SCIENTIFIC ABSTRACT VOROBYEV, A.I. - VOROBYEV, A.T.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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_,7 ....p iv 01. '~~!ACCESSION NR: AP5019038 UR/0286/65/000/012/0069/0069 69.057.528 /0 t3 K. AUTHOR: VLOrmoblx IvaqQMAkjy,_G,_V. Kcriarov, Tsikhona, V..A p Sandomirskiy, G. B.; Rubinshtevn. G. V 20 .,TITIX: A device.for preparing concrete,forms. Class 37, No. 1720 1SOURCE. Byulleten' izobreteniy i tovarnykh znakov, no. 12, 1965, 69 TOPIC TAGS: concrete structure, concrete, structural concrete, construction method; ABSTRACT: This Author's Certificate introduces a device for preparing concrete if orms. The device is used when the blocks which make up a otructure are being join-: into a monolithic unit. The apparatus includes a panel which covers the joint, band a clamping atta,~hment. Assembly and disa3rembl, y are simplified by making the clamping attachment in the form of a support and pneumatic tubes. The tubes are 'located between the support and the panel and am &awn together by rods. During Isetup, the free end!i of the xods are connected with support girders located on the ,other side of the joint. These support girders renutin In the structure after the ~blocks are joined into a single monolithic unit. REF SOV: 000 OTHER: 000 ; r. I I , .. ! i I ; .. i f [,~~d 2/3 L20995-66--~,p ACCESSION Wit AM19038 ENCLOSURE: 01 ---------------- ------ - -------- ---------- Fig. 1. 1--panel; 2--support; 3--pneumatic tube; 4--Ivd; 5--suppoz-t girder YUDOVICH, V.G.; HLEBORODOV, A.D.; SOLONEVICH, Yo,A,; VEYTS, V.L.-, PAIMPF.S.; BELYAYEV, A.U.; ALAD ITH, O.J.; OSII;CV, V.F.; NOROBIEV, A'.1,; PROKOF17Fvt Yu,V.; 3M.OvIlrEv, YU,A,; 02IRN-1-L; AlIDOINIS V.Yu.-; ZOI,IN, A.V,j YATT'v Yo.f-, _KBROSL"'i~1 , V.L.; TPbFIIIGV, Ye.N.; DRYAGIN, YerR.; KCROIEV, V.F.; YERIMOV, N.B.; KRAVCIIENKO, A.S.; RY"JUN, V.A.: GURCWENKC, A.P.; KRUGLIKOV, T.P.; CHETWfAKOV, F.A.-, ARKHM)V, Aiithor3t certificates nnd patfants. Mashitiostroonie 303 JEL-F 165. (Milith 1,3-.4) VOROBIYEV, A.I. Problems of the clonic theovy of leukemia. Probl. gemat. i perel, krovi. no,2sl4-22 165, (MIRA 18: 3 It I* 3-ya kafedra terapii (zav. - deyetvitallnyy chlen AMN SSSR prof, I.A.Kassirskiy) TSentrallnogo instituta usovershenstvovaniy-a vracbey, Moakva. I VOROBIYEV , A.1" inzil. 0 . Eddy currents In the high-speed detecting of rail defeits. Vest. TS1111 M 24 no.34(~-4-1 165. (M-TFA 18:8) 1. Novosibirskiy inatitut, Inzhenerov zheleznadorozhnogo transporta. --MYRPAOB~YEV. A~.I. KaSIRSKIYO I. A,; Le problelme de la. remission dans la leucose aigue." Report pr6sented'at the joint.meeting of the European Society of Hematology and the Internatioaal Society of Blood Transfusion, Lisboa, Portugal,26-31 Aug 63. I I VOROB'YBVj A.12h. - Incu7MtIng the egp of waterfowl at the SWov Hatchery. Ptitievodetvo 9 no.2:18-19 7 159., (XM 12:3) 192aveduywhchty teekhom inkubateli Shklovskor Inkubatorno- ptitseyodcheekoy stantsipy, Mogilevskoy oblasti. %loruaskoy SSR, (Shklov--Incubation) k v A t I AA N (C g 8 'JIG: 'CA Umetrk btermi"tift A fficbmi In t1foll ' 41 A IW W d i l h l . . s As A of. rv. ato ase OT , 4, I ' A ' VVMFTMA~Nta A Nt M thv "tortlW44 4101misil it .4 00 ir 29 7m) i414114. 1,Ydellidlathil N0,11141. SAIAlal ~W , ar"I b"find lbe r"Illue In all Ckv. ..w& At 10f, I"r I so Ni. !EV I0 Is 9 0 1 4 An w 1. Al 94 0 0 9 0 0 0 a 0 0 0 0 0 00 00 0 0 0 0 0 0 0 C f -9 11 A$ AS to AS It 00 0o 0 0 it 00 11 is 61 t a &I tilts& U it to in is it ft at I 0 0 0 0 * 0 0-0-0000 :0 - - - - - - - - - - - - - - AS lot it Ali to a I It b a bi a A vIs a 16 A? ill a a 2 Illy. _PAM%FP_J1tLj~t Al M it a id U w t -00 DIP thmicif COMPOSition of flikes In elvirl and the , h l f f 0 a CA off@ o t a f amallOn., '%. I., V4,1011 CV, If-Inik tortheRepor i 14h, 19M 41111 1 Acm /Arr,'1131'. folm. " ' ' 1, 11 Ou the elvirta ~f diffrorlit V4.411111kow of nuthilat 4.11 hr f6kit-filtatalksi in VI-mfit$, Mallift II1TI% al \: h " kv 1.1trolialkin ixrutord ill 11W all V041110 04 th, rullnl metal whilir in tbr shmn nxAms jin mfimodul Ibis prewasirt of Cr mw Un In vtatrr vmwn. Ilia" its 1134' lest ad the sted. M, 0. N1.4"r .01111 its 0 00 wee ties '49 (Will'KAIM" woo *lids, Odd 41. - I igeo, wX11 ' V I W TA 1A I I I tie I a l It At 4 1 0 0 * 0 0 0 0 0 0 000 0 see"111' 004 0 a l 000 goo ^41 00 a 00 51,109"WIr-A pct a v Jdi". act imfet t 0A me ottkved by rumm of a bulb. 9.C. A. ift 4, 100.6 ' 00. 001 BMW 108403 *it d9fJ148"I L", acl 4#1941 do qpm Lot 8 ff a a a 41 aff ita 'm aff ita At A 1 8 Od 0 0 0 1 V ft 9 A 0 31 0 0 .9 g 0 0 O e 41 00000000 00 .00 A$00 GOO see deo 400 age goo logo 1 W r. V V-- , 6 a A ( f 71 A a L I f, t A A L 0 A W 4 w v 41""Illum for flectfrAyess with A thaltuly bib. 6 A. . 1 A . 11. C. 1 -00 or, , go go 0 0 lot 00 00 S* .00 00 of use Is ft 0M, i4 114 0 0 0 Wt of 0 as 0 0 9 0 0 0 0 00 0 00 0 00 0 0 0 0 * 0 Ole 0 4 a so 0 0 0 0 q 0 0 W IF V 0 0 a a a 0 a a a a a & a a a a a s 0 a a a 4 0 0 0 - 14 pli allb It I M IV v M1916 it uts Weil:* p I I I AA 10 It 0 a k , I ' 00 00 Dusiorderits In Olkv (northern L. viortali'm XasiWkii Xrdr 11. Nit. 23 IAqmv end A. -00 * ) l 1 1 l , 1- c4) 11.00. 41 W, A44N M.44. FeAl, Wi 61#1 tri l cv", atul 11.0 Q. 11-2.24%. A. A. Ilochilingic l go -t 144 1 I-O.k 41 16111164,11 CI SWOK 41tc- t I so u0 0 IV rl 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 00 0 0 00 0 so 0 4 0 0 of 0 0 0 0 0 0 0 Al 11 'M a 7ovff- 0 A se Z A *A :0 sea sew SO*' #4" o1 ihe AWudTwk#rAxU9vmW4&. A~, A-AW. Comept. ad. jui. 1:~ R.ss. 28, The = of coals Irms 7 %4,nj4.- was muslyled for And Vj%. A*h and S in-iv alu) dvid. and found to ranar frImn 9M to Z7.-,,7v for ash an.) 11.7?4 go 1.119% for S. All .4 Ow "h 04MOC4 %WWI-d %"44 Itot" 11.411 to 1.:N)% Imst mily 3 slupwrd NiO fr,mm IIAVI to I.M%- TIk-w rroullm lum lbal the I%Imwwk coals id middIr A*iA baw hisfirf Vand Ni runirnt than the Mmutkctals. Vmr6"t.Ih,-,o- tic* of thc prewjuv of the V and Ni art- ournl4ww-1. Oden R. Slippard !4TAkLWGCAL LITIMAIURI CLASUPKAtON CA U AV 00 I-P -0 Olli mitle 0 0 0 0 0 9 01* L 41MI OK "I all 4 0 0 41 0 -96 ~-Oq 6*0 =00 C 9 too 10*0 goo 2*0, else fro 0 Jf A Heutihydrate in the 4mert litposits 0( Middle AsU. 1. INjmov and A. I Z'Spiiii Istraml, ~ l ink ) 12176 " 00 rA . USW M , ho'ShIS . was first 4li-,co%rrrd at in IkIrIM114frill mineral fit the tall Atli tirlm"if% 4 CvnlrAl TI. high irmp. fit the ptewncr of highly ~-4.04hl' sult "4110. often lKings alx)ut a wrathrring 14 xyl). 9 MUM 10 S Whitt, IWWSI. IMAIMI, USUAlly 419-WOW61 ~. IE anhydri1r. frig which .1iffers distinctly in its 4nilic4l p",'- 1 4 T i F sturims ern u ws n etties. These de a we known in I he S 111im a ,jk. in the Ilaid4nul Cswg~, Vigur. Csjru MariguoAr-Cayu 4 Ntsthern and Um Fcrgni. pwu"j Inflic W ficki a( the Changgy1t4sis antIcItne (Southem Yetpra), Of twm1hydrate occurs in thin farm In the oil sands. The N2 am nmr L&O-IWA while anhydrite h3s -y " 11114; I AN, mrdiuns birefdogrnce, Analysis - SON 64A0. VvA IrAff; 1fjO- 0.78; IIvO* 4.72; CSO AM t3stero(IM tff like l h w i db .0 Of n, . It" w a The taincra t p 4trence W tbc rate of hydrackin be. but the" is a cm=f dil tw"n the powd. benzibydrate and the woe in comput C2~011 wAtich am only suKrfic' fly hydratc*1 and Vv_ for fUnif jilnr in the open sit. TIw OuMCMS 44ttVAH01311 Of Dnbrltfitt hS Ctntnd Ath IndicAte thAt iv t often the omfitions for the formliam of hrmihydrttg ' llcl MUbt IJAYC 4XISIC&I hl OUCIA SUll &PUG110. W. I 9 1 r it, it An L j -vC 1~ G it L-Y 1%~l AV 41 9 0 04 009 0 0 0 o o o 0 0 0 14 0 0 0 0 0 0 010 0 0 01000 0 0 o 0 0 0 0 Soo** 0 0 0 .00 Zoe 2 goo gas zoo I - ~ 'Y9, o 0,1r- 8 -,!) 8 I .- . .- - - . . .., - .1 .- -- - -1 - 71 . . . 'p-w- -, VOROB IYNVO AOPa_- , , Chronlan-bearing seAlmontary foruationa In Central Asia. Trudy Inat. geoLAN UzsBSR noo921f~-?,19 '33, (MIRA 12s1) (Sqvtet Central Asia--Chromium) VMOBIYBVI A,L, ,ON Distribution of minor elements in soils of cotton growing areas of Sarkhan-Darlya and Kashka-Darlya Provinces (geological promises). Trudy SAGU no.39:47-33 153. (HLRA 10:5) (Surkhan-Darlya Province-Trace elements) (Kashka-Darlya Province-Trace elements) vo I -- ---I Accassory ore minerals of igneous rocks. Trudr UGU no.39:55-56 153. (HLRA 10--3) (Rocks, Igneous) VOIQB IYEV. A, I., AND BADAL07, S. T. Data on gendJqdrate The Authors distinguish the following genetic types of deposits of hemihydrate: hamUWdrates of sedimentary origin (in marine and lake. brackish deposits); hem1hydrates formed in soil under desert conditions in gypsum~thonardltes, carbonate$ and halike saliniferous crustations; hem1hydrates formed during the dehydration of gyps= on the surface yields or under the action of sulfui-Ic acid in sulfur deposits-, hemiky- drates formed during hydration of sedimentary or hydrothermal. annydrite; hem1hydrates as intermediate variety in the transition of gypsum Into anhydrite at gr5at depts. Deciphering of the Debye-grams and thermo- grams of the beii1hydrates Indicate the presencein them of admbctures of gypsum and anhylrite. (RZhGool, No. 5s 1955) Tr. Srgdne-A7. un-tq. Goftnl# n-- bk. 5, 1954, 29-34. SO, Sum. Mb. 744, 8 Doc 55 ~. Supplementary Survey of Sov."Iet Scientific Abstracts (17) 'Co /9 - USSR/Commehemistry - Geochemistry. Hydrochemistry.. D Abst Journal: Referat Zhur - Xhimiya, No 1, 1957., 741 Author: Popov..*V# I.,, and Voroblyev, A. Lo wwv~--' Institutiont None Title: Concerning Some Mineralogical and Geochemical Peculiarities of Arid Continental Formations Original Periodicalt Zap. Uzbekist. otd. Vaes. mineralog. o-va, 1955, No 8, 231-239 Abr',ract: A survey vith a bibliography of 65 items. Card 1/1 15-1957 -10-14164 Translation from: Referativnyy zhurnal,, Geologiya, 1957, Nr 10, p 127 AUTHOR: Voroblyev, A. L. TITLE: The Value of Inve-i-tigating the Isotopic Composition of Minerals (Znacheniye issledovaniya izotopnogo sostava mineralov) PERIODICAL: Zap. Uzbekist. otd. Vass. mineralog. o-va, 1956, Wr 10, pp 69-72 ABSTRACT: The method, based on determining the isotopic composi- tion of minerals, furnishes objective criteria for defining the nature of many of the geological processes which occurred in the earth's crust in the most remote periods of its development. The determination of the content of Pb and He in ancient geological objects (min- erals and rocks) makes it possible to ascertain their absolute age; and the determinationgf the content of the radiogenic isotope of carbon, C-Lt, leads to age de- Card 1/2 terminations of younger geological formations and arche- 15-1967-10-14164 The Valuo of Investigating the Isotopic Compoeition of Minerals ological discoveries. The determination of the isotopic compo- sition of the non-radiogenic elements Of and H2 in water leads, above all, to clarification of the prob em of the origin of the water, the area of supply, etc. Study of the isotopic composi- tion of C in the carbonate rocks of the Precambrian may aid in solving the problem of the possiV e existence of life during Precambrian time. The isotope C-LA is more highly concentrated in chemically precipitated limestones than it is in linstises of organic origin. It has been found that the ratio C :C in Precambrian carbonate rocks is similar to that in organic lime- .stones. The origin of iron-ore skarns may be solved by study of the isotopic composition of oxygen in magnetite, inasmuch as magnetites which form by metasomatic replacementoig carbonate rocks contain a considerably higher quantity of than do iron ores of primary-sedirmntary origint in which the isotopic ratio of oxygen is approximately normal. Card 2/2 K. N. Ryabicheva BULANOVI, I.D.1 VCROB.IYEV, A.M. Zctractlon cf' prvt6l,,tJr!vm tzom h7dro--~lvrl-. Eclutiora b7 tributyl phlosrhntee PRdickhLmiJa 6 na.59621423 If4. (MIRA :1811) Extraction of pra--~:tlr:~um frem hydrochloric soluticna by math7l 1-gobutyl kotone. lbidat623-626 KYUYIN, Y-a..;*!.; 119-7 absorptf.-,.n ban'! Stu&y o" !.!,e -.z--ier high pruisurc. PoK. I-S a-'Wl l!.8 0 164. (MIRA 1'7: 12 Inct-itu% fi7lk'. vys,.Mkh ds.,vl.cr.-.,y AN ir6h. F'ralnfavleno akadem-Alkcr, AA. Tercininy-m. VORDBlYEVj A.M.; FOKICHEVA, V.I. ---, Analyt:Lcal determination of americium, plztonlump and uranium by meana of the A" anion exchanger. Radiokhimiia 7 no.6: 728-729 165. (MIRA 19:1) - - - - I - a IPI - 1-,L Lr' --T-, ( . I lit I 1 .. #-. -,.,,.,.f;- ,,:; - "'.. 1 , I ~ ,. , i W', .,, M 3 1. ~4 I A . ; - i4,A - " ~ ~. '. t ~V. :. M IT MINE VORRB I ~YRV.A-M- no.6:20-24 Irrigation by the use of long furrowwo GUre I mole 12 je 16o. (KIU 13:7) 1. Gromenskaya opytno-mellorativnaya stantsiya. (Checheno-Inguh A.$.S.R.-Irrigation) SMSOVq I.K.; VOROBIZV A M Q:=~~ (Methods used for the separation of neptuni= and plutonium] I voprovu a metodakh razdelenila naptuniia i plutoniia, Moskvap 19,550 6 P*' (KMk 14 t 6) (Nep+.V,xd=) (plutonium) . VOa0BIYEN A. X., and IIIII&TSOVj 1. K. "On 16--thods of -Separation of lieptunim from Plutonium," a paper presented at the Atoniz for Peace Conference, Geneva, 34ritzerlarid, 1955. KUC111Np datxent.. kand.i-itoricho mukp kal-Atan I-Co runga; GAVRILYUK, V.K., dotsent, kand.yedagcg. nauk, POdFo1kovrjk; BAHANOV, G.A., karltan 1-go ranga; IvrUDBIYEV, A,M,, gvardft kapit~-,n 3~-go rarga; CHERNAVSKIY1 V.A., pO-3F,-D1WU-v'n-jk Reviews and bibliography. Mor. abor. 48 no.1:87-93 Ja 165. (MIRA .18:4) L ACC 11R. . AP6014724~ SOURCE CODE: UR/03.86/65/007/006/0728/0729 31 HOR: Vorobtyev, A. M.; Fomichevs, V. 1. none ITLE: Analytical determination of americium, plutoniums and-uranium sing AMP anion exchange resin OURCE: Rediokbimiye, v. 7, no. 6, 1965v 728-729 C TAGS: americium, plutoniumo uranium, quantitativo enslyais, ion ange resin ABSTRACTt The method described for the separation of omariciump plutonium, and uranium using AMP ion exchange resin is based on the difference in the degree of sorption of ions of urnnium (VI), plutonium (IV) and (III), and americium (III) from hydrochloric acid of different oonoentrations. The column used vies a glass tube 6 cm long and 5 mm in diameter, with a drawn out end. In the dotorminations, a small amount Df sulfuric acid does not interfere with the separation, but nitric acid nust be-eliminated, since it can promote the reduction of plutonium to the trivelent state., To this and, the eolution'being analyzed was evaporated to dryness# 10 ml of concentrated HC1 was &dded to the L 35847-66 zlfr,A.I;ov GJO-, 'FOID81YEV AIN. nt tiine an murh mireral wool. Stroi. mt. tho samf equlpmr- 11 no.4-4--5 kp 165. M.RA llr6) 1, Gimyy Inzhener Vcron,3zhskogo 7,avrAa vilikatnogo kir ',7~s (for Zhilanov), 2. 1111tichsillnik kcnstniktorskogo byuro Voiorezh- skogo zavoda, silikatnogo kirpicha (for Vorobly"). AFANASOV, I.A.; VOROBIYEVO A.N. Effectiveness of tbe, Ucwso of metbane bacteria (vitamin B12 concentrate) in f6ading swine and hens. Vit. res. i M iop. no.6:nl-n8 - 163. (KRA 17: 1) 1. Checheno-Ingushakaya nauchno-issiedovatellskaya veterl- narnaya stantsiya, Groznyy. VOROBIYEV, A.H., kand.veter. nauk; NAYDENOVA, K.I., mladshiy nauchnyy sotrudnik Prophylexia of helminthiases and intoxication in ducks. Veterinarlia no. 12:4-t-48 D 163. (MIRA 17:2) 1. Chocheno-Ingushakaya nauchno-issledovatellskaya veterinarnaya stantsi- ya. ---- - ------- - L1~OJ8-66 EW(m)/1',TC(f) FF 2 AT""'r, ACC NR: AP600394.0 SOURCE CODE: UR/0097/66/000/002/0011/0013 AUTHOR: Lau" (Engineer); DubrovskiyL V. B. (Candidate of technical sciences Ibragftov, Sh. Sh. (Doctor of technical sciences); Ladygin, A. Ys.. (Engineer) rergamenshchik, B. K. (Engineer) ORG: none TITLE: Radiation.re.-iistance of the portland cement-based chronite concrete SOURCE* Beton i zhe'~ezabeton, no. 2, 1966, 11-13 TOPIC TAGS: concrete, construction material, nuclear reactor shield, irradiation resistance, radiation damage ABSTRACT- The effect of ndutron i radiation has been studied on samples of chro- mite concrete with pc~rtland cement-binder to supply data on radiation resistance of this material'.- Tle material was recognized as a potential substitute for ex- pensive and scarce mzterials, such as steel. graphite, boron graphite, e =, -.4hich are! presently used for ccnstruction of a heat-shicld7Gound nuclear reactors. 7-he briquetted samples were made from a mixture of chrornite portland cement, and phosphoric acid and uere irradiated with 2.37 x 1021/cm3 neutron flux in a BP-5 ..Card 1/2 UDC: 666.974.2:621.039.58 L .15938-66 ACC NR: AP6005940 reactor for a pdriorL of time at temperature fluctuating in the 200-550C range. The irradiated samplee maintained the original form and dimensions. Compressive strength of irradiated samples decreased to 60% of the strength of non-irradiated samples kept at room temperature and up to 392: of the strenpth of non-Irradiated samples but exposed to the same temperature fluctuations as irradiated samples. The effect of radiation accounted for a 26% decrease in compressive strength, which indicated that the use of this material in construction of the heat shield for nuclear reactors may be possible. Ortg. art. has: 2 figures and 2 tables. JJKJ SUB CODE: Il/ SUBFDATE: 'Card 2/2 none/ ORIG REF: 010/ ATD PRESS: ~tVoa 25360' B/089/61/oi,1/001/009/010 B102[B214 - AUTHORSt Ibragimov, Sh. Sh.v Voroblyevt A. N. :TITLEi Hardening of molybdenum on irradiation by neutrons PERIODICAL: Atomnaya eAe.4giya, v. 11. no. 65 66 TEXT s The effect of a fast neutron ireidiatibn a n the hardness of -are molybdenum, and the kinetics of annealing of the raAation defects z` investigated in this paper. The samples were irradihted from a 6P-2 (BR-2) ~reactor at a temperature of 40 - 700C. With increase of the irradiation dose the microhardnese of 99.92~-pure molybdenum increases exponent'itlly, the range studied being 1017_1020n/eml. - The kinetics of the hardening was 0.002 Cut. investigated for 99. Va-pure samples (with 0.003 Nit 0.004 Pot 0.001 Sio , and 0.01 in wt at 150-2200C 'In a channel of the &P-5' 2 R20 3 2 20 ."n/cm . The hardness ~was-. (BR'5) reactorl the integral dose being..1~2;10 ; mea ur ed by an apparatus at the type "Via e all. ith .6iamond pyramid at a w - load of 5 kg. The initial hardness was 197 kg/mm2l and after tbo xadiation, 2 it-bo'caime 268 kg/mm The irradiation samples were then exposed to beat Card- 1/3 0 011/001/009/00 P HaMening of molybdenum ... J3102 4 treatment at 805P 635p 865, and 8970C. The hardness was found-to decrease Wit~ increasing temperature and with increasing duration of the heat treatment. -The curves at 835,.6659-and 8970C show a horizontal partl ihich- tus indicatea the occu3avrwe df'*two processes with different-activation energies. il~.,j., The second process-to-not noticeable at 80500 even on'heating'for,6-5 hours. It can be assumed t '~at the increase of hardness on'irradiation is related with the formation of two types of latticeldefects. 'In this base ' ''the hardness of the irradiated satple may be expressed by Eq. (1 )i and the de~rease'in hardness as a function of the holding time 1C at a given , temperature by'Eq. (2).1 Hou=H$+ALCt+AjCj; (1) YX V71 Y. )+AjCj(t-r (2). V., H is the hardness 'beforethe irkadiationp C 0 and: C0 the concentrations of 1 . 0 . 2 the defects,of the*--Pirst and the second kind 'after the irradiation, A and .,A are the the average tii proportioxialiiy factors, and e ,(T)' and j'(T) so 2 2 , . in'which'the defect3-of, the first and the seoond kirid vanish when held -at -Card 2/3 25380 810891611011100110091010 Hardening of molytdonum- B102/B214 the temperature T. The values obtained for the activation energies of the annealing of the defects are compared in the table with the values for irono Defects Activation energy , ca Fe First kind 16t5OO 45,000 Second kind 28,700 76.ooo .Ratio, of the 0-58 0-59 activation energies From the similarity of the ratios it may be concluded thit the radiative hardening for Mo is due to defects of the two kinas just as in case of Fe. Since these defects do not affect the resistivity~of the metal, the Frenkell type of defect is not involved. There are:Tfigures, 1 table and 4 Soviet-bloc references. SUBMITTEDi October 29, 1960 Card 3/3 IBRAGIMOVI Sh.Sh.; VOROPIYEV) A.N. Hardening of molybdenum as a result of neutron irradiation. Atom energ. .11 no.1:65-66 J1 161. (MIRA'14:7) (Metals, Effect of radiation on) (Ifeutrons) VOROB1117) A. N. (Canlidate of Voterinary Sciences, City of Groznyi). "CauBes of barreness of cows on some farms of the Checheno-Ingush Autonomous SSR11 Veterinariya, VO-1. 39, no. 8. August 1962 PP- 53 ZMTOMITl Aeffat slektrwokhanik: XWMINj IsMs, starehly e1ektromskha,nik;-jQgT'U!j A,N&; OMCMITSKIT, N#Poo elaktromakhanik Afflolency experts suMents Avtome, telev, I svias' 4 no*1332-33 Ja 16o, (NIEL 13:4) 1. KromenchugekVa distantelya signAlizateii J svyaxi Yuzhnoy dorogi (for Zhertovskly). 2a Taroslavsk:aya distantsiya signalizateli I avyasi ~evernoy dorogi (for Konurin)* 39 Starshiv inshener Hookovsko-Okruzhnoy distantaii signalizatelt I evyasi Hookovskoy dorogi (for Voroblyev). 4. Xresuommerelols distantai" signalizateli i avyazi Nuetakoy dorogi (for Gorodatekly)o (Railroads-Electronic equipment) (Radio--Repair) VOROBI"V, A.M., shestikratrq7 champion mira, %aeluzhenrqy waster sporfa-. Regiman and vill. Zdorovle 5 no.11:24 X 139. (Physical education and training) (MMA 13:3) VOROBITW, Aoll., inshener. Amplifier for cable test sets using tranxistorso Aytom.elem. i sylas' no-7:29 Jl 137d (KM 10:8) 1.Distantsiya signalizataii i svyaze Moskevsko-Okrazhnaya doraga. Ollectric cables--Testing) TORQPjXV,-A..X. Radio oirmlUw in switcbing operations# ATtOm* eviarl -27 Je 160. 13!-78l)am*i ~--no.6s26 (KM I 1. Starghiy inzhener Moskovsko-Okruzbnoy distantail signslizatsii i evyazi Moskovskoy dorogi. (Railroads-Signalin,g) (R~Ilroade-Swltcbing) VOROBIYEV, A, H. Cand Vet Sci -- (diss) e vitprdn-Mir--=rbz Metent-011= VA and #~e milk productivitj dr cows during ~ac~- axat44c atorrj' (Treatment and Prophylaxis)." Novocherkassk, 1958. 15 pp (11in of Agr USSR. Novocherknask Zootech Vet Inst of First Younted Army), 130 copiots (KL, 52-58, 105) VOROBIYIV, A.R. ~74uip~plng diesel locomotives with ZhR-4 transmitter-receiver sets. Avtom., t-siem.i evistl 4 no.2:29-30 7 160. (MIRA 13:6) 1. Starshiy inzhener Mookovsko-Okrushnoy distanteii signalizatoii i i svyasi Xoskovskoy dorogi. (Railroads--Communication systems) VOBOBIYXV# A&Ns, inzh, %how ~~ etric power supply for locomotive radio stations, Aytom,, telemo I eviazi 2 no.10:36-37 0 158. (KrRA 11:10) I.Distanteiya signalizateft i avyasi Hookovsko-Okrazhnoy dorogi. (Railroads--Radio) Inshe Remote Ovitching of amplifiers. Avtom.. telem. I evias' 2 no.11: 32-33 Ji 158. (KMA 11:12) 1,I)istapteiya signalizataii i svyazi Moa*kovoko-Okruzhnoy doregi. (Remote control) (Amplifiers', Ilectron-tubs) VoRnInVI A. N. Motorboats Motorboats for raintenance workers of the inland waterway system, Rech. transp., 12, no. 1952. Honthly List of Russian Accessions, Library of Congress, October 19J. Unclassified. VOROBITEV, A,P, Constructing integral curves in the region of the origin of coordi- nates for a s7stem of differential equations on a plans. Dokl. AN BSSR 3 no.81325-330 Ag 159. (MIRA 12:11) 1. Predstavleno akademikom AN ESSR N.P. Teraginym. (Differeatial equAtIone) i m . I AMASHKIN, I.A., kapitan 1 range; BARABOLTA, F.D., polkovnik yuridichaskov sluzhby; VOLKOV, A.S., lnzh.-kapitan 1 ranga; vyCR kapitan 1 ranga; VASILOYEV, Z.V.. kapitan 1 range %a M'90' page.; M.P., kand.voyenno-morskikh nauk, kapitan 1 rsnga; GKNKU[, A.L dotsents kand.tekhn.nauk, inzhener-kontr-admiral; TEREH3NKO, B:1a., kapitan 1 range; ZYMUN, B.I., kand.istor.nnuk, mayor; KAZANKOV. A.A.. kupitan 1 range; KOZIN, K.K.. kapitan 1 range zapasa; KOLYADA, N.I., kapitan 1 ranga zapasa; KULINICH, D.D., inzh.-kapitan 1 range; LOBACH-ZHUCIUMO, H.B., dotsent, inzhoner-kapitan 2 range zapasa; KASIUROV, A.I., polkovaik zapasa; HYASISHCHMV, V.I., inzhener kontr- admiral; PETROV, L.G., kapitan 1 ranga v otstavke; PROKM?IYF.V, V.H., kapitan 1 ran& POZNAKHIFXO, A.S., kapitan I ranga zapasa; (Continued on next card) ANAISTWT , I.A.--(continued) Card 2. PTASCOVSKIT, G.M., polkovnilk; SINITSTY, H.I., polkovnik. Prininali uchastiye: ANURKY."R.T. V.7.. kapitan.1 ranga; IVAYOV, V.P., inzhaner- kupitun 2 rangn; CMEWOUSIKO, L.D.. 'Ins.honer-kapitan I rar4;n; 611I)LUTOV, Ye.P., inzhoner-kapitan 2 ranga. YADEYEV, Y.G., vitse- admiral sapass, Plavnyy red.; GMKGROSS, V.R., kapitan I ranga zaps- sa, red.; WTAROV,.N.U., kapitan 1 ranga v otstovkeo red.; SOKOLOVA, G.F., takhn.red. .[Karino dictionar7l Morskoi slovar'. Moskyn.,Voen.izd-vo H-vn obor. SSIM. Vol.2. 0 - IA. 1959. 1140 p. (HIRA 12:12) (Naval art and science--Dlctionaries) (Merchant marine--Dictionaries) S/250/6Z/006/005/001/007 1027/1227 -AUTHOR: Vorob'vev. A. P. TITLE- On the periods of solutions in the case of a center PERIODICAL. Akaden-dya nauk Belaruskay SSR. Doklady, v. 6, no. 5, 1962, 281-294 TEXT: In cast the origin (0,0) is a center of the system dx dy W Y + ali Xlyl, - . x + 2: blixy' (1) (a6j, bl) - constants), Lyapunov (Ref. 2: Siobr. soch. (collected work.&] vol. 2, Izd. AN SSSR, M - L, 1956, p. 120), using polar coordinates X 0, represented the period of the solutions in the neighborhood of the origin in the form 00 T(c) = 2n I + E Of (2) where p(00c) = c and h2, are polynomials of degrec V in aij, bt,. Hence a necessary and sufficient condition for constant period so!utions is h2l - 0 V - 1, 2,3 ... ).A detailed study is given here for the special case Card 1/2 On the pcriod.3 of solutioni... S/250/621006/005/001/W7 1027/1227 dx= _ y- bx 2 _ (2X + p)Xy _ dy2' dy. z + aX2 + (2b + a)xy + cy' (3) T9 I and the origin is a center. Six conditions on the coefficients are given, the disjunction of which is necessary and sufficient for constant period solutions. Moreover: a) In the finite part of the plane, either there are no sin- gularities or there is a second center, around which the pcriods are also constant. b) The integral curves forming center are curves of the second or 4th order. Another result contains a condition that the period T(c) is a monotonic function of c. ASSOCIATION: Institut matematiki i vychislitcl'noy tekhniki. AN BSSSR (Institute of Mathematics and calculated technics AS BSSR) PRESENTED: by 1. P. Yerugin, Academician SUBMITTED: September 29, 1961 Card 2/2 W6 F4 371 q -16 6 67a f/W1 ACC NR# AP7002010 0MCS COMO AUTHOR: Yoroblyev, As Pe OIRGs none TITLE.- Free point-mass motion including random perturbation of medium and nonspherical earth SOURM Leningrad, Universitet, Vestniks Beriya matematikip mekhaniki i astronomiip nos 49 19661 75-60 TOPIC TAOSt owtlr gravitationA field, particle mechanical ordinarY differential equation t'wttj~' Y-f~Z:Z. ABSTRACTs The free motion of a point-mass system in a noncentral. terrestrial gravitational field is'analyzed. Thefleld potential its given by U (r, 0) =-fM a co:0'0).-f- r + b!!'- (A Coss 0 + C034 0) + r5 7 It is assumed that a resistive force is acting on the partiolep proportional to the position and velocity of the particle,. Awthernorej small random perturbations are superimposed on the particle motion to take into account inhomogeneities in the A ACC NRs AP7002OiO -medium and in the gravitational field. The resulting equations of notion for the partiole are then simplified by assuming b