SCIENTIFIC ABSTRACT SOKOLOV, N.G. - SOKOLOV, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652020003-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOKOLOV-s jj_,G_,_j__kand.tekhn.nauk; SHEKHVITS9 E.I.9 kand.tekhn.nauk
Modernization of the vertical milling machine. MLshinostroitell
no.1:13-14 ja 161. UMA 14:3)
(I-lilling machines-Technological innovations)

MINSKER, Emmanuil Isaakovich; SQNQW_VAiko1Ay_Georgiye_Viq_h;
KAMINSKIY, Ye.A., red.; BORUNOV, N.I.,, tekhn. red.
(Electric wiring of metal-cutting machine tools)Elektriche-
skie provodki metallorezhushchikh stankov. Moskva, Gosenergo-
izdat, 1962. 63 P. (Biblioteka elektromontera, no.70)
(MIRA 16:1)
(Machines-Electric driving)

SANDLER, A.S.; SOKOLOV, N.G.
[Collection of automatic control systems for electric drives
of machine tools] Sbornik skhem. avtomaticheskogo upravle-
niia elektroprivodami metallorezhushchikh stankov. Izd.2.,
perer. i dop. Moskv@, Mosk. energ. in-t, 1963. 31 P.
(HIRA 16:10)
(Machine tools--Electric driving)
(Automatic control)

SOKOLOV, GU--iv--I-ir;h; KOREZIEVSHY , A.14.,, retsenzent;
- - @7@ rj- @@ ------
I
I.I.1 red.
[Principles of the design of electric drives] Osnovj-
kenstruirovaniia elektroprivodov. Moskva, Energiia, 1965.
287 p. (MIRA 18:5)

AP6
lo 5z

@@f --
ff ,'or,. if .
, cerni-i , the ;?,-vi..ii -it v I @in Jefens;-,, of 1 ro"r,,33ot- Dedv,.lin, s .@ethoil
11-3s',n. sovre.,,.i. v terin.., 192@.-,, No. 2.

... i. --. ,nd
3 -'. 1, @!.
"I'he of in-l@'--rtillity in cattle in Lening-rad oDlast ard sc@,.e bases for its
thez-aj,y aiA p-oFhyla:--js11, (Assistant, Dej,,artment of Obstetrics an@ Gyneiolog:,-).
Collec@led Works :.-o. 14, of leningrad Veterinary Institute US-T! Ministry of AgTiculture
P 109, ")ellkhozgiz, 1954.

'D' - :. T. (L-3--tal-ar) -,A 7 @@' *@ , ',. :._. f @ 3 @ 4 De, @rt:.aent Of Dbztdtrics -@-d
D-7) -- - @.. --, stat r -
Gyn--colo,.@7)
llUse of renicillin for i:rolhyla.@--iz, of the jostnatal inf-,c:tion in owss" Collected
I V!
lir, 1-:3 @'o. I',, of ll@@ninrrad Veterinari Institute U3M Mlinistvy of Agriculture, P 119,
Sellkhozgiz, 1954.

kOKOLOV, N.I., doteent.
Une of phytonc'des of onion and garlic In gynecological dineason.
Vaterinariia 31 no.2:51-52 F 054. (MLRA 7:2)
1. Leningradskiy veterinarnyy institut.
(Phytoncides) (Genitourinary organs--Diseases)

SOKOIDV, N.I., dotsent.
- @ I
Use of conifer chlorophyll carotene paste for treating vaginitis
and endometritis in cows* Veterinariia 32 no.2:60-61 F 155.
(MLRA 8:3)
l.Laningradakiy veterinarnyy institut.
(COWS--DISELSES) (VETERIMY MATERIA MEDICA AND PHARMACT)

@T T
So'@-Olov IT. 1.
h
J..qe etiolo,7y, the-apy, @,nl prop ylPxIs of sterility in cattle on the
sovkhozes and kolkhozes of the Leninprai suburban area." Leningrad
Veterimiry Tnst, Min HiErher Fduc.-tion USSR. Leningrad, 1956.
(1)IssertF,tton for the Degree of Doctor In Scten-es.)
* degree of Doctor of Veterinary Sciences
Kriizhna,)ra Letonis'
No. 25, 1r)56. Moscow.

Name: SOKOLOV, Nikolay Ivanovich
Dissertation: Eticlogy, therapy and prophylaxis
of sterility In cattle of sovkhozes
and koU@hozes
regree: roc. Vet Sci
Affiliation: Z7Not indicateg
Defence Date, Place: 14 Jun 56, Council of Leningraft Vet
Inst
Certif ication Date : 20 Apr 57
Source: @;MIVO 14/57

SOKOLOV,-@,J., daktor veter.nauk
Characteristics of the course of
patnatal infection and septic
endometritis in cows. Veterinariia 37 no.1:41-44 Ja 160.
(NIRA 16:6)
1. Leningradskiy veterinarnyy- Institut.
(Endometriosis) (Cows-Diseases)

30KOLOV9 N.I.1 doktor veterinarnykh nauk
Treatment of cows with puerperal infection. Veterinariia 37 no.12:
48 D 160. (MIRA 15:4)
1. Leningradsw veterinarnyy institut.
I (Veterinary obstetrics)

_�gKQI,03L.-ILik,o-l-ay-lvanov-i-eh;-VAYIITRAIJB, Aleksandr Moiseyevich
[deceased]; POLYFAKOV, P.Ya.., red.; YAKOVIEVA, V.K., tekhn.
red.
(First aid in calving] Pervaia pomoshch' pri otelakh. lzd.2.,
dop. i -Lspr. Leningrad, Sellkhozgiz, 1961. 69 P.
(MIRA 15:8)
(Veterinary obstetrics)

SOKOLOV, N.I.
Diphyl-lobothriasis of predatory fishes. Veterinariia 41 no.9s66
S 164. (MP-4 18%4)
1. Starshiy veterinarnyy vrach Ivanovskoy oblastnoy veterinarnoy
laboratorii.

r
Col., o.,mps, -clq4a,
--osr, Cand. cal- -Sc- - Lt-
.br., Ch-ita Ll. -cl-)
- th -, Brac hi a I Fjz-:.-j-, --- "-rou@h lie st or calla
I L- , , @o
'Oniuction 01
m@ @ al -@-amiia
"O'D::--ive 2-'e tzle -0
68, :.o. 31, 1- rit f
on -st. Otlc-rino-l-'I-i-j@- J., :-0.
1 0 70--'@---, It - - -_ @-o

T.
17//-"'T("7
USO/Wedicine - Anesthesia, Conduction Mar 48
Medicine - Anesthesia, Local and Regior4l
"Conduction Anesthesia of the Brachial Plexus Through
the Posterior Scala Aperture," N. I. Sokolov,
Chitinsk Mil Roap, 4 pp
"Vest Khirurgii" Vol LXVIII, No 3
Explains disadvantages of Kulenkampf's method.
Sokolov describes own method In detail. Has used
It 130 times-
.J-1
1 -7 /ILOqtO'7

31032. -OKOLOV, IN. I.
Vduvanie vozdukha kak meto-d ,-,r-ofila kl'iki ii lecheriiya tugopodvizhinosti
v susta -vakh pozle @ralm. Vestnik, khirurgii im. Grekova, 1949, No. 4, s. 31-33

SOKOLOV N. 1. Operative treatment of battle injuries of peripheral nerves
ihIr-urgiy'-a- 1949, 11 (48-54)
The author reviews a number of operations of battle injury: 115 on the
peripheral nerves of the upper limb (22 on the brachial plexus and 1 on
the cervical Plexus), 79 on the peripheral nerves of the lower limb and
15 on the sympathetic nervous system. The procedures were as follows:
neurolysis 114, suture 37, partial suture 39, neurectomy 4, periarterial
sympathectony 2, and ganglionectomy 13. In 63 cases there was major
bone injury and in 14 cases major blood vessel injury. Trophic ulcers
were present in 6 cases of sciatic pAlsy,'contractures In 26 cases, and
cansalgia in 20 cases. The period between wounding and operation varied
between ii, months to 2 months after injury if there was no recovery of
ne:-ve function, except in brachial plexus and sciatic injury when the
pe:riod was increased to three months. Seosis and severe limb contractures
were contraindications, unless in the latter there was associated and
marked causiLlgin. In cases of delayed primary suture three weeks was the
usual inter7al. For treqtment of causalgia the author Inclines to operation,
with emohasis on the exclusion of local nerve lesions such as division or
scarring before turning to sympathectomy. Thus in 6 cases excision of a
la,teral neuroma and partial suture was successful in relieving symptoms.
Periaterial sympathectomy was abandoned as useless for this purpose.
Corvical and lumbar sympathectomy gave the best results; in @ cases out

Page 2
ol 10 the condition improved considerably or was cured. Endoneurolysis
performed in 5 cases on the sciatic nerve was found to be technically
dtfficult and did not relieve pain. Mobilization of the nerve ends was
unad to overcome defects of up to 6 or 7 cm., but larger gaps were bridged
by homotransplants in 3 cases and by an autotransplant in 1 case. When
the sciatic nerve was damaged at its exit from the pelvis and the proximal
f-n4ment had retracted beyond reach, the superior gluteal nerve was
sutured to the distal fragment. Neurolysis caused varying degrees of
itiorovement, either motor or sensory in 9C@ of cases, but resection of
neuromata, gave on the whole better results. In 2 cases of severe causalgia
sub-arAchnoid injection of alcohol at the levels of the affected nerve
roots was found ineffective. The disposal of 105 patients was known; 51
returned to army duties, 48 were temporarily unfit and 6 were totally
unfit. (This report gives no details of degrees of recovery, but only
outlines results in general form.)
Zinovieff - World Medical Abstacts (IX, 8)
So: Neurology & Psychiatry Section VIII, Vol. 4, No. 1-6

SOKOLOV, N. 1.
ligature of the left gastric artery in connection with operative
immobilization of the stomach. Xhir,=giia, Moskva, No-5:5-13 Ma7 50.
(CIML 19:4)
1. Chita.

SCKOWV, N. I.
Congenital encephalocele. Khirurgiia no.9:37-42 S 154. (MLRA 7-12)
(INCEPHALOGNIA,
- congen.)

@O
SOK LOV, N.I. (Lgvov)
Spontaneous clonus of muscles of the abdominal wall as a symptom
of spinal diseases. Klin. mad. 32 no.8:71 Ag 154. (MLRA 7:10)
(SPINIC, diseases,
manifest., clonus of abdominal wall)
(ABDOMINAL WALL, diseases,
clonus, as manifest. of dis. of spine)

SOKOLOV -N.I., kandidat meditetnakikh nauk, LIVov. ul. Krupskoy. d.
10.
Metal nails fit for Irrtgation for Intramedullary nailing of
long bones. YeA.khIr. 75 no.5:122-125 Je 155. (KLR& 8:10)
(FRACWM, mwgery,
Intramedullary nalling with irrigation)
(IRRIG&TION,
in Intramedullary nailing)

SOKOIOV, N.I., kandidat meditsinskikh nauk; Llvov, ul. Krupskoy 12,
Ligature hnlders. Vest.kh1r.75 no.6:135-137 Jl '55-(MLRk 8:10)
(SURGERT, OPERATIVE, appratus and instruments
case for ligatures)
(SUTURES
ligatures, spherical & cylindrical cases)

SOKOZ,OV,- II.I.. kand.med.nauk (LIvov, ul. Krupskoy, d.12, ky. 10)
-
Prevention of mistakes in the treatinent of fractures of the long
bones by medullary nailing. Nov.khir.arkh. no.6:27-32 N-D '58.
(MIRA 12:3)
(FRACTURES)

BOROVSKIY, Viktor Anastasyevich; SOKOLOV, 14-11olay Ivanovich
[Organizational and economic consolidation of the collective
farms of Kazakhstan] Organizats4-onno-khoziaistvennoe ukreple-
nie kolkhozov Kazakhstana, Alma-Ata, Kazgosizd4 1961. 117 p.
lt@MU 15: 8)
(Kazakhstan.-Collective farms) '

I@OLOV. N.I.. Inzhener; PANINA, A.V. Inthener,
Method of air separation for reclamation of used burned foundry
sands; experience of the Krasnaia Vagranka Plant. Proizv.-tekh.
inform, no,2:39-43 151. (MIU 10:3)
(Sand, Foundry) (Separators Nchinery))

ARGIWV, I.I.; PEVTSOV, G.A.; SOKOWV, H.I.; DMITRIYBVA, N.S.
Preparation of spectrally pure salts of cesium and rubidium.
TruV IMIA no.23:40-46 '59. (MM 13:7)
(Cesium salts) (Pubidium salts)

SOKOLOV, N,I,.- inzh.
- _..... ....
New equipment for preparing keramzit granules. Stroi. mat.
no.10235 0 163e (M'IRA 16:1-1)

u L r, A)
U5.';-IR/CIicn'j_c!i1 TcclmoloG, Ch-cmier.1 'Products 1-26
@@nd Thcir fibcrs
-'-b3 Jour: Rc- Zhur-Rhi.niya, No 3, 1957, 100-06
.A@uthor .nCclov, 1. 1. -.nd 'Pokollov, 11. 1,
-@U.C. for Chonical
C 3 C c
Inst All-Union Scicncc R
Rc-,.-cnts
I
Title On the Utilization of 2orchloroothylonc Filtcrs
in the Production of Chmical. R:,:zcnts.
Orig 2ub: Tr,- n,-i. in-ta Irhim. rc:-,kt-ivov, 1956, No 21,
102-lo4
Abstr@@ct: Porchlorcthylcnc filtcrs are suitcd for the
production of coprosivc chcmic:7@1 mcn-ants bccauso
of their chomical incrtness which climinctes tho
contaminz7tion ol' the solu'-ions. t 90-950 -,.)crch-
lorocthylone i.s not cfl-ccuod by long contact with
nqu@7, rcvi.r@, mclm.-I, I,: prcsumbly a mixturc of
ro=cn -,p 50", ENO-:@, HCI, n1kaline solution3
7., H U
Soluti-ons of all concentrationsY vzrious s::@Its,
Card 1/2

3OV-120-58-1-2/43
AUTHORS:Kondrashev, L.F., Kurashov, A.A., Linev, A.F., Sidorov, V.A.1
Sokolovi N.I. and Khaldin, N.N.
TITLE: A Spectrometer for Fast Neutrons (Spektrometr bystrykh
neytronov)
PERIODICAL: Pribory i Tekhnika Eksperimenta, 1958, Nr 1, pp 17-21
(USSR)
ABSTRACT: The measurement of the fast neutron spectrum is one of
the most difficult problems of experimental nuclear physics.
The most common method employed in neutron spectroscopy in
the energy re;:;-ion of a few MeV is the method of proton recoil.
The measurement of the neutron spectrum is reduced to the
measurement of the spectrum of the recoil protons which are
produced by the neutron beam in a specimen containing hydro-
R-en, There are a number of methods of measuring the proton
spectrum. One of these is the nuclear emulsion method but
this is very time-consuming and therefore not always conven-
0
ian-"-. The ot'L-Ier methods employ coincidence circuits. Such
a system is usually called a "telescope". These telescopes
can be used in two --.,rays. In the first method one measures
the ran-e of the protons in s-)ecial absorbers between the
C) -
counters and in the second iiiethod one measures the amplitudes
kJard of tI,.e pulses from a scintillation counter which is the last

A Spectrometer for Fast Neutrons.
SOV-120-58-1-2/43
counter of a telescope. The first of these was used in the
1) U
present worl The telescope (FiS.1) Consists Of L@ @roportjon-
al counters. A polyethylene "radiator" is placed in front
of tllie first GDunter and two sets of aluminium absorbers are
used -t..:) measure, the range of recoil protons in alum-inium. The
firz-c and main s.:.,t of absorbers is i)laced in front and the
t1ii-rd count--er and the second set of filters in front of the
Lourl-l-'a on-e. T.,,-,e first, second and third counters are in
cj:ncidence and the fourth in anti-coincidence. Thus one
records orotons for::,,--ed in t-he radiator and whose 1:)a-Uh
`0-@-Iolne -II-ie focrt-'q counter. An estimate of the proton
losz, due scattering was made, using the curves
:3f an@--' Dodder (Ref.2). The fi,--ure obtained for
ttds los,3 -,ra:3 !;---=s than 5%o of the recoil protons. A photo-
@JlraDh c@f bhe telescope is shown in Fi-s.2 and 3. The tele-
L) - 0
scope can be used in studying not only neutrons but also
char,,ed particles. he spectrometer was used to study the
reaction T(p, r-) J for proton energies between 7 and
12 MeV. The neutrons wore obtained at a target of a 1.5 n,
Card 2/3

SOV-120-58-1-2/43
A Spectrometer for Fast Neutrons.
cyclotron. The derived neutron spectrum at zero angle for
0
the above reaction is shown in Fig-5. The following persons
are thanked for their cooperation: N. A. Vlasov, S. P. Ka]4-,
-nin, A. A. Shubin and L. N. Samoylov. There are 5 figuresl
no tables and 6 references, of which 2 are English and*4
Soviet.
SUBILTITTEM: June 19, 195?.
1. Neutron spectrum analyzers--Equipment 2. Neutron spectrum
analyzers--Performance 3. Neutron spectroscopy
Card 3/3

S/12o/6o@'010'0/004/012/028
E032/E414
and
AUTHORS.@ Kondrashev, L,F,, Rybin, S.N_ SjQj&Q@_1oy
Khaldin. N.N.
TITLE.@ Thin Vacuum-.Tight Windows
PERIODICAL3 Pribory i tekhnika eksperimenta, 1960, No@4, pp@102,!05
TEXT., In nuclear reaction studies it iE frequently ne,,essary to
have thin vacuum-tight windows, The present paper de.9cribes somv
of the designs of such windows which were used in experiments on a
1.5 m cyclotron in which these windows were used for ga.5 targets,
vacuum chambers and other devi@:es. The simplest solution of this'
problem which ensures that the thin window is in a vacuum-t.ighL
contact with the body of the apparatus is to solder the window to
the body or to attach it with a suitable adhesive, However, this
leads to a certain amount of contamination of rhe evacuated region
during the soldering process and the contamination is difficult to
remove. In the case of soldering, a further. difficulty Ls
encountered since it is difficult to atta-ch the window uniformly
over the perimeter. As a result, the thin window is nonuniformly
loaded when the apparatus is ava,--uafed. The h@_ating of the
material of the window during Soldering may lead to nonuniform
Card 1AP

s/i2o/6o/ooo/oc4/ol2,/o_@i8
E032/E414
,rhin Vacuum.-Tight Windows
changes in its mechanical properties which are Also undesirable.
-and non-demountable designs present difficulties when it is des.I@r&d
to replace the windows. Fig.1 ( I - window, 3 - i'hin foi.l.
4,5 - rubber packing) shows a demountable form of a window in which
the thin foil has a cylindrical form and vacuum tightne5s is
ensured by rubber packing, With a gas target of 5 :m in diameter
window height of 1.2 cm and window length along the circular
periphery of 9 cm, an 8 4 thick iron foil w_i.thstcod pressures in
excess of 2.5 atm. With a gas target 10,6 cm in diameter and tw'@_
windows of 1.7 @_m x 5 cm and three windows 2 to 3 cm in d-Lameter,
a 30 @i copper foil wi.thstood pressures up to 1@5 to 2 atm- This
type of window was used by Bogdanov at al (Ref,l) in their studie&
of the proton spectra cf the reaction He4 i- d at, 30'.
Fig@2 (I :- mica plate 10,,L thick, 4 @ rubber packing) shows
another type of target in which the window is plain and consist5 Of
a 101i thick mica plaTe maintained in posi@ion by brass grids on
either side, The transparency of this arrangement was about 65%,
The window is made vacuum-tight by rubb-ar pa-:kL-ng,, A plane windov
Card 2/6

S/12o/6o/ooo/ooIf/012/0-_'('-)
E032/i.;414
Thin Vacuum-Tight 'Windows
designed for working pressures up to 10 atm is shown in Fig-3.
Here again, the foil 3 forming the wall of the window is
supported on a brass grid 4 having a transparency of 705'.
Rubber packing ensures vacuum tightness and 301, copper foils and
101t iron foils were used with this design. This type of window
was used by Bogdanov et al (Ref-3) in their studies of the
polarization of neutrons produced in the T(p,n)He3 reaction.
Fig.4 shows a similar window in which the foil 1 is supported by
a tungsten grid 2 made of 0.2 mm diameter wire. Fig.5 shows a
design of a thin window used with a P-spectrometer. The
cylindrical wall of the window 3 was made from aluminium ribbon
0.5 mm thick; rubber packing ensures vacuum tightness. This
-;,r:Lndo-.v- was used by Vlasov and Rudako-v (Ref.4) �n their- studies of
the angular P-y correlation in the case.of Ba139. Finally,
Fig.6 shows the design of a gas target with a plane, thin wall -3
which was used by Bogdanov et al (Ref.5) in their studies of the
spectrui-zi of fast neutrons produced in th@ bombardment of
deuterium by deuterons. Here a platinum foil 301L thick is
soldered to the body. The foil is seDarated by a grid of tungsten
Card 3/6

S/12o/6o/ooo/oo4/012/028
F,032/F-414
'Chin Vacuum-Tight Windows
wires 3 . The window was found to withstand pressures up to
It atm. The above devices were assembled and prepared for
experiments by A.A.Shubin. There are 6 figures and 5 Soviet
references.
SUBMITTED: May 27, 1959
Fig.l.
Card 4/6
flgjqq
S-
4-
-IR
7
S
Puc. 1. rnmnyi M11111WIT, C T011HOR AH.'llM9PH-
%.-CHOrl CTellxort

f
ISOKOLOVY N.I.
if-fect of "a dangerous area" on the accuracy o*f construct'ing
photogrammetric nets. Geod.i kart. no.1246-50 D 162.
(MIRA 16j2)
(Aerial photogrammetry)

SOKOLOV, N.I., aspirant-zaochnik
Using the theory- of matrices to solve problems of adjunting
photogrammetric nets. Trudy )GIGAIK no.49-.75-81 162. (@9RA 16:6)
1. Kafedra fotogrammetrii Moskovskogo instituta inzbenerov
geodezii, aerofo*�O"Yemki i kartografii.
(Patrices) (Aerial photogrammetry)

CS ol zi. v Y- @-J/
e s
a c I.L7, 5
163.

ACCE'S8ION NR: AP4033108 4@10120/64/0001002/000'110063
AUTHOR: Lamunin, V. I.; Rudakov, V. P.; Serikov. I. N.; So-kolov.f N. I.;
Khaldin, N. N.
TITLE: Vacuum scatter chamber for studying charged -particle reactions
SOUIRCE: Pribory* i tekhnika eksperimenta@ no. 2. 1964. 61-63
TOPIC TAGS: scatter chamber, vacuum scatter chamber. nuclear measurement.
particle reaction, particle scattering
ABS"RACT*.- A scatter chamber (see Enclosure 1) consists of a steel housing 1.
lowe:r lid 2, and upper movable lid 3. The primary particle beam. restricted by
grap:Ute di-ap"aragms 4 and S. passes the filter chamber 6 and is collimated by a
set of tantalum diaphragms. Then, the beam strikes the target and goes into the
Faraday cylinder. Filter disks 7 are remote -operated by Shl-11 step-by-step
telephone-type switches located inside the filter chamber. Diaphragms 8 and 10
_(f.,dI 11-3

ACCE&SION NR: AP4033108
belong with the collimator, while diaphragms 9 and 11 remove fringe particles.
Detectors are fastened to the movable lid 3 by means of a nipple 15 which is
positioned at an angle of 100 from the central plane of the chamber. The
recording angle can be varied within 100-1700 without disturbing the vacuum.
Remote control is provided for the detector position, target replacement, and
filter changes in the primary and secondary beams. Orig. art. has: 2 figures..
ASSOCIA.TION: none
SUBMITTED: 01jun63 DATE ACQ: 112v4y64 ENCL: 0 1
SUB CODE: NS NO REF SOV: 004 OTHER: 00 1
Card?./3,

-jCC-F4@.,'TK60lS9 8 grap
UV
41
Sokolov, Nikolay Iranovich
Analyt:Lcal method of synthesis of linearized automatic control systems
(Ana:Liticheskiy metod sinteza linearizovannykh sistem avtomaticheakog!
r egul ir ov an I y a) Moscow, Izd-vo "Mashinostroyeniye". 1966. 327 P-
illu:s., biblio. Errata slip inserted. 6500 copies printed,
TOPIC TAGS: linear automatic control system, control system synthesis,
analytic method
PURPOS'.1 AND COVERAGE: This monograph presents a simple and effective i
method for synthesizing linearized automatic control systems which is!
based on generalization and development of known ideas and on new
relationships and laws derived by the author. The possibility of
realizing the analytic relationships which have been found by ine-Ins of.
simple, technically feasible, physical elements is taken into con-
sideration in formulating and solving the problem of synthesizing
automatic control systems. This method for synthesizing automatic
control systems can be divided into three principal stagesz 1) deter-i
In closed
mining the desired transfer function for a control system
state; 2) selecting the actuator and the transfer relation of the
reduction gear; and, 3) determining the structural design and the
1/6 UDC 629.13: 62-50.001.1

T L15rj7C,-@,"
ACC NR- AJ_t6_dfA�76_
parameters of the projected automatic control syGtem. Tn the first
stage of synthesis (Chapters IV-X, XIV), the desired transfer func-
tion is determined which satisfies each of the followiug quality
criteria separately, or several combined simultaneouslyt control time
order of astatism, magnitude of overshooting, error factors, value
of the dynamic error, minimum root mean square error, etc. for
various types of control and input signals applied to the measuring
element and the controlled system. In the second stage (Chapter
XI), the magnitudes of the displacement, the velocity, and the accele@
ation of the output coordinates of the actuator are determined in
accordance with the desired transfer function of the system and that
of the controlled system, then the required power of the actuator and
the transfer relationship of the reduction gear are determined for
known loads, including nonlinear loads. In the third stage (Chapters
XII-XVII), the total structural design of the projected system, the
amplification factor of the system in open state, and the transfer
function of the automatic control system in closed state are deter-
mined. The corresponding system of equations derived here is always
mathematically solvable. The second and third stages of this method
are self-contained. If the desired transfer function of the system
or controller is found by any method, it is easy to find the design
and parameters of the synthesized system. This book is intended for
Card 2 / 6

ACC NR:M16018988
engineers and technical workers engaged in designing automatic control
systems and should be useful to advanced undergraduate and graduate
students.
TABLE OF CONTENTS [abridged]:
Foreword 3
Notation 5
Introduction -- 8
First Part. Some problems of the analysis of
linear automatic control systems -- 13
Ch. 37. An approximate method for calculating transient processes in
linear automatic control systems -- 13
Ch. II. Evaluating the quality of linear automatic control systems
with random inputs -- 24
Second Part. The synthesis of linearized automatic i*r,.--.,
control systems -- 37
Card 3 / 6

0507o,-67
ACC NR: AM6018988
Ch. Ill. General information -- 3T
Ch. I*V. Determining the desired transfer function of automatic
control systems with a given order of astatism acted upon by given
useful signals -- 56
Ch. V. Determining the desired transfer function of automatic control
systems with a given order of astatism acted upon by useful signals
and by noise -- 77
Ch. VI. Determining the desired transfer function of automatic control'
systems with a given ord'er of astatism acted upon by a random
stationary useful signal -- 85
Ch. VII. Determining the desired transfer function of automatic
control systems with a given order of astatism acted upon by random
statLonary noise -- 103
Ch. IIIII. Determining the desired transfer function of automatic
control systems with a given order of astatine having random stationa
inputs and some given regular useful signals -- 114
4/6

@'ACC NRiAN6018988
Ch. IX. Selecting the laws for diatribdeion of zeros and poles ofa
normalized transfer function with va@'rio"Ilr*9 inputs to the systems -- 144
Ch. X. Determining the desired transfer function of automatic control
systems with "finite" memory -- 175
Ch. XI. Energy calculations for automatic control systems -- 182
Ch. XII. Determining the structural design and parameters of automatic
control systems in accordance with the desired transfer function
198
Ch. JIUKI. Determining the structural design and parameters of autom t
control systems from the condition of approximate equality of its
tranafer function and the desired transfer function -- 223
Ch. XIII. The synthesis of automatic control systems with parrllel
71
correcting devices including the point of introduction of input
signals -- 245
Ch. XV. Determining the structural design aiilff`paramete@-rs- ogg@I-Vavj-
automutic control systems -- 262 Z:

Wilt
ACC NMA116018988
Ch. XVI. The effect of certain typical nonlinearities on the stabilit
.@@I 7ity
of automatic control systems -- 288
Ch. XVII. Some problems in designing self-adjusting automatic control
systems -- 297
Conclusion -- 304
Appendix -- 306
Bibliography -- 322
SUB CODE: 131 SUBM DATE: o8jan66/ ORIG REF: 057/ OTH REF: 006/ __k__ A
Card

7,- En-,-c-lics Iiit. LT',. V. olotov, -cl and. ',7eclunicn, @@Ci.
.,)Cc
0@' Cc-

r. c ollIC t.
sln - nc@n-linear for tl,.2 -'@l :11; l-'7, of for svnc@ i-:trnus
on'.'-.!-.- List c-' !'Ccessions, of

SOKODW, 11 -1. 1.
'@n 31 Mazir 191.6, at the Power Engineering Institute imeni Molotov
defended his dissertation on "The Clements of Calcula-tinn- Short-Circuit
Currents im Internal Breakdolm of Asvnebronous Motors". Official opponents -
Doctor of Technical Sciences Frofess@r D. A. Gorodskiy, and Ce-ndidate of Teellmnical
Sciences Docont V. L. Fabrikant.
So: Elektrichestvo, No 4, April 19/,7, p 90-94 ( U-5@77, 18 Febraary 1954
.P
?@bthcds were presented for calculating certain complex cases of nonsymmetry in
as,mclwonous motors. Cases of series and para. l1el nonsymmetry were investigated by
means of matrical algebra using the mithods of breaking down the resistances to
symn.e-brical components and circuits of all series members through self-inductive
resistances. The method was illustrated with examples of analytic calculations and
of calculations on direct-current panels. The determination of reactive resistances
of a motor was also investigated for individual portions of the winding. It was
found possible to discover, in the curve of the ampere windings of the air gap,
harmonics of a wavelenath e;-,u--l to the full internal diameter of the stator, as well
as harmonic multiules of these.
The use of matrical algebra was demonstrated for building equivalent circuits.
A method was worked out for calculating supplemental harmonics in multipolar machinery,
and the effect of the rotor on the harmonics of lealmge in the air gap were examin d.
SO: IDID

Subject USSR/Electricity
Card 1/2 Pub. 27 - 13/25
AID P - 3258
Authors : Khachaturov,, A. A., Eng., and N. I. Sokolov, Kand. Tech. Sci,.,
Moscow
Title : Automatic reclosure without controlling synchronism
Periodical : Blektrichestvo, 9, &+-67, 5 1955
Abstract : The authors present the results of experiments with automatic
reclosure of two parts of a power system consisting of several
steam electric power stations, without controlling for synchronism.
Tests were made with values of transmitted capacity ranging from
zero to the maximum possible and with disconnection periods varying
from 1 to 6.4 see. (see table). In all these tests normal operating
conditions were reestablished without asynchronous motion except
for the most difficult conditions of 6.4 sec of interruption at
the highest transmitted capacity. Synchronous machinery were
returned to synchronism in the first cycle of swinging. Voltage
drops were of short duration. One table, 5 diagram and

Elektrichestvo, 9, 64-67, S 1955
Card 2/2 Pub. 27 - 13/25
osei3lograms, 1 Soviet reference, 1950.
Institution : None
Submitted : N 26, 1954
AID P - 3258

SO!@-A;:'1()V, 11,1., kandidat teklinicheekikh nauk.
-
I
It-! f6xlfrt@,j analytic method used for '.
71 1
, @wx- @.. @Aeme of automatic control. "T-O.f
(Autnmtic oou )
(Transients "Alectricity))
'.'! - ' :- !@L;Ilcnts In
-1., LU, jj:',13-102 '57.
(MT2A 10:6)

"'T SOKOLOV, N.I., kandidat tekhnicheskikh nauk; MEDMEV, B.P., kandidat
heskikh nauk: UL'YANOV, S.A., kandidat tekhnicheskikh nauk.
"Operation of asynchronous electric motors" by I.A.Syromiatnikov.
Reviewed by N.I.Sokolov, B.P.Medvedev, S.A.Ul'ianov. Blektrichest-
vo no.1:95-96 Ja '57. (KM 10:2)
1. Xafedra "Elaktricheakiye stantaii "Moskovskogo Inergeticheakogo
instituta im.Nolotova.
(Mlectric motors, Induction) (Syromiatnikov. I.A.)

SOKOLOV, N.I., kwididat tekhniclherskikh nauk.
Using transfer functions and inverse transfer functions expressed
in trigonometric form in calculating automatic control systems.
Trudy MAT no.75:26-39 '57. NLRA 10:6)
(Automatic control) (Functions)

ALUTHOK-; SONOIANX.I., cand.tech.80. PA - 3100
TITLE: --3t-e-ad`y--ffYa-Ve- Stability of a Transmission System with Regulated
Synchronous Compeneator at the SectionalUing Substations.
(Staticheskaya ustcychivost' peredachi a reguliruyeaWme sinkhron-
nymi. kempensatorami na prcomhutochqykh podstantsiyakh, Russian)
PERIODWAL: Blektrichestvo, 1957, Nr 5, Pp Z5-30
Received: 6 / 1957 , (U.S.S.R. Reviewed, 7/ 1957
ABSTRACT: The experiments carried out in 1937 by LZBEDEV concerned only an
ideal regulation and were inocisplete. In the last few years, however,
investigations have been carried out in the Cantral Scientific Bleo-
trotechnical Research Laboratory of the IM. They showed that for
the increase of electrical tranor"sion output for further trans-
mission it is technically useful to aiploy intermediate synchronous
compensators. Their application is particularly useful if power is to
be taken off at intermediate points of the line. The not up of the
substations does not become more complicated through the use of
synchronous ompeneators and in most cases it does not become at all
necessary to set up additional transformers. The position of the
aynchror"m ccmpeazatorn and their power -st be defined on the
basis of technical and scientific considerations. The synchro
compensators at the intermediate substations can work with idle
Card 1/ 2
_7

KALF(SHEV, M.Y., kapitan, voyeruiyy letchik-instruktor pervogo klassa;
-leytenant, voyenrVy letchik tret'yego klassa;
MALMV, Vi:-,-leytenant, voyennyy letchik tretlyego klaE;sa;
IROZD, M.I., leytenant, voyennyy letchik tretlyego klassa
We support this project. Vest.Vozd.Fl. no.2:84-85 F 16o.
(MIRA 13:7)
(Flight training)

V k/
J lk'L 4- (
Some Methods of Calculating OOEUI@ Automatic Control SOV/3397
Systems and their Components; leningrad, 1959, 123P.*
Sok:)lov, N.I., Candidate of Technical Sciences. Analytical Method of
Approximate Calculation of Transients in Certain Nonlinear Systems
of Automatic Regulation 27
The author presents a method of calculating transients in systems of
automatic regulation containing nonlinear components with a con-
7@inuous static characteristic of the saturation type. The autho3@
claims that this method, compared with the methods developed by
"a. Z./ Tsyp4n and B.N. Naumov, gives a much smaller error, which
-.ncreases integration interval and, consequently, reduces calcu
-1.ation time. In order to apply the author's method, conditions
permitting the separation of the nonlinear components, whose
characteristics can be given in analytical or in graphical. form)
must be present.
Bibliography 38
Sokolov, N.I., Candidate of Technical Sciences. Approximate Grapho-Ana-
13-tical Method of Determining Amplitude-Pbas@ Characteristics From
Transient Functions
The author describes the method in which transient functions were obtainee
ex-perimentally
,&Trudy, vyp 112, 14013cow Aviatsionnyy in-ta im. Sergo Ordzhonikidze

t7@ @" LVI
N PhASE I BOOK EXPLOITATION SOV/3605
Kolasov, S.P., N.P. Kolpakova, N.I. Sokolov, A.K. Ter-Akopov,
N.M. Tishchenko, and N.P. UdAIZ-V-=@-
Rukovodstvo po pr@oyektirovaniyu elementov i sistem. avtomatiki;
posobiye po kursovomu i diplomnomu proyektirovanlyu,vyp. 3
I'Manual on Designing Automation Systems and Components; Hand-
1@ook for Term and Degree Projects, No. 3) Moscow, Oborongiz,
J-959. 200 p. (Series: Moscow. Aviatsionnyy institut im.
Sergo Ordzhonikidze) Errata sl,ip inserted. 12,500 copies
printed.
Sponsoring Agency: R.S.F.S.R. Ministerstvo vysshego i srednego
spetsiallnogo obrazovaniya.
Ed. (Title page): B.N. Petrov, Corresponding Member, USSR Academy
of Sciences, Professor; Ed. (Inside book): I.L. Yanovskiy,
Sngineer; Ed. of Publishing House: M.S. Anikina; Tech. Ed.:
V.P. Rozhin; Managing Ed.: A.S. ZaymovskayaEngineer.
PUR?0SE: ThIstextboick is intended for term and degree- proji@jcts of stud-ents in
Card 1/4

SOK01_0\@ N I
28(l) PHASE I BOOK EXPLOITATION SOV/2309
AgeYkin, Dmitriy Ivanovicht Mikhail Alcknandrovich Balashov, Sergey
Petrovich Kolosov, Valentina Ivanovna Neredova# Yevgenly Mikhaylo-
vich Re5hetnikov 4 'c ON loy, Vasilly Mikhaylovich
h
to'ly IV 01
l
!
@
7 Koo and Niko ay Petrovich
Stroallovo Nikola aylvRn T
Hn I
h
y
r
ndoolty )
Rukovodstvo P0 proyektirovaniyu elementov I slatem avtomatikl; posobdp 7--
;z k=rnovomu proyek-irov anlyu (Randbook on the Donign of' Automatic
Control Elements and Systems; Textbook for Term Projects In Design)
2. Obo.-ongiz 1959. 247 P. (Serle oscow Av'.'-
TO
cOW
-
!

al
:
ut V.l
;rl.
onny7 In ti I Berg Ordzhonikidze) Errat p In d.
17,500 copies prin%d.
Ed, (Title page)-.
B.N. Petrov, Corresponding Member, USSR Academy
or Sciences, P fesaor; Ed. (Inside book): V.N. Iotratov, Candl-
,,
-date or Technical Sciences; Ed. of Publishing House: E.A. Shekht-
man; Tee h. Ed.: V.P. Rozhin; Managing Ed.: A.S. Zaymovskaya.
PURPOSE: This Is a textbook for students of the electromechLnical do-
partments of vtuzoo working on term- and diploma design projects.
Card 1/4
--'--Son* chapters may also be useful to *nginearin
g personnel working
with automatic control systems.
COVERAGE: The authors discuss basic Problems in the design of auto-
matic-control system elements, such no transducers, relay&, clutches,
and Power transformers. They also describe serve systems, parti-
cu'&.-!Y gutopllota, and present numerical exampl Alculating
8
0
r
c
system Parameters. Typical assignments for stud:1
.
.0
.
rking on
term design project& are also presented. The book was written by
part or the teaching stuff Of Moscow Aviation Institute Imeni Sergo
Ordzhonikidze, under the direction of Professor B.N. Petrovo Cor-
responding Member, USSR Academy of Sciences. Chapter I was written
by D.I. Ageykln; Chapter II, by 3.P. roloaov and 14. A. Balashov;
Chapter III, by V.I. Nefedov, Chapter IV, by Ye. X. Reshotnlkoyl
Cha@t
er Vj by N.P. Udalov; Chapter VI, by N.M. Tlshchenko; Chapter
b
VII Y N. 1. Sokolov, and Chapter VIII, by V.H. StrOmIlov. The
authors thank Docents V.N. Istratov, S.P. Inozemt5ev and A.P.
KhOlMlOvs Candidates of Technical Sciences, for reviewing the book.
There are 69 references, all Soviet (including 2 t ran ala ti orp#,
TABLE OF COXTKMt
Card 2/ 4
Foreword 3
Ch. 1. Accel*ratlon and Vibration Transducers 5
Ch. ri. Displacement Transducers 27
Ch. 111. Polarized Relays 41
Ch. IV. A-C Electronic Relays 71
Ch. V. Vlocoue-friction Electromagnetic Clutches 89
Ch. VI. Power Transformers 101
Ch. VII. Linear Servo Systems (Problems or Synthesia) 139

Ch. VIII. Autopiloto 194
_____Appond as. 238
1. Remarks Concerning the Term Assignment and T
arm Design Prc_--
ject
238
2. Typical Assignment for a Tern Design Project 238
AVAVA=t Libra" of Congress
Card 4/4 JP/bg
9-30-59

J*I, -T,,_'v' i
con-",rul of oynefirunous nuachines in power slistem-s of the Soviet Union"
report to be submitted for Intl. ConIerence on Large Electric Sys-.ems (CIGRE.),
l6th Biennia-' Session, Paris, France, 15-25 jun 60.

PHASE I BOOK EXPLOITATION SOV/4607
Aviatsionnyy institut im. Sergo Ordzhonilddze
Nek1:w*ryye voprosy analiza i sinteza sistem avtamaticheskcgo regulirovardya;
sbornik statey (Problems in the AnAlysis and Synthesis of Automatic Control
Systems.; Collection of Articles) Moscow, Oborongiz, 1960- 74 P.
(Series: Its: Trudy, vyp. 121) Errata slip inserted. 6,150 copies printed.
Sponsoring Agencies: MJnisterstvo yyssbego I srednego spetsiallnogo dbrazovaniya
FOFSP; 14cskovskiy ordena Denina aviatsionn:ry insti-Itut im. Sergo Ordzhonikid2e.
Ed. (T-itle page): B.N. Petrov., Corresponding Memter, Academy of Scien,:es USSR,
Dc,ctor of Technical Sciences, Professor; Managing Ed.: A.S. Zaymovska,"
Engineer; Ed. (Inside book): V.M. Tokar'; Tech. Ed.: I.M. ZuAakin.
PUIRP"GE.- This collection of five articles is intenled for scientific, engineer-
ing and technical personnel'at plants, design offices and scientific research
last-itiztes, and for teachers and students of advanced courses at schools of
higher education.
Card 1/@

Prot 1 F in- the Analysis and Synthesis (0;-rt. SOV/4&)-
em
.@UVE-kkCIF.: The aztticles discuss rrccedii@-,s for synnt-Iles�zIng linear autmat-lc
trol. systems, analyzina free osci"ation-c of linear systems vith lrsr,@able
,parameters, calculating the design parameters of a ferroresonant circult in
order to obtain a relay action. and investigating the stability of lln-@!ar and
some nonlinear systems by using the energy method. The method for the synthesiz-
ing of systems makes it possible to determine the desired amplification factor
cf the system in the open condition" and the lo-yout. and parameters of parallel
compensating devices and their connection, so as to satisfy the technical re-
qLLLrements imposed on the characteristics of the transient process, Some of the
articles in the collection develop existing methods, while others present new
method-. for investigating automatic control system5 with variable parameters.
T.'n--- mettods presented may be used for the solution of a number of problems in
the theory of cscillations of linear and nonlinear systems. Special consider-
at-ion is given to the application of method-q for the construction of approx-
Jmste representations of the general solution of the equation of free oscil-
lati-ns. No personalities are mentioned. There are 16 references, all Soviet.
TARIE Cr COWIMS:
Foreirord
[Candidate of Technical 'Sciencej] Some Problems in the
Selection of Design Configurations and Parameters of Aircraft Control Systems 5
r;ard 2-13

.@ SOKOLOV, 11.I., kand.tekhn.nauk, dotsent
- ------
Variable-polarit7 excitation of synchronous reactive power
compensators for operation which involves consumption of
reactive power. Kektrichestvo no.5:28-31 MY- 160.
(MIRA 13:9)
1. Moskovskiy energeticheskiy institut.
(Ilectric machinery, Synchronous)

VE.iIKOV, V.A., doktor tekhn.nauk-; GER-ISEITBIRG, G.R. kand.takhn.n.-uk;
KOS'@'RiKO, 1M.P., akademik; 11FnAAN, L.a.; SOV'ALOV, S.A., kand.tekhn.
nauk;_ SOKOLOV, N.I., kand.tekh.nauk
Strong regulation in electric systems. Elek.sta. 31 no.6:43-49
Je 160. (MIRA 13:7)
1. All SSSR (for Kostenko). 2. Ohlen-korrespondent All SSSR (for
Neyman). (Electric Ipower distribution)
(Voltage regulators)

, --SOKOWV, N.I., kand.tekhn.nauk
questions about the selection of structural networks and parameters
of controllers of aviation equipment. Trudy MAI no. 121:5-30 '60-
(MIRA 13:10)
1 (Automatic control) (Aeroplanes--r-quipment and supplies)

EALASHOV, M.A.; VORONKOV, B.S.; YELAGIN, Ye.B.; KISELEV, L.N.; KOLOSOV,
S.P.; IZONTIYEVA, V.P.; IIEFEDOVA, V.I.; STR01-11LOV2 V.M.;
SOKOLOV@ N.I.; TISHCHE1,10, N.M.; UDALOV, N.P.; PETROV, B.P.,
--aue-M171-red-.1 GRIGORAS110 K.1.9 red. izd-va; ROZHIN, V.P.)
tekhn. red.
[Handbook on the design of components and systems of automatic
control; a manual for the preparation of course and diploma
projects] Rukovodatvo po proektirovaniiu elementov i sistem
avtor,atiki; posobie po kursovoru i diplomnomu proektirovaniiu
[By] M.A.Balashov i dr. Pod red. B.N.Petrova. Moskva, Gos.
nauchno-tekhn. izd-vo Oborongiz. No.4. 1961. 311 p.
(KRA 15:3)
1. Moscow. Aviatsionnyy institut imeni Sergo Ordzhonikidze.
(Automatic control) (Electronics)

SOKOLOV, NJ.-, kand.tekhn.nauk, dotsent (Moskva); GUREVICH, Yu.Ye., inzh.
---(ffo-.qEv@a ; IMOSHCHINSKAYA, Z.G., inzh. (Moskva)
Use of analog cbmputers forsimulating a system with =ltiple
generators. Elektrichestvo no.5:1-8 My 161. (MIM 14:9)
.I (Electric network analyzers)
(Electric power distribution)

32060
3/02'1/61/000/006/008/019
(1,231, j/2 2,,/31-9) E140/E335
AUTHOR Sokolov, N.I 0%10 s c oi%r )
T ITL E - On the synthesis of hi--her-order astatic systei-,ls
PERIODICAL: Akadeniya nauk SSSR- Izvestiya. Ot.deleni,;-e
tekhnicheskikh nauk Energetika i avtomatikla
no. 6, lo61, 6o - 6G
T EXT At tne present time partially invariant dynamic
S- 11 S I Olls O.-order astatism, X 2@ 2) are constructed in the forr.-i
systei-iis, althou--h It has been demonstrated
SUCII sy@3teilis may be constructed in the form of "single-
7@-order astatic dynamic systems with branches composed
'If pa--@illel-connected integrating and am:)lifying branches
T!IE!Se CirCUItS are very difficult to design and the present
@@.-ticle @@ives a method for the synthesis of sin-le-channel
@.-orcler astatic control systems, permitting the required results
to obLa-ined by --reans of ordinary internal feedbacks, easily
-.ie@' realized- The startin- point of the method is an
ctecl cont-rol system, consistin--.- of the functionally
@:s- clel'ients (zEcnsitive clei:ient a.A.)lifier, co-.,.troller)
C,-, r d 17

32r-;60
S/024/61/000/006/00VOl
On Cle svilthes-is of E14c/E3-35
is iocessnrv to realize X-orCer astati sm and
not e@xcceedin& a sPecified tinne limit T7:' e
the sy-:@tem is to be realized by the intro(luction
.-!I ZICLS T h c. j@- i ti a 1 s v @. tia @i, --i transfe;
It., 0 r.-r i? e c! cno.-.12 "in t Ii- T"ic ".-oi-dler
z:--c inical condi4-@ons -)v a (--.r fut@(-, I. n n
j J,@: -ec To iutr@)-':@c L@
--@t Ln'to t7le uncorrected @@ystc--;I i, -.150 ncre@:lrv
d er c-, of the denonii.nator by the sa@-,.e anw!@1111 3 c-
T!
t (I r e I diS t r iut on
c- cm- c' i -n, t ot n e c on-It t ion
i . v-tli@'es of t:Lc coefiicien@s -'n th@@
The trc.i::@ient
C,
ec C@s Iri 0 0 c ca@-I
fu-@c i o o c r r ec t ic i i- c u i cj
r s nh v sc-
T ii
O@,: 3 C

32060
S/024/6i/ooo/oo6/oo8/o1q
On the synthesis of E14o/E335
simple circuits. A numerical example is given for obtaining
fourth-order astatism.
There are 3 figures and 3 Soviet-bloc references.
S UBMITr ED JuIY 15, 1961
Card 3/3

A
10 lZtID 33193
1@0 S/535/61/000/139/005/009
-4,), 114 E140/E435
AUT110h% Sokolov, N.I., Candidate of Technical Sciences
TITLE@ Determination of the transfer function of an automatic
control system satisfying given requirements on the
stabilization regime
SOURCE@ Moscow, Aviatsionnyy institut. Trudy, no.139, 1961,
Voprosy avtomaticheskogo regulirovaniya
dvizhushchikhaya ob"yektov, 108-118
TEXT,, If we distinguish between the structures of automatic
control systems in the "control" regime, where the output
variable is to follow the variations of an input variable, and the
"stabilization" regime,, where the output variable is to be
stabilized FAbstractor's note@ With respect to a fixed reference!]
against the influence of external perturbations, certain
differences in the treatment of the two cases are possible,
The! author introduces for the latter case an equivalent control
si&nal which, for a step function of the perturbation he
approximates in the form of a second degree function, The
extension to arbitrary perturbations is accomplished by means of
Card 1/2
X

33193
S/535/61/000/139/005/009
Determination of the transfer ... E140/E435
unit AL-functions, The treatment is limited to linear systems,
There are 10 figures and 3 Soviet-bloc references.
Card 2/2 x

SOKOLOVY N.T. ktmd.tekhn.nauk
Operational stability of asynchronouB motors with significant
external resistance and para2-lel connected static condensers. '
Elek.sta. 32. no.6:43-1+7 Je 161. (MIRA 14:8)
(Electric motors., Induction)
(Electric power distribution)

SOKOI.OV) Nikolay Iianovich., inzh.; MASHKINA, A., red.; POKHLEBKINA,
tekhn. red.
(Service station]Stantaiiq tekhnicheskogo obsluzhivaniia. Mo-
skva, Moak. rabochii.. 1962. 123 p. (MI4 15:12)
1. Upravlyayushchiy Stupin6kim oporno-po"zatellnr otdeleniyem
"Sellkhoztekhnika" (for Soko'Xov).
(Stupino (Moscow Province)--Service stations)

SgiOLOV, N.I., VENIKOV, V.A., GKJZDEV, I.A., KJCHUMOV, A. LUGINSKIY, YA.1r.,
"Analogue computer application for analysis of transient processes
in electrical systems.0
Report to be submitted for the 19th Biennial Session, Intl. Conf. on
Large-kectric Systems(CIGPE), Paris, France, 16-26 May 162.
VF-tIIKOV,Moscow Power Engineering Inst. im V.M. Molotov
SOKOIDV, it a K Ot
GRJZDEV, Leningrad Polytechinal Inst. im M.I. Kalinin
KUGHUMOV, none given
L7JGINSKIY, All-Union Scientific Research Inst. Electro Power Engineering

SOKOLOY,.-.11-1-.-,7-kand-.tekhn.naWc, dotsent; KIRKIN, B.I., inzh.
Determination of the frequency characteristica of synchronoun
machines. Elektrichestvo no.1:29-35 ja 162. NiRA 14:12)
1. Moskovskiy energeticheskiy institut.
(Electric machinery, Synchronous)

35316
S/103/62/023/002/002/015
k00() (10311 13 D230/D301
AUTHOR: Sokolov, N.I. (Moscow)
TITLE@ Synthesis of automatic control systems with random
actions. I
PERIODICAL: Avtomatika i telemekhanika, v. 23, no. 2, '1962.
138 - 147
TEXT: The synthesis of linear automatic control systems (a.c.s.)
is discussed as follows: 1) On the ba-is of functionally indispensa-
ble elements without- which the indirect-action operation is impos-
sible; the structural design is proposed and the orders of polyno-
miaIs of both the numerator and the denominator for the system trans-
fer 1"Unction are formulated. 2) The transfer function of a.c.s. is
determined on the basis of operational requirements, order of asta-
tism, minimum root-mean error, permissible over-control and dura-
tion of transient Drocesses. The orders of the polynomiais of the
4nominator and the aenominator of the transfer function for the cor-
recied a,c,s. depend equally on the orders of polynomials of both
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S/103/62/023/0012/002/015
Synihesis of automatic control D230/D301
the numerator and the denominator for the transfer function of the
selec-@ed uncorrected system and on the form of the transfer func-
tion, describing the compensating elements. The orders of polynomi-
als of the"nomina-lCor and the denominator of transfer function for
the uncorrected a,c@s. cannot be changed arbitrarily@ Further, the
order!3 and the polynomial coefficients of both the*nominator and
"-he denominator of the transfer function for the compensating ele--
ments can be varied within wide limits; as a function Qfthis, the
order of polynomials of both the*nominator and the denominator of
the transier function for the corrected a. c.s. will vary within wide
limito. In order to obtain the desired transfer function of the a.c,
.-:, it is first necessary to formulate the normalized transfer func-
tion; this function has knoym laws of distribution of zeros and po-,
les., with the least pole equal to unity. The order values of the
polynomials of the initial normalized transfer function is made
equalL to those of the transfer function for the corrected systemo
The main difficulty in determining the desired transfer function is
the s_=tting-up of the functional relation between the selected cri-.
terio,,ri for the system and thetime-scale coefficient for various
'Z
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S/103/62/023/002/002/015
Synthesis of automatic control D230/D301,
formo of input signal and noise. The transfer funtion of the a.c.s.
for :@andom stationary input signals is determined. The formula for
the time scale coefficient is deduced and its proof riven in the
appeiadix@ There are 3 Soviet-bloc references,
SUBMITTED: May 279 1961
V@
Car@; 3/3

A
S/103/62/023/003/006/010-
D20 1/1501
614 3
A-
UTHOR: S!Qk-olo-v. N.I. (I!osco1.,,)
1_7rntllesis ol' autor atJ c servo-systems J n the presence
TITL3': Lil - @L L, I II U -
of ran1dom disturb ances II . De termin L..1-1 the required
trans_-@'er func tion of an automatic servo-system in the
presence of random st-ationary disturbance
P ER 10 :) I C.111 L i tolemek1lamika, v. 25, no. 3, 1962,
331 - 341
rp
in 'he second nart o`@' 'iis :!ork the author su:;-ests a method
_X @. k,
of @s'ezerminin:7 the _,3esired -@ra-nsfer function of the follovi-up sys-
tei- from, the condition ol- sat-ist"YinF, the -oermissilbie r.m.s. 'error,
in -;lie case w-.en the rii_-asurin- eleuient is acted upon by a random
sta-3ionary disturbance. S3uch, a system must filter out this distur-
bance with a permissible r.-_.s. el'rOr E V Talking into account the
de,gree of polynomials of the numerator and denominator of the trans-
fer function of the non-corrected follow-up system and the require-
ments as to thle order of the astaticism oil 'he system - an initial
Card-1/2

S/I03/62/023/003/006/016
D201/:)301
normalized transfer function Kn(p) is chosen. it is necessary to
@etermine the recuired transfer function satisfyine the set rea.ui-
remelits. '3hen, a disturbance acts at the system input and it is re-
ouired thEt the system be insensitive to it, it should oe as inert
.L -ion o-" -,-he cor-e-,at4on
as -.jossible. I@ this is @.-','.e case, the durat
unction R,,I(is-:1 ) is much. shorter than -ulaat of the auto c orrelat ion
-function kx(ifl'i ). The o-rarjh of the latter shows that it may be app-
roxima@ved, ove.- a certain ican@@e, wider -uhan tile correlation f1mc-
L-on of noise, to a sturai-@;ht -Line. In evaluating the r.m.s. error
it jC., @herefore, enough zo kno@,,, this section of curve kx(T) which
is li,.-.-.:-Ued by tir-mc 0/-v 3,y using this straight line approxima-
Lion and us-;*.n6 an approx-J"qate expressior for detorminim7 a new ti-
-e scale -factor z, the. ex ores s ion for the required transi"er 'unc-
P., becomes X, It is shown that the errur, introdu--
ced in iinearizin.n- t"le -ra-p',-, of the cor-"elation function of the
LLseful signal, can be always det-ermined- There are 5 -vables, 6 fiL-
C,
--ures and 3 references: 2 Soviet-bloc and 1 non-Soviet-bloc.

h5746
S/194/62/000/012/013/101
9,77-00 1@201/D308
AUTHORSz and Yakushov, V. M.
TITLE: Application of continuous analog coupaters to stati
0
d.c. and a.,c. simalator computations
PERIODICAL: Referativnyy thurnal, Avtomatika i radioelaktronikag
no. 12., 1962. 65-66, abstract 12-1-130 Ya (,Dokl. na
4-ty Mezhvuz. Konfei-unLsii po primeneniyQ fi2b i S&tGUO
modelirovaniya v razlichn. otraslyakh tekhn. 8b. 2.
M., 19629 25-38).
TEXT: It is pointed out that the uee of d.c. and a.c. simlators
in conjunction with continuous analogs results in quicker calou- -'
t
latiorka and increases the number of problems which are solved. I
is shown that, in the calculation of s.c. currents due to several
simultaneous faults'or s.c. currents in systems with disconnected
phase, the components of continuous analogs may.be.used for elea-
trical. simulation of 'ideal' transformers or for automatic setting
of oporating conditions which satisfy.- the.-limiting conditions at,
,Card 1/2
Vy

8/194/62/000/012/013/101
Application of continuous D2 01/D308
the damaged point. The possibility of using these components for
the re-production of nonlinear Btatic load characteristics is in-
vestigated. It is also shown that it is possible to tEike into. ac-
count t0he real transformation coefficient when working with static
a.c. simulator and to take into account the mutual inductance be-
tween -the lines in null-to-sequence circuits, when the simulator&.
are coupled with analogs. 2 references. Abstracter's notes Com-
plete translation.2
Card 2/12

SOKOLOV, N.I.J. doktor tekhn.nauk (Moskva); GUBEVICH., Yu.Ye., inzhe
@"- ZbG., inzh. (Moskva)
Use of analog computers in studying the parallel operation of
large turbogenerators. Elektrichestvo no.10:5-13 0 163.
(MI-RA 16: 11 )

SOKOLOVY N.I., kand.tekhn.nauk
Choice of coordinate systems and use of equivalent circuits in
mathematical modeling of the transients of synchronous and asynchronous
machines. Trudy VNIIE no.15:47-72 163. (@aRA 16:12)

SDKOLOVY Nikolay Ivanovich; SOBOLEV, O.K., red.; BULIPYAYEV, N.A.,
tekhn. red.
[Synthesis of linear automatic control systems with random
action] Sintez lineinykh sistem avtomaticheskogo reguliro-
vaniia pri sluchainykh vozdeistviiakh. Moskva, Izd-vo
"Energiia," 1964. 127 p. (Biblioteka po avtomatike, no.93)
(MIRA 17:3)

SOVALOVY S.A., kand. tekhn. nauk; SOKOLOV, N.I., doktor tekhn. nauk;
SOKOLOV, N.N.J. inzh.
Carrying capacity of electric power transmission lines from
thermal electric power plants. Elek. sta. 35 no.2:73-79
F 164. (MIRA 17:6)
1. Ob"yedinennoye dispetcherskoye upravleniye Yedinoy ener-
--t.ip.heskoy sistemy SSSR (for Sovalov). 2. Vsesoyuznyy nauchno -
issledovat@llskiy institut elektroenergetiki (for N.I. Sokolov).
3. Energosetlproyekt (for N.N. Sokolov).

ic I @ ssind ovi @@ i,.: K Faane -on vila,
KUCHI@-lov, A-leksant-iro-irich: LUGINSKIY, Yakov
SO@'LD`, Nil,olai
lvanovtch,; l;?!KDl,.YFV^l, le'L.I., red".
[Use of analog computers ln electric power sysreTs;
methmis f@ir study'rig translerit processes] Primenenle
aw.1-ogo-,Tich vychislit,ellrykli ri-ashin v onergeticheskikh
@.einakh; metody is,,,Iedcva-nii perekhodnykh protsessov.
I /'. 40? P.
lf3y] T-.a,Gr-u7,dev i dr. Mlook-.7a nergiia@ 196
Q,gFiA !8-.2)

L 2 1'378-155 EWT(d)/EWP(l) Pg-4/Pk.44/Pl-4/Po-h/Pq4j/Pae---g IIT? (c BC
BOOK EXPLOITATION
ACCESSION. WR Am4ohl631 S/
Sokolovs NLkolay Ivanovich
.Synthesia of linear automatic control systems under random-action (Sintez
lineytifth sistem avtomaticheakago reguliroveniya pri aluchaynykh
irozde7stviyakh)j, Moscow., Izd-vo "Energiya",, 1964., 127 P. illus,,,, biblio*
3.5,000 copies printed. Series note: Biblioteka po 9vtomatike, vyp. 93
-TOP]X; -TAGS-% ---linear automatic control system.' random stationary signal
,PURPOSE AND COVERAGE: The book -considers the problem of, synthesizing linear -
.automatic control systems under the influences of random stationary signals and
certain assigned time functions. Two stages of synethesia are.assigned:. de-
@teridnlng the desired transmission function.of the systen, from the condition Of
opt'Lmal saturation of technical regimea and determining the structure of the
ciro-.uit and parameters of technically feasible systems of automatic control with
.req@ect to the transmission function. 'The book is intended for engineersp
gralftate students and advanced students concerned with automatic controli
TABLE OF CONTENTS (abridgedli
Caril/3

L 27378-65
ACCESSION WR AM40111631
Forewowl 3
Ch4 L n-ocessing a random stationary signal with a linear automatic control
Sys Ux -- 7
Chi 11t, Soms problems of the synthesis of automatic control systems -- 18
Ch4l lilt, Determining the deoired transmission function of a system with
assigned astatism under the Influence of a random stationary signal -- 30
;Ch4 ITI1. Determining the desired transmission function of an autoretic control
ayatkim with asal d astatism under the influence of random stationary
re
interference
9
!Chi, V. Determining the desired transmission function of a system with assigned
astatiam with random stationary interferences and certain assigned
55
Ch. VI. Selecting the distribution law of zeros pluses of a standard
transmission function with various types of interferences at the input of the
system - 85
Chp VII. Determining the desired transmissimfunction of an automatic control
system with a finite memory with various types of interferences at the input
of the system - 106
Cho VIII. Some problems of determining the structure and paraimters of a corrected
linear automatic control system from the.desired transmission function M
Card- 2/3

1. 30IC6-65 EWT(d)/EWP(l) Po-4/Fq-4/N-4/Pk-4/P1-4 JJP(c), qS/BC
M:' AT5004118 S/0000/64/000/600/0169/0187
ACCESSION
AUTHOR: Sokolov.-
a block diagram and the parameters of a.,combined control sys
i IrrrLE: Selection of
i Item
SOURCE: Vsesoyuznoye soveshchaniye po teorii invariantaosti i yeye primeneniyu V..-
Kkiev; @1962. Teoriya invariantnosti v sistemakh
s @ate@r
4IVtOtULticheskogo upravleniya (Theory of invariance in automatic control systems);-
itrudy soveshchaniya. Moscow, Izd-vo Nauka, 1964, 169-187.
TOPIC TAGS: invariance theory, cybernetics, automatic control system.
the
ABSTMIM: This article determines A method of selecting a block diagram and
yarameters of a combined control system. The author commences by selecting a
Mock diagram of an uncorrected automatic control system (ACS) consisting of func-,--.
tionally necessary elements. He then determines the block diagram of an uncdtrec-;,----
ited linear ACS consisting of.two control, channels - a basic and auxiliary. T@ea p-
the initial normalized transfer functions of an invariant ACS are determined. Three
cases are examined; in each case, the useful signal x in (t) acts on the input of,
the projected ACS,'and the disturbing signal f(t) acts on the control object. The;.
Ceird 112

L 27307-65 /E@ @9 w) -2 /EWA(m) -2 Pab-10/Pt-10 IJP(c)
AGGESSION NR: AP5002140 S/01ZO/64/000/006/00Z810029
AUTHOR: Antonov, A. V.; Vasil'yev, P. I.; Venikov, N. I.; Kalinin, S. P.;
Sokoloir, N. Khaldin, N. N.; Khoroshavin, B. I.; Ghurnakov, N. I.
till
.TITLE: Changing the IAE cyclotron into a controllable -ion -energy mode of
operation
;SOURGE: Pribory i tekhnika eksperimenta, no. 6, 1964, 28-29
:TOPIC: TAGS: cyclotron, IAE cyclotron
ABSTRACT. The adoption of rapid energy control in the 1. 5-meter IAE'cyclotrons,
with prese:rvation of a good (iO. 3-0. 416) monoenergetic characteristic and short
duration (2 -4 ns ec) of accelerated-ion clusters, was predicated upon the following
chan ds introduced into the cyclotron: (1) Correction of magnetic field by the
9
currents in additional windings within 5-14 koe. (2) Provision of a dee-type slit
:ion optical'device suitable for the entire range of accelerated ions; (3) Replacing
1Card

L 27301'-65
:ACCE,c-SION NR: AP50OZ140
the VC*Ex-200 h-f oscillator by a GU-300 which can be tuned without additional
neutralization within 8-13 Mc; (4) Introduction of a remote control of dees
positiori; (5) Correction of optical properties of the system guiding the output
'beam. As a result of the above measures, the type and energy.of particles can be-
changed in leiis than an hour's time; particulars are tabulated. Orig, art. has,
I figure and 2 tables.
ASSOCIATION: Institut atorrmoy energii (Institute of Atomic Energy)
;SUBNu,rTED: ZONov63 ENCL: 00 SUB CODE: NP
NO REJP SOV: 005 OTHER: 000
w
Card 212:

r( 4P(k)/EIIP(l)
NOWAV@)/2%55 UR/olo5/64/ooojooq/ooqi/ooql
AUTIJOR.- Boltkind, L. D.; Vanikov, Y. A.; Glavinov, A. A.; Grudinskiy, P. r,..
Z4Adj",,_E.; Zhebrovskiy, S. P.; Lapitskly, V. I.; Neklyudov, B. K.; Pavlankp, V.A.
Razovig, D. V.; Rosslyovskiy, G. I., Safonov, A. P.; S,9k -Q-1'ov,@. I.; Soldatkina, L.A.
Tayts, A. A.; U11yanov, S. A.; Fedoseyov, A. M.; Khayster, V.
TITLE: Professor B. A. Toloshov on this 70th birthday and the 45th anniversary
of his engineering, scientific, and teaching activity
SOURCE: Elaktrichostvo, no. 9. 1964, 91
TOPIC TAGS- electric onginoering personnel
ABSTRACT: Boris Arkadlyevich Teloahey was seventy years old 12 Varch 1964.
He department of the Petrograd Poly--
teohnio institute in 1917 and gained the title Electrical Engineer In 1920.
In the Union of Electric Power Stations of the Moskovskly rayon. Teleshow
'as one of the founders of the first dispatcher service of the Moscow
Power system. the chief dispatcher of this system. the manager of the hLgh-
voltage networks of the Moscow UnIon, the chief engineer 4n construction of
the Uosa*w high-voltep network and of the high-voltage networks of the
card 1/3