The paramagnetic absorption curves of single crystals of salts of the ions Mn++, Cr+++, Fe+++, and Cu++in an oscillating field of frequency 10.5 Mc are given as a function of orientation in a constant magnetic field H. The results are reported of determinations of spin-lattice relaxation times in these single crystals. The Brons-Van Vleck formula is checked. © 1968 The Faraday Press, Inc
A general theory of the electronic relaxation of an S state complexed paramagnetic metal ion (Mn2+, ...
A general expression is found for the probability for a direct (single-phonon) relaxation transition...
La relaxation paramagnétique lente en l'absence de champ magnétique extérieur a été observée dans de...
The paramagnetic absorption curves of single crystals of salts of the ions Mn++, Cr+++, Fe+++, and C...
The paramagnetic absorption curves of single crystals of salts of the ions Mn++, Cr+++, Fe+++, and C...
The paramagnetic spin-lattice relaxation times of an isolated Ir4+ ion inserted in the crystalline l...
The paramagnetic spin-lattice relaxation times of an isolated Ir4+ ion inserted in the crystalline l...
The paramagnetic spin-lattice relaxation times of an isolated Ir4+ ion inserted in the crystalline l...
Spin-lattice relaxation times have been measured in metal single crystals with a pulsed nuclear mag...
A critical discussion on the comparative influence of the various interactions, which arise in the s...
Spin-lattice relaxation times have been measured in metal single crystals with a pulsed nuclear mag...
Short resumés of the theories of propagation of electromagnetic waves in an anisotropic medium, of ...
Spin-lattice relaxation is analyzed in a crystal containing two types of paramagnetic centers having...
A general theory of the electronic relaxation of an S state complexed paramagnetic metal ion (Mn2+, ...
A general expression is found for the probability for a direct (single-phonon) relaxation transition...
A general theory of the electronic relaxation of an S state complexed paramagnetic metal ion (Mn2+, ...
A general expression is found for the probability for a direct (single-phonon) relaxation transition...
La relaxation paramagnétique lente en l'absence de champ magnétique extérieur a été observée dans de...
The paramagnetic absorption curves of single crystals of salts of the ions Mn++, Cr+++, Fe+++, and C...
The paramagnetic absorption curves of single crystals of salts of the ions Mn++, Cr+++, Fe+++, and C...
The paramagnetic spin-lattice relaxation times of an isolated Ir4+ ion inserted in the crystalline l...
The paramagnetic spin-lattice relaxation times of an isolated Ir4+ ion inserted in the crystalline l...
The paramagnetic spin-lattice relaxation times of an isolated Ir4+ ion inserted in the crystalline l...
Spin-lattice relaxation times have been measured in metal single crystals with a pulsed nuclear mag...
A critical discussion on the comparative influence of the various interactions, which arise in the s...
Spin-lattice relaxation times have been measured in metal single crystals with a pulsed nuclear mag...
Short resumés of the theories of propagation of electromagnetic waves in an anisotropic medium, of ...
Spin-lattice relaxation is analyzed in a crystal containing two types of paramagnetic centers having...
A general theory of the electronic relaxation of an S state complexed paramagnetic metal ion (Mn2+, ...
A general expression is found for the probability for a direct (single-phonon) relaxation transition...
A general theory of the electronic relaxation of an S state complexed paramagnetic metal ion (Mn2+, ...
A general expression is found for the probability for a direct (single-phonon) relaxation transition...
La relaxation paramagnétique lente en l'absence de champ magnétique extérieur a été observée dans de...