural networks / actual and potential chemical products / hydroxyl / carboxylic acid / chemical products / chemical / chemical structure data / artificial neural networks / hypothetical chemical products / chemicals / carbonyl / nitrile / /

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Macintosh / /

Organization

Oregon Graduate Institute / Solely Theoretically-Derived Descriptors Cikui Liang§ Department of Environmental Science & Engineering / University of California Press / /

Person

Vijay Gombar / Nigel Richards / Livingstone / Timothy Clark / Gallagher / George Purvis / /

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Position

G. D. J. / Tsar / CAChe Editor / MODEL DEVELOPMENT The QSPR models / Corresponding author / /

Product

p-1 / /

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New Jersey / South Carolina / Oregon / /

Technology

av / neural network / dielectric / /

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