A US space probe successfully flew by Mercury earlier this month to photograph the Solar System’s smallest planet, in the second of three planned passes, the US space agency NASA said.
The spacecraft MESSENGER (MErcury Surface, Space ENvironment, GEochemistry and Ranging) flew past the innermost planet at an altitude of 201 kilometers at a speed of 23,818 kilometers per hour.
“Everything went according to plan,” said spokeswoman Helen Johnson of the Johns Hopkins University Applied Physics Laboratory, which is running the project.
MESSENGER first flew past Mercury on Jan. 14 this year, and will make its final pass in Sept. 2009.
This month’s trip aims to investigate the opposite side of the planet to the one seen on the first visit, said Louise Prockter, instrument scientist for the spacecraft’s Mercury Dual Imaging System at the Johns Hopkins University.
Mercury is the closest of all the planets to the Sun, but because of the high risks of its proximity to the Sun, it is one of the most mysterious bodies in the solar system, even though it is relatively close to Earth.
(AFP)
美國航空暨太空總署NASA日前宣布，一架美國太空探測器本月稍早已成功地飛越水星上空，並拍攝到這個太陽系中最小行星的樣貌。
這艘太空船「信使號」（水星表面、太空環境、地球化學和測距的縮寫）飛越太陽系最內部的這顆行星上空時，飛行高度為兩百零一公里，每小時時速為兩萬三千八百一十八公里。
負責此計畫的約翰霍普金斯大學應用物理實驗室女發言人海倫．強森說：「一切都如預期般進行。」
信使號在今年元月十四日首次航經水星，並將於二ＯＯ九年九月最後一次進行此任務。
約翰霍普金斯大學負責這艘太空船的水星雙面影像系統的儀器科學家路易斯．波克特說，本月的行程旨在調查首次探勘水星時未見到的另一面。
水星是眾行星中最接近太陽的一顆，但因其接近太陽，探勘的風險也相當高；雖然它相對地鄰近地球，但它仍是太陽系中最神秘的星體之一。（法新社�翻譯：袁星塵）
A: And how about the other star signs? B: Libras can benefit from multiple perspectives, Scorpios will be tough as steel and Sagittariuses may travel around. A: Cool, what’s next? B: Capricorns may take the lead, Aquarius may start a new life and Pisces should be well prepared for action. A: I hope we’ll have a lot of good fortune in the Year of the Snake. A: 其他的星座運勢如何？ B: 「天秤座」左右逢源、「天蠍座」百煉成鋼、「射手座」志在四方。 A: 還有呢？ B: 「摩羯座」一馬當先、「水瓶座」脫胎換骨、「雙魚座」蓄勢待發。 A: 希望大家在蛇年能好運旺旺來！ （By Eddy Chang, Taipei Times／台北時報張聖恩）
Despite advancements in bicycle security, millions of bicycles are stolen every year. A revolutionary bicycle lock, called “SKUNKLOCK,” takes a proactive approach to deterring thieves. __1__, SKUNKLOCK releases a noxious chemical that could cause would-be thieves to vomit and effectively discourages them from continuing their efforts to steal the bicycle. While conventional locks can be defeated by determined thieves using specialized tools, SKUNKLOCK’s dual approach of physical resistance and chemical deterrence is highly effective, making it a formidable __2__ against bike theft. The U-lock is made of high-tensile carbon steel, which can withstand attempts to break it using brute
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