SCIENTIFIC ABSTRACT PINCHUK, I. S - PINCHUK, P.

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SCIENTIFIC ABSTRACT
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PlAIXHUKI I. S. and SHUBEN7KO, V. A. "Graphic Method of Calculating Transient Phenomena in an Induction Yotor," 41ektrichestvo, No.2. 1949 SOV 1 37 ~7 1 : '*,,IjCt Translation from: Referaw-rivy zhurnal, Mctallurgiya. 1'4~7 NrpC~ ~'s S R AUTHORS: Patskc~- IL h. 1. R. . Kulikov, G. D. , Pinchuk, 1. S. TITI ~ E: An I11'6VSt1Pat10T) Of thC Prot t-%%' of M~rdfa, ing bv Nivatis of Vibrating-clettrode Arc Welding (Issledo%anivc pr01,,vs,,;) ( heskoN. ibrodL1g0%ov naplavki) PERIODICAL: V sb Vosstanovleniye tznoshennykh detalev a%tomal , -hrud naplavkoy. Chelyabinsk, 19~6. pp t)4-()8 ABSTRACT: A study of oscillograms of current and %oltage tund,liuns :,~ '~~v t ourse of hardfacing operations performed with the aid of % ele(trodes demonstrated that this process is essentialiv dri ar( pr,, c e S s .It differs from standard arc -welding hardfa( ing pr,)( ed~ires only with regard to the employment of vibrating electro(jes and a cooling fluids therefore, it would be more corre( t to refer to it as a "lbrating-cle(trode arc-welding rnethod (VEAW). Os ( i I I up r;in-. " indi( ate that e%ery electrode vibration includes a period of vie, ,r:, arc discharge. an idle period. and a short-( ir( uit per,,)d F ~. .. Card I greater part of the heat energv (8_'-94 0c)) i, gerierated ri_rir)~ !.t, SOV An ln%estigation of the Pro( ess of Hardfa( Ing 1( on' ) per:od of the ar( disk harge The idle period has an ad~ v rst- ettv, jj),,r th, (hara( teristi( -; of the electrode and the qualil~ of bonding betwevr~ 're dep, -led metal and the parent metal Idle periods ma\ !)v cl.minated by cmpl,,~.nv, \kel(i Ing generator as a souric of power In order to stahtlize the process ii 1, dt-~. r able tha! generators with good ''surge - and-dip2 thara(teristit s be ;!ik/vd Kc. polarity must be emploved during VEAW. The %ibrdt,ori of the ele~truciv stabilitv of the process by pro%iding frequent excitation of the ar, d sthari:,L per second) In additiDn the vibration causes the elecTrode metal lo I)e rrec in small quantities (at the instant when the electrode the t umpunc, r. , ~, ta,.orab*,y affecting the formation of beads. The cooling fluid redu(e~ 'hv (Atv( T~ ,I heat on the component. ink reascs the rate of cooling of the Metal a T) d 1) r () ' C , ' , * f rnolten metal from the I( tion of air. The sclec ticn of the area t)rj fhe ( i,n,,pur t-.' to whikh the coolant is supplied and the manne r in whit. h this is ~1, , omp~. 5ht c! are factors of great importan( e. The prucess of propagation of huat -n 0- pirt-- metal during VEAW r-nay be s( hematic ally des( ribed by the I( tior, kil a rap d, , moving point sourL c of heat traveling along thc SUrfak v )I a st-fiii iritir-11. hi'd' StrUL tilral c hanges o( c urring during VEAW essentially do not differ I r(,ry. , h", ,.Is taking place in a heat -affe( ted zone during standard arc -welding prok e(lkiri-, Card -' ~ sm, I ~- ~,- : " : t ~j . , At, of the of Hardla, nx ~~onl L arge temperature gradients and h.gh ratei of kociling in 'he prot (-,, it ~EA`i,~ f a% or I he form at .on of h a rdc tied s I rLl( I u re s , A h j k h t requc-.i I% rc ~ U.' " . - , 7 't. ~ - - (it the heat affe(led -.on(- \ F, Card i i 105-9-6/32 'YTHORs Pinchuk, I.S. , Dotsent and Candidate of Technical Sciences. lixt Transients in Periodically Loaded Induction Motors. (Perekhod- nyyeprotsessy v a9inkhronnykh dvigatelyakh pri periodicheskoy nagruzke) PERIODICALs Eloktrichestvo, 1957, Nr 9, pp. 27-30 (U33B) ABSTRAM In the case of gratings, vibrators and similar machines the load and the rotor velocity of the induction motor change very often and within wide ranges during one period. For such drives the driving motor must be selected with regard to the electric- magnetic transition processes. A calculation taking account of this curcumatance is carried out. The problem of the electric- magnetic transition process in solved analytically with a given rule concerning the change of rotor-velocity nd for the case of a lacking effective resistance in the stator circuit. A steady operation with periodic load is investigated restricted to those cases where the mean quadratic value of the motor moment and therefore also the mean sliding value do not exceed the nominal value. The description of the experimental investigation follows. A comparison between experimental and calculated results shows and proves the applicability of the suggested method for the consider- ation of the electric-magnetic transition process In the case of Card 112 periodic load. In the end an example is caloulatod through. PINCHUK. I.S..knnd.tekhn.nauk; SHAPOVA WV. A.T.,inzh. Running of machines with crnnkeears. Mekh. i elk. sots. ee"khoz. 1S no.2:113-4f, 'S9. (MIRA 11:5) 1. Chelynbinekly politeklinicheskiy Institut (for Pinchik). 2. Chelyabinskiy inotittit mekhAnitntnii i elaktrifikAtRil sel'skogo khozynyntva (for Shnpovnlov). (Zlectric mnehineq) AUTHOR: Sergeytv. A.. . P- TITLE., DinsertAt 10111, (1),," r- -I PERIODICAL: Elektri~nt5l-,,c, Nr 71. :73ER ABSTRACT. For the Degree of of Technio-n' Sr-en,-5 At the Ural Pulytechi,i-- ;n-3tit--i4-e --m^-ni Krcv pclitektuiicvic-qk;y institu, ~=.. Kirc7a). S.D.Levintov on iun~ -7, '949 "Electromecha.-io T ra in a Synchronows koto- in the Case cf Periodic Lcal pressor Ty-pe~" . Officia' orr,-~rent,;- N.S.Sjur.:,v. Prcfe,-,, Do~--tn-. of Techni -.a ~ :.~, Cnndidate o:' Teckuii~--i' Science- I.S.Pinchuk on Jw,- 2' in A-syff-c-hronou., Lotor-s" Ct'fi(-,a- cypporer-t,: Doctor of Techn-.,~all A.A.lankc TTI'ltlK-,Y IT"'C' date of Techni-,il SC:f-TICeS 'Ini 1.M.C'lAdnrv-k,y I.D.Urusov on June 21? 19,.9 "Th-! kecf"rrilza-- Slr-n,~tt c)f of Electric, kanhin-?~ tc tr.e Acti,-~n :,f Loads" Cfficia.' Op-OW--T-l. Card 1/4 Science3 and DL)ct-nt Crin2.date cf Tec.-j .,-,a-' Dissertations . C S.F.Sitnikov on Marz.-i S or - F r-,- I e- nn -TH-eo-ry of Are-Extinguishine, 1jcv-i,:es- Gffi:ial Drpor--c N.S.Siunov, Professor Doc,:or of Tectim-ml Scier.,-~a, Docent, Candidate of Te~fmicai S(-;.erc-?3 ani V.Y.3,.~ k--, D Candidate of Technical Scien---. D.X - S hakh on Jun? 1950 "The In ~pq-,igat-or. cl S7-- Sys tem f or the Electric Eqipme- of Drtdges" . C ff I.B.Sokolowskiy, Professor. Doctor of Technical Belyayev, Docent, Candidate of Technical Sc2.en--e.: ar-3 Candidate of Technical Sciences G.P.Kropachev on June 30, 19:-3 "In--e~tigat-.on of r A-yr~nrlc,vc,~ Starter in Synchronoug Macrunes vrith S&Iient Pc1e; aid -'i,,tho- Starter Cage". Official opponen,.:k; 1;.S.SlunL)-,. Prof~-q~zor- D-t7l- of Technical Sciense--A. S.A. Vol otkov,~jk:,y, 'Ioctor of Sciences and M.A.Plrwr~yar.. Docent. V.P.ShaLsherin on January 18. 19ri. "Some Protlem- rf Ca-rio,3--C- lographic krasurement.3 mzio!r Te.9ting ffteh-Frequency Official opponents: N.S.Siuno-,. Professor Doctcr of Tprhr--,~, Scienceq and V.--Stepancv, Candidate of Technicril, R.P.Umanov on June -, , 191,+ "In-stigation and C,i' -uhit,on Z:' cuits with a Three, fha-ge Uelding Ar:". Offi-c-,a]l orp,-,P~i,~, S.A.Volotkovskiy. Profes3or Doctor of Techrli~-a~ Card 2/4 G.P.Mikhaylov. Professor, Do-tor c,f Technl~a) 5-~--i Dissertations At the Sv-r-~Icvzik gon-,.vy .ri3tltit ~m. V,ikhr,,T;l-,nl I.!'.',etrov c!i r Lc. ,ri( r I Remlz icr Tra,;U-)n 11c On r~ - J P.il- liuenc 1 c la 1 01-pon-v a ~Inc. v .3 niczl Science- and LjDcen+ Cnnj2.vl,- Sciences A t the Gor kiy Folytcctu~ i Ing t cute imeni Z nlrinov polite]-hnichc9k.ly Jm9titut ir. Zhdanova)t S. N. 3 he vchuk r, n J urc t)4) " Prc,lb't eno c. f I ril U-1 t I c r of Heat in Electromotor-, of ~Ior~,.ng Mnc,Lint-i" 0 1*~i ponents: D.V.Alorrzot. Prof-sor. Do:;tL)r of Tec~in--~-a' 3 --r N.V.ShchcJrii~, Dccent. Car,;-dA,.e of Tecl-ini~a- c t n,-,- K.F.Shvakcv. Enginet---. A the Tcr:6k Kirov T nichesk.y nstitlit Im ,;.?.I'ukhova on March 20) t- cf A Connection E)f Ir),j r. tn,: CaL,~ of L, mds s ion w i t ~i 1) 11 v~ r-i " Fv(- F("I :%c~n i V. A Frofesucr, Vioctcr of S . erwc , mJ 1 !1.1, tt~ lv ,,ti cam Y4 date nf '~-Ajrijoi, Dissertations 'C A.AT.Zti.lir, c-i A--r-'. Circuits ir. the Ca~e Df Non Official opponer.ta~ Pm-fei--or, D- tor cf Sciences and T-.,,- Sciences. V.A.Abak-umo-, or) June 3C . '9-r, Accordirg to the Leonar-3 C-'r:~,ii~ v-,*% 3h,-In, No~-nd Offic:Lal ol,ponent!i D-., tor Saimces and U, (~a I ~jj 1 1 r~ v -- o I T,,,, 1,,, V.U.Kostiko,, or, Lwirc~. !I'I"L,,n!thcJt of D-en:-ni-i~-, E-r-- C Electri - Cond-* Y" Off i :i-i :-rr Specifi kov, Profes3or. Candidate uf Tecrui,~~,ll j~ -n- AVAILABLE: Libra r- of Crri,7res,, Card LV4 LA 25(1) PHASE I BOOK EXPLOITATION BOV/2280 Chelyabinsk. Politekhnicheakiy institut Voprosy evarochnogo proizvodetva (Problems in Welding) Noscow, Mashgiz, 1959, 92 p. (Series: itis Sbornik, No. 16). 6,000 copies printed. Reviewers: F.I. Boykov, Engineer, A.G. Menzenkampf, I.I. Vinnik, N.A. Mlykov, N.A. Karpova, N.I. Andrianov, V.M. Solovskoy, L.Ye. Oarma8h, and N.N, Yegorov Docent; Ed, (Title page): K.A. Yeelkova, Docent; Ed. (Inside book$i A,O. Kozlov; Tech. Ed.t N.A. Dugina; Exec. Ed. (Ural-81berian Division, Nhehgiz): A.V. Kaletinap Ingineer. PURPOSM This collection of articles is intended for engineers, tech- nicians and scientific workers. COVERAGEt This Is a oWilation of articles written by scientific wor- kern of the Department of Welding Processes and Xquipment of the Chelyabinsk Polytechnical Institute. The articles deal with little developed or entirely now problems of practice and theory of weld- ing. The articles cover weldment deformation, welding of etrips Card IA Problems in Welding tion of the electrode. SOV/2280 Bakshi, O.A. Candidate of Technical Sciences. The Method of Measuring Electrode Vibration Amplitude In Automatic Vibroarc Surfacing by Welding 45 The author describes the principles of measuring electrode vibration by means of a measuring wedge. Berezkin, P.N., Docent. Method of Checking Weldability of Thin Carbon Steel Sheet Metal 51 The author discusses the preference of using rimmed, killed, and semi-killed steel for the above purpose. Pa"W"skevich, I.R., and Engineer V.N. Shakhmatov, Investigating Resistance Welding of Cast Iron to Steel 56 The authors discuss results of metallographical Investiga- tions, the results of mechanical testing of weld joints, and the possibilities of introducing the method Into industry. Rudakov, A.S., Docent, and Engineer V.K. Shakhmatov. Butt Weld- Ing of Resistance Alloys Strips 68 Card 3/4 PINCHUX, SIL,.POVALOV, A.T.. inih. Drawing lip diagrams for gang-naw motors used in limberine. Mokh. I olok. note. sell khoz. 17 no.): JQ-41 '51). (MIRA 12:8) 1. Chelyublnakiy Institut makhanizataii I elektrifil-atail sallakngo khozyaystva. (Saws) (F-lectrir motors) kINqjjUJK, La., k.-~Aekhrt.rau,.' dw-9--t Equivalent c-'rcui,. cf an eiec,r:.c drive w'th an asyne-hr:nct:B Z~ motor and varying load. stor. iic .. : 1 5 -166 1 r~C,. ~ '-'~-.J ~ , .-I -nctors, ~ru.ict~on) (Lquivalent c.4rcuits) 80) AUTHORS: Pinchuk ;.S., Candidate of Technical SOV/105-60-1-16/25 gel en,-7e,'-, Candidate of Technical Sciences /7 TITLE: Some Methods of Improving the Characteristics of Reactors With Direct Current Magnetization ;?/ Pr&RIODICAL. Slektrichestvo, 1960, Nr 1, pp 78-60 (USSR) AJBSTRACT: The so-called characteristics of simultaneous magnetization B, - f(H, I H.) are often taken an initial date for the com- puting of reactors with magnetization (Refs 1,2). B,, is the mean value of the amplitude of the alternating component of the magnetic induction. k is the mean effective value of the alternating component of the core magnetic field. H is the mean value of the constant field strength component ;f the magnetic field.- The results of experimental investigations of the influence of some faotors on the form of the character- istics are given here. To utilize the power of a motor at its peak speed as completely &a possible, it Is necessary to make Card 112 the voltage in the reactor got smallest. This can be achieved Some Methods of Improving the Characteristics of sov/io5-6o-i-i6/25 Reactors With Direct Current Magnetization by ruducing B, q at a chosen numbor of windings of the working winding and core cross section. From this point of view it is desirable to obtain characteristics of simultaneous magnetiza- tion, at which there is a smallest possible Inclination in their initial stage, depending not only on the type of steel but also on a number of other factors. The characteristics of a reactor with two magnetic conductors (Fie 1) for example, can thus be altered by varying the gap 6.- By increasing 6, the B, value can be reduced by 15-20A for the greatest field intensity of the magnetic field. The explanation for this process is given. based on these statements, the shape of the sheet proposed in the paper (Ref 1) is unsuitable, the air gap being practically nil for this design. A considerable improvement of the reactor characteristics can be obtained by using split working windings (FIg 3). An explanation for this improvement Is given. There are 5 figures and 2 Soviet references. SUBVITTED: June 13, 1959 Card 212 POCHT4, L. B. Foasil" it7 I ublng codlum lactate in radlaticii 9!c-,kx,c-s9, ab,qtract.. Probl. gemat. I p9ml . krov-11 8 no.W4, Jnl('3 1. Iz Klyovsk,~,gn lnstltuta vtlre,"- vaniya krov! I neotlozhnoy khlrurgil ( dlr. - irtsetit, S.". lcvr ik ). ANDRFYKO , C). F. ; F A N'i - ~ , , . J~. of I-fp pr_a ,n P-'- Spassicy, lic,cl or. tr.,! -,:- .*,jr,y !, * ~j cj .. - - z,,. AS Mr:j. SSR no. 5: 37-40 t 3. MT -RA , - - . " A JTif -Aj 3 L) i T t i'r- t ;.-I V A B.3TAA 'T tz' 'I k e i3 j ro,- c, f i I f ti t i -n I r! J'a,- t LA ,Ur t L L' -3 t Uly C t h L t ~t~ rof 9 j t of t-.-ir eurii,!r iiv,!sti,, . t i A h e zt-,,nur-4 j,ron~an el the s t h 3 v I n C. Iu t I f t 1, e r 1 r c, t r in L: ~ r - iu 12 t !I -- ij I j o f L.. (t r Ll q e r v t2 Uie t -~,l t N e e *i th r u s *. e ~. t t,! t infA uA h i, t r t a, c un i vi i l t , - , s t i , c . i mm ~f I u v 1 ~ On the Content c f ;I! z) f S OV, 2 part ii~ ti,e !i,t Tne 1.2, ri.ble ii )hb; perrilt U" dri,w tho !'o~ 1 ow I r, on,, i vi!i ioiwi ~ % i ~- - ,1 .1 1 , j r -:j e;, t 71 the mu I n -, ot. to n t o f v id' !j i n the f r u 1 t n c) f o, I -polipy Fo vm i it ~ 14 pe i !i OT. 4 t C C I t~k 1 11 J1 C'I'I LIA I (I UMIL I I quail t I t I T 1. ro.1 u - L r. nd 1, e c umu a t i o r, o r a c I d UT, i r, l I v I I par L,3 of tLi- f m, I t w a i e 1, t L% .see4s , ml~l I . t. .e"vu.q molifieb ir, tne courf3e of' the an t~ ~4-ne!j 1 1 ar, e x.~i i r i ti , differt!nt -- h,, r,, c t e r The ma x i mum v v o ~ i t.11 of t:.e i rodu,; tion and the ,ccumu,e. tj on c ,;o t i . tic i A in the iiall and iji I arti -~,Ikar in the placer. t t ' 0 1 ac i d e Li w I th the pe r 1 o d u f t:.t? I ". ten a 1 v t! oil gyrthijuiB in the j e e d s Tri e i t 1 - i z. . i - rL c Ir h c e t i ~ LA c i d wh i c n i s prod u c ea i r, t i.e -i n ta h~- the tt3 , a r 1. n e I u r , o (3 c o f f a t 9 y p o i be T~ -~re ~re 2 figures, 1 table , anJ 11 refurer-:t-zi. 5 of ehich ;~rt- 3oviet bard On the Coii tent of V c) Lt, ti I e ;,c i d2 in the ir a it c f3()VI Oil-Pol,py PR January 28, 195d. oy L Kursanov, Member, Academy of ociences. USSR J ~ B&I I TT -: 1) J ;Pe,izi--Phy.,-,ioloj _Zy 3. Card PINCRUK. L.T. F, It ~l in inirFi-,pq ; , Vf, . 7 - - 2 - ,I, - A ~ E, , -, . ~ M . r ~ . ~ (j , I M: 16, 1 , : ~ PI 11 CHUI. L. T. Under the "ise of socialism. Nauka I zhtznl 2' Mr 160. ( KI RAl 3: t, ) (Socialism and relt,,ion) PINCHUX, L.Y.- OVST,"IKOV, L.F.. ORECHKIN, D.B.; KAJACHITS, I.V. - I Using stationary catalysts for destructive hydrogenation of hip - ,;h molecular rav materials. Report 2. Deactivation of modern indus- trial catalysts. Trudy Tost,Sib.filAN SM no.4-.137-149 '56. (Catalysts) (Hydropenatio-1) (KIJRA ().- 12) 4ej .eK J I v M" BTAT"10MM CAVALY"s )It CM DFAM VA (A OF Ij4UUr;PTR1A1, CATI M 6Fs IS ITrw. v0st. SUN. Fi VIM, ~ 8 l. /am. Houk ssm~ PM. 19 AWA, Sol. U.S. A., sea . Chem), 19% 4 137-149; btmtr-~ ln,Chm. Abstr., 195?, vol. ~51, 13357~. Ihe dvictlyn-ting ila on Ufgbt to MOW of h."rogenotion, of vmw desolteh.pnrol" o l 'I'M t 111ilMIU d Ungarn #A 000-, nuous procoas wrAlowt is ~Usod With a hjW-"fnmt on * in establishad th:,.t cm 300 opeVitite 3 380 to WO. It ;0, 1 D! c.~. 0 ata.18"asten disulphice and I am. erfactivi ftr 3D-60 hOUra otter which t lodtne -0 1 oca act agfte except for, n decrenst. or risinms resid erl U89 ' Partial agtlvlltlcn vilth tL%rogen-tmder pressure ?CV14 a &I ight anontage. Is 'off OOLW. , ?m 06actintton of the C, slyst 1 3 Coupod ni)t by liMles Of the 'cat-1 11M6 tut by the aWrpt ton of high ralecular: wo Jaht . -ompow4s, ~ D640mation or," Cawlysts 14 nlat~ld to the mur of hydngenation. Ancrahstiv th& p"asure during tne-nyaragenat-w frao thi -atm Iveret."A Me Astility tivicstori dimulin to ide-and 1. al -7 -7- ACC ,,.R A' W~ irt( liuk, L. Ye. rv-,d rela ~n a t r m,%. er aKnut ic 6(3-63 'kis :I. i Irc,;ults obt atne,! wt t1i mavni t 1, reed r e i I, :J i q normal ratlier ffian para; lel. to the Coll ii c f ten relavs each, all having the s ami i t ( ha it I . 0 - mm- d i rime t p r r c e (14 %A) i I c t tic o t i It i v P, t, t I ( ma t v r I a I I d e n t i f I v (I (~ n I v as t vp e I . Reed relay L 30333-l!~ ACC NRt A ~ t'4" 4 7 - I 1()()() t,irnR nf 0-35-mm wire wound on a 39 x 4 x 1, -12-v (1--r nip maln objective of the tests i, liai.i, teT 1-itt( of tht- relay no a function of actuator- moved both laterally along the relay envelope av sample of the curves is given In F1g. 2, Fig. 2. flireshold operating characteristics tkirrLs 1~~7 where the graph overlayH a cro5s-Bection of the relay. The curves represent the threshold ampere-turns req-itred for contact operation at varying distances of the coil from the reed contarts. The graph shown, for example, that maximum sensitivity occurs when the coil is in quadrant 111, i.e., nearest to the movable reed, but that Card 71 -1 __ L-N33d-66 __ - __ __ ACC NR, AP6019581 C-) a greater to I e r ar, r,- I n ( o ii I ()n i np can be had in quadrant I ; al go. a pronounced dead zone appears between rjuadrants I and TV. A similar family of curves was ob- tained for motit~r, f Hic cnil ~ttroqs the envelopel i,e,, in the X-X,' direction of Fig. 2. From their dat.i the ~kithors h-ive derived empirical design for;~U'lilais for opticrim coil positionln~,. 11~*,v conclude that the cross-field design is practical and can be realized without unrea-ionable demands on geometry tolerances. Operating specifications of the te8ted relaya are included. Orig. art. has: 3 figures and 6 formulas. [SH) SUB CODE: 09/ SUBM DATE none/ ORIG REF: 0021 oTH REF: OOl/ ATD PRESS:SVI~, *11 - ; ii' -- "~ -'] ",' I '~ , ,A '- ~ - j - I L 1( 1.-1 rl )-,' ~ ~ - , I, , , I " j, - , , I , , , j t -, - , . '), . , , -un a j -1 ;j L ~t A 'o'd --r,-;, i I j -)- !ri-nd! . It- ~ . I ~ i :~ I . T' jo. ' : "-, - ' 1 - - I , I . 1.1, , .: - , ( cjti I i i L~i m I. ric t --e;omen an farner!~ ) PINCHUR, M. In it an ordinarT rlllage? Rab. J eial. r no.2-4-5 F ;~3. (NDU 1~, ,. " (Pugachevo(Breat Province)-Tailoring) PINCHUK. M.A.; UYPOV. Ya.A. Portable three-phase checking equipment. Ism.takh. 20 no.1:49-50 Ja 159. (Xlectric instruments) (MIF-A 11:12) FINCHUND M.D. SC.bOOI Montages and exhibitions. Blol. v shkole no.lj87-88 Ja-F '63. (MIRA 16:6) 1. Armanikhinskaya vos'miletnyaya shkola Dal'ne-Konstanti- navskogo rayona Gor'kovskoy ohlasti, (Aurilo-visual education) - .7 .. y -1-- - I - - Fn~ - I-;o - ': q ~; - I !3(-,*. L, " - I - 31 1 - - - . 1., 3. .. 1 . - I , , p - 1 - . il I , I PINCRUK, M. G. USSR (6n0) Acorns Good way to ca - ry out collec t i on, t rALs jx~ r tr, t I Ln, and e to r af-P of Pc rr. PLeF i step' no. 9. 1952. Monthly List of Russian Accessions. Library of CongrPov. December 19r,2. Unclpsvified. 1. PMHUK, M. G. 2. MSR (600) 4. Windbreaks, Shelterbelts, Etc. 7. Use nut-b6aring varieties wre extenBively in shelterbelt stands. Lee. i step' 14 No. 11, 1952. 241 !a" 2g Russ AgggesioN. Library of Gongress, FVhKW= 1953. Unclassified. 9 0 IbAt nNcHuK, m.o. gutta-boaring trees In the U.S.S.R. Trady last. Iona 461 11-17 158. (XIRA 11W 1. Glavnoye upravlonlya lesnago khozyaystva I polosashchItnogo losorazvedeulya Mintaterstva sallskogo khozynystra SSSR. (Outta-porcha) PINOMIN, N.G. Poreet drainage In the U.S.S.R. Trudy Inst. less, 49:5-8 '59. (WRA 1):2) I.Glavuoye upravlenlye lesnogo khosyaystva Ministerstva sel'skogo khosyaystva SSSR. (Forests and forestry) (Drainage) PINCHUK, M.G., lyubitall-sadovod FurAgation q-ainst ai.nids. Zashch. rast.. ot v-red. I bol. F 42 14 163. (!-'IRA 1"13) A)"WASOVP P.M.j, kand.vetorin.nauk~ 111"IIIUKOV, P.A., kaid.veterln.nnuk; 1.111CHUX. M.I.j I-VII-D3OVSKJY, I.F.; ILGEUT, A.M. ------------ Mass prophylaxis of b&besiasis in cattle by weans of early (preventive) chemotherapy, Trudy NIVI ):10C-104 t60. (141RA 1~.10; (Cherzo therapy) (iircplasmosis,)kC4ttle--Disea:3e.,i and pest--, PINCHU)C, N. -~~Mjo~el:o once was "the devil's pasture." Rab. i Bial. 31 no.11:14 9 1~'7. (MLRA 10:11) 1. Ifalgan Imva Gnrktiea. Prostaki rayon. Ornst District- FIFa ) D~4C/,. A !A -.A I ;h, SX. I C~,ckot I I c, r_nl PlnciiO., _'j t c r. r I t, c trn-lmam N,~Idlnj of ~untvt,itic t: I %11,y-, 1LR:OD::,'.L, A v t 1 :1, nak_ ya n~t rkA , 1.c. 7, 1961, 79-61 T i z, t r1 t . r t~.- nuthore ntnt~ vr',y It.- Gift, tr-,r,.- I 10)-c Ir, a vicu, In L t 1 7 a t -I c et ~..l OtA V P.. t1C' F`7 of 4A 72( T 7~~) P :7 t I t A s e 1 v a j) a r, i r- or. i c - t.~ (Z1,1i73) ?.,io/ v,r, T,Ided by the elnr*ron-~oam :.ntt.rd. A, 5T I ) . -ar.)cc in tL.j ar~*, r.,,,r tLe wej.,, f tzte c ~n ~-.a t of t~.e In-lat In Topro,!Ucrd. I Q,it vi t t~ mz, t r P-%m by t~.o ~r',rr..% Krinn:)Co Zr.4=,)nl fj:1 I rr ivc r I M. T t, . 0. N t 0,,jtj 7 55.j e t r I L Told In - Ir *Creor of tne, .1-1 f L-.bor" im. Te.C. rst.):. AS 120 tA, 70 ~v ~~.rrer~t tin-I a m/hr voldIng apoed. Lieta. Card 112 /oo: )'):F n /~-'! or p, % In r~,', -c 7 z, r o t f tr t n -.,4 .) o! r cl G r L ~h er er. j n ~ * -lei r. n v - z. r. t h 11!1,1 -,ol ftj 7rm fj- E I 011~ 1 7' o - it :, n A o .1 , I r vol .1 1 r., r, ay, c,j r. c,- u o 7 n fr r - r o r y an r c t I ve c. ~ ' , I b~t %la~ for r, t r, I t a I c n 1 s P. r. I t. 1 '. oy o a a I e c t ron- ~~ ~ r.4 trc I I Y. a v.1 Is 7 r. r. in to riot-.ll 1zv t 1. on cracks than vtrer IL no ~r. v , r.,: ~ , t I i i t ~ctm! lirt t;n@ - ' f,ller -ire will tide o. , rtr r.-I ro-i~ t. a V.,i'Ar rmn,-e of ftunt~nitlc qtoolo Pr.1 .i.', I !I.- t- a!. 'x , 6 0 ' '~,- BCP.L v114 necosaltoite t,,- La =ojjfjc%tjj3n Ift ft t o :o i r t g . V--re are 6 fL6,ireo. ASSOC !A 0% . C .1771 1 1 Z;-~enl Ins I I tu t el ok troevark i ! m. U~,ZR Weldlcj Inatitute "Order of t To . 0 Pt, n AN he Rol Bm.n-r of Lal .r* Im. 7e. 0. Paton AS UkrSSR) su~*_'1-7=' April !7 ,1 5~ Card 212 r. ry s I., t. ro. 'if, a'i t c t%x" f,.~ W(. I I': :kk- -Y f- zu; r.,~ tr, t-: Pa r r, !' e r i r c ).iced ui ~n t-e formatIon C)f wf. d-ad"acent n I a ae r,~F ~ f a s er, vi a y:i . LAjrlnj~ tnis c),.v i rx, ty; e 3f c r,,i,- f. may arise: ci-ista: I I zat I -,n cracA.; ex tc,r,.. . r (-r I nal, ng In tr)(- we . I t.,,Ln -! 'r rr -ne t.,~ sev,-!ra . gra; ~ ~; cracir,.~; a~ ng tve r.-ar 1 nterMet,7~. . ~ C :In(' I I c impuri es . it n e f fe e z, I v (, m e an s ., : ;,.- or~ crysta'-zati.)n cracAs In heat- rf?~~ I star,*, ai As ,(![I I *~e stoe, ~,, , is t . :.-i I'.-,(, , -., :., :, .-. con'.ent In ',:-,ewe-,-,' metal, for the ,-)f Increasing the euLectics. wnich is able to close-up we 'd-ad,~acent creicKs. To ;)rt1.ve,,.', wnich nin at an equal distance from the f"s'nn line, It Is imperativu Card 11/2 Ling it;": ":W, r a 'y . an,,, r 5 11 rv 1 7. -v a sec,)nd pr,ase In *,i,e wma-, ~)r, w e ad.'acer) ~.ic for ~-. "ren5p(l ""Wt- IG necf!.,;Silry !.a~i been sub., eoted to e 1 ectri c s - ag re:-w! . riT, In urder to r-il F,(- sh,,jr; .T. 1 cru-~,cmogene 1 ty. F'. eclrlc 3 it;r remo, ig I s s t rra; , tai~eous ', y a r,- . zci* crace,:;. Thore are ,2 re!'fre:-.0es: i OC: 7c. _. Patx,--i A AS3 F.ectr.'c We..lirg 11mcni Yci. .. Pat-.. A~~ Ci-rd 212 T i L-~ cc w ic a Z - ce L,.:~ I. v t,t :1 J Orl 1, 1 ~I IS ,III I 11 10 0 C 1 v 1 '.. 0, Structure , wili"I il;lnrcvc~ -x ci-ic, 0: Lot Av te d S'. ca'! 4rowili c', d II Ll 1 I IC tI sc aL C.7 al a 0.. ccI al !xat oa, Oll r V CS /0,~ 3/0 IC ye Pa I TTI:~j c,~ 3/ j WDOUR, B.I., kand.tekhn.nauk; PINCHUK, N.I!-,-inah.; PUZRIN, L.G., in7.h. Effect of phosphorus on the stress-nipture strength of joints in welded Khl8N9T steel. Metalloved. I term. obr. met. no.8:24-25 kg 162. (KRA 15:11) 1. Institut elektroavarki Im. Ye.O.Patona AN UkrSSR. (Steel alloys-Welding) (Welding-Testing) 1EDOUR, B.I.; PIWCHUK, N.I. Preventing the embrittlement of 25-20 type austenitic welded jointa. Avtom.svar. 15 no.10:46-49 0 162. (MIRA 15:11) 1. Ordena Trudovogo Kraeriogo ZrAameni Institut elektrosvarki im. Ye.O. Patona PIZ LkrSSR. (Steel, Heat-resistant-Welding) (Phase rule and equiltWWM) ACCESSION NR: AT4013946 S/2659/63/010/000/0178/0185 AUTHOR: Medovar, B. I.; ChekoUlo, L. V.; Lutayuk-Khudin, V. A.; Pinchuk, N. I.; Puzrin, L. G. TITLE: Boron alloys (over 0.3-0.4%) for high temperature austanite steol and weld seams SOURCE: AN SSSR. Institut metallurgii. Issledovanlyn po zharoprochny*m splavam, V. 100 1963, 178-185 TOPIC TAGS: boron, boron containing alloy, austenite steel, high temperature steel, weld seam, weld metal ABSTRACT- Austenite high-temporature steels alloyed with boron consist of two phases (austenite + boron component of eutectic origin) and are characterized by high tensile strength and elasticity. The use of boron alloys (over 0. 3 -0. 4%) for high temperature austenite steel allows one to solve several Important problems. The weld metal sharply increases stability against the formation of hot (crystalline) cracks. Hot cracks adjacent to the weld seams are completely eliminated during welding. The reliability of weld seams working under high temperature and loads Is increased significantly by the exclusion of the causes of local brittle failure In the seam zone. The heat resistance of austenits steel and Cord 1/2 ACCESSION NR: AT4013946 weld scams is increased to agreat extent. Investigations and experimental work at plants should be expanded so as to develop both new high-temperature austenite steel, as well as flow processes for the use of these steels for welding. Orig. arL has: 3 tables and 3 microphotographs. ASSOCIATION: Institut metallurgLi AN SSSR (Metallurgical Institute AN SM) SUBMUTED. 00 BUD CODE: ML DATE ACQ: 27Feb64 NO REF SOV: 015 ENCL: 00 OTHEFIL- 007 Card 2/2 MRDOVAR, B.I.; PINGWX, N.I.; CHEROTILO, L.V. #i. Increasing "ve maximum permissible concentrations of phosphor-us avid silicon In stable auntenitic welde. DAL AN SSSR 150 no.3,541-543 My 163. WU 1616) 1. Institut elektroevarki Im. Ye.O. Patons, AN UkrSSR. Predstavleno akadendkcft B.Ye. Patonon. (Weldin,q) MKDOVAR, B.I.; PINCHUK, N.I. Effect of i)oron on the strict,ire of an Rustenite loint. Avtom. sva.r. lo nc . t): 91-93 Je 't) 3. '~GRA I :) (Iron-nickel-chromium rilays-W.-Iding) kBoron) MEDOVAR, S.'., CqEYOTII.O, L.I.; LUTSYUK-FRUDIN, V.A.; PINCOK, N.I.; P112RIN, L.G. Adiition ql oys of boron (mnre than 0.3 - 0.4%) in austanitic h,,~at- resistant steels in! weldments. Iasi. pe zharnproch. splav. 10:171~-!~,~ ,63. (MIRA 17:2) -=Ptk M: AP3002322 B/M23/63/OW/0061009VOD93 AC=I(Z I Moot oflona CD FIRIA structure Aytemiftleb"boya svwkap 120. 6; ;963* A-931 1=: ftny agetmitle veuwp. hft CM1113*0 umm effects, DUACCUO A 'A recout St%*7 bw that the, r Units CC' the ana P Con- AWV=: (0.V$ 7 91 mia 0,0" ~ p) ft ftU Vc vgl& am be emelderably in- 7 xw%:M aremeft~ V the Oftition d! 0. 3-0.6% bwo to the V63A W&de m The erperlmento with~ two 18-6-type steel veld metalst 05Xbl9MW O.o6-o. 19. 33--~-,2i.:W Cr, V1, 2.1 1.2 libt o-i.o%l :.T- a'n"P, 1-51-2s6* 3~- C$ o. .36;--9-90 Ni 041-0-31$ Ti, 0.0- -(0.4-0 01* C, 17-75-48-91% Or. 9 -3 master allm Intraduesa iS an JFO (fiD.20 Z, 1.98% Alt 1-7% 81). X*t&22ogm0de emmlmtlcn and pbase amlysim -indicate. tbat,B acts as a strcng M=O=t CC PrIuW b-ferrite ft the netAl and Ir. 10 i;tbwass efrectiveasNi In-ftle respect. 2hus,tbeaddltionofO-3-0-5%Bto ~1~'tbe veld is equivaleft to lum"IM the 111 ca2tent. by 3-5$. Tbeboride eutectic Cc" i/2~ W300070 ft"AAA, so I a a Cbstotile, La V, 'Upre oI".ebe, Wool uWts of and RAI to fully austeattic, MIA I wildo &M* 06blodys. v, 1309 mo# 3p, 19031,54ILS43 Me TAGN a Voldbes, folly amptsmitic itselp hot ewockop berms effect$ silicon *9144%9 phempbovems effect 'IF L -ABIRMs The effect of berm on susceptibility to bet MUM of folly ausunit -XI steel welds be*.been studied* ~ Currently the St content must be kept below O.M am tbs.' p content below CAM es retate b* cracking. Tblej however pressiats serious difficulties Is imItial tUme steel** Adding 0.3 O.ft boron to 25-20 and 15-35 type sistesitie *tools solved the PrOblain sad-Zda It poasibV! to weld atedlo containing 0.33-DeM 51 and 0*02"&M Pa Tbs s"Ition of '11"bam snuits in the 101justlim of a amplem 76-91-Cras satectico capmble of dieselvial 110 pq MW other livative ol~ ; ."Chmmical tests mods on 25-20 MA IS-.35SN"AAAS. welds ("a T&le I of But $VAN) *bound that boren-4"rina welds, annealed st 1100 bm "Ustaeft" "Whascal Plow lag* ODRA somewhat t 13272-" EWT(a)/SWA(d)/SW(v)/T/90(t)/EWP(k)/LVP(s)/EO(b)/-NA(h)/EWA(e) ACC Nks A 00 t;OURCF com.: tnt/o.-186/65/OW/O;-14/0073/0073 INVENMR: Medovar, S. I.; Borzdyka A. M.; Latyehov, Yu. V.; pincha., ff. I.; Chekotilo. L. V.; Topilin, V. V. ORG: none TITLE: Weldable heat-resistant steel. class 4o, No. 177079 SOURCE: Byulleten' itobreteniy I tovarnykh znskov, no. 24, 1965, 73 TOPIC TAGS: steel, heat resistant steel, chromium eambedO&W steel, nickel steel, tungsten steel, titanitun eembakni%p, steel, mangRnese W"O"~ steel ABSTRACT: This Author Certificate Introduces a vel4able, heat-resistant stee v1th Increased resistance to local failure or welded partn. The steel contains 0. 80v an carbon, 0.5% max silicon, 0.5-.L.0% manganese, 14.5-16.5% chromIum. 23-25; nickel, 4.0-5.0% tungsten, 1.5--2.0% titnnium, 0.11-0-7% boron, and 0.02% max sulfur. I - . I JAZ) SUB CODE: ll/ BURN DATE: 25Apr6h/ ATD PREM: uDct 669.1h.M.44 k J~1257�-~- Acc ms AP6021827 (v t ) /F7r 11,11- W JD/1TH SOURCE CODI: INVEWZIOR:,, Wedovar, N I.; Cbskotilo. L. V.; Pinebuk. 1. 1. ONG. none 013 41-3 13 TITLE: Weldi wlre.4CIass 49, No. 183042 SOME: Isobretenlylg proWshleampe obraztey, towarrqye anski, Do. 12. 1966, 136 70PIC TACO: welding, steel, austemItIc steel, Z=i;; reolstmt steel, siand maddhog, welding rod, weldlag wire, weld AWMCT-. This Author Certificate Introduces a filler or electrode wire for welding cKlGation-resistant, amstedtic. allicon-rich steel&. (7be Wire coatains up to 0.1% carbon, 2.5-3.0% slUcon, up to-1.5% man ese, ~gt 6"T qmm-IM1718-21% nickel '1' jDam Inert -'FW 0.02% ma sulfur, 0.03% miam pboaphorm and 0.45-0.65% b a;; e weld reslstmcv against carburizatlaq. hot creEki , and ~IMP&-IAM5, formtIon. IND) F-A M SUB CODE: lyi/sumN DArz: o6Aug6k/ ATD PFM: 3r823-" A= NL AP662 I 199 50111CR COM U/041316610091012 1006 INVIRNTORI Medawar, so leg ttr*yov, To leg Chebtiles Le Was Tarkbove No A,s Pi ebuke No go MCI some 0 TITUs Electrode few vald"A ouldstion-resistast *&Sol** Class 210 1 4 Isaftelpeed by CFO--WT-*ctr it A&W - ~ 100vathill SOVRCRt Isebretemlya# promyebleamyy* ebresseye tovermyVis seekto so* 12, 19660 63 AA _46M TOPIC TAGSs steel$ mom* welding. latest steel, welding electrode ARSTRACTs This Author Cortilicate Introduce* an electrode for welding A"dattem-resIstaut 9%201~ (%The olectrode costing contains 312 marble, 272 flaorsp&r. 6.31 pSjj8&moqs8 1,52 sloulaumo sad 14Z forreallices. Ti Increase the weld realsteace assinot cadwintleat bet cracking# sad oxidations 121 forroborem and 62 dolomite are added to the costing com- position. (so) SUB C0DEt1jlkbVSVSM DAM 2GHey63/ATD FRIMS136 Card -ACC NR, AM15251A ';WJX~~ CODF* AUTHOR: Tabidze, A. I.; Finchuk, N. I.; Un, V. I.. Yuahkovich, Z. V. ORG! none TITLE: S_trAsq corrosion cracking'resistance of austenite chromium-manganese steels and alloys in chloride aplutions SOURCE: Avtomaticheakeya evarka, no. 5, 1966, 76-77 TOPIC TAGS: low nickel steel, stainless steel, chromium steel, manganese steel, cor- rosion resistance, chloride /IMAG30 steel, lKhl8NlOT sustenitic steel ABSTRAM Austenitic stainless steels of the 18-8 type are prone to stress corrosion cracking in chloride-containing solutions whereas high-Ni alloys (containing >40-45% Ni) resist corrosion of this kind. In this connection it was of interest to Investigate the corrosion resistance of these alloys in chloride solutions on partial replacement of Ni with Mn. Accordingly, the authors investigated alloys Of the Khl4G30 types containing from I to 23% Ni, which, to enhance their resistance to gene- ral corrosion. were additionally alloyed with 2.5-3.35% Mo, 0.23-0.3% Ti, 0.25-0.38% Al and 0.23-0.4% B. Variously stressed specimens of these steels were tested for strees corrosion cracking in boiling (+154'C) 42% MgGl solution, an first undergoing heat treatment (1100*C for I hr, cooling in air). SpecilLs of lKhl8N1 ustenitic 7~ Co,d 1/2 UDC: 621.791;620.193:669,15-194 ' 7 - -c ~' ACC NR. AP6015254 steel were also investigated for purposes of comparison. Findings: the stress carro- Sion cracking of M18NIOT steel in the KgCl solution sets in within the first 24 hr, and the sane happens for specimens of Khl4G31 steel containing 8-23% Nt. On the other i hand, specimens of Khl4G3O steel containing