off-diagonal

But the off-diagonal elements, including those below the diagonal, are different.

The off-diagonal cells are used to indicate relationships between the elements.

The off-diagonal entries are those not on the main diagonal.

One problem with this approach is the equal division of the off-diagonal terms between the two basis functions.

Unfortunately, the off-diagonal kinetic energy terms are usually difficult to handle.

Off-diagonal elements in these equations are nuclear kinetic energy terms.

Each off-diagonal element is between 1 and -1 inclusive.

The off-diagonal cross-peaks can be either positive or negative.

A diagonal matrix is one whose off-diagonal entries are all zero.

The matrix is diagonalized because the off-diagonal components are all now zero.

This shear is given by the off-diagonal elements of the stress tensor.

As it is a Z-matrix, its off-diagonal entries are less than or equal to zero.

This construction can be extended to include off-diagonal matrix elements and gauge projections.

Off-diagonal cells contain weights indicating the seriousness of that disagreement.

Similar results may be found for higher dimensions, but the interdependence of the off-diagonal correlations becomes increasingly complicated.

The fact that P is Hermitian fixes its off-diagonal components.

If a 4-algebra on basis is associative and off-diagonal products are given by Hamilton's rules, then .

On matrices with non-positive off-diagonal elements and positive principal minors.

Orthogonal coordinates never have off-diagonal terms in their metric tensor.

In most cases, the probability off-diagonal will be negligible so it's easy to verify:

The off-diagonal entries are corresponding sums of products.

Both effects result from the off-diagonal components of the dielectric tensor .

The number of off-diagonal entries in a square matrix is always a pronic number.

In order to optimize this effect, S should be the off-diagonal component with the largest absolute value, called the pivot.

The 3 x 3 off-diagonal blocks lead to neutrino-antineutrino oscillations.