Now showing items 1-10 of 19
Substrate response of a floating gate n-channel MOS memory cell subject to a positive linear ramp voltage
(Elsevier, 1981-03)
A computer simulated substrate response of an n-channel MOS floating gate transistor to a positive linear ramping gate voltage was investigated. Device parameters, such as the channel length, effective electron mobility, ...
Numerical investigation of mesh size convergence rate of the finite element method in MESFET simulation
(Elsevier, 1981-06)
The mesh size convergence rate of the finite element method in two-dimensional GaAs MESFET simulation has been investigated numerically. The equations governing MESFET operation and the finite element formulation of these ...
Electron spectra of heavy-fermion systems
(Elsevier, 1988-12-02)
An overview is presented of current understanding and recent approaches and issues in studies of the single-particle electron spectra of heavy-fermion materials, with emphasis on uranium compounds.
Triplet state EPR spectra
(Elsevier, 1984-03)
A characterization of triplet EPR spectra in terms of the eight phenomenological parameters of the spin Hamiltonian is given. Closed-form solutions for the three possible resonant fields between triplet energy levels are ...
Quantitative numerical analysis of g strain in the EPR of distributed systems and its importance for multicenter metalloproteins
(Elsevier, 1985-02-01)
A method for simulation of inhomogeneously broadened EPR of metallo-proteins based on recent theoretical advances is surveyed critically in terms of efficiency and accuracy. From the quality of the experimental spectrum, ...
A statistical theory for powder EPR in distributed systems
(Elsevier, 1985-02-01)
A statistical interpretation is presented for "g strain," the dominant broadening in the EPR spectra of metallo-proteins. The direct cause of g strain is described by a three-dimensional tensor p, whose principal elements ...
An analysis of g strain in the EPR of two [2Fe---2S] ferredoxins. Evidence for a protein rigidity model
(Elsevier, 1986-10-01)
Replacing current notions of a paramagnetic center in a metalloprotein as a single entity in vivo with the more realistic concept of an ensemble of spin systems, each uniquely disturbed by its own surrounding protein, leads ...