non-adiabatic process
non-adiabatic conditions
being non-adiabatic
non-adiabatic flow
initially non-adiabatic
highly non-adiabatic
non-adiabatic system
became non-adiabatic
the non-adiabatic process significantly increased the system's entropy.
we studied the impact of non-adiabatic conditions on laser performance.
the non-adiabatic expansion led to a temperature drop in the gas.
modeling non-adiabatic flows is computationally challenging.
the non-adiabatic compression resulted in higher temperatures than expected.
we observed a strong non-adiabatic effect in the shock wave.
the engine's non-adiabatic behavior affected its efficiency.
analyzing non-adiabatic heat transfer is crucial for accurate simulations.
the experiment investigated the role of non-adiabatic losses.
a non-adiabatic system deviates from ideal thermodynamic conditions.
the non-adiabatic cooling process was carefully controlled.
non-adiabatic process
non-adiabatic conditions
being non-adiabatic
non-adiabatic flow
initially non-adiabatic
highly non-adiabatic
non-adiabatic system
became non-adiabatic
the non-adiabatic process significantly increased the system's entropy.
we studied the impact of non-adiabatic conditions on laser performance.
the non-adiabatic expansion led to a temperature drop in the gas.
modeling non-adiabatic flows is computationally challenging.
the non-adiabatic compression resulted in higher temperatures than expected.
we observed a strong non-adiabatic effect in the shock wave.
the engine's non-adiabatic behavior affected its efficiency.
analyzing non-adiabatic heat transfer is crucial for accurate simulations.
the experiment investigated the role of non-adiabatic losses.
a non-adiabatic system deviates from ideal thermodynamic conditions.
the non-adiabatic cooling process was carefully controlled.
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