Found in 50 Collections and/or Records:
The records of the American Iron and Steel Institute and its predecessors provide an overview of the American iron and steel industries from their roots in the mid-eighteenth century to the early 1980s. The bulk of the archive consists of the Institute's library. Most of the Institute's own publications, plus a large collection of steel industry annual reports, are cataloged individually and stored in the general Imprints Department stacks.
Incorporated in 1912, Atlas Powder Company functioned as an independent explosives and chemicals company until 1971, when it was purchased by Imperial Chemical Industries Limited (U.K.) and became its American affiliate under the name ICI Americas, Inc. The collection consists of minutes, reports, and correspondence from Atlas in addition to both predecessor and subsidiary companies.
Charles J. Pedersen (1904-1989) was a research chemist with E.I. du Pont de Nemours & Company who spent most of his career at the Jackson Laboratory in Deepwater, New Jersey, and the Elastomer Chemicals Department in Wilmington, Delaware. This collection consists of two laboratory notebooks from Jackson Laboratory from 1956.
Charles J. Pedersen (1904-1989) spent more than forty years as a DuPont research chemist in the Organic Chemicals and Elastomer Chemicals departments. Pedersen’s early investigations led to the development of a dramatically improved process for manufacturing tetraethyl lead, an important gasoline additive. His discoveries relating to the degradative effects of heavy metals on petroleum products resulted in thirty patents for antioxidants and other related products. Pedersen’s greatest achievement, however, came toward the end of his career when he discovered a new class of molecules that he called "crown compounds." Twenty years after his ground-breaking discovery was first disclosed publicly, Pedersen shared the Nobel Prize in Chemistry. Pedersen’s research notebooks provide detailed accounts of laboratory preparations and analytical procedures. Also included in this collection are files compiled by Pedersen relating to his original research on crown compounds, as well as his earlier research.
Charles Lee Reese Sr. (1862-1940) was a chemist and scientist at the E. I. du Pont de Nemours & Company from 1902 to 1931. Until 1900 he taught chemistry in several American schools, and then began his career in industrial research with the New Jersey Zinc Company. The collection consists of nineteen volumes of Reese's laboratory notebooks, most dating from his tenure at New Jersey Zinc. A minority of the notebooks cover some of his early work for DuPont.
Charles Lee Reese, Sr. (1862-1940) was a chemist and scientist at the E. I. du Pont de Nemours & Company from 1902 to 1931. The Charles L. Reese papers are a group of material from his student days, the texts of lectures and articles, biographical materials and genealogical notes.
Charles M.A. Stine (1882-1954) was one of the leading research chemists employed by E.I. du Pont de Nemours & Co. The collection contains Stine's published articles and speeches in which he advocated the importance of fundamental chemical research.
Crawford H. Greenewalt (1902-1993) was an executive with the DuPont Company and president of the firm from 1948 to 1962. This collection consists of Greenewalt's papers from his time as president and chairman of the board. There is a broad range of external correspondence, internal company communications and reports, presidential working papers, transcripts of speeches, and published articles that make up the collection.
Crawford H. Greenewalt (1902-1993) was an executive with the DuPont Company and president of the firm from 1948 to 1962. In 1942, when the DuPont Company agreed to participate in the Manhattan Project, Greenewalt was named chief liaison, working with the physicists at the University of Chicago Metallurgical Laboratory, including Arthur Compton (1892-1962) and Enrico Fermi (1901-1954), who were developing techniques for plutonium separation. The collection consists of eight volumes of Greenewalt's diaries, which describe the history of the Manhattan Project and the development of the United States' first atomic bombs that were used to end the Second World War. The diaries describe the technical history of the project, as well as the relationships that developed between scientists.
Science and Corporate Strategy is a scholarly history of Research and Development at the DuPont Company authored by David A. Hounshell (1950-) and John Kenly Smith (1951-). The collection consists of research files compiled by Hounshell Smith for the purpose of writing the book. Research files include copies of correspondence, articles, reports, patents, chronologies, organizational charts, and contracts from the DuPont Company from 1903 though 1980.
The David Sarnoff Research Center (DSRC) in Princeton, New Jersey was the central research organization for the Radio Corporation of America (RCA) from 1942 to 1987. Following GE’s acquisition of RCA in 1986, the DSRC was donated to SRI International as a contract research laboratory. Renamed the Sarnoff Corporation in 1997, it was integrated into SRI in 2011. The records document the pioneering research of its scientists and trace the history of the organization from its establishment into the twenty-first century.
The Directors of Industrial Research (D.I.R.) is a forum for the exchange of ideas and information on topics of mutual interest for directors of America's foremost industrial research laboratories, formed in 1923. The records of the Directors of Industrial Research are an important collection, primarily because of their documentation of the development of industrial research. These records provide ample opportunity for the study of a powerful elite of corporate researchers, and a close-up view of certain aspects of the relationship between science and big business in the twentieth century.
E.I. du Pont de Nemours & Company's Agricultural Products Department was responsible for the research, development, and manufacturing of organic fertilizers, herbicides, fungicides, insecticides, and other agricultural chemicals. The records include a history of the department, chronology of the benzimidazole fungicide development, history of the technical development of Benomyl, and a small collection of papers from Ralph K. Iler (1909-1985) describing the department's fundamental research program on inorganic chemistry.
E.I. du Pont de Nemours & Company was established in 1802 by Pierre Samuel du Pont de Nemours (1739-1817) and his son Éleuthère Irénée du Pont (1771-1834). In 1903, the DuPont Company's Executive Committee established the Experimental Station, a research facility located on the banks of the Brandywine River across from DuPont's first black powder works. This small collection of materials from the Experimental Station relates to the buildings, conducting of research, and to submission of reports.
E.I. du Pont de Nemours & Company is a chemical company, commonly referred to as the DuPont Company. It manufactured paints, dyes, and photographic products, and focused on applied research. This collection consists of materials related to patents and patent research. It includes patent proposal logs and patent search files from several DuPont Company departments related to photographic film and electronic products. The departments include: Photo Products, Electrochemical (Elchem), Electronics, Imaging Systems, and Photosystems and Electronics Department. This collection would be useful for examining research trends and patented product development.
Lavoisier Library is the library at the DuPont Company's Experimental Station, a large industrial research facility focused on innovative advancements in chemistry located in Wilmington, Delaware. The Lavoisier Library was established in 1917. This collection consists of images from the DuPont Company's Lavoisier Library: primarily of employees and interior views of the library. There are materials that document the history of the organization of the library, the development of the physical building, and library employee's work. There are a few group and individual photographs of DuPont Company employees.
Edwin A. Gee (1920-2013) was trained as a chemical engineer and worked as a metallurgist for the United States Bureau of Mines before joining the DuPont Company in 1948. The papers of Edwin A. Gee are incomplete and represent only a small portion of his work in the Development Department and as a member of the Executive Committee. The surviving records have been arranged in two series that document Gee's involvement in important phases of the company's history: Patent documentation and Diversification and research and development strategy.
The Textile Fibers Department of the DuPont Company was established in 1936 (known then as the Rayon Department) which specialized in researching and developing synthetic fibers for fabrics such as Rayon, Nylon, Teflon, Corian, and Kevlar. Lavoisier Library is the library at the DuPont Company's Experimental Station, a large industrial research facility focused on innovative advancements in chemistry located in Wilmington, Delaware. The records in this collection consists of files assembled to document various aspects of the company's history, its policies and products, and the writings and speeches of executives and researchers.
E.I. du Pont de Nemours & Company is a chemical company more commonly known as the DuPont Company. It was established in 1802 and began by manufacturing gunpowder, later moving into chemical compounds. During the 1920s and 1930s, under the leadership of Irénée du Pont (1876-1963), president from 1919 to 1926, and Lammot du Pont (1880-1952), president from 1926 to 1940, the company became the world's leading chemical manufacturer producing smokeless powder, dynamite, dyes, cellophane, textile fibers, and artificial rubber. The records primarily document the presidency of Lammot du Pont, with some fragmentary records from the Irénée du Pont period.
E.I. du Pont de Nemours & Company, Polymer Products Department researched, developed, and manufactured products made out of elastomers, plastics, and resins. The collection includes records from the Marketing Services Division, Experimental Station, Plastics Department's Polymer Products Division, Fabrics and Finishes Department, and Specialty Polymers Division. The records reflect the diverse functions for which the department and its predecessor components were responsible and contain material representing several periods in the department's history.
E.I. du Pont de Nemours & Company’s R. & H. Chemicals Department manufactured and sold peroxides, cyanide of sodium, formaldehyde, trychloretheline, tin oxide, and polyvinyl alcohol. The department was formed in 1933 as a result of the 1930 acquisition of the Roessler & Hasslacher Chemical Company, which operated a plant in Niagara Falls, New York. The records primarily consist of reports on experimentations with various insecticides, pesticides, preservatives, and other forms of pest and disease-control applied to the farming and agricultural industries.
The Textile Fibers Department of the DuPont Company was established in 1936 (known then as the Rayon Department), which specialized in researching and developing synthetic fibers for fabrics such as Rayon, Nylon, Teflon, Corian, and Kevlar. The collection consists of research files and other records from the primary divisions of the Textile Fibers Department, including the Pioneering Research Division, Rayon Research Division, Technical Service Section, and the research facilities at the Spruance Plant in Richmond, Virginia, and at the Yerkes Plant in Buffalo, New York. These files document the development of some of DuPont's best known and most commercially successful synthetic fibers: nylon, Dacron, and Orlon. Additionally, there are market research reports assessing product performance and consumer surveys evaluating customer attitudes toward products.
The Leeds & Northrup Company thrived throughout the twentieth century as a premier manufacturer of precision measuring and scientific equipment. The bulk of the Leeds & Northrup Electrical Power Systems records come from three employees, whose work at Leeds & Northrup spanned from 1928-1981: W. Spencer Bloor (1918-2002), Nathan Cohn (1907-1989), and S. Byron Morehouse. All worked within the Instrumentation and Controls for Electric Power Application Division. The records include papers, presentations, correspondence, memos, blueprints, and other materials relating to the development of a national electrical power grid in the United States. Technological and commercial developments in automatic electric power generation control, stabilization of energy load across regions, and problems of interconnection feature prominently in these materials.
This collection contains research reports for the purpose of developing and elaborating exhibits and interpretations of the Hagley Museum. The reports were prepared by a permanent research staff and by participants in the Hagley Fellowship Program. The research reports also include scholarly articles that use Hagley's collections or are about subjects that pertain to Hagley's mission.
Elmer Sperry (1860-1930) was one of America’s electric pioneers. He founded the Sperry Gyroscope Company in order to develop, manufacture, and market marine gyrostabilizing devices. The papers document Sperry's research and development work and entrepreneurial activities.
The Textile Fibers Department of the DuPont Company was established in 1936 (known then as the Rayon Department) which specialized in researching and developing synthetic fibers for fabrics such as Rayon, Nylon, Teflon, Corian, and Kevlar. This collection consists of materials once housed in the library of the Experimental Station and culled after the sale of the textile fibers business. The collection has been arranged into six series: Vertical file; Translation logs; Miscellany; Project indexes; Publications; Speeches.
The Haskell Laboratory was established in 1935 as a Dupont Company research laboratory tasked with identifying potential health risks that could result from DuPont products and processes. DuPont called the laboratory the first of its kind in the United States, and the lab grew to become a respected and influential leader in the fields of occupational safety and toxicology. The records in this collection provide insight into the early motivations for creating the lab. In addition, the various papers, records, and publications document the laboratory’s research interests, business operations, and human resources activities.
H.E. Schroeder (1915-2009) was a research chemist who spent most of his career with E.I. du Pont de Nemours & Company. His papers consist of documents and memorabilia covering his family and professional life.
Science and Corporate Strategy is a scholarly history of research and development at the DuPont Company authored by David A. Hounshell (1950-) and John Kenly Smith (1951-). As part of their research, Hounshell and Smith conducted sixty-one oral history interviews with forty-seven current and former chemical engineers involved in DuPont's R & D programs. The interviews constitute an exhaustive first-person account of DuPont's research programs with special emphasis on personalities and the organizational culture of the various DuPont research facilities.
Isaac Auerbach (1921-1992) joined the staff of the Eckert-Mauchly Computer Corporation to work on the UNIVAC project in June of 1946. One of his initial assignments was to survey and analyze the "large-scale computing projects" that were underway in the various computational laboratories throughout the country. This report goes through the history of analog computing, the development of digital computing and computational theory, current computer development projects at research institutions and commercial firms, and the commercial market for electronic digital computers.
The Leeds & Northrup Company traces its origins to Morris E. Leeds & Company, established by Morris E. Leeds (1869-1952) in 1899 to develop and manufacture precision instruments. Their records consists of minutes from the Development and Executive Committes and the Cooperative Association.
Parry Norling (1939-) was a career research chemist and manager with E.I. du Pont de Nemours & Company. This small collection consists of DuPont Company-related videotapes and slides accumulated by Parry Norling while in his role as Planning Director at DuPont's Central Research and Development during the 1990s.
Parry Norling (1939-) was a career research chemist and manager with E.I. du Pont de Nemours & Company. Records consists of company documents and outside publications collected by Norling during his time at DuPont.
Paul W. Morgan (1911-1992) was a research chemist who spent his thirty-five-year career working in the DuPont Company's Pioneering Research Laboratory, part of the Textile Fibers Department (formerly the Rayon Department). His contributions include interfacial polycondensation reactions, a previously unexplored field of polymer chemistry. Morgan’s polymer condensation research ultimately yielded several commercially successful products. Among these were Nomex®, a high-temperature-resistant, thermally stable aramid fiber; Fiber B, a new tire reinforcing fiber that was twice as strong as ordinary synthetic tire yarns; and PRD-49, a high-modulus organic fiber marketed as Kevlar® aramid fiber. In addition to documenting Morgan’s career with DuPont, this collection also contains materials relating to the history of hand tools and tool manufacturers, amassed by Morgan following his retirement.
Founded in 1831 as the Elkinton Company and later renamed, Philadelphia Quartz Company became an important innovator during World War I by discovering that silica gels could be used as a base to manufacture catalysts for cracking crude oil molecules to make high-octane gasoline and developing potassium silicate which was adopted for use in cathode ray tubes. The company's records includes business records and the personal papers of the company's founding family.
Ralph Mosser Barnes (1900-1984) was an American industrial engineer who was a pioneer in motion and time study applications. This collection consists of four films showing a selection of studies that were managed or designed by Barnes.
The RCA Astro-Electronics Division (AED) led RCA’s research and development efforts in space technology from the beginning of the space race to the acquisition of RCA by GE in 1986. The records consist primarily of the papers of scientists Bert Sheffield, Max Mesner, and Charles Vose documenting RCA’s pioneering research. In addition, the Art Gompper Astro Print Shop collection provides insight into the administrative and promotional side of AED.
The RCA Camden plant was originally established under the Victor Talking Machine Company in 1907. In 1929, the Radio Corporation of America acquired the Victor Talking Machine Company and soon made Camden the center of its own research, development, and manufacturing. Camden remained the company's primary advanced development site until GE acquired RCA in 1986. The records document RCA’s work in the space program, electron microscopy, nuclear fusion, and other fields through research records, correspondence, reports, photographs and films.
The Radio Corporation of America (renamed RCA Corporation in 1969) was best known for its pioneering radio and television development and manufacturing. In addition to consumer electronics, RCA was a major player in the development of electronics for industrial and military applications. The collection contains promotional and technical publications, including brochures, scientific journal articles, and serials; which document the activities of RCA and its successors.
The RCA Solid State Division (SSD) was responsible for leading RCA’s research, development, and manufacturing in semiconductors, integrated circuits, and optoelectronics. The records consist of the papers of scientists and administrators from the division’s facilities in Somerville, New Jersey and Findlay, Ohio.
The Radio Corporation of America (renamed RCA Corporation in 1969) was best known for its pioneering radio and television development and manufacturing. In addition to consumer electronics, RCA was a major player in the development of electronics for industrial and military applications. The RCA technical reports contain thousands of detailed scientific reports on RCA’s research and development in electronics. Most were created for internal use, but contract proposals and reports for nearly 700 different contract projects are also included.
For over fifty years the Radio Corporation of America (RCA) was one of the country's leading manufacturers and vendors of radios, phonographs, televisions, and a wide array of consumer and military electronics products. The records of the RCA Corporation consist of three series: Secretary's files; B.L. Aldridge files; and the Camden Technical Library files. The collection is largely RCA technical reports, standards, engineering notebooks, manuals and miscellaneous publications. The Secretary's files document the formation of RCA. Aldridge's files deal almost entirely with the history of the Victor Talking Machine Company, RCA-Victor and the Camden Plant.
The Radio Corporation of America (RCA)’s Picture Tube Division, later known as the Video Component and Display Division, was headquartered at a research and production facility in Lancaster, Pennsylvania. In 1987, the French firm Thomson Consumer Electronics acquired RCA’s consumer electronics business, including the Lancaster plant, and operated the facility until Thomson shut down its consumer electronics operations in 2005. Materials in the collection document a diverse array of activities at the RCA/Thomson Lancaster plant between the facility’s early days of operation and its closure. Corporate memoranda, correspondence, product technical data, photographs, and audiovisual materials trace the development of RCA/Thomson’s picture tube product line. Corporate publications chronicle major moments in company history.
The Radio Corporation of America (renamed RCA Corporation in 1969) was best known for its pioneering radio and television development and manufacturing. In addition to consumer electronics, RCA was a major player in the development of electronics for industrial and military applications. The Records of other RCA divisions include documentation of RCA's research and development before the Second World War, as well material from the famous patent dispute case Armstrong v. Radio Corporation of America and National Broadcasting Company.
This series consists of the historical materials relating to the various company histories that Marshall compiled throughout his career. Subseries A contains histories, ephemera, and photographs relating to the various companies. This group includes materials on all of the small, forgotten companies that were merged with or absorbed by the larger companies whose names survived through the years.
Subseries B, C, and D contain published sources of information on the various appliances and subjects of interest to Johnson. Subseries E are files on museum exhibitions and other museums Johnson visited and, in some cases, worked with. Subseries F contain the information Johnson compiled on various collectors and clubs for the appliances of interest. Subseries G are files and binders of photographs of the appliances and other items that Johnson had collected while researching particular products.
Subseries H are 65 ink on drafting linen production drawings (18"X24") for Wear-Ever's regular line of aluminum cookware products. These include drawings for coffee pots and perculators, tea kettles, pitchers, ricers, and several kinds of pans.
Subseries I are 203 ink on drafting linen production drawings for Wear-Ever's Kensington Ware line of aluminum giftware. While many of them were designed by Lurelle Guild, the drawings only note who drew them.
Subseries J are the actual small electric and hand-operated appliances, tools, and razors that Johnson collected to study while designing his products.
The Sperry Gyroscope Company was originally organized by electrical inventor Elmer Ambrose Sperry (1860-1930) for the purpose of manufacturing and marketing his ship gyrostabilizer, gyrocompass, and high-intensity searchlight. Their card file documents over sixty years of the company's history.
Engineering Research Associates (ERA) origins can be traced to the classified World War II-era Navy project to break the German secret codes by using electronic data processing. After the war, ERA became a private sector company that did pioneering work in computer development. In 1952, it was purchased by Remington Rand. The records include the correspondence of ERA's founding engineers including William Norris and Arnold Cohen. Also included is business and technical correspondence, legal records, patents, and oral histories.
Stephanie Louise Kwolek (1923-2014) was an American chemist known for inventing Kevlar. The papers of Stephanie L. Kwolek chronicle her work over a forty year span at the DuPont Company. The collection includes patents, journal articles, awards, subject files, and speeches that were either produced by or aided Kwolek in her work.
Wallace Hume Carothers (1896-1937) was a chemist and inventor of Neoprene artificial rubber and Nylon synthetic fiber. He worked as a chemist in E.I. du Pont de Nemours & Company's Fundamental Research Program from 1928 until his death in 1937. This small collection consists of a mixture of materials collected in the decades following Carothers death related to the development of Nylon and polymerization. Included are reprinted articles, patent applications, biographical materials, and newspaper clippings.
Wallace Hume Carothers (1896-1937) was a chemist and inventor of Neoprene artificial rubber and Nylon synthetic fiber. He worked as a chemist in E.I. du Pont de Nemours & Company's Fundamental Research Program from 1928 until his death in 1937. This small collection consists of Carothers' professional and technical correspondence, primarily with colleagues in the Chemistry Department at Iowa State University, Harvard, and the DuPont Company. The papers describe the DuPont Company's recruitment of Carothers and his work on polymerization, which led to the development of Nylon.