Analytical hydrodynamic transport theory derived from the quantum Boltzmann equation; calculation of longitudinal thermoelectric coefficients and cyclotron resonance poles.
Settings
modelhydrodynamic electron-hole fluid
parametersomega, tau_0, tau_d, omega_c, delta_n/n, temperature, chemical potential, magnetic field
observablessigma_xx, Theta_xx, K_xx, cyclotron resonance frequency
Conditions
context:analytical_theory
validation:{"quantities":["cyclotron resonance frequency","conductivity peak width"],"references":["Ngyuen et al."],"techniques":["transport"],"source_type":"literature_experimental_data"}
Analytical hydrodynamic transport theory derived from the quantum Boltzmann equation; calculation of longitudinal thermoelectric coefficients and cyclotron resonance poles.
Settings
modelhydrodynamic electron-hole fluid
parametersomega, tau_0, tau_d, omega_c, delta_n/n, temperature, chemical potential, magnetic field
observablessigma_xx, Theta_xx, K_xx, cyclotron resonance frequency
Conditions
context:analytical_theory
validation:{"quantities":["cyclotron resonance frequency","conductivity peak width"],"references":["Ngyuen et al."],"techniques":["transport"],"source_type":"literature_experimental_data"}
Analytical hydrodynamic transport theory derived from the quantum Boltzmann equation; calculation of longitudinal thermoelectric coefficients and cyclotron resonance poles.
Settings
modelhydrodynamic electron-hole fluid
parametersomega, tau_0, tau_d, omega_c, delta_n/n, temperature, chemical potential, magnetic field
observablessigma_xx, Theta_xx, K_xx, cyclotron resonance frequency
Conditions
context:analytical_theory
validation:{"quantities":["cyclotron resonance frequency","conductivity peak width"],"references":["Ngyuen et al."],"techniques":["transport"],"source_type":"literature_experimental_data"}
Analytical hydrodynamic transport theory derived from the quantum Boltzmann equation; calculation of longitudinal thermoelectric coefficients and cyclotron resonance poles.
Settings
modelhydrodynamic electron-hole fluid
parametersomega, tau_0, tau_d, omega_c, delta_n/n, temperature, chemical potential, magnetic field
observablessigma_xx, Theta_xx, K_xx, cyclotron resonance frequency
Conditions
context:analytical_theory
validation:{"quantities":["cyclotron resonance frequency","conductivity peak width"],"references":["Ngyuen et al."],"techniques":["transport"],"source_type":"literature_experimental_data"}
