How to make nuclear methods the choice of a new generation of scientists? J. J. M. De GoeijP. Bode Nuclear Analytical Techniques Pages: 7 - 12
Short-time activation analysis with and without A6LiD converter F. GrassH. HolznerJ. Dorner Nuclear Analytical Techniques Pages: 13 - 25
Determination of fluoride in human nails via cyclic instrumental neutron activation analysis V. L. SpateJ. S. MorrisW. C. Willett Nuclear Analytical Techniques Pages: 27 - 33
Rapid nondestructive isotopic uranium analysis by neutron activation delayed neutron counting N. N. PapadopoulosN. F. Tsagas Nuclear Analytical Techniques Pages: 35 - 43
Refining a high rate gamma spectrometry system G. P. Westphal Nuclear Analytical Techniques Pages: 45 - 54
Correction of counting losses of the preloaded fil ter pulse processor G. P. Westphal Nuclear Analytical Techniques Pages: 55 - 59
High count rate gamma spectrometry. A summary of recent experiments in high accuracy NAA applications R. ZeislerR. DemiralpM. Makarewicz Nuclear Analytical Techniques Pages: 61 - 66
Compton suppression neutron activation methods in environmental analysis S. Landsberger Nuclear Analytical Techniques Pages: 67 - 79
Determination of impurities in niobium metal by a radiochemical neutron activation analysis K. S. ParkN. B. KimW. Hong Nuclear Analytical Techniques Pages: 81 - 86
Utilization ofk o-factors for quality assurance in neutron activation analysis K. HeydornE. Damsgaard Quality Assurance Pages: 87 - 91
The use of a modified Westcott-formalism in thek o-standardization of NAA: The state of affairs F. de CorteF. BellemansA. Simonits Quality Assurance Pages: 93 - 103
Direct measurement ofk o for monitor neutron activation analysis S. O. YusufR. F. Fleming Quality Assurance Pages: 105 - 112
NAA with gamma-line related (k o) and isotope related (k i) analytical factors H. PetriG. Erdtmann Quality Assurance Pages: 113 - 118
Further study on parametric standardization in reactor NAA Tian WeizhiNi Bangfa Quality Assurance Pages: 119 - 129
Accuracy in standards preparation for neutron activation analysis R. R. Greenberg Quality Assurance Pages: 131 - 139
Accreditation: A forthcoming prerequisite, also for neutron activation analysis laboratories?! P. BodeJ. P. J. Van Dalen Quality Assurance Pages: 141 - 148
Use of INAA, PGAA, and RNAA to determine 30 elements for certification of an SRM: Tomato Leaves, 157a D. A. BeckerD. L. AndersonE. A. Mackey Reference Materials Pages: 149 - 154
Comparison of NAA methods to determine medium-lived radionuclides in NIST soil standard reference materials D. WuS. Landsberger Reference Materials Pages: 155 - 164
Elemental concentration data for USGS Geochemical Exploration Reference Materials GXR-1 to GXR-4 and GXR-6 M. A. GouveiaM. I. PrudĂȘncioJ. M. P. Cabral Reference Materials Pages: 165 - 172
An attempt to prepare and characterize a soil reference material for Cr(VI) and Cr(III) G. SolanoS. A. KatzA. Chatt Reference Materials Pages: 173 - 176
Combined photon transmission tomography and PIXE analysis for representative sampling and testing matrix homogeneity A. C. BeachN. M. Spyrou Reference Materials Pages: 177 - 185