The Au@Polyluminol nanoflowers were attached to the surface of a GCE electrode to form a highly solid-state electrochemiluminescent (ECL) sensor, which exhibited strong and stable ECL intensity, showed excellent ECL behavior.
The outer layer is a chemically distinct silicate solid crust, which is underlain by a highly viscous solid mantle.
Such devices are based on liquid crystals, materials that have a structure somewhere between that of a highly ordered solid and liquid where the molecules are disordered.
Nanotubes were first gathered into an aerogel, a highly porous solid with extremely low density, and then were compressed into a sheet.
But if picked up and tossed as a ball against a wall, so that large forces act only over the short time of the impact, the Silly Putty bounces back and retains its shape like a highly elastic solid.
In this technique, a highly pure solid indium and antimony sources are heated until it start to evaporate.
In this synthesis mechanism, a highly pure solid antimony source and gaseous Indium sources are used as shown in the Fig. 2e.
In this reported work, a highly densified solid fuel block using a range of low cost agro residues has been developed to meet the cooking and heating needs.
The presence of the hot and cold zones on a 1″ area of a highly conductive solid sample shows that the running droplet phenomenon is highly temperature sensitive and explains why the phenomenon was not first detected in MBE.
Metallic foams were synthesized by means of a self-propagating high-temperature reaction producing a highly porous solid metal alloy with customizable material properties.
A novel technique for treating and recycling of a highly toxic solid waste from electrolytic zinc plants, i.e. goethite waste, is proposed.
