1
The electrostatic interaction between the DNA segments is described by the Debye-Hückel approximation.
2
Additionally, Si doping can also improve the Debye temperature and melting point of the MoAlB crystal.
3
In particular, we determine the amount of trapped mobile charges inside the microgel and the Debye screening length.
4
All these approximations use the Debye model of phonons and give a non-satisfactory description the temperature dependence of the relaxation rate.
5
Microstructural and theoretical studies of the wave-absorbing mechanism reveal a unique Debye dipolar relaxation with an Eddy current effect in the absorbing bandwidth.
6
The low-temperature specific heat was analyzed in terms of the Debye-Einstein model to estimate the librational energies of the fullerenes and Debye temperatures.
7
Such strong concentration polarization can be induced even at moderate buffer concentrations because of local ion depletion (therefore thicker local Debye layer) near the nanochannel.