Neodymium magnets are also very fragile and break under pressure.
一般来说,钕磁铁必须用金刚石砂轮进行切片工艺加工。
Generally, NdFeB magnets have to be machined using diamond-grinding practices.
如果你能找到这些芯片可以被抵消他们和钕磁铁。
If you are able tofind these chips they can be nullified with Neodymium Magnets.
稀土-钕是很好的磁铁,而过渡金属通常不是。
Rare earths like neodymium make very good magnets, while transition metals often don't.
今年早些时候,特斯拉成为使用钕磁铁发动机的几家电动汽车制造商之一。
Earlier this year,Tesla became one of several electric car makers to use motors with neodymium magnets.
例如,钕是用于风力涡轮机和电动车辆中的永磁体。
Neodymium, for example, is used for permanent magnets in wind turbines and in electric vehicles.
至于你的手机和耳塞,使用钕磁铁意味着它们可能很小,但仍然很坚固。
In the case of your cellphone and earbuds, using neodymium magnets means they can be physically tiny but still strong.
(c)带有钕功率放大器和直接检波接收机的InGaAsP激光系统;.
(c) InGaAsP laser system with a neodymium power amplifier and direct detection receiver;
K&JMagnetics工程师尝试利用钕磁铁破坏硬盘中的数据,但结果让他们感到失望。
The engineers at K&J actually tried to use neodymium magnets for hard drive destruction, but the results were disappointing.
钕钇铝石榴石(Nd:YAG)激光器是最广泛应用于商业和军事的激光器。
Neodymium yttrium aluminium garnet(Nd: YAG) lasers are the most widely used lasers in commercial and military applications.
这些元素包括镓(增加609%)、钕(增加382%)、铟(增加329%)和锗(增加244%)。
These include gallium(increase of 609 per cent), neodymium(382 per cent), indium(329 per cent) and germanium(244 per cent).
对于钕--风力涡轮机中的一个重要元素--来说,开采需要比目前的水平上升近35%。
For neodymium- an essential element in wind turbines- extraction will need to rise by nearly 35 percent over current levels.
换句话说,荷兰对钕的需求,仅与能源转型相关就将占全球年产量的4%。
In other words, the Dutch demand for neodymium- only related to the energy transition- would amount to 4% of the global annual production.
该系统包括钕:钇铝石榴石激光器,光束扩展器,望远镜,CCD照像机,光电倍增器和计算机。
The system is composed of a Nd: Yag laser, a light beam expander, a telescope, a CCD camera, a photo multiplier and a computer.
截至2014年4月,还有其他非中国钕生产商,其价格/公斤比2010年还要多。
As of April 2014 there are other non-Chinese producers of Neodymium and its price/kg is not much more than it was in 2010.
同时,研究团队也在进一步研究利用这一系统回收钕之外其他稀土类、稀有金属类资源。
Meanwhile, the research team also further studies using thissystem than the recovery of other rare earth neodymium, rare class resources.
硬盘驱动器是钕磁铁的第二大使用领域,回收是最容易获得他们的来源,”CMI总监AlexKing说。
Hard disk drives are the second-biggest use of neodymium magnets, and they are the most readily available source for recycling,” said CMI Director Alex King.
新的磁铁消除了SmCo5的大部分缺点,同时保留了钕磁铁的优越高温效率。
Their new magnet removes most of the disadvantage ofSmCo5 while preserving its superior high-temperature efficiency over the neodymium magnets.
稀土元素族内的几种元素尤为重要,预计到2014年全球市场上将出现短缺,例如钕、铕、铽和镝。
A number of them are particularly critical and predicted to be in deficit on the global market by 2014,for example neodymium, europium, terbium and dysprosium.
因此,研究人员的目标是更明智地使用现有的稀土,寻找替代材料,尤其是镝和钕元素。
Therefore, the researchers aimed to use the available rare earths more wisely and to look for substitute materials,especially for the elements dysprosium and neodymium.
而钕虽然相对丰富,但丰田担心包括混合动力和电动汽车在内的电动汽车需求可能会导致钕的短缺。
Neodymium is relatively plentiful, but Toyota is concerned that demand for electrified vehicles, including hybrid and battery electric vehicles, could lead to shortages.
But renewable energy technology still requires materials(aluminum, glass, silicon, and copper for solar panels; concrete, steel,copper, and neodymium for wind turbines).
Using samarium- neodymium dating, it has been estimated that the deposit formed during the late Jurassic-early Cretaceous period(around 145 million years ago).
劳伦斯Livermore国家实验室研究人员开发了一种更为高效的永磁,消除了传统的钐和钕磁体的不足。
Lawrence Livermore National Laboratory researchers have developed a new,more efficient permanent magnet that removes the deficiencies of conventional samarium and neodymium magnets.
较大钕磁铁的高功率抗体重电动机使用(例如在混合动力汽车)和发电机(例如飞机和风力涡轮机发电机)。
Larger neodymium magnets are used in high-power-versus-weight electric motors(for example in hybrid cars) and generators(for example aircraft and wind turbine electric generators).
类金属包括:铈、钕、钛、钴、铌、锆、稀土元素、钇、高场强元素。这些元素与锰/铁含量呈反比。
Type 1 metals included cerium, neodymium, titanium, cobalt, niobium, zirconium, rare earth elements plus yttrium and high field strength elements, which are inversely correlated with manganese/iron.
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