Past, present, future of neutron activation analysis V. P. Guinn Neutron Activation Analysis Pages: 9 - 19
Hairs, criminals, moonrocks, metals diseases, polluters! Where next for nuclear analytical chemistry? R. E. Jervis Neutron Activation Analysis Pages: 21 - 30
Present and future position of neutron activation analysis M. De Bruin Neutron Activation Analysis Pages: 31 - 40
The use of high accuracy NAA for the certification of NIST botanical standard reference materials D. A. BeckerR. R. GreenbergS. F. Stone Neutron Activation Analysis Pages: 41 - 53
Neutron activation analysis (NAA) in the service of other analyses: Determination of calcium G. E. MillerT. A. CrofootM. Nault Neutron Activation Analysis Pages: 55 - 61
Problems and solutions in the standardization of reactor neutron activation analysis F. De Corte Neutron Activation Analysis Pages: 63 - 75
Instrumental neutron activation analysis of high-purity gallium, arsenic, and gallium arsenide E. M. AttasK. I. BurnsA. Denovan Neutron Activation Analysis Pages: 77 - 84
Limit of detection for the determination of Pt in biological material by RNAA using electrolytic separation of gold Lin XileiK. HeydornB. Rietz Neutron Activation Analysis Pages: 85 - 99
Multielement analysis of NIST proposed SRM 1547 Peach Leaves B. SmodišR. JačimovićS. Jovanović Neutron Activation Analysis Pages: 101 - 108
Application of short time activation analysis in the sciences F. Grass Neutron Activation Analysis Pages: 109 - 118
Radionuclide dating and trace element analysis by accelerator mass spectrometry F. D. McDanielS. MattesonJ. M. Anthony Neutron and Charged Particle Techniques Pages: 119 - 140
Radionuclide technique in mechanical engineering in Germany P. FehsenfeldA. KleinrahmH. Schweickert Neutron and Charged Particle Techniques Pages: 141 - 151
Laser desorption/ablation combined with nuclear analytical methods for materials characterization J. GomezG. BlondiauxJ. L. Debrun Neutron and Charged Particle Techniques Pages: 153 - 157
In vivo measurements of nitrogen, hydrogen, and carbon in genetically obese and lean pigs K. J. EllisR. J. ShypailoW. G. Pond Neutron and Charged Particle Techniques Pages: 159 - 168
A 14-MeV FNAA system for oxygen analysis using a PC microcomputer and multiscaling W. D. EhmannB. -F. Ni Neutron and Charged Particle Techniques Pages: 169 - 179
The use of radioanalytical techniques to study intermediate energy, relativistic, and ultra-relativistic nuclear collisions W. LovelandK. AleklettG. T. Seaborg Neutron and Charged Particle Techniques Pages: 181 - 189
Nuclear methods of analysis applied to quantitation in laser microprobe mass spectrometry M. A. LovellW. D. EhmannJ. D. Robertson Neutron and Charged Particle Techniques Pages: 191 - 202
Ion beam induced emissions from solid europium compounds Kwang-Pill LeeSun-Tae HwangShin-Ichi Ohno Neutron and Charged Particle Techniques Pages: 203 - 209
Average stopping powers and the use of non-analyte spiking for the determination of phosphorus and sodium by PIPPS C. OlivierH. J. Morland Neutron and Charged Particle Techniques Pages: 211 - 219
Use of the INAA advance prediction computer program on elements standards M. Gavrilas-GuinnV. P. Guinn Developments in Nuclear Instrumentation and Software Pages: 221 - 232
Verification of gamma-spectroscopy programs: Accuracy and detectability M. T. MercierM. J. Koskelo Developments in Nuclear Instrumentation and Software Pages: 233 - 243
Expert system for nuclide identification and interpretation of gamma-spectrum analysis P. A. AarnioT. T. HakulinenJ. T. Routti Developments in Nuclear Instrumentation and Software Pages: 245 - 252
The correction for γ-γ, γ-KX and γ-LX true-coincidences in k0-standardized NAA with counting in a LEPD F. De CorteM. Carmo Freitas Developments in Nuclear Instrumentation and Software Pages: 253 - 267
ROMOS: A new computer code for nuclide identification and concentration calculation in NAA using the k0-concept L. MoensP. Roos Developments in Nuclear Instrumentation and Software Pages: 269 - 275
NADA: A versatile PC based program for neutron activation data analysis S. LandsbergerW. D. CizekP. Domagala Developments in Nuclear Instrumentation and Software Pages: 277 - 287
SAMPO 90 High resolution interactive gamma-spectrum analysis including automation with macros P. A. AarnioM. T. NikkinenJ. T. Routti Developments in Nuclear Instrumentation and Software Pages: 289 - 295