Sentence examples for using thiourea as a from inspiring English sources

Hydrothermal deposition of Cu1.8S/CuS is carried out using thiourea as a source of sulfur and different copper salts as a source for copper.

This interesting effect of thiourea inspired us to synthesize other metal oxides with complex morphologies using thiourea as an additive.

The effect of applied voltage on velocity was evaluated using thiourea as an unretained marker.

N and S atoms have been co-doped into rGO along with the growth of the α-MnS nanocystallites by a one-pot hydrothermal synthesis using thiourea as dopant and reactant.

In this work, an ordered flower-like Cu2SnS3/reduced graphene oxide (CTS/RGO) hybrid materials was successfully synthesized via a facile and efficient hydrothermal route using thiourea as sulfur source and polyvinylpyrrolidone as chelating agent.

In consideration of the easy reaction between Pb-rich surface of PbS QDs and dissociative S2− of polysulfide electrolyte, a relatively mild post-treatment was selected to produce a CdS capping layer by chemical bath deposition route using thiourea as the sources of sulfur.

Enrichment factors close to the theoretical ones were obtained with the designed system and using thiourea as eluting solution.

In order to passivate their surface trap sites and enhance the quantum yields, a consequent polyol approach was developed to fabricate type-I CdSe/CdS core shell QDs by subsequently growing a thin CdS layer on the surface of the CdSe QDs using thiourea as sulfur source at 160°C.

A highly sensitive label-free capacitive immunosensor was developed based on layer by layer (LBL) self-assembled gold nanoparticles (AuNPs) using thiourea (TU) as a cross-linker on a poly-tyramine (Pty) modified gold electrode.

For the first time a novel, simple and facile approach is described to construct highly stable glucose oxidase (GOx) multilayer onto glassy carbon (GC) electrode using thiourea (TU) as a covalent attachment cross-linker.

In present work, we demonstrate a rapid and easy approach to fabricate three-dimensional (3D) reduced graphene hydrogels (RGHs) by using thiourea dioxide as reducing agents in an aqueous solution of graphene oxide (GO) with ammonia.