SCIENTIFIC ABSTRACT LEVSHINA, K. V. - LEVSKIY, L. K.

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SCIENTIFIC ABSTRACT
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KOLODKINAp ~NA ~K.V.; SERGIYEVSXAYA,, S.I. Bis (A -schloroeth 10 amines of bicyclic compounds. Part 6j 4- and 5-N-bis Mchloroethyl) aminoindans. Zhur.ob.khim. 33 no.2.-469-474 F 163. (MIRA 16s2) 1. Vsesoyuznyy nauchno-issledovateltakiy Ichimiko-farmatserticheskiy institut imeni S.Ordzhonikidze. (Indian) (Cyclic compounds) (Amines) CHIZHOV, A.K.; LEVSHINA, K.V.; SFRGIYFVSSKAYA, S.I. Bis(6-chloroeth.vl) aminomethyl derivatives cf azobeenzene. Part 3: p-Hydrozy-m-(o)-carboxy-pl-bis(A-chloroethyl)- aminomethylazobenzenes, theire4erivatives and analog compcunds. x Zhur. ob. khim. 34 no. 5:15817-1592 ?,~y 164. (WRA 17:7) 1. Vsespyuzny~r nauchno-issledovatellskiy khimiko-farmatsevticheskiy institut imeni S.Ordzhonikidze. UVSHINA, K. V. Rjs($-cb-loroethyl)aminomethyl derivatives of azobenzene. Part 4: 4-Alk,oxy-3-bia(A-chlorethyl)aminomp,~hyl-61 'methoxyazobenzenea. Zhur.ob.Khim. A no.6t2O29-2034 N 164. (14IRA 17t7) 1. Vsesoyuznyy nauchno-isoledovatellskiy khlmiko-farmatsevticheskiy inatitut imeni S. Ordzhonikidze. 1EVSHlNA. K.V.; KOLODKINA, I.I. , -1 -1 - , 1~ I ". ~ -a- Bis(P -chloroethyl)amines of b_vcyclic compounds. Zhur. ob. khim. 34 no.10:3414-3417 0 164. (14IRA 17:11) 1. Vsesoyuznyy nauebno-isaledoOatellskiy khimiko-farmatsevticheskiy institut imeni S. Ordzhonikidze. SKADOVSKIT, S.N.; USPENSKAYA, V.I-; LIVSHINA, N.A SOVOKINA. M.I. Us ing blocoonoses of sedentar7 organisms to 1,,Iprove the qualit7 of water. Vext.Mbsk.un.Ser.biol., pochv.. geol., goeg. 14 no.1:57-64 159. 14IRA 12:9) 1. Hoskovskly gosudarstvenM7 univereltot. Kafedra qidrobiologii. (Water--Purification) (Irresh-water flora) P'. t4 n~- LEVSHINA., N.A. Chlorophyll content of the plankton of the Moskva River. Ifauch. dokl. vyo. Bhkolyj biol. nauki no. 2:133-136 164. (MIRA 17:5) 1. Rekomendovana, kafedroy gidrcbiologii Moskovskogo gosudarstven- nogo universiteta im. M.V.Lomonosova. M 9(4); 24(6) PHASE I BOOK EXPLOITATION SOV/1670 9 _Levshina Ollga Nikolayevna Poluprovodniki i JLkh primeneniye v nauke I tekhnike; rekomendatellnyy obzor literatury (Semiconductors and Their Use In Science and Technology; Recommended Reading List) Moscowp Goa. biblioteka SSSR Im. V.I. Lenina. 1956. 13 P- (Series: Novosti tekhniki, vyp. 2) 20jO00 copies printed. Sponsoring Agencies: Moscow. Publichnaya bibl.loteka, and Teentrall- naya politekhnicheskaya biblioteka. Ed.: L.M. Ivanova; Tech. Ed.: I.P. Khovanskiy. PURPOSEt This bibliography on semiconductors is intended as a guide for workers., high-school and trade-school students, teachers, lecturers, librarians.,and technical propagandists. COVERAGEt This in the second Issue of the bibliographical review so- ri*s published by the Gosudarstvennaya. biblioteka SSSR imeni Card 1/2 Semiconductors and Their Use (Cont.) SOV/1670 V.I. Lonina (USSR State Library imeni V.I. Lenin) in cooperation with the Tsentrallneya politekhniohookaya biblioteka (central Polyteahnioal Library). It lists 17 annotated Soviet references on semiconductors and their application in science and technology. The next issues of this series will list literature on the following subjeotes "Radio Electronics, Its Achievements and Prospects for Further Development," "Achievement in Jet En- �insering,," "Tagged Atoms and Their Use in the National Economy," Ultrasonics and Its Use in Science and Technology., and "New Achievements in the Technology of Metals." TABLE OF CONTENTS: None given AVAILABIRt Library of Congress (Z 5838.S4m6) Card 2/2 JF/ad 6-29-59 p LEVSHINA. 011ga Nikolayms; KAUFMAN, I.K., redaktor [Automatics and telemechanics in national economy; brief bibliography of recommended books and articles) Avtomatika i telemekhanika v no- rodnom khozisistye; kratkii rokomandatallnyi ukazatell literatury. Moskv## Gos. ordena Lenina biblioteka,SS.SR im. V.I. Imnina, 1956. 38 p. (MIRA 10:4) (Bibliograpby--Automatic control) (Bib liograp by--7Rem oto control) "-V 'Mv YIN JMSHIXA- OVA, L.M., redaktor; KHSINKSKAYA, L.M., 'T_e1Fhn1ch~skiy remd"Mk=or. [Helicopters, their present state nad future development; a bibliography] Vertolety, 1kh nastotashchee i budushches; rokomendatellnyi obzor literatury. Moskva, Goo.biblioteka SSSR Im.V.I.Lenina. 1957. 14 p. (Novosti tekhniki, no.8) (MIRA 10:11) (Bibliography--Helicopters) ~~~t-OLA.4-SAHOWVALOVAf L.S*j ZAKHARENKOV9 G.N.v otv. za, vypuok; GORODENSKnp L.M.9 red.j ZHLTWSKAYA# I.Lp tekbne redo [Over-all mechanization and automation of production; bibliograp)71 Komplekenaia mekbaniza siia i avtomatizataiia proizvodetvemWkh protsesoov; bibliograficheskii obzor literatury. Moskva, Ob-vo Po rasprostranenii-a polit. i nauobn. manii RSFSRp 1958 30 P. WRA 14t8) 1. Moscow. TSentrallwya politekbaicheskAya biblioteka, 2, QlavnM bibliografy Uentrallnoy politekbnicheskoy bibliotekil HoWma (for.- Levshinag Samokhva:Lova). 3. Zaveduyusbehiy otdelom nauabno-tekbni- cheskoy i yestestvenncy-nauchioy propagandy Fravleniya ObahcheatTeL pe rasprostraneniyu politicheakilch i nauchWkh znaniy RSM (for ZakbA ov). (Bibliograpbr-Machinery) (Bibliograpby-Autmatiost) LHVSHI SHIASHOVA, Zoys Petrovna; LYAPUNOV , B.V.. 0 I!Zmd~na ufty'L . : UNAN, I.A., red.; ZUBOV, Yu.S., red.; XHKLEKSKAYA, L.N., tekhn.red. [Artificial earth satellites and interplanetary flights; suggested readings] Iskusetvannye sputniki semli. Mezhplanetnye polety; rokomandatellnyi ukazatell literatury. Ilauchnaia red. B.V.Liapunova. Kosk-va, 1958. 45 P. (miRA 11!6) 1. Moscow. Publichnaya btblioteks. (Bibliograpby-Aitificial satellites) (Bibliograpby-Space flight) 4TSHT"A,~-OL-iga-,Nikolayovaa;;?IZHONSNITfXIY, B.N., kana.tekhn.nauk, nauchn" red.; CHEWAK, A.Ta., red.; VASILIUVA, L.P., tekhn.red. [Automation of productioa is the main trend In technological progress; review of recommended literature] Avtomatizatzlia proisvodetva - glavnoe nepravlenle tekhnichaskogo progressa; rokonandateltayi obsor literatury. Moskva. Gom.bibliotaka is. T.I.Lesiza. 196o. 34 p. (MIRA 13:6) (Bibliography-Autonation) (Automation--Bibliography) N HANOT ..-~O-lanvna- M= A, N.S., red.; VASIL'YEV.A. L.P., d [Pro-olem of controlling thermonuclear reactions: suggested literature] Problems. upravlaniia tormoiadernymi reaktaiiami; rokomandatelinyi obior literatury. Koakva, Goa.biblioteka SSSR im. T.I.Lenina, 1961. 17 p. (MIRA 14:4) (Bibliography-Ther'monualear reactions) SHISHKO, G.N.; ISVSHINA) O.N..,p. red.; YUDAYEVA, G.S.., tekhn. red. I , New chemical elements; a recomnended bibliographic survey) Novye khimicheakie elementy; rekomendatellmyi obzor liters- tury. Moskva, 1963. 14 p. (Novoe v nauke i tekhnike, no.4) (ERA .16:12) 1. Moscow. Publichnaya biblioteka. (Bibliograpby-Chemical elements) LEVSHINA 0 N - MOLCHANOVA, N.S.; CHERNYAK, A.Ya., red.; N.N,, tekhn. red. (Building the material and technical basis of com- munism; bibliography of recommended literature) za. soz- danie materis.Ilno-tekhnicheakoi bazy kommunizma; reko- mendatellnyl illmaatell literatury. Moskva, 1963. 179 p. (MIRA 16:11) I,Eopcow. Publichnaya biblioteka. (Russ ia-Indiistries--inbli-ograp-by) (Bibliography--Rusain-Induatries) MALKOVICH, L.I.; LEVSHINA, O.N.p red. I -- I (New synthetic fibero; review of recomended literature] Novye khirdcheskie volokna; rekon.endateilrVi obzor lite- ratury. 1-joskva, Izd-vo "Kniga," 1964. 19 p. (Novoe v nauke i tekhnike, no.6) (VIRA 17:8) 1. Moscow. Publichnaya biblioteka. LEVSHINA, O.V. "Vascular Permeability in Glaucoma (Clinical and Experimental Observations).n Cand Med Sci, Gortkiy Medical Inst, Gortkiy, 1954. (RZhBiol, No 4, Feb 55) so: sum. No. 631, 26 Aug 55 - Survey of Scientific and Technical Dissertations Defended at USSR Higher Educational Institutions (14) IMTSHIR, O.Y. Mffect of the nervous system onvascular permeability in glaucoma, Test.oft. 33 no.3tl7-21 W-Je 154. (MM 7:6) 1. Is glaxnoy kliniki (dir. prof. S.M.]Dutyutin ) Taroslavskogo maditainskogo instituta. (Bus blood supply, *vase. permeability in glaucoma. neural regulation) (GLLUCOYAO physiology's Ovano. permeability. neural regulation) 1EVSHINA1,,O~Vep, assistenti SWHOV, L.L49 klinicheakiy ordinator Changes in the permeability and dim ensions of the blind spot under the influence of diakarb in patients with glaucoma. Oft.zhur. 15 no.412o4-207 16o. (VIU 13:11) 1. Iz kafedr7 galznykh bolezney (zav. - prof. S.M*Khayutin) Yaraslavskogo, meditsinskogo instituta. (THIADIAZOLE SULFONAMIDE) (BLIND SPOT) (GLAUCM) LIVSHINA, TO.S.; RDVITSKIT. P.V.; TURICHIN, A.M. induction noncontact torque metero. Ism.tekh. 20 no.1:16-20 (MIRA 11:12) Ja 159. (Blectric Instruments) IEVSH,INA,,-Ye.S.; FETISOV, M.M. Design of compensation device for the measurement of generalized mechanical power. Priborostroenie no.1:1-4 Ja t64. (MIRA 17s2) trV514MOVi A. "Atlas of the Byelorussian Soviet S.cialist Republic." report to be submitted for the Intl. Geographical Unlon, 10th General Assembly and 19th Intl. Geographical Congress, Stockholm,Sweden, 6-13 August 1960. LEVSHINSITY, D.S.; TUPIKOV, V.N. SiAri reinforced concrete piles using y1boration and scouring, [Trudy] NII can. no.51:27-30 162. (MIFLA 16:2) (Piling (Civil engineering)) SHMMM, O.Ya.; MINEYEV, L.N.j IEVSHINSKIY. D.S.; IVANOVA, L.I. Laboratory apparatus for determining elastic and dissipative properties of soil using a dynamic method. (Trudy] NII can. no,51:5S-67 162. (MM& 16:2) (Soil mechanics) BOYKO, P.N.; LEVSHITS., G. Sh. 1~ - Transparency and daily illumination of the atmosphere. Izv. Astrofiz.inst.AN Kazakh. SSR 11197-104 161. (MIRA 24:3) (Atmospheric transparency) /. MUZYKA, G.M.; SMIRNOV, G.I.; KHARIKIV, A.D. (deceased , .1 "Khantit" in the kimberlites of Yakutia. Gaol. i geofiz. no.10:161- 169 164. (MIRA 18:4) 1. Amakinskaya eksped:Ltsiya,, poselok Nyurba. ROZHNOV., S.;-LEVSHOVl .,V.,-, LEVCIWKO, A.; STWAANTSEVA, T.; STEPANOV, Yu. I.- - A vacant iseat. Grazhd. av. 21 no,7:15 JI 164. (MIRA Is-.4) l.. Sekretarl partiynogo byuro Yaltinskogo agentstva Aeroflota -(for Rozhnov). 2. Chlen byuro ekonomicheskogo analiza Taltinskogo agentstva Aeroflota (for Strokantseva). cards with perforated border TechnologY Of the preparation of (MIRA 18%9 NTI no.609-41 165. DUBINSKIT~ M.G.;_W P A-Ti - _=I I - Tarbine-drivbn air conditioners with air an refrigerant. Trudy I at. dvig. no.6%7-20 162. (MIRA 16:5) Mrboaachines) (Air conditioning-Equipment and supplies) ' KOZLOV, I.T.; LEVSHOV. P.P. Amakinite, a new mineral of the brucite-pyrochraite group. Zap. Vses. min. ob-va 91 no.1:72-77 W. (MIRA 15:3) (minerals) (Iron hydroxides) ~eVZ5 /UkkAtO Aleksandr Tikhonovich; ZHILITSOV, Hikolay Iyanovich; LBYSMWM,, Mikhail Ioulfovich; MILICHINA.B., redaktor; ALIKSAOROY'T7x-.-;~---I- CHIOMIN,A.R., tekhaichosidy redaktor [Principles of building printing machinery) 0sno*r -poligrafiche- skogo nashinostroeniia. Moskva, Gos.izd-vo NIskusstvo,* 1936. 263 P. (YAOMAOrY industry) (Printing machinery and supplies) (NLRA 9:3) 1 1 A Ref zh F,3.ektrOrLl&a frut, 51rtered Manufacturing the flat tube ullunts 9 tube mount, TAGS: zed and 44T 1 , Viff ' r- M 1 1, 4 . L 6, U , a J-11-L a- 0 V 4. I.. a 1, -9. 9_6 _ 0 : Prorantile" of Purv "oteen* by the IOM*rl#fi" of ' G* 2 else !LO 00 , -4 . 00 T F- PlewInWaia and it, N. Uutav-kil. J.A (U. & S. R.) is, I tM81 (in G"man. 1181) rMI11.2m which Was obinifted In t1a),,es- W-1=1ned an i '64 004 M dynamics ad the Isamerization of pi ne f actions es I imprnline) was invralitateil as Wkwl' A. un ctrutifil A, A -06 1*0 .I. ler *4+4 (0,1 tho or a was 0019 s AfIrr heodu 0-a m1a. its a C"tain (out ,eample was aken out wid the tractlan mixt. was heated 00-4 withdrawal of another sample. The somple 00 =10611-4 and the matpitene enatent was detd. by the 0 1 1,yubandlov roethad (C. A. 33, 72301). The d. of the It=. god tka with a pycoometer and Its a were deld. The content .4 polynorwe was drid. low wriShing the troklut after strarn disin. W the vulatile substancrit. The Isomariaed s went rwhWd -by dids. The cum" AxV (dif- C= between the a of the bornerUed and fulral sub. stances) w, thus. dI* is. time. the polymer con cut a. tinw and the content at comphene (to isabontyl fortnette) fanned ". time, sets constructed. The above curves had With the exception of the last curve which bad a max.. the rArm &bowed a cimlinuous iacreaw in d., AsV and the polymer coatent. age see 40e now 6*6 Wee jb) U IN AV a 41 ;P r& 94 0 0 0 0 0 0 0 0 Soo 0 6 6 0 0 0 0 0 0 0 0 9 0 0 0 0 0 IN --- --Is 000000 0 0 0 4r* o1 0 0 0 0 0. 0 0 0 g- 0-0 00 * 0 0 0 0 A it u u u If Is It is a L 9 a L t A 9 1 r 44 M SO l k -- - - - ~ - W I - - - jw 0*0101 po &No @I" Cott to , Y- P 7 V Pwtiu$ SAID MOINFill mum woo .00 odbN~W ' Row. so to W"d. .40 .00 'A Ual so polpm in admhw-- IN do W h 469 e NO m T M .. - I ... ! - . . I IEV, - -- -- --- - - I M Im - - - vll-,,--,~,-,~--~----17 -~ -:17. 9 m Z,- v,5 7(,-2-11/64 AUTHORS: Andrianov, 'K. A., LeV3hUk, M.Ya. , Golubteov, S.A. and Krasovskaya, T.A. TITLE: -lono On the Connon Hydrolysis of I - and Trifunctional Allkyl(Aril) Chlorine Silanes (0 3ovciestnon -idrolize mono- i trifunktsionall nykh alkil(aril)'Ichlorsilanov') PERIODICAL: Zhurnal Ob3hchey Khimii, 1950, Vol. 26, Nr 2, Pp. 333 - 336 (USSR) ABSTRACT: The synthesis of most polymeric organosilicon compounds of the type of polyorganosiloxanes takes place by means of a common hydrolysis of two, sometimes more, monomeric organosilicon coupounds - alkyl or alkylc~Jorosi!Emes or substituted ethers of orthosilicic acid. It is usually asjumed that in a hydrolysis of* mixtures of two al- kylchlorosiloxanes a polymeric product of tht: com,ion hydrolysis of these compounds forms. The authors found that the reaction often Droceeds in the direction of a mixture of tvo pol7riers and not in the direction of the formation of a product of cora.,on hydrolysis RSiO (1) I (x+2*2H 03 Sicl + xRSiCl 31122-) (C 211 03 0 si(c2H 5)3 *iO [ ~ Card 1/2 t Ji(C H, 2 3 7-1-2-11/64 On the Com-lon Hydrolysis of Zono- anq2rifunctional Allk~l(Aryl) Chlorine Sil-anes where R - C H or C H Cl. 6 R 0 6 4 2(C21I 5)3 Sicl -L- (C2H 5)3 SiOSi(C2H 5)3 (2) if 0 xRSiCl3 RSiO1.5)' (3) As the test showed, neither the chan,-,e of the molar interactions and the acid content of the medium nor the use of one or the other solvent in the hydrolysis were capable of suppressin,; reactions (2) and (3) aLd laadin.;; the process toward the fornation of a com- mon product of hydrolysis according to reaction (1). It vias aisuned that the temperature coefficients of the reaction velocity are dif- ferent. A test confirmed this assumption and showed that the per- formance of the h,,drolysio at hiLher temperatures promotes the production of products of the con ion hydrolysis, but not the me- chanical mixture oZ two polymers. There are 2 figures, 2 tables, and no references. SUBMITTED: January 19, 1957 AVAILABLE: Library of Congreas Card 2/2 INN 311911601000160310031013 B016/BO54 AUTHORS: Derkovskayaq I. L., Krylovskaya, R. S., Levshuk, M, Pesin, L. M.t Tsfasmany A. B9 -OW000MM~_ TITLE: Ursa Formaldehyde Concentrate as a Semifinished Product for the Production of Carbamide Resins for Various Purposes PERIODICAL Plasticheskiye massy, 1960# No. 31 pp. 13 - 16 TEXT: The authors report on A. B. Tsfasman's experiments concerning production of urea formaldehyde concentrate (UF) as a semifinished prod- uct for carbamide resins. The studies have been continued since'1958 at the Nauchno-iseledovateltakiy institut plastmass (Scientific Research Institute of Plastics) in collaboration with the Kuskovskiy khimiche- skiy zavod (Kuskovo Chemical Plant). The UP concentrate was produced: 1) from solid paraform and aqueous ures, solution; 2) in the gaseous phase: by bubbling of the formaldehyde produced from paraform and urea solutioni 3) from contact gases of the formalin production at the plant mentioned. Further, the authors discuss the production of glue resins Card 1/3 Ursa Formaldehyde Concentrate as a Semi- S11911601000100310031013 finished Product for the Production of B0161BO54 Carbamide Resins for Various Purposes and aminoplasto from UP concentrate. For the production according to 1), the followin data are given: Paraform (59-61 parts by weight), urea to _-,and.*15-~*rts of water were heated in the presence of (24-26 par 51, alkali. The steadily decreasing pH had to be adjusted continuously to prevent the formation of unstable, highly viscous products. The result- ing product is a formaldehyde solution in a concentrated aqueous solu- tion of methylol derivatives of urea. The UP samples remained transpar- ent and stable for one year. Similar products may be obtained from a-poly-oxr.Aethylene. For the production according to 2), the following is stated: In the authorst opinion, bubbling is the most efficient and convenient method. From the physical and chemical characteristics of the resulting product, the authors conclude that at PH - 7 and a low content of formaldehydel a mixture of mono- and dimethyl urea forms, which is precipitated. By adjusting the PH by addition of buffer solu- tions (PH 6-5 - T-5), the authors obtained viscous, stable solutions, UP concentrates, with a total content of 42-46% of formaldehyde and 26-31% of free formaldehyde. The concentrates remained clear-and stable for 1-5 years. 3) Hot contact gases were blown through urea Card 2/3 Ursa Formaldehyde Concentrate as a Semi- 8/191J60/000/003/003/01.3 finished Product for the Production of B016/BO54 Carbamide Resins for Various Purposes solution in a coi umn with,_a*checker of Raschig rings. Every cubic meter of gas left about 390 9 of CH20 in the column. The yield in UP con- centrate was 280-350% referred to-dry urea. The concentrates were trans- parent and stable. The high content of,CH 20 inhibits reactions of the polymethyl ureas with'each other. The authors will give their results obtained with a continuous apparatus in another publication. The re- sulting UP condentrEate was- used to'pkoduce-the glue resins Mf-17 W-17), Mmg;(W), and M~~ (MFF) by condensation with calculated urea amounts 'and. .*other comj~on6atsi withbut'addi:tional,va'aiuum. treatment.*The rei3ins were .succes afiilly uodd'for gluiAg oAk- and red-beech wood'. The autho,re'enWnsrate the-op~rational advanthges'of th6ir'method, and re- 4ommend if -for cases wher'e,gas'eous'CH'O and*ind~strlal urea, or its 2 non-evaporated sirups,-are available'. They'mentio`n'L~ Ye.* Lipkina whb '2 tables, and assisted in the investigation. There are 1 figure, 6 references: 3 Soviet and 2 US. Card 3/3 LEVSHUKOVI AcBo ung Now method for pruaing yo 164 tree3. Put' i Put. khoz. 8 no.9:41--,'~' (MIRA 17M) 1. Starshly inzh. laboratorii zashchitnykh lesonasazhdoniy TSIentrall- nogo nauohno-insledovatellskogo instituta Ministerstva putay scab- shaheniya. Z-av. frr-,Ms of th.. ~Mil ;Ign , - - , , ". . . I I ., .." !-'. .,:! , ~,, ~~. i~ ; ! ~*~ . .,, --~, -`- "'*,- r -, - - , .- , - , ; - . - . . . ~ , I' ., , - ~! I.: -, -fm, --,4 - I " , -. izvSHUITOV ~ P. Seminars on gas logging. Geol. nefti i gaza 5 no-10:62-63 16l. (KMA 14:9) (Gas well logging) YURJVSKIY, Yu.N.; 1XVSHUNOV, P.A.; KIRKIN, O.B. [311ectrical core sampling of oil vell gases] GasoTyi karottath neftianykh skvazhin. Nomkva, Goo. -chno-tokhn. Izd-To neftia- nol i gorno-toplivnoi lit-ry, 1953. 185~p. (KLR& 6:12) (Petroleum-Well boring) 'A LIVSHUNOV, P.A. Testing well layers for oil, gas, and water prior to lowering the casing. Geol.nefti 1 no.10:46-52 0 '57. (KIRA 10:10) 1. Toesayusnyy nauchno-iseledovatellakly geologo-razvedoch"T neftyanoy inatitut. (Oil well logging) _L ry LIVSHUNOV, P.A. r-'"0050-- Portable field fluoroscope for determining bituminous mibstances in rocks. Teol. nefti 2 no.2:69 7 158. (MM 11:2) (Fluorescence microscopy) (Bitumn) LIVSHUNoTt_.?.A.0 RAKITI, N.I.; RABUTOVSKIT, V.B,; ATITOI]EIIKO, H.11. Oil-bed swopler. Trudy MGHI no.11:23-1-218 .'58. (MIRA 13:1) (Geochomical prospecting-Rquipment and supplies) LEVSHUMV, P*A.; SLTJTSKAYA, Zol. Oxidation-reduction potential of rocks.in some petroleum and gas provinces of Krasnodar Territory. Trudy VNIGNI no.17:211-216 '59- (MIRA 13:1) (Krasnodar Territory--Oil sands--Analysis) LIVSHMV. P.A, Geochemical well logging. Trudy MGNI no-17:259-262 159. (Gam, Natural) (Logging (Geology)) (KIRA 13:1) LEVSHUNOV. P.A. Composition and differentiation of he avy hydrocarbons in the Berezovo gas-bearing region. Geol. i geofiz. no.4:104-113 160. (MLM 13:9) 1. VeseoyuzW nuachno-iseledovatellskiy geologicheskiy neftyanoy Institut. (Berezovo region (Tyumen Province)--Hydrocarbons) LEVSHMV, P.A.; SLUTSXILYA, Z.I. Characteristics of the distribution of orgahic matter in rocks. Geol. nefti gaza 4 no-5:59-61 My 160. (MIRA 13:9) 1. Vaesoyuznyy nauchno-isaledavatellskiy geologo-razvedochny7 neftvanov institut. (Organic matter) i% LIVSHMOV, P.A. Interpretation of data on mud-analysio logging of clay minerals. Geol, nefti i gaza 4 no.9:35-39 S 160. (MIRA 13:8) 1. Voesoytznyy nauchno-iseledovateliskiy goologorazvedochnvy neftyanoy institut. (Logging (Geilog7)) (Ola7) IZVSHUNOVI P.A. Using gas logging data for determining the relative oil and gas saturation of layers. Geol. nefti i gaza 5 no.4: A p 161. 4011"41RA 14:4) Voeooyuznyy nauchno-iosledavatellakiy goelogy-razvedochnyy neft M oy inotitut, (Oil reservoir engineering) LEVSHUNOV, P.A. '177 Determination of C02 during mud logging invootigationo. Geol. nefti i gaza 6 no*4:58-61 Ap t62, (KMA 15:4) 1. Vuesoyuznyy nauchno-issledovateltskiy geologorazvedochnyy neftyanoy institut" (Carbon dioxide) (Oil well drilling fluids-Analysis) LZMHUNOVp Pe A* Dietribution of heavir by&ocarbons in donfle (ClayeT) rOc:koo Gool. i goofiz. no.91122-124 '62. (MIRA 15tlO) 1. Voonoyuznyy nauobno-issledovateliskiy goologorazvedochnyY neftianoi institut, Mask7a. (Berazovo regi~n-Eydrocarbons) LEVSHUNOV, R. T. "Investigation of the Ele~trical Properties of Ceramic Insulators With Semiconducting Glazed Coatings." Cand Tech Sci, Leningrad Affiliate of the State Electroceramic Inst, Min Electrical Engineering Industry USSR, Leningrad, 1955. (KL, No 17, Apr 55) SO: Sum. No. 704,, 2 Nov 55 - Survey of Scientific and Technical J~issertations Defended at USSR Higher Educational Institutions (16). 7: AUTHOR: lievshunov, R.T. and lj7,sakovskiy, G.I., Candidate of io4-2-3o/38 TITIB: Results of operating experience of suspension insulators type A-4.5 with semi-CeAducting glaze. (Rezultaty opytnoy ekspluatatsii podvesnykh izolyatorov P-4.5 s poluprovodya. shchey glazurlyu) PERIODICAL: IrElektricheskie St antaii" (Power Stations),. 195?, Vol.28, No.2. pp.90-917U'.S.S.R.) ABSTRACT: Attention has recently been paid to the use of insulators covered With semi-conducting glaze which are of improved dis- charge characteristics in conditions of contamination and wetness. The aiticle describes the -results of the first Soviet .experim6ntal operation of suspension insulators typeTI-4.5 with semi-conducting glaze. The insulators wexe installed in places of severe contamin tion from power stations,chemical and metallurgical works. 56 strin0a we re installed with res- istances frcm 23 to 130 magohms. 6~ 110 kV lines six strings of seven or eight insulators were installed and on 35 kV lines three strings of three or four insulators. The total operat- ing time is from six months to three years during which the behaviour of the insulat6rs was observed under different atm- card 1/2 ospheric conditions. These insulators were not cleaned during AUTHOR: Candidate of Technical Sciences (GIEKI, AggoTaN' Branch). TITILE: Insulators with semi-conducting glaze (Izolyatory s polupro- vofyashchey glazurlyu.) PERIODIOAL: IVeat4aik;.Blektropromyshlennoriti'I (Journal of the Electrical Industry), 195?, Vol. 28,,No. 5, pp. 46 - 51 (U.S.S.R.). ABSTPACT: This article considers certain main characteristics of insulators with semi-conducting glaze. 13 The resistivity of ordin4ry glazes is ~Lbout 1R ohms and that of semi-conducting glazes is from 101 to 10:7 ohms, depending on the content of-semi-conducting oxides. The semi- conducting glazes include 35 to 4(Ylo' of a mixture of oxides of iron, aluminium, titanium and others forming a crystalline conducting phase and 60 to 6X6 of ordimary glazed components which form the vitreous phase. Measurements were made of the voltage distribution over the surface of individual insulators. Curves are given of the voltage distribution over several kinds of insulator and it is shown that the distribution is more uniform with semi- oonductinG Glazes than with ordinary glazes. Measurements were made of the temperatuie rise caused by the passage of current through the glaze; the results are tabulated and it is shown that for insulators with resietances -of up to 100 megohms and voltages up to 20 kV the stable temperature rise is from 0.5 to 1? "JC. This hinders the deposition of moisture and dew on the surfaces of insulators. "High-voltage Frocelain Insulators vIth Seiniconaucting Glaze," P 405. High Voltage Thchnique, Moscow, Gosenor8oizdat, 1958, 664pp (Series: Its Trudy, No. 195) This collection of articles nume'up the principal results of investigations end studies made by Prof. A. A. Gorev, Dr. Tech. Sci., and hie staff in the field of high voltage phenomena and techniques at LPI (laniWad Folytech Inat.) It was at this instutute that Prof. Govev completed his higher scientific education and then taught and carried on his investigations in the field until hic death In 1953. In 1956, by dome of Yin of Higher Education, the High-Voltage lab. at LPI was named after A. A Gorev. j4VSHUNOV, R.T. ffigh-voltage porcelain Insulators covered with a senicanducting glaze. Trudy LPI no.195005-418 f58. (MIRA 11:10) (Xlectric insulators and insulation) 42 INSHMY,-R*T. Infrared dryIng of high-voltage insulatorse Inzh.-fiz.zhur. no-7: 98-101 il 160, (kM 13:7) 1. 7ilial Gosudarstvennogo iseledovateliskogo alektrokeramichoskogo instituta, g. leningrad. Mectrie insulators and insulation) (Infrared rays--Industrial applications) BROMMS A 1.0 inzh.; 4EVS117JNOV, R.T., kand.takhn.nauk; SOLOMONIK, ~e.A:, inzh. Improved PNV-20, PB-35, and PNB-35 partition insulators. Veut. elektroprom, 32,2;7:79 J1 161. (MIRA 14:10) ctric insulators and insulation) 'PAZ LICVSHUNOV, V.T. , konstruktor, --laur-ea-f-st-ali-n-sko- -it. y prem --- I Industrial.production of welded skeletons of reinforced co iete poatx. Mekh.trad.rab. 7 n0-5:39-40 My 153- (Wak 6:5 ) (Reinforced concrete construction) A--j f LLPVSHMK)V. V. kon ter; BOLMIONSKIY, S., konstruktor. jruk Gift from constructors to metal tur3kers. Takh.mol.23 Ci.e.P.41 no.7: 113r21 -T1 1569, (MMA 9:9) 1.9aved "Kramayy proletarly4. (Lathes) V: USSR/Medicine Eff ects of High Nov/Doo.52 Temperatures 'Ir"The Dynamics of the Corticovisceral Correlation Ija an Organism Affecte& by High Temperatures 'of ail_'Oilk~ -side Environment," N.A. Levsbunova, Chair of Worml "'.Phyqiol, Stavropol I Ned Inst "Zhur Vysh Deyat" Vol 2, No 6, 'P*P 826-834 Describes experiments in which animals were re- peatedly subjectect to the influence o.f,high tem- peratures in the outside environment. These ex- periments demonstrated a definite change of-con- ditioned reflex activity and functional shifts in 211*21 the cardiovascular system, respiration, and body temperature. In cases of a gradual ii~creaee of - temperature, no disturbance was noted'in the func-I tions of the central nervous system and'an incz . . resistance of the organism was observed. Varibus specie's of anim'als shoved a differenc e,'in the ddV- tion, of their organisms to changes of t~z~ture;- dog* adapted thenselves better than rabbits. TILe anthor'assimes that chaziges in the functional con- dition of'the nervous system, influenced by re- peated. applicati(ms of high temperature, are part of the essential, adaptive reactions of an, organism and that these ebanges are controlled by the h5gber sections of the cerebrum. 24ft9 .71 T Card 1/1 : Pub. 33-1/25 Author : Ievshunova, N. A. Title ,MV MR**aT.1p~1 : Changes in the conditioned reflex activity and in some other functions after repeated injection of ephedrine into the organism Periodical : Fiziol, zhur 4, 389-395, Jul/A ug 1954 Abstract : Subcutaneous injections of e~fn'ephrine produce changes in the condi- tioned reflex activity of an organism. These changes can be explained b-y the fact that epinephrine affects the functional activity of the cortex: large doses of this drug depress the posit_ive-motor condi- tioned reflexes; small doses intensify them. The functional state of the cardio-vascular and respiratory systems also change along with the changes in the conditioned reflex activity. After repeated injections of epinephrine changes in the functional condition of the nervous sys- tem diminish. Conclusions are based an experiments with dogs. Tables. Illustrations. One Soviet reference. Institution : Chair of Normal Physiology, Stavropol Medical Institute Submitted : January 15, 1952 LEVSM71NOVA, N. A. LEVSHUNOVA., N. A.- "Effect of Righ External Tqmperature on the Conditioned Fzflex Activity and the State of Certain Vegetative Functions in Dogs." Min of Higher Education USSR, LIvov 9tate Zoo-veterinary Inst, LIvov, 1955 (Dissertations For the Degree of Candidate of Biological Sciences) SO- Knizbnaya Letopis' No. 26, June 1955, Moscow SMYLIN, V.G., IRVSHLIKOVA. N.A. 111`-~:,j~,~ -I.: -, ~. Higher nervous activity following experimental sciatic injury, [with summary in English]. Yiziol.zhur. 44 no.6:513-518 Je '58 (MMA 11:7) 1. Infedra normalluo7 fiziologii Meditsinskogo instit-ata, Stavropol', (PaTIM, CONDIT IMM, off. of exper. sciatic inj.on food reflex (Rus)) (NERVES, SCIATIC, physiology off. of exper. damage on food conditioned reflexes (Rua)) BUDY IN, V.G.; jF1HUW 7brmation and course of conditioned reflexes in the presence of a traumatic dominant in the cerebral cortex. Zhur.vys.ne-.v.deiat. 9 no.4:573-577 Jl-Ag 159. (MIRA 12:12) 1. Irafedra normlluoy fiziologii Stavropoliskogo meditainakogo instituta. (RE7IM CONDITIONED) IZVSHUNOVAI--NAr-- Reciprocal relationshipR in the activity of the cerebral cortex in experimental trauma of the sciatic nerve. Zhur. VY8. nerv. deiats 10 no* 109-64 Ja-F 160, (MIRA l4s2) 1. Chair of Normal Pbyviologyp Medical Institute# Stavropol. (SCIATIC NERVE-WOURDS AND INJURIES) (CONDITIONED RESPONSE) BUDYLINI V.G., prof., zaBIU2hennyy dayatell nauki; jZVSHJNO'IAj .A. doteent L_j Electroencephalographic data in cortical pathological dominants, Uoh, sap, Stavre goo. med. inst. 1204,35 t630 (MIRA 17:9) 1, Kafedra normallnoy fiziologii (nauchnyy rukavoditell prof. V,G, Budylin) Stavropol'okogo gooudarstvennogo meditsinskogo instituta. M LEVSHUNOVA N.A., dot-sent Shattering and destroying the inertness of the cortical pothological dominants. Uch. zap. Stavr. goo. med. inst. 12:36-37 163. (MMA 17:9) 1. Kafedra. normallnoy fiziologii (nauchnyy rukovoditel", prof. V.G. Budylin) Stavropoltskogo gosudarstvennogo meditsinskogo instituta. LEVSHUNOVA, S.P. Comparison of gas-oil outlooks of cenozoic sediments of the Markovo and lower Anadyr depressions. Geol. nefti I aza 8 no.12:27-30 D 162. MRA 18:2) 1. Anadyrskaya komplekEnaya geologorazvedochraya ekspeditsiya. AM"VSKIY, I.I.; LEVSHUNOVA, S.P. Prospects for finding oil in the Lower Anadyr Lowland. Geol. i geofiz. no.60-10 163. (MIRA 19:1) 1. Anadyrskaya komplekenaya ekspeditaiya. Submitted January 21, 1963. AUTHORS; Kry-ukov, S. I., Kutlin, A. Mog Levakayat G S 153 -58-1 -13/29 Tepenitsyna, Ye. P., Ustavshchikova, ZT. Y., Farberov, M. I,, TITLE3 An Improved Method of the Synthesis of Triethyl-Aluminum (Uluohahennvy sposob sinteza trietilalyuminiya) PERIODICAL3 Izvestiya vysshikh uohebnykh zavedeniy, Khimiya i khimiche skaya tekhnologiya, 1958 ?" Nr I pp. 86-93 (USSR) ABSTRACTs The authors give a survey on the publications of trialkyl- aluminum as specific catalyst, both alone, an well as with oooatalysts for olefinio polymerization (references I to 3), and they compare with each other the known methods of production of aluminum-organic compounds (references 4 to 6). The authors selected the method by Grosse and Xeviti (Mavity, ref- 5) as the most convenient one. A)- Production of ethylaluminum sesquichloride (mixture of ethylaluminum- -dichloride and diethyl-aluminum-ohloride). The first stage of the process according to reference 5 proved to be rather incomplete. It is difficult to be controlled, has a long period of induction and often leads to the complete Card 1A destruction of the productaq sometimes with explosion. The An Improved Method of the Synthesis of Triethyl-Aluminum .153-58-1-13/29 authors tried various initiators at atmospheric pressure (crystalline iodine, ethylaluminum-sesquichloride, ethyl- bromide and a mixture of these substances). Table 1 shows the influence of individual initiators on the period of reaction. Ethylbromide acted most efficiently. Table 2 shows the influence of the initial temperature with the supply of ethylohloride on the reaction-period. Optimum conditions for the carrying out of the process were selected from the obtained test results. Further tests were carried out on an enlarged plant (figure 1). The laboratory results were confJrmed: It was possible to reduce the reaction- -period to from 2 to 3 hours. B)- Reaction of symmetrization of eth-vlaluminum-sesQuichloride. In order to obtain tri- ethylaluminum, the above reaction must be carried out with the participation of metallin sodium. According to reference 5, various insufficiencies exercised a disturbing effect in this connection. The authors foun(i the conditions for removing them: I)- Sodium ought to be used in fine dispersion, the surplus of Na must not exceed 5 to 10% of the theoretically required quantity. 2) - Sesquichloride must be introduced in portions as a 20 to 30%6 solution in Card 2/4 hyd;ooarbons- 3) The temperature of reaction must not An Improved Method of the Synthesis of Triethyl-Aluminum C363--58-1-13129 exceed 1300 and an intense agitation should be guaranteed. The gasoline-fraction "galosha" (boiling above 1000) proved most effective among several tested solvents. The yield of triethylaluminum amounted to 70 to 76% of the charged aesquichloride under the selected optimal conditions. A certain quantity of partly oxidized triethylaluminilm was proved in the produced triethylaluminum. The inactive part of the catalyst formed a mixture of all 3 possible ethoxy- -compounds. An experimental part follows. C) - Production of aluminum sesquichloride. According to the method described here, a 99% yield of that theoretically possible was obtained. The two (paragraph A) components were present in the mixture in approximately equimolar quantities. D) - The reaction of symmetrizatiol was carried out in a device shown in figure 3. A filter required for this purpose is shown in figure 4- There are 4 figures, 2 tables, and 12 references, 3 of which are Soviet. ASSOCIATIONs Yaroslavskiy tekhnologicheskiy institut i opytnyy zavod Card 3/4 Ministerstva khimicheskoy promyshlennosti. Kafedra An Improved Method of the Synthesis of Triethyl-Aluminum 153--58-1-13/29 tekhnologii ounovnogo orgadaheskogo sinteza i 6K (Yaroolavll Technological Inatitute and th6 Experimental Plant of the Ministry for Chemical Industry. Chair for the Technology of (;enera3. Organic Synthesis and SK) SUBMITTEDt September 23, 1957 Card 4/4 S/081/150AM/017/013/016 A006IA001 Translation fr--mz, Referativnyy zhurnal, Khimiya, 1960, No. 17, P. 372, # 70452 AMHORS Txyukov, S.I.,-Kut'yin, A,M,, Leavskaya., G.S.A. Tepenitsyna, Ye.P., Ustavehahikova, Z.F., Farberov-'--M-,f-. 7 . TITLE2 Technical Mode of Triethylaluminum Synthesis PERIODICAL: Uch.;zap. Yaroslavsk.,tekhnol.'in-ta 1959, Vol. 3, PP- 5-17 TEM. The authars developed a technical made of preparing ethylaluminum- seaquilchdor-Ide (1) with a yield -,f about 100% on the basis of a method described (1) Organ. Chem., 1940, No ~Grc,sze, A.U.J. Mauity, J.M.j - 5, p. 196) which consists in the interacti-on Of C2H5Cl (II) and Al in the presence of 5-10% C2H5Br (III) with reiation to Al. 12, (1) and their mixtures were tested as initlators yield- ing unsatisfactory results. It is assumed that the process is initiated by inter- mediatily fcrming et,~*Lylalumi.numsesquibr,-imide, in the oase that III is used. I is tran-af-Drimed Int-, (C-H )3A1 (TV) by processing with dispersed Na metal in organic ` -5 solv,~-nts (benzine--rubber,, refined kerosene, xylene, isooctane). Na is taken in cf 5-15%, Is lntrod-.iced into the reaction by porticns in the form of BLIZNYUK, N.K.; LFVSKAYA, G.Sq PIATYUKHINA, Ye.N. New synthesis of secondary haloarsines. Zhur. ob. khim. 35 no.7:1247-1250 JI 165. (MIRA 18:8) 1. Vseooyuznyy nauchno-issledovateliskiy Institut fitopatologii. L 31810-bb ACC NR: AP6021678 SOURCE COD-Et UR/0079/96/036/003704 AUTHOR; Bliznyuk, 'N. K.; Kolomiyots, A. F.; Kvasha, Zo No; Lava G. ,So; '/7 Antipina, V. V. 01G: All-Union Scientific Research Institute of P!36opathology (Vsosoyuznyy nauclino-issladovatellsk:Ly institi itopatologii) TITIO: Dialkyl phosphites and mi~no~.l jqljZhosphinites SOURCi~-. Zhurnal obshchey Ichimii, -v- 36, no- 3, 1966, 475-M0 TOPIC TAGS: organic phosphorus compound, chemical reaction kinetics, toxicity, plant injury, chemical synthesis, aster, azootropic mixture AIISTR.ACT: It was found that dialkyl phosphites and monoalkylphosphinitos are producod in high yields (almost quantitative) independent of the torTorature ,at -which the reagents are mixed, and degree of removal of hydrogen chloride :fro-a the reaction zone, by boiling the reaction mass, containing the reactions products of alcohols with phosphorus trichloride or dichlorophosphines, an esterification catalyst (such as sulfuric acid or p-toluenesulfanic acid), and a solvent. with azeotropic distillation of ',-ter. A preliminary estimate was made of the herbicidalVactivity of some of the ten compounds synthesized.) In the tests the aboveground portion of the plants (the kidney bean as a typical dicot and the.oat as a typical monocot) was sprayed with emulsions of~ Xl__3181o-66 ,the compounds in a 0.05% solution of the *wetting agent OP-7 in water. Tho compounds of this group exhibited high selectivity with respect to dicots, their toxicity depending substantially on the aryl radical (the tendency ,coincidoswith that in aryloxyacetic acids), with 4-chlorophonoxyothyl esters being the most active._ Phosphinites were more toxic than _Opsph~j~pa., Orig. art. able JPIIS has: 3 t 3- -1 SUB comt 07, 06 SUBM DATEt 24Aug65 ORIG ROF:. 007 OTH MF: 003 ard 2/2 1-9 C '4- -318D~--6& --EWT(M)/EWP(-J)---RH AtCJN-Rt AP6021679 SOURCE COM AUDIOR: Bliznyalc, N. X..' KolorAyets, A. F.; :~.~mha, Z. 11. Levska-va, G* S.; Zhemchuzhin, S. G. ORG: An-Union Scientific Research Institute of Phytopathology (VsesoyuzW nauchno isaledovatel'skiy institut fitopatologii) TITIB: Reaction of phenolates with ethylene chlorohydrin and dialkvlchloro phosphates iii aqueous solutions SOURCE: Zhurnal obshchey khimii, ve 36, no- 3, 1966, 'AO-103 TOPIC TAGS: phenol, chlorohydrin, phosphate, aqueous solution, chemical synthesis, reaction rate, char-deal kinetics I ABSTUM: The synthesis of aryloxyethanols and dialkylM~1-Rh2sRh~L &e 6 by the reaction of phenols -vdth ethylene chlorohydrin and dialky1chlorophosphatest! respectively, in the presence of aqueous alkalies was studied. A change In ,the order of mixing of the reagents was found to substantially increa--e Lhe ~yield5 of the products. This was achieved by simultaneous synchronous addition of the alkyl (or.acyl) halido and solution of alkali to the phenol at. a temperature sufficient for a relatively rapid reaction, The rato of addition of the reagents in each concrete case was regulated no that the roacting substances would not accumulate in.thereaction mixture during th.o I Card 112 UDC: 547.562:542. TRIPINITSYNk, Ye.P.; FARBFMV, M.I.; KUTIIN, A.M.; LEVSKAYA, G.S. Some investigations of ethylene polymerization in the presence of complex organometallic catalysts. Vyookom.soed. I no.8:1148-1158 Ag '59. (MIRA 13:2) 1. Yaroslavskiy takhnologicheakiy institut. (Ethylene) (Polymerixation) (catalysts) NRz AP7012417 SOURCE CODE: UR/0079/661036!011.'2024/2024- AUTHOR: Levskayav G- S-_KolomiYets, A. F. ORG: All-Unlon Scientific Research Institute of PhytopathdlogY (VaesoYuznn nauchno-lasledovateltakly institut fitopatologil) TITLE: Some properties of phenylarsonoacetic acid SOURCE: Zhurnal obshchey khimito v. 36, no, 119 19660 2024, TOPIC TAGSs phonylarsonaestic acid, acetic acid, thermal decomposition, carbon dioxide SUB CODE: 07 ABSTRACT: Phenylarsonoacetic acid has higher stability than aisonoacetic acid, which decomposes readily with cleavage of the arsenic-carbon bond. Phenylar- sonoacatic acid Is unchanged by prolonged bolling,in water and xylene and Is stable to thermal influence up to 1500. Thermal decomposition above 1500 yields Th substantial amounts.of carbon dioxide and pheny1methylarsonic acid. e latter Is formed In high yield under milder conditions (800) when the decomposition vith decarboxylation Is conducted In the presence of alcohols. CJFRS: 40,419 -UDC: 547.559.2 ACC NRt AP7012418 SOURCE CODE#. UR/0079/66iO36,*011/2024/2025 AUTHOR: Kolmiyets, A. F.; Levskay.1, Go So ORG: All-Union Scientific Research Institute of Phytopathology (Vsesoyuznyy nauchno-issledovatoltskiy Wstitut fitopatologii) TITLE: Reactions of arsonic anids and their enters with thionyl chloride SOURCEt Zhurnal obshchey khtmil, v. 36, Xio. - 11, 1966, 2024r2025 Topic TArs: arsonic acidg thiQnyl chloride, ester SUB CODE: 07 ABSTRACT- N6 ~ionditions of the reaction of arsonic acids with~ thionyl chloride,' to form arsenic trichloride, alkyldichloroarsenes, and di&rjltrichloroarsines Vere studied, and the conditions for obtaining the intenrediate products of these reactions were determined.. Mild treatment of a suspension of arsonic acids in a nonpolar solvent with an equimolar amount of thionyl chloride yielded -the addition products. The adducts could-be isolated in individual form due -to their solubility in organic solvents. They readily undergo decomposition with water and atmospheric moisture, to yield adducts of arsoaic acids with hydrogen chloride# Aryl adducts are more thermally C.'zble thaa the al1kyl analogs .(decomposition at 80-1100 and 35-4oO, respectively). Reactions of the oxichlo- 'ride, ?,xidichJLq#de. and.hydrox chloride de~qompo~ition products under various.. _ydi Cad 1. 2 _UDC: 547.342 13 r2L e AcC NPU AM12418 acids are thus -conve ~he P7ta~bi- -I nt ooraineted arsenic, Arsonic the '.conditions 6.re discussed. irides Of Pe ac the final result Of thionyl 'under mild~ conditions to PolyehlC)f Vh-1ch determize analogously with ity and characteristic reactions to react more exothermic' but the arsonic acids vere fOlin& be cbtaiue4__ reactions, Esters Of sters the reactions are ie of the e ch' d S cau. chloride-, In the Cal'os thenually' stabl' - e.s'5e,.0X,i 140-~42~2 le hast 6 f otinula adducts formed U*e Airt elds Orig- in himb7i ACC NR. AP?03.2438 SOU RCE CODE: UIR/0020/66/1~1/002/0382/03EV,. AUTHOR: -Egli jJ - A- -a -1 Dubinin, M. N' .'('AMidemi clan) I ORG: Institute of Physical Chenistry j~N SSSR (Institut hzicheskoy NAWL AN SSSR) TITLE: Kinetics of the sorption of water on zoolites SOURCE: AN SSSR. Doklady, v. 171, no. 2, 19669 382-384 TOPIC TAGS: adsorption, zeolite, wator vapor SUB CODEt 07 In degejibing the kin0tics Of the sorption pro6er-s vith "IlOvancc ABSTRACT: ra-t~e.of absorption for~7extcrnal and internal diffusion, it is assumed that the is propor,,,ional to the difference between the local concentration in gas C (kg/m3) and concentration (a), in equilibrium vith the sorbent at the given, (k& The coefficient of proportionality to (second extent of Packing a. on and of intern-I will depend on the constants Of external diffus:i diffusion /72 da/dt C The value of the constant rate of external diffusion s with the-ve- .Card V2 UDC: 541.183.5 -1 W M ACC NRs AP7012438 locity of the current, but does not depend on the'awwt of'sorbed substarc And can be readily determined from criterial equations for external mass trans- fer. Me value of the constant R &spends on the specifics of adsorption of vater- yapp; on zeolite. Orts. ar?. has: '_1 kig-u're" and 8 formulas Le.RS:. 40,4!y GORODINSKIY, GoM*; INWIY. L.K. Dmonstratl0n$ of light diffraction phsnomen&. jiz.T sbk-ole 65-66 j&.-F e54. 14 no.l: OMRA 7: 1 1. Gorod leningradi Institut toohnoy makhgnlki I~optikj. (Diffraction) ~V, GIRLING, R.K.; LIVSKIT, L.K. Occurrence of inert games in stone meteorites. Geokhiniia no*7:59- 64 '56* (MIaA ioil) labo:atoriya geologii dokenbri7a Akadenii nauk SSSR. Leningrad. 1. (Kateorites) (Gasos. RAre) AUTHORS: Gsxling; E. K. SOV/7-58-6-3/16 Lev ki L. K., 0,rchinnikeva, G. V. TIT LE: Age..tDatermination of Some Micas Aocording to the Rubidium- Strontium Method (0predeleniye vozzasta nekotorykh slyud po_.rubidiy-atronteiyevomu metodu) PERIODICALs Geckhimiya, 1958, Nr 6, Pp 535 - 544 (USSR) ABSTRACTj AtAhe beginning of the present paper probleas of the -uhidiumrstrontium age detexmination.are discussed. The ~etvxminatzion ~of mioss. allows to control the obtained values by.means of the.potassium argon-mRthod. Most of the 9 inve.stigated samples come-from the.Kola peninsula. M. A. Yermolayev put them, at, the authors'. disposal. They W6r8..nQt`q as UBUL'.IV, decomposed with H F and HCIO but according to.Smith or in most oases agoording.to ierzelius. Thum it was possible to avoid the formation of difficultly ,iolub,19 potaasiujL-,_and_ rub idiumdif luoride a. For the determin,ation of the ratio of ij3topes t9s method-of isotope'dilution by.means of Rb and Sr was chosen. The. analysis was carried out by. means of the mass speotro- C ard l/ LZ meter The determinations lead to the following 1011- GNUIEG, E.K.; LIVSKIT, L.K. Origin of rare gases in stone meteorites. Meteoritike, no.16: 24-29 ~'58- (MIRA 11:8) (meteorites) (Paean, Rare) 3(1)921(6) AUTHORS: Gerling, E. K.p SOY/20-123-3-10/54 TITLEz The Products of Cosmic Radiation in the Meteorite Sikhote-Alin' (Produkty kosmicheskoy radiatsii v meteorite Sikhote-Alin') PERIODICAL: Doklady Akademii nauk SSSR9 1958, Vol 123, Nr 3, PP 420-423 (USSFQ ABSTRACT: The present paper deals with the'following problems: 1) investigation of the relative isotope content of light noble gases (Be, Neq A) in individual specimens of meteoritic rain. 2) Investigation of the variation of the content of coamogenetic products in the interior of a single large specimen. Investigations were carried out with sample Nr 2093 of the Sikhote-Alint-meteorite. The carrying out of analyses is deacribed in short; the results obtained by this analysis are shown in a table and in a diagram. According to these results, there is no monotonous change of content in cosmogenetic products in the interior of the sample. There is also no flat maximum, the existence of which is. in any case doubtful. The contents of cosmogene tic- products of the "richest" and"poorest" Ca d 1/3 samples differ from each other by the 15 to 20-fold.Apparentlyt r the samples with a low content of cosmogenetic products belong 41 7-~; The Products of Cosmic Radiation in the SOV/20-123-3-10/54 Meteorite Sikhote-Alin' to the deep layers of the meteorite. The cosmogenetic argon isotopes are A38 and A 36 . The mean ratio A38A 36 is A38/A36'_ 1,62 , All three stable neon isotopes are present in equal numbers. The mean ratio A38 /1-Te 21 in some samples amounts to 6.8 . According to the isotope yield of A and Ne, the primary particle energy amounts to --1000 Mev. This value is somewhat lower than the assumed energy of cosmic particles. Several parts of the sample Nr 2093 have an increased content of cosmogenetic products. These samples correspond to such meteorite parts in which the inclusions of troilite (FeS) and schreibersite (Fe, Ni, Co) P are the most developed. For the purpose of determining the3 connection between the content of light elements and that of cosmogenetic products, several samples were chemically analyzed; results are given in a table. The increase of the neon-isotope content is not unexpected. The cross section of neon production from light nuclei (S' P) is greater than the corresponding cross section of neon Card 2/3 production from iron. Explanation of the increased content of The Products of Cosmic Radiation in the SOV/20-123-3-10/54 Meteorite Sikhote-Alin' oosmogenetic argon isotopes is more complicated. No connection has as yet been found between the content of light nuclei and that of cosmogenetic isotopes, and therefore further investigation of this problem is necessary. There are 1--figure, 2 tables, and 17 references, 5 of vhich are Soviet. ASSOCIATION:' Laboratoria geologii dokembriya Akademil nauk SSSR (Laboratory for the Geology of the Precambrian of the Academy of Sciences, USSR) PRESENTED: June 14, 1958, by A. A. Polkanov, Academician SUBMITTED: June 10, 1958 Card 3/3