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Scott M Auerbach

Showing results (1-10 of 32) with videos related to

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Journal of the American Chemical Society|May 30, 2002
Microwave-driven zeolite-guest systems show athermal effects from nonequilibrium molecular dynamicsCristian Blanco, Scott M Auerbach
Journal of the American Chemical Society|February 12, 2004
The properties of methylene- and amine-substituted zeolites from first principlesRoope Astala, Scott M Auerbach
The Journal of Physical Chemistry. B|June 21, 2014
Simulating Hydrogen-Bond Structure and Dynamics in Glassy Solids Composed of Imidazole OligomersJacob A Harvey, Scott M Auerbach
The Journal of Physical Chemistry Letters|August 20, 2015
Emergence of Zeolite Analogs and other Microporous Crystals in an Atomic Lattice Model of Silica and Related MaterialsLin Jin, Scott M Auerbach, Peter A Monson
The Journal of Physical Chemistry Letters|June 19, 2018
Modeling the Role of Excluded Volume in Zeolite Structure DirectionCecilia Bores, Scott M Auerbach, Peter A Monson
Journal of the American Chemical Society|October 13, 2005
Modeling spontaneous formation of precursor nanoparticles in clear-solution zeolite synthesisM Jorge, Scott M Auerbach, P A Monson
Langmuir : the ACS Journal of Surfaces and Colloids|March 19, 2013
Simulating adsorptive expansion of zeolites: application to biomass-derived solutions in contact with silicaliteJulian E Santander, Michael Tsapatsis, Scott M Auerbach
Langmuir : the ACS Journal of Surfaces and Colloids|December 11, 2012
Simulating the formation of surfactant-templated mesoporous silica materials: a model with both surfactant self-assembly and silica polymerizationLin Jin, Scott M Auerbach, Peter A Monson
The Journal of Chemical Physics|April 12, 2011
Modeling three-dimensional network formation with an atomic lattice model: application to silicic acid polymerizationLin Jin, Scott M Auerbach, Peter A Monson
The Journal of Chemical Physics|October 30, 2004
On the mechanical properties and phase behavior of silica: a simple model based on low coordination and strong associationMatthew H Ford, Scott M Auerbach, P A Monson
Pageof 4

Showing results (1-10 of 32) with videos related to

Sort By:
Pageof 4
Journal of the American Chemical Society|May 30, 2002
Microwave-driven zeolite-guest systems show athermal effects from nonequilibrium molecular dynamicsCristian Blanco, Scott M Auerbach
Journal of the American Chemical Society|February 12, 2004
The properties of methylene- and amine-substituted zeolites from first principlesRoope Astala, Scott M Auerbach
The Journal of Physical Chemistry. B|June 21, 2014
Simulating Hydrogen-Bond Structure and Dynamics in Glassy Solids Composed of Imidazole OligomersJacob A Harvey, Scott M Auerbach
The Journal of Physical Chemistry Letters|August 20, 2015
Emergence of Zeolite Analogs and other Microporous Crystals in an Atomic Lattice Model of Silica and Related MaterialsLin Jin, Scott M Auerbach, Peter A Monson
The Journal of Physical Chemistry Letters|June 19, 2018
Modeling the Role of Excluded Volume in Zeolite Structure DirectionCecilia Bores, Scott M Auerbach, Peter A Monson
Journal of the American Chemical Society|October 13, 2005
Modeling spontaneous formation of precursor nanoparticles in clear-solution zeolite synthesisM Jorge, Scott M Auerbach, P A Monson
Langmuir : the ACS Journal of Surfaces and Colloids|March 19, 2013
Simulating adsorptive expansion of zeolites: application to biomass-derived solutions in contact with silicaliteJulian E Santander, Michael Tsapatsis, Scott M Auerbach
Langmuir : the ACS Journal of Surfaces and Colloids|December 11, 2012
Simulating the formation of surfactant-templated mesoporous silica materials: a model with both surfactant self-assembly and silica polymerizationLin Jin, Scott M Auerbach, Peter A Monson
The Journal of Chemical Physics|April 12, 2011
Modeling three-dimensional network formation with an atomic lattice model: application to silicic acid polymerizationLin Jin, Scott M Auerbach, Peter A Monson
The Journal of Chemical Physics|October 30, 2004
On the mechanical properties and phase behavior of silica: a simple model based on low coordination and strong associationMatthew H Ford, Scott M Auerbach, P A Monson
Pageof 4