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лл´ó¼Ò²ÎÓ룬ÉÏÖܻÁ´½Ó£ºhttp://muchong.com/bbs/viewthread.php?tid=7533502&fpage=1 ´Ê»ã½²½â£º 1. consider vt.¿¼ÂÇ; ÈÏΪ Àý¾ä£ºYou could even consider designing your own internship. ÉõÖÁ¿ÉÒÔ¿¼ÂÇ×Ô¼ºÉè¼ÆÊµÏ°»ú»á¡£ 2. limitation n.ÏÞÖÆ; ¾ÖÏÞ Àý¾ä£ºThis limitation is to prevent your making the target too narrow. ÕâÑùµÄÏÞÖÆÊÇΪÁË·ÀÖ¹ÄãµÄ¶¨Î»Ì«Õ¡£ 3. rigid adj.ÑϸñµÄ; ½©Ó²µÄ Àý¾ä£ºThe rigid rules are intended to protect workers. ÕâÖÖËÀ°åµÄ¹æÔò¾ÍÊÇΪÁ˱£»¤¹¤ÈË¡£ 4. electronic adj.µç×ÓµÄ; µç×Ó²Ù×ÝµÄ Àý¾ä£ºHelen became an electronic engineer. º£Â׳ÉÁËÒ»Ãûµç×Ó¹¤³Ìʦ¡£ 5. improve vt.Ìá¸ß Àý¾ä£ºWe can improve quality, reliability, and durability. ÎÒÃÇ¿ÉÒÔÌá¸ßÖÊÁ¿¡¢¿É¿¿ÐÔºÍÄ;ÃÐÔ¡£ 6. flexible adj.Áé»îµÄ; Ò×ÍäÇúµÄ Àý¾ä£ºI am converted to flexible work. ÎÒÏÖÔÚת±äΪµ¯ÐÔ¹¤×÷¡£ 7. prove vt.Ö¤Ã÷£¬Ö¤Êµ Àý¾ä£ºA deficit deal will prove impossible. ³à×Ö´¦Àí·½°¸»á±»Ö¤Ã÷ÊÇÎÞ·¨Ö´Ðеġ£ ¶ÌÓï½²½â£º 1. Scientists hope these new 2D transistors will be used for building high-resolution displays that need very little energy. be used for ÓÃÀ´×ö¡ Àý¾ä£ºThe grease from pork can be used for frying. ÖíÈâÁ¶³öµÄÓÍ¿ÉÓÃÀ´¼åըʳÎï. 2. He adds that researchers have been looking for new materials with special features. look for ѰÕÒ Àý¾ä£ºThe searcher fannned out to look for the missing boy. ËÑѰÕßÉ¢¿ªÈ¥ÕÒÄǸö¶ªÊ§µÄÄк¢¡£ 3. "If the layers are very thin the transistor can become flexible, so it doesn't have to be rigid, like it would be in a silicon chip. So people can think of applications like wearable electronics, like, you know, television screens and other things," said Ioannou. think of ¿¼ÂÇ; ÏëÆð; ÓСÏë·¨ Àý¾ä£ºDon¡¯t think of your product as a computer ²»Òª°ÑÄãÕýÔÚÉè¼ÆµÄ²úÆ·ÈÏΪÊǼÆËã»ú 4. This is the first time every layer is a single [atom] layer, more or less, and that's the novelty of it. more or less ²î²»¶à£¬ ¼¸ºõ; ´óÔ¼ Àý¾ä£º It is now more or less settled. ÏÖÔÚÕâ¼þʲ¶à¶¨ÏÂÀ´ÁË¡£ È«ÎÄ·Ò룺 It seems that electronic devices just keep getting smaller. Scientists in the United States have announced the creation of the first transistor with only two dimensions. ¿´À´µç×ÓÉ豸ÕýÔÚ±äµÃÔ½À´Ô½Ð¡¡£ÃÀ¹ú¿ÆÑ§¼ÒÐû²¼·¢Ã÷ÁËÊ׸ö¶þά¾§Ìå¹Ü¡£ A transistor is a small electronic device that transfers or carries electronic current. The device helps to create an electrical circuit that provides power to other devices. Scientists hope these new 2D transistors will be used for building high-resolution displays that need very little energy. ¾§Ìå¹ÜÊÇ´«ÊäµçÁ÷µÄСÐ͵ç×ÓÉ豸¡£¸ÃÉ豸°ïÖú´´ÔìÒ»¸öµç·ΪÆäËüÉ豸ÌṩµçÔ´¡£¿ÆÑ§¼ÒÏ£ÍûÕâЩÐÂÐÍ2D¾§Ìå¹ÜÄܱ»ÓÃÓÚ¿ª·¢µÍÄܺĵĸ߽âÎö¶ÈÏÔʾÆ÷¡£ Two groups of scientists created these 2D transistors. One group is at the Argonne National Laboratory outside of Chicago, the other group is at the University of California. They report that the transistors are only a few atoms thick, any layer of any material that thin may be considered two-dimensional. Á½×é¿ÆÑ§¼Ò´´ÔìÁËÕâЩ2D¾§Ìå¹Ü¡£Ò»×éÔÚÖ¥¼Ó¸ç½¼ÍâµÄ°¢¹±¹ú¼ÒʵÑéÊÒ£¬ÁíÒ»×éÔÚ¼ÓÀû¸£ÄáÑÇ´óѧ¡£ËûÃDZ¨¸æËµ£¬ÕâÖÖ¾§Ìå¹ÜÖ»ÓÐÖ»Óм¸¸öÔ×Óºñ£¬ÈκβÄÁϵÄÈκÎÒ»²ã¼«±¡¶¼¿ÉÒÔ±»È϶¨Îª¶þά¡£ Usually transistors are made with the element silicon. But the scientists say they use materials that have even better electronic properties. Computer processors, memory chips, TV screens and other electronic devices contain billions of silicon-based transistors. But these very small electrical parts have certain limitations. ͨ³£¾§Ìå¹ÜÓɹèÔªËØÖÆ³É¡£µ«¿ÆÑ§¼Ò³Æ£¬ËûÃÇʹÓÃÁ˾ßÓиüºÃµçѧÐÔÄܵIJÄÁÏ¡£¼ÆËã»ú´¦ÀíÆ÷£¬ÄÚ´æÐ¾Æ¬£¬µçÊÓÆÁÄ»ºÍÆäËüµç×Ó×°Öðüº¬ÁËÊýÊ®ÒÚ¸ö¹è»ù¾§Ìå¹Ü¡£µ«ÕâЩ¼«Ð¡µÄµçÆø²¿¼þ¶¼ÓÐÒ»¶¨µÄ¾ÖÏÞÐÔ¡£ Dimitris Ioannou is an electrical engineering professor at George Mason University. He says the traditional transistor has been improved as much as it can be. He adds that researchers have been looking for new materials with special features. He says researchers want transistors to be see through and soft. Dimitris IoannouÊÇÇÇÖΕ÷ɴóѧµÄһλµçÆø¹¤³Ì½ÌÊÚ¡£Ëû˵´«Í³¾§Ìå¹ÜÒѾºÄ¾¡ÆäDZÄÜ¡£Ëû²¹³ä˵£¬Ñо¿ÈËÔ±Ò»Ö±ÔÚѰÕÒ¾ßÓÐÌØÊ⹦ÄܵÄвÄÁÏ¡£Ëû˵£¬Ñо¿ÈËԱϣÍû¾§Ìå¹ÜÄܹ»Í¸Ã÷¡¢ÈáÈí¡£ "If the layers are very thin the transistor can become flexible, so it doesn't have to be rigid, like it would be in a silicon chip. So people can think of applications like wearable electronics, like, you know, television screens and other things," said Ioannou. Ioannou˵£¬¡°Èç¹û¸÷²ã·Ç³£±¡£¬¾§Ìå¹Ü¾ÍÄܱäµÃ¸üÁé»î¡£Ëü²»Ò»¶¨ÒªÏñËüÔÚ¹èоƬÉÏÄÇÑùÊǸÕÐԵġ£ÈËÃÇÄÜÏëÏóµ½µÄÓ¦ÓðüÀ¨¿É´©´÷É豸£¬µçÊÓÆÁÄ»µÈµÈ¡£¡± These new transistors can also carry higher current. They also can move the current much faster than traditional transistors. This is important for high-definition screens. ÕâÖÖÐÂÐ;§Ìå¹Ü¿ÉÒÔ³ÐÔØ¸ü¸ßµÄµçÁ÷¡£Ó봫ͳ¾§Ìå¹ÜÏà±È£¬ËüÃǵĴ«ÊäËÙ¶ÈÒ²¸ü¿ì¡£Õâ¶Ô¸ßÇåÎúÆÁÄ»À´Ëµ·Ç³£ÖØÒª¡£ Dimitris Ioannou says the scientific success could prove very useful in the future. 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°¢·É1990¹Ô¹Ô: ½ð±Ò+15, ¹§Ï²£¬¼ÌÐøÅ¬Á¦¹þ~ 2014-06-22 19:49:02
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