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1·That will be hard, particularly for dysprosium.

这会是很困难的，对镝来说尤其如此。

2·Could demand for dysprosium and neodymium then be met?

到那时，镝与钕的需求也会得到满足吗？

3·The working principle, structure and characteristics of a dysprosium iodide lamp are described.

本文介绍镝灯的基本工作原理、结构和特性。

4·Dysprosium (Dy) was discovered in 1886 but it wasn't until 1950 that scientists were able to isolate it.

镝（Dy）发现于1886年可是直到1950年科学家才将它分离出来。

5·Uses: it is used as the raw material of dysprosium metal and the additives of rare earth permanent magnets.

用途：供制作金属镝的原料及稀土永磁材料的添加剂。

6·Some Suggestions were given on further research and development as well as mass production of dysprosium metal.

讨论了金属镝的研究、开发、工业化生产等方面的问题，并提出了相关建议。

7·According to a new United States energy Department report, the most important of these for clean energy is dysprosium.

根据美国能源部门的一份最新报告，清洁能源中最重要的是镝。

8·The rare earths 'names — dysprosium, neodymium, yttrium — may be a mouthful, but everyone knows how to spell opportunity.

稀土元素的名称——镝，钕，钇，虽有绕口的一长串，但人人都晓得“机会”怎么写。

9·To match the three researchers' projections it would actually have to increase by 8% a year for neodymium and 14% for dysprosium.

要达到三位研究人员预计的水平，镝与钕的年供给量实际增长必须分别为14%与8%。

10·Dysprosium has emerged as the mineral most vital to clean energy industries yet most vulnerable to supply disruptions, the report said.

报告指出：镝作为一种清洁能源工业中至关重要的矿物，如果不能保证供货，则清洁能源工业很容易崩溃。

镝

1·According to a new United States energy Department report, the most important of these for clean energy is dysprosium.

根据美国能源部门的一份最新报告，清洁能源中最重要的是镝。

2·Dysprosium has emerged as the mineral most vital to clean energy industries yet most vulnerable to supply disruptions, the report said.

报告指出：镝作为一种清洁能源工业中至关重要的矿物，如果不能保证供货，则清洁能源工业很容易崩溃。

3·Could demand for dysprosium and neodymium then be met?

到那时，镝与钕的需求也会得到满足吗？

4·To match the three researchers' projections it would actually have to increase by 8% a year for neodymium and 14% for dysprosium.

要达到三位研究人员预计的水平，镝与钕的年供给量实际增长必须分别为14%与8%。

5·Wind turbines and electric vehicles, however, both rely on dysprosium and neodymium to make the magnets that are essential to their generators and motors.

但风力涡轮发电机与电动汽车都要靠镝与钕来制造对电机和发动机极为关键的磁铁。