SCIENTIFIC ABSTRACT VORONIN, G.N. - VORONIN, L.G.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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USSR/Humn and Animml Morphology Digestive System. Q-3 Abs Jour Referat Zhur Biologii, iia, .16., 1957, 703*.- the mucus of the goblet cells is secreted.fato the duo.-A fulzen or crypts; 3) cells) the process oflisecretion vIiich occurs by smll drcps on the surfac6'lof th6 ducts, can be stained afterrjLr,_*d light orange:,iland with cosin-azure- light-violet.( they do not 4t~ln with riuci- carmine or hematoxylin Heidenhein). on iii~~'suria6o cf these droplets there are very tiny granuiAiwhidh~:Iltain vith Mallory- orange and Eosin-azure- pink. Th~r swn~~! droplets of 3-6rL dium. are fo=d in the'&Uaen ei)f thi~,~ pancreas duct arwng the zymo gen. granules: mud m#us. The stainmg, qualities of the droplet-substarice' .indi6abe its protein character. Small nuclei giving allinucoi~lxeac- tion described in humans 'were not found in rats,,-' By vered in t4a ep#Iielf= Tomor's method,lipase was disco of the large efferent ducts, (esterase)-i Pe latter is not cor=aly found in the mucoid and g6bl~n cells. The mucoid and protein secretions of the ppithdlic-;I Card 2/3 -64 p 8,6845 S 0?0 60/,135/M,5/'OI9/O43 Bol 6YBo5Z;' AUTHORs Voronin, G. N. TITLEs Incl .usion of 335 of Methioniie in the Exociine'!Part of the Sickness Pandreas During Radiation PERIODICALt Doklady:Akademii nauk SSSR, 19601--vol. 1.3 5NoJi 5, pp.A247 - 1249 TEXT: The author studied the excretory function of Ah r:ipanoreae in r 'a'ts suffering,from radiation sickness a-fter one totaLX-rayiexposure, He endeavored to explain tho discrepancies in Ipublicatio.n*1 tegatding- the effects of irradiation (Refs. 1-7). The author used th'WPYM~3 (13-19-3) device.; the total dose was 1000 r, and the do ne rate ~3 5'r/mAn. Laucopenia: 35 occurred after 5 days. One hour or five days after thd~:X-ray troetment's n Methioninelof 0.54 curie per g of weightwas injected~'~ toirrs.d!.ated rats and into control. animals which had- not been irradiat4& 0- 5v~, I P ',! p and 3 h after injection,, the panoreas was takbn out and fixedly and.~'thc control sections and trace autographs were colored (Fig. 1, 24 h o~ expasure~q Contrast autographs (Fig. 2) were not colored. The anthor ~aa already Card 1/5 35 3/020/66)i OVO:'9/0431 Inclusion of 3 of Methionine in the 5/d Exocrine Part of the Pancreas ]During Radiation Sickneeis published data on the dynamics of the absorption 6f 8, '!~Ket~i6rlime by! the 0 li5 pancreatic epithelium (Ref.9). Fig. 3 shows the intensity of S* Methionine absorption bythe whole pancreas and the baaal and apiqiti pqxto of acinous glandular cells in rats iexposed and not exposed to rad~6tio~.'Jfrvm the: histological preparations and the autographs the auth6i- con~ludef`, thatt one.single but total exposure to strong X-ray dose aff~cts4he fimetional, state of the pancreas in so far as it inhibits the exeTetor~ function. This inhibition is gradually reduced to the normal state. Like other researchers, the at~thor ascribed this phenomenon to the; dirs;ct a,3'tion of ionizing radiation on the mitochondria ofacinous glan~ularlcells (Refs. 3,4). There are 3 figures and 9 references I 5,S.Piviet!&n1 2 German. ASSOCIATION: Institut eksperimentall,noy meditsiny AkaOmii meditsinskikh nauk SSSR (Institute of Experimental Medi cine bf th-e Academy of Medical SoLences USSR) RRZSENTED: June 25, 1960, by N. N. Anichkovp Academician. SUBMITTEDt Xay 12, 1960 Card 2/5 S/026 Bol 6 B( AAkLJ I 70, IAL 0, 4 4 r1$, 31 MIL ZAN . I N' r 4'_~ Card 868 ~51 VI 3 5/d,o!i,/ 3 9/043 i2 i~ Al V'i'RP7' MY 1"PP- eta M it 11' 11 LIA: v 'i, ,r~q~, lug re ii M vot if 7 r Q , RR, Tr A LEA 4_4 J1.7 IN :TH ~i~ j'~J:o!P jjlg-ff -i;&~~ U I p. U Ll tilr. !qPqJ,I iT ,iV V A 1 Fill: I I Ili P! to lil; 1,1111111111 jH) I Will, 111911111 lillitililiflillifFlililitillio4I IM111111 1111 11 I'll i E Imm I . I ME Immoutualmm 4.. IT 11 it .1 J_Tl 1".1p 11 i T is ir"i 'i, ~ii z an q hinig'-;-~ i f "'Ift :Tj~~ 6v t; it j k4 3 ~j it 4 can inuotia-ii )v ''40' 1 At i 11-ter rpso~ ii4 ;, - 0~-~ AT b E-- i~r r the 7L1 A ~t overa a OP ie :jE t;j v n i d. ind'-:664 -1 ; 11 ~! d'. 5SG LJ Ait 0 ~- _C ODE- iF- - 1-H A'A ME 7PM W--: 1, till 1.17.1 g VORONIN, G.V.;,TOTT, Sch,; ".0'eC)UN, YeA. Amplitudef-phase frequency analysis of retina blopo ientIPAIS during sinusoidal light stimulation., Blofizika 9 !~,io. Is,. 91,-103 V64. WR' 1. Institut avtomatiki I talemokhaniki M WiSap It6awa i Biologo-pochvennyy fakul'tat Mcskvskogo gosudarstv6nnogo universiteta imeni Lomonosovac VORONINP G.V. (Hoskva) 132-& 1B IM) ACC NRt AT6006226 SOURCECODE: -7ooo-o7i~"Fo6-o7o--OT/O-,.'fg-~76-3-63--I*- UR AUTHOR: Yoronin G.!V ORG: none TME: Thq.retina. as an object of LA~ study souRcE: AN sssR. riistitut avt-amatiki I telemekhaniki. Tekhnich~skaya kiburnetika' (Technical cybernitico). We w, lzd-vo Nauka, 1995, 295-303 TOPrCTAG15: blonics, perception, electronic remulation, light Se ABSTRACT: The author studies the'partioulars of the structure of a'' retina' Ewd Its total blo- potcntial. The cellular structure Is studied. Frog eyes were used' as th ei samples In the dynimic analysis of the organization of the retina. The effects of light on tie varlousilayers of the retina are discussed and adiWam. Is presented. Dynamic analyalsof,dectroretino- grams is used for studying the dynamics of the retina. The electroretindgrarns are subdIrlded into time and frequency regions and the possible fundamental Bubsy~temiiofthe retina are. loca- ted. A physical analog of the electroretinogram was set up on the basis of the subsystem concept. The number and types of subsystems were determined on~ the bosts of the, apparent difference between the behavior of the retina and the analog. A dynamIc'M')dcil of the retina L_Lard .1/2 - L 3rl:L:,2-66 I II ACC Mi AT60015226 6 1 KUMTOV, I.;, VOROXIN' 1. Greve of machine operators take. ears of~ severi cro5)~, Tauka i, pared. op v llel!ldtoz 9 no.5.-9-11 Hv 159. 4Xdrektor Belgorodskoy oalfskokhozyayst venn o,~ opr6ojr litanteli (for Kurbato-O.-Wavedu7ushchiy otdolon ekaii6viki 'I ~Ortftnizattii Ikilgorodskoy sellskokhozyaystvaunay opytuoiatanteli for Voroniu), (Farm man"ement) j lid HUI 1411"f 1:170 a -a A 0 it fib -41 fit All; Ltriom 11mm"441110 00 VI, )dofdkj~ ~y4 71 4~i-Uj ~JJX;i~-,-Agejkj 61 Rumisin farqU, tot that the vroommulattsift of rifnwtor x4dulo, %it$ prodwu wkb mullwomottoof City 4 Pon"! oinly vrith purti mWaft"It" motain,"u-111, loom* *C 0 Oft notst and at kust r.60,,1 A40O.. Tk "C tvjmpqft:1%,";r 0 4" zoo 1W. (Lif M-01.-X. doalv with of MW ambow r facturins 16 it tmtbtxK propmW of fiabbed prWiwilm"i A 4ppIk-2tkm In ladvAt"es- Poe 000 00 00, 1p 09 pp 00* 9 4r 00 foldso .4 1 a%* Goi- t 0 tr it 0 dg K, ", I, 'K ( a jr T'Irt I-k "1171 W1, 0 go 0 IS 46 0 a fli 0 go, 0, 0,0 0 w4i (So 00 0 40 g 0 tfll 51 Ald i P. * SA a 0 4. fp 41 q 0 o1 S/08 ~60~~6/06/03/0 B006 1306318~3,~4 to Wo AUTHORS: M. __Loronin. I Dmitriyev,~ V. D, Ibra~ mov Sh "jt'h. -- --R-r-t-V asWen b f TITLE: The Mechanical Properties~and the,iMicr~qatrudtur4' of Sole Building Materials After Neutron Bombatd12nt PERIODICAL: Atomnaya energiya, 1960, Vol 8, No. 6o -,514 '.18 pp-~ TEXT: The authors examined the effects of the condit"onsipievailing V in the reactor of the Pervaya atomnaya elektrostant6~,,,a (Piist Atomic Power Plant) upon the mechanical properties andmthe:micro~tructurebf, technically pure molybdenuml'6nd steels of the following gradc S., IX,181or 0jilwiT-9,T-N, XZ04,411-CZ,(Kh2ONl4S2)';W4Xisklq:, PT (1Kh15N11M2SZT),11ZXj3 0LKh13)04-X-'156N0Z( 1 it and. X-10W50-r (Khiffu5ST).(Mirthermore, the authors tested eight ~dkeela~'whose chemical composition is given in Table 1. the mecl-anical prdp~rties' ol' .!Lustenite. steels wh3*11ch W12-re exposed to an integral neutron flUz of the ovder of 1()2()n/CM? and a temperature of 450 6500C are 11 s 6; 4in Table 2 (limiV C 'a' rd 1/3 The Mechanical Properties and the S /061/60/dOd/1)6/03/091 Microstructure of Some Building Materials B006/t063 .023ci4 After Neutron Bombardment of strength, relative elongation, microhardness) and~6ompat4ed with tile values before irradiation. The various steel grades 61i'oweCdifferent results. The microhardness of the grade IKh18NqTf for,jexatple, is increased by 65 kg/mm2. The increase in hardness,of t~e other grades .is I N fte, lower. The properties depend on the kind:of treatmentla rthe chilling' (from 11000C). The microhardness l~ .of the above-menti6ii9d steel, for example, is reduced by 52 kg/mm2:compare,d to the value, before the irradiation, if it is cold-worked after the chilling.~;Pig~i,l shows a: 325-fold magnification of the,microstructure of the atenIt,e~steel ow ng, the authors Kh2ONI4S2 before and after irradiation. In,the folly discuss the effect of the temperature prevailing duriptz t6~1j~rkdiation 4f, ir didt-' on upon the properties of the specimens. The influence. ra L usually increases with rising temperature. The microotructure of cold- worked steel irradiated at 5000C is shown in FiG. 2fs!n4 cOmbared to I P Fig. 1b. The dissolution of the austeniie structure;~,~'s di.~tinot:.ty marked'. Drawing of the steels (at different temperatures and~~for 4ifferent times) leads to a lesser decrease in plasticity due to irraciiatidn, From this Card 2/3 S101 The Mechanical Froperties and the B~Y'60/00$/06/03/021 Microstructure of Some Building Materials B006 E063. 823(4 After Neutron Bombardment the authors conclude that the.changes in~the properties of~,austenite steels between 5000C and 6500C brought about by irradiation with an integral flux O:t 0.9 - 3.4-1020neutrone/cm2 are chiefly related to non- equilibrium states of the material. T4e mechanical properties of ferrite and ferrite-martensite ste6lsllare not strongly affected by i neutron bombardment (Table 3).--Table 5 gives.data on~ihe c*an,'g'e in the properties of technically pure molybdenum due to irradiation. This Table shows an increase in the strength and hardness and a'O:onsiderabl.e decrease in relative elongation. All'the6e changes are, greatly dependent on the initial state of the material. Ye~. V. Chermashontse and A. Ya. Ladygin are finally thanked fortheir assistance in this work. 11. D, Abramovich is also mentioned. There are 2 figu Irea, 51 +d,bles; and 6 references, 4 of' which are Soviet. SUBMITTED: August 27, 1959 Card 3/3 HM minimal! 111gallp'll I III J111111111i 1qj; SIM PAHM -jA I it T~177 7 1 7 1-1 I~j 7~---7 V7-l 4 4 77 0:,00 i 7 - -ACCESSION-UR z --------------- ------ rem,., Aj -I -AUTHM-t-- in Ld all r 7 1 let:- TITLE -Inve s - ----------- nengi -14* ~S (MCE i Atamnayale yqt:V#' p no ol _j:: x9fai a TOPIC- -TAGS-.-. '.soent-fiiel element.01 Filmt~-kt:~ 1-,12' structure ~-mtcroha* dhessi tan4 acr ;M a-ed -ri.-:'-t h ILI a I Ill rv A ~6wa~.;;! le ay4. ato-nmaya 4- ektro:~tant4i~4~ 0t C! x o a I i1he fi i: fuel 4' ''-f 557;d mear, So int tiv i 3 ays irith urnupa~o W IIdy - a -filled' ith f ue ni ito! ,4, 1Av. -ii U Hind W le ura um-molybdek S jtffa)'~. DUrit.g oper&tjpft~ tj~ ~Cva i eiiiiim~ i~ $1,1 We re I%t file magne; 19W. *~' jrj~o t IN d(14, -a ex!~- temperatur was ed f th -ext rnal-- s~.rfacer~ Iid'-noc:~ exc4od-i j0- exam I nit ion-ot - t1ii nts 41 i441111dat#1 td7-~ 1 -eleme iii -411 Oj z investigation,* and; machanical tdfit:S-~' J -7 7 1 17 T71T-- 71- J 17 7 C(lid .:J FIRM 11 M. I I'd gig p go JpHqfflpp~'11" I MR I I% ii! IM '1111~R Rmr~~llil -T Fri d,I .0 3L AP3001176 th- ements _1~-to_ ebel -sp-Z und; i~_; thiri;1: wa 0 t appeared alon&. th6Jenkth of t6, cuda; Oe~M~dnt which occu'iredat.:the vaiddla ot un Of the tube material did n d rgo' t ej un as SJUJ~jt fU61 an4~ t eL~~j;trQt#jdjTj8 M jILU4j" steel:, Magne h. va I------ --operated -for -da:y j ement-s -whi,dh Pt Qrfl,,i~ ro !~Sslilg .,were found.in fuefelemeiits whkh~lovi I Aa d _f _~th 'tub and~micr i.~ I tho-PW b r ness a a -changesf-wera -most pronounced- for;,Qxterd V,aurfac~44~ it" b, - 9~ ~, - If url~_Up**- and -4zonsequently Z. Int(j#& rteut~dn . 109:i!j i,~'.material increased.' The results~t4rai had-: i-3 - 91 Lj: ype_reactors.~A -ASSOCIATION f, none~ N's IN - - - - -- - - - - ....... . ... 77 ! L.L-~- ET -4-1442"i .,I 6503~ 66 V ovt AC 'ZOI014 131 41730 JLUMOR: Ilbrvgi~16vi sh,:Bhd;, la`~:x TITM-. Effect 4:1 ne ron- at, iIk G"c,IW: Of AU-07 I J11. 5" ~10~J P~ SOURCE: AtoulneupvenergiYaI, I i TOPIC TAGS: Aron neut 'irramationi -.aick4l h.euttba I' steel neutron IxTadiatlomp jj rL~' ~raa; ir~ aA4 i- -dtatedm4roa-7pm, rty.-neut qh-,j'vradi4 d- rt irutran-irra,' :T7~Bteel* Li ne -PrOpq allqy-ateel property - 7 -- ----- lat op on: 4r,0 ABSTIRAM. The. effect,of neUtr,dnjrr.cd th- "p operties of .1 r nicke Tae t6muaratu ~errv~ge-200; %6u- 4ed amater aT, ifilm-e-11- i1j) 1 jpii---nnn~ -~t, 3 Lizi in di --------- subij ted- -_by~-hard~. tq~itrona 1 (iwrq~rwgell nq~j ~i ri (.!,',3) widiz 0 dc i-radi-ation cmd -4- Fl 4. 4:~~l L 442"-3 i -ACCESU011 m1.---'--A113003973.:1 i:~ ~i bms -had Z Wi: t, of the' lieutr A.~m, r at ~:~w Wes %-,Kqv; the aeutrans hail, 11 Them'. IrrauaticajjeA noeffeA 66 the~~:Sviiix Otte! radia~tioa of ArOA-at m6w44mddAno IVI 0. at - 1~, g1juil 2and,the y1ela St'ien'-i b a `ta*i'-~~52., areezes for lRbIEMB steel ~~Mr~ 0 75;~,O~ ko tit 66.0, kg/am ~--Elongation for ittn. &V~Pif4 ~1~rb T. I - - --- -- i a ~ ` de L The ebi~biEto- T~ w ix-rad! tion -dose ~~a~tt I K I p ------------- 2 to,1.1-x 10 neutron/cm. or ron Emil, p to~ 2.8.[x. 0 .it, -IM161t5B steel I-A further Inar 4 mec H strengthemning- defeets,egL ed b,,ia~rii~a 3!F ei J -,0- 4 rraj al=ealing -at 5GX,~ - The- effeet-of~ a; awtenitic atedl ead nickel. is sbm'm'lri A4` :seen: th-at:c ex ello steeU',have,~A~ h- !1'ects, t4ji 01w-alloy stee3s, Tha racUdtion ~d( 430-65oc. inittcUation-of MMVS*~ -an la 20, Is 10 Ix xvll he an integral:-dose of 8 x to 1.2:~ g~rcn cm, 11 .3 COM --~'-7777~ T F T WA N. to. I; ~~002 848 AUTFORS' IbragL~~v, Sh.:: Sh' Voronin-Ill I.T J. H ' I on: ardeair~;:l of iron, and inid-ke b," 7 77.57 1!i- 'c'- u. t' r' ir!' -~x at h dl~ ;,0 1-4 V F. -MO emOrit of:" t J -neu rc W-has '-ed. --been studj,' The-Te -and:-Ni~ m1s~:25:1 I axis, S~Ubdected to theP~+,-etchjng t -0: m6t tea and. osr~spu ,:afv- 1 0-1, .4 annealed in vaculim at~different emp&~attwes In ord6i, t t e__s sies ~!~iind_ to- obtziin*-t he V~I~io.tio n :Ln, airs 't ~fariedj roia,ll 11" 20 ;'A() to 2 8 1 ib a6titrdh ell -proportionately J~j~: the cubic root.i or:ih6: Int The" A-6 r'd' ik 'I~i um -'V~kry to reate~ :~deg GO thanit eso 6Z a*' a *rrid'aa .-06g )--on them mle-dhaifiid iesm., ne Pr P P 0 4- __7 j. %V LI; 06/081 ~0 .21 7 C on, MA. v 4, pl j, Cr 4n], is'~+ 1 ! s w g UT re P we' 1 1!4 1h a id,, cal J Ir :~Ai~t' d U va d( ------------ ~kdll 33 in Get; C a ~ST ~ I !r 411, 1 'U ~_T AP606794 'SOURCE Con: UR/0085 AVTHORt Ibiagimov, Sh. 51%, i Voronitl.h ORG: none TITLE: Effect of neutrons irradiati6fi`4 t w' high alloy.ferr tic steel ~SOURCE: Atownaya energiya, v4, 200 6o. :2, 1966i TOPIC TAGSs -.solid* carbon steell alloys s tee I steel irradiation, steel irradiatioi~ tir dint' 0 a damage ABSTRAM. Tha effect of neutron Arradintio"'n a, mechan cal properties of low-cairbon and: alloy: gated.~4. E1-853 steel (0.1_Z--O.,16%C, '16--i-17% Cr Nbj 0.9-1.2F Mo) vacuum annealed for i~hr "a t: (0 03% q vacuum annealed, at 700C.w6re-iirridia c 2) Netj jr' ~ Lj (1:5-102 -7,olo2l neutron/ 0-11 rad p t -240C increased conistd ~r'ably_ 1ten o 200 e the u a treng th, and * hardnes a# ~ and Aecr6'ss4d o1onja ti. 200-240C. thim.effect of irradLatioli,groduilly was observed, at temperatures over, 50M~. Tli:a .-a "C VDct~ 62:1~q19 '553s'669 3 i-.V~ Q r CL ibon e' fi~c!i:j radlation ~oc on the a iil'~ liar ~beet~,InVesti- .41-tom 5ii i I . 8.-2. 0% C oil xdw-cijbol%, steel wk tit J~ntegidl doses 'iia ; io:P1 LtilteMP6 t tire s tj-6ii th ;~ielld G 9 Acltc,mperii~ur~s over F ; - cro a41 elel ~ N4 lef fiect ct~ :P1 the iiiiadilation -.11 �n1v ------ --------- AcC NR: AP6007948 eable at do out's m Intela becomes notic, slog of Arab lalio 1*eu t6ilkt FA _1 9 ~~.; /, 1 n.t,e .1~~.tbuti6 C412a ~~i3of 2 i ~ t 020 d uration,:doses:(J-1 fi~4tjon/cts .4orig 1) the! endile strength incraaaad by 202 (19 kig trim ihil- jfO~Ljd~ jig tr" n;p,,tb by 50% (22 kS/Mm2)* &-ad the hardness byT,35tj .1 eloilg~ation decreased-by '70% (from 26 to :8%) H~t-aLlographiik'j in e tigatL evealed, no structural a, e91f Ott, of iiradli, tio "i'lle stlec changes under th t Of 'irradiation on low-carbon steel.; is I I,,--b able -,at --lower-,-Irrad Latiotc-dosia-6--a4d -i's M-Eurition otlcu~ 4~~ ~Jlooi 4: Iti-853 10 -Cirb' I (wiih: 41 s tee 1. Experiments with'three W Od'C rom 12,, ~Mi '4.18 n4k: elifect 8.249 12.5% Cr)-reveated that the 'presende 6, C " ., !~. R he sensitivLtv of atisel to Lrrxoiat4on.~,,~ T~*',.sjt i~i, to' Ji gr 6 a of th 4enh ftvttj~.~ The.jt!*Idva-~l 1L,'r1~ovdJ.snd MI:v%n the other hand radd~e he tion uced sitructu ral def ct e and 8han#4 1h a n.t iiiL~ prop~itie!s can be elitdihaited by 'annealing at: 23~--;-~50C*, - 1 e6r4l'~'Arrael atii0n t hLi;htempeis'tures (450-500C) has" no ~ p f f 6~.pt 611 411 c. a 1: Ime Ferritic alloy~-.behaves -An a~ neutron, wit r 1~i6 steel I dces 0 th'e only dif fereace lbain'j ~th,~t 4,teat ~11~ mll I,4ich -4uchl elemshts as -SiA, Mo, or. Hn,has' ii:lowe -Ia6uba'iL6~ a r 4; idF,~4;id a ~hAghar integral saturation dome. ~Orig Is t: C I lies. AWW) 11 SUBM 'DATE ZW~g6 I ~SUB COM 0. 1 021 ait']--604 ATD PRESS to i,_. r I'' 2 ...... 1XVANLOVA, 11.V., starshiy nauchrgy j3otr.;_,,Yp nauchW sotr.; ANTONCTVA,, G*P.j7tekhnik;,ANlxWjlxOj oal"'p tekbn.ik: FZSFMN.LKOV Mj LH.p!rlFidlhi7 N.S.., dots.; LE(?NT' zd- nauchMy sotr., otv. za vnxnk; BASn1mv CH 11 r84$ va; GRECHISHCIEVAy V.I., tekhn,,,red. [Altum of working drawings of the basic parti 6nd Un; Ito of the ZII,157 motortruckjAllbom raibochM chertl~~zhei 66movvykh detalei i uzlov avtorobilia ZIL-157, Monkva~;Oo'slehibmmiudat. Pt.2.[The chaosis oxcept the Zll,-157 anglno)ssapsi~ krova dvigatelia ZIL-157. 1962. 2WPG OtIRA 15110) 1. Rhimki. TSentralltWy nauchno-iseledovate200kiy institut ,mekhanizatsii i energetiki lesnoy pror7shlenn~sti. KWANDKII Ll. [Korshuskyyj 1.1 ]; VOAONJJf~__LS..; SVIUZVAP: I,& [SavrFlyeva,, K.Ye..); GIIATISEM G.I. W ~taEa-z&j G.Ijj~ 6CIURCVSI:I,, 11. [Shchura7skiy V.G.J; SOKOBAEV, S.D. [Shokobayero Sh D..:l Semlindustrial reos6rch oi% the plactromel$ing opf the rem high-oildom coppgr concimtrates. Analel matalurgLe lCnoo-i0l-O Jit4ir 162.: ITIAN t the eloctrothdr~al F~ 16 5 'J-fFRA 180) I j.; COLTNETY, Tj S, -.R F n ra o trv FOREST CULIUfRL:,,-. r959'~ 3 510 A M- T 0 U. R. y JJ .1191 OR Voronin, T-V.; Po~mt, %%i11. ENS T. W T TUE -Economll- Tm~iDrtancq! of Forest Eia I t st-n the Wor of the Ziouth-easzern Flailway, ORID11. RTB. ,.Izv. zh. 19585 Yo.2, IL-40 ABS'TP&O"I "ALRD: I 1 -.1- .1 - V-111F W-41F it 0 Avv -0-0-04 0 0 a 0 0 M * :-o __o 0-0-0 07-0-0 Go* 0 0 W It 0 a 0 0 1111, 0 0 (up. I74ii'l "I 037 1 1 1 4 1 A I It 11 If 14 is 4 U 4 It J1 It It X )f IS As 0 MIV 11 It U X a I* lp u mI it 11 6 4 L-1 Of f 0 4 kA k.f I-A.1-1-Ab 0 (Z.00 1*, N1 1 4 4- 0 6e A[ 411 00 .00 00 4 t 11111111111,14:116L *0 me orunin U # ~Awijmm. IN"OdI3. M. 5, No i'm 144, W4,12 L A d. 1.11to, x1 Id 110, 94: It am not cf?yqt 0111 list. ejakoilly Ill 1. k1pocif. pot, dlwt mwj co, A11 004 f)4rt&ib of the Iso 00 4 00 200 I Aso 00' see ree q r 00 00 q i Ito 0 C09 It- ASA.ILA &ITALLURGICAL LITIMPAILOV CLOWMATIOP r0 It It n 'n W 0; 0 9 1 mr; 14 1 A a1,a LO 600,69 o" op 00 10, 00 ou 12 *11 OW *It 0 e o 0 0" 00 01 0:19 0 0; oe!~ jr.'03k : 100 0 *so*,* e 9,0 000 0 00 0: 0 00 M - . 0 0 0 4111 VORONIN, Ivan Vasillyevich, prof.;_ ZDRAYKOVSKIY, Dionis lonifinich. --X( VM, Nikolay Andreyevich; IXBEDEV,, krsenJy~ SIMIOV, Izosim Alekoeyevich; ~ =IACHYXj U'i'prlyf Yaku.,71mvich; VJISILIYEVt P.V., doktor okon. nauk, retsenzd~t; kiMLSIKOV, S.A... retsenzent; MOTOVILOV, G.P.., red.; MTLAYLHIA', A.S., red. iz,d-va; POPOVA, V.V., tekhn. red. [Economics, organization and planning of hir~beri4, production in lumbering camps] Bkonomika, organizatsiia i~~Ianlrovarie leso- kliaziaistvennogo proizvodstva v leakhozakh:i; lespiloli&hazakh. 124.2. dop. i perer. [By) I.V.Voronin i dr4 i bloskyal Goslesbum- (W*W, 17:2) izdat, 1963. 299 p. - --------- YQRONIN. Ivan VaslV!Zyevjgh#* SUDACMVp Ye,'Ya,, red.; S~ 'LAYEVAp It. S. red.LA-va- SHIBKOVA, R.Ye., tekhu. re4 [Orgartization of combined forest worklni cii4,i4 and J~ojgtag camps in forests of the first and:,S'econd taiia komplekanykh, khozla:Latv. v lesakh pervoi i.l! vtoz,61. jriipp. Moskva., Goolesbumizdat, 1962. 81:p. 2v I-r OX t) ~ - y "- v i -w 112-1-1407 Translation from: Referativnyy Zhurnal, ElektrotekhnikAj 1957# Nr 1. p-'214 (USSR) AUTHOR; Voro, TITLE: Automation and Mechanization of Ble6trioiWelding Operations at the Vykea Plant of Cru~hjng and Grinding 9juipment (Avtomatizatsiya I makhanizatelyp. elektmo- svitmahnfth rabot na Vyksunskom zavode drobillnoraMoTi- rv)go oboradovanlya) PXRIODICAL: Sbornik: Avtomatizatislya.tekhnol. proteeisov v pmehinostr. Moscow, AN SSSRP.1955, ~0-264-266 1',M-WMWT Bibliographic entry Card 1/1 i7 !I--- iq) 4T F. IC., cy. ~:qharg fi; of itld-ucttv:d--. thr'dob:lhe: t e, A!toi~ 7116, i~ll po~m~. 'I Vere t -.~n.!'. doun s -s . li tem )4r4tkores or: thi VORONU.-I:zan-YAsll!yAv-irh-,VOSKMiESKIY. Dmitrly Ile!cneyevlob; JIOZLOV. Nikolay Andreyevich; LEBAW, Aieeniy Andreys4~ch; FAMPI"I"Hu, Boris Mikhaylovich; SMACHKOV, Yevgeniy Takoil4vichi' lrand.,ekon. nauk; CHULITMIY, Lev Dmitriyovich; ICARA IKOT,~i$.Ai~ ~repf)daTatell, retsenzent; MOTOVILOV, G.P., daktor oellokokhoitonault, bred,,; SKMOVA. L.I., red.izd-va; MS, Ye.A., xiedsizd-va; BAClWRIHk,. 2.J.4, tekhn.rod. Clorestry economics; organization and produeti6-n plinrAng:j likonomiks leanogo khoziatstva; orgenizataiis i planirovailie -proi"'Istva. Moskva, Goslesbumizdat. 1958. 292 p. (NIRA 12:3) 1. M=enovekly takhnikam losnogo khoxysystvalior lAraeikov). (Torests and foreai;;ry--moonomie'al~3pecti)~I f. VORMIIII, Ivan Vssillyev~~h dotsent; VASILOYEV, Proko y,Vaufl I yijv Leh, Sergey Petrovich, ~inzh.; ISON, DfnitAy Fetrovicb, inzh,; XOMMOVICH, Fedor Trori6dAuhq ~.otson't; MAXAROV, Grigoriy Yefimovich, inzh.; RADNfMITI VithUy 1:1.1ich, kond.isellskokhoz.nauk; SM. Yev geniv W17evich. k~and,itAhn. nauk-, SUDACHKOT. Yevgeni7 Y!3kovleviah, doktor mellsko'khaz,nauk; FXDCRI)V Mikhail Leonidovich, assistant,- WTSEO, Ana,toliy Davydovich, assistant; FUKS, Ye.A., red.izd-va# XUZI SOVI, A.I., tekhn.red, [Organizing ancl planning work at forestry entiar,'1prise.A Organi- zateiia i planirovanie proizvodstva na predpr U. tiiakh :Leenogo khoziaistva. )Iookva, Goslesbumi2dat, 1960. 3~8 P. (m'.ERL 14:2) (Forest management) I [II)IIIIIII 11111IRTAIIHIIIIIIIII IIIIHIIIIII 1111111 lit 11 N-11111-411 k Mi"111V APOSTOT., rah., VORONJNf-L~G.!-~ Modifications produced in the bicelm3ctric aetiv,16~ Cf th~ v1 bbit cerebral cortAx by the asaveiataon. of sound w'; th ~;rhytH, ii al, light.. Studii cem b1ol s. zool 1.6 nf). 4-:319-326 64 fill# a 0 00 a 4111 4D 0 0 D Is 0!49- 40 4117 _11111 0 0 . .1 to 00 4 . MT R H 0-4 .40 -00 ho"ka of tho 1 44 Mat oft Ou Um bu6 tit-lift. Pee 0.4p 01 bO 00"A thuvw. that. the gut ,of a -jak-4 of ulaw wilmolls 1"m very acklity (().oj_o "00 :Wolais ditpudoo Alln id Uw jj 1" -00 000 tMWO G"M from dau-MW I'U' too &Vftlo oil 11tod-volloitkAl w the arliflud.1ho (vi '01 ow 1whl OW RA tiow prowki4o, ju tbo" Joe 40 llljflti~ 41. t: '! -!-. I . I I Vla voy h1w 'Idif of 00%0 West=* tit the SMAM 14 the SWric isi 1.111du 'A goo soft moo too Soo see woo RV it a fid A 0 41 4 U 0 At 90 411,' it K IXm It! K Ko 0 ma 0 Ill * 0 0 0:0 00 1~v 0 Ill *I I A 0.4 S 0 Ill 0 8:'oO 0 0, 0 0;0 of o to c 4'1 foil 00*10 0 0410 0 00 0 00 01004, i 0 OEM WHOM, L. G. and 03HIEKOVA, G. I. IfOn the effeict, of extell,1641 in~L,-.,L~'rmbiozl irl wor-k on thei conditionud wtor reflexes of -ucacu rhesus mrDri-!:ce;rs", T;ru-dy Ujd1u7.:. bioll stantzii Akad. med. naiA- 3531'7-~, Vol. 1, 1949, P. 162-63. io SO: U-4393, 19 August 53, (Letopis 'Zliurnal Inykh Stat~~.7', 11 22 191-9) - VORONLM, L. G. Voronin, L. G. - "In the forests of Ethiopia" (Hunting apes),,Vokr L;g w7eta, 1949, No. 4j P, 53-57. SO: U-4110, 17 July .573, (Letopis 'Zhurnal lnykh Sbatey, No. 11P lqLq)* Card 1/1 Pub. 42-10/11 Author Voranin, L. G. Title Some results of a comparative physiological stucly 6f higher nervous activity Periodical Izv. AN SSSR, Ser. biol. 5, L?21.134,~ Sep-OctI954 Abstract Discusses shortcomings of experiments on hi66r nervous activity during Pavlov's time. Studied higher nervous activity of rejiresentatives:of various classes of vertebrates (fish, reptiles, birds, and mammals) by means of conditioned reflexes obtained by theliusualstimuli (light, : if sound) and food. Method used is ouch that natural food-obtaining move- ments serve as an index of conditioned-reflek~~:'activ.It;r. Tables; photographs. Institution Institute of Physiology imeni I. P. Pavlov, A6ademylolf Sciences USSR Submitted Jul3r 5, 1954