SCIENTIFIC ABSTRACT ARKHIPENKO, D.K. - ARKHIPOV, B.A.

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December 31, 1967
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KOVALEVA, L.T.; NEKRASOV, J.Ya.;.AWjP~"q, p!K.; BROVKIN.- A.A.; GRIGORIYEV, A.P.; KOMAR, Study of the minerals in the series of ascharite-s4ssexite by infrared spectroscopy and electron diffraction nethods. Zhur. strukt, khime 6 no.lt79-82 Ja-F 165. (MIRA 18:12) 1. Institut geologii i geofiziki Sibirskogo otdeleliya AN SSSR, Novosibirsk i Inatitut geologii Yakutakogo ,liala Sibirskogo otdoleniya AN SSSR, Yakutsk. Submitted ctober 28P 1963. fl GUMANYUK, M.N., inzh,; ARKRIPENKO, I.Pa., inzh.; BOYKO, P.G., inzho Ultrasonic relay for coal mines. Ugoll Ukr. 7 no.6:37-38 Je 163* (MIRA 16:8) 1. Institut avtomatiki Gosplana UkrSSR. ARKHIPINKO, L.L.; POPOV, N.V. Using one conAuctor per train. Zhel.dor.transp. 41 no.6t6l-64 je 159. (KRA 12:9) 1. Nachallnik sluzbby dvizbeniya i gruzovo7 rabot7, g.0rdzbonikidze (for ArkhIppnko). 2. Nachallniik tekhnicheekogo otdola sluthby dvirbonlya i.grusovoy raboty, CoOrAzhonikidta (for Popov). (Railroads-Management) (Railroad conductors) AMIMKO. V. liovosibirok turbogenerator (lovosibirsk-Blectric generators) plant, Sev.voin 38 no.19:8 0 136& (MLRA 10:1) I, PENKO I 1 , tl- Raflection of our achievemente. Sov- Profsoizr 7 no.13:12-16 Jl '59. (Hoocow--Ilxhibitions) (MIRL 12tlo) ARKHIPBNKO, V. At the Luganak power "Giant." Sov.profaoiuzy 7 no.8:22-24 Ap 159. (MIRA 12:7) (Lugansk-Zlectric power planta) (Labor productivity) ARKHIPENKO V. Like a tale about the white ox. Sov. profsoiuzr 7 no-17:36-38 S 159. (MIRA.12:11) I.Spotskor. zhurnala. "Sovetakire profsoyusy". (Velikiye Luki-Industrial Wet7) (Railroads-Rolling stock--Maintenance and repair) ARKRIPMM,.,V. When management In not as It should be. Bov.profsoluzy ? no.22:35-36 N 159. ' (MRA 12:12 1. Bpetelal'Wy korreepondent sburnala "Sovetskiye profs Stalingrad, (Stalingrad--Shipbuilding) (Work councils) - m ARXIITPENKOP V. .z the interests of production. Komm. Vooruzh. Sil 46 aa.14357-62 J1 165, (MIIA 18.." ARIBIl I - ! I" , - ~ %11 ~ . _16yarsk-Abakan. Avt. dor, 28 no.2:14 F 165. (MIRA 18: 6) ARKHIPENKO, V.I.; AGEYEVA, M.Kh.; VCHONA, A.P. Differential diagnosis of Botkin's disease and mechanical jaundice using J131. Med. rad. 9 no.8s42-45 Ag 164. (MIRA 1894) 1. Kafedra gistologii (zav. V.I. Arkhiperko) Dnepropetrovskogo meditsinskogo instituta i k&fedra infekts.lonrWkh bolezney (zav. G.A.Fridman) Xharlkovskogo meditainakogo Instituta. ARKNIFENXOV V.I. _,_, Interrelations betwom the rate of growth of hnsen's aarcom and the state of the thyroid funation, Pat, fisiol. i ekeps torap. 9 no.3s63-44 Mj-Je 165s (Km 18i9) 1. Kafodra gistologli Dnopropetrovskogo seditsinskogo inatitut&6 ARY,HMNFO, V. 1. ARYIIIPENYO, V. I.: "The Thyroid Gland in -Nperiv,intal 'hurosis." FharIkov State Medical Inst. Yharlkovo 1956. (Dissertation for the Degree of Candidate in Madical Science) So: Fnizhnays letopis'. No. 18, 1956. AM ro V) HKO V. I. ,,)rlo Thyroid gland in experimental neuroses. Probl. endok. i gorm. 2 no.1:42-50 Ja-1P 156. (MLRA 9:10) 1. Ix kafedr7 gistologii (zav. - prof. M.Aleshin) Kbar1kovskogo meditsinskogo institute (dir, - dotsent I.I.Kononanko) (THYROID GLAND, inviriouB diseases, exper. neurosis (Rue)) (MMOSIS, experimental. thyroid in (Rue)) 1--ARKHIPENKOP VII0 ThYroid gland in obstructive jaundices Probl. endok. i gorm. 6 no. 5:55-62 160. (THYROID GLAND) (JAUNDICE) (MIRA 14;1) KUDRYAVCHIKOVA, V., redaktor; TROYANOYSrAYA, ARIHIPJwKO,jQ~adtut,r W44 t6 ic"heskiy redaktor [Metal is our strength] Metall - nasha silao Moskva, Goo. izd-vo polit, lit-ry. 1956. 46 p. (MLRA 9:9) (metals) ,9~PMMO, Vladimir Xuzlmich: KUDRTAVCHIKOVA, Y., reds; DAMINA* A. 19 tekhn.re . re (Our beautiful river] Krasavitsa aarodnaia. Koskva. Gos.izd-ve polit.lit-ry,-1959. 146 p. (MIRA 12t2) (Volga Valley) KUZ':'I:7' bcarin- .."Itnites of tho in t!:c U, als. sov~ 167 F :61 Gcc'. no-- 16.-~-- umu .I- VDeSOYUnrj nauchm S~T YZI (Urvl IlOwlta-Anc- -'Anes and nineral rescurecs) AWIFENKOVA,q A.YEL. PetrograpIq of eclogitq in Shubino (Southern Urals). Biul. YOIP. N-geol. .37 no.4:134..;133 JI-Ag 'EP. OURA 1625) (Shubino region (Ural Mounttins)-Ecciogite) 4- ~,41. arld Plauacp'n&re from T--i,dy hii,114MtIz, ,c)#.j6:jq8_.,04 165. ;. ,5 In Ue Solltherl) (MIRA 3.8t8) ARX IT, T,V,, radaktor; RMY. S.I., tokliaichoskV ~lqm~j'jo. Ta.; NDVOSPASSI I------- 1-Yau-sior. (Through Trazscarpa,thlwl Pe Ukarpstlu. Kooky&, lzd-ve VT*SPS Prof- Isdates 1935. 7p. ' (WaA 9:6) (Traimrpathia-Davarlptlea and trav*l) ARS�I=- &aa. (Kiyev); BOMMOVICH. I.K. (Kharlkov); BULANOT, Y.N. (Kiyev); GALUSKIN, V.B* (Kiyev); GOGOTSI, G.A. (Nikolayev); GCRBUNOVA, M.N., (Kiyov); GORMTSKIY. B.A. (Kiyev); DYADYUSBA. G.0. (Kiyov); KATSHEL'SONo I.Ye. (Dnepropetrovsk); XVITG=, R.A. (Kiyev); KIRILLOY. I.A., (Krym) LONOPLYASOVAo N.S. (Chernovtsy); N1XOL'SXIY, V.V. (Kiyev)- POICKARMIKO, A.A. (Stanislav); FISCHANSKIT- A.I. (Kiyev); POPOV. T.N. lKiyev); PTASHNIXOVA. I.V. (Usb4gored); STZSHMO, N.G. (Iiyev); CHAYKIk' H.K. (Vinnitea); S4APOSHMIKOVA, M.N. (Kiyev); SILPORTYUK. V.I. (Kiyev)-, TAHKO. N.K. (Stalinskaya oblast'); SVICHNIKOVA, N., redaktor; SHORODSKIT, V., tekhnicheskiy redaktor [Tourist routes through the Ukraine] Turistakie marshrut po Ukraine. Kiev, Izd-vo TeX LKSKU "Molod'.0 1957. 368 p. IKIM 10:8) (Ukraine--Description and travel) ~6~ - ". ARKHIPRTO,,,,Tq,4[Arkhypets, INJ; SHKOUINIKOV, B,j red.; PHTRONM, L., red. (Across Transcarpatial Po Zalmrpattiu. Kyiv. Derzh.vyd-vo ebrazotvorchoho mystetstva i musychnol U%-ry URSH, 1959. 42 p. (KIRA 13:1) (Transcarpatia--Description and travel) I " 11111'Els, Ye.ya. -- [From Ki Ov to Yaltal Kiev-lAlta. Kievj Goc;.izd-vo izobraz. isk-us, I muzykalinoi l,t_17 UIZR , 1962. 1 v. WIRA 17:11) AREHIPKIN I - RYBD, V. Who Is guilty? Za rul. no-6:13 Js '57. (MUU. 10: ?) (Automobiles-Maintenance and repair) ARKHIPKIN, I. M.; GINSBURG, V. N. up! 48010", Work practices of the "Vostok Produotior Combine in Hoecow for the manufacture of stasidard shoes. Kosh. obuyi parome 5 no, 12t 13-15 D 163* MIRA 170) ARMIPKIN, V. Building an ingot mold foundry at the "Zaporozhstall" Plant. Prom. atroi. i inzh. soor. 5 no.50-8 S-0 163. (MIRA 16t12) 1. Nachallnik toklinicheskogo otdola trOBta nZaporozlistroy." DIKOVSKIY, I. Band instead of wheel. New heat insulator. NTO 4 no.12:43 D 162. (MIRA 16.-l) (Griving.and polishing) (Insulation (Heat)) USSR Pharmacology and Toxicology. Cardiovascular Agents v-6 Abs Jour :Rofe Zhur - Biologiya., No 17, 1958., Not 80594 Author : Filistorich, M. F.; Arkhipkins, N. M. Inst :Not given Title :The Effect of Dahur Rhododendron on the Activity of the Heart Orig Pub :V ob.: Materialy k izuch. zhentahonya i Umonnilm, v7P- 3, L., 1958.1 224-227 Abstract :In tests on cats, the influence of a 10% aqueous tincture from the loaves of rhodendron (Rhododendron daburicum; 1) on the activity of the heart was studied in situ. A depression of the work of the heart was first caused in the animals by the intravenous introduction of 2% quinine ohlcrhydrato in a doaW of 2 ml/Ig. On this basis, I in a dosage of 0,,5 ms/ke causes a significant increase of the amplitude of boart contractions) and inoroason the rhythm Card 1/2 13 -AWIPOVe Allkolkhoxnik KLLL~~ Witb our own hands. Sell. stroi. 13 no. 70 A '58- (MIRA 11;8) MUM&) MALYSHEV, G.j ko1kh027Aikj VEBERr R.1 ARKHIMV9 A.; BEGIROV, M. Readers* 2ettero. bell. etroi. 15 no.lt3O Ja 161. k - (MIRA 1413) 1. Sellkhozartell "Put' Lenina" Kupinakogo rayona. Novosibirskoy oblasti (for Malyeh~v). 2. Starnhiy prorab Gorlkovekogo Zernonovkhoza Kokchetavskoy oblasti (fok Veber). 3. Izstr~*tor Bollmhe=raohkinskogo rayonnogo doma kulltury dorlkovskoy oblasti (for Arkbipov)o 46 Ynesh- tatnyy koriespondent zh=sU "Sellskoye' otroiteltitTOW1 (fci~ Bagirov), (F4m buildings) ARKHIPOV, A. Bonuses paid to workers in chemical enterprises. Sots. trud 6 no.9:118-122 S 161* (MIRA 1439) 1. Vedushobiy ekonmist Nauchno-inaledovateltakogo institute truda. (Berezniki (Perm Province)--Chemical irdustrle3) (Bonus system) SHORN, S.; AWHIPOV, A. Improve the wage and'boiTda systems. Sots. trud 7 no.9tl26- 132 S 162. (MIRA 150) (Wages-Machinery industry) (Bonus system) AMIPOV, A. (n.Bollshoye Marashkino, Gorlkovskaya oblast'). Twenty years on the post as motion-picture operator, Kinomekhanik no.6:12 Je 15-1. OMRA 6:8 ) (Pollsho-Marashkino District-Moving-picture projection) (moving picture projection-Bollshe-Harashkino District) AMIPOV, A. - ___ Xach club to be provided with a motion-ploture projection room. Poth.dolo 6 no.2:8-9 F 160. (MRA 13: 5 ) 1. Instruktor rayonnogo doma'kulltury, solo Bol,shoye Hurnshkino. GorIkovskays, oblast'. (Motion-picture theaters--Fires and fire prevention) ARKHIPOV, A.,(Dollahoye Rirashkino, Gorlkovokaya oblaot'); KMOT, Taleriy Obarkesek. Stavropollqkiy kray); CUMMUS, Tu. (C.Makhodim, Prisorskiy kray). Youag helpers of firemen. Posh.delo 4 no,12,.16-17 D 158. (MIRA 11:12) 1. Naeballnik Yunosheekoy dobrovolluoy posharnoy druxhirv shkoly No.6 (for Kutusov). 2. Starshty inspektor pdzharwy chantl (for Cheremkhin). (Firemen) (Youtb) AITHIPOV, A..;:~ Changna In forms and aystens of wages In connectinu with thii In- troduction (if now wagn ocales. D'&ul.nauch.inror-%..,tmid I zar. plutit no.6:1-9 159. OAM 12:9) (WagOS) ARKHIPOVt A. Corrosion or erosion. Rech, tr=spo 19 no. 6:60-61 Je '260. (MIRA 14-.2) 1. Starshiy inzhener sluzhby sudovogo khozyaystva Vyatskogo parokhodstvas (Marine di--xl engines) (Corrosion and anticorrosives) ARKHIPOV9 A.j BAKELOV, A. On regulating wages in cement plants. trud I zar.plata no.10:20-30 159. (Ceivent industries-Production standards) (wages) Blul. nanch. Inform.: (MIRA 13:6) M ARKHIPOV,, A., polkovnik Training field for reconnaissance specialists. Voen. vest. 40 no.1103-57 N 40. RJPA 34:11) (Artillery,, Field and mountain) ARKHIPOV, A. (Bollshemarashkinakiy rayon, Gortkovskaya oblaBtf) A glorious anniversary. Selt.mekh. no*3:28 162. OUU .15:3) (Panyahev., Avenir Nikolaevich) KASSIROV, L,, kand.okonomichookikh nauk;-ARXHIFOV A. Now phase in the development of Soviet agriculture. Komm.Vonruzh.- 811 2 no.903-58 Fq 162. (MIRA 15:5) (Agricultural policy) ARKHIPOV, A. (Moskva) 1, Awarding bonuses to workers in Mchinez7 manufaoturing. Soto. trud 7 no./+t62.66 Ap 162. (NMA 16i1) (Wages-34achinery Industry) (Bonus system) pashiniet-instruk-tor. How we take care of the TZZ diesel locomotive. Ilek. i tepl.'tiar no.?:30-31 Mr Irr. Wla 10:6) 1. Depo Petropavlovwk Omskoy doroei. (Diecal locomotiveO POLEKHA, A.M., in#.; AI'XHIRNI A.A.p ma hinist-instruktor PW ......................... Some recomendations concerning winter operation of TE3 diesel locomotives# Elek. i tepl. tiaga no.1:12-13 ju 161. (MIRA 14:3) 1. Depo Petropavlovsk, Omskoy dorogi (for Arkhipov). (Diesel locomotives-Cold weather operation) ARKHIPOV. A.D.; GEMANOV, V.I-; GAYDAMAK, V.A., Inzh. Reducing the expenses for snow protection and removal, Put' i put. khoz. 7 no.1004-26 163. (MIRA 16t12) 1. Nachallnik otdela puti.Tayginskogo otdelenlya Zapadno- Sibl.:koy dorogi (for Arkhipov). 2. Starahiy inzh. Tayginskogo otd niya Zapadno-Sibirskoy dorogi (for Gemanov). 3. Tayginskoye otdeleniye Zapadno-Sibriskoy do*gi (for Gaydamak). IAPTEV, I.D p starshiy nau*)Wy sotr~; MAROV, F.S., starshI7 nauchMy sotr.;-KASSIROV, L.N., starifty nauchnyy eotr.; TERIAYLVA9 A.P., starohiy nauclmyy sotr.; SUVOROVA, L.I., starshiy nauch- iVy sotr.; SIDOROVA, M.I., starshiy nauchnyy sotr.; SWIN, S.I. starshiy nauclinyy sotr.; Prinimali uchastiye, ARKIIIPOV A.I mladshiy nauchnyy aotr.; VAZYUINA, P.F., mla Ucluiyy sotr.; KARLYUK, I.Ya.., m1adshiy naucluW sotr.; K/U(VAIJIUIOVA, Ye.l., mladshiy nauchnyy sotr.; KMOVA., T.N., mIadsIAy nauclmyy sotr.; ROMANOVSKAYA, L.S.t mladshiy naucbnyy sotr.; COMM, G.N., mladshiy nauchnyy sotr.; POTAPOV, Kh.Ye., red.; GMASILOVA, U.S.., tekhn. red. [Communal funds of collective farms and the distribution of col- lective farm income) Obshchestvennye fondy kolkhozov i raspre- delenie kolkbozrWkh dokhodov. 14oskva, Izd-vo ekon. lit-ry., 1961. 386 p. (MIRA 15:3) 1. Alcademiya nauk SSSR. Institut ekonomiki. 2. Sektor ekono- miki nel'skogo khozyaystva Instituta ekonomiki Akademii nauk SSSR (for Laptev, Buyanov, Kassirov, TeryaNyeva, Savorova, Sidorova, Samin), (Collective far-ms-Income distribution) MALITSOV, I.A,, kand.tekhn.nauk: ARIHIPOV, A.M., insh. Bff ect of certain liqui-Co7in 9--s-t-r-e-n-g-M-of -reinforced concrete floors. Stroi. proms 36 no',8:31-32 Ag '58. (MIRA 1129) Moore, Concrete) 50) AUTHORS: Arkhipov,-A. M9, Malltsovt K. A., SOV/20-125-2--34/64 Sokolovt I. B., Staritskiyt P. 0. TITLE3 On the Influence Exercised by Water on the Strength of Concrete (0 vliyanii vody na prochnost' betona) PERIODICALs Doklady Akademii nauk SSSRp 1959, Vol 125, Nr 29 PP 359-362 (USSR) ABSTRACTs The strength of concrete in the case of elongation in the direction of axis R., of elongation in bending R 4br 8-n4 compra,esion Rd depends to a varying extent on the humidity content, composition and the nature of additions. The wathors devoted special attention to the strength of conorett under elongation in the axial direotion, The resi8taneA to elongation Rd is the most important feature of concrete strength. The elongation mentioned determines the resistance to brittleness and therefore also the vorking properties of the constructionp including durability (Refs 1-5) and working life. During the hardening process the present free water varrants eamert Card 1/4 hydration and increases the strength of oonnrets (Table 1). On the Influence Exercised by Water on the Strength SOV/20..' 2 of Concrete This indicates also that the same sample~j in dry state are twice as strong as water-saturated samples due to th" physicochemical action of water contained in the pores of the concrete (Refs 6-10). Figure 'i shows that the strength of concrete and mortar decreases with increasing hum14ity tontent of the mateilal. The above-mentioned dependence :~s expressed by a formula in the first approximation. If the samples are artificially overdried, the strength sometimes xapidly decreases, which must be taken into account in establishing the range of applicability of the formulas. Though the rqductinn of strength by saturation with water has been known already ain-.* a long time and even allsoftening coefficient" has beea introduoad, no satisfactory physical explanat4on of the problem was given before 1946 when Rebinder (R-of 13) filled the gap. He proved that each pore filled with water serves as a container which feeds adsorption films covering the old and new free surfaces of defects and cracks. It was shown that the ratio of watert cement (w : c) has only an insignificant effect, on concrete strength under elongation but determines the degree uf possible Card 2/4 saturation with water. The results of experiments made in order On the Influence Exercised by Water on the Strength SOV/20-125-2-34/64 of Concrete to check the above-mentioned considerations are given in figures I ; 3. In this case, the ratio of it s o determined only the reduction of strength by a forced saturation with water, the degree of which rises with an increaBe of v t o. A very important conclusion may be drawn therefromi it is ubeful to reduce the capability of concrete to absorb water in order to increase its strength. This fact has been utilized for practical purposes already since a long time as confirmed by the use of rigidp little porous concrete and by the introduction of various additiona (Table 2). It should be taken into accountp however, that only certain additions can be recommended for the individual purposes (hydrotechnic concrete, civil building-trade). There are 2 figures, 2 tables, and 20 referencest 19 of which are Soviet. ASSOCIATION: Nauchno-iseledovatellskiy institut gidrotekhniki im. B. Ye. Vedeneyeva (Scientific Research Institute of Card 3/4 Hydrological Engineering imeni B. Ye. Vedeneyev) On the Influence Exercised by Water on the Strength SOV/20-125-2-34/64 of Concrete PRESENTED: November 21, 1958, by P. A. Rebinder, Academician SUBMITTEDt September 10, 1958 Card 4/4 Ait%l 1 7' F ~i i , , 't . ' . Gulll 'Well Sci Disisart-Aion*. "Fuctors HavinC ~'~ffect c.. 'Whitening Last Iron Four~--l into j -Aal l'ol is. fl 15/5/50 K-)scow Order of the l4bor RA banner Higher Technicul 0"chool irez~ I N. 1~. E!;Uran K Vecheryaya Moskva Suin 71 .-- -i~ 1- 1, . ~- i 4/,--/ k- -- )4, : I / i I "I , it~~. -- I .1 I I 1 .1 1 ARKRIPOT, A.M.. kandidat takhatchaskikh nauk. mw&wwwwae Heat treatment of cast iron poured In metal forms. (Trudy) MVTU ao.70:92-100 156. (MLRA 9:9) (Cast iron--Heat treatment) ------ - ARK-MPOV,,A~~?, kandidat tokbutcheskikh nauk. Wear of cast iron poured in metal forms. [Trudy] RM ne.70o.101-106 156. . NLRA 9--q) (Oast Iron) (Mechanical wear) A -A- M.,_ Cand.-Tech.- Scl "Heat Treatment for IMroving the Properties of Cast Iron Teemed in Metal Molds," Termicheskaya obrabotka I prochnost' metallov I splavov; sbornik)statey (Heat Treatment and Strength of Metals and Alloys; collection articles Moscow, Mashgiz, 1958, 177 P- ( Author's ConclusiOns; Temper hardening is necessary for obtaining a uniform struc- ture along the cross section of the specimen, for increasing haxdnees and wear resistance, and for Improving the mechanical properties of the cast iron. 2. Quenching results in an increase in hardness and a decrease in strength- 3- Tempering at a temperature and 350-45oOc. results in a uniform structure, decreased internal stressesj and mkximum possible tensile strength, together with reduced hardness. 4. quenching of cast iron teemed in metal molds is more effective than quenching of ordinary gray iron, since in the former case the graphite inclu- sions, strongly affecting the mechanical properties, differ greatly in shape, size, and distribution from those in ordinary gray iron. -A. -M.-) Car~d. Tech. Sci.; "Effect of Silicon Content on the Mechanical Properties of Cast Iron Temmed in Metal Molds," Termicheskaya obrabotka i prochnost' metallov i splavovj sbornik state y (Heat Treatment and Strength of Metals and Alloys; Collection Articles) Moscow, Mashgiz, 3 1958, 177 P- The author's investigation shows that the graphitizing action of silicon in cast iron is at its maximum when the silicon content is about 3 per-cent. Five heats of gray iron were studied, the specimens differing only in their silicon content (1 .41%, 1.63%) 1.84$, 2.16~) and 2-37%) and in the method of casting (in permanent metal molds and in loam molds). Results showed that both tensile strength and hard- ness decreased as the silicon content increased, regardless of the type of mold, but that the tennile strength of the specimens cast in metal molds exceeded that of those cant in loam molds by about 1.5 percent. A linear relationship between tensile strength and silicon content was established, and an empirical formu-1a derived for calculating the tensile strength of a specimen of known silicon con- tent. It was established that the chilled surface layer of castings made in perma- nent molds is much harder than the core of such castings while there is much less difference in the hardness of the surface layer and core of castings rwd,~, in loam molds. SOV/1 37-58-11 -ZZ952 Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 161 (USSR) AUTHOR: Arkhipov, A. M, TITLE: Heat Treatment for the Upgrading of the Properties of Iron Cast Into a Metal Mold (Termicheskaya obrabotka dlya uluchsheniya svoystv chuguna, otlito8o v metal Ii cheskUYLI fort-nu) PERIODICAL: V sb. : Term. obrabotka i prochnost' metallov i splavov. Moscow, Mashgiz, 1958, pp 125-138 ABSTRACT: An investigation of the effect of heat treatment on the structure and the properties (HB, 0-b ) of gray iron from five batches containing (in q6) C 3.35, Mn 0.38, P 0.25, S 0.07, and various quantities of S'. 1.41, 1.63, 1.84, 2.16, and 2.37. The smelting was carried out in a 80-kw high-frequency furnace in a graphite crucible of 50-kg capacity. 2OOx7Ox4O-mm specimens were cast vertically into a cast.- iron mold with walls ZO mm thick, were heated to Z500C, remained in the mold until the temperature reached 200 - 3000, and then were cooled in air. After annealing at 9000 (4 hours) the specimens were forged to 16xl6-mm size and then underwent the following heat treat- Card 1/2 ment: Quenching from 9001 (30 min) in water or oil, annealing for SOV/137-58-11-22952 Heat. Treatment for the Upgradin8 of the Properties of Iron Cast (cont. ) 2 hours at. 200, 300, 400, 500, and 6000. For comparison specimens were also cast in sand-and-clay molds. It is established that heat treatment improves the properties of iron as follows: HB from the initial 255 to 522 - 578 (tempered at 2001) and to 4,14 - 460 (ten-yered at 4000) and O-b from the initial 27.5 kg/MM2 to 42.Z kg/tnm2 (tempered at 4000). T. F. Card 2/2 SOV/1 37-58- 11 -Z3441 Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 228 (USSR) AUTHOR: Arkhipov, A. M. TITLE: The Effect of Silicon Content on the Mechanical Properties of Pig Iron Cast in a Metallic Mold (Vliyaniye soderzhaniya kremniya na mekhanicheskiye svoystva chuguna, otlitogo v metalticheskuyu formu) PERIODICAL: V sb.: Term. obrabotka i prochnost' metallov i splavov. Moscow, Mashgiz, 1958, pp 139-146 ABSTRACT- In addition to being influenced by the chemical composition and the structure of the metallic mass, the mechanical properties of cast iron (CI ) are also significantly affected by the quantity, size, shape, and the nature of the distribution of the graphite. Owing to its "notching" action, which manifests itself in a reduction of the area of the basic metallic mass and formation of local stress con- centrations, the graphite impairs the mechanical properties of the C1. A table is given showing the relationship between the mechan-- ical properties of the CI and the quantity and shape of the graphite deposits contained in it. The effect of the Si content on the process Card I/Z of graphitization was also investigated. It was established that the SOV/137-58-11 -23441 The Effect of Silicon Content on the Mechanical Properties of Pig Iron Cast (coni,) graphitizing action of the Si is particularly prominent if it is present in concen- trations up to 3%. Since the Si also influences the mechanical properties of Cl, an investigation was carried out in order to evaluate the effects of the concen- tration of this element on certain properties ( 0-b and HB) of pig iron which had been cast in a metallic mold. It was established that the 0-b.decreases as the Si content is increased. The ob of pig iron which had been cast in a metallic mold is always greater than that of pig iron which had been cast. in a sand mold. The hardness of the Cl increases with increasing concentration of Si. Pig iron cast in a metallic mold possesses a greater hardness than pig iron cast in a sand mold. A. S. Card Z/Z S/081/6!/000/019/055/085 B117/B110 AUTHORSs Malltsov, K. A., Sokolov, I. B., Arkhipov,. A. M. TITLE: Importanoe of concrete saturation with water to the problem of the influenoe of the water-cement ratio on its strength PERIODICALt Referativnyy zhurnal. Xhimiya, noo 19,, 196~9 317, abstract 19K326 (Izv. Vses. n.-i. in-ta gidrotekhn., v. 64, 1960, 85 - 100) TEXTs The effect of water on the etrength of concrete has been studied. It has been shown that the strength of ooncret6 is considerably influenced by saturation with water during testsq but not by the initial water- cement ratio. [Abstracter's notes Complete tranalat.ionj Card 1/1 ACCESSION 14R: APAq17165 S/0138/64/000/002/0024/0027 AUTHORS: Yurov3kiy,., V. S.;_Arkhipovp-,.A. M.; Lepetov, V. A.; Kosenkova,, At 36; Novikov, Vo I*j Tsy4buk,, B. TITLES Investigation or sealing erfectiveness of rubber metal seals SOURCE: Kauchuk I rezina, no. 2, 1964, 24-27 TOPIC TAGS: rubber metal seal, sealing, rubber hardness, sealing force, rubber 'SKS 30 ABSTRACT: The rubbor-metal sealing configuration shown in Fig. 1 on the Enclosure was in*e3tigated, using rubber inserLs with differont properties (TH-2 hardness 85-95, 75-85, and 55-65). It was found that the hardness or the rubber Insert played the most important part in securing the sealing effectivoneso. Experiments showed that hardness was related to the modulus of elasticity E60 (after a 60-minute compression) by a single curve for all types of rubber used (E60 _Z_ . h)_ _; So = Initial area)# By pushing the metal ring into the rubber seal so he - hl to a depth h and pressurizing the seal with air until it leaked~ it was determined Card 113 ACCESSION NH: AP4017165 that the following relation described the critical pressurea Pc r Q -nE.-rh K4 Pb,kr,/cm2 (where Q = load on seal, for dcp, b, hoand r, soe Fi~, 1'p K empirical constant which varied 'from 0.85 to 0.95, n = empirical conatant-which varied from 2 to 2.5). This equation permits the calculation of tho pressuro at -which a soal will leak or, conversely, calculation of the sealin,-, force Q req-,zirod to seal a joint at a certain pressure. Orig, art, has: 5 figuros and 2 formulas. ASSOCIATION: Nauchno-issledova~ellskiy institut rozinovoy pronq#ohlonnosti (Scientific Research Institute of the Rubber IndusUry) SUBMITTEW 00 DATE ACQi 23Mar,64 SUB CODEs MT NO REF SOVi W7 ENCL: 01 OTHE R: WO Card - 2/3 icass ION n S AP4017165 9MCLOSURE; 01 Fig. 1. Schematic of rubber-~metal seal; 1- rubber-metal detail; 2-scat. cacd 313 YUROVSKIY, V.S.; ARKRIPOV, A.M.; KWKNKOVA, A.S.; LEPETOV, V.A.; TSYBUK, B.S. Methodology of accelerating the detfirmination of warranted StM-dge life of metal-rubber valves. Kauch.i rez. 23 no.ll-. 10-13 N 164- (MIRA 1814) 1. Nauchno-issladovatellskiy institut rezinovoy promyshlennosti. .~~HIPCV, A.M.0 Inzh.; ZIUMNOV, V.I., intb,; ROGATSKIN, B.S., Inzh. Prestart cleaning of water and steam conduits of a 300 M,- WNW Elek. sta. 36 no.11:14-2o N 165. (MIRA .1~:10) MALITSOV, K,A., starshiy nauchnyy sotrudnik., kand.takhnnauk; SOKOLDV, I.B... inzh.; AWT)NV imho Water saturation and influence of the water-cement ratio on the strength of concrete* Izv,VNIIG 64s85-100 160, (NM 346) (concrete) 7 XHRAMMKOVAS R.N.; UTKIN, A.G.; ARTAXONOV, Me. pomoehohnik maters, i uchashchipya vechernego tekhnikum; KORCHAGIN, A.T., posoahchnik masters, i uchashchiyoya vechernego takhnikuma; pomoshchnik m6tera I uobashchiyoya veahernego takhnikuma. Needed brochure on carpet weaving (OKastering wide, double- sheeting Jacquard looms for carpet weaving" by B.Z. Fddoaenko. Iteriewed by R.N. Khramenkova and others). Taket. prom. 17 no.8: 66 Ag '5?. WaA 1019) 1. Zaveduyushchiy takhnicheskoy bibliotekoy Lvuberetakogo kombi- nata (for Wramenkov). 2. Nachallnik tkatskogo teekha Lyuberst- skogo kombinata (for Utkin). (Jacquard weaving) (Yedosenko, B.I.) ARKHIPOV.. A.P. Beauty and perfect organization of work. Meshinostroltell , no.402-34 Ap 162o (MIRA j5z5) (Industrial management) - I AZROVA, TS.S.; AMBIPOV, A.P _I VINOGRADOV, A.V.,- GRABOVSKIY, LV.; GR1SHINA-,-T.-1.--;-MTRITEV, P.D.; DUBINSKIY, Ye.L.; ZABRODIN, B.V.; KOLOTIY, M.V.; KIWNOVI, B.S.; KURDYUKOVA, N.V.; LIVOVAt Yu.M.; OBUKHOVA, A.V.; FOMlN, V.G.; MEDVEDEVA, M.A., tekhn. red. (Album of drawings of TA3, TE7, TE2, TElp TEM1, and TU2 diesel locomotives; electric apparatus) Allbom cherteshei teplovozov TE3, TE7, TE2, T91, TEMI i TU2; elaktricheskie apparaty. Moskva, Tranazheldorizdat. Vol.2. 1963. 394R (MIRA 160) 1, Russia (1923- U.S.S.R.) Glavnoye upravlaniye lokomotivnogo khozyayntva. (Diesel looomotives--Electric equipment) IRIHIPOV, A.P,~ Juvenile's inner attitude and a teacher. Vop.paikhol. 9 no.2all7-124 Mr-AP 063a (MML 16W 1. Pedagogicheskiy inatitutp Kuybyshev, (Educational psychology) ...1-11 t- 1. .1 - 0 00000000000010 ;,o** 0 a 11013140M t"S loll is 4 is N 35" 3io U V X M P"#. -- - I .. - I. - .., 00 A 00 CA A itmo if u m Is 16 u 11 0 A it a a 411 4 is 11 u L,A-L--A- L-L -I- A-j.--j- 18 00 0 06; ilyeas of ph'. 0~ e. -No. ain". of wvcrul P rw i l 0r :0 t -P uc ng P ants aft given sh"ing the contandnatkit, P-d Itsclificies, not only al %ht plan% Imildings, but also Itbemar dl ob 4S mu ngaress. Jhe existing litefoluredals,on Poisming by P compils. ore disrusivil, &nil the neeeswy 00 vtntive Ine"Urcs (enclosed eq ent. iwrxjnul 91 Y"f, r Aed. Uic nux Writilatim) ue d6cuL 1, level I" 00 13 , in air ShmId be held below fill 0 ~d .. while the level of 11 oxklm %hmhl [be talider (PARM5 Al.tKil, l mg./ . (1, M. K4v%)),lwff ,14 00 1 LA DETALLUCOXAL LITPRAT#Af CLASIVKA?Itd 1k -V L t a t4 0N aas P I 0 U At 10 W to 04 K it 11 Uacr W n 1 1.1111, *:,Ooo 0 0000.00000000000 1000*906600066000000 ~'Sm :1 00000 0 0 0.0 0 010 0 0 000 00000,000 *_:_: :_ i -00 .0 4~1 -00 coo coo coo X160 604 moo coo go* woo blo 0 boo ARKHIPOV, A. S. ,3?505. Omnovnyye Voprosy A;Iyerty Truda V Khmichaskoy Pro shlennoritt. V SbI. )al Vses~~yuA. S"yezd Gia.1yenistov, Epidemiolo-gov, Zkrobiologov i Infektsionistov. 2.I.M., 1949t s. 142-46. SO: Letopis' Zhurnallnykh Stateys Vol* 7, 1949 owd V,; ro"). Gi#mw i Soil. IM. amts. of t0mk bOtOK" (V ENO wu am am vttk or no .1 "a bob. A. R c P. Its. cc to k. . AN40 it roal. bet Rt4Pb Uuw of av. kh OW otw fwtom OU lps. put lim aulAr ad a X 1. M. k16'" 4WW9F4vAN&: ISTAYET. A.A.; PAIMONYORIV, A. I.; SMELTAITSKIT, Z.B.; FRIDLTAIED, I.G.; XHOTSTANOV, L.K. N.A.Vigdorchik: obituw7. Gig. i san. no.12:54-55 D 154. (MLRA 8:2) (VOGDORCHN, MOLAI ANAMOVICH, 1874-1954) ARKHIPOV, A.B., doteent Maximum permissible phosphorus oxide concentration in the atmoophere. Pred.dop.konteent.atmoaf.zagr. no.2:17-28 155. (MIRA 10:11) 1. Iz Gor1kovskogo institute gigiyeny truda i profsabolevaniy. (AIR-POLUITION) (PHOSPHORUS OXIIM) PurWation of ventilation air from totmethylltad. A. S. A.r.kb 1 1. II(q,01rov, 1. V. Oreshkevich, And N-.V-. (Inst. lod. llyg. and Occupational Men.", Gorki). Gigims i Sa,41. 1933, No. 3, Lants. -of Et4Pb aft- ZVvemoved from c1rculating air with a 2:5 ntist. of kerosine-11-0 at a flow rate of 0.3 in. .03 degree of purificntion is 9"%. N&OII sobts. of.-Amp as well as CI-1110 polyglycol ethen, lubricat- Ing oils, all in Combination with 1110 PVe. MUCIA less effCCtiVC results. Vie results am not reg"ed as satisfactory for the adequate removal of StsPh from the public- heolth point of/ view. 0. M. Kosolapoff AID P - 3668 Subject USSR/Medicine Card 1/1 Pub. 37 - 14/19 Author Arkhipov, A. S., Dotsent Title Conference of Institutes of Hygiene on the Problem of Ionizing Radiation Periodical : Gig. i. san., 11., 52-56, N 1955 Abstract : Summaries of reports presented at the above conference, called by the Academy of Med. Sci., USSR, and its Institute of Industrial Hjgiene and occupational Diseases in Moscow, July 28-30, 1955. This was the first.Conference on the Problems of Ionizing Radiation from the medical point of view organized in the Soviet Union, with the assistance of more than 300 scientific workers, sanitary inspectors and physicians, from 37 cities. Institution : Institute of Industrial Hygiene and Occupational Diseasesj Acad. of Med. Sci.,, 'USSR. Submitted : No date --- r - I LATAVXT, A.; XHOTSYAH0Y. L.: ARR!LPOY.&A.; SMILTANSKIT. Z.; XDGAROVSKIY, Ya.; PASTERNAK, A.; FONGAUZ, M.; AEBOLIDI. I.; BTIHOVSKIY, B.; GORIaN, Z.; UISLIN, L.; ZAtD*UM, I.; KOTRANSKIY, B.; MILLER, S.; RAVTRDTSKIY,Y. Professor S.M.Aranovo)di,- obituar7. Gig. i san. 21 no.10:62 0 156. (MLRA 9:11) (ARANOVSKII, SOLOMON HOISERVICH, 1885-1956) Namet AW(HIPOV, Andrey Sergeyevioh Dissertationi Hygionia significance of pmlution of the atywa- phers of factory areas of ehem procluets Degree t Doo Mea Soi Affiliation: Cnot indicated-7 Defense Date, Place: 25 Tan 571 Counall nf the Departwnt of Hygiene, Miarobiology, and Epidbmology of the Acade.V of Med Soi USSR % Certification Date: 4 May 57 Souroes BIvYO 15/57 A ICA Sec-17 Vol.4/1 Public Health,etc. Jan58 AWWW, 203. ARKHTPOFF A. S. Hygienic significance of pollution of the atmosphere on the territory of cbemical plants (Russian text) Gigiena 1957, 2 (22-31) Graphs I Tables 4 On the territory of chemical plants pollution of the atmosphere is character- ized by a great number of sources of pollution, by the presence of 2 zones of discharge (the upper and the lower) and by a considerable irregularity of discharge of waste products and the complex nature of pollution of the atmosphere. Ile zones with the heaviest pollution, for each separate indus- trial process, are situated differently: 250 m. from the place of waste dis- charge in the production of red and yellow phosphorus, 500 m. in the pro- duction of concentrated sulphuric acid and 500-750 m. in the production of tetraethyl lead and ethyl liquid. Pollution of the atmosphere of the plant's territory is due to the accumulation of toxic substances in the snow on the pound and the surface of the buildings. On account of the results of these investigations~ it becomes necessary to alter the current hygienic standards, Ile author of this work proposes that the maximum allowable concentration of tetraethyl lead in the air of the working premises to be 0.005 mg./cu.m. and in the outside atmosphere to be 0.0005 mgJcu.m., concentration of com- pounds of phosphorus in the atmosphere to be 0.15 mg./cu.m. (at one time) and 0.05 mgJcum. (average for the day). .ARQLL?AWr4.S.; XASLOY, L.X.; PULIKIS, S.A.; SOKOLOV, K.K.; SOKOLOV, M.P.; SUBBOTIR. 7.H.; SMWILOVA, A.M. Professor K.X.Grachishchav; obituary. Gig. i san. 22 no.6:92-93 Je '5?. (MIRA 10:10) (GRECHISHUNY, KSXNOFOXT MIKHAILOVICH, 1873-1957) ARKHMV,A,~�. (NDskva) institutes of industrial hygiane and occupational diseasee in the U.S.S.R. during the past 40 years. Gig.truds i profstab. 2 nool: 49-56 Ja-F 158- (HIM 1113) 1, Institut gigiyeny truda i profsabolevanty AMN SSSR. (INDUSTRIAL lffGIXHI-STUDY AND TRACHING) (INDUSTRIAL KIDICINK-STUDY AND TRACHING) ARKHIPOV A S (Moskva) G=ont pyoblema of labor hygiene In the chemioal Industry. G.ig. Vruda i prof. zab. 4. no.l.-4--q Ja :60, OURA 15-3) 1. Iwtitut gigiyeny truda I professionaVnykh zabolovaniy 1191 SSSR. (CHEMICAL INDUSTRIFOL-HYGIENIC ASPECTS) ARKHIPOV, A. S.; BCYTSOV, A. N.; MARCHENKO, Ye. N. (Mosjcva) -- -- - -- -- --------- Pollution with toxio substances in the atmosphere of chemical factories. Gig. truda i prof. Eab. no.1:3-8 162. (MIRA 15:2) 1. Inatitut gigiyany- truda i profsabolovaniy, AMN SSSR. (AIR,-PMLUTION) ARKHIPOV,A,J,_(Mq;sqPw) Radiation factor in the aspect of bygienic and biological study. . (Resulto of the enlarged symposium on problems of industrial bygiene in work with radioactive substances and sources of ionizing radia- tions). Biologia, 17 no.3:56-60 162. 1. Institut gigiyerq truda i proftabolovaniy akademii meditsinskikh nauk SSSR, (MUSTRIAL MEDICINE) (RADIOACTIVITY) ---- I.S,%-,K-ngalm --- - - - ..... ARKHIPOVI A.S., prof. [Occlipational hygiene in the chemical industry) Giglena truda khimichaskikh proizvodstvo Moskva.. TSentr, in-t usovershenstvovaniia vracheip 1963. 44 p. (MIRA .17:11) AR M POVf AOS#, prof. .; --ftide problems of control, of occupational poisoning in chemical industries. Zhur. VKHO 9 no. 3:325-331 164. (MIRA 170) AhU110,I) 1:071,0VP Y11.1" j Inhibition of autolysis by substances capable oil radical polymerization. Radlobiologila 5 no.4;616-617 t65. (MIRA 18:9) 2. Morkovskly gosudarstvennyy universit.et Ameni M.V. Ixmonosowt. DAVYDOV, B.S., gornyy inzh.; ARKIJIPOV, A.V., gornyy inzh. ft Self-propelled unit for nprinkling excavation stopes. Gor. zhur. no.5:74 My 165. (MIRA 18:5) 1. Severnyy gorno-obogatitellnyy kombinat, Krivoy Rog, "W Yj_t1jY -LTAYFVAP N.V.; BAYBULATOVA, Z.K.; V1SKOVSKIY, Yu.A.; ~LKIIIE~ At N.P.; KRAVCHENKO, M.F.; KUPRIN, P.N.; LEVIN, A.I.; POLISTER, L.A.; SFMVp V.N.; BYRNEV, I.P.; USHKO, K.A.; SHOIA)KHOV, V.V.; Prinimali uchastiyei RODIONOVA, M.K.; CHELITSOV, Yu.G.; KUZNETSOV, Yu.Ya., kand. geograf. nauk, nauchnyy red. [Geology and oil and gas potentials of the south of the U.S.S.R.; Kara-Bogaz-Gol (Gulf) region (eastern part of the Middle Caspian oil- and gas bearing baain).] GeologiJa i neftegazonoonost' luga SSSR; Prikarabozazte (vostochnaia chast' Srednekaspiiskogo nefte- gazonosnogo basosina). Leningrad, Nedra, 1964. 300 p. (Trudy Nauchno-issledovatel'skoy laboratorii geologicheskikh kriteriyev otsenki perspektiv neftegazonosnosti no.12). KUPRIN, P.N.; ARKHI 0 A.Ya. Outlook for finding oil and gas in the northern foqtbills of the vestern KOPIR-Ag'. Geol. nefti i gaza 7 no !43.6-22 MY '63. ?MIU'16:6) 1. Moakovski -osudar*tvennyy universitet. pat-Dag region-Petroleum geology) Itgopet-Bag region-Gaaf Natural-Goolog3r) KUPRIN, P.N.; ARKRIPOV, _A.Ya.; MIRZAMANOV, M.K. Now data on the geology of the western part of the'Porso)mpokoys Plateau in the southern Kara-Bogas-Gol region in connection with oil and gas potentials. Vest.Mosk.un.Ser. 4tGeol. 18 no.2:37-49 Mr-Ap 163, (NIRA 16:5) 1. Kafedra geologii i geokhimii goryuchikh iskopayemykh Moskovskogo universiteta, J~ira~Bogas-Gol (Gulf) region--Geology) IDBANOV, P.; BUZHNEV, D.; OLISHANSKIY, M.; LYSENKO. T.; LISAVENKO. M.; SINTAGIN, I.; YAKUSHKIN, I.; PR=NT, I.; VARUNTSTAN, I.; KOISSNIKOV, V.; YEVTUSHEM, A.; ZASYAIMIKOV, T.; ALISOV, M.;:UTXMN, A.; MRSHKOV, I.; ]ZLOKWHOV. I..; TIIZNIN, K.; KARPOV, G.; CHERNEM. S.; EAKUMV, A.; TIKHDNOVA, A.; KIJZIMIN, A.; BTJZULIN. G.; TOLMACHEV, I.; LTSM, Te.; KHARITONOVA, Ye,; KUSHNIRENKDj M.; NOVOPAVIOVSKAYA, N.; ZHIRDNUN. I.; KATSURA, O.t KIRTUKRIN, I.,; NIKITIN, B.; TSVITATEVA, Z.; A DI Bq; 0STAPHIMD, V.; IVANOV, V.; BUTUZOV, V.; LUTKOVA, I.; p '. B SVBTT'AYICVA.,9;Z.; ARMPOVp B.; OSTAFEW. V.; IVANOV, V.; BUTTIZOV, V.; yj r LVMVA, 1 9 P.N9 IAkovlev; obituar7g Agrobiologlia no.6:119 N-D '57. (MIRA 10: 12) (IAkovlev, Pavel Nikanorovi'ch, 1898-1957) L 62971-65 Y20-21EWT (d)/FSS-2/FWT 1)/E7,'.r T/LYM-71 A pw~ov, fu. S. %~Mo c -..; I ,II - -7A, TITLBi On the reaction pulse during crater formatIon and on ainuletion of the ..impact process SGURGEt Zhurnal prikladnoy mekhaniki i takhniuheakoy fiziki, no. 3, 1965, 1243-126 1 TOTIC TAGSt oratering, momentum trans;ev, impact abock, 4AP-act temlins) otilil ASt 20 stes'),st .nkrV~SLDOit.y PrP11! t 4, N cbr,)nozAatvr, P UW tl,~-, 1 -w.. r is th.. Yq mff. !ARmKRHIPmOjxt.k~; KOMkRDV, BALWOV, To.Ta,,,.kand. ALYAKRMKIlp A.K.,, red.1 PETRENKOP V.14.t TITKO, B.S.; CHKRNUKHAp V.9h.1 takhn. nauk, nauohn. red.; nauchn. red.1 POSTNOVA, I.D., red. (Wood processing at the Bratsk 46odworkin~ Cmbine-l Podgo- tovka drevesiny na Bratskom lesopro"Phelmom komplakes. Moskva,, TSentrallnyi nauchno-isel. in-t Informateii I tekh- niko-derevoobratetyvaiushchei pron7shl. I lesnomu kboa,, 1963. P2- (MIRA 161l1) (Brmtak-Woodworking industries) Yu.S.j Insh., tekhn.