Andrews, J. T. R. Gaseous Decomposition Products of Rancid Oils. Oil & Soap. 12: 104 (1935).

Bloor, W. R. Biochemistry of Fats. Chem. Rev. 2: 243 (1925).

Blunt, K., and Feeney, C. M. The Smoking Temperature of Edible Fats. J. Home Econ. 7: 535 (1915).

Browne, C. A. A Contribution to the Chemistry of Butter-Fat. III. The Chemistry of Rancidity of Butter-Fat. J. Am. Chem. Soc. 21: 975 (1899).

Cawood, J. F. Shortening Value of Plastic Fats. Ind. Eng. Chem. 26: 968

(1934). Coe, M. R. Photochemical Studies of Rancidity; Induction Period of Protected and Non-Protected Oils. Oil & Soap. 13: 197 (1936). Coe, M. R., and Le Clerc, J. A. Antioxidants vs. Green Light Protection. Oil

& Soap. 12: 231 (1935). Davies, W. L. The Deterioration of Fat in Foodstuffs. Food Technology 1: 141,

181, and 269 (1931-32). Davis, C. E. Shortening; Its Definition and Measurement. Ind. Eng. Chem.

13: 797 (1921). Denton, M. C, and Lowe, B. The Shortening Power of Fats. Unpublished paper. Bureau of Home Economics. Part of paper used by permission of

Dr. Louise Stanley, Chief, Bureau of Home Economics, Dept. of Agri. Denton, M. C, and Pritchett, L. B. Experiments in Making Doughnuts of Low

Fat Absorption. J. Home Econ. 13: 255 and 309 (1921). Denton, M. C, Wengel, E., and Pritchett, L. B. Absorption of Fat by Fried Batters and Doughs, and Causes of Variations. J. Home Econ. 12: 111 (1920). Denton, M. C, Gordon, B., and Sperry, R. Study of Tenderness in Pastries Made from Flours of Varying Strengths. Cereal Chem. 10: 156 (1933). Fisher, J. D. Shortening Value of Plastic Fats. Ind. Eng. Chem. 25: 1171 (1933). Greenbank, G. R. The Oxidation of Fats in Storage. Oil & Soap. 13: 140 (1936). Hamilton, L. A., and Olcott, H. S. Antioxidants and the Autoxidation of Fats vs. Mode of Action of Anti- and Pro-Oxidants. Oil & Soap. 13: 127 (1936). Harkins, W. D., and Cheng, G. C. The Orientation of Molecules in Surfaces.

VI. Cohesion, Adhesion, Tensile Strength, Tensile Energy, Negative Energy,

Interfacial Tension and Molecular Attraction. J. Am. Chem. Soc. 43: 351

(1921). Harkins, W. D., Clark, G. L., and Roberts, L. E. The Orientation of Molecules in Surfaces, Surface Energy, Absorption, and Surface Catalysis. V. The

Adhesional Work between Organic Liquids and Water. J. Am. Chem. Soc.

42: 700 (1920). Hilditch, T. P. Fats and Waxes. Chapter VIII (Emulsions). Bailliers, Tindall & Cox

(1927). Iowa State College Experiment Station, Cooperative Investigation on Lard.

(Unpublished results.) (1932.) Jamieson, G. S. Vegetable Fats and Oils. Am. Chemical Soc. Monograph Series.

No. 58. The Chemical Catalog Co. (1932). Jamieson, G. S., and Baughman, W. F. Cotton Oil Press. 7: 35, No. 2 (1923). Jamieson, G. S., and Baughman, W. F. The Chemical Composition of Cottonseed

Oil. Cotton Oil Press 4: 61 (1920). Jamieson, G. S., and Baughman, W. F. Analyses of Authentic Commercial Corn

Oils. Cotton Oil Press 7: 34 (1924). Kerr, R. H. Unsaturated Fatty Acids of Chicken Fat. Personal communication. Kerr, R. H., and Sorber, D. J. The Analytical Detection of Rancidity. Ind. Eng.

Chem. 15:383 (1923). King, A. E., Roschen, H. L., and Irwin, W. H. An Accelerated Stability Test

Using the Peroxide Value as an Index. Oil & Soap. 10: 105 (1933). King, A. E., Roschen, H. L., and Irwin, W. H. The Accelerating Effect of

Metals on the Development of Peroxides in Oils and Fats. Oil & Soap.

10: 204 (1933). King, F. B., Loughlin, R., Riemenschneider, R. W., and Ellis, N. R. The Relative Value of Various Lards and Other Fats for Deep-Fat Frying of Potato

Chips. J. Agri. Research 53: 369 (1936). Langmuir, I. The Constitution and Fundamental Properties of Solids and Liquids.

II. Liquids. J. Am. Chem. Soc. 39: 1848 (1917).

Lea, C. H. Antioxidants and the Preservation of Edible Fats. J. Soc. Chem.

Ind. 55: 294T (1936). Lewkowitsch, J. Chemical Technology and Analysis of Oils, Fats and Waxes.

Macmillan Co., London (1909). Masters, H., and Smith, H. L. The Changes in the Character of Fats During the Process of Cooking. Analyst 39: 347 (1914). McKee, M. C. Fat Absorption in Frying Doughnuts. J. Home Econ. 10: 18

(1918). Morgan, A. F., and Cozens, E. R. Changes in Physical and Chemical Constants of Fats Used for Frying a Standard Dough. J. Home Econ. 11: 394 (1919). Musher, S. Cereals and Seeds Inhibit Rancidity in Lard. Food Ind. 7: 167

(1935). Musher, S. Inhibiting Rancidity. Food Ind. 7: 329 (1935).

Noble, I. T., McLaughlin, H., and Halliday, E. G. Factors Influencing the Apparent Shortening Value of a Fat. Cereal Chem. 11: 343 (1934). Olcott, H. S., and Mattill, H. A. Antioxidants and the Autoxidation of Fats.

IV. Lecithin as an Antioxidant. Oil & Soap. 13: 98 (1936). Piatt, W. Shortening and the Chemistry of Baking. Am. Food J. 18: 372 (1923). Platt, W. Shortening in Sweet Doughs. Baking Technology 2: 216 (1923). Platt, W., and Fleming, R. S. The Action of Shortening in the Light of the

Newer Theories of Surface Phenomena. Ind. Eng. Chem. 15: 390 (1923). Triebold, H. O. Rancidity. Cereal Chem. 8: 518 (1931).

Triebold, H. O., and Bailey, C. H. A Chemical Study of Rancidity. I. Autoxi-dation of Shortenings and Crackers. Cereal Chem. 9: 50 (1932). Triebold, H. O., and Bailey, C. H. A Chemical Study of Rancidity. II. Factors

Influencing the Keeping Quality of Shortenings and Crackers. Cereal Chem.

9: 91 (1932). Triebold, H. O., Webb, R. E., and Rudy, W. J. A Chemical Study of Rancidity.

III. Some Recent Developments in the Study of Oxidative Rancidity of

Special Interest to the Cereal Industry. Cereal Chem. 10: 263 (1933). Williams, A. W., and Gray, C. E. Fats and Oils in Cooking. University of 111.

Bull. 47 (1917). Wilson, R. E., and Barnard, D. P. 4th. The Mechanism of Lubrication. II.

Methods of Measuring the Property of Oiliness. Ind. Eng. Chem. 14: 683

(1922). Woodruff, S., and Blunt, K. Changes in Fats Absorbed by Fried Foods. J. Home

Econ. 11: 440 (1919).