Biomedical neutron research at the Californium User Facility for Neutron Science R. C. MartinT. E. ByrneL. F. Miller Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 5 - 11
Hierarchical clustering into groups of human brain regions according to elemental composition J. D. StedmanN. M. Spyrou Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 11b - 14
Total body fat mass based on the 4.4 MeV carbon peak in the in vivo prompt-gamma spectrum of the human body using241Am, Be neutrons K. J. EllisR. J. Shypailo Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 15 - 18
In vivo total body chlorine measurements using prompt-gamma neutron activation analysis R. J. ShypailoK. J. Ellis Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 19 - 23
Determination of trace elements in human head hair by neutron activation analysis M. SaikiM. B. A. VasconcellosR. Fulfaro Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 25 - 28
Comparison of whole blood, plasma and nails as monitors for the dietary intake of selenium M. M. MasonJ. S. MorrisS. Yukimoto Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 29 - 34
Correlation between terbium and the other rare earth element contents in fern leaves J. TakadaT. SuminoM. Akaboshi Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 35 - 38
The effect of an enriched selenium-76 supplement on dietary monitors and glutathione peroxidase activity C. K. BaskettJ. S. MorrisR. P. Dowdy Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 39 - 45
Elemental composition of hypertrophic scar and normal skin tissue using proton induced X-ray emission R. HollandsN. M. Spyrou Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 47 - 49
The study of human nails as an intake monitor for arsenic using neutron activation analysis T. A. NicholsJ. S. MorrisV. Stannard Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 51 - 57
Variability in the distribution of selenium in healthy heart tissue measured by neutron activation analysis C. J. TharpJ. K. KellyT. A. Nichols Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 57b - 63
Longitudinal study of iodine in market milk and infant formula via epiboron neutron activation analysis T. A. NicholsJ. S. MorrisT. P. Cheng Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 65 - 69
Longitudinal study of iodine in toenails following IV administration of an iodine-containing contrast agent V. L. SpateJ. S. MorrisI. R. McDougall Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 71 - 77
Multielement determination in cattle hair infested withBoophilus microplus by instrumental neutron activation analysis M. J. A. ArmelinM. C. R. Vieira-BressanM. B. A. Vasconcellos Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 77b - 79
Long-term body retention and tissue distribution of platinum in cisplatin treated cancer patients Th. G. M. H. DikhoffJ. J. M. De GoeijJ. G. Mcvie Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 81 - 86
Study on analysis of153Sm-EDTMP stability in vitro and vivo by HPLC H. Sh. BaiH. X. JinZh. Cheng Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 87 - 95
Quality control of99mTc-DTPA-octreotide by reverse high performance liquid chromatography Z. ChengQ. F. LinJ. Du Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 97 - 102
Distribution of aluminum species in normal urine as determined by chemical neutron activation analysis D. M. ShoopA. J. BlotckyE. P. Rack Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 103 - 106
Whole body analysis of the knockout gene mouse model for cystic fibrosis using thermal and fast neutron activation analysis M. M. MasonJ. S. MorrisJ. W. Colbert Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 107 - 112
The determination of48Ca,46Ca, and44Ca by chemical and radiochemical neutron activation analysis A. E. RawsonV. L. SpateL. S. Hillman Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 113 - 119
Determination of rare earth and other elements in algae by ICP-MS and neutron activation analysis K. KawamotoT. SuminoM. Akaboshi Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 119b - 122
Transfer factors of 31 elements in several agricultural plants collected from 150 farm fields in Aomori, Japan H. TsukadaY. Nakamura Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 123 - 131
Uptake rate of trace elements by soybean plants T. ShinonagaS. AmbeI. Yamaguchi Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 133 - 137
Methodology for the U.S. Food and Drug Administration's radionuclides in foods program E. J. Baratta Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 139 - 144
Enhanced cell-killing action of cisplatin in the presence of terbium chloride M. AkaboshiY. TanakaK. Kawai Applications of Radioanalytical Methods to Biological and Clinical Systems Pages: 145 - 148
Nuclear fission product analysis using capillary separation techniques G. L. KlunderJ. E. Andrews Jr.B. D. Andresen Radiochemical Methods and Production of Radionuclides Pages: 149 - 153
Recovery of hafnium radioisotopes from a proton irradiated tantalum target W. A. TaylorJ. G. GarciaS. D. Radzinski Radiochemical Methods and Production of Radionuclides Pages: 155 - 157
Cyclotron production, radiochemical separation and quality control of platinum radiotracers for toxicological studies M. BonardiC. BirattariL. Gini Radiochemical Methods and Production of Radionuclides Pages: 159 - 164
Determination of impurities in the eluate of rhenium generator using hydrated magnesium oxide as the preconcentration agent C. P. LinB. T. HsiehS. J. Yeh Radiochemical Methods and Production of Radionuclides Pages: 165 - 168
Initial generation and separation of99Mo at Sandia National Laboratories D. G. TalleyS. C. BourcierE. J. Parma Radiochemical Methods and Production of Radionuclides Pages: 169 - 173
Radiochemical analyses using EmporeTM Disk Technology D. C. SeelyJ. A. Osterheim Radiochemical Methods and Production of Radionuclides Pages: 175 - 180
Multitracer study on permeation of rare earth elements through a supported liquid membrane S. AmbeK. YashikiF. Ambe Radiochemical Methods and Production of Radionuclides Pages: 181 - 185
Radionuclide analysis using solid phase extraction disks D. M. BealsW. G. BrittD. A. Brooks Radiochemical Methods and Production of Radionuclides Pages: 187 - 191
Application of fast solvent extraction processes to studies of exotic nuclides B. WierczinskiJ. AlstadN. Wiehl Radiochemical Methods and Production of Radionuclides Pages: 193 - 197
Comparison of ultrasonic assisted digestion with traditional methods for alpha/beta analysis D. DaleG. BrooksM. Monagle Radiochemical Methods and Production of Radionuclides Pages: 199 - 204
HPLC analysis of radiolabeled octreotide F. WangH. Q. FanL. Xiao Radiochemical Methods and Production of Radionuclides Pages: 205 - 207
Speciation of the products resulted from the reaction of51Cr(VI) with concentrated perchloric and trifluoromethanesulfonic acids S. H. PezzinC. H. CollinsK. E. Collins Radiochemical Methods and Production of Radionuclides Pages: 209 - 212
Radon flux variability with season and location in Tasmania, Australia S. WhittlestoneW. ZahorowskiS. D. Schery Radium and Radon Measurement Pages: 213 - 217
Continuous measurements of radon and radon progeny as a basis for management of radon as a hazard in a tourist cave W. ZahorowskiS. WhittlestoneJ. M. James Radium and Radon Measurement Pages: 219 - 225
Indoor radon concentration survey in Mexico G. EspinosaR. B. Gammage Radium and Radon Measurement Pages: 227 - 229
Long term and equilibrium factor indoor radon measurements T. MartinezJ. LartigueV. Elizarraras Radium and Radon Measurement Pages: 231 - 238
An unusual case of indoor air radon contamination: An unusual method for effective mitigation C. KralikF. Schönhofer Radium and Radon Measurement Pages: 239 - 242
Consideration of measurement error when using commercial indoor radon determinations for selecting radon action levels G. M. ReimerS. L. SzarziM. P. Dolan Radium and Radon Measurement Pages: 243 - 245
A multiple approach to the determination of radon fluxes from sediments D. R. CorbettW. C. BurnettS. B. Clark Radium and Radon Measurement Pages: 247 - 253
New rapid method to determine radon and thoron from a single counting sequence using a field portable alpha particle scintillometer M. L. LahtiL. K. KilloranG. M. Reimer Radium and Radon Measurement Pages: 253b - 256
Efficiency of a large size scintillation cell S. SakamotoH. Takakura Radium and Radon Measurement Pages: 257 - 260
Compton suppression gamma-spectroscopy in the analysis of radium and lead isotopes in ocean sediments W. D. JamesP. N. BootheB. J. Presley Radium and Radon Measurement Pages: 261 - 266