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1·This space collects north light and distributes summer wind chilled by a sequence of cooling ponds.

该空间收集北面光线，散发被一系列冷却池变凉的夏风。

2·This volume is oriented so that a large window incorporated into the facade brings north light into the space throughout the day.

这个体块是有朝向的，可以使外立面的大窗口将北侧光线引入空间内。

3·Two areas are lit by north lights and one features low ceilings and controlled lighting for the display of miniatures and light sensitive objects.

两个区域由北向窗户照亮，一个区域位于低天花板之下，采用人工控制照明，控制照明用于展示小型物和光线敏感物品。

4·The input of relatively light freshwater also alters circulation patterns that cycle water between Greenland and northern North America, which could lead to more water on the North American end.

体积相对轻的淡水流入海洋后，还会改变格林兰岛和北美洲北部之间的洋流循环模式，这种情况最终可能导致更多的海水淹没北美大陆。

5·During the eclipse, the best viewing in North America found the coppery lunar disc high in a cold winter sky, the Moon reddened by light filtering into the Earth's dark central shadow or umbra.

在这次月食中，在北美洲最佳观测点可以看到在寒冬的天空中出现一轮铜黄色的月盘，这是因为月亮由于地球黯淡阴影的中心滤过的光芒而变红了。

6·In 2005 southern and eastern Afghanistan were light yellow, while a speckly yellow arc traversed the west and north.

在2005年的图上南部和东部仅仅是淡黄，仅有一条稀疏的黄带从北到南跨越。

7·If you can't, or if you're so far north as to have little or no daylight, use full-spectrum lights, light or white walls, and perhaps some vibrant accent colors.

如果你不能外出，或者你居住得足够远，远到一天仅有几小时甚至没有白昼的北部地区，那么你可以使用全光谱的探照灯，光线或者白色墙壁模式或者是充满生气的重色调色彩来保持光亮。

8·Finally, the research team showed that the eyesight of those living in the north is just as good as those based near the equator, despite their days being illuminated by less of the sun's light.

最后，研究队伍发现北方人的视力和居住在赤道附近的人的视力一样好，尽管前者白天的日照水平不及后者。

9·Most of them were like this, Head towards the north end of the parking lot and as you arrive at the stop light, turn left. Go until you see the third gas station and turn left on the next left.

大多数同学都是这样写的：一直朝北走，到停车场的边上，看到“停止”的信号牌后，转左，朝前走，直到第三个加油站，转左，然后沿着这条街往下走，一直到看见一栋很大的、有一个绿色阳台的红砖楼为止，就向右转，再走，看到一个有栅栏的园子里的三个大的玄武石，然后向左……

10·Researchers from North Carolina State University have developed a simple way to convert two-dimensional patterns into three-dimensional (3-D) objects using only light.

科技日报（2011年11月10日）——北卡罗莱纳州立大学研究员发现一种仅运用光就能将二维模板转变成三维模型的简便方法。