The phrase "a heat bath" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in physics or thermodynamics, to refer to a system that is in thermal equilibrium with its surroundings.
Example: "The experiment was conducted in a heat bath to ensure that the temperature remained constant throughout the process."
Alternatives: "thermal reservoir" or "temperature bath".
The plasma flow is considered as a heat bath.
The system was weakly coupled to a heat bath by velocity rescaling48 with a relaxation time of 0.1 ps.
With the implementation of a mass and momentum conserving thermal lattice-Boltzmann method, the fluid acts as a heat bath for the MD particles without the need for external Langevin noise.
Some recent numerical and theoretical studies indicate that it is possible to accurately simulate the macroscopic motion of a particle in a heat bath, comprising coupled oscillators, without accurately resolving the fast frequencies in the heat bath itself.
The ability to deterministically prepare a CETS on a subset of qubits in a larger quantum simulation provides a new method, in principle, to simulate contact between a quantum system of interest and a heat bath at arbitrary temperature T. This may provide an economical means for simulating open quantum systems, particularly for thermal states of systems with multifold degenerate ground states.
Starting from a Langevin description of a particle submerged in a heat bath that offers a state dependent dissipation, we examine the noise-induced transport of a Brownian particle in the presence of two external, mutually correlated noises and envisage that in a symmetric periodic potential, the steady state current increases with an increase in the extent of correlation.
The system involved a heated bath circulator, an air injector, and a system of copper piping used as heat exchangers in bins.
A constant temperature of the fluid is ensured by a Peltier system and a heating bath.
Calculations performed in vacuo were initiated by coupling to a heating bath with a target temperature of 600 K.
Sections were deparaffinized in toluene, dehydrated and subjected to heat antigen retrieval in Epitope retrieval solution (as supplied in the CINtec Histology Kit, mtm laboratories, Heidelberg, Germany) in a heating bath for 30 min. at 95 (± 1)°C.
LD used a random force (set by FBETA 5.0 in CHARMM for all heavy atoms) to correspond to the frictions implied; it also ensured the collisions with a heat-bath kept at 300 K, to ensure a constant temperature of the system.
