个人简介
B.S., Drake University, 2001
Ph.D., University of Notre Dame, 2007
研究领域
Theoretical and computational chemistry
Solvation in biomolecular systems
Free energy calculations
Model development in classical molecular mechanics
Application development for portable devices
近期论文
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2014 LI – SMALL MOLECULE SOLVATION CHANGES DUE TO THE PRESENCE OF SALT ARE GOVERNED BY THE COST OF SOLVENT CAVITY FORMATION AND DISPERSION
2014 DRECHSEL – TRIFORCE: TESSELLATED SEMI-ANALYTICAL SOLVENT EXPOSED SURFACE AREAS AND DERIVATIVES
2014 LUKŠIČ – USING INTERPOLATION FOR FAST AND ACCURATE CALCULATION OF ION-ION INTERACTIONS
2014 FENNELL – A FIXED-CHARGE MODEL FOR ALCOHOL POLARIZATION IN THE CONDENSED PHASE, AND ITS ROLE IN SMALL MOLECULE HYDRATION
2014 LI – FIELD-SEA: A MODEL FOR COMPUTING THE SOLVATION FREE ENERGIES OF NONPOLAR, POLAR, AND CHARGED SOLUTES IN WATER
2014 LI – TESTING THE SEMI-EXPLICIT ASSEMBLY MODEL OF AQUEOUS SOLVATION IN THE SAMPL4 CHALLENGE
2012 URBIC – A MICROSCOPIC THEORY OF SOLVATION OF MONOIONS
2012 FENNELL – SIMPLE LIQUID MODELS WITH CORRECTED DIELECTRIC CONSTANTS
2012 KEHOE – TESTING THE SEMI-EXPLICIT ASSEMBLY SOLVATION MODEL IN THE SAMPL3 COMMUNITY BLIND TEST
2011 FENNELL – PHYSICAL MODELING OF AQUEOUS SOLVATION
2011 FENNELL – MODELING AQUEOUS SOLVATION WITH SEMI-EXPLICIT ASSEMBLY
2010 FENNELL – OIL/WATER TRANSFER IS PARTLY DRIVEN BY MOLECULAR SHAPE, NOT JUST SIZE
2009 FENNELL – (ADDITIONS/CORRECTIONS) ION PAIRING IN MOLECULAR SIMULATIONS OF AQUEOUS ALKALI HALIDE SOLUTIONS
2009 FENNELL – ION PAIRING IN MOLECULAR SIMULATIONS OF AQUEOUS ALKALI HALIDE SOLUTIONS
2008 MOBLEY – CHARGE ASYMMETRIES IN HYDRATION OF POLAR SOLUTES
2006 FENNELL – IS THE EWALD SUMMATION STILL NECESSARY? PAIRWISE ALTERNATIVES TO THE ACCEPTED STANDARD FOR LONG-RANGE ELECTROSTATICS
2005 FENNELL – COMPUTATIONAL FREE ENERGY STUDIES OF A NEW ICE POLYMORPH WHICH EXHIBITS GREATER STABILITY THAN ICE IH
2005 MEINEKE – OOPSE: AN OBJECT-ORIENTED PARALLEL SIMULATION ENGINE FOR MOLECULAR DYNAMICS
2004 FENNELL – ON THE STRUCTURAL AND TRANSPORT PROPERTIES OF THE SOFT-STICKY DIPOLE AND RELATED SINGLE POINT WATER MODELS