Copenhagen group

Everyone at the institute followed Fermi s neutron work with fascination. Frisch, the only physicist on hand who knew Italian, was drafted to translate the successive papers aloud as soon as each issue of the Ricerca Scientifica arrived. The Copenhagen group was puzzled that slow neutrons affected some elements more intensely than others on the one-particle model of the nucleus even a slow neutron should almost always shoot completely through a nucleus without capture. 

Figure 5.10 shows photoabsorption cross-sections measured at a temperature of 105 K in the size range of 3 to 64 atoms per cluster. The data agree within experimental accuracy with earlier measurements for Na2i made by the Orsay group [13] (only the small dip in the spectrum was not seen here) and with the data of the Copenhagen group [27] for n = 14 to 48. 

Since there is an excellent review by Sheridan (74PMH(6)53) referencing all the relevant publications on this topic, only the microwave geometry of pyrazole determined by the group at the University of Copenhagen (74JST(22)40l) will be shown here (Figure 12). 

Extract from Radiometer (Analytical Division), 916-389 Copenhagen, Kelly/Group 83/8. 

M. van Bommel, B. van Elst, F. Broekens, Emission of organic acids from wooden construction materials in a small test chamber preliminary results of optimisation of the solid phase micro extraction technique, 4th Meeting of the Indoor Air Pollution Working Group, Copenhagen, 2001. 

Vestbo, J., Prescott, E., and Lange, P, Association of chronic mucus hypersecretion with FEV1 decline and chronic obstructive pulmonary disease morbidity. Copenhagen City Heart Study Group, Am. J. Respir. Crit. Care Med. 153, 5, 1530, 1996. 

Tommy Liljefors Department of Medicinal Chemistry, The Danish University of Pharmaceutical Sciences, Copenhagen, Denmark Claus Juul Loland Molecular Neuropharmacology Group, Department of... 

The following must be emphasised in particular involvement in the accompanying group of the Environment Ministry and participation in enquiries, conferences and specialised debates on the economic effects of the EU Commission s proposal for reform of European chemicals pohcy at the DG Enterprise on 21.5.02 subjects at the VCl events on 16.4.02 and 13.11.02 the UBA speciahsed debate on 6.2.03 and the BDl specialised debate on 20.2.03 as well as the European Environmental Bureau s (EEB) conferences in Copenhagen on 27/28.9.02 and in Brussels on 31.1/1.2.03. 

ICES (2004). Report of the Working Group on Biological Effect of Contaminants. ICES Document CM 2004/E 04 Ref ACME. International Council for the Exploration of the Sea (ICES), Marine Habitat Committee, Copenhagen, Denmark. 

OSPAR (2003). Harmonisation of Criteria for the Assessment of TBT-specific Biological Effects, presented by the Netherlands, Meeting of the working group of monitoring (MON), 16-18 December 2003 in Copenhagen, document MON03/3/1-E. 

Lima de Faria, M., Saraiva, M. C., and Mosime, S. (2008). Consumer focus groups and sociocultural studies conducted in three areas where Morama beans are found. Annual Report Marama II Project, Copenhagen, Denmark. 

Barabas, A., and M. Bartolome. 1973. Hydraulic development and ethnocide the Mazatec and Chinantec people of Oaxaca, Mexico. International Workers Group for Indigenous Affairs, Document 15. Copenhagen. 

Diener, H. C. (RPR100893-201 migraine study group) Substance P antagonist RPR100893-201 is not effective in human migraine attacks. 6 Int. Headache Res. Sem. Nov. 17-19 Copenhagen, Denmark 1995. 

Hartmann, G., "Group Antigens in Human Organs", Munksgaard, Copenhagen, 1941. 

WHO (2006) Development of WHO guidelines for indoor air quality, Report on a working group meeting Bonn, De 23-34 Oct, 2006, Regional Office for Europe, Copenhagen, Denmark. 

Diener, H.C. (1995), for the RPR100893-201 Migraine Study Group 6th International Headache Research Seminar, Copenhagen, Denmark, Poster 1. 

At the current stage the Enviro-HIRLAM model is used as the baseline system for the HIRLAM chemical branch, and additionally to the HIRLAM community the following groups join the development team University of Copenhagen, Tartu University (Estonia), Russian State Hydro-Meteorological University and Tomsk State University, Odessa State Environmental University (Ukraine), etc. 

Bertrand suggested glucose, the most typical example of the group. This denomination, adopted by the commission in 1924 at Copenhagen, was somewhat contrary to former practices and aroused criticism. 

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