Dipole MomentElectrical PropertiesExciplexesFluorescenceMolecular StructureThe dipole moments of some intramolecular exciplex systems have been determined from the effect of an electric field on their fluorescence and are compared to those estimated from solvent shift measurements. The charge transfer between ...
Dipole MomentElectrical PropertiesExciplexesFluorescenceMolecular StructureThe dipole moments of some intramolecular exciplex systems have been determined from the effect of an electric field on their fluorescence and are compared to those estimated from solvent shift measurements. The charge transfer between ...
The spin polarization brings about a modification of the electronic structure, because a level splitting of up and down spins occurs. The energy separation of this spin splitting is approximately proportional to the magnitude of spin polarization, namely the magnetic moment as shown in Fig.19. We...
Thus, a distribution of FPs evoked by the dipole current at a time point could be estimated by FEM on a quasi-real head surface by changing some simulation conditions, e.g., conductivity tensor and (an)isotropy, the position of a single dipole current and dipole moment, such as pointing ...
First, analysis of the force applied to the cell during rotation was done to find the optimal poking direction, where we had the biggest moment of force. Then, the moving trajectory of the injection micropipette was designed to exert rotation force based on optimal poking direction. Finally, ...
1.Analyzing Statement 1: Piezoelectricity is due to the net dipole moment. -Explanation: Piezoelectricity refers to the generation of electric charge in certain materials when mechanical stress is applied. This phenomenon occurs in polar crystals where the displacement of ions leads to a net dipole ...
Organic materials can be effectively used in many fields, such as energy storage, photocatalysis, photoelectricity, photoluminescence, sensors, and drug delivery [1-5]. Motivated by these huge potentials, considerable efforts have been devoted to the characterization of the electronic properties of organ...
The electromigration force could drive the Si adatoms to flow on the surface along the direction of electric field. When the direct current was applied parallel to the step (h 5 0u), the Si adatoms would flow along the edge without changing the step density. Therefore, the widest terrace...
dipole moment projections (Fig.2i, k, n and p), the distribution of 3D orientations, Fig.2j and o, for random and aligned acceptors could be computed, respectively (for details, see Methods and Supplementary Figure4). These results confirmed a very distinct orientational alignment of the ...
This study analyzed this phenomenon from the perspective of the diamagnetism of the bacteria cells and the electric dipole moment of proteins. Since the bacterium cell membrane contains diamagnetic substances, when a bacterium cell moves in parallel with the magnetic field, it would be slowed down ...