A Water-Stable Luminescent W/S/Cu Heterothiometallic Cluster for Detection of TNP

Graphene–Carbon Composites for Solar and Low‐Voltage Powered Efficient Interfacial Evaporation

“…Among them, many scholars have done a lot of work in thermal management, but there is still insufficient research on the surface properties and there are few studies on achieving higher interfacial evaporation rates using other types of energy. [6][7][8][9][10] In terms of energy utilization, the direct use of sunlight is very cost effective, but the evaporation rate that can be achieved is limited due to the relative low energy density of solar illumination. [11] Therefore, devices solely powered by solar energy are not suitable for practical and industrial applications that require high-speed evaporations such as distillations, purification, sterilization, and so on.…”

Construction of Symmetric Mo/S/Ag Cluster Complexes from a Dinuclear Molybdnum Precursor [nPr4N]2[(edt)2Mo2O2(µ-S)2] (edt = -SCH2CH2S-)

“…Polynuclear metal coordination polymers are more stable than monometallic-centered complexes and thus have a promising future [8]. In the past few decades, mononuclear metal sul de composite precursors [MS 4 ] 2and [MOS 3 ] 2-(M = Mo, W) anions have been widely used in the preparation of Mo(W)/S/Cu(Ag) clusters, mainly because of their relevance to sensing properties [9,10], optical properties [11,12] and the catalytic decomposition of hydrogen sul de [13]. At present, the chemical study of sul de-bridging dinuclear clusters composed of [M 2 S 4 ] core (M= Mo, W) prepared from the above-mentioned mononuclear precursors and various transition metals has attracted extensive attention [14][15][16].…”