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Gargaro AR, Barron LD, Hecht L (1993) J Raman Spectrosc 2491 Garnett JCM (1904) Philos Trans Roy Soc (London) 203:38S Garnett JCM (1906) Philos Trans Roy Soc (London) A205:237 Carrel1 RL (1989) Anal Cliein 61:401 A Geffcken W ( I 939) Kolloid-Z 86:55 Geick R (1977) Fresenius 2 Anal Chem 288:l Geladi P ( I 988) J Cheinoinerrics 2 2 3 1 Geladi P. Kowalski BR (1986) Anal Chim Acta 185:19 Gemperline PJ ( 1989) J Chemometrics 3:549 Gendreau RM, Griffiths PR ( I 976) Anal Chein 48: 1907 Gendreau RM, Griffiths PR (1976) Anal Chem 48:1910 Gendreau RM. Leininger RI. Winters S, Jakobsen RJ (1982) Biomatei-ids. In: Cooper SL, Peppas I Phenomena and Applications, American Chemical Society, Washington. Ser 199:371 Gennes PG de ( 1974) The physics of liquid crystals. Clarendon, Oxford Genzel L. Kuhl J (1978) Infrared Phys 18:113 Gerard A, Burch JM (1975) Introduction to Matrix Methods in Optics. John Wiley & Sons. London New York Sydney Toronto Gerhard SL, Dennison DM (1933) Phys Rev 43:197 Gerke M. Schatte G, Willner H (lY89) J Mol Spectrosc 1353359 Gerard DL (1991 ) Organic and Petrochemical Applications of Raman Spectroscopy. In: Grasselli JG, Bulkin BJ (eds) Analytical Raman Spectroscopy, c h a p 9. John Wiley & Sons, New York Gerry MCL, Levis-Bevan W, Merer AJ, Westwood NPC (1985) J Mol Spectrosc 1 19: I53 Gershikov AG, Spiridonov VP (1 98 1 ) J Mol Struct 75:2Y 1 Gerwert K (1992) Biochim et Biophys Acta 1101:147 Gerwert K (1993) Current Opinion Structural Biology 3:769 Gerwert K, Cepus V, Scheidig A, Goody RS (1993) Proc Time-Resolved Vibrational Spectroscopy VI, Lau A, Siebert F, Wemcke W (eds), Springer, p 185 Gerwert K, Hess B, Engelhard M (1990) FEBS Lett 261:449 Gerwert K, Hess B, Soppa J, Oesterhelt D (1989) Proc Natl Acad Sci USA 86:4943 Gerwert K, Hoffmann A, Schrader B (1990) In: Durig JR, Sullivan JF (eds). Proceedinga of the XI1 international conference on Raman spectroscopy. ICORS. p 852 Gerwert K, Hoffmann A, Schrader B (1992) In: Kiefer W, Cardona M. Schaack G, Schneider FW, Schrotter HW (eds). Proceedings of the XI11 Iiiternational Conference on Raman Spectroscopy. John Wiley & Sons. Chichester, p 490 Gerwert K, Rodriguez-Gonzales R, Siebert F (1985) In: Laubercau A, Stockburger M (eds) Time Resolved Vibrational Spectroscopy. Springer Verlag, Berlin Heidelberg New York Tokyo, p 2.59 Gerwert K, Siebert F (1986) EMBO Journal 5:805 Gerwert K, Souvignier G (1993) Nachr Chem Techn Lab 41:950 Giachetti A, Stanley RW, Zalubas R (1970) J Opt Soc Am 60:474 Gifford WE, McMahon HO (1960) Adv Cryogenic Engineering 5:354 Gilbert BP, Williams SD, Mamantov G (1988) Inorg Chem 27:23.59 Gilby AC, Syrjala RJ, Schlicht G (1980) Chemie Technik 9: I89 Gilette PC, Koenig JL (1982) Appl Spectrosc 3653.5 Gilson TR, Evans J (1984) J Chem Soc Dalton Trans:155 Gilson TR, Pumell MR (1982) J Raman Spectrosc 12:222 Gabrecht H, Seek S, Klose T (1965) CR Acad Sci Paris 261:373 Godber J, Huber HX, Ozin GA (1986) Inorg Chem 25:2909 Goddu R (1960) Adv Anal Chem Instrum 1347 Goddu R, Delker D (1960) Anal Chem 32: 140 Gomer H, Maier M, Kaiser W (1974) J Raman Spectrosc 2:363 Golab JT, Sprague JR, Carron KT, Schatz GC, Van Duyne RP (1988) J Chem Phys 88:7942 Golay MJE (1949) Rev Sci Instr 20:8 16 Golden WG ( 1985) Fourier Transform Infrared Reflection-Absorption Spectroscopy. In: Ferraro J R, B a d e LJ (eds) Fourier Transform Infrared Spectroscopy, Applications to Chemical Systems, vol 4. Academic. Orlando. pp 31.5 - 344 Golden WG, Dunn DS, Overend J (1981) J Catalysis 71595 Goldman A, Saunders RS (1979) J Quant Spcctrosc Rad Transfer 21:155
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Unlike other tasks that can be con gured in the control ow, a Data Flow task does not show an Editor dialog in response to an edit request. Instead, it switches to the Data Flow tab to view/con gure the task details. Each component appearing on the design surface can in turn be con gured in the Properties pane, by a component-speci c editor dialog, and, for many components, by an advanced editor as well. Each data ow must begin with at least one Data Flow source, and generally ends with one or more Data Flow destinations, providing a source and sink for the data processed within the task. Between source and destination, any number of transformations may be con gured to sort, convert, aggregate, or otherwise change the data. Out of each source or transformation, a green Data Flow path arrow is available to be connected to the next component. Place the next component on the design surface and connect it to the path before attempting to con gure the new component, as the path provides necessary meta-data for con guration. Follow a similar process for the red error ow for any component that has been con gured to redirect error rows. Use the Data Flow Path Editor to view/con gure paths as necessary, double-clicking on a path to invoke its editor. The editor has three pages: General: For name, description, and annotation options. While the default annotations are usually adequate, consider enabling additional annotations for more complex ows with intertwined paths. Metadata: Displays metadata for each column in the Data Flow path, including data type and source component. This information is read-only, so adjust upstream components as necessary to make changes, or use a Data Conversion transformation to perform necessary conversions. Data Viewers: Allows different types of Data Viewers to be attached to the path for testing and debugging. Because a data ow occurs within a single Control Flow task, any component that fails will cause the task to fail.
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This statement closes le descriptor 3, preventing it from being used any more in the script. Here s an example of what happens when you try to use a closed le descriptor:
Figure 6.2-20 Molar absorption coefficient c of various I + - dibromoalkanes: BrCdHxBr (lowest curve), BrCSHloBr, BrC6H12Br, BrC8H16Br, and BrCeHlxBr (highest curve) (a) wavenumber range of the C-~Hstretching first overtones, (b) wavenumber range of the C-H stretching second
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