Jan Bárta

collaborators

3 papers

cond-mat.mtrl-sci2025

Composition-Dependent Properties of $C e_{x} L a_{0.95 - x} T b_{0.05} F_{3}$ Nanopowders Tailored for X-Ray Photodynamic Therapy and Cathodoluminescence Imaging

Xenie Lytvynenko, Marie UrbanovÃ¡, OndÅej LalinskÃ½ +4

This study investigates the synthesis and luminescence behavior of $C e_{x} L a_{0.95 - x} T b_{0.05} F_{3}$ nanoparticles with varying $C e^{3 +}$ content. The materials w…

cond-mat.mtrl-sci2025

Drastic reduction of the slow scintillation component in highly luminescent Ce3+ and Mg2+ doped Lu2.5Gd0.5Ga2Al3O12 garnet powders

Lenka ProuzovÃ¡ ProchÃ¡zkovÃ¡, EliÅ¡ka MÃllerovÃ¡, Jan BÃ¡rta +4

This paper deals with the photochemical preparation of nanomaterials with garnet structure. Ce3+ and Mg2+ doped Lu2.5Gd0.5Ga2Al3O12 powders were prepared by using UV irradiation of…

physics.med-ph2025

Is GGAG:Ce@SiO $_{2}$ -RB composite a prospective material for X-ray induced photodynamic therapy?

Iveta Terezie HoÅ¡novÃ¡, KristÃ½na HavlinovÃ¡, Jan BÃ¡rta +7

Nanocomposite material ( $GGAG : C e^{3 +} @Si O_{2} - RB$ ) for potential use in X-ray induced photodynamic therapy (X-PDT) was developed, thoroughly characterized, and evaluated. It…

Composition-Dependent Properties of Cex​La0.95−x​Tb0.05​F3​ Nanopowders Tailored for X-Ray Photodynamic Therapy and Cathodoluminescence Imaging

Drastic reduction of the slow scintillation component in highly luminescent Ce3+ and Mg2+ doped Lu2.5Gd0.5Ga2Al3O12 garnet powders

Is GGAG:Ce@SiO2​-RB composite a prospective material for X-ray induced photodynamic therapy?

Composition-Dependent Properties of $C e_{x} L a_{0.95 - x} T b_{0.05} F_{3}$ Nanopowders Tailored for X-Ray Photodynamic Therapy and Cathodoluminescence Imaging

Is GGAG:Ce@SiO $_{2}$ -RB composite a prospective material for X-ray induced photodynamic therapy?