Anomalous electrodynamics of neutral pion matter in strong magnetic fields

We choose HD rather than H 2 because proton and deuteron have different masses and different spins, making HD more interesting than H 2 for non-BO calculations, especially when

III A, we present preliminary applica- tions to finite-field calculations of fourth-rank hypermagne- tizabilities using London orbitals for small diamagnetic mol- ecules and

Our studies not only confirm the bonding of triplet H 2 but also provide an elementary molecular orbital (MO) explanation that involves neither charge displace- ment nor

The networking and data fusion of information from sensors using different detection principles (orthogonal sensors) will give better information than the networking of

The performance of our test will be demonstrated on realizations from (intrinsically) stationary random fields with different underlying covariance functions (or variograms in

The peak at 22 ◦ also indicates that maximum SINR for target echo acquired by the H-pol antenna will not appear in the same direction as the maximum target signal intensity when

1) Analysis of the Mid-Sound Stations: Table 4.1 gives the computed PSD of time series C1, E1 and H1 at three different frequencies. The PSD of the z-component at 0.001 Hz is

Dendritic avalanches were observed with MOI and occurred at much lower magnetic fields than flux jumps seen in measurements of magnetic moment.. The smallest