The technique exploits quantum effects in
tiny diamond crystals, or «nanodiamonds», to detect changes down to a few thousandths of a degree.
Not exact matches
As the
diamond crystals form, they can enclose
tiny amounts of fluid or rock from their surroundings.
The researchers performed hundreds of indentation tests on
tiny olivine
crystals less than a centimeter square and found that the olivine
crystal became weaker as the size of the
diamond tip increased.
The team crushed a sample containing
tiny crystals of osmium and liquid argon between the jeweled jaws of a
diamond anvil, which exerts several hundred tons per square centimeter of pressure.
These
tiny, enigmatic
crystals hold promise both for industry and for the study of how
diamond grows
A study of
tiny mineral «inclusions» within
diamonds from Botswana has shown that
diamond crystals can take billions of years to grow.