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Journal of Radioanalytical and Nuclear Chemistry

, Volume 132, Issue 2, pp 443–460 | Cite as

Radiochemistry and radiochemical separations

A current bibliography
  • E. Bujdosó
Bibliographic Collection
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Abbreviations used

ISBN

The International Standard Book Number

ISSN

The International Standard Serial Number

MF

Microfiche

PC

Photocopy

RN

INIS Atomindex Reference Number, volume and serial numbers

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References

  1. ABUZEIDA, M.; AREBI, B. H.; ZOLTAREV, Y. A.; KOMAROV, N. A. (Tajura Research Center, Tripoli (Libya). Dept. of Radiochemistry): Selective liquid scintillation method of uraniuma-spectrometry.J. Radioanal. Nucl. Chem. Articles. ISSN 0236-5731. JRNCA. (Dec 1987). v. 116(2) p. 285–289. (RN 19:065807).Google Scholar
  2. ALFASSI, Z. B.: Production of radionuclides by 14 MeV neutron generator. p. 153–160. In: Anon. Radionuclides production. Volumes 1 and 2. ISBN 0-8493-6003-X. Boca Raton, FL (USA). CRC Press Inc. 1983. (RN 18:055145).Google Scholar
  3. ALIAN, A.; KHALIQUZZAMAN, M.; NOFAL, M. M. (Univ. of Garyounis, Benghazi (Libya). Fac. of Science): Rapid separation of thorium-234 from uranyl nitrate hexahydrate by adsorption on filter paper from ether solution.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (13 Mar 1987). v. 108(5) p. 317–326. (RN 18:075774).Google Scholar
  4. ANDRADE E SILVA, L. G. DE; CUNHA, I. I. L. (Inst. de Pesquisas Energeticas e Nucleares, Sao Paulo (Brazil). Div. de Radioquimica): Radiochemical method for90Sr separation from fission products. (In Portuguese). Estabelecimento de um metodo radioquimico para a separacao de90Sr de misturas de produtos de fissao.Cienc. Cult. (Sao Paulo) Supl. ISSN 0102-2474. RRACD. (Jul 1987). v. 39(7) p. 343. Published in summary form only. [39. Annual Meeting of the Brazilian Society for the Advancement of Science. Brasilia, DF (Brazil). 12–18 Jul 1987]. (RN 18:078724).Google Scholar
  5. ANON.: Present status of researches and developments on extraction of uranium from seawater. Atomic Energy Society of Japan, Tokyo. (In Japanese).Nippon Genshiryoku Gakkai-Shi. ISSN 0004-7120. NGEGA. (Jun 1986). v. 28(6) p. 501–507. (RN 18:050374).Google Scholar
  6. ANON.: Radionuclides production. Volumes 1 and 2. ISBN 0-8493-6003-X. Boca Raton, FL (USA). CRC Press Inc. 1983. 170 p. (RN 18:055146).Google Scholar
  7. ANON.: (Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenskeho Univ., Bratislava (Czechoslovakia)): Separation of ionic solutes. Abstracts of papers. (In English and Russian). INIS-mf-10577. (21 Apr 1986). 31 p. [Conference on separation of ionic solutes SIS '85. Smolenice (Czechoslovakia). 2–6 Sep 1985]. MF available from INIS. (RN 18:017463).Google Scholar
  8. ARNIKAR, H. J.: Essentials of nuclear chemistry. Second edition. ISBN 0-470-20723-X. New York, NY (USA). John Wiley and Sons Inc. 1986. 380 p. (RN 18:088707).Google Scholar
  9. ATCHER, R. W.; FRIEDMAN, A. M.; HINES, J.: Isotopic generator for bismuth-212 and lead-212 from radium. US patent document 4, 663, 129(A). Int. Cl. G21G 4/08 CO1G 29/00; C22B 13/00. 5 May 1987. vp. U. S. Commissioner of Patents, Washington, D. C. 20231, USA, $ 50. (RN 18:078833).Google Scholar
  10. AUNGURARAT, G.; WAGNER, G.; BEYER, G. J.: Extraction and anion exchange behavior of molybdate and pertechnetate ions. (In German). Extraktions- und Anionenaustauschverhalten von Molybdat- und Pertechnetationen. p. 8–9. In: Zentralinstitut für Kernforschung, Rossendorf bei Dresden (German Democratic Republic). Annual report 1985. Jahresbericht 1985. Bereich Radioaktivite Isotope. ZfK — 590. Jun 1986. 114 p. Published in summary form only. MF available from INIS. (RN 18:068176).Google Scholar
  11. BALDWIN, R. M. (Medi-Physics, Inc., Emeryville, CA (USA)): Chemistry of radioiodine.Appl. Radiat. Isot. ARISE. (1986). v. 37(8) p. 817–821. (RN 18:001330).Google Scholar
  12. BAZZARRI, S. (ENEA, Cassaccia (Italy). Centro Ricerche Energia); DESIDERI, D.; STACCIOLI, L.; TESTA, C. (Urbino Univ. (Italy). Inst. of General and Inorganic Chemistry): Separation and determination of uranium and thorium in zircon sands by extraction chromatography.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (17 Nov 1986). v. 107(3) p. 165–173. (RN 18:039960).Google Scholar
  13. BEHRENS, H. (Gesellschaft für Strahlen- und Unweltforschung mbH München, Inst. für Radiohydrometrie, D-8042 Neuherberg): Speciation of radioiodine in aquatic and terrestrial systems under the influence of biogeochemical processes. p. 223–230. In: BULMAN, R. A.; COOPER, J. R. Speciation of fission and activation products in the environment. ISBN 0-85334-422-1. New York, NY (USA). Elsevier Science Pub. Co. Inc. 1985. [Seminar. Oxford (UK). 16–19 Apr 1985]. (RN 19:031462).Google Scholar
  14. BEM, E. M.; ELSON, C. M. (5638600CA): Preconcentration of silver from rocks by extraction with bismuth dibenzyldithiocarbamate prior to neutron activation analysis.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (29 Apr 1987). v. 117(3) p. 145–154. (RN 18:084600).Google Scholar
  15. BETENEKOV, N. D.; KAFTAJLOV, V. V.; BUSHKOV, I. E.: Cesium sorption from solutions of seawater type. (In Russian). Sorbtsiya tseziya iz rastvorov tipa morskoj vody.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(1) p. 127–129. For English translation see the journal Soviet Radiochemistry (USA). (RN 18:093640).Google Scholar
  16. BETENEKOV, N. D.; KAFTAILOV, V. V.; DENISOV, E. I.; EGOROV, YU. V.; GUBANOVA, A. N.; PUZAKO, V. D.: Radiochemical investigation of chalcogenide films. X. Sorption of cobalt by thin-layer zinc sulfide from carbonate-containing solutions.Sov. Radiochem. (Engl. Transl.) ISSN 0038-576X. SVRDA. (May 1987). v. 28(5) p. 542–546. Translated from Radiokhimiya; 28: No. 5, 599–603 (Sep–Oct 1986). (RN 19:035496).Google Scholar
  17. BILEWICZ, A.; BARTOS, B.; NARBUTT, J.; POLKOWSKA-MOTRENKO, H. (Inst. of Nuclear Chemistry and Technology, Warsaw (Poland)): Composite ion exchanger for removal of sodium-24 in neutron activation analysis of biological materials.Anal. Chem. (Wash.). ISSN 0003-2700. ANCHA. (1 Jul 1987). v. 59(13) p. 1737–1738. (RN 18:084665).Google Scholar
  18. BILIKOVA, A.; HUCKO, P.; LEHOCKY, J.; STANKOVIC, V. (eds.) (Vyskumny Ustav Vodneho Hospodarstva, Bratislava (Czechoslovakia)); Hydrochemistry '86. (In Czech and Slovak). Hydrochemia '86. INIS-mf-11113. 1986. 472 p. [23. seminar on new analytical methods in water chemistry-Hydrochemistry '86. Bratislava (Czechoslovakia). 26–27 Nov 1986]. MF available from INIS. (RN 19:021892).Google Scholar
  19. BJOERNSTAD, T. (Bergen Univ. (Norway). Dept. of Chemistry; Oslo Univ. (Norway)): Production, study and use of short-lived nuclides in pure and applied nuclear research. Thesis (Ph. D.). INIS-mf-10504. 1986. 310 p. Reprints of 17 previously published papers. MF available from INIS. (RN 17:071800).Google Scholar
  20. BLANC, D. (Toulouse Univ., 31 (France)): Nuclear chemistry. (In French). La chimie nucléaire. ISBN 2-13-039463-9. Paris (France). Presses Universitaires de France. 1987. 127 p. (RN 19:001086).Google Scholar
  21. BOLGAREV, V. P.; ROGOZIN, YU. M.; BRYZGALOVA, R. V.: Investigation of transfer processes of radionuclides through porous medium. (In Russian). Issledovanie protsessov perenosa radionuclidov cherez poristuyu sredu.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(3) p. 372–376. (RN 19:039736).Google Scholar
  22. BONATO, P. S. (Sao Paulo Univ. (Brazil). Fac. de Ciencias Farmaceuticas); COLLINS, K. E.: Chromatographic procedures for the analytical separation of hydrolytic species of51Cr(III). (In Spanish). Procedimentos cromatograficos para la separacion analitica de especies hidroliticas de51Cr(III). p. 73. In: Instituto Nacional de Investigaciones Nucleares, Mexico City. Sixth symposium on nuclear chemistry, radiochemistry and radiation chemistry. Sexto simposio en quimica nuclear, radioquimica y quimica de radiaciones. INIS-mf-11107. Dec 1986. 141 p. [Puebla Pue (Mexico). 1–5 Dec 1986]. MF available from INIS. Published in summary form only. (RN 19:031053).Google Scholar
  23. BORKOWSKI, M.; SMULEK, W. (Inst. of Nuclear Chemistry and Technology, Warsaw (Poland)): Radionuclides in studying the sorption of metals by chitin and chitosan. p. 1327. In: Akademie der Wissenschaften der DDR, Leipzig. Zentralinstitut für Isotopen, und Strahlenforschung. Proceedings of the third Working meeting Radioisotope Application and Radiation Processing in Industry. Vol. 4. 1986. 378 p. Poster presentation. Published in summary form only. [Leipzig (German Democratic Republic). 23–27 Sep 1985]. Available from Central Institute of Isotope and Radiation Research, DDR-7050 Leipzig. (RN 19:001043).Google Scholar
  24. BRAUN, T. (Eötvös Loránd Tudományegyetęm, Budapest (Hungary). Szervetlen és Analitikai Kémiai Intézet): Statistical evaluation of recorded knowledge in nuclear and other instrumental analytical techniques.Fresenius' Z. Anal. Chem. ISSN 0016-1152. ZACFA. (Aug 1987). v. 328(1/2) p. 1–9. [IAEA Advisory Group meeting on comparison of nuclear analytical methods with competitive methods. Oak Ridge, TN (USA). 3–7 Oct 1986]. (RN 19:000996).Google Scholar
  25. BRUKHERTZAJFER, KH.; AJKHLER, B.; EHSTEVES, KH.; KRUZ, T.; VILL, EH.; ZLOKAZOV, B. V.; PORTIL'O, R.; RYUDIGER, YU.: Separation and identification of short-lived tungsten isotopes from products of reaction154Gd+20Ne. (In Russian). Vydelenie i identifikatsiya korotkozhivushchikh izotopov vol'framsa iz produktov reaktsij154Gd+20Ne.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(1) p. 62–66. For English translation see the journal Soviet Radiochemistry (USA). (RN 18:093637).Google Scholar
  26. BURNS, W. G.; MARSH, W. R. (UKAEA Harwell Lab. Chemistry Div.): The chemistry of iodine in accident conditions. p. 125–136. In: British Nuclear Energy Society, London; Royal Society of Chemistry, London (UK); Institution of Chemical Engineers, London (UK). Water chemistry of nuclear reactor systems 4: v. 2. Proceedings of the international conference organized by the British Nuclear Energy Society and co-sponsored by the Royal Society of Chemistry and the Institution of Chemical Engineers, held in Bournemouth, UK on 13–17 October 1986. ISBN 07277 03706. London (UK). British Nuclear Energy Society. 1986. 188 p. [4. international conference]. Price Pound 80.00. (RN 19:049283).Google Scholar
  27. CALETKA, R.; MÜNSTER, H.; KRIVAN, V. (Ulm Univ. (Germany, F. R.), Sektion Analytik und Höchstreinigung): Preconcentration of radiocaesium from water samples on zinc hexacyanoferrate bounded in agar agar gel.Fresenius' Z. Anal. Chem. ISSN 0016-1152. ZACFA. (May 1987). v. 327(1) p. 19–20. Published in summary form only. (RN 18:063997).Google Scholar
  28. CHAKRAVORTY, R.; GRIEKEN, R. VAN (Univ. Instelling Antwerpen (Belgium)): Radiochemical study of Cd, Co and Eu coprecipitation with iron hydroxide in seawater.Mikrochim. Acta. ISSN 0026-3672. MIACA. (1986). v. 3(1–2) p. 81–87. (RN 19:004528).Google Scholar
  29. CHEN SUZHEN (Academia Sinica, Beijing (China). Inst. of Atomic Energy): Study on131I-sodium o-iodohippurate by reversedphase HPLC. (In Chinese).J. Nucl. Radiochem. ISSN 0253-9950. HHHHD. (May 1986). v. 8(2) p. 95–101. (RN 19:011474).Google Scholar
  30. CHUJKO, V. T.; KUPRIK, A. V.; PIS'MENNYJ, B. V.; CHUJKO, T. V.: Separation of uranium and iron by electrochemical method. (In Russian). Razdelenie urana i zheleza ehlektrokhimicheskim sposobon.Zh. Prikl. Khim. ISSN 0044-4618. ZPKHA. (Feb 1986). v. 59(2) p. 299–302. For English translation see the journal Journal of Applied Chemistry of the USSR (USA). (RN 18:001306).Google Scholar
  31. COLLINS, C. H. (Univ. Estadual de Campinas (Brazil). Inst. de Quimica): Radiochromatography applications in chemistry. (In Spanish). Aplicaciones radiocromatograficas en quimica. p. 53. In: Instituto Nacional de Investigaciones Nucleares, Mexico City. Sixth symposium on nuclear chemistry, radiochemistry and radiation chemistry. Sexto simposio en quimica nuclear, radioquimica y quimica de radiaciones. INIS-mf-11107. Dec 1986. 141 p. [Puebla, Pue (Mexico). 1–5 Dec 1986]. MF available from INIS. (RN 19:030906).Google Scholar
  32. COX, P. H. (Rotterdamse Droogdok Maatschappij N. V. (Netherlands)): MATHER, S. J.; SAMPSON, C. B.; LAZARUS, C. R. (eds.): Progress in radiopharmacy. ISBN 0-98838-823-6. Dordrecht (Netherlands). Martinus Nijhoff. 1986. 627 p. Developments in Nuclear Medicine. v. 10. Includes author and subject index; [2. European symposium on radiopharmacy and radiopharmaceuticals. Cambridge (UK). Mar 1985]. (RN 17:088755).Google Scholar
  33. CUNHA, I. I. L.; ANDRADE E SILVA, L. G. (Inst. de Pesquisas Energeticas e Nucleares, Sao Paulo (Brazil)): Recovery of137Cs from acidic fission products solutions. J.Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (21 Apr 1986). v. 104(5) p. 293–300. (RN 17:081530).Google Scholar
  34. DANG, H. S.; CHATT, A. (Dalhousie Univ., Halifax, Nova Scotia): Preconcentration activation analysis of uranium and thorium in standard reference materials and food. CONF-861102-.Trans. Am. Nucl. Soc. ISSN 0003-018X. TANSA. (1986). v. 53 p. 169–170. [American Nuclear Society and Atomic Industrial Forum joint meeting. Washington, DC (USA). 16–21 Nov 1986]. (RN 18:059851).Google Scholar
  35. DAS, N. R. (Saha Inst. of Nuclear Physics, Calcutta (India). Nuclear Chemistry Div.): Ion exchange separation of90Y from90Sr using ascorbic acid and nitrilotriacetic acid as elements.J. Radioanal. Nucl. Chem. Articles. ISSN 0236-5731. JRNCD. (Feb 1987). v. 109(2) p. 413–418. (RN 18:084668).Google Scholar
  36. DEDOV, V. B.; TRUKHLYAEV, P. S.; KALINICHENKO, B. S.; SHVETSOV, I. K.: Separating curium and californium on experimental batches of solid extractants containing D2EHPA.SOV. Radiochem. (Engl. Tansl.). ISSN 0038-576X. SVRDA. (May 1987). v. 28(5) p. 579–582. Translated from Radiokhimiya; 28: No. 5, 636–640 (Sep-Oct 1986). (RN 19:035147)Google Scholar
  37. DEDOV, B. V.; TRUKHLYAEV, P. S.; KALINICHENKO, B. S.; SHVETSOV, I. K.: Separating curium and californium by solvent extraction with salts of D2EHPA.Sov. Radiochem. (Engl. Transl.). ISSN 0038-576X. SVRDA. (May 1987). v. 28(5) p. 583–586. Translated from Radiokhimiya; 28: No. 5, 640–644 (Sep–Oct 1986). (N 19:035148).Google Scholar
  38. DOBERENZ, W.; FISCHER, S.; DREYER, R.(Technische Univ., Dresden (German Democratic Republic). Sektion Chemie): Solvent extraction of well defined astatine species (In German). Zur Extraktion definierter Astatformen.Isotopenpraxis. ISSN 0021-1915. IPRXA. (Sep 1987). v. 23(9) p. 339–343. (RN 19:001091).Google Scholar
  39. DONIVAN, S.; HOLLENBACH, M.; COSTELLO, M.(UNC Geotech, Grand Junction, CO): Rapid determination of thorium-230 in mill tailing by α-spectrometry.Anal. Chem. (Wash.) ISSN 0003-2700. ANCHA. (1 Nov 1987). v. 59(21) p. 2556–2558. (RN 19:026375).Google Scholar
  40. Du HONGSHAN; JIA ZHANG; YU YIGUANG; YAO LINING(Academia Sinica, Beijing (China). Inst. of Atomic Energy): Preparation of standard radioactive147Pm solution. (In Chinese).J. Nucl. Radiochem. ISSN 0253-9950. HHHHD. (Aug 1986). v. 8(3) p. 166–171. (RN 19:011741).Google Scholar
  41. DYSON, N. A.; FAKHOURI, H.(Birmingham Univ. (UK). Dept. of Physics): The self-absorption correction in PIXE microanalysis.X-Ray Spectrom., XRS. ISSN 0049-8246. XRSPA. (Jul 1986). v. 15(3) p. 201–205. (RN 18:004792).Google Scholar
  42. ELESIN, A. A.; NIKOLAEV, V. M.; SHALIMOV, V. V. (and others): Ionexchange chromatographic separation of einsteinium from irradiated californium targets.Sov. Radiochem. (Engl. Transl.). ISSN 0038-576X. SVRDA. (Jul 1987). v. 28(6) p. 723–726. Translated from Radiokhimiya: 28: No. 6, 786–789 (Nov–Dec 1986). (RN 19:026590).Google Scholar
  43. FAHEY, J. A.,(City Coll., New York (USA)): Neptunium. p. 443–498. In: KATZ, J. J.; MORSS, L. R. (Argonne National Lab., IL (USA)); SEABORG, L. R. (eds.). The chemistry of the actinide elements. v. 1 2. ed. ISBN 0-412-10550-0. London (UK). Chapman and Hall. 1986. 886 p. (RN 18:093614).Google Scholar
  44. FEDOTOV, S. N., YABLOCHKIN, A. V.: Separation of americium and curium by means of extraction chromatography in di-2-ethylhexylorthophosphoric acid-nitric acid system. (In Russian). Razdelenie ameritsiya i kyuriya ehkstraktsionnoj khromatografiej v sisteme di-2-ehtilgeksilortofosfornaya kislota-azotnaya kislota.Radiokhimiya. ISSN 0033-8311. RADKA. (1986). v. 28(2) p. 266–270. For English translation see the journal Soviet Radiochemistry (USA). [2. All-union conference on the transplutonium element chemistry. Dimitrovgrad (USSR). 21–23 Jun 1983]. (RN 18:008120).Google Scholar
  45. FORSELL, P. (Lab. of Physical Chemistry and Electrochemistry, Helsinki Univ. of Technology, Espoo (Finland)): Determination of the tracer diffusion coefficient in a cation exchange membrane.Acta Chem. Scand., Ser. A. ISSN 0302-4377. ACAPC. (1987). v. 41 p. 269–273. (RN 19:001044).Google Scholar
  46. FOWLER, J. S.; WOLF, A. P. SPRINGFIELD, V. A. (USA): Synthesis of carbon-11, fluorine-18, and nitrogen-13 labeled radiotracers for biomedical applications. National Technical Information Service. 1982. 130 p. From review in John A. KATZENELLENBOGEN, inJ. Am. Chem. Soc., Vol. 109, No. 24 (1987). (RN 19:039764),Google Scholar
  47. FREEMAN, A. J.(Northwestern Univ., Evanston IL (USA). Dept. of Physics and Astronomy): KELLER, C. (eds.): Handbook on the physics and chemistry of the actinides. V. 3. ISBN 0-444-86926-3. Amsterdam (Netherlands). North Holland. 1985. 530 p. Includes subject index. (RN 19:001063).Google Scholar
  48. FREEMAN, A. J.; KELLER, C.: Handbook on the physics and chemistry of the actinides, Volume 4. ISBN 0-444-86983-2. New York, NY (USA). Elsevier Science Pub. Co. Inc. 1986. 574 p. (RN 19:021571).Google Scholar
  49. GATTAVECCHIA, E.; TONELLI, D.; BOSCO, P.(Bologna Univ. (Italy). Ist. di Scienze Chimiche): Evaluation of enzymatic kinetic parameters by thin-layer chromatography with radiometric detection.Anal. Chim. Acta. ISSN 0003-2670. ACACA. (15 May 1987). v. 196 p. 259–265. [10. International symposium on microchemical techniques. Antwerp (Belgium). 25–29 Aug 1986]. (RN 19:043926).Google Scholar
  50. GEARY, W. J.(Sheffield Polytechnic (UK)); JAMES, A. M. (ed.) Radiochemical methods. ISBN 0 471 91118 6. Chichester (UK). John Wiley and Sons. 1986. 227 p. Price Pound 9.95. (RN 18:067978).Google Scholar
  51. GEARY, W. J.: Radiochemical methods. ISBN 0471 91118 6. New York, NY (USA). John Wiley and Sons 1986. 248 p. From review by Harry C. Winter, Univ. of Michigan, in J. Am. Chem. Soc., Vol. 109, No 17 (1987). (RN 19:016434).Google Scholar
  52. GROMOV, V. V.; BONDARENKO, G. P.: Separation of gallium and germanium in the dissolution of Ga-Ge alloys.Sov. Radiochem. (Engl. Transl.). ISSN 0038-576X. SVRDA. (Nov 1985). v. 27(2) p. 208–213. Translated from Radiokhimiya, Vol. 27, No. 2, pp. 228–233, March–April, 1985. Cover-to-cover translation of Radiokhimiya (USSR). (RN 18: 081887).Google Scholar
  53. GUAN JINGSU; JI JUNGING; XU AIMIN(Academia Sinica, Beijing (China). Inst. of Atomic Energy): The determination of trace amount of Gd, Sm, Dy, and Eu in Zr-Nb alloy by cation ion-exchange separation-horizontal ICP-AES method. (In Chinese).At. Energy Sci. Technol. (Mar 1986). v. 20(2) p. 238–242. (RN 18:075682).Google Scholar
  54. GUILLAUME, M.; BRIHAYE, C.(Liège Univ. (Belgium). Cyclotron Research Center): Generators for short-lived gamma and positron emitting radionuclides: current status and prospects.Nucl. Med. Biol. ISSN 0883-2897. NMBIE. (1986). v. 13(2) p. 89–100. [2. international ACOMEN conference on radiopharmaceuticals. Biarritz (France). 2–4 Jun 1986]. (RN 18:065395).Google Scholar
  55. GUO KUISHENG; YAO WANYUAN; ZHANG HUAIXIN(Academia Sinica Beijing (China). Inst. of Atomic Energy): Determination of233U in hydrochloric acid solution by an extraction-liquid scintillation counting technique.At. Energy. Sci. Technol. YKJIE. (May 1986. v. 20(3) p. 332–336. (RN 18:097711).Google Scholar
  56. GUSEVA, L. I.; STEPUSHKINA, V. V.; Separation of Bk(4) and Ce(4) from trivalent transplutonium and rare earth elements on ionites in sulfuric acid solution. (In Russian). Otdelenie Bk(4) i Ce(4) ot trekhvalentnykh transplutonievykh if redkozemel'nykh ehlementov na ionitakh v rastvorakh sernoj kisloty.Radiokhimya. ISSN 0033-8311. RADKA. (1987). v. 29(2) p. 216–220. (RN 19:039741).Google Scholar
  57. HIRAYAMA, FUMIO; TAKASHI, MASAOTO(Nippon Atomic Industry Group Co. Ltd., Tokyo); NAITO, MAKOTO; HISHIKAWA, MOTOYUKI; TABAYASHI, MASAO: A method for rapid radiochemical analysis of transuranium elements in nuclear facilities, 3.NAID (Nippon At. Ind., Group) Annu. Rev. NANRD. (1986). (no. 1985) p. 68–70. Published in summary form only. (RN 18:039885).Google Scholar
  58. HOFFMAN, D. C.; HENDERSON, R. A.; GREGORICH, K. E. (and others).(Lawrence Berkeley Lab., CA (USA): Lawrence Livermore National Lab., CA (USA)): Atom-at-a-time radiochemical separations of the heaviest elements; Lawrencium chemistry. LBL-23367. CONF-870430-7. Apr 1987. 14 p. Portions of this document are illegible in microfiche products. [International conference on methods and applications of radioanalytical chemsitry. Kona, HI (USA). 5‐10 Apr 1987]. MF available from INIS: Available from NTIS, PC A02/MF AO1; 1 as DE87010258. (RN 19:001085).Google Scholar
  59. HOSHI MICHIO; YONEZAWA, ChUSHIRO; GOTO, SATOSHI; SAGAWA, CHIAKI(Japan Atomic Energy Research Inst., Tokai Ibaraki, Tokai Research Establishment); YAMAMOTO, KATSUMUNE Solvent extraction of Zn, Ni and Fe in the alkaline solution with diethyldithiocarbamate. (In Japanese).Radioisotopes (Tokyo). ISSN 0033-8303. RAISA. (Dec 1986). v. 35(12) p. 619–624 (RN 18: 081886).Google Scholar
  60. HUNT, F. C.(Commonwealth Scientific and Industrial Research Organization, Lucas Heights (Australia)): Reversed-phase high-performance liquid chromatography of gallium-67 and indium-111 chelates of EHPG, HBED and their derivatives.Appl. Radiat. Isot. ARISE. (1988). v. 29(4) p. 349–352. (RN 19:061940).Google Scholar
  61. HUSSONNOIS, M.(Paris-11 Univ., 91-Orsay (France). Inst. de Physique Nucléaire); BRUCHERTSEIFER, H.; CONSTANTINESCU, O.; CONSTANTINESCU, M.(Paris-11 Univ., 91-Orsay (France). Inst. de Physique Nucléaire): Study of strontium extraction as cryptate complex in view to 102 element separation from the actinides. IPNO-DRE-87-05. 1987. 16 p. MF available from INIS. (RN 19:007606).Google Scholar
  62. IMAI, K.; WATARI, K.; OHNO, Sh.; OHMIYA, T.(National Inst. of Radiological Sciences, Chiba (Japan)); KURODA, E.; IZAWA, M.; Adsorption and purification of radiogallium in hydrochloric acid and metal chloride solutions by nonionic resin of macroreticular type. (In Japanese).Radioisotopes (Tokyo) ISSN 0033-8303. RAISA (Aus 1986). v. 35(8) p. 418–422. (RN 18:050376).Google Scholar
  63. ITO, K.; KANNO, T.(Tohoku Univ., Sendai (Japan). Research Inst. of Mineral Dressing and Metallurgy): Effect of denitration with formic acid on precipitation and volatilization of ruthenium and technetium.J. Nucl. Sci. Technol. (Tokyo). ISSN 0022-3131. JNSTA. (Jan 1986). v. 23(1) p. 37–43. (RN 18:008263).Google Scholar
  64. ITO, K.; KANNO, T.(Tohoku Univ., Sendai (Japan). Research Inst. of Mineral Dressing and Metallurgy): Coprecipitation of carrierfree Tc-95m with circonium hydroxide in presence of sodium tetrahydroborate.J. Nucl. Sci. Technol. (Tokyo). ISSN 0022-3131. JNSTA. (Dec 1985). v. 22(12). p. 1023–1025. Published in summary form only (RN 18:008264).Google Scholar
  65. IYENGARD, G. V.(Kernforschungsanlage Jülich G. m. b. H. (Germany, F. R.). Inst. für Medizin): Radiochemical separation for inorganic trace elements in some biological reference materials, foods, tissues and bodyfluids.J. Radioanal. Nucl. Chem Articles. ISSN 0236-5731. JRNCD. (Mar 1987). (3 Jul 1987). p. 503–517. [International symposium on nuclear analytical chemistry. Halifax, Nova Scotia (Canada). 5–7 Jun 1985]. (RN 19:007506).Google Scholar
  66. JANSTA, J.(Ustav Radioekologie a Vyuzitia Jadrovej Techniky, Kosice (Czechoslovakia)): Separation of ionic radioiodine by selective sorbents with increased dynamic efficiency, p. 25. In: Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenkeho Univ., Bratislava (Czechoslovakia). Separation of ionic solutes. Abstracts of papers. INIS-mf-10577. [21 Apr 1986]. 31 p. Published in summary form only. [Conference on separation of ionic solutes SIS '85. Smolenice (Czechoslovakia). 2–6 Sep 1985]. MF available from INIS. (RN 18:017464).Google Scholar
  67. JEDINAKOVA, V.; DVORAK, Z.; ZILKOVA, J.(Vysoka Skola Chemicko-Technologicka, Prague (Czechoslovakia). Katedra Technologie Jadernych Paliv a Radiochemie): Description of the extraction of microamounts of Am(III) in the presence of macroamounts of lanthanides. p. 26. In: Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenskeho Univ., Bratislava (Czechoslovakia). Separation of ionic solutes. Abstracts of papers. INIS-mf-10577. [21. Apr. 1986]. 31 p. Published in summary form only. [Conference on separation of ionic solutes SIS '85z. Smolenice (Czechoslovakia). 26 Sep 1985]. MF available from INIS. (RN 18:017465).Google Scholar
  68. KAFTALJOV, V. V.; MITROFANOVA, S. A.; BETENEKOV, N. D.: Radiocolloids in sorption systems. 19. Filtration concentration of iron from salt solutions. (In Russian). Radiokolloidy v sorbtsionnykh sistemakh. 19. Fil'tratsionnoe kontsentrirovanie zheleza iz solenykh rastvorov.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(1) p. 121–123. For English translation see the journal Soviet Radiochemistry (USA). (RN 18:093638).Google Scholar
  69. KAFTALJOV, V. V.; BETENEKOV, N. D.; Radiocolloids in sorption systems. 20. Sorption kinetics of heterogeneous sorbate in simultaneous presence in solution of real and pseudocolloids of microcomponent. (In Russian). Radiokolloidy v sorbtsionnykh sistemakh. 20. Kinetika sorbtsii neodnorodnogo sorbata pri odnovremennom prisutstvii v rastvore istinnykh i psevdokolloidov mikrokomponenta.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(1) p. 123–126. For English translation see the journal Soviet Radiochemistry (USA). (RN 18:093639).Google Scholar
  70. KAMENSKAYA, A. N.; KONOVALOVA, N. A.; KULYUKHIN, S. A.; MIKHEEV, N. B.; Rapid separation of higher actinide elements by cocrystallization using lower oxidation states.Sov. Radiochem. (Engl. Transl.). ISSN 0038-576X. SVRDA. (Jul 1986). v. 27(5) p. 781–783. Cover-to-cover translation of Radiokhimiya (USSR). (RN 18:030582).Google Scholar
  71. KARALOVA, Z. K.; BUKINA, T. I.; MYASOEDOV, B. F.: Use of alkaline solutions for removal and separation of elements by extraction chromatography.Sov. Radiochem. (Engl. Transl.). ISSN 0038-576X. SVRDA. (Jul 1986). v. 27(5) p. 697–706. Cover-to-cover translation of Radiokhimiya (USSR). (RN 18:030580).Google Scholar
  72. KATOH, SH.; SÜGASAKA, K.(Government Industrial Research Inst., Shikoku, Takamatsu (Japan)); NOGI, T.; YOSHIZUMI, N.; MIMA, K.: Extraction of uranium, from seawater by the fibrous composite adsorbent (In Japanese).Nippon Kaisui Gakkai-Shi. ISSN 0369-4550. NKAGB. (Nov. 1986). v. 40(4) p. 216–1221. (RN 18:075847).Google Scholar
  73. KATZ, J. J.; SEABORG, G. T.; MORRS, L. R.: The chemistry of the actinide elements. Volume 1. ISBN 0-412-105500. New York, NY (USA). Methuen, Inc. 1986. 998 p. (RN 18:030829).Google Scholar
  74. KATZIN, L. I.; SONNENBERGER, D. C.(Argonne National Lab., IL (USA)): Thorium. p. 41–101. In: KATZ, J. J.; MORRS, L. R. (Argonne National Lab., IL (USA)); SEABORG, L. R. (eds.). The chemistry of the actinide elements. V. 1. 2. ed. ISBN 0-412-10550-0. London (UK). Chapman and Hall. 1986. 886 p. (RN 18:093611).Google Scholar
  75. KEPAK, F.; KOUTOVA, S.; KANKA, J.(Ustav Jaderneho Vyzkumu CSKAE, Rez (Czechoslovakia)): Sorption of106RuO4 vapors by M362 molecular sieve. (In Czech.). Sorpce par106RuO4 molekulovym sitem M362.Jad Energ. ISSN 0448-116X. JADEA. (May 1987). v. 33(5) p. 190–191. (RN 18:097850).Google Scholar
  76. KIMURA, T.; KOBAYASHI, Y.; AKATSU, J.(Japan Atomic Energy Research Inst., Tokai, Ibaraki. Div. of Chemistry): Separation and determination of neptunium, plutonium, and americium using coprecipitation with barium sulfate.Radiochim. Acta. ISSN 0033-8230. RAACA. (1986). v. 39(4) p. 179–183. (RN 18:026385).Google Scholar
  77. KIRBY, H. W.(Monsanto Research Corp., Miamisburg, OH (USA). Mound): Actinium. p. 14–40. In: KATZ, J. J.; MORSS, L. R. (Argonne National Lab., IL (USA)); SEABORG, L. R. (eds.). The chemistry of the actinide elements. v. 1. 2. ed. ISBN 0-412-10550-0. London (UK). Chapman and Hall. 1986. 886p (RN 18:093610).Google Scholar
  78. KIRBY, H. W.(Monsanto Research Corp., Mianisburg, OH (USA). Mound): Protactinium. p. 102–168. In: KATZ, J. J.; MORSS, L. R. (Argonne National Lab., IL (USA)); SEABORG, L. R. (eds.). The chemistry of the actinide elements. v. 1. 2. ed. ISBN 0-412-1055-0. London (UK). Chapman and Hall. 1986. 886 p. (RN 18:093612).Google Scholar
  79. KOEHLY, G.; MADIC, C.(CEA, 75 — Paris (France)): Process for the recovery of molybdenum 99 from an irradiated uranium alloy target. (In French). Procédé de récuperation de Molybdene-99 à partir d'une vible d'alliage d'uranium irradié. FR patent document 2575585(A). Fr patent application 8420011. Int. Cl.: G21c19/44; A61k49/02; BO1d11/04; C22b34/34; G21f9/30. 4 Jul 1986. 28 Dec 1984. 17 p. Available from Institut National de la Propriété Industrielle, Paris (France). (RN 18:030846).Google Scholar
  80. KOHRING, M. W.(Oak Ridge National Lab., TN): Extraction of152Gd from HFIR controll plates. CONF-860610-,Transl Am. Nucl. Soc. ISSN 0003-018X. TANSA. (1986). v. 52 p. 348–349. [American Nuclear Society annual meeting. Reno, NV (USA). 15–20 Jun 1986]. (RN 19:039763).Google Scholar
  81. KOSYAKOV, V. N.; YAKOVLEV, N. G.; VLASOV, M. M.; Extraction radiopolarography for determining the oxidation potentials of transplutonium elements.Sov. Radiochem. (Engl. Transl.). ISSN 0038-576X. SVRDA. (Mar 1987). v. 28(4) p. 495–498. Translated from Radiokhimiya; 28: No. 4, 543–547 (Jul–Aug 1986). Cover-to-cover translation of Radiokhimiya (USSR). (RN 18:078727).Google Scholar
  82. KRANITSKII, I. B.; POPIK, V. P.; ZAITSEV, B. N.: Extraction of curium and certain rare earth elements by a mixture of DI-2-ethylhexylphosphoric acid and TRI-1-methylheptylphosphine oxide.Sov Radiochem. (Engl. Transl.) ISSN 0038-576X. SVRDA. (Jul 1986). v. 27(5) p. 706–710. Cover-to-cover translation of radiokhimiya (USSR). (RN 18:030581).Google Scholar
  83. KRIVAN, V.(Ulm Univ., (Germany, F. R.). Sektion Analytik und Höchstreinigung): Radiotracers for the determination of the accuracy of trace element analyses.Sci. Total Environ. ISSN 0048-9697. STEVA. (Jun 1987). v. 64(1–2) p. 21–40. [2. Workshop on environmental inorganic chemistry. Algarve (Portugal). 12–13 Apr 1985]. (RN 18:088449).PubMedGoogle Scholar
  84. KRONRAD, I.; HRADILEK, D.; KOPICKA, K.; RAK, V.; Method of separating radioactive iodine isotope125I from xenon difluoride. (In Czech.). Zpusob separace radioaktivniho izotopu jodu125I od xenindifluoridu. CS patent document 234654(B). CS patent application PV-8926-83. Int. Cl. G21G4/08. 1 Jan 1987; 30 Nov 1983. 5 p. MF available from INIS. (RN 19:031057).Google Scholar
  85. KUBOTA, M.; MORITA, Y.(Japan Atomic Energy Research Inst., Tokyo (Japan)): Method of separating neptunium. (In Japanese). JP patent document 61-30799(A). JP patent application 59-152077. Int. C11. G21F9/06. 13 Feb 1986; 24 Jul 1984. 3 p. Available from JAPIO. Also available from INPADOC. (RN 18:008109).Google Scholar
  86. KYRS, M.; RAIS, J. (Ustav Jaderneho Vyzkumu CSKAE, Rez (Czechoslovakia)): Separation of fission products by solvent extraction with dicarbollide in radioanalytical chemistry and technology. p. 40–43. In: Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenskeho Univ., Bratislava (Czechoslovakia). Separation of ionic solutes. Abstracts pf papers. INIS-mf-10577. 21 Apr 1986. 31 p. Published in summary form only. [Conference on separation of ionic solutes SIS '85. Smolenice (Czechoslovakia). 2–6 Sep 1985]. MF available from INIS. (RN 18:017467).Google Scholar
  87. KYRS, M.; MORAVEC, A. (Ustav Jaderneho Vyzkumu CSKAE, Rez (Czechoslovakia)): Progress in radiochemical determinations using a radioreagent method in the first half of the 1980's. UJV-7831-CH. Jun 1987. 17 p. MF available from INIS. (RN 19:061957).Google Scholar
  88. KYRS, M.: Advance in radiochemical determination by the radioactive reagent method in the first half of the 80's. (In Czech). Pokroky radiochemickych stanovnei metodou radioaktivnich cinidel v prvni polovine osmdesatysh let.Jad. Energ. ISSN 0448-116X. JADEA. (Oct 1987). v. 33(10) p. 384–391. English translation available from Nuclear Information Center, 156 16 Prague 5-Zbraslav, Czechoslovakia at USS 10 per page. (RN 19:031059).Google Scholar
  89. LIMa, J. E. T.; BARROS, D. S.; MARINHO, J. C. A.; MALISKA, C. (Hospital Central do Exercito, Rio de Janeiro (Brazil). Servico de Medicina Nuclear): Chromatographic control of radiopharmac. (In Portuguese). Controle cromatografico de radiofarmaco. p. 13. In: Instituto de Engenharia Nuclear, Rio de Janeiro (Brazil). Proceedings of the 7. Brazilian Meeting on Nuclear Medicine. Anais do 7. Encontro Brasileiro de Medicina Nuclear. INIS-BR-651. 1985 21 p. Published in summary form only. [7. Brazilian Meeting on Nuclear Medicine. Rio de Janeiro RJ (Brazil). 7–9 Nov 1985]. MF available from INIS. (RN 18:050468).Google Scholar
  90. LINDNER, M.; DELUCCHI, E. S.; LEICH, D. A. (Lawrence Berkeley Lab., CA (USA)): Separation of carrier-free185Os,183Re and184Re from irradiated tungsten targets. Contract W-7405. Eng-48.Radiochim. Acta. ISSN 0033-8230. RAACA. (1986). v. 39(3) p. 159–163. (RN 18:008319).Google Scholar
  91. LO, J. M.; TAENG, C. L.; KE, C. H. (National Tsing Hua Univ., Hsinchu, Taiwan (Republic of China)): Radiometric determination of chloride ion in water using labelled cobalt pyrrolidinedithiocarbamate.Anal. Sci. ISSN 0910-6340. ANSCE. (Feb 1987). v. 31 p. 53–54. (RN 18:09729).Google Scholar
  92. LO, J.; CHAO, K. (Inst. of Nuclear Science, National Tsing Hua Univ., Hsinchu (Taiwan)); SHYU, SH.: Study of methanol conversion to hydrocarbons on HZSM-5 by on-line radio-gas chromatography.Appl. Radiat. Inst. ARISE. (1987) v. 38(9) p. 689–693. (RN 19:001046).Google Scholar
  93. LUO, H.; XIE, R.; ZHENG, K. (Wuhan Univ. HB (China) Lab. of Analytical Chemistry): Separation of the rare earths, Cd(II), Co(II), Pb(II), Cu(II), Zn(II), U(VI) and Th(VI) by thin-layer cheomatography.J. Nucl. Radiochem. ISSN 0253-9950. (Aug 1986). v. 8(3) p. 185–187. (RN 18:011744).Google Scholar
  94. MA JIAYU; MU WANTONG; SUN XIURONG; XIE XIUJUN; FAN WO; ZHAO ZHIZHENG (Academia Sinica, Lanzhou, GS (China). Inst. of Modern Physics): The on-line separation of Hf and Ta isotopes in the heavy ion reactions by thermochromatographic method. (In Chinese).Nucl. Tech. ISSN 0253-3219. NUTED. (Nov 1986). (no. 11) p. 37, 38. (RN 18:097851).Google Scholar
  95. MAHAJAN, C. R.; RAY, M.; KAREKAR, C. V.; RAO, V. K.; NATARAJAN, P. R. (Bhabha Atomci Research Centre, Bombay (India). Radiochemistry Div.): Extraction of plutonium from alkaline solutions by quatermary amine aliquat-336. p. 458–460. In: Department of Atomic Energy Bombay (India). Board of Research in Nuclear Sciences. Radiochemistry and radiation chemistry symposium [held at] Kanpur [during] 9–13 December 1985 Bombay (India) Bhabha Atomic Research Centre. Dec 1985. 693 p. (RN 19:044038).Google Scholar
  96. MANI, R. S.: Reactor-produced radionuclides. p. 1–46. In: Anon. Radionuclides production. Volumes 1 and 2. ISBN 0-8493-6003-X. Boca Raton, FL (USA). CRC Press Inc. 1983. (RN 18:055147).Google Scholar
  97. MANI, R. S. (Bhabha Atomic Research Centre, Bombay (India). Radiophamaceuticals Section): Reactor production of radionuclides for generators.Radiochim. Acta. ISSN 0033-8230. RAACA. (1987) v. 41(2/3) p. 103–110. [IAEA seminar on radionuclide generator technology. Vienna (Austria). 13–17 Oct 1986]. (RN 19:004598).Google Scholar
  98. MARTIN, J. E.; HYLKO, J. M.; JONES, J. D. (Michigan Univ., Ann Arbor (USA). School of Public Health): Measurement of55Fe in reactor samples by an intrinsic germanium detector.Appl. Radiat. Isot. ARISE. (1988). v. 39(3) p. 199–201. (RN 19:043933).Google Scholar
  99. MAZZILLI, B.; SAIKI, M. (Inst. de Pesquisas Energeticas e Nucleares, Sao Paulo (Brazil). Div. de Radioquimica): Use of radioactive tracers in chemical reactions. The disolacement of zinc-nickel complexes with quantitative determination of nickel. (In Portuguese). Uso de tracadores radioativos em reacoes quimicas. Deslocamento de complesox zinco-niquel con determinacao quantitativa de niquelAm. Assoc. Bras. Qim. ISSN 0365-0073. AABQA. (1983–1984) v. 34–35(1–4), p. 117–124. (RN 18:075707).Google Scholar
  100. MEL'NIKOV, V. A.; MOSKOVIN, L. N.; CHETVERIKOV, V. V.; GLUSHKOV, S. B.: Separation of radioactive iodine from aqueous solutions on porous metallic sorbents. (In Russian). Vydelemie radioaktivnogo ioda in vodnykh rastvorov na poristykh metallicheskikh sorbentakh.Radiokhimiya. ISSN 0033-8311. RADKA. (1986). v. 28(2) p. 208–212. For English translation see the journal Soviet Radiochemistry (USA). (RN 18:008273).Google Scholar
  101. MIGLIO, J. J. (Los Alamos National Lab., NM): Simultaneous determination of americium and plutonium by liquid scintillation counting using a two-phase cocktail.Anal. Chem. (Wash.) ISSN 0003-2700. ANCHA. (Dec 1986). v. 58(14) p. 3215–3218. (RN 18:039855).Google Scholar
  102. MIKULAJ, V.; HLATKY, J. (Komenskeho Univ., Bratislava (Czechoslovakia)): An emulsion membrane extraction of strontium and its separation from calcium utilizing crown and picric acid. p. 50. In: Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenskeho Univ., Bratislava (Czechoslovakia). Separation of ionic solutes. Abstracts of papers. INIS-mf-10577. [21 Apr 1986]. 31 p. Published in summary form only. [Conference on separation of ionic solutes SIS '85. Smolenice (Czechoslovakia). 2–6 Sep 1985. MF available from INIS. (RN 18:017469).Google Scholar
  103. MIKULAJ, V.; RAJEC, P.; SVEC, A.; NGUYEN HUY CUONG; VU NGOC AHN (Komenskeho Univ. Bratislava (Czechoslovakia)): A continuous preconcentration of cobalt and uranium using liquid emulsion nembranes. p. 52. In: Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenskeho Univ., Bratislava (Czechoslovakia). Separation of ionic solutes. Abstracts of papers. INIS-mf-10577. [21 Apr 1986]. 31 p. Published in summary form only. [Conference on separation of ionic solutes SIS '85. Smolenice (Czechoslovakia). 2–6 Sep 1985]. MF available from INIS. (RN 18:017470).Google Scholar
  104. MIRZADEH, S.; LAMBRECHT, R. M.: Method for the simultaneous preparation of radon-211, xenon-125, xenon-123, astatine-211, iodine-125 and iodine-123. US patent document 4, 664, 859(A). Int. C1. G21G 1/10. 12 May 1987. U. S. Commissioner of Patents, Washington, D. C. 20231, USA, $50. (RN 18:078834).Google Scholar
  105. MONTEIRO, R. P. G. (Centro de Desenvolvimento da Technologia Nuclear, Belo Horizonte (Brazil)): Determination of carbon and sulfur in nuclear materials by direct combustion. (In Portuguese). Determinacao de carbono e enxofre em materiais nucleares por combustao direts. NUCLEBRAS-CDTN-544. 1986. 9. p. MF available from INIS. (RN 19:049194).Google Scholar
  106. MUSANI-MARAZOVIC, L.; FAQUET, D.; KONRAD, Z. (Center for Marine Research Zagreb, Rudjer Boskovic Institute, Zagreb): The interaction of trace metal radionuclides with humic substances. p. 389–412. In: SOHN, J. L. Organic marine geochemistry. ISBN 083412-0965-0. Washington DC (USA). American Chemical Society. 1986. [189. national meeting of the American Chemical Society. Miami, FL (USA). 28 Apr–3 May 1985]. (RN 18:012544).Google Scholar
  107. MUSCATELLO, A. C.; NAVRATIL, J. D.; SABA, M. T.: Actinide recovery process. US patent document 4, 683, 124(A). Int. C1. CO1G 56/00. 28 Jul 1987. U. S. Commissioner of Patents, Washington, D. C. 20231, USA. $ 50. (RN 19:007609).Google Scholar
  108. MUSIKAS, C.: VITART, X.; PASQUIOU, J. Y.; HOEL, P. (CEA Centre d'Etudes Nucléaires de Fontenay-aux-Roses, 92 (France). Inst. de Recherche Technologique et de Developpement Industriel (IRDI)' Actinideslanthanides group separation in mixer settler. CEA-CONF-8571. Apr 1986. 10 p. [1. International conference on separation science. 191. ACS Meeting. New York (USA). 13–18 Apr 1986]. MF available from INIS. (RN 18:012392).Google Scholar
  109. NAVRATIL, O. (Univ. J. E. Purkyne, Brno (Czechoslovakia). Prirodovedecka Fak).: Application of radioactive tracers in the study of complex compound composition and stability. (In Czech). Vyuziti radioaktivnich indikatoru pri studiu slozeni a stability komplexnich sloucenin.Radioisotopy. ISSN 0322-8657. RAISB. (May 1986). v. 27(2–3) p. 193–196. Short communication. [8. national conference on applications of radionuclides and ionozing radiation in national economy. Destne v. Orlickych Horach (Czechoslovakia). 10–14 Jun 1985]. (RN 18:088525).Google Scholar
  110. NELSON, D. M.; LARSEN, R. P.; PENTROSE, W. R. (Argonne National Lab., IL)): Chemical speciation of plutonium in natural waters. p. 27–48. In: PINDER, J. E. III; ALBERTS, J. J.; McLEOD, K. W.; SCHRESKHISE, R. G. (eds.). Savannah River Ecology Lab., Aiken SC (USA). Georgia Univ., Sapelo Island (USA). Marine Inst.; Pacific Northwest Lab., Richland, WA (USA). USDOE Office of Scientific and Technical Information. Oak ridge, TN. Environmental research on actinide elements. CONF-841142-. Aug 1987. [Symposium Hilton Head Island, SC (USA). 7–11 Nov 1984]. MF available from INIS. Available from NTIS, PC A19/MF A01; 1 as DE86008713. (RN 19:044476).Google Scholar
  111. NIEUWKERK, H. J. VAN (Netherlands Energy Research Foundation, Petten): On-line radiometry in high-performance liquid chromatogtaphy using a storage loop. ECN-196. Jan 1987. 144 p. MF available from INIS. (RN 19:004526).Google Scholar
  112. NOVGORODOV, A. F.; BAIER, G. YU.; ZELINSKI, A.; KOLACHKOVSKI, A.; SHOMEKER, K.: Simple method for the high-temperature isolation of111In from silver.Sov. Radiochem. (Engl. Transl.). ISSN 0036-576X. SVRDA. (Jul 1987). v. 28(6) p. 726–731. Translated from Radiokhimiya: 28: No. 6, 789–794 (Nov–Dec 1986). (RN 19:026591).Google Scholar
  113. NOZAKI, T.: Other cyclotron radionuclides. p. 103–124. In: Anon. Radionuclides production. Volumes 1 and 2. ISBN 0-8493-6003-X. Boca Raton, FL (USA). Press Inc. 1983. (RN 18:055144).Google Scholar
  114. PAKHOLKOV, V. S.; DENISOVA, L. A.; RYCHKOV, V. N.; KURNOSENKO, N. A.: Sorption of uranium (6) ions from hydrochloric acid and ammonium chloride solutions by anionites. (In Russian). Sorbtsiya ionov urana (6) iz rastvorov solyanoj kisloty i khloristogo ammoniya anionitami.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(3) p. 367–372. (RN 19:039735).Google Scholar
  115. PALAGYI, S. (Ustav Radioekologie a Vyuzitia Jadrovej Techniky, Košice (Czechoslovakia)): Preconcentration in static and dynamic extractive separations. p. 57. In: Slovak Chemical Society, Bratislava (Czechoslovakia). Nuclear Chemistry Section; Komenskeho Univ.; Bratislava (Czechoslovakia). Separation of ionic solutes. Abstracts of papers. INIS-mf-10577. [21 Apr 1986]. 31 p. Published in summary form only. [Conference on separation of ionic solutes SIS '85 Smolenice (Czechoslovakia). 2–6 Sep 1985]. MF available from INIS. (RN 18:017472).Google Scholar
  116. PALAGYI, S. (Inst. of Radioecology and Applied Nuclear Techniques, Košice (Czechoslovakia)); BRAUN T.: Preconcentration of traces of radionuclides with sorbents based on spherical polyurethane membrane systems in the analysis of environmental samples. p. 49–109. In: International Atomic Energy Agency, Vienna (Austria). Nuclear techniques for analysis of environmental samples. Working papers prepared in connection with a consultants' meeting. IAEA-RL-135. Dec 1986. 239 p. [Karlsruhe (Germany, F. R.). 19–21 Feb 1986]. MF available from INIS. (RN 18:054938).Google Scholar
  117. PETRICK, K.; KRIVAN, V. (Univ. Ulm (West Germany)): Radiotracer investigation of the interference of hydrofluoric acid in the determination of arsenic and antimony by hydride generation atomic absorption spectrometry.Anal. Chem. (Wash.). ISSN 0003-2700. ANCHA. (15 Oct 1987). v. 59(20) p. 2476–2479. (RN 19:016417).Google Scholar
  118. PIETRA, R.; SABBIONO, E. (Commission of the European Communities, Ispra (Italy). Joint Research Centre); GALLORINI, M.; ORVINI, E.: Environmental, toxicological and biomedical research on trace metals: radiochemical separations for neutron activation analysis.J. Radioanal. Nucl. Chem. Articles. ISSN 0236-5731. JRNCD. (Nov 1986). v. 102(1) p. 69–98. (RN 18:054847).Google Scholar
  119. QAIM, S. M. (Kernforschungsanlage Jülich G. m. b. H. (Germany, F. R.). Inst. für Chemie 1-Nuklearchemie): Cyclotron production of generator radionuclides.Radiochim. Acta. ISSN 0033-8230. RAACA. (1987). v. 41(2/3). p. 111–117. [IAEA seminar on radionuclide generator technology. Vienna (Astria). 13–17 Oct 1986]. (RN 19:004599).Google Scholar
  120. RAJEC, P.; KANIASKY, D.; SVEC, A.; HAVASI, P.; MACASEK, F.: Technique of radiochemical analyses using isotachophoresis and equipment therefor. (In Slovak). Sposob uskutocnovania radiochemickych analyz pomocou izotachoforezy a zariadenie na ich vykonanie. CS patent document 225173(B), CS patent application PV 5524-81. Int. C1. G01N27/26. 15 Apr 1986; 20 Jul 1981. 6 p. MF available from INIS. (RN 18:059836).Google Scholar
  121. RANGAMANNAR, B.; MURALIDHAR, N.; SIVAMOORTHY, V. (Sri Venkateswara Univ., Tirupati (India). Dept. of Chemistry): Radiometric determination of manganese by metal exchange of Zn(II)-EDTA in the presence of PAN.Radioisotopes (Tokyo). ISSN 0033-8303. (Apr 1987). v. 36(4) p. 181–183. (RN 18:081858).Google Scholar
  122. REISCHMANN, F. J.; RUMLER, B.; TRAUTMANN, N. (Mainz Univ. (Germany, F. R.). Inst. für Kernchemie; Gesellschaft für Schwerionenforschung m. b. H., Darmstadt (Germany, F. R.)): Chemistry at low concentrations: Polonium at a level of 5000 to 40 atoms.Radiochim. Acta. ISSN 0033-8230. RAACA. (1986). v. 39(4) p. 185–188 (RN 18:026386).Google Scholar
  123. REYNOSO, R.; MILLAN, S.; FUCUGAUCHI, L. A.(Inst. National de Investigaciones Nucleares, Mexico City): Separation of uranium by extraction chromatography. (In Spanish). Separacion de uranio por cromatografia de extraccion. p. 81. In: Instituto Nacional de Investigaciones Nucleares, Mexico City. Sixth symposium on nuclear chemistry radiochemistry and radiation chemistry. Sexto simposio en quimica nuclear, radioquimica y quimica de radiaciones. INIS-mf-11107. Dec 1986. 141 p. [Puebla, Pue (Mexico). 1–5 Dec 1986]. MF available from INIS. (RN 19:031055).Google Scholar
  124. ROBINSON, G. D. Jr.: Radiochemical processing of activated targets. p.121–138. In: Anon. Radionuclides production. Volumes 1 and 2. ISBN 0-8493-X. Boca Raton, FL (USA). CRC Press Inc. 1983. (RN 18:055148).Google Scholar
  125. ROESCH, F.; CHAN KIM KHUNG; MILANOV, M.; LEBEDEV, N. A.; KHALKIN, V. A.(Joint Inst. for Nuclear Research, Dubna (USSR). Lab. of Nuclear Problems): Electromigration of carrier-free radioisotopes. Yb(3) complexes in aqueous solutions of oxalic and tartaric acid. (In Russian). Ehlektromigratsiya radioehlementov bez nositelej. Kompleksy Yb(3) v vodnykh rastvorakh shchalvelevoj i vinnoj kislot. JINR-R-6-86-641. 1986. 10 p.; submitted to the journal J. Chromatogr. MF available from INIS. (RN 19:021566).Google Scholar
  126. ROESH, F.; CHAN KIM HUNG; MILANOV, M.; KHALKIN, V. A.(Joint Inst. for Nuclear Research, Dubna (USSR). Lab. of Nuclear Reactions): Electromigration of carrier-free radionuclides. Neutral iodide and bromide complexes of carrier-free201Tl(I) in aqueous solutions. (In Russian). Ehlektromigratsiya radionuklidov bez nositelej. Nejtral'nye iodidnye i bromidnye kompleksy201Tl(I) bez nositelya v vodnykh rastvorakh. JINR-R-6-76-190. 1987. 7 p., submitted to the journal Izotopenpraxis. MF available from INIS. (RN 19:021567).Google Scholar
  127. RUAN, F. Q.; FU, L.; MAO, J. J.(Fudan Univ., Shanghai, SH (China). Dept. of Nuclear Science). Extraction of U(VI) and U(IV) with some 1-phenyl-3-methyl-4-acylated pyrazolone-5 compounds.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (17 Nov 1987). v. 119(4) p. 291–296. (RN 19:049197).Google Scholar
  128. SAJJAD, M.; LAMBRECHT, R. M.; WOLF A. P.(Brookhaven National Lab., Upton NY (USA). Dept. of Chemistry): Cyclotron isotopes and radiopharmaceulicals. Pt. 37. Excitation functions for the16O(p, α)13N and14N(p, pn)13N reactions. Contract DE-ACO2-76CHOOO16; Grant NS-15380.Radiochim. Acta. ISSN 0033-8230. RAACA. (1986). v. 39(3) p 165–168. (RN 19:008310).Google Scholar
  129. SALOV, V. V.; PETRUKHIN, O. M.; ZOLOTOV, YU. A.; SHEVCHENKO, V. P.; MYASOEDOV, N. F.(AN SSSR, Moscow. Inst. Geokhimii i Analiticheskoj Khimii; AN SSSR, Moscow. Inst. Molekulyarnoj Genetiki): Solvent extraction-radiochromatographic determination of cadmium, lead and mercury by tritiumlabelled sodium dipropyldithiophosphate. (In Russian). Ehkstraktsionno-radiokhromatograficheskoe opredelenie kadmiya, svintsa i rtui mechennym tritiem dipropilditiofosfatom matriya.Zh. Anal. Khim. ISSN 0044-4502. ZAKHA. (Feb 1986). v. 41(2) p. 256–261. For English translation see the journal Journal of Analytical Chemistry of the USSR (USA). (RN 18:001064).Google Scholar
  130. SAMUDRALWAR, D. L.; LANJEWAR, R. B.; GARG, A. N.(Nagpur Univ. (India). Dept. of Chemistry): Radiochemical solvent extraction of molybdenum(VI) using99Mo tracer.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (2 Nov 1987). v. 119(3) p 211–221. (RN 19:049277).Google Scholar
  131. SAMUDRALWAR, D. L.; CHANDRAKAR, A. K.; GARG, A. N.(Nagpur Univ. (India). Dept. of Chemistry): Radiochemical solvent extraction of tellurium(IV) using a127Te tracer.Analyst. ISSN 0003-2654. ANALA. (Dec 1987). v. 112(12) p. 1757–1759. (RN 19:039557).Google Scholar
  132. SCANCAR, V.; STEFEK, M.(Slovenska Akademie Vied Bratislava (Czechoslovakia). Ustav Experimentalnej Farmakologie): Solvent extraction and radiometric determination of3H-stobadine in biological material.J. Radioanal. Nucl. Chem. Articles. ISSN 0236-5731. JRNCD. (Apr 1987). (3 Jul 1987). p. 117–122. (RN 19:007530).Google Scholar
  133. SCHULZ, W. W.; BRAY, L. A.(Rockwell Hanford Operations, Richalnd WA): Solvent extraction recovery of byproduct137Cs and90Sr from HNO3 solutions a technology review and assessment. CONF-851011-.Sep. Sci. Technol. ISSN-149-6395. SSTED. (1987). v. 22(2/3) p. 191–214. [4. symposium on separation science and technology for energy applications. Knoxville, TN (USA) 20–24 Oct 1985]. (RN 18:088526).Google Scholar
  134. SCHWARZBACH, R.; SCHOMÄCKER, K.; Separation of111In from irradiated silver targets. (In German). Die Abteilung von111In aus bestrahlten Silbertargets p. 11–9. In: Zentralinstitut für Kernforschung, Rossendorf bei Dresden (German Democratic Republic): Annual Report 1985. Radioisotope Department. Jahresbericht 1985. Bereich Radioaktive Isotope. ZfK — 590. Jun 1986. 114 p. Published in summary form only. MF available from INIS. (RN 18:068177).Google Scholar
  135. SEKINE, K.; IMAI, T.; KASAI, A.(Japan Atomic Energy Research Inst. Tokai, Ibaraki. Tokai Research Establishment): Liquid-liquid extraction separation and sequential determination of plutonium and americium in environmental samples by alpha-spectrometry.Talanta. ISSN 0039-9140. TLNTA. (Jun 1987). v. 34(6) p. 567–570. [33. annual meeting of the Japan society for analytical chemistry. Nagoya (Japan). Oct 1984]. (RN 18:088540).Google Scholar
  136. SERRANO, J.; MILLAN, S.; FUCUGAUCHI, L. A.(Inst. Nacional de Investigaciones Nucleares, Mexico City): Purification of molibdenum-99 through ionic exchange. Abstracts 102. (In Spanish). Purificacion de molibdeno-99 por intercambio ionicoRev. Soc. Quim. Mex. ISSN 0583-7693. RSQMA. (Sep–Oct 1986). v. 30(5) p. 257. Published in summary form only. [21. Mexican Congress of Pure and Applied Chemistry. Oaxaca, Oaxaca (Mexico). 9–13 Sep 1986]. (RN 18:026390).Google Scholar
  137. SHAMEV, V. I.,(Moscow Chemical Technology Inst.): Determination of submicrogram amounts of chromium by radiochemical methods.J. Anal. Chem. USSR (Engl. Transl.) ISSN 0021-8766. JACUA. (Feb 1986). v. 40 (8) p. 1175–1179. Cover-tocover translation of Zhurnal Analiticheskoj Khimii (USSR)., (RN 18:054841).Google Scholar
  138. SILVA, C. M.; LIMA, F. W. DE(Inst. de Pesquisas Energeticas e Nucleares, Sao Paulo (Brazil)): A method for determination of Sr-90 Y-90 by using EDTA and ionexchangers-applications to the determination of those radioisotopes in milk. IPEN-PUB-103. May 1987. 11 p. MF available from INIS. (RN 19:007605).Google Scholar
  139. SINGH, N. P.,(Utah Univ., Salt Lake City (USA). Radiobiology Div.): Amines as extracting agents for the quantitative determinations of actinides in biological samples.J. Radioanal. Nucl. Chem. Articles. ISSN 0236-5731. JRNCD. (Oct 1987). v. 115(2) p. 203–210 [1. International conference on low-level measurements of actinides and long-lived radionuclides in biological and environmental samples. Lund (Sweden). 9–13 Jun 1986]. (RN 19:049195).Google Scholar
  140. SIVAMOORTHY, V.; VARMA, K. V.; MURALIKRISHMA, K. V.; RANGAMANNAR, B.(Sri Venkateswara Univ. Tirupati (India). Dept. of Chemistry): Analysis by radiochemical displacement: determination of EDTA.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (16 Feb 1987). v. 108(3) p. 169–173. (RN 18:064019).Google Scholar
  141. SMID, J.; NAPRAVNIK, J.; DITL, P.: Method of separating radioactive element containing insoluble materials. (In Czech.). Zpusob oddelovani nerozpustnych latek obsahujicich radioaktivni prcky. CS patent document 230761(B). CS patent application PV-5205-82. Int. C1. G21F9/04, Apr 1986; 8 Jul 1982. 5 p. MF available from INIS. (RN 18:088524).Google Scholar
  142. SOLACHE RIOS, M.; TENORIO, D.(Inst. Nacional de Investigaciones Nucleares, Mexico City): Radiochemical separation of thorium acetylacetonate from other thorium species.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (16 Jan 1987). v. 108(1) p. 55–60. (RN 18:064185).Google Scholar
  143. SOMAYAJULU, B. L. K. (Physical Research Lab., Ahmedabad (India)): Radiochemical techniques in oceanography. p. 117–131. In: Department of Atomic Energy, Bombay (India). Board of Research in Nuclear Sciences. Radiochemistry and radiation chemistry symposium [held at] Kanpur [during] 9–13 December 1985. Bombay (India). Bhabha Atomic Research Centre. Dec 1985. 693 p. (RN 18:072780).Google Scholar
  144. STADLBAUER, E. A.; TRIEU, C.; HINGMANN, H.; ROHATZSCH, H. (Fachhochschule Giessen-Friedberg, Giessen (Germany, F. R.). Fachbereich MNI); WEISS, J.; MAUSHART, R.: Ultra purification of radiostrontium samples by ion chromatography. (In German). Feinreinigung von Radiostrontiumproben mittels Ionen-Chromatographie.Fresenius' Z. Anal. Chem. ISSN 0016-1152. CACFA. (Feb 1988). v. 330(1) p. 1–7. (RN 19: 065773).Google Scholar
  145. SUZUKI, TAKASHI (Tokyo Metropolitan Isotope Research Center (Japan)): New non-destructive analytical method for226Ra. (in Japanese).Radioisotopes (Tokyo). ISSN 0033-8203. RAISA. (Feb 1987). v. 36(2) p. 64–69. (RN 18:081861).Google Scholar
  146. TAKAHASHI, M. (Nippon Atomic Industry Group Co. Ltd., Tokyo); NAITO, M. (Nippon Atomic Industry Group Co. Ltd., Tokyo; Toshiba Corp., Kawasaki, Kanagawa (Japan)): Method of separating strontium in fission products. (In Japanese). JP patent document 62-177498(A). JP patent application 61-20423. Int. C1. G21F9/12; G21F9/30. 4 Aug 1987; 31 Jan 1986. 3 p. Available from JAPIO. Also available from INPADOC. (RN 19:043969).Google Scholar
  147. TASKAEV, E. (Bylgarska Akademiya na Maukite, Sofia. Inst. za Jadrena Izsledvaniya i Yadrena Energetika): Radiochemical determination of some trace elements in biological materials using short-lived isotopes.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (15 Jul 1987). v. 118(2) p. 111–118. (RN 19:007570).Google Scholar
  148. TIMERBAEV, A. R.; SALOV, V. V.; PETRUKHIN, O. M.; ZOLOTOV, YU. A. (V. 1. Vernadskii Institute of Geochemistry and Analytical Chemistry. Moscow (USSR)): Liquid adsorption chromatography of chelates. The phenomenon of dissociation of chelates in the stationary phase and its influence on chromatographic behaviour.Dokl. Phys. Chem. (Engl. Transl.). ISSN 0012-5016. DKPCA. (Aug 1987). v. 292(4–6) p. 158–161. Translated from Dokl. Akad. Nauk SSSR; 292; No. 4, 926–930 (Feb 1987). (RN 19:039558).Google Scholar
  149. TOLEDO E SOUZA, L. T. DE; PEREIRA, N. P. S. DE (Inst. de Pesquisas Energeticas e Nucleares, Sao Paulo (Brazil)): Determination of the radiochemical purity of51Cr-EDTA. IPEN-PUB-121. 1987. 8 p. MF available from INIS. (RN 19:044042).Google Scholar
  150. TSENG, CHIA-LIAN; LO, JEM-MAU; YEH, SI-JUNG (National Tsing Hua Univ., Hsinchu, Taiwan (China)): Separation of radionuclides from water by magnesium oxide adsorption.Anal. Sci. ISSN 0910-6340. ANSCE. (Oct 1987). v. 3(5) p. 437–440. (RN 19:049269).Google Scholar
  151. TSUJI, M.; AHE, M. (Tokyo Inst. of Tech. (Japan). Fac. of Science): Possible radiochemical separations of anionic radionuclides by amorphous hydrous titanium dioxide.J. Radioanal. Nucl. Chem. Articles. iSSN 0236-5731. JRNCD. (Dec 1986). v. 102(2) p. 283–294. (RN 18:064206).Google Scholar
  152. URCH, D. S. (Queen Mary Coll., London (UK). Dept. of Chemistry): Radiochemistry.Annu. Rep. Prog. Chem., Sect. A. Inorg. Chem. ISSN 0260-1818. APCCD. (1985) v. 82 p. 371–388. (RN 19:007802).Google Scholar
  153. USUDA, S.; SHINOHARA, M. (Japan Atomic Energy Research Inst., Tokai, Ibaraki. Tokai Research Establishment); YOSHIKAWA, J.: Single columm ion exchange separation of the transplutonium elements from uranium targets bombarded with heavy ions and catcher foils.J. Radioanal. Chem. Articles. ISSN 0236-5731. JRNCD. (Feb 1987). v. 109(2) p. 353–361. (RN 18:084667).Google Scholar
  154. USUDA, S.; YOSHIKAWA, H.; MAGARA, M.; HATSUKAWA, Y. (Japan Atomic Energy Research Inst., Tokai, Ibaraki (Japan)): Rapid anion-exchange separation of berkelium with mineral acid-methyl alcohol mixtures.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (15 Jun 1987). v. 117(6) p. 329–336. (RN 18:098847).Google Scholar
  155. VANEK, K. (Vyvojovy Zavod Uranoveho Prumyslu, Zbraslav nad Vltavu (Czechoslovakia). Ustav Jadernych Paliv); JEDINAKOVA, V.: A study of the sorption of strontium ions on αFeOOH.Collect. Czech. Chem. Commun. ISSN 0010-0765. CCCCA. (Nov. 1986). v. 51(11) p. 2455–2461. (rN 19:004527).Google Scholar
  156. VEDENOV, A. A.; LEVCHENKO, E. B.; MYL'NIKOV, G. D.; SENATOROV, YU. M. (Gosudarstvennyj Komited po Iapol'zovaniyu Atomnoj Ehnergii SSSR, Moscow. Inst. Atomnoj Ehnergij): Selective absorption of radioactive strontium and cesium during formation of montmorillonite gels. (In Russian). Izbiratel'noe pogloshchenie radioaktivnykh strontsiya i tseziya pr obrazovanii montmorillonitovykh gelej.Pis'ma Zh. Ehksp. Teor. Fiz. ISSN 0370-274X. PZETA. (10 Feb 1987). v. 45(3) p. 146–149. (RN 19:011753).Google Scholar
  157. VÉRTES, A.; KISS, I.: Nuclear Chemistry. ISBN 0-444-99508-0. New York, NY (USA). Elsevier Science Pub. Co. Inc. 1987. 600 p. (RN 18:064181).Google Scholar
  158. VÉRTES, A. (Eötvös Lorand Univ., Budapest (Hungary). Lab. of Nuclear Chemistry); KISS, I.: Nuclear chemistry. ISBN 0-444-99508-0. Amsterdam (Netherlands). Elsevier. 1987. 619 p. Topics in Inorganic and General Chemistry. v. 22. Revised translation of ‘Magkémia’ published by Akadémiai Kiadó, Budapest; includes subject index. (RN 18:075812).Google Scholar
  159. VITART, X.; MUSIKAS, C.; PASQUIOU, J. Y.; HOEL, P. (CEA Centre d'Etudes Nucléaires de Fontenay-aux-Roses, 92 (France)): Actinides-lanthanides counter-current separation in a set of mixer-settlers. (In French). Separation actinides-lanthanides à contre-courant en batterie de mélangeursdécanteurs.J. Less-Common Met. ISSN 0022-5088. JCOMA. (Aug 1986) v. 122 p. 275–286. [International conference on actinides (Actinides '85). Aix-en-Provence (France). 2–6 Sep 1985]. (RN 18:017477).Google Scholar
  160. WANEK, P. M.; STEINKRUGER, F. J.; MOODY, D. C.: Biomedical silver-109m isotope generator. US patent document 4, 664, 892(A). Int. C1. C09K 11/00; H01L 25/00. 12 May 1987. U. S. Commissioner of Patents, Washington, D. C. 20231, USA, $ 50. (RN 18:078835).Google Scholar
  161. WANG, M.; TANG, Q. (Wuhan Univ., HB (China). Dept. of Chemistry): Extraction of trace uranium(VI) with N-263-loaded polyurethane foam. (In Chinese).Anal. Chem. (Changchung) FHHHD. (Dec 1986). v. 14(12) p. 930–933. (RN 18:097708).Google Scholar
  162. WEIGEL, F. (München Univ. (Germany, F. R.). Inst. für Anorganische Chemie): Uranium. p. 169–442. In: KATZ, J. J.; MORSS, L. R. (Argonne National Lab., IL (USA)); SEABORG, L. R. (eds.). The chemistry of the actinide elements. v. 1 and 2. ed ISBN 0-412-10550-0. London (UK). Chapman and Hall. 1986. 886 p. (RN 18:093613).Google Scholar
  163. WEIGEL, F. (München Univ. (Germany, F. R.). Inst. für Anorganische Chemie); KATZ, J. J.; SEABORG, G. T.: Plutonium. p. 499–866. In: KATZ, J. J.; MORSS, L. R. (Argonne National Lab., IL (USA)); SEABORG, L. R. (Eds.). The chemistry of the actinide elements. v. 1. 2. ed. ISBN 0-412-10550-0. London (UK). Chapman and Hall. 1986. 886 p. (RN 18:093615).Google Scholar
  164. WEN, K.; LUO, W.; WANG, D. (Academia Sinica, Beijing (China). Inst. of Atomic Energy): Isotope separation of cerium and uranium with crown ethers. (In Chinese).J. Nucl. Radiochem. ISSN 0253-9950. HHHHD. (May 1986). v. 8(2) p. 118–122. (RN 19:011779).Google Scholar
  165. WOLF, A. P.; FOWLER, J. S. (Brookhaven National Lab., Upton NY (USA)): Recent advances in the chemistry of positron emitters. p. 27–31. In: MUCCINO, R. R.Hoffman-La Roche Inc., Nutley, NJ (USA). Chemical Research Dept. (ed.). Synthesis and applications of isotopically labeled compounds 1985. Proceedings. ISBN 0-444-42612-4. Amsterdam. (Netherlands). Elsevier. 1986. 591 p. Includes author and subject index. [2. International symposium. Kansas City, Missouri (USA). 3–6 Sep 1985]. (RN 19:001096).Google Scholar
  166. XU XIN; BAI LANQIN; XIAO LUN (Academia Sinica, Beijing (China). Inst. of Atomic Energy): Separation of radiobromine from radioiodine with selective adsorption on copper based platinum adsorbent.At. Energy Sci. Technol. (Jan 1986). v. 20(1) p. 71–75. (RN 18:075838).Google Scholar
  167. XUE, Z. L.; WANG, Y. X. (Academia Sinica. Shanghai, SH (China). Shanghai Inst. of Nuclear Research): The loss of lead in biological materials folloving different drying and ashing procedures.J. Radioanal. Nucl. Chem. Letters. ISSN 0236-5731. JRNCD. (15 Dec 1987). v. 119(6) p. 425–431. (RN 19:065789).Google Scholar
  168. ZAJTSEVA, N. G.; KNOTEK, O.; KIM SEN KHAN; MIKETS, P.; SOBOLEV, V. I.; KHALKIN, V. A.; KONOV, V. A.; KOPINENKOVA, L. M.: Iodine 123 preparation by sodium iodide irradiation with 100 MeV protons. (In Russian). Poluchenie ioda-123 pri obluchenii iodistogo natriya protonami s ehnergiej 100 MehV.Radiokhimiya. ISSN 0033-8311. RADKA. (1987). v. 29(3) p. 391–397. (RN 19:039759).Google Scholar
  169. ZHUANG YONGNENG; LIANG JUNFU; SONG CHONGLI (Qinghua Univ. Beijing (China). Inst. of Nuclear Energy Technology): The determination of227Ac in La2O3 by extraction-liquid scintillation counting method.J. Nucl. Radiochem. ISSN 0253-9950. HHHHD. (Feb 1986). v. 8(1) p. 20–25. (RN 18:054842).Google Scholar
  170. ZORIN, A. D.; GLAZGOV, V. V.; GLAZGOV, V. M.; FESHCHENKO, I. A.: Determination of radium-226 microimpurities by radon-222 in liquid organometallic compounds. (In Russian). Opredelenie mikroprimesej radiya-226 po radonu-222 v zhidkikh metalloorganichskikh soedineniyakh.Radiokhimiya. ISSN 0033-8311. RADKA. (1986). v. 28(6) p. 799–803. (RN 19:007584).Google Scholar

Copyright information

© Akadémiai Kiadó 1989

Authors and Affiliations

  • E. Bujdosó
    • 1
  1. 1.Hungarian National Atomic Energy CommissionBudapestHungary

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