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Dintzner, Matthew R.; Wucka, Paul R.; Lyons, Thomas W. – Journal of Chemical Education, 2006
A detailed investigation of the clay-catalyzed condensation of sesamol and other phenols with 3-methyl-2-butenal to give methylenedioxyprecocene (MDP) and other chromenes is presented. The clay-catalyzed microwave-assisted condensation of sesamol with 3-methyl-2-butenal is appropriate for incorporation into undergraduate organic laboratory…
Descriptors: Science Laboratories, Organic Chemistry, Laboratory Experiments, College Science
Peer reviewedLippincott, W. T., Ed. – Journal of Chemical Education, 1974
Activities and results of a conference on laboratory instruction in chemistry are discussed. Brief descriptions of eight novel programs are provided. (DT)
Descriptors: Chemistry, Editorials, Instruction, Laboratories
Thompson, Peter – Amer Biol Teacher, 1969
Descriptors: Bookkeeping, Facility Inventory, Methods, Science Equipment
Palmer, R. Ronald; Rice, William Maxwell – 1961
In order to serve college administrators, architects and physics educators, a collection was made of material reflecting the state-of-the-art of physics building design. This body of material, including drawings, diagrams, and photographs, resulted largely from extensive interviews with about 50 institutions who had recently built such facilities.…
Descriptors: Building Design, Laboratory Equipment, Science Equipment, Science Facilities
Higgins, E. Eugene; And Others – 1964
A list is presented of science buildings at institutions of higher education; buildings are identified by name as reported by the institution, and dates of initial occupancy are shown. A table is included showing regional distribution of instructional laboratories in the science buildings reported--(1) by number and size, (2) by capacity in…
Descriptors: Bibliographies, College Planning, Facilities, Higher Education
Peer reviewedGaunt, H. M. – British Journal of Educational Technology, 1978
Describes the use of cassette recorders plus color prints as a teaching aid in a laboratory situation, indicating advantages in the areas of education, organization, and ease of implementation. (Author/RAO)
Descriptors: Audiovisual Aids, Color, Educational Media, Photographs
Peer reviewedNagalski, Jan L. – American Biology Teacher, 1978
Illustrates ways to recycle plastic milk jugs into useful laboratory equipment. Among the uses described are storage containers, scoops, funnels, and flower pots. (MA)
Descriptors: Biology, Laboratory Equipment, Recycling, Science Education
Peer reviewedOrr, Edward W.; Ghee, William K. – Journal of Chemical Education, 1985
This article (1) defines risk management and discusses alternatives to treating exposures facing those operating chemical laboratories; (2) indicates how two Virginia universities did or did not apply the risk management concept to their laboratory settings; and (3) identifies potential sources of information on this subject. (JN)
Descriptors: Chemistry, College Science, Higher Education, Laboratory Safety
Peer reviewedChemical and Engineering News, 1973
A study is presented to show ways by which management can stimulate technological innovation. (DF)
Descriptors: Development, Innovation, Research, Resource Materials
Scott, R. H. – J Chem Educ, 1970
Descriptors: Chemistry, Committees, Fire Protection, Laboratory Safety
Peer reviewedJarvis, W. H. – Physics Education, 1971
Descriptors: College Science, Laboratory Equipment, Physics, Science Laboratories
Peer reviewedKandel, Marjorie – Journal of College Science Teaching, 1998
Miles Pickering joined the Princeton University staff in 1976, became director of the undergraduate chemistry laboratories in 1981, and was a chemistry department lecturer and senior staff member until he died in 1991. Focuses on his inspiring publications in the "Journal of College Science Teaching" and the "Journal of Chemical Education."…
Descriptors: Biographies, Chemistry, Higher Education, Science Education
Peer reviewedRoy, Ken – Science Education International, 2003
Explains the benefits and strengths of having safety checklists in science laboratories. Presents a checklist that reflects important components of safety that address many situations in school laboratories. (NB)
Descriptors: Laboratory Safety, Middle Schools, School Safety, Science Instruction
Peer reviewedYoung, Jay A. – Science Teacher, 1997
Discusses the importance of involving students in assessing the risks versus the benefits of specific laboratory activities, completing accident/incident reports, and performing periodic safety inspections. Concludes that involving students enhances their awareness of both hazards and precautions that must be taken. Provides them another avenue…
Descriptors: Hazardous Materials, Laboratory Safety, Science Activities, Science Laboratories
Peer reviewedScience Teacher, 1997
Presents a checklist as a guide for preparing a set of safety rules that has been adapted from the U.S. Consumer Products Safety Commission's publication titled "School Science Laboratories: A Guide to Some Hazardous Substances". Addresses work habits; safety wear; facilities and equipment; purchasing, use, and disposal of chemicals; and…
Descriptors: Hazardous Materials, Laboratory Safety, Science Activities, Science Laboratories

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