Super-strong rust-free lightweight cars could be in prospect following the
development of a cheaper way of extracting titanium from its ore. Derek Fray and
his colleagues at Cambridge University found they could recover titanium from
its oxide ore by making it a negatively charged cathode in a bath of molten
calcium chloride. Oxygen in the oxide ionised and dissolved in the chloride,
leaving just titanium metal behind. This appears “very much easier and quicker
than the established routes”, says Fray (Nature, vol 407, p 361).
To continue reading, today with our introductory offers
Advertisement
More from 51¶¯Âþ
Explore the latest news, articles and features
Health
Australia is battling its largest diphtheria outbreak in living memory
51¶¯Âþ
Health
How ageing on Earth mimics the effects of space travel
Comment
Mathematics
Mathematicians stunned by AI's biggest breakthrough in mathematics yet
51¶¯Âþ
Mind
Epic dreaming is leaving people exhausted and distressed
51¶¯Âþ
Popular articles
Trending 51¶¯Âþ articles
1
Mathematicians stunned by AI's biggest breakthrough in mathematics yet
2
The Selfish Gene at 50: Why Dawkins’s evolution classic still holds up
3
Photos reveal unexpected details from the world's first atomic test
4
How I used psychology to come back from the worst year of my life
5
Women’s better memories may delay Alzheimer’s diagnosis by years
6
The distant world that is our best hope of finding alien life
7
Putting CO2 into rocks and getting hydrogen out is climate double win
8
The ‘doomsday’ glacier’s giant ice shelf is about to break away
9
Epic dreaming is leaving people exhausted and distressed
10
Solar farm on the ocean outperforms land-based solar in Taiwan
