SCIENTIFIC ABSTRACT ZAGRODZKI, S. - ZAGRYAZHSKIY, A.A.

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SCIENTIFIC ABSTRACT
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Mi ---ZAWDllqs SUnl sr -1.9dr. (LOW Advances -in ttw - foo4 - preserrations; a report on the 9th Cancreve. of Engineers snd Technicians of Polandle food Industry. Lit& chimica Hileg 23 10-1/43439,443 160. (KFAI 10:9) 1. Politechalks Lodskmt,, Lods. (rood) (insects) (vitamins) (Awmes) (Sorbla aoid) ZAGRODZKI, Sterant m43T. inz. __ ___ ___ --Bridge, fowdatims made--of- reinforced piles. -Drogotmiatwo _17-roa: __ - ---I--- ~ 6-22 A 162. ZAr,,RC,DZKI, S. Z~ Prestnt-day view on sugar crystallization. P. 185 WIAIXI -IOSCI CH&MjCZNE. (Polskie Ttwarzystwo Chemiczne) Wroclawt Vc,1. 13, no. 4, Apr. 1959 Mentlily List of East European Pccessions (FZAI) LC,,Vml. no. 7, July 1959 UNCL. Sugar refineries in the U. S. p. 82 GAZETA CT~MMIIINIICZZA. (Stowarzyszenle Naukowo-Technime Lv~Miercw i Technikow I'rzerqsIuf-RoI.nego i Spozywomego i Centrainy Zarzad Pr-mr.W3iu Cukrounimso) Waraza-va, Poland. Vol, 661, no- 3, March 19". ~orvthjy List of European Accessions M-Ai) LC. Vol. 8, M.8 Auguit 15,59. Uncl. Zagrodzki, S. heimrks on a long-range 11an of the fc,od industry. p. 3. PRZFMSL SPOZYWOZY. (stowarzyszenie -- naukowo-Tachniame Inzynisrow i Technikow Przemyslu,3pozywazego) Idarmwa, Poland. Vol. 13,, no. 1 3v 1959. 9 Monthly list of East European Accessions (EM) LC, Vol./No. 2, Feb. .19de. Unel. - 19 ~Iqj Zagrodzki, S. Research centers of the chemistry and technology of food in Folani. p. 63. PRZEMSL spozywZy. (stowarzyszenie Naukowo-Techniczne Insnderaw i Technikow Przemyslu Spozywczego) Warazava2 Poland. Vol. 13, no. 113p 9 Montbly 119t of East European AcceseLons (EEAI) LG, Vol.Aa. 2, Fob. 1049. Unal. WWI, .. t ....... polokad J CATMCW,.f I ABS, MR, gMdm-o 90,22 1959drO. 71 t ZqigKcd!,ki, S. and Zaoreka, S. Not given TITU The Automatic Regulation of the Ce-rbonation Rro- , Claz Cukrown, 61.-No l# B-11 (1959) AMMACT, J The authors recommend -thdkt the au-tomaAc-reguI&-,- tion of, the firAl; carbonation ba.carried out in PH a the Juice t,:j be asxbo- net with ';he nated. In-order to 'iraprove the effeofivtnesn of the irtrodu--~tloa of autozo, ccntrolrz, it 'o9 desi~"s~ble -'tbat the defecation, 00, fe8d, and juice feed bepalso autowatic4illy -e-,ont-.olled, - Exatrtples of the automaticn 'of tLe firnt carbonation stre given.- The autthors recommend that the second car- A~ bonation be controlled automatically not only 'r. ORM 112 -ZAGHMM, S. j 'NISMITEMY1, Z Determination of water in products and intermediary material by the modified K. Fisher method. p. 150. GAZETA GUKRMINICZA. (Stovarzyszenie NaOaWawTechniczne .1,nzyniercYo i Tecknikow Przenyslu Rolnego i Spozy,4czego i CentraIM Zarzad Prz-D-Vsiu Cukrouniczego) Warazava, Poland. Vol. 61, no. 5. MaY 19!i9. MontL,13, List of European Accessiorz (aAI) LG, Vol. 8, no. 8 AuZust 19_4,9. Uncl. Detennimt.'Ion of aijvar losses in I'-,ie cake. P. 259. CFO-IIA Al"i-LITYMNA. (Komisja Anality.-ana Fol-gkie AkademIA Cauk i Nacze1na Orgsnizacja Techniczna) Warszawa. Poh-nd. Vol. 4. No. 12, 195~- Monthly II.st of East European Accessions (EEAI) LC# Vol. 8, No. 8,, J,ujust 1959 Uncla. -7777777-:7--- R DD7_ 1~ (30UNTRY s Poland CATMORY . : ABS. JOUR. : ,~o. 16 1959, *;o. H-26 58724 Uifadziel vki, and'Waleri nciyk, E. T IMIP : Invostigation of Filter Cloths ORIG. PUS. : Gaz Cukrown, 60, No 11, 342-345 (1958) A B 7A : The authors present results from comparison I;ests made for the purpose of evaluating various types of cloth used in the filtration of the juicen at sugar plants. Nylon, linen, viscose, cotton, and jute clothe were com'ared and their.properties p are described. Among the variables studied were filtration rate, turbidity of the filtrate, ad- henion of the-cake, and resistance to tear. Nylon cloth wav found to be bdrit suAt9d, folLowed by linen, viscose, cotton, Juta, anil. glaaa cLoth, in that order. D. Bronshteyn C AFD: 1/1 -A i~16~i -1~ rnlw-4~ 6.1V M Is tw aa~ Owwn I Fr y -;ICL;kNfj-- w-,T y. !7f) nil In;' i~ v try Alia. jou r iNf Zhl~T`blvAY7) j tjj t,,C- j L s Tietevi-r-;itior. :,Ahod of A h Content, of Food ;:rc)(Iluctsl SoluiiOnt 11-3 t A! aard: FrVer,-, e- rii~-i,id cl,~+rrrrhmt~.on mot-I cd for 1iio~1!1R.1'111i jr~-.-filInyInF~ ion exchr.wFi-1 nri ne i I e Tht-~ contitnt, of se-ar:itp(I catj.o~a Joter-inerf t-L Ai or, 11',28 cim"m 130, 'An CAT110ORY s Chomical Teahnology. Cbsmical Pro4lucts %a4 Their Applications. Carbohydrates and Their Prooessing. ABS, JMR. : FZhKmu.,, No 27.. 1959, go. $2447 AIMIDA i Szt%rojko, S.~,; Dobryckl 9 J. .:Effects of Calcium Carbonate end of Saturated Residue on the Increase of *Juice Color Durino OFM(1. PM. lRoczn. technol. i chem. zyrn., 1957, 29 101-112 AWZWT Presented are analysis tacbniques and results of investigations conducted in labor&tory and in commorcial installations pertalning to tho effects of CaCO? particles and of the saturated riosidue on the ncremsed coloration of the evavormte4 jui- ce and on the foulinR of evaporator he&t -transfer surfaces. It is T)ro~red that in the preseiice of ?aC03 partieleat the juice does cot darkwa which is explained by the adsorption of, coloring com- pounds present in the juice and formed during the *the Evaporation and on Fouliug of the Histing Surfaces in Evaporators. 1/2 H - 107 COMM CATMW. H ABS * JWR. Mndm.p Vo 17, 1959, No. 62447 AMHOR TRETMUTE TIME O1U:G' PUB, P3YMT evaporation step by UC03. Steam bubbleng formed CDa'd near CaC particles, rrevent loe&I overtoating of tf Ulce and caramelization of augar. C&C03 tends t; bind certain decomtositr4on Products of sugar that cause 3arkeninp of the juice. Tffects of the saturated residue is analogical, and some- times more fe.vorable, than that of ohernic4ly rure chalk. The evararatioix of juices and of cla- rified liquors, containp CiLIC03 nirticlos and re- sidue, does not -present difficulties. -- D. Bronshtuyn. Ca.rd: 2/2 Lail I Country All 4 D (Part 3). Ab3, A- ti,jo r .1 v- ut. Inst A, 1"egilintion of Principles 0 TitlC Oivanoratinr, StatiOl~ "c)- T ri Ga,-I. C"Ic"Olr re fOr au ri 0 f a of rA ,E;r pltmt havirkri, OIL . to -V1 -pon Irv; ' ,37~ t L 1 rlf;,~7ii a f J,-) t 'Ind 0, U thi, oi -" tt c jtc),Am k 0 Iiw&NAAA~ GDR'/ Chelaicai Technology.- ChemIcal Ptodudta Thatr Annlication. 1part 1) CorditionlMof-Vatorf-Waste Water. Ab a J(wr t Rof Zhur KhUdyaj No 10, 1959, ITO #35321 Authw~ : ZAVodzk:t, Stanialmr; Zaorska, Holens. .van inat Titio: Deterninatlau of Loki Salt Conidnt in Purified Water'for Boiler Feeding Orig 'Pub Chem. Teok=;~f .108.0, i0, 210 4j 210-212, Abstract The f law photoxatrio rethodj penattin6 Continuous supervision,,, la_ conaide/rod -as tha wat Mqzlijjn~q rethod. It is Indispensable to-ansure a continuous Inflow cf the sample adi a ccinstezt 17resaure of gas In the turner when using regular flame photometers with manochromatcra or with a correspoiding set off 11ght filters* It Is possible to use a 1"liminary concentration of samples to increase the sensitivity of wasuremorts. It io shown Card 1/2 POUM) / Chemical Technology. Chemical Products and Their H Application. (Part 1) Conditioning of Water& Waste Watere Aba Jour Ref Zhur - Khimlysp No 10, 1959, No - 353~e Authca, Zagrodzki, S.; Zaoroka, H. Inat i-NOT, givm TitIm : DoterriVrAtion of Lov Balt Content In PurIf Lett Watev for toilor Fooding Orig I'ub :Przem. spozyvqzy, 1558, 12, NO 8, 318-519 Abstract No Kbstraat givfte A blAef account. See :pwncedir4; abstract Ifoo 3~321 Card 1/1 Mtn R4 xM-orm- . - j ZAGRODZKI~ S. e TM-HNOID,z'Y Feriodicals: GAZETA CUMMICZA. Vol. 60, no. 10, Oct. 1,958 ZAGnODZJCI,, S. Automation in the sugar industrj. P. 301 Mor.thl;r List of Fast European Accessiona (EKAI) IL, Vol.8, Ho. 2, Rebruary 19,59,Unclasso. Y -cal Produ.cts-and -POI.Aj4D-/-CheMiCa-1--~-Teclinol-09 __2t- Cheml- a Their Applications-. Ci-rbdfiydr-gt-es- ~Processfng. Abs 'Jout: Ref Zhur-KhLMLYLIp 1959, No, 49 Author : Stanislaw. :ZUE01 Inst 14 0 t __~i Title :Influence Of Juice Circulation on the Rate of the, Diffusion.Processe ()~jg pub: Roczn. tc,,chnol. I chem. zyj.M -1 1957# 1p 19_Z6. Abstract: By laboratory experfinents and theoretical calcu- lation-P it ,ies established that the rate of sugar -diffusion (V) of garden beet acssettes Is Influenced by an addition current W of sugar diffunion through the inactive layer of ths juice which encircles the cosssttes and, consequently, the Fikka equation can be represented In the form CiLrd I/Z 107 POLAND / Chemical iechnology, Chemical Products and H The!r Applications, Carbohydrates and TheLir Processing* Abs Jour: Ref Zhur.11h1mlya, 1959, No 4j 13402. ,~,.-Pobrzycki,, Jan; Zaorska, Author Z a g r o d zk 1. 6,.,,4t=ja 0 Inst Not given, Title Investigation of the Functioning of the Cc,ntinuous- Process Diffuser Appliance of the 11011ye" System. Orig Pub: Gaz, cukrown., 1958, 40j No 3, 71-77. Abstract: On the basis of measurements made,, the do.,;age,, course of diffusion., quality of juice (rate,, microbiological evaluation, pH),, corrosio:a of the apparatus are described. Material anJ heat equilibria are cited,, as well as data character- izing the hydraulic resistances. On the whole, Card I/Z POLAND Chemical Technologyy Ch~rrdcal Products ~nd Their H-25 Application, Part 3 Carbohydrates and Their Treatment. Abs Jour Ref. Zhur. Khimiy-P., No 41 1958, 12736. Author Stanislaw Zagrodskis Helena Zaorska, Inst i-Rot given Title s Determination of Calcium Salt Content in Sugar Juio-39 by Simplified Versenate Method, Orig Pub : Gaz. cukrown,., 1956p 38, No 11, 282 - 284. Abstract t A simplified method with lons reagonts. A table of direat calcium salt contents in me- of C&O per IOCPBr for a rapid determination of the optimum alkalinity of a 2nd sa- turation juice, Card 1/1 11 '25 POLAND Chemical Tecthmnolog Cberdcal Products and Their Ff- 5'~c hC Application. Part Carbohydrates and Their Treatment, Abs Jour s Ref, Zhur. Khindyas No 4,, 19% 12735. Author :Stanislaw Zofia Nivinska# given. - --------- Title iDetermination of Calcium -Salt Content in'Sucar-Julces ard Producto'by New Versenate Method Orig Pub iGaz. cukrown., 1956, 58, No 2, 35 38. -ire Abstract iIn consequence of the coloration., the solutions titrated by the reverse method., A buffer (NH40H + NH Cl) is added to the solution up to pH - 8 to 10 toeether Xth an excessive amount of a titrated versenate-solution; the in- dicator chromate black and the excessi ve versenate are titrated Card 1/2 ZAGRCDZ.Kl. S. 1,TLURIANICZYK, F. Eco'hanical purificaticn cf diffusc-d mbd cx"racted to Ix-j roturai--d for '..UMISion. p, 51. 11 -1 1, 0 1, 1 ~,Jl "TiNCECI . 10,1 ?AIL G RCf.1) TrECHIR LOQT AIIIID C!' 10 -It I I:P-y . CC211"M TI-Icir CGIII 1 (H~ I ~ W 11 R (Folsk& Akademis ITauk. Komitet Technologmi i Ghemii Zywnosci) t1s.1-Ozava, Poland. 7o1. 3~, 1958. Yonthl,v Lis", cf East ',;.'~opean accession LC. Vol. 3, No. 9, Septemb--r, 1959, Undl, 1 .6 , /", ~, ~ 0 /) --,~ ~ ,/ - ZAGR=,XI, W. -tw.w The future of inland harbors. p. 297 (Technika I Gospodarka Morska) Vol. 7, No. 10, Oct. 1957, Gdaumak , Polafd SBt MONTHLY DDEX OF EAST EUROPEAN ACCMIONS (EFII) Lt;, VOL. 7, 110., 1, JAN. 1C)58 ZAoRDDZKI, W&claw, Kapitan z8glugi wielkieJ (Gdynia) go, Techn gosp mrska 12 ro.2:51 162. Gencral avera I - LYALIKOV', A.S.; ZA.GROMOV, Yu.A.; TEPSHCYVA, L.S. Experimental data on tle dissirstis-, ~,:vtr of' tl~4,- --A-diti:mal re3iatances of electric maasuring inst-wments Onder co-.-!l4tions of free convection). ltv.TPI 137125-28 165. (MIRA 1911) 7AGROMD1, Yu.A.; KOROLENXO, Yu.A. Heat emission of a vertical row of horizontal pipes In the case of free air convection. Izv.TPI 137s52-511 165. (MIRA 19t1) 2 6 Z-22Q:&--- E~,TW ww L 'F AP601.11,984 301JR0"E CODE: Ufl/OJL7()/66/010/oc)5/0577/o5:83-, AUTHOR: j4pEromov, Yus A.; ~~&likovo A. 3,- ORG* P I tochnic Institute im. S. M. Kirov Tomsk Mlltelitb:nii~leskly ~q inaiit'ut TITLE: Fret) convective beat transfer in a horizontal cylindrical slot with a diffarenE posMon of t evolving element SOURCE: Inzbenerno-fizicbeski7 zburnal, V* lot no* !;t 1966t 577-583 TOPIC TAGSz convective heat transfer* thermodynamic analysis ABSTRACT: The basic elements of the experimental apparatus (shown in a. figure) wore: a thin walled polished and nickeled oopper foil (thicknestj 0.25 it=), an electric beater consisting of a tl3ick walled polished and nickeled copper tube. The surface temperature of the beater was measured directly by thermocouples weldetd to the wall o.r the tube# The convective beat transfer medium was air,, All measurements were made under strictly steady state conditions. Based on experimental data,, a figure shows the change in the dimensionless temperature~for vertical and horizontal displacement* For purposes of comparison an exhaustive table shows relationships proposed by various authors for 25 rd 112, UDCe,1416 C L-32993-66 ACC N" AP6014984 calculation of beat transfer In horizontal cylindr!tcal eloltso Finali 170 a relationship Is dorived which Is said to permits with aufficlent accuracy# calculation of beat transfer through gas and liquid oylindrica-I symmetrical slots In the range of 3 < 'Log(RaS :1 < 69 Orig, arts bnair, I formulaj, figures and 1 tables f SUB CODE: -20/ SUBM DATE: 29Sop65/ ORIG Mt 006/ -OM REP: 005 L_g(3rd UCALtIMP4406, -zim)"m lu.,to ,t, !.. ... . ~~ Frev conveeUmal heat tbp 41qawnumt of the 1378996102 1610 tranafsr In a olm*l wr4um Ovrft - beat odsolon "Urfas 2XVIVI (OVA 1901) TIUSBNYANOVA M.K.; nWRC7., TuA,; ZAMUIK40VA __&kBKEOVA, FA Specific properties vr~ce,,-ebral dispostiew procibuaw in methyl alcohol In tick-borne encephalitis. Trudy 'romNIM lls 66-71 160, (?C.*RA l6s2) 1. Tmakiy nauclino-ionledwatellskiy inatitut vaktain I. a,,rvorotok i Klinika infektsiomykh 'bolezney Tomskogo meditsinskogo Inatitutas (ENCEPHALITIS) (ANTIGENS AIM AMBODIES) (CMPLEMENT FMTICK) pi 7 'P9 13 %. int I. . a -. e j- R j W, 1, . oil ??Sri Vill r. i I Ir E3 i. ji; r i I k 1, ij lit I F. ZAGROYIOVAV M.S. Preparation ol antigens of Iyaphocytic choriceeningill,is for conplement fIxation reaction. Trudy TojW4IIVS 14:25,,,257 t6,3, Development of an expedient method of preparing iwru:,,e serum against the virus of lymphocytic choriomeningi-1,4s. Ibl-'Ld. 12 58-261 (MIRA 1:;'t 7) 1. Tomakiy nauchno-issladovatellskiy institut vaktsi:,. i sTrorotok. ZAGROMOVAO M.S, -~- - Use of dry sera in complement fixation reaction for, the diagnosis of tick-bome encephalitis. Trudy Tom FINS 121., 3~-36 t60 (HIFA 16:1.1) 1. Tomskiy nauchno-issladovatelski7 institut vaktaJn I a:r- Vorotok. _-w TYUSENYAKWA, M.K.; MYASOYMM, V.S.; YEROFEMv H.S. Some data on the iraidence arrd foci of lympbocytio c.-horic- moningitis In Tomsk Province, Trudy Thm NIIVS 1201-95 160 (MrRil 161l1) 1. Tomskiy nauchno-isoledovallellskiy institut vaktaln i nyvo- r3tok. I TYUSOMOYA,o M.K.1 Z!~OV~Ajlm-ls~- Rosen-ch data on lymphocytic chm-ioneninetis In Ttmgk ftwince. Itudr TomNIM 32t25-32 160. (KERA l6r2) 1. Tomskiy nauchno-iseledovatell ki institut Yaktol-ii :1 oryvorotok, '% (Lwmmvul (TCMK MVINCS-MiNatTu TY00YAKOVAt MJ(.; ~ U4000ko 9.3.1 JUMVP IU#V# -Oiutlou for tho complownt. f t Produatim of a diaguostia iii I= ion reactionla, tick-borne encepbalAt4l.se Vop,.virus. 5 no, 04-209 my-S 160. (MRA 34:4) 16 Tawskiy institut vaktain-i "vfirotok. Y(iniaterstva zdvirookhranen-lis .,RSFSR* (ENCEPUUTIS.) (CaVLEMYT FIYATION) GAMCILI, L.B.; ZAGMIDSKATA, A.L,; MBYUR. M,N.; XOLOTKOVA, I.A, ism Prolonged sleep therapy of tomporarr disturbances occurring In oligophrenia. Zhur.nevr.1 paikh. 54 no.2:149-152 7 154. (HIRA 7:3) 1. Institut eksTerimentallnoy meditidny I Don invaliaov is. K.Karksa v Leningrad*. (Sleej?) (Inefficiency, Intollectual)) -------- lit- 41 L 2201t.66 NiT(I) up/oi0I/65/OOT,4rj',t2232j 34 ACCEMIM IMt AP501TSp, 12 7LA w AUTMI: so U- skiyo A. As; Zq#k~p~& Ra tf, "hot" photoolectra tation, of XlUorl! ~a n&- =I T Ut genXat TITrzt! rxei de I by Yam= ultraviolet :.-,adImf;ion - SOURCH: rIzik& tmdogo telajs Vt- T.* not TP 1965t~ 2232-2234 Moreacencet ur-radiatithij, 'electron bombardbirt-t ph t - TbPIC TAGS t zinc oxiduip Ot electron AMMACTI: Thic is a cm-itirrmtion of e%r!4-er inveittiEFAtiOnS iU the J& r&nge (Dm gm Y. 3,41, 1063,, 1961), Wit ~-.Aeadod to the 4ooo--8500 (3..o---i4.5 -sae tij leonntll~~r the mechudl.tim r 310 mngo IML, Tu?we of the rmponsilv for I-ie decreaae In thu kine%lic of 4~be primry photcelectromi, J:Ie B8Z--PLO-'S 'D Invely.igated- were dermt, volycryf3t&!-~-Ijie layero of zinc w-do )repare! by a mr--thqd deacribed t.,,LrUar (PM. no~ 2', IL-73n, 191,,2). The nice-itatim i1p,zetrc, --: I.Mwise obtained with previou-O;f deocribed aplArr-tus, The meanuml Q f 0,2, md 10.6 aisto of t&mG peaka aj; phdon excitation eaergiei 3-5 1 0#21 7*5 9 f- -* G*2 ev., vz& 3 u1nim at 6.4 * Q.2F 9.4 t: 0.2,p ftd- 12*8 :t 0.2 wre, Tho amin ;C61- ture of thia apectrum fit On fact that the peaks are equidistant, wM t4e awra d-iffeTence equal, to thf. vid.~.h of th-,a forbidden bard (3#2 ev),, Ouch -k i-pitatma cam -Ld- ----- ------ L 2204-66 [ACCESSION RR# AM17332 I be attr-ibuted to impa4t ionization of the valeme electrons in the coudiuctton band Iry the pr1mW electrons wWch haye nuMcient kinette energy. The resultit in~. dicato rJoo that the quantimi yield cif the fluorescente of the rinc oxIde if[ in- creaaed by the imput iomivtion of the val6nee electrons when excite6 wit)i vamum 1. ultraviolet, This agrees vllh the xmiyozaa.Uy ai.,Mted opinion that the e:'fectJve maaa of the hole in ziDe oodde is much larger than Ue effective wAso of Ufa ulce- tron, Orige art* baxt I frigureo, A.S30C.M170rit Lon1ngrAdvk1y,6vvudsLrvVveww 6=1Rm t Me SUB CMZI fs~ OP b65. WCLt 00 iF aWt 006 ITMI 001 :C 2/2 .7 'v- 1, T T Mhol ion flom the gur-far-e of am=lc B eml conductora ~vq.-,IuG~ tr"Lrk, v, nel. "AVI!, 7,to-tof!", If n I ~n, orgiml mi-m! r-onductor, aolecuAar cryi -,al, poli U,mi- 1--, -3J- 11 nr,; nh1orcrihvLi a. scat~riri )h A m ng- er,ergy, electron, photoelectmm, pbaw-electrunic vrwk Purxet,10B A emnergy band md the m cianiam thin fi:ms :f a e It- y -)n a --eta-1, Ic a f- V- 7 ell v'th mnn.)ctr,~Ym-atlc -r4A1.q1i-)T,, Ir. Card VIT.T. ~M, F, 1.~RVINF MIN qa within Rn trapped P-r) ge in IV Card 0 1 Id: 1 7 1 11300-63 AC~73-8971011 NO, APIK'-)3?)~. Vio+m-e-leevronle vork funataon firr &n thp comno""A," at!amftl u, ff".4 cOnc ... Irlec" tna" t-ie eject ion is r e~u I Y In I D-nd r.-r- t r rl 11 r, eq I., vl?' r~ w: e ot n - !-e et~ 4 .n "!n cf-nC1.1s, E--- 1 r 'J 9 (.'n -)If tho r f. f-, I- I~s an-'- ASSOCIATION Laningrad.3ki'v (TArbLIftarAA AthAA lThfvp~.. S bB.,=L I E D : 041 e=6 3 DAM AC-Q: 15Au963 ENT, 00 SUB COD2.- CH NO ME? STV: 012 OTMl t - 017 Cord Z~ r w 0 0 ic M4* 0 IL4 a 4 M '* 48 A Off "Oil 00 00 -jil4fWAVIWIL Aftd. 003_4 * or &4 wdr, 113 - A., 103, 5(11; 1=7. f g" 00 Grior mmler to-urcum" of the MWGRO; of"its 00 radiosaUvo JOOWPO *00 a An pkt* Into gbetWlytic. 2 depaeftoxt Au toy- give Vvld- st 800~1(V-Nr MWOOMM 1-30 X 10fe-ftwiSir. The fts '01"d ULO famuls of Umnicar &-I o( Bmulm. 1. MCA. 'V's ir a I u a I is , * 0 0 94 0 Goo 0 0 0 4~ &AL ALS *i* 0 0 o00 0 6 0 w W_W_'W I _W_ I -I . 11 . ~ - ~ .1 ,- ~ z- I I ~ IF ~f,_ t -0 -s P ~ is. A l DUkeks of Cald Inw-CoW. tpkyx"~X- ftoo"SAWA. fut tz 116-119), Hadsoudwe An, Aftioad V mutm bmbgmmftt, E W" PkCW in 1411104to cmtolct WW1 an OnUnary Ati au of dMu be w" mth W b b C The !q 00 00 j I . m m os c " y Oxh&W *Way do WALV 16yom of the 4bwt wd 9bem J r dim tiv rWdu A D . . . o e e e. f R "Oil i A NFTAIL ~"O 4, U111141W LASSOK4101% i ir ~~ 3 4 I, 111 IV 11 *1 Mir Alf ocm -4 0 0 a Wo IN 0 -- ZACRUBSKIYo A. M. Measurement of the Autodiffusion Coefficient of Gold. Ianingrad Industrial Institutes 1939- So; U-1837o A April 52. Ou do ApWkAWft a# W 2"Pailm K#(Wd to Ulf Wmartmal of Vm DWadm ftdgefemi of XAWL A, SC Z4gmboU (ZAaw. T&A"kA. AaiLi (J. 11 W,J)' Im, IL 1767-itm t CUO" z-, 1910. UL (1). 804-41A ll=r' in Ow iktmsiraska d tim diffain anif. a( metals fm= t& viraparat a Irsic of we m0pamm. it to salaw a" the W"Paatlaft mts is InfiUM not jumtm'~dldtffy"'r cU*WkvdkIffWWI maamthtvi kU&& WamIUMIaN&APs "emirk the u%qnjIu'jr (4 wbkli depm& on tW site of Um qw4hncm mW m Lbr evalwnlion ratc, F44m Wao atstmvt below. 4, i 4~ it IA -Tv 1! 06, A A. C0, F 0 A we c .04 "Akvd=4&wWww~ of Ckmodan Dqomlim. V. 1. AAhscow. h-W9, x4d ff. A. Nemoonov (VedtL MdaUbpr9w (Md. 1*4. 4AL 0 Ot MO., 1941, ft 3M).-tta Rofflaml Ilm ~mi 0. libmAxi-mikbLam w4a dwwu by depWu obtalmd at Lkol V. aM eA, 440 ~* j mapldml fikm an Alct"YSO haThl C-,-~ WW W AW oulphugin *0 tvA4 Im was tm thou for OWA mVAw& bimm. By varyiM ejAL llot -a** omr.ftddanv amrddwo UM ow &Tdopewas of dw ovt4- ? too k,&4 vitum. CIWA= 00 Umw be pcmWW to ow thim devATtwoi " a 00, mtwion of woot owwwom. Thr mct&A hao a pc*tUW vvlw sad dkmU 4600 be &m-4nmed &w &4W orrvio. 430* goo eo "Oo ,0o 00 too T-- wit "if ~il wiw iii 0 01 li -a; u 4 03 0 0 o 0 o a 0 0 0 * 0 6 0 We 0 0 we 0 0 0 e 0-1 0000696 0 0 0 0 & * 0,0 000 0 00 0 0 * 6:0 6, :t 4- dr Co 0 0 0 9 0 000000 0460 0 00' .16 IT1.1yelt, iazh.--mekhuikj A(WEV, P.M.# red.1 .1.$ khn. red. dk (How to obtain high productivity from eartirm-oving rachiwry] Kak proizvoditellno ispoltzovati zemleroinye mashiny. Bel- gorod., Belgorodtikoe knizbnoe izd-vo, 1961. 42 pe (Eartlimoving machinery) (MIRA 15:2) ZAGRUSHEV-, -A. A, ~ - -. 11 Feeding and Feeding Stuffs Intensive raising and fattening of the young of Sirmeenthal croissbreeds. Sov. zootekh. 7 no. 9, 1952. Montbly LAA RL balm AgcogalMa, Library of Congress. Novemtmr 1952,. UNCUSSIPIED. ZAGRUZINAP I.A. Some featuraq of-Msozoic granitoid magmAtism of the eastern shore ..,of Chaun Bay (Chukchi National area). Trudy Len.ob-va eat* ?4 "W. .1t26-29 163. (MRA 170) UORUZINAL-I.A.- CbAracteriatic laWophyre dikeis in Chaun District of (;hukotka. Vest. LGU 17 no.1204~95 162. (MIRA 15:7) (Chaun District-Lamprophyrea) (Chaun District-Dikos (Geologyr)) M ZAGRUZNYYj P.L. Moistening the seeds with radioactive mineral waters before plant- ing. Zemledelie 24 no.1:65-68 Ja 16z. 1. Khmellnitskaya rayonnaya gosudarstvennaya kontr,ol'no-semennaya laboratoriya Vinnitakoy oblastI. (Radioactive substances-Physiological. effect) (Seels) ZAGRYADSKAYA A.P. S=e -possibilities.of-~me~Ucolegal expertise on evidence adhered to the aurface of wearjona for a- tabbing -and- cuttlxio and weapons for atabbinge Sud,"imals cl,.spw,-rt, 6 no.3124-27 Jl-Sf63- (UMA .16zLO) 1. Kafedra sudabnoy meditsiny (zav. prof. A.I.Zakonov) Gorlkovskog,o meditsinskogo instituta imeni S.14.Kirova. (CR-RIIIIAL ITTMTHGATION) MIRYA03KAYA, Ad, scne cha-rastfiristica Of"StAl.-hing argi atitting lesions deparding nn rhe up-chanism of their formatlon. Sud.-med.ekspert. 7 nci. 20-7 AP-Jo 164. (14IIIA 17:7) 1. Xafedra sudebnoy meditsiny (zav. prof. A.I.Zakonov) Gorlkovskogo med-itainakogo instituta imeni Kirova. ZAGRYADSKAYA, A. P. 1-.Dissertation: -"A Kethod of-Roentgenological Investigation-in the Diagroeis of Poisoning by Salts of Heavy Metals and Metallo-Organic Co-Tounds." Cand Yed 3ci, Corlkiy kedical Inst, GorIkiy, 1953. (Referativnvy Zt".xrnal--KhimIya, IMSoscow, 14o 6, var 54) SO: SUM 243, 19 Oct 54 ZAGitYAWKAYA., A.p. Chemical istudies in expertise on stab wounds. Sud.-med. ekspert. 4 n *A 14:12) o..4:32-35 O-H-D 161. 1. Kafedru oudobnoy mwditainj (zav. -- pref. I.A.Zakonov) Oorlkovskog,) meditainakogo inptituta imen _S.14.Kirova. (WOU14DS I (GREMISTRYOF01WISIC) A-A I iic,3 In, th--e iint"-, CFO Cal 7az- na of '11 d d 1. Kafedra Hudtbnoy med-itsiny (za-i, doWent, Go-?,IkovE;ko.-o meditsi-nokogo institi-ita irreni Ki-c;v,- ML 1229h-63 EPF(c)/F.,T(m)/BDS AFFTIC/AFGC,/ Pr-4 081/63/000/003/051/075 AUTHOR: Masagutov, R. M.. Berg, G. A.. Volkova, L. I., Plottdkova, L. I, Pochnikova71. 11m, ~a. Z M. TITLE: Combinations of preparation of raw material for catalytic crack- ing and obtaining of neutralized contact catalyst FERIODICALt Referativnyy zhurnal, Khimiya, no. 3, 1963# 499# abstract 5?14?(Tr. PW,Wlrsk., n.-",,, in-t. po parorabotko nott.1962, no- 3# 83 - 93) TEEM, At an - eimerimental plant in 2 1 -capacity - reactor -in -a mobile- layer - - - - of bulbous alumosilicated catalyst (KT) at 4500 C volu=e speeds of 0.7, 1.0 and 1.5 hours-1, circulation ratio W) 3;1 (index of activity of KT 320; 33 points) experimments were conducted on cracking of purified (so-called "deDl OIL") gas oils fro= a plant for p-roducing neutralized contact.catalyst (KChk) and ex-_ tracted vacuum gas oil from a mixture of ShV.-pov and Romashkin patrolcm=. In the catalytic czaSkin \Nof acid purified gas oil the extraction of coke is lawar than in oracking of unroUhid g4p sjAa. dam whteh forms in crackIng of refined gas oil contains more propane-propylone and butane-butylene fractions and less card 1/2 L 12294-63 Combinationt of preparation 5/031/6)/000/003/031114)73 HOS. Ga;soline, extracted in cracking of- refined gas Oil contains a =~Uer amount oS 5 compounds and is more stable during storage. As a result of cracking of refined g4a oil a 30 - 40 *40 fraction or diosel fV*l\\wIth actitant of S glez a I ~ 4, oxtraotod. The procoss is eoonor4aal, w Y~ an a Ai at&i by calculations conducted by one of the Uflz oil refinariss. A. Nagatkina. [Abstractor's not e: Complete translation] Card 2/2 MASAGUTOV R.N.; DAHIDDVA, R.A.; ZAITOVA, A.Ya.; GILYAZEVI U.G.; hGP,YATSKAYAO L.M#; BUGAY, Ye.O.; PPYAKHIIIA, X.F9 . Ifigh-temperature catalytic cracking or heavy fractioao-(O' straight-run gasoline. Trudy DAshNII NP no.6:14-18 1630 (MIRA 17:5) 0 DOMOTINA, A.F.1 ZAGRYADSKAUt L.P. Exorstlon of estrogenic hormones in.amm.forms of dyffwlational ut -G., Akush. i-gin.,no,U102-107 165. (MM 'M 10) 1. Kafedr& akuaharstva.-i-ginakologii, (&a-t,- prof. 5.S. Dobrotin) lechabnogo fakulltata Gorlkjvskogo seditainakogo instltuiA Imeni Kirova. ZA(MYADSKAIAO L.P. Case of a hematoma of the generative traot. Akush. I -glut. 39 ncjsI46 S-0 163. (KRU 178 8) 1. lx kafedry skusharstva i ginekologii pedUtricheskogo fakmllteta Gorlkovskogo meditsinskogo inatituta imeni S,M. Kirova (zav. Prof. B.S. Dobrotin). 49-U1,441% '. Iffl.p.0 . vraoh Intra-art arial transfusion of blood in obstetrical pwactiot; sct*rd-,tng to dLta from the maternity hows ingorkly. Sbor. nauch. rob. Uf. akush. i gin. GMI no.2t6O-62 160. (MIRA 15:4) 1. Rodillnyy d= No.1 g. Gortkogo. UauahW rukovoditell prof. G.k. Cherapakhin, glavnyy vrach H.N.Bykav. (OBSTETRICS) (BLOOD-TRANSFUSIOII) (DEATHS APPAWIT) Nffect of shifting of the theodolite telascoPe iz Its beatings as, Amle measurement readings." Gssd,i k&rt, nos2:14-25 Ap 1156. (Thesdolites) (Ti1vmgu1&t1*z) (04tA 9: 10) - - -- - - - -,- - .- - - --- -- - - -- - - --- - - - 7 I&GRYADSKIT, LTA. v4 field study of the M-2 range finder. Good. I kart. no.9:28-32 1 156- (Rance finding) (NM 10-.1) 3HAPIROO M., inzh.; ZAGRYAWKI10 V,p inzh.; LEVINSKIT, L., indi, Production 1ij:;q_ manufacture of thin-vaUed reinforced cow-rete shells. Na stroi. Fos. no.10:31-32 0 161. (.qpj, U:11) (Roqrss Shell) KOMILOV, Alokoandr Tvanoviab; MMUI~ V.F,(doce&tqod); Z11410V I M7 AnatoUy Yakovlevich; ZA(MADSM, Vas 9d. i74-vr-j JaaM,-O.V,, red. I.A.p takhn. rod. [Mesh-reinforced concrete roofs for industrial buildings; experience of the "Orgtekbstroin Trust and Trust No,44 of the Administration of Construction of the Leningrad National Economic -Council) Armotserentrye-pokry-tii&-dlia-prozysb:Lemqlch zdanii; iz opyta raboty tresta "Orgtekbstroill i tresta No,,41+ Upravleniia stroitel'stva Lenownarkhoza# LeningreA,, 196,!. 16 p. (Leningradskii dom nauchno-tekJmicheskoi propagandy,, Ob- men peredoirm oM-tom. Serliat "Stroiteltnaia prorWshlerno-st' no05) (MIRA 1;i- 81 (Roofing, Concrote) (Indu&trifa bulldinp) A G77A%D Vj V. T i and 1-,UL07~K1Y, L. K. I'Comparative Characterizatlon o~' the -"'ff---ct of 1'henamcne am' 11. i-crat--me". Voyenno.-mr-dits. zhur., No. 1, pp 1,1-45, 1955. --..erbul translation D 312227, 18 Aug 1955 V M, FTA r-OT""A lec 2 Vol I.E111- ThyslolorS- Nov 59 5153. VAPIATIONS OF SUGAR, POTASSIUM AND CALCIUM CONTEN',13 IN BLOOD AND CEH~JWOSPINAL FLI'iD DURING IIYPOXAEMIC CON- VULSIONS - ZagrVads~ t, of Milli. Occup. Physiol., S.M. Kirov Milit. P~IZIOL.Zlf.IM.SECH. 1959, 45/1 (103-109) Graph* I Tables 6 t flypoxacmic convulsions were induced in 2f Mogn and & cats plac#4 In the rarefied atmosphere of a pressure chamber at a otfi~lsted attitude of 13,000 m, 11.4 blood sugar level rest dui-Ing tho convulsions, th! sugar content of CSF remaitting prac- tically unchanged. If the animal's blood sugs.r level had been lowered by cwelimin- arv insulin administraticm. the convulsions iet in earlier and ran a more jitormy co;rse. On the other hand. preliminary adnihilstration at glucose delayed the ap- pearance of coryulstors. K and Ca contentr-, of plasma and CSF were subjcct to very slight variations during the convulsioi nds, being noted in their variations. AWRYADSKIYa VOPO j J~odpolkmnik meditsinskoy, sluabby, kand.med.nauk; ; 0 911 9 6 4podpolkovnlk wditainskoy oluchby, kand.zee,nauk Successive visual images in flying aotivity. Voen.-mod. zhur. no.8; 61-64 Ag 16 t!VIAIION M=CIIIF.) (OFT1CAL ILLUSIONS) (?IIRA 15%2) ZAG14YADISKlY, V. P. , IMANGULOV) R. G. and LISTOVA, N. M. "The Gas-Exchange and Energy Cmn-s-m-ptilon of -th-- I*r ln the Rifle- in Tactic3L1 Exeretses". Voyenno Meditsinskly Zhurnal, No. It, 1962 ZHELUDKOTAO T.N.; UCTRYAWKIT.. V.P.J SUL11406-SOWYLI-0, 2.K- '~,. - Effect on the organism of a prolonged exposure +.~ a gaseo-~z me-itum vith increased carbon diox.Ld(3 content, Funk* org, v usla Lzm. gaz. ir,adY 31187-192 164. ",MRA l71l",'I L4'M _66. P602"251 SOURCE CODE, i UR/017 7/66/000/0137/0055/0057 AUTUOR: Maw ZadskIX. V. P. (Lieutenant colonel; Medical corpf;; Doctor of medical sci- ences); &Mr j;:K1.'Yu. (Li6ifenant colonel: Medical corps; Candidate of,medical sciences); _&d1_1M0-SamUy11h_Z. K. Candidate of biological sciences) ORG: none TITLE: Some oharacteristles of the bubbling of human blood plasma at loly barometric pressu ,-SOURCE- Voyonno-meditsinskly zhurnal, no. 7, 1966, 55-57 TOPIC TAGS: I decompression sickness, blood platima, human physiolofo, ABSTRACT: Jn an attempt to explain Individual variations In susceptibility to decom-prestlion sicluiess, 0. Z,-.ml samples of blood plasma from 370 healthy young subjects of both sexes were ,studied for bubbling during reduction of the ambient pressure (simulatee, climb to an altitude of 10, 000 m In 40 see, followed by 10 min at this altitude (hiring which t1ine the number of bubbles forming per ntinuto was noted). In samples of plasma froi-a 209 subjects, bubbles fIrst appeared ling In the at altitudes arywhere from I to 10 km (mean = 5.42 + 2.32 km with most samples fal range from I to 6), but In 14 samples no bubbles appeared even at 14-18. 5 km. aa the basis of the numbor of bubbles formed, the plasma samples were classified Into 4 groupE;, ranging from a "allent" type which does not bubble to a type which "explodes" Into bubbles all. at once. --l-Cmd 1/2, UDCs 616-001.12-07:616.15-07 tutUes ptot, t1opealed 04 h 170 f the I)o C"D aj:p~ tealstal 8JI3, .0 0 04,beke co 9 %ount'a Ice 1() -P optic the b Of bilb 4 (lei) Obbl, azlz.fao bliog 061 Pl'ee,,,, Pertles aRID% 0,9 a 10tv (if th In th 11 Whi Or e pl,,, e PI a c4 0 64lf , .4 ZD q Ina &, 4P be '700 te 44d th P~kzssll 16- 4"))P,e, e,,p,,W, Agi-oj) e b, ood by Tvas c7as the ef,, Jola 1261 AP6033 18 T __9 - fiV) SOURCE CODE: -UR/0-177/66/000/010/oor.~8/0061 -AUTHOR: Z grXadzkim~,AG-wFWJL1eutenant colonel, Medical corps; Candidate .09 medical s8"e"Mce"s) Sidorov. 0. Yu,__ (Lieutenant colonel, Medical corps; Candidate of medical sciences); Sulimo-Samuyllo. Z. K. andidate of blolog:'eal sciences) (C ORG: none TITLE: Changes in human organic functions and working capacity dopending on rate of in-crease,of carbonic acid content-in a-horm-etically sealed room SOURCE: Voyenno-m edits Inskly zhurnal, no. 10, 1966, 58-61 TOPIC TAGS: medical research, medical experiment, carbonic acid ABSTRACT: An investigation was made of human organic. functions and working, csLpacity in relation to prolonged-(sev-eral hours) increase of carbonic acid coneentraL tion in hermetically sealed rooms. A group of young men unfit for military service were the subjects of 110 investigations. It was shown that the lower the rate of increase of carbonic acid concentration in the inhaled air of a hermet ically- sealed F room, the more gradual, complete, and perfect the action of the compensatory mechanisms in the human body. It was concluded that under conditions of relative I-Card 1/2 05815-67 033918 tranquility (hypodynamy) and moderate mental activity, the human organism can gradually compensate (in 2-5 hr) for the adverse effectof carbonic acid concentra- tion as high as 5. 5-61o, and can maintain satisfactory working ability. Elimination of hypoxy by Increasing oxygen pressure to 215o improved working -ability consider- ably. A supply of bottle oxygen must therefore be reserved -in hermetically sealed roorns in case the air-changing system fails. Human reserves decrease steadily as the carbonic acid content in hermetically sealed rooms increasc!v. Anyadditional physical load, or the simultaneous action of factors such as high temperature, noxious gases, etc., can impede the operation of the compensatory mechanism, and accelerate the deterioration of the organism sharply. Under such'conditions, permissible concentrations of carbonic acid in hermetically sealed vooms must be small.er. Further studies of this problem are suggested. Orig. art. has: 3 figures. SUB CODE: 06,05/ SUBM DATE: none/ I Card 212 rA4\,~ NAR~' W6036565 MCS OODEs, U ACC A ~~-.:THOH! Zm~adskiyt V. P, S~Lo~Lov, 0. U.; S 10, Z. K. ORG: none TITIZ: Effect of an altered gas medium on the development and course of ~Aec ression sickness (Paper presented at the Conference on Problems ef Space Medicine held in Rots-cow from 24 to 27 May 19661 SOURCE; Konforentsiya po problemam kosmicheakoy meditsiny,_J~66. _,Problemy kosmichaskoy meditsiny. (Problems of space medicine); materialy konforentsiio Hoscow'_l?0, 175-- TOPIC TAGS: hypercapn1a, decompression sickness, aeroembolism ABSTRACT; The effect of hypercapnia on the incidence and course of1decompression disorders was studied in acute and chron'ic'exper'iments on dogs and rats. -Animals exposed to atmospheres containing 50/6, 7%, and 90 re /0 C02 _q?e subjected to decompression from 760 mm IIg to 198 mm I-Ig in 2. 5 to 3 min, (with P02 maidained at 143 mm Hg), A special double cannula captur.-,-d the bubbles formed in the dogs' blood. The intensity and rate of bubble formation was compared with that in air-breathing controls subjected "0 1 similar pressure drops'* L~Cnj IL2 10957-67- - Rats were run on a treadmill at moderate speeds 10 min after decom- pres sion. Incidence, severity, and. onset time of decompression sickness symptoms were compared with controls. It was found that prelin-Ainary exposure to hypercapnia atmosphn.'Zes resulted in more rapid and more intensive formation of gas embolisms during barometric pressure drops. Moderate physical ex- ercise after decompression hastened the onset of decompression sickness, and increased, the incidence and severity over the controls. [W#A,, No. 22; ATV Report 66-1161 SUB COM: 06 SUBM DATE., GOXay66 Cc rd 2/:~~- BALWrISAV, A.14.; GAYONOV, A.Y.; Z&ORTADSIaT, To.T. *Cotzutar~otubN retarding system, for traveling-im-re anplif far*. Radiotekh. I alektron. 4 no.3:505;-516 Mr 159. (MMA MO (microwaves) 06 W1 41-2-1-11/19 S AUTHORS: Bravo-Zhivotovskiy, DoM#, Ye'remin, B.G.,-Za&-,yadskiy, Ye.V.1- _ Miller M.A. and Mochenev -S.B. , TITLE. Experimental Study of th~ Motion -of -Eld-otron ieams in Weakly-lion-uniform-Hi-gh"frequency Fields ------PERIOV!dAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika, 1959, Vol 2, Nr 1, pp 94 - 100 (USSR) ABSTRACT: It has been shown in-previous papers (A.V. Gaponov, M.A. Miller - Refs 1-3)-that non-relativistic motion ,,of,a-changed-partic-le in a weakly non-uniform field can be represented as the superposition of an oscillation with the frequency of the external field E(l)(t) and a motion averaged over the D-eriod of that field, i(o)(t) . -These components obey Eqs (2) and (3) and since the r.h.s. of -_ Eq (2) contains the electri(, potential vector the averaged motion of a particle is completely dofined by the Initial conditions and the form of L-he high-frequency potential 4(K) . The equations are best proved by studying fhii passage of an Cardl/4 electron beam through a high-frequency potential barrier. 1 141-2-1-11/19 W Experimental Study of the Motion of Electron Beams in ftakly Non- uniform High-frequency Fields The experiments demonstratel deflection of charged particles along the slope of the babrier; rofloction from tho ba-rrier; high-frequency focusing. It should. be posoible to study the first effect in an ordinary multi-cavity magnetron working in the ft-mode. Such measurements are hindered by a discharge which arises even in a cold magnetron when a high enough power is introduced. In a cold magnetron without magnatic fiell, the electrons appearing as a result of ionisation must slide down the slope of the potential barrier to the cathode and faster ions will arise there, the height of whose potential barrier is, from Eq (2), (mi/me)2 times less. Thus, a high-frequency !`.mpulse, introduced into a cold magnetron, will produce in the anode-cathode circuit a current pulse of reverse sign with an extended near flank. Measurementa have been ma.de by applying a positive voltage to the aaode to compensate Gard2/4 for the discharge current, with a typical result as in 06339 SOV/141-2-1-11/19 Experimental Study of the Motion of Ellectron Beams in Wbakly Non- uniform High-frequency Fields Figure 1. This demonstration is only qualitative sines the curve of Figure 1 should be linear. Reasons suggested for the non-linearity are: tunnel-effect, distortion of potential barrier, interaction between electrodes and particle-source in the irteraction space. The reflection of electrons from a potential barrier has been studied using the special arrangement ot Figure 2 in vihioh a beam of aloattons traverses the centre of a waveguide resonator. The resonator is uxeited with 1 licee pulsec of power at 60 Ge/s. The height of the potential barrier is measured by the negative compensating pulse applied to the cathode of the electron gun. The graphs of Figure 7,. are experimental results which agree with the theoretical expectations of Eqs (5) and (6) to better than the experimental error of ?%. The posoibility of rocusing a rectilinear electron beam has been demonstrated using a form of travelling-wave tube with a helical delay lino of mean diameter 5.9 nun, wire diameter 0,3 mm, pitch 0.63 mm. The wavelength was 10 cm. The focusing of thet Card3/4 06339 SOV/141-2-1-11/11) Experimental Study of the Motion of Electron Beams in Weakly non- uniform High-frequency Fields electron beam was indicated by the appearance of eolle,-,tor current with high-frequency power sent along the helix. The transverse velocity within the beam could be changod by applying a constant transverse magnetic field over it short length of the flight path. The relation between the limiting transverse velocity of electrons and the power nece r to confine them within the limits of the ssa ~ and the experimental result of Figure 4 helix is Eq (8 shows excellent agreement. V.A. Flyagin and V.A. Lopyrev assisted in preparation of the apparatus. There are 4 figures and 7 references, 6 of which are Soviet and I English. ASSOCIATION: Issledovatellskiy radiofizicheakiy inatitut pri Gorlkovskom universiteto (Radiophynics Researeh Institute of Gorlkiy University) SUBMITTED: October 311 1958 vard 4/4 SOVII 09- - -4-3-22/38 AUTHORS: A.M. Belyantsev, A.V. Gapono-ir, Ta.V. Zagryadskiy Type for Travelling- TITLE: A Delay System of the "Counter Stu 4 Wave Amplifiers (Zamedlyayushc-haya si3tema t1pa "Vstrechnyye shtyrill dlya u3ilite"Ley s begushchey volmoy) PERIODICAL: Radioteklinika i Blektronika, Vol 41 Nr 3, 1.959, pp 50;-516 (USSR) ABSTRACT: The possibility of employing a counter-stub system (of the type illustrated in Fig 1) was mentioned by Fletcher in 1952 (Ref 1). Here the problem is investigated in somi) detail. It is assumed that a counter-stub sy;item of the type shown in Fig 1 can be represented by means of an equivalent circuit which consists of a parallol-conductor transmission line with capacitances connected across the line-at spacings 1. The circuit is shown in Fig 3. The scattering equation of the system is given bys COST = cos k1 1 + Co + 60)- 2EX sin k1, 2C1 2c1 Card 115 where k is the wave number, 1 is the length of the stubs, Co and U0 are the capacitances between the SOV/109- - -4- 3-,L?/38 A Delay System of the "Counter-Stub" Type for iravellijjg-Wave Amplifiers stubs and the llbase"7 respeotively; cl(pis tile capacitance between neighbouring stubs er wiit length); JQCT = JBT is the equivalent eapacitance of a node. The abovo circuit does not take into account the exoss- coupling capacitances of the system. If theso capaci- .tances are taken into account, the equivalent circuit becomes more complicated and is in the form of the diagram shown in Fig 1+. For this case the characteristic equation of the system is given by; M+l 2 no) Co + -cn sin 2 tg2 kl n=l (2) 2 M+l Co + Z Cn sin2 n (cf + 7T n=1 F where Cn is the capacitance (per unit length) between the stubs which are situated at distances aD/2 Prom each Card 215 other. The summation in Eq (2) is carried out up to tho values of n such that the c.,,,,4oss-coupling capa-.itances sov/log.- - -4-3-22/38 A Delay System of the "Counter-Stub" Type for Travell i ng -Wave Amplifiers become negligible. For the counter-stub system in which the "hairpins" are displaced vertically (se4 Fig 2) o:~ with "hair ins" whose tooth -have different cross-sect:'.ons (see Fig 5~j the scattering equation is givea by Eq (4). The meaning of the various symbols in Eq (4) should bo clear from Fig 5. The scattering curves fo:! two different systems with displaced and differing "hairpins" are shown in Figs 6 and 7. Pig 6 corresponds to the system with, similar but displaced "hairpins1t; curves (1, and (3) cif the figure are corroborated by some exparimental points. Fig 7 illustrates a system in which the "hairpins" have different cross-sections. It was found that a decrease in the scattering and an increase in the transmission band- width of the system could be obtainedg If one of the "hairpins" was removed (screened) from the "bass". Examples of su.~~h systems are Illustrated by the scatte:7ing curves of Fig 8. The relative magnitude of tie electric field in a counter-stub system can be represe,,,,ited by the .so-called interaction impedance or coupling itapedarice. Card 315 This is defined by: tag sov/iog- --4-3-2.'Y38 A Delay System of the."Counter-Stub" Type for Travelling-Wave Amplifiers I m KM 41 1 - 13 (6) ap 2h2 P EI where Em and Em, are the spatial harmonics of the electric field component, which interact with the electron beam of the system; bht is the propagation ~.,onstant of the m-th harmonic. whiLe P is the poweir carried by the wave. The coupling impedance of the circuit shown in Fig 3 is given 'ay Eq (101), where the first -term is defined by Eq (1011). The coupling impedance of the system shown in Fig 7, ir. which the first fundamental harmonic is 'Ise')arated"~ is given by Eq (141). On the other hand, in the systems where the "hairpin;3" are dis- placed in the horizontal plane, the impedance is also given by Bq (141), except that the amplitude is represen- ted by Eq (15). The amplitudes of the coupling impedance for the first harmonic of the system shown in Fig 7 is Card 4/5 illustrated in Fig 10, Fig 11 shows the coupling impedance of a system with hori"zontally displaced SOV/109- - -4-3-22/38 A Delay System of the "Counter-Stub" Type for Travelling-Wave Amplifiers "hairpins". The coupling impedance of the system was also measured experimentally, and the results are shown by the lower curve of Fig 12; the upper curve of Fig 12 was calculated; this is in poor agreement with the experi.. mental data wh..ch is not surprising since Eqs (13) and (110 should be regarded as comparatively rough approxi- mations, On the basis of the above analysis, it is concluded that the counter-stub systems with separated fundamental- walres can be successfully employed -in- - travelling-wavo amplifiers operating at cm wairelengths. The method of i3valuating the dispersion characteristics proposed by thia author is comparatively simple and is -sufficiently-accurate for most practical applications. Card 515 There are 12 figures and 5 references, 2 of which are English)-2 Soviet and 1 French,-- SUBMITTED: July 9, 195~7 BRAVO,.9111VOT(NSKIT, D.M.; yoraijig, B.G.; ZAGRYADSKIT, Ye.T.; dLIRR, N.A.; Macbenev. S.B. %xparleental study of slosetron-beam motion Ift slightly Inhowto- gmnous high-frquoincy fields, Itv,vy9,u-chab,xavj; radtoflz, 2 n0.1:94-100 159. (?A FA 12110) is Iseledavatallakly radtofixicheeKy institut pri Gorlkovskon univerwitate, Ollectron beame) 11 "r, VV~Ap~, Axxvi kT!-.T V"q I"f -S"g-m, - ~ NSA.~ UaRTATSKIT, I.Y.; ]fRCWV, I.K.; KISZW, S.K. *tu,,~.,, -!I,L Drying enameled wave by combustion gases. Now.energ. 11 no.8: 19-21 Ag 136. (IMBA 9:11) (Shumeled wars) (Drying apparatus) VARFOLOMEYEV, D.F.; BUGKI, Ye.A.; DUDIN, V.N.; 37AGRYATSWA, L.M.; ANTIPIN, M.K.; MARKINA, A.I.; P6LINSKAYA, M.R.. Recoverinj OfOlit CAUOUC Ulsing flUe gases. Trudy Bash .111111? no,5t )19-322 620 (MIM 1711O) 1* Ordena Leninit Ufimskiy neftepererabatyvayuahchiy zav&-lo . . . . . . . . . . . WW~ I as-MMI s/196/61/000/011/0'50/042 E19VE155 AUTHORi Zagryadts"i_,_V_1_. TITLE; Parallel operation of asynchronous frequency convertor PERIODICAL; Referativnyy zhurnal, Klektrotokhnika i enerjetika, no.11, 1961, 27, abstract III 2o6. (Tr. Gor"kovsk. politekhri. in-ta~ v.16, no-5, 1960,-67--71) TEXT. Asynchronous frequency-convertors which are usually driven by induction tiotors can operate in parallel just like a.c. transformers or generators. They may be paralleled to similar machines alroady running without employing any synchronising equipm,int. The asynchronous frequency-convertors easily pull into step despite the difference between instantaneous values of e.m.f. provided that the difference between secondary frequenties does riot exceed 14-3%. Asynchronous frequency-convertors in parallel are very stable, and r~sduclng the field voltage to 0.1-0,15 of rated value does riot disturb their operation. Load currents are distributed between Card 1/2 Parallel operatIon of asynchronous s/196/61/000/011/0:50/042 E-194/E155 asynchronous frequ,ency-convertors in inverse proportion -to their ahort-circt-it voltages and In direct proportion to the rated outpit. 4 literature references. [Abstractor's notes Complete translation.] Card 2/2 ZAGUADTSM, V,,I.,ffl insh. Paranal operation of aquahronaus frequancy obangers lYuitr GPI 16*no.5#67-71 '6o, (KIPA 16945 (Frequenc*, obanRers) j-, gpip 'C-Yqc :4 fu~ r L-wT 7, A 1 y A M T ve3va MAW 4-W4 S CUPCE i B-yil. izobretordy i t(rrarnykh snakov, no- 3, 1963, 36 nr frzqn-iinr- ~-rr addiri oxiciation 'lc .5 acid Dntno~ 311 T:,,,3 t r ac er 5 '10 c -om-plete trars a-,on," has no figures, tables,-or formulas. ASSOCIATIOIA none SUD2TTED; OgApr62 i= 23,Tul63' EICL: 00 Card I/ I TIMSHERKO, YU.I. --Flezve propagation -following -the--ignition-with-a etabilizad-and-__ unst4bilized electric spark* Trudy Inst. dvig. no.60-10-117 162, (KIRA 160) (Gee and oil engines-Ignition) V ZAGRYAZISM, A. A. Joints of Concrete-Reinforcing Round Rodp," A. A. Zagryazhskiy, Engr a "Gidrotekh Stroi" No 1, pp 14-17 DiscuBsea test results of various types of weldea joints: butt joint with circular seam, beat claii, thrown-on hook, close shackle and flat plate. il Tabulates and analyzes results as to max strengt#, 4tomparative metal consumption, or facility of I titting'rods to eadh other. 21M4 ZAMYAZHSKrf, A Reinforced concrete Construction Industrial method of - erecting reinf orcement members f or h7drotechnical reinf orced -Concrete structures, Melkh. trud. rab., 6, no, 2, 1952. MonjblZ AAlt_ gf_ Rugglan &ccessloag, Llbrar7 of Congress, June 1952. Uncla"If I.ed ES,KIY, A. A. Reinforced CDnerete Welded joints of -rods-with rouati- croon section used- in reinforced concrete. Gldr. stroil, _-___2l,__no, 1, 1952. Mouth- -List of Ruasi Acagasions, Library -of Cougress, 1pril 1952 . UNCLASSIKED. ZAGRYAZIISXIY* A. A. Sng, 2. USSR (600) 4. Reinforced oncrete Construction 7. Tecimical and ecowtic Indices of the uae of reinforcement construriAon in -hydrotachnical reififorced-con-cret'e. Gidr.stroi. 21 no. 10, 1952. 9* Monthly Lint of Ruestat Acceactana, Library of Congrega, Februarj -19.li~, Unclnesifiede -