SCIENTIFIC ABSTRACT KULAKOV, N. K. - KULAKOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927320014-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

O-OV/68-59-5-6/25
Some Individual Regularities Characterising Coking Conditions in
Industrial Ovens
content to 8.0 - 8.5% which decreases the evolution of
non-condensing gases in the cold charge and inoreases the
density of the upper layers of the blend during levelling;
b) a decrease in the under-roof temperature and slower
coking rate; a) a decrease in the content of dust (below
Card 4/4 0.2 mm) in the blend.
There are 8 figures and 1 table.
ASSOCIJkTION: Giprokoks

STEPARMO 9 Mariya Aleksandrovna; BRON , Yakcrv Abramavich;,=
--fitikolay-Aand,antinovich; LEYTNSp V.A.v otv.red.;
Lno", s.S.v-"-a,-J-z7a--va; ANDUTEVv S.P., tekhn.red*
[Production of pitcb coke] Proizvodstvo pekovogo koksa,
-cliernoi i
Kharlkovt Gos.naucbno-tekhn.izd-vo'lit-3W po
tmtnoi meta-UurgL4rj-1961.-311 Ps (MIRA 14:7)
'(Cbke industry-Equipment and supplies]
.C 7

KULAKOV, N.K.; ZUBILIN, I.G.
Heat losses to the surrounding medium in coke ovens of the PK-2K
and PVR system. Koko i khim. no-4:21-26 f61. (Mt, 14:3)
I* Giprokoks (Kulakov). 2. Khartkovskiy nauchno-issledovateltakiy
uglekhimicheskiy institut (for Zubinin).
(Coal-Carbonization) (Heat-Transmission)

TAYTS. YPJI., dnktor tekhn. 'nauk; SHUATS, S.A~p kand. tekhn.
naukIdeceased)l PEYSAUZON., I.B,. inzh.; GELIFKR, M.L.,
i.nzh.-. DMITRIYTTKO. IM.T., inzh.,-, DORWAII, G.A., -Lnzh.-.
TZRAELIT ', Ye,.M..~ inzh.~,K.AIAKQ_V, 1-1 ,K., inzh.-. KUSHIYANSKIY,
B,.S.:, inzh.~ 14MKSON, L.V., imzh*'[deceasedI-,'LEONOV, A.S.,
inzh.,, SHVAkS G.A., inzh..-, SHVARTS4AN, I.Ya. inz~.-.
YATSENIKO. N.Ya., ixiA.'~ BAbill. P.P., inzh.,, KHANIN,
doktr)r tekhn, nauk.. prof., red.-, KOUREV, V.P., inzh.,
red., KUP&1-110, P.L, inzb., red.?, LGALOV, K.I... Jnzh..,
red.i LEYTES~ V.A., inzh., red.z ~EIUJER, B.Z., inzh.,red,3
POTAPOV.. A.G.. Jxiih.. red.- SHELKOV, A,K., red.
[By-,prodlict coke industry worker's handbook in six volumes]
Spravochnik koksokhimika v shesti tomakh. Moskva.. Metal.-
lurgiia. Vo_-1.2. 19105. 288 p. (MIRA 18:8)

KULAk6Vj 9, 9j 0 -Vice-Ach (14ember ot t',je MilitAry Council of the Black Sea F100t)
Author of articlep "The Immortal Traditions of Sevastopol'," honoring
the 100th anniverst3ry of the defense of the city in the Crimean War.
lovetskiy Flot, Moscow, 17 Cot 54
SO: SUM 291, 2 Dee 1954

KUYAM, A.T.; VINNIK, A,1,; KUIAKOV N-911f--
Control of the rotation direction of the hoist. Ugoll Ukr- 5 no.R
17-18 My 161. (MIRA 4:5)
1.r DodgiprougliBmash.
(Hoisting machinery) (Automatic control)

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=00

wo.wrid out with true liquW
I with those obtained with coo
roo

vbid~w Of It" COO
too
abo"
.
"
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m
uwm
v1sk;
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::O0
!S11.1LA *ITALLUROKAL LITEROURE CLASWKATON
FA #11 L
b u8 A, 10 L, a, ; In It ;Lv AS I
0 0 0 -4-i a 0 * 0 a
: a : : : : *0 00 00 0 0 0 0 0 0 0 0 4
:
YA00
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rw 0 1 9 14 5 A3 0 3 1 0--varl
is 0 0 a a 0 0 0 0 0 0 0 0 497
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-
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L
-
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00
alpafka"tal study *I th4 velocity eaction of Xat -00
an
mieving to tuboo. N. N;-Kulakov mW K. 1. Nam
J. Tfck. PAys. (U. S. & R.) 9. 3%
pcnsioo of ptst in HaO was 4hCUivd In a tube by a 3%
.
l
U
dil
H
SO
Th
.00
suspens
oa
m assm pmt i"IM
,
.
..
c
I
shape of the betwftn both suMwnsions was detd.
= -0 40
by mmm all
1 leg pwcd st volout ditionces (fum
Sim side of the tube. in &a expia. It dif"vvi from the
malsolic cwvt of wdinarv 6minatv flow.
oil
*0
-s L AattAtimKO LiTtlIalt,111 CLASLIPKATICI.
U It AV .0 IS
0" 0' 1, ; at K 4 X 9 if a a it 9
v 0 0 e o 0 a 0 o o
*Is a o a o 0, 0
0 0 0;0 0 * 0 0 0 * 0 0 0 0 * 0 * 0
0
4r0 a
00
1190*
tt*O
be 0
a W 0 84 13
1 Ila 0 of 1 3 4
q of 0 o 0 40 Is
0 0 0 9 4 0 0 0 9 4 Ir & * 0 a

0 ego go o so so* 0 0o 0
I is It 1) 11 W Is 14 11 W "pilin Ann
A A L A L-K-j. a Is P V I L-t-1 --- L-1,
so
Movemmitt at wd aiw let aW
K. 1. SamarWa (NoU4W. 5k".,
movement of post
in &r, JVJW t"n chafiftel can
14 Me - 06.1 to bring the
K1111villt chau~;V'l? its hydraulic
cnasts. The val. of C i% fi,r
that o(.11,0: i. Is 0 for 11,0
so a =umous c.rrr,luinditig with
[measured in, capillaries.
0 811 channel. Lt.. the hydraulic radius,
remains almost Const.
j!
I L A sl[TALI.OCK41. LITIRAIIA11 CLASSEFICA TION
to
4.1
--It-- IF
--,
T
K Ct ft it Of
U U1, Is
0 0 0
0 0 0
Is 0 0 IS 0 0 0 6 4 a 0 0 4
Mi7als;J611 U H Jd Is As V is 0 a
AA 0 Cc W UI ' 4

bo& N. N. KulAkov and
-
-
'
"The
,M~
MO, 6
OM
(containing -4% cq mojij.)
be expre"W by the equ;ttI(,n ;-so
JIVC" AlWnj 1.1 tj0W. j thO
tadiu*. suit CAnd I. Ato
41
-4 :
peat %uspens6m* S-10
" 1
but has ~ wasurable. vAl. 1-r -00
the " virld %-4l." 4 vw~ity
It tbe',Icj)th of liquid in the 0
is varied, the pr(Auct Rt.
J. J. 11.

zo 0
is 0
as
-00

age

--410
Los
ties

too
-
Ad i T Ili 0
Fr
'is
4 0 0 0 0 0 0 0 0 0 0 0 04 4 0 0

*00
sea
9 1 a it 9 ts M ts is it a
all 210 ion 11WA1111410 doml
-Mvisfifs *049
41 tn.-
peat suspeations. M
Peat lost.). M". Xavk-.r5S.XVdd; Tirkh.
F /40. -VMV1AWAaiwi# Vyaskoiri distre. (to- OJU tn 1.04 cm.), coupled with Stakes
(diffrfence -f
I de
f41tilditel i XAold. PNowtv (Ctj
owtective
Vii(Play
%I
tn

,
C14loidd) SAM 1
1
-0
1, 4030941)

%
I
equolloll InVOVIA1 it
I.V.11 Ili on first
IWO at Ich III# Ascrud
R4 O
i
f

00
.
.
j%_
I 7
t~t
1'.
111114!g Viscalinitters suitable (or Peat $us.
ms &
sulpvtts
4. o
P
b,,,met tl*tkvsbk), a 6 a."umed to be PrWOM110"W to
gem Jon,
s use capillary diam. from O~M to I MO cm
'POI
M)
100
f
Th
U
h
~J f. This method presu= laminarity of fhrw Ift fultes
A
hi
IS
font
C1111-
to
e CAP
!UY
Mwt ss=p-
s
of 57 ctn. diam, at Ycloc ties of 70 cradw.: t
wil is rearftrain 4400 cc. vol.; pressures ase up to 3W nun. tictn has been cmtested. Preliminary CIP14, With ftOMAII
~"c "'IrertiOn Of flow can be rcycrwd- It - --
= newtonian liquids den. anstr%tcl the ittratity at rc-Aults
,
that pclkt suspernim in water oodom to Sing.
* obtained with the 3 methods. This docs not however
W
i1
bam
s modd of a plastic-triscous body, the Waiting allear. h
e
of peals in water.
WA foe suspensions of the tn
inq sues% 0 and the Hingham Visicasity T being coast. and
Inde
t ct 1h
nde
din
f th
i
ill
Sli the results obtained by the ttwo methods are at least
g
'"
th
t
b
e
iclis
ont o
n
e cop
ay.
pe
ppage e
e
ween
compamblej there is a marked discrepancy
along the wills of the
espillary is tigible, In the caw bf and the results of the n'tthOd Of the ascendinF sphere.
000 '
glass tubes but is lignifimt In St ubes; the thickness
pw1bility of using velocit-
Oat reason is the IM of It%-
'
Oed (At the pure water layer at the wall. vespontilik far the
, cension sufficiently low to war-t application of Stokes
- e
'11
wa,% found to be of the order of 0.15 p. The
N=
laws. furthermore, the assumed proportionality between
i
sew between glass and steel 6 linked with a marked meter
& j;d # is oaly rough. While the capillary vism
difference In wetting, a% evidenced by dettis. a( the aillile
"
"
' pemits to &How for all necessary corrections- Including the
of contact. -30
on glam, -77
W
on sted. Withrisiag an tffed of suppage, and Is thffdom considered the meat
temp.. betwern 8* and 50% both 0 and v decrease; the
latter decirt-&%es more slowly than the true viscasity of pure iel"k ruethod. the rotating ter constitut! i the
%Ism-c
"ter The devreasie a( # is mom pronounced than that. most convenient method of dels. I and q. (3) Data on
at, ; iltxzt H* to 50' 0 falls to ball its original Vallic. The Industrial4cale flow of peat suspensions check sat6f&c-
'
I same effects are observed with w1alit adda . (wain). torily with lictrik
s formula linking the yield In L/Scc.
s
Aging of the suspensions Is Indicated by a spotstanews with the loss of premure P (kc.4q. cut.) alorg
otk m. of
J W
Increase in both 0 and it. (2) The results obtained with pipe, the diam. D (cm.) of the pipe anti 0 (kjl./sq. cm.),
1
6

the capillary vismimicter were cornpared with thaw for .
CD
IP The rormula was
1-W
d b
d
f th
h
k
fil
(
l
i
F
6
i

the same Wt luspenslool, by 2 otw MetbotIst a rotat- -
ec
c
e
etn%. o
e n
ac
.
e pro
vc
tr
ty d
y
Q ing typ viscosImeter In which an Innu co"I&I CYUud WILOa In the pllws, bY alliliNg 411 eIrCITOlyff Sind 111MUr.
cuffent at variml,l 11"Tik's corty
ing the cler
-
is nustle to rotate under the action a falling lend - mad
01
, .
.
i
1-v
rate of al
'~E nbWs mcn~21 mem as it. C Was
foull'
to be rclated it) tile Iling1liallt vi-coftity by C
giving C 0.018. in gootl rgrmtrient with the

M440 e from exptl. data. N, Thou
"at on. 4#C x2"jn,1.,vj I

t1t 4 L I VA 1.510 two Is WINN941114 7 9 V
A " P M, I
0 a a 0 *10 0 0 0 0 0 0 0 # 0 0 0 0 0 0 die 0 *1* a * # 0 0 0 4 0 0 4 0 a a 0
0 0 0 * 0 0 0 0 0 0 a a * 0 0 0 0 0 at P-A-0 _k of 0-0 0-0-0 0 0 0 0 0 0 0 411 9 6 0 * 0
4PO
.00
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see
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1200
goo
see
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4
00 0
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00 t
so
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00
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all U33 us ituancit QU ago
ii-10CISSIS Ape to
Its i.01.

4
-
'
11
W
-

L~z
14.DZTMINATION OF in VSWC1 FLOW OF rZAT FULF
1
Z5
TMOUGh f1PZS OF 570 a Vol& ovich., M-k-, Xu1axoT,-.M,M
o
4)
6 A F SWOM=, K boaz V, N D (J. T;;~. Pas.
t
bo
r
( 4 Abs
U-STE1 194. 14, 44&5 ; 1 1945, 39o M0. Zxpts-
1 lee
l

were conducted on the pipe line pe t plant; the peat slurry
pe t
pe p
~ ee
I0

(3.,4-4.0A or peat) pumped through I he the yield Yalu* (Bingham)
he
he tb 0

l

w
of 25-30 dynes/sq.oa. and viscosity v&s injected into the stSeam
I ee
and the Use dotd. for the condualtics d to reach a point 4 a
,
dovnstr"** This time vas nessured for Various distances from pipe

xis, and th velocity profile oalo*. lt~ agreed with the equation
:
ZOO
f Herrick. 'he velocity along the axis was never greater than 1.3
t"We the av. velocity. goo
Z., re, Is
lee
X04
000
Its*
Ito. 11".10JAW.
11#040 kip 01" cog
4JAwa~W v
b 4 rid 0 1 w so 3 4, 1
ILA 16 AV 00 "1* to 1,, 41 K! a, ;I a, TM K 99 it Ii WAD 1;:
0Is, o19 0 see 0 0 s, 0 0 0 0 0 Is 0 0 0 0 010 0 0 0 09 so
T.4
tee

1. MAKOV -, - 11'. N.
;2. USSR (C-00)
4. Physics and Mathematics
7. Introduction to the Physics of Peat. (Moscow-LeninLy~rad, State Power Press, 1947).
Reviewed ty B..V. Deryagin and M. L. -,Eolyanskiy, Sov. Kiliga, No. 10, 19418.
9. Ift Report U-3)81, 16 Jan. 1953. Unclassified.

ALEKSEYEV, Yu.V.; ASTAFIYEV, A.F.; POPOV, O.A.; Prinimali uchastiyei
AGAYEV, A.G.; REBROV, A.G.; KULAKGV, U.N.
Adopting the roasting of nickel concentrates in a fluidized bad at
the "Severonikell" Combine. TSvet. met. 36 no.7:35-42 J1 163.
(Nickel--Metallurgy) (Flui&ization) (KRA 16:8)

KULAKOV.. N.N.; ZAGOPUYKOI, A.S.
Improving the reliability of nonrepairable articles,, their
economic efficiency and time in which they pay for themselves.
Izv, W kN SSSR no*6, Ser, tekh. nauk no.2:54-58 165,
Determining the economic efficiency and profit'return time for
reconditioned systems in increasing their reliability. Ibido:59-66
(MIRA 18:11)
1. Institut avtomatiki i olektrometLi SiL;ixb1iogo otdeleniya
AN SSSRv Novosibirsk.

L 5148-66 DIT(l/EWA(h). Td
ACCESSION NR: AP5023657 UR/0119/65/000/008/0021/0023
621.3-019.3
AUTHOR: Kulakov, N. N. (Engineer)
TITLE: Optimal reliability of-expendable components used in rebuAlding various
s ems
ys'
SOURCE: Priborostroyeniye, no. 80 1965, 21-23
TOPIC TAGS: reliability, optima). reliability
ABSTRACT: A theoretical investigation is reported of the expediency of using highs
reliability expendable components in restoring various systems. Methods are develop-
ed for determining the optimal reliability and the requLred amount of reserve
components for a specified cost of the components, or vice versa, determining the
cost for a specified rell~bility. The cost of a high-reliability components
depends on its basic cost, on the 6xisting reliability level, on the average timo
-to failure of the componont and its prototypo, and on an amplirical coofficient
(0--2). The optimal reliability is found to be dependent on the empirical
coefficient and on the time the component has been in operation. Graphic material.!.-
facilitating optimal reliability calculations is supplied. Orig. art, hast 4 figureq
and 13 formulas.
Card 1/2
09 C7/ 0
.-SK
.6

-ITar)t A.S. )votj4 W rak) MU-MI;, Z-". 1"Crroo birol,
Selection or an optiml -v.UiW for increnoli.[; t;,,o rellability of
nonmato-rable davicas acccrding to a gl-voj; vuluo. Avto,-ctriia
lJO03:113-M t65s
1. Suiumittod r-bb. '6s 1965.

_L (V),il
ACC NRt AP6009937 SOURCE CODE: UR/0118/65/000/011/0025/0026
AUTHOR: Bukhtiarov, V. A. (Engineer); Zhuk, L N (Engineer); Kulakov. N. N. (Engineer);,
Lozovoy, Ye. K. (Engineer); Malich, V. V. (Engineer); Napreye o 1. (Engineer)
ORG: none
TITLE. Inductive relay for signaling, control, and telemetry
SOURCE: Mekhanizatsiya i avtomatizatsiya proL7vodstva, no. 11, 1965, 25-26
TOPIC TAGS: electric relay, circuit design, telemetry equipment, automatic control
equipment
ABSTRACT: The authors introduce a universal and stable inductive sensor which has a high
degree of reliability, and sensitivity. The inductive relay (sensor) proposed is intended for
signaling control\ Vkid telemetry. The device is based on a transistorized oscillator with
Juned circuits in the base circuitry and on an emitter capable of operating in a I 'quasi -trigger,
and intermittent oscillating mode. The all-purpose relay may be used in automatic control,
monitoring an*d alarm systems, telemetry systems, and at unattended beacons. The output
may be an electromagnetic relay or a contactless relay device of any type. The oscillator is
distinguished by a high degree of frequency stability in all modes and uses a series-produced
1/2 UDC: 621.3.083:669.001.6

L 4090-'~--66
ACC NR: AP6009937
P16 transistor (16 to 350 kc). . The basic specifications of the inductive relay are: operating
frequency: 25 kc; sensitivity: 150-200 mm; length of connecting wire to oscillator: up to 50 mi
a 24-v dc MKT-T-48 relay; and a 220-v ac 50-cps feed voltage. Orig. art. has: 3 figures.
SUB CODE: 09/ SUBM DATE: 00/ ORIG REP: 000/ OTH REP: 000
2 /2

L
TG
ACC NVi-AIN6015325 L)Y) SOURCE CODEP UR/0410/65/000/003/0113/0117
AUTHOR: _KAa-)p ko, A. S. (Novosibirsk); Kulakov, N. N. (Novosibirsk)
ORG-. none
Lk
TrrLE: Choice of the method of Increasing the i ellability' I nonrestorable devices to
a prescribed value
SOURCE: Avtometrlya, no. 3, 1965, 113-117
TOPIC TAGS: cost estimate, system reliability, circuit reliability
~.BSTRACT: The authors attempt to find an optimal (from the point of view of cost) method for
increasing to a prescribed value PH the reliability of a multi-component nonrestorable device
(such as might be found !n an information meterJrg system), and to determine the proper inter.
relations between the reliability, cost, and number of redundant components. A critique Is
given of a previous work (N. A. Shishonok. V. F. Repkin, L. L. Barvlnskkv. Osnovy teorit
nadezhnosti I ekspluatats)A radio -clektronnoy tekhnW. M., Izd-vo "Sovetskoye radio", 1964)
which contains a somewhat different approach to the same problem. The method proposed In
tbls* paper seeks to determine the cost of a nonrestorable device, as reliability Is increased,
through the use of a mathematical model in which cost,~ represented as a function of reliabilit
I
--Card.. 1/2 tMC: 621.3.019.3:621.37/39.003.13.004J

6 - 67
-At-d -RR. A P6015325
parameters. An wmmple of this appl/jA
tion of the method Is included. Orig. art. has: 2 fig-
and 12 formulas. 717;
,!,gmre,,
SUB CODEt 09g 14/ SUB RTE: 26Feb65/ ORIG REF: 001
kh
Card 2/2

ACC NR. -AP7002237- e~~l SOUrtCE CODE: UR/0280/66/000/006/0064/0072
AUTHOR: Kulakov, N. N. (Novosibirsk); Zagoruyko, A. S. (Novosibirsk;
ORG: none
TITLE: Method for determining the optimum distribution of reliability between
individual elements of a system
SOURCE: AN SSSR. Izvestiya. Tekhnicheskaya kibernetika, no. 6, 1966, 64-72
TOPIC TAGS: reliability system' approximation method, quality control,
reliability, system reliability
ABSTRACT: A method is proposed for solving two optimum problems through
balancing the sensitivities in thpi Individual element of the aystem for
varinvio
(it ifikinindilwt thoh, rehability. The cokl0q)t of tile E101181tivity of tile system is tile
basic concept of this method and was evaluated elsewhere (Breipol, A. M. Unique
application of required component reliability. Proc. 7th Nat. Symposium on
Reliability and Quality Control in Electronics. 1961, 1). When an exact solution
Co,u 1/2

ACC NR
' AP7002237
of the problem cannot be obtained analytically, the method of successive approxima
tions; is proposed. In most cases only three steps are needed for a sufficient
approximation of the results sought for. [Based on authors' abstract] [GC]
SUB CODE: 12, 10/SUBM.DATE: 01ju165/ORIG REF: 002/OTH REF: 001/
Card 2/2

jLUWOV, Nikolay Pavlovich; IOM. S.Ye., redaktor; ZAVIYALOV, G.P.,
redaktor: OYSTRAKH, V.G.. takhnicheskiy redaktor
[The communists are the organizers of the struggle for coal; the
work practice of the Party group in the Kalinin Mine of the
"Karagandaugol"' combina3 Kommunisty - organ12atory borlby za ugoll
kombinata 'Karagandaugoll. Alma-Ata, Kazakhakoe goo. izd-vo, 1956.
14 pe (14MA 9:10)
(Communist I'arty of the Soviet Union--Party work)
(Coal mines and mining)

i ir.,os L i ~rati on at' the actu-c ril-
aith chain drive. ~1,heb. Zrt%y., gor. zhur. 7 no. i 79-86
64,- 1"IIIL', 18-3)
Ollera Lorsko.fyo go-Inog, Inst 'i
k~

T.F., dokLor geo".-miner. nazi-;,-,
navcnn. red.
( Faloohydrogeo log! cal conditions governing the forzra-,ion
of gas and oil fields as revealed by a study made in the
Volga Valley portion of Saratov ani Volprrrd Prcvin.:~Eil
Faleogi-drogeologicheakie uolovila formirmaniia gaz,)T~.ef-
tiarykh mestorozK,~-nii ( na primere.
skogo fovolzhlia, Mloskva, Nedra, 19r4. -1,-Y3

KUIAKOV H V-
Underground water supply in the trans-Volga protion of Saratov
Province. Uch.zap.SGU 65s2O5-2O7 159. (MM 16:1)
(Saratov Province-Waterg Underground)

Problems of paleohydrology and prospecting hydrochemisty-y in
the lower Volga Valley. Trudy fPqIIIGG no.1:7-9 16(~.
Hydrodynemic conditions for the migration of liouefied hydro-
carbons. Ibid.:10-20 (MIRA 18:6)

b4.
OPT R 17 6
tur.,

KULAKOVI O.i.
Cleaning of spiral coolers. KI-Im. pram, no.4.,?4 O-L `64.
(,MIRA

',TU~~'
Automatic colifrol of, f,h,-l- ra r(.,
11,11m.prom. [Uhr-.] nr,.2.,~O 165.

V,- 0 V
USSR/ I--:is cell -aneous Voluntary Defense 5ocieties
Card, 1/1 Pub. 89 - 11LO
Authors s Kulakov P.,'Actlng rhairman of tha Central Committee of the DOSAAF of USSR
Title t For further improvement of the DOS.Wls work
Periodical Radio 10, 1-2i' Oct 1954
Abstract I In"appraising the:yart played by the DOSAAF (a Voluntary Society f or
''-Assis'tiznce to th.e. Armed Foi*ces) in national defense ~ the author points
qiA a'--.fiui~ber of weak points of this society's activities. The author.
also calls ~-or improvement of the-work of collective farins and party
organizations and-for better coordination between the activities of
these organizations and DOSAAF.
Institution:
SubmiWed: .....

KULAKOV, P. (Leningrad)
.e.4- -
. -
Economizing metal in manufacturing umbrellas. Prom.koop.mo-5:23
M.v 1560 ~ (KERA 9:9)
l.Rachaltnik shtampovochnogo taekha arteli "Pobeda No.11.
(Imeningr&d-Umbrellas and parasols)

KUIAKOV, P.
Incident in Novo-Illinovka. Sov. foto 18 no.4:17 Ap '58.
(MIRA 11:6)
(Novo-Ilt inovka--Photog3raphy-))

mayor; SHCHEULIH, IT., kapitan; KULAKOV, P., starshiy leytenant
T~h.,,~ommarding officer and the work of a Communist Youth league
organization; from experience. Voen. vest. 38 no.7:25-30 J1 '58.
(HIRA 11:6)
(Military education) (Communist Youth league)

"I " ",
F-stim.ptes for sc,-Ie works for the rurpose of detemirdr,.;z the co!-3t of irrI4.--tion.
3a. 19-91P, 116 P- (511-46974)
I
I TC909.KS

;MKOV I P.A. . inzh.; ABAKW40VA , A.S. , inzh.
The concrete of the hydraulic structures of the Volgograd
hydroelectric development. Gidr. stroi. 32 no.12:11-13 D
161. (MIRA 15:2)
(V)lga hydroelectric powdr etation (22nd Congress of the CPSU)--
,,,;dncrete))

C"SHCHIII, A.M.; XULAWI'. F.I., inzhener antikorroziy=7 aluzhby
Eqaipmont corrosion control. Gidroliz. i lesokhim. prom. 8 no.4:22-23
155. (HLRA 8% 9)'.
1. Glavnyy inzhenor Dmitriyovskogo lesokhimicheakogo.zavoda (for
I Chashchin). (Wood-Chemistry) (Corroaion and anticorrosives)

IWLAKOV, P. I.
Replacing copper in the equipment used for-,the production of
acetic acid and butyl acetate* Gidroliz.i lesokhim.prom. 13
Ro.5:24-26 160. (.MIRA 13-97)
1. Dmitriyev.ski7 lesokhimicheskiy zavod.
(Wood-Chemistry) (Acetic acid)

SYCHEVO --' K.V. -I ~e'-neral-mayor; GRYLEV, A.N., Dolkovnik; OGfiREV, P!.K- iDolkovnik;
BOGDANOV, A.R., polkovnik; TRAKTUYEV', M.I., Dolkovnik; SKRiPdMKO,N.I.,
pclkornik; IVAHOV, M.A., polkovnik; poIko7nik;
5HAMRAYEV, A.M., podpolkovnik.; .71ASOV, I.G., DOI),.OVrjik- 7 otstavke;
KRIVULIN, P.N., polkovnik v otstavke; DIYAKOV, V., stqrshiy leytenant
zapasa; MALAKHOV, M.M., polkovnik, redAktor; GNEDOVETS, P.P., redaktor;
MYASNIKOVA, T.F., tekhnicheskiy rednktor.
[Rifle units and the regiment in various phnses of combat; a
collection of tactical examples from the Great Patriotic War]
Strelkovye podrazdelaniia i polk v razlichnykh vidakh boia; abornik
takticheskikh primerov iz Velikoi Otechestvennoi voiny. Moskva,
Voen.izd-vo M-va oboV.SSSR, 1957. 230 p. (MIRA 10:11)
(Infantry drill and tactics)

PRLOVSKIY, Ye.L.; IMMIKOV, YU.1,-; KUIAKOV, p.N.; SRCHELOVAUOVy L.N.
Contrast sensitivity and half-tone reproduction in picture
transmitting systems. Elektrosviaz' 16 no.10:45-55 0 162.
(MIRA 15:9)
(Phototelegraphy)

-, KULAKOV, P.Ye.; GRIGORIYE'V, G.M.
,w_
Motor and evacuatory function of the resected stomach with small
intestine enteroplasty in the early postoperative period. Khirargiia
39 no.6:107-111 Je 163. (%,,IIRA 17:5)
1. Iz khirurgichaskogo otdeleniya (7av. I.I.V. Khanyayeva)
Shamerlinskoy rayonnoy bollnitey (glavmyy vrach P.Ye. Kulakov)
Chuvashskoy AMR.

KULAKOVY P. Yee
Methodology of the re.9ection of the stomach replacing it with
the loop of the jejunum. Khirurgiia 40 no.9:16-19 S t64
18;2)
1. 1.2iii-Lirgicheskoye otdeleniye (zav. I.V. Khanyayeva)
Shumerlinskoy rayonnoy bollnitsy Chuvashskoy ASSR i 2-ya
kafedra khlrurcil (nauchnyy mkovoditell - doLsent Yu.I. Zak)
TSentrallnogo instituta usovershmstvovaniy.~, Nos]-va.

KULAKCV, P.Ye.
Spontaneous bladder rupture. Kaz.med.zhur. no,1!59 Ja-F'63.
OMA 16:8)
1. Khirurgicheskoye otdeleaiya Shwaorlinskoy rayonnoy bolf-
nitsy Chuva-shskoy A&SR (zav. - M.V.Khanyayeva).
(BLADDER-RU.PTURE)

I KULAKOV, P.ye. (Chuvashakaya ASSR)
Hemorrhage and necrosis of a loop of the small intestine as a
reault of the uncontrolled use of dicoumarin. Klin.med. 40
no.5:133-134 t62. (MIRA 15:8)
1. Iz khirurgicheskogo otdeleniya, (zav. M.V. J(hanyayeva) Shumer-
linsko rayonnoy bollnitay Chuvashskoy ASM
TGOMRIN-TOXICOLOGY) (GASTRO114TWTINAL MIO.UHAGE)
(INTESTINES-IMCROSIS)

I~IWGV,_P, Ye. (Shumerlya, Chuveffihskoy ASSR, Krasnoarmeyskaya ul., 2. a)
Invagination of the smaU intestine into the resected stomach
through Braun's anastomosis. Vest. khir. 92 no.1:84 Ja 164.
(MIRA 17-.-U)
1. Iz khirargicheskogo otdeleniya (zav. - M.V. Khanyayeva) Shumer-
lin8koy rayonnoy boltnitsy (glavnyy vrach P.Ye. Kulakov) Chuvashskoy.
ASSR.
7777~~

GUSEVAJ, A.N.; KULAKOV, SJ.-
organic matter of rocks in the Ishim alkaline massif. Vest.Mook.
un#Ser, 4: Geolo 16 no,3:71-73 Mq-Je 161. (MM 14:6)
(KazakhstaD-Rocks.-Ana2.yois) (Organic matter)

BREGER, A.Kh.; Pt-Inimall uchaeliye:-KARPOV, V.Lo, kar--,l-,khim.nauk;
BELYNSKIY, V.A.; OSIPOV, V.B.., FROKUDIN, TYURIKOV, G.S.y
kand.khim.nauk; GOLIDIN, V.A.; RYABUKHIN, lu.S.; KOROLEV, G.N.;
AFONINI V.P.; POIMOVSKIY, V.S.; KUIAKOV,.S.I.; LEKAREVI P.V.,-
FEDOROVA, T.P.; KOROTKOVA, M.A.; MARLOW, M.T.; NIKOLENKO, G.D.;
LOPUKHIN, A.F.; YEUOKI=ij TF..; KASATKIN, V.M.; RATOV, A.V.
Nuclear radiation sources for radiational-ahemical studies.
Probl.fiz.khim. no.1:61--72 158. (MIRA 15:11)
1. Nauchnc-issledovatellskiy fiziko-l-himi cheskiy insti-tut
im. Karpova. (Radiochemistry) (Radioisotopes)

TROP, Abram Tefimovich; KULAKOV,S,H.. redaktor; LTJCHKO,Tu.V., redaktor;
MDVALMO, redaktor.
[Electric equipment and power supply for concentration plants]
Blektrooborudovanie i elaktroonabzhonle obogatitellnvkh fabrik.
Sverdlovsk, Goo.naucbno-tekbn.izd-vo lit-ry po chernoi i tevetnoi
mntallurgil, Sverdlovakoe otd-nin, 19.55. 352 p.[Microfilml (MLRA 911)
(Electric machinery) (Ore dressing)

BELYKH, Boris Petrovich, dotsent;.CiWKhITOV, Vasilly Demidovich, inzh.:
AMLYUSTIN, V.K., kand.tekhn.nnuk, retsenzant; PE MIV, I.P.,
dot!sent;- - 'f'wrI 0-r4y .--inzh., red.; IAJCHKO, Yu.V., rod. izd-va;
ZEF, Ye.14., tekhn.red.
[Electric anginpwTing' in minns] Gornata oloktrntakhnika.
Sverdlovsk. Gon. nauchnn-tek-hn.izd-vo lit-,-7 po chernol i
tsvntnol metallurgii, Sverdlovskoe otd-nie, 1958. 575 P.
(Electricity in mining) WIRIL 12:1)

KULAKOV, S.11.~ inzh.
- Electric lighting standards for underground workings of nonferrous
metal mines. Svetotekhnika 4 no~4:11-15 Ap '58. (MIRA 11:4)
1.Urallskiy nauchno-issledovatel'shy i proyektnyy institut "Unipro-
medt."
(Mine lighting--Standards)

OTHOR: Kulakov, S.N.,_. Engineer 3011/94-58-11-13/28
TITLE: The Construction of Pole-Mounting Transformer
Sub-Stations for Voltages of 3-10 kV (0 konstru-ktsii
stolbovykh transformatornykh podstantsiy napryazheniyem
3-10 kV)
PERIODICU: Promyshlennaya Energetika, 1958,.Nr 11, pp ?8-*29 (USSR)
ABSTRACT: It was announced in Promyshlennaya Energetika Nr 59 1957
that the inter-departmental Expert-Tech~ical Council had
agreed to a typical design for a pole-mounting
transformer substation of 50-100 and 80 kVA, 0' 10/0-5 kV
developed by Giprotorf. This article criticises the
design and gives seven reasons why it is inacceptable.
The main defect is that the power tramsformer is
installed on a special platform at a considerable height.
These authors propose a simpler construction which is
illustrated by a sketch. Sub-stations of this kind
have been extensively used at the Degtyarka Copper Mine.
The transformers and isolators used are described and
general advice is given about construction. The main
Card advantages claimed for this type of sub-station are
I

BOV/94-58-11-13/?8
~The Construction of Pole-Mounting Transformer SWD-Stations for
Voltages of 3-10 kV
that its construction is simplet less timber is
required, less labour is required for erection and it
is cheaper in operation. There is 1 figure.
Card ')/~

KULAKOV, S.N., inzh.
Comments on the arrangement of electric lighting of transformers
substations. Svetotekhnika 5 no.6:27 Je 159. (MIRA 12:8)
1.Unipromed', g.SverdlbiW,
(Blectric substations) (Electric lighting)

ARSHINSKIY, V.14dwy BAGAUTINOV, G.A.; BESPALOV, M.V.; GASPAROVICH, P.I.;
GOLOMIDOV, I.N.; GOLUBOV, G.B.; GRIN, L.T,; ZELISKIY, S.A.;
ILIINYKH, A.F.; KOZIN, V.Z.; KRYUKOV~ V.P.;JJUkA4QJ,--9-_N.;
LUKAS, V.A.; MINEYEV, V.A.; PETROV, Yu.S.; PIRUSHKO, M.G.;
PROKOFIYEV, Ye.V.; REBETS, B.A.; STARTSEV, N.V.; TROP, A.Ye.,
prof.; KHRAMOV, V.A.; AEW$DV, V.I., otv. red.; PROZOROVSKAYA,
V.L.J. tekhn. red.; BOLDYREVA, Z.A., tekhn. red.
(Handbook on electric equipment for mineal Spravochnik gorno-
go elektrotekhnika. Pod obshchei red. A.E.Tropa. Moskva,
Gosgortekhizdat, 1962. 400 p. (MIRA 16:5)
(Electricity in mining)

ZHUNINA, L.A., kand.tel-chn.wuk. dots.; MAKO V. S.S. lnzh.
Manufacturing dark colornd Clana from wante mtorlAls from
the manufacture of poliabed and armored glass. Sbor.w-uch.rab.
Bel.politekb.inst. no.63:75-85 '58- (MIRA 12:4)
(Glase manufacture)

KULAKOV, S.S.; KUZNETSOVA, Z.N.; DUDAREVA, N.F.
Packet method of setting and unloading ceramic stones.
Stroi. mat. 11 no. 12:19-20 D 165. (MIRA 18:U)'!-
1. Glavnyy inzhener Vitabskago kombinata stroymaterialov (for
Kulakov). 2. Nachallnik otdela tekhnicheskogo kontrolya i
laboratorii Vitebskogo kombinata stroymaterialov (for Kuzne-
tsova). 3. Starshiy inzbener Vitebskogo kombinata stroymate-,~i~,O,---
rialdv

KULAKOV, T.,-
Concerning A.M. Sachkov 'a articel "Maintenance of outpatient registration
files at feldsher and feldsher-midwife centers." Pelld. i akush. 24
no.12:56 D 159. (HOSPITALS-OUTWINX5 SXRTICES) (MIRA 13--2)

KUIAKOV, V.A..-..
interests of schools and collective farms are inseparable.
Politekh.obuch. no.5:24-30 Mv '59. CKIRA 12:7)
1. Pre'daedatell kolkhoza "Rossiya" Yantikovskogo rayona ChuvashBkoy
ASSR.
(Yantikovo District 'Building trades-Study and teacbing)

BLANTER, M. E.; KULAKOV, V. A.; SERGHELICEV, I. M.(Sergeychev, 1. M.
Hardeing of steel massive items In the mixturds of air and water.
Analele matalurgie 16 no.1:170-182 Ja-Mr 162

SOA,T/l:_74 - 58 -10 -11755
'rom: zhurnal, Mekh.n;ki. 1958, Nr 10. p 145 (USSR)
AUTHOR- K,~'_ako-_ Vz F,
TITLE, Scme Prof-,"ems Lit Design'!ig Frame--type S~ructurt:s -'or Earthquake
Area5 t,N6-moryye 1~opro~j~, proyekt~ro-,-aniyi iamy-,Oh kLnstrukts;y
I seysm'chesk-iih rayonakh)
PERIODICAL: Iz., AN Tu2~kmSSR, Nr 2: pp 30 - 18
ABSTRACT, Strec- Lind stzdlr. -;.ariations 'n a reiniorcec-4--concrete, two-level,
n.y,We spin trame st-;,.-Iure are ex.tm;-a,.-d ,?~ !wiccc.ris of its over-.all
(I ~t, (1 0! the 1(ja(I aod r'.g.d'.Iy iatiui, ernplc-~ed~ Nine differ-
er.t le-,~(,r..5 :r.:--oI-*ng azy'.ng at:os a', masses and floor elevat;ons
w,:rt~ calc._~Iated t,;r irames w-th cwi_~tant. spin. r,e`.ght.. and chord--
mcrn~,cr c russ sect.;or,; a1sc.. a a"itt rent r'lg:dif.~ r,aio was employed
;~t;on when
10' d corc~-
.o~ each all ers:on3 I)eirig oesIgned
the ~oorng executes a damped s.nusoidal mot:on. it was tound that
,he tr`I-,L'oi. oi the rig'd:.~.Y
amo-g the -ertical POStS Lonsiderably
influences the delormatIonz and si resses ~n the frame, and that the
Itoor le; e's must. he re~niorced in SLICh a manner as to ensure that
Ca rct I the rate ct :ricrease ct delormat.onS become-~ gzeater vi'th eie~,ation.

SOV/ 124- 58-10,11755
Scme P~cl,'.ems of DesignIng Frame type Structures for E-trth(JUake Areas
It wi~-~ a'~c estublished thdt ,rames li,,,,-7ng mdx'.mal 6,i!,,c-- c r i-:d:tv oiiei cert.,;.n
ad arJ,,gt6 when subjected to ,ibrations beyond their owr. resonant trequency,
,-vhere.,,~ !!exib*-e Etrucatres experience sm,iller shear:ng forces as their resonatit
frequency -s apprcached, it s showr thA deformat*ons of frame members are
Q.rec,~,,~ proportional to the displdcement of the footing. It the lo-ids ire concen*
trated at. fhe upper floor le~ els, the frame is subjected to smaller displacements
.t ;ts owt, resonant frequency tinan beyond the resonant frequency,
B. K, Karapet-yan
Card, 2/2

L ,
iv't f

A"I - V
u
A
SOV/ 124-58-5-6019
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 148 (USSR)
AUTHOR: Kulakov, V.P.
TITLE: '---SunTeConside rations on the Rigidity Distribution of the Com-
ponent Elements of lAultifloor Reinforced-concrete Frames
Subject to the Action of Seismic Stresses (Nekotoryye voprosy
raspredeleniya zhestkostey elementov mnogoetazhnykh zhelezo-
betonnykh ram, podvergayushchikhsya vozdeystviyu. seysmi-
cheskikh sil)
PERIODICAL: Izv. AN TurkmSSR, 1957, Nr 5, pp 59-68
ABSTRACT: Bibliographic entry
1. Structures--Stability 2. Earthquake resistanz
structures--Stresses 3. Seisnic waves
Card I/ I

SHILOV, P.I., prof.; KOROSTOVTS3V, S.B., kand.med.nauk; XUi-,AKOV,._Y,,I,,--
Advantages of gastrography and gastroecoP7 as compared with roentgeno-
logical examination in the diagnosis of functional and organic gastric
changes in certain diseases of the stomach. Terap.arkh. 31 uo.12:3-
9 1) '59. (MIRA 13:4)
1. Is kafedry terapii dlya usovershenstvovaniya vrachey (nacha'A.Inik -
prof. P.I. Shilov) Voyenno-meditainakiv ordena Leniua akademil imeni
S.M. Kirova.
(STOMACH dis.)

FARBE119 V.B.; IqLAKOV2 V.I.
Problem of the ccmbination of leukemias with neoplastic processes.
Probl.gemat.i. perel.krovi 5 no.6256-61 Je 160.
(LEUKEMIA) (TUMORS) WRA 13212)

KULAKOVP V.I., kand.med.nauk5 PLETITEVA, V.A.; ZAKIIA1%OV, F.G.
Spontaneous duodeno--colonic fistula in peptic ulcer of the
duodenum. Vest.khir. ro.9:2,30-131 161. (MIRA 15-3)
1. Iz 1-y terapevti-.heskoy kliniki usovershenstvovaniya vrachey
(nach. - prof. P.1. Shilov) Voyenno-meditainakoy ordena Ienina
ak-ademli " S.M. Kirova i khirurgicheskogo otdeleniya Leningrad-
skogo ordena lenina voyennogo gospitalya.
(FISTULA) (DUODEh1J14- -ULCERS)

POYDENKOY V.K.; KULAKOV, V.I.., student
Earliest results of the treatment of cancer of the cervix uteri.
Neuch.trudy Chetv.Mook.gor.klin.boll. no.1020-325 161,
(Min 16:2)
1. Iz-ginakologicheskay kliniki (zav. - prof. V.N. Vlasov) kafedry
akusherstva i ginekologii pediatricheskogo fakultteta (zav. -
prof. A.A. Lebedev) 2-go Mbskovskogo gosudarstvennogo meditoin-
skogo instituta imeni N.I. Pirogova na baze Moskovskoy gorodskoy
klinicheskoy bollnitsy Ko*4 (glavnyy vrach G.F. Pap1co).
(UTERM-CANOM) (UTMTJS-SURGEY)

doses
trady Riaz. rr.-;~a.
1-, 5',
kfifedr )v pc ~~f .
Ho e ~~i- ~-anskof.,-3 a) I c, VA
,~4~ -4~7- 77777, --yPT7 7- -~i

1 17- 1958-Z-L'6139
Transla:t1on from Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 70 (USSR)
AUTHOR- K,itakov, V. I .
TITLED Circular Cracks in Hollow Ingots of the Alloy D I (an Aircraft
Duralumin) (Krugovyye treshchiny v polykh slitkakh splava D 1)
PERIODICAL: V sb.: Metallurg. osnovy lit'ya legkikh splavov. Moscow,
Oborongiz, 1957, pp 192-196
ABSTRACT; In the continuous casting of hollow ingots of the alloy D 1 (an
aircraft Duralumin) circular cracks may develop if the level of
the water applied to the inner surface is higher than that applied
to the outer surface. The cracks tend to develop where the metal
enters the crystallizer. They may be eliminated by equalizing the
water levels. Circular cracks form during the casting process
and, by their very nature, are hot. The heightened sensitivity of
individual heats of alloy D 1 to hot cracking contributes to their
formation.
G.S.
1. Aaloys Ingots-Fractur~
Card 1/1

KUIAKOV, V. I.
"Homogenization of Ligots of D-16 Alloy at Elevated Tenmeratures"
Light Alloys. no. 1: Physical Metallurgy, Heat Treatment, CasUng.., and Forming;
?rincipe.1 Reports of the Conference, Moscow, 1%d-vo AN SSSR, 1958, 497 P.

SOV/137-58-12-24485
Translation from: Referativnyy zhurnal. Metallurglya, 1958, Nr 12, p 75 (USSR)
AUTHOR: Kulakov, V.I.
TITLE- omogenation of D16 Alloy Billets at Elevated Temperatures
(Gomogenizatsiya slitkov splava D16 pri povyshennykh temperaturakh)
PERIODICAL: V sb.: Legkiye splavy. Nr I - Moscow, 1958, pp 240-244
ABSTRACT: A presentation is made of the results of the introduction of a process
of high-temperature homogenati.on in the serial production of thin-
walled hot-pressed D16 alloy shapes 'S). it ).s noted that homogena-
tion of the billets at 4900C permits production of S of high 0-b and low
6 . A rise of 20-300 in temperature increases the rate of S extrusion
and does not cause burn. Complete recrystallization occurs in S of
this type in the process of heating for the purpose of hardening. As a
result there is an increase in 6, and uniform S structure and stability
of mechanical properties is achieved.
L. P.
Card 1/1
. . . . . . . . . . . . . . . . .
............

S/123/62/000/013/007/021
A004/A101
ALMORS: Fridlyander, I. N., Zakharov, Ye. D., Kulakov, V. I.
TITLE: Using cold working to increase the strength of the AKT4 -1 (AKCh-1)
alloy
PERIO-DICAI;: Referativnyy zhurnal, Mashinost'royeniye, no. 13, 1962, 28,~abstract
13B171 (In collection: "Deformiruyemyye alyumirt. splavy". Oboron-
giz, 1961, 116 - 123)
The authors investigated the effect of cold deformation on the aging
kinetics of the AKCh-1 aluminum alloy, having a composition of (in %): 2.11 cu,
1.83 Mg, 1.21 Ni, 1.36 Fe, 0.082 Ti, the rest being Al, using specimens which,
after the casting, were subjected tl diffusion annealing at 5200C for 24 hours.
Then the ingots were pressed, rolled at 350 - 4000C into trips of 6 =- thickness
and were then subjected to hardening with subsequent natural ageing in 'Lhe course
of 30 days or rolling immediately after hardening with a degree of deformation
of 10 and 20%. After cold working, the specimens were subjected to artificial
ageing at 20, 170, 180, 190, 200 and 2100C. It was found that cold working con-
Card 1/2

Using cold working to...
S/123/62/000/013/007/021
AOOVA101
siderably cuts the holding time.of the AKCh-l-alloy, which is necessary to obtain
the maximum hardness. The maximum mechanical properties are obtained for the
non-coldhardened alloy after ageing at 1850C in the course of 48 hours, while this
is attained with cold worked specimens after 6 - 10 hours ageing at the same tem-
perature. By cold working in the freshly hardened state it is possible to increme
the strength of die-forgings from the AKCh-1 alloy by 5 - 7 kg,/MM2*at room tem-
perature and by 4 - 5 kg/mm2 at 1750C. In this case 5 may attain 42 - 43 kg/mm2
during short-time tests. Holding for 100 hours at 175 C causes the strength of
cold-worked specimens to decrease to magnitudes which were attained with this al-
loy without cold deformation after hardening (down to 34 - 4o kg/MM2).
It is
recommended to use cold working for parts of not too.intricate shape with smooth
0
transitions. For parts operating at temperatures near 175 C it is not recommended
to use'cold working for protracted periods. There are 5 figures.
B. Spivak
[Abstracterts note: Complete translation]
Card 2/2
RMIM"M

S/123,162VOOG/014/008/020
A004/A101
AUTHORS: Isayev, V. I., Ivankin, 1. A., Kulakov, V. I., Loktionova, N. A.
TITLE: The special features of the heat, treatment of solid dies from the
1 (D1) alloy
PERIODICAL. Referativnyy zhurnal, Mashinostroyeniye, no. 14, 1962,'28, abstract
14B158 (In~.collection: "Deformiruyemyye alyumin. splavy". Moscow,
Oborongiz, 19051, 131 - 136)
TEXT: It was found that the main reasons for the origination of cracks in
hardened solid dies made of the D1 aluminum alloy under large-scale production
conditions are increased residual stresses arising during the hardening, particu-
larly in those places,w~iere,thin cross sections go over into thIck ones, the in-
crease of'the hardening temperature, and the use of abrup cooling ai876 (water
of 200CL A strict observation of the heat-treatment conditions, hardening at
4195 + 5 C, the use of hot water (800c) for cooling or a gradual hardening with
cooling in molten salts at 145 - 1550C made it possible to cut down die rejects
because ~f cracks to 0.2%. There are 2 figures. V. Stasevich
[Abstracter's note; Complete translation]
Card 1/1

LOKTIONOVA, N.A.; KULAKOV, V.I.; KRIVENKO, R.A.; TEYTELI, I.L.
Reducing residual stresse; in aluminum alloy ingots. Metalloved.
i term. obr.,met. no.11:46-47 N 163. (MIRA 16:11)

ACCESSION NR: AP4021562 S/0136/64/000/003/0067/0069
AUTHOR; Kulakov, V. L
TITLE! Variation of Continuous Casting of Deformable Aluminum Alloys
SOURCE: Tsvetny*ye metally*, no. 3, 1964, 67-69
TOPIC TAGS: inversion cast ingot, horizontally cast ingot, aluminum, dural-
uminum. foundry installation, inoculation
ABSTRACT: The author investigated the effect of the design of the foundry in-
stallation on the quality of Ingots cast by inversion and horizontal methods.
Inversion casting produces ingots with stable qualities while horizontal casting
is better suited for small diameter ingots having the following advantages: (1)
increased yield of metal as a result of the arrangement of crystallization basins
along the mixer front; (2) elimination of surface defects; (3) decreased forma-
tion of oxide films; (4) possibility of combining the processes of cal3ting, cutting
to the desired size and mechanizing, storing and transportation of billets. In-
Card 1/4

ACCESSION NR: AP4021562
verse casting was conducted by means of a special cylindrical furnace with a
graphite crucible holding 120 kg aluminum and a casting installation (see fig. 1
of enclosure). Heat treated specimens had mechanical properties approaching
those of continuously cast ingots. There was no porosity and the grains were
equiaxial and fine. Small surface segregates were attributed to the effect of
metallostatic pressure or secondary heating of the skin. Duraluminum was
used as an inoculant in horizontal casting. Casting temperatures, structure and
quality of commercial aluminum ingots with a 100 mm diameter cast at 13. 5m/
hr were studied. The distributing box was preheated to 650-700C. The box
was sealed with an asbesto plug and fiUed with metal fed from the mixer until
it exceeded the crystallization basin level slightly. Then the plug was removed,
so that the metal filled the crystallization basin to the level of inoculation. With-
in 2-3 seconds the ingot stripper mechanism was switched on. For 100 mm
diameter ingots, an 80 ram high crystallization basin proved most suitable.
The recommended angle of the water supply lies within the 20 degree to 30 de-
gree range. A continuous lubrication system and better lubricants are still to
be developed. The author found that the grain size which Is largely affected byi
Card 2/ 4
a

ACCESSION NR: AP4021562
metal temperature fed to the crystallization basin exceeds that of ordinary con-,
tinuouf;ly cast specimens. Orig. art. has: 2 figures
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 08Apr64 ENCL* 01
SUB CODE: MM NO REF SOV: 001
OTHER: 000
C.rd 3/4

ACCESSION uw: AP4021562
ENCLOSURES 0 1
fig. 1
Crystallizer basin -and inversion casting diagram: (1) crystallizer basin (2)
ceramics: (3) metal ring; (4) refractory material; (5) water outlet; (6) water supply
(7) ingot being cast; (8) seed (9) connecting rope between seed and withdrawal
mechanism
Card 4/4

KULAKOV, V.I.
Inot cracking of AB and AMg alloys depending an their chemical
composition. Alium. splavy no-3:363-370 764.
(MIRA 17-6)

KULAKOV, V.I.; POLYANSKIY, A.V.; MHKOV, A.I.; TSYKALO, S.B.
Quality of flat commercial aluminum ingots cast from
molten electrolytic baths. Alium. splavy no-3:390-396
,~164. (MIRA 17:6)
T

t7
L 2111441-65 Z7-:1 I'm ~v (w)/F.1A (d),/spR/T/z-jp(t)/Z~jp(b) Ps-4 ivp(c) iD
ACCMSIOX NR. AF4043912 C-/0136/64/000/008/W75[0078
AM OR.- -Kulakov, V. I.; Bazhenov, M. F.; Matveyev, A. 1.
TITLE: The utilization of secondary a1=inLm for the production of defor=ed
ae-~-dfinished Products
SOURCF- Ts,-,-+.ilyye metally, no. 8, IQ-,rA. 75-78
TOPIC TAGS: a:L=in=,, copper,, ma&meslun,. Iron, Duralmin, corrosive strength,
surface property
ABSTRACT- In view of the high cost of Al alloy products the authors investigated
~:~rz -xiG&ibil-ity of producing an Al-Cu-Mg alloy. The chemica", -omposit'lon of
seried as the ba-, is for reGear-h - lngatt-, 1' In diiun. vc!,n~ presoed.
1 70 str!P. Mechaalcal t-e~i'- of e 1- ~w -1 - 5
satit;factory resu-Its with 0.,'Ap Mg amd Ntn contents Hot, brit.'l-~Mes6:tests
si~ared the need for limiting the Fe contents to 0.8-O.A. -ne ctemical composi-
tinn of the new "VD-1" alloy (in %) is: 2.6 to 3.6 Cu; 0.5 to 1-j 1419, 0.3 to
:,In; 0.9 Fe; 0.4 to 1.0 Si; 0.4 Zn; 3.15 '11; 0.1 imPuz--tias- -pilot Plant teats
tne ceatiag pr-operties of "VD-1" apec.-aerw vere eqwe-i ro rbore of "Dl"
Cord l/2

7-
L
TCESSI. I RR AP4043912
-1 to Z--mn7valj~ t-hic
r_14ss AkdAd -Co Ye strength that vas supertar to that of DI specimens atter
holding in sea vater for 30 days. Bead tests a, 180C gave good results. Heated
pipes vere bent at any desired angle without "amage and. the expane-ing of
aTLi~-P-Ied pipes produced no cracks. Surface quaLity of "VD.-I" specimens vas aLso
7hw, mechanical properties of the "VD-I," a1loy are eqtza.' to the "'I"
f wh' 1c, corrosive strength is h-igher. The au-thors exlect a saving of 15 )t9
per tor. of pipes and profiles and a 30~ increase in the use of secondary Al In
the charge as a result of decreasing primary Al. The production of secondary
Dura.luaia type Al voulA double. Orig. art. has: 4 tabiee and 2 -figures.
ASSOMOLION: none
SUBMITTED: 00 WML: 00 SUB CODE: M
NO REP SOV: 004 Onm'. 001
Card 2/;)-
r77

hing, jaumintm billet, aluminum -floy/
TOPIC TkCr-q- rpsidual stre alu'mmum que-ric a
Plumiamn D16
a realm -n
DSTRAI"T: 'rhe nurpa-se of th rk- was to devise procedures for the Lherm- I t -e t
I
j7t& nin
t3-
-the-
to 7a:--Imzi~ he-VIL Stress Mea-0
In cl-flLin? [lie. properties

ACCE"IMONT NR:'
-.2/2

-d KT (b)/EHWA(cj DPW MJWJ) AW
IC53r6~_-Z _(mY0~1-P-
L
,
-ACCESSION NRt AP5022380 UR/0136/651000/009/0071/0075
669.715-15
AUTHM: Kulskov, Ve, Vind A,
Bachanov, He F Koko
TITLEs Effect of heat trsatusnt~on the properties of heat of thwaluminum
alloy _VDl r5 'X7
SOURCE: Tavetnyyo metally, no, 9, 1965, 71-7S
TOPIC TAGS: metal heat treatment, aluminum alloy, corrosibn rseittang, metal
hardening, metal aging/ VDI &Iuminum'alloy
ABSTMCT: The use of the secondary aluminum alloy VD1 in structural and machine
elements requiring the combination of high strength with corrosion resistance had
led to the need to investigate the effect of heat treatment on these properties,
Henco, the authors present the results of their studies of the regimes of heat
treatment of VDI alloy sheets assuring the optimal physical properties and cor-
rooica resistance. This was based mainly on raising the hardening temperature
in a combination with natural and artificial aging, 29000 opectmons takonfrom
1.0. 1.51 2.0l,and 6,5 mm thick shoots of VDI alloy(from a malt containing 2.94%
Card-1/3...

L-1053-66
ACCESSION NR: APS022380,
F
Cu, 0.71% Mg. 0.58% Mn, 0.42% Fe. 0.74% Si, 0.20% Zn) were hardened at.temps-
ratures of from 465*C to 535*C. It was found that hardening at 53500 leads to
some increase in ultimate strength au '(41#1 kg/=2) and yield strength at
(25.5 kg/=2) compared with hardening at 485% ( cr. - 36.9 k&/=2# Cr y M h.0 kg/
j=2); hardening at temperatures beyong 495% leads to a marked increase in
strength properties without any appreciable decrease in plasticity. The optimal
I] temperature and duration of artificial aging are 160*C ard 10 hr, respectively,
The pattern of increase in strength properties with hardening temperature is the
same whatever the thickness of thadheets investigated. Microstructural exami-
nation revealed no burnouts over the range of hardening temperatures investigated$
Corrosion resistance was determined by testing hardened (at 465, 505, 515, 525,
and 5350C) and aged specimens of VDI sheets for intercrystalline corrosion and
stress corrosion as veil As for loss of mechanical properties following corro-
sion tests. Finding: raising the hardening temperature above 505% favorably
affects the improvement in corrosion resistance (the depth of corrosion fact was
0.33 = at 503'C against 0.18 mm at 535*C). Thus raiving the hardening tempa-
ratures of the allay markedly improves its strength and cogrosion properties ar4
warrants recommending itfor use instead of the alloy D161in structural elements
and products performing under normal temperature conditions and In.the absence
of h orize art. hast 4 figures# 4 tableso
ppqrd 2/3

Ili---,,,-,-~, "-- ~ 4t -
I : - - , I
- " ; i. I ; '. ,
- I , ~ - z~~
. .1- - - - - ,; I I I . . : . , I
- - 1~ .- '1.- 1
- 'elil--.' J., , , .

1, 1011,C)
ACC M AP 5024ho6 SOURCE CODE.- UIR/0286/65/000/015/0083/0084-1
INVENTOR: .5aL~L Ov,. V. I. Matveyev, A. I.; lutrin,,M. A..; ftj!:zov, A. I.; ~ridlyander,
elyan-s-R-y, A, A.; Ananlin, S.'N.,,,
ORG: none
TITU: Wrought'i aluminum-base alloy. Class 40, No. 173419
SOURCE:',Byulleten' izobreteniy i tovarnykh znakov, no. 15, 1965, 83-84
TOPIC TAGS: alloy, aluminum base alloy, copper containing alloy, magnesium containing
alloy, silicon containing alloy,,zinc containing alloy, manganesecontain~ng alloy
iron containing alloy, nickel containing alloy, titanium containing alloy, chromium
containing alloy, zirconium containing alloy, ber-~fllium containing alloy
ABSTRACT., This Author C tificate introduce
er yL a wrought, aluminum-base alloy with high,
mechanical properties, corrosion resistance/ and vorkabilitv. The alloy contains
1.8-3% copper,~;i.2-2%,'triagnesiumVI.O --- ~l. 8% silic6n!73.5-6.0% zinc' .-~O.1-0.6% man-
ganese, 0.9~__max ironi 0.1~ m T~nickei, oxi_~6'._2~_iitanium, 0.05m~d.'2% SkroqLum,
0.01-0.1% zirconium, and 0.0001-0.001% beryllium. [AZI
SUB COPE: MM/ SUBM DATE: ~27JanQ/ ORIG REF: 000/~ OTH REF: 000/ ATD PRESS:
Card
lum 669.715.ol8.8

-IJPW~~ NN/tMICOAM
r ACC NRt AT60.1641.6 (ft SOURCE CODE: UR/0000/65/000/000/0102/oio8
AUTHOR: Kulakovp V. I.
ORG: none
TITLE: Secondary aluminum alloys for the manufacture of deformed semifinished
products (Y7
SOURCE : AN SSSR. Institut metallurgii. Motallovedeniye legkikh splavov (Metallog-
-raphy of light allo~m7. Moscow, led-vo Naukao 196.5p 102-108
TOPIC TAGS: aluminum alloy, magnesium containing alloy, copper containing alloy./
A19,11 aluminum alloy, VD1 aluminum alloy 1<
ABSTRACT: The properties of the new alloys VDI and Q-11 were studied as a fanction
of composition and temperature of a 1 TOe--s~joy 7Z-sprompted by the need to use
LIM./
secondary aluminum alloys, i.e., aluminum_SEaj1&d waste, in the production of
aluminum alloys., The experimental results are shown in graphs and tables (see Fig.
1). Microstructure photographs of the now allo s are also presented. It was found
that the optimum composition of alloy VD1 waa:Tu 2.6-3.6%, Mg 0.5-1.0%v 14a 0.3-
0.7%, Fe up to 0.9%, Si.0.4-1.0%p N1 up to 0.2~-Iand Zn up to 0.5%, and that of
alloy AM was: Cu 0-1.5%. Mg 0.2-1.5%, Mn 0.2-1.0%, Fe up to O.Vlaj Si 0.3-1.8%o
Ni up to 0.1%, a6d-Zn up to 0.3%. Both alloys are recommended as suitable materials
for the manufacture of aluminum alloy semifinished products. It is estimated that
Card 1/2

37171-66
ACC NRt AT6016416
le
jj

d'

R-f MIA
b
Fig. 1, Mechanical properties of allay VD1 as a function of the copper
(a) and magnesium (b) content.
the use of secondary aluminum compared to primary aluminum in the production of
both anoys VD1 and AM reduces the cost of aluminum alloy semifinished products
production by 15-20%, Orig, art, han: 4 tables and 4 figures.
SUB CODEs n/ SUBM DATE: .16$ep65/ ORM REF: 0.10/ OTH REF: 001
-ard 2/2 af

T i I i"' I - , -, _' , N I---
1L-a _- _;' L;r
-!. -Lj
ACC NR, r160-24950 (#\)V~ SOURCE CODE: Uil/2981/66/000/004/0341/0349
AUTHOR.' looktionoval No A.; Kulakov, V. I.; Isayev, V. I.
ORG: none
TITISt Heat treatment of products of AK6 aluminum alloy in hot media
SOURCE: Alyuminiyevyye splavy, no. 4, 1966. Zharoprochrly-ye I vysokoprochrjyyo splavy
(Heat resistant and high-strength alloys.), 341-349
TOPIC TAGS: metal heat treatment, aluminum alloy property
AB3TRACT: A study of the mechanical, corrosion and microstructural properties of
pressed billets and stampings of AK6 all howed that in quenching in hot media, de-
sDite a marked decrease in cooling ratem csonnared to ordinary quenching in water at
2b-C, a supersaturated a solid solutionk.6-pears which is carable of hardonin- during
aging and isothermal holding in a salt melt at the temperature of artificial aging.!,
Industrial tests showed that stepwise and isothermal quenching schedules can be used
only for stampings with a cross-sectional thicknoss of no more than 15 mm. Quonchi:ng
in hot water ~t 9010C can be used for stampings with a croos-sectional thickness up -~o
50 rot idthout any a~ppreciable decrease in properties. 11he observed slight deere'ase An
properties during quenching In hot media is due to the predominant breakdown of the
solid solution along the grain boundaries. For this reason, articles -.dth a finely
granular structure and a well-dovoloped substructure are moro sonsitive to chfAnigds J..n
Card 1/2

Ilk
ACC NRt AT6024950
the cooling rato an art.Aoles with a coarse-grained rocrystallized structure. The
general corrosionl6nd stress corrosion after quenching In hot media are practically
the same as after ordinary quenching followed by artificial aging. Orig. art. hasi
4 figures and i table.
SUB CODEs 11/ SUM DATEs none/ ORIG REFI 004
Card
2

L I!I- I j~
'/ j ". i'J
f /V)
ACC N.".t JUL.,,CE COM: Ua/c)l'16/66/0c)O/0O8/00e'
AP6029675 C
is. Kula! ovy
V. I.; Bazhonov, M. F., T3abrov,
ORG: nono
TrIVEE: Mochanical and corrosion proporties of-shqo:~s of alloy VD3
SOURCE: Tsve-uWjo motally, no. 8, 1966, 86-88
TOPIC TAGS: alloy, ziluninum alloy jrrnu~.-,-'~t-=k-~---tm7~-
m-aGono.so alloy / VD3 alloy, VDI alloy, D10' a]. loy
2,7--STRACT: Tho mcchanical and corrosion proporties of shoots rLido from alloy VD3 WOM
ptal rcaults- woro coi-.iparod with tho corros-ponding re-
4nvocti,-,ated, and tho expor:;ino
obtained for alloy D16. Tlho investigation sun lonenta- tho ranult-s prosentod by
1; V. I. Hmlakov, M'. F. Bazhonov, and A.. S. Kokovina ('T--votnyyo motally, 1965, 1"o. 9).
1 '(see Fig. 1). It was
Tho exporimiontal rosults are prosonted in graphs and tables
.
A
'oun-' tha' tho corrosion and mochanical proporties of alloy VD3 aro comparable to
i thoso of alloy D16, and it is suLgostGd that a coz~bination of alloys Vft~'and VD3
should yiold an alloy suitable for uso in votallurgic and machino building planta.
Cord
UDC: 669.71-41:620.1

4--.-L-IOLM-67 -
ACC NR, AP60296'75
Fig. 1. Dependence of the mechanical
properties of shoots made from
alloy VD3 (1,2) and alloy D16
(3,4) on the quenching tempera-
4- 0: 1,3 - artificial aging;
vur
2, 4 natural aging
43
61
.6140
61,
iz
Oric. art. has: 2 tables and 1 graph.
SUP, COD-Z: U/ SUBM DATE: none/ ORIG MIT: 004
r- _2

Add__f4_R,__AT_60_3;_6 4 000- 6
JU14/ U.1 _5 b
AUTHOR: Kirpichnlkovg K. S. (Candidate of technical sciences); Kulakov, V. It
(Engineer); Shchekinal X. T. '(Engineer)
ORG: none
TITLE: The effect of microalloying with refractory elements on the structure and
properties of aluminum-alloy sheets containing 52 Zn and 2% Mg
SOURCE: Moscow. Aviatsionnyy tekhnologicheskiy institut. Trudy, no. 66, 1966,
Struktura i avoystva aviatsionnykh staley i splavov (structure and properties of
aircraft steels and alloys), 147-156
TOPIC TAGS: alloy mechanical property, microalloying, aluminum zinc magnesium alloy,
zirconium containing alloy, titanium containing alloy'. beryllium containing alloy,
chromium containing alloy, manganese containing alloy
ABSTRACT: A series of Al-Zn-Mg.-alloy ingots microalloyed with various amounts of
zirconium, titanium, beryllium, chromium and manganese were homogenized at 450-470C
for 12 hr and extruded into-slabs (100 x 8 mm) which were rolled into sheets 1 and
3 mm thick, Sheet specimens 30 mm wide and 180 mm long cut along the direction of
iolline were solution * annealed at 430-435C, water quenched, and then aged. 7he optimal
aging conditions giving the highest yield strength with sufficient elongation and
high corrosion resistance was found to be 100C for 6 hr + 180 C for 4 hr. The
Card 1/2 UDCt 669.017s669.71