-
Allotropy or
allotropism (from
Ancient Gr**** ἄλλος (allos) 'other' and τρόπος (tropos) 'manner, form') is the
property of some
chemical elements to exist...
- polycrystals. For pure
chemical elements,
polymorphism is
referred to as
allotropy. For example,
diamond and
graphite are two
crystalline forms of carbon...
- (dynamic isomerization)
leads to
chemical change, not polymorphism. As well,
allotropy of
elements and
polymorphism have been
linked historically. However, allotropes...
-
structure without changing its
chemical makeup. In elements, this is
known as
allotropy,
whereas in
compounds it is
known as polymorphism. The
change from one...
- one
crystal form. For pure
chemical elements,
polymorphism is
known as
allotropy. For example, diamond, graphite, and
fullerenes are
different allotropes...
- data in
support of his work on stoichiometry. He
investigated isomerism,
allotropy, and catalysis,
phenomena that owe
their names to him.
Berzelius was among...
-
ability of an
element to
exist in one of many
structural forms is
known as '
allotropy'. The
reference state of an
element is
defined by convention, usually...
-
known as the
Curie temperature.
Crystal system Daintith, John (2008). "
allotropy". A
Dictionary of
Chemistry (6th ed.).
Oxford University Press. ISBN 9780199204632...
- – 6
March 1944) was a
Dutch Jewish chemist known for his work on the
allotropy of metals.
Cohen studied chemistry under Svante Arrhenius in Stockholm...
-
combine with
oxygen in reactions. He also
introduced the
possibility of
allotropy in
chemical elements when he
discovered that
diamond is a crystalline...
