Nd3+, Sm3+ and Eu3+ have been intercalated by cation exchange into CdPS3. The photoluminescence and IR spectra show the creation of cadmium cation vacancies. Crystal field analysis indicates that the rare earths have entered the intralamellar vacancies and formed a complex defect center with C2 or lower symmetry.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/31679/1/0000615.pd
In CsCdBr3, Tm3+ substitutes for Cd2+. It predominately forms symmetric dimer centers and single-ion...
Atualmente, os materiais luminescentes que apresentam a luminescência persistente tem ganhando um de...
When trivalent rare earth (RE³⁺) ions are introduced into the alkaline earth fluoride, they substitu...
Nd3+, Sm3+ and Eu3+ have been intercalated by a cation exchange procedure into the layered lattice o...
A relatively low concentration of defect centers can cause dramatic changes in material bulk propert...
In this work, the persistent luminescence mechanisms of Tb3+ (in CdSiO3) and Eu2+ (in BaAl2O4) based...
For the first time, the photoluminescence of ions of Ce3+ and Eu2+ in natural low-P ternesite has be...
When CaS:Sm3+, Eu2+ is excited at 476.5 nm (Ar+), the emission spectra taken at room temperature and...
We studied the persistent luminescence in europium-doped calcium thiosilicate upon codoping with the...
We studied the persistent luminescence in europium-doped calcium thiosilicate upon codoping with the...
© 2014 Macmillan Publishers Limited. All rights reserved. Lanthanides are vital components in lighti...
In this work, the persistent luminescence mechanisms of Tb3+ (in CdSiO3) and Eu2+ (in BaAl2O4) based...
CsCdBr3 crystallizes in the quasi-linear CsNiCl3 structure. It possesses linear chains of [CdBr6]4- ...
Atualmente, os materiais luminescentes que apresentam a luminescência persistente tem ganhando um de...
We investigate the fundamental properties of films resulting from the deposition of Eu3+ doped Gd2O3...
In CsCdBr3, Tm3+ substitutes for Cd2+. It predominately forms symmetric dimer centers and single-ion...
Atualmente, os materiais luminescentes que apresentam a luminescência persistente tem ganhando um de...
When trivalent rare earth (RE³⁺) ions are introduced into the alkaline earth fluoride, they substitu...
Nd3+, Sm3+ and Eu3+ have been intercalated by a cation exchange procedure into the layered lattice o...
A relatively low concentration of defect centers can cause dramatic changes in material bulk propert...
In this work, the persistent luminescence mechanisms of Tb3+ (in CdSiO3) and Eu2+ (in BaAl2O4) based...
For the first time, the photoluminescence of ions of Ce3+ and Eu2+ in natural low-P ternesite has be...
When CaS:Sm3+, Eu2+ is excited at 476.5 nm (Ar+), the emission spectra taken at room temperature and...
We studied the persistent luminescence in europium-doped calcium thiosilicate upon codoping with the...
We studied the persistent luminescence in europium-doped calcium thiosilicate upon codoping with the...
© 2014 Macmillan Publishers Limited. All rights reserved. Lanthanides are vital components in lighti...
In this work, the persistent luminescence mechanisms of Tb3+ (in CdSiO3) and Eu2+ (in BaAl2O4) based...
CsCdBr3 crystallizes in the quasi-linear CsNiCl3 structure. It possesses linear chains of [CdBr6]4- ...
Atualmente, os materiais luminescentes que apresentam a luminescência persistente tem ganhando um de...
We investigate the fundamental properties of films resulting from the deposition of Eu3+ doped Gd2O3...
In CsCdBr3, Tm3+ substitutes for Cd2+. It predominately forms symmetric dimer centers and single-ion...
Atualmente, os materiais luminescentes que apresentam a luminescência persistente tem ganhando um de...
When trivalent rare earth (RE³⁺) ions are introduced into the alkaline earth fluoride, they substitu...