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27 Feb 2001: The names of XMM images should be of the form n-img.fits where ' is 25', 52', 24', 41' or57'.

27 Feb 2001: fieldname:GO;Xray Source List;list;expt.;25;52;24;41;57:Xray Image,25,52,24,41, 57:ApmCat:DSS Images,gen1,poss2 r,poss2 b:WFC ... appropriate. The bands are: 25: 0.2 to 0.5 keV, 52: 0.5 to 2 keV, 24: 2 to 4.5 keV, 41: 4.5 to 10 keV, 57:?

4 Dec 2001: Last modified: Tue Dec 4 17:24:42 2001.

23 Nov 2001: i-band: 23.7. z-band: 22.2. r-band: 24.3. g-band: 24.9. U-band: 22.3. Cambridge XMMSSC group <wmy@ast.cam.ac.uk>.

1 Feb 2001: 3–1. 3 Basic concepts fortwo-dimensional NMR. ,QWURGXFWLRQ. The basic ideas of two-dimensional NMR will be introduced by reference tothe appearance of a COSY spectrum; later in this lecture the productoperator formalism will be used to predict the

1 Feb 2001: 3–1. 3 Basic concepts fortwo-dimensional NMR. ,QWURGXFWLRQ. The basic ideas of two-dimensional NMR will be introduced by reference to theappearance of a COSY spectrum; later in this lecture the product operatorformalism will be used to predict the

1 Feb 2001: 1 24 2 2 2+ ( )In a heteronuclear system a coherence order can be assigned to each spinseparately.

1 Feb 2001: 4–1. 4 Coherence Selection: Phase Cycling and Gradient Pulses. A multiple-pulse NMR experiment is designed to manipulate the spins in a certain carefully defined way so as to produce a particular spectrum. However, a given pulse sequence usually

1 Feb 2001: 4–1. 4 Coherence Selection: Phase Cycling and Gradient Pulses. A multiple-pulse NMR experiment is designed to manipulate the spins in a certain carefully defined way so as to produce a particular spectrum. However, a given pulse sequence usually

1 Feb 2001: These details aresummarized in the diagram below. 2 J122 J1213 24 12 34. ... 1–24. The corresponding equation for cβ is found by left multiplying by 〈β|.