The ferroelectric transition of PbHAsO4 crystal has been studied using two sublattice pseudospin-lattice coupled mode model with addition of third-order and fourth-order phonon anharmonic interactions terms. With the help of double-time thermal Green’s function method, expressions for ferroelectric mode frequency, dielectric constant and dielectric loss tangent have been derived. By fitting model values of physical quantities, temperature dependence of ferroelectric mode frequency, dielectric constant and loss tangent have been numerically calculated for PbHAsO4 crystal. Theoretical results have been compared with correlated experimental results of Arend et al.19. The results obtained in present study are in good agreement with expe...
683-686The pseudospin-lattice coupled mode model has been modified by adding third-and fourth-orders...
99-102With addition of third-and-fourth order anharmonic interaction terms in the two-sublattice PLC...
157-162A model of pseudospin for layer type 1 and type 2 for squaric acid crystal proposed by Li and...
114-119The third- and fourth-order phonon anharmonic interaction terms and spin-lattice interactions...
The pseudo-spin lattice coupled mode model by adding third- and fourth-order phonon anharmonic inte...
By using the statistical Green function theory and extended two sublattice pseudospin lattice couple...
The pseudospin-lattice coupled mode model has been modified by adding third-and fourth-orders phono...
771-776The pseudo-spin lattice coupled mode model by adding third- and fourth-order phonon anharmoni...
32-35A simple pseudospin lattice coupledmode model with addition of third and fourth-order phonon an...
550-555An extended two sublattice pseudospin lattice coupled mode model by adding third and fourth...
86-92Applying double-time thermal Green′s function technique24 and modifying pseudospin-lattic...
The third and fourth order phonon anharmonic interactions external electric field terms are added i...
629-633The third and fourth order phonon anharmonic interactions terms and four spin coupling terms ...
The pseudo-spin lattice coupled mode model by adding third- and fourth-order phonon anharmonic inter...
48-52Considering modified two sub lattice pseudo spin lattice coupled-mode model with third-and four...
683-686The pseudospin-lattice coupled mode model has been modified by adding third-and fourth-orders...
99-102With addition of third-and-fourth order anharmonic interaction terms in the two-sublattice PLC...
157-162A model of pseudospin for layer type 1 and type 2 for squaric acid crystal proposed by Li and...
114-119The third- and fourth-order phonon anharmonic interaction terms and spin-lattice interactions...
The pseudo-spin lattice coupled mode model by adding third- and fourth-order phonon anharmonic inte...
By using the statistical Green function theory and extended two sublattice pseudospin lattice couple...
The pseudospin-lattice coupled mode model has been modified by adding third-and fourth-orders phono...
771-776The pseudo-spin lattice coupled mode model by adding third- and fourth-order phonon anharmoni...
32-35A simple pseudospin lattice coupledmode model with addition of third and fourth-order phonon an...
550-555An extended two sublattice pseudospin lattice coupled mode model by adding third and fourth...
86-92Applying double-time thermal Green′s function technique24 and modifying pseudospin-lattic...
The third and fourth order phonon anharmonic interactions external electric field terms are added i...
629-633The third and fourth order phonon anharmonic interactions terms and four spin coupling terms ...
The pseudo-spin lattice coupled mode model by adding third- and fourth-order phonon anharmonic inter...
48-52Considering modified two sub lattice pseudo spin lattice coupled-mode model with third-and four...
683-686The pseudospin-lattice coupled mode model has been modified by adding third-and fourth-orders...
99-102With addition of third-and-fourth order anharmonic interaction terms in the two-sublattice PLC...
157-162A model of pseudospin for layer type 1 and type 2 for squaric acid crystal proposed by Li and...