SCIENTIFIC ABSTRACT P.I. DELCHEV - N.V. DELEKTROSKIY

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December 31, 1967
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SCIENTIFIC ABSTRACT
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L M57-63 ACCESSION NR: AT3002410 Chart showinE: set -up of experiment is given in Fig. 1. of Enclosure 1. A fine strLcture is observed in the energy distribution of protons (see Fig. 2 of Enclosure 2), corstructed by the Ferreira-Valos'nek method (Materialy MezIldunzirod- noy I=ferentsii po mirnomu ispol'zovaniyu atomnoy energii, Zheneva, 2 (1955), 147), with use of approximately 8500 traces of protons. The angular disiribution of all protons iL almost isotropic. Likewise isotropic are the angular distr,.- butions of protons separating themselves into groups, as s1kown in Fig. 3 of Enclosure 3. The general slope of the energy distribution here obtained _"uares well with the energy distribution by Cameron and Hoffman (Phys. Rev., 92 (1953) 1184), at maximal energy of the photon spectrum of 25 MeV. Likewise squaring well are - the angular distributions of all protons in the two works. This evi.- dently serves to indicate that the majority of protons with energies up to 15 MeV, both in the work of Cameron and Hoffman as well as in the present wol*, sire obtained from photons vith energies up to 25 McV. "In conclusion we express -our heartiest gratitude to Academician Komar and the collective concatl6d with 2/# Card L 1($57-63 ACCESSION VR: AT3002410 operation of the synchrotron of the Lentngrad Physico-technical Institutc.for the opportunity afforded to conduct thise experiments."- Orig. art. has:73 figures. ASSOCIATION: noiie SI)EM'-TTrD: 00 SUB CODE: DATE ACQ: (Y4 Jun 63 NO REF SOV: 001 ENCL: 03 OTHER: 007 Card 34 DEEMENDMIM, Ye.G.1 DELCHEV, H.K. i Uranium targets prepared by the electrocapillary method. Prib. :L tokh. eksp. 8 no.4:170-173 Jl-Ag 163. (MIRA l6tl2) 1. Fizicheakiy institut Bolgarskoy Akademii nauk, Sofiya. DELCHEV, P.I.; VORONINA, G.A. Unilateral pulmonary anesthesia in surgery on the lungs. Vest. I:hir. 94 no.2:83-86 F 165. (MIRA 18:51 I * -hno .; Iz Oblastnogo lego.. -khirurgicheslcogo sanatoriya (glavn:yy ITach - zasluzhennyy -Trach RSFSR Ya.G. Rozinov), Ilovocherkasisk. PCIRTNOY;l L.M., kand. med. nauk; DELCHEV,.-F-,,L,,-, Hronclography unda intravenoug anestbegia using a dtiuble intulation tube. Vest. khir. no. 6:19-23 165. WIRA 18:12) 1. ho Rostovskogo oblaotnogo lagochno-kbirurgichealcogo sanatarlylL (glaNnyy vrach - zaaluzhennyy vrach FSFSR Y&,G. Rozdnov). POWID/Cultivated Plants - Medicinal. Essential Oils. Toxins. Abs Tuiu.- : Ref Zhur - Biol,, No 7, 1958, 3oll4 Author : Delczgex,_~ Inst : Institute of Agriculture. Title : The Effect of the Density of the Stand of Atropa bella- donna L. Plants on the Klhaloid Content in the Leaves. Orig Pub : Biul. inst. rosle leczn., 1957, 3) No s~ 87-92 (Polish; res. Ru&13*, Gera) Abstraci~ : Comparison was made of the alkaloid content in A. bella- donna plants in dense plantinC, and in thinned one (with spaces between rows of 30 cm-)- In the beginning of plant development no clifferences were found; durinc; the fruit ripening phase in thinned planting the alJmlcid con- tent in the plants was 12.19% hiaher than in the dense one. This stands in contradiction to the data of Soviet Card 1/,'? A POIAND/Cultivated Plants - Medicinal. Essential Oils* Toxins. m-8 Abs Jour : Bef Zhur - Diolop No 7, 1958, 30114 authors and supports the contention that the cause of alkaloid accumulation is "carbohydrate starvation % Card 2/2 - 56 - J. d Sur un th&anie de point fix&,; CO OmIne 7(1957), 839-844. (Roma.!. .nian. Russian and Frencli sununaries) Let E and T be ~Ct nd let, F=R7 with its, usual " " partial order (R=real,~) The anflior terms general metric on E" a mapping 6 :E X E --i-F satisfying the usual conditiom imposed on a numericOly-valued metric (T=B,. one-point set). Tlie*fixed-puint theorem referred to,~ states that if/* E-+E satisfies a Lipichitz condition bV(X) AY));5# N.T. A %Olt for-some e F satisfying Qgp(4 < 1 (9 e 7), then t admits E. The usual proof for in tri- C C.. a unique fixed point xO c v: ql~ "K.. ted with only verbal Oininges. Corollar Apaces is adapi y ' t: F-+F and If jt~(I) -/1?( 1:500) 10) -17(')j --ja e F hi above), then admits a unique fixed poin Ae T. 9 6 ~foc-F. JTA 6(fj=jf-nj.) From. this the authors i i d f en vt* existence an uniquenesi thtvr for d fferentia and integal equations involving iurictiont. with,~alues in a complete, separated, locAlly convex space S which jid those known for B. te a nach spices (and which -depend Do the fixed-point theorem Jor metric spaces). The use; of general metric spaces makes this extension somewhat it wouid otherwise be. neater than qy, Edwards (WokiWL` DELHANU, J,ristide An existence theorem for the differential sqwtions in the locally - COATox spaces. Commicarile AR 12 no.1:23-28 Ja 162 L. Comunicare,:prezentata de academician Gr. Moiall. RMINIA/Soil Science - Soil Genesis and Geography. Abs Joux : Ref ZhtLr Biol., No 19, 1958, 86722 Author : Oancea, C., Deleanu, A.ia rsan, A. Inst Title : $oil Investigations in the Valan-Novaci-Cimpul Mare and Targul-Jiu Regions (Subcarpathian Olten Depression RLma- nian Peolbles Republic) Orig Pib : Dari se~= sedint. Com. geol. RFR, 1954, voi 41, Buciresti, 1957, 115-121 Abstract No abstract. Card 1/1 DILMU, Aristide On a definition of a group of cohowlogy of it topologic space* Studii cerc mat 12 no.lt229-235 260. (Ew 10-9) (To logy) (Groups, Theory of) (Conformal mapping) rspacell, Generalied) (Homology theory) MIFJL*NU 0 A. "Topo2igio spaces* by H.-J- KQwa2sk-Y' Reviewed by A. Deleam. Rev mU mms 6 ra).4: 8W4103 161. DEIFJ,ITU, Ariatide '- - - ----------- -- I I n-ror correcting nonbinary group codes. Probleme automotiz 73-78 5 N t62. DELEAIIIJ, A. On SPIIP,03 which May ba mappod with arbttrarily amall counterimageR onto manifolds. Bul Ac Pol mitt 10 rio,4:193-198 162. /IRIRk 17.-4) 1. Institute cf Mathematics, Pumanian Academy of*Sciences, Bucharest. Presented by K.Borsuk. DEIZINU, A. On a certain property of absolute neighborhood retracts. Bul Ac Pol mat 10 no-4:199-200 162. 1. Institute of Mathematics, Rumanian Academy of Sciences, Bucharest. Prosented by K.Borsak. TW,T.IrANU A. I.-Deleanu., A.]; MMMKU, G. [Marinescu., G.1 -., . Theorem on fixed joint imd implicit functions in local convex spacos. Revm&th pave :3 no.1:91-99 163. DELEANIJ) A. W--,'-, ~ III-fathematical publications" by Barry Mazur. Reviewed by A. Deleanu. Rev math puree 8 no. 2029 163. DELFANU, A. "Interriational Symposium of Algebraic Topology." Roviewed by A. Deleanu. Rev math pures 8 no. 2:330-331 '03. DEIEANU, A. "Obstructions to imposing dJ 'Cerentiable structures" by James Munkres. Reviewod by A, Deleazra, Rev math pures 8 no. 3:513. 163 "Differentiable manifolds which ure ho:notopy spheres" by John Milner. Reviewed by A. llele-snu. Bid.1513-514. DELEANU, A. Offlements of the history mathematics" by Nicol$* Bourbaki. Reviewed by k. Deleanu. Rev nath pures 8 no.4t7O3 163. DELEANU, A. "The theory of groups" by Marshall Hall, Jr. Reviewed by A. Deleanu. Rev math purea 8 no.4016-717 163. DELEANU, A. Note on differential equations in locally convex spaces. Bul Ac Pol mat 11 no. 11:677-680 163. 1. Instituto of Mathematics, R.P.R. Academy,, Bucarest, Rumania. Presented by K. Borauk. DEIEM, A. "Groups" by Papy. Reviewed by A. Delemru. Studii cere mat 1~. no.4:702.-7o3 163. _~ JDEM,, S., cereetator ,,A_A,..,-,oercetator; RT DE Electronics machines computing and modeling gome intellectiv3l procesoe,s. Gas mat fis, 15 no.6:291-292 Je, 163. 1. InBVAutul de matematica al Academiei R,PZ, 1~ \ I.XLEANU, A. On a certain result of Leray, Fund math 55 no.1;1-9 'U,. 1. Institute of Mathematics, RmLniaii Academy, bucharest, Awmnia. DELEANU, D. Considering problers of measuring the thickness of vein deposit forns. Revista Einelor, #1:34:Jan 55 _p~1EAW, D. .- 6btde geol6gill observations on the prasen~~o of magn,,-,ite rocks and C~6tile asbosto-5 in t#e i-,ollter~ts of ultrabasic :,-,-cks. Rev min 15 no.3;146-150 Mr '64. 1. 5 ( I );, 2 5 (.5 RUIJ/3-59-9-4/32 AUTHOR: Deleanu, I., Engineert Secretary Gencral TITIE: Firm Cooperation 3etween the Socialist Countries . PERIODICA1: Nr B, pp 443-44.6 (Rumania) Revista, de chimie, 1959Y ABS91RACT: The author begins with the statement th,'Lt one of tlie most significant historical events after I7W II was the establishment of the world system of "socialist" countries. In 1949, the Council of Mutual Economic Aid (CMEA) was established for coopera-;ion between the economies of the USSRm. A-lbania, Bulgaria, Czechoslo- vakia, the GDR. Poland, Rumania and liu:'igary, Also some Asian countries are actively participating in the work of this economic organization, nazely Comnunist China, North Korea, North Vietnam, and Mongolia. The author reports on the main activities of CIM during the past decade. The volume of the trade between the participating countries increased 2.5 tines in the 1950-1958 period,, The USSR is said to have give-n Card 1A significant aid for the industrialization and e0ollo- RUM/3- 5 9-6- 4,/3 2- Firm Cooperation Between the Socialist Countries mic development of other Communist nations. During the period 1950-1957, the export of machines and equip- ment from the 6cl'oviet Union to the other "socialistil countries increased 2,7 times. For e:cainple, Poland gets Soviet equipment for building of 72 plants in the mining, metallurgical, chemical, polver, and other in- dustries. During the same period, t:.,le USSR gave other Communist countries nearly 6,000 patents and descrip- tions of technological processes and. received about 2,000 similar documents from those countries. The Ru- manian People's Republic received 1,666 technological documentation items and delivered 1r202 documentations to the other Gommunist nations. k number of 2,042 Ru- anian specialists were sent abroad to get informed about some technological processes., At the same timeq Rumania received the visit of about 1,402 foreign spe- Card 2/4 cialists. Unlike the situation in the past, today the exchange of patents and description of technological RUL-1/3-59-6-4/32 Firm Coo~eration Between the Socialist Countries processes between Communist countries is currently carried out free of charge. Another type of Soviet aid mentioned is the fact 'that about 14,000 universi- ty level students and postgraduates from the "People's Democracies", are studying in the Scviet Union. In Ru- mania, too, there are many studente, from Communist countries. Among statistical data quoted are the fol-- lowing: The countries par-I'l-icipating, in the Council of Mutual Economic kid, although their population a- mounts to no more than 1/~) of the i)opulatior- of the world, produced, f in 1957t 19~ of ttie world production of tractors, 685; of &rain combines, 22% of the rail- road freightcars, 279; of the machine-tools, etc. Com- pared with 1937, in 1958 the indu,-.tr:Lal production with the less than 2 times increaE:e of the capitalist countries' industrial output. The avarage increase rate of the machine-building industry was 15-23% p.a. Card 3/4 in the Communist countries, compared with 4.5% in Britain, and 6.7% in- USA. Various aspects of the acti- RMJ/3-59-8-4/32 Firm Cooperation Between the Socialist Countries vities of CMEA are presented, such as --.he plai-aied di- vision of production tasks between the participating nations. The Soviet aid by supply of' equipment to Ru- mania is particularly emphasized. Soviet equi,:)ment the contributes to building new Rumanian. plants 11 plant for antibiotics, Combinatul Chim-Lo 11I.V. Sta- lin"; the carbon-black factory of the "Nicolae Teclull plant ; the sulfuric-acid and fertili.-.E)r plan-,; the chemical plants of Eorze,9ti (which uill produce soda, chlorine, chlorine products) the synthE!tic-rubber and petrochemical products factory of BorZE!�;ti; the planz for soda products of Govora. The author also rientions that substantial aid will be received by 'Rumania in the next few years for building large new chea,.ical plants, for fertilizers, petrochemical products, etc. There is 1 photograph, ASSOCIATION:: Ministerul industriei petrolului- ~i chimiei Card 4/4 (Ministry of the Petroleum and Chemical. Industry). Kar5 3a RPTA XMICA Sec.117 V61.413 Public Hnealth,etc. I 848. DELIMITATION OF AIR-POLLUTION AREAS IN A STEELWORKS, BAS1331) ON AIR-IONIZATION DETERMINATIONS. Zonarea impuriftelrii bazinului aerian Intr-un centru siderurgic pe baza deterniintirilor de aeroionizare - D cleanu M. , Gross E. and Elges E. Inst. de Ig. &IR.P.R.. Cluj; M. F.. Cluj - IGIJE:NA (Bucurelti) 1957. 6/1 (41-50) Graphs 3 Tabloys 3 In a steelworks in which the fuel commonly used is tar and coal ioni:zation of the air may constitute a complex indicator of the degree of pollution of the atmosphere. Based on this criterion it Is possible to delimit the air pollution areas over the place. Thiis could not be achieved by the use of the other determining factors. `-UUnM-H.-jDeleanuj M.] Iordzation as an index of t1u) intensity of air ponution w0 owdtary zoning of induntrial centers. 01g. i van. no. lOs42- /,6 o l6o. (MIRA 3,3:12) 1, Is kAfedry obsbohey giliyony Kluzhakogo meditainskogo ins,tituta Rugynalaya Narodnayn Respublika. (AIR-POLLUTION) KUPCHA, S.; SHTRAUS, Kh.:. LENGEL, , I.; DELYANU, M.; MUO, Y.. Sanitary and hygienic study of air pollution in the city of T. of .1 the Rumanian People's Republic. Trudy L9011I no.58;113-1:L6 160. (RUMNIA-AIR POLLUTION) (MIRA 14-.11) DEUIANU,,. Maria j FAVAp Id, I,'# *41;:I I .W_ ~ A contribution to the bib3iography on the Thenomenon of cavitation, Studii tehn Timisoara 9 no.1/2:171-20D Ta-Je 162. KR3M. B.; COTAESCU, x.;,aIMjjwff ! 6 No* Studies of the development of certain malignant tumors on the body or chorio-allantoid membrane of the chick embryo and of the reaction of the embryonic epithelia And mesenchyma in presence of such transplants. Bill. stiint. sect. med. 8 no. 1:307-322 Jan-Mar 56. 1. Membru, coresp. &I Academ. RPR, (for Menkes). (NIDPLASMS, transplantation mouse sarcoma & Rous sarcoma to chick embryo, reaction of epithelia & mesenchyma in pretience of transplants.) cam, MD RUKANIA Institute of Public Health " Hygiene and the Department for Dissections of the Clinical Hospital for Adults No 2, in Cluj, CluJ Regiune (Institutul do Igiona 31 Sanatate Publica 9i la Prosectura Spitalului Clinic do Adulti No 2, Cluj.). Bucharest, Igiena. Revista gm Itima si Sanatate Publica, No 5, Vol YI, Sep-Oat 62, pp 395-401. *Influence of Artificial Aeroionization on Pnemoconiosis in Guinea Pigs.* (BAport on Research nude at the Institute of Public Health and Hygiene and the Deparbmt of Dissections of the Clinical Hospital for Adults No 2, In Clujj Co-authorsi --Rg4~~U, M., MD, Institute of Public Health and Hygiene and the Clinical Hospital So 2 for Adults bi Cluj. kr RIMM/Human and Animal Physialoa (Nortial and Patholof~icw.) T-13 Climate* Abe Jour : Ref Zhur - Biol., no 16, 195-3, 75314 Author : Cupoca, S.., Dalecuiu, M,, Frits, T., Gros. E. Inst : Title : Effect of IoZzedr "on AO-rciudectomized Animals. 1. Duration of Survival I'lleriod of Rats6 Orig Pub : CO=- Aead- BER, 1957, 7, Ito 1, 143-149 Abstract : No abstract. Card 1/1 DELEANUP 11 More good quality fertilizers for agrioulture. Rc-.-v chiml.e Kin petr 15 no.89463-A.69 Ag' 64 1. Deputy Minister of the Petrolem. and Chemice] LduBtT7. Give!i Nanes Cowitry Rumcnia Academc DaCrees: Affiliatioa: Source: Bucharest, Igiena, Vol IX, No 4, Sep-Oat 1961) pp 339-344- Data: IStudies on the Incidence of Pathogenic Staphylococcus and volibacillus As Health Indicators in Hospital Units." authors: TUNARU, C., -Dr.- Gh CITIRU , ~ I$ -Dr.- FifflCu I R. , -Dr .- CIJU) A., -Dr.- DIELTEATIU L. -Dr.- CORNATEMTT,_ 1-.,-;.Dr.- MUSAT I S. 7 -Dr.- Work performed at the Regional Sanepid (Sanepidul Regional) , Dobro-goa Gro 161-3 IMATI~ G.; lGrfERT, T.,- CIUFECO, C.; TUNARU, C..; HENTIU, Valeria;_2~~NU, L. Phage typing of Shigella. III. Stability of the bacteriophage types in Shigella fle3meri 2a. Arch. roum. path. exp. microbiol. 21 no.2: 288-294 162. 1. Institut "Dr.I. Cantacuzino" (for Ista-ati, Meitert, Ciufeco). 2. Gentre Sanitaire AntiepiderAque Regional de Constantza et Centre Sanitaire Antepidemique Regional de Brasov..(for Tunaru., Hentiu, Deleanu). (SHIGELLA) (BACTEMOPHAGE) (BACTERIOPHAGE TYPING) I-JUTS, T., J.1D; STAAUSS~ If., Lect-iwor- lZUS E., MD; Inotituto of Ijynono zuid Nblic HcUtht Cluj Iranc'..-i ('1not-italtul do igiona si sanatato piwlivi, Filiala ,luj.) ~1'or all) ;iucharost, Iriona -Fob 63 -37. _, Vol XII, No 1, Jan , pp 13 "The Action of Cholesterol and Positive Acroions an Spontaneous i4otility. 11 (Paper read in the Section of I~rgiene of the in Cluj, at the meeting of Januaxy 11, 1962.) (4) DFL~;ANIJ, M. Experimental studies an the role of nerve terminat~Jons in the pigmentation of bird embryo tegiment,. Rev Houm embryol I no.2,147-154 164. 1. Center- )f Normal and Pithnloglcal Ymbryolop % -,y. Timisocira. RITMAXIA/General BioloMf .. TnlividLial Development. Tran:~plants B and Coal-~scuns Abs Jour : Ref Zhur Biol., No 6, 1959, 23634 Author : Memkes, B., Deleanu, M.I. List Title An Investigation of the Biology of Heterolosous Transplants (EmbryoDal Membraneous Hetero Transplants on Bird Embryo). Grig Pub Stuclii si cercetari stiint. Avad. RPR, Baza Timisoara Ser. e-tiinetemed., 1956, 3, No 3-4, 9-30 Abstract Embryonal tissues were utilized as scions and matrix., in particular covering melanoblasts. Aside from some humoral and nervous factors, the absence of nerve end- ings influenced the nielanogenesis. Card 1/1 -DZIY-ANU, Paul, gsrira1'j:kyy sekretur . Unified action Is the moat important problem for the World Conference of Teachers. Veem.prof.dvizh. no.11:9-12 Je 153. (MLBA 6:5) 1. Mezhdunarodnaytt federatsiyu -orofsoyuzov rabotnilcov -prosveshcheniyu (proizvoditvenny.v otdel V7P). (Teachers ) MANGEUMN, D.; S. ~ A clasa of equations of the analytic mechanic in the sen3c., of I. Toonov. Doklady BAN 15 no.1:9-12 162. 1. Note pr6sent68 L. Tchakaloff [L,Chakalov]. member do IAcad6mie et mambre du Comit4 de r6daction, "DoIr-lady go-1garskoy Akademii nai:k.n IAZEANU, L.; DEIZANU_j_T Hydrostatic gauging method of densimeters. Metrologia apl 9 no.&-.270-277 V-D 162, SOIIOMGN,Ml, chim; IAZEAM,I,,,q fiz. Hydrostatic method for gauging the donsimeters with -the measuring field below 1 g/ml. Metrologia apl 10 no.10:455-459 0063 DE=IU, Vladimir :I.IV41 4wimawimm"A - acnatruction and maintanance of dian)nd crossings used with simple and Junction aleeperse Rev cailor fer 3-1 no,5:275-. 285 my 63. l* Directia intretinerii caii, 1. DELEGA, S. G. 2. USSR (600) 4. Fishing 7. My practice in catching fish. Rybe khose 28, no. 10, 1952. 9. M(InLhl ry 1953. Unclassified. - I List of Russian Accessions, Library of Congress, Janua , - NOVOVIC , Tiosav; DELEJA, Dragica Geology and tectonics of Satorica with a special emphasis oU~ its sulfide ore occurrences. Glas Prix muz A 16/17-139-151 162. BENESCH, Ryezard; JANOWSKI, Jan; DELEKTA, Jerzy Determination of the optimum conditions for visco3ity mqasure- ments of metallurgic slags. Archiiw hutn 9 no. 1;103-121 t64.. RUSUORSK&TA, Te.A,.; YRRGAKOV. A.P., IFMV. N.L. Comparative petrological characteristics of coal seams in the Tala and Shchakino Districts of the NoBcow Basin. Izv.AR 26ba. Ser.geol. 21 no.2:79-85 F '56. (MLRA 9:5) 1. Hinisteretvo ugol'noy prouWalileanosti, =R, Tul'skaya geologj- eheslm7a partiya "I Treat 'Noabassuglageologiya". g. Tula. (1,08cow 3amin-Coal geology) L 10463-67 EWT(d)/F,;S-2/EW(1)/E~,T(m)/EW(m)/MC (k) -21EW(t) IF,'rl Ijp(c) JD AM~ NR: P6031041 SOURCE CODE: UR/0146/6610091004/0070/0072 AUTHOR: Delektorskiy, B. A.; Orlov, I. N. ORG: Moscow PoWMEngi eering Institute (Alookovokiy energeticheakiy institut) TITLE: Aerodynamic resistance moment of a spin motor operating in ~ydrojjen 0~ ,7 or heliu M SOURCE: IVUZ. Priberostroyeniye, v. 9. no. 4, 1966, 7042 !TOPIC TAGS: gyro, spin motor, gyroscope 'ABSTRACT: Based on JA) empirical formulas for braking torque/ of a spin-motor rotor developed by the authors earlier and (b) the fact that Ecyno do number for. 4 motors o~perating in. air is 50000 < Re, < 25000, and operating in H or He is < 50000, a new formula is deduced which shows the ratAo of aerodynamic Re.. moments in H or He to that in ai a and curves for a numerical r. The f rmul example show that: (1) The aerodynami2moment in H is equia to 20% and in Ere, *% the moment in air; (2) The error connected with the new formula is:t 15%. ;Orig. art. has: 2 figures and 5 formulas. !SUB CODE: 17 SUBM DATE: 10Apr65 ORIG REF: 002 OTH REF: 001 UDC: S31o 383 0 0 217 7 SOURCE CODE. UR/0146/65/CIOS,(006/0091/0097 APTHOR: -Dellektorskiy, B. A.; Orlov..L N. 3,7 ORG: -Moscow? Powqtr-Engineering Institute (Moskovskiy energeticheakly institut) TITLE: Calcietlation of the'aerodynamic resistance torque of gyronlotors operating in 4ir SOURCE: IVUZ. Priborostroyeniye, Y. 8, no. 6, 1965, 91-97 TCPIC TAGS: gyromotor, gyroscope AB STILACT: These empirical formulas are offered for computing the acrodynami-C regliStiLnCe torque: for regular flywheel shape, Af.=0,108- 10-8-p0'7. p013. ill'If r"Idl;I and for a simplified flywheel shape (a cylinder A!.th equivalent length L), M =0,233 - 10--6 - FP'7. loll. nl,l.r .4 1 + 4,4Lhere, D is the flywheel. OD, n its r pmo p is the air density. M is the dynamic viscosity. The formulas are accurate within 1:1516 for 50000 < Re < 250000. For gyromotors having Re < 50000 (13 < 3 cm), a Card 1/2 UDC: 531.383 70ic&-N,~-APOO 2 177 gleater error is possiVlle; however, the aerodynamic lossos in this case are low (under 40%) of total mechanical losses). The above formulas were developed by corterting atundamental theoretical formula in accordance with the results of actual Ions measixrements on a gyromotor operated in air and in vacuum. Orill. art. has* 3 f i1jures, 7 formulas, and I table. SUB CODE:~ 13 SUBM DATE. 17Nov64 ORIG REF; 005 _Sard -2/2 1, 08963..6Z EWr(d)/'F55-2/EEC(k)-2 ,A.GC NR: AP6021053 (i~. Y) SOURCE CODE: URIOZ92/66/000/00310004/ooo6 .AUTHOR. Orlov, I. N. (Candidate of technical sciences); Delektorskiy, B. A. (F-Ingineer); Arkhipov, 0. G. (Engineer) ORG: norte TITLE: Ccmputer design of induction motors for gyroscopes SOURCE: Elektrotekhnika, no. 3, 1966, 4-6 TOPIC TAGS: gyroscope, induction motor, seryomotor, computer application, spin motor A13STR,ikCT: Specific requirements of gyroacope-drive high-speed induction spin motors are formulated, particulars of their design on a digital computer are described, and computation results are presented. Main dimensions of the motor are connected with those of the gyro flywheel. Both nominal and maximum torques Cord J/z uDG: 6zi. 313.331- 029;-'A nAl ~A L o8963-67 ACC NR: AP6021053 0 are determined by the required acceleration time. Th 'e highest motor efficiency is of prix-ne importance because of the necessity of keeping the motor heat production as low as possible in order to ensure the gyro accuracy. The optimal t. 'design of a specified-iiize motor on a digital computer is reduced to calculating and comparing several versions with various combinations of /S and b; here, d2/dl ; d 2 and d , are the external and internal stator diameters; b a Bs, IB p and B, are the inductions in the stator core and airgap. Eight two-pole, 4:00-cps ri.-iotor sizes (d 0 - 7.4 cm) have been calculated. An algorithm of ,the computer problem and programing steps are briefly described. Each type- fidze has been calculated in 540 versions - over 9000 versions for all sizes. The ;tabulated final results show that some widely used standard spin motors can be e ssential.1-f improved as to their efficiency and power factor. Orig. art. his: 4 figures, 5 formulas, and 1 table. WSUB CONE: 17, 09 / SUBM WE: none C(ird -2/2 nat z~ "t~- 112-6-11902 Translation from: ReJ*erativnyy Zhurnal, Elektrotekhnika, 1957,Nr6, p. 20 (USSR) AUTHOR: Dslektorskiy, G.P. TITLE: A Now Method of Armor Jointing for Deep-Sea Cables I (Novyy metod soyedineniya broni glubokovodnykh kabeleir) PERIODI-"VAL:.Inform.-tokhnich. sbornik, M-vo elektrotekhn. prom-sti SSSR, 1956, N#(88) pp. 11-13 ABSTRACT: In splicing the ends of deep-sea cables, designed for laying at depths of 200 m and more, a special method of Jointing the a:mor wires is used. The ends of wires should be cleaned with emery paper from the galvanized coating at the length of 40-50 mm. The same treatment should be given to the sections of whole wires adjacent to the cleaned ends. The cleaned, ends should be welded to the adjacent whole wires at the length of 40-50 mm by means of electrode welding. Thereupon the welded section is bandaged with iron wires. Welding current 150-170 a. A thin asbestos sheet should be laid under the wire armor before welding as a precaution against bu:rning of the cable. Card 1/1 INLIKTORSKIY, G.P. Pr-,#NA45R~ Calculating oc-UTO resistances of tubular cable* XlektrozvUx I 11 no.2z67-71 7 157okjclectric cables) (MLRA lo:)) 01MORSKIY. G.P., inrh. ............. CalculaUng active resistances in twisted wires. Veut.ole']Ctroprom. 28 no.802-35 Ag 157. (MIRA 10.-10) 1.Zavod "Sevkabellm, (Electric vire) tz- A CL,, AUTHOR: Delaktorskiy,y d.P. (Engineer) 110-2-10/22 TITLE: Factory testing of poly-ethylene insulation of submarine, cables. (Zavodskiye ispytaniya polietilonovoy ixolyataii podvodrtykh kabeley.) PERIODICAL: Vestnik Elektropromyshlennosti, 1958, Ao.2, pp. 33-30 (USS[t) ABSTRACTI Under service conditions, daaago to submarine cables that have no lead sheath can cause a partial or dead short between the conductors and an earth fault on the outer conductor of concentric cables. Under factory conditions, defects of hermetic sealing do not grive a dead short circuit but only reduce the insulation-reeiatance of the cable. The insulation resistance of polyethylene is very high, so that quite long limes may have an insulation-resistance of 20 - 80,000 megohms. Although water penetration reduces this value, it may remain sufficiently high for service requirements. It is important to determine correctly the cause of' low insulation-resistance, which may result from low resistivity of the polyethylene or from an insulation fault. It is difficult to meastwe the very high values of insulation resistance encountered in cables insulated with polyethylene. The niual comparator circuit is used but th* standard resistance inay be up to 5 megohms and the applied voltage 500 - 1500 V. The circuit used is given in Fig.l. The principal causes of low inaulation-resistance und their special features are then discussed. These are: penetration Card 1/3 of water at joints in the insulation, which may be recognised by Factory testing of poly-ethylene insulation (if submarine cables. 1 conductivity/time curves of the kind shown in Fig.2.; local inclusions in the insulation, which are relatively easy to detect; low inaulation-resistance of the material - it formula is given for the electrical conductivity of' materials of the kind under discussion. A graph in Pig.3. relates the elctrical conductivity of polyethylene and the field strength. The shape of this curve is discussed. It the material is of low insulation-resistance, without affecting the quality of the cable, the insulation resistance remains independent of changes in the applied voltaje. All the test results relate to submarine concentric telephone-telegraph cable, type Olk-5/18 and its main characteristics are given.. It is concluded that with high test voltages (up to 2,000 V) on acable in which the insulation is shunted by a high-value water resistance, the conductivity current falls slowly (10 - 25 minutes) and may reach the value usual for polyethylene cable. If there are conducting inclusions in the insulation, increase in the voltage causes a charp increase in the conductivity current, and breakdoina. occurs at voltages of 5 - 10 kV. If the! ineulation-resistance of the material as a whole is low, there is no change in the specific conductivity until the field intensity exceeds 40 kV/cm. Whenever the insulation resistance differs from the standard value it should be measured at three voltages between 100 and 21000 V. The reason for the anomolous insulation resistance Card 2/13 can be determined from the test results. The ends of the insulation Factory testing of poly"ethylene insulation of submarine cables. 110-2-10/22 mmt be specially cleaned to prevant surface leakage. There are 3 figm-es, 2 literature references (Russian.) SUBMITTIM: 4~iirmmky, - 2, 1957 ASSOCINNONOSeykabef 0 Works. (Zavod "Sovkabef") AVAILABLE: Library of Congress. Card 3/3 AUTHOR:. Delektcrskiy, G.P. En,,:" 110-1-9/19 ineor TITLE.: Calculation of the Act've R-nsistance-s of Hic-h-frequency Wires (Raschet akiivi-iylzh so.Dro-ivler.1i3, vyso'-oc,1-asiotnykh provodcv) PERIODICAL: Ve,-.tnik 1131ek'urol)roz:ysl--.1-anTiosti-, 195S, Vol.':L,, 110 11 pr. 35 - 38 (Ussi). AB,STPJLCT: Extensive use is made of 'Dic-h-frequency zrires, also known as I,itz -aires. These cor-sist of a number of fine insul- ated strands bundled or twisteft toE;ethE:r -U-:) effect tranSDOsition- The completed wires can be up to 20 ri: dia. To minimise sl,,,in effect, the strands should be of a diaz..,eter apnro---:-L-ately equal to the equivalent depth Of Denetrall,-ion of current -J.Kito copper at the given frequency. Therefore, the virets should be desi,-,,,ned accore;inr~ to the frequency envisai-ed. SucL are beinG adODtod as the inner conductors o_-P coaxial ca'Dles used in induction heatinC. These cables Garr3- Leavy currents at high frequencies (up to 10 000 c.T.).:--. ) ar-Ci n!ay be up to 3 cr. dia. This construction `Ls also usE!C,- for radlo cables for frequencies of 2 - 5 Mlc/s. In addition to the skin effect, V,ei-e is a so-colled -,,roximity effect which increas'es "'l-.6 of 'L.1-e This must zbe allo,,%,ed for in ory accurate calculati.on-,- Card.1/1) - 110-1-8/19 Calculation of the Active Resistances of Hi,-h-j'rcquency Wires wires. A formula is Civen. for the ef~'c:ctive resistance of such wire wad is valid. for ty1-1-e -,13U0 an,", jj)Lljj~ of small diameters at frequiDncieu of 2.0 to c5O !,-c/s. To calculE.te the res-ist-'ance of' la:c-goi v,,,ires at frequencies of up to 150 kc/s requires a diffeient formula, -.,hica is given. A formula is also of.7'ered for the c:pti2~un number of individual conductors and s-oace factor in the V-,'i;.E!. The construction and characteristics of hiEh-frequejac,y rires are to those of ordinary irrires in Table 1. To confirm the theoretical deterniziations, t.he ef"ective resis- tances of wirE~s I types j'1,jLWO, 7 -x- r/ x 0. 1 and '/ x 7 x 0. 19 mm Ul'S SJ.IC) were measured, with the res k, in Tabl.(-- 2). These are in good agreement rith values calcu'ated from Eq. (5), but rather different frOLI VELlues calculated by t'-'-ie formula first given. This formula rakes no allowance for ",;he screening effect of edd~i currents in individu,-Ll st-i.-ands. A diameter is recom- nended for individual ctrands not less thmi 0.1 my. so that the wires shall not. be too expensive. In desiEnin-, high-frequency viires for frequerraies up to 150 icc/sl the hi~-,!-.est possible space factor shculd be aimed at, Altl.wouUlh~ 'L;I.e use of el--ainelled ,strands r- U U U a-re-~;_r mr~re costly than bare the o'erall Car,12, 7 1 3 110-1-8/19 Calculation of the Active Resistances of HiGh-frequency Vilires cost is often less because of the economy of copper. There are 2 tables and 4 references, 2 of which are Russian and 2 German. ASSOCIATION: Seviabell Works (Zavod "Sevk.-Lbel"') SUBMITTED: April 11 195? AVAIIABIE: Library of Congress Oard 3/3 88094 s /i io/60/ooo/003/00 It /00," 0 0 24 0 4, ;zc?o F04 L/E421 AUTIJOR: rtnrCCkjV Engineer 4" ~ a~p_ TITLE The Choice of t he Wave Resistince of Radio Frequency C11h] es PFRIODICAL: Vestnik clektropromyshlennosti, 1960, No.3, pp.68-71 TFNT: Many radio frequency cables are chosen so that they may most easily inatch the transmitter circuits, and have wave. resist-ances of the order 50 to 75 ohms. They are not, however, necessarily well adapted for transmitting high power. If the thermal resistance of the cable is neglected, it is possible to calculate an optimum diameter ratio to give least losses but when the thermal characteristics of the cable are taken into account rather different results are obtained, It is shown that the optimum diameter ratio depends on the specific thermal resistivity of the cable covering, the cable diameter and the construction of the internal and external conductors and the frequency. The problem is solved therefore for a particular case,. It is assumed that the insulation is polythene, the outer covering is, PVC. The Card 1/2 # , I P - 8809,14 S/uo./6o/ooo/oo3/004/oo4 E041/E421 The Choice of' the Wave Resistance of Radio Frequency Cables overall diameter is * 36 am and the frequency is 200 Mc/s, thider these conditions the optimum diameter ratio is 2,27 rather tbaji tit ordiiiary figure of 1,65 - This argues that the best choice of cable impedance is about 25 to 30 ohms. There are I table and 3 refereuces: 2 Soviet and I non-Soviet. Card 2/2 88493. s/.110/60/000/009/() ~,I /()f)8 0!5,. Riot B194/E455 AUTHOR. Deloktorskiy, G,P., Engineer TITLE~ The Mechanical Propiarties of Polyethylene and Mixtures of it with Polyisobutylene PERIODICAL: Vestnik elektropromyshlennosti, 1960; Plo-9, pp,9-14 TEXT,, Polyethylene-polyisobutylene mixtures are widely used in the cable industry, the molecular weight of the polyethylene being usually in the range of 24000 to 32000 and that of the polyisobutylene 85000 to 115000. The most widely used mixtures are cable polyethylene grade OXK -502 (OKhK-502) containing 35% polyisobuty.Lene, grade OX(K-503 (OKhK-503) containing 15% liolyisobutyLene and finally grade 64M-1 MhM-1) containing 65% polyisobutylene, The nature of the elastic and plastic properties of hkgh polymers is discussed'. Within a certain very limited temperature range, thermo-plastic materials follow Hooke's law, High polymers are also subject to plastic strain according to Newton's law, and tho rate of change of stress is proportional to the stress, The coefficient of proportionality is the Card 116 80491 S /11. 0/60/000/000/003 /008 FJ 911/Ell 55 The Mechanical Properties of Polyethylene and Mixttires of it with Polyisobutylene viscosity: The third component of the strain is elastic strain of a relaxation character due to the opposing effects of micro- Brownian movement of the molecules. This process is effective over short distances and, therefore, the elastic strains are less than the plastic, The total strain in the material is the sum of the three components described. High-polymer mixtures may be considered as viscou6 fluids and their viscosity may be determined, The value of the viscosity and its alteration with temperature govern the way in which temperature affects the mechanical properties of polyethylene and mixtures of it with polyisobutylene., The alongation and breaking strengths an functions of temperature are then considered, The strain equation shows that there is a maximum in the curve relating elongation and temperature. and thits is confirmed by experiments, The shape of the turve is discussed- The isechanical properties of mixtures of polyethylene and polyisobutylene depend very much on the properties of the components. Poly.isobutylene which is soft is mixed into the polyethylene to Card 2/ 6 8801 s/110/60/000/009/ef5/008 E194/E455 The Mechanical Properties of Polyethylene and Mixtures of it with Y Polyisobutylene reduce its brittleness. Two cases may be considered: -;fhere the polyethylene is of normal quality, polyisobutylene is mixed in to increase the flexibility and elasticity of the mixture; if the polyethylene is not of sufficiently good quality and has a strongly branched structure or is of low molecular weight and is subject to cracking, the polyisobutylene is added to improve it, The effect of adding various amounts of polyisobutylene on the ultimate strength of polyethyllene was investigated. The addition of polyisobutylene of lower molecular weight gave much lower tensile strength than the additiou of' high molecular weight material,, It was also found that where the proportion of polyisobutylene was less than 50%, temperature has less effect in reducing the tensile strongth, Relative elongation as function of polyisobutylene content was studied. The addition of polyisobutylene to polyethylene of low relative elongation (120%) has a considerable effe~ct, Polyethylene and its blends are much softer than metals and so the surface may be damaged, Quite Card 3/ 6 884n S/1l0/60/000/00()/Vn3 /008 E194/E455 The Mechanical Properties of Polyethylene and Mixtures of it with Polyisobutylene small. damage to the surface causes serious stress concentration so that sometiw~~s the material losets much of its elastic properties: Sometimes cracking occurs, most intei-,ksively in certain mediet such as sea water, In order to judge of the stability of blends under conditions of stress concentration, breaking and elongation tests were made on samples with artJLfiCial stress concentrations produced by making holes of -various diameters in the specimens, The influence of stress concentration was much the same for all blends, Initially there in a marked deterioration in properties for quite a saiall. stress concentration; then over a certain range the diameter of the hole has little effect;; finally, if the hole diameter is increased beyond a certain amount, the properties of the material deteriorate rapidly, Addition of polyisobutylene increases the stress reduction and reduces the diminution of extension, A high content of soft plastifier such as polyisobutylene permits the stress concentrations to extend over the whole section so that elorigat'Lon by plastic flow is reduced only a little and the (-ard 4/6 88491 S/110/60/000/009/003/008 E194/E455 I'he Mechanical Properties of 'Polyethylene and Mixtures of it with Polylsobutylene specimen does not fail so sooj,.&. The addition of tip to 35% polyisobutylene to polyethylene having an elongation of 100 to 150%, almost completely prevents failure due to stress concentration.. A simple but reliable method of assessing the resistance of the material to crack-formation was developed, Sheaths wound on a mandrel were notched and placed in xylol or some other fluid that attacks polyethylene. Various kinds of cracks can occur in p--:4yethylene and its blends, and cracking is intensified if the substance is placed in polar solutions which do not dissolve polyethylene or in soaps. It was soon found that cracking was observed in stressed specimens. If a specimen is immersed in a medium that doei3 not attack it, then with a two-directional stress the failure occurs at an elongation of 7 to 8% instead of 500 to 700%: To avoid cracking of polyethylene either poiyisobutylone ot butyl. rubber art! added to it, The mechanism of the effect of corrosion of stressed samples is discussed, Stresses are. of Card 5/ 6 88491 S/I 1.0/60/000/009/003/008 R)94/E455 Tho "Iechanical Properties of Polyethylene and Mixturos of' it Witil Pol-iri.sobutylene course, aet up in the extrusion presses that apply the sheaths to cablets, particularly when water cooling-baths are used External stresses are also set up in cable sheaths during the processes of lay.ing; for example, submarine cables are subject to considey-fibJ': pre.-3sures, The internal and external stresses of cable sheath,4 call sometimes cause longitudinal or transverse cracks, Tt is conoludvd that in most cases it is advisable to add some POI--riso'h1jtIy).f!ne to polyethylene, particularly if the polyethylen(,-~ 1 ~, n-1, (it' very high quality, In some cases, hotrever, )-'-~-isobiitylene has an undesirable effect. Brittle polyethylene t, 1111-i'liLable for insulating submarine Lables even i-1hen it is llki..xcd w1111 1101yisobutyletle. For this application -it ,,,hotild be repla,cti 11Y. llormal polyethylene grade Ila-500 (PP-500) bleaded wiih polyisiobutylene or butyl rubber, There are 8 figure,4 1. tabic. 2 non-Sciviet references, SUBMITTED: February 27, 196ei Card 6/6 DEUKTORShlY, GJI., inzh. ,onccrning certain reFularities in the brea?down ol.- ply;--nyien- C 7 1 (1. insulation. Elektrichesivo no.11:73-17 N (MI" 14. 111 ~: (Electric insulators and insulation) (Polyethylene) IELEKTORS.KIY, G,,P.,, inzh. L . --- Livs reINImAng the breakdown of polyethylene insulation of bight voltage cables carrying an inpulme voltage. Vest. elektroprom. A no.3-:55-57 J& 163. ()CM 16: 1) (Zlectric cables) (Blectric invulators and insulation) (Polyethylene) NALTHENKO, M.; DELEKTCRSKIT, N., dotsent For the efficient utilization of wage systems in the chemical industry. Scts. trad 8 no.7jl27-130 J1 163. OURA 16:10) 1. Zaveduyushchiy sektorom Vsesoyusnogo tsentrallnogo soveta professionalinykh soyuzov (for Naumenko). 2. Moskovskiy institut tonkoy khimicheskoy tekhnologii iva. Lon.onosovs. (for Deleltorskiy). POTAPOV, S.A.; DEIT-,;YTQRiKIY, N.D.. (Mbskvs) Centralization of tlxe automobile transport by the Moscow City Health Department. Sov.zdrav. 21 no.8i54-58 162. (MIRA 15:11) (NDSCOW-MBULANCE SERVICE') (PUBLIC HEALTH ADICNISTRATION) I ~-Ic 1OK-7Y j... V. St~ugi,le o..~ 3takhanovites of the v;oscow alklaloid factory for L)uc:rin.e-. producLioii z Costs oil' caull o12(lraidoll. i,ed. pro,-,i ., "o 1, 3.1,'52. I N. V. DIII-Ef ,I Ir"R Fly 7) Drug Trade Lowering cost of producing r..~,ramidon and analgin. illed. prom. II)TO. 3, 1-1-52. S). Monthl List of Russip-n Accessions, Librar-f of Congress, August 1952-IM, Uncl. DMIIW~tpgyly K. V., X. V., Salfeylates Viduable initiative of workers of the corariercial department of the salic-yl plant. Med. No. 4, 1952. 9. Monthl List, of Russian Accessions, Library of Congress, November J( ~12~-hA, Uncl. USSR/Chemlstry - Sulfuric acid -PD-519 Card 1/1 : Pub. 50-18/23 Author : Delektorskiy, N. V. Title : Results achievecl by socialistic competition aniong furnace workers at sul.furic acid production departments of chemical enterprises Periodical : Khim. prom., 306-307 (50-51), Jul/Aug 1954 Abstract : Discusses improvements achieved at various plants in the operation of pyrit-,.- burning furnaces. Points out shortcomings in this type of operation at other plants. Cites the nam s of individuals who won prizes in a competition among pyrite furnace workers sponsored by the USSR Ministry of Chemical Industry and the Central Committee, Trade Union of Chemical Industry Workers. Institutiou Submitted DELE'KTOR-3KHt I!, V. USSR/Chemistry - Rubber Card 1/1 : Pub 50-20/23 FD-521 Author : Delektorskiy, N. V. Title Replilts of the dissemination of the eij)erience of advanced workers ["peiredoviki") throughout enterprises of the tire industry and the synthetic rubber industry Periodical Khim. prom., 3c8-310 (52-54), Jul/Aug 1954 Abstract Describes technical improvements achieved by individuals at enter- prises of the rubber industry.- Points out shortcomings which must be corrected at various plants. Reports on the results of industrial contests and competitions, naming the winners. Institution Submitted 3XIMORSKIT, H.V. r Introduction of advanced experience of innovators in the chemical iadustriet~. Xhim.prom. no.2:76-80 Mr 134. (HMA 7:6) (Ghtimical industries) DJUNKTORSM, N. V. "The Results of the Dissemination of Experience of Outstanding Workers in the Tire mad Syr,thetic Rubber InduBtry," Xhim. Prom., lio.5, pr 52-154, 1954. Translation -. 2113391, '2h May 55 USSR/Cheyqistry RuVoer IM-1562 V I Card 1/1 Pub. 50-19/25 Author Delektorskiy, N. V. Title Competition between brigades at the rubber boots department of the plant "Krasnyy Bogatyrl." [News Section] Periodical Khim. prom., No 8, pp 499-500 (51-52), Dee 1951, Abstract Describes improvements in the production of rubber boots introduced by a teajn headed by A. P. Fokina Institution Submitted BALYAKOV, V-V.;I8LWcTmsKir Y.Y. ' Increane in labor productivity at the "Acrichinew planto Kedsprom, n.o.2:43-45 AP-Je 155. (KIRA 9:12) (DRUG INDUSTRY, in Ruosia. productivity) - NIUGODOV,. P.P.; DELSITORSXIYi N.V. Ketchanization of functions requiring a heavy output of labor in the "AkrikhinO plant. Med.prom. no-3:16-20 Jl-S 155. (MLIHA 9:12) (DRUG 11MUSTRY. meebanization in Russia) .I)FJZMORSE Aw a" simplifying w&g~ C&Iculatione. Ihim.prom. no.3:179-180 lio-3:179-180 Ap-Wy 157. (KLRA 10:7) (Vagos) I ) - 4. 1- , I. I t i.. L I-A , i ~ 1, j .I IWGODOV. P.P.;, ;DELIXT(ILISKIY. M. V. , XDdLarnining existing boiler wxits. Mad.prom. 11 no-1:50-53 Ja 157. (BOXIARS) (KIRA 10-2) DILIRKTORSKIY, N.V.; NXIMMV, F.P.; HIKIFOROV, A.A. wvkftiii;~, Producing pyiimidon at a greater rate. Had. prom. 11 no.2:46-49 If l 57 (MLEA 10:4) 1. Miimiko-faraatBevticheskiy savod "Akrikhin." (ANIHOPYRINN) DUTA CiRSKET-1-N.Y.- Organization of tbaproductlort of p-nitroscatophanons from styrene at the "Akrlkhln* Factory. Med.prom. 11 no.12:35-38 D '57. (ACRTOPHINOMR) (STIMIX) (MIRA 11:2) DEIEKTORSKIY, H.V., DYIHANOV, N.N. Organization of aminazine production at the *.Ak-xi~Mnn 'Plant. Med,prom 12 no.9:40-44 S158 (MIRA 11:10) l.' Miimi.ko-farmatsevticheskiy zavod "Akr`ftino" (CHLORPROMAZINE) Dumaway, ii.v. I W~ - ftw-,- - 1. . es of Conmunist labor at chemIcal and pharmaceutical planta. Med.prom. 13 no-3:3-6 'Mr '59. (MIRk 12:5) (DRUG IIIDUSTXI) ,-DELEXTROSKIY9 N.V. Competition for the title "Brigade of communist laborn at the "Akrikhin" Factory. Med.prom. 14 no.11;3-6 N 160. 011RA 13;11) (DRUG DUSTRY) DELNKTOR,I;KIY. N.V. Socialist competition of the staffs related enterprises in tbs rubber industry. Uuch. i rez. 19 no. 11:51-52 9 160. (MIRA 13'11) L Moskovskiy institut tonkoy khImicheekoy tekhnologil im. M.V.Lomonosova. (Rubber induBtry) DEIX.KTOR3K-.'.Y. N.V.j HADMENKON M.F. Complete mechanization and automation of the production at the *Kresn7i rezinelichik" Plant, Khim.in-om. no.5:359-361 My 161. (14IRA 14:6) (Kiev.-Rubber industry-Equipment and supplies) (Automation) DEIEKTROSKIY, N.V.; HAIMMO, IM.F. From a brigade to a factory of commmist labor. Med. promo, 15 no.6:3-6 Je 161. (MIM 15:3) (LVCJV--D)IOG INDUSTRY) 1 0.