Review: Non‐conventional phosphor host materials such as cryptands (see Figure) or
zeolites now offer potential alternatives to the traditional inorganic solid‐state materials …

I. Quantum Confinement............................................... 2. Off-Resonance Nonlinear Optics........
C. Some Nanoscale Hosts................... I. Glasses and Disordered Media 2. Layered …

Zeolite Y has been used as the host to generate CdS nanoclusters. The location of CdS
nanoclusters inside zeolite hosts was confirmed by the blue-shifted reflection absorption …

Silica-pillared metal (IV) hydrogen phosphates formed by the intercalation of octameric
aminoalkyl or aryl species from solution into layered zirconium or tin phosphates, followed …

Small, well‐ordered CdS semiconductor units are present in the aluminate sodalite 1 as
indicated by a significant blue shift of the UV/VIS absorption edge relative to that of bulk …

The compounds Mn8 [BeSiO4] 6X2 (X= S, Se, Te) Mn8 [BeGeO4] 6X2 (X= S, Se) have been
synthesized by solid state reactions of the constituent oxides and MnX at 1000− 1100° C in …

The optical properties of nanometer-sized semiconductor materials are of interest in areas
such as photocatalysis and non-linear optics. Ultrasmall zinc oxide particles encapsulated in …

The extraframework sodium sulfide cationic cluster, Na 4 S 2+, has been introduced into
zeolite Y (FAU, Si/Al= 1.56). A single crystal of| Na 73 (Na 4 S 2+) 1.0| Si 117 Al 75 O 384 …

Sodalites of the composition Cd8 [BeSiO4] 6X2, X= S, Se, and Te, have been synthesized by
hydrothermal reaction of CdO, BeO, SiO2, and X at 750° C and 2 kbar. The materials …

The extra-framework zinc sulfide cationic clusters, Zn 4 S 6+ and Zn 2 S 2+, have been
introduced into zeolite Y (FAU, Si/Al= 1.56). The| Zn 24.5 Na 12 (Zn 4 S 6+) 0.5 (Zn 2 S 2+) …