SCIENTIFIC ABSTRACT GUBENKO, A.F. - GUBENKO, YE.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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1, i I ~ !- ~T , ~, 4! , .~. 1 ~ ; ~ 1 41111 i, , ! i I I , I - I . ; " : I I i I ; ; :1 * GUEENKOJ, A.B.; ALIPERIN, V.A.; CHAPSKIY, K.A. Improve the quality of glass-reinforced polyester plastics. Standartizataiia 29 no.7:59 J:L 165. (MIRA 18:11) GUBENKO, A.S. (Kharlkovp2l ul.Girahmana,d.5. kv.5) Inflamatory tumors of the small intestine. Klin.-kbir. no.5s 71-72 Vq 162. (ERA 1634) 1. Kafedra khirurgii (zav. - prof. G.M.Gurevich) Kharlkovskogo stomatologicheskogo instituts, na baze KharIkovskoy 17-y klinicheakoy bolinitay. (INTESTINES-TU*RS) - A.V.; V.N. Problems of structural mechwilf,~. in connectifin t'he -";3e of plastics in construction. F) troI.,,!ifkh. i I'Useh.suo, . 7 n-0-5:1 4 165. 18,:10) S/181/613WA05/040/042 9" '~ 30 0 lr4v B111/B202 AUTHORS: Fistull, V. I. and Gubenko, A. Ya. TITLE: Resistivity of high-alloy germanium PERIODICAL: Fizika tverdogo tela, v. 3, no. 5, 1961, 1617-1619 TEXT: In low-alloy semiconductors (without degeneration) the mobilityof the carrier and hence also the resistivity of a crystal are mainly determi-ned by the scattering of the carriers from ionized impurities and from the ela- stic lattice vibrations. With low impurity content of the semiconductor the experimental results are in good agreement with the theoretical ones. As was shown by V. A. Johnson and K. Lark-Horowitz (Phys. Rev., 71, 374, 1947) resistivity (~) depends on the impurity concentration N in the following way: j9 = 6270ON-1/3ohm.cm. The experiments were made with a Ge single crys- tal which had been purified such that the resistivity was 50 ohm.cm. Then, it was alloyed by Chokhrallskiy's method of pulling it from the melt. Arse- nic was used as impurity. It was introduced into the melt in the form of Ge + (15-20%) As. Specimenq with the dimensions 10 - 4 - I mm. were cut out from the pieces obtained. The experimental results were represented in the Card 1/3 Resistivity of ... 23135 S/181/61/003/005/040/042 B111/B202 figure (curve 1) (n-the carrier concentration). The dashed curve shows the relation obtained by Johnson and Lark-Horowitz. The deviation between the experimental results and the relation obtained by Johnson - Lark- Horowitz does not exceed 17 9L Due to this small deviation the conclusions drawn by Johnson and Lark-Horowitz are wrong. Curve 2 shows the dependence of the p-type conductivity'of germanium which had been obtained from the data of Ref. 8 (F. A. Trumbore, A. A. Tartaglia, J. Appl. Phys., 29, 1511, 1958). The authors give two empirical formulas for the dependence of the a - o.6 of the resistivity of germanium: a) for n-type: 4-3~-o'O n and 9. -066 b) for p-type germanium: Pp = 8.15-10 n . There are 1 figure and 8 references: 2 Soviet-bloc and 6 non-Soviet-bloc SUBMITTED: December 19, 1960 Card 2/3 Resistivity of ... 194L Card 3/3 I 4 233,35 S/IBI/61/003/005/040/042 Blll/B202 n. cm -3 1 - !' -1 ; .;- , :' I. L 40208-66 E,;T (I )/E.;~ T (m)/r/L,i [, (t)/ET I!J~(c) JD/GG ACC- NR SOURCE CODE: UR/0363/66/0()2/C)05/()939/0941;' AUTHOR: Gubenko, Ya. ORG-. none TITLE: Effect of temperature gradients on the growth shape of germanium crystals SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 2, no. 5, 1966o 939-941 TOPIC TAGS: temperature gradient, crystal_growth. germanium, temperature dependence, crystal surfaco, crystal symmetry ABSTRACT; The effect of temperature gradients on the growth shapes of germanium crystals heavily doped with various impurities was studied. The effect of the temperature gradient of growth shapes can be traced in crystals grown in thermal fields of differing shape. Crystals grown under conditions of uniform thermal fields -- the temperature gradient is identical in all directions - have growth shapes with symmetrically developed faces. All growth shapes found, including round shapes, were polyhedrons. It is shown that depth of the supercooling region in the melt near and crystal and shape of the isotherm determine character of owth shape and the external crystal face. Orig. art. has: 4 figures. JPRS: 36,7741 F SUB CODE: 20 / SUBM DATE: lOJul65 / ORIG REF: 003 / OTH REF: 002 -V UDG: 548.1 Card 1/1 tV 1 . GUBLDRO, F. P. 2. (600) 4. Tobacco 7. Anatomical characteristics of the tobacco leaf. Tabak 13 no. 6, 1952. 9. Monthly List of Russian AccessLons -larch 1953. Unclassified. __, Library of Congress, I GUBENKOY G.B. LHubenko, H.B.], kand.tekhn.nauk Ways to improve the assortment and strength of the products of the Volodars'kiy Clothing Factory in Donetsk. Leh prome no.3:37-39 Jl-S 163. iMIRA 16-11) -GU]3i,.NKOY--I-B.-- Conference on liquid extraction processes. Kpim. i tekh. topl. i masel. 6 no.10:69-70 0 161. (MIRA, 14:11) (Extraction (Chemistry)) 31978 5/081/61/000/023/053/061 B106/B101 AUTHORS: Betts, G. E., Gubenko, I. B., Karmin, B. K., Lukashevich, I. P., Markova, L. M., Segalevich--A. Ye., Troitskaya, N. I., Chernozhukov, N. I. , Guseva, V. I. TITLE: Test of petroleum products as plasticizer fillers for rubber compounds from divinyl styrene rubber. Communication I PERIODICAL: Referativnyy zhurnal. Khimiyat no. 23, 1961, 560, abstract 23P'346. (Tr. N.-i. in-ta shin. prom-sti, sb- 5, 1960, 5-20) TEXT: For the purpose of examining the possibility of enlarging the raw material basis for the production of olefin rubber, a study has been made of the effect of Daraffin-naphthene hydrocarbons (I) and aromatics (II), isolated from difierent kinds of petroleum at different stages of processing, on the physicomechanical properties of standard rubbers from CVC-30A (SKS-30A). Addition of I and II in an amount of 35% to a mixture of rubber and softener deteriorates the physicomechanical properties of vulcanizates and enhances their elasticity. The tensile stren th 2of rubber containing I drops from 274 (standard rubber) to 173 - 226 kgf7cm while Card 1/2 31978 S/081/61/000/023/053/061 Test of petroleum products ... 13106/B101 its tear resistance drops from 81 to 47 - 54 k f/ M. The tensile strength of rubber containing II drops to 200 - 245-kgf~CO and its tear resietance to 52 - 64 kgf/cm. The thermal stability and the bonding strength of doubled rubbers decrease substantially after vulcanization. Ifigh-molecular products of comparatively higher viscosity deteriorate the strength properties of rubber less than do low-molecular ones. A test of 29 products, obtained from differently processed petroleum asphalts, deasphalted products, distillates, and raffinates, have shown that the most interesting of these products are a deasphalted petroleum asphalt, the residual high-viscosity LA( oil, a secondary raffinate, and an aviation tar. These Droducts ensure satisfactory phy8icomechanical properties, elasticity, and brittleness temperature (-50 C) of vulcanizates. I Abstracter's note: Complete trans- lal.ion. Card 2/2 5/065/62/000/006/002/007 E075/Z136 AUTHORS: Gubenko, I.B., Karaseva, A.A., and Chernozhukov, N.I. TITLE: 'nvo-stage deasphalting of vacuum residues from Eastern crudes PERIODICAL: Khimiya i tekhnologiya topliv i masel, no.6, 1962,. 15-17 TEXT: A two-stage deasphalting process was used to produco viscous cylinder oils. The process was carried out in a large pilot plant including a countercurrent column of 75 nun diameter, height 6.3 m. Ratios of propane to oil volumes used in the first stage were 7-3:1 and 13:1. With the use of t.ho-two-stage process the yield of the deasphalted residue increased by 30-110'/'~ for the vacuum residues from sulphurous Eastern crudes and by 15-20/-"', for the residues with low sulphur contents. All hydrocarbon groups in the oil deasphalted by the two-stage process have higher viscosities (from 20 to 62 cs at 100 *C) than the correspondfng hydrocarbons in the single-stage deasphalted oil (from 12 to 46 cs at 100 *C). The-aromatic hydrocarbons in the latter oil Card 1/2 Two-stage deasphalting of vacuum .. s/o65/62/000/oo6/002/007 E075/E136 have lower viscosity indices (10 to 20 units) than the oils after the two-stage deasphalting process. The oils contain 48 ~ aromatic hydrocarbons with n2o > 1.54 compared with -52j.' D 20-26*,:z'P for the oils obtained with the single-stage deasphalting. The viscous oils (37 cs at 100 OC) from the sulphurous crudes had better anti-wear and'load carrying properties than the oil n -28 (P-28) from Baku crudes. There are 3 tables. Card 2/2 RAPOPORTY I.D.; "HAROVA, Ye.Ya.; VELIZARIYEVA, IN.I.; N.N,; 'g.sj MOSHKIN, P.A. GU BENKO jj~. Fatty alcohols from the products of oxidation of solid paraffins. Khim. i tekh. topl. i masel 10 no.12:18-22 D 165. O-ff RA 19: 1) 1. Vsesoyuznyy nauchno-issledovatellskiy institut po pererabotke nefti i gazov i polucheniyu iskusstyennogo zhidkogo topliva. GUBENKO, I.B.; KARASEVA, A.A.; CHFMCZHUKOVp N.I. Two-stage deasphalting of tars from eastern orudes. Khim, i tekh.topl.i masel 7 no.6:15-17 Je,162. (14IRA 1~:7) (Petroleum-Refining) ; . . I ! ': ! B p 7'. 11 ;;l:, - , -; 11 ~ t -I-it ,I,I . . I . : I - ; ~ ;! I IVIN, S.Z.; KONDRATIYEV, Yu.A.; SHELAKOVA, I.D.; ZAYSlf!,OVA, 1.A.j Reactivity of ethylenamide-0-alkylmethyl phosphinates and thio phosphinates. Zhur. ob. khim. 35 no.7t1218-1220 Jl 165. (MIRA IM) GUB~NKO 1. S., 10T,71 iiA, N. V., lr-A-LGA-71 , it. v j~n- ---A, DREVICH, V. P. "Pyroninophilic Granules of Fractions Isolated Cellular Nuclei" report submitted for the First Conference on the problems of Cyto and Histochemistry, Moscow, 19-a Dec 1960. Institute or Cytology and Genetics, Siberian Division AcadevW of Sciences USSR, Novosibirsk, SALGANIK, R.Iq GUBENKO, I'S. Pyroninephilic granules appearing in the cytoplasm after deoxyribonuclease treatzent. TSitologiia 5 no.6t674-676 N-D 163. (MIRA 17:10) 1. Laboratoriya nukleinovykh kislot i Laboratoriya taitologii Instituta, taitologii i jrenotiki Sibirskogo otdoleniya AN SSSR, Novosibirsk. SALGANI-K., R.T.~ KIKNADZE, I.I.; MOROZOVA, T.M.; GUBENKO, I.S.; DREVICH, V.F. ...... .. ~-'---- Nature of pyrn'.n-stained granules in a fraction of isolated cell. nuclei, TSU-Iologiia 5 no.5499-505 S.-O 162% - OMIRA 1815) ,. LaVoratoriya makleinovykh kislot I Laboratoriya obshchey taitologii Instituta tsitologiJ i genetiki Sibirskogo otdeleniya AN SSSR, Novosibirsk. LEVIT, A.V,; Vl)'STINA, [].D.; _GUBENKC, L.N. A new Toxoplasmalike organism in laboratory white m'ce. Trudy Inst. zool. AN Kazakh. SSR 22:34-43 164. (MIRA 17:12) KONEV, D.A., kand. sel'skokh. nauk; GUBENKO M.K., starshly nauchn3rr sotrudnik ii"95- ; '~ Canned rabbit meat. Trudy TSNIIPPa 9328-32 162. (MIRA 16:6) (Meatf Canned) (Rabbi,U) GUE'-;NKC p N. D. 5316. GUBENKO) N. D. Stroitel'stuo Zhilykh Domcv Dlya Rabochikhkrovncye Delo Za-vodskogo Komiteta. Raeskaz ... bred. Za0oma Teploo-,ektrotsentrali im. F. E.-DzerzUnskego. (M.), 1954. 1 L.,-Slozh. v.6.s., s ILL. 25. sm. Vvlos~-- Gor, Oovet Prof. so:uzov. Polczhitelpyy Opyt lrofscyuzncy Rabotyusem Pi-o- forganizat-*siyam Moskuy). 2.CCO Ekz Bespl.--(55-881) 331.881: 333-83 (47-311) SO: Kbizhnaya leto:is', Vol. 1, 1955 AUTHORS: Braynin, 1. Ye., Prof. and Gubenko, N. V., Ets. 129 _9_ V14 TITLE: Influence of the brand comp_os1tio~_of-s-o-Tt sheet steel on its impact strength and its tendency to aging. (Vliyaniye marochnogo sostava myagkoy listovoy-staii na udarnuyu vyazkost' i sklonnost' YeYe k stareniyu). PERIODICAL: "Metallovedeniye i Obrabotka Metalloy" (Metallurgy and Metal Treatment), 1957, No.9, pp.2-4 (U.T.M.R.) ABSTRACT: According to literary data increased contents in the steel of manganese and phosphorus do not show an influence on its tendency to mechanical ageing (1-3). The authors found no literary data on the influence of other admixtures on the carbon steel and, therefore, they studied this problem statistically on a large number of heats. The investigation was carried out on basic open hearth "Steel 311 produced in 30 ton open hearth furnaces by the scrap process. The metal was deoxidised in a ladle by means of a 45% ferrosilicon so as to obtain 0.12-0.20% Si in the finished steel. In addition, 1 kg of aluminium per ton of liquid steel was fed into the ladle. The cast ingots weighed 1.5 tonsand it was rolled into 10 mm thick sheet. The composition of the individual Card 1/3 melts varied between the following limits: 0.12-0.18% C; 0.35-0-55% Mn; 0.12-0.20% Si; 0.016-0.036% P; 0.026-0.040% S. Influence of the brand composition of soft sheet steel 129-.9-1/14 on its impact strength and its tendency to aging, (Cont.) For statistical evaluation the results were used of impact testus of 1720 sheets of 285 different melts in the as rolled state and after mechanical ageing. For each melt the average value of the impact strength was obtained from tests on 3 to 15 sheets, testing two specimens for each sheet. Data on the influence of the carbon content on the impact strength before and after ageing are given in Table 1, data on the influence of manganese on the impact strength before and after ageing are given in Table 2, whilst Tables 3 to 5 give the respective influences on the impact strength before and after ageing of Si, P and S. Finally, in Table 6,data are given on the relative influence of carbon, manganese, phosphorus and sulphur on the impact strength before and after ageing. Increase of the contents of carbon, manganese, phosphorus and sulphur,within the tolerances of the investi- gated grade of steel,reduces its impact strength in the as rolled state and after mechanical ageing but does not affect its tendency to ageing. Increase of the Si content does not Card 2/3 affect the impact strength in the as rolled state but reduces somewhat the tendency to ageing as a result of an increase in the content of metallic aluminium owing to the lower rate Influence of tile brand composition of soft sheet steel on its impact strength and its tendency to , aging . (Cont.) of burning off during deoxidation. There are 6 tables and 3 references, one of wiLich is Slavic. ASSOCIATION: Donets Industrial Institute. (Donetskiy Industriallnyy Institut). AVAILABLE: ft-rd 3/3 BRAYNIN, I.Ye., prof.; GAMSM, N.V., inzh. Nffect of the method of intioducing aluminum on the quality of hearth steel. Izv.vys.ucheb.zav.; chern.met. 2 no.10: 199-99 0 '59. (MIRA 13:3) 1. Donstskiy industriallrqy institut. (Steel-Ketallurgy) (Aluminum) !!1'1,11!~ 1A. 1 113 111 8/137/61/000/011/091/123 A06O/A1O1 AUTHOR: Gubenko, N. V. TITLE: Effect of preliminary heat-treatment upon the toughness and mechani- cal. ageing susceptibility of low-carbon steels PERIODICAL- Referativnyy zhurnal, Metallurgiya, no. 11, 1951, 7, abstract 11137 ("Tr. Donetsk. industr. in-ta", 1958, 32, 157-168) TEXT: An investigation was carried out of the various forms of preliminary heat-treatment (normalizing, hardening with tempering, high tempering on HB and ak before and after ageing) of steel 3, killed and rimmed steel. The steels were rolled from a 3-ton ingot into 14-mm thick sheets. It was established that annealing of rolled sheet-steel leads to enlargement of the grain, lowering of ak and an increase in the susceptibility to ageing with an Increase of grain fineness. Normalizing raises the ak and lowers the ageing susceptibility of steel. High tempering with slow cooling raises somewhat the ak before and after ageing; rapid cooling after the tempering lowers the ak. Hardening with subse- quent high tempering considerably increases the ak and lowers the ageing suscep- tibility of the steel. T. Fedorova [Abstracter's note: Complete translation] Card 1/1 S/137/W000/001/140/237 AO~Z/~101 AUTHORSt Braynin, I. Ye., Gy2!~o Xi_V. TM~El The effect of thermal hardening on mechanical properties azd ageing tendency of low-carbon steel PERIODICAL:- Referativnyy zhurnal,. Metallurgiya,, ijo., , 1, 1962,. 3,5, abstract 11239 (V ab. "Stall", Moscow, Metallurgizdat, 1961, 395 - 411) TMCT: The effect of heat treatment on mechanical and magnetic properties and,microstrupture of MCT-3KR (Mst.31sp) steel.. before and after strain ageing (exposure of zamples stretched by-10% to 2500C during 1, 3, 8, 24 and 50 hours) was investigated. The heat treatment consisted of h4rdening at~9000C and temper- ing at different temperatures and rates of cooling (in water or with the furnace). The microstructure was Investigated with an optical-and electronic mioroscope with a magnification of 500 and 5,000 respectively-i It is established that the tempering conditions affect the tendency to ageing, that is the chatiges of pro- perties after it;. these changes appear in the first 1 - 3 hours of exposure, and thereafter the characteristics remain on the almost same level as before. The optimum combination of strength.,and ductility was achieved after water har- Card 1/2 S/I 37/62-/000/0c) 1/ 140/237 The effect of thermal hardening on ... A05P,/AIO1 dening at 9000C and tempering at 4500C during 1 hour with water cooling. There are 34 references. Ye. Bukhman [Abstracter's note: Complete translation] Card 2/2 I ! ~ . I .. V . ~ T J! !1 1 - , 1, ~, I - . I BRAYNIN, 1.1e.;GUBEBKOS N.V. Effect of preliminary hardening on the deformation aging pro.- cesoes in low-carbon steele Fize met. i metalloved. 16 no.3:W#,- 447 3 163. (KM 16:11) 1. Donetsl~iy politekhnichaskiy instituto GUMKO, P.I. Improving the process of the recovery of secondary tin an dense deposits from tin plate scraps. Kona. i ov. prom. 14 no.6:13-16 Je '59. (MIR& 12:8) 1.?Sentrallnyy nauchno-issladovatellskiy institut konservuoy I ovoshche- sushillnoy, prorqshlennosti. (Tin) ii ; , j~:I - -~ f!II,-I:i, , :1, ~ '!~ I If REZNIK, B.Ye.; SKARRE, O.K.; GWHANOVSKIY, V.F.; DLUGACH, R.Ye.; Prinimali uchastlye: NEDOSHOPA, G.N.; SEREBRO, V.D.; OVDIYENKOJ, A.N.; GUBENKO, R.V. Photo turbidime trio and radiometric me thods fcqr the deter7ftina- tion of sulfates in pure iron oxide. KhIm. prom. no.5:381- 384 My 1630' (MIRA 16:8) 1. Dnepropetrovskiy gosudarstvennyy universitet (for Reznik, Skarre, Grechanovskiyy Dlugach). AccEssim NR: Ap4o4o%4 B/0064/&/000/W6/04W/0442 AMR: Grecbn vsklyj, V. F.; Re=ikp Be Yes; Skarrep Oe Ke; MuSsas Be Yee; Gubenko, Be V. TITLE: Production of ferric oxide with lov iron coatent SOURCE: MAmicheakaya prcwVfthlennost1,, no. 6, lg&,, 44o-442 TOPIC TAGS: ferric oxide, production, purification, analytical grade ferric oxide," ferrite production, electrical*industry, ferric, carbonate ABSTRACT: A procedure was worked out for the production of analytical grade f enic oxide which comprises an Improvement on the ircm carbonate precipitation and cal- cining method: FeSO4 + (NH4).CO3 FCCO, + (NIMIS04 02 2feCO, FeO, + 2CO, In the Isoroved method the second vash after calcining is eliminated and the amovat; Card, 1/2 ACassicK NR: AP4040544 of distilled water required in the first wash is reduced. The conditions found most amenable to the production of an FeCO 3 precipitate with a reduced amount of impurities which are fairly rea" washed out -include: pouring a 4q solution of Feso4.7jipo (preheated to 6o-65c) into a strongly agitated 25~ (NH4)2CO3 solution preheated to 35-IIOC and taken in two-fold excess .(not in stoichiometric, amounts). Mixia% is to be continued for 30-60 minutes and the mixture then auowed to at-and one hour. The precipitate is washed with hot water on the filter, dried and calcined. Subsequent washiag is not required. Ana4als of the ferric oxide thus produced showed Sulfate content in the 0.01-0.08% range and alkali and alka- line earth content of 0.02-less than 0.05%. Such-material may be used in ferrita production, in the electrical and radio technology. Orig. art. h"; 1 equation and 4 tables. ASSOCLAMN: None SuaNITTED; 00 ENCL: 00 M CODE: IC. NO IOW SOY:.' OD3 OTM: 000 Card 2/2 Mif i i4i wL.tb J9641, 1446 t6 ny 01 #6 i vi it" L-dus i ~Iha.~ .65 64 L 25o , . ACCESSION PIR: AP5002213 ::o' 0 or added ed esterif icition by lycerot,atl The,process requir 9 hour and then condensation at 240C for 2i.$:-:4 hou Af totil dryi, for i~ 2 r e a 1;i't in ~c o:wa er 1! at. 12OCS- the lacquerhad ad hardnes4"!!-41astic1tji and t ' P 56. is:: U b -80t8~ pres sure j, as required COST gasolivej electricity and . , . th'! in making blue brown and red enamels which ar, e: b~ttdr--. in: a a wa a; han; a 0" Y : '' ' ... 26.1! M 11 - 2', and FSKh-brand uied.onJam,machinery, which clown 9rm: 0 ~;Qo ij JAY has: and I gra %jables pho ASSOCIATIONe None , MT COBEi SUM41TTED: 00 KNOL NO RHF SOV. 1 q; v Card 2/2 ferri,~ oxide -Ath --I ii,-i.)n (,-~nttnt. Khim. prom. "'-42 64. NMI 18:7) NR: AP6oo6720 SOURCE CODE: UR/0303/66/000/001/0018/002 AUTHORS Orobchenkop Ye V.,; Pryaniahnikovag N, Yuo; Gubenkop Ro V, ORG: None B) TITLE1 Paint and varnish materials based on oarbamide-alkyd resins SOURCES LakokraBochnyye materialy I ikh primeneniyep no. 1v 1966, 18-7-0 TOPIC TAGS3 varnish, urea resin, alkyd resin A ABSTRACTS The paper describes the synthesis of carbamide-allcyd varniYhes from glyptal -resins containing no fats. The carbamide component used was K-411-02-butanolized urea-formaldohydo resin. The varnishes were prepared by in thn cold with a 50% toluene solution of the alkyd resin. A study of the phyaicomochunIcal p1roperties of the carbamide-alkyd films dried for 1 hr at 1200C showed-that their Im- pact strength and hardness Increase with the acid ntuabor of -the alkyd resin. When the content of the carbamide component exceeds 80%, the impact strength decreases; when tho resin content drops below 50%P the films coase to dry. The optimum physicomechan- ical properties are obtained when the components of the carbamido-alkyd resins am taken. in the- proportion of W. It is shown that by using g3,yptal. resins mod1f ied with C20 and higher synthetic fatty acids and with distilled tan oil In combination with butanolized urea-forinaldehydo resin,ono can obtain enamels and primers forming stable atmosphere-resistant hot-drying coatings, whereas glyptal resins modified With Cord 112 ACC NRt Ap6oo6720 " synthetic fatty acids in combination with butanolized urea-formaldshyde resin can be used to prepare colorless varnishes mid a hot-drying whito enamel for inner and outer coatings. OrIg. art. hast 2 figures.and 5 tables. SUB CODils II/ SUBK DATEs none CM 2/2 OYKSY G.N., doktor tekhn. nauk; BORODIN, D.I.; TSYKIN, L.V.; ViNSTIN, I.V.; SOROKINP A.A.; KUTSENKOp A.D.; 7AGREBA, A.V.; REKHLTS, G.N., TRUSEYEV. A.I.; Prinimali uchastiye: GUBENKOI S.M.; FOMIN, S.I.; J, P UNUM"T.'k. KUBLITSKIY A.M.; SAFIYANOV V.P.; voL K .0 Some problems in the hydrodynamics of a convertfir bath. Met. i gornorud. prom. no.3:29-31 My-Je 165. (MIRA 18:11) 1AZIDI, G.Kh.; GUBENKO, T.-L. (Krivoy rog) Functional state of the th-.moid gland in silicosis. Gig. truda i prof. 2(ab. 4 no.12:42-43 D 160. (MIRA 15:3) 1. Krivorozhskiy nauchno-issledovatellakLy institut gigiyony truda i professionallnykh zabolevaniy. (THYROID GLAND) (LUNGS-DUST DISWES) GUBENKO, T.L. [Hubenko, T.L.) Comercial production of gamma globulin from placental serum by the rivawl-alcohol, method. Ukr. biokhim. ahur. 33 no.1.14-21 161. (MIRA 14:3) 1. Biochemical Laboratory of the Epidemiolo and Microbiologyi. IYG= GLOBULIN) (RIVANOL) Odessa Research Institute for (BLOOD-SEDIMENTATION) GUBENKO -Hubei)k(), T.1-j; --!"'ll"I'l6va, V.I. [,':myrnova, V..,..1 Improved r.1vanol-alcohol method for obtaining 7"globulin. Ukr. biokhim. zhur. 35 no.5-.747-753 163. (11.1 MA 17 - 5) 1. Ve--innikov Req--h *T-.A~.-+,, f.,lr Fpidemlology and Mlicrobiology, Odeiisa, 1. - " , - A, - 11 GUBENKO,T.P., professor Incidental losses in rotary oil-well drilling. Nauch.zap. IMA Liviv. fil. AN URSR no.1:41-60 153. (MLRA 8:11) (Oil well drilling) GUBENKO.T.F. Capacitor-excited braking system for induction motors. Nauch.sap. DtA Vviv. fil. AN URSR. Ser. avtom. I lzm. tekh-3 no.2:84-126 54 (Illectric motors, Induction) (MMU 8: 11) T.Lkhon Pavlovich Tikhon Pavlovich (L'vov Polytechnic Inst) - Academic degree of ljoctor of Technical Sciences, based on his deCense, 2~ Novenber 1955, in the Council of the M. scow Order of Linin Power Dagineering Inst. imeni Rolotov, of his dissertation entided- "Indtiction, Machine Under Deceleraflion Conditions." for'the Academ.,.c Degree of Doctor of Sciences SO: Byulleten' Ministerstva Vysshef_o Obrszovaniya-5555H, List 140. 3, 4 'February 1 Decisions of the Higher Certification Gommission Concerning Academic Degrees JPRS/Ny 554 8 (5y SOV/112-57-5-10297 Translation from; Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 103 (USSR) AUTHOR: Gubenko, T. P, TITLE: Induction -Machine Operation Under Stator-Winding Distorted -Symmetry Conditions (Rabota induktsionnykh mavhin pri iskazhenii simmetrii statornoy obmotki) PERIODICAL: Nauch. zap. Llvovsk. politekhn. in-t, 1955, Nr 34, pp 75-112 ABSTRACT: Intentional distortion of the symmetry of stator windings is used to obtain flat mechanical characteristics of a motor that are useful in regulating speed, in limiting speed when a load in lowered by a crane, and in decelerating. There are 35 possible non-symmetrical winding schemes, which can be broken into the following three groups: (1) a series connection of positive-, negative-, and zero -phase -sequence impedances; (2) independent connection of all phase- sequence impedances; (3) a series-parallel connection of the impedances. Equivalent circuits and expressions for positive-, negative-, and zero-phase- Card 11Z SOV/112-57-5-10297 Induction -Machine Operation Under Stator-Winding Distorted -Symmetry Conditions sequence currents are presented for all 35 connection schemes. Importance Of the expressions for braking driven is noted. A detailed analysis brings the conclusion that the well-known Fortesque scheme (1918), in which two paralleled phases are connected to a single supply phase, and which has been adopted by "Siemens -Schuckert" in hoist drives, is considerably inferior in its braking effectiveness to other non-symmetrical schemes. On the whole, all such schemes differ little from plugging and dynamic -braking schemes - The mechanical characteristics of motors with a non-symmetrical scheme can be built by a graphoanalytical method on the basis of equivalent circuits. Experi- mental investigations of a 4-kw, 130-v, 1,440-rpm motor yielded mechanical characteristics for various schemes that were close to the estimated characieristics, and also permitted determination of the degree of non- symmetry of currents. L. B - G. Card 2/2 GUB M 0, T.P.. professor. Circle diagrazas of induction machines. Test. slektroprom. 27 n0-4:53-60 Ap 156. (KIaA 9:11) 1. LIvoyakly politekhalchaskly. btatituts. (Blectric motors. Lidaction) GUBEMO, T. P. (Dr. Tech. Sci.) "Method of distortion of syvmtry of stator winding and voltage for regulating and retarding speed of rotation of an asynchronous motor." paper read at the Session of the Acad. Sci. USSR, on Scientific Problems of Automatic Production, 15-20 October 1956. Autcoatika i telenekhanika, No. 29 p. 182-192,, 1957. 9o15229 RARDACHEVSKIY, V.T.; VZLICHKO, Tu.T.; VUSINKO, N.V., ~P~ W, -T&F. *,. __ _ DRTAKHIOV, A.I.; KARANINYIV, K.B.; KARNMEIN, L.T.; MAKSI14OVIM N.G.; SOMLINITSKIT, G.Z, N.G. Liukov. Izv. vys. uchob. sav.; energ. n0-5:127 MY (Liukov. Mikhail Grigorlevich, 1915-1958) 158. (MIRA 41-.8) BOV/143-58-10-20/24 AUTHORSt i V ki A.Z., Antanovich, Bogatyrev. N.k., k Ye.P., Var&n- n= ' tL I 4 ~ . X.: Mak3imovlch, .Lukl_n n . f ' Liozer, Y.F., P*Zrcnk,;~ 3.1., P&PemYYs ye-A- 9.0 Pri ajoya' L.A.. sitaltakiy. Yu.1., Staoikovo YIL.T., ; ShchapaAkovich. a P., Chuch=&.-%, T.S., Yagello, I.M., Brij inakiy, B.S., and others TITLEt G,Te. Krushell. Deceased PERIODICA,L: tiya vyosbikh uchabnykh savedeniy. Energetika. lgvo 1958 Ir 10, p 147 (U53R) : ANSTRACTs This In an obituary of Doctor of !eeh-ntcal 3clancea, Professor GeortLy To~genlyevich Erusholl of -he 4~1y imetitu-o (L-Yov Polytech- 'I'VOVokiy pollitekhnich .10 Institute). Krush was crz In So3cow in 1912 :, as the son of an engineer. He died an July 20, 1958 becaust of an accident. He gra4uated In 1931 from Us OProftekhahkol&O. While workima In the induatry, 0. To. Kruthell studied at the Khar-kovokly makhniko- Card 1/3 washinos%roitelonyy institut MI. 'kOV Institute of ;X=nlvely prime covers fo:- the feed pumps -! high- Ow r boile-turbine Units. Decides renenrch -Ork l . grunhol devoted his attorltio = to the training of sagineors In his field. 'he Sovig- Unjo.-. ne Of its foremost Gatcatie%.. There --a 1 PhO-ozra Card 3/3 GUBENKOj Tikhon Pavlovich. Prinimali uchastiye: KARANDEYEV, K.B.,prof.;retsenzent; --prof. p retsenzentj KOSTENKO, D.P., dots.9 retsenzent; WKIN, V.I., dots., oty. red.; BLIKH, V.V., red.; SARANM, T.V., takhn. red. [Loci of the electric current of induction machinery; application and methodology for designs] Geometrichaskie mesta tokov induktsionrqp mashin; metodika postroonii i primenenie. L'vov, Izd-vo Llvovskogo univ., 1960. 258 P. (MIRIA 14:9) 1. Chlen,-korrespondent AN SSSR (for Karandeyev). .(Electric motors, Induction) S/105/60/000/05/25/028 B007/B0O8 AUTHORS: Andrianov, V.N., Astakhov, N.V., Gubenko, T.P.9 Kostenkoj M.P.g Larionov, A.N., Lopukhina, Ye.M.;-P--et-r-6v-,--0-.N., Somikhina, G.S., Yufex-ov, F.M., Chilikin, M.G. TITLE: lfu~S. Chechet,(Deceased) PERIODICAL: Elektrichestvo, 1960, No- 5, P- 89 TEXT:.!Yuriy sergeyevich Cheche Professor at the Moskovskiy energeticheskiy institut (Moscow Institute of Power Engineering), scientist and pedagogue, and an expert in the field of electrical micromachinesp died on February 26, 1960. He was born on February 2, 1894- He studied at the mekhanicheskiy fakulltet Kiyevskogo politekhnicheskogo institute (Department of Mechanics at the Kiyev Polytechnic Institute) from 1913 to 1919. From 1919 teaching activity in Odessa and in Moscow. In 1923 he graduated from the elektrotekhnioheakiy fakulltet Moskovskogo vysshego tekhnicheskogo uchilishcha (Department of Electrical Engineering at the Moscow Higher Technical School). He published about 40 scientific studies. From 1931-1942 Director of the kafedra elektriche- skikh mashin (Chair for Electrical Machines) at the Moskovskiy institut Card 1/2 Yu.S. Chechet (Deceased) S/105/60/000/05/25/028 30070008 mekhanizateii i oloktrifikataii sellskogo khoxyayetva (Moscow Institute of the Mechanization and Electrification of Agriculture). From 1942 until his death he was Professor at the kafedra elektricheakikh mashin Moskovskogo energeticheskogo instituta (Chair for Electrical Machines at the Moscow Institute of Power Engineering). At the same time he directed a chair at the Voyenno-inzhenernaya Krasnoznamennaya akademiya im. Kuybyshev& (Military "Red Banner" Engineering Academy imeni Kuybyshev) for a number of years. He took his doctor's degree in 1940. He wrote his dissertation on "Theoretical Principles for the Designing of Universal Micromotors" ("Teoretichookiye oenovy proyektirovaniya universalInykh mikrodvigateley.11). He was a Deputy of the mossovet (Moscow Soviet of Workers' Deputies) and holder of the Order of Lenin and a number of medals, as well as Chairman of the Section Electrical Machines of the MONITOE. There is 1 figure. Card 2/2 KASUM-ZAIE, D.S. (Baku); KULIYV, SJI. (Baku); SHISHCHMKO, H.I. (Krasnodar), SIDOROV, N.A. (Krasnodar); SHASHIN. V.D. (Kazan');' K.~SIYANOT, V.M.' I (Moskva);- GUBENKO, T.F. Wvov) Well bottom automtIc device for turbodrilling; comments on A.A. Minin's article published in "Neftiance khoziaistvo,m no.10 1959. Neft.khoz. 38 no.2:1.9-22 Ir 16o. (MIRA 13:8) (Turbodrille) ;':_ ~; 9, ,, SY135/63/000/002/008/015 A(O6A1O1 AUTHORS. -94Lenko -.E-.-Doctor of Technical Sciences, Batranin, Yu. Ye., ,-T Kirpatovokiy, S. I., Lukin, V. I., Candidatei of Technical Sciences, Rybakov, V. V., Fal'kevich, V. P., Engineers TITLC: Automatic quality control of spot welding by infrared radiation PERIODICAL: Svarochnoye proizvodstvo, no. 2, 1963, 25 - 7 TOM In 1960 - 1961, the authors have been studyijig at the L'vov Poly- technic Institute the correlation between infrared radiat.-.on and the welding process and the quality of the weld joints produced. The results obtained were used to develop an automatic device for quality control oi* spot welding during the welding process by the intensity of the infrared radifttion flux which is ir- radiated from the annular electrode-adjacent zone ofthe part to be welded. When the given infrared radiation level, corresponding to a given diameter of a spot, has been attained, the welding current is switched-off. 'The machine consists of the measuring head and the measuring unit, which are described and illustrated. The device was tested on spot-welding machine WP 62 d/60 with up to 500 kg elec- Card 1/2 S/135/63/000/002/008/015 Automatic quality control of... AOo6/Aloi trode compression force. The welding current attained 18 kamp. Special experi- mental welding tests were performed; optimum conditions were not observed, i.e. the current and the electrode compression force were lowered or increased, and the methods of preparing the zpecimens varied, Th9 main prQputlau of tho now machine were revealed by investigdtiag the dependence of the weld joint strength and the d-imensions of the cast nucleus upon the parameters of the welding condi- tions and the preparation of the specimens. It was found that the scattering of results in the breaking force per welded spot was only +6% at, varying compression force of the electrodes. Analogous results were obtained when the welding cur- rent was changed. The strength of the weld joint was 2,600 kg on the average for 2.5 mm thick plaLes and varied within +8%a. The tests show that high stabi- lity of welding one spot is assured, independent of the changes in welding con- ditions, parameters and preparation of specimens.' There &re 5 figures ASSOCIATION: L'vovskiy politekhnicheskiy Institut (L'vov Polytechnic Institute). (Rybakov) Card 2/2 GIJBSNKON T.P... doktor tokhn.nauk, prof.j FILITS, R.V,, lrizb,, Calculation of the chAracteristics of sym*trical modes of induction motors with excitation from static condensers, Blektriches-tva - no.1008-61 0 165. (MIPA 18310) 1. L*vovskiy politakhnichaeldy institut. GUBEKKO Ag4a_ Ooktor tekhn.nauk, prof.; DENIS Bogdan Dmitriyevich, kand.tekhn.nauk, dotsent; KUZIMYAK, Boris Danilovich, starshiy prepodavatell Reviews and bibliography. Izv.vys.ucheb.zav.; alektromakh. 8 no.8:954-955 165. (MIRA 32:10) 1. Llvovskiy politekhnicheakiy institut. GU'HMIKO~ T,13., doktor ,(Ahn. P,,LL,k, prof. Reviews and bibliography. ZlekLrotekhnilm 36 iio.8:63-6.1, Ag 165. (MITIA 18:9) : , ; .; ! I a P ~j E : ;~ I 1"i , '! : : -~j i 1 f7. . I I I'l 11 1 i ! I ; ~ AII I I : - ;.., ~ I :. GUBENKO.-Z,E-, DEMTKOV, N.D.; D%IANSKIY, B.I.; DONSKOY, A.V,; 17:~MMOV, I.S.; ZHEMMIN, R.P.; KAGANOV, I.L.; MANDRUS, D.B.; NETUSHIL, A.V.'- PODGURSKIY ' Yi.L.; ROZENFELID, V.Ya.; SYEdOIJANSKIY, A.D.1 CHUKAYEV, D.S.; SHLYAPOSHNIKOV, B.M. I . Professor G.I. Babat;'obituary. Elektrichestvo no.lt94 Ja '61. ". - I (Nipa -14:4) (Babat' Georgii Illich, 1911-1961) KLIMENKO, K., doktor ekonom.nauk (Moskva); GUBENKO, V. (Moskva); XATS3MINWYGXN, A., mladshiy nnuchnyy Mo_truhik (Moskva); LUKASHINA, Ye. (Moskva); POLIS, L. (Moskva). Calculating cost with automation. Bukhg.uchet 14 no-11:39-43 N 157. (MIRA 10:11.) 1. Glaynyy bukhgalter sayoda imeni Ukhtomskogo (for Gubenko). 2. Inatitut ekonomiki AN SSSR (for Kateenelinboygen). 3. Starshiy bukhgalter kusnechno-pressovogo teekha zavoda imeni Ukhtomskogo (for Lukashina). 4. Starshiy ekonomist kuznechno-pressovogo teekha zavoda imeni Ukhtonskogo (for Polio). (Automation) (Agricultural machinery industry--Costs) GUBENFO, V.A.J_ inzh.; MORENKO, I.F., inzh. investigating parameters of welding in a protective, water vapor atmosphere. Svar. proizv. no.3:20-22 Mr '62. (KIRA 15--2) 1. Kramatorskiy nauchno-issledovatel'skiy i proyektno-tekhnologicheskiy institut mashinostrayeniya. (Electric welding) (Protective atmospheres) L 2847,1-66 D~ JEWP(%,)/EWP(t) '-f I J /HNi k ~)/F~T (m ILI' It w -A R CC Nzi AP6010140 SOURCE CWH: UR/Ei 66/0001003/0029/0032 AUTHOR:~ ~Guben~ko, V. ~Ak4jgryanskiyf K* V. ORG: (Gubenkol NIIPTmash;'-[Bagryanikiyj Zhdanov MetallurgicalInstitute (Zhdanovsk metallurgicheskiy ~=ttut TITLE: Effectof*certain properties of pass an the parameters of the-weldino are SdURCE-. Avtometitheskaya ovarka,.no. 3, 1966, 29-32 TOPIC TAGS: welders gas property, are welding, argon, aumnia , water vapor, hydrogen,-heat.conductivity GS-500 welder ABSTRACT: The experiments dealt with the magnitude of the welding;current I arc voltage U and minimal possible are voltage U during the automatic beady;g of arpla St. 3 atee tee-with Sv-08 wire electrode (;Talmneter 2mm)..The arc was exposed to air and various gases: argon, ammonia, water vapor, hydrogen. Are burning in the vapors of electrode metals was also investigated. Power source: G&-500-welding cur- rent generator; gas consumption - 25 liters/min, electrode feeding rate 75-300 =Mr. These experiments primarily showed that the power of arcs burning in various games is roughly the same given a constant electrode feeding rate and increases with this rate. Further, different.voltages &r required for arcs of the same power that burn in different atmospheres' then the Iding current intensity varLei for one and the Card 1/2 621&791.014 L 28474-66 ACC NRI AP60101 40 1 same fusion rate of electrode wire*,Thus, gaseous atmospheres may be arrangedInto a series by degree,of their influence an welding current, In a decreasing sequen 'cc of current intensity this series in: are with supply of argon; arc in vapors of slactrodt .,'.* metals without supply of a.ir; arce.with supply of air, ammonia, water vapor and hy- drogen, respectively. Thisorder is reversed with respect to Uarc and limino Arc current and voltage are most greaily affected,by the heat conduction*olf-the gases ' ten-. occupying and surrounding the are gap; by contrast the effect of ionization po tial, excitation potential, and dissociation energy'is in this respect secondary. At .high temperatures hydrogen is the gas with the highest heat conduction and argon, witt the lowest. Thus, e.g. given the same arc current intensity, the increase from 1 to 2 =3/hr in the supply of argon, a gas with-a low heat conduction, incr"ses the are voltage Vi to a lesser extent (from 90 to 100 v) than the-addition,of the saMIS amount ofthe highly heat conducting argon-hydrogen mixture to argon (50% Ar.+ 50% NH increases from 90 to 120 v).,The increase in heat conduction of the.jaseous 3) (Va phase increases the.total arc voltage owing to the dominant Increase in cathode and anode-voltage drop-and.decrease in.arc current, all other condition's remaining equal. Given the same current-intensity,;:arcs burning in the more highly heat-conducting ' by higherielectrode power and hence also greater productivity gases-are characterized of-the process.,Origs. art. has:.'A figurea,.2.,tables, ORIG RM SUB CODE: 11f 11 UBM"DATZt,jlM&r65/.'. .012~: J Q 2 2 Card . I : I i I ! F - .1 ~ ~ U. 11 ~f ; ; i II , I I ! . i GUBENK0. V.A., inzh. Oxidizing properties of water vapor during welding. Svar. proizv. no.7:12-14 JI 163. (MIRA 17t2) 1. Nauchno-isoledovatellskiy i proyektno-tekhnologicheskiy institut mashinostroyeniya, Kramatorsk. GUB7-WKO V.A., inzh.; BAGRYANSKIY, K.V., kand. tekhn. iiauk - . I Double are formation during gas-arc cutting. Swir. i)rrLzv. no.3: 25-26 Mr 165. (AURA 18'- 5) 1. Zlidanovskiy metalliirgicheskiy institut. lp&MCSWCMALS 0 CPU 0 Oft won Der box DO* Pon bell belt lots Ron .01 k 00= 04a 046 so- so- 90,11111 two it ;m Is 0 0 0 if AT q a cm w 3.0utlg* '.p 11. "rt.16 ONO -04, ------ -vtIS.:4.1 It - ; 1.14? ,..I ratirli-im I% f) 4331 NMlk%3j Ail PAM * * J d vtu r oi 3jv..Nj :j)ItIkpjuv 1q b3 SM3 It, n ppt# ~ tvuo"- jqi mj *a&N- iq spa- p Sualumm W . 4q) "Mum! SM32 11) w1filp"I PI-V.IAV WON Ot-I! %U24"m SpdgEw Nx:) 10 A WT= = p The -~41 jolp-"- aqj -q uAyl j ' j- be .119 -qxhtmo t;N.) pi 1~ -ftu 1: al dil t/c - . 16 -w i d. " 1 ppP ':7 8 *0 1 r 4 m 1 X~Ltq~ _ a ; ~ 1 m" 1 wpm!mgq~ Pow wall= gap Iq Wmaa l 1;7 1p 010 H it 00 -am,L $mm -ad a f ! 0-Y 6 I I go 00 '0_4m -1 1 . ,v i0f 1- _w+v -ad m N-T b ; d V F I if r 4 1 1 _T__T -T-I v a *-* ff K 0 0 0 r it IN U 0 Is i L-. ;' a a 0 0 a 4 Ilk ' h If If If 04 1 j_; 4 0 1 1 , s *as a 0 0 0 41 0 I I . ~ 6%.mrMEWS-2. My w ad a 0 0 as 0 0 0 0 a IR ., I '~;tall; M':R;; Id 1 1-4 1 - I! ~L; 1 -:i j, j j ~I UM/Xedicine Effects of Low Temperatures '4~ Functional Interrelationships of tho Cortex. the Great Resispheres and the Internal Orgaw of .4'a Organism Subjected to the Effects of Low Tempera-', tures," V.K. Gubenko, Chair of Normal Phpiol, Stavropol Ned Inst "Zhu Vysh Werv Deyat" Vol 2, No 6, pp 835-843 Describes experiments on animals exposed to low t4operatures. Observations revealed a species dir- fe"ntiation in adaptive reactions of vara-blooded '00 ably Py favorable roftt:JCW twig ta it* tbU Vroce" of changes in theil~ficti onal * state o*"f ifie ceft-i; bral cortex vas observed Says this dependeilef.. of changes of the vegetative reactions on thi.~, fiznctional state of the higher sections of tba, i-ii6ebr= as vell as the increase of the orgal?,!'L isia's resistance to temperature changes clearly; d"onstrate the decisive part played by the higher sections of the central nervous systew. in the process of adaption. 244E~' GUBENKO, V.K.,, Cand hied 5ci -- (diss) "Effect of , Tr~- 4- cooling hn conditionak rzjmx reflex activity and certain vegetative functions." Stavropol,, 19-7, 18 pp (Min of Health RSFSR. Voronezh ~2;-rate Med Inst) M, 28-58, 109) - 78 - L 7 Ti GuUenko, a-v- r- ono I i t 'titute -,%I lur t L lzie itat, til'.! 1-006 1 tiolted-Re flex Acti~ity of ~;erta*kn '17;oa Coolin., of !'0-s III[Ger Goad:Ltio"s of, Gelle-rai vro )o I I s.i. "ett. Tn-t, I VY", :.o. -"Cfen.-,4.Lvv motor clectr-) -nizin conciit iinod re, Lexc-4- i.-. COI d, 11ill'CO t i ZCC. 60 Were cam- pLetely restored 2----'.iu oin. aftcr ces~.ati'-111 of Cool ing. ~~csturalion time wa,4 skortened upon re- Petition of coolir-- uneter norcosis 'cde, i-)t c:.- ceed 21,-' min.). knrcotized ani-.inls ,;.Ljw reduced resijt-ince to colo. jitter nuuiuro.u; Cool- lius under wArco-sir, (rectal tem. 300) -wid -~itnol i !17ircosis in voC_n, 11q, J'Unction~tl C,~jj)nge;f were oliserved. -11o 0;.)n(;!"-Vati a-s earrk!d ottLt over a pubriod of j years. -- Prom t;i(- rebuine . D BUDYLIN V.G., prof.; GUBENKO, V.K. Method-of investigating gas michange in dogs. Uch. zap. Stavr. goo. med. inst. 12:60-61 163. Gas exchange in old dogs. Ibid.:62-63 Alteration of gas exchange under the influence of pathological interoception in old and young dogs. Ibid.:71-72 Effect of cortisone on the gas exchange in old dogs. Ibid.:73-74 (MIRA 17:9) 1. Kafedra normal9noy fiziologii (nauchnyy rukovoditell prof. V.G. Budlin) Stavropollskogo gosudarstvennogo meditainakogo inatituta. GUEWOJI V.P., podpolkovnik med.oluzhby Remdt of the use of plastic surgery in closing a burn wound. Sbor.nauch.trud.Kiev.okruzh.vc>en.gosp. no*4340-a 162. (BUMS A1qD, SCALDS) (SKIN allMVG) (MIRA 16 3 5) GUBUK0 V.S. I -.1--.. --l-.1- .. .... One type of integred Fr3K. I no.4. 67-72 f65. (M-RA 18t6) 1. Dnepropetrovskiy instit,'ut inzhfnurnv iholezr)od0ro7.hnogo transpqrta. SOV / 124-58-5-5669 Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 106 (USSR) AUTHORS. Mossakovskiy, V.I. , Gubenko, V. S. T IT LE: On the Pressure of a Annular--shaped Die on an Elastic Semi- space (0 davlenii kol'tsevogo 5htampa na uprugoye polupro- stranstvo) PERIODICAL: Nauchn. zap. Diiepropetr. un-t, 1956, Vol 45, pp 171-175 ABSTRACT: The problem concerns the pressures developed underneath a rigid, flat-base die with a plan-view configuration of a circular ring, The proposition is reduced to one of the linear-stress relationship problems with the aid of a method suggested by V. I. Mossakovskiy (PrikI. matem. i mekhan. , 1954, Vol 18, Nr 2, pp t87-196, RZhMekh. , 1955, Nr 1, abstract 317). A linear second-order differential equation is indicated for the solution of the linear-stress problem obtained. N, A. Rostovtsev 1. Dies--Pressure 2. Stress analysis Card 1/1 3, MaLhematics--Applications, AUTHOR: G ri e -,) I, op e t 1- ov 1; 1, 40-21-2-16122 TITLE; Some Contact Problems of the Theory of ElaGticity and Frac- tional Differentiation (Nelotoryye kontaktny3e zadachi teorii uprugosti i drobnoyedifferentsirovanjye) PERIODICALs Prikladnaya Matematika i hlekhanika, 1957, Vol 21, Nr 2, pp 279-280 (USSR) ABSTRACTs In order to transform the Laplace equation 32 u 1 Du 2 u N + - ---a 4- 0 3 52 Y ) 3 D z2 for the spatial axial symmetric case into the Laplace equation for the plane (2) 3 U_1Z2+ u_1Z2 = 0 01 92 3 z2 the author differentiates (1) n times with respect to_f and he obtains Card 1/2 Some Contact Problems of the Theory of Elasticity !i~_21-2-16/22 and Fractional Differentiation a un 2n+1 3un 2un (3) - + + + 2 = 0 a 2 with anu u a C 0 c - arbitrary constant n (3 2) n In the last equation the derivative of the order 112 with respect to y2 is taken and it is put n = -1/2. Then u - c 91/2 U_ 1Z2 and the equation (3) reduces to (2). 0 3(~2)1/2 This method is applied to two examples in order to reduce spatial contact problems to plane problems. There are 4 So- viet references. SUBMITTED: 'Tay 19, 1956 AVAILABLEs Library of Congress Card 2/2 1 Zl"Ualty-Thewetieal anal,"Im GUBENKO, V. S.) Candidate Phys-Math Sci (dies)-- "Spatial contact problems in the theory of elasticity". Dnepropetrovsk, 1959. 9 pp (14in Higher Educ Ukr SSR, Dnepropetrovsk State U im 300th Anniversary of the Unification of the Ukraine with Russia), 125 copies (KL, No 25, 1959, 125) 3 51 kit 4 I !- I isil -5 al . hu ac -41 A tv I It o1 Ali 41 as ma 31 -a On) GUBENKO, V.S. (Dnepropetrovsk) Press,are of an axisymmetric annular punch on an elastic layer and an elastic semispace. Izv.AN SSSR.Otd.tekh.nauk.Hekh*i masbinostr. no,3:60-64 My-Je 160. (KIRk 13:6) (Punches) GL:BL:'I-ZO, V.S.__(Dnep--opetrovsk) Pressure of a set of circular annular punches on an elastic semispace. Izv.AII S5SR.Otd.tekh.nauk.Mekh.i mashinostr. no.4: 145-147 il-Ag 160. (MIRA 13 -.8) (Xlasticit.v) (Punches) ~ f GUBENKO., V.S. (Dnepropetrovsk); MOSSAKOVSKIY, V.I. (I)nepropetrovsk) Pressure of an axisymmetric annular stamp on an elastic samispace. Prikl. mat. i mekh. 24 no. 2:334-340 Mr-Ap 160. (MIM 14:5) (Elasticity) GUBENKO, V.S. (Dnepropetrovsk) Problpms of a circular punch coberinF with a aemispace and a layer weakened by an annular gmove. 17v.AN SSSR.Otd.tekh.nauk.Mekh.i mashinostr. no.5-.151-153 8-0 '(-1. (MIRA 14-.9) (Punches) (Elastic plates and shells) ci L i.:; Ci.-a cn z~x. inst-Lit. 31206 S/106/61/000/01WOIO/GlO A05.5/A127 AUTHOIRS.: Rodiono Yao S Gubenko V S T=s On the possibility of a numerical prediction of tbe-ionosphere state PFMODICAL:_ Elektrosvyazl, no. 12j, 1%1,~ 64 66 TE=.* This article deals with,the possibility of applying.statistical extra- polation to the prediction of the critical frequencies of.the P layer some hours inadvance. Calculations were made'for the.ionization density;'- For the eirt,ra- poletion of this density a linear opei%tor was used expressing the predicted dtvia- tion of the ioniza+ion-Aen.sity AN.. I(tpred p-X,9d .)-in the form of-the weighted sum of the observea-deviations-in.the preceding moments AN(tk)t 4N A prod( ~t prod A -kAN The -zero' number Zdrresponds7 -fo the last observation. The coefficients Ak are found from,the.system of-linear equationsi Card -1,/ 3 On the possibility of a... n :~ AO(tkl tM) - R(t k predo tm), 31206 S11061611000101210101010 A055/A127 m so Op 19 2s n; where R(ti, tj) is the coefficient of CoZatio between the ionization densities at the moments ti and t The ratio 3-0 iation of :_ W(wheretris the FOS dev the ionization density ir*om its average mohthly value, eHd is the RM devia- tion of the predicted values of the ionization den a Wreal values) was chosen as the criterion of the prediction efficiency. If T 4 1, the chosen.extra- polation method givesA positive effect. After reproducing the formulae giving the probability of raWation and the probability of the absence of reflection, respectively, the authors state the practical results of their investigation. To take into account the fact that the process is nonstationary, an operator (i. e. a separate set of coefficients Ak) was calculated for every hour of the day. All the calculations were made for June arA December. The time of observation was 18 hours, and the predicted time 6-hours. The results of the calculations (carried out by the electronic digital computer of T. T. Kulikova) show that the statistical extrapolation gives a positive effect for June as well as for December of the yme Card 2/3 On the possibility of a... _).Li~ v6 S11061611WO101210101010 A055/A127 1948,1950 and-1953.' The index.-of-the..extrapolation efficiency for every month was: YaVer. where corresponds to the i-th hour of the day. For December, the values of aver proved to be somewhat greater than for June;, A table. ro. proueed In Ahe, ar- wticle shows the dependence of r8jr9r, on the level of aplar activity., This Uj4e Indicates that there la no.olearly.defined-depandence--of rav r i4pon~`qtho number, of ,sUn-spots. There are I figures, 2 -tables and 4 reforenoess I Soviet-bloc and 1 ~non-Soviet-bloe.i- The. reference to tke. Enalio*-language publioatton reads -as ~fol- .0lowstI.Shibata, Watanabe, Ori.& method of short-term prediction of foPI"Journ. Radio Res. Lab.", 1960, 7, no. 1. 29. The names of the So.viet-bloo autgors or'bei- entists mentioned In the artiole~ are: L. N.1yalchova and T. T. Kulikova. Card 3/3 s/no/6o/otoo/00/003/005 E073/E535 AUTHOR: Gubenko, Ye. I., Engineer 1~ TITLE.* Magnetic Amplifier as a Multi-contact Relay PERIODICAL: Vestnik elektropranyahlennosti, 1960, No.4. pp-53-56 TEXTz The magnetic amplifier, Fig.2, is a four-contact relay of the transformer type. Each of the four separate load circuits has its own feedback with coefficients exceeding unity,, The power fed into the primary winding should be calculated in accordance with the number of "contacts". In other respects the operation of this magnetic amplifier is similar to that with a single switching circuit. Experimentally determined dependences of I H in three circuits as a function of I in the fourth with a constant control H current I 'how that fluctuations in the current intensity between 0 Ind 70 mA in one load circuit will produce changes not exceeding 4 to 10% in the other three load circuits-, This is attributed to the fact that the amplifier operates on the saturated section of its characteristic. The characteristics of the four- 11contact" relay show that the magnetic amplifier does not lose its relay properties if individual load circuits are eliminated. Slight Card 1/3 s/iio/60/000/004/003/005 E073/E535 Magnetic Amplifier as a Multi-contact Relay fluctuations were observed in the "pull't and the "drop away" currents; this is not an important drawback since the parameters are always chosen with a certain reserve due to the fluctuations in the supply voltage and the frequency. In the tested magnetic amplifier the total power at the output of the ticontactalt was about 0.25 W. The "contacts" can be normally open or normally closed and polarized 2-position "contacts" can also be obtained. The following conclusions are arrived ati it is possible to produce magnetic amplifiersacting an contactless relays with several uniform electrically independent output circuits- A change in the parameters of the individual circuits has scarcely any influence on the operating conditions of the other output eircuits. By changing the "shift" (pre-magnetization) current, relays with differing characteristics can be obtained. Fluctuations in the voltage and frequency of the mainesupply has the same effect an in an ordinary choke-type contactless relay. The obtained results can be applied for designing a 2-contact transformer type relay with character- istics corresponding to a 3-position polarized relay, There are 7 figures and 2 Soviet references. Card 2/3 s/iio/60/000/004/003/003 E073/E535 Magnetic Amplifier as a Multi-contact Relay UI: FIg.2 Magnetic amplifier transformer type relay with 4 "contactit relays. (Abstractor's Note: Symbols not defined) C ard 3/3 Up PHC- 2. MarNKTHUR YCIIAHTem, - pejIC TPUV~OPUATOP- Horo Vina C teTWPbMR LkMaIll KOHTaXTOB-. ACC NRt AT70044130 SOURCE"C-ODE-:-UR/3245/66/0.0.0100210114010114S AUTHOR; Gubenko, Ye. I.- ORG: Kiev Institute of Automation (Kiyevskiy institut avtomatiki) TITLE: An adaptive system for collection and processing of information SOURCE: Kharkov. Institut gornogo mashinostroyeniya, avtomatiki i vychislitellnoy tekhniki. Pribory i siateuq avtomatiki, no. 2., 1966. Proffqahlennaya telemekhanika (Industrial telemechanics), 140-143 TOPIC TAGS: adaptive control, automatic control system, control theory, information processing, information theory ABSTRACT: In the construction of a system for collection and processing of informa- tion the time spent in the interrogation of data channels constitutes a problem. The length of the interrogation affects the rate of the checking of error by a system of automatic control. This article describes a system of information collection and processing with an adaptive variable work cycle and the selection of a parameter for error checking. The system consists of the following organization; a) specification of the dispersion D of the parameter; b) a unit for information gathering and processing. A system flow chart is given and discussed. Units included account for the time function f (t) with provision for integrating S [(04tper cycle and for 5-4- these integrals. Another unit determines the full cycle tame and accounts for y for ACC NRt ATL7004480 division of the sum of integrals into the cycle time value, from which mo, the mathe- matical expectation, may be determined. The system also includes one unit for controll and a unit f r function storage (memory), one for computing D - Z-f(t) - m. 0 measuring variance. The system functions on the principle of statistical analysis of control parameters, and is described as being inexpensive in terms of electronic component costs and simple to build and use. Orig. art. hass 2 figures. SUB CODE. 09/ SUM DATE: none 89000 7, 25 3 0 6 F, 1 /6 B/119161/000/001/004/013 BO19/BO67 AUTHOR: Gubenko, Ye. I., Engineer -------------- TITLE: Quick-acting Magnetic Amplifier as Dynamic Relay PERIODICAL:Priborostroyeniye, 19611 No. 1, pp. 8 - 9 TEXT: In the introduction, the author describes the advantages of magnetic amplifiers in automation and telemechanics. He describes the design of magnetic relays and their approximative calculation. Fig. I shows the circuit of a dynamic magnetic relay, consisting of two single- core magnetic amplifiers. Each of these amplifiers contains a core with two coils. The load circuit consists of a coil w2. a diodeand a load resistor R as well as of the source E.. The control circuit consists of the coil wl, a diode, the source E.1, and the control voltage E. The dynamic relay has two outputs which can be used for the connection of adequate circuits. The two output voltages are shifted by one semiperiod as compared to their corresponding supply voltages. The following Card 1/3 89000 Quick-acting Magnetic Amplifier as S/119/61/000/001/004/013 Dynamic Relay B019/BO67 assumptions are made when making approximate calculations of magnetic amplifiers: 1) The core has a rectangular hysteresis loop. 2) E and El n n are sinusoidal. 3) and A2_1 are ideal diodes. 4) Control and load circuits have active resistan-ces. The mode of operation of these magnetic amplifiers under the above conditigns is described in detail. The initial data for the calculation are summarized as follows: 1) Dependence of the magnetic field strength H on the time of magnetization t m of the core: H f(tm).~_2) Maximum induction Bm in the magnetic field H.. 3) Remanence B 4) Geometrical dimensions of the core. 5) Resistance of the valves. The author then gives approximation formulas for the supply voltage, the magnetizing current and the supply voltage of the input coil. Finally, he describes a test relay designed according to the circuit described with which satisfactory results were obtained. There are 1 figure and 3 references: 1 Soviet and 2 US. Card 2/3 89600 s11191611000100110041013 Boig/Bo67 A, Rx W, Ifw wr A RN M W, I* fIA Legend to Fig. 1: EOx input resistance.A 1 and'a2 diodes, w1 and w2 magnetic coils, E and-El supply voltages. n n Card 3/ _3 GUBENKO, Ye,, dotsent, kand. teklinlriauk; KAIINOVSKIY, A., dotnent, kand. takhn. nauk; YAKOVLEV, B., dotsent, kand, takhn. nauk Reviews and bibliography. Vest. TSNII KPS 24 no.5:63 165. (MIRA l8t9) 1. Dnepropetrovskiy institut inzhenerov zheleznodorozhnogo tranaporta.