SCIENTIFIC ABSTRACT BASHEVA, L. - BASHINDZHAGYAN, I.S.

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December 31, 1967
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DIXITRDV, St.; BASHWA 104-1 Capitlary toxicomis In tuberculosis In children. &wren. mad., Sofia 6 no. 12:27-32 1955- 1. Is Katedrata po detski. bolasti pri Visabits, meditsinski Institut V. Cbervenkov-Sofiia (save katedrats: prof. L, Racbev). (MMUMSIS. In Infant and child, vith purpura. nonthrombopenic. (Bul)) (PWURA, NONTHBOKBOPMC, in infant and child, In tuberc. (Bul)) 1A) RAORV, L., Prnf.! MOT. IF-i MINDY, D.: almm IANVA, ?,I; IVANDVA, R., kand*-na.med. nauki; kand. na mod, nauki looriment with determination of -iFeadItioned reflex action In rheumatism In children prior and after sloop therapy. Savrent. mod.v Soft& 7 no.Ilt23-34 1956, 1. Is Katedrata po detaki bolesti pri VHI-Sofla (Bay, katedrathr prof, Le Rachov)o (SLIV, therapeutic use, rheum, In childs, off* on conditioned reflex action (Bul)) (RHEUXATISM, In Infant and child, sloop tber., off. on conditioned reflex action (Bul)) (Rip=, CONDIv IONM. off. of sloop ther. in rheum. in child. (Bul)) BASHIC VA-jj; BAKAIDVA, S.j student1m; MIANDVA, A.,.studantlm; DISHLIVA, N., studentica; ALXSIVA. T., studentka. Recurrent of rbaumtism in children and role of external factors. Suvrem. md'O-,- Sofia 7 no.11:76-478 1956, 1. Is nau~ebntia studentski krusbok pri Katedrata po detski bolesti pri YM - So(lia (Zav. katedrata Prof. % Racbev) naucbM rakovoditall: L. Basbeva I T. laneva. (RHIUMATISM, in Infant ahd child, recur., eff. of external factors (Bul)) ~y r DIRIMT, Be; amb LO Cerebral bemorrbage in essential tbrombopenta; report of two cases. Suvrem. med. 0 Sofia 7 no ell: 89-92 1956. 1, Is latedrata po detski bolesti pri THI - Sofiia (Zav, katedratat Prof. L. Racbey). (PURPM, WW)POPMICj c0 lications, cerebral benorrb. Bull) (CIRURAL HENDMMAGE, etiology and patbogenests, purpura, thrombopenic (Bul)) t~ 7 RAK"VAP L,v d-r. doteent; BASHEVA-STANEVA L d-r Influenza in children vith tuberculosis. Probl. tub. 40 no.41 56-60 162. (MIM 3.5 t 6) 1. Is kafedry pediatrii (sav. - prof. d-r L. Rachev) V~sehego meditainskogo inatituta, Sofiya, (INPLUMA) (TUMMOULOSIS) D. ; RASIMA-63TANWIt L.; IIINOVA, P. Follow-up studies on the systolic murraur in 1DO children. Survo med. (SoNa) 15 no.4:19-24 164. Ni_0.M0MEVW !JA V~' All Z, W Oz 2, R% r "i".V_ V10 .4 A? Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 85 (USSR) AUTHOR: Basheyev, S.M. TITLE: To the Problem of Preventing Oxidation of Metal at Forging Temperatures (K voprosu o zashchite metalla ot okisleniya pri kovochnykh ternperaturakh) PERIODICAL: Mashinostroitell Belorussii, 1957, Nr 2 (3), pp 56-60 ABSTRACT: Investigations were performed in order to evaluate the possi- bility of a method in which the metal is protected from oxidation (0) by a special inert heat:-resistant coating which is applied onto the metal prior to heating. In the experiments glass was employed To the Problem of Preventing Oxidation of metai at For8tn8 Temperatures its soda content. In the latter instance its lubricating properties are impaired within the range of forging temperatures. The application of a coating of SP-3 glass produces a negligible de- crease in the resistivity of metal to deformation; it does not be- come embedded in the metal, but rather covers it uniformly in those regions in which it made contact with the die. Industrial utilization of glass as a refractory coating and a 'lubricant in- volves the investigation of a number of problems dealing with the interaction of glass with the punching and cutting instruments, with the refractory material of the furnace, etc. V. G. Card 2/2 BASHErRV, S.M., kand.tokhn.nauk, dotsent; ANTONYUK, V.Ye." inzh. Calculating stresses in a gear wheel having a flexible rim. Vest.mashinostr. 45 no.11:9-11 N 165. (IaRA 18:12) L 5224-66 ACC NR AP5W63M AUTHOR: Bashilory ar) ORG: none TnU-. A runabout _LaAwh, SOURCEt Lesnaya proqrshlennost', no. 8, 1965, 4-5 TOPIC TAGSt shipbuilding engineering, ship, marine equipment, water traffic, in'-and waterway transportation/ T 107 launch, GAZ 51 engine AWIRACT: A launch for up to 6 passengers is being mass-produced by the Kostromskoy sudomakhanichaskiy zavod (Kostroma Ship Machine 9~rk )*- '_ W '~ . ' Designated as T-107, the launch is 6.15 m long wit-h-a-, 'i325-kg displacement. It is powered by a GAZ-51 engine, carries a fuel supply for 150 km, and develops a speed of 26-35 km/hr, depending on the load. The launch is intended for operation among flotsam, in grass or reada, and on open water. The welded hull is made of ligbt-gauge sheet steel, and the engine and passenger compartments are enclosed. The cabin is furnished with semi-soft, imitation leather covered seats Card 1/2 UDCt 629.122.6 - - - - - - - - - - - - - - - - - SOURCE CODES Uit/0331/65/000/008/0004/0005 ACC NRs AP5026039 I andeC. Short samples had a distinct A maximum, and long samples, a distinct B maximum. I An analysis of the average strength of the fibers as a function of the length is given. Orig. I art. has: 4 tables. w . SUB CODE: WIT / SUBM DATE: 00 / ORIG REF: 006 / OTHER: 001 i 2/2 Aj 6 pl"I" No IW 5/081J62/000/001/049/067 B156/B101 AUTHORS: Bashilov, A. A., Kupriyanov, V. A. TITLE: Application of sodium hydride for hydrogenation and deaul- furization of petroleum products PERIODICAL: Referativnyy zhurnal. Xhimiya, No. 1, 1962, 441, abstract IM99 (Tr. Groznensk. neft. in-t.9 9b. 24, ig6o, e-i3) 0 TEXT: Hydrogenation tests on a petroleum fraction boiling at 71-260 0 were carried out in a laboratory hydrogenation unit; 160 g of metallic Na were fed into the reaction vessel; the experimental conditions were., 4130CP 30 atm pressure, feeding rate of crude 1.1 g crude per g Na in I hr, H fed at 600 normal liters per liter crude. Results show that 2 metallid Na can be used as hydrogenating and hydrodeaulfurizing catalyst in the processing of crude oil. A layout of the unit is presented* LAbstraoter's note: Complete translation. Card 1/1 8/081/62/000/006/099/117 B162/B101 AUTHORSo. Dorogoohinskiyj A. Z., Chertoryshekiyj A* Vo Arutyunoval 0. Lop Kreohetovaj P. I.# Shestak, N. P. TITLE: The problem of the choice of solvent for polymerization Of ethylene into polyethylene at low pressure A PERIODICAL: Referativnyy zhurnal. Xhimiyat no. 61 1962# 614v abstract 6P35 (Tr. Groznensk. neft. in-tt v. 3t ob. 25t 1961r 17-29) TEXT; An investigation is made of the possibility of using extraction benzine as a solvent for ethylene when polymerizing it into polyethylene at low pressure. It is shown that the following are suitable: 'an extrao- tion benzine fraction evaporating at 65-900C with an aromatic hydrocarbon content of 3.8% before de-aromatization and of O-T% after de-aromatizationg-'-- or a fraction evaporating at 75-950C in the case of which do-aromatization'", is not needed (aromatic hydrocarbon'ooncentration 0.7%), It is shown that! the presence of aromatlo hydrocarbons has no effe6t.on the polymerization 1, ~ procesep but impairs the regenerability of thq solvents, [Abstracter's note: Complete translationol Card 1/1 BASHILOV9 A.A., insh. Welded propellers with forged blades. Sudostroenie 29 no.61 50-51 Je 163. (MIRA 160) (Propellers-Design and constructloh) f I I RAZARETOVA, N.B.; GOLOMSIITOK, I.S.; BASHIWV, A.A.; KUZNETSOV, A.A.; STEFURO, S.I. Certain problems involved in the recovery of solvents. Nefteper. i beftekhim, no. 11:1&-21 163. (MIRA 17:5) 1. Groznenakiy neftemaelozavod i Groznenskiy iieftyanoy institut. BOGDANOV9 V.A.; BASHIIDV. A BONDARENKOp O.A. Possibility of obtaining a motor oil from paraffin-production filtrate. Izv,vys.ueheb.zav,; neft' i gaz 6 noo9t6l-64 163. (HIRA 17s2) 1, Gromenshy neftyanoy Institut, ANISIMOVp M.A.; MAMGLOV~ F.G.; GRISHIN~ A,P..'s BASRI.LOVI A.A. Thermodynamio analysis of polymerization between ethylene and carbon tetrachloride. Izv. vys. ucheb. zav.; neft' i gaz 7 no.5: 79-82 164. (I-aRA 17:9) 1. Groznenakiy neftyanoy institute :- I , -cn-6, i BASHILOVI A.A.1 TUGUSHEV, R.Sh.1 GCQIASHVII,:, L.S.; PMTFGNK09 V.N. Obtaining transformer oil by the acid-contact method. Nefteper, i neftekbim. no.8:7-9 163. (MMA 17: 8) 1. Groznonskiy neftyanoy institut i Groznenakiy nefteparerabaty- vnyushchiy zavod, BASHILOVI B. N. "Application of the Methods of Descriptive Geometry inthe Solution of Certain Problems of Geology." Cand Geol-Min Scip Moscow Petroleum Inst, Moscow, 1954. (RZhOeol,, Nov 54) Survey of Scientific and Technical Dissertations Defended at USSR Higher Educational Institutions (11) SOt Sum. No.521s 2 Jun 55 GRABOVSUr, L.K., inshe; shal SOKOLOVSKITj O,P,p inshoj -.KRASNOSELISKIKHs S,Np insh,; ANTONOV, P*A.; BYKOVv V.A., inzh.j DARILOV. G,0., insh.; GELIMMEN, Ye.Yu., inzh.; PILIP,, M.M., insh,; MAKAROV, B.V.,, inah.; RAGINSKIr, D.M., insh. Equipment of a working line of hot rolling millB. Sbor. at. NIITIAZHMASH& Ura3mahzavoda no.6t7o-96 165. (KRA 18: n) ISiMV, I.S., Prof., admiral flota v otstafte, otv.red.; SHULEIKIN, V.V., akademik, inzh.-kapitan 1 ranga, samestitall otv.red. po II town; DEMIN, L.A., dotsent, kand.geograf.nauk, insh.-kapitan I ranga. glavr,V7 red.; ABARIKIN, P.S., admiral, red.; VIZE, Y.Tu.. red.; GERASIMOV. I.P.. red.; GLINKOV. Te.G., inzh.-kontr-admiral, red.; DRDZDDV, O.A.,- prof., doktor geograf.pauk, red.; ZOZULTA, P.Y..' vitae-admiral, red.,- PAVLOVSKIT, U.N., akademik, gonaral-layte- nant meditsinakoy sluxbby, red.; POOOSTAN, 1b.P., prof., doktor geograf.nauk, red.; RLWVITS, L.F., doktor geograf.pauk, red.; SKORODUNDV, L.A., kontr-admiral. red.; SHIRSHOV, PX,akadealk, red. [deceased]; BASMWY.. G.Ya., insh.-kapitan,2 ranga, ucheMy sekretar'; SEREGIN, M.P., i~itan 1 ranga, red.kart; RYABCHIMV, S.T., podpolkovnik, red.kart; YAMRIYWA, A.V.,-kand.geograf.nauk, red.kart; AVERITAMVA, P.'S., kand.geograf.nauk, red.kart-, 'BUOOEEDVA, O.S., red.kart; GA~OHOVA, A.A., red.kart; DMTRITWA, T.Y., red.kart-, DOTSIM, Ts.I.. red.kart; KOIRU VA, L.G.,-red.kart; 101CLOVA, Ye.-I.. red.kart-, LUKAWVA, L.S., reid.kart; SHIRMVA,.V.G., kand.geograf.pauk. red.lmri; CHECHULINA. Ye.P., red.kart; SHOLINIKOV, A.M.,. red.lmrt; GRININD. A.M., tekhn.red.; IVANOVA, N.A., tekbix.red.; HDRDZOVA, A.7., tekhn.red. [Marine atlas] MDrskoi atlas. Otvored.I.S.Inakov. Glav.red. L.A. Damin. Izd. Horakogo gonerallnogo shtsba. Vol.2 [Pbysical. geograpbyl Yisiko-geograficbeakii. Zame8titall otv.red. po II tom V.V. Sbulei- kin. 1953. 76 maps. (ERA 12:1) 1. Russia (1923- U.S.S.R.) Voyenno-morskoye ministeretvo. 2. Oblen- korrespondent Akademil nauk SSSR (for Visa, Gerasimov). RART~WA, O.D.1 BASHILOV, 0, U, Nephelometric method of measuring atmospheric transparency. Izv. AN SSSR. Ser. geofis. no./+:613-619 Ap 161. (MIRA 140) 1. Glavnaya geofisichookaya observatoriya im. A. I. Voyeykova. Atmospheric transparency) ~Nephelometrio analysis BASHILOV, I.P.9 general-mayor aviatBil Interaction if pilot and navigator. Vest. protivarozd. obor. no.301-52 My 161. (NIRA 14-7) (Air warfare) (Flight navigators) C NRIAT7006525 CK CODEt UR/0000/66/000/000/007 SOuR .AUTHOR: Bashiloy, 1. P.1 Konovalov, V. A.; Tulin, V, A. ORG t None TITLE: Computer for a marine gravimeter with.an optical-mechanical converter SOURCE: AN SSSR. Institut fiziki Zemli. Pribory dlyn opredeleniya sily tyazhesti na, more i ikh Issledovaniye (Instruments for determining the force of gravity at sea and their analysis). Moscow, lzd~vo Nauka, 1966, 79-97 TOPIC TAGS: gravimeter, mamies 9 wipmemAl 10 09 1 tabie .FMG= --t, adder, electronic computer, special purpose computer, solid ;ta'te computer, computer application- ABSTRACT: The vacuum tube computer developed by the Division of Experimental Gravi- metry of the Institute of Physics of the Earth, AN USSR, for summing a predetermined number of ordinates, to be used with the marine gravimeter could only be used for laboratory investigations because its power requirements were too high for most field applications. The Division and the Institute's Electronic Automation LAboratory therefore joined forces to develop a semiconductor version of the same device, leaving thecircuitry unchangedo The device has the following basic ~ACC NRIA77OD6525 characteristics t (1) summation time: 0.1-0.9 second, by 0.1 secondl 1.0-9 seconds, by I secondl 10-90 seconds, by 10 secondal 100-900 seconds, by 100 seconds. Summation time Is set manually before the first measurementl (2) adder capacity 108 pulses; (3) measuring frequency 100 kc; (4) measurement error of time interval not over*110-5 secondsl (5) information output: light display in binary decimal code, as well as to magnetic tape In parallel 13-bit binary code for subsequent checking of averaging re- sults using computers; (6) beginning of reading set by operator manuallyl (7) power supply from 12 volt battery. Functional block diagrams and schematic diagrams of the device are presented, and the operation of the device Is described in detail. Orig. art* has: 6 figures and I table* [WA N-67-31 [29] SUB CODE: OIYSUBM DATEs None/ORIG REF f004 .Card 2/2 -`~.ACC-NRs--j~6W086 '766 E-'C'O'D"E-::--- A61666-idi6 13 A08610686 INVENTOR: Bulanzhe, Yu. D.; Dubovik, A. S.; Yerofeyev, V, I.; Kevlishiili, P. V.; Kobrin, L. V.; Kogan, B, Ya.; Kazlmin, A. I.; Popov, Ye. I.; ~Mi~.haylov, N. N.; Churbakovs A, I.; Shileyko, A. V. ORG: None TITM An automatic device for determining acceleration due to gravity on a movable- base, Class 42, No. 181833 (announced by the Institute of Physics of the Earth imeni 0. Yu. Shmidt, AN OSSH Unstitut fitiki Zemli AN BOSHM TOPIC TA08s gravity, electron optias. elactronio equipment, gravimeter SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. lo,.1966, 86 ABSTRACT: TbIs Author' 'a Certificate introduces an automatic device for-determining'. .acceleration due to gravity on a movable base, using a strongly damped elastic gravi- meter system. The installation contains a meter for acceleration due to gravity, a system of mirrors, lens, light source, two condensers and a slotted prism. Ac- curacy of measurement is improved, and processing of the resultant information is sutomated by using an electron-optical converter which changes angles of turn of a pendulum to digital code. This converter is made in the form of a code mask with lenses attached. A prism is mounted behind the lenses with metallic mirrors and photocells. Card 1/2 UDC: 531.768.0':528 .026 70 n Li 1--accelerameterS 2~system of mirror --objective lens; 4-light source; 5 and 6- condensers; 7~81otted prism; 8--eld, bn-optical converter; 9--code mask-, 10- lenses; 11-photocells; 12~prism W.,metallic mirrors SUB CODE: 09, 08/ SUBM LATE: May64 BASHILOV, i6se '-~ -.~ - Macb1ne for cutting the middle part of a bacon half-carcass in loin and breast. Biul. tekho-OkOne informa Goo, naucho-ival. inst. nauch. i tekb, inform. 17 no-4254-55 Ap 164. (MIRA 17. 6) BASHILOV, M. xvi Zagislation-4122-0400- 4 oct 1947 N137- Concerning the Collegiva of the Main Administration for Construction of Enterprises of the Petroleum and Gas Industries (Glavneftgasetroy) of the Soviet of Ministers of the USSR" i p "Sobraniye Postanovlsni~y Sovmin SSSRN No 7 Decree No 3MO,. 27 Aug 1947, confirm the following members of the Condgium of the Mavneftgzastroyi Chairman L. B. Safrazlyanj V. L Papirovskiy, W. A. Pachkin,, I. I. Podchufarov., A, K. Knorre., A6 S. Shchekanenko,, M. M. Bashilov, S. M. Blank, M. F.TUdin. Complete. LC 10(383 ABkKUYOVSKIY D.D., insh.; VIKRW Yu.L. ,inzh.; VODOVOZOV,A.I.,inzh.; ZORD)R.P.,inzh.; IGNATCWKO,Ye.A.,inzh.; LIT.UISXIYH.E.,inzh.; SAZONOV,A.I..,inzh.; PRITULApV.A., inzh.,; P014AZKOV,S.A..,irzb.; FRUKHTMN.L.I.,inzh.; SAPOZINIKOV,N.N*,inzh.; 11MUK, A.I., inzh., YA"HL"OL.F.,Oinzh.; ~'rIMIILOV ~11.)M. ~olv. r~eloj, IATIIR8KIY^E.p red., POLOSIVA; A*S. p tekbii, r [Handbook for buidlers and assemblers of the petroleum industry) Spravochnik stroitelia-montazhnika neftianoi promqshlennosti. Mo- skva., Gootoptakhizdats 1946. 250 P. (tMU 15W 1. AussW1923- U.S.S.R."NarodrWy koinissariat neftyanoy proinysh- lennosti. Glavnoye upravleniye. 2. Harodin, korissariat neftyanoy pronyablennosti SSSR (for all except Bashilov., Latinskiy,, Polosina). (Petroleum inddstry) PLOTNIKOVA, K.N.; Prinimall uchastiyet GORNAYA, K.A.; SHILINA, L.S.; KUZNETSOVA, V.K.; BOGDANOVA, E.I.; BASHIIDV S F.: TRABFR. I.G.; KAREVA, M.V.; KUZIMINA, A.I. Expeiience in the production of lavsan-cotton blend yarn in the "Trftkhgornaya Manufacturall anj Kalinin Cotton Mills. Nauch.-iss. trudy TSNIKIIBI za 1962 g.:166-175 164. (MIRA 18:8) 1. TSentrallnoy nauchno-issledovatellskiy institut khlopchatobu- mazhnoy promyshlennosti, Moskva (for Gornaya. ShIlina). 2. Kalininskiy nauchno-issledovatellskiy institut tekatillnoy promshlennosti (for Kuznetsova, Bogdanova). 3. Kalininskiy khlopchatobumazhnyy kombinat (for Bashilov) Traber). 4. Kombinat "Trekhgornaya manufakturall (for Kareva, KuzLna). ACC NRt AT6022649 SOURCE CODES URIOOOO/66/000/000/0088/0095,1 AUTHOM -Bashilov, V. A. ORGI none TME: Spectroscopic study of ionized gas in an electromagnetic shock tube SOURCE9 AN SSSR. Energeticheskiv In4itut. Isslodavaniya po fizichaskoy gazodina- mike (Studies Of physical gas dynamics). Moscow, Izd-vo Nauka, 1966, &13-95 TOPIC TAGS: shock tube, plasma shock wave, emission spectrum, gas discharge plasma ABSTRACTI The study was made in order to corrslate the structure of the glow front, the region of shock-heated gas, and the contact surface with the nature of the sub- stance moving behind the contact su..~face in electromagnetic shock tubes. The design of the shock tube aDDaratus used is described. The emission spectra of the ionized gas (hydrogen) formed in the shock tubc, were studied by means of a 8pectrograph with a mirror sweoD o5clIlAtor. iO-most the entire s-jectrum consisted of impuritics in the gas-discharge plasma. The emission snectra were scanned near and far from the dis- charge chamber. Near the latter, in the 0.1-1mm -:- ranve of initial uressures in the tube, the glow intensity of the imourities does no-, c~,ange, showing that the nature of the discharge ary-' the evanoration of the electrodes an(~ walls of the discharge chamber are 'Largely indp)endent of the pressure in this range. As the gas-discharge plasma moves along the tube, the various lay-3ra become thoroughly mixed, part of the inhomo- Cord geneities are dissiiDated, and the remaining ones decrease in size. Me overal.1 Dic- ture of the processes occurring in electromagnetic shock tubes is thought to be as follows: the current flowing in the discharge chamber causes a vigorous evaporation of the electrodes and walls of the chamber, and the heating up and ionization of the gas being studied; acted upon by the electrodynamic forces, this gas-discharge plasma accelerates, becoming a kind of piston in front of which a shock wave is formed. At sufficiently hiKh initial gas pressures in the shock tube (1-7 mm Hg) at a distance of 1-5 m from the discharge chamber, a plug of shock-heated gas is formed whose maxi- mum length is 5 cm. Orig. art. has: 5 figures and 1 table. SUB CODE: 20/ SUBM DATEt None ORIG REF: 003/ OTH REFI 001 L-C Cord Yuriy Mikh y1ovich; TAYNSFUM, G.K.6 insh., red.; BASEWTv LORMA, L.V., takhn.red. [Using vibrating concrete feeders in constructing hydroelectric power stations] Primenenie vibrokhobotov dlia podsohi betcumi smsei pri soorushenii gidrouslov. Moskva, Orgenergoetroi, 1959o 37 P. WRA 14a) (Hydroelectric power stations) (Vibrators) LITVDiOV, Vasiliy Samenovioh; KOVITS, M.N.* insh., red.; BASHILOV, IJIRKWA, L.V., tekhn.red, (Bleotrio power supply to the construotion operations of the Kakhovka Hydroalsotric Power Station] Blaktroonabshenie stroitel'stva Kakhovskoi gidroolaktrostantail. Moskva, Orgenergo.- stroi, 1960. 57 P. (min 14:2) (Kakhovka Hydroelectrio Power Station) (Blectricity in building) BASHILOY9, V.I. slow roow~Teoto~ov of the Salgir graben. Sov. geol. uo-58:40-49 157, (KIRA 11: 2) l.Hookovskiy gosudaretyennyy universitat imul X.Vo Iomononova, (Crima-Goology. Stractural) BISHILOVP V.I.; UR RVAj N.B. Sutural zone on the northern slope of the southeastern Caucasus. Dokl. AN SSSR'-146 no.3t659-661 S 162. (KEU 15:10) 1. Institut f~4iki Zemli im. 0.1u.Shmidta AN SSSR i Moskovskiy gosudarstvennyy universitet im. M.V.LomDnosova Predstavleno akademikom A.L.Yanshinym. (Caucasus-Geology, 8tructural) USHILOVI,VWimir Vasillievich; IBRAGIMOV, Ismail Ali ogly; ISxLTLoy, 1~*Ro'-Felft t'f&l 291 THU T.B. , tekbuichaskLy redaktor [Circular planimeters aid their use in computing instrument record graph* in the petroleum industr73 Xrugovye planizetry i obrabotkw Int diagram priborov v neftianoi promyshlennosti. Baku, Aserbaidshauskoe goo. lxd-vo neftianoi i nauchno-tokhn. lit-27, 1955. 45 P, [Microfilm] (HIM 9:7) (Planimeter) -Y U SHILOVP -~kov Aleksandrovich, 1882- A,prira6r of graphics. Drawing and geodetic drafting for schools and self-education. MosRva, Gos. izd-vo, 1926. 168 p. I 1. Drawing (Elements~ 2. Surveying(Elements) 1. Volkov, 0., jt. au. BASHILOVA,* I I.--- Analysis of immediate and late results of manual and Instrumental intrauterine (xploration during the placental and puerperal peric4d, Trudy SMI 17:84-91 163. (MIRA 18:1)1 1. Iz Ozhatskogo rodillnogo doma (glavnyy vrach 1.1. Bashilova). Nauchr.yy rukovoditell - zav. kafedroy ak-usherstva i ginekologii Smolenskogo meditsinskogo instituta dotsent, K.K. Komeshko. -42 AUTHOR: Bashilova, N. I. SOY/75-13-5-7/24 TITLE: Quantitative Determination of,Thallium as Thallium Bichromate (Kolichestvenn6ye opredeleniye talliya v vide bikhromata) Communication 1. Gravimetric and Volumetric Methods of sis (Soobahcheniye I. Vesovoy i obyemnyy metody) PERIODICALt Zhurnal analiticheskoy khimii, 1958, Vol 13, Nr 5, PP 545-554 (USSR) ABSTRACTi The author of the paper under review examined the possibility of a quantitative determination of thallium, as thallium bi- chromate after precipitation in an acid solution. At the same time, this method of determination can be used for the separa- tion of thallium from all elements that do not form insoluble compounds under the same conditions. There is only little bibliographical information about this method (Refs 34-42). In one raper (Ref 33) thallium bichromate is considered inadequate for the quantitative determination of thallium as the results cannot be reproauoed. In order to determine the composition of the various thallium chromates and the limits of concentration in which they exist, the author, by means of the method of Card 1/4 isothermal solubility, examined the system TI 2CrO 4-CrO 3-H2 0 and SOV/75-13-5-7/24 Quantitative Determination of Thallium as Thallium Bichromate. Communica- tion I. Gravimetric and -.V61ilmetric Methods of Analysis the reaction of thallium chromate with sulfuric acid. In this experiment thallium bichromate proved to be quantitatively precipitable by an excess of chromium trioxide. A volumetric method was worked out which makes use of the precipitation of thallium as T12br207 in neutral or acid solutions with an ex- cess of chromium trioxide. The quantity of the surplus CrO3 is iodometrioally determined. A disadvantage of this method is the indirect determination as the atomic weight of chromium is much lower than that of thallium. The result of the analysis was that it is apprepriate in the volumetric determination of thallium to have precipitation take place in solutions that contain up to 1 g of H2so4 in 100 ml of solution. Also the concentration of chromium trioxide in the initial solution should amount to an average of 0,25 g in 100 ml of solution. Also a gravimetrio method of determination was established. In this method it is necessary to separate the thallium bichromate Card 2/4 without changing its composition from the initial solution. BOV/75-13-5-7/24 Quantitative Determination of Thallium as Thallium Bichromate. Communica- tion T. Gravimetric and volumetric Methods of Analy3is Tj .0r.07 is a compound with coriRtant composition, but with ctiunging solubility. As it is largely insoluble in acetone aiia ethanol the preolpitate was 'washed with these solvents. "In..In tne precipitute was examined with a thermograph. It was i-ouna thal., in contrrdiation to refernnee 55, thallium bichro- Zta~ I May we! I be itaed for the gravimetric determination of ,hailium. The quantitative determination is possible in a large scope of concentration of acid and chromium trioxide in the solution.. By chilling the solution the error of determination -.9 -educed as tne.thallium bichromate becomes less soluble. The oritimum of this gravimetric determination is described. 1-npr-i i's a relationship between the'error.of determination of thaliium as b1chromate and the concentration of sulfuric acid and ohromium trioxide in the solution. The maximum condentra- ",ions o~ these two compenente thR*. are still admissible for a Ou.,j tit. -i latlive determination of thallium were established. It. was also shown that thalliUM bichromate is a compound of vary- Card 3/4 ing solubility and fusibility.'The invest iguat ions carried out 'iOV/75-13-5-7/24 Determination of Thalliam as Thallium Bichromate. Communica- tion .1. Gravimetric ana Volumetric Methods of Analysis are described in detail in the paper. There-are 3 figures4 5 tabies, and 45 references, 14 of which are Soviet., A TIOC 1ATION tInstitut obahchey i-neorianicheekoy khimxi Im. N. F',. Kur- nakova AN SSSM, Moskva (Institute of General ai-ki Inorganic Ohemistry.imeni. N.. S.,XurnakovAS USSR, Moscow) SUBMITTEDs August lil 1057 Card V4 B)SHIWVA, O.A. Hake-up of -.)ublishers' copies of maps and atlases. Sbor.st.po kart. no.6:59-60 '54. (MIJU 10:9) (Cartograpby) pirm! ez~.L / I E -!,. - - C. BASHILOVA$ V.14.; FIGUIZOVSKIYY N.A. pis 25(l) PHASE I BOOK EXPLOITATION SOV/1302 10brabotka spiavov davleniyem; abornik statey (Pressure Treatment of* Alloys; Collection of Articles) Moscow, Oborongiz, 1958. 141 p./ 4,500 Copies printed. Eds.: (Title page'): Korneyev, N.I., Doctor of Technical Sciences., Professor$ and Skugarev, I.G., Candidate of Technical Sciences, Docent; Ed. (Inside Book): Samokhodskiy, A.I., Engineer: Edoof Publishing House: Morozova, P.B.; Tech. Ed.: Rozhin, V.P.; Managing Ed.: Zaymovskaya, A.S., Engineer. PURPOSE: This book is intended for engineers, technicans, and research workers in scientific research institutes. It may also be used by design engineers and other personnel interested in the shaping andworking of various metals and alloys. COVERAGE: This collection of articles deals with modern methods of forming nickel alloys, structural steels, heat resistant alloys, titanium alloys, and also aluminum and magnesium alloys. A descril tion is given of the methods of measuring resistance of these metals to deformation. It is stated that during the last years great emphasis has been put in the USSR and abroad on production Card 1/4 Pressure Treatment of Alloys (Cont.) SOV/1302 of precision forged parts which can be finished by polishing and lapping only. Such methods have led to substantial savings In metal and man hours in the production of turbine blades. The 20th Congress of the Communist Party indicated the necessity of using periodically rolled stock in forging for the sake of greater economy and efficiency. Large-sized aluminum alloy extruded structural members with complex cross sections are said to have wide application in airplanes, helicopters, and diesel locomo- tives. Research and experimental work in this field is reported to have resulted in improved production methods and higher mech- anical properties of large-sized aluminum alloy structural parts. 4 The results of these developments, together with some expemmental work in sheet metal forming, are presented and graphed in this book A part of the book deals with the study of plasticity and resist- ance to deformation of the new heat-resistant titanium, molyb- denum, and aluminum alloys, and their suitability for forging and press forming. The authors mention the names of senior techniciant P.I. Potanov, R.N. Yakovleva, and laboratory technicians V.B. Emelyanov, and A.V. Sokolov, who assisted in the experimental work. Card 2/4 Pressure Treatment of Alloys (Cont.) TABLE OF CONTENTS: SOV/1302 Foreword 3 Korneyev, NJ,; I.([.Skugarevj Ya.Ya..Grannikovj- A.S. Aleshinj N.Ya. Talyzin; P.M._Baabjm; M.I. Shmelev; E.A. Baranova. Technology of Precision F6rging of Turbine Blades 5 Murzov,, AJ and A.A.-=triyev. Die Rolling df Blanks for Turbine 31ades 25 I-,- Korpdyev,, N.I. and I.G.., 15"garev. Study of Deformation of 'Iron- and Ackel-Buse Heat Resistant Alloys 34 I Kalugin, B.F.; T.S. Kuzina; and A.A~, Dpitriyev. Methods of Titanium-base Alloy Sheet Rolling 56 KorSayev, N.I.; I.G. Skugirev; and S.B. Pevzner. Methods of Extruding and Foring Molybdenum and Molybdenum-base Alloys 69 Card 3/4 PASOVp M,O.; WICHMOt A. ~Al low technological processes in mnufhaturing paintbrashos, Iage prom. ]B noo2t48-49 If 158., (KIRA IM) 1, Dirakkar Odeeskoy tho'hatino-sholhatoohnoy fabriki (for Pasov), 2. GlavW Inshener Odesekoy shahatino-sholhatoohnoy fabriki (for Babichanko). 3. Naohallnik laboratoril Odesakoy shobstino- shchatoohnoy fabriki (for Bashin). (Brooms and brushes) GRA'BOVSnT, A.M.; OUNCHIVSKIY. G.M.; PASOV, X.O.; BABICHIMO A.S,j Meahanixation of the prooess of degreasing and washing of natural bristles. losh.-Ow. prom. 00-302-35 Mr 159. (MIRA 12:6) (Bristles-016auing) (Washing machines) SOURCE: Ref. zh. Pitilm, Abs. 8D439 AUTHORS: Aynbinderp N. Ye.; B&ehir4,_,_j. N.; Grechishkin, V. S.; Kozlova, A. N.; Subbotin, Y.- T. "': , 5-- ORG: none TITLE: Relative intensities of FYR lines in crystals In the case of an effective spin 3/2 CITED SOURCE: Tr. Yeatestv.-nauchn. in-ta__pri Permsk. un-te, v. 1-1, no. 2, 196,4) 147-151 7X)PIC TAGS: electron paramagnetic resonance, EPR spectrum, transition probability, crystal struii~e TRANSIATION: Formulas are given for the calculation of the energy levels and transi-i tion probabilities when the directions of the permanent magnetic field coincide with the axes of the crystalline electric field. The energy levels and the transition probabilities are obtained for the Ion Cr-*+ in X3CoCr(C]W)O. The calculation was verified for strong intermediate fields. Good agreement with theory was obtained. SUB COM 20 , uil 94 Peauliaritien of the influence of petit mal attacks on the higher nervous activity of children. Trudy Inst. vys. nor* doiate Sort patoftsiole' 7:68-80 !60o (KIRA 14 z 4) (BPIWTICS) (CONDITIONED RESPONSE) BASHINA,, V.M. Studies of the higher nervous activity in children suffering from epilepsy vith a relatively short course of the disease. Trudy Inst. vys. nerv. deiat. Ser. pat9fiziol, 8:109-3.16 161. (KI-U 15:2) (NERVOUS SYSTEM) WILEPTICS) BASHINA, V.M. Warking capae---Ity arli SO~:itL` a,japtat-jor, of in tYe',r nr daLa. Zhur. nevr. 1. psililh. 0.'J lic,.'1:104.11-1046 (. 1111 F.,k 7 - 1. otdelanlvi, 7civ. - ir. med. rihuk C.K. IP!JLItU'.d psill!atr-,.! AMM Mookva. BASHINA# Te,P,, iuzbener-prokatchik. Ietter to the editors. Metallurg 2 no.6:32 Ja 157. (KM 10:6) (Rolling (Xatalwork)) I , 0 tit J.- III-1: 0_-P 'Pout *I -P"ttsloo &W 404' ~z on* d Au*jW m"sWm with Alsminfam to thil i-00 T*WpWMWOWm It. 1.0abilin and.N. I It"hi I Xts*.. 1943. U4. (1). 214~pl Moves. Cad "Miol"Of mageorAtim oeiih4.41, fkami Ill""'aluminium Urtr -00 exastehord after a 411-hr. tt"tillent at 4.9W( . anti etmeling insuIr th, furnam. -00 Isrivrem W and 4ar C. thv Imit'h t.Whiv-0 is limt-rorly 1.1 the go filumistivammkAt. UP hiwrr the tier hijklie'r in th, tiotch op. curve, ito M&X. joing phir"I oil), l1wrramissit alutinnium 00 "MU01 to Item imp. Mgr (%ovith 4%. a We k",, alumbduilej. Thror x eel~ie shifW to klwrr tomtwith Inctroming ethimlidunt nitilesit. coo see of ste Ago All t S L A ftV4LLWGKAL LitteRAVIIIII CLASSIFICAllop ft* 0 A I too told#4 us? Qqv Got .ikaiii t 1W &.1. " I I I -r ir-,r.,v a 'j-' - U a AV It *411% Ittgn " III I 00900000 41, - . -1 g go 0 0 0 0 o 0000 * 0 g SWIM, A.N.1 SANSONOT, G.T.; MYI, O*Yeq; SWANOTg I.S.# Inshener, rattensentl TANANAYV, I.T., retsensentl POGODI 'N. S.A., professor, doktor, saslushenVy doyatell naWd i tekhnIki, retseux.entl 4013, TooYees professor.jUktor, rateensent; ARRINSOV, 1.1hg doktor' khialchesklkh nank, rateensentl SRAMT, 7.10, doktor khIslobeekikh nank, retsenzent; MMOZOV. I,6., kandidat kbinichaskikh n retsensent; BOOK, TO.A., kandidat khtmichookikh nank, retsbasent; NIKOLAW, N.G., kandidat khWcheskikh nauk, retsensentj ZYCIRTE3, A.Ya, kwAidat khimichaskikh naak, rateensent; WRIIMA_, Is ite Ictort kauftdat khImIcheskIkh nank, retsensent; TYSOTSIXII, 1.3.0% -L KAKAMA. 0.K., redaictor; ATTOPOVICH, M.K., tokhnlcheskly redaktor [Metallurgy of rare metals] Metallurgila rodkikh metallov. Noskra, Gose nauchno-takhn. isd-vo lit-ry po chernol I tevetnol metallurgil, 19%. 414 P. ()WA 9) 1. Chlon-korrespondent Akademil nauk SSSR (for Tananayev) (Metals, Rare-Hetallurgy) UWCherdstry - Inorgarde cherdstry Card 1/1 Pub 2 2 29/52 Authorp A-P---4clan; a-, t 2 7' A ~.r a c t 7 zt F!k Ar t LMWChe.,d E3 try c s try cam l Authors I Title PA ri Od iC4LI I kb!~ tra n t -a- ch ridicates ari --3 a I A. --c 1C.-nx r-:0-.,1DU C, t'.-* 7ive referenn185! 20-2-2216o AUTHORSs Bashilova, N. I. Lyashenkoj M. N. TITLE3 -iGrystallographio S`tudy of the Sulphates of the Monovalent Thallium (Kristallograficheskoye iseledovaniye oullfatov odnovalentnogo talliya) PERIODICALs Doklady Akademii Nauk SSSR, 1957, Vol- 114f Nr 2, pp-314-315 (USSR) ABSTRACTs As result of the interaction of thallous sulphate with aqueous solutions of sulphuric acid, three acid thallous sulphatee are produced# TI3H(SO 4)29 TlHSO4 and Tl2H4(SO 4)3* The initial compound T12so4 has already been dealt with in earlier investi- gations from the crystallographic and from the radiographic- -structural point of view. On the other handg the acid thal- lous sulphates, of which two were previously known, were only qualitatively characterized from the crystallographic-optical point of view and for one of them there existed goniometric results. Tl3HISO 4)2 crystallizes in the form of thin plates Card 1/3 that belong to the trigonal syngony. The indices of refractiont 20-2-22/60 A Crystallographic Study of the Sulphates of the Monovalent Thallium as determined by means of immersiong are listed in chart Nr I of the paper under review* TIRSO crystallizes in the form of quadratic lamellae and in foA of needles. If let standp neither thallous sulphate changes its form in satu- rated solution. But if the solution is stirred for a long time with plate-shaped crystals of thallous bisulphatep then needle-ahaped crystals are formed. In this context, the la- mellae disappear by being completely transformed into needles. The. question had to be clarified whether thallous bioulphate was dimorphousp or whether# on the contraryt the needle-shaped crystals of TIESO belonged to the same modification, so that the outward diffefence was caused by a nonuniform development of the crystalline facets. For this purpose the crystals of thallous bisulphate were investigated from a crystallographic- -optical and goniometrioal point of view. The results of this investigation are compiled in chart Nr 2 of the paper under reviews They show that under normal circumstances thallous bisulphate crystallizes in two modifications$ namLY in a needle-shaped, m-modification and in a lamella-shaped A-modification. Tl H (so )3 crystallizes from very concen- Card 2/3 trated and viscous s9lfitioAs in which normal crystallization 20-2-22/60 A Crystallographic Study of the Bulphates of the Monovalent Thallium is rendered difficult@ Therefore the form of these crystals is very incompletel they are isotropic. There are I figure, 2 tables, and 9 references, 1 of which is Soviet-. ASSOCIATIOR's Institute for General and Inorganic Chemistry imeni No So Kurnakovt AS USSR (Institut obshchey i neorganicheskoy khimii fma No So Kurnakova Akademii nauk SSSR) PRESENTEDi December 6. 1956, by Go G. Urazovt Academician SUBMITTEDs November 180 1956 AVAILABLEs Library of Congress Card 3/3 4 0 V URAZOV, G.ee Ldeceased]; BASHILDTA, N.I. Physicochamioal, Investigation of sulfates of univalent thallium. Zhur. neorg.khIm. 2 no.8:1922-1937 Ag 157. (MM 11:3) 1, Institut obshchey I neorganichaskoy Wall In. N.B. Marnakova AN SSSR, (Thallium sulfate) (Phase rule and equilibrium) 13 /5~s#// 17., /Y 'AUMT NOI. T TI -Off-the Fo4morphism or Thallium Bisulphate (0 polymorfisme biBullfata talliTa, Russian) PMMM DIGAL Doklady Akadsmii Nauk SSSR, 1957s Vol 115., Nr 2,. pp 295-296 (U.S.S*Ro) T RFD ABSTRACT Thallium bisulfate crystallizes from aqueous solutions of sulfuric acid in the form of small square plates and of prismatic needles* In this oonnection,it was assumed that this cbmpound is dimorphouso The existence of two modifications was orystallographically proved by .the author* It.was necessary to determine the nature of the mentioned polymorphous transformation., as well as to find its temperature and the conditions or a stable exittance, of both modifications For this and for the purpose to find out still unknown phase transformation in a solid state the substance was thermographically analyzed. An a result It was determined that thallium biaulfate possesses three an- antiotropic polymorphous transformations and can be molten without decomposition, The determined melting point is higher than that given in publicationso (2 illustrations, 4 Slavic references), Cw,~d 1/2 J Al. 137-58-2-4425 Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2. p 304 (USSR) AUTHOR- Bashilova, N. 1. _-4-00 TITLE: Chromate Determination of Thallium (0 khromatnom metode opredeleniya talliya) PERIODICAL: Xhimiya redkikh elementov, 1957, Nr 3, pp 105-113 ABSTRACT: This is a survey of studies that have been made on the use of chromates to determine T1. As a result of these studies the fol- lowing method of analysis is recommended. Tl is precipitated from a I% ammonium solution in the presence of a K chromate concentration likewise equal to 1% (in a volume of solution of 100 cc). The solution should be cooled to the lowest possible temperature, and the precipitate should be let stand for 12 hours. The Tl chromate precipitate is washed with an 80% acetone solu- tion or with a 50% alcohol solution. It is then dried at 120-1300C. V.N. 1. Thol7livo.-Chramate--Dateradna+Aca Card 1/1 "4.1. -Y-CZ.0.~ 04W. ~- AUTHDRs Bashilovi, N. I. 2o-2-23/60 TITLEs Investigation of Thallium ilichromate and Its Use in Quantitative Analysis (Issledovaniye bikhronata talliya i yego primeneniye v kolichestvennom analize). PERIODICA141 Doklady AN SSSR, 1958, Vol. 118, Nr 2, pp. 289-292 (USSR) ABSTRACT; Date on tballium dichromate are very scarce and stem from the last century. Its determination is of interest in the precipi- tation from acid solutions, for it is possible to separate this salt from the accompanying elements. The author found that thal- lium dichromate is an incongruently soluble compound which may be completed precipitated from solutions by an excess of chro- mium anhydride. After washing in acetone and ethyl alcohol in which it is insoluble thallium dichromate was subjected to a differential-thermal phase-analysis. The 2 first heating curves (figures a 1 and b) obtained on the pyrometer by Kurnakov are analogoual they show 2 endothermic effects and indicate that thallium diohromate in not changed in its composition by the above-mentioned washing. After all, the temperatures of the ther- mal effects of the washed and the non-washed thallium diohroma- te are slightly different. The heating curve of this salt after Card 1/3 washing in water and then in acetone (figure 1 v) shows another Inv9stigation of Thallium Dichromate and Its Use in Quantitative 2o-2-23/60 Analysts, small additional endothermic effect. This indicates the de- composition of thallium dichromate and thus confirms the in- congruent nature of its dissolution. For the purpose of deter- mining the conditions of the quantitative determination of thal- lium as dichromate, the author systematically investigated its precipitation from neutral andacid solutions by means of chro- mium enhydride as well as by sodium-, potassium- and ammonium- -dichromate. The results given in table 1 prove the possibility of a quantitative determination of thallium by means of this method and thus disprove the contrary statements existing in publications (reference lo). In oases in which no results could be obtained at room temperature, results were brought about by cooling. As well the concentration of the acid as thqt of the precipitating chromate in the solution may be varied within wi- de limits. This concentration ma.V be determined for every in- dividual case. The determination of thallium dichromate can not only be performed by weighting, but also indirectly from the consumed quantity of the precipitating salt. As one of the var- iants the radiometric determination with the use of the radio- active isotope T1204 is possible. The main advantage of the suggested method is the possibility of a direct determination of Card 2/3 thallium without previous separation from the accompanying ele- Investigation of Thallium Diohromate and Its Use in quantitative 2o-2-23/66 Analysis. manta. This otherwise complicated problem is solved with simple and easily accessible means. The method under review can to a large extent be employed in the analysis of different semipro- ducts of industry and others. The possibilities of the quantita- tive separation from the accompanying elements have much wider prospeate of applioation. There are I figure, 2 tables, and lo referenoesq 2 of which are Slavic. ASSOOIATIONs Institute for General and Anorganic Chemistry All USSR imeni H.S.Kurnakov (Institut ob:hoheySi.neorganioheakoy khimii im. N. S. Kurnakova Akademii auk 3 3 ). PREBENTEDi August 13, 1957, by 1. 1. Chernyayev, Academician SUBMITTED: July 31t 1957 AVAILABLEt Library.of Congress Card 3/3 ROTKOVA, S.V., starshiy bibllograf; MSTBATUNITAN, I.A., bibliograf; TARMYN, I.Y., akademik. otv.red,; TROHNV, V.G., doktor khim. nauk# nauohayy redo; SPIVAKOVA9 B.K,,, red.; FAMIKAN, F.X.p doktor khimenauk, nauchnyy red*; SPMNMYA, Te#I., kand.khim. nauk, nauchnyy red.; DETCHKAN. E.N., kand.khim.nouk, nauchnyy red.; nouchn.sotradnik, naucbnyy red.; BOLOSIA- KOVA, N*K., mladshly nauchn.sotrudnik, nauchnyy red.; KASHINA, R.3,j tekhn.red, [chemistry of rare elements; bibliographio index of Soviet and foreign literature] Xhimiii redkikh elementov; bibliografichook-ii ukazatell otechestvennoi i zarubezhnoi literstury. Moskva, Izd-vo Akad.nauk SSSR. No.l. (1951-1954). 1960. 418 p. (MIRA 13:11) 1. Biblioteka Otdeleniya khimichaskikh nauk AN SSSR (for Rotkova). 2. Institut obehohey i neorganicheskoy khimii in. N.S.Kurnakova (for Tronev, Perellman, Speranskaya, Daychman, Bashilova, Bol'shakovs). (Bibliography--Hetals, Rare and minor) 61/141/005/009/018 S/O2 B103~B 110 AUTHOR: Bashilov TITLE: Thallium polychromates PERIODICAL: Akademiya nauk SSSR- Doklady, v. 141 , no. 5, 1961 , 1083-1086 TEXT: The heterogeneous eauilibria were studied in the systems; TI2CrO 4 -CrO 3 - H20 at 25 C (constitution diagram Fig. 1A, solubility isotherm Fig. 15); Tl2Cr2O 7 - CrO 3 - H20 (solubility isotherm Fig. 2A),- T12 Cr2o 7 -Na2Cr2O 7 -H20 (solubility isotherm Fig. 2Ej)j TI2Cr 20 7 - (NH 4)2 Cr 20 7 -H20 (solubility isotherm Fig. 2P); and Tl2Cr2O 7 - K2Cr2O 7 -H2 0 at 250C (Fig. 2r). The constitution diagram shows the formation of both an incongruently soluble thallium bichromate and solid solutions of thallium chromate and bichromate. Crystals were isolated from cooled solutions of T1 2Cr 207in H 2S04 or HNO 3* They were not thallium trichromate but thallium bichromate crystals. No Card 1/4v q 2316 S Al 61/141/005/009/018 Thallium polychromates 3 B1 O'YBI 10 polychromates of monovalent Tl are formed in the system T12CrO 4 - CrO 3 _F~'O In the three other systems, no different thallium polychromates are isolated from acid solutions. Neither chemical compounds nor solid solutions exist between the components of these systems. When T12Cr2O 7 is precipitated by the bichromates of K, KH 40 Rb, and Cs. the components tire coprecipitated. owing to the adsorption accompanying the formation of ~hta precipit4te. This coprecipitation can be absent in the presence of relatively small quantities of K, NH 4, Rb, and Cs. The conditions of quantitative Tl precipitation found on the basis of the constitution diagrams are important for both the quantitative analysis and the hydro- metallurgical process of TI production. By this method the highest yield in high-purity Tl can be obtained. In highly concentrated colutions of CrO3 and Na2Cr2O7 the occurrence of monovalent TI in the liquid phase is accompanied by a redox reaction between TI and hexavalent Cr., Th.0s, the- liquid phases in system r3(corresponding to the crystallization of Na2Cr2O 7* 2H20 as well as of Tl 2cr2o 7) contain besides moncvalent TI also small u ntities of trivalent Tl (and consequentl,., alsc equivalent Card 2V Y 2 3 6 S/0'20 61/141/005/009/0'6 Thallium polychromates B103PB1110 0 quantities of trivalent Cr) in the range of high Na2Cr2O 7 concentration. This redox reaction is more intensive in CrO 3 solutions and the composition of the liquid as well as the solid phases is changed at high concentrations. The solid phase changes and a hitherto unknown thallium polychromate is formed on heterogeneous interaction of T12Cr2O 7 and CrO 3 solutions exceeding concentrations of ^J30% by weight. This polychromate contains both monovalent and trivalent thallium. Its analyses agree well with the Tl[TlCr2ojeomposition calculated. Probably, the complex anion IT lCr2081 1- forms on incomplete Tl oxidation in the Tl bichromate, since new bonds form between the trivalent Tl and oxygen, This polychromate can be isolated in the form of needle-shaped crystals of different sizes with well-defined facets. It dissolves poorly in water and is practically insoluble in acetone and ethanol. It is established that isopolychromates of monovalent Tl do not form but in the presence of T12Cr207' However. the tendency to form complexes, which is characteristic of Tl, becomes evident, TI occurring in different valences. The studies on the poly- Card 3/fc/ Thallium polychrdmates chromate are continued. and 7 non-Soviet. The tiona reads as follows: 1445 (1950). 32316 S/02o/6i/141/005/009/018 B103/B110 There are 3 figures and 11 references: 4 Soviet most recent reference to English-language publir'a 0. . L. Forchheimer, R. P. Epple, Anal, Chem., 23, ASSOCIATION: Institut obahchey i neorganicheskoy khimii im. N. S. Kurnakova Akademii nauk SSSR (institute of General and Inorganic Chemistry imeni N. S. Kurnakov of the Academy of Sciences USSR) PRESENTED. July 14, !961, by I, V. Tananayev, Academician SUBMITTED; jui,, 6, 1961 Fig.'IA: Cons-titution diagram of the system T1 2 CrO4 cro 3 H20 at "C; Ft Solubility isotherm in the microconcentration range of the components; Fig. 2: Solubility isotherms of the systems A-P at 250C (see text), Card 4/0 ~ BAI'SHILOVA' 1I.I. ~--~Q~uantit`ative determination of tballium di hromate. Report No. 3. Effect of alkali metals and ammonium on ~Ihe ;recipitation of tballium dichromate. Zhur.anal.khim. 17 no.2:19N-198 Mr-Ap '62. (MIRA 15:4) 1. N.S.Kurnakov Institute of General and Inorganic Cbemistry, U.S.S.R6, Academy of Sciences, Moscow. (Thallium-Analysis) (Sodium dichromate) BASHILOVA, N. I. Incongruent solution of sparingly aDluble compounds. Zhur.neorg.khim. 8 no.3-.72J*745 Mr 163. (MIRA 164) 1* institut 0. hohey i neorganichaskoy WWI. imeni N.S.Kurnakova AN SSSR, (Systems (chemistry)) (Solution (Chemistry)) Interactiva,'of thallium dichromate with the dic Hittit of sodium, _pot&aal=4,.~*d.v=oAtux. Ihid.tll9.I4U .(MIRA.--17s2) 1. Inatitut obahohey i neorganicheakay khimii imeni Xurnakova AN SSM. BASHILOVA, N.I. Interaction of tballium sulfate with thallium chromates. Zhur. neorg. khim. 9 no.8:1853-1862 Ag 164. Precipitation of thallium by chromic anhydride as an example for the investigation of the formation of sparingly soluble compounds. lbid.:1863-1875 (MIRA 17:11) 1. Institut obahchey i neorganicheskoy khimii imeni Kurnakova AN SSSR. BASHILOVA, N.I.; NELYAPMA, N.I. Possible error of thallium determination in the presence of iron. Zhur. anal. kh1m. 19 no.12z1516-1519 164 (MIRA 18t1) 1. N.S. Xurnakov Institute of General and borganic aemlstry,. Academy of Sciences of the U.S.S.R., Moscow. BASHILOVA._Aj.; FEDOROV, P.I.; GOSMA, T.V. System In203 - CrOj - H20. Zhura 4ITeorgAhim. 10 no.3.1:2544-2550 N 165, (MIRA M12) 1. Inatitut obahchey i neorganichookey khimii imeni N.S, Kurnakova AN SSSR i Inatitut tonkoy khimicheakoy tekhnologii imeni M.V.Lomonosova. Submitted May 5, 1964- BAS"l0ZqUG:L'AN, S. i, S. nThe effect of t'!:e direction of cleaval-c- of uArtli o.,-j its r, sisianre I.o cmnipression aiid shiftinv". Baku, 1955. PublisLed by the Adad S-.i Azerbaydzliwi SSR. Acad Sci Ilzbek ISSE, Inst, of Structiires. (Dissertation for the Degree of Candidate of Techrdcal Science.) SO: Knizl,naya Letopis', Vo. 22 October 1955. Zoscow BASHUMAMAN, I. S. Relation of compression cha teristics to stratification tandency in related soils. Isv.AN Azerb.SSR no.8:83-93 Ag '56. (KLBA 9:11) (lingineering geoloar) S=nUOT, D.N.; BABMXDMMYAN, logo'-- AX4W 19 Litholo4ro pbp 16ja# &M mobimal"I chwWtorls ties of silt *bottm sealmosto in tho'Baba woMplav; I%vAN Asorb,BM n6.1105-64 (MA 10 12) (Balm Archipolago~-Fetrolo'm gooloa) 15-57-10-14687 Translation from: Referativnyy zhurnals Geologiya, 1957, Nr lOs p 218 (USSR) AUTHORS: Aliyev, F. S., Bashindzhagyan, I. S.p Suleymanov, D. M. TITLE: Lithology and Physloo-Mechanical Characteristics of Sandy Varieties of Bottom Sediments in the Baku AreU- pelago (Litologiya i fiziko-makhanicheakaya kharakteri- stika. pesohanykh raznostey donnykh onadkov Bakinskogo arkhipelaga) PERIODICAL: Dokl. AN AzSSR, 1956, Vol 12, Nr 11, pp 875-880 ABSTRACT: The author describes the results of investigations of samples from drill holes in one of the districts of the Baku Archipelago. These studies were made to determine the bearing capacity of the sea-floor sediments as a construction base for marine oil-industry installations. The results are given for grain-size analyses, mineral identification of the sediments, and physical and chemical examinations. To determine mechanical charac- Card 1/2 teristics the material was subjected to shearing and 15-57-10-14687 Lithology and Physico-Mechunical Characteristics (Cont.) compression tests. The investigated sandy material is neglJgibly compressible and has a high coefficient of internal friction, It may therefore be considered a completely. reliable base for construction. Card 2/2 L. A. Maksimova BASRINMHAGYAN, I.S. Disp3ALoormpabologle vith stratified texture, Dokl.AN Aserb.SSR 12 no.12:961-966 156, (KLU 10:8) I.Prodstavlono akademikoin Akmdemii nauk Azerbq-dft44mskp)r-l".7 N.V. Abramoviohem. (Soil mechanics) SULIYUMTI :P.go;. BASHI=4GTU,~ I.S.. C*u.ditions at tl~e 11 head - of - th.a-Torter min canal from the viewpoint of enginse .ring, gai*1997, iiT.'*41 Asarb4*1 $SR. Bar, goolo-geog, nauk . (MIRA IU12) (Tartar Val ley-4oology) BASBINDZHAGYAN, I.S. Oriented ivelling of lautuar clays. DAL AN Aserb. SSR 15 no.9-*835-838 159. , . (MIRA 13:2) I.Fredstavleno akademikom AN Azerbayclzhanskoy SSR H.T. Abramovichem. (clay) BASHMZHAGYAN, I-S, Iffect of lamination on the magnitude of structural cohesion of soils* Dckl*AX Aseib-SSR 16 no.3t271-274 160. (KIRA 13:7) 1. Institut geologli 0 AserSSR. Predstavleno Mww4smIkoz AN AserSSR M. V. Abramovichem. (Soil pbysics) SULMHOOV9 DaM, I I OULTANDVp A.D.9 prof.t rod.; BOGDAILISHM-9tw-V ~..qa; POGOSOVp V.9 tekbn. red. [Physical amd geologioal pbancmana on the abores of the Mingechaur Reservoir] Voprosy fisiko-goologiohookikb iavlanii na beregakb Hingachaurokogo vodokbraniliaboba. Bakup Izd-vo Akad. nauk Aserbaidshazek6l, SSR, 1961. la p. (MM 3.4t6) (Mingeahaur Reser*oir Region-Geograpby)