SCIENTIFIC ABSTRACT KUZNETSOV, K. N. - KUZNETSOV, L. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928120013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KMNITSOV, X.N., inzh. (Omsk): KRACHEVSKIY. B.I., inzh.(Omsk); XHIODMI,
(Omsk)
What experience has shown in the adoption of electric traction on the
Omsk railroad. Zhel. dor* transp. 40 io-5:66-72 My 258. (min li:6)
l.GlavVy inshener eluzhby dvisheniya Omekoy dorogi (for Kusnateov).
2.Nachallnik eluzhb7 dvizhentya Omkoy dorogi (for Khachevskiy).
3.Zamestitall nachalinike, planovo-ekDnomicheakogo otdola Omskoy dorogi
(for Khlomenol).
('Blectrio railroads--Management)

KUZNETBOV, I.N.
Train traffic In the section during track work. Put ,I put.
khoz. 4 no. 12:14-16 D 160. (MIRA 13:12)
1. Glava" inzhener sluzhby dvishemiya, g.Omsk.
(Itailroads--Maintenance and repair)
(Railroads--Traffic)

KUZNLTSOV, K.N. (g.Omsk)
leugtbaning of haul distances contributes to an increase in
traffic speed&. Zhel.dor.transp. 42 no.9:86-89 8 160.
(MIRA 13-9)
1. Glavnyy inihener slushby 4VL%heniya i passashirskoy raboty
Omakoy dorogi. (Railroa&-Traffic) 6

KUZNE7'SOV K.P. kand.t,--khn.naukp dotrsu~nt
1~~~
Gapacity of the bobbin holder of beam warping machine-s. Tekst.p-m.
25 no.1:43-46 Ja 165. (MIRA lEt,)
1. Moskovokly tokstilinyy institut.

KUZF-TSOV K.P. dotsent
Instrument for measuring warp tension on looms. Tekst r m,
25 no.303-35 Mr 165. (M1W10815)
1. Kafedra tkachestva Moskovskogo tekstillnogo Inatituta.

A UTHOR: Kuznetaov, K.P., Engineer SOV/117-58-11-30/36
TITLEi An Individual Exhaust Pan (Individuallnaya vytyazhnaya van-
tilyatsiya)
PERIODICALi Mashinostroitell, 1958, Nr 11, p 42 (USSR)
ABSTRACT: On a machine for the sharpening of files, an exhaust fan has
been installed)which is switched on and off with the motor
of the machine. A diagram of the machine is given. There
is 1 diagram.
1. Blowers--Applications 2. Blowers-.-Contro-I
Card 1/1

KUZNETSOV, K.P.
Manufacture of small barrels on continuous production lines.
Der.P m 10 no.3s28 Mr 161. (MIM 3415)
Coppers and copperage)
Moombly-line methods)
4r

KULIGIVI, Aleksandr Vasillyevich; KANU1311KOV, I.V,, retsenzent;
KUM1ETSgV4-Z-E-f-=tsenzent; SOKOLOVA, V.Ye., red.;
c---Tlgffa-NA, L.A., tekbn. red.
[Automatic AT-100-5M and AT-120-5 looms]Avto-,aticlieskie tkats-
kic AT-100-514 i AT-120-5. I!oskva, Rostekldzdat, 1962. 231 p.
(MIRA 15:10)
(Looms) (Automatic control)

VISSR/Biology Insects May 50,
Insecticides
"Effectiveness of Using Some Chemical Preparations
In the Control of Insects of the Pentatomidae ram-
ily," K. P. Kuznetsov, Cand Agr Sci, Slavyansk.Base,
All-Union Sci Res lost for Plant Protection, 6 pp
"Dok v-s Ak Selkhoz Nauk" No 5
Tests toxic effects of various preparations on
pentatomidae in laboratory conditions and DDr and
bexachlorocyclohexane dusts in field conditions.
Laboratory tests show high toxicity of aU prepara-,
t'lons tested, and field tests show the two prepam-
tions to bave a slov-acting effect and to be more
doom
59r1
TQWH/Biology - Insects (Contd)
may 50
effective when dusted on insecis' plant food than
On.~inzects themselves, except in
n early larva stages.
Includes eight tables of data.

SOKH(NIN, X.Te.;KUZUTBOT, I.P.
Gunshot wounds of the heart and of the wall and large intestines.
Xhirurgiia no-8t76 Ag. 153. (MIRA 912)
1. Is Fbitriyevskor rayonnoy bolinitsy 1(urskcV oblasti.
(HIA -WOMM AND INJURINS)
(WJWIUS-WWM AND DUMINS)

PAYKIN, D.M.j STARCSTIN, B.G.; MENM, P.P.; MNETSOV, K.Pq
POPOVA, M.I.; FESHKOV-0 V.G.
Mist spraying of eblorophos against the obiold bug lurygaster
integriceps. Zashch. rast. ot vred. i bol. 7 no.2;20-21
F 162. (chlorophoo) i(Eurygasters) (MIRA 15:12)
(Spraying and dusting)

BARANOVj B.M., inzh,,& I=NETSOV K.S., inzh.; MIRER, O.V.p inzb,j
FMPELITSKrr, S.G. ==Xzl~
Concerning the loads on the electric network caused by horusing
construction work in Moscow. Elek. sta,32 no, 5:57-62 MY 1610
(MIU 14:5)
(Moscow-Electric power distribution)

BELIKOV, V.A.; BFSSMRTN-YY, I.S.; GLAZUIIGV, A.A.; IQUIVIDOV, E.S.;
KCIZLOV, V.A.,- KUZI.IETSOV K.S.: MIRER, G.V.; SOMMINA, L.A.;
ZEDCSEI-,'XO, R.Ya.
11"
,rundamontal problems concerning the design of municipal electric
power distribution nelworks" by D.L. Aizenberg and S.I.I. IdIkogosov.
Reviewed by V.A. Belikov and others. Slektrichestvo no.7:93-94
n 162. (KIP-J, 15:7)
.1. Moskovakiy Inzhenerno-ekonomicheskiy institut ineni
S. Ordzhonikidze (for Belikov). 2. Giproko==icnergo (for
Besamertnyy). 3. Moskovskiy erjergeticheskiy institut (for Glasunovp
Soldatkina). .4. Moskovskoye rayoyLqoyB upravleniye energetichookogo
khozyaystva (for lokh7idov). 5. Izningradskaya kabelInaya sW
Leningradskogo upravleniya energokhozyaystvom Glavenergo
M i ni,a,tei-stvat'nlektrostantsiy SSSR (for Kozlov). 6. Mcsinzhproyekt
(for Kumetsov). 7. Upravleniye po proyektirovan-.yu zhilishcbno-.-
grazhdanskogo A komamllnogo stroitelstva g. Moskry (for Mrer).
8. Akademiya kommunallnogo khozyaystva im. K.D. Pamfilova (for
Fedosenko).
(Electric power distribution)
(Alzerfoerg, B.L.) (Nikogosov, S.N.)

za vypusk; PECHERMATAt Tolop takhn.red.
VZ10TRV,~X
(Traffic ragulatinns for vehicles and pedestrians on city
and community streets and roads of Irkutsk Province] Pravila
dvizheniia transporta i peebakhodov po ulitsem gorodov, nase-
lawaykh punktov i dorogam Irkatakoi oblasti. Irkutsk, Irkutakoe
knizhnoe lzd-vo, 1939, 73 p. (MIRA 13:2)
1, Irkutsk. Oble atnoy ispolinitallnyy komitat.
(Irkutsk Province-Traffic regulations)

, Lo
-------
Regularize forest preservation and exploition. Fin. SSSR 21-9.
no*4:45-46 Ap 161. (MMA 14:4)
lo Zaveduzushchiy Tayobetskim 'rayfinotdolom Irkutakoy oblasti,
(Tayehet District-Forest and forestry)

KUZNBTSOV, L., inshaner.
~---
Improve the quality of equipment put out by plants of the Main
Administration of Machine Manufacture for the Food Industry.
M*.-elev. prom. 23 no,4:27 Ap 157. (KIRA 10:5)
1. Bobruyskaya melluitoa No. 17.
(Grain milling machinery)

OMMOWIP G.,, kand.tekhn.nauk,' INGEMUL M-., inzh.j_,XUZHET&W-t-I-; SHOZIYAp M.;
M40DRUK p I.
The EM-1 corn threddng machine with two Otagess HAs-elay. prom. 28
no*6:6-9 Je 162. (MIM 15 Z7)
1. Mirgorodukaya mashinoispytatellnaya otantaiya (for Shonya Nemodruk).
2. Veeooyaznyy zaochnyy institut pishch6voy promyshlennosti (for Krey-
merman). 3. Vsesoyumw nauchno-iioledovittellskiy institut zerns, i
produktov yego pererabotki (for Ingerman).
(Threohing machineo) (Corn (Maize))

Kuz6TSOV, L.
Responsible for the life of a person. Zhil.-kom. khoz. 13
no.400-31, Ap 163. 1 (KM 160)
1. Zameetitell nachallnika Gosudaretvannogo avtomobil,'.noy inspektaii
Glavnogo upravleniya militaii Ministerstva okhrany obfhchastvennogo
poryadka RSFSR,
(Traffic engineering)

RZHEKHIN, Yu.; KUZNEETSOV, L.; SOKOLOV, A.
Traffic engineering and safety. Av't.tranap. 42 no.3 48-52 Mr
164. (YIRA 17:4)
1. Zamestitell nachallnika Gosudarstvennoy avtomobillnoy inspektaii
Glavnogo upravleniya militaii Ministerstva okhrany obahchestvannogo
I poryadka rSFSR (for Kuznetsov).

Traffic organizatlon and safoty. Avt. transp. 42 ro.10:48-49
0 164. (141RA 17: 11)
1. Zamestitelt nachallniku Gosudarstvennoy a,,,tomob4llnoy
inspektoli Glavnogo upravlenlya militsii Ministerstva okhrany
obshchestvennogo poryadka RSFSR.

i IK fV-` 11 '11? ~;f N pGMild im . I
T-raffIc organization arv., il-,ui'ct.,,,,.
D 164- (MIRA 18.'4)
1. Zamestitell rutchalln!k-a Goinciii.,nt-vennuy avUmohIlIncy
inspektsli Glavnogo upravlenlya j%.1,!ltAJ iflilizitu'rJora OU1,1111Y
vb,,,,h:-,hf)sLvennogo poi-faOi FOPS11, (for

NummTSOVO LoA. (Moskva)
Method of forecasting fields of humidit7s, cloudimseep and
precipitations Heteorei. g1drol. nool.289-15 D 1629 (MW 15212)
Oreather forecasting)

PROSKURIN, V.V., dotsent; KUMITSOV, L.A., inzh.; ANDRIANOV, A.P..
Insh.; GUSHY, - -
v
Industrial testing of shield ceilings made of logo. Izv.vys.
uchob.sar.; gor.zhur. no.6:3-8 '59- (MM 13:4)
1. Tomskiy ordena Trudovogo Krasnogo Znameni politekhnichaskiy
institut imeni S.M.Kirova. Rekomendovana kafedroy rasrabotki
plastovykh mestorozhdeniy.
(Mine timbering)

A.P., otarably prepodavatell; GUSEVp I.P.,, doteent;,KUZRETBOV,
ANDRIANOVI - ---0
L*A.-p- otarohiy propodavatelf; PfMKURIN, V,V., dotsent; FED Wq--
starshiy prepodavatell
Clay breakthroughs in mini 9 Izvevyseuchebtzavej gorothur,
no*3:15-18 161* (MMA 15:4)
1, Tomskiy ordena Trudovogo Krasnogo Znameni politekhaichaskiy
institut imeni SAKirovale rekomendoyana kafedroy mzmbotki
plastovykh mestorozMeniy Tomokogo politekhnicheskogo instituta.
(Prokoplyevok region-Coal mines and miming) (Clay)

EJZNETSOV ZLJ-
an.- Mowmwaw , I
Bialoa of awallaws. Pr1roda 46 no.6:127 Je '57. (MMA 10:7)
I. Laningradskly gosudarstysmiyy universitst Im. A.A.7hdanovs.
(Swallovs)
I

NUZZUSOV. L.A.----
Differential methods of exercise therapy in diseases of the
lumbosacral part of the peripheral nervous system, Top.kur.
fisioter. i loch. fis. kul't no,3%29-33 Jl-S 135. MRA M)
1. Is bellueologichaskogo neuchno-imeledovatellskogo instituts
imeni I.V. Stalina n& karorte Sochi--Hatsevta (dir.--doteent
N.P. Vladimirov)
(NERM, MRIPHUAL, diseases
lumbosacral phys. exercise ther. differ, method)
(I M 0181 THERAPY, In various diseases
differ. method in die. of lumbosacral peripheral nerves)

Tr'I~N
momm, TU.M. L.A.
Bilateral spontaneous pneumothorax In foreign bodies of the
trachea and bronchi. Vast-nto-rin 17 no.4:42-44 JI-Ag 155.
(HLRL8:10)
1. Is Barnaul'skoy gorodakoy bollnitsy,
(TRAGM, foreign bodies,
causing pneumothorax, bilateral)
(BRACH1, foreign bodies,
causing pneumothorax, bilateral)
(MMCIGN BODUS,
bronchi & trachea, causing bilateral pneumotborax)
(PNZMOTMRAI, etiology and pathogenesis.
for. bodies of bronchi & trachea bilateral pneumothorax)

XMIMPSOV, L. h.
icology and biolo&7 of Anabasis salea (G,A.M.)Benth.e.l. Biul.
SHO LGU U0.101-58 158. (MIRA 13:6)
(Anabasis (Botarq))

KUZNETSCV, L.A.
Geobotanic2l char2ateristics of Anabaseta salsae communities.
Uch zap. Ped. in3t. Gerts. 178:119-144 159. (MIRA 14:7)
4nabasis (Botany)) (Pastures and meadows)

-i-e-f 121"
ACC NR,
W'd
SOURCE CODE:
AUTHOR: Kuznet=,I"-A,.Uoctor of technical sciences). Bogoradovskiy, G. 1. lj~
(Enginee_r_j_,-Krinskiy, A. A. En ee h Kuznetsov, A. L, Candidate of technical
(Egin
sciences); __~surovj_j_~_,_!, ngineer)
ORG: none
TITLE: Basic results of tests on an experimental-industrial sample of the amw-6.
gas turbine unit of NZL
SOURCE: Energomashinostroyaniye, no@ 5, 1965P 1-4
TOPIC TAGS: gas turbinep industrial blower) gas flow/Gr-750-6 gas turbine,
370-12-1 industrial blower
ABSTRACT: This paper' describes' to eta an the GT-750-6 gas turfiLn'8'____1
'unit designed and built in 1963-1964 at-NL Nevskly Mgchlng-_____
~SLIII di 0 1
7
X and intended to drive a 3 - 2-1 centrifugal
!blower et the pumping stations of gas mainist
Some of the constants of the gas turbine arai Temperature of
jhe gas ahead of the high pressure turbine 7500 C1 power at the
blower coupling 6000,kwi fuel consumption 1.93 tons/hr; rpm of main,
`shart 5,6001 degree of regeneration 0,70; efficiency of the unit
~
;!27.0%; gas flow through the turbine 190 tons/hour. The paper gives '
curvep or tomparsturest pressureso.africiencLoq and..outauba for
variou .3.operating conditions, Orig. . ar.t, bae 6 ligurea and 7 formulaso- tjpp.8,j
SUB CODE., 13, 20 SUBM.DATE1 none ORIG REF: 002
Card 1/3. mat 621.438.001-45

PAVLIKCIVSKAYA, U.B,; KUMETSOV, L.A.; NIEKBAYEVY V.1i.
Changes in the external respiration under tile effect of physical
loads of varicrurintenoitT In pationts with heart defects of
rheumatic etiology* Vop.kur., fiziotnr. I loch. fiz. kul't 30
no.5t444-447 S-0 165. (MIRA 18:12)
1. Otdelenlye lechobnoy Vzlchnakoy kulltv-y (zav. - kand,med,
nauk L.A.Kuznetaov) i otdaleniyo filnktaicnallnoy diagnostiki,
(zav. N.B.Pavlikovskaya) Sochinskogo instituUi kurortologil i
fizioterapii (dlr. Nje#Romanov).,

KUZNETSOVj_..L.A,.p,kand. med. nauk
Review of V.N. Moshkov8s book "General fundamentals of
exeroise therapy," Vop. kur., fizioter. i lech. fit.
kul't. 29 no.1:83-84 164. (MIRA 17:9)
1. Zaveduyushchiy otdeleniyem lechebnoy fizicheakoy kulltury
Sochinskogo institute. kurortologii i fizioterapii.

IMIETS 07, L.A.
Automatic operation of a compresaor plant. Der. prom. 12
no*5t25-26 My 163s (mm 16:7)
(Compresoors) (Automatic control)

KUZNETSOV, L.A., inzh.
~t~" W-1
Silicate products for rural construction. Stroi.mat. 9 no.9t
18-19 S 163. (MIRA 16:10)

KUZNETSOV, L.A.
Device for reversing the circulation of air in dryIng
chambers. Der. prom. 12 no.806-27 Ag 163. (MIRA 16:11)
1. Fabrika klavishrqkh instrumentov *Zar7a.w

XUZN-LTSOVs L. A. PA 37/49T21

0
go A
00 a
ore
oIl-i's-
Degree of 11W Reg-"-
Cantnuom
1
so r "
Gan at C,,-Turbhw 1101SWIS"W"
OpMOV106 (In ]Russian,) L A, Kumelpov and S- A.
and Turbim,
i
W
M
et
e
n
Ilychemkov. Kofluesirbeel-r
Manufacture 1, 1 an,Fth. 1949. p. 1.3.
~
of the ab-ve. 70-
presents a theoretical analysis
769 fWneralJon is recommendvi for stationary
Installations. The rtlationship of befle rhararter-
oo Op"ifle 11111 ron%umption, and
Istiro-ft-Y.
useful output-to C06111clitnt at regeneration Is
*0 Interpreted graphically.
00
00
Wei
A -4-1 ...... .. .. .
U A AV to 1% 1
9, of a 0 0 0 K a a it st a I Sr 91 9 A 4
0 0, 0" 0" *w 00
0 0 0 0 0 0 0 0 -a 0 0 0 0 0-- --* -- : : III.

L
KUNzio"ov) L. A. The cons truet ion snd desir! cf hnos ill 'h3rro-
electric power plants. lbskvn, Gos. nquch.-tekhn. izd-,,fo L,-ashino-
stroit. lit-ry, 1949. 249 p. (50-19'M)
TydC41.KS

inxh*ner; ZAWF, O.A.. Inzh*ner.;ZVYAGrNTSKV, V.T., inshener;
aM-NBTSOV, L.A., kandi"ttekhnichookikh nmuk.
rnvestleation of blading of turklass developed by the Nevskiy (Lenin)
Mchinery Manufacturing Plan:*. Nnorgonashinostroanie no.10:1-8 0156,
(KLRA 10:1)
M=bines-Bladaw)

8 6 14 (6) 1 Z -. 54 - - 5 5 9 1
T.-a.azlz.tica frc,-.n: Referativn-Y zh
uznaJ.. I ~- 59 4, Z9 'USSR)
AUTHOR: Bycla-MIKov, S. A. , X.,azzaetucy, 11,. A. , ane Se::m:che-T, 7 G'
TITLE: Stationary NZLGBi3 Turbinea
PERIODICAL* V ob. : 1zpo1'zovzni7r.- gzz?. v
1957, pp 114-121
ABSTRACT: Nera Pl=t imeni Len,- bL.Illds 1. 5-6-A'dw 9F-0-
turbine -Lniits. All unita built lay thiz plant bave th--- zimt-.Iest zc_!Iem~s with F.
develope:l regeneratica an:! a curbine-antrance TV,,
fi---st GT-61)0-2, .5 industrial unt., (600'3r., !.5 Mw) ffra,2f_S
cl Leavy liq7_,id fuel. The: F,(--;,-50300 gae-4urbir.~r--::or~171-rec--,,~~z
,,ap3.c-'.y 2.5 Mvr) i-a jmtende:! for craratiol-I cp_ 0. gP_3 1-_-:)rT1 t_'wA1-'er-
groun-3 gaa:fficat"-am. Its axial extrazzic-a-tv coxrAprezL,.cr cnza:-es mienve:riag
:L-ito the drill-hole &I Z.2-ntzm. Th~_ unit
cperatcaz on blact-lumace gas with QH w 630 heall'Ag anL1 drves a
Ga r -1, 1012,

SOV/ 112-59-4-6591
Stationary NZL Gas Turbines
generator. Use of a 4oLble housing znd runner air cooling pezmittled
considerable savings on au3tenite steel without any appreciable reduction ol
efficiency or reliability of the machine. A GT-700-4 u-nit ('600040-0, 4 M-q) has
been developed for gas-pumping stations; its acheme is Oimilar to that of
C;T-600-1.5, but it has, in addition, a superimposed turbine. New bladZng in
ito Sas-flow path ensures a high efficiency.
V. S. P.
CaTd 2/2

KUZNZTSgy,,T- .,LtNDA Ta.A., inshener, redektor.- GOYM. Te.le
redaktor lzdatel stva; STAROZHUK, Ta.P., kandidat takhnichesidkh
nauk, retsenzent; ffGHEVA, O,V., takhnicheskiy redaktore
(Combustion chambers of stationary gas turbinesj Imery egoraulls,
statsionarnykh gazoWwbinnvkh ustanovok. Hoskvs, Gos.nauchno-
tekhnsizd-vo mashinostroltelit-ry, 1957. 1" P, (KLRA 10:6)
(Gas turbines)

KUZMSOV, L.A., kand.takhn. nauk.
Selecting a starting motor for single shaft gas turbines.
Energomashinostroonle 3 no.i2:37-39 D 157. (MIRA 11:1)
(Gas turbines)

5/212/59/000/013/021/067
A002/AOOl
Translation fromi Referativrxyy zhurnal, Elektrotakhnika, 1959, No. 13, P, 32,
# 26377
AUTHOIRS-a Bychenkov, S. A., Kuznetsov, L. A., Dorfman, L. A., Shkutov, K. 0.
TBLIZ: Tne Experimental Gas Turbine Plant of NZL
PERIODICALs Tr. Novak. mashinostrolt. z-da, 1957 (1958), No. 1, pp. 211-226
- was built at RM in 1945-
TEXT: An experimental gas turbine power plant
1948. At this plant a single-shaft FT-~50 (GT-550) unit was Installed working
on an open cycle witl. regeneration (550 C gas tempprature, 3.5 atm pressure).
In 1255, the unit was oonve;rted to a rT-700 (GT-700) two-shaft- ins,tallation
(700 C gas temperature) . The plant was in operation for 2,500 hours with 130
starts. The OT-550 with a capacity of 8W-1,000 kw has 5 reaction stages -
CKJI - const, A - const, U/00 - 0.56-0.63. The axial compressor has 16 stages
with a 50% reaction. The adjustment of the compressor was performed during the
tests. The stage charaoteristio on which the calculation of the compressor of t*
Industrial FT-600-1.5 (OT-600-1.5) was based, was plotted on the basis of these
Card 1/2

S/I'Z/59/000/013/02!/067
The Experimental Gas Turbine Plant of NZL A002,/AO01
investigations. The nonuniform distribution of temperatures over the turbine
casing and great temperature stresses In the rotor bore necessitate a preheating
of the installation for 60 - 80 minutes. Characteristics of the turbine unit at
different operating conditions are given. Changes of the outsids air temperature
from +200C to -200C do not affect the specific fuel consumption, but the power dft
rises'by 1.5 times. The two-shaft GT-700 unit was des1gred on the basis of thq
GT-5-50 by adding a superimposed, single stage turbine with a 7000C Inlet tempera-
ture and a high-pressure compressor.
V. S. P.
Translator's notes This is the full translation of the original-Russian
abstraot.
Card 2/2

SOV/123-59-16-66692
Translation from: Referativnyy zhurnal. Mashinostroyenlye, 1959, Nr 16, p 395 (USSR)
AUTHORS: Kuznetsov, L.A.,.Lamm, Yu.A., Narezhnyy, E.G.
TITLE: Combustion.Chambers of Gas Tarbine-Installations
PERIODICAL: Tr. Nevsk. Mashinostroit. z-da, 1957 (1958), vyp.1, 227 - 244
MSTRACT: At the Nevskiy Mashine Plant imeni Lenin (NZL) works were carried out for
the investigation and designing of combustion chambers (KS) whigh could
be used for gas turbine installations operating on heavy, liquid and
gaseous fuel. The extensive work which was carried out to investigate
the KS with a two-stage whirling device of primary air, with an aero-
dynamic distribution of the air stream, permitted to draw conclusions on
the prospects of such a design of the KS and its application for the
combustion of both liquid and low-calorie gaseous fuels. Such KS are
made by the NZL for PG-50,000 and OT-600-6 installations. The Plant is
also engaged in the designing of KS for the combustion of high-calorie
gases. The work is carried out along two basic directions: 1. Using
the standard design of a combustion chamber for liquid fuel,~by.way of
Card 112 installing in it special gas burners. 2. Designing:and test" of-direct-

Combustion Chambers of Oas Turbine Installatl=a SOV/123-59-16-66692
flow combustion chambers with a telesoopi:3 fire tube and nozzle mixer. A whirling
device with hollow blades-is installed as a frontal installation (burner). The fuel
(gas) is.foreed into the hollow of the blades and is admitted to the combustion space
through fine.orifices in.the walls of the blade and in the exit rim.
Card 2/2

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P
BYCMUMV, S.A., inzh.; KVZ ~ IQ&- T=~ 71" kond.tekhn.nauk
Considerations in the selection of statIonary gas-turbine
units. Energomashinostroanis 4 no-3:22-23 Mr 158. (MIRA 11:5)
(Gas turbines)
I

- - -, - ~ I - I - - ~ - !-~ --F4~ ~ --l-1- ~- -11-1- -- mw~
XUZXN5(Wg L.A. ekandotekhn.nauk; RAM. G.A..insh.
Start voltages in seamless forged rotors of gas turbineso
Inergonashinostroenis 4 no,12:1-3 D 158. (MIRA 1l.-12)
(Gas turbines)

KOUMTSOV & L.A. , kand. tekhn. nauk; KRINSKIY I A. A. , inzh. i
BOGORADOVSKIY., G.O.,, inzh. BURDIN., A.A.,, inzh.
t
OT-700-5 gas turbine system. Energomash:inostroenle 7 no,5SI-6
My 161o - ' - (RIRA 3,4:8)
(Gas turbines)

26530
S/114/61/000/009/001/002
E194/E455
AUTHORS: Kuznetsov, L.A,, Candidate of Technical Sciences'
-K-u -z-n-e-4-7-s ~av. ~--, Engineer
TITLE- The influence of cooling on gas turbine :.haracteristics
PERIODICALi Energomashinostroyeniye, 1961, No,9, PP.5-8
TEXT, Gas turbine performance is improved by raising the inlet
gas temperature which, in modern gas turbines, is 650 to 8250C.
To achiere these temperatureethe blading is made of expensive
scar,:e material or cooling is used. Cooling complicates
construction and gives rise to additional losses but reduces the-
demand for expensive scarce material or permits of higher gas
temperature. Significant temperature increase can only be
secured by cooling all the parts of the flow path including the
blading. Cooling gives rise to additional losses be--ause:
the gas temperature is reduced and so it :an do less work;
the cooling agent (air) must be compressedi regenerative air
heating is reduced because the gas is cooled more in the turbine.
Other minor -~.-auses are enumerated. The balance of advantage is
assessed by comparing cooled and unc;ooled turbines. For
Card 1/4

26530
S/114/61/000/009/001/002
The influence of --ooling on gas E194/E455
purposes of analysts, it is assumed that the metal is cooled to a
more or less uniform temperature throughout the flow path and
that this temperature ~L3 lower than the gas temperature.
Theoretical expressions are then derived from which the exhaust gas
temperatures in -r;ooled and uncooled turbines s:.an be calculated and
thc-s6 and other expressiona are used to calculate the various pow&r
.A.oases due to -.ocling enumerated- above. For -c;on-:~reteness, a,
hximeri~~al analys-'s is made of :cooling losses in gas turbines in the
3 to 12 MW range with the following methods of :~oolingi
1) liquid screen t;ooling of rotor diso~a, as des--ribed by G.Fusner
(Ref.6x Me,~hani,:;al Engineering, 1950, N 4); 2) air cooling of
roior as by blowing air'through blad*t rootol 3) cooling of rotor
and bladea by ;Jrrulating a ~-ooling liquid. The blade speed at
--h=- root diams-.~er is taken to be 180 m/sec and the stage heat drop
Lj 17.5 kcal/kg. Othez- design detatl.3 are given. The cooled
mw'.al temperAture is takan as 300*C to p6rmit the use of pearlitic
The maximum -:.ooling air temperature is 400"C. The
-.altulation3 admittedly undo-restimate the cooling losses.
Fig.2 shows graph& of turbine -characteristics as functions of San
tsmperature, namely the efficienty na , the relati-za useful power
delivered (P and the fipetific gas sonsumption G-VA.
C!~.:-d 2/4

26530
S/114/61/000/009/001/002
The influence of cooling on gas ... E194/E455
The dotted lines correspond to no cooling; the numbers against
the other curves correspond to the cooling methods enumerated
above. Further data are given for power loss and for losses
specific to air cooling. The following conclusions are then drawn;
all Rinds of cooling appreciably reduce the efficiency but losses
with screen cooling are much less than with air. If the savings
in turbine manufacturing costs are set off against extra fuel and
air consumption, it is found that air cooling is unprofitable,
although it may still be needed in some cases to improve starting
and operating conditions. Liquid cooling, even of runner blades
alone, gives still greater losses which are not covered by the
savings in construction costs. Screen cooling combined with
partial air cooling is thus the most promising for gas turbines of
medium output. Air should mainly be used to prevent leakage of
gas through the labyrinth glands and only incidentally for cooling.
There are 4 figures and 6 references: 5 Soviet and I non-Sovlet.
The reference to an En;rlish language publication reads as follows:
G.Fusner, Mechanical Engineering, 1950, N 4.
Card 3/4

S/114/62/000/007/002/003
E194/E455 ~
AUTHORS: Kuzn Candidate of Technical Sciencesi
ironov, D.P., Candidate of'Technical Sciences
TITLE: Internal thermal insulation of the casing of gas
turbine type rT -700-5 (GT-700-5)
PERIODICAL: Energomashinostroyeniye, no-7, 1962, 23-26
TEXT: Gas turbines operate with an inlet gas temperature of
7QO*C or more and ad special precautions are required in the
de'sign of casing. , The earlier solution was to use auste;-.itic
steels but these have various disadvantages. kir cooling in
quite effective but is difficult to distribute uniformly and there
is some loss of efficiency.- Internal thermal insulation give
good results and casing temperatures can thereby be much reduced.
It has the disadvantage of requiring a larger casing and,
moreover, local coollnir may Atill be required'at places where
there is direct thermal-contact between the frame and hot parts.
The properties required of internal thermal insulation are
Card 1/3

S/114/62/000/007/002/003
Internal thermal insulation* ... E194/E455
discussed; of available materials the most suitable are kaolin
wadding and fibrous alumina. Since 1955, the Nevskiy
mashinostroitellnyy-zavod (Novak Engineering Works) has used
vermiculite concrete as thermal insulation of full-scale and model
gas turbines. The composition of this material is described.
Tests showed that it.needed air gaps to allow for thermal
expansion. Three prototypes of turbine type GT-700-5 were
internally insulated with vermiculite. concrete, micro-slag
wadding grade M-100, and an experimental batch of kaolin fibre.
The construction of the internal insulation, particularly that of
vermiculite concrete, Is described,-In some detail. Graphs of
steady temperature against gas inlet temperature for different
parts of the turbine show in particular that the centre part of the
casing could be kept to about 400*C with inle-t gas temperature of
7600c, Graphs also show change a of temperature with time for
Vioug p4j4A of, 01P t140001 top vg44ng heated up steadily for. a
period of 5 to 6 hours. After'230 hours operation and 60 starts
the kaolin and, islaj; wa ddifig- iniu1A:t1on%6f -Ahe first machine showed
no obvious shrinkage. The appearance of the kaolin wadding was'
Card 2/3

S/114/62/000/007/002/003
Internal thermal insulation ... E194/E455
unaltered whilst the slag wadding had become more brittle and
broke up more easily. The results so far available do not permit
of a firm choice between kaolin wadding or vermiculite conc7ete.
Preaent indications are that high-temperature wadding is
pref~erable to the concrete and insulation o'f this kind protected
with heat-resisting fabric does not require a 'ir gaps, does not
shrink and is of very uniform properties over its entire area..
There ar.e 6 figures.
Card 3/3

DUBROVSKIY, O.V.,, kand. tekhn. nauk; MMS.O.V., L.A., kand. tekhn.
nauk; NARZZMM, E.G.9 kand. tekhn. nauk
Experimental study of a MO&I of a three-register combustion
chamber of a pB turbine system operating on liquid fuel.
Teploonergetika 10 no.7t3l-36 Jl 163. (MMA 16:7)
1. Nevskiy mashinostroitellnyy 2avod i laningradakiy korablestroi-
telinyy institut.
(Gan turbines)

,&UOTSOV,-L,A-,-, doktor tekhn. nauk,- ANDREYEV, V.I.,-
BOGORADOVSKIY, G.I.1- BURDIN, A.A.; KRINSKIY, A.A.;
FAYNSHTEYN, A.A.; SHABASHOV, S.Z.
[The GT-700-5 gas turbine system] Gazoturbinnaia ustanovka
GT-700-5. Moskvap Mashinostroenie, 1964. 190 p.
(MIRA 17:5)

ANDREYEV, V.I., inzh.; KUZNETSOV,,L.A., doktor tekhn. nauk
Manufacture of gas turbdnes at the Nevskii Machirery Plant.
Energomaahinostroenie 10 no.7:1-4 JI 164. (MIRA 17:9)

=NETSOV L.A., dtktor tekhn. nauk, BOGORADOVSKIY, G.I., lnzh-.,-
~Niy' A,A., inzh.) KUZNETSOV, A.L., kand, tekhn. nauk;
MALITSUROV, I.I., Jnzh.
Principal results of the tests of an experimental industrial
GT-750-6 gas turbine system. Energomashinostroenie 11 no.5;
1-4 MT 165. (miRA 18:6)

KUMETSOV,_~..A., doktor tekhn.nauk; SUDAREV, A.V., inzh.
Study of b2ade-type mixers of combustion chambers with
three whirlers. Energamashinostroenio 11 no.10:17-19
0 165, (MRA 18:1-1)

ACC NR, Ay6oJ9314 SOURCE CODE: UR/0286/65/000/012/0022/0022'
34-
INVENTOR: Levin., A. He; Glazov, A. N!; Vershinin, V. I.; Danil P. He 5
Plekhanov#*fr-. S.; PaBhehenko, V. Teel Lachinov. S. S : Kuzneteov, 0: bina. F.'D,;
Levitakaya, T. T71 -fatarov, F. S.1 Lipinakaya, V. P.; Che-r-heyeva, Z.--K.-,- A12t!!VvaL ~ S.
OHO: none
TITIZ: Steal for manufacturing i~o-nasyntbeals cat ere .Class 18,, No. 171877 Or
SOURCEs Dyull*tent isobroteniy i tovarnykh anakov, no. 12, 1965, 22
TOPIC TAGS& steelp ammonia, inorganic synthesis# catalysis
ABSTRACTt A steel for manufacturing amonia synthesis catalyzera is distinguished
by an increased oatalyzar activity and has the following chemical composition:
0.10% 0, 1.0-2.0% All 0.05% Mn, 0.008% Pq 0.008% so 0-05% Cr, 0.10% -,u, 0.05% Ni,
0;40% Si, balanoo-iron. EJPRSJ
SUB OODZi 3.10 07 SUBK DATZI now
UDGI

,- -'-- --2E r
- . I z , - --, f-- -/-.,
ILTZINIITSO.Vt..~t'D.; LACHINOT. S.S.
Wfect of promoters on the specific activity of iron catalysts ammonia
synthesis. KhIm. nauka i prom. 2 no.2:269-270 157. (MIMA lot6)
1, Goeudaretvannyy institut azotnoy promyshlonnosti.
(Catalysts) (Ammonia)

.9/081/60/0OO/Q2i/Ooq/oi8
A0O5/AOOl
T~ahslation from: Referativnyy zhurnal, Khimiya, 1960, No. 21, p. 5o, # 83987
AUTHORS: Lachinov, S. %., Kuznpl= T. T)., Kurkovskiy, V. A., Shishkova, V.N.,
Dmitriyenko, L. 90.",Tyu`dkovskaya, B. G.
TITLE: The Activity and Structure of Iron,Catalysts of the Ammonia Synthesis
With Three and Four Activators
PERIODICAL: Probl. kinetiki I kataliza, 1960, Vol. 10, pp. 199-203
TEXT: The activity of an iron catalyst activated by K 0 - CaO - A1203 'a
higher with respect*to the NH synthesis than the activity oi an iron catalyst
activated by K Al 0 and '~ 0 - CaO - Al 0 - SiO (mainly on account of the
29 jt3 2 3
higher specific activ Y) I?a nitrogen hydrogen mixture is applied with poisons
containing oxygen, the activity is higher for an Iron catalyst with four activa-
tors. An iron catalyst activated by K20 CaO - Al 20 - Si02 is distinguished in
comparison! with an iron catalyst activated by K20 - RO - A1203 by a greater sur-
face, higher dispersion degree, and finer porosity. In iron catalysts with an
intricate activator compositon, the alkali and alkali earth activators Increase
Card 1/2

s/o8i/6o/c,00/021/009/018
A005/AOOI
The Activity and Structure of Iron Catalysts of the Ammonia Synthesis With Three
and Four Activators
the specific activity of the iron catalyst but lead to a decrease in surface while
the amphoteric and weak acid refractory oxides decrease the specific activity but
increase the surface.
From the summary of the authors
Translator's note: This is the full translation of the original Russian abstract.
10
I)V5170 G-cs u.OA kS -/ Ve NMI I/ ' W~, .4 0 M /-S~/ I C ivvyz -Y,-
Card 2/2

DMITRENKO, L.M.; KUZNETSOV, L.D.; KANYSHINA, Ye.A.; KONTOROVICH, G.I.
Selection of raw materials for the production of catalysts for
ammonia synthesis. KhIm. prom. no.10:750-752 0 163.
(MIRA 17:6)
1. Gosudarstvennyy nauchno-issledovateltakiy i proyektnyy institut
azotnoy.promyshlennosti i produktov organicheskogo sinteza i
TSentrallnyy nauchno-isoledovatellskiy inatitut chernoy metallurgii
imeni I.P. Bardina.

IACHINOV, S.S.; RUBINSHTEYN, A.M.; AKIMOV, V.M.; KLYACIIKO-GURVICH,- A.L.;
KONYUKHOVA, I.N.;-197VETSOV, L.D.; LEVITSKAYA, T.T.; PRIBYTKOVA, N.A.;
SLINKIN, A.A.; CHESNOKOVA, R.V.
Complex investigation of iron catalysts for ammonia arnthesis.
Kin. i kat. 5 no.3;478-489 Vq-Je 164.
(MIRA 17: 11)
1. Institut organicheskoy khimii, AN SSSR i Gosudarstvennyy institut
azotnoy promyshlennosti.

KRYLOVA, A.V.; ~gNETSOV L.D.; KONYUKHOVA, I.N.
Effect of Alkaline accelerators on the electron work function
and the activity of ammonia catalysts. Kin. i kat. 5 no-5t
948-950 S-0 164. (MIRA 17r12)
1. Institu44 khimicheskoy fiz.Iki AN SSSR i Gosudarstvennyy institut
azotnoy promyshlennosti.

-ing

--- Uri-
G-2
Abs Jour 1 Ref Zhur Fizikv, No 3, 1957, No 6960
Author tVoroshchagin, L.F., Ymnotnny. 1"z., Alayovn, T.I.
Title tDielectric Froportios of Castor Oil at High Frossuro
Orig lub iZh. cl.-sporin. i toor. fiziki, 1956, 30, No 4, 661-666
Abstract :A study was nado of the doponlonco of 'the dioloctric constent
and the tangent of the dielectric lose angle (tan
of castor oil on the Frossuro (p). The cuthor hrs described
in detail on oxporimontal setup, which nakos Possible monsurc-
ment of 6: rnd tan 6 of liquid dioloctrics all the wey to
p - 9,000 atnos. It is shown that E of cast6tzoil, at nor-
nal pressuro, ir 4.35, on(] increases with increasing p until
it ronchos P- maxi-mun ( C - =1.25) at 3600 atnos. Further in-
crease in ~rossuro reduces 6 (E:= 4 at 9,ooo att-os). The
incronuo in rrousuro at 1~ p.* 3600 nt-L-.os Is rttributed to
the increase in the density of the cpstor oil with increasing
pressure. The reduction ofle upon further increase in p is
due to tho increrso in the relaxation time. The curve of
tan6 of er.stor oil vs. p also exhibits a maximum.
Cer 1 1/1

KUZRLPTSOV, L.F., inzh.; TIMOOV, V.D., inzh.
Features of using radioactive isotopes in service systems. Elsk.
I teple tiaga 6 nooll:40-41 N 162. (KIRA 16t1)
(Radioaotive isotopes-Industrial applications) (Railroads)
;11~j

KAZANSKIY, 111kolay Vasillyevich; KtIZNETSOV, Leonid Filippovich;
UZIMIll's F.V., red. . .- - .1 -
(Ma3onry and furnace work] Kamennyo i pechnye raboty.
Voskva, Izd-vo F-va kommun.khoz.RSFSR, 1963. 38 p.
(MIRA 17:6)

SARYLOU. K.P.; KUZNBTSOV, L.I.- YAROYNYXYA. L.I.
Treatuent of Botkin's disease In children. Pediatriia 39 no.6:43-46
N-D (MUM 10t2)
1. Is fakulltatskoy detskoy kliniki (sav. - prof. P.A.Ponomareva)
u base Il Hook ovskogo gosudaretve=ogo maditainskago instituta
imani I.V.St&Uvm I 4-y gorodskoy bollnitay Zhdanovskogo rayona
(91~vnyy vrac'h Yu.A.Maksimova)
(EDWATITIS, INYATMUS, in infant and child.
ther. (Rui))

KuUeukriv. L. 1.
r' 'A 153-Til
UM/dhemistry'- RedUction" ziec'tr*o- Nov 49
Polarograpby
..."polarographic Determination of Picric Acid)"
M*~ B. Neyman, L. I. XUzneteov, I. B. Rabinovich.,
A4 V. Rysbov, Inst of Cbem, GorIkiy State U, 4 pp
"Eavod rAb" No 11 17. 96
.Describes experiments on electroreduction of
picric acid on,morcury-drop catbode. Determines
,abet favorable conditions for its quantitative
determination by polarographic methods. In-
audes tour graphs.
L MIM

R --- -
['-pf! -, ^ci --
I- K ~ 07 9 L. T.# C uld - or-Tooh- .1 0 1,14) il, U1.1j, it'll - 'il) of on
I j
the Activity of Ammon i,%-;-,yn the si s Cat-tlysts and Dev,.)Iopin,~ a 1, r
To 0 Aotiio Industrial
Cat-ilyst," Uoscow, 1959, 12 pp (Moscow Chemical and Tochnolo.-,ic-tl Inctitute
im D. I. Mendelayov) (KL, 8-60, 116)

16(l)
AUTHOR8 Kuznetsovt LeIo S07143--58,-19t-12116
TITLEs Movewnt of the Gyrosc:ope in a ResiE-ting Mediam Taking into Account
the Friction of the Suspension Clip (0 dvizhenii
giroskopa),V soppotivlyayushcheysys sreds a uchetom treniya
v podvese
PERIODICALs Vesinik Leningradekogo universitet&~Seriya matematiki,
mekhaniki i astronomii,19589Nr 19(4),PP 151-155 (USSR)
ABSTRACTs The author considers a gyroscope with Cardanic suspension,
with the weight P and moments of inertia A and C. The free
movement of the gyroscope is described by
A G, + Cro 2 + PIO, 0
r - r
.L erg, + PIO 2 0 0
Now the gyroscope is exposed to the resistance of the medium
and of the friation cf W, auspezzisjion ;,,lip. Disturbing to-,w
occurp and a non-linear system of three equations is ob-
tained, since r - r(t). The system is solved I means of
Card 1/2 averaging according to the method of Bulgakov Ref 1 1 -

Movement of the (~,roscops in a Resisting Madium Taking SOT/43-58-19--12/16
into Account the Friction or the Suspenzion CUp
It is stated that for I 0 the pre-
cession as well as the nutatiom decays.
There are I figure, and 3 Soviet taferences.
SUBMITTEDs Marh 29, 19.~77
Card 2/2

16(1)
AUTHORt Kuznetoov, L.I. SOV/43-59-1-17/17
-------------------
TITLE: On the Calculation of Amplitudes of Forced Oscillations of
a System (0 vychislenii amplitud vynuzhdennykh kolebaniy
odnoy sistemy)
PERIODICAL: Vestnik Leningradskogo universiteta, Seriya matematiki,
mekhaniki i astronomiif 19599 Nr 1(1)t PP 150-156 (USSR)
ABSTRACTs The author considers small oscillations of an instrument for
the investigation of vibrations which corsists of a symmetric-
ally suspended disk and of an optical observation element.
The oscillations arise by small discrepancies in the balancing
of the instrument and by small deviations of the suspensions,
and they distort the image.of the observed vibrations. For
the consideration of this distortion one has to calculate
the amplitudes of the small oscillations. The author proposes
a calculation method which is not completely precise, however,
essentially simpler than the usual methods for which linear
systems with seven unknown-shave to be solved according to
the Cramer rule.
SUBNITTED: January 2, 1957
Card 1/1 USCOMM-Dc-6o,929

16(1),24(6)
AUTHOR: Kuzretsov,L.I. SOV43-59-10/17
TITLE: The Estimation of the Solutions of the Motion Equations of
Gyroscope Systems (Otaenka resheniy uravneniy dvizheniya
giroskopicheakikh sistem)
PERIODICAL: Vestnik Leningradskogo universiteta, Seriya matematiki,
mekhaniki i astronomii, 1959, Nr 7(2), PP 105-111 (USSR)
ABSTRACT: The author considers a system with holonomic stationary bindings
and m gyroscopes. The motion equations have the form
N 9-1 NJ& + Ug jk4k) ' fj (t) + T-lojk( t)qk + bjk(t)4k]
k-1
where the coefficients are certain funotions of the parameters.
Beside of (1) the simplified system
n
(2) H�gjk6k - fj(t) + K jk(t)uk + bjk(t)aj
k-1 km 1
with
(3) u 1(0) qjo
is oonsidered. Under the assumption that (2) has a unique
.L tion satisfying (3), the difference q -u is estimated.
Card 112 so'u' i j

The Estimat-lon vf the Sol-itions of the Motion SOV/43-59-10/17
Equations of Gyroscope Systems
The astimation has the form
M
A+Bt I + H nt
qj - UJI< 6
1 -1 R
where the positive oonstant M does not depend on H. The given
values of the constants can be improved essentially for concrete
problems. A special case was already investigated by D.R.Merkin.
There are 3 Soviet references.
SUBMTTTED; DeQember 2, 1957
Card 2/2

Leningrad, Universitat
PRm i Boox EnwiTATioN sm/463o
Mekhaaika (Keebanics) [Leningrad] 1960. 254 p. (Series: Ito: Uchenyye zapiski,
no. 280. Beriya matematicheskikh nauk, vYP- 35) Errata slip inserted.
11,T25 copies printed.
Sponsoring Agency: LeningreAskiy ordena Lenin& gosudarstvannyy universitet imeni
A. A. Zbd-ova.
Reep. Rd.: N. N. Polyakhov, Professor; Ed.: T. 1. Kulagina; Tech. Ed.: Ye. G.
Zhukova.
PURPOSE: This collection of articles is intended for scientists, engineers at
NII's (scientific re~eaxrch institutes) and design offices and also for,students
of advanced coureei in related fields.
COVERAGE: The collection consists of original investigations in the field,,of
mDdern mechanics including general mechanics, theory of elasticity, and
b1dromerodynox-d-cs. No personalities are mentioned. Beferences accompany all
articles except one.

14c c hanics
TABIZ OF CONTMS:
GENERAL MECHANICS
scyv/463o
1. Babushkin, S.A. On the Dyawde Accuracy of Linear Combined Automatic
Control Systems 3
2. Yershov ', B.A. 9and A.Tu. LIvovich. Experimental InvestIgation of the
Vibratig- is of the S=dLag Boards of Pimos 15
3. &nR~ ~ov ~L.I. On the Equations of the Precession Theory of
Gyroscopes 25
4. Mel Injkc*,r, G.I. On Differential Equations of TrianEpOAr Form 31
1
5, Nevcselov, V-9- Supplements to the Reports on Nonholonomic
Mechanics 36
6. Novoselov, V.S. Zqrations of Motion of Nonlin ar Nonholonomic
Systems With Connections Not Belonging to the Type of N.G. Chetayev 53

S/64g.31'6'2'/00'l9/004/002/004
bo
D237 308
AUTHOR: Kuznetsov, L.I.
TITLE: Use of the Bubnov-Galorkin method in-thetheoiry of
non-linear oscillations
-PERIODICAL: Universitet'. Leningrad. Vestnik. Seriya matematiki,-
mekhanil:i i asti~onomii, v. IV, no. 4, 1962t 79-85
Nechanicah-syfftems are described by
-T(xt ~, t)
x
where is continuous in all arguments and periodic in t vith the
period of 2j-r, are considered. Only 27t-periodic solutions of (1)
are investigated. An operator equation
x P11TX a 0
.equi a it is shown that if~ beginning from
valent to (1 1 formed an~,
"
some n (1.8) has a solution x in D (D - finite and bounded),
j 0
then x - Tx . 0 (1.7).
bard 1/2

S/043/62/019/004/002/004
Use of the Bubnov-Galerkin riethod ... D237fL)308
Macre T E D has a solution xO. 4\1so, the ae quence of colutions,
IX01 (n) I contains a aubsequPnce convergent to xo. Further the
author deriven and proves Theorem 2: Let the function -T(x :k 0
posseGs bounded 2nd derivatives w.r. to x and ~c. Then, if '(15 has a
2a -periodic solution x0 for which the variational equation
(xo I:ko I t) ~ +3'V(X",*n,t)
~ X Bk
.has no 2-Ir periodic solution then, starting from some n, the solu-
tion of (3) exists and the sequence of approximate solutions con-
verges to the exact solution. There are 3 figures*
SUBMII'TED: March 23, 1962
Card.2/2

I- K= a - T..T -
Application of the Bftov-Galerkin method in the nonlinear
oscil.lation theorye Vent, LGU 17 no.19:79-85 162. (KM 15:10)
k0scillations)

MM
WRIER

ENCL.. Ou
MA tic) F&F so'; 000

L ---32937-66 --EWP(k)/EfiT(m)/EWP e)/EWP(t)/i-U
ACC NR, AP6o19932 SOURCE CODE: UR/0122/66/000/006/0063/0065
AUTHOR, DerKunova, V. S. (Candidate of technical sciences); Komissarov, G. K.
(Engineer) ; Yermakova, M. K (Engineer); Kuznetsov, L. I. (Engineer); Gol'denbe
A. A. (Candidate of technical sciences)
ORG: none
TITLE: Metal ceramic allay for work at elevated temperatures
SOURCE: Vestnik mashinontroyeniya, no. 6, 1966, 63-65
TOPIC TAGS: metal ceramic material, sintered alloy, high temperature cermet material
titanium carbide containing alloy, boron carbide containing alloy, silicon carbide
containing alloy, alloy oxidation, alloy thermal fatigue
ABSTRACT: Se al ternary alloys containing ho.8-6o% TiC, 20-39.2% B4C, and 20% Si(
were compacte~dt 2100-2150C under a pressure of 230 kg/cm2, diffusio annealed at
'10
1900C for 12 hr in an argon atmosphere, cooled at the rate of 100C/h and tested
for oxidation resistance and thermal fatigue. Oxidation-resistanceKests made on
alloys oxidized in air at 900C for 20 min, 1.5 hr, 3.5 hr, 10 hr, and 15 hr showed
that the most intersive oxidation, accompanied with oxide film formation, occurs in
the initial period if the exposure and practically ceases after 5-hr exposure. All
tested alloys can be regarded as oxidation resistant since their veight gain in 15-hr
ij-i7kg'AT
Card 1/2 --- --- I

L 32937-66
ACC NRj Ap6ol9932
tests was only 4-6 mg/cm2, which In 3.5 times lower than the weight gain of TIC
under identical conditions of oxidation. 11be thermal fatigue resistance van evaluated
from the number of quenches from 1200 and 2000C sustained by alloy specimens before
failure. In quenching from 1200C, the investigated alloys sustained 40 thermal cycleg
without failure, which was double the number of thermal cycles sustained by TIC and ~
20 tim~j as many a~jn allWIcontaining 85% SIC + 15%BiC sustained. Hence, titanium-,
boron- and silicon carbide-SAsed alloys can be recommended as material suitable for
making parts operating &nigh temperature under conditions of frequent temperature
changes. Orig. artd has: 4 figures and 2 tables. [NDI
SUB COEE: U/ SUBM DATE: none/ OIRIG REF: 002/ OTH UF: oo6/ MD PRESS:,~'d '17
V
Card 2/2al'Oy',O

122-1-196
Translated from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr" 1, p.29 (USSR)
AUTHORS: Kuznetsov., L.I., Mikhaylovich, A.M
TITLE: Investigation of the Spreader Type of Burning Anthra-
cite with Liquid Slag Removal on the Aand (Issle-
dovaniye sloyevogo, Bzhiganiya antratsita a zhidkim
shlakoudaleniyem na. stende)
PERIODICAL: Sbornik'. Issledovaniye kotellno-topochhykh pro tsessov,
Moscow, Mashgiz, 1955, pp.62-70.
ABSTRACT: Bibliographic entx-y.
Card 1/1

KUZNETSOV, L. 1.2 BLANTER) M. Ye., LOZINSKIY, M. G., and SINODOVA, Ye. F.
"The Effect of Alloying Element,,
Alloys at High Temperatures" by M.
Gov, M. G. Lozinskiy, and Ye. P. Sinodova,
Science$, Academy of Sciences USSR,
tute, Izvestiya Akademii Nauk SSSR,
Nauk, No 12, Dec 56, PP W-95
on the Hardness of Nickel
Te Blanter, L. L Khtnet-
Institut-e"Of Machine
and Moscow Aviation Insti-
Otdeleniye Tekhnicheskikh
Since nickel-based alloys are widely used in contemporary specialized
machine building, especially in the production of gas turbines, the authors
detail the results of their investigation of the effect of chromium, tung-
sten, molybdenum, titEnium, cobalt, and aluminum on the temperature-hard-
ness relationship of nickel alloys in temperatures ranging from room
temperature to 1,1000.
The experimental methodology and specimens are described. The greatest
hardness at high temperatures results when binary nickel alloys are
alloyed: 19% Cr (20.9 atomic %), 12% Mo (7.7 atomic %), 11% W (3.8 atomic
.%)) 4% Ti (4.85 atomic %), and 1% Al (2.15 atomic %). Molybdenum, chro-
mium, titanium, and tungsten, in that order, have the greatest effect on
increasing hardness in the range of temperatures investigated.
. 14-1" 1 0- ;a

Z 129-12-4/11-
AUTHORS: Blanter, M. Ye. Doctor of Technical Sciences, Prof.
and Kuznetsov, L. I., Engineer.
TITLE: Recrystallization processes in alloyed nickel alloys.
(Rekristallizatsionnyp protsessy v legirovannykh
splavakh nikelya).
PERIODICAL: Metallovedeni a i Obrabotka Metallov, 1957, No.12,
81~
pp. 31-36 (US R
ABSTRACT: Systematic data on the influence of the alloying elements
on the recrystallization processes in binary nickel
alloys are not available, except those published by
Davis, M., Densem, C.E., Rendball, J.H. (Ref.1) for
Ni-W alloys. Therefore I the authors of this paper
studied the influence Of Mo,.Cr, Ti and Co on the
.recovery",and recrystallization in
process of softening,ft
binary nickel base alloys. The composition of the alloys
was selected in accordance with the diagrams of state
of nickel and the respective element in the range of
homogeneous solid solutions, see Table 1, P-32. The
Ni-Mo Ni-Cr and Fi-Co alloys were produced in a
chromium-magnesits crucible,inside a high frequency
furnaceland the Ni-Ti alloys were produced in a
Card 1/5 magnesite crucible. After casting into 3.5 kg ingot,

Recrystallization processes in alloyed nickel alloys. 129-12-4/11
the material was forged into rods 8f 9 x 9 mm cross
section and annealed at 880 to 890 C for 30 minutes.
Following that,the rods were cut into specimens 6 to 7 mm
high and deformed at room temperature by means of a 50 ton
press with reductions of 5, 10, 25 and 38%. The
recrystallization processes were studied on the basis of
metalloeraphie analyses and by the hardness method.
The grain size of the alloys was characterized by the
specific area of division of the grains (S mm /mm3)
determined by means of the method of random secants
proposed by Saltykov, S.A. (Ref.2). The results of
investigations of the influence of preliminary plastic
deformation for the alloy M8 are reproduced in the
graph, Fig.1, which shows the influence of the heating
temperature on the size of the specific surface of the
grain boundaries for an Mo content of 8.17%. The
graph, Fig.2. shows the influence of the heating
temperature on the hardness of a preliminarily work
hardened alloy M8 whilst the graph, Fig.3, gives the
results of investigations of the softening and the
changes in the specific surface of the grain boundaries.
Card 2/5 The influence of the heating temperature on the magnitude
Recrystallization processes in alloyed nickel alloys. 129-12-4/11
of the specific surface of the grain boundaries was
investigated on a series of Ni-Mo alloys, all subjected
to an equal preliminary plastic deformation of 38% and
the results are plotted in Fig.41 P.33; the graph Fig.5,
shows the influence of Mo on the recrystallization
processes and on the softening. The results of
investigations of the influence of about 5 at.% of Tit
Cr, Co and Mo on the recrystallization processes for a
prelimina y plastic deformation of 38% are graphed in
Fig.61 P-34. Comparison of the results of investigations
of the recrystallization with results relating to
softening enabled clarification of the role of individual
rearystallization processes and the influence of alloying
elements on these processes. In M8 nickel-molybdenum
alloys containing 8.17 wt4 MO (5.19 at.%) the initial
stage of softening is determined by the recovery process,
the temperature range of which decreases continuously
and regularly with increasing degrees of preliminary
plastic deformation; softening, accompanied by recryBtall-
izatiog treatment, takes place within a temperature margin
Card 3/5 of 100 C and the softening is accompanied by selective

Recrystallization processes in alloyed nickel alloys. 129-12-4/11
recrystallization within a temperature margin of 25 to 50 0C.
With increasing Mo content the structure of the alloy
becomes continuously finer for an equal degree of plastic
deformation; increase in the Mo content leads to a
continuous increase of the temperature of the beginning
of the recrystallization processes and also of the
temperature of the beginning and end of the softening
and these temperatures increase particularly sharply for
Mo contents above 8 wt.%. Softening of'preliminarily
deformed nickel alloys is a consequence of the recovery
processes, recrystallization treatment and selective
recrystallization; depending on the character of the
alloying, tne importance of each of these processes will
differ as regmds removing the work hardening. In non-alloyed
nickel the softening coincides with recrystallization
treatment; introduction of equal contents of Co. Cr. Ti
and Mo (about 5 at.%) changes the character of this
softening. Introduction of Co leads to a larger zone
of recovery temperatures; the recovery phenomenon is
also observed in the case of introduction of Mo. On
introducing Co Ti or Mo, the final softening takes
Card 4/5 place during seiective recrystallization. In the case of
Recrystallization processes in alloyed nickel alloys. 129-12-4/11
equal atomic concentrations (about 5%) of the alloying
elements of the 4th period of the periodic system, the
initial softening temperature increases on changing over
from Co to Cr and Ti.
There are 6 figures, 1 table and 2 references, one of
which is Slavic.
ASSOCIATION: All-Union Correspondence Institute of Mechanical Engineering
(Vsesoyuznyy Zaochnyy Mashinostroitellnyy Institut)
AVAILABLE: Library of Congress.
Card 5/5

KUZNETSOV, L. I.: Master Tech Sci (diss) -- "The kinetics and mechanism of
vow-""Wmo ..... 06
weakening of binary nickel alloys". Moscow, 1958. 9 pp (Min Higher educ
USSR, Moscow Order of Labor Red Banner Inst of Steel im I. V. Stalin), 120
copies (KL, No 7, 1959, 124)

83498
S/123/59/000/008/028/043
AOO4/AOO2 ~ I ~
Translation from: Referativnyy zhurnal, Mashinostroyeniye, 1959, No. 8, p. 112,
# 29413
AUTHORS: Blanter, M. Ye., Kuznetaov, L. I.
TITLE: Softening, Rec~~and TReor~ystall`ization'of Nickel Alloys-1
PERIODICAL. Tr. Omskogo mashinoatrolt. in-ta 1958, No. 2, pp. 91-109
TECT: The authors investigated the effect of Cr, Mo, TI, Co, and Al on
the processes of softening, recovery and recrystallization of n1ckel-base alloys.
Moreover, they deteiined the effects of temperatures in the range of from room
temperature to 1,100 C and the degree of alloying on the chariges in hardness of
non-deformed alloys, on the softening of differently alloyed and differently
deformed alloys and on the structural changes during the softening of alloys.
Comparing the mechanical properties of nickel alloys possessing an optimum
content of alloying elements it follows that the hardness of these alloys is in
the most effective way increased by Mo, while Cr, Ti, W and Al have a lower
effect. It is shown that an increase in alloying elements (for the same degree
of cold hardening) causes an increase In the temperature range of softening. In
Card 1/2

83498
S/123/59/000/008/028/043
A004/AO02
Softening, Recovery and Recrystallization of Nickel Alloys
Ni-Mo-alloys with 12% Mo and a cold hardening of 38%, the softening temperature
range amounts to 600-16000'OC, whileofor 8% Mo, 1% Mo and pure nickel the values'
are 500-675 C, 450-600 and 400-500 respectively. Investigating the structure
of NI-Mo-alloys for the whole softening temperature range it was found that the
Initial period of softening is not accompanied by structural modifications and
that the softening observed In this temperature range Is stipulated by the
phenomenon of the recovery. Mo-alloying In proportion to the Mo-content promotes
the refining of the plastically deformed nickel-alloys and also Increases the
initial temperature of softening, machining rearystallization and collective
recrystallization. The alloys with an 8% Mo-content or more show a particularly
abrupt increase in these characteristics. The recovery phenomenon is not obsezved
in Cr- or Ti-alloyed alloys. The initial softening temperatures of a number of
nickel-alloye with Co, Mo, Cr and Ti are in the range of 4000C for pure nickel
to 6000 for Ni-alloys with 4,27% Ti. There are 11 figures and 5 references.
L. Kh. Sh.
Translator's note: This Is the full translation of the original Russian
abstract.
Card 2/2

AUTHORS: Blan*ter, M.Ye. and Kuznetsov,
TITLE: The Connection betif-e-e-n--S-oT'V-en-rng-During
Work and Temperature Softening
PERIODICALI Izvestiya Akademii nauk SSSR,
nauk, Metallurgiya i toplivo,
sov/180-59-3-13/43
L.I. (Moscow, Omsk)
Removal of Cold
of Nickel Alloys
Otdeleniye tekhnicheskikh
1959, Nr 3, PP 75-82 (USSR)
ABSTRACT: The two processes of softening appear, at first glance, to
be unconnected processes. Alloys tested were binary
alloys of nickel with molybdenum, chromium, tungsten,
titanium, cobalt and aluminium. Chemical compositions are
given in the table. The degree of softening was followed
by measuring hardness at various stages. Samples were
given 5, 10, 25 and 38% deformation and heated to various
temperatures. The temperature of half-softening was
measured,i.e. the temperature at which the hardness was
the arithmetic,mean of the cold worked and the unworked
material. Fig 1 shows the effect of alloying content
on the half-softened temperature. With 5% deformation,
We Mo and Cr have the greatest effect. At higher degrees
of deformation Cr and V have the greatest effect. There
already existed data on the hardness of undeformed alloys
at varlous temperatures (Ref 3); from these �t could be
Card 1/3 seen that the hardness test itself introduced cold work.

sov/180-59-3-13/43
The Connection between Softening During Removal of Cold Work and
Temperature Softening of Nickel Alloys
At higher temperatures, recrystallisation also took
place so a characteristic bend in the hardness-
temperature curve was obtained (the critical temperature).
Fig 2 shows the effect of Mo additions on the hardness -
temperature curve. Fig 3 shows the influence of
alloying elements on the critical temperature.
0.5% W or Mo and 2% Cr have a pronounced influence. Thus
an increase in critical temperature and an Increase in
the half-Boftened temperature are both brought about by
the same alloying additions. This is because the
hardness test itself introduces cold work. Elements
which have the strongest effect are those which form
strong interatomic bonds and have the greatest values
for heat of self-diffusion. The relation between the
critical temperature and the temperature of half-softening
is shown in Fig 4 for Ni Mo alloys and in Fig 5 for
Ni - Cr, Ni - Ti and Ni Co alloys. There are 5 figures,
Card 2/3 1 table and 24 references, 13 of which are English,