1. Organizing committee

   Legacy Pages: 5 - 5

2. Preface

   EditorialNotes Pages: 7 - 7

3. Past, present, future of neutron activation analysis

   • V. P. Guinn

   Neutron Activation Analysis Pages: 9 - 19

4. Hairs, criminals, moonrocks, metals diseases, polluters! Where next for nuclear analytical chemistry?

   • R. E. Jervis

   Neutron Activation Analysis Pages: 21 - 30

5. Present and future position of neutron activation analysis

   • M. De Bruin

   Neutron Activation Analysis Pages: 31 - 40

6. The use of high accuracy NAA for the certification of NIST botanical standard reference materials

   • D. A. Becker
   • R. R. Greenberg
   • S. F. Stone

   Neutron Activation Analysis Pages: 41 - 53

7. Neutron activation analysis (NAA) in the service of other analyses: Determination of calcium

   • G. E. Miller
   • T. A. Crofoot
   • M. Nault

   Neutron Activation Analysis Pages: 55 - 61

8. Problems and solutions in the standardization of reactor neutron activation analysis

   • F. De Corte

   Neutron Activation Analysis Pages: 63 - 75

9. Instrumental neutron activation analysis of high-purity gallium, arsenic, and gallium arsenide

   • E. M. Attas
   • K. I. Burns
   • A. Denovan

   Neutron Activation Analysis Pages: 77 - 84

10. Limit of detection for the determination of Pt in biological material by RNAA using electrolytic separation of gold

    • Lin Xilei
    • K. Heydorn
    • B. Rietz

    Neutron Activation Analysis Pages: 85 - 99

11. Multielement analysis of NIST proposed SRM 1547 Peach Leaves

    • B. Smodiš
    • R. Jačimović
    • S. Jovanović

    Neutron Activation Analysis Pages: 101 - 108

12. Application of short time activation analysis in the sciences

    • F. Grass

    Neutron Activation Analysis Pages: 109 - 118

13. Radionuclide dating and trace element analysis by accelerator mass spectrometry

    • F. D. McDaniel
    • S. Matteson
    • J. M. Anthony

    Neutron and Charged Particle Techniques Pages: 119 - 140

14. Radionuclide technique in mechanical engineering in Germany

    • P. Fehsenfeld
    • A. Kleinrahm
    • H. Schweickert

    Neutron and Charged Particle Techniques Pages: 141 - 151

15. Laser desorption/ablation combined with nuclear analytical methods for materials characterization

    • J. Gomez
    • G. Blondiaux
    • J. L. Debrun

    Neutron and Charged Particle Techniques Pages: 153 - 157

16. In vivo measurements of nitrogen, hydrogen, and carbon in genetically obese and lean pigs

    • K. J. Ellis
    • R. J. Shypailo
    • W. G. Pond

    Neutron and Charged Particle Techniques Pages: 159 - 168

17. A 14-MeV FNAA system for oxygen analysis using a PC microcomputer and multiscaling

    • W. D. Ehmann
    • B. -F. Ni

    Neutron and Charged Particle Techniques Pages: 169 - 179

18. The use of radioanalytical techniques to study intermediate energy, relativistic, and ultra-relativistic nuclear collisions

    • W. Loveland
    • K. Aleklett
    • G. T. Seaborg

    Neutron and Charged Particle Techniques Pages: 181 - 189

19. Nuclear methods of analysis applied to quantitation in laser microprobe mass spectrometry

    • M. A. Lovell
    • W. D. Ehmann
    • J. D. Robertson

    Neutron and Charged Particle Techniques Pages: 191 - 202

20. Ion beam induced emissions from solid europium compounds

    • Kwang-Pill Lee
    • Sun-Tae Hwang
    • Shin-Ichi Ohno

    Neutron and Charged Particle Techniques Pages: 203 - 209

21. Average stopping powers and the use of non-analyte spiking for the determination of phosphorus and sodium by PIPPS

    • C. Olivier
    • H. J. Morland

    Neutron and Charged Particle Techniques Pages: 211 - 219

22. Use of the INAA advance prediction computer program on elements standards

    • M. Gavrilas-Guinn
    • V. P. Guinn

    Developments in Nuclear Instrumentation and Software Pages: 221 - 232

23. Verification of gamma-spectroscopy programs: Accuracy and detectability

    • M. T. Mercier
    • M. J. Koskelo

    Developments in Nuclear Instrumentation and Software Pages: 233 - 243

24. Expert system for nuclide identification and interpretation of gamma-spectrum analysis

    • P. A. Aarnio
    • T. T. Hakulinen
    • J. T. Routti

    Developments in Nuclear Instrumentation and Software Pages: 245 - 252

25. The correction for γ-γ, γ-KX and γ-LX true-coincidences in k₀-standardized NAA with counting in a LEPD

    • F. De Corte
    • M. Carmo Freitas

    Developments in Nuclear Instrumentation and Software Pages: 253 - 267

26. ROMOS: A new computer code for nuclide identification and concentration calculation in NAA using the k₀-concept

    • L. Moens
    • P. Roos

    Developments in Nuclear Instrumentation and Software Pages: 269 - 275

27. NADA: A versatile PC based program for neutron activation data analysis

    • S. Landsberger
    • W. D. Cizek
    • P. Domagala

    Developments in Nuclear Instrumentation and Software Pages: 277 - 287

28. SAMPO 90 High resolution interactive gamma-spectrum analysis including automation with macros

    • P. A. Aarnio
    • M. T. Nikkinen
    • J. T. Routti

    Developments in Nuclear Instrumentation and Software Pages: 289 - 295