Including the effects of pressure and stress in thermodynamic functions
... the Hugoniot, covering a temperature range between roomtemperature and about 13 000 K. To arrive at an accurate representation of experimental SW data on the Hugoniot requires the calculation of all thermodynamic properties, free from unrealistic physical behaviour in them. Figure 2 illustrates that ...
... the Hugoniot, covering a temperature range between roomtemperature and about 13 000 K. To arrive at an accurate representation of experimental SW data on the Hugoniot requires the calculation of all thermodynamic properties, free from unrealistic physical behaviour in them. Figure 2 illustrates that ...
Efficiently Extracting Energy from Cosmological
... phase transitions where particle species that were initially in thermal equilibrium decoupled from each other. The most relativistic of these particles have been free-streaming through the universe until the present day, and therefore can carry information about the state of the early universe to de ...
... phase transitions where particle species that were initially in thermal equilibrium decoupled from each other. The most relativistic of these particles have been free-streaming through the universe until the present day, and therefore can carry information about the state of the early universe to de ...
Theory of Superconductivity
... a normal metal in its normal state. Instead is is a heavy-fermion metal. The electrons at the Fermi energy have strong Ce f -orbital character. The very strong Coulomb repulsion between electrons in the f -shell leads to a high effective mass m∗ ≫ me at the Fermi energy, hence the name. Since then, s ...
... a normal metal in its normal state. Instead is is a heavy-fermion metal. The electrons at the Fermi energy have strong Ce f -orbital character. The very strong Coulomb repulsion between electrons in the f -shell leads to a high effective mass m∗ ≫ me at the Fermi energy, hence the name. Since then, s ...
Longitudinal Dynamics I, II
... Longitudinal Dynamics in Synchrotrons It is also often called “synchrotron motion”. The RF acceleration process clearly emphasizes two coupled variables, the energy gained by the particle and the RF phase experienced by the same particle. Since there is a well defined synchronous particle which has ...
... Longitudinal Dynamics in Synchrotrons It is also often called “synchrotron motion”. The RF acceleration process clearly emphasizes two coupled variables, the energy gained by the particle and the RF phase experienced by the same particle. Since there is a well defined synchronous particle which has ...
