Sentence examples for the quantum values from inspiring English sources

Usually, the angular momentum is specified along an axis known as the quantization axis, and the magnitude of the angular momentum is limited to the quantum values Square root of√l(l + 1), in which l is an integer.

Usually, the angular momentum is specified along an axis known as the quantization axis, and the magnitude of the angular momentum is limited to the quantum values √(l(l + 1)), in which l is an integer.

In order to do this, we consider a truncated version of a well-known SDP relaxation for the quantum value of a two-prover one-round game, one which has extra restrictions on the dimension of the SDP solutions.

But the task quantum value was always the obstacle in having the optimum hybrid.

Different researches were proceeded to find the best methodology to calculate the task quantum value as having small quantum leads to reducing throughput and increasing response time while having long quantum caused a high increase in turnaround time.

In the future the researchers intend to proceed their experiments in finding a better task quantum calculation methodology that balance between the static and dynamic quantum values to achieved better reduction in waiting and thus reducing task starvation.

The catalytic performance was evaluated taking into account the measurement of the corresponding reaction rates and the computation of the quantum efficiency values.

Hence, a simple ratio of the integrated fluorescence intensities of the two solutions (recorded under identical conditions) yielded the ratio of the quantum yield values.

The quantum mean values of any observable, represented by the operator Ô Open image in new window, in the Hilbert-Fock space are calculated through the following formula: O q = 〈 Ô 〉 = ∑ i p i q O i ∑ i p i q, Open image in new window (26).

From all of the above, we can surely conclude that having the optimum task quantum value is nearly impossible.

Then, the half-integer quantum value appears when N R  + N L is an odd number, which is in coherence with the result reported by Miranda et al. as described above.