During this process, the axial force, which makes the tubular string become unstable, contends with other stable factors such as the wellbore constraint, perpendicular weight component, and the bending stiffness of the tubular string.
A maximum increase of the deposition rate by a factor 3 (perpendicular to the cathode) was measured.
This problem takes the form of a set of linear equations d = Gm, where d is a column vector with phase change for each pixel of each interferogram, G is a design matrix containing perpendicular baseline multiplied by a factor of ( frac{rlambda sin left(nu right)}{4pi } ), the time span of each interferogram and a constant.
This is because shape anisotropy (K d α α M s 2, where α is the demagnetization factor) strengthens the perpendicular alignment of magnetic moments, and magnetoelastic anisotropy (K where is the magnetostriction constant and is the stress in film) remains almost unchanged via patterning [26].
The effects of the disorder are also evident in the data anisotropy where the B-factor component along the 61 axis is less than half of the B-factor in the perpendicular direction.
Linear operators on a Hilbert space are likewise fairly concrete objects: in good cases, they are simply transformations that stretch the space by different factors in mutually perpendicular directions in a sense that is made precise by the study of their spectrum.
The two oblique factors were almost perpendicular, with a correlation of -.244 (6% common variance), which is barely significant at α =.05, one-tailed.
Because (varvec{s}_{c}^{text{T}} varvec{s}_{1} = 0,) the second and third factors are two translations perpendicular to s c.
Anisotropy was calculated using (I|| – GI⊥)/(I|| + 2 GI⊥), where I|| and I⊥ represent the intensities in parallel and perpendicular polarization channels and the G-factor accounts for correction detection efficiencies in the parallel and perpendicular detection channels.
Millipolarization (mP) values were calculated for each compound [mP=1000×(S– G×P /(S+ G×P ], where S and P were the fluorescence counts rated on the planes parallel (S) or perpendicular (P) to the excitation filter, and G (grating factor) was an instrument-dependent factor.
Specifically, fiber breakages and matrix cracks perpendicular to fiber direction are the major factors of CTE decrements in X-Y direction.
