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Hamilton, James – School Science Review, 1984
Examines relationships between science, industry, and education and issues related to these relationships. Quality of university research, industry support, involvement of polytechnics in scientific research, and problems with British industry are among the areas considered. (JN)
Descriptors: Higher Education, Industry, School Business Relationship, Science Education
Muecke, Gunter K.; Moller, Peter – Scientific American, 1988
Describes the characteristics of rare earth elements. Details the physical chemistry of rare earths. Reviews the history of rare earth chemistry and mineralogy. Discusses the mineralogy and crystallography of the formation of rare earth laden minerals found in the earth's crust. Characterizes the geologic history of rare earth elements. (CW)
Descriptors: Chemistry, Crystallography, Earth Science, Electronics Industry

Stankus, Tony; Rosseel, Kevin – Library Resources and Technical Services, 1987
Describes common traits of and provides information on a dozen characteristic Eurojournals, i.e., science journals intended to consolidate the best European research. They are compared with individual national and international titles, their success is gauged, and they are suggested as an alternative to multiple foreign subscriptions for American…
Descriptors: Comparative Analysis, Foreign Countries, Publishing Industry, Scholarly Journals

Buckholtz, Alison – Academe, 1999
The high price of subscribing to scientific journals threatens scientific communications. A coalition of universities, libraries, and learned societies, the Scholarly Publishing and Academic Resources Coalition (SPARC), is using electronic publishing to reverse that trend and provide affordable alternatives to costly print publications.…
Descriptors: Costs, Educational Trends, Electronic Publishing, Higher Education

Biddle, Wayne – Science, 1987
Examines the effects of increased industrial funding on academic research in science. Highlights the funding arrangements at Carnegie-Mellon University and the Massachusetts Institute of Technology and discusses the impact of university-industry ties. (ML)
Descriptors: Corporate Support, Industry, Research and Development, Research Universities

Bell, T. – European Journal of Engineering Education, 1987
Reviews the scope and dimensions of engineering new surface technologies. Focuses specifically on thermochemical treatments. Identifies the more widely used thermochemical treatments and describes the nitrocarburising and bonding treatments in particular. (ML)
Descriptors: Chemical Engineering, Chemical Industry, Engineering Education, Engineering Technology

Chemical and Engineering News, 1987
Relates the comments offered in an interview with Erich Bloch, the National Science Foundation (NSF) Director. Discusses issues related to NSF and its funding, engineering research centers, involvement with industry, concern for science education, computer centers, and its affiliation with the social sciences. (ML)
Descriptors: Agencies, Financial Support, Industry, Research and Development
Fort, Tony; And Others – Business Officer, 1993
The Higher Education Colloquium on Science Facilities Costs surveyed research universities, leading research corporations, and leading architectural/engineering firms concerning efficiency in construction of science facilities. Findings, comparisons between industry and education, effects of regulation and technological advancement, and…
Descriptors: College Administration, Costs, Efficiency, Federal Regulation

Lepkowski, Wil – Chemical and Engineering News, 1984
Discusss studies (commissioned with the Office of Technology Assessment, Congressional Research Service, and General Accounting Office) which will inform the House Science and Technology Committee members and Congress of various issues related to science policy. Includes a list of questions which indicate the range of issues under consideration.…
Descriptors: Engineering, Engineering Education, Federal Aid, Federal Programs

Beichl, G. J.; Kriner, W. A. – Journal of Chemical Education, 1986
Suggests ways that colleges can improve the problem-solving skills of chemistry majors and acquaint them with the realities of industrial research. Describes two projects in which undergraduate chemistry majors performed research and development work for a local chemical company. (TW)
Descriptors: Career Development, Chemical Industry, Chemistry, College Science
National Science Foundation, Washington, DC. Div. of Science Resources Studies. – 1994
This pocket guide contains a collection of graphed data, available in 1994, on science and technology funding patterns within the United States, public attitudes toward science and technology, and international trends in science and technology. Sections contain: (1) national research and development (R&D) funding patterns; (2) academic R&D…
Descriptors: Educational Trends, Employment Patterns, Federal Government, Financial Support
Freudenberg, Nicholas – Health Education & Behavior, 2005
Corporate practices, such as advertising, public relations, lobbying, litigation, and sponsoring scientific research, have a significant impact on the health of the people in the United States. Recently, health professionals and advocates have created a new scope of practice that aims to modify corporate practices that harm health. This article…
Descriptors: Scientific Research, Health Education, Health Promotion, Industry
National Academy of Sciences - National Research Council, Washington, DC. – 1986
Because of the changes occurring in the chemical sciences, a new survey of chemistry and its intellectual and economic impact was clearly needed. This report presents a current assessment of the status of chemistry and of the future opportunities in the field. This analysis contains: (1) an introductory chapter (establishing the need for the…
Descriptors: Biochemistry, Case Studies, Chemical Industry, Chemistry

Chemical and Engineering News, 1987
Discusses state of chemistry education and new technologies. Reviews recent history of undergraduate chemistry education. Enumerates technologies applicable to chemistry fields. Suggests changes in science courses in higher education. Discusses plans of the National Science Foundation (NSF) stressing funding in chemistry education and chemistry…
Descriptors: Chemical Industry, Chemistry, College Science, Development

Headrick, Daniel R. – Journal of World History, 1996
Examines the role played by botany and chemistry in the development, exploitation, and later deterioration of tropical economies. Although near equals in 19th-century international trade, the development of synthetics by European scientists in the early 20th century crippled the tropical economies. Research, innovation, and investment protected…
Descriptors: Botany, Chemical Industry, Chemistry, Colonialism
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