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State functions / Thermodynamics / Chemical reaction / Reaction rate / Polyurethane / Entropy / Temperature / Activation energy / Chemistry / Physical chemistry / Chemical kinetics


doi:[removed]j.tca[removed]
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Document Date: 2009-02-12 10:05:31


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City

Mar del Plata / London / /

Company

Polimeri Europe / Bayer / Ea AE / KBr / J. Comp / J.L.C. / Elsevier B.V. / ln AE / Macmillan / /

Country

Spain / /

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Facility

Mar del Plata University / Research Institute of Material Science / square of Fig / /

IndustryTerm

higher activation energy values / composite technologies / activation energy values / autocatalytic systems / universal gas constant / higher activation energy / chemical composition / potential utilities / activation energy value / gas transitions / chemical and physical properties / chemical shifts / biomedical sciences applications / reaction products / polyurethane systems / chemical reaction / polyurethanes systems / reaction activation energy / aromatic diisocyanate systems / blood contact devices / activation energy / average activation energy function / aliphatic and aromatic diisocyanates autocatalytic systems / energy / /

MusicGroup

C9 / HDI / /

Organization

Faculty of Chemistry of Donostia-San Sebastian / Basque Government / Research Institute of Material Science and Technology / Engineering Faculty / Department of Chemical and Environmental Engineering / /

Person

E.L. Rister Jr. / R.A. Grisby Jr. / Juan B. Justo / Avery / B. Fernandez d’Arlas / K. de la Caba / V / /

Position

toxic amine producer / /RT / average activation energy representative / RT / representative / dt RT / General / exp dT RT / controller / Corresponding author / /

Product

Eq / Ea g(α) / /

Technology

Biomaterials / Thermodynamics / polymerization / Environmental Engineering / spectroscopy / /

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