[en] It has been suggested to use foam compositions with film-forming substances for the increasing safety of personnel and decreasing aerosol wastes under disassembly of contaminated equipment and nuclear facility decommissioning. Application of localizing foams allows simplification of the protective coatings applying process under high radiation fields and not easily accessible places. Regularities of localizing stainless steels films formation from foams on the basis of pva and surfactant OP-10 were revealed as well as insulating properties of surfaces contaminated by fission products were estimated
[ru]
Для повышения безопасности персонала и снижения аэрозольных выбросов при демонтаже загрязненного оборудования и выводе из эксплуатации ядерных объектов предложено использовать вспененные композиции, содержащие пленкообразователь. Использование локализующих пен позволяет упростить технологию нанесения защитных покрытий в условиях высоких радиационных полей и труднодоступных мест. Выявлены закономерности формирования локализующих пленок из нержавеющей стали из пены на основе поливинилового спирта и поверхностно-активного вещества ОП-10, а также оценены изолирующие свойства при загрязнении поверхностей продуктами деленияJournal
No abstract available
Source
Rossijskaya Akademiya Nauk, Moscow (Russian Federation); Federal'noe Agentstvo po Atomnoj Ehnergii (Rosatom), Moscow (Russian Federation); Mezhvedomstvennyj Nauchnyj Sovet po Radiokhimii pri Prezidiume RAN i Rosatome, Moscow (Russian Federation); Ob''edinennyj Institut Yadernykh Issledovanij, Dubna (Joint Institute for Nuclear Research (JINR)); 354 p; ISBN 5-903159-07-9; 
; 2006; p. 256; The Fifth Russian conference on radiochemistry. Radiochemistry-2006; Pyataya Rossijskaya konferentsiya po radiokhimii. Radiokhimiya-2006; Dubna (Russian Federation); 23-27 Oct 2006
; 2006; p. 256; The Fifth Russian conference on radiochemistry. Radiochemistry-2006; Pyataya Rossijskaya konferentsiya po radiokhimii. Radiokhimiya-2006; Dubna (Russian Federation); 23-27 Oct 2006
No abstract available
Source
Mezhvedomstvennyj Nauchnyj Sovet po Radiokhimii pri Prezidiume RAN i Rosatome, Moscow (Russian Federation); Federal'noe Gosudarstvennoe Unitarnoe Predpriyatie Proizvodstvennoe Ob''edinenie Mayak, Ozersk (Russian Federation); GOU VPO Moskovskij Inzhenerno-Fizicheskij Institut, Ozerskij Tekhnologicheskij Institut OTI MIFI, Ozersk (Russian Federation); 133 p; ISBN 5-903159-04-4; ; 2006; p. 74-76; 2. Russian school on radiochemistry and nuclear technologies; Vtoraya Rossijskaya shkola po radiokhimii i yadernym tekhnologiyam; Ozersk (Russian Federation); 4-8 Sep 2006
; 2006; p. 74-76; 2. Russian school on radiochemistry and nuclear technologies; Vtoraya Rossijskaya shkola po radiokhimii i yadernym tekhnologiyam; Ozersk (Russian Federation); 4-8 Sep 2006
No abstract available
Source
Mezhvedomstvennyj Nauchnyj Sovet po Radiokhimii pri Prezidiume RAN i Rosatome, Moscow (Russian Federation); Federal'noe Gosudarstvennoe Unitarnoe Predpriyatie Proizvodstvennoe Ob''edinenie Mayak, Ozersk (Russian Federation); GOU VPO Moskovskij Inzhenerno-Fizicheskij Institut, Ozerskij Tekhnologicheskij Institut OTI MIFI, Ozersk (Russian Federation); 133 p; ISBN 5-903159-04-4; ; 2006; p. 32-36; 2. Russian school on radiochemistry and nuclear technologies; Vtoraya Rossijskaya shkola po radiokhimii i yadernym tekhnologiyam; Ozersk (Russian Federation); 4-8 Sep 2006; 4 refs., 1 tab.
; 2006; p. 32-36; 2. Russian school on radiochemistry and nuclear technologies; Vtoraya Rossijskaya shkola po radiokhimii i yadernym tekhnologiyam; Ozersk (Russian Federation); 4-8 Sep 2006; 4 refs., 1 tab.