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Title |
Author(s) |
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| Autothermal non-catalytic reformation of jet fuel in a supercritical water medium | Picou, Jason W.;
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| Biodegradable polymer /clay nanocomposites based on poly(butylene adipate-co-terephthalate) and poly(lactic acid) | Shahlari, Mahin;
Lee, Sunggyu;
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| Characteristics of ground granular activated carbon for rapid small-scale column tests | Adams, Craig D.;
Patni, A. G.;
Ludlow, Douglas K.;
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| Control of ethanol dehydration in the supercritical water reforming of ethanol into hydrogen | Wenzel, Jonathan Evar;
Picou, Jason Wade;
Lee, Sunggyu;
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| Dispersion of nanoclay in linear low density polyethylene (LLDPE) in supercritical carbon dioxide | Factor, Matthew J.;
Lee, Sunggyu;
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| Effect of pH on PtRu electrocatalysts prepared via a polyol process on carbon nanotubes | Ren, Li;
Xing, Yangchuan;
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| Effects of supercritical and subcritical pressures of water on coke formation during Jet-A reformation to hydrogen | Stever, Michael Scott;
Picou, Jason Wade;
Wenzel, Jonathan Evar;
Putta, Satya;
Lanterman, H. Bryan;
Lee, Sunggyu;
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| Effects of water to sucrose ratio and pressure on hydrogen production during supercritical water reformation of sucrose | Stever, Michael S.;
Picou, Jason W.;
Bouquet, Jared S.;
Lee, Sunggyu;
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| Electrochemical durability of carbon nanotubes at 80 ℃ | Li, Liang;
Xing, Yangchuan;
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| Enhanced wettability of an SU-8 photoresist through a photografting procedure for bioanalytical device applications | Gao, Zhan;
Henthorn, David;
Kim, Chang-Soo;
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| Exergy analysis of freeze drying of pharmaceuticals in vials on trays | Liapis, Athanasios I. (Prof.);
Bruttini, R.;
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| Fabrication of highly dispersible single wall carbon nanotubes-polymer composite for bioanalytical devices | Zhang, P.;
Henthorn, David;
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| First-order kinetic study of the reformation of jet fuel in supercritical water | Picou, Jason W.;
Putta, Satya;
Stever, Michael S.;
Lee, Sunggyu;
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| Functionalization of polylactic acid with maleic anhydride in a supercritical carbon dioxide medium | Niemoeller, Alexandria;
Shalari, Mahin;
Lee, Sunggyu;
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| Hydrogen conversion by reformation of jet fuel in a supercritical water medium – effects of the water-to-fuel feed ratio on the conversion | Putta, Satya;
Picou, Jason Wade;
Wenzel, Jonathan Evar;
Lanterman, H. Bryan;
Lee, Sunggyu;
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| Industrial bioseparations: principles and practice | Forciniti, Daniel;
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| Interfacial phenomena: Equilibrium and dynamic dffects | Miller, Clarence A.;
Neogi, Parthasakha;
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| Kinetics of noncatalytic water gas shift reaction in a supercritical water medium | Picou, Jason Wade;
Wenzel, Jonathan Evar;
Lanterman, H. Bryan;
Lee, Sunggyu;
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| The kinetics of Tert-Butyl-Peroxy-Acetate initiated polymerization of 1,1-difluoroethene in a supercritical carbon dioxide medium | Wenzel, Jonathan Evar;
Bouquet, Jared Scott;
Lanterman, H. Bryan;
Lee, Sunggyu;
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| On film mass transfer coefficient expression in ion-exchange chromatography systems | Liapis, Athanasios I. (Prof.);
Grimes, B. A.;
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| Polymer clay nanocomposites of linear low density polyethylene (LLDPE) and polyoxymethylene (POM) | Shahlari, Mahin;
Roberts, Patricia L.;
Lee, Sunggyu;
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| Process development for waveguide chemical sensors with integrated polymeric sensitive layers | Amberkar, Raghu;
Gao, Zhan;
Park, Jongwon;
Henthorn, David;
Kim, Chang-Soo;
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| Rational surface design for molecular dynamics simulations of porous polymer adsorbent media | Riccardi, E.;
Wang, Jee C.;
Liapis, Athanasios I. (Prof.);
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| Reformation of sucrose in supercritical water | Picou, Jason W.;
Wenzel, Jonathan E.;
Stever, Michael S.;
Bouquet, Jared;
Lee, Sunggyu;
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| Thermal effects of supercritical water partial oxidation of jet fuel | Wenzel, Jonathan Evar;
Picou, Jason W.;
Lanterman, H. Bryan;
Wagner, Dave;
Lee, Sunggyu;
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| Two approximate methods to estimate conversion and yield in mixed chemical reactors | Patterson, Gary;
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| What is a suitable dissolution method for drug nanoparticles? | Heng, Desmond;
Cutler, David, J.;
Chan, Hak-Kim;
Yun, Jimmy;
Raper, Judy;
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