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iodide
Mercury iodide and nitrate contribute more to inhibiting cathepsin B and calpains activities in the above tissues, respectively.
      
The reduction of copper iodide occurs through the solution with the formation of Cu nanoparticles, the sizes of which are comparable to those of the initial iodide particles, and is limited only by the CuI dissolution rate.
      
Computer Simulation of the Initial Stage of Water Vapor Nucleation on a Silver Iodide Crystal Surface: 1.
      
The nucleation of water vapors on the surface of a fragment of silver iodide crystal is simulated by the Monte Carlo method under the conditions similar to natural conditions in a humid atmosphere.
      
Computer Simulation of the Initial Stage of the Nucleation of Water Vapors on the Silver Iodide Crystal Surface: 2.
      
The formation work of the condensed phase nucleus from the vapor on the surface of silver iodide at 273 K is calculated by the method of bicanonical statistical ensemble.
      
The nucleation of water vapor on the infinite surface of a silver iodide crystal at 260 K is simulated.
      
The simulation of the adsorption of water vapor on the infinite surface of a silver iodide crystal with regularly arranged crystal defects is performed by the Monte Carlo method.
      
The rough surface of the silver iodide crystal exerts a larger stimulating effect on vapor nucleation than an ideally smooth surface.
      
Reaction of organosilicon derivatives of 1,1-dimethylhydrazine with methyl iodide
      
Kinetics and mechanism of hexafluoropropylene telomerization and polymerization in the presence of perfluoroethyl iodide at high
      
It is demonstrated that the iodide, bromide, and chloride glasses containing up to 0.5 mol % ErI3 have the lowest crystallization ability.
      
Production of highly enriched Carbon-13 by IR multiphoton dissociation of dichlorodifluoromethane mixed with hydrogen iodide
      
Inelastic Collisions of Slow Electrons with Cadmium(II) Iodide Molecules
      
Formation of Methyl Iodide in the Radiolysis of Aqueous Cesium Iodide and Acetic Acid Solutions
      
Volatile compounds of radioactive iodine, including methyl iodide, are released into the environment in the cases of serious accidents at nuclear power plants.
      
The aim of this study was to find a conceivable mechanism of the radiation-chemical formation of methyl iodide in aerated aqueous solutions of cesium iodide and acetic acid.
      
This provides the basis for subsequent investigations aimed at preventing the formation of methyl iodide.
      
The radiation-chemical yield of methyl iodide formation in 10-3M CsI solutions containing CH3COOH (0.1 mol/l) decreased with increasing the pH.
      
An increase in the pH of irradiated solutions up to pH ≥ 9 was found not only to prevent the formation of methyl iodide but also to enhance its radiation-chemical degradation.
      
 

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