Add to ORKGExperiments by the authors support the following observations. l. Reactions in liquid sulfur dioxide are usually solvolytic in the sense that the solvent participates in the reactions. 2. Liquid sulfur dioxide under atmospheric pressure does not appreciably react with chlorine save in the presence of a catalyst. 3. Thionyl chloride and sodium sulfite do not react as indicated in the following equation:. SOCl2 + Na2SO3 =NaCl+ 2 SO24. Iodine monochloride and potassium thiocyanate react to form the products indicated in the following equation: 3 KCNS + 3 ICl + 2 SO2 = 3 KCl + I2 + I(CNS)3.2SO2. The iodine-thiocyanate-sulfur dioxide substance is a new compound
Sulfuric acid (H2SO4), formed in commercial aircraft operations via Fuel-S (right arrow) SO2 + SO3 (...
Such adsorbents as natural aluminosilicates and activated coal and such chemisorbents as transition ...
The hydrolysis of 2-chloroethyl ethyl sulfide has been examined in an effort to better understand it...
Experiments by the authors support the following observations. l. Reactions in liquid sulfur dioxide...
The rates and mechanisms of both gas and liquid phase reactions for the oxidation of sulfur dioxide ...
The title reaction was studied by photolyzing mixtures of Cl_2 and SO_2 with and without O_2 present...
The reaction products of the hypochlorite oxidation of both thiosulfate and tetrathionate solutions ...
Dissertation (Ph.D.)—Boston University, 1966In order to study the effect of ion pairing on nucleophi...
Secondary sulfate plays a crucial role in forming marine aerosol, which in turn is an important sour...
Certain sulphides, in presence of a small amount of moisture were found to catalyse the reaction bet...
The chemical reactions involved in the regeneration step of a high temperature SO2 removal process h...
The solubility relationships of the liquid tetrahalide compounds with sulphur dioxide are investigat...
The heterogeneous reaction between SO2 and unsaturated compounds results in the efficient production...
Thesis (Ph.D.)--Boston UniversityThe conductivity of a group of triarylchloromethanes in liquid sulf...
The mole ratio r(r=[I−]0/[ClO2]0) has great influence on ClO2-I−-H2SO4 closed reaction system. By ch...
Sulfuric acid (H2SO4), formed in commercial aircraft operations via Fuel-S (right arrow) SO2 + SO3 (...
Such adsorbents as natural aluminosilicates and activated coal and such chemisorbents as transition ...
The hydrolysis of 2-chloroethyl ethyl sulfide has been examined in an effort to better understand it...
Experiments by the authors support the following observations. l. Reactions in liquid sulfur dioxide...
The rates and mechanisms of both gas and liquid phase reactions for the oxidation of sulfur dioxide ...
The title reaction was studied by photolyzing mixtures of Cl_2 and SO_2 with and without O_2 present...
The reaction products of the hypochlorite oxidation of both thiosulfate and tetrathionate solutions ...
Dissertation (Ph.D.)—Boston University, 1966In order to study the effect of ion pairing on nucleophi...
Secondary sulfate plays a crucial role in forming marine aerosol, which in turn is an important sour...
Certain sulphides, in presence of a small amount of moisture were found to catalyse the reaction bet...
The chemical reactions involved in the regeneration step of a high temperature SO2 removal process h...
The solubility relationships of the liquid tetrahalide compounds with sulphur dioxide are investigat...
The heterogeneous reaction between SO2 and unsaturated compounds results in the efficient production...
Thesis (Ph.D.)--Boston UniversityThe conductivity of a group of triarylchloromethanes in liquid sulf...
The mole ratio r(r=[I−]0/[ClO2]0) has great influence on ClO2-I−-H2SO4 closed reaction system. By ch...
Sulfuric acid (H2SO4), formed in commercial aircraft operations via Fuel-S (right arrow) SO2 + SO3 (...
Such adsorbents as natural aluminosilicates and activated coal and such chemisorbents as transition ...
The hydrolysis of 2-chloroethyl ethyl sulfide has been examined in an effort to better understand it...