Sentence examples for magnetic interaction of from inspiring English sources

The absorption peaks are often split, however, because of the magnetic interaction of the proton magnetic moments among themselves.

The bundling of thinned CNTs into the cones can mainly be caused by the Van der Waals force or/and the magnetic interaction of Fe phase nanoparticles.

In addition, the in-plane biaxial strains corresponding to tensile and compressive strains can affect and manipulate the magnetic interaction of V-doped AlN nanosheet in different ways.

This study provides insights on how electronic and magnetic interaction of constituent alloying elements may influence the properties of the resulting alloys and their dependence on alloy compositions.

We have studied this magnetic interaction of Titan with a global hybrid simulation model and especially the effect of the orbital position of Titan with four different Saturn local time.

Γo is a magnetic factor calculated from the magnetic interaction of one magnetic endosome with its close neighbours: Γo = 3µom2/4π*N2/dendo3, where m is the endosome magnetic moment m = 3.7×10−15A.m2, N, the number of endosomes in the chain and dendo = 0.6 µm the endosome diameter.

Figure 5 In-plane and out-of-plane M-H loops for the sample annealed at 600 °C for 60 min. In order to explore the interparticle magnetic interactions of the FePt nanoparticles, we have measured the isothermal remanent magnetization (IRM) and DC demagnetized (DCD) magnetization as functions of the applied magnetic field at room temperature for the sample annealed at 750 °C.

The system allows in a cheap and simple way to tune the magnetic interactions of magnetic nanostructures in a three-dimensional arrangement.

To gain insights into the magnetic interactions of the superstructures, MFM imaging was performed for the sample of the rod-shaped superstructures in different magnetization states.

First, the fully optimized geometries and the magnetic interactions of [Mn2O2Hn(salpn)2]+(2−n) (n = 0 2) with using the B3LYP/LACVP∗ method was investigated, confirming that the dependencies of the Mn Mn distances and of magnetic interactions on the protonation mode, n (n = 0 2), are consistent with those experimentally reported.

Considering the effects of magnetic interactions on the pendulum dynamics, the generated power of the harvester is obtained for harmonic excitations.