macroscopic thermodynamics造句

例句与造句

1. This behavior is analogous to the equalization of chemical potential in macroscopic thermodynamics.
2. Many natural systems still today remain beyond the scope of currently known macroscopic thermodynamic methods.
3. One has left the realm of classical or macroscopic thermodynamics, and one needs quantum statistical mechanics.
4. Usually, the split into microscopic kinetic and potential energies is outside the scope of macroscopic thermodynamics.
5. The results show that macroscopic thermodynamic properties do not depend heavily on how long-range forces are treated.
6. It's difficult to find macroscopic thermodynamics in a sentence. 用macroscopic thermodynamics造句挺难的
7. It is therefore performing thermodynamic operations on a microscopic scale, not just observing ordinary spontaneous or natural macroscopic thermodynamic processes.
8. Those microscopic energy terms are collectively called the substance's internal energy ( U ), and are accounted for by macroscopic thermodynamic property.
9. Atomistic simulations can also be used in conjunction with interatomic pair potential functions in order to calculate macroscopic thermodynamic parameters such as the internal energy, Gibbs free energy, entropy and enthalpy of the system.
10. More particularly, it is characteristic of macroscopic thermodynamics that the probability vanishes, that the splitting operation occurs at an instant when system is in the kind of extreme transient microscopic state envisaged by the Poincar?recurrence argument.
11. :: So, for example, how would you calculate the density matrix if you just knew some of the macroscopic thermodynamic quantities, like temperature ? talk ) 15 : 00, 30 November 2013 ( UTC)
12. Thus for a mass of gas, in macroscopic thermodynamics, words are so used that a compression is sometimes loosely or approximately said to be adiabatic if it is rapid enough to avoid heat transfer, even if the system is not adiabatically isolated.
13. It is possible for macroscopic thermodynamic work to alter the occupation numbers without change in the values of the system energy levels themselves, but what distinguishes transfer as heat is that the transfer is entirely due to disordered, microscopic action, including radiative transfer.
14. Boltzmann argued mathematically that the effect of collisions between the particles would cause the " H "-function to inevitably increase from any initial configuration until equilibrium was reached; and further identified it as an underlying microscopic rationale for the macroscopic thermodynamic entropy of Clausius.