SCIENTIFIC ABSTRACT GASHIMZADE, F.M. - GASHPAR, R.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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S/233/62/ooo/oo6/oO7/oo8 Galvanomagnetic phenomena EOlO/E420 of components of permanance'..0 'arid expressions for the Hall coefficient and changes of resistance in longitudinal and transverse magnetic fields are derived for the three first cases of extrema location. For the case of arbitrairy magnetic fields a more general expresslon Is cited fok current density Ii Sik A J.P k (19 and detailed formulas are providdid- for all components of tensor'.' Sik- To obtain galvanomagnetic coefficients, Eq.(19) should be inverted. This is done, as an example, for one particular case of current,and magnetic field directions. Formulas are presentod in the asymptotic case of strong m4gnetic fields for the Hall coefficient R (H I/ecN and for all galvanomagnetic coefficients j7. In conclusion indications are given as to the practical application of the theoretical formulas derived to analysis of experimental data on* resistance measured in the lOngitudiual magnetic field and to .Card 3/4 Poysico-chenica I p rope rties and !~ tructure of monocrys-, a:,' ine SaMp;e's of ZnSiAS2. A. A. Vaypolin, N. A. Goryunova, E. 0. 0smanov. Investigation of macrocry~;,_'Ilino ZnSiP2. N. A. Coryurova, A. Vaypolin, Yu. V. Rud'. Some properti(l-, znd zone structure of the ternary compound CdGeAS2- F. A. Gash in, zii~.,.;, N. A. Goryunov-3, E. 0. Osr.3nov. Electrical properties of monocrystalline samples of ZnSnAS2- N. A. Goryunova, F. P. Kesamanly, D. .14. Nasledov, Yu. V. Rud'. investigation oil, properties of 7nGe?2 and CdGCP2- N. A. Goryunova, N. K. Takhtareva,-I. 1. Tychina. On the question of the existence of homogeneous many-componenr tetra- hedral phases. G. K. Aberkiyava, A. A. Vaynolin, N. A. Goryunova. X-Ray investigation of certain ccmpounds oil the type A IiaIVC2VI A. A. Vaynoll Cs 31; T L.-,ovz. GASHIMZADE, F.M. Energy spectrum of holes in semiconductors structured as chalcopyrite. Izv. AN Azerb. SSR.Ser. fi?;.-.mat. i tekh. nauk no.3:67-76 163. (MM 16:11) L in-695-63 --ATIIJP(r,) ACCESSION N,R:. AP3001514 S/0233/63/000/001/0l33/0136 AUTHOR: ftshimzade, F, M, TITLE: Farad~ effeceon free carrier's An the semi-conducting compound." Tl* SOURCE: AN AzerbSSR* Izv. Seriya ftigiko-matematicheskikh i tekhni6heiiiikikh. .h - a auk, no. 1, 1963,, 1~3-136 TOPIC TAGS: Faraday effect, TlSe semLconductor compound, crystals with.tetjra~ gonal symmetry ABSTRACT: Formulas are obtained for the angle of rotation of the polarization plane in crystals With t*etragonal symnetry, under the influence of a weakimagnetic field with electromagnetic wave propagation below the optical axis of the' crystal. "The author expresses recognition to ru. M. Sedov for proposing the theme. of this work.11,10rig. art. has., 12 formulas. ASSOCIATION: none SUMITTED: 00 DATE ACQ- 12 Jun 63 EN(M: 00 SUB CODE: 00 NO REP SOV: 002 OTIM: 002 Card 1/1 ja4v, S/181/63/005/003/027/046 B102/B180 AUTHOR: Gashimzade, F. M. TITLE; Theory of current drag by phonons in semiconductors with tetragonal sym:metry PERIODICAL: Fizika tverdogo tela, v- 5, no. 3, 1963, 883-885 TEXT: In"connection with Herring's investiCations (Phys. Rev. 95, 954, 1954; 96, 1163, 1954) and the fundamental calculations by V. L. Gurevich and Yu. A. Firsov (FTT, 4, 530, 1!)62) the author calculates the effect of random mutual intersections of the acoustical branches of the Phonon spectrum on the temperature dependence of the phonon component of the thermo-e.m.f. in tetragonal crystals. It can be shown that weak anisotropy of tne phonon part of -~he thermo-e.m.f. will arise at low temperatures if there is no randoin intersection of the vibrational branches. There is 1 figure. Card 1/2 S/181~63/005/003/027/046 Theory of current drag by phorons in ... B102/D180 ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. ioffe AN SSSR, Leningrad (Philsicotecnnical Institute imeni A. P. loffe AS USSR, Lenin.-rad)'; in--titut fiziki AN Az. SSR, Bakxi (Institute of Physics A,'l AzSSR, Baku) SUBMITTED: October 25, 1962 Card 2/2 TT S/161J63/005/004/634/47' D102/Ri.a6- ~AUTHORi P. M, IV r B. 01-type semiconduoto undo with TITLEs Band structure of A -r -compo chalcopyrite structure i: PERIODICAM Fizika tverdogo telaq v. !5 9, no. 49 1963, 1199 1201 nd struo-~ TEXT3 Taking CdInAs as an examplet the characteristics of the,ba Ii IV V 2 ture of A B C he basis of re-~ 2-type semiconductors axe discussed on t p viously obtained results (cf. e.g. ~DAN SSSR, 142,,623, 1962; J. Phya. Chem.! ol.j 1, 249t 19571 Mamayev, Avtoref dies. LGPI im..A. I. Gertsena# 1962) S III IV and the structural properties are compared with those of A B type oom- ounds (InSb or Inks). It can be shown that the conduction band is not ~p parabolic but,haa:spherical symmetry by reason of its interaction with the valence band. This interaction, which is so strong because of the narrow- it ness of the forbidden band, also leads to a reduction of the carrier effective masses. Especially the electron effeotive mass m* is a function of temperature and concentration (as it is the case in Inks or InSb). 'In Card S/181,/63/005/004/038/047 Band structure ofq** B102/B186 the compounds considered here m)Cis shown to be weakly anisotropic but in first approximation it may be oonsidered isotropic (as in Inks or InSb) Assuming ;z-,0.45 ev P2 0.4.4 at -un. (matrix element of dipole transition) and E - 0.26 ev one obtains m" - 0,,014 m ; m'~- increases with conduction 0 9 band fillingt i.e. with electron concentration and temperature. Since, howl" ever, also,the forbidden band.width is temperature-dependent (E - 0.23 ev 9 0 at 300 K), the reduction.of E with~increasing temperature leads to a 9 reduction of m These two effects~are.responsible for the minimum in the M. fl-curve. ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe AN SSSRIeningradl (Physi-cotechnical Institute im4ni A. F. loffe AS USSRLeningrad) SUBMITTEDt August .119 1962 (initially f December 12, 1962 (after revision) Card 2/2 ACCESSION IM: APL0284i5 S/018V64/006/OOL/1030/1033 A!1TH01'G: Gashimzade, F. M.; Gubanov, A. L TITLE: Density of electron states in the "tail" of the band in amorphous sei-,aconductors SOULE; Fizi'r-.a tverdogo tola) v. 6, no. 1,, 19611) 1030-10~3 TOPIC TAGS: electron density, semiconductor, band theory, Gaussian distribution, Green function ABSTIUGT: The authors' purpose was to obtain an expression for density of electron states in the tail of the seraiconductinc, I;and, i.e., in the zone where the ed-e becomes diffuse. They investigated the relative role of close-range and lon_-ranae ordars, considering two cases: 1) small distortions of the neighboring CL-11S are so correlated that the total relative d6formation of calls in any paev of the crystal is less than unity and lonp:-range order is pre5erved; thiG corresoonds to an unordered crystalline a]-loy, not to an amorphous body;- 2) do- formation changes weakly from cell to cel:,-, close-range order prevailing in small zones, but, where cells are farther apart, the close-range order may be strongly Card 1/2 ACCESSIGN. IUZ: APL,023425 differentiated and long-range order may be destroyed; this case corresponds to an irregularly deformed crystal moro conLaonly than to a true liquid. Considering these two cases, the authors fird that tuho density o'L state in an amorphous body, far froi-a the base of the band in the crystal, declines exponentially. It Play be stated that" the "tail" has a Gaussian distribution, and the disperse diffusion of the bard edge is a more fundamental. offect than the shift of the baftd edge. The "tail" of the band in amorphous semicorductors is a local fluctuating -lEfVel. Ori-g. art. has: 15 foiTaulas. ASSOCIATION: Fiziko-teklinicheskiy institut im. A. F. Ioffe AN SSSR, Lbnin.grad (Physicotechnical Institute AN SSSR) SUBMITTIM: 30SeP63 DATE ACQ: 27Apr64 L%CL: 00 SUB CODE: Nl!.? SS NO REF SOVs oo4 OTIER: 002 Card 2/2 ~ACCMSION NRi AP4041383 6/0048/64/028/006/1085/1089 AUTHOR; Vaypolin,A.A. ; GashimzadaF.b1. G017yunova,N.A. ; Kesamanly* F.P. ; Osmanov, E. 0. ; Rud I Yu.V 0Nasl~&_V;v - D. N. (Doctor of physico-mathematical sciences) fTITLC*. Investigation of the physical-chemical and electric properties of crystals I' iof some ternary semiconductor compounds 'of the MrBIVC~ type Lffoport, TbIrd Confe- rance on Semiconductor Compounds he Id in Kishinev 16 to 21 Sep 29627 'SOURCE: AN SSSR. Izvestlya. Scriya fizichoskaya, v.28, no.6, 1964, 1085-1089. :TOPIC TAGS: semiconductor, electric conductivity, Hall effect, crystal structure, cadmium compound, zinc compound, carrier mobility ABSTRACT: 'Single crystals of the following semiconductors were obtained and their properties were investigated: Cd0eAs2j Zn.'YiAs2, CdSiP2, ZnSnAs2 and ZnSiP2- The me-, thod of synthesis is not described. X-ray diffraction showed the specimens to be single crystals with the chalcopyrito structure. The crystallography of these mate-! irials is discussed briefly, and the lattice parameters, density, hardness and welt- Ing point are tabulated. Both p-type and n-typo crystals of CdGeA82 were obtained.1 Only p-type conductivity was found. in the.other two.arsonldeB, and only n-type in card 1.13 :ACCESSION NR: AP4041383 ZnSiP2. Results of conductivity and Hall coefficient measurements over the tempora-! ture range from 90 to 6000K are presented graphically for an n-type CdGeA52 crystal,' a p-type CdGeAS2 crystal, and several ZnSnAs2 crystals with different but unspeci-! fied impurity contents. The Hall coolficient of the n-type CdGeAS2 was Independent of temperature, and the conductivity Increased with increasing temperature ab9ve 1 17 about 1500K. The concentration of conduction electrons was approximately 10 cm 3 and their mobility was 103 cm2/Vsec. With the aid of thermoelectric measurements, the'effective mass was estimated to be 0.027 electron masses. The Hall coefficient of the p-type CdGeAs2 decreased rapidly with increasing temperature above 2000K and, changed sign at 5200K. Neither the conductivity nor the Hall coefficient of the Zn- SnA62 crystals varied greatly with temperature. The HnIl coefficient exhibited a maximum at about 2000K which became less -pronounced and shifted toward higher tom- peratures with increasing impurity content. This Is ascribed to conduction in the impurity band. The band structure of the matorialn is discussed. The effective masses of the carriers in the conduction band and the V2 and V3 valence bands were calculated, and these and the gap energy are tabulated. All these quantitiQs in- creased with decreasing molecular weight. Tito ene~rgy gap ranged from 0.53 to 2.5 EV,' and the effective masses from 0.020 to 0.096., 0.035 to 0.19, and 0.12 to 0.49 elec-:. tron masses for the C, V2 and V3,,bandtj, ivapectively. OrIgoart.hase. I formula, 6 Card Ap ACCESSION NR- AP4041383 figures and 2 tables. ASSOCIATION; Fiziko-tokhnicheskiy institul: im.A.F.1offe Akademii nauk SSSR (Physi- co-tochnical Inatitutep Acadeny of Sciencval SSSR)! SUDMITTED% 00 ENCL,. 00 SVB CCI)E.- -53,w, NR HBF SOVs 007 omik.- boo Card 3/3 6~ L 14138-66 EwT(i) ijP(c)_:_WW ACC NR; Ap6ooo366 SOURCIE CODE: UR/0181/65/007/012/3631/3634 .;,: i.-1 &0 :AUTHORS: Askerov, B. M. Gashimzade, F. M. ,~ORG: Institute-of Ehygics AN AgSISR,-Baku (Institut Miki AN AzSSR) .!TITLE: Interband.Faraday effect in semiconductors in strong crossed !electric and magnetic fields, 'SOURCE: Fizika tveidogo tela, V. 7P no. 12, 1965, 3631-3634 -;TOPIC TAGS: Faraday effect, electron transitio* n, semiconductor band !structure, dispension equation, dielectric polarization,, Green ifunction, absorption coefficient ;ABSTRACT: Abt Fara~ay e fect is calculated in s crossed ele*6tricl tron5 s and matiAdfftc fields for direct interband transitions., The calcula- tions are based on the dispersion relations and use Is made'of the fact that in the case of weak absorption the angle of rotation of~ .the plane of polarization in tbe magnetic field can be expressed in ~terms of the imaginary part of' the nondiagonal component-of the di- electric tensor of the medium. The Green's function me,thod is Card 1/2 ...... L i4138_66 ACC NR: Ap6ooo866 employed. The polarization operator is calculated by the standard I technique"'.,,' and from"the''expresinion 'for the polarization operdtor, them angle of iotation of the-plahe of' polarization is calculated. It is shown that in an electric'field the oscillation, maxima 'of the allo'Wed! transitions are.shifted, an additional oscillation maxima due to for-~ bidden transitions appear. The shifts of the maxima are towards- th6 1 - long-wave side. In the case of vreak electric fields, the intensities~ of the allowed and.forbidden transitions become comparable for large numbers. In ver weak fields the'effect-of the field is mani_; y fest only in a shift of'the thret5bold of the maximum of the angle of .rotation towards longer wavelengths, In the long-wave region the angle of rotation has a regular behavior. The expression obtained for the polarization operator makes it also possible to determine the absorption coefficient in crossed fields. Authors thank Ye. V. Kharitonov.for a preprint of his paper and Yu. M. Seidov for valuable .advice. Orig. art. has: 15 formulas. SUB CODE: 20/ SUBM DATE: OqFeb65/ ORIG REF: 005/. OTHER REF:005~ Card 2/2 L Al' -4'p FLV . ; C~46 H I F.~-! . -f-Ir tirfidav ir. .'-0,-s 'n sLrong Crossed ;n to .r. d F I ~ . ~ ; 1. . I .- ~. I - ellec',ric and maf-,,et lc f lel cls. Fi tela 7 no. -1,22 13631 - 3634, D 165 ( 1-11 RA ic) 9- -1 ), 1. lnstltut fizik! A~.* P.-,3311, 10 L ',3000c;-66 IJP ACC NR. AP50247565 SOURCE CODE: GE/0030/65/011/002/0719/0722 AUTHOR: Askerev., B. N.; Gashlazade, F. N. ORG: Institute of Physics, Academy of ScLences of the AzeELmydzhan SSR,_Baku TITLE: Damping of the electron spectrtin and magnetooptical effects In semiconductors SOURCE: Physic& status solidi, v. 11, no. 2, 1965, 119-722 TOPIC TAGS: electron hole, semiconductor hand structure, magnetooptic effect, crystal imperfection, electron interaction, phcnon, electron spectrum ABSTRACT: A convenient method of determining the oscillation maximum In magnet ptical phenomena is to find the form of the peaks of various interband effects Ty' introducliF the interaction of electrons with lattice Imperfections directly into the electron spectrum when calculating polarization operator 11(m). The absorption constant k,and the angle of Faraday rotation (0) are related to K(w) by 4X k Ila 11 (w), In 1461) In 9*(",) noo *2 dwl 1/3 L 30005-66 ACC NK. APS02-4 there a is the frequency of the Incident radiation, no is the refractive index, 11,(W)" Is the polarization "rator for the two circularly polarized components of the linear- ly polarized radiation. The polarization operator Is given for the case of direct transitions between two simple parabolic bands In a strong magoetid field by 491 2 dFalug-a + (n+1/2) Jr + 2-t (W) r 9-r where go Is the coupling constant of the electron with i6 electromagnetic field of radiation, no is the free electron massi, P is the Impulse operator, I a polarization vector of the photon, he in the band gap, and + ooqlr; + 9 is a quantity characterizing the damping of the electron spectrum due to interactions with lattice Imperfections. The imaginary part of the polarization operator is cal- culated and evaluated In the quantum lbeit (n-n'xO). The ampl itude of the resonance aminus of the absorption constant Is 2-_ -_ O(P 9 2 112 Q; Sys* and its half width In the quantum limit Is The form of oscillation maximum for other _int;r6and magnetooptical phenomena we simi- larly found. The case of inelastic interaction of elm t a with optical phonons is Laooo5-& ACC NRt AP5024756 I K- 2- considered under qertain restrictions and evaluated at the quantum limit. The absorp- tion constant k as a function of H has a pronounced minimum at A =wo ~~onngpted with . r a singularity in the density of electr4)n states for polar semiconductors iii a strong Imagnetic field. Orig. art. has: 15 formulas. SUB CODE: 20/ SUBM DATE: 2JLJu1651 ORIG RM 003/ OTH RM 003 ACIC N R, AP7001972 SOURCE CODE: GE/0030/66/0181002/0667/0675 AUTHOR.- Askerov, B. M.; Gashimzade, F. M. ORG: Institute of Physics, Academy of Sciences of the Azerbaidzhan SSR, Baku TITLE,. Quantum theory of the elect-kical conductivity of semiconductors with a nonstandard energy band SOURCE: Physica status solidi, v. 111, no. 2, 1966, 667-675 TOPIC TAGS: quantum theory, elecIric conductivity, conduction band, electron spectrum, electric field, magnetic field, valence band, motion equation, linear 'i approximat on, tensor, electron scattering, inelastic scattering 0oA.jDoC7-1t112-41 A:BSTRA CT: The theory developed by Adams and Holstein [E. Adams and T. Hol- siein, J. Phys. Chem. Solids 10; 254 (1959)] is generalized for the case of an Lsotropic but nonstandard energy band, such as the conduction band in InSb. The problem of the electron spectrum in crossed electric and magnetic fields is solved, in consideration all the interactions of the conduction band with the valence band. It is shown that in this case, as for a parabolic band, an electric field appears in Card 1 / 2 ACC NRt AP7001972 the' spectrum within the linear approximation. The solution of the equation of motion for the density matrix shows thttt the nonparabolity enters into the dissipa- tive current only through the energy conservation law or the scattering process. The general equation for the electrical conductivity tensor is applied for degenerate semiconductors; Shubnikov- de- Haas oscillation conditions are obtained, in con- sideration of*spin splitting of the Landau levels. The positions of the oscillation maxima are calculated. Inelastic electron scattering by optical phonons is analyzed. The conditions for magnetophon resonance are derived for semicon- ductors with nonstandard energy bands. It is shown that all the maxima of the Gurevich-Firsov oscillations, except-the first one, have the natural width. Orig. art. has: 46 formulas and 1 table. (Based on authors' abstract] RNT I SUB CODE: 20/SUBM DATE: 07Sep66/ORIG REF: 007/OTH REF: 005/ 2/2 1. G.~ ,w-BLIAZADE, L. U. 2. US3R (600) 4. Electric Cw-rent Rectifiers 7. The=al. rectification. Trudy Inst. Tiz. i mat. M Azerb. SSR no. 5, 1951. 9. Monthly 1!1~ of~ jus~:;Lan Accessions Idbrary of Congres~i, Mlarch 1953. Unclassified. LISSR/Physics - Sexiconductore, Thermal liar/Apr 52 Rectification '"Zher=al Rectification," M.U. Gashim-Zade, Inst of Phys and Math, Acad Sci Azerbaydzhan SSR "I% Ak Nauk, Ser Fiz" Vol XVI, No 2, pp 218-224 Thermal rectification or asym elec cond was lot de- tected by Kh. I. Amirkhanov (117,hur Eksper i Teoret Piz" Vol XIV, No 6, 195 1944; IIIi Ak lauk, Ser Fiz" Vol 5, No 4, 5, 1941; "Trudy Sektora. Piz AzFAN" 1, 49 icA40). Expti research by author proved that 22ar96 thermal rectification is found in all semidonductors vitb either electron or hole cond; that the coeff of ther-ql cond is a function of temp gradient and depends on potential; rectificition coeff ccriild*be improved by creation of thermal field. '22 2 6T. t,Q, KERIMBEKOV, M.B.; GA5hIbCA'wE, Y.U. Study of the blinking of stars, Tzv. AN Azcrb. SSR. Ser. fiz.-r.at. i tekh. nauk no.2:61-64 163. (I-9RA 16!10) UCHURIN, L. G.,-__GAMN, L. I OSIPOV, Yu. G. ,j_ Control of the structure of crystals growing in a flow of supercooled aerosols. DOI. AN SSSR 247 no.4:833-834 D 162. (MIRA 16r1) 14 Uningradekiy g1draietearologicheakiy institut. Pi-edatavlen,o -akadomik6m A. V.. -Shubnikovyis. (Aer-osolm) (Crystalm-Growtb) /~EC t)- ACGES9MN NR.' AT5012358 ~"UR/2531/65/000/173'/0019/0025 AVMOR: GashinA' S. $q 1vian, Ye. ko (Candidate of physico-mathematical I I.- I - ''I - TME., Pecullaritiell of theradar characteristics of storm clouds ~SOURCE: Leningrad. 91"naya.geofivicheakaya observatorlya. Trudy, no. 173, 1965-, Voprosy radioineteorologii (Problfws'in radtoimeteorology),' 19-25 TOPICUds storm loud - id ttflcatlooj~-_.storm-cloud. rado cho to cloud en e rm. structure,- Igtorm ABSTRACT: Onelof the.basic problems of,storm.forecasttng~by radar is to.localfte regions of intense storm activity agaiftst. the background of the general field of cumulo-nimbus'cloudso Howevers the a ps currently used during attempts.at phy- sical separation of ~showers'.and storms~, (vertical strength of reflected- signals., maximum reflectivitli, position,of the imaximum reflection) are not yet unambiguous, x The present study sitarched foe, further, ~relfable radar storm-cloud critera which would take intol.accOunt thecloud-dynai.mica affecting the radar echos* The paper r describes the experimental method utilIzing aground and aircraft laboratory, the u - vertical structure of convection cloudo;, andradar echo'areas of convection clouds Tests showed that storv~cloudgi representing the final stages of develov-' r Cq GASHTNA, V. e. GASHINA, V. P.: "On the anatomy of the uinar and knee J-Ants of man". Gor,kiy, 19~5. Gor'kiy State Xedica.L Inst Lmeni S. M. Mrov. (Dissertation for the Degree of Candidate of Scienoe of 1"edical 5cien--es) Sl: Knizhnava LetnQW, Ri. 41, 8 let 55 GASHINCHEVY V.I., gorny-y inzh.-olektromekhanik Analyzing load distribution in the machinery of a dual-engine asyn6hronous drive of mine hoists. Ugoll Ukr. 5 no-4:14-17 Ap 161. (MIRA 14:4) .(Hoisting machinery) ACMdkM, Naum Samilovich, 1872- , doktor takhnicheskikh naulk. profesoor, redaktor; BILYAY17, V.K., doteent, kandidat tekhnicheskikh nank; BIDJEW, V.L., kandidat tekhnicheskikh nauk; BOROVICH, L.S., kandidat tekhnicheskikh Pauk; GASHI=XIY, A.G.. inzhener; GORODWSKIY, N.Ye., professor, doktor tekh- nicheik-ik'n B.A., professor. doktor tekhnicheskikh nauk;* K01MIMAV. A.A.. dotsent. kandidat tekhnicheskikh nauk; KRAGIL'SKIT, I.V., professor. doktor tekhnicheskikh nauk; PWRUSEVICH, A.I., doktor tekhniche.;. skikh nauk; POSMAKOV, S.N.. dotsent; PONOMAM, S.D., professor, doktor takhnichaskikh nauk; PORTUGAWYA, A.A., kandidat tekhnicheskikh usuk; PRONIN, B.A., kandidat tekhnioheskikh nauk; RESIMOV, D.N., professor, dok- tor tekhnicheskikh nauk; RASHETOV, L.N., professor, dok-tor takhnicheskikh nauk; SAMIN, N.A., professor, doktor tekhnioheekikh nauk; SAVIRIN, N.A., kandidat tokhnichaskikh nauk; SLOBOININ, M.S., inshener; SPITSTH, N.A., pro- fessor, doktor takhnicheakikh nauk; STOLBIN, G.B., dotsent, kandidat tekhni- chaskikh nank; UMNOV, V.A., inzbener; CHIMAK, B.Z.. kandidat tekhnicheakikh nauk; SHCHIDROV, V.S.. dotsent, Imndidat tekhnicheskikh nauk. (Machine parts; collection of materials on calculation and design in two volumes; vol.1] Detali mashin; sbornik materialov po raschatu i konstruiro- vaniin. Isd.2.. ispr.i dap. Moskva. Goo. nauchno-tekhn. izd-vo mashinostroit. 1 sudostroit. lit-ry, 1953- (MLRA 6:11) (Machinery-49sign) ACRERW, N.S., doktor tekhnicheBkikh nauk, professor, redaktor; BELYATRV, Y.N., kandidat tekhnicheskikh nauk. doteent; BIDERMI, Y.L., kandidat tekhnicheskikh nauk; BOROVICff, L.S., kandidat tekhnicheskikh nauk; GASHINSOY, A.G., inshener; GORODHTSKIY. I.Ye., doktor teklffM IMKINA, professor; IVANOV. B,.A., doktor tekhnichenkikh nauk, professor: KOI#OKIYTSIIV, A.A., kandidat telchnicheakikh nauk, dotsent; KRAGELISKIY. I.V., doktor tokbiiicheaklkh nauk. professor; MAZYRIN, I.V., inzhener; NIKOLAYXV, G.A., doktor teklmi- chaskikh nauk, professor; PETRUSEVIOR, A.I., doktor teklmnl- cheskikh nauk; POZDNYAKOV, 'i.N.. dotsent; PONOMARNV, S.D.. doktor tekhnicheakikh nauk, professor; PORTUGALOVA, A.A.. kandidat tekhnicheakikh naulc-. FRONIN. B.A.. kandidat tekhni- chaskikh nauk; RWSHETOV. D.1., doktor takhnicheskikh nauk. professor; USUTOV, L.H., doktor tekhnicheakikh nauk, pro- fessor; SAVERIN, M.A., doktor tekhnicheskikh nauk, professor; SAVERIN, M.N., kandidat teklinicheskikh nauk; SLOBODKIN. M.S., inzhener; SPITSYN, N.A., doictor tekhnicheskikh nauk, professor; STOLBIN. G.B., kandidat teldinicheshich nauk, dotsent-, UMNOV, V.A.. inzhener; CHERNYAK, B.Z., kandidat takhnichaskikh nauk; SHCHEDROV, V.S., kandidat ti3khnicheskikh nauk, dotsent. [Machine parts; collection of materials on calculation and design in two volumes] Detali mashin; sbornik materialov po raschetu i konstruirovanliu v drukh knigakh. Izd.2. Moskva, Goa. nauchno-tekhn. izd-vo mashinostrolt.i sudostroit.lit-ry Vol. 2. 1953. 560 p. (MIRA 6:12) BEYLINA, TS.O.i" inzhener; BLAGONAIEZHDIN, V.Ye., Inzhener; BOGUSLAVSKIY, P.Ye., kandidat tekhnicheski):h nauk; VORONKOY, I.Y., professor, GITIM, L.Ya., Inzhener; GRO)LUI, M.B., inzhener; GOROKHOV, N.V., doktor tekhnicheskikh nauk [deceased]; LENISYUK, I.N., kandidat tekhnicheskikh nauk; DOVZHIK, S.A., kandidat tekhnicheakikh nauk; DUKELISKIY, M.P., professor, doktor khimichaskilkh nauk [deceased]-. DYKHOVICHlrff, A.I.. professor; ZHITKOV, D.G., professor, doktor tekhnicheskikh nauk; KOZLOVSKIY, N.S., inzhener-, LAMIN, Yu.M., doktor tekhnicheakikh nauk; LEVENSON, L.B., professor, doktor tekhni- cheakikh nauk [deceased]; 1XVIN, 13.Z., inzhoner; LIPKAN, V.P., inzhe- ner; MARTYNOV, M.V., kandidat tekhnichesklkh nauk, MOLEVA, T.I., inzhener; NOVIKOV, F.S., kandidat tekhnichesk-ikh nauk; OSETSKIY, V.M., kandidat tekhnicheskikh naWc; OSTROUMOV, G.A.; PONOKARENKO, Tu.F., kandidat tekhnicheskikh nauk; RAKOVSKIY, V.S., kantlidat tekhnicheskikh nauk. REGIRER, Z.L., inzhener. SOKOWV, A.N., inzhener; SOSUITOV, G.I.. kandidat tekhnicheskikh nauk; STEPANOV, V.N., professor; SHERAKRANOV, M.M., kandidat tekhnicheakikh nauk; ELIKITID, I.A., inzhener; YANUSHE- VICH, L.V., kandidat tokhnichaskikh nauk; BOKSI[ITSKIY, Ya.M., inzhe- ner, redaktor,- BULATOV, S.B., Inzhener, inzhener, redaktor; GRIGROIYEV. V.S., inzhener, redaktor; YEGUIUIOV, G.P., kandidat tekhnichesk-4kh nauk, redaktor; ZFARKOV, D.V., dotsent, redaktor; ZAKRAROV. Tu.G., kandidat tekhnicheskikh nauk, redaktor; KAMINSKIY, V.S., kandidat takhnichoskikh nauk, redaktor; KOKARKOV, Ye.F., professor, redaktor; KOSTYLEV, B.N., inzhener, redaktor; POVAROV, L.S., kandidat tekhnicheskikh nauk-, redaktor; ULINICH, F.R., redaktor; KLORIKIYAN, S.Kh., otvetstvennyy redaktor; GLADILIN, L.V., redaktor; (Continued on next card) EEYLINA, TS.O. --- (continued) C.-ird 2. RUPPENEYT, K,V., redaktor; TRIPIGOUT, AX., i7luvnyy reda;ctor; BARARANOV, F.A., redaktor; 11ARANOV, A.I., redal-tor; RUCWT, V.K.. redaktor; GRAFOV, L.Te., redaktor; DOM.111, A.V., redak-tor; ZADEYID- KO, A.N., redaktor; ZASYADIKO, A.F., redakt3r; kMS11IKOVSK1Y, G.V. redaktor: LETOV, N.A., redaktor; DISHIN, G.L., redaktor; MANIKOV- SKIY, G.I., redaktor; MELINIKOV. N.V., rodaktor; OffIKA, D.G., redaktor; OSTROVSKIY, S.B., redaktor; POnOVSKIY, redaktor; . radaktor; SKOCHINSKIY, A.A., rodalk-1-or.; SON111, POLSTYAITOY, G.11.. %, S.D., rodaktor; SPIVAKOVSKIY, A.0., redaktjr; STANCHENKO, I.K., redaktor; SUDOPLATOV, A.P., redaktor; TOPCHIYEV, A.V., redaktor; TROYANSKIY, S.V., rodaktor; SIDWYAKOV, L.D., radaktor; BYKHOV- SKAYA, S.K., radaktor izdatelistva; L-AZULISKAYA.. V.F., tekhnicho- skiy- redaktor; PROZOTIOVSKAYA, V.L., tekhnicheskiy redaktor. [Mining; an encuclopedic hardbook) Gornoe delo; ontsiklopidicheakii spravochnik. Glav.red. A.M. Terpigorev. Chlony glav.red. F.A. B,-xa- banov i dr. Moskva, Gos.nauc:hno-tekhn.izd--7o lit-r3r po ugollnoi promyshl. Vol.l. [General erigi-neering] Obshchie inzlienernye svedeniia. Redkollegiia tOMEL S.Kh.Kloriklian i dr. 1957. 760 p. (Mining engineEr'ng) (MLTIA 10: 10) GASHINSKIY, V.V. Use of phase contract microscop in determining the Bensitivity of micro-orgmisms to antb:loticso- lab.delo 4 no6*5:47-48 S-0 158 1. Iz kiyevskogo meditsim3kogo instituta (dir. - dotsent I.P. Alekspyenko) (~;.ASE MIGROSCOM-) (BACTERIA-MTECT OF DRUGS 011) (ANTIBIOTICS) GASHINSKIY [Hashyns'kyi, V-V-l Properties of Staph.71ococcus and Fescherichia coli diving their adaptation to atreptomycin. Report No.l. MAkrobiol.zhur. 21 no-1:52-55 '59. (14IRA 12:6) 1. Z latfedri mikrobiologii Iledichnogo institutu. (MICROCOCCUS PYOGIMS, off. of drugs on, streptomycin, adaptation NO) (ESCHERICHIA COLI, off. of drugs on, same) (ST-TMORMIN, off. on B. coli & Hicrocorcus pyogenes, adaptation (Uk)) , ; I.I. I I :~ASHPI`K!Y, ' .1i. Cnnd u'lii~d ~ci - - (iii, ,,,) "Prot(-;: t.i.us )f I stapl.ylococcu,5 anu -';. colli in connectlon 11th accoumcuatd-)n to Kiev, 19001 13 PI) (hiev !:-ai,dical Iristitate i:L Acad. A. A. (EL, -r-60, 124) 28(l) SOV/118-59-4-12/25 AUTHOR: Gashinskiy,_ V.V._,_~:_ngineer TITLE: A New Machine for Cutting Branches PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, 1959, Nr 4., pp 35-36 (USSR) ABSTRACT: The Vsesoyuzn3rj nauchno-issledovatellskiy inatitut torfyanoy promyshlennosti - VNIITP (All-Union Scienti- fic Research Institute of the Peat Industry - VNIITP) has developed, built and tested a new machine type "ROP-l" for sorting lumber, cutting branches and loading topped'erowns on caterpillar dump trucks. The machine is driven by a DT-55 tractor through a propeller shaft: The ROP-1 consists of a caterpillar carriage and a platform upon which the following de- vices are mounted: a crane arm; a cutting device; a pulling-through deirice; and a discharging jib. The ROP-1 operates together with the lumber stacking machine "ESL-4". The technical characteristics of Card 1/2 the ROP-1 machine are: length - 1,078 cm; width - A New Machine for Cutting Branches SOV/118-59-4-12/25 295 cm; height - 309 C12; and weight - 7,165 kg. The machine can handle logs up to 12 m long, with a maximum diameter of 28 cm. The maximum diameter of branches which can be cut - 8.5 em, The ROP-1 ma- chine was successfully tested in 1957 and 1958, and a production model (ROP-2) is presently under con- struction at the Zavod opytnykh mashin filiala VNIITP (Experimental Machine Plant of the VNIITP Branch). There are 3 diagrams, zmd 1 photograph. Card 2/2 GASHINSKIY V.Vep inzh. Machinea for tree felling and abnodation. Mekh i avtom. proizv. 17 no-5:11-12 MY 1131, ~MIRA 16t6) (Dambering-Machiner.r) GAS'r!IIISrIY 11 V . --,-V. !-.1 Camera for microscopic observation of the multiplication of microorganisms in a flowing nutrient medilin. . Lab. delo no., 12- 743-745 '64. (1-111tA 18- 1) 1. Kafedra mikrobiologii (zaveduyushchiy- prof. S.S.Dyachenko) Kiyevskog,o meditsinskogo InstLtuta. SVIRIDENXO. P. A., GASVIVANKO, Ye. M. Reaction of mice ot, matter which possesses a strong umpleasant, odor. Trudy Inst. zool. AN IJPSW 6, 1951. ~,9 tt. 77 '7 00 1144). 0-461) SOV/181-1-9-18/31 AUTHORS: Gashka, I. I., Pozhela. Yu. K. TITLE: Measurement of Electrical Parameters of a Semiconductorby Means of the shf-Tachnique PERIODICALt Fizika tverdogo tela, 1951), Vol 1, Nr 9, pp 1431 - 1433 (USSR) ABSTRACTI The authors determined lifetime, sign and mobility of the minority carriers in germanium by means of an apparatus devised specially for this purpose, and whose block diagram is shown in figure 1. Squire voltage pulses are fed into the sample by means of a pulse generator, triggered by a synchronizing block with acertain time delay with respect to the scanning triggering of the oscilloscope. Prom one of the sample contacts, which are situated inside the waveguide, there proceeds the injection and drift of the minority carriers within the sample volume. As a consequence thereof, the amount of conductivity changes in that part of the probe which --'s situated directly in the waveguide. After the pulse injection stops, conductivity goes back to its original value .at a rate which is dependent on the mean life of the introduced Card 1/2 carrier. The change in the attenuation of the electromagnetic V"'. Measurement of Electrical Parameters of a Semiconductor SOV/181-1-9-18/31 by Means of the shf-Technique wave in the waveguide occurring in this connection is recorded by a special indicator. Figure 2 shows a typical oscillogram of the relaxat:~on process taking place in ger- manium. The carrier lifetime can be determined from the con- ductivity drop. The advante.ges of this method are discussed in detail. The method allois the injection of nonequilibrium carriers not only by means of an injection contact but also by light (light Drobe). Light pulse investigations of the relaxation of photoresi8tivity were carried out on single germanium crystals, PbS films and polycrystalline PbS disks. Next, the authors describe the determination method of sign and drift rate of the carxier. Finallyp the authors thank A. I. Vebre for his assistance. There are 2 figures and 1 reference. ASSOCIATION: Institut fiziki i matematiki AN Litovskoy SSR (Institute of Physics and Mathematics of the Litovskaya SSH). Villnyusskiy gosudarstvennyy universitet im, V Kaps unansa (~.'i_lna_Sta-te__ Lversity n~eni 1. __L_ __.Kapsunans) SUBMITTED-. March 16, 1959 Card 2/2 US HKAJ 1. 1.[Gaska, Ij Studying relaxational procenses in a polycrhatalline cadaium sulfide with the help of ultra high frequency techniques. Liet ak darbai no.3:133-240 161. 1. VilInyusskiy gosudarstvennyy universitet im. V. Kapsukasa. ~, ~ ~-,I- 1 o A, _30977! 0 , w f - ; agi o : d 7~ A Tigure 1 Photosehdit~Aty,~Of pol ~crys tat fUl a CdS As a function'.of the intensity of :illumfnav%on*,. I-;, d. t~ta~dasutements; e~ ~4, Imasu mell tss-,--- .- rd 3/5~ J L 30077-6 5 - FAMESSION NR- AT500208': Ej FISSURE 03 -.7-T t polyor yetall &S-a A a--f -fc ihtetiai :of illulAnationo- ihe~' ibeasurements, magnttv~ oUlnit'i k' illuiaination is: I- Li -1.0' 2-'L =0 1"3- 2 L -,0-. 06; micro*i 3 ve weasuremenbs, the magnitude ofJnttUl:-- umi tion It, All na 4;-,:. L'4,1. 05.6 L---O-. 5~-,L~0 72 7, 1` Z Z T, j SLOBODYANIK, 1. P.; GASHKEVICH, V. B. "Hydraulic test of a laminated plate with liquid-phase recirculation." report submitted for 2nd All-Union Conf on Heat & Mass Transfer, Minsk, 4-12 may 1964. Krasnodarskiy List of Food Ind. ACC NR, A-16-018953 --S-0-U--RC--E--C-0-D-L~:--U-R-/0-32-2/66/ooo/ool/0164/0169* AUTHOR: Slobodyanik, I. P.; Gashkovich, V. B. 'ORG: Krasnodar Polytechnic Institute (Krasnodarskiy politekhnichoskiy institut) TITLE: Investigation of mass exchange on a layered plate with liquid phase recirculation :50TURCE; IV'UZ. Fishchevaya toohnologiya, no. 1, 1966, t64-t6q i 1 ~TUPIC TAGS: fractional distillation, liquid air fractionata, heat transfer A !'ABSUZACT: The efficiency of a distillation plate previously described by the authors ums determined for desorbing oxygen from water and fractionating methanol-water ;Mixtures. The column arrangement shown in the figure (see Fig. 3) was used for the 'latter. 0 C rd 1 /3 UDCs 66.048-375.021. t :I~ACC NRt A%018953 *0 ACC NR; Ar6oi8953 Vapors from the steam coil heated still I are admitted to the column through outlet 3. iTho column, made up of flanged cylinders 8. contains three plates 5 (250 F-4 in diamete ';300 c-,n apart, inclined 180), overflow pipes 6 and connecting pipe 2 to the still, and .manometer 7- Vapors proceed through cylinder 11 to reflux condenser 12, provided with iseparator 10 for returning distillate to the still and to roflux through water seal 4 past the electric heater 9 to the top of the column. Uncondensed vapors from reflux condenser 12 pass to condenser 13 (both inclined about i20 to the horizontal). 71he condenser is open to the atmosphere. Condensed water goes from the main line through :a RS-7 type rotometer 14 to collector 15 and on to the sewer. The 3K--6 centrifugal ;yamp 16 is used for pumping cooling water to the fractionating column and condenser. [Plate efficiency of 80-85P was attained -with vapor velocities of about 2 M/sac through the col=rin. The stability of the high values for plate efficiency and m ass transfer I coefficients indicates that this plate construction, which offers minimum hydraulic resistance, is suitable for fractionating gas-liquid systems, especially where the thermal instability of the materials usually requires vacuum fractionation. Orige art Ihas- 5 figures and 6 equations. SUB CODz-: 13/ SUBIX DATE; 19Feb65/ CRIG REF. 008/ OTH FU: 001 Card 3 3. a it U 1) W 21 It T -A- A k y 1 0 011ba Id b )at 45 X 1) 13 )d is IT Aj I I AA 'V I X M I L _ _ _ ;4 1, .,p 2579. RAPID STIMATIA OF SMML -IN GASOLINE. Gashkirov A 9 00j, and Kikolsey A 0 (9&U aced act U.S.S.R. (DIV toch-4ci) 1�43# 9/10 69 This method nAy boused for --69j J Inst Petrol 1945, 31, 127A). * gasoline with & F.H.P. up to 200 C. 2gm sampl*s are u 80j- 6ne%hich ' on accuracy of 0.01% Is claimod,.the time taken being 20 ain. 00 The apparatus a sketab of which to given sconsists or a flaski, . -being fitted :oombustion Chanher, and absorption vessel, the Aolo I together with ground glass jointil. A auction pump to used to dle ! drow'-producto of sombustion through the absorption Yessoij and :1,90 soon -pressure, PMp to regulete -the flame. 1he method consists in weighing gasoline Into the flask, wbore It Is evaporated by coo bubbling a strom of dr through kW x4ens of the soction pumpt varaing if necessary. The resulting vapours are burnt In a jot in. the combustion chamber, Use combustion products are absorbed, a nd Wei t he sulphur dioxide produced Is determined by titration. A table coaparing resulte obtained bF this method with those obtained by the normal leap motod shows that very jpcd agr9ment is obtained. ;; rcoo pill 1.ma.-) a., cat .0-0: 10 cIu aAV -0 is, It It A *10 n 0 IV it 10 411 It it It It` W)Q Z: 0 0 0 0 A 0-0 0 0 Is Is 0000 a a41*01 GASHKO.9 A.A. Device for notching specimens. Sbor.rata. prea,vnedr.v,proizvo rlo*5:58 160. (MIRA 14:8) meta3lurgicheskiy zavod. .(Testing laboratories--Equipment and supplies) TAGUrSMENX0, P.A. ~Q-ASIIFC, A.1 6 ~p - - . . --. I .;~ LmlnwNlxot YU.A. ~%trm-, d3stribution LTi Vne crT,,t;-trt art-a c,.f a vicI cylj.r,-4cr . and a flexxItkIf-, support. PvUkl. ZFlkll. 11. no.9--131-.01 165. --if-Aloll - r 1. L 29814-66 EWT(d)/EWT(m)/EWP(W)/EWP,k'v)IEWP(k) IJP(c) iVW/EM ACC NRt AP60W16 (A) SOURCE CODE: UR/0198A6/oo2/004/0032/0038 J~6 AWHORS: Binkevich, Ye. N. (Dnepropetrovsk); Gashko, A. L~ (DnepropetrovBk); Manza V. P. Onopro otrovsk) ORG: _Dnepropetrovsk State University (Dneprope-trovskiy gosudarstvennyy univerflitet) TITM : Calculation of rib reinforcing on a cylindrical shell loaded Vith radial force SOURCE. Prikladnaya mokhanikap v. 2, no. 4, 1966t 32-38 TOPIC TAGS: cylindric- shell structuro,, stress analysis, reinforced shell struc- turo, numoric analysis ABSTRACT: A stress analysis is made for a smooth circular cylinder reinforced by massive, variable cross section ribs. Only longitudinal (TO) and tangential (60) stresses are assumed to act at the cross suction of the Joint in the cylinder* These are expressed by ca TO(p) t.0 col M. S*(P)=. s0vinkO.- k.4 For a small rib thickness (relative to its radius) the complete set of equations is obtaintid 1/3 L 29814-66 ACC NRz AP6014216 dNw Q dMIN V+Q,-SGR=O; V-RQW -0; do dvits WW =2 R iv... + moo dA do% To a first approximation, the rib is assumed to be absolutely stiff and the shell is assumed to be a beam of circular crosa section. The peak value of the stress in the rib-cylinder joint is calculated from the potential energy minimLim of the rib-cylinder system, This yields the value (11) T. P, A2011"t) bl(:") + bl'"') b'1111%'(11) - (b'2(')21 ON +)II* b'I'(I)bII(I) - WHO)? 3 2 ek'(11)TU2 4104 The effect of roinforoement is calculated on the distribution of internal stresses Ca 2/3 L 29814-66 ACC NRt AP6014216 in the rib (when the radial load in applied at the cylinder onda) in the form of a stepped reinforcement of angle 2 Jr < 11324P). Numerical results are obtained on the "Ural -l" ET9VM computer and agree well with experimental data, Origo' art. bass IS equations and 3 figures.. SUB CODE: 20/ SUBM DATE: 05.Tul65/ ORIG REFs 005 Card KAVERZNEVA, Ye.D.; GASHKO, G.P. (Hashko, H.P.) Study of the carbohydrate composition of a fraction of coruloplaamin. lUkr. biakhim. zhur. 35 no.,4:507-513 163. (MU 17M) 1. Institute of Organic Chemistry of the Academy of Sciencos of the U.S.S.R.2 Moscow. in 3 hko of two zhii--. 37 no.-":231.-'~38 165. (Mi"HA 18:6) Tnstit-it nilkr,-%ldolzgj i i GASHKOITTA. A-K-. inzh.; SMIRNOT, S.M., kai4.tokhn.u%ak Automatic control of drying E~rstems for drying match boxes and sticks. Der.prom. 9 n0,-5:3-5 Mr 16o. (MIRA 13:7) (Match industry) (Automatic control) (Drying ~jparatus) V'-A--FKC)7A, A.K., Irvh.; PUMOV, A.K., inzh. ~.- li teri nj Pica tir, ri of the dryIng of mtchvc;od. )4 no.1.119-1j) 11 165. (P",;, Ril 1 e - a -( ) 1. Vsi~squzVy naudmo-Issledovatollskly lns~-Ltut ~inrevcolamilt-atv- vnrushahey prark7shlennosti, GASMVA, 0. A. "Plants Response to Sharp Variatl,on of TeuVratures,!' Dok. AN, 24, No. 5, 1939. Chair of Botany; Arzamas Pedagog'Laol Inst* ..I WHKOVA, 0. A. Practical manual for study of general botany; a textbook for teachers colleges Moskva, uchebno-pedagog. izd-vo, 1.951. USSR (600) Science. GASHKOVA, O.A.; ROZINA, T.A. ._.. I - How ve provide practical training in the study of natural history. Politekh. obuch. no.3:59-65 Mr 158. (Km 11:0 1. KaluzhskiY Pedagogichoskiy institut. (Agri culture -Study and teaching) VASILIYEVA, N.P. (Moskva); GASHKOVETS,.:[, (Fraga) Determination of the optinnim pArAM ters of certain types of magnetic logic elements. Avtom.i telem. 22 no.7:919-933 Tl 161. (KIRA 14:6) (Magnetic memory (Calculating machines)) (Gores (Eleatricity)) i VASIL'YEVA, N,Pe; GASHKOVETS, 11.1 Conditions ot tbe-pmoiwrealization of sequential functions using different sets of real logical'slements vith consideration of delay. Avtom. i telem. 26 no.9tl578-.1591 S 165. (MIRA M10) ACC NR: AP70U6ho ~L*Aj v) SOURCE CODE: UR/0413/66/000/023/ol86/0187 INVENTOR: Vasillyeva, H, P.; Gashkovets, Ir,.,.hi ORG: None TITLE: An inverter. Cldss*42, No. 134482 SOURCE: Izobreteniya, promyshlennyye obraztsy, toyarnyye znaki, no. 23,,1966, 186-187 TOPIC TAGS: computer component, logic circuit, hysteresis loop, pulse inverter ABSTRACT: This Author's Certificate introduces: 1. An inverter based on a single .core with rectangular hysteresis loop having input and working windings and a series connected load. The logical functions of the device are expanded by magnetic rever- ;sal in the core during the control half-cycle using the energy in the working circuit.~: 'The voltage source is connected to the working winding through a diode. An auxiliary voltage source which maintains the diode in the conductive state is connected to this .winding through a resistor. 2. A modification of this inverter which gives the sum, .of part of the input signals and inverts the product of the sums of the remaining part of the input signals. A logic circuit which forms the sum of part of the input signals is connected to one end of the input winding and a logic circuit which forms ,the-oroduct of the sums of the remaining part of the input signals is connected to the,- Other end. SUB CODE: 09/ SUM, DATE: O9Dec56 Card ;L1_--- ACCESSION NR: AP4024685 5/0103/64/025/002/0239/0249 AUTHOR: Vasiloyeva., N. P. (Moscow) 3 _0"hkovets L.S. (Prague) TITLE: NlAgnetic logical elements with m%tuaUv -7.,xcluding flux reversals of cores (inverters) SOURCE: Avtomatika i teletnekhanika. Y. 25, no. 2, 1964, 239-Z49 TOPIC TAGS: automatic control, logicid element. magnetic logical element, square loop logical element. logical inverter ABSTRACT: A theoretical analysis of square-loop magnetic elements which realize the logizal functions of inversion is presented. Flux reversals of the controlling and controlled elements are nuitually excluded. Two circuits (see Enclosure 1) are considered: (1) with &a additional resistor, Fig 1. and (2) with decoupling by controlled diodes, Fig 2. F*rmulas are developed that connect the magnetic -element paraumtere under meximum-gain (the number of controlled Card 1/3 - YJ ACCESSION NR: AP41324685 elements per one comtrolling) and maximum-output -power conditions or under heating -limit - imposed conditions. also, relations necessary to ensure the stability of characteristics are observed. The core saturation state and the flux reversal state are analyzed in detail. Orig. art. has: 10 figures and 52 formulas. ASSOCIATION., none SUBMITTED: 25Mar63 SUB CODE: DP Card .213 DATE ACQ: l5Apr64 NO REir SOY: 003 ENCL: 01 OTHM: 000 :6 AdCESSION NR: AP4024685 INCLOSURE: 01 U U. . . ...... ... .. ... Fig I Fig 2 Magnetic square-loop logical inverters Card 3/3 0 VASILIYEEVA, N.P. (Moskva); GAsHKovETS, I.S. (Haskovec, J.] (Praga) Simple6t sequential elements (trijidra) and realization of the a4mory portion of sequential functions using those elements. Avtom. i telem. 25 no. 6vlO04-1014 Je 164. (MIRA 1717) L 783o-66 EWT(d)/EiIP(v)/ErNP(i-)/E'~VPI:h),/EiVP(l) ACC NR: AP5023117 SOURCE GODE; UR/0103/65/026/009/157811591 AUTHOR: -Vasillyeva, N. P. (Moscow, Prague); qashkovets. 1. (Mosco*w, Prague) ORG: none TITLE: Conditions for exact realization of sequential functions by means of various sets of real logical elements having delays SOURCE: Avtomatika i telemekhanika, v. 26, no. 9, 19 65, 157.8 -1591 TOPIC TAGS: automatic control, automatic control design, automatic control system, automatic control theory ABSTJCT: Based on S. H. Unger's (ME Trans., CT-6, no. 1, Mar 1959) and G Moisills works, a method is suggested for analyzing sequential circuits consisting of logical elements with puro and inertial delays and having signals of any duration; recurrent equations and delay matrices are used in the method. The Card 1/2 UDC: 681.142.67 \L 7830-66 AbC NR: AP5023117 analysis permits det6cting, "conditionally stable" states of a sequential circuit consisting of pure-delay ele"ments; these states may prove stable or unstable ~depending on the sequence of input signals. To realize the sequential functions by means of logical elerneints according to a certain ideal structure, the use of a delay equalization method is.recommended. This method permits determining (a) values and points of application of a xrdnimum number of delays required for the equalization and (b) ma--dmum permiesible repetition kate of input signals. The method, illustrated by several variants of a universal trigger constructed .with various sets of logical elements, is clafimed to have a practical importance ,for synchronous systems. Orlig. art. has: ;16 figures and 33 formulas. SUB CODE-' 13 05? SUBM DATE: 03se])64 .1 ORIG REF: 00 1 OTH REF: 003 Card s/oai/62/000/020/029'/040 B160/B144 AUTHORS: Asnovich, E. Z., Gashnikov, E. G., Petrashko, A. 1. TITLE: Organosilicon polymers PERIODICAL; Reflerativnyy zl=rnal. Khimiya, no. 20, 1962, 500, abstract 20P49 (Vestn. tekhn.*i ekon. inform. N.-i. in-t tekhn-ekon, issled. Gos. kom-ta Sov. Min.SSSR po *himii, 1961, noe-12,. 28 - 36) TEXT: Particular structural points, physicochemical properties and fields of application for organosilicon polymers (resins, varnishes, heat-resist- ant' enamels, liquids and rubbers) are discusised. 13 references. ~Abstracterls note: Complete translation.! L Card 1/1 GASHNIKOV, E.G.; RUBINCHIKt S.M. (- I Adoption of advanced practices in tire plants. KauchJ rez. 21 no.3:58 Mr 162. (MIRA 15:4) (Tires, Rubber) ';~,7,7, UTI i AC-- NIR, AM'FORI Petrpjh~-(-,, Y 7. K. A.; Zhdano- A Gashrilkova, A. LN, J~1111ibkr)v u. Do t-vinulr~~ OPG I All-U-.1or ;-,t. V. 1. Urjn (Vz';33U-"Uzrz.'-Y dlelktro- of sciances ..-niAltiAe of - -1- , "=1 T= - - A-nlf rjauk- 0 TITLE I Study of tho conversions of in the courre of thormal poly- condmnantion and catskly-tic pole morl ?-.a Lion SOURCE I AN SSSR, Rv. Sor kh1m, no. If, Y)',", 1i45-11-574 ITOPIC TAC33i catnlyttlz pol3nnorizAtlon, polycondonsa".-Ion, siloxiane -UGTWXTt (:hviggtis in cevUln proporties of polyorgAnoailoxanas vero follovid durlm. their syrt.h-.sis from. organosiloxann o11gcmor!3 of varloui compoz;itions. !R spoatroaccp-i. AC 'angly'lla confli-T11--l"I tile itructurql d1ffarrn;,,.os in tho ollgo-mars obta.lnel:l by double 1: dorompos"tion and hydrolytic polycondeniation. In 'k-Jin process of them, &1 anrl cattlytid conversions, thaso eAffarencea disappeRr, and tho polymors hav-~ a sirdlar structure, Independantly of the method by which'the oi-Iginal oligomors voro prepared, It Is pos- 'Jitlatnrl that thormr-1 polycondensAtion Involvon the formation of oxygon bridgan between the molecular c`hA1-n!3 an a result of condenaiation of hydroxyl groups, 1Rnd tv-drooarbon :bridges in a result of oxidation of methyl. groupa of neighboring molecular chainal th i L'a-Ld_-1/2 -- -- U.W I --546,.M7t~42-97t542--952t543.422 ACC NA- AP6025396 relatIve Importanqo of these two processes is determinod by, tho coniposition &nd stru ture of the oligomors. Compared to thermal polycondensation, c4talytia pol~,morization~ leads to the formation of polymers having a higher Class-transition teizparature and & wider temperature range of the highly elastic stAte; this Is duo to a greater flexihill ity and mobility of the chains of their molecntles owing to the opening of the cyclic 3inks in the oligomAr molecUes. Qrig. art. hast 5 figures and 3 tables. SUB CODE! 07/ SUBM DATS9 14Nb64/ MIG RMN 0051 orH Rut 003 2/2 81555 s/o6~60/000/05/04/nO8 B004 3066 AUTHORSa Andrianov, K. A., Gashnikova, No P.. Asnovich E. Z. TITLEs Investigation of the Infrared Absorption Spectra of Poly- aluminum Organo8iloxanes#Jand Polytitanium Organosiloxanes I I PERIODICAL3 Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh nauk, 1960, No- 5, PP- 857-862 TEXT; After a short survey of the data in publications dealing with the infrared spectra of various organic and inorganic silicon and aluminum compounds (Refs. 1-13) the authors report on their own investi- gations. The vibration spectra of the following compounds were investi- gatedi 1) tris-(trimethyl-ailoxy)-aluniinum Al[OSi(CH 3)313' melting point 980-1000C, soluble in benzene, tolueno and C01 4' prepared according to Ref. 14; 2) tris-(triethyl-eiloxy)-aliiminum, melting point 3270C, solubility like 1). prepared like 1); 3) tetrakis-(triethyl-ailoxy)- titanium Ti [OS'(C22H5)314)0 data in Ref. 14; 4) Polymethyl siloxane Card 1/4 81555 Investigation of the Infrared Absorption SpecTra S/062V6o/000/05/0d/0--,,3 of Polyaluminum Organosiloxanes and Poly- B004/Bo66 titanium Organosiloxanes (CH3Sio 1-5 )n 0 prepared according to Ref. 15 by hydrolyeis of mothyl tri- chloro silane; 5) polyethyl siloxane (C2 H5Sio 1-5)n g prepared'like 4); 6) polyphenyl ailoxane (C65"01-5)n' prepared according to Ref. 16 by, hydrolysis of phenyl trichloro silane; 7) polyaluminum-mothyl eiloxane' synthesized by reaction of me thyl-sodium-oxy-dihydroxy-silane vith*A101 31 ratio of Si t Al - 1 t 4; 8) polyaluminum-ethyl siloxane, obtaLne.d according to Ref. 16j ratio of Si s Al - 1 3 4.75, average molecular - weight 409000; 9) polyaluminum-phenyl eiloxane (Ref. 16), Si . Al 1 4, average molecular weight 7,230; 10) polytitanium-methyl siloxane (Ref. 10, Si s Ti = 1 3 3-8; 11) polytitanium-ethyl loxane (Ref. 15), Si : Ti - 1 3 4, average molecular weight ;1'300; 12) polytitanium-phenyl siloxane (Ref. 15), Si a Ti - 1 1 4, average molecular weight 1,500. The infrared absorption spectra were photorecorded on an V~C_11AIKS-11) spectrometer. An MKP-1 'k %(IKR-1) pin was used as radiation source. The frequencies of the-absorption bands observable in the range 1200-600 CM-1 are presented in a table, the spectra are shown in the diagrans of Card 2/4 81555 Investigation of the Infrared Absorption Spectra S/06?/60/000/05/04,/008 of Polyaluminum Organosiloxanes and Po:Ly-- B004/BO66 titanium Organosiloxanes Figs. 1-3. Fig. 4 shows the dependence of the absorption on the Si/Al ratio for compounds 8 and 9. The frequoncies characteristic of flir, vibration of the Al-0 bond in the group A!-O.-Si of the compounds 7,8,9 1 are In the range 1080-1050 cm7 . The frequencies characteri3tiC of the vibration of the Ti--O bond in the group Ti-O-SJ. of the compounds 10, 11 0 12 lie in the range 922-914 cm The compounds investigated have a lineaT- cyclic strucAuxe of the principal chain of the molecule, in which pro- valent,ly te-trameric siloxane- and organometallic siloxane rings are com- bined with one another by oxygen atoms. The compounds 1,2, and 3 were synthesized by A. A. Kazakova. There are 4 figures, 1 tableg and 20 referencesi 7 Soviet, 1 British, I Swiss, and 11 American. AAOCIATIONx Institut elementoorganiche-skikh soyedineniy Akademii nauk- SSSR (Institute of Elementalorganie Compounds of the Academy of Sciences, TJSSR).Vaesoyuznyy elektrotekhnicheskiy institut im. V. I. L~_~na (All-Union Institute of Electrical Engineering imeni V. 1. LeninT Card 3/4 Investigp-tion of the Infrnred Absorption Spectra of Polyaluminum Organosiloxanea and Poly- titanium Organosiloxanes SUBMITTEDi November 10, 1958 (initi"llY) and February 2f 1960 (after revision) 81555 s/o62/60/000/05/04/0!-%. -.~ B004/BO66 V~ Csra 4/4 L 69696.,45 -ACCESSION NR: AP5014073 -dimethy were prepared by condensaitionmoU Iph~sphiiiiic acid with n-tetrabutyl titanate, followed-by hydrolysii-.- Vsimila~ity in the spectra of the polymers was cetablished.in regar~ttothepositions ,and ntmber of bands in the region of. 'stretching and bending vibrations,of-the ",H " and CH roups and stretching C 2 3 9 vibrations of the i~uO and:P-0 grdups, and also in the 400-100 cm region,-in which for all polymers oXtly -tw bands, 6 And 450-500 cm were observed 0 7 0 in. contrast to biddimethylpttoophbnyldibutox~titdnium which in this region has threes , bands, 760 cm-1, and-456-500!cm-:l). The similarity in the,spectra. t Indicates a similarity 41t moleculaxcha~ns.forming the polymers A. lowering of the stretchi~ig.vibrati.on~frequen6y-of NO "wan-observed in the spectra-of bis_4 :dimethylphosphonyldibutoiLytitanium.and polybisdimethylphosphonyltitanoxaties*,,it is aitributed~-to.the"iriti.,amoiecuiar interaefton of P-O with the titanium atom as: f ollows:'-- '0 (CHS)~ P 1 7 T L (C 213 1. 7-7-17. 777 ANDRIANOV, K.A.; SIPYAGINA, M.A.; G93HNIKOVA, N.P.; F?.OLCVP., Z..M. Synthesis ofol,tA)-disodiuml~ydroxymethylphenylsiloxanes and o(.--sodiumhydroxy-W-f,rime-thyl(triphonyl)siloxymethyl.penylai-l- oxanes. Izv. AN SSSR. Neorg. mat. 1 no.9:1441-1U,6 S 165. (MIRA 18:11) 1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni Lomonosova. GORDON, M.D., kanlidat tekhaicheskikh nauk-, **GAAUIXOVAI'~T,"..-t-.T"Mhoner. gethods for more efficient freight transport on the Tashkent railroad. Trudy TASHIIT no.6:109-123 '56. (KLU 9: 11) (Railroade-Freight) L 136lo-66 7ZCC Ni, EWT(1)/EWA(h) 13OURCE CODE: UP/~2~/65/ooo/02_4/0152/0152 INVENTOR: Gashpar, E. M.; Kulikovskiy, L. F.; Zaripov, M. F.; Brovk1n, L. A. ORG: none TITLE: Multiple-tul~ contactless a-c potentiometeAlass 74, No. 177302 SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 152 TOPIC TAGS: potentiometer, ac potentiometer, contactless potentiometer ABSTRACT: The Author Certificate introduces a multiple-turn contactless a-c potenti- ometer containing fixed and moving magnetic circuits with a tuo-section measuring winding and excitation windings (see FIg. 1). To increase the linearity of ito-static Fig. 1. Contactless a-c potentiometer -1 - Fixed magnetic circuit; 2 - excitation winding; 3 - measuring winding; h - fixed magnetic circuit; 5 - moving circular magnetic circuit. L 1361o-66 ACC NRt AP6002976 characteristics, to reduce the weight of the moving parts, and to improve its protect- ion against the action of external magnetic fields, the two-section measuring winding is made in the foxTi of a current conducting spring differentially wound on the fixed magnetic circuit; the moving magnetic-ci:rcuit is made in the form of a ri.ng'to which the joined terminals of the measuring grinding are attached. Orig. art. hast. 1 figure BM CODE: 091 SUBM DATE: 17Feb64/ Am PRms: ZI( jW 2/2 Card BORAMISA T. , inzh. (Veng4rskaYa Narodnaya Respublika); WHLA9x__L_s_ tGaspar, L.], inzh. (Vengergkaya Marodnaya Resp-Mlika) -'Evaluating the carrying capacity of pavements by the measurement of their flexures. Avt.dor. 25 no.8:28-30 Ag 162. (MIPA 16 -.2) (Pavemerits-Testing) Hungary/lPhysiology of Plants. Mineral Nutrition 1-2 Abs Jour Ref Zhur-Biologiya, No 2, 1958, 5640 Author L._Ga--.hpar Inst -Agricul~~ua~'l Institute Academy of Scienes of Hungary Title Absoij)tion of Phosphorus by Shoots of Wheat Orirr Pub Agroicem es talaj., 1956, 5, No 2, 213-220 U Abstract In Neybauer experiments conducted at the A.-ricul- tural institute of the Acadeu of Sciences of Hun- gary -Uhe harmful effect of P3 when applied to shoots of winter wheat planted in-sandy and other soils has been established. Germination was low- ered by 20 to 255,66, and the dry weight of the sandy crops droppdd by more than half. The plants of the* sandy crops utilized 20,10 of the phosphorus, while- those of other soil crops-11% of the phosphorus introduced. Card 1/1 GASHPAR, L., inzh. Overall stabilization of tipmds with dilute bftwaan and lime, Avt, dor, 26 no*5:28-29 YO, 163. MRA 16:7) (Boil stabilization) ACCESSION NR: AT4041496 S/2910/63/003/01-/0041/0045 AUTHOR.- GaBhpaT, R. TITLE: The universal atomic potential SOURCE; AN LitSSR. lAtovBkiy fiziches1dy sbornik, v. 3, no. 1-2, 1963, 41-46 TOPIC TAGS: atomic potential, universal atomic potential, Thomas Fermi equation, nuclear charge, Schroedinger equation, cuprous ion, Hartree Fock method, electron potential ABSTRACT: Thiq article is a short exposition of tWauthorls theory of universal atomic potential, described fdlly in various issues of Acta. Phys. Hung. from 1952 - 1960. The universal potential has all the properties of a potential field as obtained by the method of self-consistent fields with exchange and can be obtained for every atom by a scale trans- formation- The solution of the Thomas-Fermi equation for a neutral atom in independent ofthe atornic number. An exponential function of the form e- 'A ox gives a good.approxi-. 1 +AoX mation for the effective charge of the nucleus as obtained from a Belf-consiBtent field.A one-particle Schroedinger equation can be written using this expression in the potential Card 1/3. ACCESSION NR: AT4041496 energy term. The apptoximation d'eteriorates for electrons which are further away from the nucleus. The potential can be made Tnore exact by taking into account the exchange energy of the electron, using the Thomas - Fermi theory. The complete potential can then be written as + ze C, 3 r I +Ax -+A _X 1/3 where x andju 0. 8853 ao/ Z An example using the Cu+ Ion shows that this potential agrees better with the Hartree - Fock method at larger distance's froni the nu- cleus. For valence electrons and excited electrons, additional corrections are required. From other examples, considered in the authors previous works, it is concluded that the differences (for Inner electrons) In the wave functions determined numerically from those determined by the analytical variational method are mainly due to the unsatisfactory choice of the variational iunctions and not to potential approximations. Orig. Axt. has; 2 figures and 13 equations., Card-` 2/3 ACCESSION NR: AT4041496 ASSOCLkTION: Institut teoreticheskoy fiziki, Universitet im. Layoshm Kashuta, Debrecen, Hungary (Institute of Theoretical Physics,'Kossutli L~oa University) SUBMrrTED: 00 ENCL: 00 SUB CODE; GP NO REF SOV: 005 OTHER: 000 Ca rd 3/3