SCIENTIFIC ABSTRACT KORSAKOV, O.N. - KORSAKOV, YU.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824920017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KORSAKOVI 0. N.
9NR4=L~w
&*~ sagniMMA t;-Ar2f -0-WARMS .
PA 12/49T50

KWUAR,1411 0. ii. G-jnd Tech O'ci
Dissertation: "Fr-.~cision of the h-3char.-isj,.!s
with Straight-Toothed Jpur &~-ars."
2 'A/50
Loscow Or-der of t1he Labor Red Banner Higher
Technical School imeni 11'. E'. Baumn
80 Vecheryaya Moskva
Sum 71
BONDAUNKO, K.G. Donderenko, N.H.]: VORONEZHajy, V.I. (yoronazhalkyi,
V.Ij; KITATTSKYA.. Z.F.; KOTALI, K.N*'; 101MA, V.D:; J[nRSAroy,
0.0.; ZRAKINSKATA. Te.D. [Kroxjng1kn,'2.D.J. KWA G.-K.TruTre, H.N.],
PITOVAR. 3-G. [Piva'var. 3.H.J-'S0WV3T V.I.; Mwj-
0
MKO. G.A. [Olefiranko, R.A.]. red.; GTZM0, 0.1. 6uionko, O.I.J.
takhn.red,
[New'89ricultural voChinon] Novi all'alkohospodaralki mashyni.
Kyiv, Dersh.vyd-vo millalkohospoderalkol lit-ry UM, 1959. 231 p.
(Agricultural M~ohinery) (MIRA 13-.4)
10

SOV/112-57-9-18334
Translation from; Referativnyy zhurnal, Elektratekb-nika, 1957, Nr 9, p Z9 (USSR)
AUTHOR: Korsakov, P., Fedorovich, G.
TITLE; Quick- Combustion Furnaces as a Source of Fuel Economy
.(Topki skorostnogo goreniya - istochnik ekonomii topliva)
PER-TODICAL: Stroit. materi'aly, izdeliya i konstTuktsii, 1956, Nr 8, pp 15-16
ABSTRACT: For 1956, 170, 340 tons of reference fuel consisting largely of produc-
tion waste, such as sawduist, slabs, wood shavings x and battens, has been
allotted for Glavatandartdom enterprises. The boilers at these enterprises
have pile-type furnaces and inclined fire-grate furnaces; the boiler capacity de-
creases as the humidity of fuel increases. These furnaces are clumsy and
bulky and in most cases are partly embedded in the ground, which requires
their hydroinsulation; a lot of refractory brick and cast iron is necessary for
building such furnaces. Over the last five years, new quick-combustion fur -
naces invented by V. V. Pomerantsev (see figure) and intended for burning
wooden waste having up to 55% moisture content have proved fairly successful
Card I/Z

SOVI 1112-57-9-18334
Quick- Combustion Furnaces as a Source of Fuel Economy
in operation. Fuel (1) is fed by conveyer into the shaft (Z) and, as it burns
away in the active zone, the fuel minks and passes the throat (3) of the shaft.
The active combustion zone (6) is situated under the throat. Products of wooden
thermal decomposition and water vapor enter the second chamber (5), which
receives additional air through the port (e)'in the roof and receives secondary
air through port (d) in the lower part of the chamber. Grating (4) situated be-
tween the'shaft and the volatile -product combustion chamber precludes fuel en-
trainment, even under high-foicing conditions (2-10 million kilocal /m~6 hour) in
small-size furnaces and even at the high speed of gases through grating meshes.
With a fuel mointurd content of up to 55%, the air-excess factor is under 1. 3-
1. 5. In small boilers and locomobiles, the grating is made of refractory brick;
in medium-size and large boilers, of pipes connected in the boiler's circulation.
The furnace permits utilization of chips, sawdust, etc. , for power and techno-
logical needs, and yields 2 tons of steel, 40 kg of tar, and 15 kg of wood vinegar
powder from each cubic meter of such fuel.
I. V. M.
Card 2/2

BCLDMW, G.P.; VOGKAN, D.A.;- NOV(ZHA SM, I.P.; VERX, D.L.; DTUGAYN,
I.V.; KAVUH, VX; KUR=10. A.A.; UZBEKOV, K.R.; ARSENITRY,
S.Ta.; TEGORKIN, A.N.,-XCWUOr,.P.1F ; KUZIKIN, V.N.; SMMTS,
- -... _: I ~ it - ~ .!I
B.A.; PATKOVSKIT, A.B.; 30 MAVMTA, B.M.; INEMON, D.B.;
FINKMLISHTITH., A.B.; SUPIRO, I.S.; LAPIN. L.Tu.. Prinimall
uchastiye: NEVSLATA. G.I.; FEWS3737, V.A.; KASPILOVSKIT, Ta.B.,
ZERNOVA, K.V.. BARDIN, I.Pe, akademik, otv.red.; SATPAYST, K.I.,
akademik, nauchnyy red.; STMMILIN, akademik, nauchnyy red,;
ANTIPOT, K.I., nauchnyy red.; BELTANCHIKOV, X.P., nauchnyy red.;
TAROFMV, B.N., neuchVy red.; XALGOOV, K.I., nauchnyy red.;
SANARIN,.A.K.. nauchnyy red.; SUDZYM, P.Te., nauchnyy red.;
NIKOV, T.B.. nauchnyy red.; WRETS, N.A., nauchnvy red.;
BANKVITMM, A.L., red.lzd~va; POLTAKOVA, T.V., tekhn.red.
[Iron ore deposits In central Kazakhstan and ways for their
utilization] Zhelezorudnye matorozhdoniia TSentrallnogo Kazakh-
stana i puti ikh ispollsovaniia. Otvetstvennyi red. I.P.Bardin.
Moskva, 1960. 556 p. (MIRA 13:4)
1. Arademiya nauk SM. Neshduvedomstvennaya postoyannoya
komissiya po zhelezu. 2. Gomudarstvennyy institut po proyektirovamiyu
gornykh predpriyatiy zhelazorudnoy i margantsevoy promyshlennostl i
promyshlennosti nemetallicheakikh iskopayemykh (Giprorada) (for
Boldyrev. Vogman, Areenlyev. Tagorkin, Kcreakov, Kuzlnin, Strelets,
(Continued on next card)

BOLDTRBV. G.P.--(contJnued). Card 2.
3. Institut geologicheskikh nauk AN Kazakhokoy SSR (for Movokhatak.1y).
4. TSentrallno-Kazakhptanskoys geologicheekoye upravleniye Ministerst-
va geologii i okhrany nedr SUR (for Verk. Dyugayev, Kavun, Kuranko.
Usbekov). 5. Nauchno-looledovatelinkly lpatitut mckhanicheekoy ob-
rabotki poleznykh lokppayemykh (MikbBnobr) (for PatkovsIdy). 6. Gosu-
daretvennyy 4netitut proyaktirovanlya metallurg.sevodov (Giprows) (for
Boleslavskaya. Indenbom. Finkellahteyn, Nevskeya. Fedoseyev. Karpi-
lovskiy). 7. Hambililvapametvienneya postoyannaya komissiya po zhelezu
AN WSR (for Shapiro, Ternova. Kalganov). 8. Gouplan SSSR (for Zapln).
(KazakAstan--Iron ores)

KffiSAKCVv_,P*Fov-,,inzh*; SHMTINA,, S.V.p inah.
Efficient types of driUing rigs for the rock products
industry. Sbor. trud. VNIIN~rud no-4:3-32 165.
(MIRA 18:11)

GLUSKIN, L.I., kand. tekhn. nauk;j=AXQM,,:k,~.p gornyy inzhener,*
KOZHEVNIKOV9 A.A., gornyy inzhener
Studying the efficiency of blasting small diameter, inclined
borehole charges in gneissic granite. Vzryv. delo no-54/11:
137-145 164. (MIRA 17:9)
1. Voesoyuznyy nauchno-isaledovatellskiy institut nerudnykh
stroitelfnykh materialov i gidromekhanizataii.

KORSAKOV, P.F., insh.
Value of the coefficient for spacing borehole charges in instant-
aneoua blasting in hard rocke Sbor. trud. VNIINerud no.2:8 02 162.
NZ -160)
lo Vae,,loyuznyy nauchno-issladovat?lIskiy inotitut nerudpykh atroitall.-
bykh materialov i'gidromelchan'tataii
(Blaativg~

28522
B/109/61/006/009/005/018
D201/D302
AUTHORS: Shpolyanskiyp V.A.9 Tyufyakint L.S. (Deceased)# and
Korsakovp P.P._
TITLE: Automatic delayed phase frequency control
PERIODICAL: Radiotekhnika i elektronika. v. 6, no. 9, 1961,
1468 - 1481
TEXT: The transfer function and stability of automatic phase con-
trol is considered first (Figs. I and 2). The transfer function
W(p) in operator notation is used of a system linearized for small
deviation from synchronism, induced by random changes in the con-
trollied generator frequency or by fluctuation noise. The inertia
T of the systemt introduced by IF amplifiers can be in simplified
Arm assumed to be
T n
3 76f 0.7
where K - the maximum amplifiotion; hence, (Fig. 1)
Card 1/9
Blow
iMlla "". 0"I
M
M
-g v~ z'~ -W-
;F

28522 BIJ091611006'/009/005/018
Automatic delayed phase ... D201/D302
W(p) pe 'E'3P (3)
We Kf77
can be obtained, where ArA. locking range of the system To the
product of maximum -transfer coeffioients of all slages in eynchxa-
nism, Kf(p) - the normalized transfer coefficient of the LF filter.
Substituting inTo (3) the operator transfer coefficient of ih-:~ pro-
portional integrating filter and going over dimensionless parame-
ters
w(pi) 2 .A- 3pl 2PI + 43pi (4)
P e P, (& + e + I
1 2
is obtained where T
Pi PIT; T a '. L = _.; L (4a)
'T
s a 3
Card 2/8

2!5
B1109V611006100910051018
Automatic delayed phase D201/ 302
Using the Mikhaylov'stability.oriterion [Abstractor's notet Crite-.
rion,is given, but it is actuqlly a graphical stability criterion
for the zeros of a polynomialj it is found that the system is eta-
ble if the delay does not,exceed the value of
aro tg 0 (A,;
2 As) + arc tg 10 (A
AIL-, (5)
0, (Al; Q
whore
Y(I
2
For an integrating filter (,A 2 0) Eq# (5) givee-the wellknown
value of critical delay time. in an-automatic.phase control.syetem.
Itis shown that the use of a proportional integrating filter in-
creases the ciitical value of delay timep compared with that'of an
integrating filter system. It iv of interest in some practical ca-
ses,to know thedependence of the critical value of the pass band
Oard 3/8

8
B/109/61/006/009/005/oi

Automatic delayed phase
D201/D302

of-tlie:n-th stage IF amplifier'on the parameters of the IF filter 0 1.4

D
3
This dependence is shown graphically indicating that as far as eta-,
-bility is concerned the minimum pass band could be considerably
narrower than the synchronization range of the system.. The interfe-.
rence killing feature of- the automatic phase frequency control is
cOnsi'dered next. It is assumed that the interference 'is in the form ,

of;a
fluctuation of voltage in the mixer IF amplifiers stage. For
a given 'power of the signal P -and a given noise factor F, the fil-
tering properties of a -pulse control system are determined by the.
'
noise band given
by
0 0

TT
n. IN(jw 2./W(jw)/2
dw (13)
which produces a dispersion of.the phase
2 kTF TT'
(12)
2jrPj n

Card

~8522
S/109/61/006/009/005/01'e..
Automatic delayed phase D201/D302
where k is the Boltzmann constant and T - absolute temperature@
When the IF passband is considerably wider than that of the closed
2
loop of phase control (IN(jw) 11 for an integrating filter
-- ----------------------------
CO
dt,
0 (14)
1 + 2t aln A3 t + (I - 2AIt cos As At Ed
M14
is givent-where dimensionless frequ6 W/aws
noy signal WTO
To evaluate the influence of delay on the magnitude of the effi-
cient noise band it is necessary to calculate the integral in Eq*
(14). It is shown that in an automatic phase control system with
an integrating filter the noise band depends essentially on the,
magnitude of the constant 6 of IF filter. A similar effect is
produced in a system with a proportional integrating filtert for
which the noise band is determined by
CO (t + A, t) dt
Card 5/8

8/109/61/006/009/005/0:L8
Automatic delayed phase D201/D302
In certain cases the passband of IF amplifiers is comparable with
the passband of the whole system. The author points out that it is
possible for the properties of the filtering of the phase control
system to be improved by considerable decrease of the IF paseband
with respect to the passband of the closed loop system and this
cpuld be applied to any other IF amplifier arrangement, The quali-
ty of the automatic control system is considered last.*.It may b *e
seen that in an automatic phase control system with Integrating
filter the low frequency transient has an oscillation character and
that the delay in the loop decreases the time lag of phase control.
The theory presented by the author was applied to an experimental
arrangement of an automatic phase control of the frequency of os-
cillations of a klystron generator working at 1, = 15 cm range. The
reference signal was supplied by the 78th harmonic of a crystal
stabilized oscillator working at.fo 26.5 me/a. The signal power
P was of the order of 1 microwatt. The arrangement made it possi-
ble to, tune the klystron'generator within 60 Mc/s with a locking
range of Aw 5 mc/s and rise time t 10 microsecond. he fre-
3 rt
Card 6/8

iA0'9/61/006/009/0O5/0.LW
D201/D302
Automatic delayed phase :0.
y- racteristic e--olosed loop system of the automatic
uenc -oha a Wof ih
q
phase control-with proporti.oiial-iritegrating filter are shown. for.
diff re and, -time constants 61; the discrepan6id beta;._'
e _nt values,of.
Ween,the'oretical and.experimektal values do not exceed 15 land,
'there I a a good qualitative confirmation of influence of -and
frequency-response of the filtering sy6tem. A graph
on,the 7
shows'-that the value of percent regulation in the system decreases.;
with- -the decrease of the time.., constant Li. of the filter and: with~,,
62- 'The in-4 iho a ta t
the"increase.of increase' we also e er,res-
The
:Vonse. to the' system, e a better regu?ation.characteristic..
-ex eriment is said to be therefore in -ierall agreement'with
p good o
.theory. There' are 17 graphs, and-11 references: 9.Soviet-bloc~_an,d
erences.to the English-language publica-
non-Soviet-bloo. The ref
ti6ns read! as followim. T. S. George, Analysis of synchronizing Sys-
'te-me- for interlaced colour television Prod. I.R.E. 1951, 399 12
:'W*--Vi,_'.Grudnj Theory chroni' 953t,419'8
~of AFC Syn zation Proc. I.R.E. 1
-SUBMITTEDt March 1t 1960
.'O~Lrd 7/8

IBRAGD4OVp Z.3,; KORSAKOV, S.F.
- --------
Reservoir properties of terrigenous sediments of the Cretaceous
of the Southern Mubarek structure. Uzb. geol. zhur. 7 no.4t
39-43 163. (MIRA 16:10)
1. InBtitut geologii i razrabotki neftyanykh i gazovykh mesto-
rozhdeniy AN UzSSR.
(Uzbekistan--Oil sands)

KCH(;~~WOVV
1.
Cari I*ar--.ng in -,re- L%c- T-.,.-,tdv
. - uj"" i' -7
- 10 -,-- F. ~ , ( .
,:J,; ". -.. - no. 2 - A31-18 I ~,,l MrP~' 37- 8)

KORSAKOV, S.P.; KHANIN, A.A.
Physical properties of reservoir rocks in the Gazli field. Trudy
VNIIGAZ no.16/24:71-83 #62. (MIRA 15:8)
(Ganli region-Gases in rocks)

KORSAKOVO S. F.
Ggg, rocks of the (kzli deposit. Fasved. i okh. nedr 28 no*5:6-13.
My 162., Aw- (MIRA 15:3.0)
L Treat 'Usbekneftegasrazvedlml.
(Gazli region.-Gaess in rocks)

KORSAKOV, S-5-
--- ov. Zh. Nevropat. Psikhiat.p 1529
Two introauCtory leCtUrs6 of B.S. Korsak (MLRA 5:2)
52, no 1, 7-11-
(PsA 2~, uo.11:7869 153)

POLTAKOV, D.L., inzhener, redaktor; BATMIN, T.T., kandidat takhnichookikh
nank, redaktor: BCRISOT, V.P., Inzhener, redaktor; GOVOROV, V.P., InsIhs-
nar. redaktor; KASS, U.N., inshener, redaktor; RTYKIN, Kh.l., kandidat
takhnichookikh nauk, redaktor; TURCUS, V.A., doteent,'redaktor; KIORSA.-
KOTa retsenzent;,UPIKTUT, G.N., ratsensvnt.
(Manuel for planning heatIng and ventilation systeus of And-datrial~~'-
enterprissel Spravochnik po proaktiroyantiu otopleuila i ventilia-tell
promyehlen"kh prodpriiatil. [Rodkollegit& D.Z. Pollakoy i dr. Redaktor
V.A. Turknel Moskva, Goo. izd-vo lit-ry po stroitelletyu i arkktektures
1953- WaA 7:6)
1. Laningrad.Proyektnyy inatitut ministerstys stroltellstva.
(Beating-Jandbooks, =Lnuals, etc.) (Ventilation-'Handbooks,mnualm.
etc.)

KORUKOV, Sergey Sergeyevich, paikhiatr; PARMCNIKOV, V.M., professor-,
ROUMIN, L.L., redaktor; WOMW, I.K..
takhnichaskly redaktor.
[Selected vorks) Ixbranoys proisvedentia. Moskva. Goo. Isd-vo, sod.
lit-ry, 1954. 770 P. (KMA 7:7)
1. Chlen-korrespondent ANN SM (for Popov)
(Psychiatry)

1:~OP,SA42
TEXT: The authors discuss the applicability of plastics in the produc-
tion-of.various tools.and machine parls, and.point to the light weight
of.such parts as compared with natal parts4..After briefly.mentioning the
phenol fornaldehyde,resins.which,,due to considerable shrinkageg, tan
only be used for/coarse products,,they thoroughly deal,.with the casting
of epoxy resinsLO it present r the types 9A-5 (ED-5), 3A -6 (ED-6) 9 9A -37
10-37) 1 7T---4Z7 E-40) , 3 -41 '(9_41 and 3 -44 (E-44) are aviailable. The
hardening agents mentioned are polyethylene polyamides, ethylene diamine,
and hexampthylene diamine for cold hardening, and organ . acid anhydrides
(maleic anhydride) for,hardening at 150oC- Plasticizers?azmtioned a-re
di.butyl phthalate, triphenyl phosphate$ easior oil; fillers are iron
dust, Portland comentp iron minium, quartz eand, talcum, chalk, gypaum;
Card 1/3

The Use of Plastics for the Production of S/191/60/000/006/011/015
Toole and Machine Body Parts B004/BO54
polyethylene polyanin,*. To reduce brittleness, the addition of dibutyl
phthalate may be increased to,20-25 parts by weight. Higher strength is
attained by reduction of the filleriportion to 150...parts by weight as
e,il , 'The authors discuss the processing of epoxy
W
as by reinforpenent.
resin castings. With abrasive fillers it is necessary to use tools with
BK-8 (YK-8) or T15K6 (T15K6) hard alloyl The equipment required for a
canting shop, and the protection trom'the aggressive action of harden-
ing agents are mentioned.. The authors point_to_the good binding between
resin and metal, and to.th* possibility of repairing-worn-out parts by
applying a ndw resin layer. There are 3 references,-.2 Soviet and 1 US.
Card 3/3

N=Vj Aleksey NikoUY(JviOhp Prof doktor tekh& nauk,
reteenzent; IVANOVA,, fi,A. red. iod-vaj UVAWVA, -A.Y. 0 tAlm. red.
[Mechanization and automation of univeratl machine tools] Mekhani-
zataiia i avto-TAtizataiia universal'iWkh metallorezhushchikh atan-
kov. Moskva, Mashgiz, 1961. 598 p. (MIRA 1/,:1o)
(Machine tools.-Technological innovationo)
(Automation)

KORSAKOV, Vladimir Sergeyayich; NOVIKOV, Mikhail Pavlovich; PANTELEYEV,
j. inzh... retsenzent; BAZIHENOV, D.V.,, inzh.., red. graficheakikh
rabot; YAKOVIEVA, V.I.,, red,.,- MODEL, B.I.x tekhn. red.
(Manual on the mechanization and automation of assembling opera-
tions] Spravochnik po meld-rizatsii i avtoratizatsii sborochnykh
rabot. Moskva,, Haahgiz,, 1961. 373 ps (MIRA 15:2)
(Assembly-line methods)

PHASE I BOOK EXPLOITATION Sov/576o
Korsakov, Vladimir Sergeyevich, Doctor of Technical Sciences,
Froressor
Tochnost, mekhanicheskoy obrabotki (Accuracy In Machining) Moscow,
Ma5hg1z, 1961. 378 P. Errata slip Inserted. 10,000 copies
printed.
Reviewer: I. M. Kolesov, Candidate of Technical Sciences; Ed.:
V. 1. Mitin, Engineer; Ed. of Publishing House: V. V.
Rz.havinakiy; Tech. Ed.: T. F. Sokolova; Managing Ed. for
Literature on Cold Treatment of Metals and Machine-Tool
Making: V. V. Rzhavinskiy, Engineer.
I
PURPOSE : This book is intended for process engineers in the
,amachine industry; it may also be used by students in mechanical-
angineering schools of higher education.
C0j,T,RAGE: A series of problems relating to machining accuracy
io reviewed. The effect of various process factors on the
0
Gard

A I
zt~curaey In Machining
Sov/576o
occurrence of initial errors is analyzed, and the determi-
nation of the .,.omposite error is disemBsed. The book gives
expression to the results of scientifid.".research wotk;and
vn"--rallzes available reference and production data. The
data preaented are illustrated with tables, graphs, and
,L,al-lulations of machining errors. Methods of improving
ruaw.hining accuracy are also reviewed. The following are
mentioned as having contributed to the study of accuracy.:
B. S. Balakshin, N. A. Borodachev, A. N. Gavrilov, A. A.
Zykov, 11. M. Kovan, D. N. Reshetov, E. A. Satelf, A. P.
So1c'QjDv;?Ady , and A. B. Yakhin; an41 the LPI and the Moscow
Inotitute of Machine Tools and Instruments. The analytical
and experimental investigations performed by the author at
jX~~-7j J-Lr, Baumana were used as the basis.of this book. There
arF; 97 i-eferences: 84 Soviet, 7 German., and 6 English.
Card' P/9

22020
2 2. 0'3 S/145/61/000/003/005/006
D2,!P.,/D304
AUTHOR; Korsakov, V.S.. Professor, Doctor of Technical
Iciences-
TITM: Application of plastics for making fixtures and auxi-
liary instruments for the machine-buildtng industry
'PERTODICALs Izvestiya vysshikh uchebnykh zavedeniy,
mashinostroyeniye, no. 3, 1961, 88 - 95
TEXTs A variety of instruments, jig,99 fixtures and gauges for me-
chanical assembly lines oan be made quickly and cheaply from plas-
tics. Howeverl not all plastics,,are equally suitable. The use of
phenol-formaldehyde and ethylene plastics is limited on account of
their high shrinkagep low strength and brittleness. A number of
factories use plastics based on acryllic resins. The self-harden-
ing varieties AST-T and &IS-tirocril" are used for dies and gauges.
T
The widest use is mE epoxy resins which are synthetic polyes-
Card 1/5

22020
S/145/61/000/003/005/006
Application of plastics ... D2q,/D304
ters. Epoxy resins designated ED-5, 6 and 37 and E-401 41 and 44
are produced. Amines (polyethylenepoly amine, ethylene-diamine,
hexa-methylenediamine or anhydrides of organic dibasic acids are
used as hardeners. Support strength of castings in epoxy resins I-s
increased by addition of elasticizers (dibuthylphtalate, triphenil-
phosphate or castor oil). The following substances 4re used as
filleras iron powdery Portland cementp ferric oxidel graphite,
quartz sand, talcum, chalk, gypsum, kaolin, asbestos fiberg glass
fiber or cloth, wood filings, zinc oxide, and ground pieces of
used epoxy resin%castings. Addition of these increases the mechani-
cal properties and lowers costs. Asbestos fiber increases impact
strength and glass fiber increases bending strength. Epoxy resins
have)a very low shrinkage (0-03 to 0.4 14), low density (1-15 to
1.25 and good adhesion to metals, ceramics and other materials.
When hardened their Brinell hardness is up to 20 kg/mm2, tensile
strength up to 6 kg/mm2, compression strength up to 13 kg/mm2 and
impact 12 kgm/CM2. Absorption of moisture or other coolants used
Card 2/5

22020
S/14~5 61/000/003/001/006
Application of plastics "IX304
in machining is very.Bmall: 0.2 -to 0.5 F/dcm2 over 5 days when
saturation is reached. Wear resistance kwhich can be-Ecreased by
adding aluminum oxide or bright graphite) is similar to that of
aluminum alloys..Coefjicie~t of temperature expansion varies from
90 0 10-6 to 20 10- . Castability is good and no gas is given off
on hardening. The resins are highly stable, non-toxic, do not cause
corrosion of inserted metals and have high dielectric propertieso
The working temperature is up to 1400C. and heat resistance can be
increased by fillers of aluminum oxide and graphite. Full decomposi-
tion takes place at 3500C. Components in epoxy resins are made by
casting. For one-time productionp f%rms are made.of gypsum from
wooden models. For qual:L,ty forms, surgical'gypsum. is used and large
forms are reinforced by.putting cloth.-jpund the model after the,
first layer of gypsum..The form is then dried at room temperature
and then -at - 50 to - 6000. Before castingq surf aces. of the- form are
coated with a separating mixture:.a 25 % solution of wax in tri-,
chlorethylene, solution of polyisobuthylene in gasolene, grease or
Card 3/5

22020
S/145/61/000/003/005/006
Application of plastics D21#/D304
wax..For making 8omplex components, a model can be made in wax or
its substitute. When the form dries round it, the model is removed
by m6lting. Simple forms can be constructed directly from cardbovdy
if necessary strengthened-by metal ribs on the outside. Double cdr-
vatures can be formed in pl.asticine and superimposed. Accurate ho-
lea are obtained by fi-xing gauge pins in the form. Similarly, in-
ternal threads can be formed. A number of components (studeq inse:Et%
bushes) can be bonded in the casting after thorough degreasing.
Stressed parts of oastings should' be strengthened by ineerts in the
form of metal-ribe-or tubes. Templates are,made-simply by bolting
bushes in -their positions on a- plate, at-thd -bottom -of a shallow box
and filling the space between them with the-resin. Bodies for por-
table instruments can-be cast- in epoxy resins for lightness. Many
casting ckmpositi one have been developedq but a typical one in paits
bj weight to be mixed in the order-given is as followss - 100 parts
o epoxy resin ED-6 or ED-40; 200-parts of filler (ferric oxideo
iron powder, marshalite etc.); 15 to 40 parts (or more to reduce
Card 4/5

22020
3/145/61/000/003/005/006
Application of plastics D21).l/D304
brittleness) of dibuthylphtalate; 8 to 9 of polyethylenepolyamine
(this is added 5 to 10 minutes before casting). This mixture re-
mains isable for 30 to 40 minutes. Strength is increased by re-.
ducing the amount of powder filler and adding glass or asbestos
fiber. Turning or milling of epoxy resins is done without a cooler
by ordinary t~ools (with hard tips for abrasive fillers). A cutting
speed of 100 m/min and feed of 0.1 to 0.2 mm/rev can be used.
ASSOCIATIONs MVTU im. N.B. Baiimana (Moscow Technological College
(MVTU) im. ILE. Bauman)
SUBMITTED3 July 12, 1960
Card 5/5

XCHSAKOV V.S..,,- doktor tekhn*nauk
Design a standard technical equipment, for automatic assembly
Awhinostroitall no.3:22-23 Mr 162. (KMA 150)
(Apsembly-line methods) (Automation)

.KOMAKOVI VS.., doktor tekhn.nauk, prof.
Lquipment used in the automation of assembling processes. Vest*,
mash- 1+2 - no-4:58-64 Ap 962. (MIU 15 9.4)
.(Assembly li6elmetWs) (Automation)

KORSAKOVA(Baybit)o v.8. red.; tekba. red.
[Medical literature of the U.S.S.R.; an index of books and
articles for the second half of 19581 Nauabnaia meditsinskaia
literature, SSSR; ukazatell knig i statei za vtoroe polugodie
1958 g. Soot. Bibliograficheakim otdelom GTs*IB. Pod red. N.S.
Korsakavoi (Baiba). Moskva, Medgiz, 1961. 888 p.
(MIRA 15:7)
1. Moscow. GosudarstTennaya nauchnaya meditsinskaya biblioteka.
(BIBLIOGRAPHY-HEDICINE)

SIMRMU, V.L.; LEGONIKIKH, G.V.;_XORS4KOV,-.V,.~,, doktor tekhn.
prof., retsenzent; NOVIKOV, M.P.# kmwl. takhn.mauk, red,;-,-
STROGANOV., L.P.., inzh.., red.; ELIKI]ID,,V.D., tekhn. red.
[Mechanization of assembling operations in the instrument
industry] Mekhan:izatsiia sborochrykh rabot v priborostroenii.
Moskva.. Mashgiz, 1963. 466 p. (MIRA 17-2)

BOBKOVA, L.P.; KORSAKOVI V,S.; ROMANOV, L.M.; YENIKOLOPYAN, N.S.
Polymerization of formaldehyde, Part 3z Effect of active addition
agents on the polywrization of formaldehyde in solutLons.
Vysokcw-,'soed. 5 no.ll-.1653-1657 N 163. (MMA i#-.l)
1. Inatitut khimicheskoy fisiki AN SSSRO

BOBKOVA, L.P.; KORSAKOV, V.S.; ROMOV, L.M.; YENIKOLOPYAH, N.S.
Polymerization of formaldebyde. Part 52 Effect of water,
methyl alcohol, acetic acid, and acetic anhydride on the
polymerization of.formaldebyde in solutions. Vysokom. soed.
5 no.12:1780-1784 D 163. (MIRA 17%1)
1. Institut khimicheskoy fiziki AN SSSR.

ARTOBOLEVSKTY. S Tjdeceased%-AQAAAAQY,_V.S , doktor tekbn.naukj,
&
---
khnona
prof., rotsenzent;.,PRZYS,, V.Fp d5kto,, te ukpProfts
nauchn.red.
[Industrial automatic machineol Tekhnologicheskie mashiry-
avtomaty. Mos1cvaj Mashinostroeniev 1964. 178 p.
(MIRA 17:12)

ERAVICHEV) V.A., dots., kand. tekhn. naukj- KORSAKOV,, V.S., tekhri.
neuk, prof.p retsenzent; OKHLYUID., k.B inzh -, red.;
SENENCHENKO, V.A., red. izd-va; DEMKINA, N.F.; tekhn. red.
[Hydraulic and pneumatic control devices for machine tools]
Gidravlicheskie i pnevmaticheskie avtomatiziruiushchie
ustroistya metallorezhusbchikh stankov. Moskva, Izd-va
"Mashinostroyenie,," 1964. 262 p. (MIRA 17;4)

RABINOVICH, Abrm Nakhimovichj JJQ&W
,LV,_V.�.,._doktor tekhn.
naukj retsensent
(Automation of machining and assembling operations]
kvtomatizatsiia inekhano-sborochnogo proizvodstva. Kiev,
Tekhnika, 1964. 385 p. (MIRA 17s12)

BELousoV, A.P.j dots.s kand. tekhn6 nauk; YEFIM'YEVI AIN.0 dots-i
enzent; rUSIKOV, S.N.0 dots., retsenzentl Y01"ANN',
rats
V.S.2 prof.) doktor tekhn. naukp red. 1. ..
[Design of attacbmelits] Proektirovanie prisposoblerdi. I
Moskva; Masbinostroeniep 1964. 186 p. (mRA 18:2)

~11, ~--, _-r-,zt-. 1.
KOURSAKOV, V.S., doktor tekhn. nauk, prof.; A ~:
-," YELIZA"VETIN, M.A,, kand. Lekhn, nauk,, r&i.
[Fundamentals of the design of attaclipe-ts In the mach4nery
Industry] Osnov-f konstruircivaiiiia pr--sposoblenii v masi -
nostroenti. lzd.2., dop. I perer. 1-sk-va, 1"Jashinostroenie,
1965. 359 P. (1,11RA 18:1)

Rnw,
t-WO-h-dSe- CUrrent from a se ien~ -3 IIII-ect
30
gg
WN
MINOR

KORSAKOV, YO.
-- ---- -1
Mixed output norms for mechanized loading and unloading at seaports.
Sots. trud. no.10:56-61 0 '56. (MLRL 9:11)
(Loading and unloading-Pro&wtion standards)
(Harbors)

ll~ttlvg..up work norms and vows for merchant marine persomus4. Slek.
f , - (KM 10
,Ot' Yod. tianspe no 3:8-17 7 '57.
Zvoges) (N~rc;ia;t lbrine-t-Pivduction standards)

KORSAKOV, To., shtur-n dallnego Pl4vaniYas
Some potenitalities for increasing labor productivity of ship crews.
Mor.flot 17 no#3:4-6 Mr 157* (MML 10:13)
(Kerchant marine-Asnuing)
(Weighters)

M , L.; KORSAEDV, To.
Essential aspects of wage regulation of seaport workers.
Sots. trud. 4 no.4:48-53 AP 159. (MIRA 12:6)
(longshoremen) (Wages)

-.-. ~ ~ 2 . . -
--- -- -- il --*-' Q~
KORSJLKOVS--Ie_.
New wages for the merchant marine. Sots.trud 5 no.3:40-47 Mr
,6o. (MIRA 13:6)
(Merchant marine) (Vages)

KORSAKOV Ye,; PMTRUI'OVR-V.
On loading and unloading works.in seapoAsj ISota. trud 7 no.ilgII7-222
N 1629 (MIRA 15~-.12)
(wages-Longshoreaen) system)

4 KOMSAKOV, Y,.
:-',,xtend the integra"Idon of aeveral funcll~lans on BMpti,, Mcr.
flo'.. 24 no.llslg-19 N 164. (M*:,Pk IB;C
1. Glavriyy inspektor po morakomu flot,.~ Gcsudarstv~iftriagl komlteta
SovetA Ministroy SSSR po vaprosam truda 'L zaraboi-.noy platy.

WOVA9 Ro
Raise the establishing of technical norms to the level of
current requirements and tasks. Horifloi 25 no.634-6 J1 165.
(MIRA l9tl)
1. Glavnyy inspektor po morskomu flotu Gosudarstvennogo komiteta
Soveta Ministrov SSSR po voprosam truda i zarabotnoy platy (for'
Korsakov). 2. Starshiy inspektor po morskomu flotu Gosudarstven-
nogo komiteta Soveta Min1strov SSSR po voprosam truda i zarabotnoy
platy (for Sasova).

Fk'J /DJ
ZL
N.Rz tP6029989
11TINTOR: Zhdanov, K. I. Nogtov, ~. 14.,; A'lekseyevp To L*;
Xan'- fii ~oloi66 '-S-'
s n
O'.~iG: none
TITLE: Variable okEller. Cluzs 62, No. 184147
SOURCE: 1zobret prom obraz tov zn, no. 15, 1966, 195
TOPIC TAGS: aircraft propeller, propeller blade, propeller pitch control
105TRACT: An Author Certificate has been issued for a variable-pitch propeller
1 consistin& of a hub (with blades mobilely attached) and a cylinder containing a.
A
variable-pitch mechanism and a control unit. The propeller is equipped with a
hydraulic control unit, connected with the aircraft's hydraulic system,Afor the--
automatic control of propeller pitch and the engine's i~z~i -whi-i~-~i-u-r-1-ng constant rpm
zind a minimal fuel expenditure. The control unit includes main and emergency regu-
lators with control valves and servomechanisms consisting of servopistons with racks
and pinions connected by a flexible coupling, one with the propeller's variable-
pitch mechanism and the other with the engine's fucl-supply system. in order to
remotely control propeller pitch and simultaneously adjuut the propeller pitch for
thrust, it can be equipped with a servosystem consisting of 'a spring-supported contra'
valve and a tracking bushing for changing the propeller's pitch. To assure the
unc,