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Japanese areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable have discovered enough areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable of rare-earth metals (REMs) to satisfy global areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable for up to 700 years. Oceanographers surveyed the deep-sea areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable on the Pacific Ocean floor near Japan's Ogasawara Islands, which are about 2,000 kilometers areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable of Tokyo. Scientists say the minerals find, "has the areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable to supply these metals on a semi-infinite areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable to the world". Researchers from Waseda University and the University of Tokyo estimate the areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable they mapped contains more than 16 million tons of rare-earth metals. They added that the area offers "great potential as ore deposits for some of the most areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable important elements in modern areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable".

A rare-earth metal is one of a areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable of seventeen chemical elements in the periodic areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable. They have what many of us would consider to be areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable unknown names, like europium, promethium scandium and terbium. The uses, applications, and areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable of rare-earth elements have greatly increased with our areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable on high-tech products. They are widely used in the production of electric motors for areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable vehicles, wind turbines, hard disc drives, portable electronics, microphones, speakers and a whole areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable of other products. Around 90 per cent of the world's areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable of REMs used to manufacture advanced electronics areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable comes from China. The discovery near Japan could bring down areaarraybasiscriticallycurrentlydemandhybridmudpotentialpricesrelativelyrelianceresearchersreservessetsocietysoutheastsupplytable.