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In this article the problem of achieving fast scanning of a time-of-flight range sensor with a large optical receiver aperture at low system cost is targeted. The presented approach to solve this problem consists of a micromirror-based transmitter unit and a receiver unit consisting of a large aperture lens system with a small field of view and a detector(More)
We overview a recently developed planetary radiative transfer (RT) model, PLANETS (PLANETary Spectroscopy), which is based on the MODTRAN<sup>&#x00AE;</sup> 5 band model RT algorithms. The basic features and RT algorithms are described and an application of PLANETS to a variety of observed Neptune spectra, spanning a broad spectral region, ultraviolet(More)
Introduction: The 3D Cones sequence [1] utilizes a central-out k-space trajectory that does not require field gradients prior to data sampling. This characteristic can reduce unwanted diffusion weighting, particularly problematic for hyperpolarized He gas imaging in small animals. The 3D Cones technique also has the advantages of enabling short echo times(More)
The probe length is investigated under the influence of the coherence length of Gaussian and Lorentzian spectra for the case that the focal point and the point of highest interference are matched in a strongly focused laser Doppler velocimetry setup (LDV). Isosurfaces of a -3  dB drop of the intensity maximum are estimated and suggested as an alternative,(More)
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