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Wer Bist Du, Geist Der Liebe'
WER or Wer may refer to: * Weak echo region, in meteorology, an area of markedly lower reflectivity within thunderstorms resulting from an increase in updraft strength * Word error rate, in computational linguistics, a common metric of measuring the performance of a speech recognition system * Windows Error Reporting, a feature of Windows XP and later operating systems * Western Entrance to the Riedbahn, the western approach of the Riedbahn in Mannheim, Germany * Wer (god), an Akkadian god * Were ''Were'' and ''wer'' are archaic terms for adult male humans and were often used for alliteration with wife as "were and wife" in Germanic-speaking cultures ( ang, wer, odt, wer, got, waír, ofs, wer, osx, wer, goh, wer, non, verr). In ..., an archaic term for adult male humans * Wiki Educational Resources Limited, the legal name of the first Wikimedia UK chapter * Wer (film), ''Wer'' (film), a 2013 horror film See also * Ver (other) * Vera (disambiguati ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Lemon Technique
The Lemon technique is a method used by meteorologists using weather radar to determine the relative strength of thunderstorm cells in a vertically wind shear, sheared environment. It is named for Leslie R. Lemon, the co-creator of the current conceptual model of a supercell. The Lemon technique is largely a continuation of work by Keith A. Browning, who first identified and named the supercell.; The method focuses on updrafts and uses weather radar to measure quantities such as height (''echo tops''), reflectivity (such as morphology and gradient), and location to show features and trends described by Lemon. These features include: * ''Updraft tilt'' - The tilted updraft (vertical orientation) of the main updraft is an indication of the strength of the updraft, with nearly vertical tilts indicating stronger updrafts. * ''Echo overhang'' - In intense thunderstorms, an area of very strong reflectivity atop the weak echo region and on the low-level inflow inside side of the storm. * ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |