The search for feasible strategies to construct high-nuclear silver clusters has been
attracting continuous interests because such materials not only exhibit aesthetic structures …

Conspectus Interest for functional silver clusters (Ag-CLs) has rapidly grown over years due
to large advances in the field of nanoscale fabrication and materials science. The …

Silver (Ag) clusters confined in matrices possess remarkable luminescence properties, but
little is known about their structural and electronic properties. We characterized the bright …

Silver–zeolite composites are interesting materials with unique optical properties such as
high external quantum efficiencies and large Stokes shifts. The selective formation of …

Zeolite-confined silver nanoclusters (Ag-zeolite) have aroused vast interest due to their
remarkable luminescence. The countercations within a zeolite play critical roles in …

In the present work, the synthesis of silver species such as nanoparticles (NPs), cations and
clusters finely dispersed in A4 zeolite (Ag 0.1 wt%) has been successfully obtained by …

Formaldehyde is harmful to human health and can cause carcinogenic, central nervous
system injury and skin allergies. Formaldehyde sensor with fast detection and low limit of …

Zeolite confined silver clusters (AgCLs) have attracted extensive attention due to their
remarkable luminescent properties, but the elucidation of the underlying photophysical …

Silver nanoclusters (Ag NCs) are nanoscale aggregates that possess molecular-like discrete
energy levels, resulting in electronic configuration-dependent tunable luminescence …

In the past several decades, noble metal nanoclusters (NMNCs) have been developed as
an emerging class of luminescent materials due to their superior photo-stability and …