In the presence of the above mechanisms, the phase-varying tendency of the ion current is found to be similar to the variations in the combustion phase, but the offset between these phases will vary when the combustion boundary condition changes.
To determine the relationship between thermal oxidation temperature and mechanism, the phase of the CuO-Cu2OCuO-Cu2O thin films was identified.
The mechanisms of the phase transition were elucidated through calculations on enthalpy of formation (EOF).
Variant selection mechanisms in the phase transformation in steels have been investigated experimentally as well as theoretically.
In this study, we investigated the mechanisms underlying the phase difference between Per1 and Per2 expression by a combination of mathematical simulations and molecular experiments.
Using a synchrotron self-Compton mechanism, the phase-resolved spectra with the energy range from 100 eV to 3 GeV of the Crab pulsar can also be explained.
Mechanism of the phase transitions is explained.
A mechanism for the phase transformation is proposed.
This paper focuses on the energy transport mechanism during the phase change process.
The result of computer simulation indicated that the mechanism of the phase separation was Spinodal decomposition.
The mechanism of the phase distribution and the oxidation kinetic equation were also studied.
