SCIENTIFIC ABSTRACT SUKHANOV, B.I. - SUKHANOV, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653810007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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AILYTHOR3:;,~alkiell, G.
TITLE: A Pulsed High Frequency Ion ;3ource (Impul'snyy vyso.'-~ochast-
otnyj istochnik ionov)
PERIODICAL: Pribory i Tell-chnika E_'-s,7,?e--i-nenta, 195,31, Nr 3, -0-,) 100-10-1
(U033R)
ABSTRACT: A high frequency source in which the discharge is excited
usins a h.f. oscillator is described. The extracting poten-
tial applied between the anode and the probe is also obtained
from a pulse generator. The construction of the source is
shown in Fig.l. The envelope is made of rrl,-3 while the
L)
extracting electrode is of an aluminium alloy and the anode
is aade of ~~raphite. The shELOe Of the channel in the probe
is sliown separately in FiS.l. The high frequency oscillator
works on two GI?B valves. Voltage pulses 5 kV in amplitude
and 8 -usec long are applied to the anodes of the valves. The
voltage pulses are obtained from a modulator including a
hydrogen thyratron. Since the average power applied to the
ijlas-.na does not exceed 30 Watts no special cooling is nece-
ssary. Tiie transit time between the boundary of the plasm a
and th-- probe7corresponding to a final protor. enerCy of
1.-0-30 "-,eV, is of the orriLer of 0.1 jisec. Hence if the
Card 1/3 ~Ytracting oulse is shorter than 0.2-0.3 lisec the focussing

SOV-120-5;13-3-25/33
A Pulsed Hi~,ri Frequencj Ion Source
of ions becomes much worse an,J t'he output clirre-P-13 rapidly
decreases. Vhen the width of the extracting '-pulse is 0.8
psec tific width of the current pulse at the tar[~-at is 0.5 1-18o'c,
It was shoun experii:ie.atally t',.'Iat tl,,e ener.-y of the protons
does not chanz~e over the duration of the extracting pulse,
Fi,c.2 sliows t!le ma--:nitude of -',--4e ion current obtained from
tkie source as a fanctLan of the Dosition of the extracting
-oulse relative to pulse which exWes the plasma. Tlae pro-
Lon current is proportional -to V where V i~~ the magni-
L-ude of the voltage pulse applied to the source. The opti-
mum -,-.re~.isure in the source is 10-2 mm Hg. When the diameter
of the aDerture in the probe is 3 Twa the gas consuinDtion is
50 cc/hour. At the SEUne time the vacuum pump (pumpin
speed 500 lit-res/sec) maintains a vacuum of 1.5 x 10-~M,
Fiz.4 shows the out,--,ut -;.u-reat as a function of the square
of tae diameter of the aperture in the probe. The relation
is approxinately linear. The content of atomic ions is 80-
90%. The difference in t'lle current for protons and deuterons
Card 2/3

SOV-120-158-3-25/33
A Pul_~ed Freoaencj Ion Source
i.,-3 I 0/~. The source tliV,310, CLIrrent --)ul-4e~; of 100-200 M-4, each,
t~ie leri,~~th of -aach, )ulse being 1 jisce arid Ule repetition
frequenej 10) see'L. V. Yu. Ge,vrilov is thran'-~-ed for 'ais
help. Thore are 4 fi;zures, no tablo,-, and 4 references, of
wiL~ich ~ are En6lish and 1 Soviet.
SUBMITTED: September ?, 1957.
1. Ionic currents--Sources 2. Pulse generators--Equipment
3. Pulse generators--Performance
Card 3/3

I
S/12o/687AO/004/005/028
6~_' 6) 9 E032/E4i4
AUTHORS; Malkiell, G.S. and Sukhanov, B.I.
TITLED A Pulsed Neutron Source
PERIODICAL: Pribory i teklinika eksperimenta, 1960, No.4, pp.46-50
TEXT~' A descri.ption is given of an accelerating tube producing
pul es of 14 8MeV neutrons. The pulse duration can lie between
10-9 and 10- sec.. and the repetition f7requenc s 500 Cps.
The Ainstantaneous neutron flux in a pul.-;e is 1012ineutrons per sec
The neutron tube employs the high-frequency fon source described b;,
the present authors in Ref.4. This ion source gives instantaneous
currents which are considerably greater than in the usual
fqc~ontinuoustl hi-gh-frequency sources. The use of a pulsed high-
frequency sourse enables one to obtain a large instantaneous
neutron flux with tubes of relatively sn2all dimensions and weight.
Thus., when the ~:.urrenc at the target is about 40 m.A. and the total
ion accelerating voltage is 180 kV, of which 30 kV is applied to
the high-frequency source and 150 kV is applied to the target, the
neutron output when the D + T reaction is employed is
10-1?- neutrons/se,~, One of the biggest difficulties in the design
of high-current acc~clerating tubes is the divergence of the ion beam
Card 1/8

87366
S/12o/6o/ooo/oo4/005/028
E032/E414
A Pulsed Neutron Source
c.aused by the Coulomb repulsion between -the beam particles. In
the design described in the present paper.. this is obviated by
placing the target at a relatively small distance from the source.
This is shown schematically in Fig.l. Ions from the source slit
are passed through deflecting plates to which a pulsed voltage of
up to 10 kV is applied. When this voltage is not applied to the
plates, the ions do not enter the accelerating gap and hence the
length of the neutron pulse is determined by the length of the
pulse applied to the plates. A zirsonium-tritium target on a
tungsten base (14 mm diameter) is used. The second variant of the
tube is shown in Fig.2, In this design a window for inspecting
the focusing of 'ha beam at the target is provided. All the
supplies are derived from four pu.16e gt~;nexators triggered through
delay lines from a master -generator (500 r-PS). The latter is in
the form of a conventional square-pulse generator which develops
200 V ar-ross a 150 ohm load at 'Iwo independent outputs, Pulses
at output II ~an be delayed relati-v-e t._i pulses at output I by
! to 6 .,Lsef-. This arrangement supplies ~he following pulse
-D1 tage-z (1) 8 kV pulses 5 long wh1,_h ~-e applied to the
Card 2/ 8

S/120/60/000/004/005/028
E032/E4i4
A Pulsed Neutron Source
ion sottrLe generator, 22) 40 kV pulses I ~Lsec long for the ion
soutce am shown in Fig.1 and 3, (3) rectangular pulses 10-8 to
lo-, s e C .having an amplitude of 10 kV which are applied to the
deflecting plates, and (4) 150 kV accelerating pulses 2- 3 psec
long. All the generators are based on the circuit shown in Fig.4,
Neutron beams produced with this tube have been analysed by the
time-of-flight method, using a 20-channel time analyser, A
description is given of the circuits employed in conjunction with
the neutron detector and the forin of a typical neutron pulse is
shown in Fig.7 in which the time (psec) is plotted-along the
horizontal axis, Fig~8~ 9, 10 3how typical neutron spectra for
neutrons leaving 6 cm thick lead and graphite plates. In the case
of Fig.8, the target wat simply surrounded by a lead plate and the
detector (stilbene) received the primary neutrons. The flight path
in these measurejuents was 5 metres, In order to reduce the
background due to direct 14 MeV neutrons., a copper rod 60 cm long
and 25 mm in diameter was placed in their path, In these
measurements the flight path was 6 m and the i-esults obtained are
Card 7/13

8-j)S6
S/120/60/000/004/005/028
E032/E4jL4
A Pulsed Neutron Sour,~e
shown in Fig.9 and 10, Here a polystyrene-.based plastic
sointillator, was used as the detector (400 cm3). A collimator
was employed to reduce the background, The lower curve in each
of these graphs shows the background level, A correction was made
for the np cross section and the threshold of the detector, The
tube has been found to be satisfactory after prolonged experiments
and tests, The ion source has a lifetime in ex:-ess of' 300 hours.
Acknowledgment is expressed to N.V.Popov for assistance in the
measurements. There are 10 figures and 11 references; I Soviet and
3 nort-Soviefi..
SUBMITTED~ November 26, 1958 (IilitiollY)
June 14, 1959 (after revision)
Card 4/8

A Pulsed Neutron Source
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E032/F,4i4
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Fig.l.
Card 5/6

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S/12o/6o/ooo/oo4/oO5/028
E032/E414
A Pulsed Ncu
Card 6/8
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SUKHANOV, B.I.; RUKAVISHNIKOV, V.G.
Inelastic scatterinp of 14 Hev. neutrons on sodium, iron, nickel,
and lead nuclei. Atom. energ. 11 no-4:398-399 0 '61. (MIRA 14:9)
(Neutrons--Scattering) (Nuclei, Atomic)

SOV/122-59-3-12/1+2
AUTHOR: %LkhanaX#_~~andidate of Technical Sciences
TITLE: New Electric Hoists with a Lifting Wire Rope (Novyye
elektrotali s kanatnym tyagovym organom)
PERIODICAL: Vestnik Mashinostroyeniyaq 1959, Nr 3, PP 39-43 (USSR)
ABSTRACT: A series of new electric hoist types developed by the
Central Design Office of the All-Union Scientific Research
Institute for Lifting and Conveying Equipment (TsKB
Veesoyuznogo Nauchno-Issledovatellskogo Instituta
Pod"yeinno-Transportnogo Mashinostroyeniyat VNIIPTMASh),
is discussed and illustrated. 8 hoists in a range of
capacities between 1/8th and 7.5 tons, all with a lifting
speed of 8 m/min and various lifting heights, are
specified in Table 1. The weight per useful hp is
plotted in Fig 1. In hoists of 2 and 3 ton capacity the
weight per hp barely exceeds 100 kg, shown to compare
favourably with leading German and American makes. The
hoist mechanisms are designed for a five-year service
life. At J-ton capacity and above, two-speed lifting is
achieved by a two-winding motor. The low speed winding
Card 1/2 can be over-loaded 15% for 3 minutes. Up to J--ton
capacity, contactorless starting of the hoist motor is

SOV/122-59-3-12/42
New Electric Hoists with a Lifting Wire Rope
carried out with a push-button direct-on starter illus-
trated in cross-section in Fig 2. Deeper ressing of the
button connects the high-speed winding. 9 models of
hoist carriages are offered as sho-#m in the chart
reproduced in Fig 1+. In some of the variants, the
lifting rope drum is the hoisting motor stator casing.
There are 8 figures and 3 tables.
Card 2/2

BALAKHONOVS, V.N., in7,h.; SUKIHANOV.-MOR inzh.
Telephone commnications during the sinking of shafts excluding
the reception and 'zansmission of outside noises. Trudy KuzNII-
shakhtostroia no.1131-40 163. (MIRA 17t8)

-arl of 1~00k,,: i, 1-lin of
ati
~ann-er !I-';!,.(,,,, Technii-lal
1,.osco. oruer of Red
r for Derree c)f Candidate of, Tec',--nical
Knizhna-,,a 2", Jimc 1955, .,o--co";

SUKIWIOV, D.K.,kand.tekhn.nauk
Now electric pulle7a with hauling ropes* Yest.mashe 39
no-3:39-43 Mr '59. (Pulleys) (MINA 12:4)

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su K i ~!tll I k
'k L-m-i tek"Li, - lia"llic , red -
1.10 ce j. r. m-D-no r a I i v e y J. P.- 9
0. I!-,A 18.
trar, s 0!, Leiiin.-~rad, 19(:J-. 40 P.

SUKHANOV, D. V.
Sukhanov, D. V. - "The problem of the peculiarities of the temperature cycle of the
lowlands and forest gladess" (With a foreword by Ye. Rublhehtq~m), Trudy Glav.
geofiz. o-,servatoril. Issue 15, 1949. P. 3-74, - Bibliog: 10 Iter-w
SO: U-5240. 17. Dec. 53. (Latopis 'Zhumal Inykh Statey, No. 25, 1949).

SUIXANOV,D.T&., kandidat takhnicheakikh nauk; IVANOY.Y.I.. kandidat tekbai-
redaktor; POPOVA,S.M., tekbzLicheakiy redalctor
[Using rotary pumps for viscous liquids] Rabota lopastnykh nasosov
na, viazkikh zhidkostiakh. Moskva. Gos.nauchno-tekhnAzd-vo mashino-
stroitelinoi lit-ry, 1952. 32 p. [Microfilm) (MRA 9:3)
(Pmping machinery)

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S1121161100010651004100~
D040/Dll2
AUTHORSt Kudinov, V.A.9 and Sukhanovq E.S.
TIVPLE~ The effect of the cutter edge shape on vibration in machine
tools
PERIODICALt Stanki i instrument, no. 51 1961t 24-25
TEM., The--article gives the results of an investigation at ENIMS on the
s'f*.zt of the cutting edge shape on chr-tter. The experiments were made
.1",
W.I..'__ different cutting edges (shown in Figuret with a IR62 (1A62) thread
-.-it-'Cing lathe and blanks from "45" steel 115 mm in diameter and 550 mm
longth, attached by one end in a three-jaw chuck, while t!% other thrust
6gainst a rotating center. The cutters were tipped with P18'(RlB) steel
ax.d provided with an 80 clearance and 80 auxiliary clearancep and 450
ai..-id".11.ary angle in plane view. The main top rake and angle were zero, i.e
r~ub~erfs top was made 'flat, so that all the cutting edges were in a
plane passing through the axis of the machine centers. The chatter re-
,Lztamce was 60-75% higher with a two-step edge and 125-140% higher with
a ~hrep-step edge. The optimum c dimension proved to be 1 - 2 mm for
A

S/121/61/000/005/004/005
Thm eff6nt of the cutter edge shape... D112
DOW
--itters with a main plane angle 20 - 40 0, and 2 - 4 Mm for outters with a
10 - 700 angle. The -formula used for calculating the length of the cutting
edge ritepsII and III in the figure) was;
Kt);m + a coaq
.sin T
w!~ie-p K Ls a coefficient = 0-7 to 0-81 tbm T- the cutting depth limit;
0
ri.~.meziqion shown in figure; main plane angle (was 45 in experiments).
TriA step I length was chosen for a 6 mm, cutting depth. The edge tip radius
.1i. all cutters was 0.5 mm. The durabill -ty of the stepped cutting edges was
nt'l-r below normal, for each step works as an independent cutter with its main
~Lnri aux1liary angles. The chatter decreasing effect of concave and convex
'.ur~ting edges was the same as of stepped edges (varied between 20 and 140%
.-wo6- nhatter, depending on the point of contact between the cutting edge
wnT4pieca and on the shape of the cutting edge), The-con-cave shape was
eff,!!otive than the convex, and both proved equivalent to the stepped,
-'-ha at-apped shape is simpler to produce and takes less ti:me to regrind.
G:~-Do-ve-s on the front and rear edge side had only slight chat t er-daziping
f J'P, ~-, i1_9 and 5% respectively) and affected the cutting life because of

The eff(Yot of the (.,utter edge- 3/121/61/000/005/004/005
D040/D112
curling arA jamming of the chips in the grooves. The conclusionis that if
chatter starts in cutting, it must be eliminated by using cutters with a
stepped cutting edgev without changing the cutting speed and depth.
There is 1 figure.
Card 3/4
V

SIJKHILNOV, E.S.
Investigating the effect of mmltitool. turning on the vibration
proofness of a lathe. Stan, i instr. ;.+ no,6:11-14 Jo 163&
(MRA 16:7)
(Latheo-Vibration)

SUVIUNOV. G. (Khaftnskiy rayon, Primorskago kraya).
.......
7irst school reserve. On. nat. no.10:21 0 158. (MIRA 11:10)
(Maritime territory--National parks and reserves)

137-1958-3-5070
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Dir 3, p 87 (USSR)
AUTHOR: SuXhanov G I.
TITLE; Stamping of Large Components From Heavy Steel Sl-eets
(Shtampovka krupnogabaritnykh detaley iz tolstolistovoy staii)
PERIODICAL: V -.: Kuznechno-shtampovochn. proiz-vo. Leningrad,
Lenizdat, 1957, pp 177-192
ABSTRACT: A description of cold-drawing operations on hydraulic
presses, drawing of complex shapes on a sheet-drawing press
model LGS-2, methods employed in the stamping of closed-shape
products, and the stamping of drawn cups (shells) with subsequent
final drawing to size.
Ye-L.
Card 1/1

250.);18(5) PHASE I BOOK EXPLOITATION SOV/3382
Yekimovl, Konstant'in Kona t,arlk. inovi -h, Vladimir Drn.1triyevich Makrinov,
and Georgiy Ivanovich Sukha,,-.Gv
Izgotovieniye pokovok pod kovc-n-hnymi molotami i pressami (Hammer
and Press Forging.) Mos-C.civi, Mashgiz, 1958. 120 p. (Series:
Blbliotechka vyp, 4), 7,000 copies printed.
Revlewer4 B. 0- Bange ., Engineer, Ed~ (T-itie page): P. V. Karnnev,
Candidate of Techr-isal Scier.,-es, Dc-:~ent; Ed. (Inside book): G. T.
Obolduyev, Engineer.; Ed, of Publi6hing House: I. A. Borodulina;
Tech. Ed,~ 0. V. Spera-riskayai Managtng Ed. for Literature on
Machinery Manufacturing (Leningrad Divis~on Mashgiz)- Ye. P.
Naumov, Engineer.
PURPOSE; Thl-3 book is In'l-er-ded for engineering and technical
I
personne., of forge shops and can also be used by engineering
studenl"-s,
Card. 1/5

Hammer and Press Vorging SOV/3382
3. Drop hammer dies 13
4. Temperature ranges for forging and cocling regimes
depending on brand of steel
5. Characteristic features of forging nonferrous metals
aiftd alloys 15
Ch. II. Examples of Expedient Drop-:6rging Processes
(a. I. Sukhanov) 22
6. Making forgings with reduced allowances and laps 23
7. Production of ferrous metal forgings 35
8. Production of forgings using gas cutting and
electric welding 39
C~, III. Mechanizatinn of Drop-forging Operations
(11. K. Yekimov) 47
9. Conveying equipment and devices for oharging
and removing metal from furnaces and delivering
it to hammer dies 47
Card 3/5

Hammer and Press,Forging SOV/338-r-
20. Conveying equipment and devices In press-forgIng .104
shops
21. Mechanisms and equipment for press forging lo8
22. Examples of planning equipment and organizing
work in press-forging shops 118
Bibliography 122
AVAILABLE: Library of Congress
VK/mrJh
Card 5/5 4-27-60

SIMIAHOV, G.I., inzh.
Technival conference on d.c. machines. Vest.elektroprom. 31 no.3:
79-Po mr l6o. OGRA 11:6)
(Blectric machinery-Arect current)

OBOLDUYKV, G.T.; PETROV, L.N.; ZUJW&IOl", G.I.; KAMNEV, P.V.j kand.
tekhn. nauk, red.; BULGAKOV, B.S., inzh., retsenzent
(Hamering and press forging] Kovka pod molotami i pressami.
Moskva, Mashinostroenie, 1964. 206 p. (Bibliotechka kuz-
netsa-novatora, no-4) (FIRA 17:1-2)

3T,TKH.57'lMl'TY f~. Fl.
Bearings (Ilachinpry)
jTe,,,~ deViCe for -rindina 3pherical surfaces of bearing rings. "odshipnik, No. 2, 1952.
9. liNITHLY T-IqT '-F ACCa~SSICN3., Library of Congress, April 1952. Uncl.

-~, ~- i ',- - 1, -4i - -- 11
\ " , . ~ L,- , C- I , -,, -
SUMNOV, G.K., inzh.; LICVITSKIY, M.I., inzh. :
T~e Bratsk Hydroelectric Power Station. Gidr.stroi. 26 no.11:
47-56 N 157. (MIRA 10:1,U/
(Bratsk Hydroelectric Power Station)

IZVLIKAMOV, V.V.; SUKHANOVA G.N.; BULICHUK, D.D.
Increasing oil recover7 by means of electroosmosis. 1zv. vre. ucheb.
zav.; neft i gaz no.8:6347 158. (MIRA n: 10)
1.Ufimski7 neftyanoyrinstitut.
091ectroosmosis)

Fit CILOV , Bcr,-,' Kilz I in I ~-`n G. -K. I r,? -,I.
2,' c-nore',e -h~ of,
L ., I - -1 , -
dn:is; pract-1--es in the cc~ns-,ruiction ~f '-draullic
stnictures 4-n foreign countries] Reg-ulirovanie tempera-
turnogo rezliiira betona pri sooruzhen-li p~-)tin; iz opyta
stro-itellstva oidrouz2ov za rubez~.oi;.. Nosirva, Energlia,
1964". 167 p. (MIRA 18:2)

DEVLIDYOV, V.V.,- SUKWOV, G.N.; BULICHUK, D.D.
Calculation of oil recovery in flooding according to reservoir
thicknesses. Izv. vys. ucheb. zav.; neft' i gaz 3 no.8:53--57
160. (MIRk 14:4)
1. UfimBkiy neftyanoy institut.
(Oil field flooding)

SUKHAWv, I. (Telets); STRELICHMOt V., shofer (Bryansk); KUZMSOV, A-
Readers' suggestion. Za rul. 17 no.11:20 N '59. (MIRA 13:4)
(Motor vehicles)

SUKHANOV, I. M.
SUKHANOV, I. M.: "Investigation of the stability of a thin-walit,-d hous-
ing to the effect of axial forces." Min Higher EducatfLon Ukrain-
ian SSR. Kharikov Construction Engineering Inst. Kha:7'kovs 1956.
(Dissertation for the Degree of Candidate in Technical Sciences).
Source: Knizhnaya let02181 No. 28 1956 Moscow
-- - ---- -I- IJAA%Ai Ufa&$ 7W0 WV4 6,21.7

ACC NR: AP7004253
behavior of the tape transported at a rate up to 50 m/min by a special variable-
speed mechanism; the tape length accommodated up to 150-350 :frames. The
above experiments yielded these findings: the bin height should not exceed 500 mm;
not over 10 m. tape per 10 cm, bin width should be stored; 1 dmg,Df side wall should
correspond to 1. 8 m tape or less; bin lid is necessary; there is no essential
relation between the tape speed and the bin capacity; the bin size is reasonable
(5OOx5OOx36 mm) for tapes up to 35 rn long. Orig, art. has: 2 figures*
!SUB CODEE: 09, 13 / SUBM DATE: none
Card 2/2

POROMOV, F.F., prof.; NALETOV, A.V., (deceased]; Prinimall. uchastiye:
SKOVORODIN, N.M.,assistent; GRECHISHNIKOVA, G.D., starphly-laborant;
KROTKOV, A.N., veter. vrach; SUKRANOV, K.M., veterin. vrach
Importance of the biomycin-vitamin concentrate in a combination
of measures for ridding farms of infectious atrophic rhinitis
of swine. Sbor. nauch. trud. Ivan. sellkhoz. Inst. no.19:
155-159 162. (MIRA 17:1)
1. Kafedra veterinarii i zoogigiyeny (zav. - prof. F.F. Porokhov)
Ivanovskogo sellskokhozyaystvannogo instituta. 2. Nachaltnik
Ivariovskogo oblastnogo veterinarnogo otdela (for Naletov).-
3. Uchebnoye khozya~ystvo "Vasillyevokoye". Ivanovo (for Sukhanov).

8io;
SOV/112-59-2-2907
T:r izi..4 11;4. t ionh-Om- Referati-vnyy z1hurnal Elektrotekl-mrika, 1959, Nr 2, p 91 (USSR)
AUTHOR- Sukj-~arr)v, L. A.
T-TTLE- S-*=i.~Iatirig Large ower Transformers
(ModeH:r,,1!-a:t '%ye mc-shcEnvkh si-',ovykjl- t ran qf!~,. --,- --matc-rov)
PERIODICAL- Tr . k4ezhvL7zcvsk. nauchno-tekhr.. konferentsi'. po dal'nim
elektroperedacliam, 1956, SektL- 3. L. , 1957, Dp 44-54
ABSTRAGI': PhyFical simulators are used for IaL-orato-ry investigation of electrical
syste--ns an-d their componente Two ty-oe-E o.,;' of large power
fratiif-Or.rners are used: (1) geometi si-mula.tors that provide a
~, rn;.-Ia:~`-ty ot e,ectrcniagnetlc fields; tl~tese are intended for
41~ive.itigati.-,ig wave p~--.encme-na in xindingg a7vi %-,~-her pe~~nomena in the structural
mernberF; `2) tl:~,i-t re-,rcd-,.-.ce th-~ f-.---~~damental ph.e-nomeaa,prily in
terms of tilme; these are -ased when an electrodyna-mic syEtem containing a
trar.,3former is 9-imulated. Ir... the latter case, the similarity of transformers
Card I 13

SOV/ 112-59 -2-2907
SjmUIat4_-)g Laige Power Tra.-n9f-.:,:z--_rners
s ex_D:t,eqqed as a. Zeliti7ze--m-~t equa`
Llty of the folll*wing qwLntities of the
~3;-nu2--it-jr and ',he cxigi:.,..aI,: winding electrical -_-epistance ro, short-circuit
"osses Pk-, n-~-_`.-)~~d Io5ises Pr-, windirlg reactance, and no-load characteristics.
Lo,,t,7 ej-ecttomagnetic !Dad_~ngs are assumed ff-~r the sirnu-ator in order to obtain
,-.,)w w~nd_;Ilg Hcix&-ever, with a small -Ii.-ransformer capacity and low
e-ei_tIr._)In3.vFi:I-_-,.. `.--a_e-.-_-_-_aIS ~,+he case of the short-circuit voltage Uk
~E -.7ery lmw -7. to raise b,~-thhiZ-,' an 1 'om w; dings are specially
or. ~Ee ccre-~- s~;. tl~at their re.:;j:j-jaq sets up an additional
Jea.kage fjLx.. AP a be designed, the
3,n electrod~7_am_;c ~~nodal c.--' a systern are built in two
ty,t~ez: a ~n vL"h. ezli;3.3. relati've Pj,, bLt with nonsimilar no-load
Oia~-acteri,-nicF, model aids In stability of electric
'r9temt2; a -M-Ael wih r. -.1-lad characteristics but
iv-_-eYJ.a' relat;_
losser PIK' The foa-m-ulae deterrni.~Mg ~najor dimensio.ns of the
Card 213

3
13
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the ect

=GMIUL SWIMERIM,
AUTHORS: Sukhanov, L.A. and Urueovp I.D. (Lenii*,,rad). 24-4-2/34
TITLE: nvestigation of the movement of a rotor of a synchronous
;alient pole generator in the case of asudden three-
phase short-circuit, (Issledovanie dvizheniva rotora
$Jnkhronnogo yavnopolyusnogo generatora pri vuezapnom
trekhfaznom korotkom zamykani1).
PERIODIUL: "Izv. Ak. Naukj Otd, Tekh7. Nauk" (Bulletin of the Ac. So.,
'
'Technical Sciences bectiont IM, No.4, pp
.5-13 MSR).
ABSTRACT: Calculation of the dynamic stability by methods generally
used does not take into consideration the braking torques
produced by the super-transient and aperioclic components
of the short-circuit current. Investigations of this
problem by Kazovskiy, E. Ya. (Elektrichestvot 1954, No-7)
Ohowed that these moments affect appreciably the acceler-
4tion of the rotor during a short-circuit near to the ter-
inals of the generator. The aim of the work described

n this paper was to woxk out a sufficiently general and
i
ecurate analytical method of determinatJon of the changes
'
n the speed and the displacement angl of the relative
T e
ovement of the rotor in three-phase shoit-eircuits, tak-
Card 1/4 Trg into consideration a number of important factors, e.g.
the speed and displacement angle components caused by the
'
'
4dditional momentf eq.(2
.79 the pulsation moment in
.5), p

MKHANOV,L.A., Cand tech Sci -- (diss) "Llectric4o machines
and transformers in ail electrodynamic model of a power
syotem.11 Len 1958, 18 pp (min of H;gher Iducation U&SR.
Len Polytechnic Inst im M.I. Kalinin) 150 m ies
(KL, 50-58, 126)
- 85 -

- S-UKHANOV, L.A., inshener.
A transformer for a miniature power system. Blekt:richostvo no.4:
82-84 AP '57. (MlRA 10:5)
1.Institut elaktromekban4ld Akademii nauk SSSR-
(Ilectric transformers)

K Y 41
BOBROY, Y.K.; YoRoNoy, j.A.; GUMOV, I-I-; IYAROV, V.I.; KARPOV, G.V.;
KAMUELTAN, T.Te.; ~WMOV, Y.T.; SIROTKO, Y.K.; SIRTT, U.S.;
SUKH"OV, L.A.; 1JRUSOY, I.D.; FRTISOT, T.T.; FOMINA, Te.N.;
KOSTINKO, M.P., akademik, red.; DCIKATCY, P.S., red.izd-'Ta;
SMIRNOTA, A.Y., tekhn.red.
[Blectrodynamic modeling of power engineering systemaj Zlektro-
dinamichaskoe modelirovanie energeticheskikh sistem. Pod red.
H.P.Kostenko. Moskva, 1959. 406 p. (MIRA 13:2)
I.-Akademiya nauk SSSR. Institut elektromekhaniki.
(Electric networks--Electromechanical analogiets)

gig;
Asia 31 a
PV t'
All a a a3g
t. 4t AS 11 j;
jai

PHASE I BOOK EXPLOITATION SOV/4172
Akademiya nauk SSSR. Institut alektromekhaniki
Sbornik rabot po voprosam elektromekhaniki, vyp. 3s Energetficheakiye sistaw,
elektromashinost-royaniyag alektricheskaya tyaga, avtomati,airovannyy elektro-
privodp avtomaticheskiye i telemakhanicheskiye sistemy.. e'Lektrosvarochnoye
oborudovaniye (Collected Papers on Electromechanical Problem, no. 31
Power Systems, Electric Machinery Construction, Electric rractiong Automated
Electric Drives# Automatic and Telemechanical. Systems, Electric Welding Equip-
ment) Moscow Izd-vo AN SSSRp 1960. 314 p. Errata slip inserted- 5,000
copies printea.
Resp. Ed.z V.V. Sidellnikov; Ed. of Publishing Houses I.V. Suvorov; Tech. Ed.t
R.A. Arons.
PURPOSEs This collection of articles is intended for scier~ific and technical
personnel.
COVERAGEs This book is divided into sections according to the title. The, scien-
tific articles are preceded by a brief biography of Academician M.P. Kostanko,
Lenin Prize LAur6ate,'Director of the Institut elaktromekhaniki AN SSSR (In-
stitute of Electromechanics, Academy of Sciences USSR). References 4ecompany
most of the articles.
Card 1113

Collected Papers (Cont.) SOV/4172
Sirotko, V.K., L.A. Sukhanov and G.M. Smolin. 3.5 kva Trant3former Model 81
The article contaiiss:~a~~etailed description of the MTO-3-5 transformer
designed at the Institute of Electromechanics, Academy of Sciences USSR.
Investigations on the power system electrodynamic simulator of thi,
Institute have demonstrated the adequacy of the simulator.
Sukhanov, L.A. Additional Short-Circuit Losses in Simulator Synchronous
--6e-neratore Vi-th Nonsalient Poles 89
The author describes the causes of additional short-circuit losses and
seeks ways of reducing them. From experimental data, he concludes that
in a correctly designed simulator generator with nonsalient poles
additional short circuit losses could be reduced, but no's below 0.4%.
Orurk, I.A. Rules for Regulating the Excitation in Synchronous Generators 100
The author refers to the works of M.P. Kostenko and I.D. Urusov which
established the fundamentals of rules for regulating the*excitation in
synchronous generators. He oxamines certain additional problemsp in
particular the operation of the machine in a zone of artificial stabili-
ty. For this, he uses approximate equations for a synchronous machine
expressed according to the Lebedev-Zhdanov method.
Card 5/13

'-- -SUKHAVQV9,- L.AA Leningrad)
Use of an electrodynamic model for studying a 2000 km. tvo-net-
work 600 kv. a.c. power transmission system. Izv.AN SSSR. Otd.
tekh. nauk Energ. i avtom no.1:35-40 Ja-F 261. (MIRA 14:3)
(Electric network analyzers)

SUKHANOVp L.A.j kand.tekhn.nauk (L4ningrad)
Approximate calculation of the effect of additioiAl moments of
hydroelectric generators on'the dynamic stabilit:r of electirc
power tAnsmission. Zlektricheetvo no.2:91-93 T 161.
(KIRA 14:3)
(Hydroelectric power stationo)

SUKHANOV, L.A.
Use of a model for studying the voltage distril-ution in a long
balanced 600 kv. electric power transmission line* Sbore rab. po
vop. elektromekh. no.6t160-165 161, (MIRA 14:9)
(Electric Dower distribution-Models)
(Electric network analyzers)

SUKHAROV, L.A.
Effect of forced excitation on the motion of a rotcr at nonsym-
metrical short-circuits of the salient-pole generator feeding an
electric power Aystem via a transmission line. Sbc.r. rab. po
vop. elektromekh. ro.6:180-187 161, (14IRA 14:9)
(Electric power distribution) (Electric generators)

.S-UKHANOV, L.A. (Leningrad); FETISOV, V.V. (Leningrad); SIDSLINIKOV, B.V.
(Leningrad)
Methodology for calculating electromechanical transient processes
in multiengine systems with consideration of nonlinear character-
istics. Izv. AN SSSR. Otd. tekh. nauk. Energ. i %vtom. no.3:
73-83 Ny-Je 162. OCRA 15.6)
(Electric machinery)

R;AA
Results of the use of an electrodynamic network analyzer in otudyUg
a large 4,c, power transmission system with two support
compenoatore.Sbor,rab.po vop. elektromekh.no.8 s6O.,.,(A. 96
M
MMM- 1011:11
(Electric er distAbution-Alternating current)
(Blee e *eW*rk analyzers)

SUKRANOV, L.A.
Calculation of the inductive reactance of the leakage of the windings
of model turbogeneratorso Sbororabopo vop.elektrom~kh.no.Ss296-301 163.
PCM 160)
(Turbogeneratora--Windings)

VOLKOVA, Ye.A.; KAZ(jVSYIY, N.M., doktor- L,3khn. nauk; W'13130V, G.V.;
SAFAP0111 G.M.; ST-IF-HAMN, L.A.
Calculation of the transient processes of synchroro-is machines in
faulty operation by using electronic di.,7-Tal computors. Elektro-
tekhnika 35 no.7:11-15 16.1,.
(MIRA 17:11)

RE

L 13348-66 ET,-IT (1) /ET 0 (f /WG /M (h) TT/AT
F-A-C-C NR, A T6_000_058 SOUR ------
GE CODE:
AUTHOR: Sukhanov, L. A.
ORG: none
iO 6A-5/6
UR 000
TITLE: Calculation of the magnetic circuit of a cylindrical-rotor utuipolar machine
SOURCE: AN SSSR, Institut elektrornekhafilk.l. Elektrichaskiye mashiny;
issledovaniya, voprosy teorii i rascheta (Electrical machinery; research, problems
-.i theory and design). Leningrad, lzd-va Nauka, 1965, 279-292
TOPIC TAGS: generator, magnetic, circuit, circuit esign
ABSTRACT: Considerable difficulties arise in the -design of some elements-of the
modern cylindrical -rotor unipolar gene rator!;5~d'e'te rminati on of the rotor magnetic
state, ring-pole leakage fluxes. and kindred points has been only roughly treated in
modern literature (P. Klaudy, El. und Maschinenbau, 78, no. 3, 1961; Y. Poulain,
Bull. Soc. Franc. El. , no. 23, 196 1). The present article offers more accurate
techniques foi calculating the magnetizing force required for the rotor (allowing for
the istrong saturation due to the load current flowing in the rotor) anti the leakage
Ca;-d I / 2

L 13348-66
ACC NRt AT6000058
factor of the field winding (a formula for this factor is developed which neglects the
field-coil curvature). The current spreading in the rotor drum is analyzed, as is
the magnetic field in the rotor steel under load conditions. A design formula for the
rotor magnetizing force is derived. Orig. art. has: I figures. 43 formulas, and
1 table.,
SUB CODE: 094111 SUBM DATE: 011,4ar65 ORIG REF: 002 OTH REF: 004
Card 212

SIDEL'NIKOV, Boris Viktorovich, assistent; SUKIIANOV,, Lev Aleksandrovichl kando
tekhn.nauk, starshiy nauchnyy sotrudnikjo, YUSHCMKO,- Anatoliy
Grigorlyevich,, imb.; FETISOV, Viktor Vladimirovich, lcand.tekhn.nauk,
dotserst
Analysis of transient processes in a Wo-speed induction motor with
a choke in the stator circuit and intermittent power supply. Izv.vys.
ucheb.zav.; elektromekhanika 8 no.6:644-654 165.
(MIRA 18:8)
1. Kafedra elektricheskikh mashin Ieningradskogo politekhnicheskogo
instituta (for Sidellnikov, Fetisov). 2. Institut alektromekhaniki,
Leningrad (for Sukhanov). 3. Leningradskiy politekhnicheskiy
institut (for Yushchenko).

L 14053-66 SE11 T (m) /DIP (w) /EPF (n) -2/T/DIP (t) /?JP (z ) /ap (b) IIP(c) JD~W.11flW1JG1
ACC NR: AT600057 DJ/GS SOURCE CODE: UR/0000/6i/1300/000/0267/0278
AUTHOR: Sukhanov. L. A.: Bobkovt W
Safiullina, R. Kh.
ORG: none
TITLE: Current collectors with liqui(Lmettal contact for acyclic machines
SOURCE: AN SSSR. Institut elektromekllgWj~L_ Elektricheskiye mashiny; issledoiraniya,
voprosy teo_rii i rascheta (Electrical machinery; research, problems in theory and
design), Leningrad, Izd-vo Nauka, 1965, 267-278
TOPIC TAGS: electric generator, liquid metal, slip.ring, direct current, electric
engineering, friction loss
ABSTRACT: The author discusses various mechanical losses in homapolar dynamos with
current collectors based en low-melting alloys. Current collector designs are di-
vided into two basic categories: 1. ~-he ring type in which the 01annel between the
contact surfaces is completely filled with the liquid metal; 2. the jet type in
which contact is made at individual points- around the circumference by a thin pres-
surized Jet of liquid metal. The advantages and discidvantages of each of these
Card l/.2

L lh053-66
ACC HR: AT6000057
tylls.are discussed. Tests of a mearcur)r jet contact shov a resistance of less thf
10 for a linear rotor veloci-Y of 150 m/sec, a current of 100D amips and mechani-
cal losstis in the jet of about 750 w. The authors describe the centrifugal ring
contact in horizontal and vertical homopolar machines. Electrical losses in this
type of current collector are analyzed. Consideration is given to the fornation of
a contaminant layer by the iriteraction between the liquid metal and the surface of
the current collector rings.~k Experimental data show an increase in equivalent per
sistance with time which differs for various metals. It is found that nickel 211 '