Determining the orientation of surfaces from optical flow
This paper presents a method for computing the orientation of physical surfaces relative to the moving observer. The method is theoretically derived; it is not 'ad hoc'. The met...
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This paper presents a method for computing the orientation of physical surfaces relative to the moving observer. The method is theoretically derived; it is not 'ad hoc'. The met...
We continue examination of the photon correlation properties of silicon avalanche photodiodes operated in the single-photon counting mode by extending their operation from that ...
The numerically stable, Hermitian secular equation for superlattices within the envelope-function approximation [F. Szmulowicz, Phys. Rev. B 54, 11 539 (1996)] is derived via th...
Abstract We present an experimental study of surface plasmon polaritons on gold bi-grating structures crossed experimentally at both ∼60° and ∼90°. The experimental observed mod...
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Received 20 February 1963DOI:https://doi.org/10.1103/PhysRevLett.10.276©1963 American Physical Society
We examine the distribution of the relative fractional fluctuation of the magnetisation of a 3D Ising ferromagnet at the critical temperature T c by considering a histogram of f...
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