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Publications by SHARCNET researchers

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Title Published SHARCNET Authors Area
941. Are the Radical Centers in Peptide Radical Cations Mobile? The Generation, Tautomerism, and Dissociation of Isomeric α-Carbon-Centered Triglycine Radical Cations in the Gas Phase 2008 Ivan K. Chu, Junfang Zhao, Minjie Xu, Shiu On Siu, Alan C. Hopkinson, K. W. Michael Siu Computational Chemistry
942. Dissociation of the N–Cα Bond and Competitive Formation of the [zn – H]●+ and [cn + 2H]+ Product Ions in Radical Peptide Ions Containing Tyrosine and Tryptophan: The Influence of Proton Affinities on Product Formation 2008 Chi-Kit Siu, Yuyong Ke, Galina Orlova, Alan C. Hopkinson, and K. W. Michael Siu Computational Chemistry
943. Structure of the Observable Histidine Radical Cation in the Gas Phase: a Captodative α Radical Ion 2008 Jeffrey Steill, Junfang Zhao, Chi-Kit Siu, Yuyong Ke, Udo H. Verkerk, Jos Oomens, Robert C. Dunbar, Alan C. Hopkinson, and K.W. Michael Siu Computational Chemistry
944. Recent Developments in Dual Lattice Algorithms 2008 J.W. Cherrington Quantum Gravity
945. A molecular dynamics study of RNA hexaring nanostructures 2008 M. Paliy, R. Melnik, and B. Shapiro Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
946. Forced dynamics and stability of RNA nanostructures 2008 M. Paliy, R. Melnik, and B. Shapiro Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
947. Nonlinear dynamics of cell cycles with stochastic mathematical models 2008 X. Wei, R.V.N. Melnik, G. Moreno-Hagelsieb Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
948. Properties of quantum wires with polygonal inclusions and Eshelby formulations for anisotropic thermo-piezolectric full and half planes 2008 S. Patil and R. Melnik Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
949. Strain and electromechanical effects in II-VI group semiconductor nanowires 2008 S. Patil and R. Melnik Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
950. Thermopiezoelectric and nonlinear electromechanical effects in quantum dots and nanowires 2008 S. Patil, M. Bahrami-Samani, R.V.N. Melnik, M. Toropova and J. Zu Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
951. Strain effects and temperature-dependent phase stability of II-VI semiconductor nanostructures 2008 S. Patil, B. Wen and R. Melnik Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
952. Temperature-dependent phase stability of CdS quantum dots from first-principle molecular dynamic calculations 2008 Wen B, Melnik RVN Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
953. First passage time for multivariate jump-diffusion processes in finance and other areas of applications 2008 D. Zhang and R. Melnik Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
954. Young modulus and phase stability of ZnO nanowires under uniaxial stress: A first principles study 2008 Wen B, Melnik RVN Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
955. Relative stability of nanosized wurtzite and graphitic ZnO from density function theory 2008 B. Wen, R. Melnik Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
956. First principles molecular dynamics study of CdS nanostructure temperature-dependent phase stability 2008 Wen B, Melnik RVN Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
957. Advanced Monte Carlo study of the Goldstone mode singularity in the 3D XY model 2008 Kaupuzs, J., Melnik, R.V.N., Rimshans, J. Modelling dynamics of coupled systems for nanotechnology, biological and stochastic applications
958. Lattice dynamics and the optical properties of semiconductors: theory of the temperature dependent dielectric functions of GaAs and Si and comparison with experiment 2008 A.I. Shkrebtii, Z. Ibrahim, M.J.G. Lee, W. Richter, M. Drago and T. Trepk Condensed Matter Physics
959. Lattice and hydrogen dynamics in hydrogenated amorphous Silicon: first-principles molecular dynamics versus experiment 2008 A.I. Shkrebtii, I.M. Kupchak, and F. Gaspari Condensed Matter Physics
960. Dependence of a-Si:H density of states on hydrogen content: modeling and experiment 2008 F. Gaspari, I. M. Kupchak, A. I. Shkrebtii, Z. Ibrahim, A. Kazakevitch Condensed Matter Physics