1120.    FUNASAKA, W., FUKUSHIMA, R., JINTA, T., INABA, T., MATSUBARA, I., AND YUGUCHI, M.  Removal  of Organic Sulfur Compounds From Gas Mixtures for Synthesis.  XII.  Removal of Ethyl Mercaptan and Ethyl Sulfide From Hydrogen, Natural Gas and Cracking Gas.  Jour. Soc. Chem. Ind. (Japan), vol. 50, 1947, pp. 125-126; Chem. Abs., vol. 44, 1950, p. 9136.

        EtSH could be removed easily, Et₂S with difficulty.  Fe, Ni, Cu, Mn, Cr, Al, and Mg catalysts were suitable for EtSH and Cu and Ni for Et₂S.  Et₂S gave H₂S with Cr and Al catalysts.

                   FUNASAKA, W., AND KATAYAMA, I.  Synthesis of Benzine From Carbon Monoxide and Hydrogen at Ordinary Pressure.  XLIV.  Purification of the Gaseous Raw Material Used for Benzine Synthesis.  3.  Removal of Organic Sulfur by Means of Luxmasse and Admixtures.  See abs. 1880.

                    Synthesis of Benzine From Carbon Monoxide and Hydrogen at Ordinary Pressure.  XLV.  Purification of the Gaseous Raw Material Used for Benzine Synthesis.  4.  Removal of Organic Sulfur by Means of Synthetic Agents.  See abs. 1881.

        FUNASAKA, W., AND TOJO, T.  Synthesis of Gasoline From Carbon Monoxide and Hydrogen.  LXVII.  Desulfurizing Ability of Various Metal Hydroxides.  See abs. 1903.

        FUNASAKA, W., FUKUSHIMA, R., JINTA, T., MATSUBARA, I., AND YUGUCHI, M.  Removal of Organic Sulfur Compounds From Gas Mixtures for Synthesis.  XI.  Removal of Carbon Disulfide and Thiophene From Water Gas and Natural Gas.  See abs. 1119.

        FUNASAKA, W., FUKUSHIMA, R., JINTA, T., INABA, T., MATSUBARA, I., AND YUGUCHI, H.  Removal of Organic Sulfur Compounds From Gas Mixtures for Synthesis. XII.  Removal of Ethyl Mercaptan and Ethyl Sulfide From Hydrogen, Natural Gas, and Cracking Gas.  See abs. 1120.