The penetration depth of the fields into both mediums are given by 1/Im k1 x ) and 1/Im (k2 x ), where Im is the imaginary part.
A model of the equations of generalized magneto-thermoelasticity in a perfectly conducting medium is given.
The composition of mineral salt medium is given in Additional file 1: Table S2.
The FTIR spectrum of starch/Fe3O4 FA nanocomposite synthesized under acidic medium is given in Fig. 2a.
A detailed formulation coupling moisture (liquid water and water vapor) and gas transfer in a deformable porous medium is given.
An analysis of the process of field cancellation in a three-dimensional non-dispersive propagation medium is given.
The final form of the normalized pressure drop equation for a one-dimensional medium is given by for ds = d′s/D < 0.75.
Strength evaluation of piezoelectric materials under the transient thermal environment is made and thermal shock resistance of the medium is given.
The probable mechanism of the reaction between p DMAB and PGB in acid medium is given in Scheme 1. Figure 1 UV-visible spectrum of the product of PGB and p DMAB ( λ max 420 nm).
The usual ISCED division into low, medium and high is then adopted where low is equivalent to ISCED 0 2 (i.e. primary and lower secondary education), medium is given by ISCED 3 4 (i.e. upper secondary and post-secondary non-tertiary education) and high is ISCED 5 7 (i.e. tertiary education).
