Sentence examples for integer steps from inspiring English sources

In fact, the inverse of the electrical resistance, called the conductance, varies in integer steps.

The remaining quantum number, mJ, specifies the orientation of the atom as a whole; mJ can take any value from +J to −J in integer steps.

In 1988 Haldane extended work that had been done on the quantum Hall effect by Thouless, who had explained why the electrical conductance in that effect changed in integer steps.

Another quantum number, j, representing a combination of the orbital angular momentum quantum number l, and the spin angular momentum quantum number s can have only discrete values within an atom: j can take on positive values only between l + s and |l − s| in integer steps.

The total angular momentum has the magnitude √(J J + 1)), in which J can take any positive value from L + S to |L − S| in integer steps; i.e., if L = 1 and S = 3/2, J can be 5/2, 3/2, or 1/2.

The magnitude of the total angular momentum of the atom can be expressed in the same form as for the orbital and spin momenta: √(j( j + 1)) gives the magnitude of the total angular momentum; the component of angular momentum along the quantization axis is mjℏ, where mj can have any value between +j and −j in integer steps.

Another problem of FDG method is the need for integer step size along search direction which is interpreted as a limitation.

where T is the updating period, λ is an integer step size which can be set as 1, and [U(n 1 t)+1, n 2 t))−U(n 1 t), n 2 t))] and [U(n 1 t),n 2 t)+1)−U(n 1 t),n 2 t))] are the approximated partial derivatives of U(n 1,n 2) over n 1 and n 2, respectively.

Since is not an integer, both Step 1 and Step 2 will need to be performed.

In this paper we present a new design for implementing fast MDDT transform through integer lifting steps.

We further factorize the butterfly-style transform into a series of integer lifting steps to eliminate the need of multiplications.