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As described above, electrons diffracted by interaction with individual biological macromolecules embedded in a thin lm are manipulated by objective lenses mounted for magni cation purposes and afterwards by projector lenses to produce magni ed contrast images that are projected onto a viewing screen or into a camera aperture. Such contrast images are generated by direct interactions between accelerated electrons of the incident beam and individual embedded molecules, leading to a variety of amplitude and phase contrast effects that together create the observed images. Amplitude effects create dark regions within an image that arise from elastic scattering of a proportion of incident beam electrons owing to close atom encounters following thin lm penetration. Phase contrast effects create differential shaded regions within an image that arise alternatively from the partial retardation and subsequent re-phasing of a proportion of incident beam electrons owing to longer range encounters that may take place following thin lm penetration. As a rule, images generated from biological macromolecules embedded in a thin lm are formed primarily from phase contrast effects. Incident electrons automatically experience a /2 (90 ) phase shift as a result of passing through an embedded biological macromolecule. This effect is then augmented by phase shifts within the focal plane of the objective lenses as well.

Earth Planets Space 54, 1011 19 Stern, TA (1987) Asymmetric back-arc spreading, heat ux and structure associated with the central volcanic region of New Zealand Earth planet Sci Lett 85, 265 76 Stewart, BM & DePaolo, DJ (1996) Isotopic studies of processes in ma c magma chambers: III The Muskox Intrusion, Northwest Territories, Canada In Basu, AS(ed) Earth Processes, Reading the Isotopic Code Geophys Monogr Ser 95, pp 277 92 American Geophysical Union, Washington, DC Stewart, JA (1990) Drifting Continents and Colliding Paradigms: perspectives on the geoscience revolution Indiana University Press, Bloomington Stock, J & Molnar, P (1988) Uncertainties and implications of the Late Cretaceous and Tertiary position of North America relative to the Farallon, Kula, and Paci c plates Tectonics 7, 1339 84 Stockli, DF et al.

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In this example, importing a data set from a delimited file is error prone, because the source values other than the transaction date are not differentiated. If, however, text key values are used with the appropriate prefixes, you can more readily see that the correct import order in this case is as follows: Source Fields

B J z ) = -u(z)a,u-'(5),

(2001) Miocene unroo ng of the Canyon Range during extension along the Sevier Desert detachment, westcentral Utah Tectonics 20, 289 307 Stolar, DB, Willett, SD & Roe, GH (2006) Climate and tectonic forcing of a critical orogen In Willett, SD et al (eds) Tectonics, Climate, and Landscape Evolution Geol Soc Am Sp Paper 398, 241 50 Stolper, E & Newman, S (1994) The role of water in the petrogenesis of Mariana Trough magmas Earth planet Sci Lett 121, 293 325 Storey, BC (1993) The changing face of late Precambrian and early Palaeozoic reconstructions J geol Soc Lond 150, 665 8 Storey, BC (1995) The role of mantle plumes in continental breakup: case histories from Gondwanaland Nature 377, 301 8 Stow, DAV & Lovell, JPB (1979) Contourites: their recognition in modern and ancient sediments Earth Sci Rev 14, 251 91.

mergeImages(); mClipA._visible = false; mClipB._visible = false; } }; var mlImage:MovieClipLoader = new MovieClipLoader(); mlImage.addListener(oListener); mlImage.loadClip( http://www.person13.com/asb/image1.jpg , mClipA.mImage); mlImage.loadClip( http://www.person13.com/asb/image2.jpg , mClipB.mImage); function mergeImages():Void { // Copy image1 to a BitmapData object. var bmpCopyA:BitmapData = new BitmapData(mClipA._width, mClipA._height, false, 0xFF000000); bmpCopyA.draw(mClipA, new Matrix()); // Copy image2 to a BitmapData object. var bmpCopyB:BitmapData = new BitmapData(mClipB._width, mClipB._height, false, 0xFF000000); bmpCopyB.draw(mClipB, new Matrix()); // Merge the two BitmapData objects into one. var bmpMerged:BitmapData = new BitmapData(mClipB._width, mClipB._height, false, 0xFF000000); bmpMerged.merge(bmpCopyA, new Rectangle(0, 0, bmpCopyA.width, bmpCopyA.height), new Point(0, 0), 256, 256, 256, 100); bmpMerged.merge(bmpCopyB, new Rectangle(0, 0, bmpCopyB.width, bmpCopyB.height), new Point(0, 0), 0, 256, 0, 100); this.createEmptyMovieClip( mMergedClip , this.getNextHighestDepth()); mMergedClip.attachBitmap(bmpMerged, mMergedClip.getNextHighestDepth()); }

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