In the present study, the quadrupole moment differences of the 4.18 billion 3-D neighbors, identified from the 3-D neighboring of 17.1 million molecules, were analyzed to find the maximum possible quadrupole differences for two molecules to be neighbors (see also the "Materials and Methods" section).
The variables with significant basal moment differences between both groups (despite randomization) that may constitute a factor of confusion will be controlled.
Ground state and excited state dipole moment difference of the bichromophore 4MBA indicates a large electron transfer probability.
Under the same circumstance, the designed actuator with symmetrical electrical signals produced a relatively larger inertial driving moment difference because of the existence of the bias unit.
Results reveal that the selected dye sensitizer exhibits large dipole moment difference between the ground and excited state which is comparable to that of metal based dye sensitizers.
In addition, as the quadrupole moment difference deviates from zero, the maximum shape similarity is expected to decrease (see Figure 1).
The relationship between the phase offset and the vanishing moment difference of two biorthogonal low-pass filters can be characterized by the following proposition.
The most spin anisotropy is observed in 24Y31 with a magnetic moment difference (between two edges) of 0.54 μ B. Here, the upper edge has the higher magnetic moment.
In this paper, the relationship between the phase offset and the vanishing moment difference of biorthogonal scaling filters is derived, which implies a simple way to choose the vanishing moments so that the phase response requirement can be satisfied structurally.
We have derived a relationship between the phase offset and the vanishing moment difference of two biorthogonal low-pass filters, which can be used to choose the vanishing moments so that the phase requirement is satisfied structurally.
