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The lower Cretaceous of India and Pakistan is known to possess abundant small land birds, e.g. herbivorous Leptosuchus, folivorous Hesperornithiformes, Anchiornis and Ornithuromorpha, and herbivorous Anchiornis and Ornithuromorpha. However, the only shorebird documented from the Cretaceous of India, the Morrison stratotype of Lesquerella paterfamilias, is known only from the upper Cretaceous. A review of the skeletal material from the Lower Cretaceous of Pakistan reveals that the type series from the Kiyat Formation (Bannu Basin) is, in fact, of closely comparable age to the known southern Gondwana distribution of L. paterfamilias. Furthermore, as was recently suggested by Kumar et al. (2009), the type material of L. paterfamilias in the Geological Survey of India collection of the Survey of India Museum, Calcutta (IG-196), can be unequivocally referred to this formation. This discovery raises the question of the biological affinities of the Morrison specimen. Comparison with Asian shorebirds, in particular, with those from Pakistan, suggests the presence of a distinct lineage of shorebirds from the “Hemi Gondwan” region.The present invention relates to wireless communication networks and, more particularly, to the performance of preamble detection in a wireless communication system.
A wireless communication system may include a network of one or more base stations which may be mobile and fixed and which may be dedicated to a cellular system such as CDMA or GSM or the like or may be in wireless local or private network communications. A plurality of mobile units may communicate with the network via a wireless link, such as a CDMA link, between the network and the mobile units.
The communication channel linking the base station to the mobile unit may comprise either analog or digital communication. For example, the
In a few days, when the new year has come Â . Win 7, r232( x86/ x64). 3 m, m. r232, m, m. r232 ( x86/ x64)..The present invention relates generally to die-casting and more particularly to handling heat which develops during the die-casting process.
It is known in the prior art to use die casting for the production of light metal parts. In accordance with conventional die-casting, metal is poured into a casting die or mold which has at least one closed end or cavity. This cavity is closed upon the filling of the die with molten metal. The metal is held in the die until a solidified metal or xe2x80x9cgreenxe2x80x9d die casting is removed from the mold. The green die casting is then typically annealed at an elevated temperature and thereafter cooled and packaged.
During the die-casting process, substantial heat is generated. This heat may be as much as 30-50% of the total heat generated. A typical die-casting cycle will include a pour stage which may take one-half to one hour to complete. During this pour stage, the die is filled with molten metal and this metal is held in the die until a solidified metal or green die casting is formed. While the molten metal is in the die, the die is held at an elevated temperature to prevent the metal from cooling too quickly and hence, forming air voids or xe2x80x9cmudxe2x80x9d in the casting. After the pour stage, a holding stage is utilized to allow the casting to cool and solidify. After the holding stage, a solidified, xe2x80x9cgreenxe2x80x9d casting is formed. The castings, after being removed from the die, are subjected to a post-casting anneal/cooling and handling operation. Typically, this is an operation which takes 24 to 48 hours to complete. After cooling and handling, the casting is packaged or otherwise processed.
In the past, the die-casting process has been conducted in facilities which have relatively low ambient temperatures and relatively high heating costs. However, in many regions of the United States, energy costs are high enough to make it desirable to eliminate the typical air-conditioning and heating of these facilities. Further, the equipment requirements for the air-conditioning and heating of