Thermal Conductivity of a Gas of Rotating Diamagnetic Molecules in an Applied Magnetic Field

摘要: The effect of an applied magnetic field on the thermal conductivity a gas rotating diamagnetic molecules is determined with rotational states treated quantum mechanically. anisotropic part tensor λ given in terms square‐bracket integrals and ratio H to equilibrium pressure p gas. be are expressed reduced relative center‐of‐mass velocities. saturation values when parallel perpendicular temperature gradient found ⅔. Also, transverse heat flux or Righi—Leduc for gases discussed briefly, shown vanish at infinite zero fields, attaining maximum somewhere between.