APPENDIX II. 



CHEMICAL LITERATURE FOR OCTOBER, 1895. 



Vol.1. No. 299. American Journal of Science. (November, 1895.) 

 Palmer, A. D. F., Wave Length of the D 3 Helium Line (pp. 357-359). Hill, E. A., 

 Additional Notes on Argon and Helium (pp. 359-377). Wells, H. L., and Hurlburt, R. 

 B., Ammonium-Cuprous Double Halogen Salts (pp. 390-394). Gooch, F. A., and Evans, 

 P. S., Reduction of Selenic Acid by Hydrochloric Acid (pp. 400-402). Gooch, F. A., and 

 Scoville, IV. S., Reduction of Selenic Acid by Potassium Bromide in Acid Solution (pp. 

 402-405). 



Vol. xvii. No. 10. Journal of the American Chemical Society. (October, 1895.) 

 Blair, A. A., and Whitfield. J . E. , Ammonium Phosphomolybdate and the Reducing Action of 

 Zinc in the Reductor (pp. 747-760). Rosell, C. A. O., The Ferrates (pp. 760-769). Beeso/i, 

 J. L., A Simple and Convenient Apparatus for Estimating the Water-holding power of 

 Soils (pp. 769-771). Gill, A. H., A Modification of Himman's Explosion Pipette (pp. 

 771-772). Lunge, W., Estimation of Sulphur in Pyrites (pp. 772-775). Prescott, A. B., 

 The Periodides (pp. 775-781). Dunnington, F. P., An Improved Gas Regulator (pp. 

 781-783). Munroe, C. E., Inspection of Cotton for Use in the Manufacture of Gun- 

 cotton (pp. 783-789). Fleck, H, and Bassett, L. L., Reduction with Magnesium 

 Amalgam (pp. 789-791). De Benncville, J. S., Two Definite Carbides of Iron with 

 Chromium (Molybdenum and Tungsten) (pp. 791-801). Phillips, F. C, On the 

 Possibility of the Occurrence of Hydrogen and Methane in the Atmosphere (pp. 801-809). 

 Harris, £. O., A New Generator (pp. 809-811). Krug, W. H., The Determination of 

 Tannin by Metallic Oxides (pp. 811-814). Heath, G. L., The Estimation of Sulphur in 

 Refined Copper (pp. 814-822). Kebler, L. F., Acidimetric Estimation of Vegetable 

 Alkaloids (pp. 822-832). 



Vol. xvii. No. 11. (November, 1895.) 

 Williams, R. P., An Electrolytic Process for the Manufacture of White Lead (pp. 835-842). 

 Venable, F. P., The Chlorides of Zirconium (pp. 842-843). Noyes, W. A., McTaggert, 

 J. P., and Craver, H. IV., The determination of the Heating Effects of Coal (pp. 843- 

 849). Whitehead, C, Tellurium ; Its separation from Copper Residues, with Notes on 

 some New Reactions (pp. 849-855). Noyes, W. A., and Dorrance, J. T., The 

 Electrolytic Reduction of paranitro Compounds in Sulphuric Acid Solution (pp. 855- 

 859). Prescott, A. B., and Trowbridge, O. F., Periodides of Pyridine (pp. 859-869I. 

 Andrews, L., On the Analysis of Alloys of Lead, Tin, Antimony, and Arsenic (pp. 869- 

 873). Shimer, P. W. , The Determination of Graphite in Pig Iron (pp. 873-877). 

 Griffith, A. B., and Piatt, C, On the Composition of Pelagine (pp. 877-878). Wells, H. 

 L., and Mitchell, IV. L. , On the Volumetric Determination of Titanic Acid and Iron in 

 Ores (pp. 878-883). Barton, G. E., Arsenic in Glycerol (pp. 883-890). Noyes, W A., 

 and Watkins, W. H., The Occurrence of Tri methylene Glycol as a By-Product in the 

 Glycerol Manufacture (pp. 890-891). Phillips, F. C, The Evolution Method for the 

 Determination of Sulphur in White Cast Iron (pp. 891-901). Cushman, A. S., and 

 Hayes-Campbell, J., On the Volumetric Determination of Lead (pp. 901-904). Basket villc. 

 C, Reaction between Copper and Concentrated Sulphuric Acid (pp. 904-912). 



Vol. xvii. No. 8. American Chemical Journal. (October, 1895.) 



White, J., On Sulphonphthaleins and some Related Compounds (pp. 545-556). Jones, W., 

 Sulphonphthalein derived from Orthosulphoparatoluic Acid (pp. 556-570). Miller, A. S., 

 A Study of the Chemical Behaviour of Ammonia toward Ferric Chloride and Ferrous 

 Chloride (pp. 570-579). Jackson, C. I.., and Grindley, H. S., Action of Sodic Alcoholate 

 on Chloranil. Acetal Derived from Substituted Quinines (pp. 579-607). Mead, J. I... 

 and Kremers, E., From Pinene to Carvacrol (pp. 607-612). Wheeler, H. L. , On 

 Halogen Addition Products of the Anilides (pp. 612-620). Noyes, W. A., and Ellis, R. 

 M., Synthesis of Diphenylbiphenyl and its Identification as Benzerythrene (pp. 620-622). 



