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Royal Society INDEX

H. Kidd and D. Hartiey, eds.. Pesticide Index, Royal Society of Chemistry/Crown Copyright, Cambridge, U.K., 1988. [Pg.295]

Eight Peak Index of Mass Spectra, 3rd ed, Vol. 1, Part 1. The Royal Society of Chemistry, The University, Nottingham, UK, 1983, p. 67. [Pg.317]

Davison, G., and Hewitt, C.N. (ed.) (1997) Air Pollution in the United Kingdom, Royal Society of Chemistry, London. Dow Chemical Company (1993) Dow s Fire and Explosion Index Hazard Classification Guide American Institute of Chemical Engineers. [Pg.555]

Royal Society of Chemistry. The chemistry of bees. Available online. URL http //www.chemsoc.org/ExemplarChem/ entries/2001/loveridge/index-page8.html. Accessed on March 19, 2008. [Pg.113]

Based on a symposium cosponsored by the Divisions of Inorganic Chemistry of both the American Chemical Society and the Chemical Institute of Canada, and jointly sponsored by the Dalton Division of the Royal Society of Chemistry, [held at] Indiana University, Bloomington, Indiana, May 16-19, 1982. Includes bibliographies and index. [Pg.2]

See Royal Society of London Catalogue of Scientific Papers, 18001900, Subject Index. Vol. I (1908) ... [Pg.56]

Figure 3.1 Analytical working curve for a self-indexed luminescent thermometer based on the ratio between the measured excimer (E, 475 nm) and monomer (M, 375 nm) emission bands of l,3-b/s(l-pyrenyl)propane in [C4Cjpyr][Tf2Nj. The optical thermometer is perfectly reversible in the temperature range shown and highly precise, with the measured uncertainties in the ratio (1 /1 ) falling well within the symbol dimensions. The dashed curve represents the temperature uncertainty predicted from explicit differentiation of a sigmoidal fit to the calibration profile 5T = 0T/0R 5R where R = I /Iu- (Reprinted from Baker, G.A., Baker, S.N., and McCleskey, T.M., Chem. Commun., 2932-2933, 2003. Copyright 2003 Royal Society of Chemistry. With permission.)... Figure 3.1 Analytical working curve for a self-indexed luminescent thermometer based on the ratio between the measured excimer (E, 475 nm) and monomer (M, 375 nm) emission bands of l,3-b/s(l-pyrenyl)propane in [C4Cjpyr][Tf2Nj. The optical thermometer is perfectly reversible in the temperature range shown and highly precise, with the measured uncertainties in the ratio (1 /1 ) falling well within the symbol dimensions. The dashed curve represents the temperature uncertainty predicted from explicit differentiation of a sigmoidal fit to the calibration profile 5T = 0T/0R 5R where R = I /Iu- (Reprinted from Baker, G.A., Baker, S.N., and McCleskey, T.M., Chem. Commun., 2932-2933, 2003. Copyright 2003 Royal Society of Chemistry. With permission.)...
The two Proceedings of the Royal Society Papers (Reprints K and L) are a matched pair, exploring the model reaction that Schmidt and Takoudis had devised [177] A + S <-> AS, B + S BS, AS + BS + 2S -> C + 45. Here, the autocatalytic element is the vacant site, just as B is in the Gray-Scott reaction and heat is in the non-isothermal exothermic case. The two reprints, although not an absolutely comprehensive treatment of this model, have a satisfying completeness. The tale of students who worked on this class of problem includes Alhumaizi, Cordonier, Farr, Jorgenson, Kevrekidis, McKar-nin, and Takoudis their papers are listed in the Index of Co-Authors. [Pg.226]

Royal Society of Chemistry, Library and Information Centre, http //www.rsc.org/ Library/index.asp [2005, accessed 17 May 2005],... [Pg.17]

The Eight-Peak Index of Mass Spectra published by the Mass Spectrometry Data Centre of the Royal Society of Chemistry is a popular printed index of mass spectral data that now contains some 81000 spectra of over 65000 different compounds [4], These spectra are published in the shape of lists of the eight main peaks. The complete data are sorted in three different ways to allow easy identification of unknown compounds by (i) molecular weight subindexed on molecular formula, (ii) molecular weight subindexed on m/z value and (iii) m/z value of the two most intense ions. [Pg.244]

Finding individual books or reviews is more difficult. A good starting point is your library, glance along the shelves and consult the catalogue. A more systematic method is to use Index of Reviews in Organic Chemistry (Royal Society of Chemistry) or Index to Scientific Reviews (Institute for Scientific Information) to locate books and reviews. [Pg.274]

Abstracts itself but this is too large and a much better choice is one or more of the titles in the CA Selects series, which only contain abstracts relating to a particular area. However, wider literature coverage is essential and a good approach is to read one of the periodicals which abstracts new compounds and reactions. Methods of Organic Synthesis (Royal Society of Chemistry) and the more comprehensive Index Chemicus (Institute of Scientific Information) are good examples of this genre. [Pg.276]

Databases. Sites such as Bath Information and Data Services (BIDS) and web of Science (WOS) provide access to abstracts of recent publications use these to find relevant literature for specific topics. Access is via the websites at http //www.bids.ac.uk/ or http //www.webofscience.com you will need a username and password - check with your department or library. In the case of BIDS, it provides access to databases covering subjects from science, engineering and medicine to economics, politics, education and the arts. Specific databases offered include ISI citation indexes EMBASE (international biomedical information) INSPEC (physics, electronic engineering and computing) international bibliography of the social sciences (IBSS) The Royal Society of Chemistry databases and education databases. See also Table 46.2. [Pg.303]

In checking over this list by consulting each original, further cross references will come to light and may be added to the list. Other additions will result from the careful inspection of the indexes of the various journals, although in some cases no index is provided. The catalogs of the Royal Society library (1839 and 1881-83) are rich in valuable indications of rarer material. [Pg.86]

Figure 7.24. A. Relationship between 8 so values and the summed bond strengths of the oxygen atoms for a number of phosphates. Opien symbols denote orthophosphates, closed symbols denote higher phosphates. From Cheetham et al. (1986), by permission of the Royal Society of Chemistry. B. Relationship between the CSA for several orthophosphates and the geometrical distortion index (DI) of the phosphate group. From data of Turner et al. (1986a). Figure 7.24. A. Relationship between 8 so values and the summed bond strengths of the oxygen atoms for a number of phosphates. Opien symbols denote orthophosphates, closed symbols denote higher phosphates. From Cheetham et al. (1986), by permission of the Royal Society of Chemistry. B. Relationship between the CSA for several orthophosphates and the geometrical distortion index (DI) of the phosphate group. From data of Turner et al. (1986a).

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