SCIENTIFIC ABSTRACT TRUSHCHENKO, A.A. - TRUSHIN, V.F.

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SCIENTIFIC ABSTRACT
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TRUssIq~Tt_A!.A.t-- Conference on the Over-all Mechanization ~11_Ljdon Technological Avtom. svare 14 110.2:94-96 F 161- j 1dine. (MIRL 14-1) and Automatization Of We (W.jdjng__CouUesBeI3) TRUsHCEPIKO, ii.As elding in the City 0,,r Fenza. First technological conference -jrl w (Mla~ 1-9) A7tom. svar. 14 no.8:95-96 Ag 161. (Welding-Congresses) ".7 C - I - - I - - -1 - - . - L TRUSHCHENK03 A.A. Scigntific and technical conference on welding In Llvcv. .~,,rtom. svar. 15 no.3:95-96 V1-- 162. (MIM 15:2) (Wel,ding.-Congreases) YAKHOVSKIY; Ilikolay Ivanovicb, knn6. tekhn. nauk; GOTALISKIY, luzef Nikola7WIah, kand., ISM16, =ttkj PATON, Vladimir Tw"n1yvirich, kand. tekhn. naulk; U:~U5.~.CIMMO, Ant~*n ,Antonovich, inzh.; ZVEGIETSEVA, K.V.; nauchn. red.; ZMMOVA, L.K., red.; NES-lYSLOVA, L.M., tekbn.red. (Technology of mechanized are and eloctric slag welding] Tekhnologiia mekhanizirovannoi dugovoi i elektroshlakovoi svarki. LBy] N.I.Kakhovskii i dr. Moskva) Proftekhizdat, 19 63. 3 83 p. (IIIU 17:1) (Electric welding-Equirnent and supplies) TRUSHCHENKO, A.A. Sensitivity of control methods to the tightness of weld joints. Avtom. evar. 16 no.906-91 S 163. (MIRA 16:10) 1, Institut elektroovarki im. Ye.0,Patona AN UkrSM. A.A. b 11 --- I - - TRUSHc=OW - Portable shield for working upraise drifts. Gor. zh=. no.6:39-40 Je '58. (XIRA Ilt6) (Xining enginaering-Patents) uls- ) C AUTHOR: I'lone Given 127-58-6-10/25 TITLE: Authors' Certificates (Avtorskiye svidetellstva) PERIODICAL: Gornyy Zhurnal, 1958, Nr 6, PP 39-40 and P 59 (USSR) AB3TRACT: M.I. Kotek, "A Combine for Complex-Mechanization of the Drifting of Mining Works"; Trushchenko, N.G., "A Mobile Shield for Sinking "Rising" (vo3stayushchiy) Workings"; Musqe~yan , A.D., "A Process of Vertical Shaft Sinking Under Flooded Conditions by Lowering the Water Lever With Air Lifters"; Ya.A. Romantsev and V.G. Slonitskiy, "A Borin6 Machine for tho Sinking of Pit ffole3". There are 3 figures. AVAILABLE: Library of Congress Card 1/1 1. Drilling maohines-Applications TFIJSHCHENKO, N.G., gornyy inzhener; SAVANOVICH, O.A., gornyy inzhener I Automatic ventilation,door, Gorabur. no.3:52-53 Mr 160. NIRA 14-5) (Automatic control) (Mine ventilation) 6 ~.d= Jljl-~- Y'fh-N c9ndicions. Z~ 1. lid AllrO7071-11e, "'A Prom. 1954. 242-3-All intensive votrosiofl Wal found in int,thanol %vnthrsi~ jt;%tA'l,jdms if, the pip's lin" bet%vteu the ,!itlere,it d- 1 11 - .... t%-'I 1"ntp "1 0!" or'Icr (if i-5 251 1 li'-i ~v ~s - 't!""I 1~' ff,, oi-f WwT miip.k luring nwlitw' "h-v! ,light. '.'t'i C ~tvt,t p1pes Slip- pl)lag (be wethanel ~ynfhc~iq ha" a lifc of 1-1.5 Year, lini;ig mr"a,~~ the life to 3 years. llr~j-twn rt")ills show that stainicn- 4t" I PIT) h~svr q life nf A K W M. StIrntle TRUSHCHUY G.A., inih.; SACHFOVA, Z.I., Insh. Analyzing the metal condition of the column, fcr nmurjum nynthesls. Khim. mashinostr. no.6:24-25 N-D 163, WRA 17:2) TRUSHOK-7, G. A. USSR/Chemistry Chemical Engineering, Distillation Card 1/1 Authors : Sachkova., Z. I.., Trushchev, G.. A Title : Corrosion under the conditions encountered In the synthesis of methanol Periodical : Khim. prom. 4, 50-51. (242-243), June 1954 Abstract : State that intensive r-orrosion takes place in pipes through which com- pressed gas for the synthesis of methanol is conducted between factory shops, and that this corrozion is due chiefly to the action of hydrogen sillfide and of other Fulfur compounds. On the basis of the data cited, come to the conclusion that pipes made of steel of the grades 301OZIA and last longest under the conditions of methanol production and are to pipes of carbon steel Grade 20 or pipes provided with a stainless steel lining. Five figures, one table. Institution : Berezniki Nitrogen Fertilizer Plant imeni Voroshilov SACHKOVA, Z.I.; TRUSHCHEY. G.A. 1 Corrosion occurring during the s7nthesis of methanol. Khtm.prom. no.4:242-243 Je 154. (KLRA 7:8) 1. BerexnIkovskiy ATZ Im. Voroshilova. (Corrosion and anticorrosives) (Methanol industry) BELOUROV, Y.G., (Kurtsk.. u1. bigolles. d.136, kv.27); >KVORTSOV. B.A. (Leningrad, -ningrad, ul. uza pechatnikov, d.7.kv.26); PARKIICMCHUK, Ya. (L. 1~7,)Vuza pechatnikov, d.7.kv.26); MUBE, Ye.S.(Donetak, 5, u-1. Shchorsa, d.12. kv.8); DROZDOV, A.D. (Novocherkasskp u1. B.Khmeltnitskogo d.151. kv.26); VAYNBERG, A.M. (Moskva, V-180, Malaya Yakimanka., d.22, kv.19); FILATOV, M.A. (Kemerovo, ul. Dzerzhinskogo d.279 kv.11); GANZBURG, L.B. (leaingrad P-3, Krasnosellskaya, d.12p kv.2); BUDANOV, V.D. (Moskva, A-287, Chuksin tupik, d.4. kv.17); LYSENKO, N.G. (Kiyev, u1. Sitlimov- :~kaya, d.5.kv.71); SHERGIN, Ye.N. (Cherkassy, ul Uritskogo, d.37,kv.6); TRU,51MIEV, Ye.A.; SUVOROV, Yu.1. (Riga, ul. Suvorova, d.20, kv.11); ART94ON.O1V1'1-.,G. (Riga, u1. Suvcrova, d.20, kv.1-1); OKHAPKIN, V.V. (Yaroslavl', Tutayevskoye shosse, d.32); OLIKHOVSKIY, I.L. (Khar1kov, pr. Maskovskiy, d.199) Discoveries and inventions, Prom.energ. 19 no.7:55-56 J1 164. (MIRA 18!1) 1. Bereznikovskiy nodovyy zavod, byuro po ratsionalizatsii. i izobretatelistvu., Permskaya obl.,, g. Berezniki (for Truahchev). 2. Yaroslavll, Tutayevskoye shossep d.32, YaZMOGK (for Okhapkin). 3. Khar1kov, pr.Moskovskiyj d.199p Kharikovskly alektromekhani- chaskly zavod, byuro po ratsionalizatsii i izobretatellstvu (for Ollkhovakly). TRUSHCMISKAS Z., Candidate Mod Sol (diss) -- "The use of reserpim to treat chronic schizophrenic patients". Wscow, 1959. 13 pp (Second Moscow State Med Inst Im F. 1. Pi-roBov), 250 copies (KL, Tio 22) 1959, 123) TRUSHCHITSTNA, L. V.) AEV40V) V. I. , and NOVITSKrY, L. A. 'Neasuring of emissivity of solids at temreratures over -!(-,OOC" Seminar on production methods, physical properties, and electron structure of refractory metals, compounds, and alloys, organized by the Institute of Powder Metallurey and Special Alloys AS Lrkr SSR, Kiev, 25-2,3 April 1963. (T~-plofizika vysokikh temperatur, No. 1, 1.')63, P. 156) BARABASH---V, Y--.V.; AMXi"fQV, V.A.;,jRUS]ICIIOVA, N.A. - -- First fInds of t~a Devonian and Garbonifemus fauna in the western part of the Aginskoye Paleozoic field (central Trans- baikalia). Mat. po geol. i pol. iskop. Chit. obl. no.1:16-20 163. (MIRA 17:6) KINAMITSMY, A.I., MUSHEXHIN, V.D. emiautomatlc mitispindle drilling and counter1mring machine S S unit for drilling holes In pipes. Biul, tekh.-bkon. inform. Gos. nauch.,-,isal. inst. nauch. i tokh. inform. 17 no.3:43-44 164. (MlItA 17.,q) TRUSHECHKIN, V. G. Fruit Culture Biological characteristics of varieties of apple trees and their placing in the nursery., Sad i og., no. 2, 1952. 9. Monthl List of Russian Accessions, Library of Congress, May - 1952, Unel. iods end achievemente in llection of article- on modern metio.3. Mr '59- f MiLk 12:3 G%It growing. KOns - j ov. prom. 14 n .43_44 (Fruit culture) TRUSHECHKINYM, V.G. Pioneers (Comiunist Youth) GeneratLon of youth. Mol. kolkh. 19 no. 5, 1952 Monthly Ust of Russian Accessions, Library of Congress, August 1952. Unclassified. 1. TRUSOVIC-14, G. V. 2. uss-t, Wo) 4. Xrasnodar Territory - An,-71& 7. New apple graft stocks in Krasnodar Territory. Sod i og No. 17 1952. 9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl. 1. G. V. TRUSHEVICH 2. USSR (600) 4. Apple - Krasnociar Territory 7. Now apple graft stocks in Krasnodar Territory. Sad i og no. 12. 1952. 9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl. L_12g~j~-6 BDS/ETRP( q )//EWT(m) IR: "3003 ACCESSION N RI J-009 AFFT"'/ASD JD I j '~"_ " i - / 00~D 2- 2;_-~ X~) s 2927/62,/Xr. Y _5z AUMOIR: 24--skin, S. 73,; Layner, D. I. ; Fogan, '-. IM. ; Trushina, V. Ye.; L'tc-,r, ',. D. TITLE:'~ itanium rectifiers [Report of the All-Union Conference on Scraicondu2- ..7 Devices 777 _:Ui IVshkent from 2 to 7 Oct6l~er 196, SOURCE: Elelctronno-dy'leklnV*ye pierekhody* v poluprovodnikakh. Tashkent, Ari uzssR, 1962, 228-235 TOPIC TAGS: ti' tan-Jum rectifier ABSTRACT- Construction, physical phleno:rena, and results of testirZ of titani'= rectifiers (manufactured in USSR since !959) exe reporp-_d, Electrop!Vsicall data of 'a.g ~wo' the source material, ruti'e, is given. Current-volt e chn-racter'stics ( , 150, and 250C), reverse -curr, ent-dens -Ity, drop, cutoff voltage, dif-ferential resistance, cl,pacitance, n-nd '-IEL-rier-layer as ft=tions ')f temperature (20-P50') are Presented. Al5c resistaice-vol'age cuz-,res are given for the above temperatures and within -5 +? v. The following data t1hat ce-- b-e considered as ratingn are supplied: operat'Ing tcmpcrature MnSe -60 +25X-; working voltage per element 71-25 v em-D'itude; reverse-current density 4, jl~, and ma per $q cm a:t -60, +20C, 150C, and 200-Z50C respectively; for-wrard-current dt-nSity Card 1/2 L l5o63-63 ACCESSICN NR: AT3003009 100-200 me per sq cm,; lif e 5, 000 hrs or more at 20C. Orig. art. has - 9 f igures, 4 --for-mulas, end 2 tables. ASSOCIATIO"ll; Madomlyc6 nauk MR (AcrAcrW o;C Colancea 8SM)j Altsdanlya nauk Uzbckskoy SSR (Academy of Sciences UzSS.11); Tazhkentskiy gosudarstv--nny*y universite' (Twhkent State University) SUllaTTED: 00 DATE ACQ: l5maY63 ENCL: 00 SUB CODE: 00 NO REF SOV: 001 OTHER: 007 Card 2/2 V-1 YSSgMT411cine ncology FD-2430 Card 1/2 Pub 17-13/21 Author : *Larionov, Prof L. F.; Khokhlov, A. S.; Shkodinskaya, Ye. N.; Vasina, 0. S.; Trusheykina, V. I.; and Novikova, M. A. Title : The anti-cancer activity of pava-Di-(2-chloroethyl) aminopheny- lalanine, Sarcolysine. Periodical : Byul. eksp. biol. i med. 39, 48-52, Jan 1955 Abstract : Authors set out to find synthetic substitutes for the amino acids whose anti-cancer activities were known. They started out with sarcolysine and describe the.process in detail. They also synthe- sized some analogs to sarcolysine. During the biological investi- gation 240 rats with spindle-cell sarcomas were used. The sar- colysine was injected intraparietally in a physiological solution in doses of 10 mg/kg at various intervals. It completely resolved cancer growth in all animals tested. _-Tevious preparations did not have similar results. There were some indications of toxicity Card 2/2 FD-2430 of the sarcolysine. The,dosage vas therefore changed to 3 injec- tions of 5 mg/kg at intervals of 72 hours or a single dose of 15 mg/kg. 12 references, 3 USSR, 3 since 1940. Graphs, tables, and illustrations. Institution: Division of Chemotheraphy (*Chief, Corresponding Member, Academy of Medical Sciences) Institute of Experimental Pathology and Can- cer Therapy (Director, Corresponding Member Academy of Medical Sciences Prof N. N. Blokhin), Academy of Medical Sciences. Submitted : November 16,1954 Tp. 1~0 TRUSHEYKINA, V.I. AntineoplaBI.-ic activity of o-di(2-chloroethyl) amino-dl-pbenyla- lanine (orthosarcolysine). Vop. onk. 10 no.9:82-84 164. (MIRA 18:4) 1. Iz laboratorii khimioterapii (zav. chlen-korrespondent AMW SSSR prof. L.F.Lar'-)nov) Instituta eksperimenta-Itnoy I klinicheekoy onkologii AMU SSSR (dir. - deystvitelinvy chlen AMU SSSR prof. U.N. Blokhin), Adres avtore, Moskva, I-110, u1. Shchepkina t1/2, korpus 9, Institut eksperimentallnoy I klinicheskoy onkologil. AMN SSSR. BEKETOV, Pavel Nikolayevich; T~IN,--V.j.,. red.; BALKOVSKAYA, I.Z. , red.izd-va; KHKNOKH, F.M., tekhn. red. (Service of boilers operating on gaseous fuel] Obsluzhivanie kotelInykh, rabotaiushchikh na gazovom toplive. Izd.2., ispr. i dop. Moskva, Izd-vo M-va kommun.khoz. RSFSR,-1963. 171 p. (Boilers) (Gas as fuel) (MIRA 16:7) TRUSHEYKINAP V. 1. Antineoplastic activity of /j -p-di(2-chloroethyl) amina:)henyl- ~6- alanine (/~ -sarcolysin). Vop. onk. 7 no.7:17-21 161. (MIRA 15:2) 1. Iz laboratorii khimioterapii Nav. - chl.-korr. AMN SSSR prof. L. F. Larionov) Instituta eksperimentalinoy i klinicheskoy onko- logii AMN SSSR (dir. - deystv. chl. AMN SSSR of. N. H. Blokhin). Adres av-tora: Moskva., 3-ya Meshchanskaya, 61 27, Institut eksperi- mentallnoy- i klinlc6skoy onkologii AM11 SSSR. (CANCER) (ALAITINE) TRUSHEYKINA, V.I. Antineoplastic activity of m-di(2-chlorethyl)nminophenyl- alanine (metasarcolysin)o Vop. onk. 6 no. 10:63-68 0 160. (MIRA 14:1) (ALANINE) ET-';"ITTA ;7MIC."t See 10 7ol 7/11 Cancer Nover'-~er "J9 4671 A i umour activity of the optical isomers of melphalan (w.- - MR, 'p- [bis- (2-chloroethyl) amino] henylalanine! sarcolysin). JRussian text) 7:hys ju. 'athol. and Th~ . of Cancer, USSR Acad, of NIcT S -i- KINA V I I Inst of Exp r c 3, !io-sco-%'v-bj,II. ii-sp,. &I. i Aled. 1950, 4519 (101-104) Graphs 1 Tables 2 Tranplantation experiments with sarcoma 45 in rats showed that the optical isomeis of this compound, although similar in their toxic properties, differ in biological activity. The marked antiturnour-activity of the natural L-form, in contrast to the unnatural D-form is emphasized. TRUSIIY,YKni.A, V. I. Antitumor activity of optic isomers of sarcolysin [with summary in English]. Biul.eksp.biol. I med. 46 no.9:101-104 6158 (MIRA 11:11) 1; Iz laborstorli eksperimentallnov khimloterapil (zav. - chlen karresDondent AMN SSSR L.P. Larinov) Institute eksperimentallnoy patologii i terapii raka (dir. - chlon-korrespondent AMN SSSR W.N. Blokhin) AMN SSSR, Moskva. Predstavlena deystvitellnym chlenom AMN SSSR V.V. Zakunovym. (NITROGEN MUSTARDS, p-bis-(2-chloroethyl) aminophenylalanine, anti-tumor activity of optic isomers (Rua)) (PHENTIALANIRE, rel, cpdso' same (Rus)) KAZANSKIY, A., inzh.-polkovnik; AKSEEOV, Ya., inzli.-podpolkovnik; TRUSH111Y A., iwh. Mobile tubular steam boiler. Tyl i snab. Sov, Voor. Sil 21 no.10:88-89 0 161. 04IFA 15:1) (Boilers) KOTYASHY G.I, (Minsk); TRL18111N, A.M. (Minsk) - Applying the door-to-door principle In freight transportation. Zhel.. dor. transp. 45 no-5-.22-24 MY' 163. (MRA 16tIO) 1. Nachallnik Belorasskoy dorogi (for Kotyash). 2. Zamestitell nachallnika gruzovoy sluzhby Belorusskoy dorogi (for Trushin). TUSHKEVICH, Ye.P., knnd. tekhn. nauk; VORDBET, A.K., kand. tekbn. naO; TRUSHIN , A inzh. ; POTAPOV, V. P. , inzh. , retienz;n_f'~'_~HISH'K'IN, G.S., inzh., red.; DROZDOVA, N.D., tekhn. red. (Centralized freight transportation; experience of railroad and automotive transportation in White Russia] TSentralizo- vannye perevozki gruzov; opyt zhelezndoroAhnogo i avtomo- billnogo transporta Belorussil. Moskva, Transzheldorizdat, 1963. 66 P. (MIRA 16:10) (White Russia-Freight and freightage) 'niv. Fov !,,I , V. , AKSFAIOV, Ya.v inzhc,,"t'r-j,,r)(jF;c)lko,) TWJSIIIN, A., Inzh. !'(,k*.,i. i rotrolflulrl Fl'(""lcts A means Of r,ulnrjinv over Iisc0l-1!3 I 4U,", 1-1:9'~- voo-fuzh. no, -~):23-25 F 164. TRUSHIII, A,3~; YEFUIOV, I-V- Automatic machine for preparing the PS pasty molding mixture. Avt.prom. 28 no.1.29-32 Ja 162. (MV. 15:2) 1. ilaucbno-iosledovatellskiy inatitut avtopromyshlennosti. (Precision casting-Equipment and supplies) SOV/122-59-6-9/27 AUTHORS: Shchirenko, N.S., Doctor of Technical Sciences, Professor and Trushin, A.V., Candidate of Technical Sciences TITLE: Design Procedure of a Gun for Plugging the PiStron Tap of a Blast Furnace PERIODICAL: Vestnik mashinostroyeniya, 1959, Nr 6, pp 32-36 (USSR) ABSTRACT: The design procedure behind a new electric plugging gun, model UMI-E-3-050, operating against a pig-iron pressure of 50 kg/cm2 , is discussed in detail. The first proto- types have been installed in several now blast furnaces. There are 7 figures and 4 Soviet references. Card 1/1 15 (2) -AUTHOR: Trushin, A. V SOV/72-59-9-e/16 TITLE: The Plasticity of Ceramic and Refractory Masses PERIODICAL: Steklo i keramika, 1959, Ilr 9, pp '41 - 34 (USSR) ABSTRACT: The ability of clays to form a plastic body was described in the papers by 0. V. Kukolev, A. IT. Koroll, and I. M. Trett- yakov, S. H. Golubovich (Footnote 1). If all clay particles are surrounded by combined water, the cohesive forces show a maximum magnitude, and the plasticity is then biggest. It fol- lows therefrom that plasticity is beat only with a certain optimum humidity. The methods for the determination of the plasticity of clay masses are varied and often contradictory, as can be seen from the papers by 0. G. Aristov, G. N. Duderov, and S. P. Nichiporenko (Footnote 2). The question of the ne- cessity of a uniform determination methodology of the plastici- ty has been suggested in publications many times. Based on the paper by M. Ya. Sapozhnikov and 1. A. Bulavin (Footnote 3), the author ~f this paper expressed the dependence of the plasticity peculiarities in the equation f - 0 1 /sec, with denoting the plasticity, (9 the limit value ofFthe shearing Card 1/2 stress, and ~ the intrinsic viscosity. This dependence was The Plasticity of Ceramic and Refractory Masses BOV/72-59-9-8/16 already known to Professor M. P. Volarovich (Footnote 4) in 1934, but it found no application in industry. The curves of the limit value of the shearing stress 0, and of the intrinsic viscosity 71, dependent on humidity, for two types of clay are shown in figures 1 and 2, and in th-s connection the paper by S. P. Nichiporerko (Footnote 5) is quoted. The plasticity curves acoordine to equation 1 (see figure 3) are entirely different. This method makes it possible to disclose the phj- sico-mechanical substance of the process, and to find out the optimum humidity of the plastic mass. The editors' office of the periodical remarks that according to the riethod suggested it is quite possible to find out the optimum atate of the given raw material, but not of different types of clay. Thez.,e are 3 figures and 8 Soviet references. Card 2/2 TRUSHIN, A. V. "Investigatioii of the Typical Electrical Plugger for Plugging the Cast-Iron Tap of a Blest Furnace." Cand Tech Sci, Dnepropetrovsk Order of Labor Red Banner Metallurgical Inst imeni Stalin, Min Higher Education USSR, Dnepropetro,7sk, 1954. M, No 3, Jazi 55) Survey of Scientific and Technical Dissertations Defended at USSR Higher Educational Instiutions (12) SO: Sum. No. 556, 24 Jun 55 SHCITIRENKO, N.S., prof., dot-tor tokhn.nauk; TRUSHIN, A.V., kand.tekhn.nauk Investlgatir4-, electric guns for forcing refractories Into cast Iron tap boles in blast furnacen. Izv.vvn.ucbF)b.zav.; chern.met. nO.1i-.u9-l?4 11 158. (KIRA 12:1) 1. Dnepropetrovskiy metallurgichookiy institut. Rokomendovano, kafedroy makhanichnq]-ogo oborudovnniya notallurgicheckikh tsel-hov. (Power tools--Testing) (Blast furnacee--Equipment an6 Rupplies) 4093 TRUSHIN, A. V. Iseledovanie tnpovoy elektropushki dlya zabivki chugunnoy letki domennoy pochi. dnepropetrovsk, 1954. 14 a. 20 am. (m-vo vyssh. abrazozaniya SSSR. dnepropetr. ordena Trud. Krasnogo Znameni metallurgich. in-t im. 1. V. Ctalina). 100 ekz. B. to. - (54-56859) YUMOVICH, A.N.p vater. vrach (Yelininskiy rayon, Smolenskoy oblaeti); RUDOMETM, Ya,S.., voter. vrach; EVENTOV, M.Z... veter. vrach; SOBOLEV~ A.S., dotsent (Istonskaya S-SR); DOWNIKOVp Yu.Ya.9 kand. voter. nauk; PALIMPSESTOV, M.A., prof.1 SIKONEIIKO) N.M., dotsent; GONCHAROV, A.Po, assistant; BEZRUKOV$ A.A,,l FROIRIKOV., N.A.,, veter. vrach (Serov, Sverdlovsko7 oblasti); KOSHCHEYEV, P.M.; VOROBIYEV, M.Mo., kand, voter. nauk; YANCHENKO, P.Kh., vater. vrach; AMELINS, IOP.; BYCHKOV., A.I.p kand. voter. nauk; SHVYREV, G.1e, voter. vrach (Stavropol Isk:iy kray); DANILIN, N.F.;_TRjPAJ&_A.Z4, veter. vrach; SKRYPNIKOVA., T,K,,, voter. felldsher; MIEWEV, A.D.; WMANOVA, Ye.M,,,, kand,, biol. nauk; REMIZOV., Ye.S.,, mladt3hiy nauchnyy sotrudnik; ANTIPIN$ D.Noy referent From helminthological practice, Veterinariia 38 no.7:55-58 il t61. (KrRA 16 18) 1. Reshotovskiy veterinarnyy uchastoks Novosibirskoy oblasti (for Rudometkin). 2. Sovkhoz *Buda-Koshelevskiy" Gamellsk(r- oblasti (for Eventov). 3. Sibirskiy nauchno-lasledovateliskiy veterinarnyy institut (for Dol2nikov). 4. Khartkovskiy veteri- narnyy Institut (for Palimpsestov, Simonenko, Goncharov). 5 Blagoveshchanskly seltskokhozyaymtvennyy institut (for B;zrukov). 6. Novo-Nlkolayevskly veterinarnyy uclk%tjtok Krasno- darskogo kraya (for Lochkarev)~ 7. Karpilovskiy veterinarnyy uchastok Chernigav-skoy oblasti (for Ponomarenko). 8. Kamalinskiy vaterinarnyy uchastok Krasnoyarskago kraya (for Koshcheyev). (Continued on next card) TUKHNOVICH, A.N.-(oontinued) Gard 2. 9. Novgorod-Severskaya msbrayannaya vaterinarnaya laboratoriya, Poltavokoy oblasti (for Voroblyev). 10. Braginskaya ray -- veterinarnaya, leebabnitea, Gomellskay oblasti (for'Yane 0). 11. Nachallnik veterinarnogo otdola Che3,vabinskogo oblastnogo se'llskokhozyaystvennogo upravlenlya (for Amelin). 12.,Chelymbin- skaya oblastnaya, veterinaxryay laboratoriya (for Byahkov). 13. KaUningradskaya nauchno-issledovatellskaya veterinarnaya stantsiya (for Danilin). 14. Sovkhoz "Rodinal Kikridzenskogo rayona, Stalingradskay o'blauti (for Trushin, Skrypnikova). 15. ZavedtWushchiy Kiro7c-Cbepstskoy zyaso-molochnoy i ishchevoy kontrolinoy stantsiyey, Kirovskoy oblasti (for MikhAyev5. 16. Gellmintologicheskaya laboratoriya AN SSSR (for Karmanova). 17. Zapadno-Kazakhotanskaya nauchno-isel6dovatellskaya veteri- narnaya stantslya (for Remizov). (Veterinary belminthology) USSR/Zooio,rical ihrasitology - Parasitic Worms. Helminthes. G. Abs Jour Rof Zhur - Biol., No 11, 1958, L8205- Author Inst Title A Case of Echinococcosis in Field Mice. Orig Pub S. kh. rovolzhlya, 1957, iio 8, 89. Abstract No abstract. Card 1/1 - 16 - TRUSHIN., B., polkovnik,, kand.ekonomicheakikh nauk - ------- OCritical evaluation of present-day theories of militarization of the national economy" by A.A.Kornienko. Reviewed by V.Trushin. Ko=.Vooruzh.S:Ll 2 no.12:91-93 Je 162. OMU 15:8) (Economics) (MmitionB) (Kornienko, A. A.) ,rhusiiiN, D.P.# lnvh. ,er,ce - -A9-9-1,,5 alloy in the repair of cor- E _ I - . using tho TC ;( r', *f , mash. 9 no.1:34--35 Ja 164, struction nuchinery, 3trolo i dor. (MIRA 1W) TRUSIIIII, P.P., inzh. Reconditioning parts of construction machines by build-up welding. Stroi. i dor. mash. 10 no.805-36 Ag 165 jMIRA 18t9) TRUSHIN, B.P.I.inzli. - avator. Repair of the basic parts of the E-652 exc Strol. i dor.maqh. 10 no.12%34-35 D '65. (MIRA 19z1) TRUSHIN, D., gvardii polkovnik; GERASIMENIO, G., gvardii podpolkovnik Communist Youth League members are reliable assistants to commanders. Voen. vest. 40 no. 1:43-46 Ja 161. (KIU 13:12) (Rusaia-Army) (Communist youth league) TRUSHIN, D., polkovnik,- IZAKI Ya.t mayor On the road of military traditions,, Voen. vast. 41 m&5:62-64 my 61. (Heroes) (IU:~A 1-4: 8) VLASYUK, K.Ya. (Vorcn,~zt."'; TRU-SHI.N., D.F. (VorOn(.zhj ----- -' Mashanization :-f ;ex un-loadlng !)i.erat-,ions. Zhel. dor. tran-ap. 46 no.30.-65-66 0 164. fT,-RA 17.,11) 1. Zamestitell nachOllnika Yugc-Vcstvchnoy dorogi (for Vlasy,,xk). 2. Nachallnik gruzovoy sluzhby Yugr>-Vostochnoy dorogi (fr,,r Trushin), T. !ot-i- I- . - -..p - . . I - 4 , 1,1 - , ill r"1, -tia ~ , 1-n:, ',.(3 ha:.rj'.' ol - -. ?. - - I : .. PU -r, -; ~ 4- - -.- ~j - . !~, ! I , t, 2 .1 1. .I-(,f!co--T - TRUSIiIN-,--G---!., - Third order conjugate systems from semiasymptotic lines. Vest. Flosk. un. Ser. 1: Mat., mekb. 17 no.1:16-23 Ja-F '62. (MIRA 15:1) 1. Kafedra differentsial'noy geometril Moskovskogo universiteta. (Differential equations) 6097 16(1) S/020/60~131/02/013/071 AUTHOR: Trushin,_!G_..1. TITLE: Third Order Conjugate Systems and the Problem of Their Focal Transformations 1~ PERIODICAL: Doklady Akademii nauk SSSR, 196o,vol 131,Nr 2, pp 265-268 (USSR) ABSTRACT: The present paper is a continuation of Z_Ref 3-7, where the notion of the conjugated nets and systems of third order was introduced. There the primitive holonomous conjugated systems of third order are considered in the three-dimensional V3. In the present paper the author defines further holonomous systems of this kind and proves their existence (first,second,.and principally holonomous system). The principally holonomous system admits 3 four-parametric families of focal transformations, where all focal surfaces are conjugate systems of third order. There are 3 references, 2 of which are Soviet, and 1 French. ASSOCIATIONsMoskovskiy gorodskoy pedagogicheskiy inatitut im.V.P.Potemkina (Moscow Municipal Pedagogical Institute im.V.P.Potemkin) PRESENTED: November 1G, lqj~o, by P.S.Aleksandrov, Academician SUBMITTED: November 17, 1959 Card 1/1 - .--TRUSHIH-t-G-,I Holonomical conjugate systems of the third order. Vest.Moekoun. Ser.l: Mat.9 mekh. 16 no.1:9-16 Ja-F 161. (MIRA 1/,: 3) (Surfaces) TRUSHIN, G. I. , Cand Phys-Math Sci -- (diss) "Conjugation of systei~,js of third order." Moscow, 1960. ', pp; (Ministry of Education RSFSR, Mloccow State Pedagogical Inst im V. I. Lenin); 150 copies; price not given; (KL, 25-60, 126) TRUSHIN, G.I.; LIPATOV, n.N. Probability of the collision of suspended particles in their direeted motion. Izv.vys.ucheb.zav.; pishch.tekh. no.5.-110-114 163. (MRA 16:12) 1. Moskovskiy tekhnologicheskiy institut myasnoy i molochnoy promyshlennosti, kafedra vysshey matematiki i kafedra tekhnologii moloka i molochnykh produktov. TRUSHIN, G.I. The problem of focal transforms of conjugate systems of the third -order. Vest. Mosk. un. Ser. Is Mat., mekh. 16 no,2:3-9 Mr-Ap 161. 1. Kafedra differentsiallnoy geometrii Moskovskogo universiteta. (Laplace transformation) 11 ' t 1, I T;- f Th TITLE p vp ~ pf,,aj~.- 7"'Al D m p e n s o a a. f -:Th h Z, n - - - a n -f Or C- . I Y o nj thr-e -:ov t a -2 r g'-1 m o A ~Y i a n if o -I r P n d e,~- -d in,~ r 7t h f M:L u I!,-- Of 3 argumr-rts 2 o f h c h S o,,- n A .250C I ATT y g, 5 1 d a ~n~st~ i;t r 71: 1' Il ~7 y 11 "l-,% ir k rns,~ .i+ m - ni Kr, E PR ESE ~iT Z'.'O n 0 1959, by Academ~ an SUBMITTED - Jonz 26, '959 d 7V 2 i rt F.'r: ~ --PU Conjugate systems of third order. Vest. Mosk. un. Ser. 1: Mat, mekh-15 no.6:26-33 N-D '60. (HIPA 14.31 1. Kafedra differentsiallnoy geomet:*ii Moskovskogo universiteta. (Surfaces) TMJSRIN, G. I. An /k -conjugate system, hT. vys. ucheb. zav.; mat. no.4: 161-169 162. (MIRA 15:10) 1. Hookovskiy gorodskoy pedagogicheskiy institut imeni V. P. Potemkina. (Forms, Trilinear) AID P 5363 Subject MSR/Engineering card 1/1 Pub. 103 - .18/25 Author t Trushin I. K. Title Abrasive wheels with graphite filler used for honing cutting tools Periodical Stan. i instr., 8. 39-/+Oj Ag 1956 Abstract The author suggests the broader use of fine-grained dines (180 to 230 grain grading)of electrocorundum on bakelite base and with graphite of the S141 to S2 hardness (graphite content by4weight: 10 to 1,0 parts per 100 parts of abrasive), to replace the con- ventional methods of honing cutting tools. This method has been used since 1954 at the two institutions below. Institutions: Tula Machine-Tool Plant and Leningrad Plant im. Frunze. Submitted t No date 1,.,~K* '' M -t- ,4us, Lapping of cutting instruments by abrasive disks with graphite filling. StanA instr. 27 no*8:39-40 Ap 156. (HLRL 9:9) (Grinding and polishing) TR U's Iq 10 TO K,4" Category : USSR/Solj,,- State Physics - Phase Transformation in Solid Bodies E-5 Abs Jour : Ref Zhur - Fizika, No 2, 1957 No 3810 Author : Trushin, I.K. -b ----- a1--- Title : famon ess-weatment of micropolished Sections of Hard Alloys Orig Fab : 7.avod. laboratoriya, 1956, 22, No 7, 8lo-83-1 Abstract : No abstract Card : 1/1 X~ A 122-5-20/3f' AUTHOR: Trushin (Vzlg ineer) TITLE: The Grinding of Carbide Materials with Graphite Filled Electro-conductive Abrasive Materials (Obrabotka tTerdykh splavov elektroprovodnymi abrazivami s grafitovym napoinit- elem) PERIODICAL: Vestnik Mashinostroyeniyaq 1957p Nr 5, PP'-5~41 (USSR) ABSTRACT: Electro-conductive abrasive materials are now used in a set-up wherein the abrasive wheel and the component are the two electrodes of a d.c. circuit. The coolant serves as an electrolyte'. A graphite filling of the electro-corandum ceramic bonded wheel of 60-80 grit renders the wheel conduc- ting. In the lapping and polishing of carbide gauges and sections for metallographic research, the conducting abrasive simultaneously fulfills the functions of a cathode and a tool removing the anodic film. The abrasive grains remove the electro-chemical solution products and prevent short circuits between the treated surface and the conducting graphite. Chem- ical analysis proved the oxidation of the carbide. The pres- ence of a passive film, in a manner similar to electro- -polishingt produces rapid smoothing of micro-roughness through the dissolution of the peaks. Rotation of the wheel ensures Car4 1/2 122-5-20/36' The Grinding of Carbide Materials with Graphite Filled Elect-ro- conductive Abrasive Materials. the continuous renewal of the working liquid. The process can be carried out on ordinary grinding machines. The metal removal in obtaining, surface finish of at least the tenth grade is over 20 mm.5/minj exceeding other lapping processes, including organically bonded diamond dust lapping wheels. A 1-1.5% borax solution is recommended as a working fluid. The latest grinding wheels are made of ordinary electro-corundum of 60-120 grit with bakelite bond mixed in equal proportions with silvery flake graphite. There axe 3 figures, including 1 photograph and 2 tables. AVAILABLE: Library of Congress. CaT4 ?/? tv T K L15 7'K f AUTHOR: Trushin I,K.~ Engineer. 122-2-16/33 TITLE: The Machining of Carbides b~r Electrically-conductive Abrasives (Obrabotka tverdykh splavov elektroprovodnymi abrazivami) PERIODICAL: Vestnik Mashinostroyeniya, 1958, Vo.21 PP. 51-53 (USSR) ABSTRACT: Electrically-conductive abrasives can be obtained by filling the pores of the grindinG wheel with metal (by metal deposition or penetration of molten metal) or with an elec- trically-conductive binding medium, e.g. by introducing graphite. The results of tests using the last named type of conducting abrasive are reported. The abrasive grains protruding from the surface maintain a clearance between the conducting bindinG medium and the machined surface. The clearance is filled with working fluid. The current passing through the liquid layer dissolves the workpiece metal which constitutes the anode, whilst the anodic film is scraped off by the abrasive grains. Wear of the grains reduces the clearances and causes electrical dis- charges which burn the graphite and assist the breaking away of the grains~ Continuous renewal takes place as in ordina y grinding. Blectro-abrasive operations proceed on "anodio- mechanical" tool grindinL; machines or on specially adapted Cardl/3 abrasive tool grinders. The electrical conditions are adjusted 122-2-16/33 The Machining of Carbides by Electrically-conductiveAbrasives by rheostats and observed with instruments. Best results in output and finish are obtained with electro-corundum of about Vo. ?0 grit. The finish is nearly independent of the grit. In the manufacture of wheels, abrasive grains and silvery flake graphite are mixed with the binder and pressed in moulds. The pressed wheels are subsequently cured. DC is preferred, supplied by either a generctor or a rectifier unit. Current ripples have no effect. kn increase in the voltage raises the output at the expense of the finish. Beyond 30 V, the erosion process predominates. Sub-division into rough machining at just under 30 V and final lapping at 12 V is recommended with corres- ponding current densities of 25 and25 A/cm , reSDectively. r2he optimum wheel pressure is 2-3 kg/cm2. The normal electro- abrasive process ceases at 10 kg/cm . The output rises with the grinding wheel speed up to 15 m1sec, and remains the same up to 30 m/sec. The best liquid is waterglass of 1.22 density, but an aqueous solution of borax (1 - 1.5%) is cheaper, easier to handle and gives good results. The output in the grinding process is virtually independent of the type of carbide. It is clLimed that the electro-abrasive grinding has twice the Card2/3 output of diamond wheel grinding, whilst producing a No.10 122-2-16/33 The Machining of Carbides by Electrically-conductive Abrasives grade finish (up to 0.8 IL mean roughness). The surface micro- hardness achieved is no less than with diamond dust grinding. The low pressure ensures high dimensional accuracy. There are 4 figures. AVAILABLE: Library of Congress Card 3/3 -W, RVI- M ZMMI'm ? M 69287 SOV/123-59-22-92381 Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1959, Nr 22, pp 135 - 136 (USSR) �THSR~:' Trushin, I.K. TITLE: Treating Hard Alloys With Electric-Conducting Abrasive4i PERIODICAL: V sb.: Elektr. i ul'trasvuk. metody obrabotkl materialov. Leningrad, Lenizdat, 1958, pp 17 - 25 ABSTRACT: The treatment of hard alloys by electric-conducting abrasive disks (electrolytic grinding) makes it possible to obtain a high precision of the machined surface. Electroabrasive treatment differs from the pure anode-mechanioal one in the way that the electric-conducting disk is, at the same time, the cathode and tool which eliminates the anodic film. The metal is taken off by the electrochemical effect of the current. Because of the protrusion of abrasive grains from the electric-conducting binding agent, between the latter and the surface of the machined part a gap is formed which is being filled by a layer of liquid. The electric current passing through this liquid layer Card 1/2 dissolved the metal on the treated surface. During the rotation of the k