Enhancement of red emission ((super)4 Fe (sub)9/2 (results in) (super)4 I (sub)15/2) via upconversion in bulk and nanocrystalline cubic Y (sub)2 O (sub)3 :Er (super)3+

Subjects

Subjects :

Chemistry, Physical and theoretical -- Research
Iron -- Physiological aspects
Oxides -- Physiological aspects
Yttrium -- Physiological aspects
Excited state chemistry -- Research
Chemicals, plastics and rubber industries

Details

ISSN :

15206106

Volume :

106

Issue :

6

Database :

Gale General OneFile

Journal :

Journal of Physical Chemistry B

Publication Type :

Academic Journal

Accession number :

edsgcl.84845556