History of development and applications of nuclear analytical methods in the Czech Republic Miloslav Vobecký OriginalPaper Pages: 1 - 6
Nuclear analytical methods in the life sciences J. J. M. De Goeij Methodology of Nuclear Analytical Methods Pages: 9 - 17
Use ofk 0-NAA in the life sciences F. De CorteA. SimonitsM. C. Freitas Methodology of Nuclear Analytical Methods Pages: 19 - 31
Application of short-lived radionuclides in neutron activation analysis of biological and environmental samples F. GrassM. BichlerR. Gwozdz Methodology of Nuclear Analytical Methods Pages: 33 - 46
Analytical applications of guided neutron beams Richard M. LindstromElizabeth A. MackeyRick L. Paul Methodology of Nuclear Analytical Methods Pages: 47 - 53
Developments in tomographic methods for biological trace element research N. M. SpyrouJ. M. SharafS. Rajeswaran Methodology of Nuclear Analytical Methods Pages: 55 - 63
Use of total Reflection X-ray Fluorescence Analysis in the life sciences Peter Wobrauschek Methodology of Nuclear Analytical Methods Pages: 65 - 71
Applications of PIXE in the life sciences Zoltán Szökefalvi-Nagy Methodology of Nuclear Analytical Methods Pages: 73 - 78
Radiotracer method in the study of environmental speciation and migration of contaminants P. Beneš Methodology of Nuclear Analytical Methods Pages: 79 - 85
Comprehensive RNAA of cadmium, cobalt, nickel, and copper using109Cd,57Co, and reactor-produced67Cu as radioisotopic yield monitors A. R. ByrneM. Dermelj Methodology of Nuclear Analytical Methods Pages: 87 - 94
Enhanced sensitivity for the determination of selenium by INAA M. MakarewiczR. Zeisler Methodology of Nuclear Analytical Methods Pages: 95 - 102
Effects of target temperature on analytical sensitivities of cold-neutron capture prompt γ-ray activation analysis Elizabeth A. Mackey Methodology of Nuclear Analytical Methods Pages: 103 - 108
Use of191Pt radiotracer for the development of enrichment procedures to detect natural levels of platinum in biological and environmental materials M. ParentR. CornelisR. Dams Methodology of Nuclear Analytical Methods Pages: 109 - 115
Determination of cobalt in biological samples by radiochemical neutron activation analysis employing reversed-phase chromatography S. SubramanianJ. R. W. Woittiez Methodology of Nuclear Analytical Methods Pages: 117 - 124
Advanced short-lived nuclide NAA with application in the life sciences N. N. PapadopoulosN. F. Tsagas Methodology of Nuclear Analytical Methods Pages: 125 - 130
Application of nuclear analytical techniques using long-life sealed-tube neutron generators P. BachS. CluzeauC. Lambermont Methodology of Nuclear Analytical Methods Pages: 131 - 139
Optimization of irradiation conditions for photon activation analysis of biological and environmental samples using a high power electron accelerator H. W. ThümmelC. SegebadeK. Hirsch Methodology of Nuclear Analytical Methods Pages: 141 - 149
Use of nuclear analytical techniques in bioenvironmental studies An. A. Kist Environmental Applications Pages: 153 - 158
Nuclear analytical techniques in environmental studies R. E. Jervis Environmental Applications Pages: 159 - 167
Studies of incinerator ashes and environmental effects using radioanalytical techniques S. S. KrishnanR. E. JervisL. D. Vela Environmental Applications Pages: 169 - 175
Study of a low-selenium environment in China by INAA and Mössbauer spectrometry Chifang ChaiJibin TianDajun Mao Environmental Applications Pages: 177 - 184
Analysis of membrane filters and thick fly ash samples by PIXE V. HavránekV. HnatowiczI. Obrusník Environmental Applications Pages: 185 - 193
Rubidium and cesium in spruce needles L. ToblerJ. BucherA. Wyttenbach Environmental Applications Pages: 195 - 205
Heavy metals inParmelia sulcata collected in the neighborhood of a coal-fired power station M. Carmo Freitas Environmental Applications Pages: 207 - 212
Metal Determination by EDXRF in Lichens G. CanigliaI. CalliariA. M. Tollardo Environmental Applications Pages: 213 - 221
Energy-dispersive X-ray fluorescence analysis applied to biomonitoring on alps Roberta VecchiGianluigi ValliAngela Mariani Environmental Applications Pages: 223 - 228
A survey of trace elements in fresh-water fish and rice along the Han River by neutron activation analysis K. S. ParkN. B. KimY. Y. Yoon Environmental Applications Pages: 229 - 237
The accumulation and distribution of trace metals in some localized marine species A. M. YusofN. A. RahmanA. K. H. Wood Environmental Applications Pages: 239 - 249
Determination of antimony in natural waters by preconcentration on a chelating sorbent followed by instrumental neutron activation analysis Wanda Zmijewska Environmental Applications Pages: 251 - 257
Investigation of element speciation in atmosphere An. A. Kist Environmental Applications Pages: 259 - 266
Determination of heavy metals in humic substances by instrumental photon activation analysis D. SchulzeH. KupschC. Segebade Environmental Applications Pages: 267 - 272
Accumulation of cesium and radiocesium in forest litter in selected regions of poland and its influence on litter-to-mushroom transfer factor Paweł ZagrodzkiJerzy W. MietelskiBarbara Petelenz Environmental Applications Pages: 273 - 277
The radioanalytical laboratory at Pelindaba F. J. FoucheA. Faanhof Environmental Applications Pages: 279 - 284
Application of nuclear analytical methods in the investigation and identification of new selenoproteins D. BehneC. Weiss-NowakA. Kyriakopoulos Biomedical Applications Pages: 287 - 297
Detection and determination of selenoproteins by nuclear techniques S. F. StoneG. BernasconiR. Zesler Biomedical Applications Pages: 299 - 307
A study on children's condition thalassemia using neutron activation analysis and other techniques S. KrishnanW. C. SturtridgeS. M. Lui Biomedical Applications Pages: 309 - 314
Kinetics of elemental content changes of bone tissue of mice during evolution under hypokinetic stress T. E. BurkovskayaM. V. FrontasyevaS. F. Gundorina Biomedical Applications Pages: 315 - 322
Determination of sodium-to-calcium ratio in mouse femora by INAA M. RakovičJ. KučeraJ. Polívková Biomedical Applications Pages: 323 - 326
Vanadium levels in urine and cystine levels in fingernails and hair of exposed and normal persons J. KučeraJ. LenerJ. Mňuková Biomedical Applications Pages: 327 - 334
Hair trace elements in kidney dialysis patients by INAA R. E. JervisB. T. KuaG. Hercz Biomedical Applications Pages: 335 - 342
Determination of platinum by neutron activation analysis in nerve tissue from rats treated with cisplatin Bernd RietzKaj HeydornAnders Krarup-Hansen Biomedical Applications Pages: 343 - 350
Study of trace elements in blood of cancer patients by proton-induced X-ray emission (PIXE) analysis M. A. DurosinmiJ. O. OjoN. M. Spyrou Biomedical Applications Pages: 351 - 355
Elemental concentrations in Nigerians with affective disorders using proton-induced X-ray emission M. A. DurosinmiJ. O. OjoN. M. Spyrou Biomedical Applications Pages: 357 - 361
Trace element content in breasts with fibrocystic disease G. D. KaniasE. KouriS. Kouneli Biomedical Applications Pages: 363 - 370
Mapping using human blood composition data L. I. ZhukI. N. MikholskayaAn. A. Kist Biomedical Applications Pages: 371 - 381
Determination of trace elements in normal and diabetic whole blood by neutron activation analysis F. A. El-AmriH. A. El-SaltaniI. A. Ashour Biomedical Applications Pages: 383 - 388
Changes of concentrations of the elements Co, Cr, Sb, and Sc in tissues of persons with joint implants C. SchnabelU. HerpersH. -G. Willert Biomedical Applications Pages: 389 - 395
Analysis of elemental absorption and excretion in mice bearing malignant ascites Yuan-Yaw WeiChien Chung Biomedical Applications Pages: 397 - 403
Neutron activation analysis for the determination of trace elements in biological materials Jacques Versieck Analysis of Biological Samples Pages: 407 - 413