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Mo****te is a
primarily reddish-brown
phosphate mineral that
contains rare-earth elements. Due to
variability in composition,
mo****te is
considered a...
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Mo****te geochronology is a
dating technique to
study geological history using the
mineral mo****te. It is a
powerful tool in
studying the
complex history...
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Mo****te-(La) is a
relatively rare
representative of the
mo****te group, with
lanthanum being the
dominant rare
earth element in its structure. As such...
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Mo****te-(Ce) is the most
common representative of the
mo****te group. It is the cerium-dominant
analogue of
mo****te-(La),
mo****te-(Nd), and mo****te-(Sm)...
- This
variety of
mo****te is
typically colored bright rose-red. It is the
neodymium analogue of
mo****te-(Ce),
mo****te-(La), and
mo****te-(Sm). The group...
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Mo****te-(Sm) is an
exceedingly rare
representative of the
mo****te group, with
samarium being the
dominant rare
earth element in its structure. It is...
- byproduct. The rare
earth element neodymium is
found in
mo****te,
making it a rare mineral. Moreover,
mo****te contains many
other rare
metals such as cerium,...
- uranium–thorium–lead
dating of
mo****te (
mo****te geochronology) is an
effective method to
determine the P-T history.
Mo****te is a
phosphate mineral containing...
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abundant as
uranium in the Earth's crust, and is
chiefly refined from
mo****te sands as a by-product of
extracting rare-earth metals.
Thorium was discovered...
- praseodymium. It is
present in
significant quantities in the
minerals mo****te and bastnäsite.
Neodymium is not
found naturally in
metallic form or unmixed...
