Synthesis and optical properties of Eu³⁺ ion doped nanocrystalline hydroxya patites embedded in PMMA matrix
R.J.Wiglusz;A.Bednarkiewicz;W.Strek

..............page:1111-1116

Fabrication and properties of high efficiency luminescent nanorods EuPO₄·H₂O by soft template method
Tran Thu Huong1;Tran Kim Anh1;Le Thi Vinh2;W.Strek3;Hoang Thi Khuyen1;Le Quoc Minh1;4

..............page:1174-1177

Luminescent properties of praseodymium doped Y₂O₃ and LaAlO₃ nanocrystallites and polymer composites
M.Dudek1;A.Jusza2;K.Anders2;L.Lipińska3;M.Baran3;R.Piramidowicz2

..............page:1123-1129

Luminescence properties of Tm³⁺ /Yb³⁺ ,Er³⁺ /Yb³⁺ and Ho³⁺ /Yb³⁺ activated calcium tungstate
Z.Piskua;K.Staninski;S.Lis

..............page:1166-1169

Luminescent properties of dysprosium（III） ions in LaAlO₃ nanocrystallites
K.Lemański;P.J.Dereń

..............page:1195-1197

Structural and luminescent properties of（Eu,Tb） PO₄·H₂O nanorods/nanowires prepared by microwave technique
Nguyen Thanh Huong1;Nguyen Duc Van1;Dinh Manh Tien1;Do Khanh Tung1;Nguyen Thanh Binh1;Tran Kim Anh1;Le Quoc Minh1;2

..............page:1170-1173

An impact of sintering temperature and doping level on structural and spectral properties of Eu-doped strontium aluminium oxide
R.J.Wiglusz1;T.Grzyb2;A.Watras1;P.J.Deren1;S.Lis2;W.Strek1

..............page:1105-1110

Photoluminescence properties of nanosized strontium-yttrium borate phosphor Sr₃Y₂（BO₃） ₄:Eu³⁺ obtained by the sol-gel Pechini method
A.A.Shyichuk;S.Lis

..............page:1161-1165

Local structure and luminescent properties of lead phosphate glasses containing rare earth ions
J.Pisarska1;L.Zur1;T.Goryczka2;W.A.Pisarski1

..............page:1157-1160

Tuning red-green-white up-conversion color in nano NaYF₄:Er/Yb phosphor
A.Bednarkiewicz1;D.Wawrzynczyk2;M.Nyk2;M.Samo2 ;ul.Okolna 2;Wrocaw 50-422;Poland;2.Institute of Physical and Theoretical Chemistry;Department of Chemistry;Wrocaw University of Technology;ul.Wybrzee Wyspiańskiego 27;50-370 Wroclaw;Poland)

..............page:1152-1156

Journal of Rare Earths Contents List of Vol.29(2011)

..............page:1201-1209

Magnetic studies of GaN nanoceramics doped with 1% of cerium
K.Oganisian;P.Gluchowski;W.Strek

..............page:1183-1187

Up-conversion processes of rare earth ions in heavy metal glasses
L.Grobelny1;W.A.Pisarski1;J.Pisarska1;R.Lisiecki2;W.Ryba-Romanowski2

..............page:1192-1194

Bifunctional luminescent and magnetic core/shell type nanostructures Fe₃O₄@CeF₃:Tb³⁺ /SiO₂
M.Runowski;T.Grzyb;S.Lis

..............page:1117-1122

Synthesis and characterization of core/shell structured nanophosphors CePO₄:Tb@LaPO₄ by solvothermal method
Dinh Xuan Loc1;Tran Thi Kim Chi1;Tran Thu Huong1;Nguyen Vu1;Tran Kim Anh1;Wieslaw Strek2;Le Quoc Minh1;3 ;Wroclaw;Poland;3.University of Engineering and Technology;144 Xuan Thuy Road;Cau Giay Distr.;Hanoi;Vietnam)

..............page:1147-1151

Terbium-doped heavy metal glasses for green luminescence
L.Zur;J.Pisarska;W.A.Pisarski

..............page:1198-1200

Fabrication and characterization of YVO₄:Eu³⁺ nanomaterials by the microwave technique
Tran Thu Huong1;Vu Duc Tu2;Tran Kim Anh1;Le Thi Vinh3;Le Quoc Minh1;2

..............page:1137-1141

Synthesis,structure and spectroscopic studies of europium complex with S(+)-mandelic acid
M.Babij;A.Mondry

..............page:1188-1191

Spectroscopic properties of Eu³⁺ doped YBO₃ nanophosphors synthesized by modified co-precipitation method
A.Szczeszak1;S.Lis1;V.Nagirnyi2

..............page:1142-1146

Defect aggregates in the Sr₂MgSi₂O₇ persistent luminescence material
Jorma Hls1;2;Taneli Laamanen1;3;Mika Lastusaari1;2;Pavel Novák4 ;Turku;Finland;3.Graduate School of Materials Research ;Turku;Finland;4.Institute of Physics;Academy of Sciences of the Czech Republic;CZ-16253 Prague 6;Czech Republic)

..............page:1130-1136

Development of novel rare earth doped fluoride and oxide scintillators for two-dimensional imaging
A.Yoshikawa1;2;T.Yanagida2;Y.Yokota1;K.Kamada1;N.Kawaguchi1;3;K.Fukuda1;3;A.Yamazaki4;K.Watanabe4;A.Uritani4;T.Iguchi4;G.Boulon1;5;M.Nikl6 ;University of Lyon;UCBLyon1;UMR 5620 CNRS;69622 Villeurbanne;France;6.Institute of Physics AS CR;Cukrovarnicka 10;162 53 Prague;Czech Republic)

..............page:1178-1182