A half automated, non time consuming radiochemical separation scheme for determination of 25 trace elements in biological specimens J. SchuhmacherW. Maier-BorstH. Hauser Biological and Biomedical Applications (Cont.) Pages: 503 - 509
Extended automated separation techniques in destructive neutron activation analysis; application to various biological materials, including human tissues and blood P. S. TjioeJ. J. M. De GoeijJ. P. W. Houtman Biological and Biomedical Applications (Cont.) Pages: 511 - 522
A study of lithium uptake and location in the brain using the nuclear track technique B. S. CarpenterD. SamuelA. Yuwiller Biological and Biomedical Applications (Cont.) Pages: 523 - 528
Neutron activation analysis for trace elements in foods J. T. TannerM. H. Friedman Biological and Biomedical Applications (Cont.) Pages: 529 - 538
Dietary intake of 25 elements by man estimated by neutron activation analysis R. Schelenz Biological and Biomedical Applications (Cont.) Pages: 539 - 548
Trace element intake and excretion in the italian population G. F. ClementeL. Cigna RossiG. P. Santaroni Biological and Biomedical Applications (Cont.) Pages: 549 - 558
New method to measure oxygen isotopic concentration ratios18O/16O by gamma-activation analysis, especially in biological media Ch EngelmannG. FilippiF. Moreau Biological and Biomedical Applications (Cont.) Pages: 559 - 570
Comparison of nondestructive proton and neutron activation: The case of biological samples L. ŽikovskýE. A. Schweikert Biological and Biomedical Applications (Cont.) Pages: 571 - 580
Resonance activation analysis of biological materials A. G. HannaH. Al-Shahristani Biological and Biomedical Applications (Cont.) Pages: 581 - 589
Activation analysis of tin at nanogram level by liquid scintillation counting of121Sn A. R. Byrne Biological and Biomedical Applications (Cont.) Pages: 591 - 597
An application of activation analysis of aluminum in biological materials M. TeraiS. HataY. Nishii Biological and Biomedical Applications (Cont.) Pages: 599 - 603
Activation analysis of vanadium in the egg of ascidian R. HoriT. Numakunąi Biological and Biomedical Applications (Cont.) Pages: 605 - 610
Behaviour of trace element concentration in human organs in dependence of age and environment M. PersigehlH. SchichaL. E. Feinendegen Biological and Biomedical Applications (Cont.) Pages: 611 - 615
Application of neutron activation analysis to the study of the variations of the concentration of trace elements in various organs of rat as a function of age B. MazièreC. Loc’hD. Comar Biological and Biomedical Applications (Cont.) Pages: 617 - 629
Estimation of rubidium in coconut palm leaves by neutron activation analysis Z. R. TurelB. C. Haldar Biological and Biomedical Applications (Cont.) Pages: 631 - 636
Determination of the chemical composition of the South Pole aerosol by instrumental neutron activation analysis W. MaenhautW. H. Zoller Environmental and Ecological Applications Pages: 637 - 650
Neutron activation analysis of platinum metals in airborne particulate matter P. SchutyserA. GovaertsJ. Hoste Environmental and Ecological Applications Pages: 651 - 660
The continental component of a Pacific Marine aerosol: Identification by combined neutron activation analysis and scanning electron microscopy with X-ray analysis F. K. LeppleP. E. WilknissK. W. Marlow Environmental and Ecological Applications Pages: 661 - 670
Trace elements in the atmosphere determined by nuclear activation analysis and their interpretation I. ÖlmezN. K. Aras Environmental and Ecological Applications Pages: 671 - 677
Trace-element emissions from Western U. S. coal-fired power plants R. C. RagainiJ. M. Ondov Environmental and Ecological Applications Pages: 679 - 691
A study of trace element distribution in the solvent refined coal (SRC) process using neutron activation analysis R. H. FilbyK. R. ShahC. A. Sautter Environmental and Ecological Applications Pages: 693 - 704
Neutron activation studies of trace elements in tree rings R. E. ToutW. B. GilboyN. M. Spyrou Environmental and Ecological Applications Pages: 705 - 715
Neutron activation as a routine method for the determination of trace elements in water K. H. LieserW. CalmanoV. Neitzert Environmental and Ecological Applications Pages: 717 - 726
The determination of chromium in water samples by neutron activation analysis after preconcentration on activated carbon H. A. Van Der Sloot Environmental and Ecological Applications Pages: 727 - 739
Distribution of selected trace elements in samples of sediment, suspension and water taken along the Isar River, Bavaria E. -A. UkenP. Hahn-WeinheimerH. Stärk Environmental and Ecological Applications Pages: 741 - 750
Scalp hair as a monitor of population exposure to environmental pollutants R. E. JervisB. TiefenbachA. Chattopadhyay Environmental and Ecological Applications Pages: 751 - 760
Pollution studies of trace elements in sediments from the Upper Saronikos Gulf, Greece A. P. GrimanisM. Vassilaki-GrimaniG. B. Griggs Environmental and Ecological Applications Pages: 761 - 773
Determination of heavy metals in sewage-based fertilizer using short-lived isotopes A. EganN. M. Spyrou Environmental and Ecological Applications Pages: 775 - 784
Optimal use of instrumental neutron and photon activation analyses for multielement determinations in sewage sludges Amares Chattopadhyay Environmental and Ecological Applications Pages: 785 - 799
Determination of trace elements by neutron activation analysis using dinonylnaphthalene sulfonic acid as a preconcentrating agent M. H. YangP. Y. ChenP. S. Weng Environmental and Ecological Applications Pages: 801 - 811
Chemical separation techniques for neutron activation analysis as used at the Dow Chemical Co G. L. JewettR. P. HimesO. U. Anders Environmental and Ecological Applications Pages: 813 - 821
Preconcentration of environmental trace elements on organic support for neutron activation and high resolution photon spectrometry C. BergeriouxJ. -P. BlancW. Haerdi Environmental and Ecological Applications Pages: 823 - 834
Determination of trace amounts of dissolved mercury compounds by instrumental neutron activation analysis following a selective preconcentration H. J. KrämerB. Neidhart Environmental and Ecological Applications Pages: 835 - 838
Activation analysis of plants within regions of geothermal resource development H. NakaharaM. YanokuraY. Murakami Environmental and Ecological Applications Pages: 839 - 847
Instrumental activation analysis of coal and fly ash with thermal and epithermal neutrons J. J. RoweE. Steinnes Environmental and Ecological Applications Pages: 849 - 856
Experience in the analysis of atmospheric aerosols at the Karlsruhe Nuclear Research Center H. VoggR. Härtel Environmental and Ecological Applications Pages: 857 - 866
Retrospective analysis of air samples in the U.K. 1957–1974 L. SalmonD. H. F. AtkinsD. V. Law Environmental and Ecological Applications Pages: 867 - 880
Neutron activation analysis of automobile exhaust pollutants T. W. OakesA. K. FurrT. F. Parkinson Environmental and Ecological Applications Pages: 881 - 888
Environmental and ecological studies using proton activation analysis M. M. LeeM. A. ChaudhriB. M. Spicer Environmental and Ecological Applications Pages: 889 - 896
The determination of some trace elements in rainwater by neutron activation analysis J. B. Luten Environmental and Ecological Applications Pages: 897 - 904
The application of activation analysis for the control of bromide accumulation in vegetable A. SuessH. Staerk Environmental and Ecological Applications Pages: 905 - 916
Neutron activation analysis of biologically essential trace elements in environmental specimens using pyrrolidinedithiocarbamate extraction Y. KusakaH. TsujiT. Ozaki Environmental and Ecological Applications Pages: 917 - 926
Trace elements in mussels (Mytilus Edulis) from coastal areas of the North Sea and the Baltic. Multielement analyses using instrumental neutron activation analysis L. KarbeCh SchnierH. O. Siewers Environmental and Ecological Applications Pages: 927 - 943
Low-energy photon spectrometry in nondestructive neutron activation analysis of environmental samples T. NakanishiB. Sansoni Environmental and Ecological Applications Pages: 945 - 955