X-Ray Microscopy III: Proceedings of the Third International Conference, London, September 3-7, 1990. This item is unavailable.X-Ray Microscopy III: Proceedings of the Third International Conference, London, September 3-7, 1990

I Introduction to X-Ray Microscopy 1990.- to Soft X-Ray Microscopy.- XRM90 Conference Summary.- II X-Ray Sources and X-Ray Optics.- The Development of Synchrotron Radiation Sources and X-Ray Microscopy at the Photon Factory.- Compact SR-Source AURORA, and Its Application to X-Ray Microscopy.- Coherent Radiation for X-Ray Imaging: The Performance of the X1A Beamline at the NSLS.- Soft X-Ray Emission from a Laser-Produced Carbon Plasma.- Repetitive Laser-Plasma X-Ray Source for Microscopy Applications.- Laser-Produced Plasma as a Source for X-Ray Microscopy.- High Repetition Rate Laser-Plasma X-Ray Source for Microscopy.- A Study of the Feasibility of X-Ray Microscopy with a Laser-Plasma Source.- A Plasma Source for an Imaging X-Ray Microscope.- A Laboratory X-Ray Microscope with a Plasma X-Ray Source.- 2-D X-Ray Focusing by Circular Phase Bragg-Fresnel Lenses at a Bragg Angle Close to ?/2.- Nanofabrication of Zone Plates for X-Ray Microscopy.- The Status of Zone Plate Fabrication at King's College London.- Germanium Phase Zone Plates with High Aspect Ratios for X-Ray Microscopy Experiments.- Electroplated Nickel Phase Zone Plates Generated by Laser Lithography and Electron-Beam Lithography.- Focusing and Imaging Properties of a Nickel Phase Zone Plate.- Experiments for the Construction of Sputtered Sliced Zone Plates.- Investigations on the Ag2S/GeS2-Inorganic Photoresist System for the Fabrication of High Resolution Zone Plates.- Experiments in Zone Plate Replication Using Spatial Frequency Multiplication at X-Ray Wavelengths.- Evaluation of the Efficiency of Zone Plates with High Aspect Ratios by Application of Coupled Wave Theory.- X and XUV Microscopes Based on Mirror Optics.- Grazing Incidence Relay Optics for X-Ray Microscopy.- Fabrication of Multilayer Mirror Zone Plates and Gratings for Use with Soft X-Rays.- Fabrication of Gold and Tungsten Subhalfmicron Absorbing Patterns for High Resolution Transmission Diffractive Optics.- Characteristics of a Multilayer Schwarzschild Objective.- Preparation and Evaluation of Grazing Incidence Aspherical Mirrors with Multilayer Films.- X-Ray Optics Using Capillary Arrays.- Galvanoplastic X-Ray Microscopes and Their Applications.- III X-Ray Imaging and Related Topics.- Recent Progress with the King's College Scanning Transmission X-Ray Microscope.- X-Ray Microscopy with the Göttingen Scanning X-Ray Microscope at 2.4 nm.- Soft X-Ray Microscopy with Zone Plates at UVSOR.- New Version Soft X-Ray Microscope at the Photon Factory.- The X-Ray Scanning Microscope Beam Branch Line and Its Scanning System Design at BEPC.- Progress of the Soft X-Ray Microscopy Project at Hefei.- The NPL X-Ray Reflection Scanning Microscope.- X-Ray Microscope with Grazing Incidence Mirrors and a High Resolution X-Ray Imaging Apparatus.- X-Ray Tomographic Microscopy.- X-Ray Microscopy and Microtomography Using Synchrotron Radiation from the Storage Ring VEPP-3.- Tomographic Imaging of Focused Soft X-Ray Beams.- X-Ray Shadow Projection Microscopy and Microtomography.- X-Ray Projection Microscopy and Microtomography in a Scanning Electron Microscope.- The Recent Development of Projection X-Ray Microscopy for Biological Applications.- An Imaging X-Ray Microscope Using a Laser-Plasma Source.- X-Ray Crystal Microscopy of Laser-Generated Plasmas.- An Imaging X-Ray Microscope Using a Laser-Plasma Source and a Schwarzschild Objective.- Dedicated Soft X-Ray Source for Contact Microscopy.- X-Ray Fluorescence Microscopy.- First Test of a Bragg-Fresnel X-Ray Fluorescence Microscope.- The MAXIMUM Photoelectron Microscope at the University of Wisconsin's Synchrotron Radiation Center.- Recent Developments in Spectromicroscopy with the Xl-SPEM.- Technical Realization and First Images of the Hamburg Focusing Mirror Scanning Microscope.- Principle and Limitations of the Hamburg Focusing Mirror Microscope.- Microprobe Photoemission Spectroscopy with the Hamburg Focusing Mirror Scanning Microscope.- The Development of an XUV Sc