X-Ray Optics and X-Ray Microanalysis

ContentsList of Contributors Preface Methods of X-Ray MicroscopyX-Ray Absorption MicroanalysisX-Ray Microanalysis in Biology and MedicineElectron Microscopic Enlargements of X-Ray Absorption MicrographsAutomation in MicroradiographyContrast Controlled Reproduction and Enlargement of Microradiographic NegativesProduction of Fresnel Zone Plates for Extreme Ultraviolet and Soft RadiationRecent Developments in Field Emission Flash RadiographyQuantitative Microradiographic Studies of Human EpidermisIrradiation Effect on Total Organic Nerve-Cell Material Determined by Integrating X-Ray AbsorptionHistochemical X-Ray Absorption Measurement of Lipid in the Adrenal Gland of the RatX-Ray Microscopy of the Microvascular System of the Human LungMicroangiography in Living Human SubjectSome Mineralogical and Technical Applications of Contact Microradiography with Fluorescent X RaysSmall-Angle X-Ray Scattering on an Absolute ScaleProduction, Detection, and Application of Ultrasoft X RaysThe Spectral Distribution of the Radiation from a Microfocus X-Ray Tube with a Window TargetThe Efficiency of Production of Characteristic X-RadiationAn Efficient Spectrograph for the Study of X Ray Spectra in the Range of 0.7 AOptical Techniques Applied to the Study of X-Ray WavelengthsEffects of Polishing Imperfections on Specular Reflection of X RaysReflectance Measurements at Carbon-K and Beryllium-K WavelengthsSubstratum Influence on the Reflectance of Aluminum Vapor-Deposited Films for X RaysGrazing-lncidence Telescopic SystemsX-Ray Microdiffraction in X-Ray Scanning MicroanalysisX-Ray Microprobe TechniquesThe Application of the Electron-Probe Microanalyzer to Metallurgy and MineralogyReview of Microanalysis in JapanElectron-Probe Measurements near Phase BoundariesCalculation of Fluorescence Excited by Characteristic Radiation in the X-Ray MicroanalyzerA Suggested Secondary Fluorescence Correction Technique for Electron-Probe Analyses in the Vicinity of a Steep Concentration GradientThe Target Absorption Correction in X-Ray MicroanalysisA Method for Calculating the Absorption Correction in Electron-Probe MicroanalysisThe Effect of Atomic Number in X-Ray MicroanalysisAtomic Number Effects in Microprobe AnalysisX-Ray Microanalysis of Elements in the Range Z = 4 - 92, Combined with Electron Microscopy and Electron DiffractionAn Experimental Electron Optical Bench for Electron Microscopy and X-Ray MicroanalysisX-Ray Fluorescence Analysis with a Focused Primary BeamThe Use of Specimen Current in Electron-Probe MicroanalysisOn a New Electron-Probe X-Ray Microanalyzer Having a 90° Take-Off AngleAn X-Ray Microanalyzer for Elements of Low Atomic NumberA Consideration of Some Design Features of a Scanning Microanalyzer for Biological ApplicationsProblems Associated with the Preparation of Biological Specimens for MicroanalysisSome Biological Applications of the Scanning MicroanalyzerX-Ray Fluorescence Microanalysis and the Determination of Potassium in Nerve CellsX-Ray Fluorescence Spectroscopy in Biology and MedicineElectron-Probe Microanalysis of Biological SpecimensAnalysis of Heavy Elements (Z > 80) with the Castaing Microprobe: Application to the Analysis of Binary Systems Containing UraniumA Study of Microsegregation at Grain Boundaries in Mild Steel by Means of the Electron-Probe MicroanalyzerThe Use of the Electron-Microprobe Analyzer in the Study of Binary Metal Alloy SystemsSensitivity of X-Ray Spectrochemical Analysis of Steels by Electron ExcitationElectron-Probe Analysis of Minerals in the System FeS2-COS2-NiS2Index