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Achievement Award M. J. Schuler To Receive 1981 OIney Medal M ATHIAS J. Schüler, one of the world's leading dyeing theoreticians and a pioneer in the disperse dyeing of polyester, has been named the 1981 recipient of AATCC's OLNEY MEDAL for outstanding achievement in textile chemistry. A 1938 graduate of Brooklyn College with a BS in chemistry (and graduate studies at Brooklyn College, the University of Maryland and the Massachusetts Institute of Technology). Schüler is environmental manager for The Du Pont Co. at Wilmington, Del. He joined Du Pont as a research chemist in 1945. was named senior research chemist in 1959, research associate in 1964, aresearch supervisor in 1969, and a division head in 1970. He has served in his present post since 1979. Prior to joining Du Pont, Schüler was a research assistant at the Sloan Kettering Institute in New York where he worked on the effect of X-rays on chemical reactions (1938-39). He joined Continental Baking Co. as a chemist in 1939, became a chemist for Ansbacher-Siegle Corp. in 1940, and was a teacher of high school chemistry and physics in New York from 1941 to 1944. He was involved in the Manhattan Project in 1944-45 as a supervisor for the Kellex Corp.. leaving that company to join Du Pont. His research at Du Pont has included studies on the funda- mentals of the interaction of light on colored solids. The study resulted in the ability to calculate the ultimate strength avail- able in a pigment based on its optical properties, particle size, crystal type and the resin in which it is suspended. He also developed methods for determining particle size distribution, worked on organometallic compounds (princi- pally tetra alkyl lead) with particular emphasis on yield im- provement and electrolytic preparation, researched the ef- fects of abrasion in automotive engines, and sought to develop a laboratory method for predicting tire tread wear charac- teristics for various elastomers. He is the author of a number of technical publications on dyeing and lightfastness testing, and has presented technical papers at meetings of both industry and academic organiza- tions. A member of AATCC since 1969, he has served on a num- ber of research committees—RA87, Dyeing Properties Test Methods (chairman 1975-78); RA91. Applied Dyeing Theory; RA92, Interaction of Dyes and Finishes: RA93. Terminology; and the Executive Committee on Research. He served as chairman of AATCC's Second International Dyeing Sym- posium in 1980. and along with Raymond S. Babiarz of Du Pont was instrumental in developing a new standard for light- fastness testing to replace the less precise Blue Wool Stan- dards used by the industry for many years. In addition to his work with AATCC. Schüler has been active in the American Dye Manufacturers Institute and the American Chemical Society, serving the latter in several local posts including that of chairman. He served on the science advisory committees for Glassboro State College and Gloucester County College, and has been active as a member and committee chairman of his local board of education. He was also an abstractor of foreign publications—French and German—for CHEMICAL ABSTRACTS for many years during the '40s and '50s. Schuler's leisure interests include antiques and repro- ductions, gardening, auto mechanics, stamp collecting, ten- nis, golf, stocks and bonds, watch and clock repair, and microscope and instrument services. He also built his own home including the foundation and fireplaces. Honors The Founder Of AATCC Established in 1944 in honor of Dr. Louis At well Olney, the founder and first president of AATCC. THE OLNEY MEDAL is presented in recognition of technical and scientific contribu- tions to the advancement of textile chemistry. The award consists of a gold medal, a scroll and an honorarium. Presen- tation of this year's award will be made at the 1981 National Technical Conference to be held October 21-23 in Charlotte. The conference, which marks AATCC's 60th anniversary, is being hosted jointly by the Palmetto, Piedmont and Northern Piedmont Sections. Previous Recipients Schüler is the thirty-eighth recipient of THE OLNEY MEDAL. Previous medalists were Dr. Olney, 1944; Milton Harris. Milton Harris Associates. 1945; William A. Cady. U.S. Finishing Co.. 1946; Edward R. Schwarz. Mas- sachusetts Institute of Technology. 1947; Harold M. Chase, Dan River Mills, 1948; Charles A. Seibert, The Du Pont Co., 1949; George L. Royer, American Cyanamid Co., 1950; Raymond W. Jacoby, Ciba Co., 1951; Wemer von Bergen, Forstmann Woolen Co., 1952; Roland E. Derby Sr., The CONTD ON PAGE 39 MAT SCHÜLER: Research scientist is the thirty-eighth recipient of AATCC's highest recognition for achievement in textile chemistry. July 1981 CCÛ 11

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  • Achievement Award

    M. J. Schuler To Receive 1981 OIney Medal

    MATHIAS J. Schüler, one of the world's leading dyeingtheoreticians and a pioneer in the disperse dyeing ofpolyester, has been named the 1981 recipient of AATCC'sOLNEY MEDAL for outstanding achievement in textilechemistry.

    A 1938 graduate of Brooklyn College with a BS in chemistry(and graduate studies at Brooklyn College, the University ofMaryland and the Massachusetts Institute of Technology).Schüler is environmental manager for The Du Pont Co. atWilmington, Del. He joined Du Pont as a research chemist in1945. was named senior research chemist in 1959, researchassociate in 1964, aresearch supervisor in 1969, and a divisionhead in 1970. He has served in his present post since 1979.

    Prior to joining Du Pont, Schüler was a research assistant atthe Sloan Kettering Institute in New York where he workedon the effect of X-rays on chemical reactions (1938-39). Hejoined Continental Baking Co. as a chemist in 1939, became achemist for Ansbacher-Siegle Corp. in 1940, and was ateacher of high school chemistry and physics in New Yorkfrom 1941 to 1944. He was involved in the Manhattan Projectin 1944-45 as a supervisor for the Kellex Corp.. leaving thatcompany to join Du Pont.

    His research at Du Pont has included studies on the funda-mentals of the interaction of light on colored solids. The studyresulted in the ability to calculate the ultimate strength avail-able in a pigment based on its optical properties, particle size,crystal type and the resin in which it is suspended.

    He also developed methods for determining particle sizedistribution, worked on organometallic compounds (princi-pally tetra alkyl lead) with particular emphasis on yield im-provement and electrolytic preparation, researched the ef-fects of abrasion in automotive engines, and sought to developa laboratory method for predicting tire tread wear charac-teristics for various elastomers.

    He is the author of a number of technical publications ondyeing and lightfastness testing, and has presented technicalpapers at meetings of both industry and academic organiza-tions.

    A member of AATCC since 1969, he has served on a num-ber of research committees—RA87, Dyeing Properties TestMethods (chairman 1975-78); RA91. Applied Dyeing Theory;RA92, Interaction of Dyes and Finishes: RA93. Terminology;and the Executive Committee on Research. He served aschairman of AATCC's Second International Dyeing Sym-posium in 1980. and along with Raymond S. Babiarz of DuPont was instrumental in developing a new standard for light-fastness testing to replace the less precise Blue Wool Stan-dards used by the industry for many years.

    In addition to his work with AATCC. Schüler has beenactive in the American Dye Manufacturers Institute and theAmerican Chemical Society, serving the latter in several localposts including that of chairman. He served on the scienceadvisory committees for Glassboro State College andGloucester County College, and has been active as a memberand committee chairman of his local board of education. Hewas also an abstractor of foreign publications—French andGerman—for CHEMICAL ABSTRACTS for many years duringthe '40s and '50s.

    Schuler's leisure interests include antiques and repro-ductions, gardening, auto mechanics, stamp collecting, ten-

    nis, golf, stocks and bonds, watch and clock repair, andmicroscope and instrument services. He also built his ownhome including the foundation and fireplaces.

    Honors The Founder Of AATCC

    Established in 1944 in honor of Dr. Louis At well Olney, thefounder and first president of AATCC. THE OLNEY MEDAL ispresented in recognition of technical and scientific contribu-tions to the advancement of textile chemistry. The awardconsists of a gold medal, a scroll and an honorarium. Presen-tation of this year's award will be made at the 1981 NationalTechnical Conference to be held October 21-23 in Charlotte.The conference, which marks AATCC's 60th anniversary, isbeing hosted jointly by the Palmetto, Piedmont and NorthernPiedmont Sections.

    Previous Recipients

    Schüler is the thirty-eighth recipient of THE OLNEYMEDAL. Previous medalists were Dr. Olney, 1944; MiltonHarris. Milton Harris Associates. 1945; William A. Cady.U.S. Finishing Co.. 1946; Edward R. Schwarz. Mas-sachusetts Institute of Technology. 1947; Harold M. Chase,Dan River Mills, 1948; Charles A. Seibert, The Du Pont Co.,1949; George L. Royer, American Cyanamid Co., 1950;Raymond W. Jacoby, Ciba Co., 1951; Wemer von Bergen,Forstmann Woolen Co., 1952; Roland E. Derby Sr., The

    CONTD ON PAGE 39

    MAT SCHÜLER: Research scientist is the thirty-eighth recipient ofAATCC's highest recognition for achievement in textile chemistry.

    July 1981 CCÛ 11

  • cerned with the production and use of cellulosic products,whether in academic or industrial circles. The volume is di-vided into eight chapters, each dealing with factors relevant to

    |the understanding of cellulosic copolymers. Each chaptercarries its own bibliography and is reasonably self contained.The authors suggest that portions of the text would be usefulin both undergraduate and postgraduate teaching, providedthe student is given guidance in following the text.

    Backcoating, Flocking And Finishing Formulations

    Rohm and Haas has published a buDetin (#21A36) on itsRhoplex K-87 formulations for fabric backcoating, flockingand finishing. The bulletin contains five different formula-tions, both clear and filled, to aid the formulator in attainingproper rheology for backcoating upholstery, automotive andhigh pile fabrics as well as a pigment binder formulation forglass fabrics. A new foamable flocking adhesive formulationis also included along with suggested foam density anddrying/curing temperatures for flocked upholstery and ap-parel fabrics. Copies of the bulletin are available from Rohmand Haas Co., Independence Mall West, Philadelphia, Pa.19105, telephone 215/592-3000.

    (For a copy, circle 75 on Reader Service Card)

    M. J. Schüler To Receive 1981 OIney Medal

    CONT'D FROM PAGE 11

    Derby Co., 1953; William D. Appel, National Bureau of Stan-dards, 1954; Miles A. Dahlen. The Du PontCo.. 1955; WalterJ. Hamburger, Fabric Research Laboratories, 1956; P. J.Wood. Royce Chemical Co., 1957; Henry E. Millson, Ameri-can Cyanamid Co., 1958; Emery I. Valko, LowellTechnological Institute, 1959; Arnold M. Sookne, Harris Re-search Laboratories, 1960; Fred Fortess, Celanese Corp. ofAmerica, 1961; Charles F. Goldthwait, North Carolina StateCollege- 1962; Guiliana C. Tesoro, J. P. Stevens & Co.. 1963;Richard O. Steele. Rohm and Haas Co., 1964; Herman F.Mark. Polytechnic Institute of Brooklyn, 1965; Wilson A.Reeves, U.S. Department of Agriculture. 1966; Edwin LSteams, American Cyanamid Co.. 1967; Harold P. Lundgren,U.S. Department of Agriculture. 1968; D. Donald Gagliardi,Gagliardi Research Corp., 1969; Paul L. Meunier, The Du.Pont Co., 1970; Ernest R. Kaswell, Fabric ResearchLaboratories, 1971; Victor S. Salvin, University of NorthCarolina at Greensboro. 1972; Herman B. Goldstein, SunChemical Corp., 1973; Henry A. Rutherford, North CarolinaState University. 1974; R. Lee Wayland Jr., Dan River Inc.,1975; George L. Drake Jr., U.S. Department of Agriculture,1976; James M. Straley, Tennessee Eastman Co.. 1977;Dmitry M. Gagarine, Milliken Research Corp.. 1978; JosephW. Gibson Jr.. The Du Pont Co., 1979; and Dr. Roland E.Derby Jr., The Derby Co., 1980. CCÛ

    Regulatory Relief: Challenge and Opportunity

    FROM PAGE 31

    the most cost effective employed. All in all, it is an opportu-nity for considerable input and an opportunity for the presen-tation and adoption of constructive alternatives. Industry haslong been seeking the very opportunity that has now beencreated. It is important, therefore, that we avail ourselves ofthis opportunity and that we provide the government,whether the Administration or the agencies, with the factualinformation so essential to developing and supporting theregulatory changes they have been advocating. It can indeedbe an era of regulatory relief, but only if there is active indus-trial co-operation and support, OX

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    July 1981 COO 39