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MethrenRaf

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 USA Today:The Transportation Security Administration has collected records on thousands of passengers who went to airport checkpoints without identification, adding them to a database of people who violated security laws or were questioned for suspicious behavior. read the articlegt;                                                                       ponent--type-recirculation .item:nth-child 5          display: n stanley cup on stanley polska e;             inline-recirc-item--id-cf6f92d0-8c88-11e2-b06b-024c619f5c3d,  right-rail-recirc-item--id-cf6f92d0- stanley cup 8c88-11e2-b06b-024c619f5c3d         display: none;             inline-recirc-item--id-cf6f92d0-8c88-11e2-b06b-024c619f5c3d ~ .item:nth-child 5          display: block;       Pcbj Federal budget cuts free illegal immigrants from detention
 A new study suggests that it is possible that the planet   past included strange bodies of liquid carbon dioxide.     Image: Pioneering Venus/NASA Venus is a hot hellscape that make it difficult to imagine it ever being covered in the water that may have been in its atmosphere 鈥?the water probably could not have cooled down enough to turn into rain.  So now researchers think it   possible that the oceans that once flowed on Venus were composed of liquid carbon dioxide. Space explains: To see what the effects of supercritical carbon dioxide on Venus might be, [Dima] Bolmatov and his colleagues investigated the unusual properties of supercritical matter. A great deal remains uncertain about such substances, he said. Scientists had generally thought the physical properties of supercritical fluids changed gradually with pressure and temperature. However, in computer simulations of molecular activity, Bolmatov and his colleagues found that supercritical matter could shift dramatically from gaslike to l stanley cup iquidlike properties. The atmospheric pressure on the surface of Venus is currently more than 90 times that of Earth, but in the early days of the planet, Venuswater bottle stanley  8217; surface pressure could have been dozens of tim botella stanley es greater. This could have lasted over a relatively long time period of 100 million to 200 million years. Under such conditions, supercritical carbon dioxide with liquidlike behavior might have formed, Bolmatov said. This in turn makes it plausible that