Non-FC dependence of the electronic transition moment on the vibrational coordinate is possible through B-term and C-term enhancement.[ 6] When the excitation is in resonance with the weaker Q0 band at approximately 575 nm, B-term scattering dominates,[ 7] which involves vibronic coupling between two allowed excited electronic transitions.
By removing a lot of information without chemical relevance, such as Cartesian coordinates, it is possible to manipulate and search the rest very quickly, using simple unix commands.
With the increasing popularity of voxel-based morphometric (VBM) methods in which group differences are reported in standardized coordinates, it is possible to apply powerful meta-analytic techniques initially designed for functional neuroimaging.
On the basis of these coordinates, it is possible to identify a series of anthropometric measurements and angles that can provide a guide and tool for surgeons and orthodontists involved in the reevaluation of female faces.
Since the robot is not subject to nonholonomic velocity constraints, the vector of the generalized velocities is defined as x ̇ = q ̇ 1, q ̇ 2, …, q ̇ N − 1, θ ̇ N, p ̇ x, p ̇ y T ∈ ℝ N + 2. Using these coordinates, it is possible to specify the kinematic map of the robot.
After the set of all distinct tandem duplications, T, is identified along with their coordinates, it is possible that some of the predicted duplications overlap with each other in terms of their boundaries.
The nodes of a convex map possess only basic topological properties, they do not have any extra properties (like area, weight or coordinates) although it is possible to assign labels to them for additional usages (Eloy 2012).
And as the GML contains the coordinate information, it is possible to utilize the information to calculate the actual coordinate information of mobile sensors that estimate the locations of each other based on the relative coordinates.
Furthermore, since the actual map coordinate is used, it is possible to estimate the actual coordinate of a sensor that moves on the actual map coordinate.
