The first molybdenum oxo-iodide cluster – [mo4oi12]2– was determined by
X-ray single crystal diffraction. Ph4P+ and Bu4N+ salts were further characterized by elemental
Cross Sections, Transition Intensities, and Laser Generation at the 3 P 1 → 3 H 5 Transition of LiY 0.3 Lu 0.7 F 4 :Pr 3+ CrystalNizamutdinov A.,
Morozov O.,
Korableva S.,
Semashko V.,
Dunina E.,
Kornienko A.,
Demesh M.,
Gusakova N.,
Yasukevich A.,
Kisel V.,
Kuleshov N. properties of an LiY 0.
3 Lu 0.7 F 4 :Pr
3+ crystal grown by the Bridgman–Stockbarger method were investigated
Cross Sections, Transition Intensities, and Laser Generation at the 3 P 1 → 3 H 5 Transition of LiY 0.3 Lu 0.7 F 4 :Pr 3+ CrystalNizamutdinov A.,
Morozov O.,
Korableva S.,
Semashko V.,
Dunina E.,
Kornienko A.,
Demesh M.,
Gusakova N.,
Yasukevich A.,
Kisel V.,
Kuleshov N. properties of an LiY 0.
3 Lu 0.7 F 4 :Pr
3+ crystal grown by the Bridgman–Stockbarger method were investigated
Investigations of Y2SiO5: Nd143 by ESR method pure 143Nd
3+(0.025%) impurity by
X-ray and electron spin resonance methods. The crystal structure
Investigations of Y2SiO5: Nd143 by ESR method pure 143Nd
3+(0.025%) impurity by
X-ray and electron spin resonance methods. The crystal structure
Electron Paramagnetic Resonance in Ho xLu1−xB12 Dodecaborides. For the compounds with
x > 0.
3, the pronounced broadening of the resonance line and a steep decrease in the g
Optical properties and photoinduced superparamagnetism of γ-Fe2O3 nanoparticles formed in dendrimer and photoinduced superparamagnetic properties of a single-domain γ-Fe<
inf>2
inf>O>3inf> nanoparticles (NPs Luminescent thermometry based on Ba4Y3F17:Pr3+ and Ba4Y3F17:Pr3+,Yb3+ nanoparticles host Ba4Y
3F17 doped with Pr
3+ and Pr
3+/Yb
3+ in 80–320 K temperature range were studied. The absolute