X-ray analysis and ice nucleating behaviour of the Agl-Cul-Kl system

Sivanesan, S.; Baskar, K.; Gobinathan, R.; Ramasamy, P.; Palanisamy, M.

doi:10.1007/bf01168989

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1990

1991

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“…AgI-AgBr-CuI system was found to be more active than the pure silver iodide. The present authors in an earlier study ( SIVANESAN et al 1989) examined the nucleation activities of silver iodide suspensions containing copper iodide and potassium iodide and the study suggested that the presence of smaller ionic radii of copper reduces the misfit of the synthesized material with ice. In the present work the authors using a bulk freezing technique report the nucleation activity of the AgI-AgC1-CuI system.…”

Section: Introductionmentioning

confidence: 96%

Synthesis of AgIAgClCuI solid solutions for ice nucleation studies

Sivanesan

Gobinathan

1990

Cryst. Res. Technol.

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Lattice parameter calculation and the nucleation temperature of AgI-AgC1-CuI system are reported in this study. By vacuum fusion three samples of different molar compositions were prepared. The formation of the cubic solid solution of the above system was confirmed by X-ray analysis. It is found that the 50: 25: 25 mole% composition of AgI-AgC1-CuI has the highest nucleation temperature of -1.0 "C, which is far greater than -2.53 "C, -4.02 "C and -2.26 "C for pure AgI, AgCl, and CuI, respectively.

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Section: Introductionmentioning

confidence: 96%