SCIENTIFIC ABSTRACT KOLESNIKOV, V.N. - KOLESNIKOV, YU.A.

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SCIENTIFIC ABSTRACT
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I W 12 i. 9 8 04 I-I 9 ~5 'T EEC' b "- '/-1-9/006/0910/0915 AP5000293 'j/ UI# ij j 'X:Wyanov, E. A.; Kolest-tikov, V. Sieptsav, G. V. ---f::-'-iqation of chemical crystal lizatior~ of jermaniunn. in or-L de _p roces s iv, -stalloarafiya, v. 9, no. 6, 1964, gern-anium, Crystal iiXttion, epit-axia.', growing, single In film _qtudy the epitaxial growths of ;eznani-un. _Ln the open -ass, using the reaction 2 Gel 2 0jas) --~e (solid) + GeI4 !: .;:!alories'/ the authors investigated t'-,e crystallization --:n in accordance with this reaction -i.r. -a vessel con5ti- ;artz tubp I meter lonq and 18 mr, AnsLje rliameter and in -eat--. . constructed oven with programnie,I '.. - -, 't The carrier r stream of purified hydro' V ~ . y ng uy means of an electric field. The second condition can be fulfilled only, if eiectronic density is small in comparison with the tota-1 lensity of the 2 as -7bis 7--lirs at q nra(~tica-11Y t0trll, ZR* -'r f .7 iX M E -7 -Pitl- P(b) T.-P(c) KD-I-r-4 k-v, iivne '~Xcitation of tv,,a Molenil--ir '.ika i spektroskopiya, v. 19, a"c ji,9~1,q.rc?o Fz,a r~ trm ".,cl~cular n1tr, r-7. L Waw-66 ,,-.ENT( 0/T/3WPW/9TI ACC N9, AN019664 IJP(c) JD '~-SOURCE CODE: UVO0?3/d6/03aAQWJQ042j0645 AUTHOR: Kolesnikov, V. N.o. DmIyanov, E., A.; Sleptsovp G. .; Kornlyonkop Ve & ORG: Kharkov State University Im. A. M. Gor'kI (Kharikovskly gosudarst:vennyy urlivera-Mat) TITIX: Study of the thermochemical etching of germanium single crystals with gaseous Iodine IVI SOURCE: Ulcrainskly khtmichaskly zhurnal, v,,32$ no. 6. 1966, 642-645 TOPIC TAGS: germanium single crystal, Iodine, etched crystal ABSTRACT4. The articleconsiders the effect of the temperature and pressure of gase-_ ous Iodine on the reaction between the latter,and single-crystal germaniump-and also the mechanism of-the thermochemica-i -etching of surface (111) of germanium. It Is sho~m that ~germanium tetraladide Is formed at 200-5500, and SaTmanium ditedide at 300-8000. The region of maximum yield of ditodide and tetralodide Is - 4000. At T > 60000 the yield of diladide Increases with rising temperature. A mechanism in- cluding the successive stages of chemisorption of lodines formation of the Iodide*- .and desorption Is proposed. A metallographic study of the surface after etching showed that true etch figures (flat and depressed triangles) are formed an wirface (III) over a definite range of etching rates at 500-6000 and iodine pressures of 2-4 mm in the iodine zone. Orig. art. has:, 2 figures. SUB CODE: o7/ Sum DATs: 16ju164/ oRiG REF: 003/ OTH REF: 008/ Card UDCt 546.289t548.572 -6 tw-,(dl _1~~rr(m q(v -'(k)/EJP~h)/FWP" 115/~N/DJ )Lp _I/yjwP(t)/M i ACC NRj AT5022782 SOURCE COM UR/3164/64/000/014/004C)/0043 I &n )I Sarin 1, A. (FnKr.); kleanikov, V, 134-1 T'ITL&i Produotion of 8130 40 X 2*0 and 40 x 1.5 mm Pipen from stainless steel by cold Irp Lving ~tjth a long mandrel Vses 0 J .'r':7 pC tn,-ri i I wrqJ( K- Lv: 4 ~av -1c"! -;n of A practice -f Vi- prol ctiOn,, 4U-i., TOFIC Mgt metal tube, cold working, metal drawing, atainless steel, lubrication A3STIiACTi Yhe experiments W*e conducted using a 30 t Ion.-drawing tube-mill, ~flth a III mIlVidth slanting rollers. copper -3nd oxalates were coating. Following t-he ~,,xa_Lating, the pipes altri4poraturesof 500C vith a 6% aci-,itdon Lf hAx-I O.-L71, 9,nd the r if~~qce V~ys --lovered with ca8tcr oil ~u-,' tal-~ The ACC 'IR-., AT5022782 q O;qpe ents confirmed the possibility of obtaining stainless steel thin-walled r pipe-4 0.7 cold drawing with a long mandrel and with a i3ub-3equ,)rt Calibration by itncut a mandrel. They also showed the VcseibiLiv c f productng pipes a-r-, Int4r.-adiate heat treatmente, Orig. art. hast 1 figure and 1 tables SUB WDLi// 13 STP-M DiM nOnd/ ORIG REFS 003 Mbr., Inst. Geologrical Sciences, Acad. Sci., -1947- Mr., Geology Institute, Turkmen Brancht Acad. Sci.t -1947- "The Problem of Struggle and Cohabitation in Paleontology," Dok. kit 58, No. 7, 1947 "The Syngenetic Schemes of Sarviat Scaphandridae)" Dok. AN, 56, No. 7, 1947 "The Significance of Widely Distributed Types in the Paleontological Method of Studying Mollusks," Dok. A&T, 56t -No. 8, 1947 "Phylogenesis and Syngenesis," Dok. AN, 58, No. 8, 19,47 51. KULLOCAIM, V. P. 24869. KOLESNIKOVI V. p 0 Hokotorykh Problemakh Paleontoloqif ;SPri mech. Redl los 0- yulleten 1 14 k Va IspytaUley Prirody, Gtdo Geol., 919, P. 3, 3-h5)--Biblio,qr: 27 Nazv. SO: Letopis, No. 33, 19h9 SOV/135-56-12-10/20 AUTHORS: Engineer, Shklovskiy, S.M.,Technici-an TITLE: A Univerval Welding Installation (Universallnaya svarochnaya ustanovka) PERIODICAL: Svarochnoye proizvodstvo, 1958, Nr 12, p 31 (USSR) ABSTRACT: In order to mechanize the welding process, a special in- stallation for boiler welding is used at the Kaliningrad "Stroydormash" plant. It consists of a mechanized hoisting device, a roller stand for welding internal and external longitudinal seams and a rotary device for welding annular seams. Boiler welding is carried out by welding the internal seams on a flux padl welding the external seams by lifting the automaton, and welding the diaphragm on the roller stand. There are 3 photos. ASSOCIATION: Kaliningradakiy.zavod "Stroydormash" (The Kaliningrad "Stroy- dormash" Plant Card 1/1 25(5), 32(2) AUTHORSt Avdeyev, B.I., and Kolesnikov, V.P., Engineers TITLE-. Mechanization of Assembly and Welding Operations In the Production of Road Machinery PERIODICAL: Svaroclinoye proizvodstvol 1959, Nrll, pp 27-29 (USSR) ABSTRACT: The Kaliningrad Plant "StroydormanhO has planned to increase pro- duction of welded structures tirice by 1965. The road machines manufactured by the plant are, on the whole, welded structures with different joints. The largest part of the work performed at the plant consists of assembling and welding; hence'the importance: of the mechanization of these operations. The Plant, in co-opera- tion with the All-Union Planning-rechnological Institute of Build- ing- and Road Itachine-Building, is working, during the last 2 years, on the introduction-of a complex mechanization and perfection of welding processes. During this time, over 250 new devices were de- veloped and put into operation. Mechanized methods of welding and assembling are particularly applied in manufacturing snov-ploughs, boilers and bridge-layer frames; a number of special construction Card 1/2 edging machines is used at the plant. Already during thia year, SOV/135-5.9-11-11/26 Mechanization of' Assembly and Welding qperatlons :Lu the Productiou of Road. MA--hinery .the level of welding meohanization will exceed 40%. There are I graph, 2 tables~ I diagram and 6 photographs. ASSOCIATION8.1 Kaliningradskiy zavod "Stroydormash"' (Kaliningrad Plant "Stroy- donnash") Card 2/2 KOLE-01KOV-,-Vasi-117-Fav-lovich;. KUBAREV, Nikolay Vlasovic A; AVDEYEV,, Boris Ivanovich; KUDIKMAy Yeoq.;redo; GMMK, A*j telfte red. (Advanced technological processes in the machinery industry] Frogressivny~e takhnologichoskie proteessy v mashinostroenii. Kaliningrad, Kaliningradakoe kzdzhnoe izd-yo,, 1962. 110 p. (MA 15:11) (Machinery industry-Technological innovations) 'EPA( a )-2 NR: AP5010983 UR/0144/651'000/"OC,,.3/1035'oi'0359 621. x13. A"?+ 621 ~,17, f e_~' 0v, F, M. (Candidate of te c hn i c a! _q .- i e ri;. cDoccnt of electric-~I 'k&,WMj.M& (At)pirant of machineig de tj 'hronou,7 reactive motor with imprc!ved an.j ~)ptratirlg U Z. E I e kt r o me khanika, n o. 3, 19 o 5 - kS 6 - I qynchronous motor, reactive motor An improved design I-B described of a rcactive Motor "Whose rotor is '~"Iode ling a standard induction -motor rot,,-: Eiur teeth are milled off Enrlostzrc I - I). A practic4ly iN NR: AP5010 83 QlAantity'. )#a" Rofor "d" Rotor Pull-in torque 7900 13800 g-Cm Pali -oul torque 9400 14900 g-cm 1 'Starting torque 192OU 27500 g - c m Starting-current factor Z. 3 Maximurn p. f. 1 0, 43 0.6 Maximum efficiency ;3 68 :!,1.'-3: 2 figures, 3 formulas, and I tahle. 09Mar64 ()Oz ENCL- 01 OTHER', 600 Zi ~, It 98 3 P NC LOS, URE --. - .,- - :~~ I-~ -, -- - ~ - - . ~ ~ T ~~--- , ~-!LL .1- - . - --- , , . . 7 q i-I I %1,;ii :wA j L2 ',.-tomatika i telemckharilka, v. 26, no. 11, 1965, 20'72-2077 WI;Igmet, pormanont %fl'irl;, frpquent use is made of inii~wv~~ ..1 _)f Pt_rmaneut -ev L~v. r 4,21 (~alte% -1't- : C. ;Itt -'-L'K- t~ 1;o%ver of MLich was 'i-) A ~L ma,j,ri3l. In -;m appooc'i\ uh., r:I the methn(i for the FM SUBM DATE: 17gep64 ORIG REF: 0:-)2 UDtl': - 6Z 1. 3 13. 181.5. 00 1. 24 YUMOVP FJU* kandetekburauk; gmwmm#- 02h 6 stwt of a alml&Oaso eywAmanow calmaltor potor with Permanent magmts-im MaktraftWhulla 36 tto*Ut%-U VI '165* (MRA w:n) L '39536_66 W0.) ITd70-0-16 ACC_ NRt AP6006627 SOURCE CODE:, TJ00M3_1&5/000;r0__1 I'110 AUTHOR: Yuferov, F. M. (Candidate of technical sciences). Kolesnikov, V. P. (Engineer) ORG: none TITLE: Starting of a single-phase capacitor synchronous motor with permanent magnets SOURCE: Elektrotekhnika, no. 1 1, 1965, 9-11 TOPIC TAGS: electric motor, synchronous motor, capacitor motor ABSTRACT: Operation of a permanent-magnet single-phase synchronous motor, one of whose phases contains the capacitor, is regarded as a superposition of these two regimes: (a) single-phase capacitor induction motor and (b) short-circuited two- phase synchronous generator having a capacitor in one of its phases. Formulas for currents, torques, and powers of the above combination are developed. Theoretical and experimental curves,of starting currents and torques vs. slip, for various capacitances, are shown. Maximum braking torque of the capacitor motor is markedly lower than the maximum braking torque of a oymmetrically fed motor. This and other factors are favorable for starting condit),ons of capacitor-type synchronous motors. Orig.. art. has. 4 figures and 19 forMUla3. SUB CODE: 09 SUBM DATE: none .VORIG REF: 002 Card -1/1 VMb UDC. 621.313.323.001.5 C NRs Apw6343 SOUME OOD& AVMOR-. Turerovs F. H. (Candidate of Technical Scienveal Dbcftt)l* Koleanikov~ To' PO*'- (Aspirant) ORGi , Blectri Ha6hinery Departmentq Moscow Ener Thatitute (Wedra'el chea;W Cal kikh miahin Maskoveakogo anargetichaskogo instit= Tr=: Selecting the degree of excitation and paramoters for a permanent WPO"', synchronous motor .80URCEt IVUZ. Slaktronekhanika, no, 7, 1966, V51-756 TOPIC TAGS: electric motor, permanent magnet material, electric power source I miniature electric power source ABSMCT: The recent, considerable, improvement in the properties of magnetic materials has generated increased interest in permanent magnet synchronous motors, two designs of which are discussed, Properties aro analyzed and the followinglaca-.' clusions arrived at: (1) excitation for amall motors can be determined given con- ditions providing for reliable aAynchronous starting; (2) excitation for large motors must be detendned on the basis of mari um power factor for the ratingi the relationship between motor parameters in asynchronous and synchronous operatift'. influences the seleotio~ of excitatica.maguitude, since if power and excitatioa a" 'Card UDG: 621-313-3324621.3-045 ACC NRs A%()26343 decreased there mwt be an Increase in leakage pe=eance arising from the condition-'. of optimum use of permanent maguats, whichs in turn rewAlta in,a relative reduatiom,,,-~ in the dif ferencee in pameance, along the axis used in -the calatClationse -The -latter rewdt serves to improve the starting and running properties of permanent..~.~,-. t opchronous adaronotorso.*0rig. art* hass 14 foxiaulAas mid f1preso Magna suB cm: og/am DATs i l4jan64/VMQ - W 003' X V V L_~ _'7 d 2/2 C or l3quilibri,= condition In the cirms of a differential tranaformir protection systoo with ca exterml short-olroatt. Isv. Tres. uchobs vaT,;,Gnerg. )~uo. ?sl9-28 JI 460. (RDA 130) semnarom xaze=7 cie"r7mmoura= arwAnwi transforz, KOLESNIKOV. kandtekhn,nauk Operation of electric current transformers in differential protection networks. Izv. vys, ucheb. zav.; enGrg. 6 no.20-18 F 163. (MRA 160) 1. Tomskiy ordena Trudovogo Krasnogo Znameni politakhnicheakiy institut imeni S.M&Kirova. Prodstavletk.kafedroy tekhniki vyaokikh napr*-iheniy. (Electric transformers) Mectric protection) (Electric power distribution) DRCZDOV, P.I6, kand. tekhn. nauk; KOLESNIKOV YS., inzh.; ZOWTUKHINA, V.V.~ starshiy nauchW sot-rudnik "Stramitell slabs. Stroi.~aat. 10 no.8:40-3 of cover Ag 164. (MIRA 17:12) 1. Rukovoditell lRboratoril Gipronisellproma (for Drozdov). KOLMIROV, V. T. OA study of the gas,conditions when potatoes are kept in various types of potato warehouses." Min Trade USSR. 'Hoscow Inst of National Economy imeni G. V. Plekhanov. Moscov,, 1955. (Dissertation for the Degree of Candidate in Technical Sciences), SO- Knizhnaya letopist, Not 16,, 1956 v Stea.,vl boilers Technical council of an installment section. Rab. energ. 2, no. 6, 1952. 9. Monthl List of Russian Accessions, Library of Congressl December 1951, Uncl. KOLE KOV, V. V., Eng., Steam Boilers Experience in repairing boilers equipmen".-. Rab.. energ. 2, no. 9, 1952. 9. Monthl List of Russian Accessions, Library of Congress, December 195Y, Uncl. 2 .Kou-,,sllmov, V. V. LAPS-71rNA, L. S. n1. nauchn. sotr. i A12SH131, P. F. D-iygtv. CIA. kieademfl U3311t D-It Arl-liltakhtury Pi~of. , 111RINCIM"X0, A. 1. yalld. Arkh, YMsr!lX0V V V Fun(l. Arkh. Inst-Itut Arkbitektury soomtzhenJy Xmdemti Arkliltektury USSR RIFIT 'TTURk SHKOL11M.11 ZDAIIIY - Mll " I Pace 75 SO: Colledtion of Annotations of Scientific Rese,,rch Woxlc on Constructlon 4- lorn ___. _. - s (1cirev, ul Go r* kogo. 19. kv-7); ShchakavitsimM, 36, k-w.2:)); MUROVA, T.V. (11yev, ul. Kirova, 6: Potential properties of anastomoses of the branches of the-iiternal carotid artery. Arkh.'anat.gist.1 embr. 37 no.11:32-38 1 1519, (MMA 13:4) 1. lafedra funktatonalluoy anatomit (zaveduyttshchiy - prof. V.V. Irolesnikov) Kiyerskogo gosudaretvannogo institute, fixicheskoy kUltury, (CAROTID ART3RY phyajol.) KOLESHIKOV Study of the collateral hlood circulation', Dwrelopment of 11.1. Pirogov's ideas on the role of 'the nervous system in-the xestoration of collateral circulation. Ekeper, khir. 5 nc. 5-43- 53 6o. (MIRA i47:1) (BLOOD-CIRCULATION) (NERVOUS SYSTEM) VLASOV~ N.I.; KOIESNIKOV, V.V., inzh, Making cards for assembly work on electronic digital computers. Transp. stroi, 13 nojz%~60 Jl 163, (MRA 16:9) 1,Glavny.v spetsialist Kiyevgiprotransa (for Vlasov). 2. Institut ki- bernetiki All IJkrS SR (for Kolesnikov). (Electronic digital conputei~s-Programming) UUMIN, rKcv V. V. 20945 Kolesnikov., V. V. Potovyye zhelezy srygi, dzheyrana i ovtsy. Trudy Cdes. s.-kh. in-ta, t. V, 1948, s. 135-43.--B-ibliogr: S. 143 SO: LETOPIS ZHURNAL STATEY - Vol. 28, 1".oskva, 1949 KOLESNUOV, V. V. KolesnIkov, V. V. "The subpelvic.cavity and the problem of the origin and evolution of the accesavry external sex organs in mnels," Tr~dy Alma-At. vet.-zootekhn. in-ta, Vol. V, 1948, P. 308~21 So- U-3566, 15 March 53, (Letopis 12hurnal Inykh Statey, No. 13, -31-949) USSR/Fam Animals General Problems Abs Jour Ref Zhur Biol,', 110 1958, 3C&Tl Author Kb!esnL1wv-_V.V, Inst Title The~Cartllaglwus~yramework of the.Broachial Ducts of the Horse and-of- Cattle (Khryashchevoy.,skelet.bronkhiallnykh putey loslutdi i knipnogo rogatoep'skota)4- Orig Pub Tr. Odesek, s*-kh. in-tap 1955P 7) 27-31e Abstract In the cartilaginous framework of large and modial bron- chi of the horse we found long cartilaginous plates en- compaosing J-J of the circumference of the bronchus* In different parts-of the bronchi, the plates are compo- sed of 1-3 layers (rarer, 4 layers). Adjacent plates are joined by 34gawnts, &sall cartilaginous plates are still eyncouatered in the bronchi of the 8th-9th orders At the points of division of the bronchi are found Card 1/2 USSR/Farm Animalsi Gener'61 Problems. Q-1 Abs Jour: Ref Zhur - Bioldi, No& 22j 1958, 10111+3 Author : Yolesnikov V V kkekhova, M.M. Inst : Odessa Agricvltural Institute Title : Gland Distribution in the Bronchial Tracts of Horses and Cows. Orig Pub: Tr. Odessk. s.-kh. in-tal 1957, 12) 57-62 Abstract: On two 8-year-old cows and two 10- and 18-year- old horses it was demonstrated that epithelial glands of bronchial tracts are developed to a markedly lower extent (about 3 times) in horses than in cows. As the main bronchial trees branch out, the degree of saturation of mucosa by glands decreases; glands are better developed in the carinal area. The latter phenomenon is explained by the characteristic interrelation- Card 1/1 ships between bronchial mucosa and inhaled air. .i.SEKHW-,YSTRYUKp A.K.; KOLESNMOVp YA.I.; VERTUNOVp L.N. Thermal vaters in the Issyk-Kult basin. Priroda 52 no.6:115 163. (MA 16t6) 1. Frunzenskiy poUtekhnichaskiy institut. (No subject headingQ) Comwative evaluation of aneothetics for use in an orthopedic stodathlogical clinic, Probl, atom. 5s363-366 160* (1411iA 15:2) 1. Kiyevskiy institut usovarshenstvavani AMT ya vrachaf, USIA IN MOTIS hOLES111YOV) ausistelit Wyev) Th:~rapeutic prlnciples in penutratirg gunshot woi.mdr of the r-a Illa, Probl. chel,-lj.ts. khir. no.1:116,122 165. (MIRA 18:10) State of the maxilladental Mtem In patients undergoing therapy for~other conditicuse Problostom*16074-360 162, (MM 160) (TERTS"DISMSES) (GUMS.-DISEASES) ImEmcm, mma) IKOJZSNINOVO Ye.r.9 insh. Determining the power of drive of the actuating member of a wheel-type excavator. Stroi.i dor.mashinoetr. .4 no.10: 9-13 0 '59. (Excavating machinery) (HM 138-2) KOLESN,LKGV, Xe.F.,q. inzh-e- Selection of efficient geometric parameters of chips in the opera- tionof rotary e=avators. Ifaucbzap.Ukrniiproekta, no-5:122-130 161e (KIRA 1517) (Excavating machinery) ~YOF inzh.; TARAMOVO.D.I., inzh.; XMIX, B.D., inzh. Miclent parameters of tho buckets of a wheel excavator-D Stroi. I dor. mash. 8 no.5216-18 Vq 163. OWU 16-5) (fteavating machinery) KOLESNIKOV, Ye.F., inzh.; TARANOVp D.I., inzh. Performance,of rotary-bucket excavatom with vertical and horizontal chips. Rauch. trudy Mosk. inst. radioelek. I (MIRAgor. alektromekh. no.46:133-140 162. 17:1) NAYMIENK09 I.S., kand. tekhn. nauk; ROLESNIKOIF, Ye.F., inzh. Selecting reduction gear ratios for roultirope hoisting machines. Nauch. trudy Monk. Inst. radloalek. ". gor. elektromakh. no.4404-39 162. (Mllb~ 17:9) KOLESNIKOV,, Ye.F., inzh.; TARANOV, D.I., inzh. Roller feeder.of the working componert of a rotary bucket excavator. Stroi. i dor. mash. 8 no.1:13-15 A 163. (MIRA 18:5) d) /T 7 Mprvl)l 000 'M,_/02,96/ V 001/TI-54/0i 55 6 wj/ V. N.; Koleanikovp Y-z). F. E. maxim= moment- Class 47t No. 169951 izobraterUy i tovarnykh znak-o-, nr,. 7, 1965, -A-11. ~-.-3zRmi saion, gear -kit-hor :'Prtificate presento a olutch o' - 'thir n wMch are contained the (-q,-e Fig. I on the &'Clo-m.Lre f, -_rvulcp ,:n,,takiy machinoatroitel irQy za"d im~ 14,-Ietty-i UC M--, (Donet-,s -ons-r-ruct-jon -plant) -iA -.","-"4 EUCL: 01 ',UB CODE OTM. X U5010970 CLOSM: 01 1- i=obilo caving of the clutrh; 2- toothing; aatellites of the planetary tranamiosim.1 4- tiolar *,~-- 1-rive shaft; 6- I.,tric motor; 7- ring of the rorking rvasembly; 8- rolleral 9- sprine KRICHEVIVIF'VO YE. ; KOLF'SillIKOV, Re Go Coal-mining i,:achinery Effect of cutting speed on the operations of the combine "Donbass." Ugoll 27 No. 9, 1952. Monthly List af Russian Accessions, Library of Congress, Dep-amber -195&, Uncl. 2 KOIMIMDV, Te9G.. lnzh,, Nost eff talent feed gear for the ODonbass" cutter-loader. Sbor. DonUGI no,16193-109 '58- (MIRAn:n) (Coal mining machinery) KOLSSNIKOT, Ye.G., lush. Admlsslbl~ error in measuring with a D-351 self-recording device. Ugoll Ukr..3 no.2:29-31 F159. (MIR& 120) 1. Donglpro lemah. 114ining machinery,) (Recording instruments) , -A MURAVIYEV, V.I.; Possibility-.of determining the time Involved in the formation of dislocations from the absolute agge of authigenic minerals. Lit. I pol.-iskop. no*3:144-146 163. (MIRA 17 -A) 1. Geologichoskiy institut AN S&SRp H63W Kum), IKOV, Yl.;. V. OThe Biological 01wa-acter- of Growth of tAie Root System of Apples in Connection I-Tith the Growth of the Underground Parts." Cand Agar Sci, Nloscow Agricultural Acad imeni K. A. Timiryazev, Moscow, 1953. (MhBiol, No 8. Dec 5,4) Survey of Scientific and Technical Dissertations Defended at USSR Eigher Educational Institutions (12) SO: Sum. No. 556,, 24 Jun 55 KULESNIKOV, Ye.v. Growth dynamics of Antise apple seedlIng. Blul.Glav.bot.vada, no.22:88-92 155. (KIRA 9:5) 1. Glavnyy botanicheskiy sad Akadamli nauk SSSR. (Ample) M IL~E SON I IVI D T Zffect of the sol~2 and-rootatock an the development of intake roots of the apple tres. Btul.GlaT.bot.sada, no,23:76-78 155. OW 9.7) l.GlavVy bota3dohlski "ad Akademil Rauk SHER. (Apple). (Rute 06= Ye., kandidat sell qkokhozyaystvqnmyfkh nauk. Orchard. in winter. Wn.no.904-33 D 156. (WBA 10:2) -r7T V: Y&- v 0 SOLOVIM, Yuriy Ivanovich; XABWKCVA. Pjiriya Ivanovns;,~ 131741 1603ally Ye- a r ve zi ha.VOLIPKOVIGH, S.L. akadentik, otvetsfiinay.F 6 o r -VN-TCR.,I.A..7r-ed9ktor isdatellstva-, P01MILSKAYA, S.M., takhniche- Aty redaktor Ivan Alekseerich Emblukov. Kookva, lzd-vo Aked.nauk SS~M, 1957. 208 (HW 10:10) (KabliVkov, Ivan Alakseavich, 1857-1942) Ve V, KAHSHILOY, N.A.: ANTOROV. M.V BAIDUnV, A.U.; BLINOV, L.P.; BORISOGLUBSKIY. A.D.; GAR, K.A.; GARZHA, K.F.; GORSHIN, P.F.; GUTIYEV, G.T.; DELITSINA, A.V.; DUBROVA, F.F.- YEWUS10fK0, A.?.; YIZOROV, V.I.; YEREMIKO, L.L.; YSFINOV, V.A.; ZHILITSKIY, Ya.Z.; ZRCHKOV. N.G., prof.; ZAYETS, V.K.;.ISXOL'DSKAYA' R,-B,! KOTY.SNIKOV. V.A., prof.; KOSTINAI K.F.; KRUGLOYA, V.A.; LEOW21TKVA, 'N.H.; IZSYUK, Ye.A.;' MUKHIR,U.N.; NAZARYAN, Ye.A.; IIEGRULI, A.M.. prof.; ODITSOV, V.A., OSTAPENIO, V.I.; PRUMVICH, P.S.; PROSTOSMMOV, prof.; RUKAVISHRIMV, B.I.; IRYABOV, I.H.: SABUROV. N.V.; SABUROVA, T.D.; SAVZDARG, V.N.; SEMIN. V.S.: SIMONOVA, M.N.- SMOLYANINOVA, N.K.; SOB01"EVA, Y.F.; TARASUKO, M.T.; FBTIS6i, G.G., CHIZHOV, S.T.; CHUGUM, Ya.V., prof.; YAZVITSKIT, H.R.; ROSSOSHCHANSKAYA, V.A., red.; BALIDD, A.I., tekhn.red. CYruitgro'wer's dictionary and handbook] Slovarl-sDravochnik sadovoda. Mosk7c, Gos.izd-vo sellkhoz.lit-ry, 1957 639 P. imm 11: 1) (Fruit culture--Dictionaries) rolasm Mat Sellskokhozyarstvanafth nauk, ambifieft- wwm-wwom~-- . .1 1 When does tile tree grW. Wn, net, no,4.&24Ap 157, (MWA I.OtO (Tress) E- 8 C~ k Y Cultivated r"junts - -Fruit Trees. ; zm a 11 F f t A, Tits . 0, lc !958 No. 871c1 j UR . UM 1.0 1 01 .1 Yc. V T W I-AAIo~oo of :3tudy of'the Growth of Absorbent Doots of Fruit Trees. 1. Cq1G. P113 B. !,-,v. Timir,favvsk. s,-10h. akad., 19.557, No ('~ 51-60, A 133 T,'-!-A C T A, cha-acterization is provided of the roots c;f' primary structure. Detailed description I& given of tjkc- of' 11frce mcno"AtVit C) r V. 1".. lorl hrou"h, glazs. By the fo~rn-er mc-'U,od lt~ 1S elete~n,-Lne oly-c- of al,,50rt-,~.ni,- rc--t-s -("trl tt~ to x am Ic 5 s C', c I) h e :I S 0 1,:, 1, e%' -a 11;-e Sof r-Do' S-001-,-:~171 n-m -.rth, can nor. bc -'el-ernire'. 'Tle metho, ob:;~~rva~- ion g.1a s s 11-c".rmita of --uots -,n,,' Gf all -raots Lrwi-g at the glasal n b,-,,t dces nf.)t !n,-ej-ef- pn.l-~-dble dL-tt-.,rUn-*tt1.xi cl~~ -AzE- Qf Dvn-;-,"JCs of ~,rclAh rcots G ARD: -'I - F.1-~j-,'-- 1- - i~, KOLESNIKOT, Te.V., kandoellakokhosynystvennykh nauk - (MIRA 10:12) When root-9 grow. rUn.nat.no.12,19 D '57. (Roots (Botany)) USSR/Cultivated Plants - Fruits. Berries. m-6 Abs Jour : Ref Zhur - Diol., No 20, 1958, 91.809 Author : -KQI__esnikovL Ye.V., Sudzilovskiy, K.B. Inst Title The Effect of Local Cultivation in Planting Holes on the Growth and FruitinG of the Apple Tree. Orig Pub Aerobiolo&dya, 1956, No 1, 134-135. Abstract The experiment was started in the spring of 1950 at Kryukovo Farm in the Moscow Oblast on clayey, turf podzo- lie soils which were well primed witli manure in the pre- ceding years. The diameter of the hole vns 160 cm and the depth 50 en. The best treatment proved to be the In- creased aoses of mineral fertilizers (2 kg PC Plus 0.2 ka of K~ per hole) and a half dose of mineral fertilizing urith compost and peat. An improved growth of the root system and an accelerated geginning of the fruit bearing stage were the results of this treatment. Card 1/1 (I KOIMIKOV, Ye.V. Grafting and regrafting Into the top of fruit treaso Polltekh. obuche noo3:49-54 Kr 159., (MIRA 12:4) 1. Moskovskaya plodovo-yawadneye. opytnaya stautelyao li;aftingi M=IIMV, Ye.V., kand.9el'skokhozyaystveWkh nauk Applying the adaorption method in studying the growth of fruit tre root svptems. (wit'n a summa-y in lbglish3. Izv. TSKM nic 1-34-42 * 16o. (I.InA 13:9) (Fruit trees) (Hoots(Botany)) KOLE55NIKOV, Ye.,, kand.biologichaskikh nauk On the slopes and in the ravines...Nn. nat. no.9:36 S 16L (cherry) GARETSKIYO R.G.; WT!~~Vp_ ye~*_ M.; mURAV,y-rVp V.I.; SHLEZINGER,, A.Ye. Possibility of the determination of the absolute age of folding based--on authigenous minerals in sedimentary rocks as revealed by a study of fold basement made in the southern. Ural Mountain region. DokL AN SSSR 154 no.4:829-832 F 164, (MMA 17:3) 1. Goologicheskly institut, All SSM. Predstavlano akademikem A.L. Yanshinym. KAPTSINELI, Mikhail AbramovIch; IORCHAGINAp V.A.; KORCHAGIN, VA; SMOYAMMU, U.N.; YEFINDVp A,"v xed. r MAKHOVAt U.N.0 takhm-red. - (Fruit culture] Plodovodstvo; uchabno-spravochnoe posobie dlIa IX-XI klassov sellskoi arednei shkoly a pmizvodetvennym oba- cheniem. (By]H.A.Kaptainall L dr. Moskva, Uchpedgiz, 1963. 327 p. (Fruit culture) (MIRA 16:5) 4';/w Coal mining under the protection of a flexible, non-sectional shield. Hast.ugi. 6 tio.10:10-12 0 '57. (KIRA 10:12) 1. Ilachallnik uchsatka shakhty No.12 kombinsts Kuzbassugoll. (Coal mines and mining-Rquipment and supplies) X0111SNIKOV, TU,A., inzh. Improving the maufacturs of voldings. Bar. prom. 8 no.8:13-15 Ag 159. (KM& 12:12) LTSentralluoys asballnoys konstruktorskoye bMo Ukrpromsoveta. .(Moldings) (Woodworking industry) EDLICSNIKOV, YU.A., insh.; XWOMIKO. R.0.; 7SAR3GRADSKIT, Te.K. Lacquers made from birch tar for furniture finishing. Der. prom. 9 no.4:15-16 Ap 160. (MMA 13:9) 1. Wentrallnoye mobellno-konstruktorskoye bywo Ukrpromeoveta, (lacquer and lacquering) KOLES,NIKOV, Yu.A...:inzh.,- KHARCIIENKOl RoI.p inzh,j SIGALOVSKIY, T K.K., Inzh. Use of synthetic glue for the manufacture of moldings. Der 10 no. 4:22-23 Ap 161. . (MIRA i4:4) (Moldings) (GIve) KOLE.13NIKOVO Yu,A.; SHEMER, L.T. Special equipment for the mechanization of labor-cozrissumLng opera- tionr - +be manuractur6 of uleker objects* B=. 41 der. prom. '129 (ml Rx 18'.2) o, 3-31 O-D 164 n 7: 40499 S/263162/OW/013/001/015 IW7/1207 AUTHOR: _E2LC~~ TITLE: A unit for photo-optical recording of earthquakes with a variable slit width and for the subsequcrit reproduction of saitmograms PERIODICAL: Referativayy zhurnal, otdcl'nyy vypusk. 32. lzmeriteMaya tekhnika, no. 13, 1962, 6-7, abstract 32.13.49. (Tc.la-ta fiz. Zemli, AS USSR, no. 19 (186), 1961, 6448) TEXT: A combined recording and reproduction unit is described. A spring-activated recording drum carry- ing a 35 mm photographic fihn, 80 cm long (or a corresponding photographic-paper strip), rotates conti- nuously and uniformly with a speed from I to 6 nun/sec. At the moment the vibration amplitude attains the sensitivity threshold of the unit, a special signalling device switches on an incadescent lamp in the illuminator. After one complete rotation of the drum (considered from the beginning of recording) the lamp is automatically switched off. In order to reconnect the recorder, the film (or paper) on the drum has to be replaced, and the tumbler switch turned oa.1he unit is fed from* a 6 volt dc source and ensures an accurate recording of seismic vibration% up to 20 cps at att amplitude of 30 mm. Recording takes place with the aid of a slit- type illuminator. When the slit is illuminated, its image, reflected by the mirror of the rK-vl (GK-VI) galvanometer, is projected onto the rotating drum in the shape of a narrow light strip. Upon deflection of the mirror, the light strip shifts in a direction normal to the dircction of the film movement. Card 1/2 27597 S/049/61/000/009/001/004 3,1300 (lo 7, / 3 2 D214/D304 AUTHORS: Rykov, A.V., Kolesnikov, Yu.A. TITLE: Automatic transformation of visual earthquake recording into electric current PERIODICAL2 Ak-ademiya nauk SSSR. Izvestiya. SeriN geofizicheskaya, no. 9, 19619 1367 - 1372 TEXT: In the present article# the authors describe the proposed apparatus for laboratory reproduction of visual recording of earth- quakes. Fig. 1 shows the optical mechanical circuit of the instru- ment. The principle of operation is as followsa the recording is illuminated by source 0 The light from the registering drum is reflected onto a scanniig* drum 3b revolving at a constant speed so that at certain predetermined positions of mirrors, the light is redirected into objective 0, which focuses the reproduction at the screen Dv behind which is placed the photocell F . With the revolv- ing drum the screen thus receives sections of th; record in accor- Card 1/6 S1!~07 61/000/009/001/004 Automatic transformation of to. D214RD304 dance with the recorder movement. This is accompanied by sharp va- riations in the light intensity falling onto the photocell F1 which produces, therefore, voltage pulses. A second photocell P2 recei- ves light for a different given position of the mirror drum from source 02~ For a full revolution of the drum every mirror sends a light first to P2 and next to the screen Dq producing in this man- ner a pair of pulses. For a constant speed of revolution of the mirror drumq the time between two consecutive pulses is thus pro- portional to the amplitude of the curve on the register. This time interval is changed into voltage by an electronic circuit so that the effective voltage of many such pulses correspond to the ordina- tes of-the curve traced on the register. Since the curve is "read" from one side only the displayed envelope becomes disturbed when the distances between the maxima of the curve become of the same order of magnitude as the width of the acanned line. To avoid this, the reading should be made either for both sides of the curve and Card 2/6 27591 B/049/61/000/009/001*/004 Automatic transformation of ... D214./D304 the average of the readings taken or by use of an additional mir- ror with two images produced at the mirror drum: direct and from the additional mirror giving the "image" picture at the same time. In this arrangement the amplitudes of pulses will be the average amplitudes due to both'direct and image reproduction eogs it will be-proportional to the mean value of the registered oaft1lation. The electronic part of the instrument consists of pulse-shaping, delay and of single shot multivibrators, producing in the usual manner a voltage pulse proportional to the time interval between two consecutive pulses at the two separate inputs. Two outputs are provided: One for analysis of low frequency earthquakes. The fre- quency band of this Output is 0-30 c/s which permits disposing of noise and having the dynamic range of 48 db The described instru- ment has an actual sensitivity of 40 mV/mm ;t the output impedance of 100 ohms* The output No. 2 is for operation between 0 and 450 c/s the highest frequency being limited by the number of recardiw per see* of the register. The mirror drum has 12 mirrors and is driven by an asynchronous motor fed from an AP generator. The maxi- mum speed of the motor is 200 rpm which corresponds to the reading Card 3/6 E'7597 S/641/61/000/009/001/004 Autom%pic transformation of D214/D304 frequency of 4000 cls the light beam spread from the drum mirrors produces noise at a frequency of 330 c/o which limits the dynamic range of reproduction to 35 db- To obtain a dynamic range of ope- ration of 48 the angle spread of the light rays should not exceed a few seconds of an are. The instrument has been designed to re- produce visual records with twice the amplitude not exceeding 110 mm. The records can be resolved well for distances between conse- cutive lines down to 0.5 mme To obtain reproduction of the graph which is continuously drawn the following procedure should be used: until the actual moment of the earthquakeg the copying of the seis- mic earth crust state is carried out with a spot light of small in- tensity which is not to be transmitted and recorded by the instru- ment. At the instant when the earthquake is beginning to be regis~- tered, it switches in the full power of the light sources which makes the instrument operateo To avoid the delay in switchingt the cont ' .bast of the register is amplified up to the moment of earthing valui. The described instrument, by means of either integration or differentiation of the output current permits going from one of Card 4/6 17597 S/049/61/000/009/001/004 Automatic transformation of D214/D304 I the parameters of earth crust movenent to another (the parameters normally registered are displacement, velocity of acceleration). Triple integration of the instrument recording would permit in the. author's ODiniOn, separating out the crust displacements from a ven section of the frequency response of the seismograph, dis- playing thus the Rayleigh waves With periods up to 60 sec with its disDersion. Finally, because of transposing visual recordings into electric cirnrent it becomes possible to calculate automatically . the energy stream of space waves. There are 7 figures and 6 Soviet, bloc references. ASSOCIAT-ION.: Akademiya nauk Sl%-JSR. Institut fiziki zemli (AS USSR Institute of Physics of the Barth) SUBI,i!TT';!',D:' December 30, 1960 Card 5/6 KIRN'Cn, D-.P . ; IN. ik-.-,- -RYKOVt- A.V~ I ~ lz~ 13ne of instrumental methods in analyzing seismograms. Biul.3ov. po soicm. no.152139-145 163. NIRA 17:4) KIRNOS', D.P.; KOLESNIKOV, Yu.A.; RYKOV, A.V. Instrument analvsis of seismograms. Trudy Inst. fiz. Zem. no.26:3-15 !63,. (MM 16 1-1) ,.,-K.OLES-NI.KOV,,- Yu.A.; PEVZNER, B.N.; SOLOVIYEV, V.N. Apparatus for rewriting of seismograms. Trudy Inst. fiz. Zem. no.26:16-24 163. (miRA 16:11) Use of regenerative vibrating filter for frequency analysis of seismic vibrations. Trudy Inst. Zem. no.26:25-36 163. (MIRA 16:11) KOLESNIKOVf Yu,A,; RYKOV, A.V.; CHERWKH, G.P. Seismograme convertible into electric current. Trudy Inst. fiz.. Zem. no.26:37-41 163. (KMA 16: 11)