Shanghai / Berlin / Munich / Augsburg / London / /
Company
Oxford University Press / Cambridge University Press / covariance AB / State Key Laboratory / /
Country
Germany / Netherlands / China / Singapore / / /
Facility
National University of Singapore / Institute of Physics / Tongji University / State Key Laboratory of Surface Physics / Fudan University / University of Augsburg / /
IndustryTerm
momentum nonconserving systems / power-law behavior / law behavior / order symplectic cSABA2 algorithm / power-law divergence / low-dimensional systems / momentum conserving 1D systems / /
OperatingSystem
Fermi / /
Organization
Faculty of Science / Cambridge University / Graduate School / American Physical Society / National University of Singapore / Fudan University / Graphene Research Centre / Centre for Computational Science and Engineering / Tongji University / Oxford University / Department of Physics / U.S. Securities and Exchange Commission / Institute of Physics / Ministry of Education / School of Physics Science and Engineering / University of Augsburg / Center for Phononics and Thermal Energy Science / /
Person
N. Li / A. Chernatynskiy / N. Yang / J. Ren / L. Yang / P. Tong / H. Zhao / Gn / Nat / B. Li / Crystal Lattices / B. Hu / L. Wang / S. Flach / /
ProvinceOrState
Maryland / New York / /
Technology
fourth order symplectic cSABA2 algorithm / simulation / /
PHYSICAL REVIEW B 90, [removed]Triggering waves in nonlinear lattices: Quest for anharmonic phonons and corresponding mean-free paths Sha Liu,1,2,* Junjie Liu,1,3 Peter H¨anggi,1,4,5,6,† Changqin Wu,3 and Baowen