Johnny Chang

发表

Theory of multiphoton excitation of methane in intense laser fields. I. A purely vibrational treatment

R. Wyatt, S. Ding, Johnny Chang, 1985 .

Quantum functional sensitivity analysis for the 3-D (J = 0) H + H2 reaction

N. Brown, Johnny Chang, 1993 .

Quantum functional sensitivity analysis for the collinear H+H2 reaction rate coefficient

H. Rabitz, N. Brown, R. Wyatt, 1992 .

Identifying collective dynamical observables bearing on local features of potential surfaces

H. Rabitz, N. Brown, A. Lazarides, 1998 .

Quantum functional sensitivity analysis within the log‐derivative Kohn variational method for reactive scattering

H. Rabitz, N. Brown, R. Wyatt, 1992 .

Sensitivity of the product vibrational distribution of the F + H2 reaction to the T5A potential energy surface

N. Brown, Johnny Chang, 1996 .

Stable highly excited vibrational eigenvalues without the variational principle

R. Wyatt, N. Moiseyev, Johnny Chang, 1986 .

Predicting observables on different potential energy surfaces using feature sensitivity analysis: Application to the collinear H+H2 exchange reaction

H. Rabitz, N. Brown, R. Wyatt, 1992 .

Preselecting paths for multiphoton dynamics using artificial intelligence

R. Wyatt, Johnny Chang, 1986 .

Artificial intelligence techniques in the study of multiphoton dynamics: Application to a general vibrating-rotating spherical top molecule

R. Wyatt, Johnny Chang, 1985 .

Influence of rotational states on molecular multiphoton excitation

R. Wyatt, Johnny Chang, 1986 .

Comparison of the quantum dynamics and sensitivity analysis for different isotopomers of the H+H2 reaction

Johnny Chang, Nancy J. Brown, N. Brown, 1995 .

Monte Carlo path integration in real time via complex coordinates

W. Miller, Johnny Chang, 1987 .