SCIENTIFIC ABSTRACT KLYUCHAHEV, S.S. - KLYUCHAREVA, O.A.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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m UMUMO e.g. -Issluts of the smalpis of atmopberic prosare variations sw the ground* budy "IP 26010611% $60. (MM -13S12) (Atmospbarlowessars) I "I ILYUCHUM 9 B.S. Diagram for determining veather-forming proossees. Trudy NIIAX no.3/#147-54 165. Movement of isotbarms &W isobars. lbid*05-61 (MIRA 18 U) EWT(1)/FCQ ad ACCEWICS Mi AT5M2397 UR/2667/6 5/09 AtFMORt 4c~ F TITISs On the problem of the movemat of Isotherm and isobars lei" SOMM Moscow* Nauohno-issledovatellskiy institut aeroklinatologii, Tru4o no* 34o1 1965. Aeroklizatologiya (Aeroolimatology)v 55-61 ,TOPIC TAG$t isobarl air miss# atmospheric- soyomentp atwepherto tomperatmi - - Atw8pberla pressure, MoteoroWic-o-bo-ervation* Retoorologyt wind volooit, ABSMACTs Forad" are derived fqr oaloulating the velocities of horisoutil move- I ment of isotherms and isobars, The work was an attempt to show how a change in the -~ field of meteorological eleumts can be related to the velocity of air masts uA tw nonadvootive changes in the slounts that characterize ykWsioal processes oco=iAg in the massome The following formu.1as were obtained for the Yelooities of isothem' and isobars# rospootivelyj =dor the assumption that the observed local vari&UOM in. those elements is the Ma of its aftootive and nonadvedtiro changest where 0 is the transport velooLty and card 1 -40 L 4571.66 A vhsro cm is the m"a wina vvlooltv MA vas calcalated for the tompratwe at a level of 850 ab for we= ana oola..advoo.' tion for Ootober4urawl wA April4uly 1962 &3A S for We, an adveotivs, uA p nonadveotiYe pressure changes for 3-hr intumda in -the Moswr region for October 1955-Jwmary 1956. The tabulated calmdations show that the velooitq of the Iso- therm can fluotuate greatly (in most casup A lies between 0 &M I and C~ lies between 0 and C) and that the vslocity of the isob" is 0.6 of the seen wUA vvlooilir for positive advection and 0,6 for negative &A"otione Orig. art. h", 3 tables MA 20 forsulas. --card. ENV, 4 sto0rM 0 H 000 06"1 at"s top go f X116b ad x (m tad~t wee CUM 00 00 ago see -too" "I". lei to 0 0 0 0 0 0 0 0 0 0 yjwtjnpx *saturates so 410 as bwwmiw law as I A W ad W "Pal *so o do d 0*0 so 6 00 moo so so* MOM 400 age boo 04PT too vow. *me** Z~ 074611 I-W M i i I i 0 Al I~ got 000 sea oew V- vl-64~- 9 40 -00 see off ago *so Ida of vim *eo AV wow "gie vW-#-W-6-f-W OT 0 !o Vol :,Dow* a a 0 4 --o 10 16'e -00 Jull g 7A~~~~* go IL A. CkqrmM#lm- off ge't Jim. all NO& by 000 OW, priaw 44 let C" 04 1 x "00 *eel ..so go a 1 *00 see 000 god too 004 00 oew see goo me* see voo 'A= goo "' ~18 ;LfA I" a t 4 2 a 0 M77757 IRS i l i - I ~ - - - 0', o ~ - kr- , " J I" to so, *8 ow- . lot 000 MIA= Mar Z 1706W WIMP M- 010% Ow Smoak am wpd. In a k7w dub" qdt* WWF. r"4w*MI" is goo "No OIFO(t)H)#. t w aw o wdw addW to .1 4b, e* U. How% sea goo g sew 0e, goo Soo off goo too I aAIWXAM goo WHO "Set" - ire* i a ij~k-j - It !rem& low* 3 0 a 9 a 0 606 MI0,44:6949 6 e r 0 Soo 0 ILTUORaNTO !�T~- XKOMAs V*T~,j rodaktarl IM'Xrl[Ao N.M., tokkallobeekly [Problem of obtaining a aWak-ftelstant finish from mel"W] r Toprosu 0 poluchenti protivousadodmogo appreta Is selasima. Moskyaq Gas# amebao-teMwe Is&-vo Kinlettretva prowWahl Sovaroy Alrokogo potrobloulls $Me M, 47 pe inu 719) (Tuttle fluishing) (Neladfis) .~,r~w 11 Mm., 1.1p 11-1w 1-1--w r MUCHARST, SoTs, WdIdat tokbuichookikh nauk, loureat Stallaskoy Shrinkago-prs,voutive filler* based on owlaulus, urva and dloyandlamidso Tokstoprom, 14 nool:41-45 J& 154. (mm 712) (fillen (In paper. paint, sta.)) 'Arm ~iavz -41vL WV., rK iO M-5 4n~,- Ir 04"A-Vgn Al 0 E 9MMM gsafvz~Twm DXMISIT, Zradvig losUcvlohj* LVATMO SAO, retsonsint; ntsemmmil GUMIL'YeA. rod.; MUM. Not*. tel6i~ cmaory ot dysiv ~m experiesm with its pr"tiosa sponoatiml learlia knaboulla I afft so p2WAlcheakogo prlummdiae~ lbikas aos; whmo-tsgu6 Is&-yo Ut-ry po U&Wol Promwohl.. 0.0. Wye (VAS am d"Ift) (Xzu 1117) M~ lb X 4," MIN m VOLODDIA L.A.; X13UCHAM WTMYEV,S.A.; UVOMKrY, B.M. P Speatrophotcmetria analyvis of the seloativity of direct dyes by staple fabrics, Isveypo ucheb. say.; tekbo taket. prou. mo.6tI24-129 163 (MRA 174) 1. Moskovskiy takstilinyy inatitut, shalkootdoloobnaya, fabriks, Imemi Ya.M. Overdlova. nynobarev, V. A. "Current methods for the coziputqtion of tooti-ed t;ears," Sbornik tradoy Itroit. ina-ta Hook. soveta. Issue 2. 1948, p. 193-212 so: u-36oo, 10 Julv 53, (Letopis 'Zhurnal Onykh State7o No. 6, 1949). Indutry-wido "stenow for the discusion of vark in the ft*3d -of to"Joping and improvin techut4pos and oquipmat for US proddetion of carbon black. SambA "s. 22 no.2:54 F 163o (KIRA 16s2) (Wbon black) Maim -11,~ ;110, 'p M4,11,14 �R 1. !PON V ON Dissertations "Conatruction, of the Spans of Woolen Highwater i~ridgce with a Traffic Over the Top.* 27/3/50 hilitary Red bwmar Snginsering Aeadeq Imeni V V. &;ybys;hev. 80 Vecheryaya Moskva Sum 71 "UMY, Mikoloy Takorlovioh# prof essoro doktor tokmiabookikh nauk; UYU WO V-A- 'vk&A&kt*r-, WAITIONOVA, U.N., tekbalchookiy XT or [stone and concrete bridges and culverts for satomobtle rood*3 "ousnoye t botommiye sooty t trWW as avtonobillayM dorWkbo 14oskvs, 11suaboo-tokU. Isd-vo aytolronspe lit-ry, 1957, 262 (Bridal. Gnome) (mutA IWIZI ,MUWO losif Abmwvishl IMUJAt V.S.t doU.9 kaW. tokhn. nukt rotsonsentl Uyucamrs. IFOA.6 datoot kand, tokba. asukt retano- 24mt# red* retommintl OAXMSM3, A.Z.,v rsL led-val ommm# O,D,t tem. red. Eateel. highv" brift" abr"dj SWIM* avtWwoxbWs sosty s& ruboahm. Nookno - - - o lod-wo N-waartmobilImp i shossalmyth dome RUM Me 150 pe (=A WO (DrJdpst Iran wA steel) u M. � GIBSHFANj leygenly Yevgentyevichp zatil. deatell nauki i tekWkl RSMj prof.# doktor takhno nauk; =UCILARFV.. V.A.9 prof,, .. ratoensentl HOSSIMIT, V.A.p prof.0 reG6~mtj - GOLUBKOVA9 Te.S.9 red. Design or wooden bridgeal Proektiroyanis dereviarmykh mostov, Moskyas Tran"rtt 1965. 327 p. (141.RA 180) 240L21(7) AUTHOROs TITLEs PMODICALs ABSMCTj card 1/3 Val I tar, A# L# Zolyubovskirt Io I," Xlywheroyp _Tf Aot Lutsik'i-Y# At On the.RX'01ted states of "~67 and as" (0 vosbimbdonnykh sostoyamysmIcs.6T 1 "68) IsTostlys, Akadeali nauk OSSR* Berlys, flsiohesk*ya~ 1959t Vol 23# Wr It PP 049-854 (USSR) In the present paperg the authors investigated the r-mys originating In the following "aotionis ZA66(pqr) "670 ZnO(pfuj) 0&6?#'&nd Zn67(p,j,) 0468. They Used for this purpose a scintillation je-speatrose0r, Also the doaar of.tbo ii0tope "67 was Investigatodl the protons were addelersted t.y means of the sloctrostatio generator of the M AS WrrM* In table I and In three diagrams (Flgs,lg 2 and 3)9 the measured energies of the lines observed are represented am compaved with the reiults byloth*r authom It was found that In the range of the. r-speotrux of 172-188 key of Zu 67 a shifting On the Excited States of G&67 and 0&6e Card 2/3 BOT/48-23-7-14/31- of the r-peake of the curves Is caused by the Irradiation with protons, This shifting In explained as follow$$ if the protons bare an energy < 1o96 Nov# they do not excite the Ilikov-state of the Isotope 67 g but a Prodiation with an I energy of 108 key to observed caused by the reaction ZU67(pojw) 0&68 9 am.one with 182 kov caused by the reaction Z1161(pal,r) e At- an Increase In the proton onergyp the 172 k.ev. r-radiation of 0&67 &rise@. Subsequently# the r-radiation in the range of 120-240 key -at a proton onera > 2.1 Nov Is attributed to the reaction Zn67(p9n)Q& ~670-The jo-opeotrum of this interaction Is complicated$" and by a oompaz4son with the reaction 059(9,n)109, which haa so in the range of the jr-opeatrum of 120-240 key$ the half-width of the 163 key-,r-line is computedg end It Is concludod that the Mitting of the poske nust not to observable& in Investigating the reaction Znle(.P,A)0&68, the excited state of 0& 66 with the on orgy of 67 On the ftaitod States of Ga G& 307/48--23-1414/~I 342 key hid %son detected before* The authors then make some deliberations on the levels of some resotional a table of relative Intensities of the r-quants. in put forward for the 67 67 decay a& 0 Zn I and a level $chose of the Isotopes 0667 and 0&68 to established, ?hero are 6 figures# 3 tabloop and 0 roforenoseq 2 of which are 8ovIet* ASSOCIATIONs fisiko-takhaichookly institul Akademii nauk USSR (Physico- technical Institute of the Academy of Scionoseq UkrSSR) Khartkovokly goes unlyereltot in, A# go Gortkogo (lbartkov State University Imoni As No Oor'kIW) card 3/5 VALITJa A,Lj ZA V.A. MIX',' V.A. [Into*, V.P.) -J, of to"AMSMOM ft tbe Co"(PontOR09o Mwo I", Mur. 6 wo)MS-332 *4* 161. (WA 1418) 2. Fisiko-toMmichosIdy Inatitut AN UM i M3arlkovskiT goradanWoun" =Lversitst 126 Gwlkogo. obivo-looto"s 5/056/63/044/004/002/044 3102/3106 AWHORSs Klyucharev, V. A., Valiter, A. K., Zalyubovskiy, I- I-# Ur gyromognetio ratio of the W nucleus In TITLEs Kate ement of the 182 the first excited *tat* PERIODIOATW-~'Zhurnal ek perlsentallnoy I tooroticheekoy fisiki, v. 44# no- 4t 196;# M6 - MO TEM The authors developed an apparatus suitable for measuring the gyro- magnetic ratio of excited nuclei according to the method of Coulomb ezoita- tion as well to to the method of tpoorrelation. Its Lain parts are a two. channel goniometor, an electronic recorder, and an al"tromagna t,lenerating fields of up to 35000,iauss. The r-detector consists of a R&I(T crystal with an 4DY-42 (FEU-4 photocultipliorl its pulses are fed to a feet-slow coincidence circuit. The gyrox*gnetic ratio of the first excited state (100 kev) of the even-even W102 nucleus was smasured by the A,t-correlation aothod. Neutron-irradisted natural metallic tantalum was used an a ga=me source. The gyromagnetic ratio was determined from the perturbiatton of the 1'r-correlation of the 229 100 key cascade caused by the magnetic Card 1/2 S/056/63/044/004/002/044 Messuroment of the gyromagnotio-ratio... B102/M6 field S55 kgauss). The shift of the correlation function W(G) was AG a 4 10, which corresponds to a gyrocignetio ratio g - 0.247,t 0.057. In the case of a liquid source, AQ was 503')' corresponding to g - 0.323 + 0.040, The mean value for both measurements is g - 0.205 10,042. The anisotropy factors of the unperturbed correlation functions were A. - 0*007 + 0*006 and A2 w 0*108 + 0.008 for a solid and liquid source, respectively& There art 2 figures. ASSOCIATIONt fisiko-tokhaichoskiy inatitut Ak&demii nauk UkrainAkQy SSR (Phyaiootachnioal Institute of tho Academy of Sciences Ukraih- okay* SSR)j Kharlkovskiy gosudaretvannyy universitet (Kbarokoy State University) SUBMITTEDi August 5ij 1962 -....Card ..2/2 -AFAKAS 'YEVp--3 o--D* "PRIP4, XUVCUMS Y.A.1 TALITER, I,X.j ZALTMWWj Z.Z.; AFAWIW,, T.D. lbamumment of the gyrompetic ratio for the V282 sue' us In the first suited state# Shur, oksp. i Uor. fie* " noopU36-llp Ap 163o lisiko.-takhnichaskiy institut AN MrSA i Miartkovakly gondarst"W" universitet. (Tagetba isotopes-Nepotic properties) (Q=ULu tb*017) VALITER, %*Xol ZALYLBOVEXLY lols (Zaliubml)qi, 1.1.1; A. V.0.1; AFAHASITZV, V.D. 5 1 i9vo 7* Heaswouent of U%a gyrompotic ratiot of in tLe szoited statA, Ukr, fts. zlh-tw, 8 no.90,3~-94y-, 3163. (MIRA .1718) 4 14IS-M AUT(la-UP(Al . - ACC Nt, AP6MOTS SCOU CW9t MV0046/43/029/012/2LW2140 AMOR: XIZUCba"V. V Iorg; PhZ21221 gill 1ngjjtjAt*_jf_.jkg Ag#AW_!kt SoIgglat VkrftR (Fialko-tokh nich*skiy inatitut Akaddiall asak (OW) Vro, CV00, I TITL14 Naclear information derived with the aid of the pmkjuer offeCA" per- turbod angular correlat ims (Tromeact Una of the Itift %h Annual Conference an Nuclear sMtrascopy _and XW10or Btructuro hold at KUmk 25 January to 2 rebruary SOURCIt AX MR, InveatlyaAarlya fletchaskays, v#29, &o#120 1966, 2130-2140 TOPIC TA09t Mosebouer eff*at# angular correlation, nuclear energy level, Nuclear magnotic 1 lat, quadrupole momeato AWTRACT4. This paper to a survey article concerned with the use, of the Nossbauor effect and perturbed angular eqrrolations to derive nuclear spectroscopic data# Parti- cular att#utlon Is given to measurement of magnetic dipole and ol*ctric quadrupole moments of short-lived nualear states. Both t*cbniques involve tvo successive trans- Itions with a common Intermediate state; In the Mossbauer effect the Initial and HUAI istates of the cascade prvKmso are also Identical, Information can be derived too- coming the influence of both 14tro- and oxtranutlear factors on the intermediate state. The angular correlation to sensitive to the time integral of the parturbotioni over the life of the tutirmadlato Ott 0 who to V*ssbsuor scatter carrio Nation concerning the To us a the poglurbstrota only at the instantInIf the t"iTtt;M* Lccw4 1/2 2/2 IMIUMV. V6A,I- Nuclear information obtairwd vith the aid of the Wasbauer effect and perturbed angular co"slations. Izv, AE =R. Ser, fiz. 29 no.12t2130-.2-140 D 165. (HM 1911) I* Flaiko-tekWeheskiy institut AN UkrSSR. AC - Nk' YURI 000V Onot TrMXj Applications of the VAsabsuer offset and partu:rW anguls oorrelatues In nuclear physics SOURICZ: AN VkrGW* Fisiko-tekbolobaskLy Inatitato DoklMy# no. Mp 1965. PrimeneniA effekta. Mossbauers, L vonusbabsWVkh uglowykh korrelystaly v yadernoy fiz1ka,, 1-22 TOPIC TACSt M8sobsor effect, nuclear cascade# magnatio dipole, electric quadrupole 4 ABSTMOTt Based on general concepts concernin6 a nuclear weeds, the author omWwa the possibilities of Mssbausr scattering and correlation experimentep ." veU " the character of information obtainable vith these methodso By mans of wtbamatleal, arguments,, based on the function vhloh describes the cascade process s Wei (1.1) 01 ~4 PL). .7be author eanclodus that a prieraUsed examinstion of the muclew c"cade process., vhich inabyA a the Wasbauer effect* makes it possible to MM a compar*tire evalu- ation of the limitations and Vossibintles of the Musbatur experiments wd to Ccwd 1/2 ACC Nks AT6002618 investigate the angular coxtelatims or nuclear radiation. 2b@ Investigation makes 11 possible to Jdentify the elaments in a nuclear cascade which might be subjected -to extm nuclear perturbation* In tba case of pertuzi)ed correlationsp an integmtion takes place from thk moment of formation of an intermediate state up to the moment Of Its deW. The autbor examined the basic aspects of the experiments vbLah utilized the Osabsuer effect and the angss correlations of radiation: a) Information 4=ft tained in the experimnts of both types; b) arve of appucation or both methods; ~) energy resolving capability, Among the" ant the transformation opomter Op vhIQ1 4epends on the We spani Va alectria and magnetic moments of excitation of nuclear states and extrawalsar fields* In a number of cases the Interference tarms H and 0 an essential4 Those terms make it possible to obtain the TiadruVOIA MOWMt Of mclear particles and phortons In atal or reactione-and during tbe CC-decay. A pom- parlson of t1w application of both vetbods In =11o' ar pbplcs aWn that the corre- UtIon wworlments we oomIderably advw Orls. arts b"S 25 equUmp NPress MA 5 Ubless M 0=1 28, am DMI 001 M Mi 0061, ON PWI'(*3 ITANOVt D.A.1 KUZUMV9 0.1.1 ZAKHAROTj A.N.,, lash.1 UJMMLVL-,V.Nl KITOVt F.V. Replies to SM*Ukusbbvls article *%at we expectfrom In& *a .Vest# sviazi 22 n0#1045-26 0 162. (XMA 151 U) 1. Sachallnik laningradskoy oblastnoy direktaii radiotrculyatsionnor SOU (for Ivenov). -2., 9tarshLy insh, voutrirayonnoy svymi Tomokay kookory "&i (for Kumsts"), 3. Machaltnik laboratorLi Oortkovskoy oblaitnoy direktoUradiotranslyatsionnoy seti (for Kly~cbsv). 4o Nachallnik Kharikovskoy dinktoU radiotranslystsionnoy sati (for litov). (Zlectric equipment industry (Radi o-Equipment and supplies 11(2)0 11(5)t 14(5) SOV/152-59-1-1/31 AUTVOl.# llyucharoy# To So TITM On Struotural Olassitioations of Potrolounand Gas Yields (0 otrukturnykh klassitikatsiyakh nottyanykh I gazovykh mostoroshdoniy) PERIODICAL: Isvestiya irysehikh uohobnykh savedeniyo Weft' I gas'l 19590. Nr 1, pp 3-8 058l) ABSTRACTj The &rtiole starts with a brief surv*y of the structural also- sifloations of petroleum and gas fields In the USSR* The alassifioations by Is Wo Gubkin (Raf 1) and (Rof 2)9 No Tua Us- peaskays. (Rof 3)# 2. 0o Brod and No A. Yoremenko (Rof 4) or* discussed, then th#author presents a classification based on the fisot thatAhs main groups of structural typos of plateau regions correspond to the analogous structural types of fold regions, The analogy of plateau and fold structures is dus to the similarity"of the gooteatonia processes going an in plateau and goosynoline regions, the only difference being the scope of the process** (let There or* I figure and Card 1/2 5 Boviot ref#ronoss. SOT/152-59-1-1/31 On Struatural Cl&ssifioatione of Petroleum and Gas ftelds ASSOCIATION: Uflaskly neftyanoy Institut (Ufa Petroleum Institute) SUBMITTEM Oatoter 160 1958 Card 2/2 I. LTj C il I 'E'l , V. 'inj*? the otl loas It, moniadfom% i.:~j.,-n-Al;-~i- on the weJl spaclAg. Geol.,neftl i gnza 8 no#7:34-36 1(4. 17112) 1. Ufliankly XLYUCRAIMV, V.S.1 SHSVUXU'- VIO Te.N.1 LAZAPXVP V*N, Study of carbonate rooks from pop4sical dats. Isy. vys. ucheb. sav.j neft' i gas 3 no.12:15-19 160. (MMU 14: 10) le UtiaWy neftyanoy inatitut, (Carbamatet Rooks - I wl- Osology -of Use terriganous Devonian formation of the B*2*boy- Akmakovo seation of Bashlr4rla. Isy.vys.uchob.saw.; geolA rasy,'i 5 no,,30243 162. 1594) 16 Utiukiy nanobno-l"Wovatollsidy institute MMUM,t V.S.0 LAZARSVO V.S. lbthod for isolatift Utho2ogic buWs in sedivants of the Upper Carboniferous terrigemms fomtion,, Isv, vys* uobeb. savol noft, I gas $ no.3tl9-U 162. MDtA 1618) rh~ M -P IMRAREL-YA.L SHWIMp U.N.1 LAZARSY.0 V.I. Geologic structme #M oil potential of Tourval oo4imnts In the Man vvw 2d, Isv* "so uchob. r neft, I, Ps 6DO0407, 163. UVIXIRA 26M L Uflukir neftyancy Institut, gooloo) -tit litlIx IM11W v mL pw _3'. P% WU*e&U' ~MHWIWASO *I#_ ftift am room Wurn-ulft "At "W" (1001; XosfAL Assh thee. 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"ma- two* AM NOW We= -0 r 0% roil" ", low low W is" jWWSd 90 A 1,~ "fig $1460 off* 4~446 a o o 0 9 Sill Till 1 60 0 moo woo I L f*A lie 00 0*8 No 0041. 1 . - - ~ -,~ 406 2"M) 8400 see, of 20, fA 40 a' Flit 0 ago a f w as *son 11c ins** 1O"taq tam It.4,441 lot WW-T CINrMffIWM%'L_& - 040 it febulm, ae6whil- --WANMWWMd' dwbpwmbb eftabb I 'Idbafte4tho 7041.--4L 0" Ir" d aw mas"ft ~Wswift modoft 46 domw VA too 000 IP 0* fool Palo oo- roe 41 (P *4- 0-9- 5 1 1 40 4#0 000444 1 t ld , # o o UMMON" M~v 4 -F m is, S-4 i "Ohl To "im I 1 01 GOP Ohmar tea a",.- ftook set-Se" amourwor oft 04 " 1b" W; bwj god "t so" Asa r4l I" fir owd To 11POW Ow F"W thr oft to p No WO&V boa &I d""d W to SA&S - IWW o* m 06 bow o too 3 f W floe sm, O s f" w"' o #w ON" d elm 9% sad too too too 00 r two 9 Sol wo-vii- 0 0, il io, k W-4 -4-ill It I-If I;JLLf aji A I 0 0 l f , i , *0 e- wq~ -00 o m ITE I OF log to Cie #a d d 00 twb- too NOW low" 0 *of 2 *sop *oil .40844 6 INSMUN" MUM GAIWOOM l ploor W qw 4" . . . . . . . . . . . . . . . I . . IKLYUCHAUT, T&4% XxMwion of slownts In the lining of rotary kiln clinkering souse, Mment 24 so.101-15 A-Ve 158. (NUA U14) (tl2jw 1, Itotary) xmxum - (NA, I*Yuo Phase chmical awlysis of the systea MgO - Cr203 - SiC~ 0 Zhur. prikl. Min. 36 no.511139-110 my 165. (KIM 18 ill) w - -- -- ----tLYUCHAXVR - -- -- - - - wafto 'M&W 'a ths 5576-54 All-'UAIOA hAtO St&M&rd'PXO&d rolUrs oqdnod with motan. strois 1. dor, moblaostr. 2 no, Ap '57. 4 1 (loners (Darthwork)-standams) (.61112016) got 00 : b Pee 0* m I n %= ro *Sa $pow- , l vkb 0 goo see um"m U~~ ALL 6-0.4 0 0 0 0 0 0 0 0 0-9 0 0 0-9 0 0 0 * 0 0-0-*-**O'q Al ON ~ KLTWWWA) 04 of I "Experimental Foundation of Bactariopbaa in Vivo of an Intraceretrral Model", BlologIcheskip Antiseptiki, 1950p Vp 50 Trans M-72 j 18 Jan 55 JITUCHARVAO 0*0* Uslt&r,r MA b&Ot*rl*UOMI GOStrOl - Of Ock"I Md xmnfr7 fwalft" AUA alotbing In Doh"ket MA OR coll"tive 'fam 6f Ddmkol Distilat, ols. I on. 80.7149 J2 10. (a" 7:8) 1. Is katedry mikroblol"ll lAmingroOfto wmlt&rs*-ClClywdch"kvp mdital~ lastititta, Dumol Illemov-smoolt mun) ILTUDIMUS. 0400 Ze"llar methoil for quantitative determination of sterile fooVe Tr%Aj 1=1 30s?3-78 156, (KIRA 10j8) L Kafedre m1kroblologil Janingradskogo sanitarno-g1glysulotaskogo maditelaskago institute (sev. kaf*dro7 - prof. X.N.Fisher) (RAOMOP""O microooccal, lamellar method of quantitatt" detern. of sterile foot (Rua)) (MICROGOOM PTOGBMI baeterlophags# Isseller method of quantitative deters* of sterile foci On@)) JCLYUCHAMAO 0 0.1 UX!p O.F. 4k Method for deterAtniM the rMloactive Phompborum isotope in bacterlophage retidiaod.on a slycerolp-collodion filter. Trudy LBW 46s263-269 159. (MIRL. 131n) is Wodra aikrobdL*Iogii Idningra&koo sanitarno-"janiabeakolp mautsinsImso Institute, (MT. kafedray - prof* X.M.Pisber) I Utedra fisiki (save kafedro or. aj.prilsiham). pH Owks- , (PUCS aw-M KLYUCHAREVAl_9.0. ?hap typino of staphylococal. Trudy MGM 66sl9-32 162. Experience in.isolation and use of staphylococcal bacteriophaps for phage typing,- lbid,03-a (MIRA 1*74) 1, Kafedra mikrobiologil laningradekogo manitarno-gigirnichaskoga seditsinakogo instituta (say., kafedrol - prof,, M.IN.Fisher)o W ism, ;,g IKLYtXffAREVA I hitvy I -i i 1 4-3) 1.11. [Illucharovat 1.1.1 A motheros diary$ experpt from a book. Dab. I slal, 35 uo*22s2O-21 D #59 (KIRA 13:3) (childraft-4bulps6st) (World War$ 1939-1945--ftildron) TEFRENDVAt L.A., saslushenn" master sportal ZAK, M.G.; RAKITIMA, R.I.t starshiy metodistj UBAROVSXIT$ X.K.; GOLIBERG, A.Ta.; XAZAKDV M.B.1 ZHAVOROKKOVO Ms. (larchfil I (Moskva);* BF1AYAj U.A., kwW.wd.nmjkj POFM,B.F., artist We continue the discussion of the power of Physical culture. Wm'* 6 no,246-W Ac 162,, (ERA l5t6j skovskogo vra 1. Zamestitel, guVh0go vraaha 2 Mo ebabno4iskull. turitogo dispanstra (for Ye 2. GlavW vrach Oblastnogo vracbetno-fiskuliturnogo dispansera, Rostov-na-Donu (for Zak). 3. Respublikanskly vriabobno.-fiskullUnVy dispenser, KLM (for Rakitina). 4. GlayW vimob RespubUkanskogo vrachetno-fiskul0turnogo, dispansera, Minsk (for Zabarovskiy). S. Zaveduyushchiy kabinetom leahabnoy fiskulitur7 RespublIkanskogo vrachobno-fitkullturnola, dispanserat Minsk (for Gollberg). GlayW rrach Corodskogo v hobno- fiskulltumogo dispensers, Sverdlovsk (for Kasakov). 6. Gosudarstyan- nyy AkadesdohookLy Nayy teat (for Popov). (PHYSICAL EDUCATION AD TRAINING) V,'4 PIM-N-N Aw 4.i KLnCRARVAP logo Mucia"s pro rtles of Mood se"m of hmnas,NA vmt* ratse Amd. Imak 8.8.8,2o 88# 321-4 933, 6a) (CA 47 ".14t?062 133) 2. Pasteur Joismid. had Woroblol, last.# IsaingnAt BYWHAUTAs, mom _~.Sfmw mm.w Diologloal properties of influenza virus D strains Isolated In Leningrad during the recent years. thur. mikrobiol. epid. I Isimun. no.12t16-22 D 055. (KMA 995) 1. ItImLogradekago Justl%uta, spid"iologtig m1kroblologli i SigIrew laud PAGUI& (dirJ.PS, IMOT) (DOUS" V 0 3, Leningrad strain) SUITM, A.,A* I IMIMMUt A,A* on the probUm of Influenza spidniouw In IOU106mdo J. HY6. Npidm, pram I n0,114"5 1"?, I* Pasteur Instituto of Npidentoloa and Microbiology lonlogrod, UM (WWM# opidolloload . In Sao W iq,oqA a V4 CUPTA MCMU S~o 17 Vol .1/4 Public H"Ith Apr 1274. I-ROBLEMS Or EMICA11OLOGY OIP THE 1ATUT INIPLUENZA Otff - IUMAKS IN LENINGRAD (1954-1955) (Russian text) - Sinitsky A. A.. rflOdIftAn C.A. And&Lmc~mr Z.MIKROBIOL. 1957. - 3 (3-6) Gra;Ms 2'rabl*a 2 L-011 Us Influenza outbroAlts in Leningrad were caused by sinvAllaneous Infection with influenza viruses of type A. At. 8 aftl C. 'as was isdicated by oerologic Investip- lions. Mrsatly one type of virus - A. A'. or a - was prevalent in am adult po Id tim. whereas In children the different types were mar* evenly distributed. During the Intempidemit jarlod Infections with Influenza viruses were prosood. but *my 3-4% of all cases dimptieW as InfluetAs were of inn Infisonzalaotiotogy. The anti- genic pattern of Mooms viruses isallated In Leningrad in this y*srs 1962-1965 was not uniform, W varied greatly. Makawer - Wroolaw 2- J(L U C Ll ej SINITUIT, A.A.: n1DW. B#A#; IMIUCHARVA RpMentolop of Influenza In Lenlegmad In tba last years (19,4-1955). Zhur. o1kroblol. spid. I I --m 28 no.2s34 1 157 (NM 10:4) 1. Is Zenivondskago hatituts spidentologil, n1krobiolocit I 8181yeny Imal Pastors, (INJUIM, splassiol. la Zimulograd) nMIUMKAo I-So lufluensa spidesio In Leningrad in Korche 1956, TOP.Ttrus 3 U0.31177 W-JO (MIRA U27) I* Laboratorlys grlvpa Ustituta epideciologil, m1krobiologil Iment Pastern# Leningrad* (WVAMIZA& opidmialoo spidento In Leningrad (Rua)) umwwlt AsUgm stmetArs of Influsau 2 vim strafts IsolOW In lmdrp- Orad in reowt 704"s Tm* Iftolmt.spid,l mikrobi*2. 17M..29 (XMA 26&2) I@ Is labaratorli grippe (wr* ILU IMAmm) "malingraftkago lx*Ututa qddaddeCU a1kroblologil 1, gig#vq lawl P"tm. Brolm) (XM=M UD AMIX 1 9) IA 0 sea see 00 10 task L it" IL low d *b�b ift"e-L #- a" d. C. A ISO* MOO jiI go",) 0 New too A,,wVI ok*W A CA R No# too$ %*k IAN, 1% irstimmlir ?ilgo C. do. air) law that Islip 44 see * 116 1 "a, set Id bF MANNA AM ANN Moil mm T~a= 6 w Sol f5 IN" gel Sol 6 ~16 *Goes IS ta 0 e - . A-0 So 0 0 0 &a O&T96 0 fit USSR/Human w-A Animal Morphology Lipold Matabolism R-3 Abe Jbur i Referat Zhur - Biologii) No 16, 1957) '(0479 Author I Kanashanokj Ps$,,) XlyuMrevaj MoMs Title Lipoid Content In the Calf Musclus in Rabbito After Stverance of theTibial Nerve. Orig Pub Siul. eksperis. biol. I mieditini, 1956, 42, 110 12, 36-39 Abstract 7be left UbIal. ne"e vue cut in Oult rabbits w)d after different intervals after the operationt, the qu. of protein, 11poids and P proteins ana lipcias use determined in the calf muscle. The destruction of motor innervation, loading to profound trophical chan- ges lu the denervated sceletal muscle vas accompanied by their increase in the quo of lipoids W correspon- dingly of P. V V1w Card 1/1 96 - 1710tidisaues. T#~*#~Vbfttj Cytological study of #024 iat#r-sp#clfic hybrids. Agroblologiia, Wo. 1, 1952. Institut Oenotiki Akodemij Uuk 1981. Ust of Russian Aao"alamp Ubrary of Congressp _-JImne 19 52 IML 'Ina Dissertations The Biology of the BlociLing. and Fertilization of the Peach.1 Cana Biol 801 Inst of Clenstiosp Acad Sci MR., Jan4%r (V*stnik Akadouil lack: Moseow, Aug M SOS SM 393 28 Fob 1955 " Wr', zRI'M I HAR XLMIWWAll Cytombriologloal.studies on the oacumnae of forms wIth materml herimilty In tate"peoltio orossing of gmessee Zzy. AN SM. lkr. blol. no.604-50 V-D 155. (NM 913) I* luslitut genettki AbAmll nank SM. (MAIN) (ZMIDVATICN. TMWAM) KLYUCRAMA,.X.Y Crtelegical analrole of soft wboat derived from hard wheat, Trudr Instogen."922sI37-VOO 135, (an 91 (Wheat) UTUCRUVA. N,T. 7orsation of rye s*ods wIthout pollinatim tilAr Instopuen0*22S 241-V49 155. (MA 9A) jql Rffirflrmi Man -.-. -~IULITWCIMAJUWTAl N,T. C 0, WA0102 Of the P'sVing point of vlator wboal during the winter, TrMy Inst6gon, ss*22sl4)-2S0 135, (MAGAO AUTHOR: 11CHARSTAt No PA - 2939 TITM '-G-the ways of OjjSjA&tiq& of Yorms endowed with maternal NexeditY In Or*#* between Vqo and Wheats (Yyyissnonlys, patsy VosalMovenlys form a materinakoy nasledstvon- nostlyu pri okra shchivudy&kh rshi a pahenitsey. Russian)* PZRIODICAlot Dokl&4y:Aka4onWX*uk-4Mp 1957s Vol 113, Nr 1, pp 297 - 2*9 Reasive'll 6 / 1957 7 / 1957 ABSTRAC?t of vitality and embryonal develop- seat without.fuslool-ofthe ooeyto with the sperm *all, The.aMbor achieved this'sopautiot 'Vjr means of castration of rhys flowers and by pollination wlth.~mzok species of plants whose pollinlo bag does not reach the-aimlea.-A am*11 number of *aado was d*v*lop*i yielding plants with entirely A diploid chromosome arr"gemout was foU44.4%great many cases of this kind was described &6 999grAUff 14 t44~64"LOt saterspealflo crosea,broodingp no research has 'been carried oxtq~boworer# on the embryological eopas* of this matie'r,and the questiqulof the origin of such forms Is still unano- Vowed* Observations sbowed that the pollinto bag begins togerminate, but moon comeso, to grew# after which it axqbdes and does not attain the budding stagoo1a spite of this fact the action of thepollen on the cicatrix is propagate& through the s."nary into the Interior, reaching thepollinto bag. By this prooses the** parts are coast- dorably onlargodo Only In a few *saso out of 600 experiments do these Card 1/3 modifications lead to a dovelopmentv whereas the *there died. ?be** Card 21) to the co-fidliis-i6i--thit In the come of normal fqrtili2ation two pro- PA - 29)9 On the Wale of ortstastlem of I*=* satowod with natma" x6rodIty In cress between MWO am wheat. **sees suet be diatingulabott On %he one baud# fortillutlono- a process IncludIng the generation of 4maltativo diftoroaass,~Jx the living totyj and on the other haadq the hereditary process reprow seated by the mixture of Imustanees of the foaal* ant asle, Ogg*- nisas with certain hereditary properties. The author succeeded In her experiment* in separating the$# two processes ty bringlag slout fortilloation of an egg-*all without allowing It to coalesce with the opera sill. The mult consisted In the generation of a plant of purely fealaine typo* (With two Illustrations)* ABSOCI ATI01a Institute for Oon*tioa at the Acadeag of Science of the V0598*10 (Inatitut S*notiki Akadeall lauk SSU) PRISM&D STUcadoaMan TsD. Lysenko Sumambi l5e6*1956 AVAILABLIj Library of Congress Card 3/3 WYLIC:41 H i. till AUTHOR# Xlyuoharova# M. 20-244/56 - TITLEs --------- The R61s, Played by Supplementary Pollen Tubes itt the Fructificat- ion of Wheat (Ho 11 dopolnitollnykh pylitnevykh trubak v-pplodat- vorenii pabonitay) PERIOIDICALi Doklady AN 883B# 1957s Vol- 116, Mr 2# pp. )19-322 (USSR) ABSTRACTs The author deals in the present paper on the whole with the que- stion of the penetration of the content of the pollen tube into the inner part of the embryo-sao and into the nuoellar tissue after the molting of the egg oell with the opera$ i. s. during the development tine of the zygote in the embryo. The sort "Uk- rainka" servedas material. Most authors say that after the men- tioned molting the penetration of the pollen tubes into the *a- bryosto oeasse. In reality the very contrary in the cases after the gamete molting the pollen tubes penetrate through the sexi- nal bud to the sabryo-eac in the greatest number. This was no- ticed alfeady in 1952 by the author in the peach whore the pol- len tubes were seen in the embryo-aaa *Yen on the 9th day. The, "me was noticed in the oase of rye. Sperms could be seen which lay immediately beside the endospermic nuclei. Furthermore the discharge of the pollen tube content into the nucellus tissue Card 1/3 which covers the embryo-sao was soon in the case of rye. Some The Role Played by Supplementary Pollen Tubes in -the Fructifica- 2C16244/50., tion of Wheat. authors even insist on the fact that the operas coalesce with the nuoollus cores. The pollen tubes apparently contain ferment substances which are able to dissolve the cell septa. Further- more the dissolution mods is described. Its inner tissue layers which are close to the embryo-sao begin to dissolve already be- fore 'the pollination. In then* cases the antipodes contribute towards this process. The rest of the cores covers always the embryo-sao and is called "degenerating cores" in the references. They can be similar to the operas if they have a certain degree of differentiation. The author is of the opinion that those pro- oesses can by no means be called a fructification of the somatic nuoellus cores. Howevert it can be referred to the nucellar poly- embryany. But in these cases the embryo is produced without a taking part of pollen at all. The r6le of the pollen tube content which discharges after the coalescence of the zygotes is re- stricted Vo its reception in'the nucellus tissue and subsequent assimilation during -the development of the zygote in which this content can becoso a part of the embryo body, the endosperm. A very important r6le of the supplementary sperms in their imme- diate penetration into the andospera tissue of the pro-eabryo Card 2/3 with 2#4j6j and 8 colls. In the further course they are assialls- *The B61o PlWed by Supplementary Pollen Tubes in the Fructification ft444,/50 of Wheat. pnoo of the gaaetes does not guaran- ted by it.Thum the coaleaq to* the fructifloationg but restores the diploid chromosones, foram the grain structure of the now organism and given a cortaln impetus for its Lndopondent development. for the diploidization one single spern would be sufflojout, but the content of all pol. lon tubes is necessary In order to secure the viability of the future organism* Nor* is a certain analogy to the vogotstlvo~hy- bridation where graft builds its body of the plastic substances of the basieskooording -to the author it in wrong to divide the buo- tification prooess into two pavtot "Afructification of the egg call" and Fructification of the somatic aolls".Tho fructification foram & uniform biological process.Its duration is determined by the duration of the predisposition of the pollon.As long as the pol. Ion tubes penetrate into the nominal bud they truotify*There are 2 figures and 11 Slavic references. PRESENTEDo April 26, 19511 by T# D. Lysenko# Academician SUBMITTED: April 229 1951 AVAILLBLEs Library of Congress Card 3/3 XLTUCHAUUO N.V. wommommmom _M_ Inow hrtilitotim in wh"t [vith svmmry in 2aglishl. Zhurockbbtale is aoAM88-297 J14s 15?. WAA 1019) 1e loatttut genotlu Akmdmtl nouk SSU (WiNAT) (FMU*IUTICX CW PIAWO) gn- g 17(4) OTHOR: Xlpoharsvxt It* BOT/2o-123-6-46/5* TITLX: Recent Data Concerning Y*rtillsatioa in Sordeum Vulgar* (Savoy* v oplodotyarenii yaohmonya) PIMIODICAL: Doklady Akadoaii nank S$SRq 1958, Vol 123, Hr 6, Pp 1128 - 1130 (USSR) ABSTRACT: It has-hitherto not been observed that in Hor4oun vulearis the contents of the pollen tubes got into the ombryo *&a after *.double fertilization was performed (Refs 7P 9-13), Sam* researchers even &*sort that not mor9Ahan on# single pair at sperastasaids 6" reach the embryo a&* (Rot 9). The author presents the following data (obtained an summer- barley Pallidum 11)# which refute those conceptions. The gommulas wore studied at natural and artificial pollination. The latter way gay* no distinct results, All gommules were fixed withia, the first 6 hours every half hour and within .10 houro~overy I hours. in natural fertilization it could be proved that in spit* of the porformod doublo fertilization the contents of the pollen tubes are further discharged Into the Card 1/ 3 embryo sea, The author did not see any additional pollen tubes 00 Recent Data Concerning Fertilization in Hordeum Vulgar* SOV/2o-123-6-46/50 Card 2/3 at the moment of the fusion of the ovum with the spermatozoid. During the dissolution.of the spermatozoid in the nucleus of the ovAm these tubes could but rarely be seen. During the prophase and metaphase of the first division of %be zygote# .however# additional spernatosoideare always present. Accord- ding to their shape# siseq structure coloration and position it can be clearly established how long these eptrzatozolds were In the embryo sac.1he fusion of nors, than one sporeato- soid with the nucleus of the ovum could not be observed by the author$ but sho*suggeste this possibilityl as sometimes the nucleus exhibited 3 nuolooli. The penetration o! several qpermatozolds Into the plasm of the sygote.is a regular pheno- menon* The spermatozoide that penetrate latert after the fusion of the first spernatosold, do not form any nuolooli in contrast with the fornerg but are assimilated. The samj happens with the spsmtosoi4s lying outside of the zygote. They are assimi- lated together with the tissue surrounding the embryo sac and together with the plasa tubes and used for the germ formation. Furthermor*9 ;hg Israla'a of the tubes brings along some active spbstances of the ;erstnt type. They dissolve the cell wall* and the nuoellar tiscue. Thus the cell-tissuo Recent Data Concerning Fertilization In Hordeum Yulgare BOY/2o-123-6-46/50 ASSOCIATION: PRESENTO SUBUjTTED: Card 3/3 which ismot "siailabl* by the sAbrya is transferred Into an assixUableq non-oalluLar-substance (Refs 5j6). Quite recently it became evident that such pollen is required -for the re- produation of a strongg -viable progeny. Thus the fertilization process does not only Imply the fusion of the spermstosold with the ov= but also all other processes which are related with the germination of the pollen tubes on the stigma# in the anoeoium and in the goamule. Roseraohers in the USSR (Refs 1-4t 8) have described cases of plant formation* with characteristics of several pollinators - the so-called double paternity. This Is connected with the utilization of the contents of -th* additional pollen tubes. There are 5 figures and 13 reforenass# 8 of which are Soviet. Institut genettki 1kadeali n&uk SSS R ( Institute of Genetics *f the Academy of Scienceag USSR) July 110 1958p by T, D, Lysenko, Aaadamicl&n July ils 1958 17(4; SOY/2o-127-2-59/lo AV Xlyucharova, W. TITLEs Developmont of Chromosomes in a Zygote of Hordean Yal#Rre PhUldus 17 PERIODICALs Doklady Akaaenii nauk sssap 1959, Yol 127, .11r 2, pp 444 - 447 (USSR) ABSTRACTj After a short survey of publications (Hof 31 a Polish film by A. and L. Bayer) the authors found that neither the behaviour of the nucleoli after the melting of the ovum with the spars nor the process of-abronosome formation in the xygoto were further investigated (Hof* 2#5j6), She describes in the present paper the accumulation process of the desoxy-ribonualoic acia (DNA) and the chromosome development in the initial the iygots. The blossoms of the barley species mentioned,in the title were fixed during their natural pollination and fortili- nation. Sinot the dissolution prooess of the spars in the nucleus of the ovum of barley has several characteristic features the author deals with it in detail. She Illustrates individual stages of the mentioned process (Pigs 1-4) and drawn the follow- Card 1/2 Ing conclusions on the strength of the results obtaineds 1) The MOM ~s Development of Chromosomes In a Zygote of Hordeum SOV/2o-127-2-59/7o Vulgart Palli&= 17 paternal and maternal nucleoli in the 2ygots are the rudiments of now nuclei, 2) In these rudim#nts,(pronuclsus) thin fibers are formed which or* able to accumulate D11A. The fibers of the nuolooli become chromosomes according to the 4twolopaent of these fibers, 3) The chromosomes in the zygote of barley are not formation@. Further investigations are bound toprovs, that this now formation Is governed by certain rules In barley as well as in other plant species. Thor* are 4 figures and 7 rarer- onoos, 4 of which are Soviet. ASSOCIATIONt Institut genetiki Akademil nsuk NOR (Institute of Genetics of the Academy of Scienoses USSR) 'PRESENTEDs January 26p 1959# by T., D. Lysenkop Ac&4Aemiclan SUBMITTEDo January 27P 1959 Card 2/2 -Z' -gg N 11'r- AocumulAtion of desoarlbonnolela &did md'Itathange diwing farti- liSation In the egg osUe of barleyj wheat i mA rye# V*kU AN IW 134 no.311248-451 0 160, (MIRA 13 i 10) le .14sutus 0401ki Akedull sauk Oft, bedetayleso Wadodkom (Yertillsation.of plants) (Desoxyribouma6lo acid) move Aaamulation wA obanp of domayriboMlsic "Id tilisa- ~~Ilr . tion w4 ohrmosaw,,devvlapant in the barlty agate -pns no*28119 061, (NDA OW) (DzsmmaDmrg=C,ACID) (rMUMTION Of PLARM) :03WIt NR njwnWAs XsV ftrUalpatlon of mW Uen tubes In fortiUsatione Trody bot. po. nos29#23&2c 462. (KUA 160) (FortiUntion of pUnU) Embryologia attuWas or I~turo wh"t moods. Trudy List. #on* no* 301283-290 163a (KIPA 1711) XLYUCHAMAt N.V. Role o 'uoleoll in the formation of ohromostmes In the zygote of barley. Trudy Inst. gen, no~31022-230 164s (MIPA 17s9) J=CHAWAt Me V* 41coubtfoloocal data expUinjR tbo Inberitanos of the chmote" of several pollinizers, Ag"biologiia rAo*A..*35o-556 Jl-Ag 164, (KM 27t22) 1. rutitut genstiki Akidwdi nauk &MR. c. Moskva. WNII M TO TOWACHZVt T.Nol LOMAKD,, LA,J XUMCHARtVAP. X*As Complex-forming Processes an oarboxyl-costaining cation exabangerso Ukr. khIm. shur. 31 no*l*s)21-328 ' 165. (MM i8$ 5) 11 faw1kovokly losudaretvsnW universitst imni Gorlkogo, M LEN ICII 7. A. and J.L'!VCVX0,"A, IN. V. "-n-e activitr of i;n~-.Icldin C on I-ha microbe factor in p.-I-oderm", (in Index.. si~cond nutFlor: 1. 7P r -i dy, :-.^,d. in-ta, 101. 11, 194ei P. 47-53. 30: 19 August 5), (Litopis 'Miurnal IrVkh j',. 19.149/. K YUCKMA L KLYUMWMVAl. 0. A. 'Nutrition and Nutritional Relationships of Ben- thos-lating Fish of the Rybinsk Reservoir." Sub 8 Feb 52# Moscow Order of Lenin State 0 imni X* Vo Lammosove (-Dissertation for the Degrestf Candidate in BiologicAl Sciences.) 1448 VecheEqM Moskva Janu"Y-Decamber 1952 IAN -z' A i ME- I WE Aram,I BCMKITO Benthmia injivewiiell (sooteathoe) of 6A Amw basta and *slr rolm In tu mtritles of tho Amr floUso Mat, k pom f&M i flory Sm 0160 20610 206,32ts-l" 0529 NVA 2214) lo Imbontoriya I*tlo2MIl I Soologlabooldy ~sr Nowcovsk"O -A .Pwwantvwmp =Ivorsltoue -(AmLi Thne7wo7ftsh-vater favm) .1ame of The ""Is flies of the Am basis and their role In W m1trition of flabeso We k pon# fmy I flory UM Otdo soolo noJ2061480 152# (Ulu 1114) (Awar Vidler-OWIs flies) (Timbea-Food) 11, ~'Mm RIPIR 4, MY U, R AIRR " Im SEEM XLYUMAUTAt 044- Istraspoolfie relations of - fishes CIS41 oh sumow In Insert] ZssL sba*35 3W&21273-209 7 ~156. (an 917) lalaboraterip lkhtlelogil bIsl*S#-p#chv*u#g& fabilltots Nookovskep uAlveraltots, (nabs*)