SCIENTIFIC ABSTRACT KOBYLYAKOV, I.I. - KOBYLYUKH, B.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723420007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/137-58-1 I -ZZ092
Problems of the Economics of Utilization of Reserve Capacities (cont. ) -
unsatisfactory organization of the work., as well as violations of the proper thermal
and process technology. The planning of heat times and tapping times is arbitrary
In most cases, without consideration of the state of each particular heat or of the
capabilities of the Individual shop. Therefore, the number of heats tapped on
11 chedule is not over 30-50%. Particularly long delays occur during the period of
hot-metal addition, charging, and servicing; they are due to the fact that t'his time
coincides with the similar period*. at, other furnaces and also to poor supply of the
metal portions of the charge. lnadecWacyof molten iron in the mixers, and unsatis-
factory preparation of the mixer materials for the heat. At some plants, there is
a shortage of ladle cranes, charging machines, and other auxiliary equipment. while
th e essential ppol of cranes and transportation equipment is utilized to only 50-609'o
of capacity and is capable of serving the open-hearth furnaces even if their rate of
production is Increased by Z50/b. A number of open-hearth shops require recon-
struction, with an increase in the traffic capacity of their pouring stockyards and
other bottlenecks.
V. G.
Card 2/2

NEDVEDEV,MMI loanUKOVO I.I,J TARM09 N#A#j DUDIRAj TQOG#
Tookmioal wA o4onOmLO indices of opexAsarth furnace P*rfOrmmms
udng variovs aoooloratoro of the malting 1prooommo isverpouaMb#
"v.j chw,%&jKt. noo/W192-198 161o (KM& 1414)
1# DuepropetrovokLy metallurgichookiy inatitut i Zavod Imal
Dsorshinekogoo
(0yon-boarth furnaose-Squipment and supplies)

KO
MOVEM 1. A. 1
tT&reykD, A A. jUnrIO, X. A.
Tachmoonomic in4l*ators of the performnoo of Martin furnaaes bY
utilizing various intensifiers of smelting proomsso Analele
mtalurgie 15 no.41280-188 O-D 161.
(SmlUng) (Opm-bearth prooess)

,~- KOMYAKOV , I - I -
__ - - -I,,---- Some . problem of .industrial organization in nodern open-hearth
plants. Izv. vys. uchob. zav.; chern. met. 4 no.12sl85-190 '61.
(MIRA 15:1)
1. Dneprod"erzhinskiy metallurgicheakiy tavod-vtut.
(Open-hearth furnaces) (Industrial organization)

zcal=ov III*
ftwwxlo "ate of forrow mt&UuW in the U.S.S.1*8 b7
WsBansWi wd otbo.voo toviewd by IsIoUbyliakov, Isv TPO
uabobosave; Wornints 5 zos4t=6203 162. RMA 15SO
1e Dooprodsorshinekly atallunialw4dy uvW.Ytus,
18tool Indwrtiy-Accounting) (Domyll M.P.)

.-- KOBnYANOV .- LI, -
Efficiency of the wq n-blown converter prooss of steelmakin e
isve vyve uchebe save; Chem. WU 5 no.8t20L-206 162o
(HIR& 15%9)
I* Daeprodtorshinakiy metallurgichosidy sayod4tuse
(Bessiner process) (Ommn-Industrial applications)
0
0

BUMMAXINKOO D.A.p dotseatt kad, skonom. n^uk; 'BIN',, T.G*;
MSHTWWj S.Ts.1 KAGAX,, 1.8.1 FRAVDrN, X.T.; STOGNIr. A.F.1
MIAMIAMA,w Aeffol CMMIIMOVI, dotseuts,
kand, skoname nanki SNWAYVp P,41, kand. okonam. nauk
RZoonomic aspects of forrout; ustallumg by N.P. Banzw1j,
YOD. Brodskill, U.A. Oblawkilt Y.Y. Rikunt L.N. RoitbmA.
Revisired tr BA. Driukh- n and otbers. Stall 22 no.61
5W-565 Jo 162* (MMA 16t?)
1, Dnepropetrovskiy ustallwSlahsaW lastitut (for Don'
Oershtinkinj. Kagan, Pravding Stognty, Miakhalinap Charnikhov).
Z, DusproftftvbinskI7 ustallmlicheakly savvd-vtus (for
Zotr3yakov).
IM bAdW try- (Steel iQUItry)
I
ft%Xbkllp T.V~) (ObImakilp U.A.)
iRikeant V.T.) (Roitburd.. L.M.)

XOBYLTAXOV I.I.
Determining the coefflaient of vork Arthmicity In modern open-
hearth furnace plants, Isy. v7s. ucheb. SaTo; chern. met, 6
no.loslU-W 163. (44 16 112)
1. DneproduershinskLy metall;urgichaskiy savod-vtus.

KOMYI.KOVI I.I.
Economic advantaps of orgmAzinp prad=Uan in co-svorter PlAtItM.
vyso uohebe sav.; chors.'ast. 6 too7s56-62 f65. (WRA 180)
1. DrA prod mr shinekly astallurgIchaskLy savod-vtus.

Anatoliy Ivanovich,, doktor tokhalchoskM nonk, professor,
rodaktarl ITYANWT, A.M., kandi"t tokhalchookikh mank, dotsentl
SHKUXXDT, K.T., kwAl"S tokhnlche*kM wwk, doteent; AT W,
T.M.. rodaktor: ZOBnYAKDY L.N., rtdmktor; PZWV IJU. 2.D..
taktintehookly roamnSIP11 3AGfWI . Ll. 0 takhnicheakly rodaktor.
t9rdraulle ongtaserIng structures) Inshoneroys konstraktoli v
g1drosellorativaom stroltelletve. Pod abobehol red. A.1.0tresbko,
Hook-va. Goo.itd-vo sokhos. lit-ry' 1955. 551 P, (KLU 9:1)
(Hydraulic oftinsering)

ItZoUnSLITs Mikhail Alsk"adrovichl PMOT, To?,; BUTIVICE. B.0o;
I(STLYAWO L,Ko, redot OURIVIC9, N.N,# tokhn.zvd.
[mamdumskit "risna in growing com) Opyt Nevakovskogo,
pc vosdolyvaullu kWmrasy. Moskva@ Gos.lsd-vo sellkhosAlt-ry,
1959. 57 P. (min INO
(Com (Xalss)) 49mmkovskill Nikolat ftdorovlch)

BOODAMIN, A.S.1 DMODUITO A.A#-, TINGAR111, M.D.; O=tIVOY, V.I.-.
OMVWjV, Y.R.; DWW. T.K.; YXRKAKOT. A.L.; ITAXOT. A.A.;
XAUWA# 11.1.1 XCID Arm 102LOTSKIT, V.I.; KARAKHTAVOT#
X.P.t KLMANO . XWMIW, 0,P,l VOTIKOT. A.0.; CLIKHOTSKIY,
FSOMAKUT. A&Z.; PMAPAWT, A.Ts: 10MYARMYLKAU# Yo*Kho;
SOLUATAKOT, $.I.; 8MOKlV, Ye.M.-. TRMIVA. Z.T.-. FnMOT. F.7.;
IFAMUM, AX; 3200, 1,P,; SHAMYSY. G.P.1 TANOTWIT. T.Ta.1
ORAW. A.D.. spetered.; INYSTA, T.M., takho.red.
(Hand'book on now agricaltunl mohlDeryl Oprevochnik po navoi
tokhnike v solOokou khoslaistys. Koskys. Gos.ladrvo sollkhoss
lit-ry, 1959. 364 p. (MIRA 1322)
(Agrlmltural toohinery)

AKWOVAv Tursunoy, Geray Sotsiallatiabiakog-o--Tr--ud-&--I-XOff.UAW,-L-.N-*-0-
red.j GORIZOVA, Z.D., tokbn. rod.; TOXHINA,
(Tbe mchim Is a friend of c4tton growers) Mashina - drug khlopko-
robs# Moskyap Oose iod-vo sellkhoso lit-ryo 1960. 35 Pe
(CotUm otchimiery) (KMA 3489)

POLUPANOV# F.P.1 ZORCMIN# 1.1.1 red.; MZM, V,I.p
takhn, red,j OMWICHO W.K.-jUMm. red.
[Mobmdsation of 2i"stook fiuval Mokbudsatsiia na thivotnoyod-
choiddlrh fornkbs Ykabas Goo. iW,-Yo sellkhos. lit-ryp 1960s 87 ps
(MIRA 2010)
(ftook &M stookbrmding) Olars mosbanisation)

XAMOTUIT, likoloy Fedorovlohp Geroy got slalist lobe skop Trudst. PrWw
=1 uchastiy9-PJTW..T.P., Lnshoe XCOU re d. g ~OIA ,
ToPet tekhnaodes TIVERMe OeNep t*'M,red*
[Over-all n9ohanissAlon on ollsotive farms] tomplekowls, mekhaul-
satsils v kolkhose, Xoekva, Oos.lad-vo sallkhos,lit-ryt 1960,
70 P. (KMA 13:7)
L YAkbanisator kolkhoss Iscal Kirov* Novo-Usmenskop reyona Tore-
neshokoy oblosti (for Namikorreldy).
(hru wobanliation)

AVIXMiye Nikolay TemllyanovIchl 10MCF, T.A*; OWTIM. T.X.;-4QWMOT&
16,X66 rodol WBIUUNAt 9,P,, UkhG,rdd*
(Namal for a6mblao operators) Xretkil apnvooWk koxUirArm.
Moskva, Gos.lsd-vo sollkhosslit-ryo 2960. Z15 V. (NUA INIO)
(Combims (Agricultural usaUsery))

LAZAM. Anatolly Abramovicho lash, I HOW, PX, Insh.: NIMOROV, A.A.@
lush.1 ROW# I.Toollush., Zrinimell uchestlyme: ZLOWN, X.I.,
lnsh.t XAGARILIOsSelos Who,, ]KATITAROT, IA, Insh., red.i
SAMMIN, I*TA** luh*# redol.10MIAWTv LA9 red.; PZW 0
V.I., Aekbnored*
Exanum, for openting the 64*0 trootorl lukowodstyo po ekapink-
Utail trektora 9400. Pod roil. I.S.KavIlarova I IJA. IYasbutins.
Xoskva, Goo.lid-vo sellkhov,Ut-ry, 1960, 263 p. (XIU 130)
Onstors)

i
I
ITANOT, Anatolly Alsk"Yovicht-MIYAKOT. 16.N.. red.1 ORRMOTA# T,Poo
tokba.red.s TZMaNA,
[Nechouls.tion In stocktroodingi a brier usousi] Makhonisatells
v shirobovoist"I kntkil sproicohnik, Xoskvoo Oosolsd-"
solikhos.lit-rrg 1960. 223 V. (MM 131ll)
(Agricultural machinery)

PART1301r$ AlSk"y Adtf4y$TlOkk; MIMYACOT, L.K., red.; WMA, T.Mej,
takhn. red,
[Correct speoing in obackroving aorul Pr$Til'nyS kwadratypri
poem kukurusys Nostra, Goe.Isd-To sellkhoselit-ry, 1960.
28 P. (KIRA'13:12)
1. 01STn" insboner l(inister~tT� sellskop khosyoystva Udaurtskoy
ASSR (for lbrt Of'),
(corn (Nalver) (Pbntors (Agricultural wchlnery))

BWDAMN , ft"I ITSAOTICbt-!~U~Koyp 16,N,0 red,j P2M(VIMA# 16.1*#
takhn.red,
[Varm electrification in the U.S.S.R.J ll*ktrlflkstslls "I'skogo
khosisistva SSSR. Moskva. Goselad-vo sellkhoselit-ryt 190.
2" P (KIRA 14A)
(Watrialty in agrimature)

pWSOV. akhgil j6ummjoh~ kmnd.t*Wm.usmkj XOBIZTAXOY,L*Xvo redol
COrain coubin *a] Zorn" kot6oiny, Ild-3,,perer. I dopo
Moskva# Tss~i.*doh9bxo-pwlmMAsd-vo Proftakhisdat. ig6i.
.344 P"
(KIRA l4s5)
(Coutinse (AptimItural amohineryl

XOBYLYAROV9 L.M.
-- - - -------
New books. -Mokho i eloke so%** sallkhoto 20 no.1160-61 '62.
(KUU 15:2)
(Biblioeraphy-Agricultural sachinory)

GAIDINO M.V.; JW HEL'UnDV, G.A.; VZlNj M.A., red.; - I
I DEWA, V.M.j tekhn. red.
fSpeoializad coLbiwsjSpetsW'Ws kombaiM. lsd.2. I pared.
i dop. Moskva, Sellkhosisdat, 1962. 255)~. (KDtA 15,n)
'(Combines (Agricultursa maeldnery

- ---- - -- --- - - - --- - - - - - - - - - - - - --- - --- - -- - - - - ---
TREMIENKM, 1.1.9 kand. tekbn. naukj CHUDAKOV, D.A., doktor takhn.
nauk# prof*# retsensentl XOMLTAKOVR~L.M.j insh.9 red.1
BMIRNOVAO G.V.9 tokbne
(Operational indices of fam tractors] Skepluatatelonrqe
pokazatoli sellskokhosialstyetw7kh traktorove lad,2*p ispr,
i dop. Hookup Masligis, 1963. 270 p. ~(MIRA 16sl2)
(Tractors)

PORTNOVt Mikbail Vsmovichp kande tekbn. nauk;
red..1 ROZINO H.I., red.,; PROKOFIYEVA,L.N.,, tekhn,red.
(Self-propelled combines and windrowers; tex-.book for
compulsory education in maebivery operation) Samokbod-
nye kombainy 4 riadkone zhatkil uchabnoo posobie dlia
'Me
I khanizatorokogo vosobucha. Moakvap Sellkhosizdatp
1963. 238 p. (HIRA 17s2)

1.111:11INIKOV, Goorgly Alokieyevich-?i-
1 &0- LAOU'd Ulkhalovich"
;'.Q-iAI;IjV, P.V., nauchn, rcT; CHILINA, L.V., red-.
[Combines for vulMr beat harvestIng) SveklouborochMe kom.-
balry. Moskva, Vynshala chkola,, 1964. U5 p.
0,111PU 17:8)
1. Vuevoyuznyy nauchno-lasledovallollskly Intititut makhmd-
zatali nollal-.oRo kl-.ozynystva (for lAmllnikov).

rXHVTOV, G.A.; 109LIANSIATAt A.R.
. . . . ..........
It-tac-Inativation of transket-olaese Fopeud.wHr., A"
11-11 165, tm;F,.
'Is Knfe&a bickhWi ablvotnykh Oosud-Arstvvnnogr -, -.- t, I t& ts
tAnni X,V,Losumoecvx. Moskva. Cubmiltthd Jure 23,

SCOROVA, M.I.; WUMA. A.M.; ALIEBAMM. A.T.; ZCIBYLTAMELLU. T.T.
SO9WAt 1,.A.
4 Polaroggaphle detoralmation of stabillsor &M rAthylaothe4rylate
eastant in a u6samr. Uv.14. 22 no.6t658459 136. (MM M)
1. laningradekiy lashonerno-okamoodshookiy lastltut.
(kerylle &aid) (4troplaoss) (Polarograp)W)

t 1679'1-66
)MG XR, A 004119 '.SOURCE CODE: UR/0h2W65/000/0()i/0Oe1/0025
AUTHORt Xq
.~ZjagskjZ A4.& 171
GRGs Kh~.Lrkov Aviation Institute (Mwlkcrrokiy aviatsionny7 institut)
TITLE: Computation of LAtial hosting of a tiro-layer plate with asoond order
boundary conditions
SOURCEs Kharkoy., AviatsionMy institut. f3amolstostroyeniye i tokhniks, vosdushnogo,
.flotap no. 1# 1965# 21-25
-TOPIC TAGSt thermal effectp thermal condiiativityp thermal propertyl thermodynnaicst.
heat conduction, thit, plate#-loplace transform
2 1. q
ABSMAM The one-dimensional g9blen of initial beaMW or a bi-layered plate is
solved. The plate cmalats of metal sheet& protected fron heat by a layvr of
insulation. Hosting occurs from the aide of the insulation by meens or a tims-
varying heat current which is approximated by the &LU degree polynomial
-Where tho b- ~ilmpo2yn al _609 AN.-
Card A

L 16T~8-66
ACC ERI AP6004119
_4
of temperaturo--and it-in assumipd iiAt-tl
the layers -are constant and ifidePS33dent - I - I
thermal ciarrent goes only into the beating of the plates. Furthermore, it is
assumed that the internal surface of the plate is thermally insulated and that the
facing temperature is independent of coordinate, but dependent on tin* only. UM&r
these assumptions the problem reduces to the integration of the linear differential
equation of host conduction
whers Yx, r' ) is th-j tempa-sturs of the insulationj x is a coordinate direatiorkI
and d'M-~L is the temperature conductivity of the Insulation I >1 is thi tbarmal
conductivity of the in~ationj 0 is the oxit heat capacity -of the inxulaUon9--wA----
Y1 is its unit weight* Boundary conditions are
0,
is (0.,
r4Lrd 2/4

L 16790-66
ACC xRt Ap6o%iiq
Is (0)
--lbess-conditians art Platted in fig* i (thesubsoript 2 refers to the metal
4-6
The problem is solved through the us* of sa operatiorAl me thod involving the =w of,
a 14place transform. . . 1, a' .
m L it, (Jr. qj .
Ts 0~ 4'. 0. 4)
Card 3/4
Mawr

L 16798-66
A11604i 19
tho f"
A general, solution Is'fO'jnd- 01-
rg A ch X+ a all
east,or Temperature expr"pions are developiA in
where 9 is the trXd5fOM Par transforo Atiplioation theory, &Ad the resulting
transforms. 'use is made of MU olent Talus$ for the
0 in series fors. A table Of COOffi figuret and I table.
temperature elcYrOll OiOn' ar Orige art. has: J9 *qU&tiOM9
temperature fOrsulas is given@
so CM, a0 SM VATTZI n=0/ QUO R"' 003
Card 4/4 SW

ACCESSION NR: -AP4033046 8/0147/64/000/001/0106/0 111
AUT11ORL_&0y!ly o Ao A.
TITLE: Calculation of the beating of a two-layer unUmited plate
SOURCE: rVUZ. Aviatsionnaya teMnika, no. 1, 1964, 105-111
TOPIC TAGS: * ' thermal insulation. convoction, lamina heat resistance, heat trans-
for, heat flow. thermal conductivity, '
ABSTRACT: The author considered the single-Wmension problem of the beating of a
twin-layer lainina, consisting of thermal Insulation and a metal Wdn. with tho lamina iub-
jectod to convoctivo beating from the Insulation side. It is notod that similar conditions
arlso during the heating of the skin of aircraft, protected externally by a beat-resistant
covering. no thermo-physical characteristics of tho layers are asawnfA to be indspon-
dent of temperature. no- heat transfer factor is takon, to be constant, v.th onviron-
mental temperature a function of time
to +
118
Card

ACCESSION NR: AP4033046
It to likewise assumed that the convective heat flow. transmitted from the boundary layer
to the outer surface of the insulation, pea only to heat the lamina; the inner plate ourface
is considered to be heat Insulated. Ito tomparaturein the skin depends practically on
time alone, and not on the coordinate. Mils assumption is equivalent t%jaw 00 and per-
mits a considerable simplification of the problem of heating a two-layer ina. Wi th
these assumptions, the solution of the problem In reduced to the solution of the hem coa-
ductivity differential equation:
att'(S. a, all, (2)
with boundary conditions (see Table I of the-Enclosure):
M bt- + 1. - 1. 0; (3)
is &1 (01 + C. &1 (0, 0, (4)
t, (0,
2/8 Is (9. 0) -,43 (0) - 1,0 const.
Card

ACCESSION NRs AP4033046
where C a c The problem to solved thr:~ugh the use of a laplace trmsforms-
Uon, kAxpAskolfor the temperature to first found in a representational forms
S)
11 Ch C. a h
do - -
(7)
+
+ 11 (C~j + 4) Ch
which Is then transposed from the original throughthe use of the theorem of multiplication
of representations, to the forms
8*0 EnO, 4`0 aw
AV AV
'Cord 3/8 Ole

4
ACCESSION NR: AP4033046
7'he final dxprdsilons for the temperature of the thermal insulation and the skin take the
form:
JB, (c0$ +,K,4- $MAJ P.16.10)
(10)
lie author points out that the use of the latter two equations'is ii-conveniont, &two the
determination of ju and % requires double integration for Bi and K.. The results of a
previous work (J. H. Grover, W. H. Holter. Solution of the transient heat-conduction
equation for an insulated, infitsite metal slab. Jet Propulsion, 1967, X11, Y. 27, No, 22)
and verification calculations show that for a practical range of values Bi a 0. 1 - 20 and
Ka = 0. 05 - 20; the above two equaUons are approxitnated with an aocuracy of 3% by
expressionas
Card 4/8

ACCESSION NRj A24033046
A. (cos pT, + KP sin
(12)
where A, 2 (13)
P (I + 0 +
cig P (14)
+ K, + -LK,
In this way the determination of the sidn temperature is reduced to the quention. of finding
the proper values of k, An &M pm according to tdblos and carrying out co. ts.-i oper#Ums
of multipHeation. . Orig. arL has: 27 formulas and I table.
ASSOCIATIONt None
Cofd 6/8

KRAZARMs Lo Pop Prof*
go Um (600)
4. Hydraulia Ross
7* UIZU hydraullo ran. Bov-xootolfte 7 noo 11 1962
9. Monthly List of Russian Accessions. Library of Congress, Z*bZU=j9S3. Unclassified.

r4: "Rvitijrrh of hIgb-pc,-,wr h~evnvlia ra-ri~ ji.6 xss1tmti(.,, rcr tt.elr
SC -; C
,dOe-scale use in airl.clilvire". Vicacew, -'cint i t-n il, All-Lnion Ed
.,.es Imt of tho ~icchanizati(n of Agricidtixe (VIE) s3ne W-In-rn F4ci Res In5t of
the Llectrification of Agriculture 'for tl,e terree rif
;andidate of Technical Sciencks)
~)6': YJII~hMa 1-+t(Els' , No. 40, 1 Oct 551

-Woig~!UIT, A.D. Lxobru"slkyi, A.]D.Ig kNA.tekhn.nauk.
.- ~- r., lication of various wimo of transportation on livestock.I
far , Kakh, sill, hoop. 9 no.2tl?-19 P 158. (XIU n23)
(ConverlAc machinery)
(Agricultural machinery)

EDITLIAXIM A.D., kand, tekho. nauk
.1 - ..... MOW,-
Xomated hoisting armw for low-povered tractors. Trakt. i sellkhosmsh.
zno.l2sl9-20 D 139. ;(KIRA 1313)
(561sting mchinery)

XONLYAJUll. A.De. kand. tokhm, nauko
Delivery and distritation of food in containers. Mokh. i slak.
sets. sollkhos. 17 se.2"s49-50 159. (KIRA 12s1)
1
IsNatichno-loolodavatelOo'kly Institut shivotnevedstya losest"I
I poloolys UBSR.,
(hoUng and feeding stuffs)

jW ~ ,
tekhnicheskly r redaktor; )WTXWA, LA.,
a or,
[Cost Of 4100holia spirits and means of lowering It still more]
Sebestolmost, spirta I ti a& dglinsi#hogo suishenjis. Moskva p1s hche.
promisdat, 1954.38 ... M.... H.)
(Distilling industries) (MU 7112)
'I

SWIROO Te.A. I SMMgKIY, TO.B. I MU"ABAKOVA. A.A,; NIM7WV, X-D.;
A.0.1 APOMTSO X,2*1 XAMMITo
T.F. I MAVYWAl ROT* To T'Ll red.1 OCRIZOVA, A.A.o
Todushchiy red* I I.G., tokbnoredo
[Astoblishing standards for material conswrptlon and stocks in the
Petroleum Industry) Normirovanis reakhods I proisvodst"nnykb
sapasov oonowafth materialo, , nettionot promythlannostI. Noskra,
Goeasuohno-takha.lad-vo naft, I gorno-toplivnol lit-ry, 1939,
232 p. (MM 12:12)
(Petroleum Industry-4tandards)

109MANBUT& Dj ImM. tokba. nauk
COoftrtlkblo olothlW for cookso Obabohostv,jit. no.12,31-32
D $,We Rk 1611)
L Smdvrahohly laboratorlyty standartisatoll TSentrall.
noto nauabno-IssUdowatellskop Instituta obvwywy proWeb-
Irmosti pri learomaWkon smtA narodnogo khosyay*tTs.
(Clothloc, Protecti")

YAa ths, exposition haUz Into lifel 01&r.troda i ooteatraMe
5 no.l2i29 0 162, (moadm industry) (XM l6t2)

I Yu.1 NOW. I.; Ramop S.
-~ D j, kud. toklm. sauk; BODINO
Toohnological informuen. fthr. trudaII soUs strakh 6
no.3133-37 mr 163. (MM 26:1.$
(Isdustrial "hty) (Work alsthes)

TU OU, M.1 KCSTUAWT,-D*j kLad. 44khn. nm*l ZOLOTAW# B.
Vith their brfikes down* Okhre truds, i sate* straWe
Ap 063. (NnA 1&4)
1. T"o*yumvy-mushoo-lo&2*dmtellskiy lastitut ahveyWr
pre"ohleamoti (for Tureakm). 2. QUn abskaboatmumno
movets, reUktail "Wiram trada i molkawlso" StmkbovardW
'(for KoWlrmkiy). 3. torrespobdent, ShuMU NONalm trade i
motatallnoy* strakhaveadye" (for Zolotarev).
Mblevop Moscow 'ProvIncei-Clothing industry)

1. ICAMYAOSEYt D. A.
2. UM (600)
J.. Clothing Industry
7. Controlling the fitness of fabrics for stowdag. Log. prow. 12 no. 10, 1952
9. Monthly List of Russian Accessions# Library of Congress, javiamm j953, Unclassified.

lmygaon'l, DeAes ks"ilat t*kbAlCb4Sk'kh n#*$
%mmompmmm iftstmA of ,,,4,
use of twisted cottony",
14-no.209-41
JAC.promo ~ FWU 7 13)
1 f54, (Gotta& is")

03UUMXITO D.A.t kuM"t t*&jdcUxkjkh asuk.
yatualty com"Matleas for sm4ula teastlos. log.prou.14
A0612118-19 b t54, (Nuu
(f6Xtll* f&brlcs--$Pclf I"t I One) (PArdadysevs, N.A,)

Imalff, $*No I RWYMANW, D.A. -
#-o="
The patters at do~Wsd seats
prm, 15 so,10120-26 0 155*
(Tailoring)
suits for sass production. Udo
(an 911)

ILCLiSNUOT, Tstr Alekseyamlch-. HUGOLIN.
'42mr' Yakovlowich; ro"ktor;-~.-3MVI-a-al.
takhatchaskir r*dsk-tor
flechnIcal oontrol In the clothing Industry] Takhnicheekil.
kontroll Y shveinom proisycAstvo. Moskva, Gosonsuchao-takhn.
isd-ro lit-ry p9 legkoi prorWahl., 1957. 343 P. (NDA lo: 11)
(Clothing Industry)

..-- ZONTLYANS11Y, D.A., kand. tokhm.nauk
Istablish more oultable, stamilards for fabrics. Leg.prow. IS no.7sl5-18
A '150, 1 (textile fawles-Stamdards) N12A Ili 9)

DALIDOTICH, AoSov pnfe: XMITAMIT. Do, kandtakha.rank
*Ykierlals ised In the Owmat laftstryl by ?.A. Modeste",
L.I.Rarevs, B.A.Dusav. Urleved by A#$# Validoyleb, DJaIWUftskll.
Lm.prow. 18 no.l2t43-49 D 158. (NMA U112)
oft (Teitile fOrles)
%dootavao T,Ao) (719reva. LN.) (BUSOV, LAO

ICOBTLTAIISIC detakhn.nouk
sw fIrOugnt$ unifOrO- POxh,d4lO 5 no&9:22-23
(Clothingo Protootive.)
6 159,
(MIRL 1311)

, ~q T;AWWt.!t.A.. ksad.takhn.saak
:ww types of prof"slonal elatwas fo~,�PselAl pwmasas. shfain.
'Pro** 4066127-30 14 '59- ' (mm 1314) l6t
(Clotbing. PrOootlve)

POPIOV, V,I.j kand. tekhn. nftk) ?ZWVIMANo I.A.IX~IZ44X41 DOA
KOLMaKOVo P*A,j MMM, G.V.; MARAKUSHRO TO.A.; RUA&",-V. -.,
ret"nsentl P=AXNlW#'M*X&p rodal BRAPMOVAs T*Aov t4kbm* We
(Handbook for the clothing inftwtry vorkarl Sprevoeb3dk shWnikat
Mookys, Isd-vo imobno-tokhn. lit-ry MM. Vol.l. 1960. "5
(clothimg ind"try) (Him 15:154

10BMANKff, D.A.t SMAOTo A.L (Mookwa-lAzingrad)
For advanced standards In the quality &M,Cradizg of
clothing and fabrics* Oveinprom moo3s13-17 JV-4e 860.
(MU 1317)
(ClothIAC Indatry) (Textile fabrics)

,IQWLYANSXIT, D.As (Moskva)
low styles for wars tork
160.
olathss~
(Dres suakim-Pat torn mkiza)
(Work
clothess Obvelusprom. no.2s25-30 Mr-Ap
(mm 13111)

,- XUBIMMUIL n-A-
Improve the quality of r~a4r-x&d* clothipgo Standartizatells,
24 no,6139-0 Js 160. (MIU 13: 7)
(Olothing inaustrf-Maslag"Ont)

'IOMYANUIY# Doi kand.tokhn.nauk
Strong, light and comfortable* Pkhadels 7 no.lIt26 N 061.
(MIRA 14:11)
1. Zaveduyushchly laboratorlyoy standarUsataii T$entrollnoro
n4uchno issledovatel'skopo Instituts shvoynoy rooWshlennosti.
(Clothing, WsterprooA

--.- 1Qal"Muxj,-D.t.-k&W.t*kbA.Awk
oo~utd = sovml rooomebw toobalad spealfleatiow. 90'reto 9
35 no. 21 Ap 062. (KUtA 15 141
t~l Xub Imut27-Ihmduction studards)

- - -
I-XCBMAJIUn D.# kwW.tokhn-nmk
'For
x 6tb~. opsratorm *f 4&aullo gla4ts- SOII.Shakht. 11 no.12S37
(JOA i5sil)
(MOUL4, arotseuve)

"OBWARMP D
- .. - I - _--j v kud. tekhm. nauk
Stamdard4land aesthetic requirmeate. Say* torg. 36 mo.21
13-15 'F 163. (MM 16:4)
(010thing and dress specifications)

.IOBYUAXSKIY, D. A. -
Impso. d otandards for protective gloves,Shvvin, prop. w,is
36-37 44 163. (KMA 16 s 1.)
(P!rotootive clothlrqj--StsrA&Ms)

-AOR-numLul-&L-
X09ftOgtiOn of the methods of labeling shirts. Shysin. pm,
no-106 Ja-Y 163. (KM 16 14)
1
Uetyla-labals)

KOBTLYMKIY. D. _(Moskva)
Quality of the production of protective clothing, Shvein
prom, no.3#2&30 Xy4e 163, (MM 161 Si

BAZHENOV,, Vladimir Ivarwylebi KOEffLYANSXIY, D.A,4 retsenzentj
RYWHIROVA, A.'H,O r*TMRMMI "wl6U.-AVYA, lf.A.p
retmenzentl XMIMA, V.T.. rotsententi PODwTEMSFCHIFnVA.
N.C.. retsenzent, GAWTA, D.H.0 red.
I .- ~ .0
(Study of materials used in tbe clothinc industry) Pat*-
rialovedenis shvelnogo proirrodstva. Monkyap Legkata In-
dustrilap 1964. 374 p, (MIRA M4)

KoBnYANsKly, n.
I ~ I --1 - - - Z! -, 1 7: -
RMP-62 respirator, Mrs trWA I ,t,, strakh. 7 no.2t4O F 164.
(MIRA 17t2)

KOBTLYANSKITO 1.
The OdA3469 passanpr senitmEler. Avt.transp, 42 no* 4143-"
Ap 164, (141RA 170)

"BILIMMUTO 1.
low maxitrallsro monors tured tit the Odso" Utoomftle Ammobi 'r
Plant. Ayt.trawo 41 no.4s," Ap 163. 6iU 1615)
(Mosaft-Truok trailers)

34853
3/.135/62/000/003(OWOk,
A006/A101
A Y,.r-ROPZ IKobY1YARk1Z--!LJ., Englnee.,% Poshekhonov, V. V., Tec1L-Ic4,1&n
Properties of welded Joints of heat resistant awoo On iaO
[VZhIOQ (EP126)] steel
7
_--~"ALI Svarochnoye proitvodstvo, no. 3, 1962. 26- 1-'P
TEK ,
The authors studied the properties of weld JoInts of grade %71100
iteel produced by argon aro and resistance welding of 100.1 300 mm Plate$.
'Arests were made to determine the mechanical properties of Joints, the effect. of
deviations from the welding parameters, ani the effect of "rigid" or "soft" weld-
In& conditions on the quality of the welds. The following.results were obtatnedt
The 'iZh1O0 steel can be satisfactorily welled,by argon-mr: or resistance process.
Its weldatility Is analogous to that of W96 (VZr.96) steel. It is recommerAed
..o perform rest stanoe - weldtng Under 'soft" zondltlonx, deviation of ikeldins
parameters should not exo9ed t%, The hantness of the weld joint In'manual. argon
arle and rest stande'welding is HV 240 - 260, wh1c'n Is 12 - ;,5% more ttum I-Ime hard-
nias of the base metal. Weld-adjacent zonve show also 4 higter hardnese, ftrting
within-3 - 20%. "The atreneth of weld joinis at 20 - 80ff'C ~emperatlr* Is 90--
Card I/'C-

~-- ~il
IOBYLTAISKIY, I. F., inab.1 PASKII SOV, V. 90, takhno
Xbobanloal pro e of veldol Joints In OT/#-l with BT5-1
Utanium &Uqs, Sm. pmIsr. no,lOs22-U 0 162*
(MM 153 10)
Imam &npra.-Veming)
velang.-Testing)
i

~'; I'27 11-
-3/135/6 - 1/014/016
AOO6/A1Ol
AMORSi Kobylynnakiy, I. F-, FAginser, Pashekhonov. V. D., Technician
TITLHj Argon-aro welding of vacuum-tight joints In a heat exchanger
PERIODICAL: 3varochnoye prolzvodstvo, no. 1. 1963, 40
TEXAN An investigation was made of issing argon-are welding without filler
wire to join heat-exchanger tubes with tubular plates. After assembling the
tubes with the plates, special attention wits given to the consecutive applica-
tion of the weld joints. Initially the t4bes were welded Along the least con-
centric circumference, And then by one rcw In a radial direction from the center
to theedges. The rows were arranged with 450 spacing. The following concen-
tric eircumrarencea were then welded In tho s*me direction until the tenth rowi
finally the last row was welded (Figure 2). Welding was performed on dtreot
polarity 60 Amps d-a. with 1.5 mm tungsten electrode diameter# mid 4 Main argon
consumption, Welding of heat exchangers by the described method yielded struc.
tures without deformations. The vacuuja t1g;htneox of the welds showed one un-
tight joint of 1,428 welds. Tests with a helium flaw-detector revealed 3 un-
Card IP

am
Argon-arc welding of vacuum-ti S/135/63/000/001/014/016
Sho JoInta... A006/Aioi
tight-welds. TheY were repalr4d~by additional welding. There are 3 figures.
Figure 2. Consecutive
welding of tubes
Card 2p

KODYLYANSK InMi.; Vol),, tokhr.*,k
BY ~~w
Argon Rrc welling of heterogenous heat-res'letarit steels eM
alloys. Svar. prolav. no.11048-21 N163. (MMA 1715)

L 4.
&-1.. 04
ACCESSIM NRt Ap4ooM 8/01W(4/000/001/00a/0022
AUMOR3 ~dbrymskiy,, Is 76 (209ineer)) Peshekhancre Vo D
(Teebalcien)
TITIM Spot and sem vel4ing of beat resistant steels wA alloys
GOURCE: SviLrochnoye pro1zvodntvo,,m* 1,, 1964,0 21-22
TOPIC TAOS t spot wel-ling, as= welding-, steel welding, beat resistant ateelj,
El
dissimilAr cmterial welding,, &Uoy weldingo VZh1O0 %Uqyj VZhq8 alloy, 703
M18N9T steal
A'~ZTRAM The feasibility of recintance welding TIA100 alloy to V1199 Ond E1703
alloys and MlWgT steel van tested on the HYP 150/12W spat welder and the
IMPH 300/1200 veam welder, using mTs4 nUoy electrodes. Velding procedures
vere selected which insured adequate atrength or thm joints at rom and high tem-
jeraturen (v to 1000C), and x-ray control ehoved freedom from cracks wA other
dl,fecta. An example of the relationship between the strength of spot velds and
the tent temWerature for thme combinations of &Uoyo in shown -in Fig* I of the
encloov". no velding of such mlloys shoald be carried out at hASU electrode
pressures. "7.o V& Shirebov and ze so molodtama took pnrt In the vorkow Or1(;6
art. haot 1 tabla and 3 f1gures*
Cord V3

ACCMICN M k"O OM

im
SUM= 1 00 =014 01. StO CM I
NO RIP govi '00) cm 1 000

card e/3

ACCESSION NR: AP4019877 S/013S/64/000/003/0016/0017
.AUT11ORs Xoby*lyanakLy# I* Y, Malao*r); Posbakhonovs V, Do (Toth-
~TITLZt Resistance welding of steel OKhl6Nl5M3g (21376)
~SOURCZI Svaroehaoya proisvodstva, no. 3, 1964, 16-17 A
,TOPIC TAGSt EP376 stoeig resistance welding, &4k&u welding.# spot
-,welding, steel resistance woldLax
iABSTRACT3 Steel ZP316 to Ub stabilLxed, austonLtIc after annealing
:and rapid cooling, and highly corrosion resistant with tensile
iscrongth;b 35 kX/mm2 and elongation 6 -SOX at room temperature$ con-
,pared to 50 kg/umz and 25% respectively at 600C. Shoots 0.2-3.0 as
'.thick ware spot and ease welded on the NTP-200 and MShP-l5O unitst
,;respectively* An x-ray spotchock Indicated the welds to be free of
1poras or flaws* Tests at room temperature (see fig, I in the Enclo-
;sure) and at temperatures up to ?00C (Fig* 2) Indicate that strength
Ifoctor values for wolded seams were above 0.9 over the range of 20-
700C, Cood qualLty of joints was assured by ~ho selected operating
cord 1/4

1ACCUSION MRs A?4019877
technique# "Themschanical tests were, carried out by so NO
Molodtsova and N* 04 Alisov*" OrLS, art. hast 2 figures and2 tablese
IASSOCIATIONs None
.SUBMITTEDs 00 ATD PRSSSi 3043 ZNCLt 02
lin CODZI 10 RIP SOVt 000 OTHIlt 000
lCord

MACCUBION NXI "4019877
`,V7
AW
Aw
AV
vi. ed plate
WdMelm
1. Relatioubbip Ustwoon joint atiousth
And plate thLak.soso
I - Sean valding; 2 spot weldin&, shear test;
w $&use rupture toot
3A
4/4

ACCESSION NRs AP4029387 B/OL35/64/000/004/0026/0027
AMOR: UngLveer); Peahe:jwnov, V. 0. (Technician)
TITIZi 1b4 tendency of welded Jobts of certain hiSh-tsm"raturs and heat-raslaunt
stsels and alloys toward isitercrystallito corrosion
SOURM Sv&rochnoye proLxvod#tYo#.no# 40 1964, 26-27
TOPIC TAGS& intercrystallito corrosion, IKhl8N9T steel, VZh100 allay, VZh98 siloy,
91703 alloy
ABSTMGT: There has been no information concerning the durability of VZh10O, W.1198
and 81703 all"s to Its tercryi tal lite grain corrosion. Tests were made on different
thicknesses of VZh1O0 (1.2 mm), VZh98 (1.0 mm), SI703 (1.2 mm), and 19h19H9T (1.5 MM)
in accordance with GOST 6032-58 by the AH method. This provides for the testing of
samples in an aqueous solution of copper sulphate and sulfuric acid in the presence
of copper shavings for 24 hours. The solution contains 160 g of copper CUSO -5 01-100
-=I of sulfuric acid with a density of 1.35/lit*r of water aud copper shavinD 094
results are depicted to microphotographo. The materials VZh10O, VZh98. 11703 and
lXhl8N9Tp their homogeneous welded joints made by argon are welding without welding
rod and the inhooiogeneous joints of VZhIO04VZh9$o VZhIOG+91703# andVZhlOO+MlW9T.
welded with and without a welding rod of VZh1OO, were found to be resistant to
Cord 1/2

IACCZSSWN HRs-AP4029387'___"__""*' 'A
Antgrerystallite grain -corrosion in the initial #tote, as well &a after tampering at
'650 for 2 hours#- In some samples, increased corrosion in the grain boundaries Of
the surface is observed; however, this may not ba. avaluat*4 as a tendency toward
corrosion# OriS. art# hass 2 figures and I table,
ASSOMMON: nons, iA
SVBMITTZDS 00 DAIZ ACQI 2&Apr" 'UMI' 00
SUB COM 'ML NOR" SMI 000 0mat 000
Card 2/2

-7-
1:ACCZS$%'ON MRS AP4040700 S/013S/64/000/006/0021/0022;
AUTUORs Xoby*lyanskty -to F,(%m;inW)j Pe"WWWTv V. D.000weian)
TtTL&s Resistance voiding of aluminum Oat-0,2 an thiek
isoyRctv Svarachnoyo pr*Lavodstvo,,' no. 6 1944t 21-22
ITOPIC TAGS: aluminum foltafoit welding* spnt welding, seas
!welding, foil weld, spot woldl seas weld, weld property
IABSTRACTI Aluminum foil 0.1-0.2 no thick can be seam and spot
lvelded successfully with VZh98 alloy Inserts 0.6 on thick placed
:between the electrode and the foil. This Insert prevents over-
ihasting of the electrodes and Increases the-concontratLan of heat
iat the contact*zones Seam welding at a current of 5400 amp, an slsc-~
~trodo pressure of 100 kgjand a welding time of 0.01-0.02 see produced
:seams 3.5-4o0 as wide. Spot welding at a current of 4600 &up, an
~%lectrodo pressure of 100 kgg and a welding time of 0,01-0,02 set
iproduced spot welds with nuggets 2o5-3*00 an in diameter. Insert
"thLekness-can be increased up to 1*2 map fiutsuch increastenust be
Card

I- ~ I - - . I " ~
n I - F. ;~ ~ c~, is lz in V. . r i ~ . , - A , - * I - -, ,A t 6
~ f , .4 1 " 2

A I G ti N R I APS012643
r r I ~It and the aquapting forte arplied to the electrodes. Thp veld
t r- In t h e limits of 0.1-0.3 F, 0 c 0 4 ;1 o t JR p f, r I - I a b 1 y4 f ( e c t
r ti trv of the distrtbut ton or the "II-vtqg ple~aents- 0 1
,1,5 i!~ (I I AT I ONI n on a
C V U Lf T T Tr r- !nn Cur I- Sun cnnrl MR
7,- ~Zrr SOVI 002 OTHER z )Irj ATID PRE99t 4005
CQrd

-.L - 14508~~6
1
77
-AP6003282 SOURCS CODIS UN/0135/66/000/00'./0014/0016
AUTHOR: Poshakhonovi Is R#g (Inglueor)l IKOIZI aski&l. IN (ZoSinear); 041tskiyO6.1-
A. -K. (Z"gineor)
ORO? none
TITLZ.- Volding.,of she* joints of d Khl$NI2j Ateel
elm Yr- -
SOURCZ: Svisrochnoye prolsvodstv*, ooo 1, 1146, 14-16
TOPIC TAGS: shoot metal# copper, st"l, arti welding, resistsato welding.-bimstal
KhI$WIOT stool
ABSTRACT: The fabrication of tottAin products (evaporators, beat exchangers, ate.)
requires joining sheet copper to-Khl8Nl0T-st**l, I.*. joining motals which diffor
markedly in their physicochemical, properties and hence ate difficult to weld togotboro
In this connection,4ho authors experimentally developed a t*chnLqu* for jotvAng
0.3-1.5 mm thick H21sheat copper to'shosts tf stool Khl8NlQr of the same thickness.
Of the welding methods investigated, the tw most nuitablo methods proved to be acgoo
are and resistance welding.Prior to welding the steel specilwns were degrees" sad
the copper specimens pickled. In the ease of argon &cc welding, treatment of the weld
w1th.N1 or with I Cu Improves the weld structure. Contact welding requires usiag so
1/2
-A.
2/2

KoWL- m-s K i
2A I
Afthors I llobylouldys 10 14
TIM I Dump trackop V" US-93DO tor tam vm
Avt, trakto Prw*..6I.l7-19# Jfte 1934
Abstwt t The Ojmsa Auto*WU Plant started the moo produotlon of dump
trucks &APW-for Wca-hwsl use, Ceneral description of the
QW-930 dump truck to pressited,, together with dravings and illus-
trations dspictinS Its vwbms components.
Institutiont
Submitted t
RX"411-02-1-1-1-M R94 kl
MWIM 't-W ~O t

Ngmkvs.vlprTvp To No
lxpsrimao in apsoldt sining of thin aftl "me 901LI37
no.10031-32 ~ 0 'Wo (MMU 258
1, MavW polog Iftiaskogo U%ota kmbbata lusbasnoll
Malsterstm Igalnor prowuhimost, am.
(Kumtok &win-8tri-P ~aWnt)

uAlsily 0 T.B. Egobylysulkylo VJJ ; SUIXIV. X.T.
of electrots. Dop. ta pov. Llviv. use
no.? pt.3:237-938 157*' (XIU Us 2)
(Illeatroze)

CLAUDERWO A.Te.j KOULUMUl T.B.1 IALOUNSKIT.9 I.T.
Distribution of neutrons In media with a cyclindrioal intorfaos wA
an off-exts sours** Atomenergo 10 A0~5023-315 IV 1610
(KEU 14 t 5)
(youtrons)

312, WOU3/66/000/00SAM/0031
ta-A (Miadi4at*
of Uthalcal scleaces); Kotylygnskiz, V. X.t
_ubcd.
jA. Mi.; GUdst_G._S-t b0T~ A. V.; 0orimaj It F#,* Starinskiy, A. D.; Atqy4n4 9. H.
GRIdate of technical sciences)
ORG'. LIVOV Wrz!chnical 1tkstttUt*A(to1voYsUy poll-tekhnieh*ak1y institikt); Wyov fts
Plant Wv -4470
TITLX- ot the.power capacity of brake afthWUM6
BOURM Avt=*b111wW& prooWshlennost, no.' % 1966, 29-31
TOPIC TAM Y01clo. braMag systemo test sued vehicle 'Cowponent
ASSMOT i -The authors d4escritoe a combinatiodi'stand developed at the W"Y PolYtdlch~~
nical Institute to be used for both inertial _wd constant braking tests. A diagrim
jor the Installation to aboun to-the anyIng figure. The principftl elements of
the stand - are, .100 kit electric. motor 1; clutcli and gearbox 2 mounted on the clutch
bracket; flyvheel 3 with a moment- or- inertia of 16 kg-sec2; brak,% mechanism 4 vith
!the "= mounted on the flywheel shaft while the disc and eboes (Are mounted on thot
iclutch shaft 5 which to coaxial with the fl~r&eel shaft. The stood Is equipped for-
measuring tne braking acutnt and the mcnent on the release shaft, the tewperatures or.
the brake linings and, drum, the.rotational velinity of the drum, the pressure In ths
brake chamber and rod travel, Provision is awtt for programed control of brake OP-
eration. The device aq be Used for studying the effect of & variety of factors I=
i
the power capac I ty of b%:aking mechanisms. Oris art. has 4 figures-, .3 tabl -of-
Card 112
SUB -1 C10-N&I allow-
-MW&AAM
VIT

KOMIUMTO A.A.
U" capital assets with veximmi efficiency and gain In tim,
Shm,At. strol. 7 so.617-8 Js 163, (MIRA 1617)
1. *ordlovska" oblastu" kortors, Stroybonka SWR.
(Mining Industry and finance)

KaByInTany, is
-4
lateral femoral berate, Shirurgite JupplfteniJ45 157. (MM 1184)
1 * Is YurIrevsk rsyounoy bollaitsy Dnepropetravalroy ablasti.
CIMNU,l

KOBYLYATSKIY, S.F.-# kAnd. tokhn. nauk
Equidisonsional cylindrical projeation.possessing charaotorlstics
of the Tfooot projeation, Uoh, up. Pons. Insh.-strois Insto no.21
77-90 162, (HIM 17 111)

KOBYLYANSKIY, V.D.
Vernalization stage In wild barley species. Agrobiologila no.31
448-449 MY-Je 162. (mm 15110)
1, Vaesoyusnyy nauchno-isslodovatelskly institut rasteniyevodstva,
Leningrad. (VMMLIZATMX) (Nam)

KOMIATSIayp a. ?.s Candidate Toch Sol (diss) __ uSqual-scale perspective-Coula
projections for compiling large-scale agricultural saps". Xharlkov, 1959.
IT Vp (Min Agric USS, Mwlkov Order of labor Red Dmer Agri* Inst in V, Ve
Dokwb"v),, 150 copLes (XLp No 2% 1959,, 13h)

RABINOVICH, Avram Ilakhtmovichp doktor tektn. naukj TAKFITOVICHip
Vladimir Aleksandrovich, lnzh.j WfFCIfKOp BoFdan
Yuliancy1ch, kand. te)-hn. nauk. PrInimali uchastlyes
KOBYLYUKHj B.F.; GORILYUK, V.I.; KAFYSHNYY, N.I., daktor
--t*hhwv-"M&r"tsenzentj CIMWISp V.Khep lnzh,, retsenzont
(Automatic vibratory ftp*4 mechftninzw] Aytocaticheekle zag-
ruzocluiya ustroJotys vibi-atsionnop t1pas Kleys Tekhniksp
1965. 379 P. WIRA 180)

RABINOVICHO A.H.p doktor takhn.nauk; XOBrLr=, B.F.
Pulsating pneumatic drive for vibratory f"d sechardsmse
Hashinostroitell no, 4113-15 An 161. (KMA 1W)
(read xs~~xw)