SCIENTIFIC ABSTRACT GORBANEVSKIY.V.YE. - GORBATENKO, M.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516110001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACC NRs AP7006715 SOURCE CODE: UH/0113/66/ 0 l2fuuxxTv-_,,___,
1AUTHOR: Gorb~ U Va.
IORIG~ No*ne 1W
ITITLE: On the problem of selecting dimensions for the plunger
sleeve ports in a
I
'high-speed diesel pump
'SOURCE: Av-tomobillnaya promyahlennost', no. 12, 1966, 11-14
TOPIC TAGS: fuel injection, diesel engine, engine fuel PUMP
JABSTRACT: A simplified trial and error method is proposed for
determining the optimum
1dimensions of the intake and npill ports for the plunger sleeve
in a diesel fuel pump.
!It is shown that the effective cross sections of the plunger
sleeve ports in presently
used fuel systems on four-stroke diesels (operating at speeds up
to 1500 cycles per
minute) may be considerably reduced without impairing the
process of filling the pump
~barr-tl with n-:1. A reduction in the effective cross sectional
area of the sleeve
;portG reduces fuel compressibility losses as well as fuel
leakage into the inlet ports 1
1during the period from opening of the delivery valve until the
inlet ports are closed. if-
the injection process may be made less dependent on speed
conditions. At the
liu: time, the fatigue strength of the plunger springs will be
increased and cavitation;
-jear of the plunger and sleeve will be reduced with operation
on'li(5,hter fuels. The
C,,d 1/2 uDc: 621.43.038.001.5

ACC NR3 AP7006715
!~Simplified method proposed by the author for calculation of
the charging process gives
~.n easy means for determining the optimum dimensions of plunger
sleeve ports from the
!standpoint of efficiency in filling the pump barrel with fuel.
The proportionate ce.-
~pacity of the intake and spill ports during the charging
process may also be evaluated
itogether with the effect of the grade and temperature of the
fuel. Orig. art. has:
;4 figures, 18 formulas.
CODE: 21/ SUBM DATE: 'None
Card

IA"IRBAINE."'jKly.~ V,Y.F,.
Lt-,S-4Lm,.ng hp.-Ji.tigs for vHa--4t* :-,,F thri -,
sngfmos. ~.vt. T-rom. -i,') D 61 . I'll;-i H:. - -I , - '
I - -, , . -.1 04 , ..- - "- I

V.Ye~ ; I'C)LYAKo'-V', G.D.
Designing the flywheel of a ntand for te:jtinir
diesel engine
fiael systems. Avt. prom. 31 no.1:11-13 Jet '64'.
O-ITPA IS:3)

)IIU.I,OL--,IlAj H.M.; GORBANIN, V.P~,, starshiy gidrogeolog;
BOYARSFJY, Ye.V.
Means of controlling underground waters in the Mirgalimsay deposit.
Gora zhur# no,3:9-32 Itr 162, WRA 15:7)
-1. Rukovoditell gidrogeologicheskogo byuro kombinata "Ach
Olimetall"
(for Yermolin4). 2. Mirgalimsayskiy rudnik (for Gorbanir 0
(Ifirgalimsay region-Mine water)

GORBANKO, S.S.p tAkWMik (ff. Varkata).
Autcmtlc regulator of oondenBats level in turbine
condenaeras
Inergetik 13 no*10125 0 165, (MUU 18110)

. P"-DOCHEV,, D.
4ANOV
G=NOV, Khr.;_2qR _
On clinical value of erythrocyte sedimentation
tests in
tilted tubes. Suvr. med. 12 no.11:101-107 161.
1. Iz Natedrata po vutreshni bolesti i terapiia.
pri. VMI
Mesh meditsinski, institut] - Softia (Rukov. na
katedrata
prof. Al. Pukhlev). (BLOOD SEDIONTATION)
k,

MYSTROVSKlys R.B.; GORUNOVSKIY, V.S.
(Dnepropetrovsk)
Severe tatraothyl lead poisoning. Vrache delo
no,8sl35
Agt63- (NIRA 16:9)
(IYAD POISONIM)

RML%R&M Etta=
137-58-5-9863
Translation from. Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p
142 (USSR)
AUTHOR: Gorbanskiy, V. V.
TITLE: Electric Spot Welding- of Interior Parts of Heavy-duty
Receiver-
amplifier Tubes (Elektricheskaya tochechnaya svarka vnutren-
nikh detaley nadezhnykh priyemrio-usilitel'nykh lamp)
PERIODICAL: Tr. N. -i. in-ta. M-vo radiotekhn. prom-sti SSSR, 1957,
Nr 6 (42), pp 48-70
ABSTRACT: An examination of problems in the design of electrical
spot
welders for the electronic-tube industry. It is noted that expul-
sions cannot be tolerated in spot welds of receiver and amplifier
tubes, since they cause short-circuiting between elements of
interior parts of the tube. The shortcomings of the Ye. 300.01
serial-production welding machine are listed. The causes of
expulsions during welding are listed, and it is established that
the power control unit of the welding machine must provide
reproducible heat cycles, and the pressure mechanism must
provide uniform electrode force. The electrical circuits of mach-
ines with individual weld-time regulatcrs, stored-energy cap-
Card 1/2 acitor-discharge machines, and machines with a combined
form

137-58-5-9863
Electric Spot Welding (cont. )
of welding heat cycle are examined. Various designs of
clamping mechan-
isms are examined. The rnajor characteristics of the new
model A. 300.04
universal spot welder, which affords freeclorn from
expuisions of liquid
metal, are presented.
I. M.
1. Electron tubes- -Prodtictl on 2. ",;Pot. we Lit
ln~-hqil
Card 2/2

SOV/ 137-58-8- 17175
Translation from: Referativnyy zhurnal, Metallurigiya,
1958, Nr 8, p 139 (USSR)
AUTHORS: Gorbanskiy, V.V., Kliudvshev, A.F.
TITLE: A Welding Machine Employs Rollers for Welding of
Cathodes
(Stanok dlya rolikovoy svarki katodovj
PERIODICAL- Radioteklin. proiz-vo, 1957, Nr 9, p 22
ABSTRACT: Instead of employing spot welding for the
t-,,~,o (athode half-
sections, a method was introduced and developed whereby
welding is performed by ri-icans of rollers in (onjLnction
with a
special mandrel and a machine whicli ensures uniform condi-
tions for welding operations. The introduction ot the
inethod
described resulted in a 10- 12 fold inc rease in produ(
livity and
improved quality of cathodes.
A. K.
1. C athode s --Spot welding 2.
Card 1/1

AUTHORS:
TITLE:
PERIODICAL:
AB~,TRACT;
Card. 112
SOV-1 3 5 -5, R- 3- 14/1,)
. .1
Kislyuk, F.I., Doctor of Technir- Sciences, Gorbanskiy, V.V
Engineer
A New Machine for Spot 'Nelding Parts of Receiver-Amplifier
Tubes (Novaya mashinn dlya tochechnoy svark-i detaley priygmno-
usilitellnykh lamp)
Svarochnoye proizvodstvo, 1958, Nr 3, PP 39-42 ('TSIIR)
The existing spot welding machines used in the production of
radio-tubes do not eliminate spatter of' liquid metpl, In-
vestigations were~ carried out on the expediency of gradually
increasing welding current pulse, or of two separate Dre-
heating pulses without disconnecting the electrodes. Engineers
G.A. Bolkhovskaya, A.M. Kupfer and A.F. Khudyshev participated
in the'work. Three machine circuits were tried: 1) machine
with increasing amplitude ADf the welding pulse (Figure 3) for
welding steel, platynite, nickel, etc; 2).a capacitor spot
welding machine (Figure 5); ~) a machine with a combined
thermal cycle (Figure 7), pre-heating on a.c. and with a
gradually growing amplitude. Information includes a description
of mechanisms for compressing the electrodes of spot welding
machines such as a mechanism with cylindrical spring (Figure 9)

SOV-135-58-3-14/19
A .111ew Machine for Gpot "Velding Parts of
Recreiver-Amplifier Tube'3
and a mechanism with flat springs (Figure 10). On the basis
of the experimental inve*stigati~ns performed-, a new spot
welding madhine was developed having an electric circuit with
pre-henting by n.c., welding by capacitor discharge and with
a flat spring compressing mechanism. The machine (Figure 11),
was tested for two years and proved to be satisfactory. It
eliminates spatter,
There are 2: graphs, circuit diagrams, 4 oscillograms, 2
diagrams, 1 photo and I table.
ASSOCIATION: NII Komiteta radiotekhniki Soveta ministrov
SSSR (Scientific
Research Institute of the Radio-Engineering Committee of the
USSR Council of Ministers)
1. Electron tubes--Spot welding 2. Spot welding--Equipmen'.
Card 212

SOV-135-58-10-9/19
'j
AUTHORS: Yiglyuk, F.I., Doctor of Technical Sciences,
Corbanskiy,
V.V., and Khudyshev, A.F., Engineers
TITLE-. Precision Automatic Arc Welding in Hydrogen With
Non-Fusing
Electrodes (Pretsizionnaya avtoinaticheskaya dugovaya svarka
neplavyashchimsya elektrodom v srede vodoroda)
PERIODICAL. Svarochnoye proizvodstvo, 1958, Nr 10, pp 26-29
(USSR)
ABSTRACT: A new device for the precision welding of thin parts
made
of heat resistant and other metals and alloys used in the
production of cathodes for electric-vacuum devices is de-
scribed. The welding is done in hydrogen, with a low pow-
er arc. Engineers V. Elabakidze, V. Rastopchina and A.
Kupfer participated in the work. The new device is described
in detail and the approximate technology for welding on
direct polarity of different parts according to their thick-
ness and nature of joints is given in a tab?.e. In welding
tungsten and molybdenum parts, micr~-hardness of recrystal-
lized molybdenum attained 210 kg/mm and io 1"Aividual grains
Card 1/2 as much as 320 kg/mm ; micro hardness of porous
tungsten

SOV-135-56-10-9/19
Precision Automatic Arc Welding in Hydrogen With
lion-Fusing Electrodes
was epal to 175 kg/mm 2 in the seam center and 200 - 300
kg/mm in the transition zone. There are 3 graphs, 4 pho-
tos, 1 table, 1 kinematic and 1 circuit diagram.
1. Tungsten--Welding 2. Molybdenum--Welding 3, Are welding
--Applications 4. Hydrogen--Applications
Card 2/2

GORBUSKIY., V. V., Candidato Tech Sol (diss) --
"Investigation and development
of the technology of point electrical welding and soldering
of the Inten-A! parts
of electrical vacuum Instruments and the development of now
equipment". Moscow,
1959. 12 pp (State Cour ittee of the Council of Ministers
USSP on Radio Electronics,
State Union Sol Res Inst), 150 copies (EL, No 23~, 1959) 165)

S/125/61/000/006/003/010
D040/1)112
AUTHORS: Gorbanskiy, V. V., Shubin, L. V. Khudysbev, A. F.
(moscow)
-- --------
TITLEt EquiDment for precision electron-beam welding of
refractory
metals and alloys
PERIODICAL: Avtomatichoskayn evarka, no. 6, 1961p 21-30
TEM The authors describe a now experimental installation
developed for
welding refractory metals and alloys by an electron beam In a
vacuum. The
article contains detailed deuign information. The unit is
shoyrn in a photo-
graph (FiG. 2) and diagram (Fig. 1). It consists of an
olectron-optic
systemii.e. an electronic gun with focusing and deflecting
systems; a high-
voltage rectifier; one feed unit for the focusing and
deflecting system and
one for the modulator, P work chamber, a mechanism rotating
and movin(; the
workpiece9 an evacuating sys-bom with a high-vacuum and a
forevacuum pump.
The electron-optic -system (Fig. -3) is attached by a flange
to the work
chamber, Its parts are connected by vacuum-tight joints with
aluminum or
copper shims.. The cathode leg of the electron 6un is fixed
in a ceramic
bulb and its output terminals connected to a heater, a
lanthanum boride
Card 1/ 9

I '_ V, 9
S/12 1 800100610031010
Equipment for precision electron-beam welding... D040
YI),1112
cathode, and a focusing and a modulating electrode. The
anode unit is a
cylindrical water-cooled piped The cathode lQt: is connected
to the allode
unit by the flange. There are one central 1-nd six -side
holes in the oylin.-
der top, Accelerated electrons move through the central hole
and air is
evacuated through the side holes. The electron gun is
powered from the rec-
tifier and the modulator; the feed source for the focusing
and deflecting
system is inside the unit; the contTols aTe on the front
panel, When the
electron gun works with pulses (to obtain higher beam
density and to reduce
heating), the feed voltage is modulated. Pulses and
intervals are adjust-
able in ten steps between 0.01 and 1.2 sec. The 20 cubic
decimeter capacity
work chamber is cylindricalo welded from stainless 1X1849'r
(lKhl8N9T)
steel. Replaceable workpiece holding device are provided for
welding cir-
cular and straight seams. A vacuum of B-10-5 mm Hg is
maintained in the
chamber. The gun system is shoyni in a diagram (Fig. 4).
Boride cathodes
are used becausc of their stability at high current
donsitieu (above 10 amp/
CM2) and because they require no activation time. IfIcating
to 1600OCis suf--
ficient for steady operation of the cathode. The work life
of most Df the
boride cathodes is 250-300 hours. The replaceable lanthanum
boride cathodes
have active surface diameters of 3,09 4.2 and 5,4 mm. A
tungsten -wire
Card 2/ 9

S/1 OV61 1600/006)10031010
D-,uipm.ent for I)recic;:Lon electrcn-huar--,
-.-.-~lding... -r)04(;1D112
Spiral i:; 11f;e'l for IIQrITA-.q8 the callic-ides. Throo
diffei.-nt alectron rvins are
designed for crithodes of differ~--.-t diameters. Po,.%u,-
c,,.xi I)e varied over a
wide range. Practio.)*!I'r all reiractory metals with a
thickness of 0-005 to
5 rira can be welded. Tlii Lliotanco fi~om the anodo
oatlet, to work sizrface ip
340 ruiv becau.3(3 of the size of the ,ioik chambc~r. The
focusing system i.r, a
magnetic lens, i,e. a rectan.--ular coj.1,Ft portion of
which jo, placed in an
iron screon. The electron bear; pa..Ioeo for a
considerable pirt of its pass-
age in the equipotantial i;pace of the anode pipo~ The
external electric
and magnetic fields have no effect on it, therefore
calculation of the fo.-.
cussin-rr aysteEt r3ay be simplified by assuming that only
the forces repelling
the space charge are acting, and that the magnetic Ions is
"short", The
spread of the elootron beam may be calculated by the Yayns
Vatson
(Russian spolling) equation ri, n--k
r
0
U
Ix4d, - `F
ro ( -27Y2 I-x f
Card 3/9

S/I 25/6lTdoo/006/003/010
Equipment for precision eloctron-beam volding... D040/D112
where .1 and ?, are tho charge and the mass of electron; I -
the beam,
current; v - the qnode tube potential in reepect to the
cathode)~. T'.h&-,
equatiOn (1) describeti. directly the initial paxallol beam
shaPe. In the
magnetic. lens the beam coiverges (Fig. 7). The article
includes a calcula-
tion example. It is very approximate, and the basic.
dimensions for the
focussing system were determined finally in experiments. The
best position
for the magnetic lens was found to be (f =120 mm and 12 .220mm
(Fig, 7),
and the proper current for focussing a 50 m,.amp beam at
159000 vo't to be
1000 - 1050 v-amp,. The deflecting system is the same as used
for TV tubes
and consists of four coils connected by pairs in series and
aiv- en 1800 angle,
The coils are wound on special arbors and cont)ist of 5
soctions, with maxi-
mum winding density at the coi', end to produoe a uniform
majnetic field.
The formula for calculstlr4 tho ampere-~urns of coils (Ref.
1'4~ M. Ya.
Mulyarov, Elektronno-IuQ6evne polbory Lsiectron-beam
iastrument~-/, Gosener-
goizdat, 1954 is
2.65d -.-.in
1N a
10
Card 4/9

S11251611000100610031010
.L~quip..iont for precision OIOGtron-beam ,veldinj> D040/D112
... lie
. re d int - is the internal diameter of dc."lectina system; 1 0
tho,
of.foctive. coil lonC;t-h ( 10 - 1 + IT," 1 1 - tho coil longth;
the
naximum deflection anj3le4 The undistortod adflectlon an-le de
-I. elm-1--ned -n
exi~crizients tas 3-50, which -ireans that tho bo:-,n may be
Oeflected 10-15 :1,7,
OfLi center without changinC-: the focus. I'urthor v!ork is in
progress on de-
tormination of lbc~.,,:i. proscuro pn a metal poolt durint; and
heat (Ii-
stribution in the metal outside the Conclucions. 1) The o,,_-tcn
rCplacCa,jle cathodes pormilUs V.OldinL;-current re~,-uiation
100 v, ancl
10 2) The ',,i~;h-voltaCe rectifier and nodulatuor pcrmi~ pulso
3) e::ner-mental unl; mcaker, po;;oible the -cl- circul
Ij lar :-ind otr,7~i,-ht
sOZ1.:;!S Vir ~n ;lec'vron beam 'in a %racuum. 4)
Vact:,,i-,i-tiUht jointr can be
tzAned on rcfrc_ctqry netalz. There are 10 c-.nd 15 re--croneco:
5
Soviet-bloc and 6 non-Soviat bloc. Me fourlatest rufcrenceL to
7_!,E;1ish-1,xngu-
aC;e publicationo read as follows: G. Burton and Vin. L.
Frankhousor, Elec-
tron-boam, Weldino, "YfeldinL- Joiirnal", '.11c. 10, 30, 19519,
S-401-409; Produc-
tion Welding -.-.,i'uh Blectrons, "Electronic industries",
April, PP 76-94,-1959;
Electron-beam 1.7elding, "American IMachinist", Februar~,, 23,
pp 94-98t 1959;
Electron-bear. 701dimU, 1112n,'ineeringll, ':eril 1959-
0
SUB'UTTED: Pecemler 7, !960
Card 5 3)

VOYTSENYA %S.; GORTIANYUK, A.G.; ONISHCHENKO,
I.N.; SAFRONOV, D.G.
Lotion of Cense plasma clots in the magnetic
field of a
toroidal solenoid. Zhur.tekh.fiz. 34 no.
21280-287 F 164.
(MIRA 17t6)

L-j i-PTI-Jok-la -olear-r- ivv!v -469 1-1 Z -11-1 Z-V"rl m A p L ~'L
41
a sma C aqmc- J?I. vjasir.~a polarization, nonr).nmr)vpnpou5 T~aj-Tietj,-
!",4L-
n cyC- n
EISIORS-A0
------------
mmiswv~effo-ngthe Vwo -pritc-1parftmaters-of the

KCCFMlOi4 NR: AP5018319
a p i e exr t
r q
j-Card-2

11W TIMCT, The Ijthor-q have measured the radii! eiectric
fiej,! 4.-. ---- -- - --

ACMISSIaN %,M: AP4049054
to :10 V/cm were observed; these :fields wOrO djreCt4E,-j t-,Yw'nrd
thle nxxis. 7,nc e-,.r
u- Lrzxnz~iciun irom thn fin]
-SOS
i tic 614--in e-non-uniform-rxe ionLX-aA_~ ~c-q
-y-litt _4
-i -- t
-that
ec =F_tru--Olwmr co=lud-d M was , uc. to
the diffcT-ence betwe tle inn nnd eip-tr-~r
Z/Z

1- 4 Ei i T 7 -,P(.- G D /A T
ACC NR. AT6020409 Ch S6U_RCE_'CODE: UR/0000/65/000/000/0119/0129
AW'HUR: Voytsenya, V. S. z Gorbanvuk,_A_r~,'Onishchenko, I_. _N.
; SafLonov I, G.
Shkoda.
ORG: none
~TITLE: Molipq of the f la�m2~ids in a magnetic field of toroidal
solenoid
SOURCE: M1 UkrSSR. Issledovaniye Dlazmennykh sgustkov (Study of
plasma clusters).
Kiev, Naukovo dumka, 1965, 119-129
TOPIC TAGS: plasmoid, solenoid, plasma magnetic field, plasma
density, plasma injec-
tiqn, Interferometer, mass spectroscope, ion distribution
ABSTRACT: The behavior of a plasmoid moving with several kev
energy was studied in
order to determine its upper density limit, its purity, and
attainable velocity in lon
gitudinal magnetic fields. This work is based on the theoretical
predictions of N. A.
Khizhnyak (ZhTF, 1965, 35, 847) who stated that due to
shortcircuiting of polarization
fields by electron currents rather high densitie3 are attainable
in the plasmoids. The
experimental apparatus is described showing a curved region
preceded by a straight sec
tion connectIng with the plasma injector. The plasmoid properties
were studied with
a macs spectrograph, time-of-flight mass analyzer, microwave
interfercmeter and elec-
tric and thermocouple probes. In the experiments with low density
plasma, the ion dis
Card 1/2

L-41
ACC NRi AT6020409
tribution was found to be considerably distorted. At 1012 cm-3
density, long high
energy tails appear. In higher density experiments, thz mean
ion energy was found to
be 3 to 5 kev, with an impurity content of 401. A study of the
solenoidal guiding
field indicates that plasma densities higher than 1013 iona,CM3
are possible if fields
are increased above the 8 koe fields available to the authors.
Orig. art. has: 10
figures.
SUB CODE: 20/ SUBM DATE: l1Nov65/ ORIG REF: 007/ OTH REr: 002
Card 2/2

FATInVA, M.N.; KLIMOV, V.~S.; GCR3=NKO, N.I.;
DICIISOVA, Te.A.; ZRINA,
Ye.V. -, OSTAPKOVICH.
Earl.v diagnosis of abronic radiation sickness.
Vest.rent. i rad.
no.2:16-23 Mr-Ap 155. (MIRA 8:5)
1. 12 Instituta terapil ANN SSSR (dir.
doystvitallrWy. chlen Ake-
demii meditainakikh nauk SSSR Prof. A.L.Krasnikov)
(RADIATION SIdMSS, diagnosis)

j4y,'m Cold Grgl gntcn (Thunp. 1115t.", Aroncow)
EkOW biol. t lied. 41, Nc, (J. 310-41(1936).-Thl
propt~xty of airim to c1cpAymuize hyaluronic ucki 6 duc to
otber pihmatices LvsideF hyalurouldase. This was drjuon-:
btmicd by subjecting urine to prokmgr-~d b3iling which de-
Stroym tht~ In 41 out of 51 Lases tht: uriiw
tti roug- 6 -- -
b"iblig a St epolymc!rlr_ng ability. c
VAV11wrizilig ability of slibstances other (hart hpilurouidast
;q)pc.tr~; to mcmLsc after boi]jIlf'. since the urine oweg iti
Ilvp,lvmcli!iZ, g property to hyalurtilkiLLIse C-Illy in a smull
jj~ ,j c_,, it v.limnt L,,. u-sed as .1 wtjz:ure of livaluronic
-it~ u1 Om

?, 'I ~-4* ctr . I S
ana al u E.L.Lo , cf 1,1!,, ic.,A T
Efforts.
i'.bs Jvur: j,%ef zhur--_,,,ioI-, ~Po 20, 1958, 93746.
-U-6,1or stepanyan, yc. i,., V.S., Gorbare-ho, IT.I.
L'St
Ti ~10 Tae PrCUu.i of iyo.umni(,LIsc a-,.a !istw~iinu ill
tne rlood
of L-Iftividur.1r, soutNiectea to Io:iiziil;.; itcaiation
ill 111LIu3try.
Ori.[, !~ub; 14--d. radiolof.-,iyaa, 3-957, 2, ITO 3, 19-23-
libe anounIll of hyal-armiLlase (I) in ne Gonr,.'.' mild
Ido
L rieftically
tc-oline (II) in the plas-m of people (21) -~L
-)ii
sWbjectod to the effect of and -maiatic
5 til--,cs or ncre 1-ACIor than a sCXe close (crolr!) I),
people (21) subjected to the effect w~.,thin c sa-fo nnC7,e
(Grurf II), allLI 1)eoi)1o (15) wlio received Closes lower
I
Vla;-. s--fc bu-'U- !vwLIC co,'~'-Iact With CI-01.dcally
tCjxic
("m1"! 1/2

!-,ffQcto of rr
IL
Eff ort s
J~ur, ikuf Irr, ',20, 195(3, 93746-
51~7bstanccs (L-rou!) 111) - In all the C:rOUp:;, I flue-
tuatuCL in mnZoas cf 2 - 10 tualts a6ai:-.st 0 - 2.5 ix-lits
I I
Li the control, XT in rami6cs of 11 - 25 ',j nCairlsst
5 - 10 ::uqjci-,cy of
kr'~ in thu Co.-vurol. 7ha relativc f
-1trol , -;reatcst in
-.0. arlolults Ims
caseS euJi. 11c; c
:--'rcup ITT, aiicl llith l-mr~)i:il- of the i-atcrJal
accurdinc to
t:le sta[;c- of t",.c; imdzirq; racliation - in the
Z,roir with the lcut cxi~csurc. Thuro was no --arallolisri
botwou., chaaiL:.cs in I ancl II nor butuce-a
i'llictuatic'ns in
bicc:icrUcal indicators and cl--ta (if the c1ii-iml O-KVann-
tioll (bloccl cowt, subjective ca.Z.,lCints). -- E.D.
Glikson.
C'.rJ 2/2
.155

rJ
NKID. N-I-
"IMOV, V.3 G(MBARS
s blood serum of m6a subJOcte(' to
4alitronidase activity 71~n 1
report [vith summary in Ing "'b3'
chrm~c irradiation; preliminary a-7 157- io.6)
'fest.rent. i red. 32 no.l-.19-23 J
1. Iz laboratoril Ina tituta terapil Akademii meditainakikh
nauk
SSSR (dir. _ deyatvitel, Vy, Chlen Akademit editsinakikh
nauk SSSR
prof. A L. Wyasnikov)
iRADIATIONS, eff- tation, eff- on bYalurOuidaBe
i oniz ing., chronjairra d
activity in blood)
(HTALURONLDASE, in blood
eff. Of cbronic ionising irradiation)

VoS.-P PONIZOVSKAYA, A.I.; GOR13ARM09 N-10;
FATE M At M-N-; XLlMOVP
SOKOLOV, V.V.; SMIMOVA9 M-L
of C.137 cn the hman organism. Med.rad. 5 no.7Z14-19
Effect (min 13:12)
160o (RADIATION-PHYSIOLOGIUJ EMCT) (CESIUM-130TOPM)

FATEYEVAp M.N.j PENIZOVSKAIA, A.I.; SOKOLOV, VS.;
BENI80VA, Ye.A.; OSTAPKOVIC111 V'Ye.
Initial reactions of the human organism to tbi action
of ionizing
radiations. Med. ead. 5 nq.8:3-7 160. (MIRA 13:12)
(RADIATION-PHYSIOLOGICAL EFFECT)
I

GORBARENKOJ. U. I. "Concerning Changes in
iiyaluronidase MLzyme (Permeability Factor)
activity in 262 humans exposed to varlous
radiation was within normal limits in all
reflected no significant decline.
Protein-Fraction COMPOsitiOns and
During Chronic Radiation." llyalurcnidase
intensities and duratic;ns of lndustri'-~"
cases. Protein-fract"on LcmPositicn
=dIdate dismertatiou listed In HeditainLkW radiobnalwa no,
'ct 1964- The
article did not state ap'-dricallyWt degM was a ': The
amotated
I.ttles deal with atudles on radlatitm physioloa., redintim
bioehemistry,
coobiried traum and the influerice of radiation an
regenerative promsees,
mMatlig-4 mlcrcbiolc~V snd izmtaioloa, and radiation
pharmeoloa.

GORBARMO, P.; SAMUROV, Yu-
Three-cEannal tonograph. Radio no.3:21-23 Mr '60.
(MIRA 13:6)
(Tonometers)

NBSTAROV, A.P.; GqW" !~'! P. G. SAMIAROV, Yu. I.
Ifigh-frequency tonometer for measuring and
recording intraocular
pressure. l4ed. prom. 13 no.5.*54-57 14Y '59. (MIRA
12:7)
1. Kuybishevfikiy meditsinskiy institut i 4-y
gosudarstvemW pod-
E;hipnil,,ov.vy zavod.
(EYIC, INSTRUMTS AND APPARATUS FOR)
(ITITRAOGUIAR PRICSSUF3)

GORIBARENKO, P.G., lnzh.; SHKILI, A.D., inzh.;
KRIVITSKIY, S.M., inzh.
Semiautomatic machine based on the horizontal milling
machine for
rourh-cutting bevel pear teeth. Mashinostroenie
no.2:16-20 Yx-,Ap
,62. (MIRA 15:4)
1. Kharlkovskiy stankozavod.
(Gear-cutting machines)

GORBASI) V.S.
Against outmoded methods of quality control.
Standartizatsiia
29 rio.10:25-27 0 165. (MIRA 18.:12)
1. Nachallnik otraslevoy laboratorii nadezhnosti
Soveta
narodnogo khozyaystva Moskovskogo gorodskogo
ekonomicheskogo
rayonas

BORISOVP V.P.; GORBASH, A.A.
Use of vegetable oils in the production of biomy4ne
Spirt,prom. 29
nc;.1:22-23 163. - (MI,tA 16.2)
1. Nezwohayevskiy savod kormovykh antibiotikov.
(Chlortetracycline) (Oils and fats)

BORISOV) V.P.; GALYUGA, T.N.; GORBASH, A.A.
- - --------
Biosynthesis of vitamin B,12 and its losses in the
various stages
of the production of vitaminized biomycin feeds.
Ferm. i spirt.
prom. 30 no.1:24-27 164. (MIRA 17:11)
2. Nemeshayevskiy zavod kormovykh antibiotikov.

YURCHENKO, F.A.; BORISOV, V.P.; GORBASH, A.A.
Effect of iron on the blosynthanin of
chlorU!traryclines
Ferm. i spirt.prom. 30 no.4232-34 164-
(MIRA 18:12)
1. Kiyevskiy spirtovoy trast (for Yurchunko). 2.
Nemeshayev-
skiy zavod kormovykh ant-iblotilov (for Borisov,
Gorbash).

BORISOV, V.P.; GORBPSH, A.F.
t
Utilization of waste filtrate in the production of
antibiotic feeds.
Spirteprome 29 no.2:41 163, - (KIRA 16:3)
1. Nemeshayevskiy zavod kormovykh antibiotikov.
. -(Feeds) (Was'te products)

BORISOV, V.P.; GALYUGA, T.N.; GORBASH, A.A.
Device for the control of air sterility in factories
of antibiotic
feeds. Spirt. prom. 28 no.6t24-25 162. (KIRA 16rlO)
1. Nemeahayevskiy zavod kormovykh antibiotikov.

& V
v
r 1, T,--Z 0y llharmacolofg and Toxicology. Analgesics
1,11~. JUIR. RZ117-0iol't No. .5 1959, Un. 23012
L1,1TItill Sarigayl,,,. A.K.; DenIgina, E.D.; Clovbaahova,
M.P.
IL
c on of Aii, -i Amina-
On thi, C omb i no ell alges ce witl
zin
c FIG -I'UB- Fa-n-vilrol. i tolmiltologiya, 21, 1,10 3,
10-12
In exzpoz4~1-eionts -on rrtts by ~h.:) of pinc-, i
UA CT I i n F,
tlic tlall, the action (.,1j',) of aninazin
CLI-I) ria',lifested it,,iolf, bogiritr vj,lth -the sub-
Cutal"llus a67n ini strut ion 0 zl_~14 (thrci2hold
5
doro ) of A;M. WJ' th tj~_e increase. of the flusago of
L
AM, to 10-2-0 mTAcg, the ljj+~-nsii7j ard duratio,_j of
AA Incileascid. All LntansLf ied tho AA of pyramidon
L.o ri grenter dogree than that of analgin.-- F-rom
the author3t sumary
Card- -IA

"!J'!A, Cl.:~., Doc Sci
f in tu,.-.or,, of Vic br, In of loc ")!!I llirtuo-
Evc-r.-Il !)T)
S t.- u l1!- 2nc) COA ~1;- 40--,97 lo'~)

USSR/Ilumn nnd Aninal K)rpholocy (Normal anCI
Patholorical) The s-4
Smal Apparatus
Abs Jour Ref Zhur - Diol.) No 12) 1958, No 55160
Author Gorbasheva- T;,.P.
Inst =SvOrdl6-v-sIF-ie-H-]ron or the All-Union Society of
Anatorly,
Histolcu-y and EmbryoloGy
Title :The Morphology of the LiGamantous Apparatus of the
Uterus.
Orig 11-lub:Sb. nauchn. rabot Svercll. otd. Vses. O-va
anat., r;ist. i
ambr., 1957, vyP- 1, 44-46
Abstract : The structure of the uterine li(pnentous
apparatus
vas examined on a total of 50 uterine specimens, which
were
ubtained by the macro-and microscopical preparation
nothol".
UI,A has a laminated structure and it represents the
Alirect
prolongation of muscular and connective fibers. The wiae
ana uterosacral liamuents consist of tvo connective tissue
laminae, which proceed independently to the pelvic fascia,
and which contain smooth muscle fibers situated between
the
laminae, as well as fat calls ana vessels, which are
enclosed
Card 1/2

USEAR/HW:ian and Ai-,i:-al Morphology - Muscles. S
I
Abs Jour : Ref Zhur Biol., No 5, 1959, 21523
Author : Gorbasheva, T.P.
Inst : All-Union Society of Anatoidets, Histologicts and
ELibryologiate
Title : Macro- and Microscopic Data Concerning the Pelvic
Faacia and Its Relationohip to the Female Pelvic
Organs
Orig Pub : Sb. nauchn. rabot, Sverdl. otd. Vsess o-va
anatoriov)
gistologov i erabriologov) 1957, No 1, 47-50
Abstract : A study was rnde of the architectonics of the
pelvic
fascia following staining of the elastic fib3rs with
orcein. and collaganous fibers with nothyl green. In
the fascia of the levator ani riuscle the collagen
bwidles are fibrillar) parallel to one another and
Cnrd 1/3
USSOR/Humn and A.-ainal Morphology - Muscles,
Abs Jour Ref 71iur Biol., No 5, 1959, 21523
arranged perpendicularly to the muscle fibers. The
elastic fibers form powerful bands arranged in 3
layers. In the lumbar fascia the collagenous struc-
tures formed 2 layers and the straight fibers are
perpendicular to one another; fibers which are ad-
jacent to the muscle are porpeudicular "Llo the ziuscle
bundles. The elastic structures are arranged in 4
layers (single bundles, a large-loop and a na*,row-
loop network). In the obturator fascia part of the
collagen fibers (base of the fascia) is arranged tran-
sversely; others are arranged either obliquely or
vertically. Di one layer the elastic fibers are re-
presented by paral1il deli-ate fibers; in the other
2, by networks. A study was also nade of the topo-
graphic relationships of the visceral fascia in the
area of the minor pelvis. It waa shown that its 2
layers are arranged frontally and envelop the uterus
Card
17
USSR/Hunnn aud ilu-iinal Morphology Muscles. S

fibs Jour Ref "liur - Biol., N:) 14-, 1,-)50~ r9 65339
Author
Inst
Title The Viability of the KicIncy FollovinG Ligation of
the Benal
Artery. Aii Experinental L-mcs-Ugation. (Iveliminary
Ccxu-mnication) -
Orig Zlub 'Jrclo~;43, 1957, No 6, 6-9
Abstract A contrast- matnrial injec-'ZoO. into the
vascular syst= of
O.o~;s 1-2 months after liLAtion of one renal artery,
iPhilc
the collateral to that hiOncy were left intact, fill&~-
the
vessels of the kidney which vndoi-weat the operation,
i~giich
iras raluc& in size and in which 'histological examination
showc(I necrotic foci in the cortical and medullary
layers.
Aliter the injection of in.50 of the cases
the capacity of that ki(hicy to c;,,crete the dye
remninoft, clue
to -the presence of the collateral circulation.
Card 1/1

GORBASIOVA, T. p
Relntion of connective tissue forMAtiOnS to uterine
blood vessels
Lwith summAry in Englishj. Akunh. i gin. 33 no.6:65-68
II-D '57.
tHIRA 11-3)
1. Ix knfedry normallnoy Anntomii Sverdlovskogo
meditsinakogo
institute.
(UTERUS, anat. and histol.
connective tisaue strunture, relRtion to mfimt. &
physiol.
of blood vessels)

USSR/Humn and Animal Physiolo.-Y (N~)rmj and Fathol3j;ical) T
Dl..-.))d Circulation. Vessels.
Abs Jour : Ref Zhur Diol., No 6, 1959, 26620
Author : Gorbasheva, T.P.
Inst :
Title The Creation of Artificinl DloDd Circitlation :)f the
Kidney.
Or i Pub Arkhiv anatoniiO ~;istol. i Euibriolo6ii, 1957, 34, No
40
77-81
Abstract 4 consecutive operations were 1)erformed on doGs at
inter-
vals of 1 month : decapsulation of the kidney and its
wrappinG into omentum; liGation 3f one of the two bran-
ches of the renal artery; removal of healthy kidney, and
finally, complete liLption of the artery of the renaininG
kidney. Arterialization of the kicluiey at the expense of
newly inter&TowinG vessels fron omentum was sufficient
for survival of aninale and preservation of functioniliC
Card 1/2
- 51 -
USSR/Ilumn and uiiral physioloL.Zr (Normal and Patholouical) T
Mood Circulation. Vessels.
Abs Jour Ref Zhur DiOl., Na 6) 1959, 26620
kidney tissue. Dlo~)d Uul)!)lY of the kidney was confirmeA
roeat~;enoloGically and with corrosive preparations, and
its fxulctianal ability was proved on the basis of labo-
ratory investiGatio;18. O.M. Akinfin
Card 2/2
`2

GORBASHNA, T.P., doktor med.nauk
.. " 4:~ ~ -"~ ~ ~ - --
I-- V'iability of the kidney following omentization and
ligntion of the
ranAl vein. Urologtia 23 no.3:7-10 Hy-Je 158 (mmA 11.6)
1. Iz kafodry normallnoy anntomii Sverdlovokogo
moditainskogo
inatitutne
(KIDNRYS, surg.
decapnuIntion, omentizntion & ligntion of renal
vain, off. on viability in nnimale (Rua))

GORBASHNVA, T.P., doktor mod. nauk.
Rentoratlon of blood circulation in the kidney after
trauma and liga-
tion of branches of the renal artery. Urologlia 23 no,60-5
N-D 158.
(MIRL'11.-12)
1. Is kafedry normalln0y Rnatomii Sverdlovskogo
meditzinskogo instituta.
(RIDNAYU, blood supply
restoration of cire. after trauma & ligation of branches
of renal artery in dogs (Rae))

GORBASHEVA~ T.P.,- FUSHKAREV, L.N.
How data on resection of the posterior [i.e.,inforior]
vona cava oraniad to the inflow of the renal vains.
Arkh.
anat., gist. i embr. 42 no-5:50-57 My 162. OMIA 15:6)
1. Kafedra normalinoy anatomii (zav. - prof. T.P.
Gorbasheva)
Sverdlovskogo meditsinskogo instituta.
(VEENA CAVA--SURGERY)
(RENAL VEIN)

B'-,: H.V T
f Z,~ nov' v f i rine tjr,:i
b-p
-U, i
unat. 4 cnbr. 3 n,-,.
Kafe.,-'ra nc rimr. 1rlciy r,j L-,p; bf!
t t

GORBASHKO, -A.I. (Leningrad, Novocherkasskiy prospekt, 25,
kv.48); ROGOZOV, L.I.;
FEDOTKIN, D*V.
Topography of the principal vessels of the stomach and
their signifi-
cance in surgery. Vest. khir. 92 no-3:49-55 Mr 164- (MIRA
17:12)
1, Iz fakulltetskoy MiTnargicheekoy kliniki (zav. - prof.
A.A.Rusanov)
Leningradskogo pediatricheskogo meditsinskogo instituta i
ob"yedinennoy
bolinitsy imeni Kuybysheva (glavnyy vrach -
Ye.V.Mamy8hava).

PANFILI. L.S., Inzh.; MIRFIR, N.J.1 inrh,;
GORRASHOV, s.G., inzh.
Centrifuged reinforced concrete supports to be
used in
areas with higb ground-water level.
T-ranap.stroi. 9
no.9:39-40 S 159. (MIM 13:2)
(Electric linne-Poles)
(Precast concreto construction)

GORBUHKO, A.I. (Ioningrad, Novocherkasskiy pr. d.25,
k7.48)
Determining the dimensions for resection of the
stomach in peptic
ulcers* Vest.khir. 89 no.ll,.19-24 N 262. (MIRA i6s2)
lo 1wkliniki fakulltetakoy kbirurg-41 (zav, - prof.
A.A. Rasanov)
I,emingradekogo pediatrioheskogo meditsinskogo
instituta (direktor
dotsent Ye.,P. Semenova) i CYb*yedinenn bollnitsy
imeni T.Y. Kuyby-
sheva (glavnyy vraoh - YeA Mamysheval.
(FUTIC IJWM) (STMIACH-ZURGERY)

EXCERTTA YMMCA See 2 Vol 12/2 PHysiolory Feb 59
722. OBSERVATIONS ON CHANGES IN GAS EXCHANGE AND
BODY
TEMPERATURE, IN HUMANS WITH FEBRILE DISEASES OF
VARIOUS
AETIOLOGY (Russian text) - Gorbal-Sevich L. 1.
From the Sympos-
ium; FIZIOL.
MEKIIANIZMYIIKffO-I-tM-G-Cl-IN.-I-tRX-KTSII
(Medgiz, Lenin-
grad) 1957 (56-63)
The consumption Of 02 and the changes of deep and
peripheral temperature were
studied in therapeutic 'aseptic' fever. caused by
i.m. injections of A suspension
of sulphur (sulphazine) or electropyrexia in 16
humans and in febrile diseases of
various aetiolcgy in 36 humans. The relation
between deep and skin temperature
was different in different patients during the
various stages of the attack; dis-
crepancy of the temperature curves and ttw~r
%,tv, will% 'VIlf,
comikimption o1 04 following inalphatme
Injections increased in nearly all the car-es
during tile perod or tile temperature rise; it
dropped in mo&- cases at the height
of the febrile rz-action. and changed to varying
degrees in different patients during
the period of temperature drop. The absence of
complete coordination contradicts
the theory of direct dependence of changes of
body temperature on the intensity of
oxidative processes and indicates the importance
of heat emission processes. (S)

Cbenistry - Generijl cht,mlatry
Card 1/1 Pub. 116 7/24
--and-Gor-bataya,-A.-I-
Ys-- J.
Title I About the compoDition and stability of a tartrate iron
compIE--c
N~
--Ta~bes; ~graph~s,
institution Vw T. H. Shevehe&.o State University, Kiev
Submitted December 12, 1953

GORBATENKOp A., general-leytenant
--w ---------- I
Increase the activity and combativeness of ever7 party
orguization. Komm. Vboruzh. Sll 4no.3s.V1.16 F 164.
(MIRA 17:3)
1. Nachallnik partiyno-organlzatoi6ndogo upravleniya,
Glavnogo
A politisheskogo upravloniya Sovetakoy Armii i
Voyenno-Morskogo
o Flota.

GORBATENKOP A. Gv
Treatment of peptic and duodenal ulcer with bikalin. Vrach. delo
no.6:150-151 Je 162. (MIRA 15:7)
1. Gorodskaya bo.11nitsa, Pereyaslav-Khmellnitskiy.
(DIGESTIVE ORGANS-ULCERS) (BISMUTH)

HOL(fl0l, A.T.; DHITRIYEV, A.I.; GORBATIRKO. A.I.;
SMOTAN-SARINGULTAN,
G.P.; MAIHOY,F.Te.; KRI -YOM&.,, .A.. doktor
takhn.nauki red.;
ORMOYSCIT, G.I.. prof., doktor tekhn.nauk, red.;
TRETITAKOV,
I,P,, prof. doktor tekhn.nauk, red.; ALAKSIM. 'S.A.,
dotsent.
red.; MALOV: A.N.. doteent. kand.tokhn.nauk, red.;
SHAKEDIAMMOV,
M.N.. dotsent, red.; VCLOSKIY. V.S., red.; GALITSOV,
A.D., red.;
KABANOV, N.Ta., red.; TOLCHNNOV, T.Y., red.;
IMARITONOV, A.B.,
red.; KHISIH, R.I., red.; SHOR, M.I., red.; ESMOVA,
N.M., red.
izd-va; ILIKIND, V.D., takhn.red.
(Time norms in general machinery manufacturing for
applying
coats of lacquer; large, medium, and small scale
production]
Obahchemashinostroltelinye normativy viromeni na
lakokrasochnye
pokrytiia; krupnoseriizwe, seriinoe i molkoseriinoe
prois-
vodstvo. Moskva. Gos.nauchno-tekhn.isd-vo maohinostroit.
lit-ry. 1959. 83 P. (MIRA 12:6)
1. Moscow. lFauchno-issledovatellskiy inatitut trade.
TSentrall-
noye byaro promyshlennykh normatiVOT PO trudu. 2.
Rabotniki otdols
trudovykh normativov Nauchno-issledovatel'skogo
institute traktore-
sellkhozmasha (for Molotok, Dmitriyev, Gorbatenko,
Sharoyan-Sarin-
gulyan, Kalakhov).
Olainting, Industrial) (Machinery industry)

VIALAK11OV, P.Ye.j MOLOTOK~ A.V.; DMITRIYEV, A.I.;
GORBATENKO, A.I.; IOROVA,
Ye.P.; BARKNOV, B.A., inzh... red.; DOBRITSYNA, R.I.,
fekhh. rea.
(General time noram used in machinery manufacturing for
establishing
machine-work norms in woodworking shops; mass, large
lot, andlot
production] Obahchemashinostroitellnyo normativy
vremeni dlia normi-
rovaniia stanochnykh rabot v derovoobrabatyvaiushchikh
tsekhakh;
masso-voe, krupnoseriinoe i seriinoe proizvodstvo.
Moskva., Gos.
nauchno-tekhn. izd-vo mashinostroit. lit-ry,. 1961. 78
p.
(MIRA 14:10)
1. Moscow. Tgentrallnoye byuro promyshlennykb
normativov po trudu.
2. Pauchno-isoledovateltakiy institut tekhnologii
traktornogo i
sellskokhozyeqstvennogo mashinootroyeniya (for
Malakhovp Molotok~
Dr,itriyev, Gorbatenko, Ionova).
(Machinery industry) (Woodworking)

;
I.HM
~5ffiq.

. GORBATENKD, A.K.; KMTHILTSKAU, D,S,, kand.fiz.--nat.nauk
~
hape of equilibrium diagrams fer binary alloys.
Probl.netalloved.1
fizemet. no.6:191-195 '59. (MIRA 12:8)
(Phase rule and equillibrius) (Alloys)
., I
I

S/137/62/000/003/106/191
Ao6o/Aioi
AUTHORS: Gorbatenko.---_AK,, Kamenetskaya, D. S.
TITLE: On the shape of equilibrium curves of binary alloys
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 3, 1962, 7,
abstract 3142
C'Sb. tr. In-t metalloved. infiz. metallov. Tsentr. n.-i. in-ta
chernoy metallurgii", 1959, 6, 191-195)
TEXT: Using the example of a state diagram of a system
demonstrating the
formation of a continuous series of solid solutions and using a
particular case
(the Au - Pt system), an analysis was carried out of the
variation in the shape
of equilibrium curves (in particular, of the solidus line) as a
function of a
change in the parameters characterizing the intermolecular
interaction. There
are 8 references.
Z. Rogachevskaya
[Abstracter's note: Complete translation]
Card 1/1

S/08i/62/000/017/016/102 i
B166/B180
AUTHORS: Gorbatenico, A. K., Kamenetskaya, D6 S.
TITLE: The uhape of the equilibrium curves of binary alloys
PERIODMI: I'Leferativnyy zhurnal. Khimiya, nd. 17, 1962, 47, abstract
A. tr. In-t met,lloved. i fiz.,metallov Teentr.
.17B314
no-I. in-ta chernoy., 6tallurgii, v. 6, 1959, 191-195)
TEXT. in oquation.is suggested which shows the relation bptween the
conutitution diagram and the parameters-which chardoterize the
interaction
between the components of a system (concentratiq~pte'ntropieo, heat3
Of
meltin6 and meltina points of the componen.tqp and mixing energies
of both,
phases) for binary alloys torming-continupu4 'series of solid
solutions.
The equation ha*s been tried-out on the Au -Tt system. The
eiperimetital
liquidus line of this system was found to coincide with the
theoretical.
[Abotracterla note; Complete tr.analationq'
Card 1/1

i t i
!ric
.11 T',Ipt i,:

VAVRUKa, A.T., insh.; inzh.
Organize steady ventilation of gassy mines. Bezop
truds, v prom.
-,2 . ;LO.2:9-10 7 It 59. iMM 12:2)
(Mine ventilation)

GOREATENKO,, G.
Criticizing. NTO 3 no.6:29 Ja 161. ( MRA 14:6)
1. PredsedatelO proizvodetvenno-massovcy komissii profkana
stayfKostroitellnogo zavoda imeni S.M.Kirova, g. ThIlisi.
(Tiflis-Machine-tool'industry)

,AORBATENKOO G.
Increase the efficiency of production coqfOrences. Soy.
proffioiuzy
17 no.5sl7-18 Vr 161, (MMi 14:2)
Preftedatell proisrodstvenno-mansovoy kamisaii zavkom~
prafsoyaza.
(Tiflis-aachine-;--tool industry)
(Works oolmoila)

- --L'Zacli T V., I f " i-Y . 1G . G. ; B y z C- ti. S .
y o .
......... -1 -~-
PyllrocilemL-al char--ol,or'st5-:3 -)" aruill
m3c-.rv,~Jrti Lf M~~- ' .
J. 6 - da iia
Biol. res. voas Mlolld. jlo.;~ .424.~-59 16 41.
(~aRA je::Lo)

SOV/121-5 B-10-16/25
AUTHOR: ggrb""Uj G.M.
TITLE: A Test-ing-Machine for Mooring Fittings (Mashina dlya
Ispytaniya dhalocbmykh Prisposobleniy)
PERIODICAL:Stanki I Instrumentl 1958, Nr 109 P 37 (USSR)
ABSTRACT: A testing machine specially built by the 'Tbilisi
Machine Tool Works (Thilisskiy itanklostroitelInyy
tdavod) "Imeni Kirov r for the testing of mooring
fittings is shown in outline together with its
hydraulic circuit. A load of up to 209000 kg is
ap lied by a-hydraulic cylinder. Two smaller
cyl inders serve to return the ram. The tested,rope
or chain is attached between the short arm of a
bellerank forming part of a lever scale-and a
special fitting connected to a crossbar of the
hydraulic ram through a turnbuckle and a
Card 1/Z

SOV/121-5 8-10-16/2!
A Testing Machine for Mooring Fittings
Self-alignimg-link, The hydraulic system has a
fast displacement and a slow-loading motion.
There is 1 illustration.
Card 6 /-2

GOREATENK09-G.M
Good,results have been obtained, Mashinostroltell
no.2t .
F 65. .I I . I(mT30813)

'-- ~' -- , . , , , .1 ~ - r -.II- , -, . I- ~~ I -- ~
I-, ~~ --91 It, "? ~ - -1 - -1.
GORRAISNKO, GA
- ~ I. - _'~- I - p - - - - -
Forms and methods of promoting advanced practicos at the
S.M. Kirov Machine Tool Plant in Tiflis. NTI no.8t23-24
165.
(MMA 18 t 9)
1, Starsbiy inzh. po tekhnicheskoy informatsli Tbilisskogo
stankostroitellnogo zavoda im. S.M. Kirova.

5/028/60/000/010/oll./020
B013/B063
AUTHORS: Gorbatenko, I. V., Sokol. I Ya, d
TITLE: Experience Gathered in the Production of Stainless Steel
Sheet
PERIODICAL: Standartizatsiya, 1960, No. 10, PP, 44 - 45
TEXT: This "Letter to the Editor" deals with the standards
POCT 5582-50
(GOST 5582-50), GOST 5632-51, and.LIMTY 3126-52 (ChMTU
3126-52) which refer
to the production of stainless steel sheet and strips. The
recommendations
made there for heat treatment (GOST 5582-50 (Table 1) and
ChMTU 31 '26-52
(Table 2)) do not always guarantee a high quality of sheet.,
Therefore. the
suggestion is made to al~,er the heat treatmento ;e
types IX13 - 2X13 (ILKhl K of sipl sheet of the
MM)Ibin such a way that
~KM3)%%and X17H2 T
the sheet is cold-rolledl not after annealing~ but after
drawing Non the
strength of piL~lished data, supported by practical
experience, an optimum
ratio of hardness to plasticity in the cold-hardened state can
be
guaranteed for steel sheet and strips having the lowest
content of nickel
(8-9%) specified in GOST 5632-51 (Table). Specimens made of
steels with
Card 1/2

Experience Gathered in the Production of
S/028/60/000/010/011/020
Stainless Steel Sheet B013 Bo63
'A
different nickel contents have shown that cold-hardened
metal with a !(~-w
content of nickel has excellent mechanical properties,. This
is due to the
low stability of austenite and results from the formation of
martensiti-
structure which, in turn, increases the hardnfas of the
metal. There is
1 table.
ASSOCIATION: Zavod "Serp i Molot" ("Serp i Molot" Plant)
Card 2/2

ZKZTVIN, N.F., kand.tekhn.nauk,- GORBATENKO, I.V., inzh.;
KONTSEUYA, Ye.M., bob.
Effect of chemical composition on the properties of peened
Ku8Nq steel. metaIloved. i term. obr. met. no..L;45-41 Ja '63-
(MIRA 16:2)
1. Zavod I'Serp i molot"*
(Steel alloys-Testing)

AUTHOR: Gorbatenkop K. G,p Senior Operator MV/92-58-1-7/22
TITM: Three Hundred Sixteen Days Without Overbaill (316 ffutok bez
remonta)
PMODICAL: Neftyanik,, 1958., Nr 1. IT- 9-12 (UM)
ABSTRACT: There are different vays to boost refinery output. One of
them in
to lengthen the operating cycle of a processing unit. With this aim
in mind refiners of the new Groznyy refinery have made a =dber of
alterations in the equipmnt of the catalytic crackLng unit. The -,,
most serious defect of this unit vas that the coils of the
regenerator
vater-cooling system were getting out of condasion too early. There-
fore., following the suggestion of the refinery's chief engineerp
Prigornev.. and unit heads Pugachev and Yershov., the regenerator
cooling system van modified., the nunber of coil tubes vas reduced by
50 percent.. coil pitch vas increased from 100 m, to 200 m. and
nualeos tubes vere installed instead of tubes vith velded joints.
Card 1/4

Three Hundred Sixteen Days Without Overhaul WIJ'92-58-1-7/22
When this reconstruction of the unit was completedp it was
decided to extend
the operating cycle of the unit and to pay a bonns to
Pperators who succeeded
in running the unit 200 da;js without interruption. At the
sam time an appeal
to all Groznyy refiners was published in the newspaper
"Groznenskiy Rabochie
in which they were requested to extend the operating cycle
of units. As a
reawlt,, operators of the catalytic cracking unit pledged to
ran the unit for
2,10 days without shutting it dovn for an overhaul. Numerous
difficulties,
especially In connection vith cat&4-st circulation., Vere
encountered before
refiners could break this record. It was necessary to ensure
a uniform charge
of the catalyst into the reactor sectionp and to see that
the catalyst circu-
lated continuously. Since failures of the cooling system
tubes were most
frequently caused by salt deposits on the tube walls,, it
was decided to use
condensed steam instead of water. Moreover., the refinery
technical council
has decided to take measures to prevent the catalyst from
overheating and to
to improve operating conditions in the regenerator.
Formerly, the assistant
operator in charge of dosimeters worked in an overheated
place,, and regulated
Card 2/4

Three Hundred Sixteen Days Without Overhaul
SOV/92-28-1-7/22
the catalyst level in hoppers by turning gate valves
manually. As a result
of the introduction of automation., he is now able to work
in the control room,,
where he does his job by merely pressing buttons. Due to the
efforts of re-
finery personnel the operating cycle of the catalytic
cracIting unit was
extended first to 250 days,, and later to 316 days., cbn-Ing
which time the
unit operated without being overhauled. As a reaulti, in
1957j, the unit was
kept on stem 30 days longer than previously and tbie helped
-to saw. over
ha3 a million rubles, 360 tons of liqaid fuelj, and 2200
tons of steam.
This was achieved partly as a resat of high qualifications
for ref^lxsary
workers,, whose training wassubstantially. improved. At
present the sapply of
air to upper sections of the regenerator is reduced to a
vintle the
supply of adr to lower sections is increased. The edr supply
is controLled.
by an analysis of flue gases taken frcm various unit
sections. Efforts are
being made to keep the content of oxygen in outgoing gases
under 2-3 percent
and the content of carbon monoxide under 0.5 percent. There
are 2 photographs..
one showing a group of operators who succeeded in extending
the unit operating
Card 3/4

SOV/92-58-3.-7/22
Three Hundred Sixteen Days Without Overhml
cyclej, and the other showing the electrical desalting
unit recently put into
operation at the GrozWy refinery.
ASSOCIATION: Novogroznenakiy NZ
1. Refineries-Operation 2. Refineries-Maintenance
3. Petroleum-Fracitionation '/+. Pictures
Card 4/4

VEMOVODOV, P.A.; GORBATINKO.-L.S.
Use of scattoted radiation in the Xrfty spectrum
analysis of
molybdenum. Zkv.lab. 30 no.6s 691-694 ~,64
1. Sibirskiy gosudarstvennyy proyektnyy i
nauchno-isoledovatell-
skiy institut tsvetnoy metallurgii.

8/781/62/000/000/007/036
-AUTHOR, Ehynberg,-Ya-B., _Gorbateenko,M_-_,-Kuri1ko,-V'_
TITLE: Cerenkov radiationin a bounded gyrotropic medium
PERIODICAL: Fizika plazmy I problemy upravlyayemogo termoyadernogo
sinteza; doklady _17
konferentsii po Mike plazmy I probleme upravlyayemykh termoyadern3pkh
reaktsiyw--
Fizi~tech-.Anst;--AN-Ukri-SSR.--Kiuvi-lzd--vo-AN-Ukr;-~R~-l~9611-134-
-39--
TEXT: The dispersion properties of a plasma column in a. magnetic
field differ appreciably
from the dispersion properties of an unbounded plasma in a mag-netic
field, and consequently
the interaction between auniforrnly moving particle. with the fields
of a plasma wavegulde
0Aced in amagnetic field are of Interest. -Meat previous
-investigations have dealt with &.0 -
interaction between a charged particle with electromagnetic waves In
unbounded unisotropic
and gyrotropic media.
Maxwell's equations in the region occupied by the plasma are solved
In straightforward
manner. but the expressions are too cumbersome in general, and are
interpreted only for

B/78i/62/000/000/007/036
Cerenkov radiation in a bounded
several limiting cases.
In the case of zero external magnetic field, the retardation due to
the Cerenkov effect
turns out to be smaller than that due to polarization losBes both in
Ue case of small radii
and small densities of the plasma.
It can be shown, howe ver, that when the Cerenkoy frequency is much
smaller than the
polarkation frequency, a plasmoid may turn out-to be.coherent
with-respect to the Cerenkov--
-to t rization losses, and then the v
ratiiatoti and fiic66erent witit respect re pola Cerenko
if -particle denalty. In- the plasmot
losses mRY_-pr6Ve_ lirger: thah-,the;po V
-separ
4, :AU r-.c
la~ bigh- ondequent Y 168sWin eam-PO on-of the spec
LuAtes- rum
__A
ate y, rep i:dless of their rela tive
maj~iitude.
b~'~ r*Obaahw~ah lon-by-clotroh ite--d---'--
-ra-sonan are
C W c kea exic
_aM_ also 4nvestipted.---,--------,.
There areelght references, of which-only the paper by E. Fermi (Phys
Rev.- - 67, 48 5, 1940~
to Jn~ English.
Card 2/2

S/781/62/000/000/008/036
AUTHOR: Gorbatenko, M. F.
TITLE: Interaction of electron beam with a plasma in a magnetic
field
PERIODICAL:. Mika plazmy I problemy upravlyayemogo termoyadernogo
sintclza; doklady I
konferentsli po, fizike plazmy I probleme upravlyayemykh
termoyadern),kh
reaktsiy. Fiz.-tech. inst. AN Ukr. SSR. Kiev, lzd-vo AN Mr. SSR,
1962,3e-45.
TEXT: The equations for a beam of charged particles interacting
with a plasma In a longi-
tudinal homogeneous and constant magnetic field are derived with an
aim towards investigat-
ing the formation and acceleration of runaway electrons and the
stability of the plasma., as
well as towards determining new methods of amplification and
generation of miorowaves.
The treatment is in the hydrody-aamic approximation and deals with
the excitation of the
ton-cyclotron frequency in the interaction between an unbounded
electron beam with an un-
Wended plauma in a constant magnetic field, the excitation of the
Koerper resonant frequency,
and excitation at frequency close to the natural frequency of t1he
plasma. The interaction be-
tween an electron beam with a plnsma in a magnetic field and
bounded by a metallic case Is
-Card 1/2

8/781/62/000/'000/008/036
Interaction of electron bean, with a plasma
considered for certain specific values of the radii of the beam, plasma,
and case as well as
for certain limiting frequencies. Also considered Is the interaction
between a bounded elec-
tron beam and a bounded plasma for both infinitely large and vanishingly
small magnetRc
-top c -The e no- reference s- but mention-
B -with-auggesting the re ar
ftynberg-is -credited
to work by G. 1. Budker (19530) and by Lthhart (1960) to made in connection
with certain sta-
bility criteria.

b6an 1962 v
'0a+ tron
IDr, P_ 0 ejec q.
C
'tio 7'b'A
a,
,,jte 0
Is a P
.'tJO of
nal 15C,6 ati-OT'5t-ni~D
255 cons -'kt Or c O'rk
Lork of all "' Yilitl of a ori.-
ta Case 41he
s,,,,.ace The Vas Urte c-reluerlts. . V 0..4 C 6
Tbp- .,Ve&. . ne& for ir~ trl Q
lasma r e e "' 0 tal ' the SYMZC Mpollents
~As 9,r e s jollj-
th lociw c' as a
M all& uat"O 1S.S 'A a.V e e a Ve . ,jed. zo-
'boa -rojoll eq b0am-? 7,e the terTRIT , 110
tron tron t~~'Jj v 'at
0
(-,he ajej) elec Jim 'tj1' GIL -a 0, ti~oj%S I!Ma. 0011b or e(I
tem 0.9 the is ije e. & vl," ste'M
the Sys Mallof equa lines. ea all The el. SI
cis e
a b
beaml ' Stelt r, T015 V f tb R'11 lk - the 7,- S
. al 51 re(l, rOlls 0 an a OnG oleo t-rjo
gJ11 Cc 115-1&C aad. ecot comy011 of the
ecte6
ar the iolris the & i. S e t
Poll ~rL
Of tjo-A Of "tir- f the Go
func Is$ 'aag%%U 0
9ej,.eO'k bt ai.
tiOT15 is 0
C a,& 1/5
S/185/62/007/003/001/015
Interaction of an electron beam D299/D301
fields. In the case under consideration, the slow wr.vea can be
only
F,waves. These are described by the equationG
Wit- (26)
FP I
jaEt+1a"11'-0'
a, a~Wjly-labExj
sions involving the LarmOr
n by expres
where the coefficients OL are give vector X3 0 1 the
frequency R e of electrons, the projection Of the wav 0 boundary
cOndi
the velocity Components. Making Use Of the as a
Z-axis, and btains the dispersion equation which determineo k3
tions, One 0 ers of the System plasma
function Of the frequencyt with given parame.t
-beam, viz-t
+ .~K~ Cb) (I. (-b) R, (,a) - 10 (ca) K0 (.b)]) (37)
- 1, (ab) K, (ca)]
k"310 (aa) (ej~Ko C%b) [1, (aa) K, (ab)
(.-b) 110 (ab) K, (,,a)+ 1, (oa) 1
4;
in this case
Eq. (39) becomes

q

+ k~'O
3

'

2
(w k,v
10)

L

(53)

where Y(k3)
2) k b
3 The instability condition is

> I + 3 [~~, In

W2
2w Tk.a~
(k3)
en

eo

Eq. (40) is
also considered in 2 limiting cases. In the

firut case, the,
instability
condition
is

-
.
2
In
b W-20 I)IM,2
V
k

,
,
to 00

1
\56).
Fron Eq. (58), one obtains the limiting wavelenCthi

I
3

b
0"

-

(59)
Card .4/5
2

5/1,35/62/007/003/001 /0 15
Interaction of an electron beam ... D299/D301
~ (58) it follows that all the waves which are longer than the
From E q . W
lir.itin& wavelength, are strengthened. There are 2
references: 1 Soviet
-bloc and 1 non-Soviet-bloc. The reference to the
Eno:rlish-lan&uage pub-
lication reads as follows: P.A. Sturrock, Phys. Rev., 117,
1426, igloo.
ASSOCIATION: Fizyko-tekhnichnyy instytut AK URSR
(Physicotechnical
Institute of the AS UkrRSR), Kharkiv
SUBIMITTED; June 20, 1961
JA
Card 5/5

G 0
.1
Interaction between an electron beam and a pl"ma.
Zhuritekhfiz.
33 jio.2.-173.-176 F 163. (MIRA ~l6s5)
1e Fiziko-tekhnicheakiy institut AN UkrSSR, Kharikov.
(Electron beamo) (Plasma (Ionized *sea))

GORBATENKO, M.F.
Interaction of an electron beam with a plasma in a
magnetic
fie34. Zhur. tekh. fiz. 33 no.9t1070-1079 S 163.
1 (MIRA 16:11)
1. Fiziko-tekhnicheskiy institut AN UkrSSR,
Khartkov.

ACCESSION NR: AP4040324 8/0057/64/034/006/1136/1138
AUTHOR: Gorbatenko, M.P.; Kurilko, V.I.
T'rZLE- Contribution to the kinetic theory of surface waves in a
plasma (Letter to
i
the editor)
SOURCE: Zhurnal tekhnicheskoy fiziki, v.34, no.,6, 1964, 1136-1138
TOPIC TAGS: plasma, surface wave,, plasma physics, plasma wave
propagation
ABSTRACT; The dispersion equation Is derived for the propagation of
surface waves
at the boundary between a plasma and the vacuum, for the case that
the electron tem
1perature is small but not zero. Maxwellts equations and the
kinetic equation for
small deviations of the electron distribution function from the
Maxwellian form arei
subjected to a Laplace transformation with respect to the
coordinate perpendicular
to the plasma-vacuum a'urface. The collision integral and the
kinetic pressure of
the electrons are neglected. The impedance of the plasma is
calculated and the dia-;..--
1persion equation is derived by equating this to the impedance of
the vacuum. The
Iresulting dispersion equation reduces to that dincussed by
Ya.B.Faynberg and M.F.
lGorbatonko (ZhTF 29,546t,1959) for vanishing elactron.
temperature. The damping cons-1----
Card 1/2

7
'ACCESSION NR: AP4040324
itant is found'to be proportional to the thermal velocity of the
electrons. This
!damping is said to be a result of Cherenkov absorption of the
energy of the waves
~by the thermal electrons of the plasma, and the slower waves, with
which the elec-
trane can interact, are said to represent the short wavelength
Fourier components
i
lot the field of the surface waves In the plasma. "In conclusion we
take the occa-
Ision -vo express our sincere gratitude to Ya.D.Faynberg for
suggesting the topic and
for valuable diaoussionso" Origlartehast 12 foxmulao.
'ASSOCIATION: ione
SUBMI i 03Juu63 DATE ACQ: lWun64 RNCL,. 00.
SUB CODRz IM NR 1W SOV: 004 OTHER:000
LCard2/2

-L 4242-66 WT (1)/1*1T-(ra)/KC/-EPF (n) -21WG (th)/gpA (P. -2 1jf
ACCESSION NR: ATS007973 0SAT/in, S/0000/64/000/006/1023/102V~/~0631:
.. ;Berezina,.
AUTHOR: Berezin, A.,6 G P B019"i
- - ~Grov JN -cu-tsenkoi
Y
ek % 0 Kurilko V. I
I . .11, a orodnovi- o U-Tornii V,-B
L Yu. Pedenko, N. S.; Kharchenko I.J.; Sh4~iro
iaypkalo,
evcben ot V. I.; Faynberg, Ya. B.
TITIX: Acceleration' of charged particles with the aid of
longitudinal waves in
1 and plasma waveguides
_R~.asma
SOURCE: International Coyaference on nergy Accelerators. Dubna
High E
izdat 1964,~
:Trudy* M6scow, Atom
TOPIC TAGS: high energy accelerator, electron beam, plasma
accelerator, plasma
iwaveguide
'ABSTRACT: Plasma waveguides and noncompensated electron and ion
beams can be uti-, 1
-lized as a(melerating systems in linear accelerators,(Faynberg Ya.
B., Symposium
CERN 1 841956); Atamanay enexVi-y-a6-, -431-T1-95-9-)Y-Mn such
s;stems, slow elec-
it-romagnetic waves v 5 c are propatated, which are necessary for
particle accelera-11
!tion. TIM waveguide properties of restrained plasma and
noncompensated beams axe
in the case of waves.in the meter and centimeter range even for com-
Card 1/5

L 4242-66
ACCESSION NR: AT5007973
-3). Under these conditions~;
paratively small plasma densities around 109 to 1013 cm
the high-frequency energy losses during wave propagation, which are
due to the col-'
i - density of electrons in metals (about
lisions of plasma particles, are small. The
23
10 ) is many orders greater than is-necessary for ensuring
waveguide'properties
lin the 'microwave range. This leads to great losses of
high-frequency power during
wave propagation in metallic conductors. For plasma densities around
109 to 1013
cm the plasma, which are pro-'
the energy losses during particle transist through
-6 ev/cm. This
to plasra density, are insignificant, from 10 5 to 10
portional
hat plasma waveguides are "transparent" for accelerated
-;means t particle&. Accord-.
ling to the conditions of acceleration the particles are divided
into individual'
!bunches, Thus the loss of particles moving in the plasma can
increase greatly be-
Icause of the occurrence of coherent deceleration representing the
inverse of the
[effect of coherent acceleration, which was established by V. I.
Veksler (Symposium
1CERN 1, 80 (1956)). However$ even for accelerated particle fluxes
of the order of
!tens of amperes, these losses are all insignificant. Because
waveguide properties
!are determined by the plasma, the metal surfaces can be remote from
regions with
jarge field strengths or eliminated altogether, which permits a
significant in-
ocrease in the permissible voltages of the accelerating fields and a
substantial de-'
'Card 2/5