Search Results - "Keyes T"

Unstable instantaneous normal modes and diffusion in supercooled liquids.

Authors: Keyes, T.¹, keyes@bu.edu

Source: Journal of Applied Physics; 2/21/2025, Vol. 137 Issue 7, p1-18, 18p

Student-Led Webinar to Support LGBTQ+ Students Applying to Medical School During the COVID-19 Pandemic.

Authors: Marr, Mollie Bruinsma, T. J. Spigner, S. T. et al.

Source: Journal of Homosexuality; 2024, Vol. 71 Issue 4, p1057-1070, 14p

Instantaneous normal mode approach to liquid state dynamics.

Authors: Keyes, T.

Source: Journal of Physical Chemistry A; April 17 1997, Vol. 101, p2921-2930, 10p

Application of kinetic models to the control of activated sludge processes.

Authors: Keyes, T. W. Asamo, T.

Source: Journal of Water Pollution Control Federation; July 1976, Vol. 48, p1847-1853, 7p

Application of kinetic models to the control of activated sludge processes.

Authors: Keyes, T. W. Asamo, T.

Source: Journal of Water Pollution Control Federation; November 1975, Vol. 47, p2574-2585, 12p

From the density of states to the velocity correlation function in liquids.

Authors: Seeley, G. Keyes, T. Madan, B.

Source: Journal of Physical Chemistry; May 14 1992, Vol. 96, p4074-4076, 3p

Theory of photoablation and its implications for laser phototherapy.

Authors: Keyes, T. Clarke, R. H. Isner, J. M.

Source: Journal of Physical Chemistry; September 26 1985, Vol. 89, p4194-4196, 3p

Finding diffusive directions in supercooled liquids by partial minimization of the potential energy

Authors: Chowdhary, J. Keyes, T.

Source: Physica A. Nov2002, Vol. 314 Issue 1-4, p575. 8p.

Subjects: Supercooled liquids, Diffusion

Theory of Multi-Time Correlations: Application to Pump-Probe Experiments of Reorientation in Anisotropic Cavities.

Authors: Oppenheim, I. Keyes, T.

Source: AIP Conference Proceedings. 2/21/2008, Vol. 982 Issue 1, p272-283. 12p. 8 Graphs.

Qualitative features of the two-dimensional Raman spectrum in liquids.

Authors: Keyes, T. Joohyun Kim

Source: Journal of Chemical Physics. 6/22/2005, Vol. 122 Issue 24, p244502. 7p. 7 Graphs.

On the mechanism of reorientational and structural relaxation in supercooled liquids: The role of border dynamics and cooperativity.

Authors: Kim, Joohyun Keyes, T.

Source: Journal of Chemical Physics. 9/1/2004, Vol. 121 Issue 9, p4237-4245. 9p. 1 Diagram, 2 Charts, 6 Graphs.

Temperature and density dependence of self-diffusion in supercooled liquid CS[sub 2].

Authors: Wu-Xiong Li Keyes, T.

Source: Journal of Chemical Physics. 7/1/1999, Vol. 111 Issue 1, p328. 9p. 4 Charts, 10 Graphs.

Neigborship structure and dynamics in supercooled liquids.

Authors: Keyes, T.

Source: Journal of Chemical Physics. 1/8/1999, Vol. 110 Issue 2, p1097. 9p.

Non-Cartesian coordinates for instantaneous normal mode theory of atomic liquids.

Authors: Wu-Xiong Li Keyes, T.

Source: Journal of Chemical Physics. 11/22/1998, Vol. 109 Issue 20, p9096. 5p. 7 Graphs.

Untangling the physical contributions to instantaneous normal mode approximations: Inhomogeneous....

Authors: Kalbfleisch, T. Keyes, T.

Source: Journal of Chemical Physics. 5/1/1998, Vol. 108 Issue 17, p7375. 9p. 8 Graphs.

Three-flavor instantaneous normal mode formalism: Diffusion, harmonicity, and the potential....

Authors: Wu-Xiong Li Keyes, T.

Source: Journal of Chemical Physics. 1/1/1998, Vol. 108 Issue 1, p252. 9p. 1 Chart, 19 Graphs.

An instantaneous normal mode description of relaxation in supercooled liquids.

Authors: Keyes, T. Vijayadamodar, G.V.

Source: Journal of Chemical Physics. 3/15/1997, Vol. 106 Issue 11, p4651. 7p. 9 Graphs.

Instantaneous normal mode theory of quantum time correlation functions: Raman spectrum of liquid...

Authors: Keyes, T.

Source: Journal of Chemical Physics. 1/1/1997, Vol. 106 Issue 1, p46. 5p. 4 Graphs.

Normal mode theory of two step relaxation in liquids: Polarizability dynamics in CS2.

Authors: Keyes, T.

Source: Journal of Chemical Physics. 6/15/1996, Vol. 104 Issue 23, p9349. 8p.

Unstable modes in supercooled and normal liquids: Density of states, energy barriers, and self-diffusion.

Authors: Keyes, T.

Source: Journal of Chemical Physics. 9/15/1994, Vol. 101 Issue 6, p5081. 12p.