Nikolas Plutarch Benetis

[1] Nonperturbative Simulation of Two-Pulse Electron Spin-Echo Envelope Modulation Spectra. Comparison with Experimental Single-Crystal Spectra.

[2] Extension of the Accessible Dynamical Range of Reorganization in ESEEM Simulations of Single Crystals.

[3] Non-Secular Simulation of Frequency Domain Two-Pulse Powder ESEEM Signals in Multinuclear Systems.

[4] Radical Cations of Naphthalen on Solid Oxide Surfaces and in CFCl₃ Matrix, Studied by EPR, ENDOR and ESEEM.

[5] Theory of ESEEM in Isotropic Tunneling Methyl Rotor Systems.

A.R. Sørnes and N.P. Benetis  Chem. Phys. Lett, 287 (1998) 590
 

[6] An EPR, ENDOR and ESEEM Study of the Benzene Radical Cation in
CFCl₃ Matrix: Isotropic Substitution Effects on Structure and Dynamics.

Ramakant M. Kadam, Yoshiteru Itagaki, Nikolas P. Benetis, Anders Lund, Roland Erickson,
Martina Huber and Wojciech Hilczer

J. Phys. Chem. Chem. Phys. 1999, in press
 

Submitted

[7] Automatic Spin-Hamiltonian Diagonalization for Electronic Doublet Coupled to Arbitrary Nuclear Spins and Full Anisotropy. Test in Theoretical 1-Dimensional and 2-Dimensional Electron-Spin-Echo Simulations of Model Systems

Nikolas P. Benetis, Anders R. Sørnes  Submitted to Concepts in Magnetic Resonance, October 27, 1999
 

Manuscripts

[8] Automatic Spin-Hamiltonian Diagonalization for Electronic Doublet Coupled to Arbitrary Nuclear Spins  and Full Anisotropy. Comparison with Numerical Methods and Simulations of Experimental ESEEM Spectra.

                  Nikolas P. Benetis, Anders R. Sørnes, Anders Lund and Daniele Biglino

Last Update 990924 by Nikolas, Hiroshima