*Thomas, A. W. (1913). A further effort to prepare a colorless biuret reagent. Biochemical Bulletin (New York), 2, 556–8.
*Thomas, A. W. (1914). A review of methods for the isolation and identification of the organic constituents of soils. Biochemical Bulletin (New York), 3, 210–21.
*Thomas, A. W. (1914). The phosphorus content of starch. Biochemical Bulletin (New York), 3, 403–6.
*Thomas, A. W. (1915). The chemical constitution of starch. A review. Biochemical Bulletin (New York), 4, 379–97.
*Sherman, H. C., & Thomas, A. W. (1915).  Studies on amylases.  VIII. The influence of certain acids and salts upon the activity of malt amylase. Journal of the American Chemical Society, 37, 623–43.
*Wilson, J. A., & Thomas, A. W., et al. (1917). Theories of leather formation. Discussion. Journal of the American Leather Chemists Association, 12, 450–61.
*Thomas, A. W. (1917). A noteworthy effect of bromides upon the action of malt amylase. Journal of the American Chemical Society, 39, 1501–3.
*Thomas, A. W., & Baldwin, M. E. (1918). The acidity of chrome liquors. Journal of the American Leather Chemists Association, 13, 192–203.
*Thomas, A. W., & Baldwin, M. E. (1918). The action of neutral salts upon chrome liquors. Journal of the American Leather Chemists Association, 13, 248–55.
*Thomas, A. W. (1918).   Science, 47, 10–4.
*Thomas, A. W., & Garard, I. D. (1918). Fallacy of determining electrical charge of colloids by capillarity. Journal of the American Chemical Society, 40, 101–6.
*Sherman, H. C., Thomas, A. W., & Baldwin, M. E. (1919). Influence of hydrogen-ion concentration upon enzymatic activity of three typical amylases. Journal of the American Chemical Society, 41, 231–5.
*Thomas, A. W., & Baldwin, M. E. (1919). Contrasting effects of chlorides and sulfates on the hydrogen-ion concentration of acid solutions. Journal of the American Chemical Society, 41, 1981–90.
*Thomas, A. W., & Foster, S. B. (May 1, 1920). Titration of chrome liquors by the conductance method. Hide and Leather, 97–9.
*Thomas, A. W. (May 1, 1920). Determination of sulfuric acid in leather. Hide and Leather, 101.
*Thomas, A. W. (1920). A review of the literature of emulsions. Journal of Industrial and Engineering Chemistry, 12, 177–81.
*Thomas, A. W. (1920). Tabulation of hydrogen and hydroxyl ion concentrations of some acids and bases.  Journal of the American Leather Chemists Association, 15, 133–46.
*Thomas, A. W., Baldwin, M. E., & Kelly, M. W. (1920). Time factor in the adsorption of the constituents of chrome liquor by hide substance. Journal of the American Leather Chemists Association, 15, 147–56.
*Thomas, A. W. (1920). Emulsions: theory and practice. Journal of the American Leather Chemists Association, 15, 186–201.
*Thomas, A. W. (1920).  Estimation of the tryptic activity of bating materials. Journal of the American Leather Chemists Association, 15, 221–8.
*Thomas, A. W., & Frieden, A. (1920). The determination of hydrochloric acid and neutral chlorides in leather. Journal of Industrial and Engineering Chemistry, 12, 1186–8.
*Thomas, A. W., & Kelly, M. W. (1920). The time factor in the adsorption of chromic sulfate by hide substance. Journal of the American Leather Chemists Association, 15,  487-95 (1920)
*Thomas, A. W. (1920).  Determination of sulfuric acid in leather. Journal of the American Leather Chemists Association, 15, 504-10 (1920)
*Thomas, A. W., & Foster, S. B. (1920). Titration of chrome liquors by the conductance method. Journal of the American Leather Chemists Association, 15, 510–6.
*Thomas, A. W. (1920). Order of diffusion of tanning extracts through gelatin jelly and their relation to the results obtained by Wilson and Kern. Journal of the American Leather Chemists Association, 15, 593–5.
*Thomas, A. W., & Kelly, M. W. (1920).  Rapid estimation of chromium in chrome liquor by use of the immersion refractometer. Journal of the American Leather Chemists Association, 15, 665–8.
*Thomas, A. W., & Kelly, M. W. (1921). Effect of concentration of chrome liquor upon the adsorption of its constituents by hide substance. Journal of Industrial and Engineering Chemistry, 13, 65–7.
*Quisumbing, F. A., & Thomas, A. W. (1921). Conditions affecting the quantitative determination of reducing sugars by Fehling solution.  Elimination of certain errors involved in current methods.  Journal of the American Chemical Society, 43, 1503–26.
*Thomas, A. W., & Foster, S. B. (1921).  The acid titration of chrome liquors.  Journal of the American Leather Chemists Association, 16, 61–3.
*Thomas, A. W. (1922).  Research in leather manufacture. Mechanical Engineering, 44, 116.
*A tiny tannery. (January 1922).  Scientific American 126, 43. - Photograph and article of Arthur W. Thomas laboratory tannery, "the worlds smallest complete tannery".
*Thomas, A. W. (February 1922).  Increased efficiency of leather manufacture is possible through research in fundamentals.  Chemical Age. -- Address before the Research Conference at the 42nd annual meeting of the American Society of Mechanical Engineers, New York, December 8, 1921.
*Thomas, A. W., & Kelly, M. W. (1922).  The isoelectric point of collagen. Journal of the American Chemical Society, 44, 195–201.
*Thomas, A. W., & Foster, S. B. (1922).  The influence of sodium chloride, sodium sulfate, and sucrose on the combination of chromic ion with hide substance. Journal of Industrial and Engineering Chemistry, 14, 132–3.
*Thomas, A. W., & Foster, S. B. (1922). Colloid content of vegetable tanning extracts. Journal of Industrial and Engineering Chemistry, 14, 191–5.
*Thomas, A. W., & Kelly, M. W. (1922). Time and concentration factors in the combination of tannin with hide substance.  I.  Gambier.  II. Quebracho. Journal of Industrial and Engineering Chemistry, 14, 292–4.
*Thomas, A. W., & Kelly, M. W. (1922). Studies in chrome tanning.  Equilibria between tetrachrome collagen and chrome liquors.  The formation of octachrome collagen. Journal of Industrial and Engineering Chemistry, 14, 621–3.
*Thomas, A. W. (1922). Vegetable tanning. Journal of Industrial and Engineering Chemistry, 14, 829–31.
*Thomas, A. W. (1923). The adsorption of chrome from chrome liquors by hide substance and negative adsorption. Journal of the American Leather Chemists Association, 18, 423–30.
*Thomas, A. W., & Foster, S. B. (1923). The electrical charge of vegetable tannin particles. Industrial and Engineering Chemistry, 15, 707-8.
*Thomas, A. W., & Frieden, A. (1923). The gelatin-tannin reaction. Industrial and Engineering Chemistry, 15,  839–41.
*Thomas, A. W., & Kelly, M. W. (1923). The concentration factor in the combination of tannin with hide substance. Industrial and Engineering Chemistry, 15, 928.
*Thomas, A. W., & Kelly, M. W. (1923). The influence of hydrogen-ion concentration in the fixation of vegetable tannins by hide substance. Industrial and Engineering Chemistry, 15, 1148–53.
*Thomas, A. W., & Yu, C. (1923). Determination of the mixture of arachidic and lignoceric acids in peanut oil by means of magnesium soaps. Journal of the American Chemical Society, 45, 113–28.
*Thomas, A. W., & Yu, C. (1923). New qualitative tests for rape and tung oils. Journal of the American Chemical Society, 45, 129–30.
*Thomas, A. W., & Seymour-Jones, F. L. (1923). Hydrolysis of collagen by trypsin. Journal of the American Chemical Society, 45, 1515–22.
*Thomas, A. W., & Kelly, M. W. (1923). The influence of neutral salts upon the fixation of tannin by hide substance. Industrial and Engineering Chemistry, 15, 1262–3.
*Thomas, A. W., & Frieden, A. (1923). Ferric salt as the "solution link" in the stability of ferric oxide hydrosol. Journal of the American Chemical Society, 45, 2522–32.
*Thomas, A. W., & Johnson, L. (1923).  The mechanism of the mutual precipitation of certain hydrosols. Journal of the American Chemical Society, 45, 2532–41.
*Thomas, A. W., & Kelly, M. W. (1924). Differences in kind or degree of tannin fixation. Industrial and Engineering Chemistry, 16, 31–2.
*Thomas, A. W., & Seymour-Jones, F. L. (1924).  Action of trypsin upon diverse leathers. Industrial and Engineering Chemistry, 16, 157–9.
*Thomas, A. W., & Kelly, M. W. (1924).  Tannic acid tannage. Industrial and Engineering Chemistry, 16,  800–3.
*Thomas, A. W., & Kelly, M. W. (1924). Quinone tannage.  Industrial and Engineering Chemistry, 16, 925–6.
*Sherman, H. C., Thomas, A. W., & Caldwell, M. I. (1924).  Isoelectric point of malt amylase. Journal of the American Chemical Society, 46, 1711–6.
*Thomas, A. W., & Kelly, M. W. (1925).  Vegetable tanning. Industrial and Engineering Chemistry, 17, 41–3.
*Thomas, A. W., & Norris, E. R. (1925).  "Irregular series" in the precipitation of albumin. Journal of the American Chemical Society, 47, 501–13.
*Thomas, A. W. (1925). The modern trend in colloid chemistry. Journal of Chemical Education, 2, 323–40.
*Thomas, A. W., & Kelly, M. W. (1925).  Thermolability of collagen. Journal of the American Chemical Society, 47, 833–6.
*Thomas, A. W., & Foster, S. B. (1925).  Destructive and preservative effect of neutral salts upon hide substance. Industrial and Engineering Chemistry, 17, 1162–4.
*Thomas, A. W., & Foster, S. B. (1925). Action of ultra-violet light on hide protein. Journal of the American Leather Chemists Association, 20, 490–4.
*Thomas, A. W., & Kelly, M. W. (1926).  Ultrafiltration of vegetable tanning solutions. Industrial and Engineering Chemistry, 18, 136–8.
*Thomas, A. W., Kelly, M. W., & Foster, S. B. (19236).  Aldehyde tannage. Journal of the American Leather Chemists Association, 21, 57–76.
*Thomas, A. W. (1926).  Sulfur tannage. Industrial and Engineering Chemistry, 18,  259–61.
*Thomas, A. W., & Foster, S. B. (1926).  Behavior of deaminized collagen.  Further evidence in favor of the chemical nature of tanning. Journal of the American Chemical Society, 48, 489–501.
*Thomas, A. W., & Kelly, M. W. (1926).  Further studies of quinone tannage. Industrial and Engineering Chemistry, 18, 383–5.
*Thomas, A. W., & Mattikow, M.  (1926).  Method for the direct identification of rapeseed oil by isolation of erucic acid. Journal of the American Chemical Society, 48, 968–81.
*Thomas, A. W., & Kelly, M. W. (1926).  Does chromium combine with the basic or acidic groups of hide protein?  Journal of the American Chemical Society, 48, 1312-9 (1926)
*Thomas, A. W., & Kelly, M. W. (1926). Nature of vegetable tannage. Industrial and Engineering Chemistry, 18, 625–6.
*Thomas, A. W. (1926). Chemical nature of vegetable tanning. Journal of the American Leather Chemists Association, 21, 487–516.
*Thomas, A. W., & Le Compte, T. R. (1926).  The so-called adsorption of ferric oxide hydrosol by charcoal. Fourth Colloid Symposium 1926, 328-54 (Chem. Catalog Co.).
*Thomas, A. W. (1927). Emulsions.  Journal of the American Leather Chemists Association, 22, 171–211.
*Thomas, A. W., & Wilson, J. A. (1927). Tannins and vegetable tanning materials. International Critical Tables, 2, 239.
*Thomas, A. W., & Kelly, M. W. (1927). Destructive and preservative effects of neutral salts upon hide substance. II. Industrial and Engineering Chemistry, 19, 477–80.
*Thomas, A. W., & Murray, H. A., Jr. (1928).  Gum arabic.  Journal of Physical Chemistry, 32, 676–97.
*Thomas, A. W., & Kelly, M. W. (1928).  Fixation of aluminum by hide substance. Industrial and Engineering Chemistry, 20, 628–32.
*Thomas, A. W., & Kelly, M. W. (1928).  Fixation of iron by hide substance. Industrial and Engineering Chemistry, 20,  632–4.
*Thomas, A. W., & Mayer, C. W. (1928).  Estimation of the acid-combining capacity of a protein by means of the interferometer. Proceedings of the Society for Experimental Biology and Medicine, 25, 667–9.
*Field, A. M, & Thomas, A. W. (1928).  The grading of collodion membranes by means of ethylene glycol. Proceedings of the Society for Experimental Biology and Medicine, 25, 679.
*Thomas, A. W., & Kelly, M. W. (1929). Temperature factor in vegetable tanning fixation. Journal of the American Leather Chemists Association, 24, 282.
*Thomas, A. W., & Kelly, M. W. (1929). Hydrolysis of hide powder in saturated sodium chloride solutions at various pH values.  Journal of the American Leather Chemists Association, 24, 280–2.
*Thomas, A. W., & Kelly, M. W. (1929). Influence of acids upon the fixation of wattle tannin by hide powder. Industrial and Engineering Chemistry, 21, 697–8.
*Thomas, A. W., & Kelly, M. W. (1929). Syntan tannage. Industrial and Engineering Chemistry, 21, 698–701.
*Thomas, A. W., & Kelly, M. W. (1929). Effect of pretreatment upon hydrolysis of hide powder by saturated calcium hydroxide solutions. Industrial and Engineering Chemistry, 21, 701–2.
*Thomas, A. W., & Hamburger, E. R. (1930). Ferric oxybromide hydrosols. Journal of the American Chemical Society, 52, 456–63.
*Thomas, A. W., & Whitehead, T. H. (1930).  Effect of sulfate and chloride ion on solutions of aluminum salts. Journal of the American Leather Chemists Association, 25, 127-33 (1930).
*Thomas, A. W. (1931). Scientific accomplishments of the medalist. [Nichols Medal award to John Arthur Wilson]. Industrial and Engineering Chemistry, 23, 435–6.
*Thomas, A. W., & Whitehead, T. H. (1931).  Ion interchanges in aluminum oxychloride hydrosols. Journal of Physical Chemistry, 35, 27–47.
*Thomas, A. W., & Tai, A. P. (1932).  The nature of "aluminum oxide" hydrosols. Journal of the American Chemical Society, 54, 841–55.
*Thomas, A. W. (1933).  New conception of certain colloidal oxides. Journal of the American Leather Chemists Association, 28, 2-24.
*Thomas, A. W., & Bailey, M. I. (1933).  Gelation of frozen egg magma. Industrial and Engineering Chemistry, 25, 669–74.
*Thomas, A. W. (1934).  Leather. Annual Survey of American Chemistry [1933], 8, 294–96.
*Thomas, A. W. (1934). Summary of the isoelectric point of proteins. Journal of the American Leather Chemists Association, 29, 3–16, 52.
*Thomas, A. W., & Mattikow, M. (February 13, 1934) [http://www.google.com/patents?id=n31JAAAAEBAJ Vegetable jelly composition]. U.S. 1,946,649.
*Thomas, A. W., & Thomson, J. C. (934).  Preparation of pure eleostearic acid from Chinese wood oil. Journal of the American Chemical Society, 56, 898.
*Thomas, A. W., & Wicklen, F. C. v. (1934). The nature of chromium oxychloride hydrosols. Journal of the American Chemical Society, 56, 794–8.
*Thomas, A. W., & Van Hauwaert, M. A. (1934). Precise method for determining ammoniacal nitrogen in eggs. Industrial and Engineering Chemistry. Analytical Edition, 6, 338–42.
*Thomas, A. W. (1934). Colloid Chemistry. New York: McGraw-Hill.
*Thomas, A. W., & Vartanian, R. D. (1935).  The action of acids on hydrous alumina. Journal of the American Chemical Society, 57, 4–7.
*Thomas, A. W. (1935).  Solutions of basic salts of aluminum. Paper Trade Journal, 100, No. 9, 36–9.
*Pennington, M. E., & Thomas, A. W. (April 2, 1935).  [http://www.google.com/patents?id=0rR4AAAAEBAJ Treating egg material after separation from the shells]. U.S. 1,996,171.
*Thurman, B. H., Thomas, A. W., & Mattikow, M. (March 20, 1935).  Coated fabrics and paper; soaps. Brit. 425,986.
*Thomas, A. W., & Kremer, C. B. (1935).  Hydrous thoria hydrosols considered as polynuclear basic thorium complexes. Journal of the American Chemical Society, 57, 1821–4.
*Thomas, A. W., & Owens, H. S. (1935). Basic zirconium chloride hydrosols. Journal of the American Chemical Society, 57, 1825–8.
*Thomas, A. W., & Owens, H. S. (1935). The formation of zirconate hydrosols and their disintegration by certain neutral salts. Journal of the American Chemical Society, 57, 2131–5.
*Thomas, A. W., & Kremer, C. B. (1935). Reactions of organic anions with basic thorium chloride hydrosols. Reversal of charge with salts of the hydroxy acids and with nitric acid. Journal of the American Chemical Society, 57, 2538–41.
*Thurman, B. H., Thomas, A. W., & Mattikow, M. (May 5, 1936). [http://www.google.com/patents?id=0bpiAAAAEBAJ Oilproofing paper].  U.S. 2,039,753.
*Thomas, A. W. (1936). Chemical Changes in Matter. New York: Columbia Univ. Press.
*Thomas, A. W., & Miller, H. S. (1936).  Basic beryllium and complex beryllate hydrosols:  an additional contribution to the concept of polyolated and polyoxolated structures. Journal of the American Chemical Society, 58, 2526–33.
*Thomas, A. W., & Cohen, B. (1937). Catalytic decomposition of hydrogen peroxide by aluminum oxyiodide hyrosols. Journal of the American Chemical Society, 59, 268–72.
*Perkins, B. H., & Thomas, A. W. Olation of basic chromic, aluminum and ferric chloride solutions.  Stiasny Festschr 307–31.
*Clay, J. P., & Thomas, A. W. (1938).  Catalytic effect of anions upon rate of solution of hydrous alumina by acids. Journal of the American Chemical Society, 60, 2384–90.
*Thomas, A. W., & Cohen, B. (1939).  Nature of aluminum oxyiodide hydrosols as revealed by their action on hydrogen peroxide. Journal of the American Chemical Society, 61, 401–33.
*Thomas, A. W., & Stewart, W. G. (1939). Nature of titanium dioxide hydrosols. Kolloid-Zeitschrift, 86, 279–88.
*Thomas, A. W. (1941).  Quick review of chemical methods for determining vitamins. Food Industries 13, No. 6, 63–4.
*Greenstein, L. M., & Thomas, A. W. (1942).  The viscosity of certain "ferric oxide" hydrosols. Journal of Chemical Physics, 10, 229–40.
*Bailey, M. I., & Thomas, A. W. (1942).  Thiamine and riboflavin contents of citrus fruits. Journal of Nutrition, 24, 85–92.
*Thomas, A. W. (1942).  John Arthur Wilson -  obituary. Journal of the American Leather Chemists Association, 37, 525–30.
*Fitt, T. C., Thomas, A. W., & Taggart, A. F. (1943). The nature of dispersed mineral in flotation pulps. American Institute of Mining and Metallurgical Engineers, Tech. Pub. No. 1575, 7 pp.
*Little, R. W., Thomas, A. W., & Sherman, H. C. (1943).  Spectrophotometric studies on the storage of vitamin A in the body.   Journal of Biological Chemistry, 148, 441–3.
*Thomas, A. W., et al. (1944).  Leo Hendrik Baekeland. Science 100, 23–4.
*Marion, S. P., & Thomas, A. W. (1946).  Effect of diverse anions on the pH of maximum precipitation of aluminum hydroxide."  Journal of Colloid Science, 1, 221–34.
*Houk, A. E. H., Thomas, A. W., & Sherman, H. C. (1946).  Some interrelationships of dietary iron, copper, and cobalt in metabolism. Journal of Nutrition, 31, 609–20.
*Graham, R. P., & Thomas, A. W. (1947).  The reactivity of hydrous alumina towards acids. Journal of the American Chemical Society, 69, 816–21.
*Carroll, B., & Thomas, A. W. (1949). Spectral changes of dyes in colloidal solutions of hydrous oxides. Journal of Chemical Physics, 17, 1336.
*Thomas, A. W., Rakowitz, D., & Rosoff, M. (December 31, 1954).  Studies of the chemistry, formation and structure of certain aluminum soaps.  Final Summary Report to Army Chemical Center, Maryland. Contract No. DA-18-108-CML-3960, Project No. 4-09-04-001. 203 pages.
*Kerr, P. F., Thomas, A. W., & Langer, A. M. (1963).  The nature and synthesis of ferrimolybdite. American Mineralogist, 48, 14–32.