SCIENTIFIC ABSTRACT SURKOV, V. - SURKOV, YU.A.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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S?Ir~ ." ". v - "Hydrcmechanical Pasis of Milk Processing." Sub 2 Nov. 50, thesis ftr degree of Dr. Tech sci. Mosccw Chemicotechn(l(-gical Inst. of Heat Industry. Surr".ry 71, 4 Sept. 52, Dissertations Presented for Degrees in Science arA Engineering in ccw in 1950. Frcm Vechernyaya IJcskva. Jan-Dec. 1950. md, Ina.). NO&WASO P x . S' 10-IN193O.-The P""M Luk'ywwv &"At SWbav (ibid ' If So 10 4-1 low is sho-u to be Unw6factory in ~Ullp'rgt*kv owing to the low-cs sufferv I i in the fat content T'm t 2,vn,,U butter yitId. although it odc" mvinv in uldijitiod of macbincry Awl equipmcill. G. M. Kolulapoff i. 'j ~ -. . '-~ - 7 '- V. .2. '-*~~R 4. " ilk - I'asteurizatim 7, Eoo'.,-: ,which profoundly elucidates the theory of pasteurization (Fasteurization of zdik. G. A. Fuk. Reviewed by V. Surkov). '-bloch. prom. 14, No. 3, 1953. 9. Monthly List of Russian Accessions, Library of Congress, may 1953. Unclassified. FELMV,A.I.. kandidat tokhnlcheak-ikh nauk; SURKOV V.D. professor, doktor tokhnichaskikh nauk, redA)rtor; SiffiWEL'. redaktor; ANUFRITEV,V.V., inzhener, re~senzent; SHUVALOV,V.N., kandidat SHUYALOV,V.H., kandidat takhnicheskikh nauk; GOTLIB,R.M., tekhni- cheskiy redaktor [operation of vacuum pumps in the meat and milk industries] Xks- pluatatella vakuum-nasosov v miasnol i molochnol promyshlonnosti. Moskva, Pishchepromizdat, 1955. 104 p. (NMA 9:1) (Vacuum-pufffps) BOUSHIV, T.A.; DXZW, G.M.; 00HUMT, M. retsensent; Sulapy, V..' redaktor; AKINOVA, L.D., redaktor; OOTLIB, S.M., takhol-cWe-My redaktor. r1quipment for manufacturing ice cream] Oborudovanis dlia. protayodstva moroshanogo. Moskya, Pishchapromisdat. 1955. 136 p. (Ice cream industry) (nn 8:12) I rio '; . LUKIYANOF. XVK, Gustav Antozovich, professor, dektor takhalchookik)i nauk, NJ&., professor, d*ktor tekhatchookikh nauk; SURKOF V D,,, professor, dektor tekhaicheskikh zaak; IVAROVA, N.M., ml-A.U.A., tekhulchoskiy redaktor. (Processes &ad equipmext in the dairy industry] Protsessy i apparaty molochnsi promyshlounesti. Koskya, Pishchopromisdat. Vol.l. 1955.471P. (D*ryiM) (K6RA 9:4) via'-Aiaw- lzi ominto al avOk and a=* of the ruilk prod- v("d 644 d decftva microscc;e. V. -1 S. Barkan, and L. R ' (Tochr.C Inst. Ind.. mcdcow). kawfwps Prow, M 'N.. t' an- 6 9 -Dismska with photamkrograph3 4 the b-,-CkZule an~ cheese orw-um. %"kdimie N. Krukavky IFF ~ --. . - I~. v --p-F -- SURKOV, Viktor Ihiallovich, prof.; LIPATOV. Vikolay Nikitcvich, dotsent; VASILITSV, P.V., inch., retmenzent; BAWOVSKIT, N.V., kand. talchn.red., reteenzeat, spetered.; IVANOVA, N.M., red.; GOMB, B.M., tekhn.red. [Equipment of dairy plants] Oboradovante molochnyich zavodov. Moskva, Pishchapromisdat. 1958. 437 P. (MIRA 13:1) (Dairy plants-Eqnipment and supplies) SURKDV, V.D.; NIKDLAYEV, A.S. Practical standard for evaluating the work of milk fat separators. Iwv.vys.ucheb.zav.pishch.tekh. no.4:136-142 158- (MIRA 11:11) 1. Moskovskiv tekhnologichaskiy institut vqasuoy i molochnoy pro- uqehlennosti, Kafedra protuessov i upparatov pishchevykh proizvodstye (Separators (Machines)) (Butterfat) SURKOV, T.D.- FIMMY. N.Te.; KAZAKOV. S.P.,, GOI:13A-07, A.Y. Investigating the flov of cheese curd in pipes. lzv*v7s.uchobe say.; pishch.tnkh. no.6:88-94 '58. (MIRA 12:5) 1. Hoskovskly takhnologicbeekiy Institut avasnoy i mlocbnoy prorvehlonnosti, Kafedra. proteessov i apparatoy, lafedra gidravllkii p,ldravlicbeek-ikh mashin i Kafedra, tekbuologii moloka. (Chnees) (Pluid dynamics) MUIN, A.A. ; SUMV, V.D.; BJJbCAIJ. & M. Utilization of paraffin-polrisobutylene compositions for the me=- facture of rtoisture-reRistant packaging natarials. Itv.vye.ucbeb. zav.; plahch.tekb. no.1:94-99 '59. (MM 12:6) 1. I-loskovskiy tel-chnologicbeekly institut. myaonoy I molochnoy proT7- shlennosti, kafedra tal-chnologit noloka i nolneliny1dr, produktov. (Paciraging) SURKOV, V.D.; RAITCYSIMIN. A.Te.-. NIKOLAYEV, A.S. --Invostigating the relationship between vibrations In separators And t1in extent of fat removal fron milke Izv.vyB,ucheb,zav.; pishch.tolch. no.l*.123-129 '59. (MIRA 12:6) 1. Aoskovskiy tekhnologicheski7 institut myasnoy I molocbnoy proriyahlennosti, Imfedra tekbnologii moloka I nolochnykh produk-toy, (Cream separators-Vibration) SURKOV, V.D.; FIDDROY, N.Te.; BUGOV. I.A. Universal affqct of an electric discharge on milk. Izv.v)rs. ucheb.sav.; pishch.tekh. no.4:66-?2 '59. (MIRA 13:2) 1. Moskovskly, ta'1-.hnologichqskiy 1natitut myasnoy i nolochnny promyehlennnoti. Kafedra, protwessov i apparatov pishchavylth proizvodstv. Ksfedra taklinologii molochnylkh produk-tay. (Dairy products) (Cavitation) 09lectric discharges) SURKOV, V., prof. Raise the training of technicians to the level of the present tasks. Miss. Ind. SSSR 30 no.3:29-30 '59. (KIRA 12:9) l.Moskovskiy, tekhnologicheskiy institut, myasnoy I molochnoy prom7shlennosti. (Koscov--Yood industry) GFJLT:',T ,M.M., doktor tekhn.naukoprof.; DIKIS, M.Ya., doktor tekhn.naukp prof.; LUKIYANOV) V.V.p doktor tekhn.nauk,prof.fdoceasedl: POPOVp V.I. , doktor takhn. nauk, prof.; SOKOLOV, A.Ya, doktor tekhn,nauk)prof *I SICKOLOV,V.I.,doktor tekhn.nauk, prof.. SU'UWV ~ D doktor tekh.nkikp prof.; BAILZOVSKIY, N.V., kand. tekhn. nauk, dots.; BHGYDO, B.Ye., kand.tejum. naukp dots.; BUZYKI11, N.A., k-and.tekhn.nauk, dots.; GOROSHENKO, M.K., kand.tekhn.nauk., dots.; GORTINSKIY, V.V., kand.tekhn.naukp dots.; GREBITYUK, S.M., kand.tokhn.nauk, dots.; GUSIKOV, K.P., kand.tekhn. nauk, dots.; DaUDOV, A.R., kai1d.tekhn.nauk.. dots.; ZRISMN, Ya.M., kand.tekhx!.nauk, dots.; KARPIN, Ye B,, kand.tekhn.nauk, dots.; KOSITSYN, I.A., kand. tekhn.nauk, ;o s.,[deceased]; GE;YSHTORp V.S., kand.tekhn.nauk, dots.; MARSHALUN, G.A., kand.teklm.nauk, dots.; MOIDAVSKIY, G.Ye., kand.tekhn.nauk, dots.; ODESSKIY, D.A., kand. tekhn.nauk, dots.; FELEYEV, A.I., kand.tekhn.nauk, dots.; RUB, D.M., kand.tekhn.nauk, dots.; SKOBLO, D.I., kand.tekbn.nauk, dots.; SIUJVAILV, V.N.,, kand.tekhn.nauk.. dots.; KIIIELINITSKAYA, A.Z., red.; SOKOLOVA., I.A., tekhn. red. (Principles of the desi and construction of machinery and apparatus for the food industriesf0snovy rascheta i konstruirovaniia mashin i apparatov pishchevykh proizvodstv. Yoskva, Pishchepromizdat, 1960. 741 P. (Food industry-Equipment and supplies) (MIRA 34:12) SU.UOV, V. D. Training of specialists for the dairjr industry in Zngland. Izv. vys.=heb.sav.: p1shch.tekh. no.1:146-150 160. (MIRA 13:6) (Great Britain-Dairy schools) A SURKOVJ, V.D.1 'MARTYS11KIN.. A.Ye.j NIK01AYEV, A.S. Investigation of vibration factors of a loaded dr= in a cTftm separator. Izv. vys. ucheb. zav.; 'plahch. tekh. no.2:9-1ww"60. (~MRA 14:7) 1. Moskovskiy tokhnolor-,Icheskiy institut myasnoy i molochnoy promyshlennosti, kafedra tekhnologii moloka i molochnykh produktov. (Czem qqM 6--vi . ~*r bration) SURKOV, V.D.; STLIPAIJOV, B.D. Strengthening the creative collaboration of science and industry* Izv,vyo.ucheb.sav.;.Pishch.tokh.no.5:175-176 160. (MM 13:12 ) (science) (Tood industry) SURKOVt V.D.-; FOPOVt G.I.y- VASIL'IEV9 K.M. Automated p3asticizer for cottage cheese and other protein products. Izv.Vys.uch~b.zav.j piabch.t0t. W36-139 161. (min 14:3) 1. Moskovskiy takhnologicheskiy institut myasnoy i malochnoy promyshlennostip Kafedra. tekhnologii moloka. (Cottage cheese) SURKOV, V.D.; KIZERETSKIY, N.N.; GUROVA, S.S. Investigating the centrifugal method for baoterial purification in I tray purifiers. IzV. vys, ucheb.-Sav.; piskh. tekh. no.5:84-91 i ,61. (MIRA 15-1) - I. Moskovskiy tekhnologicheskiy institut myasn~)y i molochnoy promyshlennosti. Kafedra tpkhnolopii moloka. ' (itft-*1crobiology) SURKOV, Viktor Dardlovichs prof.; LIFATOVj Nikoley Vikitovichp dots.; BAUNOVSKIY, Nikolay Vasillywich) kand. tekhn. nauk; Prinimal uchastiye SELIVAFOVI dots., kand. tekhn. nauk; IVANOVA, red.; SOKOLOVA, LA.,, tekhn. red. (Technological equipment of dairy enterprises]Tekbnologiche- skoe oborudovanie predprilatii molochnoi promyshlennocti. F.oskva, PishchApromizdat, :L962- 576 p. (KIRA 15:8) (Dairyinga-Equipment and supplies) SZHUWVI V. D. IIW." "Systems of secondary and higher education, in member comtries of report pTeeented at the 47th Annual Meeting of the Intl. Dairy Federation, Aarhus, Denmark, 28 Aug - 1 sop 1962. SURKCVP V.D. "Modern industrial centrifuges" by V.I.Sokoloy. Reviewed by V.D.Surkov. Izv.yys.ucheb.%av.; pishch.takh. 2:158-159 162. (MIRA 150) (Centrifuges) (Sokolov, V.I.) SURKOV) V,D,. SHMIDTI G.G. Optimum thickness of the product layer in a tubular centrifuge for the centrifugation of bacteria Izv.vym.ucbeb.zav.; pishch.tekh. no.4:124-127 162. (KRA 15:1-1) 1. Moskovskiy tekhnologicheskiy institut myasnoy i molochnoy promyshlennosti, kafedra tekhnologii moloka i molochnykh produktov. (Separators (Machines)) (Milk-Pasteurization) SUPKOV, V. D., '~Systetrz of higher and secondary dairy education in member countries of the IDF" report to be submitted for Dairy Federation, Internationel(IDF) 48th Annual. Wetings Massey College, Palmerston Uorth, Nev Zealand, 4-9 flov 63 MAKAREVICH, L.M.; SURKOV, V.D. Investigating the possibility of applying the vibration frequency method in the inspection and rejection of damaged glass bottles. . Izvev,ys,ucheb.zav.; pishch.tekh. no.1:139-145 163. (MIRA 160) 1. Moakovskiy tekhnologicheskiy institut myasnoy i molochnoy promyshlannosti, kafedra tekhnologii moloka i molochnykh produktov. (Bottles-Testing) SURXQY, V.D.; FOFANOV, Yu.F. Value of Reynold's critical number in vibrating flown. Izv. vys. ucheb. zav.; pishch. takh. no.6.-102-107 163. (MIRA 170) 1. Moskovskiy tekhnologicheskI7 institut nqaanov i molochnoy promyshlennosti, kafedra takhnologii moloka. TABAGIINIKOV, V.P.; SURKOV, V.D. Pressing of ~he cheese curd mass under vacuum. Izv.vys.ucheb.zav.; pishah.tekh. no.102-86 164. (KIRA 17t4) 1. TSentraltnyy nauchno-issledovatellskly institut maslodellnoy i syrodellnoy promyshlennosti I. Moskovskiy tekhnologicheskiy institut myasnoy i molochnoy promyshlonnosti. MAKARFVICH, L.IM.;_STJRKOV, V.D. Electric spark method for inspecting glass bottles. Izv.vys.ucheb. zav.; pishch.tekh. no.ltl6l-166 164. (MA 17W 1. Moskovskiy takhnologichaskiy institut myasnoy i molochnoy promyshlennosti i Institut avtomatizatsii proizvodstvennykh protsesoor pishchavoy promyshlennosti. SURKOVt V-D.; KAUMCIIESHVILI, E.I. Conference on food drying by sublimation. Izv.vys.ucheb.zav.; pishch.tekh. no.1:174 164. (NMA 17:4) SIURKCVI VtD.; ROGOV, I.A.; KOSTYGOV) L.V. Orientation of the particles of biological suspensions in a high- frequency electric field. Izv. vys. ucheb, zav.; piahch. tekba, no.2:83-86 163. WIRA 16:5) 1. Moakovskiy tekhnologicheskly institut myasnoy i molochnoy promyshlennosti., kafedrs. protepasov i apparatov pishchevykh proizvodstv, (Suspensions (Chemistry)) (Electric fields) I IQCUIITtYN, 'nacd. I.Alin. naik; KOIXMYT,`,,"-I'Vj I.V.; ';ITRFCp V.J..; SoAs oalio,~,s Of Jrajoq,,.at.e oi., yrut-Ificatior, in motor-vchicle engires. A-;t. -,:r,,m. 31 no.3:15-18 Mr 165. (MIRA 18:7) 1. Kazak-~5kly eosuitrStvoruiry sel lokokhoz~mystvennyy institut, KUPERSHNIDT, M.L., inzh.,* SURKOV,1_1~J., inih.1 BYKOV, A.S., inzh.; DANTSIN, M.I., inzb.; NOVINOVA, E,T., inzh. Preparation of highly filled. linoleum using improved techniques.. Stroi. mat. 7 no.4:26-29 AP 161. (MIRA 14:5Y (Lincie=) KUPFRS,'P,',IDr, M.L.; SURYOV, V-.11., Setting of poly(vinyl chloride) linoleum. Plast.massy no.10:33-)6 ,61. (MIRA 15:1) (Linoleum) PANT=YXV. Ivan Takovlevich; OTI-1~N.- [Mineral springs and therapeutic mud in the Caucasus Mineral Waters region] Xinerellnye istochniki i lechabneia griss' raiona Kavkazakikh Kinerallufth Vod. Piatigorsk, 196o. 164 p. OQU 13:11) (CAUCASUS-HIMAT, VAT=) (CAUGASUS--BATHS, MOM AND MD) GUREVICH,-14.G.; MUVTSOV, S.S.; GVCHINNIKGVt I.M.; SURKOV,, V.N. Re6ent data on -the concentration of some trace blements in natural kases and waters of the Northern Caucasus. Trudv IGEM no.46*.92-97 160. (MIRA .14: 1) (Caucasuag Northern-fteral waters) (Caucuus , Northern~-Zas# Natural) (Trace elements) SURKOVY V.S.; SEMKIN, V.I. Tectonic pattern of the sedimentary cover in the South Hinus*sk Lowland. Trudy SNIIGGIFS no.5115M 160, A . (MA "P) YJU (Minusinsk Basin--Geology, Structural) ---------- ir, C', G-ol. j -c Dis:3ertat.,,)n Ivcfentied I r the degree of Candidate of Geolago-Aineralogical .1 U r, Sciences at ti.e Joint Academic Council on GeoloEo-,-',ineralogicalp Geophysical., ,ur~d iciencei; jiberian 3ranch o~.A, '13tructure of Folded Complexes of the Northern Part of the Altay-jayanakaya of the Fou;idation and -~edimentaz-y Gover of its Intemiontane Depressixis arid the -~outhe,-33t kart of the ',;esLem jiberian Depression, From ~jeo, (1~---3icL-Lj Data." Vestnik X-caI. :,auk, jo. 4, 196), PP li9-145 BULYNNIKOVA, Antonida Aleksandrowm; SURKOV, Viktor Sftenovich; IONEL 1.0 A.G., vedushchi3r red.; VOPONOVA, V.V., takhn. red. (Geology and prospects for finding oil and gas in the South- eastern part of the West Siberian Plain.] Geologicheakoe stroanie i perspqWvy7 neftegazonosnosti iugo-vostochnoi chasti Zapadno-Bibirskoi nizzennosti. Moskva, GostoptekUz- dat, 1962. 73 P. (Materialy po geologii Zapadno-Sibirskoi nizmennostil no. 2) (MIRA 17ti) SURKOV, V.S. Now concepts of Lhe structure and age of the ft.1d basement in the West Siburian Plain. Geol. i geofiz. no.2:19-27 163, (IUKA 16:5) 1. Novosibirskiy geofizicheskiy treat. (West Siberian F-lain-Geology) pq, rt TWEZOVA, Nina Aleksandroyna- Prinfimall u-1, istlye i DEMINA, R.G. ; BUYUGINA, N.I.; ROSTOVTSEV, N,N,p glaynyy red.; GUFURI, F.G., zamestitell glavnogo red.; U%WTSEV, D.F., red.; DEFBIKOV, I.F., red.; KAZARINOV, V.P., red.; KALUGIN, A.S.y red.; KOWBKOV, M.N., red.; MALIKOV, B.N., red.; MIKUTSKIY, S.P., red.; BOTIVINNIKOV, V.I.,, red.; BUDNIKOV, V.I., red.; BOGOMYAKOV, G.F., red.;_�YjLq_V,_,j,A., red.; SUKHOVP S.V.p red.; BOCRAROVA, N.I., red. (Physical proPertles of rocks in the West Siberism Plain.] Fizicheskie svoistva gornykh porod Zapadno-Sibirskol nizmennosti. Moskva, Nedra, 1964. 127 p. (Sibirskii nailchno-issledovateltakii institut geologii, geofiziki 1. minerallnogo syrtia. Trudy., no-31). (MIRA 18: 7) 000/0118/0123- ACC NRI Ai 0,16377 (141) SOURCE CODE: UR/oooo/65/000/, . . AU'DiOR: Kondrashov, V. A.; Mandellbaum, M. M.; Puzyrev, N. N.; Surkov- V. S. ORG: none TITLE: Technique of regional seismic investigations in Siberian platform areas SO URGE: International Geological Cengresn. 22d, New Delhi, 1964. Ge dlogicheskiye rezul'tUty prik1ndnoy geofizlki (GcoloSical results of applied gcophyOica'); doklady sovetakikh geologov, problema 2. Moscow, Izd-vo Nedra, 1965, 118-123 TOPIC TAG-3: scismol platform area, sedimentary cover, seismic prospecting ABSTRACT: Regional seismic Investigations conducted in platform arena ,of. Siberia for the purpose of studying principal features of the deep structure 8~re-. described. This work was performed mainly in connection with oil and gas prospecting' in the area. To study the folded basement a special technique of single and'i-inear haad- wave soundings. has been developed which makes it possible to investigate forest- covered arear.. The results of the field work have revealed some features of the baserent structure which had previously not been detected, including cl.ifferentiation of the basement into layers according to their elastic properties. The sedimentary cover is investigated primsrily IV the- zEflection method in its various modifications. L_Cq~4_ 1/2- ACC NR. a, 602 8377 For regional investigations, wide use is made of single reflection soundings which are applied on a wide scale in the west, Siberian lowland. Using thid technique in area of nearly 50,000 km2 has been surveyed. Also widely used is a..technique of regional seismic-reflection profiles including profiles along.the riv6rs. These investigations have resulted in maps and cross-section diagrams whf~_-h.zhov clearly the effectiveness of the survey. Orig. art. has: 2 figures. SUB CODE: o8/ suBm DATE: o6jan65 CtIrd --ACC -NRr-A7r6028376 11 SQUIRC-E, CODE; UR/00co /6 5 iu(-J(jl CIO') 1i 1 AW110R: Rostovtsev, N. N.; Surkov, V. S.; Umantsev, D. F. ORG: none TITLE: Geological and geophysical investigations :h the west Siberian lowland it SOL MCE: International Geological Congress. 22d, New Delhi, 1964. Geologicheskiye rezul'taty prikladnoy geofiziki (Geological results of applied geophysics); doklady sovetskikh goologov, problems, 2. Moscow, Izd-vo Nodra, 1965, 111-117 oil< TOPIC TAGS: geologicad t7avity ABSTRACI!: An analysis of recent geological studies of the west Siberian lowland is -- presented. Geatectonically, the west Siberian lowland form3 the base of the Ural- Siberian Epihercynian platform. The geological structure of its deep-seated horizons is hidden under the overburden of Tertiary and Quaternary sediments and hence cannot be studied by geological surveying. The geological structure of such areas is now being studied by geophysical methods and deep drilling. The area of the lowland has been covered by aeromagnetic and gravity surveys, and a great amount. of seismic and electrical prospecting has been conducted. Stratigraphic and exploratory holes were drilled at a number of points. This work made it possible to establish the i principal features of the geological structure of the lowland, as a whole, and to ACC- NRt A-k6o2(337(0 investigate some of the areas in detail. The west Siberian platform consists of two structural stages: the folded basement and the sedimentary overburden. The aeronagietic and gravity surveys have detected folded units of the platform basement which are reflected in Mesozoic and Cenozoic platform overburden as gentle rampart- like uplifts. The same investigations have established the the heterogeneity of the basement and the presence of intermontane Paleozoic depressions in the basement. A sand and clay series of the Mesozoic and Cenozoic platform overburden proved to be favorable for seismological surveys, which, in combination with deep bore holes and the data of aeromagnetic and gravity surveys, made it possible to outline the geneal features of the geological structure of the overburden and to study some areas in detail. 7be seismic survey located and prepared for drilling numerous local highs many of which have proved to contain commerical reserves of oil and gas. Orig. art. has: 3 figures. -SUB CODE: 08/ SUBM DATE: O6jan65/ Card AV~MHOR, Dubininj N, P,; Shailerbak-ov, V, K.; SurkoVj, V. V. TITLE.- Antimutagenic and ravatagenic e1teot of amino aaids with vrovertiog LrC, IC~',DP 11C :q:-ta-In 1. i' , . coripoi.Lnds act. a3 mulaLFens and wnti-irndta-gens depencling on compound -3 n at q7,,; 1he prosent in~esttgation compares the gn qn~'-Ilitn4entc O'f.3c~"; o7!r 4,~ hl,-hly Important wninc an.J c-,stoine. In tte 11 T-. !3 9 el 'q F1_r d e .9 pr --)I I Ira on 0 Card OLI ACCESSION NR: AP'5000922 t are n! c e ffe c t 9 were d I -q i), a yei v: 1 th a-rg tnine con--en,rat tons ~rpqi.,oncy )f the Erlicn ascitic -i"'i an ax p, I n -'-. e D Rn ar:7!nlne concent'ration of 20 M-f-A. Tn Me ssaona ae-riua cz -,j m o r-, c, n 1 -3 o,i s we re ;n-o-~rn in lifferont concentrations n 3--d-q :-3 OM D r M n n i.LT- e rMtqv-n!cF Riltimlit:RF:onle, and antiradiation properties displayed by Dt-r-, or, -)71,110,1111d s 1 s ri,:) t ca7 thlis '--Ima end reauixes, furtticr raaaar~~. ;brig. art. ftas.. tableso. Tnatttuta of Blalagical Fhyaicsi Academy *ff -S le n a a AUTHORi __�~V I V ~_Z PA - 2102 TITLE3 Electron Emission from Dielectric Films Bombarded with Positive Hydrogen Ions. (Russian). PERIODICALt Zhurnal Eksperim. i Teoret. Fiziki, 1957, Vol 32, Nr 1, PP 14-19 (U.S.S.R.) Receivedt 3 / 1957 Reviewed: 4 / 1957 ABSTRACTs Measuring Device and Measuring Methodt The measuring device is discussed on the basis of a d-rawirig. The target is bombarded in the operating chamber with the positive ions energing from a mass-analyzer. lon. flux was measured by means of a galvanometer in the collector target circuit. The current of electron emission was measured by means of the same galvanometer within the circuiti collector-target or within the circuit: target-collector-target; the amounts of the potentials used on this occasion are given. The film of the dielectricum was steamed on to the target in the vacuum. After the steaming on of the film, the target was fitted opposite the collector and bombarded with ions. Before the film was steamed on, the base of the target was heated to from 1000 - 12000 until the vacuum in the operating chamber attained -10-6 torr. Also another method of steaming on mentioned here furnished no essential different targets. Card 1/3 Measuring Resultst The electron emission of B2 03- filmst The B 203 Pk - 2102 Electron Emission from Dielectric Films Bombarded with Positive Hydrogen Ions. 0 and H+-ions of from 10 - 40 MeV a secondary electron emission with the coefficients cr- 3 was observed, All 30 targets with CaF 2- films investigated furnished an electron emission of from some minutes to six houTs duration after the end of the bombardment. Also the influehce exercised by temperature on C&F -films is discussed. On the occasion of the investigation carrieg out with the aid of an electron projector the luminescence of the screen was not steady but it occured only in spots. In conclusion the changes of the surface potential of the target with CaP 2- films are discussed. ASSOCIATIONt State University of Charkov. PRESENTED BYt SUBMITTEDs AVAILABLEt Library of Congress Card 3/3 I f All I imu"4041 90 A"* oe 0 add. 1. N. Dowwwas IM4 . Ks sod L.41 gum= a. 10 " N~ 66 is do* Way w m M cc 40w to&$ woo- roe We, agd puay to ndwim - y l w LT. z a 00 by 00 1, A I a a MITALLUR"-L LrTgaAfi*g CLAUWICATM 19"0" $"!Sil u a AV so of K a it x it a K a N 0 0 0 0 0 94~ 114. W.A.49 J- &SI C.~ .146al CM 0.- A- LA 41 A f a Ow a a 9 1 jr a 9 A 4 3 -4 IN 0 0 0 0 0 0 so les "00, ago goo too Of eon eon eon 002, 002 Oo* 002 002 000 Oo= 00 SO 0 0 0 0 0 0 9 0 6 0 0 0 0 0 0 Wo 0 0 0 9 0 0 0 0 9 * 0 0 0 0 0 0 0 0 414 0 0 & a c a OF 6 a a L 0 a a III I s T w " I TI & 0 a 0 0 a a 0 9 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 * a * 0 41 0 e 0 0 0 0 e * 0 0 S. gal. X:v! 3.:.,u I, . . a III 1 9 !_ I I - Jung ""Jkajd aRl w APAR3 pX04 $1 3uwwl&u3 -11190 Visa v`4M., '01' r *.') 'S"p"A p4m 11 I --;&:Ar, orr 53, ! impa -q~ 'i ",wom We beew POP opf" am al -9-1 p- p A*-3v1 Oja- 111f)"No a., soic,00.1 all. 15, W-7-1- r--UT A a t 1. 1 J g 16 1*11~ dho 1, C, - r 00 r 41 Go 1- r-r-W -7 1 v ,O"MICI -09 .00 a** 4*0 a** at* too 900 41001 '00 '00 so* t00 1XqO Intcrnetion or silt-ir dioxide and nitro3e dt~rlr.& bubbling. rot 'm irn f.r.1 Amirveva. J. Applied 10, JL4(41 (Ir ~131,' 1237,'. ef C.;..& , 21~.-Durlrle a 1, bs Investi.;rtion Cf tk~e SO., c:%nversiori 00 J11! -un! deetr0l,,n whUr bu't lind, It rnz fo,ind t~io%t tho velivity 00 0; f t 3st- proct~sse3 Is pro-artional to the A' -Is, to t)4t- n!'rosity of t It- Reid nnJ to 11%11 height ~A' the lipid -h-~ vr 1 :,c I ty o f Io - I t rtx t t , n ., f I s til s o rcm, ort I .nal 00 W 00, the r9tv of Introduoti,t, aff' i:,.% Int, t1ir bul,Lling to-mor (with 00 S n% 4~r gas b(4~bj(sl. Tile Cf SJ2 cor.- 0-0, 1 ~Dl 0 vorskon an,i denitrution Increase considerably v;Ith increase of tr:-i). nA decrr%re o the 1-12304 c--lcr- Increase or the 0 o~,-rcn. 0 in th- gas cinsIderably Incr o-ses the 30 2 cirversl .-n in t .0 bLbllin tcw-r. 'Eviations azij cmsts. characterWre: t a -.ethod t are riven, whlch are applicabIe ta irIU3tr:-. -.hr-P ref(,rerces. too. 0--i-V 4.4 4m u u &V No As! 0 0 0 lop 10, 40 *0 00 0 R. 00 00 "'W q 0 0 o4 0 000 0 0 0 00 00 Rp,q A XgSakakh and E. I. %u a otmwurd C)r"t tkmv-4z4". LAC. tAIN, s Nas, the pyrogs" (ID V), solutim case" loo mbwt*mW ..Iutk-4 &; the &wow is wo #Oki: it. imetood. the vessel is MW with lam tubes 1.3 cfa. k" a solutsm o4 Ni_L,%.04 14, N4011 6-7. aml 4.0 79-3% aboortis Gs bottor than dam (lb. J. J- R /;,v ORKOV, Ye. 1. Cnnd Tech Sci -- (diss) "A~sorptlon of nitric oxides W sulfurio r\ acid to dirfusion piates." klos, 1957. 12 pp (Min of Chem Industry USSR. Sci Inst for Fertilizers and Insectofungioides im Profeemw Ya. V. Samoylov), 110 copies (KL, 4-58, 83) -37- v-~,my -AWYN;w: ilfAwll~~Ili-%-~---, par ~ ~-iA p 17~ AKSELIMD, YU.V.; V.E. Investiration of bydredy-namics and mass transfer in the system sulfvrtrioxide - suM-,ric acid under the conditions of bubbling on a turbogrid-ty,-e sieve tray. Trudy 14121TI no.3303-a 161. (HIRL 14:10) (1-lass transfer) (Plate towers) (Sulfuric acid) SUI-A)"': Ye.l.; A.,.; GUIE'OV, P.V. Water buVole absorption of phenol vapors from flue gases. Trudy 'r.,:ITI no.33:4C-51 161. (.IIIRA 14:10) Ulate tower.0 (Fliencis) rate ofabsorption of sulfurio anby&ide by sullf-ai~. fZ;CtCrS C', ac I:S sir--.rc 7 lf-Acs. Trady 15-M no.35:134-139 161. (:'I:U IJ,:10) (it I 2-pur tr I -~ xide (Ab.;arptioii) (Flate towera) RA:111,, AKSELIWD, Yu.V.; GTI,.('V,',. Prini:-~ili uchasst--*re~. VASILI)EV, D.T., .7 -OVAJO T.G. Absorption of sulfuric anhydride in the con-act process manufacture of sulfuric acid in buVole cohL-ns with sieve ard tubular plates. Trudy IUMTI no.35:140-146 t61. (111111A 14: 10) (Sulfuric acid) (Plate towers) Ay"REI'lam'I YUIVOI W24, Vol-191 3URKOV, yeels 'y , . Jr-odynamles of the 60~ - N2SO4 bubblou m7stosms Truo MJMTT noatC178-85 163, (MMA 18s12) A-ICS9111HOD, Yu.V.; VASIT,IYFV, B.T.; GUROVA, N.M.; RAMM, VA; SURKOV, Ya.I.; T30IKOV, S.A. Absorption of' sulfuric anhydride In bubble towers vith the yield of olaun. Khim.prom. no.109 Ja 164. (MIRA 17t2) I I- .%,I.; bT.RKOV, Ye.l. yt,.,;.; V -Equllibri-um pressi:ro of sulfurIc arJ,,ydride vapors over ole-um. n-4r. priki. kh-JM. 37 no.6:1199-1204 je 164. (MlRA 18:3) , SURKOV, Ye. L. p . "rcosing sy-.=atry and hellcity amplitudes- IAd. fiz. 1 no,6: 1113-1120 Je r0'5. (KM IS.-6) ZUYr-Vj G.I. (Odessa); IFE:-ESNOV, V.I. (Odessa); SURKOV, Ye.H. (Odessa) Transient operating conditions in a system consisting of a vessel hull, propellers, and engines. Izv. AN SSSR. Otd. tekh. nauk. Energ. i avtom. no.3:65-72 My-Je 162. (MIRA 15s6) (Marine engineering) (Electromechanical analogies) ANAWYEV, B.G., red.; L0,01' , B.F., red.; SURKOV, YeX.$ red.; Elt=NA, L,I-., teklui. red. (Problems of perception of apace and tire) Problemy vospriiatiia prostranstva I vremeni; Vaterialy. Pod red. B.G.Ananlyeva i B.F. Lomava. Leningrad, Leningr. otd-nie ob-va psikhologov, 1961. 211 p (MIRA 15:6) 1. Nauchnoye soveshchaniye po problemam vospriyatiya prostran- stva i vre:~eni. 2d, Leningrad, 1961. 2. Kafedra psikhologii Lenin- gradskogo universiteta (for Ananlyev). 3. Laborutoriya industrial'- noy psik-hologii Leningradskogo gosudarstvennogo universiteta im. A.A.Zhdanova (for Lomov), (Space perception) (Time perception) i N R kT5003185 S,~T'-Ov, YC. i 7ty I: I C h'i I ac t et, I CA ile S ens t r ts o f humian ac t ivi ty conErfA Systems Lc I-, L F. j~ r,-- Un i ver s i t e tProb I emy obshch,~ v i inzhe-nernoy ps ikho logi i . L,21 1 Y(I P TA C',S "n~T11i'Zed CO'Itr0t, COnt-01 P;InC-11, -Cn~-OrV field, hunan adaptation, f-III-Eq iic-nr ~utc-.atic traffic AI!"-,T?AC-I 'rhe adaptation -,,'L the human operator to various automated systems was --nd I'll kv-cd in C~e cafe of cen~r.ilized rilro-ad traffic control. Tbree f r r ~i wiversity vere carricud I e i 7, 1, t 3 1 z-- cont t, i r~, i_ nd c c i 11 c g r aph Cna'-1-Cer -,E-3-j"zS -f L 2bt,52-55 ACCESSION NR: AT5003185 the i r,~?est ivat ions point t othe existence of two operational control levels, sen- r o Iec t Lia 71io visual scht?-.-,,~ of the task, in this case train routing. f-r- ioe~ ,r ~r~~Jcctories or merely i i errors are made in tlrl;t 4ttli?,el Ot 'ilDlt 0 eV 0 LO P M11. n VIne oi Lfte uritnitLicyned Ld6&, i-,C, L 1 1 ril-~ires o- res ',t,t as a combination of process mvolvLng IF .3 t I C-1 atI r. k I n FOrig. art. has Z figures and taoies. ~-c S OC14VZ I ON None S U Ekt I T-IT-3 :07Sep(.)~~ ENCL: 00 SUB CODE: PF, GO NC REF 301": 001 OTIHER :1000 11 ~ z .- A1.311111_ii&'EV, E.R.; AMELIT', V.P.; MDRIANOVA, ON.; GASIYEV, Zh.; DEGRAF, G.A.; INKARMOV, A.B.; KOLOMTSEV, I.V.; KOLTUSMIN, I.S.; RALAKHOV, V.P.; MONASTICIRSKIY, A.O.; RMIKOV, B.N.; SAMIk-MVP IN.; ~IKP V.K.; SOMIN, V.A.; SMO, V.I.: S~~Y, Ye.P.; SYRLYBAYEV, S.N.; USIKOV, N.V.; UCHAYEV, A.F.; 01ESTOPALOV, Ye.V.; SMQW1, R., red.; GOROKWV, L., tekhn. red. [Study manunl for a machinery operator) Ucbebnik-spravochnik r,ekhanizatora. Alma-Ata, Kazsolikhozgiz, 1963. 326 p. (MIRA 16:12) 1. Alma-Ata, Kazakhskiy gosudarstvenrqy sellskokhozyaystven- rqy institut, Fakulltet mekhanizatsii. 2. Sotrudniki fakull- teta nekhanizatsii Kazakhskogo go3udarotvennogo sel'sko- khozyaystvennogo instituta (for all ecxept Sherman, Gorokhov). (Agricultural machinery) SURKOV, Ye.V.; CHURASHOV, VaIo Rivets. Standartizatsiia 27 no.10:38-4 0 163- (MIRA 16: 1.1) 44 ]1' S S ('-kh.%I,t,Tn atilt Y~i A. burliw (Z4. AnAl'. '6SP, 19-U. 9 Of W gr-lkj-~'ic pola"'gr.iPhy. in.'Inding thc-e of NIA I I liar l0a~ v x% m 'i Nichols, I Alci, Delpthay, L AV amt m I by the asithors ~Avjl ANer.. 1914, 1, 17.401). Snowden -A T:W;~_C-,qm-and Hztvrl, Q. EkA!r,N 1953, S', 379, Stvick &rul ffeyrovsky. arerevi~ew,-d ak-mFifs-- ii~er nrdinary pilau-graphy xrcdi~cnt-cd, c'I clpcnm~nts ~)th a -ave are c~mn-,ar~~l with throt~txal mqult~ derived frcm, the, if HArill" ind of lkvitk, and a empirwal opmwn vi ptqKmz~l to relp4A-c- thes:-: G. s. SmIll". SURKOVI Yu. A. Cand rihys-Math Sci -- (dies) "Alpha - dissociation --------- of elements of medium atcmic weight." Mos, 1957. 11 pp with graphs. (Acad Sci USSR. Inst of Phys Chemistry.) 110 copies. Bibliography at tne end of tk* text. (12 -f1*41 - (KL, 8-58, 103) -4- AUTHOR: Surkov, Yu.A. , Moskaleva, L.P. 32-9-14/43 TITLE- ---khysical Apparatus and 1easuring Methods in Radiochemical In- vestigations (Fizicheakaya apparaturs, i metody i=ereniya pri radiokhimiche3kikh is3ledovaniyakh) PERIODICAL: Zavodakaya Laboratori~a, 1957, Vol. 23, Nr 9, pp. 1072-1080 (USSR) ABSTRACT: Several physical devices and methods of measuring radioactivity, which were worked out by the authors for radiochemical investi- gations of n-aclear fission products are described. Work was carried out in 449,%1-1956 on a 3yachrocyclotron of the United Institute for Iluolear Research. The largest part of the devices and plants described here was also used for the analysis of geological samples ,rith uranium, thorium, and potassiuin. First, the examination of cC -activity is described. For the radiochemical investigations of cC -active isotopes, which are formed by nuclear reactiorm, a scintillating c( -counter, an ionization chamber with a momentum- amplituAe analyzer, a3 -Nell as NIKFI photoplates of a thickness of 50 L 100& were used. The examination of A -aotiirity is de- scribea. Here the measuring of energy was carried out on the upper boundary of the P -spectrum only for the purpose of identifying Card 1/2 nuclear reactioti products. As, in raalochemical investigations, Y., -,t,- 0-5- 5/54 "',-.11tAl lnvez~tiFaticn:-, of the a-Dec,-.i,,i of Eic-m-, -, of 2 1 Y,e, 'Iur Atw2ic cicht, Tteo,,~-rc*,-.. 'Ph-~ 7rc.~licp-i tne occasion ,)f th,~.qe nikelear r,.~-, ction3 -I en~ ie~) ir a I e.--' ~;,,,ro:m.tn~ r:imo of the rr,)duc~fd b.,, lb tnd 114f ,,.it!i I;r')O M,-V pr)fon~,, t,n, In i tit, ohfp,rv-~I -C;,3rj -Iro,luct,i Of th- j, iith atomic I till) I e :; 111 1 C ri~fe r: -.1c t:.,T 1, 1 S I IV i AT 1 C'I In3titUte for Geochemi3trr and mn,-tlf r ic-d Ch-~m-i,.;Iry V. I . V~--rniu~l -,ki-y All U33R(Ivis ti t ut -~?okhdmi i i --~-n 1i khimii V. I. Vtjrr-Ladz3koi,-o Ak;tt-,'omii )i-~-ak 33SR), R:-.S 2~ --, D By A. P. 7in:). r,--.dc-.v, Azademician, March '1, 1957 :"ED: L~nxch 7, 19j7 ,'.7AL.L13LE: Librar.. of Con.-rei-,3 CARD 2 -3UR 7--58- 3 -15/15 AUTHOR: Gerasimovskiy, V. 1. (Moscow) TITLE: Chronicle (Khronika) Memorial Meeting for V. 1. Vernadskiy (On His 95th Birthd&y)Czasedaniye, poavyashcheimoye pamyati V. I. Vernadskago (95--ya godavshchina so dnya. rozhdenlya)] PERIODICAL: Geokhimiya: 1958, Nr 3., pp. 283 ~, 284 (USSR) ABSTRACT; On March 12, 1958 an extended. me,-ting of the profesaors of the Institute of Geochemistry and Analytical. Chemistry imeni V. I. Vernadskiy AS USSR (Ucheqyy sovet Inatituta geokhimii i analiticheskoy khimi'L imeni V. I. Vernadakogo AN SSSR) was held. It was crganized in remembrance of Vladimir Ivanovich Verziadskiy-.hlember of the Academy of Sciences~ the mineralogist and founder of geochemiatry, bic-geochemistry and radiology. The anniversaxy mesting was oper~ed by A. P. Vinogradov, Member of the Academy cf Sciences. H-.'6s speech dealt with V. I. Vernadskiy~s stay in Paxis 0922 - 1925)9 where he was workirg cn bicge:nP,.hem1stry and radiology. Then the following lect,;.ras vere hG-td,. Card 1/3 A. B. Ronov. "Or the Gecchemistry of Ircn in Sedimentary 7 56 3~15/15 Chronicle. Memorial Mee--~ing fcr V. I. Vernadskiy ~On H4s 95~h Birthday) Rocks" (K geokhimli zheleza r -,--,s,do~:hnykh porodakh). Clays of the Russian platform were inveattgated as to their content of Fe2 0 and FeG. By meano' of twc geochemical maps the lectux6? tried t-~ f.-Ind a correlati...,n batw6en the Fe20 3/FeO-, n4C carbon c ratio and the crg- -~z,tea~ in these clays. D. P. MaIF.1ga:".B-icLp-Y:hami,:aI Prospal~ting c-,f Molytdenamll (Biogeokhimichask-Lys polski At Kadzharan (Armyanskaya SSR on kha left bank (Levoberezh~ej of the r-ILver Okhchi blcjg*~oshemicaj prospecting was carried out. The compiled maps mak-,~ it possitle to cutline the distribution haloi cf the new c.%re zcnes. They were proved by trial pits (see ~he axti,~14 by ths authQr ia Geckhimiya, 1958; Nr 3: PP. 246 - 2695). )(u. A. Sqrko-q. "Alpha-,Radiatil~a of Elemgnts of Medium Atomic WeigKl~,~,rA--ITa-rasp-,ed.eleni3,~ elsmientxr aredasgo atomnogo A system cf the a--aat;.~a isctcpt-,s waa set up; based on it the posstb;a exiqtenc~- -;f scm-, a-aczi-e is~top-js was pre-- Card 2/3 dicted , thcaly ms;s !-oim bel, ara Thsi.r de,ay energy was call. 1-58-3-1~/Ij Chronicle. Memorial Meeting for V. 1. Vernadskiy (On His 95 h Birth ay culated and the expected half life was estimated. By means of subsequent experimental works new data on the akbcay of elements of medium atomic weight were obtained and the existence of new a-active isotopes was proved. SUBMITTED: March 18, 1958 .1. Chemistry-USSR 2. Scientific perscmnel-USSR 3. Scientific rese.-sr-_,h-USSR 4. Radioactive substances Card 3/3 AUTHORS: Baranov, V. I., Surkov, Yu. A., SOV/7-58-5-8/15 Vilenskiy, V. D.- - TITLE: On the Presence of an Isotopic Shift in Natural Uranium Compounds(O sushcnestvovanii izotopnykh sdvigov v prirodnykh soyedineniyakh urana ) PERIODICAL: Geokhiniya, 1958, Nr 5, PP 465 - 472 (USSR) ABSTRACT: The authorstried to determine whether by the easier mobility of U234 a disturbance of the radioactive equilibrium in secondary and displaced minerals may occur. The samples were supplied by I.G.Chentsov, V.S.Serebrennikov and G.A. Volkov from the Institut geologii rudnykh mestorozhdeniy, petrografii, mineralogii i geokhimii AN SSSR(Institute for the Geology of Ore Deposits, Petrography, Mineralogy and Geochemi.~try.,AS USSR). Two of the 14 samples investigated were uranituA pitch blende. i was uranium containing water, 3 were uranium black, 3 were uranium bearing bituminous limestones, and 4 were albitized Kalsinters rich in phosphorite. The samples 4 to 13 were leached out with hydrochloric acid and hydrogen per- oxide, or with hydrochloric acid and calcium nitrate. The Card 1/3 substance leacled out and the residue were investigated On the Presence of an Isotopic Shift in Natural SOV/7-56-5-8/15 Uranium Compounds separately. In some samples several fractions (up to 3) of different granular size were investigated. The authors first extracted uranium with ether from the samples and then by means of the ion-exchanger, Dowex-1 (Daueks-1). The extracted uranium was separated electrolytically on steel platelets. The alpha spectra were measuzed by means of a special apparatusl this apparatus is shown in a photograph (Fig 1) and in form of a block scheme (Fig 2). It mainly consists of the ionization chamber, the pre-amplifier, the amplifier with the discriminator, and the 50 channels amplitude analyzer. The spectra are recorded by means of an oscillator; the principle of recording is explained in figure 3. The alpha spectra of three samples are given (Figs 3a,3b,3v). The calculatory evaluation of the measuring results is dealt with a special chapter. A table gives all values obtained. It shows.that in urwiium pitch blende a radiowtive equilibrium exists, that uranium containing water exhibits a concentration of U234. In the bituminous limestones the values are in all places close to the equilibrium; the uranium content is probably connected with the petroleum Card 2/3 bearing water as in bitumen the uranium content as well F-s the On the Presence of an Isotopic Shift in Natural SOV/7-58-5-8/15 Uranium Compounds relative content of U 234 are increased. In the phosphorite- rich Kalsinters U234 is concentrated when hydrothermal wattra have acted upon the rock; otherwise there is radioactive equilibrium. There are 3 figures, 1 table, and 6 references, 5 of which are Soviet. ASSOCIATION: Institut geokhimii i analiticheskoy khimii im.V.I.Vernadskogo AN SSSR, Moskva (11oscow7Institute for Geochemistry and knalyti- cal Chemistry imeni V.I.VernadskiyAS USSR) SUBMITTED: January 27, 1958 Card 3/3 3(3), 3(0) 507/7-59-1-9114 -'71110R3: -aranov, V. I., Surkov, Yu. A., Vilenskiy, 11. D. On the Exictence of Isotope Shifts in Natural Thorium Compounds (0 sushchestvovanii izotopnykh sdvigov v prirodnykh soye- :1ineniyakh toriya) PSIZIODIC.,J, ~eokhizniya, 1)59, Nr 1, pp 69-75 (USSR) , --RAC, 22 8 232 t: ~3 12: The formation rattern of Th from Th is as follows: t -L"h 232 (a) Ra228 (0) Ac 228 (P) 'k,11 223 (a) ... As a rule it is a:louned that a shift in the isotope ratio - e.g. because of the removal of inte.-mediate products - need not be con- sidered. The authors investigated several samples of different minerals sup-,lied by A. P. Polyakov. 'Thorite and monazite were leached out with hydrochloric acid, and the isotope ratio in '4*,.e extraction arid residue was investigated. Zirconium ,~iillrate was aided as carrier, precipitated as iodate and twice p-,irified from Fe an," traces of -uranium, polonium, and bismuth in the anion exclian.,,er EDE-10 P. Thorium was separated fro~7. zirconium by the cation exchanEer KU-2 arid then applied olectrolytically to non-cori~olinj steel discs. An apparatus ~,Url 112 Jeocribed '%.. the authorsin reference 5 served for the determina- SOV/7-59-1-9/14 C-1 the -:cist-.~nce of Isotope Shif ts in Natural Thorlum Compounds tion oC the alpha spectra. The apparatus is again described 'Fi,-,s 1 and 2), and some spectra are g-iven (Pi,-, 3). B031des 232 ra,,o the Th 22 8/Th 252 ratio, the T11230 /Th wz~-.3 determ.Lned fi-om the spectra (Tables I and 2). The investigation results ohow thi;t isotope o'hifts occur in nature, a fact which is in fiiture to be taken ino account in radiometric thorium de- .er~inations as well as in the determina'ion of the zibsolute ,:,e. There art-, 3 fi,-,ures, 2 tables, and 11 references, 7 of ."hich are Soviet. A 3 3 0IA T I ON Inotitut F-t~okhimii ionaliticheskoy 11-hinii im. V. I. Vernads1cogo A.'~ SS.-,R, "o3kva (T ~-Ln-titute of G,~?oc-emistry and Analytical Choziizotry ineni I. 7ernaiskiy AS USSR, &'oacow) S'1-'-',1!,1I'LtTE'D.- October 15, 1958 Card 212 ~D u O-V IL 3 A L ; I i jS 3 3 2 in 1 3 1 D~A L ilia 's, 0, tz.. rd I A t i l S/007/'60/000/004/005/005 B002/BQ55 AUTHIOPS: Cherdyntsev, V, V., Isabayev, Ye. A., Orlov, D. P., Usatov, E. P. TITLE: Excess U235 in magnetite with increased actinium content PERIODICAL: Geokhimiya, no-4, 1960, 373-374 TEXT: The magnetite in a pegmatite vein was found to have a high content of U235 and actinium. The contents of radioelements was 1.3 PPM Of uranium and 10 ppm of thorium. The Ac/Ra ratio exceeds the normal value by a factor of 4.3 + 0.3. The age of the minerals is approximately 100 million years with certainty, however, less than 300 million years. The present publication reports the results obtained in determinations of the U131/U138 ratio. From the ratio of the number of fission fragments produced by thermal neutron irradiation to the x-activity of the sample, the Card 1/3 S/007/60/'000/004/005/005 -Excej:] in ma,~netite with... B002/BO55 2-4) 238 + U J /U ratio was found at 1.18 - 0.06, which aftEr correction for the 4. presence of other radioelements alters to !,.30 - 0.10. Determinations of 6 ivers- 'he a-spectra in the alpha-s ectr meter at Kazakliskiy UM' 'tet (Kazakh Universit~) yielded a ratio u 35/U 38 = 1.60 � 0.13, and, in t~.e alpha spectrometer of 'the Institut geokhimii im. V. I. Vernadskogo AN SSSR (Institute of Geochemistry imeni V. I. Vernadskiy AS USSi). a value of 1.5 t 0.1. The latter determination was carried out by Yu. ~',. Surkov. A last series of measurements in the Lldha analyzer KazGU (Kazakh State University), carried out by D. P. Or-Icv ~,ave a value of 1.40 � 0.1a~ This excess of U2135 in the magnetite with increased actinium content can only he explained by the existence of a transuranic isotope in nature up to the present day, which decays to actinium and the odd-numbered uranium iso'cue. E. K. Gerling is mentioned in the publication. There are I fisure, I table, and 9 references: 9 Soviet-bloc and 3 non-Soviet-blo.,,. bard 2/11 235 Ex~ess U in maEnetite with... 3/007/60/000/004/00qj/005 B002/BO55 ASSOCIATION: Kazakhskiy gosudarstvennyy universitet im. S. Y. Kirova (Kazakh State University imeni S. M. Kirov).Institut geo- kh.4,mii i analiticheskoy khimii im. V. 1. Vernadskogo AN SSSR, Moskva (Institute of Geochemistry and Analytical Chemistry izieni V. I. Vernadskiy, AS USSR, Nlosco.7) SUBMITTED: February 24, 1960 Card 3/3 20622 51/04 1 16 0/005/005/0 1/021 A 0 1~1 "/, .: 10-29 AUTHORSs Baranov, V.I., YA,A., a.m., Yakovlev-, Yu.V. TITLEt Radioactivatisn Arallf-,~~7 -f F-'7~, and P.--'~ipe:~',2t 'J" Development PERIODICALt Zhurnal Vsesoyuzzogc~ Kh4.m'6-he9kcgz ObA-hestia im. D.1. Mendeleyei%, 1960, ?To- 5~ V~-'- 570-573 TEXT: The radioai~t!-Irat'.-r. ana~'-ys', ! i-tt, d for the deterxlina-:L-~n ,-If pure materials In the sern." %n! ii,,d--.~stziea. It is highly sensitive, deperdIng z, --t tt,~ flax ~f 11:mrts~dlng particle&.&nd the -:,f a giver. elemeat, J.e.9 its epee-ifloity; there I!; n- ne-te-gity f..--z a- Sep&rstlon of the traoso of the elezen~,:~, n: ;' r7e ~" -r f: z '-hi- test (Ref. 7-10). 1 n the more recent apFli--.ti ra -' -,f thi ~-F,~h d ;tT---py t9 u-4r'd (Ref. 13-15) which redu,ep tn,; ~-%M~P7 -.he analyzel Card 1/10 20622 3/^j6Y6O/OO5/005-/O1 1/021 W 1 1029 Radioanti-,rat'.,--.--- A-ralysis, :f F~-7i- -Yale--.all arl P-,c9p-2:t.Y -3f :tS D6Te'-:)p=C-.-1t samples. By applying ga=i qpe-r:-~- Fy, a of the ucuraay and purity of the ::,ntrary to the usual calculation )f t'--e :,f ep~- ~Irum ob-Alned leads to an estimation ~f '.",e q-icl a ~f the separated sample according to the energia? -f The amcunt .,)f admixture present ft, ~,hr-, gample 1,3 -if thri -jpez1.ra sections corresponding t~ the &--,, tivatell t7,pe -,f -,h',.i admixture. The measurement of the are& ~if the ph,~t:~S~oak 'Is it-zie ty apprcximat!~~n rf the Photopeak contour of the ljauss'.~n P-r-, nir7e. If the sample unler irvesti- gation does not emit garzxa-rayn, -:z, 1.1 ~.ts half-life Is e1 slilgh'. that it completely de.-ays by the time the xpa-zurezente are made, then the gamma- scintillation spectrometer :-i .-.ow possitilitiee for coping with this problem. Referen~-.e in made ".~i Fk dedicated to the application of '~Refl. The 5611thOrs of thiEk article conducted a radioa,:~.iVtjtj-,7'. ~f al-ixtuzeq in materla's used in the semiconductor -manuf actur Irg Ar.4 liat the -ibtained results. &d - Card 2/10 20622 -3 /0'e, 60/005/CO5/011/021 '051-Y' ' A 'A029 Radioactivatior, ALaIlYSIS of Pume RaterLsl., arv! P-.eapei%tS Of ft-S DS-101opOrIt mixture deteoticn in 94_113D:~ w%_4 ca.-rLel out usirg a 50-channel saintil~j_ tion spectrometer. A 40 x 10 rum Nxj'Tl) -rystal qf-rvel ae the emissien de- tector and the j-*,%--"fFET4?-S) vap jeel. The detector was aur- rounded by a lead shiell. Thl~ impu'_-setA from "he Fhot,mul"O.PlUer reached the 50-channel amplitude analyze- thr:ugh the !Inea- amr1ifier and disiriminator. The analyzer ig based (-n tl- of ')f the pulses in time, combined -w'th .4.-t sr. 27,1.1.naxy el.rsctr,~Statlia Cathode- 'he me=, :y ie~ ray tube. Recording of the ~!IgmnaI3 n thr-L analyzer renders it possil.le to obtain the spei~tru.-. ~_-%ge :n a Iinear s-_,ais with an unlimited Cb I capacity. The ~,f t~e mqasured by CaWlja 9%. Th;.:stlmatsd Zr. was 1*iC`%. arsento 1.2-10-1%, copper and galli= 2- 0- %. Fig. I shove the gamma- -3pe,- 4 ri.Lm of the a-,tivatod silic~,-n sample. Further work was on sane gamma-epe~,4.:ome-ver wIthout. cLiaizal proceasing of the stm;:e tt~',rg analyzed for deterxining aimixturee of Mr., Zn, Cul As and Sb '~n kmple3 -f metal. A 11eighed batch (about 0-5 9) of the qamplf~ an! ~n ~he lf~~zz cf minz.--quantitittl of Card 3/10 20622 S106 60/'005/OC5/011/021 Ab "z I Y, 0 2 9 Radioacctivat:.-r Mj,~e-iaj;~ an! P:-),3jf--,tA c:f Tt..Q Devel3pznent salts of the elemtnt,3 ~ei:g Jeterm~ned were pla-!ed i '-tr2 quartzite Sont&-inera previously proopised h-t &;%,& &nd the,. r-'r-ted with water, al,:tchol and other. The wer,~ vraF~ed 1% fo"; 1;'-a-.,ed into num cases ani izraliat,~l ~-r. -. ne,itrcn fjl~X atcj. 10 ne-atr. pez em - see for 24-28 hf~urs. Aft;~r t imparil-'es, Iri=srlly Na, the standards and sarp:,ef, were meas-,red ir. the garma-spectrometer. In analizing thall'um on t~~e gamza-speritzromet*r a difficalty arisess although T120 formed in the is a 3-emitter witb a transition to the =ain level, about 'Dt '~f it-4 Y-:!apt,ires, Thus a ~hara,,teristic I _j;r r ~ f al"L`At 7; K- ;~-~ru--3, X-ray emission with an Pre:,g- which renders the analysis diffioult for 9m311 quant-Ltie~ c-f aimlxturzes~ Fig.2 shows the spectra cf two invesilgated 5impls-, _f thalliux. 'The Jeoay ~-urve .-If the photopeak of As+S11- sh,:~ved that 1~t is mainly d,ie to A976 (T 1/2 - 26 Yours). Table 1 shows the re3ult ~f ths dt'ermin&tion ~f lin, Cu, zn, Sb and As ad- mixtures in the sa=p1ii. The iuantit-atIve analysia-of the admix- tures was carried out by ;,.~mzarirg the areas or the ;hotopeak heights cf the Card 4/10 20622 S/063/60/005/005/011/021 A051/AO29 Radioactivation Analysis of Pure Materials and Prospects of "to Development sample being analyzed and the standards relative to one moment of time. Correation for the geometry was not introducedl since the samples and stand- were measured under similar conditions. The admixture content (in %) W-"b estimated after calculating the absolute mass of the admixture. Table 2 givee the results of the analysis of several samples of graphite, also carried out on the gam-spectromettr without chemical separation. In dis- oussing the future prospects of developing the radioactivation method of analysis the authors point out some of the difficulties In applying it. The main difficulty is given as being the fact that most substances when activat- ed with neutrons become gamma-emitters themselves. Pirmanium. is given as an example. Another difficulty lies in the processing qf the gamma-spectrum obtained in the spectrometer due to the occurring compton electrons which give a continuous distribution of the pulses on the spectrum. A third diffi~ culty is the detection of admixtures with a small yieldl giving photopeake which are weak in their intensity. The authors further state that one of the main problems which lie ahead in this connection is the development of Card 5/10 20622 3/063/60/005/005/011/021 A051/AO29 Radioactivation Analysis of Pure Materials and,P.-ospecto of -its Development now effective methods of chemical purification of ultra-small quantities of admixtures from the basic component having gamma-aotivity. The chemical purification in this case must not take up too.much time, since the decay of the short-living activity lowers the sensitivity of the activation ana- lysis. By developing the described mothodal gamma-spootroscopy will become applicable for analyzing materials, which, vhen activated, become intensive gamma-emitters themselves. It is further recommended to decrease the comp- ton background by using more perfected spectroscopic apparatus. The authors have developed a one-channel double-crystal counting gamma-speotrometer with automatic recording of the spectra (Ref.23). It is based on the prinoiplc of the simultaneous recording of the gamaa-speotrum by two different crystals with subsequent counting of the obtained spectra in a corresponding differ- once scheme. A third aspect is the application of the double-crystal epee, trometer for significantly increasing the soneitivity of the method without lessening the offectiveneas and resolving power. The authors point out the necesaity of developing an activation metfiod for the analysis of short-lived Gard 6/10 20622 S/063/60/005/005/011/021 A051/AO29 ia-dioactivation Analysis of Pure Materials and Prospects of Its Development isotopes. "When investigating the admixtures of short-lived radioactivity, the activation analysis should be carried out near the reactor for this reason. The radio-chemical operations should be eliminated. Finally, the authors suggest that in order to detect certain elements by the activation method, it would be most feasible to use fast neutron fluxes. In the case of detecting Al an admixtures, f?r example the reaction on fast neutr= should be used: Al17IJIg rQNa24 and 4 n,p)Na24.' The reaction on neutrons (n, Mg ( in the resonance energy field might also prove useful in this connecticn. A 3i6nificant increase in the monochromatic neutron flux would then be neck czsary~ The ;ctivation analysis method should be developed toward a constant m1rilrum loss In its performance and toward increasing its productivity. Auto- mation of measurements is suggested, as well as of the result processing, yieldinS a complete analytical chart of the sample. This can be facilitated by introducing into industry the activation method of analysis of elements by the computing technique. There are 3 figures'. , 2 tables and 23 re- ferences: Q, Soviet, 14 !Inglish. Cz-~-d 7/10 2444 S/Ov/60/009/006/004/011 Investigation of the ... B102 B212 gadolinite with an age of 2-109 years. The samples had been furnished from the Mineralogicheskiy muzey AN SSSR (mineralogy Museum of the AS USSR). The uranium was separated radiochelmically from t~3 minerals, for an a-spectrometric analysis. The relative content of U - and V 3 was determined from the a-activity of these isotopes. An ionization chamber with screen (see Fig.2) had to be utilized since the uranium content was minute (0,25 - I mg). The chamber was filled with Ar + 0-5% CH4 ; the a-radiating preparation was located on the high-voltage electrode. The a-particles will hit the collector electrode with a time delay of tdelay" (d-Rcoaq)/w according to their direction of fli-ht; R denotes the range of the a-particles, w the electron drift rate, d the distance between high-voltage electrode and:screen, 9 the angle between the direction of flight of the a-particle and the normal. The method of time collimation applied for the purpose consists in that only those pulses are recorded, for which tdelay < t'; thus, the pulses from a-particles emitted at small angles were eliminated. The degree of collimation was characterized by f (f1w . t M,X-tl). The share i of the recorded pulses from a-particles is given by Q - 1-f/R - U/N 0 , where N0 Card 21R. 3 5/08,9 M6O oog/oo6/'004/011 B102~B212 Investigation Of the..: I . .1. . I f a line before and after the oollimationt and N denote the intensities 0 uredi q (at two lines respectively. The following has been m9as 1 2 TI-. 0 0) and QA, having the intensitieS '111 and N2 QOM Alm (4 there were throe lines for the ursniud 'sotoyes~ PradtiCallY, ANLA 'Vise , Q11A 4 Fin N The following holds im to&- One QOSO - Qts,Aiu Qjjj pin - G-, quo too Q3 Q,u (1 + P,13), 33 (' + Quo and analogouslY p 04 QOIU - Qt14Aj3j Qjv4 (t + PtsJ9 Card 810891601009100610041011 Investigation ol the... B.102/B212 P ana P &4 interrelated by 235 234 P"', PM 7 _W W07 IP11349 R _R R b 235 238 234 238 R235 (6) The ratio R234 /R 235 had been determined from M rang o-energy ourve,as 1.135, b - 0 - 39~_ 'Finally using As" (i + bPO4) i + b (Asi,4.- i)) the following expression 'is obtained forih6-eorfeetion coefficient A I 0 a 235 Q235 Q235 El + 0.39(A234- 1)3,, For a real degree of collimation A 1.20 the error will be 6A 0.1 6b + 0-5 6~2,.,4... b may be deter- -235 2357* mined accurately to 5%. The measurements referred-to a standard simple 0 0 and q - Q was determined. The ba6kifround was negligibly Stand/4235 sample Card 4/B.,,_