A method is described for growing crystals of hexagonal silver iodide from a solution of AgI in concentrated aqueous KI solution. This method relies on convective circulation of the growth solution between two chambers held at different temperatures and produces large single crystals much more rapidly than previous methods. A successful method of transforming these crystals to the high temperature cubic phase is also described
Metallic oxide single crystals grew at lower growth temperature and the growth rate was larger. More...
The aim is to develop the procedure for growing silver azide crystals of the given habitus, to deter...
Solution growth was adopted to grow crystals of potassium iodate and here AR grade chemicals of pota...
Kinetic experiments are reported on the chemical formation of AgI layers on polycrystalline silver s...
A novel method for high quality crystal growth of intermetallic clathrates is presented. The synthes...
Silver iodide particles in the submicrome size domain were synthesized in the process of ultrasonic ...
A large single crystal of CuI was fabricated by the temperature difference method using NH4I aqueous...
Thiol-derivatised I-VII nanoparticles of AgI (7-16 nm) are prepared in large quantities by the react...
A method for the formation of regular-shaped silver crystals through a wet chemical reaction (Tollen...
The objectives of this experiment are to grow simultaneously three single crystals of mercuric iodid...
Mercuric Iodide (HgI2) is a semiconductor candidate for the construction of X- and gamma-ray detecto...
AbstractThe work presents materials formed by means of mechanosynthesis in AgI-Ag2O-MxOy systems sup...
Silver iodide (AgI) is used for a wide range of applications from photocatalysis and antimicrobial c...
The cubic/hexagonal ratio of Ag! formed by dilution of a solution of silver iodide in Na! and AgN03 ...
The formation phenomena of silver carbonate (Ag2CO3)–silver iodide (AgI) solid solutions were invest...
Metallic oxide single crystals grew at lower growth temperature and the growth rate was larger. More...
The aim is to develop the procedure for growing silver azide crystals of the given habitus, to deter...
Solution growth was adopted to grow crystals of potassium iodate and here AR grade chemicals of pota...
Kinetic experiments are reported on the chemical formation of AgI layers on polycrystalline silver s...
A novel method for high quality crystal growth of intermetallic clathrates is presented. The synthes...
Silver iodide particles in the submicrome size domain were synthesized in the process of ultrasonic ...
A large single crystal of CuI was fabricated by the temperature difference method using NH4I aqueous...
Thiol-derivatised I-VII nanoparticles of AgI (7-16 nm) are prepared in large quantities by the react...
A method for the formation of regular-shaped silver crystals through a wet chemical reaction (Tollen...
The objectives of this experiment are to grow simultaneously three single crystals of mercuric iodid...
Mercuric Iodide (HgI2) is a semiconductor candidate for the construction of X- and gamma-ray detecto...
AbstractThe work presents materials formed by means of mechanosynthesis in AgI-Ag2O-MxOy systems sup...
Silver iodide (AgI) is used for a wide range of applications from photocatalysis and antimicrobial c...
The cubic/hexagonal ratio of Ag! formed by dilution of a solution of silver iodide in Na! and AgN03 ...
The formation phenomena of silver carbonate (Ag2CO3)–silver iodide (AgI) solid solutions were invest...
Metallic oxide single crystals grew at lower growth temperature and the growth rate was larger. More...
The aim is to develop the procedure for growing silver azide crystals of the given habitus, to deter...
Solution growth was adopted to grow crystals of potassium iodate and here AR grade chemicals of pota...