- and scintillators,
dopants are
better known as activators, and are used to
enhance the
luminescence process. The
addition of a
dopant to a semiconductor...
- Additionally, the
relatively large sizes of
molecular dopants compared with
those of
metal ion
dopants (such as Li+ and Mo6+) are
generally beneficial, yielding...
-
implantation of
dopants. In the most
common industrial example,
rapid thermal processing is
applied to
silicon following the ion
implantation of
dopants such as...
-
process technologies RDF has a
larger effect because the
total number of
dopants is fewer, and the
addition or
deletion of a few
impurity atoms can significantly...
-
materials chosen as
suitable dopants depend on the
atomic properties of both the
dopant and the
material to be doped. In general,
dopants that
produce the desired...
-
expanding from a
single point and
following the
planar crystal faces.
Chemical dopants can be
added to
create artificial versions of the ruby, and all the other...
- to fire a net to
capture Dopants. When
attached to the
Metal Shaft, it
allows W to
shoot webbed string to
restrain Dopants.
During the
events of the...
-
compounds (p-type
dopants), the
electrical conductivity of the
material increases by
orders of
magnitude over the
undoped material. p-Type
dopants include Br2...
-
technological origin (like vacancies), some of
which can
behave similar to
dopants.
Their effect can
often be neglected, though, and the
number of electrons...
-
other oxides, the
tetragonal and/or
cubic phases are stabilized.
Effective dopants include magnesium oxide (MgO),
yttrium oxide (Y2O3, yttria),
calcium oxide...
