SCIENTIFIC ABSTRACT MOSKALENKO, V. A. - MOSKALENKO, YU. YE.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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D 26630- 'ACC NR: AP5025336 heated sampUs. Superimposed curves of Unthanum and neodyaLum show analogous to temperature dependence for both metal&.. By cooling these metals from 293 ncressed by 50% for hedt-treated samples and by about 40% 1 770K their hardness L "for cold-worked saWles. The absence of polymorphic transformations of lanthanum "in the.tewfarature range of 71(3-293OKe Xelardtess of its close resemblance to cerLaaij@which has potymorphLe transformationst was confirmed. Orig. art; has: 3 figs& C6DE.11,gogfM PATti 14act64/. ORIG REP C 602/ Ont MF.- 002 W.; Card 2/2 BELFT7,AYA, I.P,; KARPOV, V.I.; FOSKALENKO, V.A.; RETJTOV, C.A., skademik Protolysis mechanism of ci3- and trans- If-chlorovinyl wrcury chlorides under the effect of HCl and DCL Dokl. AN SSSR 162 no.l-.86-89 My 165. (MIRA l8t5) 1. Moskovskiy gosuciarstvennyy urtiversitet im. M.Umonosova. L 16hl@66 DIT(l) IJP(c:) GG i'ACCESSION KR: AP5014849 tjfVO020/65/162/003/0539/0542.,~rI I !AUTHORS: Moskalenko, Palistrant,, M. Yes j I ; 611 Sir ITITLE: Determination of tWe"aritiaai temperature of a superconduator iwith electric impurity ZOURCE: AN SSSR. Dokladyp v. 162, no, 3. 1965s 539-542 TOPId TAGS: superconductivity, critical temperature, electric impur- iltys Impurity ef feat iABSTRACT: The authors consider a two-band model of a superconductor Pn the basis or the Froehlich Hamiltonian, and show,, under the as- ,sumption that the impurity is electric, that Interband scattering by ithe impurity results In an appreciable change In the critical temper- ,@ture of the'superaonductor. The proof Is based on a method used by ,one of the authors earlier (Maskalenko, FTT v. 49 2TTOP 1962) to ;determine the aritical temperatures supplemented by an aacount of the : nd overlap and of the Impurity# Umklapp processes are neglected ,ba 1 1/2 ! Card L 1641-66 ACOESSION NRs AP5014849 and the w coupling apprQx1mation is used. e authors thank N*. N. ub VAR N. Zubarj@#,611id S. V. Tyablikov"Ar interest and ---:-N?V-0:Lc1@ea0nV@& V. 15. Gorv-t crIt -a mat-ka and discussions.$ This 0 r I c @ro report was pres-en-ted bftymflff. BogolytZbov. Orig. art. has: 24 form- ulas. ASSOCIATION: Moskovskiy gosudarstvennyy_universitet Im. M. V. Lomononova-046scow State University); f,6%tem&tic;heskLy institut Akademli nauk MSSR jMqEfi6ma'U1qq institute, Academy of Sciences MSS =3mmot o4uov64 ENOM 00 SUB CODEC 33 NR REP SOV: 005 GTHER9 002 Card 2/2 C, L 12oi6-66 M (d) IEWI) /EPF(n) -2 lip(d) WAO ACC N14 AP5028277 S o ifH_j6020/65ji65_T070; /6 i /-5i yv"5-" - AUTHORS: Maskalenk6, V. A-,;--f ORO: Moscow State Universil?Vfm@. N. V. Lomonosov (Moskovskly gosudarstvennyy univereltet) TITLE: Determination of the critical temperature of a superconduc�r with paramagnetic Impurity In the two-band model SOURCE: AN SSSR. Voklady, v. 165, no. 2. 1965P 313-315 TOPIC TAGS: superconductivity, critical point, impurity band, paramagnetic absorption ABSTRACT: This to a continuation of an earlier Invest gatIon by the author, (wIt1h K. Ye. Falistrant,, DAN,, 162, No. 3., 19(5) deallnv-with. the Inr 9 p of a nonmagnetic impurity on the critical t(PAEI@,ture of a suat'iguator in the two-band model. In the present article the atXhor, presentatt-ea main results of the investigation of the inayence of the paramagnetia impurity on the critical temperature. Using the earlier results, as well as the results of A. A. Abrikonov and L. P. Gorskov (ZhM v. 39,j IT81 1960 , it Lin shown that the cases or non- magnetic and paramagnetic Impurtly differ only In the form or the L 12016-66 I ACC N% Apr,0282 electronic single-opartiale Greents function. Thi's rep t presentei by ff. N. Dogolyubov 2T Mar 1965. Author thanks M. K WMIMbov for an&-t-o-'W T r . 'interest In ttw work and a discussion of the results; Maslyan and N. Ye. Pallstrant for useful, discussions. OrIg, art, at mm OODKI ?0/ sum. DATSt 18v&r65/ NR my 80vt. KISIS, S.Ya.; M0.13KALENKO, V.A. Diagnosig of early pofltoperative acute- aardia,-, P-nd imquf ficiency f ollowing intracardinc surgery unJ @r art i f , c J@a blood circulation. Eksper. khir. i anest. no.1,?,5.-87 165. ( M A 1 1 ', 1. 0tde1eniyf) vTozhdonnykh porokov oerdtsa ( ,!,t v. :i k @ @r mk,d. nauk V.I. Burakovskiy) i laborator"r-i fumktf3,,c)m1'nOy iiagnostlki (zav. - kand. mod. ruiuk G.G. Gellahteyn) Instituta -,erdt,,rino-- sosudistoy khirurgii (direktor - prof. S.A. Kolecri-1krw; rvAu,@hnyy rukovodit,311 - akademik A.K. Bak-ulev) ARN SSS)R, L `M55.66 KPF(n)_2/EWT(d)/M_(11 LIP(d) - GGIWW' ACC NRt AP6010994 SOURCE CODE: UR/0056166105010031072410725 AUTHOR: Moskslenka V. A. - JCM* L. Z. ;:==MM_ -A--____ - 8 ORO: Institute of Mathematics with Comouter Centerg Acad*w of sciencos,Moldsvian SSR (Institute matematiki c vychislitel'nytm tsentroK AkademiL nauk Mold&skoy SSR) TITLE*. The determlnatioftllk@ the critical temperature of a,superconductor containing a paramagnetic impurity SOURCE: Zhuru&L eksperbwatal'soy I tearetichettkay fLCM, v. 50, no. 3, 1966, 724-725 TOPIC TAGS: superconductivity. superconductor, critical teisperature. impurityAft" paramagnetic center, relaxation ti ABSTR&M A, two-band model of a superconductor developed earlier by the author fit used to analyze the dependence of critical tearperature (T,) on the paramagnetic impurity. It is shown that at a lov concentration of paramagnetic impurity, TC is inversely proportional to the sum of the relaxation time. for interband scattering on the fmpurLty.aad the relaxatfoa time for,exchange scattering of electrons In each of the band& ort the paramagnetic atoms, It was established that a critical Impurity con- centration.exIsts at hIgh.concentrations. [C91 SUB CODE: 20/ SUBM VA TIC: Z4Sep65/ ORIG REF: 0021 Card t L 3@iWi-bQ E A ACC NRs AP60073 SOU AUTHORS: Palistrant, 14. Ye.; 14oskalonkos V, A.- ORG: Institute of Physics and Mathematics, AN Moldavian SSR (Institut fiziki i matematiki A14 Holdavskoy SSR) Y le, TITLE: Determining the critical temperature of superconductors with paramagnetic impurities SOU11CE: Fizika metallov i metallovedeniye, v. 21, no. 2j, 1966, 280-281 TOPIG TAUS: suporconductJvIty, critical temperature, paramagnetic impurityg Groan function e4eecr#Qov AJTSTi-,ACT: The effect of intorolectron interaction retardation on the critical temperature of a superconductor with a paramagnetic impurity is considered. The equation for the coupled staLe of a pair of electrons (or holes) with opposite momenta and spins and zero coupling energy is f-0 (rA 0,Y100'.0 '9008-yj where G(xy) is the single electron Green function in the presence of an imptLrity, Do is the zero phonon Green function, and the bar indicates an average over ir-%Wity atom sites and spin orientations. The kernel of the integral equation is L 35901-66 ACC NRo AP6W7355 evaluated. The critical temperature T. for small iR=ity concentrations is given by T, no - --!l- , . 1, . 4 r, Is where To is the critical temperature for the pure metals Ts is the relaxation time, and a heas the form a - 11M 710 00. PP/- 4 a's (PP. PP/A F + Wes) Here PF is the magnitude of the momentum and the contour c encloses the singularities of the numerator of the integrand. The ratio of the paramagnetic impurity contributions with and without consideration of the interelectron Interaction retardation is about 0.03 for a majority of superconducting metalse Orige art@ hass 6 equarions, SUB CODE: 20/ WB14 DATEs 263op6h/ ORIG RZFt 003 card 2/2 Im/w 1,@') /(@(,/ooo/() 1(1/ool, It /(Jo@ I A. Xo--1c.Jt-ti&o, V. A. kl:,": 1n:;f-f[11LC Of' Low-Tei;tperaturc Physics, AN UkrSSI% (F.'zilro-telthniches"y institut cm-per.lLur XN U@,rSSR) 1TI, 1' 'Cific features of low temperature plastic deformation of ticanturl SpL So,L7R(:!-, :'lecallovedenive i terrLicheskaya obrabocka metallov, no. 10, 1966, 48-51 anu L11serL 46 T titanium alloy, titanium alloy ,011 1 C TACS: Litanium, titanium plastic deformation, plasLic dCfor'm;1Li0n, low temperature plastic deformation, subzero temperature deforma- Lion/AT-2 titanium alloy A"S',""ACT: -I'lle deformation of titanium and Litanium al,,crTs it low tempcraLures was i!iVCsLij-,,1LC6. It W,-is fOLLId tilat as Lhc Lest Lcii,poraLure decreas"s from +20c, to -20C, the tcnsiic and yield strenrth of M comi-.1crcial-prade titanium increases ,ation also increases, reaching a 2-2 1/2 times. Wlith temperature decrease, clone .@imum, at -196C and L11cn dropping sorrcwhat, but only to a level which is not uclow t@,aL of room Le--,---,)CraLurc. Increased titanium ductility at low temperature is a result of twinning. The higher reductions in deformation cause a complete twinning and con- sequently, strengthening of polycrystalline materials. The saw phenomena were observerd in AT-2 tiLanium-Uase alloy, developed by Institute of K!tallurgy, AN SSSR Card 1/2 UDC: -669.295:536.43 L 09999-67 ACC N'@: A116035955 ,"is alloy is an a-solid solution of titanium with molybdenum, zirconium, vanadium, or niobium. At -269C, che tensile and yield strengLh Of such alloys, vacuum annealed at 650-700C for 30 m1n, is 130 and li'j kg/=2 which is more than twice that at room temperature (55 and 48 kg/mm2). Ille duCLility Of Lhis alloy at -269C In sonx-, cases is higher than that at room tetM)erature. The mechanism of plastic de- formation of AT2 alloy is identical to that of comme rqi-al -grade titanium. The pre- sence of + @ alloys such as VT6 and VT14 has an adverse effect: it sharply reduces the twinning and impairs plastic deformation. These alloys have a very high strength at cryogenic temperatures (up to 220 kg/mr,12 at -253C), but elonga- tion is only 2-3%. Titanium alloys of the a-type are the most suitable structtiral materials for cryogenic engineering. SUB CODE: 13, Il/ SUBM DATE: none/ ORIG REF: 001/ OTH REF: 002/ ATD PRESS: 5105 C a rd 2/2_ ACC N SOURCE CODE: UR/0056/66/051/004/1163/1175 AP60360@ AUTHOR: Moskalenko. V. A. ORG: Institute cf Mathematics with Computing Center, AN Moldavian SSR (Institut matemattki a vychislitellnym tsentrom AN Moldavskoy SSR) I A L V Lti: Investigation of the magnetic properties of double-band superconductors in the vicinity of the upper critical field SOURCE: Zhurnal ekspertmentallnoy i teoreticheskoy fiziki, v. 51, no. 4, 1966, 1163-1175 TOPIC TAGS: magnetic property, critical magnetic field, free electron, equation theory, equation,of state, superconductor i ABSTRACT: Fundamental electrodynamic equations for double-band superconduc- tors are formulated. The magnetic properties of pure double-band supercon- ductors in the ne@ighborhood Of li@2 (He 4 H 2) are investigated in the almost free electron approxifnations. An expression is Serived for the free energy of the system in a secd;nd approximation, with respect to the difference between Hc2 and 1/2 ACC NRs AP603605G magnetic induction B. Other magnetic characteristics are investigated on this basis. It Is shown that double-band superconductors of the second order can be characterized by two constants ic, and Ica , which exceed I/ Con- sequently, the free energy is not, generally speaking, a monotonous function of the i mixed state theo@y parameter a and hence the lowest value of a (a > 1) is not always realized in such superconductors, in contrast to the single band case. For superconductors With large nonmagnetic impurities, the fundamental equations acquire a single @and nature, the critical temperature Tc and parameter of the Ginzburg- Landau theory being correspondindly defined on the double-band basis. The author expre@ses his deep appreciation to Academician N. N. Bogolyubov for his interest to this work and to L. Z. Kon and M. K. Kalpazhiu for their assistance@ in calculations. brig. art. has: 73 formulas. (Author's abstract) [AM] SUB CODE: ?0, /A/ SUBM DATE: 14Apr66/ ORIG REF: 007/ OTH REF: 0051 212 jcjui"(@Z' cob--,: Uit/0032/t)6/01".~i",;,'/I~;;!/I ov, A. 1. ; 1'1_' V. I' 7r I koza, A. A 119" C_., co-"',@c-nological Institute for Low Tom@jraturos, 0 U@=S-'a (Fiziko- te:*"'-'_".. 'Kly i_-15titut nizki@di tampratur A;! UkrS@ At-,azhm@,,nt. to D,3ndulun-typo impact to3tin.- machines for determining impact at, low tomparatu_-es Zavo@_Isk,-,ya laboratoriya, v. 32, no. 12, 1966, 1522-1523 10 FC TAG S : Lnlnalc*@ test, ductility, metallurglc testing nachino -@io nr-@-'cla doscribes the dotails of a now'y dovelopo@ to a @Yr_'O machine, which makes it Dosaible to carry out in ran-o of 77-")0o:'L, and a ;-,ochan is m for the a utor@a Lc -_n san@ia fro:-, cryostatic chambor onto the tost:@ng stand. A schume o; I Lni% -'s S@1011.ln @X' Fi7-@:re i. In oxporinent@; carriod out with cryostats of d_@fforon-@. !'@O CM13) it was established that the tomporaturo in the f '70 to unly a@; a function of the powar of the heater. The unit dezr_:-@@L,d articlo mak-)L it possible to carry out slow cooling of three samples, anG Lub&ccuont t(3.-',Ln,, at determined temporaturos. Orig. art. has; 2 figures. Cord 1 / ULC: 62-0.176.7.25 1") C 5 K4 t FA) K( @ I t, @, KO$rAUMO, V.G. --, - When will traction calculations be =ads? ?ut' I put.khoz. no.12:45 D '57. (MIRA 10:12) 1. Machallnik takhnicheakogo otdola aluchby putt. Khar1kov. (Railroad engineering--Tables, calculations. etc.) Oxidation Cf @ I I rcm. an a1r, e rq . P33 @ 11-0 ' MOSK4'rr,,1fCf,V.1.,inrh. aluzhbY Putt G. Saratoy) - Unnecessar7 signal. Put' I put. khoz. no. 8:44 Ag '58. (KMA 11:8) (Ra ilroads-Signal Ing) MOSKALS11KO. V. 1. Hidden econom7 aources. Put' i put.khoz. no.10:10-U 0 159. (MM 132-2) 1. Machal'nik proyektao-taystmtellnoy gruppy, g.8aratov. (Railroado-Surveying) wl 5-USLUTs V.H., otv.rad.; VASILIUR, D.S., red.; OYDELIBMIG, Ye,Z., red.; IGUATIM, BA., red.; PANCIORKO. A.Ta., red.; WN, D.P., red.; TULIN, U.S.. red.; IMMOVA, U.N.. klmdozh,-tekha,red. [Collection of scientific research popors on oilseed and aronatic pl"ntal Sbornik nauchno-laslodovatel'skikh robot po moslichnym i efiromaslichnym kul'turam. Kookys, ltd-vo M-va sall.khoz.SSSR, 196o. 284 p. (mIRA 14:3) 1. Krasnodar. Toosovuzayy nouchno-iosledovatellakly institut maslichnykh iefiromaelichnykh L-al*tijr. (Oilseed plants) (Aromatic plants) MOSKALENKO, V. 1. Cand. Tech Sci - (diss) "Study of the performance and basis for parameters of the working members of machines used for harVesting sesameell Krasnodar, 1961. 20 pp; (Ministry of A@rriculture RSFSR, Stalingrad Agri Inst); 200 copies; free; (KL, 7-61 sup, 241) TISHCHENKO, A.V., L-ind.sellskokhoz. nauk; MOSKALE;NKO, V.I. Physiology of hybrid seadif obtained from the crosses of monosperm-cus and polyspermous sugar beets.-Agrobiologia no.4:617-619 JI-Ag 163. (1,afa 16:9) 1. Foltavskiy sel'skokhozyaystvennyy institut. (Sugar beet breading) (Seeds) SOV/ 137-58-10-20927 T ran slation from. Refe rat ivnyy zhurna I, Meta llurg I ya, 1958, Nr 10, p 79 (USSR) AUTHORS Freyberg, M.A., Moskalenko, V.I. TITLE Pull in the Cold Drawing of Zinc Phosphate -coated Tubes (Tyagovyye usiliya pri kholodnom volochenii trub s tsink- fosfatnym pokrytiyem) PERIODICAL- V sb.: Prokatn. i trubn. proiz-vo. Moscow, Metallurgizdat, 1958, pp 370-377 ABSTRACT When Linc phosphate coating (ZPC) is used as a method of preparing tubing (T) for drawing (D), the pull diminishes, and this makes it possible to increase deformation in a single pass. The antifriction properties of ZPC are considerably better than those of copper-plated surfaces. In order to determine the co- efficient of friction with ZPC of outer and inner surfaces of T, measurement of actual pull in TD was made at the Novotrubnyy (New Pipe) Plant by means of a short mandrel of Nr ZO and 30KhGSA steel. The actual pull is 3816 less than calculated. This is explained by reduction in the friction between the con- tact surfaces of the T and the tool. Experiments show that the Card 1/2 coefficient of friction in drawing Nr-20 steel T with ZPC is SOV/ 137-58 -10-20927 Pull in the Cold Drawing of Zinc Phosphate -coated Tubes 0.08-0. 10, and not 0. 15 as in the drawing of T with copper surfaces. A check on the calculated pulls with allowance for the reduced coefficient of friction (0.1) makes it possible to introduce greater severity in the groovings for TD and to eliminate one or two passes. B.Ts. 1. Pipes--Processing 2. Zinc phosphate--Coatings 3. Friction--Reduction Card 2/2 s/i3o/6o/ooo/oo6/olo/c)i 1 AUTHORS: FreybeEg,_M. A., Assistant Manager, Moskalenko, V. I., Head of *.@-,e Technologic Department 11 IV,,, TITLEt Cold DrawIQ of Pipes on an Oxide Film PERIODICAL: Metallurg, 1960, No. 6, pp. 32-33 TEXT: To reduce friction for es arising during the cold drawing of pipe.5 they were subjected to RH@erlzingl7or coppering and greasing prior to drawing. These processes were carried out at the etching department. The technology of parkerizing and copperIng is described. To Increase the efficiency of the etching department at the Pervouraltskiy novotrubnyy zavod (Pervoural'skiy New Pipe Plant) workers of the Plant developed a new technology of preparing mandrel- less pipes for drawing by eliminating the parkerizing and coppering process. Coppering and hot water washing were replaced by prolonged washing of the pipes with a firepump jet. During washing with the cold water jet and subsequent holding during 7-10 minutes In the open air an oxide film was formed on the pipes. This film was subjected to saponification In a sponif'yIng emulsion bath and then formed a satisfactory antifriction coating, preferable to a parkerized or coppered one. This oxide film may easily form on pipes of all Card 1/2 Cold Drawing of Pipes on an Oxide Film S/13G/60/00U/O@,6/016/011 carbon and a oyed steelsi including J2XfdP (12Kh:,1-17) 15M i ( 15nm) 12t4)((L2MKh),Y15X (15Kh).%'4OX (4OKh),D and other steel grades. By Usi he new technoYogyan amount of 90 tons 0 copper sulfate was annually saved and the crane operations were re-Iliced. Plpe drawing on an oxide film is performed on conventional pipe drRwing macnine,;. The surface of pipes rolled on an oxide film was improved and the rejects decreased to 0.12% in comparison to 0.18-0.22% obtained by the previous technology. The annual savings for one pipe drawing shop amount to 230,GGU rubles. ASSOCIATION: Pervoural'skiy novotrubnyy zavod (Pervoural'skiy New Pipe Plant) Card 212 STASEVICH, PA."; FREYBERG, M.A, ; OSLOI, V.L.; GIOERIVSKAYA, R.I.; X OWL414, L. V @ ; @-10SM-1-2-ITY10-LY-- I -. Drawing unannealed carbon steel tubes without mandrels. Stall 21 no.8:725-727 Ag 161. (MIRA 14:9) 1. Pervoural'skly navotrubnyy zavod. (De@t@p drawing (Metalwork)) (Pipe, Steal) KOSXMNKO. V.K.. Inxhaner. Pow"e"M Iftesigaed for use with gasoline engine drive. Strol.1 dor.mashinostr. 1 no.10:24-25 0 156. Om 9:11) (Power tool@) c ount ry 1113T T ITL- opi(l. ,ff2SULMO, VA., inzhaner. "000@@ Power tool with a motor using higher current frequenc7. Stroi.i dor.mashinostr. 2 no.3:25-26 Mr 157. (MLRA 10:5) (Power tools) jj KOS KALEUILO @ v fttr@mntic tools for drassi.-W surfAces of reinforced concrete blo^-ks. Strol, I dor.zmashlaostr. 2 no.8 32-33 Ag '57. (KLIA jr, (Concrete blocks) (Tools) DrTACMKO, T.G.; XMIMOV, A.L.; KOSKALIKKO. T.K.; SHKUMO, S.I. ETIELIMN. R.A. The transition of industrial enterprises to a shorter workday in the first five-Tear plan. Top.trtida no.10-66 158. (AIRA 12.8) (Hours of labor) MOSKALENKO, VA., inch, !I Awi k' ;"". I - IYou building tool driven by an Internal combustion engine. Wekh. stroi. 15 no.4:19-21 Ap 158. (KIRA 11:5) (Drilling and baring machinery) (Gas and oil engines) KOSKALBUKO. V.K.. inzh. The S-614 electric perforator. Strol.1 dor.mashinostr. 4 no.5: '30-31 VT '59- (14IRA 12:7) (Power tools) KoSKUjIIKO s - V 0 K ,-i nsh o ic and pnewiatic mobile pavement breakers* The 3-550 electr Stroi. I dor.wtshinoatro 4 noo6:2q-30 Je '59. (141FA 12%8) (Road machinery) WSKALEEMOS VIK. I lbbile compressor units for-keneral use. no.7:94,-96 161. (Air compreanore) Biul.tekh.-ekoj7,Jl2fO.L-M. (MIRA 14:8) ........... 0 1) L E N/ V m - WISMIN. Nikojay Iredorovich, kand.tekhn.nauk-. OLSKSEVICH, Talorly Psv@lovlch-, DANIUH. Fetr TaLrovIevich; MIKHEYEV, Turly Aleksandrovich: STCHIT, Leonid Ivanow1ch. Pr1nimall uchasti": SHALAGOMA. T.S.. inzh.; SKORODIVSKIT. Ta.M.. kand.tekhn.nauk: KALINICHMO. N.Y.. inzh.; CHAZZIN. Te.T.. Insh.; ASTAFITST, V.D., inch.; PROKOLPITIV, V.I., vedushchly konstruttor; HWY. V.A.. starshly master; KO@K'@"ffi., laborant; URASIKOV. N.Y.. laborant; POPOV. N.A., ka@Cyfziko-matez's nauk; KALINICHMO' N.Y., iazh.. LTUBIHOV, M.G., otv.red.; ALADOVA. Te.l., takhn.red.; PROZOROTSICATA, V.L., takha.red.. (Protection of the electric equipment and cable networks in u0nes] Zaahchita, shakhtnykh slaktroustanovok i kabel'afth setel. Pod red. N.F.Shishktaa. Moskva. Ugletakhtsdat, 1959. 242 p. (MIRA 12:3) (Zlectricity in m1nin4) (Zlectric cables) 5/044/62/000/010/042/042 B150102 AUTHOM Mikhaylov, V. .4. . Moskalenko. TITLE: Algorithm for solving a problem on a "Ural" machine according to a program compiled for a "Kiyev" automatic digital device PERIODICAL: Referativnyy zhurnal. Matemattka, no. 10, 1962, 67, abstract 1OV356 (Zb. prats' z-obohiel. matem. i tekhn. v. 1. Kiyev, AN ussn, 1961, 61-67 [Ukr.1 summary in Russ.]) TEXT: This algorithm is described in terms of the address programs. [Abstracter's note: Complete translation.] Card 1/1 MEFROCHNOV, Yu.P.; MMKALENKO, V.N. Structure of the Gatauta, shelf based on reconnaissance seismic investigations. Geol. nefti i gaza 7 no.8:51-54 Ag ,63. (MIRA 16:10) 1. Institut okeanologii AN SSSR. HOSKALENKOD V.N. New data on the struature of the aadl nt=7 -)Ayer of the Mediterranean Saa. bokl. AN SSSR 152-imo.60457-1460 0 163. (MIRA 16tll) 1. Institut okeanologil AN SSSR. Predstavleno akademikom A.L. YanshInym. REYNOV, Mikhail Naumovich; OREGMANy Vladimir Illich; MOSKALEV0, Vladimir Mikhaylovich; NAKHRIOWCH,! Zduard MWInvich; PETROV, Yevgeniy Yuvenallyevich; WSWISKIY, Naum LYovich; AKSMIOV, Yevgeniy Mikhaylovichl ROMIOVv B.N., inzh., retsenzent; SHAKHNOVA, V.M., red.; FRUTM", P.S., tekhn.red. (Shipbuilding calculations on electronic computers) Sudo- stroitel'rWe raschety na elektronnykh vychislitelInykh ma- shinakh. [By) M.N.Reinov i dr. Leningrad, "Sudostroenie," 1964. 169 P. (I-ILI 17:3) 111/ @, )'A '4- L-@ " 'I 'i , ' il q @ V AUTHORS: Idoskalenko, V. N., Osipov, A. !I., Candidate 30-9-44/48 -6r-ff-istorical sciences. TITLE: The Evaluation of Tasks of Soviet OfteatAlism (ObsuzhdeniyQ zadach sovetskogo vostokovedeniya). PERIODICAL: Vestnik AN SSSR, 1957, Vol. 27, fir 9, pp. 132-134 (USSR) ABSTRACT: More than 250 delegates from all Soviet republics participated in the conference of orientali3ts which took place in Tashkent (June 4-11). Numerous guests from friendly foreign countries were present. After introductory words by E. M. Zhukov, member of the AN and secretary, B. G. Gafuroy, director of the Institute for Orientalism AN USSR, eave the statement of accounts. The following papers dealt with the cultural development of the peoples of East and Southeast Asia. A. G. Krymov (Kuo-Schao-tan) talked on the inter- national importance of the Chinese people's revolution. A lecture by Din-Dze-lyan, dean of the Northeast-Chinese University on "Sun-Yat-sen and his role in the international fight of liberation of the peoples of Asia" met with great approval with the historians. The speaker pointed out the Card 1/2 extremely great importance of soviet orientalism which at The Evaluation of DLaka of Soviet Grientallaq 30-9-44/48 first was for the benefit of the peoples of Caucasia lagging behind and then for the benefit of all peoples of Central Asia. Sumbad-zade, vicepresident of the Azerbaidzhan AN, reported on the state of orientalism in his country, the same did M. G. Nersisyan, preoident of the Armenian All, as well as the Academy-presidents of the Tadzhik and Turkmen republics. Azimdzhanov, member of the AN (Uzbek AN), talked on the history of Uzbekistan, the development of her culture in the course of centuries, cn the cultural heritaCe of the Abu-Rey-Khan Biruni, the famous "canon of medical science" of Ibn Sin. All writings have now been translated from Arabic into Russian. AVAILABLE: Library of Congress. Card 2/2 S/113/60/UOO/0"_"_ D270/D301 AUTHORS: 6tefanovich, Yu.G.,, Moskalev" V. and L-u-, Candidates of Technical Gciences TITLE- The determination of torsional oscillations in the transmission of a A -51 (GAZ-51) automobiie PERIUDICAL: Avtomobillnaya promyshiennost', no. 10, 1960, 10 - 12 TEXT.- Calculations are carried out to determine the resonance speed of an engine at various ratiOB and to reveal spots in the transmission where maximum amplitudes can be expected. Data obtai- ned experimentally by F,F. Simakov with a GAZ-51 engine and trans- mission together with information derived from the geometrical di- mension3 of transmission components can be used as a basis for the calculation. The arrangement of the former Is shown, indicating mass distribution and the corresponding lengths of the shafts, The computation provided the necessary data to plot one-, two-, three.- and four-node forms of vibrations in the transmission system. In the multimass system of a vehicle resonances of several natural oB- Oe,rd 1/4 S/11 60/000/010/05/014 The determination of torsional D270YD301 cillations of the system with various order harmonies are possible for the same engine speed. The notion of harmonic moments is rela.- ted to the method of expanding the engine torque in Fourier series- In the case of a four-stroke, straight-line six-ex-Ander GAZ-51 en- gine with the cranks of Ito shaft disposed at 120 , the main harmo- nics wiil be of the 3rd, bth and 9th order, and so on. The resonan ces of various forms of vibrations with harmonics In a multimass system can be demonstrated by composing a table of the resonant engine revolutions for various speeds of the aear box. Flexible line curves indicate that maximum shaft torque anglea and the cor. responding maximum torsional moment amplitudes can be expected along the primary shaft and the half-shafts in the case of one- and -two-node forms of -.-ibrations in first, secrind and third gears, The experimental checking was carried olit with the use of 9train gages and an oscillograph, The arrangement for measuring the torque of the pr1mary gear box shaft is illustrated.. The operational condi- t1ons included. Intensive acceleration with a fully open throttle in first gear with subsequent change to higher gears, similar acce- leration in second gear; gradual acceleration in the same gear or der, accelerat�on with fully open throttle in third gear from a m'-- Qard 2/4 S/li3/60/000/010/JO3/D14 The determination of torsional D270/D301 nimum a-table speed to Its maximumi similar acceleration in fourth gear. The oscillograms obtained are also shown. Analysis of the traces at resonance maxima enables the engine revolutions torsionai vibration frequencies, maximum and minimum torque and the swing in torque oscillation to be computed. Analysis showed that maximum forced vibrations in third gear occur when the three-node natural oscillations of the system resonate with the third harmonic of ihe engine@ When the two-nodal natural vibrations of the system resona- te with the first harmonic of the engine, the swing in forces oe- cillations is smaller and indicates a flatness in the resonance curve. The curves demonstrate that torsional vibrations In third and fourth gear are quite significant from the point of view of strength and noise. It is therefore necessary to take steps to eli- minate tnem by mounting dry friction dampereq initial friction, inertia damperaq etc@ Ualculation of the toAr_@Ional vibrations in a car transmi3aion permits accurate determination of the former a frequency and form to be made. The measurement of torque vibrations on the 6ear box input shaft enables the maximum torque o8cilla- tions at resonant speeds to be determined. There are 4 figures, 2 Card 5/4 The determination of torsional -. tables and 4 SovieT,-bloc references. ASSMATION: i,IAMI S1 I 13/60/000/01u/ Ok)VU14 u270/D301 I Card 4/4 MOSKALENMS_-V,R. (146skva) Applying the specified theory of plate banding to the problem of natural vibrations. Inzh.zhur. 1 no.3s93-101 161, (KIRA 150) (Elastic plates emd ahells-Vibration) M 8/879/62/000/000/041/088 D234/ 308 A.UTHOR M0ab1QnkQ,_Y- N. Moscow) TITLE: Taking into Account the rotational inertia and 6hear de- formation in problems of natural vibrations of plates SOL RIOE Teoriya*plastin. i obo:'ochek; trudy Il Voesoyt., noy konfe- z rentaii, Llvov, 15-21 sentyabrya 1961 g. Kiev, Izd-vo AN 'USSR, 1021, 264-266 TEXT: The auth.or represents the improved equations of the problem in a@general formt + @2w 2( W Eh P rB P ;t 6Q(1 + 91 1 +21 s2w 'P .5727 + @5Bh Card 1/2 Taking inIto account S/879/62/000/000/041/088 D234/D308 6X(i 0) 2cp + 2 W) + h Tt 19-= j.W,9@+2L1 + t;) a2w h2 E p @ _t2 Equations of various authors can be obtained by assigning differ- ent numerical values to oc, r. Some results in calculating the na- tural frequencies according to these theories are claimed, and fre- quency equatiors of the three-dimensional theory of three-layer shells are given. :Card 2/2 MOSKAUNKO, V.N,__(Mdskvm) Natural vibrations of sandwich plat-ea. Izy,AN SSSR.Otd.tokh.- nauk.Yokh. i mashinostr. no.4:125-129 JI-Ag 162. (KRA 15:8) (Sandwich construction-Vibration) i-ZITDON M A-P500': 16' v@-"V(Yr' i Mosk&lenko, V.- N. 7 @'-U, On the Btability of a thrpf-llnjer -,IiAte .@:2@-";11-7. Ali ArmSSR. Izvestiya. Seriya riziko-matematicheskikh nauk, v. 17, no. 6, 1964, 65-71 @ @4 TOM TAGS t shell stability, chel-I rtructiirl, huckling., elastic! %heU hn exar-t solution In f',lr Ine .)roolem of aLab.illty of a thl-k (sand-wich) plate, wnder Navler 3) , Du the bas I g o F 1 1, n(, r P.Lat, i ve fi A I p-Fw, -vers. The plate to assimed t- Oliva haylp 111entira.." P1@1113cwn "Oefficlent It "F, ahown -@rlue of the propertls@s -.C '-n- twcl typf!6 '21 1/2 L 34174-65 Acawim NR: Apw5165 of stability los"s are possible, accompanied by antisy=etrical or symmetrical deftimation, reirpeevively (bending mnd symmetrical buckling) 7he condItions sxLtIsfied for bot.b oases are analyzed. The Bnt I SYMM,-tr" " ft@ 3 1) r S! -i;-I j A! t@ Of e, .htcK ttwee-layer plttt,!.@ vltli F. entra- ki,:ftr of sqaexe -7.,)8s Ilertion is -3ed by way of an examp-'ke. art, has: figur?,P &iv! ?" formulas. "-SR: Institut nekharik4l AN --'SSP KN S) M., 2@Apr64 ;.fE? SOV 1 006 OTHERt PO I ACCESSION KRs AP401.3525 S/0258/6,4/004/003/0516/052.4 AUTHOrG t Bolotin, V. V. @ (Moscow); Hoskalenkqj _J. $. (Moscow) TITLE: Deflection of two layer plates connected with elastic rods SOURCE: InzhonorrW*y zhurnal, V. 4, no, 3, 1964, 516-524 TOPIC TAGS: elastic platep middle surface deflection, torsion, shear, deformation, elasticity modulus, Poisson coefficient, stress tenser, potential energy, trans- verse component, variational principle ABSTUICT: The deflection of a system consisting of two elastic plates connected 5 with rods (see Fig. I on the Enclosure) war, studied, considering middle surface deflection, plus the torsion, shear, and deformation of the connecting rods. The thickness h... alaziticity modulus E,,, , and Poisnon's coefficient 4,:, for each plate are assumed to be constant. The doflection of a point on the plate u,,,v,., W is defined by U: ut t@ '22, V@ ax- The components of the deformation and atresa tansora are defined explicitly, and Card 1/4 ACOMSION Nat AP4043525 an exproosion is Introduced for the potential onorCy stored during the plate deflection. It is further assumed that plate separation distance H In much groator than h,,. The forces gonoratod in the rods are divided into longitudinal and transverae comporionta and an equivalent potential energy expression is written for the rod deformation. Lagrange's variational principle Is then used to deter- minG the governing equation for plate and rod deflections and then reduced to a simpler form corresponding to homogeneous rods, uniformly distributed between the two plates. The potential functions 0 and 4 are then written in terms of polar coordinates r. Q, and expressions derived for v and 0 under a concentrated load or A, (r.- Qj' El In trdr., dO. (r.,Qj IV In 4 + 4X-1 (t + I a rdr. where 3 (1 - vg) OP 2rr,1-cos (I , t Yr + r"O. Card 2A ACCESSION KRs AP4043525 An example io given corresponding to the deflection of a circular plate under uniform4 diatributod loads on each plate surface, Orig, art, hass 67 equations and 2 figures. ASSOCIATION: Institut mokhaniki AN SSSR (Ustitute of Mechanics AN SSSR) SUB D: 06Srp64 ENCLt 01 SUB CODE: ME 110 REF SOV& 002 OTHER: 000 Card 3A ACC&SUSICU Us AP4043525 rig. 1* CSZ"d -4/4 ENCLOSUREt 01 MOO"KALENKO, V. N. Equilibrium of a three-layored plate. izv. kN Arm. 3--r. I--'z,-- mat. nauk 17 no.6:65-71 164. (!'.'U -A-3.) 1. InBtitut mekh&riki AN S@;,'@R. ly'ij 'v L 260-3-M, EWT(d)AWT(M)/kWP(W)/SWP(k)/ET'C(a)..' WW/EX ACOESSION NRs AP022216 UKA)I98/65/001/006/0074/004-, AUTHORSt -Babanskils V., D. (Moscow); Hoskalenkop V. me (Floscow) TIU& On the frequency spectrun of two-layer plate n1ktural cscillati@nx SOURGSt Priklsdn&ya .,k,.,ik,,, 'TOPIG.TAGSt elastic plates elastic czaillationp.Hamilton equation# potential i ener93r I ABSTRACT t A. general solution is obtained for the frequency spe@tra or the natural 'vibrations or a two-layer plate* The two plates are circular in shape$ uniforms land are connected by means of elastic rods uniformly distributed between them (see iFig. 1 on the gncloaura)o The defleatioa equations for the systea are derived fron! iHamiltoals rinciple p (I',-U-V)qt L (ga. c;j. w,) Wo. (X), F--pressions are derived for the deformation epergy. of the platess the potential Jenergy of the =ternal load VIM [A'MMION URc AP5022216 kinetic energies of the plates and the rods 1 In theirfinal forn the* 1equationa for flwcural oncillations are given by the get Rk + 24E1 + 1261, "'P HIS (I + d .w RIM ti) + 201 OY va + L2 (I + "Its (I + 0 661 1291 @j DAAw +T) WhO +V) 2 !With series solutions of the type w(r,64 E (WI. (r) a (nift a + U'@b. (r). Cown 0exp (1(d As an example, the special case or circular olates 'of radius-R is considered. ifixed along the circumference. The allaraoteristia equation for the natural vibritions of the system is vbtainad in, Hassel functions which.,, up to a twate= approximation,, oan be given b3r Card i ACC N@' AR7004117 tll'l) SOURCE CODE:- UR/01@69/66/000/012/G00510005 N.; Yellnikov, 1. N. AUTH0R:_Moskalqj*o, TITLE: Seismic data on the probable continuation of the African Platform in the Crete-African Basin of the Mediterranean Sea SOURCE: Ref. zh. Geofizika, Abs. 12G27 REF SOURCE: Sb. 2-y Mezhdunar. okeanogr. kongress, 1966. Tezisty dokI., M., Nauka, 1966. 277 TOPIC TAGS: seismic prospecting. seismic wave, oceanography ABSTRACT. In 1960-1965, the Institute of Oceanology AN SSSR carried out seismic prospecting in the Crete-African basin of the Mediterranean using the method of refracted and reflected waves. Four distinct zones were determined according to the character of the structure of their sedimentary strata: the continental slope of the Libyan seaboard to the Persian Gulf; the Levantine basin and the continental slope east of the Persian Gulf; the Central Mediterranean B ank C,,d 1/ 2 UDC: 550.83-4.-..551.14(262.4) ACC NRt AR7004117 and the Hellenic trough. Layers of varying degrees of consolidation are clearly distinguished in the second and the third zones. These zones differ from each other in thickness of strata and in physical properties of the sedimentary rock layers. In the Hellenic trough, the wave pattern corresponds to a multilayer, more or less homogeneous strata of sedimentary rocks. The upper part of the basement is characterized by an identical structure from the African Platform to the Hellenic trough. (Translation of abstract) JGCJ SUB CODE: ON Card 2/2 ARTS IDIOV IGH, G.V., k,3nd. tek-nn. nauk; ASYCIE-11RO, Ye.l., kand. tekrin. na-uk; .17 L 't, . STARKOV, V.I., i-nzh.; MKISFALENKO, V.P.,, inzh.; FISHMAN, P. . T . , j, Using hard-alloy tools ir, horing, frozen soils with the BY,(;M macrAnfis. Strot. I dor. ma3h. 10 no.10:24-25 0 165. 0-IDA 18:10) ,-M-OSKALENK09 V.S. - ------- Economic advantage of cultivating winter-crop coriander. prom. 27 no.3:34,-35 Mr - 161* OUPA 14:3) 1. Voznesenskaya opy-tnaya stantsiya. (Stavropol Territory@,-Coriunder) U MPKOV. loaif A@re@movich; HILICHMO, I.S., MQW, M" .1raa 1 @2!e ri. kandidat tekhnichaskikh nauk. retsonxent. SUJUUT,--A.9., knndidat takhnicheakikh mauk, retsemeent; 9rMATSVA, T.M., redak-tor, NOVEDZV,L.Ta.. tekhnicheakiy redaktor. [gachines and technology In the production of circulRr knit goode.) gashiny I tekhaologlia proievadetva kruglogo trikotachnago polotna. goakwa, Goo.nauchno-tekhn.tsd-vo Itt-ry po legkot promyshl.. 1957. 407 p. (91RA 10:11) 1. Syzranskty trikotazhnyy tekhnikum (for Surkov). (Knit good industry) rr y firrisJtolo@@!. A,-'rics, and insects as V-'OtOrs ts :n- A U-NO-fi 'c If, i 3 q tj-* irit1fle Rel, #@ii r,3h &nti-Plarruo In TITLE G r,,j 1, r.-Trjia on Rodenti of 13ohl-Altay @j .7,-, n j@,c)t1vochurrin. in-ta Sibirl Ic 'n I j a IS Jilly 1949'@ T'V, Ty i (k WQrO f,-JUrA in -i -wt of @F)rhylv%qzi, In 0,,)!, (,)1' 1 loji#!-0,ilAd 3uslika out --f' q%f) rorlentp -r(; zw.crely rlo,;(:(-' W"a r a ar @n r i`f@ t zKown, Ia..; YZMITAROVA. M.D.; MOROVA, L.T. [deceased]; BYZMK. T.I.; LJONOV. Th.A.; SUCHUSKIT. P.T.: KOSrALMO XD=VMTA, O.L.; MIKIDOVA, A.A. Cdecs!os_@@ MA@VIWV@. I.E..* CHIPIEMOTA. P.A.; MLIPIYV. T.N. Wterials for a study of the troublaulld mites of Siberia and the ftr last. Izv. Irk.gon. nauch. -Ise 1. prot ivochum. Inst. 16: 156-172 '57. (MIRA 13:7) (SIMIA, RASTUN-MITIS) HOSULMO, V.I. go-ass fleas of the coast reelou (far ]kit). l9v.lrTCgG4.nauch-- inal.protlbochum.last. 16:196-197 157. (KIRA 13t?) I I (KiRITIKI TMIMT-IMS) MOSULUM. T.T. Method for rsaardlvC the nw*er of fleas ANOUC rodents in the IftrItlas i5arritary, Igve rrk,go a. much.-is el.prot ivochux. lust. 17t227-I" 158. (MIRA 13:7) (=IT= UnITM--AUS) (PARASITW--ROnWS) No KQIrozwm JbIlItY of fleas of va=allka rodents of the Varitius Territory to drink humn blood. lxv.lrlc.Cois.n&uch,.-Ilisl.protlvochma.inst. 17t 139-142 '58. (MIRA 13007) (PRITIMS =RIMY--nW) (PMSITIS--ROMMs) N #0 Ic KOWALRIMO, T.T. Influence qf temperature on the behavior of fleas follwaing the death of their hosts, IWSI-I& 158. (mnTA 13:7) (xmeixz un TcRr-nus) (PARAsins-Ramms) SHKILXV. Y.T.; MOZAT,3MO. Y.Y. Dlurml activity of rodents of the Pkiritins T,@rrltor7. Izv. Irk.goo.nauch.-isel.protivochum.inst. 19:110-116 158. (1,413A 13:7) (14aritine Territory--Rodentia) SEEKILEV, V.V.; SYCHY.VSKIY, P.T.; I&CHAYEVA, U.N.; ROSLUXNKO. V.V. Parasites of muskra6t in the Haritine Territory. Soob.DWFO SSSR no.11,155-157 159. (MIRA 13:11) 1. Krayevaya protivoeptiamichaskaya stantatya Primoralcogo kkaya. (Maritime Territory-Kuskrate-Diseases and paste) Ef,,,6 of t4mp-atuyu Cl f C, , V roli-Int tip-a-9 Lif n s bo k I .r i kwo i r "Um. t - 3 L 2AL99-66 Elrrji) , xjp' Gs SOURCE CODE: UR/0000/65/000/(100/0064/007S .AUMOR: Madiyevskaya,, E. Kh.; Kellnikov, A. .*, Moskalev, V. TO ORG -. none TITLE@. Behavior of the vector of nuclear magnetization when the polarizing magnetic field is cut off SOURCE: Leningrad.Universitet. Yadernyy magnitnyy rezonans (Nuclear magnetic r8so- nance). -no. 1, 1965, 64-75 ;TOPIC TAGS: nuclear magnetic resonance, magnetic field, relaxation process 'AMSTRACT: The authors consider the method of free nuclear precession in weak'mag- ,netic fields and study the transition processes which take place when the polariz- Ing magnetic field is cut off. The behavior of the nuclear magnetization vector Js considered for two simple cases: 1. a change in the external field intensity :while the orientation is held constant; 2. uniform rotation of the field while its jntensity is held constant. In the first case, the vector of nuclear magnetization, ,which is directed initially along the field, does not change its direction. After 1 0- : Ic ard 1/2 L 21199-66 ACC NR: AT60046306 0 :a certain relaxation time, its intensity also remains constant. In the second case, :the behavior of the vector is considerably dependent on the ratio of angular velo- cities, for the Larmor precession and field rotation. The cases of fast and slow cutoff are considered. Approximate formulas are derived for calculating practical switch-off methods when using the free nuclear precession method for solving prob- Jems in metrology, geophysics and geology, radicapectroseopy, archeology, etc. "Grig. art. has: 8 figures, 30 formulas. @SUB CODE: 20/ SUBM DATE: O3Nov65/ ORIG REF: 004/ OTH REF: 006 L 212OZ.66 M(L) IJP(c) GS @ACC MR: AT60%14612 SOURCE CODE: M/0000165/000/000/0132/0131 AUTHOR: Mi H. deceasect); MooMleyp if. V. 3 @ORG: none ; 6W 2-01 4-@ ;@TITLE: Radio-Ire ue!a 62!atrosraph for studying the contours of nucl*ar magnotic .resonanCe=nea oUdS SOURCE: LeningrAd. Universit4t. Yadernyy magni@nyy rezofians (Nuclear magnetic reso- n-*. 1, 1965, 132-137 JOPIC TAGS: NHK spectroscopy, glass, magnetic crystal ;ABSTRACT: The authors describe an rf spectrograph for studying dia- and paramag- ;:netic cMtals or glass. This unit is an Improved modification of a spectrograph ',described previously (H. M. Alsksandrov, V. V. MoskaLev, Vestnik MU, go 16, 14, '!19SS) %hich vay be used for studying the contoura of nuclear magnetic resonance !l1nes from H1, F19, P31, Na", U7, B11,, A127, etc. isotopes from -160 to +20012C. 'The receiver way be used to record both the component of absorption and the compo- ,nent of dispersion and has working frequencies of 8, 12 and 16 Kc. The eLectromag-. I.Card 112 bin= I . L 21202-66 " - IIACC NR.. 'AT6004612 a ;; Category USSIR/Solid State Physics - Solid state theory. Geometric crystallography E-2 Abs Jour Ref 22hur - Fizika, No 1, 1957,No io47 Author Moskaleako, V.Z. Title -Mi'abat.4-ciorm of tYv% P,@rturtbation Theory in the Problem of Interaction Betveen Two Particlea in a Quantum Field, Orig Pub Uch. zap. Kiehinevsk Im-ts, 1955), 17, 101-114 Abstract Usint& the adiabatic parturk-ation theory, ths problem of 'the interaction be- tween two particles in a qwmtum field Is considered, The problems of the excition and the bipblaron in an ion crystal were investigated, using the effective-mass appro2r_imation. In the ca.sz-. of the polarizing sicitft, the energy spectr'um of the syStem waB investigatEd and its eff,@ctive mass was deteribirt6d by the author as approximat6ly 10'@m for alkali-halide crystals and m is th4 mass of th'F --lectrqul. The cases of total spin S 10 M for CU20 " I 0 aiid S r-- I cousidixed for the bipolaron In eithtr case, the energy of the ground state was found to b6 great-,r than the ehs;,gy of two polarons, re- moved to infinity, showtng the instability of the polarons. Card 1/1 USSR Electricity G Abs Jour Ref Zhur - Fizika, rlu 4, 195f, No 9'j'29 Author Hoskalenko, V. a@ Inst 'E_s-h-T-n-e-v--Unrv-e-rs-Ity, Kishinev. Title On the Theory of Interaction Between Excitons and a Phonon Field ori p, pub Zh. eksperim. i teor. fi-.,iki, 1956, 30, No 5, 959-961 Abstract The author investiGates the effect of the Inertia polariza- tLon of the lattice of an ionic crystal on the spectrum of the non-polarizing exciton. To take into account the pola- rization of the medium he employs a macroscopic approxima- tion. The problem is solved in the effective-mas; approxi- mtion. It is shown that as a result of the Interaction with the null combinations of the phonon field the exciton level shifted dewnward, which corresponds to increasing the effec- tive mass of the non-pol&rizing exciton. Card Ij I MOSKALINKO, Ya.1f. Zzcavators can be used for making railroad cuts before drawing slope Profiles. Tranap.atrol. 9 no-10:7-8 0 '59- (KIRA 1312) (Railroads-Earthwork) LUNKL;, Y- r.@Ant4l j): 1.17 ';:)"P r r,, r -vi i brat! -,n I-if tte s' i..;v ,f Ta4goneer %.3r qus@,Onslor.. S bo - lid i T n,-) 14'' MARISOVA, A.P.; KARNITSKAYA, N.V.; KONDRATENKJO, V.I.; VOLCHANSKAYA, M.A.; PRIYHA, N.I.; SHOVKTN, A.G.; MUZYKOVA, N.F.; ELIKIND, R.A. Study of the reactogenic propel*ea and epidemiological effectiveness of the whooping cough-diphtheria vaccine In Rostov-on-Don. Zhur. m1kroblol.,apidA immun. 32 no.12:8-12 D 161. (MIRA 15tll) 1. Iz Rostovskogo inatituta epidemiologii, mikrobiologit i gigiyeny. (ROSTOV-ON-DON-WHOOPING COUGH-MMNTru nocunnom) (ROSTOV-ON-DOII-DIPHTHERIA-MMmrivE INOCULATION) Al Ds J@A L ZNXC@ YO, Examm MMICA SW.Z T01.91/2. asetao 0456 4663. MOSKALENKO Yu. E. and NAYM ENKO A. 1. Chair of Normal Physiol.. Ist Chair of Accident Prevent.. Elect rotechn- Inst. of Lentngrad. *Theory of the method of elect roplethys mo. graphy (Russian text) FIZIOL.I. 1956, 42/3 (312-316) As a basis for application of impedance plethysmography to the recording of cere. bral circulation. the electrical field distribution inside the skull was studied an human and animal cadavers. in longitudinal and transverse direction. with the electrodes piercing the skull and in contact with the dura mater. A map of ISO- potgntial lines on the skull of a cat is shown. In anaesthetized animals, the great. est density Is in the spaces filled with CSF. The difference of electrical conduc. tivity between CSF and brain tissue is greater in living animals than in cadavers. The plethysmographic record shows the replacement of CSF by blood. synchronous with the pulsations. Since the conductivity of CSF is twice that of blood. the re- cords of cerebral circulation have opposite polarity to those from other organs. where blood has a higher conductivity than the tissue. The effect of different fre- quency of the alternating current was studied from 20 to 2,000 c.p.s., and a dia- gram for the relationship between frequency and sensitivity of the method to re- cord CSF displacement is constructed. Records were also obtained with direct current, but polarization effects were found to be a disturbing factor. Simonson - Minneapolis. Minn, ACCESSION NR: AT40377o6 S/2865/64/003/000/0366/0378 AUTHOR: Moakalenko, Yu. Ya.; Graunov, 0. V.; Gazenko, 0. G.; Kaslyan, 1. 1. TITLE: Reactions of the vascular system in the intracranial cavity to equivalents of longitudinal g-loads SOURCE: AN SSSR. Otdeleniye bielogicheakikh aauk. Problewj* komichookoy biologii, v. 3, !964, 366-378 TOPIC TAGS: acceleration, brain, circulation, cerebral circulation ABSTRACT: Electroplethyar-ographic (EPG) methods have been used to study intra- cranial hemodynamica in response to simulated or equivalent longitudinal g-loads obtained by rotating animals (rats, rabbits, and cats) in a vertical plane. The vectorial gravitational changes so produced induced active reactiona in the vascu- lar system of the brain. There changes occur 4 to 8 sac after the body posture us been changed. Their function is to normaize the blood filling of the intra- cranial cavity. Spacial experiments have shown that these active reactions are specific for cerebral blood vessels and that their threshold of sensitivity appears when the change is equivalent to 0.3 to 0.4 g. The data obtained indicate that Card ACC=ION NR: AT40377o6 when animals are subjected to simulated longitudinal g-loads (head down), the organs of the central nervous system undergo a ahortage of circulation and require compensation on the part of adaptive mechaniams. ASSOCIATION: none SUBHITTED: 00 ENCL-. 00 SUB CODE: PH-, LS NO REF SOV; 004 OTHER: 007 card 2/2 MCSKAIANKO. Yu.Ye.: MAUMMIKO, A. 1. Rhythaical flow of carebrospinal fluid in cavities of the brain and spinal cord in animals (with silm ry in Inglish). gitiol.rhur. 43 no-10028-933 0 '57. (KIRA 11:1) 1. Kafedra normallnoy fiziologii 1-go Keditainakogo Instituta Im. I.F.Pavlova i Kafedra tekhniki basopsanostl folaktrotekhmicheakogo inatituta in. V.I.Ullvanova (lanina). laningrad. (ORR ROSPINAL IPUJM. physiology. circ. in animals (Rue)) KOSKAIaIKD. Yu.Te.; HAUIC21KO. A.I. - -11- --, ... t4rebrospinal fluid flow in normal animals. Fiziol. zhur. 45 no.5: 562-568 vq '59. (MIRA 12:7) 1. Kafedra normallnoy fiziologii 1-go Leningradskogo ineditainskogo inatituta im. akad. I.P. Pavlova. (GFJMMSPINAL FWID, flow in normal animls (Rua)) MOZALEMD, Yu. Ye. Vachanleophotoolootric,l converts. Ifiziol.zhur. SSSR 45 no.7:863- 886 J1 159. (MIR., 13:4) 1. Irrom the U.S.S.R. Academy of Sciences I.M. Seteilenov Institut, of Nwolutionary Physiolog7, Leningrad. (Zr,UIPPW?r AND SUPPLINS) MOS 3KAMMICO, Tu.Te.; MUMi@o, A.I. nib Chan4a In the electrocondactivity of the blood during motion. Biul. eksp. biol. ne4. 47 no.2:77-82 F 159. (KIRA 12:4) 1. 1z kafedry normallnoy fiziologii (iapolnyaywhahly obyatannasti. tay. dots. A.I. ITaumanko) I laningradaVogo maditsinakogo Instituta iment I.P. Pavlova i Imfedry takhniki bezopasnosti (zav. - dots. T.Te. Vanoylov) Leningradskogo elektrotakhnichaskogo instituta, imeal V.I. Lanina (dir. - prof. N.P. Bogoro4itskiy). Predstavlana doystvitallrqu ahlanon AKM SSSR P.S. xunalovym. (B WOD, electric conductivity (Fals)) IMKALF.IFK09 Yu.Ye. UBe of one-centimeter radio waves in noncontact recording of volum changes in biological objects. Biofizika 5 no. 2:225-226 160. (MRA 14:4) 1. Institut evolyutsiolmoy fiziologit im. I.M. Sechenova AN SSSR# TAningrad. (PLETHYMEGRAPHY) (MICROVAVES) MOSLALEEKO, Yu.Ye. Third InternationAl Conference on Ilectronics In Wicim Test.AU SSSR 30 no.lltII2-113 u 160. (KIRA 13;11) (Radical electronics) MOSKALENNO, Yu. Ye. Institute fo Evolutionary P*siology imeni 1. M. Sechenav, Academy of Sciences USSR, Leningrad - "The selection of frequency limits for the registration of electroplethismograms of different regions and organs of the human body" (25) Report to be submitted for the 4th Intl. Conf. on Medical Electronics, New York, N.Y., 16-21 July 1961 aqu , T11,ye- -- -L .1 L= Cerebral pulsation in the closed cranial cavity. Izv. AN SWR. Ser,# biol. no*41620-629 Jl-Ag '61. (HIRA 14sq) 1. Institut evolyutsionnoy fiziologii im. I.M.Sechenova AN SOR. (BRAIN-BLOOD SUPPLY) BAR&UHOVA, Z.I.; MOSKALENKO, Yu.Ye. Ghanges in the electric parameters of skeletal muscle tissues in antuas acclimatized to hypoxia. Blofizika 6 no.3:328-330 161. (19 PA 14: 6) 1. Institut evolyutsionnoy fiziologii imeni Sechenova AN SSSR, Leningrad. (MUSCLE) (ANOXEMIA) (ELECTROPHYSIOLOGY) VOYNO-USEIETSKIY,, A.V.; ICSFILENKO,, Xu.Ye. Graphic registration of movements of chick embryos. Fiziol. zhur. 47 no.9:1205-2207 3 161., (HUA 14:9) 1, From the I.M.Sechanaw'Ustitute of Evolutionary Physiology, Leningrad. (EMHflYOLOGY-EQ'V'IPMT AND SUPPLIM)