The Simple Theoretical analysis of the Mass and Molar Magnetic Susceptibilities in Quantum Wires of II-VI and IV-VI Compound Semiconductor

I study the magnetic susceptibilities in quantum wires of II-VI and IV-VI materials under a parallel magnetic field on the basis of a newly formulated electron dispersion law. It has been found taking quantum wires of nano compounds as an example that the mass and molar susceptibilities increase with decreasing film thickness and decreasing electron concentration respectively within the limit of quantum framework. I observe that the susceptibility ratio in both the cassese deviates from the well known 1/3 rd rule collectively with the fact that there is a critical zone within which the quenching of diamagnetic mass and molar susceptibility occurs.