Add to ORKGThe method of the nonequilibrium statistical operator is employed to derive the kinetic equations for the numbers of phonons and photons and the collective population difference of the working transition that describe the laser cooling of solids. These equations are used to obtain the expressions for the efficiency of an optical heat engine in the inverse thermodynamic cycle and the limiting cooling temperature. Based on these expressions, the criteria for determining the type of the samples and the temperature and spectral ranges for the laser cooling experiments are formulated. The results of the numerical calculations are presented as supporting evidence. © Nauka/Interperiodica 2006
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
In the framework of nonequilibrium statistical operator, the equations are derived for number of pho...
In the framework of nonequilibrium statistical operator, the equations are derived for number of pho...
In the framework of nonequilibrium statistical operator, the equations are derived for number of pho...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
Theoretical model is constructed for radiation balanced solid state lasers with up-conversion coolin...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
In the framework of nonequilibrium statistical operator, the equations are derived for number of pho...
In the framework of nonequilibrium statistical operator, the equations are derived for number of pho...
In the framework of nonequilibrium statistical operator, the equations are derived for number of pho...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
The optimum conditions for laser cooling of solids are studied. By way of example, a system of impur...
Theoretical model is constructed for radiation balanced solid state lasers with up-conversion coolin...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...
The equation obtained earlier by the authors from a starting model Hamiltonian for the thermal condu...