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William R. Ernst - One of the best experts on this subject based on the ideXlab platform.

  • vapor pressure measurements of Chloric Acid and Chloric Acid sodium chlorate aqueous solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, And Bhart Indu, Fazlul M Hoq, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

  • Vapor Pressure Measurements of Chloric Acid and Chloric Acid + Sodium Chlorate Aqueous Solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, M. Fazlul Hoq, And Bhart Indu, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

  • solubility and density of Chloric Acid sodium chlorate solutions
    Journal of Chemical & Engineering Data, 1995
    Co-Authors: Brian Crump, M. Fazlul Hoq, Bhart Indu, William R. Ernst
    Abstract:

    Solubilities of sodium chlorate were measured in Chloric Acid solutions ranging in concentration from 5 to 22 mass % HClO 3 at temperatures of 25, 35, 45, 55, and 65 °C. Densities of saturated solutions were determined by weighing measured volumes of the solutions. Densities of Chloric Acid solutions and unsaturated Chloric Acid + sodium chlorate solutions were determined at 25 °C over a range of solution concentrations using a digital density meter. The solubility data and previously reported data from literature sources were correlated with Chloric Acid concentration and temperature by multilinear regression. All of the data could be represented graphically by a single line by plotting the ratio of sodium chlorate solubility in Chloric Acid solution to sodium chlorate solubility in water versus mass percent Chloric Acid. The specific volume of Chloric Acid at 25 °C is linear with respect to Chloric Acid concentration. A parameter determined from the slope of this linear plot and the density of crystalline sodium chlorate were used to correlate densities of Chloric Acid solutions containing sodium chlorate.

  • Solubility and Density of Chloric Acid + Sodium Chlorate Solutions
    Journal of Chemical & Engineering Data, 1995
    Co-Authors: Brian Crump, M. Fazlul Hoq, Bhart Indu, William R. Ernst
    Abstract:

    Solubilities of sodium chlorate were measured in Chloric Acid solutions ranging in concentration from 5 to 22 mass % HClO 3 at temperatures of 25, 35, 45, 55, and 65 °C. Densities of saturated solutions were determined by weighing measured volumes of the solutions. Densities of Chloric Acid solutions and unsaturated Chloric Acid + sodium chlorate solutions were determined at 25 °C over a range of solution concentrations using a digital density meter. The solubility data and previously reported data from literature sources were correlated with Chloric Acid concentration and temperature by multilinear regression. All of the data could be represented graphically by a single line by plotting the ratio of sodium chlorate solubility in Chloric Acid solution to sodium chlorate solubility in water versus mass percent Chloric Acid. The specific volume of Chloric Acid at 25 °C is linear with respect to Chloric Acid concentration. A parameter determined from the slope of this linear plot and the density of crystalline sodium chlorate were used to correlate densities of Chloric Acid solutions containing sodium chlorate.

Brian Crump - One of the best experts on this subject based on the ideXlab platform.

  • vapor pressure measurements of Chloric Acid and Chloric Acid sodium chlorate aqueous solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, And Bhart Indu, Fazlul M Hoq, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

  • Vapor Pressure Measurements of Chloric Acid and Chloric Acid + Sodium Chlorate Aqueous Solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, M. Fazlul Hoq, And Bhart Indu, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

  • solubility and density of Chloric Acid sodium chlorate solutions
    Journal of Chemical & Engineering Data, 1995
    Co-Authors: Brian Crump, M. Fazlul Hoq, Bhart Indu, William R. Ernst
    Abstract:

    Solubilities of sodium chlorate were measured in Chloric Acid solutions ranging in concentration from 5 to 22 mass % HClO 3 at temperatures of 25, 35, 45, 55, and 65 °C. Densities of saturated solutions were determined by weighing measured volumes of the solutions. Densities of Chloric Acid solutions and unsaturated Chloric Acid + sodium chlorate solutions were determined at 25 °C over a range of solution concentrations using a digital density meter. The solubility data and previously reported data from literature sources were correlated with Chloric Acid concentration and temperature by multilinear regression. All of the data could be represented graphically by a single line by plotting the ratio of sodium chlorate solubility in Chloric Acid solution to sodium chlorate solubility in water versus mass percent Chloric Acid. The specific volume of Chloric Acid at 25 °C is linear with respect to Chloric Acid concentration. A parameter determined from the slope of this linear plot and the density of crystalline sodium chlorate were used to correlate densities of Chloric Acid solutions containing sodium chlorate.

  • Solubility and Density of Chloric Acid + Sodium Chlorate Solutions
    Journal of Chemical & Engineering Data, 1995
    Co-Authors: Brian Crump, M. Fazlul Hoq, Bhart Indu, William R. Ernst
    Abstract:

    Solubilities of sodium chlorate were measured in Chloric Acid solutions ranging in concentration from 5 to 22 mass % HClO 3 at temperatures of 25, 35, 45, 55, and 65 °C. Densities of saturated solutions were determined by weighing measured volumes of the solutions. Densities of Chloric Acid solutions and unsaturated Chloric Acid + sodium chlorate solutions were determined at 25 °C over a range of solution concentrations using a digital density meter. The solubility data and previously reported data from literature sources were correlated with Chloric Acid concentration and temperature by multilinear regression. All of the data could be represented graphically by a single line by plotting the ratio of sodium chlorate solubility in Chloric Acid solution to sodium chlorate solubility in water versus mass percent Chloric Acid. The specific volume of Chloric Acid at 25 °C is linear with respect to Chloric Acid concentration. A parameter determined from the slope of this linear plot and the density of crystalline sodium chlorate were used to correlate densities of Chloric Acid solutions containing sodium chlorate.

M. Fazlul Hoq - One of the best experts on this subject based on the ideXlab platform.

  • Vapor Pressure Measurements of Chloric Acid and Chloric Acid + Sodium Chlorate Aqueous Solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, M. Fazlul Hoq, And Bhart Indu, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

  • solubility and density of Chloric Acid sodium chlorate solutions
    Journal of Chemical & Engineering Data, 1995
    Co-Authors: Brian Crump, M. Fazlul Hoq, Bhart Indu, William R. Ernst
    Abstract:

    Solubilities of sodium chlorate were measured in Chloric Acid solutions ranging in concentration from 5 to 22 mass % HClO 3 at temperatures of 25, 35, 45, 55, and 65 °C. Densities of saturated solutions were determined by weighing measured volumes of the solutions. Densities of Chloric Acid solutions and unsaturated Chloric Acid + sodium chlorate solutions were determined at 25 °C over a range of solution concentrations using a digital density meter. The solubility data and previously reported data from literature sources were correlated with Chloric Acid concentration and temperature by multilinear regression. All of the data could be represented graphically by a single line by plotting the ratio of sodium chlorate solubility in Chloric Acid solution to sodium chlorate solubility in water versus mass percent Chloric Acid. The specific volume of Chloric Acid at 25 °C is linear with respect to Chloric Acid concentration. A parameter determined from the slope of this linear plot and the density of crystalline sodium chlorate were used to correlate densities of Chloric Acid solutions containing sodium chlorate.

  • Solubility and Density of Chloric Acid + Sodium Chlorate Solutions
    Journal of Chemical & Engineering Data, 1995
    Co-Authors: Brian Crump, M. Fazlul Hoq, Bhart Indu, William R. Ernst
    Abstract:

    Solubilities of sodium chlorate were measured in Chloric Acid solutions ranging in concentration from 5 to 22 mass % HClO 3 at temperatures of 25, 35, 45, 55, and 65 °C. Densities of saturated solutions were determined by weighing measured volumes of the solutions. Densities of Chloric Acid solutions and unsaturated Chloric Acid + sodium chlorate solutions were determined at 25 °C over a range of solution concentrations using a digital density meter. The solubility data and previously reported data from literature sources were correlated with Chloric Acid concentration and temperature by multilinear regression. All of the data could be represented graphically by a single line by plotting the ratio of sodium chlorate solubility in Chloric Acid solution to sodium chlorate solubility in water versus mass percent Chloric Acid. The specific volume of Chloric Acid at 25 °C is linear with respect to Chloric Acid concentration. A parameter determined from the slope of this linear plot and the density of crystalline sodium chlorate were used to correlate densities of Chloric Acid solutions containing sodium chlorate.

And Bhart Indu - One of the best experts on this subject based on the ideXlab platform.

  • vapor pressure measurements of Chloric Acid and Chloric Acid sodium chlorate aqueous solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, And Bhart Indu, Fazlul M Hoq, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

  • Vapor Pressure Measurements of Chloric Acid and Chloric Acid + Sodium Chlorate Aqueous Solutions
    Journal of Chemical & Engineering Data, 1997
    Co-Authors: Brian Crump, M. Fazlul Hoq, And Bhart Indu, William R. Ernst
    Abstract:

    Chloric Acid + sodium chlorate mixtures have been proposed as a substitute for some of the sodium chlorate and sulfuric Acid in the generation of chlorine dioxide. This paper continues our work on physical property characterization of Chloric Acid + sodium chlorate solutions. A dual ebulliometric setup was employed to evaluate the vapor pressure−temperature relationship of Chloric Acid and Chloric Acid + sodium chlorate solutions. The natural log of vapor pressures for Chloric Acid solutions (1.01−3.82) mol L-1 over the temperature range (35−79) °C was a linear function of Chloric Acid concentration and the reciprocal of the temperature. Vapor pressures were determined for sodium chlorate + Chloric Acid solutions for (0.85−4.25) mol L-1 sodium chlorate, (0.73−3.59) mol L-1 Chloric Acid, and (35−83) °C. All of the data were well correlated by an equation relating the natural log of vapor pressure to sodium chlorate concentration, Chloric Acid concentration, and the reciprocal of the temperature. Some solut...

Maurice L. Wellby - One of the best experts on this subject based on the ideXlab platform.

  • Effect of High Room Temperature on Urinary Iodine Assay
    Clinical Chemistry, 1997
    Co-Authors: Nguyen Tri Dung, Maurice L. Wellby
    Abstract:

    Assay of urinary iodine, along with other measurements, is essential for assessing the iodine status of populations in iodine-deficient areas and for monitoring the effectiveness of control programs. The International Council for Control of Iodine Deficiency Disorders has published a number of urinary iodine assays that are applicable to specific situations (1). One commonly used method, their “Method A,” is based on an initial mild Chloric Acid digestion to remove …