## Proceedings of the Lebedev Physics Institute, Academy of Sciences of Russia, Volume 219 |

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Page 238

Figure 5.4: The HCP lattice with an

have the FCC lattice, and Nb has the BCC lattice. There are two types of

symmetric interstitial sites in these lattices , namely,

neighbors ...

Figure 5.4: The HCP lattice with an

**hexagonal**site 0 and a tetragonal site T. Alhave the FCC lattice, and Nb has the BCC lattice. There are two types of

symmetric interstitial sites in these lattices , namely,

**hexagonal**sites (six nearestneighbors ...

Page 333

T a b 1 e 7.2 Components of the tensor T%:mn at various sites The muon position

in a nickel lattice can be found owing to different signs of the tensor r,jmn

components at

at an ...

T a b 1 e 7.2 Components of the tensor T%:mn at various sites The muon position

in a nickel lattice can be found owing to different signs of the tensor r,jmn

components at

**hexagonal**and tetragonal sites. For example, the field decreasesat an ...

Page 340

As found in [22], a muon is captured at

noted, it is impossible to ascertain the fact of diffusion over one type of sites in a

HCP-lattice of a ferromagnet. In Gd (Tc = 292K), the axis of easy magnetization ...

As found in [22], a muon is captured at

**hexagonal**sites at T < 690 K. As alreadynoted, it is impossible to ascertain the fact of diffusion over one type of sites in a

HCP-lattice of a ferromagnet. In Gd (Tc = 292K), the axis of easy magnetization ...

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amplitude angular momentum atom axis beam calculations coefficients commute considered constant coordinate corresponding decay density matrix depolarization rate determined diagonal diamagnetic diamagnetic component dipole dynamic subsystem Eksp electron energy levels ensemble equation experimental experiments external field ferromagnets field at muon formula Hamiltonian Hermitian hexagonal hydrogen hyperfine interaction hyperfine splitting hyperfine structure investigation isotropic iSR-method JETP Knight shift lattice Lett longitudinal polarization magnetic field magnetic moments matrix elements metals muon diffusion muon method muon spin polarization muonic muonium nuclear nuclei observed obtained operator oscillations paramagnetic paramagnetic radical parameters particle Pauli matrices perturbation phase Phys precession precession frequency problem quadrupole quantum mechanics reaction relaxation rate representation rotation Schrodinger single crystal Smilga V.P. space spin Hamiltonian spin projection symmetry Temperature dependence tensor Teor tetragonal thermalization tion tonian transition transverse polarization unitary transformation variables vector wave function zero