Hydrodynamics of Liquids with Intrinsic Angular Momentum: --Case of 3He-A--

Abstract
Using a set of variables including the intrinsic angular momentum (IAM) density to describe the local state of superfluid 3He-A with IAM, hydrodynamic equations are derived according to thermodynamics of irreversible processes. The importance of the role of the angular velocity of local rotation, which is conjugate to the IAM density is stressed. On this basis the interrelation between the previous theories of various effects of rotation is discussed.

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