Proton microbeams, their production and use J. A. CooksonA. T. G. FergusonF. D. Pilling Microtechniques Pages: 39 - 52
Chemical analysis through atomic ionoluminescence J. P. MeriauxR. GoutteC. Guillaud Microtechniques Pages: 53 - 57
Recent improvements of the ion analyzer and typical examples of applications J. M. RouberolPh. BassevilleJ. -P. Lenoir Microtechniques Pages: 59 - 67
Quantitative analysis of boron profiles in silicon using ion microprobe mass spectrometry M. Croset Microtechniques Pages: 69 - 74
Use of the ion microanalyzer for the characterization of bulk and epitaxial silicon and gallium arsenide A. M. HuberM. Moulin Microtechniques Pages: 75 - 83
Application of ionic microanalysis to the determination of boron depth profiles in silicon and silica B. BlanchardN. HilleretJ. B. Quoirin Microtechniques Pages: 85 - 94
Analysis of monomolecular layers of solids by the static method of secondary ion mass spectroscopy (SIMS) A. BenninghovenE. Loebach Microtechniques Pages: 95 - 99
Surface analysis with the aid of low-energy electrons M. J. Sparnaay Microtechniques Pages: 101 - 114
Contribution to the study of carbon and nitrogen determination by activation, using the nuclear reactions12C(α, n)15O and14N(d, n)15O F. MayoletP. ReimersCh. Engelmann Activation Analysis Pages: 115 - 128
Non-destructive activation analysis of some elements in stony meteorites by proton and bremsstrahlen irradiation L. van Zelst Activation Analysis Pages: 129 - 137
Deuteron activation analysis of geological samples R. PretoriusF. OdendaalM. Peisach Activation Analysis Pages: 139 - 149
Radioactivation analysis of iron in young developing chick blastoderms using56Fe(p, 2n)55Co and a Ge(Li) detector for gamma-ray spectrometry O. Bonnet-MasimbertM. F. Prenat Activation Analysis Pages: 151 - 155
Quantitative analysis by (p, X) and (p, γ) reactions at low energies G. Deconninck Analysis by Prompt X- and Gamma-ray Detection Pages: 157 - 169
Limitations and improvements of trace element analysis with proton-induced X-rays J. W. VerbaJ. W. SunierJ. G. Kulleck Analysis by Prompt X- and Gamma-ray Detection Pages: 171 - 179
On the development of a system for trace element analysis in the environment by charged particle X-ray fluorescence B. M. GordonH. W. Kraner Analysis by Prompt X- and Gamma-ray Detection Pages: 181 - 188
Quantitative analysis of aluminium by prompt nuclear reactions G. DeconninckG. Demortier Analysis by Prompt X- and Gamma-ray Detection Pages: 189 - 208
Quantitative analysis of phosphorus by (p, γ) reactions G. DemortierF. Bodart Analysis by Prompt X- and Gamma-ray Detection Pages: 209 - 219
Microanalysis of Si, S and Zn in GaSb by use of direct observation of (p, p′γ) reactions J. F. CheminJ. RoturierG. Y. Petit Analysis by Prompt X- and Gamma-ray Detection Pages: 221 - 232
Analytical application of the direct observation of nuclear reactions induced by low-energy protons and leading to the emission of γ-photons, which are measured I. GolicheffM. LoeuilletCh. Engelmann Analysis by Prompt X- and Gamma-ray Detection Pages: 233 - 250
Prompt gamma rays from triton-induced reactions on oxygen and their use for analysis M. Peisach Analysis by Prompt X- and Gamma-ray Detection Pages: 251 - 259
Chemical analysis of heavy elements by identification of fission fragments through X-ray coincidence measurements C. F. MooreG. W. PhillipsP. Richard Analysis by Prompt X- and Gamma-ray Detection Pages: 261 - 270
The use of charged particle bombardment for studying oxygen self-diffusion in oxides J. M. CalvertD. G. LeesD. Barnes Analysis by Charged Particle Nuclear Reactions Pages: 271 - 275
Ion-exchange measurement in biological samples by (p, X) and (p, p) reactions G. DemortierJ. LefebreC. Gillet Analysis by Charged Particle Nuclear Reactions Pages: 277 - 285
The use of alpha particle back-scattering for the study of printed and coated layers L. ErikssonG. FladdaP. Å. Johansson Analysis by Charged Particle Nuclear Reactions Pages: 287 - 300
Isotopic analysis of lithium by prompt alpha measurement during deuteron irradiation R. PretoriusP. Coetzee Analysis by Charged Particle Nuclear Reactions Pages: 301 - 311
The determination of10B by prompt proton spectrometry C. OlivierM. Peisach Analysis by Charged Particle Nuclear Reactions Pages: 313 - 322
Oxygen, carbon and nitrogen determination by means of nuclear reactions G. WeberL. Quaglia Analysis by Charged Particle Nuclear Reactions Pages: 323 - 333
Nuclear reaction analysis of boron and oxygen in silicon E. LigeonA. Bontemps Analysis by Charged Particle Nuclear Reactions Pages: 335 - 351
The use of secondary ionic emission and nuclear reactions to determine the parameters in the manufacture of a planar transistor J. MonnierH. HilleretJ. B. Quoirin Analysis by Charged Particle Nuclear Reactions Pages: 353 - 366
Performance evaluation of an ion microprobe T. A. WhatleyC. B. SlackE. Davidson Appendix A Pages: 367 - 368
Contribution to the determination of oxygen in aluminium by3He activation B. VialatteG. Revel Appendix A Pages: 371 - 371
Proton-induced X-ray emission spectroscopy in elemental trace analysis T. B. JohanssonR. AkselssonS. A. E. Johansson Appendix A Pages: 373 - 373
Some applications of nuclear microanalysis to metallurgy G. AmselD. DavidP. R. Krahe Appendix A Pages: 375 - 376
Applications of nuclear microanalysis to solid state electrochemistry G. AmselB. AgiusG. Velasco Appendix A Pages: 377 - 378
Laboratoire d'Analyse par Reactions Nucleaires (L.A.R.N.) Facultés Universitaires N-D de la Paix Namur, Belgium Laboratory of the Issue Pages: 387 - 390