X-Ray Microscopy III

1. X-Ray Sources and X-Ray Optics

   1. Focusing and Imaging Properties of a Nickel Phase Zone Plate

      • H. Fujisaki, N. Nakagiri, H. Kihara, N. Watanabe, Y. Shimanuki, Y. Nagai

      Pages 90-93

   2. Experiments for the Construction of Sputtered Sliced Zone Plates

      • R. Hilkenbach

      Pages 94-97

   3. Investigations on the Ag2S/GeS2-Inorganic Photoresist System for the Fabrication of High Resolution Zone Plates

      • J. Ingwersen

      Pages 98-100

   4. Experiments in Zone Plate Replication Using Spatial Frequency Multiplication at X-Ray Wavelengths

      • C. Jacobsen, S. Lindaas

      Pages 101-103

   5. Evaluation of the Efficiency of Zone Plates with High Aspect Ratios by Application of Coupled Wave Theory

      • J. Maser

      Pages 104-106

   6. X and XUV Microscopes Based on Mirror Optics

      • P. Dhez

      Pages 107-113

   7. Grazing Incidence Relay Optics for X-Ray Microscopy

      • S. Aoki, S. Sudo

      Pages 114-117

   8. Fabrication of Multilayer Mirror Zone Plates and Gratings for Use with Soft X-Rays

      • C. Khan Malek, T. Moreno, H. Berrouane, J. M. Andre, Ph. Guérin, F. R. Ladan et al.

      Pages 118-121

   9. Fabrication of Gold and Tungsten Subhalfmicron Absorbing Patterns for High Resolution Transmission Diffractive Optics

      • C. Khan Malek, B. Kebabi, F. R. Ladan, F. Carcenac

      Pages 122-124

   10. Characteristics of a Multilayer Schwarzschild Objective

       • A. G. Michette, C. J. Buckley, M. Kühne, P. Müller

       Pages 125-127

   11. Preparation and Evaluation of Grazing Incidence Aspherical Mirrors with Multilayer Films

       • K. Nakajima, S. Aoki, S. Sudo

       Pages 128-130

   12. X-Ray Optics Using Capillary Arrays

       • H. N. Chapman, K. A. Nugent, S. W. Wilkins, A. V. Rodé, A. W. Stevenson, T. J. Davis et al.

       Pages 131-133

   13. Galvanoplastic X-Ray Microscopes and Their Applications

       • R. Hudec, B. Valniček, T. Gerstman, A. Inneman, P. Nejedlý, L. Svátek et al.

       Pages 134-135

2. X-Ray Imaging and Related Topics

   1. Front Matter

      Pages 137-137

      PDF

   2. Recent Progress with the King’s College Scanning Transmission X-Ray Microscope

      • G. R. Morrison, P. A. F. Anastasi, M. T. Browne, C. J. Buckley, R. E. Burge, P. S. Charalambous et al.

      Pages 139-142

   3. X-Ray Microscopy with the Göttingen Scanning X-Ray Microscope at 2.4 nm

      • B. Niemann

      Pages 143-146

   4. Soft X-Ray Microscopy with Zone Plates at UVSOR

      • N. Watanabe, M. Taniguchi, Y. Shimanuki, K. Kawasaki, Y. Watanabe, Y. Nagai et al.

      Pages 147-150

   5. New Version Soft X-Ray Microscope at the Photon Factory

      • Y. Kagoshima, S. Aoki, M. Ando

      Pages 151-153

   6. The X-Ray Scanning Microscope Beam Branch Line and Its Scanning System Design at BEPC

      • Deming Shu, Wei Wang, Motuo Wang, Jing Liu, Wei He, Yonghai Zhang et al.

      Pages 154-156

   7. Progress of the Soft X-Ray Microscopy Project at Hefei

      • X.-S. Xie, C.-Z. Jia, Z.-H. Zhou, Y.-H. Zhang, Y.-F. Zhau, M. Wang

      Pages 157-159

The growth of interest and research activity in X -ray microscopy is reflected in the increasing size and scope of a related series of international conferences, the latest of which (XRM90) was held at King's College London (3-7 September 1990) with over 130 delegates. Previous conferences in Gottingen and Brookhaven resulted in books in the Springer Series in Optical Sciences, and this volume, the proceedings of XRM90, maintains this tradition. Because of the large number of papers their lengths were strictly limited and, while most papers can be directly identified with conference presentations, in a few cases those on similar topics by the same authors have been combined into a longer paper to allow better use of the space. The book is divided into six parts, with Parts IT-VI covering the major areas of interest at the conference. In Part 1 are two overviews; Ron Burge presented the opening paper of the conference, while the closing, summary, contrlbution by Janos Kirz is included here as a comprehensive introduction to the remainder of the book. Part IT covers developments in X -ray sources and optics. The high average brightnesses of synchrotron radiation sources have made many applications pos­ sible, while the more convenient, laboratory-based, plasma sources offer much promise for the future. Several contributions report significant advances in X-ray optics, which must clearly continue fully to exploit the latest sources.

• Absorption
• X-ray
• diffraction
• glass
• holography
• interferometry
• laser
• materials science
• microscopy
• optics
• spectroscopy
• synchrotron radiation
• tissue
• transmission
• x-rays

• Physics Department, King’s College London, London, UK

  Alan G. Michette, Graeme R. Morrison, Chistopher J. Buckley

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