C. A. Tulk D. D. / Chevron Energy Technology Company / P. Fratzl N. A. / CRC Press / Alpha Science International Ltd / /
Country
United States / China / / /
Facility
Institute of Geology / /
IndustryTerm
energy production / constant-energy simulations / transportation / evident energy drift / free energy / high-precision constant energy molecular dynamics / inviolable law / liquid solution / gas hydrate formation / energy drift / gas hydrates / system energy constant / constant energy / simulation systems / system energy / water systems / energy / software package40 / /
Organization
pentagon / National Natural Science Foundation of China / Chinese Academy of Sciences / Key Laboratory of Earth and Planetary Physics / Computer Simulation Lab / Colorado School of Mines / Institute of Geology and Geophysics / /
Person
R. Walshb / David T. Wu / G. T. Beckham / M. R. Walsh / Patrick G. Lafond / K. Hashimoto / Keith C. Hester / B. C. Knott / V / Nat / J. Raman Spectrosc / A. Inoue / Guang-Jun Guo / Grant Nos / W. L. Jorgensen / Carolyn A. Koh / Werner F. Kuhs / / /
Microcanonical molecular simulations of methane hydrate nucleation and growth: evidence that direct nucleation to sI hydrate is among the multiple nucleation pathways