506 ANNUAL REPORT SMITHSONIAN INSTITUTION, 1960 



1951. Fiber measurements of second-drawing sliver compared with those 



of raw cotton in relation to yarn strength and yam appearance. 

 U.S. Dept. Agr., Prod, and Market. Adran., 80 pp., illus. 



1952. Relation of rate of carding and factors of cotton quality to strength 



and appearance of carded yarn, neps in card web, and percentage of 

 card waste. U.S. Dept Agr., Prod, and Market. Admin., 44 pp. 



1953. Relation of rate of carding and factors of cotton quality to strength 



and appearance of combed yarn, neps in card web, card waste, and 

 comber waste. U.S. Dept. Agr., Prod, and Market. Admin., 61 pp. 

 1953. An evaluation of the significance and use of the K factor of yarn 

 strength and its relation to raw-cotton quality, U.S. Dept Agr., 

 Prod, and Market Admin., 82 pp., illus. 



1955-59 



aobictlxturax expeeiment stations of cotton states and united states 

 Department of Aqbioulture, Cooperating. 



1959. Use of cotton fiber tests by United States cotton shippers. Southern 



Coop. Series Bull. No. 62, 32 pp., illus. 

 1959. Use of cotton fiber tests by United States cotton mills. Southern 

 Coop. Series Bull. No. 70, 33 pp., illus. 

 ASTM Standards on Textile IMatekials. 



1959. Methods for testing cotton fiber properties, including specifications 

 and tolerances. (Published annually by Amer. Soc. Test. Mat, 

 1916 Race St., Philadelphia 3, Pa.) 

 Bailey, Fred. 



1955. Father of cotton fiber technology in USDA : Industry owes him much. 

 Cotton Gin and Oil Mill Press, vol. 56, No. 4, p. 79; also U.S. 

 Congressional Record, Appendix, p. A2588, Apr. 19, 1955. 

 BuBLEY, Samuel T., Jr., and Carpenter, Frances. 



1955. The evaluation of results obtained on available types of fiber strength 

 testers using various gauge spacings and their relation to yarn 

 strength. U.S. Dept Agr., Agr. Market Serv., AMS-71, 19 pp., illus. 

 Gaus, George E., and Burley, Samuel T., Jr. 



1959. Apparatus for the causticaire method of measuring cotton-fiber 

 maturity and fineness. U.S. Dept Agr., Agr. Market. Serv., AMS- 

 329, 20 pp., illus. 

 Hambuegeb, Walter J. 



1955. A technology for the analysis, design, and use of textile structures 

 as engineering materials. (Twenty-ninth annual Edgar Marburg 

 Lecture before ASTM, including a comprehensive review of the 

 literature on the subject, representing 48 citations, plus a selected 

 bibliography of 198 pertinent references.) Published separately by 

 the Amer. Soc. Test. Mat., 50 pp., illus. 

 Hebtel, K. L. 



1957. Fiber strength as a function of fiber length and gauge length. Text. 

 Res. Journ., vol. 27, No. 7, pp. 571-578, illus. 

 Heetel, K. L., and Craven, C. J. 



1955. Speedar measurement of fiber fineness and compressibility. Text 



Res. Journ., vol. 25, No. 5, pp. 429-432, illus. 



1956. Cotton fiber bundle elongation and tenacity as related to some fiber 



and yarn properties. Text. Res. Journ., vol. 26, No. 6, pp. 479-484, 

 illus. 



