SCIENTIFIC ABSTRACT GOLOVCHICH[ ] - GOLOVENCK, V.

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SCIENTIFIC ABSTRACT
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GOLMNI I "Mollaww"10" -%up"00000 ftorostrmatwal inv*01gation of reversible Y ;;told transforattions I* Iron-nlcUl alloys, Probl. zetalloved. i fin. mt. no.2tllg-198 151. (KIRL 3-100) (Iron-nickel alloys-Notallography) GOMMUM4 1146x. I t f he dlooomfton of alarostrustur*e at low texperatmos. I fit* not. weWO-239 451. (XnA UtO (Iromi-nickel alloys-Mallogmpby) (Notals at low ta"tature? (%=n apparatus) 17% ~-z I.' -Urw. rill Btl'DZYMVIOH, I.A.; 0010TCHIMM, Ya.K.; KMYUNOV, G.T..&kAdealk Coercive force change@ during tempering of hardened, low-carbon steel. Probl. melalloved. I fin. met. no.4:205-208 '55. (MIRA 11:4) (Stool--Heat treatment) (Irerromagnetlem) ..1-1.0,0PTCHIM. Xn.M.; TTAPKIN. Yu.D. Stabilization phenomena during reversible mmrtensite trAnsformation. Probl. netalloved. I fig. met. no.4:209-218 155. (MIRA 11:4) (Iron-nickel &1loys-Metallography) OOIWCHrM. Ya,X.; GOW313DY. T.M. , I ..05NOWN no oarolve force and width of X-ray interference 11nove in low- carb-an allcq*4 iteelso Probl. motalloved. I fiz. met. no.4:222-227 '55. (Steel alloys--Kent treatment) (MIRA 11:4) (TerroaWetlem) BMDM, A..)(*, doktor toldudohemkiW nauk; X&MINSRIT, B.Z., komdidat fisike- maomatiabooklich asuk; BUr*Wy, N.V., kandidat takhnichookikh nauk-, GIMMMY, A.A., dotsent; XQTM& 11A., inzhener. "Propertlem of vaterials used In turbine building and asthods of tooting them.0 Reviewod br A.M.Borsdyka. and others. Zav.lab.22 ne.4: 511-512 156. (News..-Testisc) (MM 9:7) luF_- Al)yfi-ffi. Catescry USSR/Salid State Physics - Phase Transficruation in Solid Bodies E-5 Abe Jour Ref Ztnw - Fizika, No 2, 1957 So 3817 Autbor _QoJqyOgAgSx_ U.M., landa, R.A. lust Institute .. of.ii;Ul Working and of Metal Physics. Central Scientific Research Iftstititte for Ferrous Metallurgy. Title InvestlioAtion of the Fine Crystalline Structure of the ~ Phase, Stabil- ized, by the 11mrse Hartensitic Transformation. Orig Ptxb Dok1. AN SSSR, 1956, 10r7, No 1, 67-70 Absitrwt X-ray methods were used to study the variation in the fine crystalline struct=e of mustenIte of an alloy of iron with 27.2% nickel and 1.15% titaz)d%=, subjected to the following stabilizing treatment: 90% reduc- tion, cooling In liquld nitrogen, and subsequent heating to various tem- peratumes from.640 to 7T50. The result of such a treatment VILS a direct and remerse nartensitic transformation. It is shown that the state of stabilization corresponds to a state of Internal phase hardening, cbar- acterized by an increased berdness, considerable stresses of the second kind, and cerfain crushing of the mosiac blocks. Increasing the heating temperature emumes a linear reduction in the stresses of the second Card 1/2 SOVVIN-59-4-W7 Translation rront flo,forativvy &11~' N6tallursv&' 1959, Nr 4, P 167 (USM) TIMit on the ?race*#,: ot Nualeatian in Martmolts Transformation PERIODIM: Sb. tr. In-t mstallov*d. 1 fts. metallav Teentr. n.-i. In-ta chernoy metaliurs'Ll, 10, Vol 5. PP 66 - 90 ABSMCT: The &Uthar dislousses varlam nations aft regularities In the process of nuols*tlw ln~.malrtenslt* trsomformstIon and various resulting lWothezes and "U*ns a4 the causes at rapid damping of this process In isothermic holdift- In tho' pr'amenc* of great amounts of non-transformad high- tempoaturo Phase (the so-called tbird peculiarity of martenalte trans- form"lon). Xh:ia stated that the Xurdymov theory in not able to ex- plaln:'thib thlid Peaullarity In comection with the fact that martensits transtormatlen 20 considered In the theory as a transformation oocurlng in a sitrsss-tr** sodium; however, it is nte*ssary to take this factor Into iLaciount It* analyx* the process of transformation during the initial staoq~ Hartonsite crystallization, takes place during the initial stage Card 1/3 accoriUng to igaueral catAitions formulated by G.V. Xurdyumov. Furthermore Ale- on the. Process of Iftibleation,; 1A Martensite Transformation sov/137-59-443507 it to I calimary to consider effect of the originating field of variable micro- 00 stross*x. In the detorn*d =041 it in necessary to distinguish zones of single- valued vdccrostresse,~:whose 4i,*Onaions do not Seneral4 coincide with the d-Imenslons of tho ~Walc block.:: The sartAlnelts crystal nucleus arises in the zone of single- valuo,mlorostreas sod in SMWIAS In subh a.wmer that the stress occurring there coincides An the sW arA ix~ tto direction, wM the stress which must be created by thi6 origination (if the n~oleus; this deereases expenditures for the elastic work or formation of, the wartowsite nualeus, whereas e3q)snditures for the surface anerp " low duo 14Ahs **Ugatlon of the lattices. The dimensions of the single- value. stressed son# *4*t examod the d1penalons of the nucleus. othervise considerable inhibltioO of uArtonsIIts triWaforMtJOA take$ plaoe. D=pina of the process dnx1mg lsatbisrmli3 holding Is expia'U'~md bly the origination of now microstresses with each rAw martAinalts arystal vh1ah reftqes the tons of elingle-value stresses. Dropping temperature land, 'con"quently, reftatla~ of the critical dimension of the nucleus create the possibilitV Card:V3 'A/ On the Process of Mcleatiop in Mar"Wito Transformation SOV/137-59-4- W 7 Of usIDS reduced S040* of 6~0910-valu# mtreanes,' Du:rIM the last stage of tram - formiatl*6:~ a field* at 61ose 04ressidift is belAg formod due to the prevalquice of- ;O"s with omp0assed -latiiioa j Um transformation stqw. The formation of a field of variable istre*8*4 * Plasti* diefornatice tram withaut'umW exert a atimlating affect at lair degrees of deformatim. There are 37 bibliographical titles. V.R. rV/I~ Card 3/3 SOV/137-58-7-15653 Translation f rum: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 248 (USSR) AUTHORS: Golovc~~~. , Landa, R. A., Khalin, L. M. TITLE: Study bf the Mosaic Structure of the Gamma Phase of Iron-nickel Alloys, during Direct and Reverse Martensite Transformation (htucheniye mozalchnoy struktury gamma-fazy zhelezonike- levykb, splavov pri pryamorn i obratnom martensitnom prevra- shchenii PBRIODICAL: Sb. tr. In-t metalloved. i fiz. metallov Tsentr. n. -i. In-ta dhernoy metallurgil, 1958, Vol 5, pp 136-146 ABSTRACT; Alloys of the composition (in %b) C 0. 05, Ni 27. 3, Ti 1. 2, and the balance in Fe (1) and C 0. 06, Ni Z3. 5, Mn 3. 3, the balance ia Fe (11), were investigated. By means of the varia- tion of the Debye interference spot the maximum disorienta- tion (D) of the mosaic structure, and the behavior of the -y phase in the course of the direct (DMT) and reverse (RMT) marten.site transformation wero studied. The D increases considerably during DMT and to a still greater extent during RMT. Upon raising of the heating temperature after the Card I/Z completion of RMT the D also increases. In alloy II the D SOV/137-58-7-15653 Study of the Mosaic Structure of the Gamma Phase (cont. decreases somewhat in the initial state of RMT which can be attributed to "elastic" relaxation of stresses of type IL In the course of RMT and during subsequent heating, a modification- of the orientation of the crystal as a whole is also abserved, aside from the increase in D. 1. Iron-nickel alloys-,Phase studies 2. Iron-nickel alloys L. V. ---Structural azalysim Card 2-12 co4ovcylAfet, AL-In' 137-58-6-13268 Translation from: Referat:ivnyy zhurnal, Metallurgiya, 1958, Nr 6, p 300 (USSR) AUTHORS: Maksimova, O.P., Golovchiner, Ya.M., Lyubov, B.Ya., Nikonoreva, A.I. ------- TITLE: Fundamental Trends in Investigations of the Theory of Mar- tensile Transformation (Oanovnyye ndpravleni-ya is~ledovahiy V oblitati teorit rnartensitnykh prevrashcheniy) PERIODICAL: Sb. tr. In-t metalloved. i fiz. metallov Tsentr. n.-i. in-ta chernoy n%etallurgii, Trans. Amer. Soc. Metals, 1957, Nr 49, pp 4Z7-444. Discuss. 1958, Vol 5, pp 147-160 ABSTRACT: Fundamental problems of the study of laws governing the martensite transformation (MT), the effect of various factors on it, and the control of the process of MT, also means and methods for the investigation of MT are formulated. Biblio- graphy: 80 references. L. V. 1. ~hrtensito-Anaiysis 2. Martensite-Theory 3- MetRls--Trans- f ormations Card I/ I 28(5)l 24(4) S/()32/60,~026/C' /036/0S2 Boi On% AUT90k. Galov,:Unor, Ya, M. TllrLL?:' ~ha)..ber or Investigating tLe De7,ree of ff ru-~rn; "nha),Ifie icon in crystals IV\ PEPIODICAL: Uvodsltayoa laboratoriya, 1960, Vol 26, Nr 1 , pp 106-108 (tis SR ) ABSTRACT: The mailrium angle &" of the degree of 6iaorientation to an importani cliaracteristic of m!,!3a,-;c structure, For precise deterjnlzation:~ of ,," , the angle of convergence P of the primar$ X-ray beam ~!!ust be lark-,er, i.e. P ,> . In a sealed X-ray tubr.-, the maxi-nurn value, for 5 is 30, v-,hilc C can be up to 150 (!Iefs 1,7). B. 11. Rovinskii- and L, :J. Rybakova fRef 5) Used a dismountablo tuLe with - lar~-c foc-A s_~.,ot to wiJ~en P. In the present caso, the usmal soiled t-ubc and a slijrhtly modified Debye cbamlipr ~ippliod, By usinC a simple X-ray gonio-netric unit j:hotogr,..,:)hic cirditions were mttained, which rendered pcan.41le an effoctivo. Card 1/2 eDnvergence of 160 . The sam-ele is ittF..ched firmly in the X-2ay Chamber for lnvemt.igating the Degree of S/032/60/026/01/036/052 Disorientatior in Crybtals BOI 0/13006 middle of the cylindrical filt holder (Rig 1) and can be turne,Va'bout an angle of ;t 60 together with the latter, thum Oring the primary X-ray beam a convergence of about 160 . This oonvergenco, however, 13 not axially eynmetrica. The demoription of the working technique of this instrument shows, IthAt 'by turninj; the filz holder (and thus the sample) not ouicirposed reflexes are obtained, -ivirg a photograph which To intennely blurred not only in~azimuthal, but also in rndial direction. A diagram (Fig 2) obtained by means of thx~ ap.jimratus deticril,ed abov~_~ in Civen, illustrr:tinL, the dinenniontl ard structural changes oc_-uri,-in,: in the Debye crystallogwrine of the -phxoe in t1lic course of the martenoite transfornation. There Lre 2 fi,,,-ures, and 7 refer"ces, 5 of which are soviet, ASSOCIATION Tsentr;h,11nyy naachno-iseledovatellskiy inotitut chz:rnoy motallxirgii (Central Scientific Re:7oarch Institute of' CiKrd 2.72 Perroull Met~lllurgy). zX S/032/60/026/04J"12/046 B0I0/BOO6 AVRORI Golovothinn.ya. No TITLIs Ou queettc= Concerning Methods for Measuring Second Order stresees on* the Dimensions of Blocks of Mosaic Structure PUIODICALt Zavodskaya,laborstariya, 1960, Vol. 26, NO- 4, Pp~ 431 - 444 TEMT i A detailed diecupsion is given of the integral method (approxiination method) for the'X-rey livostigation of the fin,e-grain structure of polycrystal- line o~jectev which is 6^0ed on the deteminatIon of the width of X-ray lines. HooomOndationo'for svo*Uace or reduction of errors in existing methods are given. I't is found that,an erroneous vim-point regardiAg some experivient.&I conditions may lesid to *6rious-arra". The following questions are therefore dipaussed sepaxAtolyl takIng into account the anisotropy of the elastic proper- tito ot crystals# selootion of band pairs, selection of approximation function, &n4 the possibilities of reducing -the, instrumental band width. A table shows the relati,rv errors.iia the 41sterminations of structure blocks, and second order stronalis as given by U6, following investigatorat L. S. Moroz (Ref. 5), G.1,T6 lurdyuxoT and L. I,Lymak (Refs. 4,800), B. M. Rovinakiy and Card. 1/2 On tkusstions Conaerning~,Methods for Measuring Second S/032/60/026/04/12/046 Ordir Siressee a84 the 101mensions of Blooks of Mosaic 3010/B006 ~bakova (201.3A)1 ye. 0. leatorenko (Ref. 21), W. 1. Wood and L 11: R w: * R*ohinger Re 113i%). D"Ing on the results published in the present Pam &#'anneale. Armca~~ron was lAvestigated by cobalt radiation using the KR0q_1 jamora (bond (310)). Agro*"nt between experimental and calculated values was satufaitory A cam0s, (Fig. 5) was designed (designers: V. M. Kutyrina and 0. A. B~iltrlyev*;00, which readers it possible to investigate the band width whea working wit*: ~be And an ordinary Finally, it is judi"ted th;a~ the 41401ins methods, developed by the above-mentioned in- 0 -Y:s~iga*crep ovg~t t bsJ,'P1aj341ard1xedb Thle would make a comparison of experi-(Z' a utal vslue:bpositblo~ 4 special oonference on questions relating therto seems .0008ma47. P lii %~ionv by x. Po Arbuzov, K. V. Chuistov, B. Y&. Pines, and a themis for * diploma by R. A, Landy are mentioned in the paper. There are 6 figur*s, I tabie, and 41 referencest 32 of which are Soviet. ASSOCIATIONi Te*ntralliv~'nauahno.-ionledovatelliskiy institut chernoy metall-argii (Central Scientific Researoi Institute of Ferrous Metallurgy) Card 2/2 PHASE I BOOK UPLOITATION SOV/5525 Bagaryatsitly, Turiy AIekxaudrLvioh,, Doctor of Physics and Mathematics; Yakov Mendelevich Golovq~4;~er; Vera Alsksoyerma; Ewsawdl Zellmanovich KazLinskiy, Candi- Mathestatics; Viktor Mikhaylovich Kardonskiy; Vladislava Kazimirovna Xrltskayas, Osndidate of Physics and Mathematics; Leonid Ivalbovich Lyeak, Doctor of Toobni*al Solabees; Yurly Andrayerieb Osiplyan; Mark Davydovich Parkas, Candidate of Tecbxioal Scionces; Vladimir Hoineyevich Rozenberg, Candidate of Teoh- wical Soiences; Uum Isaakovich Sandler, Candidate of Technical Sciences; Nadezhda Trorlmovna Travina, Canaidate of Physias and Mathematics; and Ley Markovich Utevskiy, Candidate of Technical Sciamoss. Rentgenografiya v fisicheakam motanovedenii (Radiography in Physical Metallography) ~bscowj Metallurgrindats, 1961. 368 p. 5,200 copies printed. Sportsoe. ~ genoisms Gosudiarstvem)yy na=hno-ekonomicheskiy St-vat SSSR. Tsentralinyy nauohno-Isaledowatellakly institut obsruoy mtanurgii in. I.P. Bardina. Inatitut metallovedeniya, I fixiki matallov. Ed. (Title page)v Yu. A. Oagm7stsidy; No of Publishing Houses Ye.N. Berlin; Tech. ?,d.t Ye.B. Vaynshteyn. Card-,I/-.?- Radiography in Physical Metsnography SOV/5525 PURPMEi This hwAbook is intandad for x-ray technicians working in plant labors- toiries of the mets.1.1urgioal and maohine-manufacturing industry. It may also be useful to technical perawnusl In the field of applied x-ray diffraction analysis employed at scieotific,tacImica-1, and educational institutions. COVERAGEt The handbook contains basic information of the methods employed in metal- lography. It cemaists *:r four parts. Part I contains descriptions of methods for the stady~ of polpryotalm,, Including the special features of the work with sharp- focuse4 tubes and Iotdutton counters., preparation of specimens, and choice of radiation sourcesj. filteraj cameras, and geometry of the picture. Data on the phatometering of x-ray pictures and on the application of electron -diffraction teelmiqpas to matia science are also presented. Part II contains a detailed description of stresses and deformations in crystals of metal, as well as of now methods for measuring the site of grains and areas of coherent scattering. The material also contains date on methods for stu4ying the recrystallization of metals for determining t4oxtures. Part III is devoted to x-ray phase analysis to be carried out with the aid of tables Included in the appendix. Part IV deals with x-ray stud- ies, of steel that has beft variously treated by thermal and thermochemical methods. Ho personalities are mentioned. There are 282 referencesi 199 Soviet, 55 English, 26 German, and 2 French. DOL-OVC;HU=, Ya~K. Erteevt of L'artain factors of the gemetry of P00tolpraPhing Ou tho naignitiade or the a".'OPMAI error in the precise determination of tLe lattice period. KrIstal" grafils 6 no.3:357-362 My-Je 161. (KIRA 14:8) 1. Institut metallovedeniya i fiziki metallov. (X-Ray, crystallography) (Crystal lattices) .-GIOLOWCHMR, Ya.H. Sam characUristics of the rev reible martensite transformation. Pro'blattottOlUved.i fiamet. no.7s281-306 162. (14M 15 z5) (ftool-HatiMognphy) (ftwe mb and equilibrium) VI, di iih f, ~41 TT Vi Y~' I..-j 21 I~R.l V-i ~41 I -j--, 7z, 'r alvol4tlod matbod for determinixg the position of the center of gm*ity of the literference line circuit. ZaT*Iab. 29 no.101-55 1630. (KERA 16t2) 1. TS4,mtr*4,lzn naucuno-Imelsdontellskiy institut chernay Gmvr,HXNHR, U.N. Preutinion maumrament of the lattice spacing under cmditions of broadensod Interfermoe lines. Jkv. lab. 30 no.6eM-112*64 (min 17 t8) 1. Ubntralln7y mauchno-iseledovatel'skiy institut chernoy metall-tirgii immi I.P* Bardina. pA-u f 04 ~ 1; At *0 4,ol, 'W4'v4' 1A with ugm 0 in. FA!. 7j4' %-a. I Is MAPW Fisfill 9 34= qj 14i6 -411'111110110-3-4111 1 tO N*d. viltio bww hm to I **Kww. dor *.,Zl .114. iiokio 11to. o0 an kio torsolor balk 411111 glotrProd-1 MOVIld. 1"10111 fJ.W At lAk ' lu, 109:3ill w1m)"roan thm- nOk- ikid. on 210' (d. Dun-b. J. Pruitt. Clom. M, 414. , at 1:10% to ('MN-les"ift4whool- k- ard 0., ~'J. tn. IN'. -hirb on funbon boroolt" at jjbl'ooj"~ a'&J- 'Moosdow qW. ' t :M1 A . Horsull"s N 5 IV IC % U Itt to u POCI. fm I I In, and drvoinjig. hv 4Ad ic, W N111,4111 Jim .111, tul* dichkortort =~J Ush to kd 27g. tn. CI W'wL'4.1?. any C"Ws (YO * A =00 i alob. ni. WA pierate. too 11111 -4 ~. fortiourd ist VC% yiellf Coatiol ve from A-fis. V insiall. cv,..w 4,41 a.m. 4.4 U-.#- yVikft. m. Jil, 10' lot. (f on v &MI , no-1 i0olpe"fam (VI). Crook" p.-Vd by voilortkne olf A ZOO I- d1wib . , 1`1161CIO-vIaltdolide by The awbod ut Cattes swit 1-mkin fi c" s V . .. w. al, 1= (11W)) wbM uxkUwd with 2% fW)j%l% - "at). in I be P1 C." we of 411'and them sorWalairli odvmt% nina with "it - H-%L)t 9*VV so 0 torid. Pak rdkw rttvdlo~" lot. outimittlim ; t hat fill Fe P4,d-.-d mlv rttonificatioto twoopeol".. Ilk - .0*: Will. tordrolivowd wlth;bl! , IIC1 at I to,. folorined 4nd. brigoi: yt,11- ne'411cl. "I N P r 111111"olill; IN ( IC), FarelyfacitkillAwic fti'L ow. Ilia v. ueo in 97-S. Vicki bv reduxsnff 137 a. saw Lu a, Ig no 0; too 4 K OR 1114 It 0 0 0 0 oil Jim all. k Is I nt am slid. fim 014 b CIO 4'.4kUbmallb 1w 0.4 FAW04401" "lows, ""M 1 a 00 1 1XV. pe"W NO,* - 4 V V, 1 j .4 mm"d. 0 h-. ffilit,"le 4460. am ~.owl 4MI, file ll=- 4mi;w4q j I Wil 411 IIJ fill t *Od (low NO to r'se"d . . MOM%tv d 0*1 wrohmi 10 kalli of in, s wiqb W'~ IM W411 0. r Nils. m. 14 .1 . (ib" NO m in a. x1 N f OW (14,16 g. I J* swqoqbwdwn. WI oo PCU + " 'W' W. V . 1. G. ~Irlllh ad. "'O f.. swml~ with 2h" 1100 pw Wrv, o- mordift. "I. AM, Im. g*.). I j 2 S A it. " wow" dow- a afth:1.Z., 0 cls jaw 111, &k-.. saw'.. 6 ~ftiw- viodmaimf IMI). W. 2N-6*. HON(A. rystWUm). Htut- up to MW* uodrf lid stappid VWMrd 00 00 90 00 go 00 00 00 90 00 00 00 eel A c oil . A I S 4 44's- -40 -SWUM t r - u ;ta V .8. . 44 00 * 1*06 2-atid ~Mwlb 4 by the ~tkm, .4 dai ' JAA OR U41 41C1 to a vold. % sCj 11(mak. ag o roe see voo loe bill#, Joe -%d- of 0 0 0 0 0 0 0 0 0 0 0.0 a 0 fu A%6 W40 r.9 all vim t meal noo g YWd it the a-me oo g thM bdow or dom W" 0o w IL wl 0o coo we* NO tto OD woo :n be* o o w do 0 0 o Oeo 4" 'bo 0 o6, 00 00 0 000000*0 a 0 i, k , 4, /01 ON win S. 004- N. 41 OIL. lvvmoilojil.~ -Am the obw all of 301, it film mm va "Md.! raboalms 3D calm. at 7045% Md addillit bl, mam. ilmeavoccowy. from 2 separaw f-84K 04. vehme. - :No W 144 Irmahm vemed Mod - 002S- NSA:ml 4M Md- C004- 1212 9- I UV n4jeamil 7A1 ead4i Well, W 1-6 . al 76 .= a" Ii The she"" W" 1.5 .4no, v4dlikd to Coop with It 1 110. belled. OtOW flore, d 11. 04i 1 1; Ilion ki. 3, lpe an.. 1~ ILS, "A the mHate (V) W TV was ppl& by adrillm 4W s. " the, to 130 NOW. them washed and dried at W-MI. The 3 coilm Illem. toy If Addoll, amd ano AWA. ilb 3 1. h; 3% IRCI amml Wd. a. the velftte; Tbm, a coo acksoad vilo. The coftbiatcl *y pple. "lbed 7R4.5 K.. (85%) Pinfil". 1. Zr poollimplow 31 uric add was ot*alned by tuting 684 q crude i with I A 600 J~ Mot I 1'b" mizK in a 54. Fe pot I for. no 1?0-4u" Is" JIV.. . ;74 beouo`~'rjg JIM) j* ~kg "Puktrube' ka - W**';wlU td to lffl~-106o was treated with 'by *4 be onell. coni 111". 1.5 L kll bot water. coubed. trandeired to a solo. offtig. do* Alitat.w;wIld we 1-. NmOH in to- 12 1 - 1W, to". filtered. ak-mlificA Ito COW Wkk -7 k. HOD. littered. gee 14$hm~q it !tank 0440% wich W% 110, filtered, lamiled with b I to vm Mud dHed at l(W. yiewills W7.7 S. (85.4% pority, at 4we to 1H I Z: 0 IM-1 1.1 14 H WIS. 1:011 92% di lbeary) of uric acid. The uft of a lam cute" tal"; *" 'gas TfOrwol.madvali - a seen mmaW of tted the employmni of V. imber then the j dOo at 107%),", )tk dillir 9- IT. in the fusion. Daris Gutov Midlint . nn= jZl Ji A I a -W I x a 9 a 0 GOWVCHUSKATA TZ. 7 7 AWT,77 ?A 0/49T33 S. S. GolorveMnakido., Night inbstituted derivatives of methylated zanthinos. 1. and oxy-methyl-caffains. n. 212Q. Ox,v-methyl,caffeise is formed an resalt of hydrolysis of 8-mono-chloro- methCrl-e&ffsIz.*, &M 8-aaffeizs-aldeb~de an kvdrolysto of 8-dl-chloro-metbyl- caffeine. Lab. of Heterocyclic CompoUnds, the OrsbanikMsk-4. All Union Scientific Research lust. of Pharmaceutical Chow. December 9. 1946 SO: -T. Gen. Chem. (USSR) ;M. (80) No. 12, 1948 xn, Amnommethyl- and Aainoethyl Caffeines~'" irZ~ AUylated Derivatives," Ye. S. Golovohb.i~ Aik4a' Te. S. Cheman, All-Union Sti Res Cham.-Ibar mmi S. Ordzhonikidze *Zhor Mmhch Xhim" Vol XXII, No 3, pp 535-540 Gives a nethod for producing 8-sainomethyl cafftine =4 its alkylated. derivis from 8-chlarowAthyl uX- felme. Establishes the conditions under vhi--b the as$&* Of p -(catfetne-8)-proplonic &aid viIl be UV0002mia into 8-admotbyl "mue. 7m' ,mug ampla me" mpm**U'AS 8-6310mmm dam -dimtbYIami=Wfftb7I caffeine, 8-4- caffeine, 8-Aminoeth'71 caffeine,:".-. varfV1136 the wt~oal awnafttbyl caffeine sAj~ 46 -LiL_ L L V.V (asiq V= 9pTAo,[qawpAtj) aaTajy9a-(7rAdoadouT=TAq-, -aTp-E)-q ptm 4QUTaJ;vO-(,tAdoxdAxo-C)-q jo aa,4sis OT-400v QqZ "OuTaJJVO-('EAdOmlwojtp-E)-g -auTajjuo 'PT310 OTuOT40-ZdIOTtn-(g-OuTia;i'ao)-/ jo jaqq.9 EAzuaq a%n .paqjxo9ap puv paz-F9aqVm" ajaA *rT,WttO,S 34A *19 AO=H TUA PTOV OTMTdr)-ldTOW~ zatne Ttzueq aq,4 ;pKTjosaip PEM PazlgOWU" =OA 2ulAOTTOJ OuA '1--r4OTt' XmmH 4f 1&=q am -j* aan,*~ ftTzT=;Tftqav aim on& ~Spkm-w = 4" pft- -,wp ttv -Oppm Aam M.Ta ~4n*w sw,;O~- 4mVzTxAXVWap -aq,4 ftT.ATOAUT UOTI~09= Olq& Qga-oWa dd 'al oil 12Z TOIA qz- 55 6 (jrca Utnqjvo aqq jo agaafte aq~ is nuTl[ Uoqai3a auo jjo !tTVU AT44ipd ptw "JIL faulag jo uoT-4" aq,4 Aq sEoqoore 01~ MA"tZOD kTUvd 'UOTITOOd 9 OT4 UT POTn4T!P I -qns apkpM ula BuTAvlq tauTajjvz) jo saAT-4vATaap j A 8-OubstituW DwIvatIves of Methy2sted Xanthinse. VIII. Caffeine-8-Alkyl Curboxylic 1aids atd 8--.Ukyl Uffeines. "-702. Sbornik statey po, obahchey khInil (Collection of Papers an General Chemistry), Vol 1, Moscov-Laningrad, 1953, pages TQ-766. JLU-Union Set Ties Chemioo-Pharmacautical Inat imeni S. Ordzhonikidze, laboratory of Heterocyclic Compcmaft G01MCMIRL431, To.S. (velena semenovna) "Irrmstigation of the Synthesis Academic degree of Doctor in Chemical 1954, in The Counoll of the All-Union Sergo Ordzhonikidze, of Purine Compounds," (Dissertation), Sciences, based an her defensep 24 June Sci Res Chemicopharmaceutical Inat im. 0-M- 3,054.,716, 2 Oct 57 -. 7i lei:101-5 .. Ve- , 5'.. C:,,, P I 00LOYM.11=YA ,,, TOJ.-, OWBOW. R.G.; OMMISSXAYA, A.A. v"WOW116 , Purification of S-mthylthoobromins. Zhur.prikl.khim. 30 mo.12:3.806-1810 D 15?. (KM 1111) (zanthins) OMOVOM.IMUTA -ApSo -M.-, CSMffAWU. A.A. z ~79VPWA. v Proyaration of B-CtrichUromethyl)- thsobromine and thoobromins. Zhur. p:rikl. khlx- 31 no.8i:L241-1245 Ag '58. (KIRA 111-10) l,.Tms*vrmrq7 nauchno-lasledavatollskil khimikD-farmatsevtichookly lustitut luni 3, Ordshoulkidse. . (T60roadne) 5W SOT/79-29-4-37/77 AUTHORt Golovchinskaya, Y*. S. TITLE. On the Transformation Reaction of Uric Acid Into 8-Nothylxanthine (0 reaktsii proyrashchoniya mochevoy kisloty v 8-metilkeantin). III. Synthesis of Methyl-isocaffeine and the Structure of the Triacetyl Derivative of 4,5-Diaminouracil (III. Sintez, metilizo- kofoina i stroyanlys triateetillnogo proizvodnogo 4v5-di- aninauratails.) PERIODICAL: tharnal obohohey khimi%, 1959, Vol 29, Nr 4 pp 1213-1218 (USSR) , ABSTRACT: The application of the rather short scheme 1 for the synthesis of nothyl-isoc&ffeine (III) suggested by the author on an earlier occasion (Ref 1) and mentioned in the present article is rendered impracticable by the difficulty encountered in separating tri- mothIldiacetate M from the aqueous solution after mothylation locamse of its high do 0 of solubility in water. Moreover, the quantity of di&oetate 11) crystallized from water a 8 0n l - 40-49$ in relation to uric acid. Another product (2; wa8 30% ) ioolato4L from the mother liquors by evaporation after (II) had been sawated. This product, however, was a mixture of di- and Cask=10* monomoetate. For this reason the aggregate-(III) yield amounted SOV/79-29-4-371/77 On the Transformation Reaction of Uric Acid Into 8-Methylxanthine. IM Synthe- sis of Methyl-isocaffeine and the Structure of the Triacetyl Derivativo of 40-Dia,minouracil to as little as 27-29%. A convenient synthesis of methyliso- Caffeine (of 19398pg-tetramethylxanthine) from uric acid was found, which eliminated the necessity of removing the inter- mediate products individually and resulted in satisfactory yield It was found that one of the products forming during methylation of the product mixture obtained by splitting uric acid by means of acetic anhydride is 1,3-dimethyl-4-acetylmethylamino-5-di- acetylaminouracil M. Its structure was determine& on the basis of its chemical transformations and by identification with a compound synthesized by another method. Its formation by the above methylation is proof of the fact that the initial tri- scatyl. derivative of 4,5-diaminouracil, which makes up part of the mixture, is 4-acetylamino-5-diacetylaminouracil. There are 1 tAble and 13 references, 7 of which are Soviet. ASSOCIATIOIN Vaosoyamnyy nauahno-iseledovatellskiy khimiko-farmatsevticheakiy inatitut imeni B.Ordshonikidze (All-Union Scientific Chemico- Carit*4 ij, phaxmaoeutical Research Institute imeni S. Ordzhonikidze) 50) AUTHORS: Q*1*vchin6k4W&, Y*. S., Xolodkin, F. L. SOV/79-29-5-52/75 TITLE: On the Reaction of the Transformation of-uric Acid into 8-Whyl Xanthifte (0 reaktaii prevrashchaniya m6ohevoy . k1sloty v a-metilksantin). IV. Hydrolysis of 4,5-di- (A,ostylamina)-uracil (IV. Gidrol#4.4,5-di-(ateetilamino)- uratails) PERIODICAL. M mal obahchey khlmii, 1959, Vol 29, Nr 5, pp 1650-1656 (#$$a) ABSTRACT: Whom methylating the uracil compound mentioned in the title a crystalline precipitate, which was identified an a mixture ofil-methyl- and 1,3-metbyl derivative of 4-amino-5-acetyl amiao-uracilo is formed in the mother liquor after separation of' the crystals of the 1,3-dimethyl compound obtained. The quostion was investigated whether theme compounds were formed inj oonsequ*nae of a side reaction in the methylation of the diacotyl asizo compound, or whether the monoacetyl compound had already beat aeled to the initial stil:stance. Experiments showed that the latter assumption was right. Moreover, a by4rolytic separation takes place when evaporating the Card 1/3 ditootylamino oompound, in which case one mole of acetic acid On the Rooctlon, of the Transformation of Uric Acid in- SOV/79-29-5-52/75 to 8-19t1W1 Xanthize. IV. Oydrolysis of 4,5-di-(Acetylamino)-Uracil is released, This *oetia &aid released could be titrated both i the solution itself (table) as wall as after distilling t~f with water vapor (Pig 2). By the acetic acid released moreover, bisallo:msines are formed, that were proven by their V*-Opaotrum (Pig 1), and whose formation by the effect of *Ids bAd already been described by other authors (Ref 5)- ile hydrolysis of dlaaetylazino uracil to a monocompound Z taken place without the effect of acids nor lyes, the mono- ~~Mkpound is saponified ably after distilling off the acetic 4014 formed and after addition of diluted sulphuric acid. The conclusion is drawn that in the synthesis of different deri- v*11yes of xanthine and isoxanthine a crystallization of diacetyl- or triacetyl compounds from aqueous solution is to 'be avoided# because the hydrolysis formed leads to losses. The eIrporlmentol. part describes the reactions carried out and M*ves the pbysical and the analytic.%I data of.thi oampounds. The authors thank X. A. Ohkbivadze for having yat at their disposal for comparison purpose samples of 1,3,1',3t- Card 2/3 tetramethyl hidurylic acid and of 3-methYl- and 193-dimethyl- On the Remotlon of the Trazeformation of Uric Acid ix,- BOV/79-29-5-52/75 to 8-ust4l Xantilas. IV. Rydrolysis of 4,5-di-(Acetylamino)-Uracil 4p5-diamiao uratil. There are 2 figures, I tablet and 8 references, 3 of wkLi0h are Soviet. ASSOCIATION: Vassayumny;r naucbno-issladovatellskiy khimiko-f&rmWW*vticheskiy Izatitut imeal S. Ordzhonikidze (All-Union Scientific Research Institute- of Pharmaceutical Chemistry imeni S. Ordzhonikidze) SUBMITTED-. Murch 21, 1950 Card 3/3 50), 170) SOT/80-32-4-39/47 AMSORS i Cluslikov, R,C,. and Golovchinskaya,.Ye.S. TITLEt The Synthosis of dk, A -Cyclopentamethylenetetrazole (Corazole) (Sintez 0~, A -taiklopentamstilentetrazola (korazola) PIRIODICAI: Zhurnal prikladnoy khimii, 1959, Vol 32, Wr 4, pp 920-923 (USSR) ABSTRACT: Thio cl,b -cyclopentamethylenetetrazole (corazole) is a powerful camphor like drug with respect to its action on respiration, central nervous symtem, and blood circulation. There are many patents for various methods of its pre.Earation. The authors made use of one of the German patents of Knoll LRef J7 and introduced some modifications and improve- ments in order to develop a niethod of corazole synthesis, which could be suitable for practical purposes. Two variants of the synthesis were developed. In one of them, the oxime of cyclohexanone serves as an initial substance, and in the other - the lactam of C -leueine. The 5rification of the technical corazole obtained is achieved by means T,x of cry-stallization out. of the small quantities of water. A detailed davc-ription of the synthesis and subsequent purification is given in the axtial*~ There mro; I graph and-10 references, I of which is Soviet, 7 German, "Pdw*2 1 American and I French. C7 (MUSNOT, ftmthesis of eorasols ( , -peatamthAeutetr&zole) from capro- la*tuu. Mod.prow. 14 zo.lcl2-15 TaL 160. (MA 13:5) 1. 74980FUD" UaUchMO-16410davatellsidy kbialko-farmatseyticbeekly InAtitut izatii S. Ordsbanilddse. (MMU013) S.; KOSTYANOTSKIT, R.G.; lnksNm,. O.Tu.; MMASMWA. V.S.; PAMMMWA, 1.3*: PZMUZMMMIOL, K.N.; MCWT, N.V.: M-TAMANTAN, L.So: K.A.: SUBMT, V.S.; SBORMEM, N.Y. Role of oxidaldve deamination In the mechanism of radiation protbotlu Warded bq some aminse. Zhur.ob.biol. 21 too2t 157-160 " 160. (MM 13 t 6) (2010105 PRO"MION) (MLMNATION) GOWYCHIIMUTA. To.S.; CRAW, Ts.S. Sjrnlbesea In the series of Imoxanthbw derivatives. Part 1: 41:20kesim Of 4lSGtlWllsOx&xtbin* aid its 8-chloro derivative fSon 1. 3.9-trime thyl-I souatb Ins. Zhur.ob-Ichim. 30 no.6-. 1073-18?8 Je 160. (KIRA 13:6) Is V605MUMM7 nanabno-153164OTatellskir kbimilro-farmateeTti- chouldy imotitut issal S. Ordshomikilie. (Iso,m, bine) OJIM11, Te,.S.,g GEMMASOU, A,A.; OOLOVCHIVSKATAL. U.S. byntbuses U The serion of isozantblue derivatives. Part 2: Sone, &&iao acid derivativss of methylated zanthine and isozan- tblue.. Zbur.ob-khiuo 30 no.6tl878-1884 Je 060. (MIRA 13:6) 1. Vusso3rusuyy muohno-issledovatellskiy khimiko-farmateeTti- chookly instit-at luent S. Ordshonikidse. (Isoxantbine) (lautbine) (Amino acids) GOLOTO av6w.-A T64,8.3 CRAK", U.S. I ~! .... Aynthoses In the series of isoxanthine derivatives. Part 5: 8-Isooaffelumalonic aster and smides of 8-isocaffainAcatic acid. Zhur. ob. kbim. 30 no.11:3628-3633 V160. (MM 13sll) 1. ToosoynxiWy muchw-looledovatellekly kbiniko-farmatseytichaskiy inatitut imeni B.Ordsbonikidse. (Isomuthine) TMUDOWM=*~qp G# 0 T**B~-p prof. I LEMOMMV LA. p kaW. .6 nau F G.S. 0 am.nauk; -ROZEMYNOp mo.g. kod tft*=AAt A.Ts. p XO*T,Hp 1.~ ~' 44tor 1401,3aUko ;M-a.1 OBOnWOVAt A.W., red, I p LL i. taklm. red. 131Wtts pboft"oposU of the Umfm of Soviet SocUlipt Rspublids) GOxQ- Jjj3*tvsjo*j& fammakolmIA Solusa'Smtskikh Soto ialisticheskM RospubM5 44.9. HoWMo Oosolsd-wo mad-lit-" medgis, 1961. 910 p. ' (MIU 3.4s6 Jw- lbaniA,(3L923~- -U.S.4,40KIAlstarptro adravookhranon4a. 29 Deyatwitell- . . I j" Ouw~ $m Ocr ftOdGblk'cT) 3 - Deystvitell iDyy abla AN lbtcwkoy (for Tomilwps) (Pharmacopoeias) . MWNMI$ ;.G.; $WUM, V.S.;, MADIDSON O.Yu.; GOLOVCHIMUYA, Te.S.; CHMIKVO;ZB, K.A. Qa$mcity of some now derivatives of purine and pyrlmidlue to protect mgminat ra4iaticm& Pam. i toks. 24 no.5:572-7," S-0 ,6i,, (WIATION PRMECTION) (PYRIMIDINES) t R& 14110) (PURINW) Gouxalioun, 7S.S..; OVCRMVA. LX.; CHERWOVA, A.A. so"esed! iu tba sorlso of isawAthine derivativea. Part 3t :L '"1" 30 no.10:3."32-3330. 0 OV14 Wllo*mthim, Zbor.ob.khla. OMM 14 W 14 Vipanoyvim4y:nauohm-imeledovitallskiy khimiko-farmatsovtichaskiy io,uitut $=n4 S.OrAihonlkldxe* ovCRUMAt. IAJ 0MVCHMUTA, YO.S. sories *f imw=tJW Part 4s SXmthsseo!iu the _* derivatives. =opq #WITAtivoo of I 9-diAmthyl- &W 1,3,9-trimeth7liommnthine- 4,obo", 30 rio.,1033391-3343 0 161. (KM& 14 1+ Vaesorwmw nauchoo-isaledovatellskly Ichimilro-farmatsevtIchooldy iiwtitut lmxd S.OrdWmikidso. . (loaxw3thime) cmuns TO.S., .041-0-fCH XMIP.A. 1 Syntalases in the 59rI63 Of UOMEkntbine derivatives. Part 6: EaaAgan d6ri-vatives of Uaocaffeln64)-malonic eater. Zhur, ola.)Mm. 11 io.W645-2650 Ig 161. (MM 34 '8) 1. Voese:Ium*7 nauchno-lealedovatallskiy, kbi-olko-farnatsevtichealdy ioputut Amaid S. Ordzhonikidze.. (lautwhine) OVCHhROVA, I.H.; IrIKOLUSU, L.A.; CHAW, Ye.S.; GCLOVCHESK~',YA, U.S. Synthesma in +,be Dories of purim derivative-Z -P 1: - 4.&-diclxioro-9-=tb(V3.pvwine and synthesis of some derivatives of 1,9- dimetbVlhypozanthine. Zhurob.khim. 32 no.6t2010-2015 Je 162. (MIRA 15.6) lo VeadoyatM nauchno-iss3bdovatellskiy khimiko-farmatsevticheskiy institut, in. S.Ordshonikidsew -', " (?urine) (Hypwcanthins) CRAMN,, 16A.) GOWTCHITISrAYA, U.S. S~ntjlesmu in the series of purine derivatives. Part 2: Isocaffeine- &-a.bleWp and some of its derivatives. Zhur.obokhim, 32 no*6: 201-5-2019 ja 162., (MIRA 15:6) (Unthine) OOLOVCHIMUU, Y*.S.j CHAW, Y*J. V Synthesso.in the ssri*a of pxriiw derivatives. PaA 3. Sao co.lwvwoions of 9-chloromethylisocaffeins. Zbs--*b.kUw. 32 no.100344424$ 0 162. (MIRA 15311) 1. Vooooru*W apAdbno-imuledovatellskiy Whimiko- fumatos"Loboakir Institut imeni S. Ordshon*dse. (POIJ*) (Isocaffains) GCWVCgnWArJL,,,,YO 7,,,S..; MORE"= TMIN XM; CHAMAN, rg. S. 1.1-1 -ol. Systbeals of thsobramina-S-aldebyda and some of its trwm- famoationso Zbrar. Ob. kbint. 32 no.1224W74M D 162. (KMA 1611) Is. VisemammT nauabno-imeledivatellakiy khimiko-farmateDT- tiches'My institut luni S. OrdshanWdso. (Thoobromine) -ItALI XCL4AWAj O.Aj NU"ZVA,, L.A.; CRLW, U.S. NIVIRIMMM ft*ft,sais, in the "rfts or purlzw derivatives. Part 41 A2kLUjw dogwUlatlon of 1j3#%o%rlftthr3xmthln& derivatives* Zbw,. ob, kidx, 33 jno,MOO~Uft )V 163,, (KMA 1616) 10 V"wcV%ixmn khindko-famatsev- tialwokly Institut Imal So, Orfthoalkidse. Muthim) Caw, YXI.S.t a0uncluv"U ye AM At ~ Symthealm In the aeries of purine derivatives. Part 5: Syn~- thesis, of soma G (l)-substituted derivatives of 9-mothylpurina. 4mr.ob.16im. 33 no-100342-3349 0 263. (KMA 16:U) 1. Vassoy-azWy nauchno-issledovatellskly khiml, o-fprm-atsevtj- cbaskiy inatitut lueni S.OrdzhorJlddze. OYCHAROVA, I.M..; GOWVCHINSKAYA, U.S. . $.~iithsvis of I-alkyl-6-imUopurines.Zhur. ob. khim. 34 noalt 2472-4473 JI 164 (MIRL 17 t8) I. Tsejs(jyu2nyy naLudma-inlvdovatellskiy khimiko-farmatsev- tichesItly institut imml B.Ordzbonikidne. OVCHAROU, I.M.1 GOLGVCHINSXATA, U.S. -~ #~,, I tMIWIQ ~HW~ $444 h-.IWU. -, S3%thmsos In the series of purine derivatives. Part 7: Some trau- fonuttique of 2.6-dichloro-9-mothylpurine. Zhur. ob. khim. 34 no.10: 3247-3254 0 164. Syzthmses In the series of purine derivatives. Part 8: 1,9-Dimethyl- bypacentbUo-Q-malcmia estoor MW its transformatians. Ibid. :3254-3259 (MIRA 17:11) I* Vsvmoyu=yy. nauchno-iamledovatellskiy khijnlko-farmatsevticheskiy inmUtut ithemi S. Ordzhonikidze. CorralaWan of suparficW. FEC. nxA dlmcharg-i,,k ol r4olltary neumma. ot tbe first somtcamnoory zone of 1,hc cortex witbout aneaLlwaia and zuW*r the affoct of Intranarkcr.. zhur. 51 na.,IM1159-1169 0 165. (I~Npl lstW 1. Laboratortyaanmatez1olaglL i lah)ratoriva. ImstlAut4 khirurgli imrd. A.V. Vishmvskogr ~F.N Moskva. SuWlAmd Mareb 3, 1964. Effect ot barbiturate anesthesia on the correlation between Nat wid slow electric activity in the cerebral cortex. Zhur. vyH. nerv. delat. 15 no.6:1098-1106 N-D 165. (MIRA 19:1) 1. Latmmitorlyn anestatiologii i laboratorlya fiziologii Insti- tula M,Irurgil im. A.V. Vishnevakogo AMN SMR. Submitted November V 23 SUMOME, V.a. 001 b*lk asteriALIS. qpwuWrv 25 no.10$452-435 160. (Xlu 13.- 10) Iu"n 33415 3/032/61/028/002/016/037 :1 S' 7/ 7, la 3) B104/B108 AUTHORSt Gurovlehj A. G., Gq_jgLy_pnqhits, Ye. I., Starobinets. S. S., an(I Sarantlyevekiy, A. P. TrrLE t Measurement of' superhigh frequency ferrite parameters PERIODICALi ZaTadBksys, laboratoriya, v. 28, no 2, 1962, i8q - 196 TEXTs The wathorts first describe two devices for measuring the ferro- magn(-tic ro-sonancos in single and polycrystals. The experimental arrange- ment shown iift Fig. 1 in used for ferrites with a narrow resonance curve. The 51141 (51-1) generator (8700-9500 Mcps) produces the high-frequency signala. Tho ferrite valve 2 prevents coupling between generator and neasuring part. The ferrite valve 3 prevents a possible effect of the detector 4 on the resonance curve. Resonator 5 is a waveguide with rectangular cross section (23-10 mm) in which TE ion oscillations (n = 4-6) a.re excAted. In order to achieve the neCvssary high stability of the magnetic field tho authors used the magnet 6 produced at the Laboiatoriya p,ostoysnnykh magnitov NIITVCh (Laboratory for Permanent Magnets of the Card 1/,~ 33415 S/032/62/028/002/016/037 Measurement 01' supterbigh ... B100108 ViiTVCh) tith wh3uh the field could be varied in the range between 1000 and 5000 041. With this device the dependence of the transmission coeffi- cient on tbe t~.onstazt magnetic field was determined~ The arrangement shown in Fi.ge. 3 wthe used to measure the ferromagnetic resonance of ferrites with wide reocin&-ncre curve. To increase sensitiv ity a reflecting resonator was bitilt into ons ot the branches of the waveguide bridge. The magnetic field can be varxed 4~n the range from 0 to 4000 oe. The authors discuss three circuits for measuring the components of the magnetic susceptibility tensor and the cliolectric constant of ferrites, 3 cm, 10 am, and 50 am oscillations were produced in resonators (Fig. 4) by klystron generators. The resonator signal is amplified and fed into the vertical amplifier of an 10-7 (80-7) oscilloscope. A. G. Gurevich and I. Ye. Gubler (report at the 3-ye Vsesoyuznoye soveshchaniye po ferritam (Third All-Union Conference on Perrites), Izd. A.9 BSSR, Minsk (1959)) are mentioned. There are 8 figures, 1 tableand 4 Soviet references. ASSOCIATIOR3 InaLitut poluprovodnikov Akademi., nauk SSSR (Institute of Semiconductors of the Academy of Sciences USSR) Card 2/1, ,a PI it !q oll I it is al 1h Oil DITACMZIWO V.Zp kand.tekhn.naukj S.I., inzb.; KOTW~ ~ A.S., i"h. Overklo*d carrying and pushing conveyer with an automatic Addr~Oslng devIce. Mekh.i &vtompC$W- 16 no.lOt22-" o (HIRA 15:31) (Comroying machinery) GOLMNXIN, V. P. (MYOV) Optium set of parameters for the &utomtic aontrol of radio- olactronla apparatuas Izv. AN SSSR. Tekh. kib. no.41107-110 Xl-Ag 165, (MIRA 18 1 U) 4CCE6SION M AR,10363 18 S/0081/64/000/004/P020IP021 SOURCE: Refarafivny4y zhutnal. nimiya, Abs. 4P163 AUTHOR: Romsmkova. 1. K.; RemIzov, V. G.; Maydebor, L. K.; Golovenko, A. M. TITLE: Investigation of a powdered cracking catalyst made from askangel CITED SOURCE: Tr. Groznensk. PVA. n. -1. in-t, vy*p. 12, 1963, 94-105 TOPIC TAGS: catalytic cracking, cracking, cracking catalyst, askangel, petroleum, petroleum distillate, bemune, coke, octane rating TIMNSIATION: The physical properties, chemical composition, initial index of activity and stability of a natural powdered cracking catalyst made from askangel, as well as the change in properties of tbla catalyst, were Investigated during experiments carried out an i Ln experimental installation at the GrozNll using a sectional reactor with a capacity of 5-7. 5 kg of raw material per hour (a flow chart is presented). The main raw material used wac a low-ash, wide fraction of contact coking pitch from the destructive distillation of sulfiLious petr*leum lar. The chaWe In the cracking activity of the catalyst during the experimental process was periodically chocked on the heavy distillate from the destructive LC'04--- ACCESSION NR: AR4*36318 distillation of sWfurous petroleum masut. It was shown that the stable index of activity of the catalyst eqtLalleKi 20 points. The catalyst made of agkangel has greater selectivity than the catalyst. made of askanglin; thus, the ratio of benzene to coke is 4.5:1 against 3. 1:1 for the askanglin catalyst. With practically the same yield of benzene (26-27%). less coke (S. 8 ajad 8. M respectively) and gas (6.21 and 8. 54%) were formed on the askangel catalyst. Thai octane rating for benzines obtained during cracking of the distillate from the destructive disUllation of sulfurous petroleum residue fluctuated between 78 and SO in both cases, while the cetane rating of the diesel fractions was 30-31. DATE ACQ: 10&pi-64 SUB CODE: 1=71- ENCL: 00 /2 IVANOV, K.T., rmd.; BUDMERKOVSKIT, K.Yu., red.; WLISHEV, M.N., red.; G9DYM1W,4.V., ramd., GLAZOVEXAYA, M.A., r*d.j-GQ1QVE"O, S.V., red.1 ZVORMS, X.V., red.1 IGNATIYEV, G.M., red.; KUZNETSOV, G.A red.; LEESDLV, N.P., red.; LEBEDEV, P.N.,.red.; Wi4INOV, A.N.t red.; SHRYNIX, L.B., red.1 GREBTSOV, F.P., r*d.j YM%KCV, M.S.1 tekbn. red. (Accounting for and the evaluation of agricultural land) fthet I atsenka mallskokhosiaistvannykh zemell. Pod red. K.I. Iyanava. Moskva, Isd-vo Moak. wiv., 1963. 385 p. (MIRA 16:7) (Far*-Uluation.) (Soils--Classification) (Cadasters) ODLOVFJM S J. 4;rop producing ability criteria for dividing relief forms 4tacording to their dimensions, Gwg. i khos. no.12t4O-42 163. (MIR& 16z12) GOLOVENKO, S.V. I I --,. -14 1"", ~- Otilizing'tbo vateri&U of the large-scale soil eurvey in geowrpholb&lcal stwUes. Vest. Moak. un. Ser. 5t Geog. IS nc.4183~h JI-Ag'63- (MIRA 17:2) OOLOOM, A.Y. 66"0010~6 A Cane of foreign body in the jagina. Almah. I gin. no.6:81-82 " 154. (MLRA W) 1, It khimgicheakogo otlelvaiyu (sav. A.T.Golovenko) Linwmfty rvv= bo:tlnitxr Xr&vno&&r*kft* krars. ITAIMSA, foreign bodies glass tattle, retaln6d from Childhood) vWna, glass battle, retained frou childhoodL) GOIMSKOP Unucual on" of extrem obasityo Probl. andok. i gorz. 6 no. 3:122- 123 My,-Jo .160. (GORPULENCE) (MIRA 14z1) GOIDMKO H:UtolV, Xjgkoandrovich; YAROTSKIY, Alakney Samoylovich; S.A., tekhn. red. (Famnang mapltal Investments and unfinished construction in the indllata7 of the Moldavian S.S.R.lPlanlrovanie kapital'rWkh vlo- zbobil I nozavershennoe stroitalletvo v prot7shlemosti 14oldav- sk.ol RR (po damWm 16 atrook). Kishinev,, Izd-,Yo "Shtiint-.--~* 32 p. (WIdavia-Capital investments) (MIRA 15t12 Ololdavla-Construction industr7-44anagement) COLOYPIN jfikq3fq Aloksapdrovicb; VOROBI*~'EV, A.A., red.; t'1011AZIGOINIKOVA, Ye.j red. [Preticast reinforced concrete industry of Moldavia and its raw materialbase] PromyshleTmost' sbnrnogo zhelezobetona 1404avok,D1 SSR i ea syrlevaia baza. Kishinev, Kartia moldovorilaske, 1964. 95 p. (F.IltA 17:7) ockmm, S. 'r. "Gleographic 11stmv cir the Sail Caiolftitj of the Northern Area Between the Volga and tko Ural Rivers of Uw Near-Caspian Lowlands*, Cand Geog Sci, Moscow Order of Lenin StAte V imeni X. V. Umcnosovj. 19 Feb 54. Dissertation (Vechernwaya Moskva Moscow, 16 ?eb 54) SO: STJM 186,, 19 Aug 1954 GOLOIXIM. B.T* arpst= &lid *&It oostents of Mertiary continenW clars of the TOW tablelavA, test. Nook, im. &r. b1ol., pochv*, geol., 9609, 32 noo4t 239-2.43 057* (KIBA 110) 1. We&& geog:rafii i kartografli pochy Moskovskogo goewlarstveunoeo xmiversitetoL. (Turgay Steppe-Clay) (Solonetz soils) ODWFNUO. $.T. -1.11-1-1- ~ "44 ~....... 4. Vallap-strown usso- and vdcrorallef In the western part of the %xrgev tableland. Tos%*X**k.uu*Smr.bIol., pocbv. gaol., moog. 14 n0.2:217-225 $59a Mu b: 4) 1. XiOadrim, geogrefit I kartografil poeby Hoskovskoge goo. univ,sraitatia. Mrgay Gates-Physical geography) 0 Gomm, S.T, 802006tv o~mplexoa of residual bills in the western part of of the Torgay Ublelamde Vest. Hook. un. Ser. 5: Geog. no.204- Al Mr-4 161. (MMA 14:4) 1. Ufadry pografti. pochv I, blogegrafti Ho kovsk univeraiteta. (Turgay Tablel=d-Solonet: soilor GOWVENKC 5 V;..; GCRBUNDVA, L.I.; LNONOVA, T.N. ~ I .." ''. CoaUnts and the mapping of land cadastre maps of administrative regions. Vent. Hook. un. 39r. 5: Geog. 19 no.2:65-71 Mr-Ap ,64. (KMA 17:4) 1. Laboratorlya ixuahaniya i otsenki zemelinykh fondov Moskovskogo univorsitet*. SUGEWI,,I,.l $41DOODCIIIEDYP No (Krannoprok)l LIVOV, M. (Stalino)l "OSIM"S Kh I - 7~' - LYAKHOVETSUY, M.. (Khernon)l P%MDGVMWv.i*v irotoexadvLkH A"wydayvm*. GraWA. av. 17 no.12M-19 D 160. OMIRA 140) jAvormauticol, Camercial) (Flight crews) GOUMUOVV X~ -11.11, Unfading Uot. Grasbd.xv. 19 no.10&7 0 162. (KM l6t2) (Avotib region"Iectrio lines) (Helicopters) GOLCUMUN , M. ~,, ~ i. Am cn-dirary p&rty membero Grashd. av. 22 no. 11:5 N 165. (MrKA 18:12) 1. Sekretarl partiynoy arganizatail vtu-manskogo aviatsionnogo podrazdaloniyu. OOLDMOK,Tol. Results of the stmV of sand grain orientation In Cretaceous doponits 0 eastern Fergana. Vest*Len.un. 10 no.4:135-143 All 155. (KERA 8:8) (Yergam-Sand) ~j ~ t, e, V E IV 0 X,, 1, - ~K ~ wwvxwx, T.K. CbatWea in Proterozoic sedimentar)r rocks of the Paton Plateau durlug opi ",namin and initial metamorphism. Vast. LG'U 12 no,2: 710-82 157. (MIRA 11:2) (Patom Pl&teaur-Rocks, Sedimentary) ..Q=TUUK ""W"NOU ftratigmpbqr of the mortheastern margin of the Ntom Plateau Cid,th wmamw in Asell9b]. %st. IM 12 no,'24-.54-64 157. (Patom Platsan-Geology, Stratigraphic) (MI]Rk ilt5) 20-UB-4-49/61 AMSM: Salop, L, I., Oolovenok, V. X., Zhidkov, A. Y&. Sholek, Ye. AS, 7r=t On the Age of the lAst Geosyncline Flolding in the Baykal Upland (0 vozmote posledney geosiaklinallnoy skleAchatonti v Daylallskoe mWrlye) PBRIODMU: Daklody Ab&dexdi ftuk WSR, 1958, Vol. 118, Nr 4, pp. 8oo-802 (on) ABMUM There are varions standpoints concerning the age of this period of folding since the layers in question already belong to the Mono-CMAozoicum and are scarcely dislocated (ref. 1-4). Ihe Invest,19Ltions of the authors on the edge of the upland In "stion have confirmed the opinion that the last stage of the gooojmcline develoVMent took place at the boundary I)etween middle-and vWper-Cambrian. it is completely justi- fted to speak of a Pribaykallskiy front flew, from upper Coxibrian in which strangely colored red molasse sediments (wlassovyye) were accuralated. The formation of those =8889 Ca,rd 1,13 bad to tekb place simultaneously with great tectonic movements On the Aqp of the Met Geosyncline Flolding in the 20-3-18-4-49/61 Beykal Utpland within the mentioned Vand. These movements are dated by a discordance between 1 and Cm . However, the time of thm fold formation has to be ristricted to the interval between Cm and Cm if the geological data of the inner dis- triats of & upl&2d are taken into account where the middle Owbrian sediments tsJm part in the fold formntion together with the lower Cambrian. The tectonic phase van.. however, obviously not so much limited with respect to time. Many remarebers (ref.12) are of opinion that the age of the WA fornation can be determined more precisely only accord- Ing to the U= of the formtion of the conglowmtes of the mole, and no'. according to the discordance. The sediments of the VerkholenskLya sulte of the mentioned front fle-re must be counted am=g such formations. This upper-Cambrian suite rests discordantly upot the carbonate mass of lower- Cambrian in the districts of the Siberian platform which border on the BILykLl Upland. This fact has served as basis for the above mentioned conclusion (ref.4) concerning the last stage Card 2/3 of the geosynclin development of the upland between On the Age of the Last Goosynoline Folding in the 20~118~"9/61 .3aykal Upland middle- and upper - Cambrian. This folding apparently be- gan after middle-Cambrian and was continued in upper-Cambrian. The low folding of the Varkholenskaya suite is a proof. The last stage of the movements is fixed by a great marine traangression. There are 12 Soviet rvfemaes. LSSOCIAT109: A-U-UgiM Scientific GeologicAl Research Institute (Vsa&oyuznyy nauchno-issledovatellskiy geoloSichee"y instiLut) PR&WFT.0- June 19, 1957, by A.A. Polkanov, Member AN SSSR SUIDUTTLD: June 17, 1957 kVAILABLL- Library of Congress Card 313