SCIENTIFIC ABSTRACT KUZMIN, D.S. - KUZMIN, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928020011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S.I., prof dots.; ROZAXOTA, L.M.; KISSMA, A.R.;
POVXRGO. X.S.; VAIMMM. A.D.
Comparative evaluation of the effectivenees of certain therapeutic
methods in chronic leukemias; roentgen rays, radioactive phomphorus,
urethan, embichin, arsenic, myleran. Report No.4 [with summary in
Nnglish, p.611. Frobl.gemat. i perel.krovi 4 no.11-17-20 -Ta-I 159-
(MIRA 12:2)
1. Iz gematologicheskoy kliniki (sav. - prof. S.I. Sherman) Lenin-
gradskogo ordena Tradovogo Krasnogo Znameni nauchno-iseledavatell-
skogo inetitutR perelivaniya krovi (dir. - dots. A.L. Belyakov,
nauchnyy rukovoditell - chlen-korrespondent AMN SSSR prof. A.W. Fi-
latov).
(==MIA, therapy.
comparison of various rqdiol. & chem.
methods (Rue))

SHMM,,S.I., prof. ;'KUZ I HIN,,D.S-r-do"ent; ROZANOVA, L.M.; KISUIVA, A.N.:
POVAM, N.S.; A . A. D.
Comparative evaluation of the effectiveness of certain therapeutic
methods in chronic leukemias; roentgen rays, radioactive phosphoruB,
urethane, embichine, arsenic, myleran. Report NO-5: Probl'gemr~t. i
Perel. krovi 4 no-5:14-18 Vq 159. (MIRA 12:7)
1. Is gematologicheskoy kliniki (zav. - prof. S.1. Sherman) Leningrad-
skogo ordena Trudovogo Xrasnogo Znnmeni nauchno-iseledovatellskogo in-
stituta perelivaniya krovi (dir. - doteent A.D. Belyakov, nauchW
rukovoditel I - chlen-korrespondent AMN SSSR prof. A. I. Filatov).
(IMMIA, therapy,
comparison of various methods (Rue))

KUZIMIH, D.S.
Replacement blood transfusion in radiation sickness; experimental
studies. Med.rad. 4 no.6:82-84 Je '59. (MIRA 12:8)
1. Iz rentgenologicheakogo otdelenlya Leningradekogo ordena
Trudovogo Xrasnogo Znameni nauchno-issledovatel'skogo institute,
perelivani.va krovi Ministerstva, zdravookhraneniva RSFSR (nauchn~y
rulcovoditell - chlen-korrespondent AHN SSSR prof.A.1f.Filatov).
(BLOW THAUSFUSION, exper.
exchange-replacement transfusion in exper.
radiation sickness (Rus))
(ROXITIGNU RAYS, eff.
exchange-replacement blood transfusion in
exper. radiation sickness (Rue))

SHEHW# SoLq prof.; KUZ'MIV-I-D#S.# dotsent; ROZMOVA, L.Mej POVEMOl N.S.
Tkeatment of patients with chronic losis witlf~m7elQsmw:hw--
,I
association with roentgen rays. Terap.arkh. 32 no.9'sYh-36 1160i
1, Iz gematologicheskoy kliniki (zav. - prof* 8010 shorn=)
Leningradskogo ordena Thdovogo Krambogo Viumeni nauobno-
isoledovatellskogo institute, perelivaniya krovi (nauchnyy ruko-
voditell - chlen-korrespondent AMN SSSR prof. A.N. Filatov).
(MSULFAH) (LEUMIA)

P-Z!KWr-Dw&, dotsent; MIUMM, E.M.
kr,teriograpby of the lower extremities; surgey of the Soviet
ana foreign literature, TestAhir. no.6tlO9-3.13 162. (MIRA 15tll)
1. Iz rentgenologichoskogo otdela (rukovod. - dotsent D.S.
Kuz,lmki) laningradskogo ordena Trudovogo Krasnogo 2bameni
nauclino-issledovatel'skogo instituta perelivaniya krovi
(nauchn. rukovod. - prof. AJ. Matova).
(MGIOMPHY) (EMMITIES, LMER--RADIOGRAPHY)

FILATCV., A-N., prof. (Leningrad); XUZIMIN, D.S.,' starshiy nauchnyy
so~rwlnik (Leningrad) 1.. 1. ~.
I .
1
ReView of K.B.Tikhonovla book mAnglography.*Vest khir. 90
no*3:128-129 MOO. iMIll 16:10)
(ANGIOGRAM) (TIKHONOVY K.B.)

K'- UZIMIN, D.S-.I, dotsent; GREBE NSHC HIJKOVA, L.A., kand. med. nauk; FANTGOF, P.D.
Venography of the lower extremities. Vest. khir. no.7:116-121 Jl 164.
(MIRA 18W
1. Iz khirurgicheskoy kliniki (rukovoditell - prof. A.N.Filatov) i
rentgenologicheskogo otdela (rukovoditell - dotsent D.S.Kuzomin)
Leningradskogo ordena Trudovogo Krasnogo Znameni nauchno-issledovatellskogo
instituta perelivaniya krovi (dir. - dotsent A.D.Belyakov). Adres: Lenin-
grad, S-24, 2-ya Sovetskaya u1. 16, Institut perelivaniya krovi.

KUZIMIN. D S., dotsent; TIKHOMIROVA, T.I.
. _J _-i- - -
X-ray diagnosis of hemorrhage in hemophilia; a review of Soviet
and foreign literature. Vest. khir. no-10:141-145 164.
(MIRA 19:1)
Is Iz Leningradekogo otdela Trudovogo Krasnogo 2namini nauchno-
iseledovatellskogo inatituta perelivaniya krovi.

USSR/Electricity Ulie actrics G-2
Abs Jour t Rof Zhur - Fizika, No 3, 1957, No 6934
Author I KuzImin, T)-V-
Title :ro-ndoronotivo Forces of the Field in Electric Soperrtion
Processes
Orig Pub : Uch, zep. Mosk. gor. pod. in-t, 1955, (1956), 50, 75-95
Abstract % The author detemlinos the noriont of the oloctric dipoles
induced on solid particles of differing dielectric con-
stants, conductivities, and shepes. Cases of d-c and a-c
electric fields are concidered. An estir.7ato is nede of the
separability of solid partioles in an electric field.
Card 1/1

USSR/Electricity Dielectrics c-2
Abs Jour : Referat Zhur - Fizika, No 5, 19571, 123-T9
Author : Kuz 'min, D.V.
Inst : Pedagogical Institute imeni V.P. Potemkin., Moscov, USSR
Title : Dipole Moments of Dielectric and Semiconductor Particles.
Orig Pub : Zh. tekhn. fiziki, 1956, 26, xo 9, i,38o-1883
Abstract : The author solves the problem of deteralning the dipole
moment induced by an external field :Ln a sphere with
dielectric constant 1 and conductivity immersed
in a medium with ) and. conductivity -C "T'he uniform.
external field islu?ned on at the instant 2j -0, and at
t > 0 it is assumed to depend harmonically on the time.,
with a specified frequency ~ . The general solution of
the problem contains a term that decays exponentially with
time, which determines the initial course of the
Card 1/2

USSR/Electricity Dielectrics
Abs Jour Ref Zhur - Fizika, No 5, 1957, 12109
polarization of the sphere. In addition, the solution
contains a term harmonic in time. It varies with the
frequency of the external field with a phase shift, and
determines the Dolarization of the sphere under statio-
nary conditionso Although the final expressions are
elementary, they are nevertheleas quite cumbersome end
become simplified under*various particular cases
or W,:- 0 etc.).
e2 = 0 If
Card 2/2

HZIMIN, D.V.
Dielectric screens. Uch.zap.~bak.gor.pud,lnst, 85:45-56 158.
(MM 14:10)
(Electrostatic separators)

MIKILULOV, V.I.; KLTZIMIH, D.V.
-- -
N
Investigating the aerodynamic resistance of workings under
mine conditions. Trudy MakNII 15:58-68 163.
(MIRA 17:11)

MATORIN, I.P.; KUZIMIN, D.Ye.
...
Modernization of drop hammera. MashinoBtroltell no.6:15
A 163. (KrRA 16:7)
(Forging machinery)

ACC NRi AP6028549
AUTHOR: Kuz'min, E. A. (Kiev); Sitko, N. Ya. (Kiev)
ORG: none
TITLE: A method for the synthesis of automatic control with digital correction units
SOURCE: AN SSSR. Izvestiya. Tekhnicheskaya kibernetika, no. 3, 1966, 180-188
TOPIC TAGS: linear automatic control system, correction circuit, digital computer
ABSTRACT: The authors apply the frequency methods employed in the synthesis of con-
tinuous systems to the synthesis of discrete automatic systems, and specifically to
such systems as incorporate digital correcting devices. A method, based on frequency
characteristics, is proposed for the synthesis of these systems. Among the distin~-
guishing aspects of this method are its relative simplicity and the fact that, unlike
other methods, it makes allowance for the presence of the correcting devices discussedi
This is particularly helpful when designing systems having rigid requirements with
respect to the weight and size of the control element. A special feature of the
method is the fact that the entire synthesis is carried out in a region of relative
frequencies, with the quantizing period T chosen during one of the final stages' Thu~,.
T can be used as a variable in the selection of the digital correction device.
Machine-induced delay is not considered in the exposition of the method, inasmuch as
it is assumed that the computer, io working on a.number of problems, with the delay
I.

ACC NRs AP6028549
introduced by a single problem relatively small with respect to the quantizing period.
Orig. art. has: 18 formulas, 2 tables, 6 figures.
SUB CODFW3 09/ SUBM DATE: 260ct64/ ORIG REF; 004/ OTH REFt 001
Card

L,14471-66-- EW7(;4)/. C F)/EWG(M)/T/r4PM/EWP(b) IM0 RDW/JD
ACC NR- AP5027841 SOURCE'CODE_: -UR/0020/65/165/001/0088/0090 3
V
AUTHOR: Kuztmin, E.A.-.Belov, N.V. (Academician)
or State UnIveraity1m. NJ. Lobachevskiy (Gorlkavsldygosudarstvomwyunivers
iris tute o Crystallography, Academy of Sciences SSSR (Institut kristalloedii Ai~i
nauk SSSR)
TITLE: CrysUd structure of the simplest La and Sm silicates
SOURCE: AN SSSR. Doklady, v. 165, no. 1, 1965, 88-90
TOPIC TAGS- samarium compound, lanthanum compound, silicate, crystal structure
analysis
x4
ABSTRACT: Single-crystal crystal chips of the compounds La 0 SiO La 0 2810
2,
Sm203 - "3102, and Smq.03 - 2SIO synthesized at the Institute of'Rie'atol6heZ
AN SSSR Leningrad (Inatitut Imit silikatov), were structurally.analyzed by x-ray Ieq.
diffraction. The unit cells of the hypothetical compounds La203' StO and La203- 28102
were found to be completely, Identical, Indicating that these compou;L are Identical; tile'
same applied to the Sm silicates. Powder patterns of the La and Sm silicates were
strJ]dngly similar to those of britholite, a structural analog of apatite. The atomic
Card 1/2 UDC: 548.7

KUZIMINP F., inzh.
New ni tro-la cquc,, -.9 on passenger ships. Mor. flot
23 no-9:34-36 S . 0 (MIRA 16til)

~Fedor KuzImich; YAKOVLEV, Grigoriy Ivanovich; S5MNMO# P.I.,
reH-.-j--FU--'ICHF;V, A.G., red. izd-va; BOLISHAKOV, V.A., tekhn.
red.
(Progressive method for cutting trapezoid screw thread] Prog-
reosivnyi metod narezaniia trapetaoidalinoi rezby. Leningrad,
1962. 11 p. (Leningradskii Dom nauchno-tokhnicheekoi props-
gandy. Opyt novatorov. Seriia: Mekhanicheskaia obrabotka metal-
lovp no.4) (Screw cutting) (MIRA 15:3)

AR6022392 (N) SOURCE COM-.' 'UR10398/66/000/003/VO09/VO09
AUTHOR: Alyayev, A. N.; Kuzl min, F. M.
ORG:' none
TITLE: Corrosion rotection of marine structures
SOURCE: Ref., zh. Vodnyy transport, Abs. 3V64
REF SWCE: Proizv. tekhn. sb. Tekhn. upr. M-va rechn. flota RSFSR, no. 105),
1965, 65-73
TOPIC TAGS: corrosion protection, marine equipment, paint, marine engineering,
surface scaling
ABSTRACT: Requirements are established for the preparation of surfaces prior to
the application of synthetic paints. ftraces of scale and other foreign matter which
are found between the metal and the paint layer reduce the service of the coating
4-5 times, The brands of prime coats (fillers) and enamels for exterior and interior
surfaces are listed, Specifications for standard consumption of paints and varnishes
and schedules for periodic repainting of surfaces are established. [Translation of ;1
authors' abstract] [AM)
SUB CODE: 131
1;, rT
Caid

P I
KUZIMIN, P., insh.
Iacqueur coating for the protection of nonferrous metals
from oxidALtion. Rach.transp. 19 no-7:43 JI 160.
(HIRL 13:8)
(Nonferrous metals.-Corrosion)
(Protective coatings)

KUZIMIIN, F.M., inzh.
Experience with light alloyE. Sudostroenie 27 no.12:56-58 D
,61. (MIRA 15:1)
(Light metals) (Shipbuilding)

PA
KUZIMIN~ F.2jp;h.; MATASOV, Yu., inzh.
Reconditioning lacquer coatings on river passenger ships. Rech.
transp 21 no.4s23-25 Ap 162. (KM 15:4)
1. GorIkovskoye tsentrallnoys konstruktorskoye byuro.
(Ships-Maintenance and repair)

. KUZIMI-N-.,-Fvdor Mikhay-lovich; KUDRYASHOV, F.A., retsenzent;
VOYTSEKHOVSKIY.. V.1.,, red.
[Use of synthetic materials inship epairs] Opyt pri-
meneniia sintet'--'heskikh materialov v sudorev.onte. Mo-
skva, Izd-vo "Transport," 1964. 74 p. (MIRA 17:6%1

KUZ'KM, G. A., Candidate of Agric Sci (diss) -- "The role of fertilizers
in raising the yield of potatoes in Kirgizia", Frunze, 1959- 20 pp (Min Agric
UT3R., Kirgiz Agrio Inst), 280 copies (KL, yo 21., 1959o 117)

KUZMIN. G.A.-
_W
Analysis of balancing four-row radial engines. Tru4y XLI 22t62-84
149. (NIU 10:6)
(Airplanam--Bogines)

KUZ I MIN. CLtk. --
Do signing Intake ports Trudy Ul 23t143-
171 149. (Airplanes-lagines) (mm 1026)

,9/123/59/000/008/010/043
A004/AOO2
Translation fromi Referativnyy zhurnal, Mashinostrcrjeniye, 1959, No. 8, P. 31,
# 28836
AUTHORS: Kuztmin, 0. A., Demidovich, V. M.
TITLE: Investigating the Operation of Migh-Speed Ball Bearings Undei~
Conditions of Ample Lubrication
PERIODICAL: Tr. Kazansk. aviats. in-ta, 958, Vol. 33-34, pp. 265-290
TEXT: Bibliographic entry
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SOV/123~59-16-66764
Translation from: Referativnyy zhurnal. Mashinostroyaniye, 1959, Nr 16, p 409 (USSR)
AUTHOR: Kuz'min, G.A.
TITLE,- The Gear Ratio and Efficiency of Differential Reductors of Turbo-Prop
Engines
PERIODICAL: Tr. Kazansk. aviats. in-ta, 1958, 33 - 34, 291 - 315
ABSTRACT: Four layouts of differential reductors (DR) for turbo-prop engines with
coaxial screws were investigated: one-stage DR with single and double
row planet pinions, two-stage DR, and DR and looked gear.
Card 1/1

s/123/60/0-00/010/0-09/011
A004/hooi
'Translation from: Referativnyy zhurnal, Mashinostroyeniye, 1960, Ito. 10, p. 313,
# 51287
AUTHOR: -Zuz'min G A
0
TITLE: On the Problem of the Effect of Rotor Shaft Mass on Its Critical
Revolutions
PERIODICAL: Tr. Kazansk. aviats. in-ta 1958, Vol. 38, PP. Lx)5-300
TECT.- The author presents the results of theoretical investigations con-
cerning the effects of the proper shaft mass on the critical rotor revolutions.
Double-bearing shafts with disks, placed between the bearings and cantilever-
like, were Investigated. Variations of the critical revolutions of the r6tor
shaft, when its mass is taken into account, depend on the shaft weight-to-disk
weight ratio and on the location of the disks relative to the bearings.
K.Yu.A.
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

S/123/61/aOO/014/o41/o45
A004/A101
AUTHORt Kuz'min, G.A.
------------- __
TITM.-. Calculating the strength of turbomachine disIcs being in an elastic
state
PERIODIdALt Referativnyy zhurnal. Mashinostroyaniye, no.14, 1961, 28, abstract
141198 ("Tr. Kazansk. aviats. in-ta", 1960, no. 55, 75 - 90)
7M& The author suggests a simplified method of calculating disks, which
is based on the solution of a differential equation obtained for disks for in-
variable,thickness, This method differs from the known calculation by the
"Method of final differences" in that even in the case of spots with abrupt
transitions the rated number.of cross sections can be considerably reduced,-'The
author describes the derivation of calculation equations for disks of invariable
thickness. He investigates the transition conditions from one sector to the
other,,and presents an example of calculating a turbine disk with variable tem-
perature field and peripheral-load from the Iblades.
I. Kuzn6tsov
[Abstraoterts notel Complete translation]
Card 1/1

KUZIMIN, G.A.
Taking out sections in the plans of rotation of rotor blades of
axial-flow compressors and turbines. Trudy KAI no.66t43-47 161.
(MMA 16: 10)
%'Turbomachines,Fluid dynamics)

KOZ I MIN jC&o_rgiX_AnataL_1yaxtch-, TYUTYUNOV, V.A., inzh., retsenzent;
YANOVSKIY, I.L., inzh., red.fdeceased); AGETCHEVA, I.S.,
red. izd-va; ROZHIN, V.P., tekhn. red.
(Design of aircraft engines]Konstruktsiia aviatsionnykh dviga-
telei. Moskva, Oborongiz, 1962. 442 p. (MIRA 16:2)
(Airplanes--Engines)

AM4007932 BOOK EXPLOITATION S/
Kuz'min, Georgiy Anatol'yevich
Design of aircrafi engines (Konstruktsiya aviatsionny*kh dvigateley)
Moscow, Oborongiz. 1962, 442 p. illus., biblio,, fold diagra. Er-
rata slip inserted. 7000 copies printed. Textbook designed for
a,viation tachnikums.
TOPIC.TAGS: aircraft engine design, gas turbine engine, reciprocating,
engine, engine component, aviation material, aviation metal
PURPOSE AND COVERAGE: This textbook is intanded for students in avia-
tion tekhnikums and may be useful to industrial 'engineers and tech-
nicians interested in aircraft engine design and students studying
related subjects at technical institutions of higher learning. The
book covers the design of modern aircraft engines and their compo-.
nentse The special design features and typical designs of compres-'
sors, turbines, combustton chambers, and crankgoar mechanisms, are-
described. Methods of computing component strength and means of
balancing rotating parts~ are given.

ACCtSSION NR: AT4024394 S/2529/61/000/066/0043/0047
AUTHOR: KnImint-P.-A.-
TITLE: Offsets of axial compressor and turbine blade sections in a plane of rotation
SOURCE: Kazan. Aviatsionny*y InstRut. Trud~*, no. 66, 1961. Aviatsionny*ye
dvigateli (Aircraft engines), 43-47
TOPIC TAGS: blade offset, comprbasor blade, turbine blade, stress, bending stress,
gas force, centrifugal force, gravity, blade size, loading
ABSTRACT: In order to decrease bending stresses arising from the action of gas forces.
t- on the working blades of axial compressors and turbines, offsets of sections are applied
in the direction of the gas force action, and their magnitudes are expressed by the see-
tional center of gravity coordinates x and y (see Fig. I of the Enclosure). Because of
the offsets, bending moments arise due to centrifugal forces and counteracting bending
moments arise due to gas forces. Offsets of compressor blades are usually applied only
in the plane of rotation. However, for turbine blades they are also applied in the axial
plane. A linear law is the simplest for the offsets; in such case the blade axis remains
straight and is only Anclined with respect to the coordinate axis "or" passing throup we
Card

ACCESSION NR: AT4024394
center of gravity of the blade root section (see Fig. 1). In the plane of rotation lIxor",
the inclination of the blade axis is equivalent to a parallel displacement & of it with
respect to its initial location on the rotor disk. This displacement is done in the direction
of rotation at the compressors (see Fig. 2 of the Enclosure) and opposite to the direction'
of rotation in the case of a turbine (see Fig. 3 of the Enclosure). The blade and the root
can remain coaxial. With the assumption of a linear distribution of the cross-sectional
area along the blade, the following expression was derived for the displacement .4 in the
case of a compressor:
6g.By My
2 2 ,k
L AR (1 + 2 T
A
R
wherely is the unloading coefficient in plane of rotation,"
or is the specific weight of the blade material,
id is the angular velocity of rotation,
An is the blade root section area,
2/8
Card

,ACCESSION NR: AT4024394
AT Is the blade tip section area,
g is the acceleration of gravity,
L Is the blade length, and
My',is bending moment at the root from the gas forces in the plane of rotation.
.At the turbine working blades the distribution of the crOBS-sectional area along the length
usually follows a more complex law, frequently not represented by an analytical
expression. Tliere!ore, for a stress analysis of the turbine blades the author proposes a
subdivision by section into k divisions. The numbering of sections was done from the tip
toward the root; to the tip itself station 0 was assigned.. Expression (2) has been derived
for the case of a turbine:
4'&PYM, y
(2)
2
'A,(.1 - 2 RR - B
C
where
Card 3/8

ACCESSION NR: AT4024394
where
B Ak [(Ai (R 2 2
X _1 Ai) - R
M i-1 i
2 _ R2 (Ri
C [(A,_, + A,) (Ri_j i _1 + Ri)
M
and A is the cross secti~n'area of the blade,
R is the radius of rotation,
subscript R refers to the root section,
subscript i refers to an arbitrary section, and
subscript k refers to the last section at root,
and the other symbols are as before.
To allow for various working systems of a turbine, using a value of the unloading coef-
ficiently = 0. 5 to 0. 6 was. recommended. The Unm law used for the offsets of blade
sections, assures the desired. unloading only at one section. At other sections, J5y has
4/8

ACCESSION NR: AT4024394
different values. While at compressor blades the least margin of safety occurs at the
root section, at turbine blades the maximum stresses are at a section n, at a distance
0..25 to 0. 5 L from the root section. Hence, it may be advisable to apply the coefficle
J8v to section n. For this purpose, in the expressions (3) the upper limit i-k of the sum-
nfations should be replaced by L=n; in the expression (2) the bending moment N.,, should be
used for section n and RR should be replaced by R.. Orig. art. has: 3 figureeeand 17
formulas.
ASSOCIATION: Aviat8lonny*y inatitut, Kazan (Aviation Insutute)
SUBMITTED: 1fiApr61 DATE ACQ: 1rkAprG4 ENCL.- 03
-001
SUB CODE: PR NO REP SOV. OTHER: 000
6/8

AI;CFX)SION NR: AT4024394
ENCLOSURE: 01
x
x
4
A
compressor
turbine
Fig. 1 - Schematical illustration of the linear offeet, distribution of blade sections
in axial compressors and turbines
Card 6/8

ACCESSION NR: AT40=94 ENCIMIME: 02

A
r
Fig. 2 - The parallel displacement of
an aidal compressor blade in
the plans of rotation SO

R
ol

1
.
w

Card 7/8.

d "I".

ACCESSION NR: AT4024394
Fig. 3 - The parallel dis-
placement of an
wdal turbine blade
in the plane of
rotation.

I
r

RX

ENCLOSURE: 03
Card

AWHOR-, Kuzlmin, G.A.
'I'LE: Thermal qtate of gas turbine diskr and ~ho ~t-rnpf~raturp th- oili
~R. C F T i- K;17ansk aviats ior:i
I Im its
r.-, rl, q )f I Fks 3pd ~,f, nos S ih i I i t v r)f !4 i,-, I f 1 F'R n0 xe(~ln a! 1 ~lh: F:

ACCESSION NR- A!1404937 I
riiqL,, -Lbi!o -)iieratirm :,n a en'.*i-mment wdl iucf~h-rate the
peripheral comfionent and the -'low-channel segment. V. Yepif anov
SUB CODE: PR_ ENCL: 00
2/2
Card

DMITRrYPV, S.V.; YEGOROV. G.A.,; KtfZIMDIO G.A.j MITROFANOV, !.Ya.
Position pulse-phase programmed control system. Trudy KAI no.78ill-17
163. ('MIRA 18110)

KNIMIN, G.A.
Thermal conditions arid thermal stresses in gas-turbine disks.
Trudy lChI no.76:74-89 163. (MIRE 19:2)
1, Submitted September 15, 1962.

ACC NR:
AUTHOR: Kuzlmin. G.A. 71
ORG i azan (Kazanakiy aviatnionnyy inatitut) bltll
rotor disks, and their temperature stresses
TITLE: Thermal state of Cpal
SOURCE: Kazan. Aviatsionnyy inatitut. Trudy, no 76, 1963. Aviataionnyye dvigateli
(Aircraft engines), 74-88
TOPIC TAGS: gas turbine ekig~.ne, turbine rotor, thermal stress,, turbine disk,
thermal analysis
-- ZI I/ 1'P
ABSTRACT: C Interest in the thermal states of is due to the consi-
derable thermal stresses generated by non-uniform disk heating. In this paper, both
the stationary and transient thermal states were considered. Thermal analynts wan li
ted to the convective heat exchange, neglooting tho relatively insignificant contrib
tiona of radiation and heat conductivity. Analysis of the stationary case was facili
ted by assumptions of a thin rotor disk of uniform thickness and symmetrical heat di
sipation, thus admitting a direct solution in terms of modified Bessel' functions. CO'
parison with proviou;ly published rel~ulis of temperature distribution measurements
showed a aatisfactor~y correspondence. Solutions for the non-statlonary case of the e
gine start were obtained by a graphical mg-thod. It wan noted tbat the rotor disk per
hery temperature reaches its maximum (600'JC.) coon after the ongine start, while the
-I Card

L 20711-66
ACC NRs AT6007559
Icentral portion approaches its maximum temperature at a much slower rate.-Thus the ta
bine rotor is seen to possess a high thermal inertia, and the maximum temperature dif
ference between its periphery and center occurs soon after the engine start. This
means that littli~ thermal stress relief can be obtained by prolonging engine warm-up.
Radial and circular stresses were calculated for theoretically and for experimentally
determined data. Stress distributions are presented in graphs a) as pure thermal, and
b) as total (dymunio plus thermal) stresses. At the periphery, the tensile dynamic
stresses can siEpiificantly reduce the effect of compressive thermal streasest and in-
crease the tensile atresses-in the central part contributed by..the temperatuxe gradi-
ent. Numerous other ap.."ots of stress dependence upon engine temperature distribution
due to various operational aspects are discussed. Hints for design optimization are
presented. Orig, art. has: 8 figures and 16 formulas.
SUB COIDE: 21 SUBM D&M 158op62 ORIG REF: 007
OTH REFt 001

KUZ'1,aM,1, G. G.
"Gravitational Fotential of the Galaxy and the Third InterTal of Sbeilar I-Lotion,"
Izv. AN EstSSR, No 3, 1943, pp 368-383
The curve of circular velocity over i-;hich radial accelerations are cumputed is
used for determining the component of potential in radial direction. Using the obtained
radial acclerations and assuning that surfaces of uniform tensions are spheroidal, the
author computed values of the surface density of the GalLV. The mass of the Gala>:y is
evaluated to be 1011 solar masses. The author introduces the third integral of motion
f or e:--plaining the tria-aal ellipsoid of stellar velocities. (RZ-hAstr, '.'o 1955)
SO: Sum. No. 568, 6 Jul 55

JSSR/Medicine - Encephalomylitis, MAY 50
Equine
Horses, Diseases
"Problem of the Treatment of Infectious Equine
(3\Encephalomylitis by Khavlin's Method,," G. G.
OKuzlmin, Dr Vet Med, Groznyy, Stalin Rayon, ~ p
-S
"Veterinariya" No 5
Describes variation of -V. P. Khavlin's treatment
~'Veterinariye' No 7, 1946) which resulted in re-
covery of 18 out of 19 cases of infectious en-
cephalomylitis in horses. Treatments consist
of intravenous injection of 200 ml of 15% solution
1W
16OT59
USSR/Medicine - Encephalomylitis., May 50
Equinq (Contd)
of sodium chloride (20% of Khavlin's original
method)y followed in 30 min by injection of
equal a-mount of mixture containing 100 ml of
30% urotropine, 20 ml of 20% camphor oil, 20 ml
of ethyl ether, and 30 drops of formalin in
region of atlas, shoulder, and middle rib on
right side.
OW
160T59

U22-11, G. 5.; ALLZ, h-h. y~j.
Stars, Variable
Eclipsing v---Jable '-PZ 684 Cephei, Astron. tsir. No. 12,~
- 1, 1952.
9. Monthly List of Russian Iccessions. Library of Congress, '~-ay 953. Unclassified.
- - -1

i'Uzil':Ill," ;. 1-19.
Third integral of Stallnr '..*Ottrn and Dynamici of the S"Ptl. n~iij I-Alrixll.
Publik-atsii ~artujli.oy A,Aron. Cb.;erv., ~,v _,., 1163, 1432-316~.
The introduction of a t-.,ird inte-ral, besides the familiar ones of energy and
areaa, is suggeoted. In the expression of tAs quadratic Inte:,ral the fir3t tno
terms represent the swi of squares of anCular rnnment~' around two mutunlly
perpendicular axes in the plane of the -,a!~:zy, and tle th.rd term is of the type
of the energy inte:,ral along the z-axis. The author intends tr, crrtlnue his theoij.
(RZY,Astr, NO ), 1954)
SO.' W-31128, 11 Jan 55

XIJZMIN, G.G.
~ -j ~~ 7 ~-
Model of a stationary Galaxy permitting a triaxial dietribation
of velocities. Astron. zhur. 33 no.1:27-45 Ja-F 156.(NLR& 9:6)
l.Tartuakaya astronomicheakaya observatoriya Akademii nauk
Istonskoy SSR.
(Astronomical models)

-AMMSAAR, Kh.
Preliminary data on observationB of Arend-Roland's comet at the
Tartu Astronomical Observatory of the Academy of Sciences of
Estonia. Astron.tair. no.180.-9-10 W '57. (MIRA 13:4)
1. Tartuelmya aetronomicheakaya observatoriya AN ESSR.
(Cometa--1956)

KUZMINt G.G.; ELSALUt Kh. (Belsalut H.1
P11-0-f-Ogr-aphic observations of supernova in MG "96. Aotron.
teir. no. 2140-10 S 160. (MIRA 14:1)
1t Tartuskaya astronomioheakaya observatoriya AN ESSR,
(Starst Now)

3 /001/on/dia
Auui/Am
AWHOR: Kuzmin, 0. 0.
TME: On changesIn dispersion of' star velocities
PFRIODICAL: Rnferativnyyzhurnal, Astronomiya, no. I'. 1963, 40 - 410
abstract 1.51.309 ("Publikatsil Tartusk, astron. observ.", 1961,
v. 33, no. 5 - 6, 351 - 370, English summary)
TEXr: The author considers the effect of achange of gravitational poten-
tial and irregular gravitational forces on dispersion of velocities and posi-
tions of stars. The regular potential is assumed to be rotationally symmetric
and slowly varying with time. Only very flat subsyatems.of the Galaxy are .3on--
oldered. Formulae are derived for the change of dispersion taking place due to
the change of gravitational potential, and also analogous formulae for the mean
rate of orbit displacement. These formulae agree with Lindblad's "adiabatic"
theorem. The theory is similar to Chandrasekharts theory of non-steady stellar
systems. Further formulae are derived for changes in time of disperaions and for
systematic shifts due to irregular gravitational forces., According to Gureviah,
Card 1/2

5/269/63/WO/001/()i3/032
On changes in dispersion of star velocities A001/A101
Spitzer and Schtfarzachild, massive clouds of diffuse matter and stare hre assumed
-to be a'source of irregular-foroes. Irregular forces may cause small radial Mo-
tions of individual subsystems, but for the Galaxy as a whole this effect must
be insignificant. It can be.,supposed that the ratio of velocity dispersion tends
to a certain equilibrium valud. In this easel the following relation is obt&ineds
-2 ~2
Z R + cr:-O,, which agrees with observational data. There are 7 feferences.
From author's summa17
'[Abstracter's note: Complete'imnslationl
Card 2/2

STAMINA G.G.
Present stage anI some current problems in stellar dynamics.
Trudy Astrofiz. inst. AN Kazakh. SSR 5:11-22 165.
Hydrodynamicsof stellar systems. Ibid.:70-77
(MIRA 18:6)

1 . KTJZIIMT, G. I.
2. USSR (600)
4. Mechanics
7. Discussing the principal problems of determining the basic conception of mechanics.
Izv.AN SSSR. Otd.tekh.nauk no. 10, 1952.
9. Monthly Lists of RuBsian Accessiong
.. Library of Congress, March 1953, Unclassified.

Experimental dynamic characteristics of a turbogenerator with inter-
mediate steam superheating. Teploenergetika 10 no-4:14-17 Ap 163,
(MI" 16:3)
It Vsesoyuznyy teplotekhnicheakiy Institut.
(Turbogenerators)

RJBT N ,
KUZ'n1N-,-fi-1., inzh.; PANFILOV, V.A., inzh.; I V ~ 15 , ., k a n -4 ~ t (: k,,. n . r, a u k
Regillation of the power of large turbogeneratrxa. Elek, Sta.
36 no.2:35-39 F 165. (MIRA L8:4)

RUBIN, V.B., kand. tekhn. nauk; KUZIMN, G.I., inzh.
i .-4-- 11
Calculation of the dynamics of the steam channel of a
unit. Teploenergetika 11 no.8:8-13 Ag 164.
boiler and t 1-ne
(MRI 74
1. Vaesoyuznyy teplotekhnicheBkiy institut.

L 23594-66 u-;T(d)/EwT(m (V-)/VP (k)/DIP(h)/WP (1)
AGO NR: AP6002602 x4r SOURCE CODSt UA/0286/65/000/02J/0098/0098
AUTHORS: Bogomolov, S. P.; KlemalAfyox, 1. Q,; Estrin, M. I.; Loginov, Ye. A.1
Kuzirdn, G, i.; Ze=erovt 3. No; Gusev, A. I.; Fedorova, Ye. V*
ORG: none
TITLE: Machine for cut n oints in freshly laid coBgrat layers. Class 84.,
'ache ~for ~quttin~ i
L
No. 17 31
~L3~
50UF1;Z: 3yulleten' izobreteniy i tovarnykh znakov, no. 23, 1965, go
T~,Plc TAGS: concrete,
ABST!bkCT- This Author Certificate presents a machine for cutting joints in
freshly laid concrete layers. The machine includes a frame mounted or travel1ing
carriages movable along rails and vibro-knive6 for cutting longitudinal and
transverse joints. To provide for possible cutting of joints in the protective
covering of channels and applying film-forming materials on it, the vibro-knife
for cutting transverse joints is mounted for possible motion along the frame.
Discharge tanks and a gear pump are mounted on the frame and are connected by
tubing to distributive nozzles and valves which are controlled by h~Lndles anda
Card 1/3 UDC1 626.174.002.5

L 23594-66
~ACC NR: AP6002602
system of levers (see Fig. 1). To provide for operation on channels with
Fig. 1. 1 - frame; 2 - vibro-knife for
cutting transverse joints; 3 - vibro-
V S knife for cutting longitudinal joints;
4 - distributive nozzles; distributive
6 nozzle valvesi 6 - system of levers;'
discharge tank; 8 - horizontal truss
of frame; 9 - inclined truss of frame;
10 - horizontal hinges; 11 - screw
direction of devices; 12 - working parts of vibro-
14 15 machine
Mot.ion knife for'cutting transverse joints;
13 - vibro-knife support; 14 - cutting
plates; 15 - vibration isolating plate.
differing slopes, the machine frame is made with horizontal and inclined trusses.
Tha inclined truss is hinged to one of the travelling carriages and to the
horizontal truss by horizontal hinges and screw devices, To provide for cutting
of transverse joints of differing width and to reduce the vibration of the
concrete during the joint cutting process, the vibro-knife for cutting transverse
Card 2/3.

L 23594-66
ACC NR: AP6002602
joints is made with two working parts fastened to a support rotatable around a
horizontal hinge. The support is mounted on a movable carriage. Each of the
working parts of the vibro-knife consists of interconnected plates. The middle
plate is vibration isolating and the outer plates are cutting (which vibrate
depending on the direction of motion of the vibro-knife)o To provide for precise
setting of the machine at the location of the transverse joint, a limit switch is
mounted on the machine frames Orig, art. hast 1 diagram.
SUB CODE: 13/ SUBH DATEt OlAug64
Card 3/3

XMIMIN, Georgiy Leonidovich
(Moscow Order of Lenin and Order of Labor Red Banner Inst of Engineers
of Railroad Transport imeni Stalin)s Academic degree of Doctor of
Technical Sciences, based on his defenses 9 June 1954, in the
Council of the Moscow Machine-Tool and Tool Inst imeni Stalin, of
his dissertation entitled: "Study of kinematic stability of plane
surface machinery."
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 17, 9 Jul 55, Byul-leten' MVO SSR, No. 17,
Sept 56, Moscow, pp 9-16, Uncl. JPRS/NY-435

~-,KM 'MIN, G.L., doktor tekhn.nauk
Nonfunctioning connections of machanisom. Trudy WIT no.97:3143
158, (MIRA 11:8)
(Mechanlqal. movements)

KUZIMIN, G.L., doktor tekhn.nauk
B~rnamic analysis of the differential drive of tunneling machines.
Trudy MIN n0-97:64-82 158. (MIRA 11:8)
(Excavating machinery)

KUZ'Xlff, G*L., prof#, GORDRUV, A.B., doteent
Analytical calculation for an "opaque" hydraulic tor ue converter.
Trudy NUT 406128:77-~l 160. ZKIRA 13:7)
(Diesel locomotives-Hydraulic drive)

ly- -)/EWT
L 2W4-66 EWP(k)/E r(d IJP(c) JD/wA
ACC NRt AP60112,14 so E CODE: UR/0413/66TO-0-0700670 ?0052
INVENTOR:, Kuz'min, G. H.; Yekimov, V. V.;.Bochkov, V..s.
ORG: none
TITLE: A device for capacitor resistance 'Welding., Class 21, No. 1.79854
SOURCE: Izobreteniyaj promyshlennyye obraztsy, t \~
ovarnyye znaki, no. 6, 1966, 52
TOPIC TAGS: silicon controlled rectifier, resistance welding, welding equipment
ABSTRACT: This Author's Certificate introduces a device for capacitor resistance-wel
ing. The unit contains a welding transformer, capacitor bank, charging transformer,
control circuit supply transformer, rectifiers, overload diodes and master switch.
Operating reliability and welding quality are improved by usinx silicoglontrolled
rectifiers connected in circuits for charging and discharging ihe capacitor bank.
SUB CODE: 09, 131 SUBH DATE, 210ct64
Welding machine
t4 UDC: 621.791.762.1.037
Card

SVIRIDOV, Eduard Fedorovich; OZIN.I.N1,-G.N., kand. tekhxi. nauk,
otv. red.; OZEROT47rV ..,-- r drl.- --
[Comparative effectiveness of single-Faise radar direc-
tion finding wjotems] Sravniteltnai.a effekt.ivnostl jiu-
noimpul'snykh radiolokatsionnykh sistem pelengatsii.
lAiningrad, Sudostroenie, 1964. 115 p. (MIRA 18:2)

1. KTIZ",,TN, G. P.- YAK,-~SCN T. A.
1 1. . 1
2. ussR (6oo)
4. Dielectrics
7. Roller for testing dielectric rubber covers and runners. Elek. sta. 23 no. 10 1952.
9. Monthly List of Russian Acceesi,--nsy Library of Congress, February 953. Unclassified.

KUZMIN, G.P.; ZRARKOV. M.M., nauchn" sotrudnik; ZMXOV, B.A.. nauchW
Notrudaik; KLIMDV, N.A., nauchn" sotrudnik; L1901WY]CV, V.N.,
nauchny7 sotrudnik; FMANIN, A.S., nauchW7 sotrudnik
Testing the combined chamber-shield method for mining thick
steep coal seams in the "Ta7binskaya" Mine. Ugoll 34 no.9:46-50
S '59. (MIlLt 12:12)
l.GlavW inzhener tresta Kiselevskugoll Kuznetski3r basse3rn (for
Kuzimin). 2.Xn8titut gornogo, dela Sibirskogo otdoloniya AN SSSR (for
all except KuzImin).
(Kuznetsk Basin--Coal mines and mining)

SHIROKOVO A.P., kand-teldm,nau:tj, KUZIMIN, G.P., inzh.; KOSTYREV,
A.F., inzh.
Using chain aaws in mqcbanicjLj coa3. mining. Mekh.i avtom.
proizv. 15 no.8:37-38 Ag 161. (MIRA 14:9)
(Coal minim machimrY)

SHIROKOV . A. P. , kand. tekhn. nauk; KUZ 1111N 0 G. P. , inzh.
Using rod bolting for securing machinery in mines. Shakht.
stroi. 6 no,1:24-25 Ja 162, (MIRA 14:12)
1. Kuznetskiy nauchno-iosledovatellskiy igolinyy institut
(for Shirokov). 2. Trest Kiselevskugoll (for Kuzlmin).
(Coal mining machinery)

XOTAIMOV, V.1; HZIM, G.; SHIROKCV, A.
New use of rod ty-lting. Sov. shakht. 11 no.3:19 Mr '62.
(MIRA 15-.5)
(Kuznetsk Basin--Coal mining machinery-) (Mine roof bclting)

SHIROKOV, A natoliy Pavlovich; SUMIF, Ivan Petrovich; FZ "'MIN)
,gep!~y Petrovich.- MIDIDELI, E.O., doktor tekhn. hauk,
retsenzent; DZHIMSIM=SHVILI, Sb.P.j otv. red.;
SKIRENSKIY, M.M., red.izd-va,- LOMILINA, L.N., tekhn.red.
(Manless extraction of coal in Kuznetsk Basin mines] Pri-
menenie bezliudnoi vyemki uglia na shakhtakh Kuzbassa.
Moskva, Gosgortekhizdat, 1963. 174 p. (MIRA 17:1)

SHIROKOV, A,P.,,. kand. -,ekhn. nau-k, KUZIMIN, G.P.
U3ing anchor boiting to siapport a cross hri'llng .1-, K,~-znpti~ BEi!jj~n
zne3. Ugoll 38 no.'&.-,2.-4-,25 'Ja '63. (WRA 1-3-,3'1
.i
I. Kiznetsk-'Y nauchno-'-s sledova 'lei I nkly ugcItn:,7 ff-r
Shlrok;w), 2. Glamyy '-nzh. tresta 'for-

,KUZIKN, G.P., insh.; MIKHEYEV, L.Ye., inzh.; STEPANOV, Ye.A., insh.;
A.F., kand.tekhn.nauk
Automatic drive for coal saws. Makh.i avtom.proizv. 18 no.3t
20-21 Mr 164. (MIRA 17W

SHITICKOV, A.P., kand. tekhn. naukj__A~Z`
G.P., STEEFANOV, Ye.A.;
LIDER, V.A.
Industrial testing of the automatic drive of a coal saw.
Ugoll 40 no.1:46-48 Ja 165. (MIRA 18t4)
1. Kuznatskiy nauchno-issladovatel'skly ugolInyy institut
(for Shirokov, Stepanov, Lider). 2. Trest Kiselevskugoll
(for Kuzlmin).

AtC NR- AP7004909 SOURCE CODE: UR/0109/66/011/012/2248/2248
AUTHOR: Krynetskly, B. B.; Kuzfmin,,,,.G., P.; Shirokov, A. V.
ORG: none
TITLE: Cooled circulator for 3 cm wavelength
SOURCE: Radiotekhnika i elektronika, v. 11, no. 12, 1966, 2248-2248
TOPIC TAGS: microwave component, ferrite
ABSTRACT:
A Y-type circulator which operates with a quantum paramagnetic amplifier of
3 cm wave range is described. A garnet-structured calcium-vanadium ferrite
was used as the active material. The ferrite has the following characteristics:
the width of the ferromagnetic resonance line at temperatures of 300, 77, and
4.2K are 150, 280, and 340 gauss, respectively. A disk-shaped ferrite 8.25 mm
in diameter inserted into a teflon washer with an outside diameter of 20 mm
was installed at the center 6f the circulator. Operation of the circulator
is satisfactory at temperatures ranging from 300 to 4.2K. At the temperature
of liquid helium, maximum decoupling was 46 db, and direct losses amounted
to approximately 0.8db. The bandwidth of the circulator at 20-db decoupling
was 170 me.
Orig. art. has: 1 figure. (GS]
SUB CODE: 091 SUBM DATE: 23May661 ORIG REF: 001/ OTH REF: 00l/ ATD PRESS: 5115.
:ard 1/1 ____ UDG: 621.375

SOV/135-59-11-3/26
18(5,7)
AUTHORS: Bagryanskiy, K.V., Candidate of Technical Sciences, Kuzlmin, G.S.,
and Kassov, B.S., Engineers
TITLE: Automatic Submerged-Arc Welding of Technically Pure Nickel Vith
Ceramic Flux
PERIODICAL: Svarochnoye proizvodstvo, 19597 Nr 11, pp 6-8 (USSR)
ABSTRACT: Welding of nickel is usually performed by oxy--acetylone flame in
a protective gas-atmosphere. Hand-are welding of nickel, owing to
the absence of electrodes providing the welds without pores and
cracks, was found not applicable. It was established that the best
method of nickel welding would be an automatic welding with melt-
ing electrode under flux. The whole problem was that of the sele'~;-
tion of a proper flux to ensure obtaining welds, possessing the
required properties. In 1956-58, the Del-artment of Welding Pra-a-
tice at the Zhdanov Metallurgical Institute carried out research
on nickel welding, applying a number of -industrual fluxes OSTs-45,
Frs-6, AN-348A, AN-60 and AN-20. Experience has shown that all
Card 1/2 these fluxes are, owing to coniamination of weld metal with iron,

SOV/135-59-11-3/26
Automatic Submerged-Are Welding of Technically Pure Nickel with Ceramic Flux
silicon, manganese, sulphur, phosphorus, oxygen and other admix-
turea, not suitable for nickel welding (Ttible 0~ The need for
working out a now flux which would give better results appeared.
On the basis of numerous experiments, such as flux was finally
found; it is an agglomerated flux, the chemical composition of
which is CaO-5CaO.3AI203-CaF2 with a number of strong deoxiders.
The new flux was called ZhN. Testing welds produced with the ap-
plication of ZhN flux has shown good results (Fig 2). When research-
ing, nickel plates, 5, 7, and 10 mm thick were used; butt, lap,
and tee weldings were performed. Metallographic research disclosed
that weld metal is, in this case, compact, without pores, crack,
gas or slag inclusions (Fig 3). The method of niclel welding with
agglomerated flux can be highly recommended. There are 2 tables,
Card 2/2 3 photographs and 6 references, 4 of which are Soviet and 2 English.
ASSOCIATIONt Zhdanovskiy metallurgicheskiy institut (Zlidanov Metallurgical In-
stitute)

S/1)5/6i/000/004/005/012
Aoo6/Alol
AIMMORS, Bagryanskiy, K. V., Candidate of Technical Sciences, Kuz'min, G. S.
Pavlyuk, S. K., Engineers
TrTLE-. Now Electr:des ror ManuAl Arr- Welding~of Nickel
PERIC-DICAL- 3vanc-cl.,moye proizvodstvo, !L961, No, 4, ;p. 22 - 23
M-T: ConventICTIal H 10 (N 10) ani ~j -37 (N-37) electrodes for manual
welding of nickel dc not a-se-are sufficiently high and stable strength of weld
Joints. Therefore the authors attempted to deveiop effisient and cheap ele-c-
trc.des with satisfact;Dry technolngical propeTtles, prrdu!.--Ing high-quality weld
joints', The therm~~,Jynamical- calcula-,!cn of mell-al-1,urgical pro~c-E-sns In the weld-
ing of nickel and a great number of experimental data were usei as basts of in-
veEligal~lcns carried out at -,he welding de;artm-~nt of the Zhdancv MetaliurgAcal
and !~h-:~ Berdichev "Prc~gres~" AE a r-s-.ilt ~,h~ new 0
elesl.rcdes were develcped with a~~id -Ilype ~,o tal.nlng 'Atanllum. di'~,xJd
flu-~-r..-e oon!:tentralle, 6odl~xm fiu-lrldr--, mangg-nere-, titanium pctwder, aluminum
powder, bentonite and sodi-.;-m silicate. The composition of the electrode coating
is avallable at request, The ele~-trcdes are intended fcr manual ele-,.tric arc
Card 112

S/135/61/000/004/005/012
New Electrodes for Manual Arc Welding of Nickel A006/A101
welding of N-1 nickel by G03T 849-q,6 and of NP-1, and NP-2 nickel by GOST 492-1-2.
The electrodes can be manufactured by pressing or dipping. The thic~lmess of the
coating is for 3, 4 and 5 mm diameter electrodes 1 - 1.2; 1.2 - 1,3 and 1.3 - 1.5
mm respp-2tively. The electrodes permit welding in any positicn with d-r; of re-
verse polarity. Recommendations are given as to welding ccndition and, prepara-
ti~;n of agdes for welding, The electrodes as-ziare easy excitation and ztable burn-
Ing of the arc, satisfac-.ory formation of the weld joint, having no pores, cracks
and gaseous or slag inclusions, and showing corrosion resistance equal to that of
the base metal. The eiectrode~ are rezommended for the manufacture of Important
nickel structures. There are 4 tables and 3 figures.
ASSOCIATIONS: Zhdanovskly metallurgteheskly Instit-ut (Zhdanev Metallur~gical In-
stitute) (Bagryanskiy, and Kuzt min); Berdichevskiy zavcd "Pro-
grees" (Berdichev "Progress" Plant) (Pavlyuk)
Card 2/2

5/184/61/000/005/006/009
D041/D113
AUTHORSt Bagryanskiy, K.V., Candidate of Technical Sciences; Kuzlmin,
G.S., YagodJn, P.P.-and Pavlyuk, S.K., .6ngineers.
TITLE- Electric. arc welding ot nickei.
PERIODICAL: Xhimicheskoye mashinostroyeniyet no. 5, 1961, 40-42
TEXT: The welding department of the Zhdanovskiy metallurgicheskiy institut
(Zhdanov Metallurgical Institute), in cbbperhtion with the workers of the
Zavod "Progress'! ("Progress' PI'6ht) developed and introduced an auto-
matic,.semi-automatic and manual 'welding method of H n-2 (NP-2)
nickel permitting composite welds to ~6-obtained. The production of the
XH -1 (ZhN-1) ceramic flux proposed by the institute and of the npOrptCC-50
(Progress-50) electrodes devela~ed by the authors was startod at the elee-
tr6de shop of the "Progressu Plant. The'article contains a detailed de-,
swiption of the abave-mentioned methods used,for welding the parts of a mix-
ing device. The casing was made of NP-2 nickel 500 mm in diameter and 3,000
mm long with welded flanges and pipe junctions, The casing wa'ls were 10 mm
Card 1/2

S/184/61/000/005/006/009
Electric arc ... D041/D113
thick, and the pipe junctions 6 mm. '1he mixer consisted of a steel pipe
with a 3 mm nickel coating* A TCw17M(T5-l7M) automatic welding machine
the ZhN-l flux, and an Hn .2 (NP-2) electrode wire on the flux pad with
direct current of additive polarity were used for welding. A K-500
(PS-500) trandormer served as feed source, and the flux granulation was
1.5-2.0 mm. The circumferential seams were welded using a 1-22 (T-22)
welding manipulator and a TC -17M (TS-17M) tractor mounted on a sDecial
arrangement. The nickel pipe junctions were welded to the casing by a OW-5
4
(PSh-5) semi-automatic machine using NP-2 wire 2-5 mm in diameter. In this
case, the flux granulation was 0.8-1.3 mm. The welds'were examined and test-
ed under a hydraulic pressure of 2 gage atmospheres, They were tight, with
neither cracks nor gas or slag inclusions. Corrosion tests in a caustic
soda solution were carried out at 5000C for 50 hours. Good results were ob-
tained. It is concluded that the use of the above-mentioned methods for
manufacturing nickel devices permitted high-quality weld joints to be obtain-
ed. There are 1 figure and 3 tables.
Card 2/2

IL 4, SD
A A 1 2~77
AWHOPO -Baga-,ranskiy, K.-V., S.
TIRE a-S'--l cerIM13 f Lux
zl -, k 91
PMODWAL: kt&.:netla-rLeskaya T.-i 1961, 7.?
tiort of the -,Ieram'~a )(9-1 ~Zt,'&-! 'I:jx Ji~ dl-r!~~-g 1*?56 i-,ACI by Ds:-a-rt-
ment of Welding Practice rdf 4*"ie-7.nj.&i-.:.*I"i*-&-~..y
Metallurgical Iws4U-%,,.xtA). l-. was 4,--,,i ;qe.-4 ma~.a, has
to be alloYed wt-th 0 .5 1 .5% 1, M,,, 0. 3 ;,- 0.6% 0.4 0.8% Al.
The approxlms:'~ ch.Amleal ':C:-, .---~x .1:2 tas f
14 - 1~% A] '0 ',0 - 55% !~aF 1AA s I, c 4 :4 YL-1, I
-2 3'
2" ;~ L
Ti, 5.5 -- C-5 % Al, J. 0.05%-,3, P. T`n-~ Ome. I
Ur4g -n" ~-ni `N-.2)
4nd s6miaaitwati~ azn weld .1 k
(per GOST 849 56) 14ri-I (NO-4) a:od Hf'~-2 'N',T-,-,'~
may b~, c,'L .3ame m,4tal, cir HM:A-2,.~15 I
". .,: o49-4!". lb-5
has to be re-5&*.--sulsted t,~ zm~r- :,f T'-.~ flux
C ani I/ -a

2c, 7.1y
ZziN -- I a eram i,~ ror, -,-.tie &L.
A 1 k~ i/A
gl-res a ve!Try
!ng
widths. A is
-~f je T".
at
t'uxes LRe,-". ir,. K. W r
Q z-
1957; R~d. e-t A. S. `Iiessn.A~w
vatic h-'&,---, %r- wsidip-S nf rl:-k5-
kolrskiy zavod Kr, ~T I. -!Zi "Ppr
A vazirum. :Lc,*C.
photcgraph as an example of woric p r i;;~ t ZhA f 3 - e
-'-Iable-s and 8
AESO)CIPOU7Y.- Zhian.4-1-Ady
STAKTIED: 1961~,
Ca-~-A 2,/2

S/125/62/000/011/003/003
D040/D114
AUTHORSs Bagryanskiy, K.V., and Kuzimin, G.S.
TITLEt The chemical composition and structure of welds on commercial
nickel
PERIODICALt Avtomaticheakaya svarka, no. 11, 1962, 30-36
TZXTt Results are presented of submerged-are welding experiments on
standard Nn-2 (NP-2) nickel with the use of NP-2 electrode wire, ceramic
)KH-1 (ZhN-1) flux, and additions of Mn, Si, Al and Ti. The effect of the
contents of different alloying elements, the conditions of the welding
process, and, particularly, of the arc voltage.on the weld metal structure
was studied. Tho uoo of coppor backing for,the removal og heat had a
structure-refining effect. Heating of joints to 700-800 C with subseiuent
air cooling made the metal structure fine and disoriented, thus providing
,for high mechanical propertie-sand corrosion resistance; but'heating of Pe
welds and narrow zone of adjacent metal with gas burners to only 250 _300 C
Card 1/2

The chemical composition .....
5/125/62/000/011/003/003
D040/Dl14
and following air coolin had also a good effect. It is recommended (1)
to Yield with 30434 v, (2~ to alloy welds with about 1% Al and 1% Ti,'and
(3) to use the shortest possible arc. The article includes photQmicro-
graphs, the chemical composition of the NP-2 nickel grade and that of the
ZhN-1 flux. There are 4 figures and 2 tables.
ASSOCIATIONt Zhdanovskiy metallurgiches-kiy institut (Zhdanov Metallur-
gical Institute)
SUBMITTED: December 11, 1961
Card 2/2

AM4006615 BOCK EXPIDITATION
S/
Bagryanskiy, Konstantin Vladimirovich-, Kuzlmin, Gennadiy Sameyevich
Welding of nickel and its alloys (Svarka nikelya i yego splavov) Foscowl Mashgizv C-1
63. 0163 p. illus.9 biblio. 6000 copies printed.
TOPIC TAGS: nickel, nickel alloy, nickel alloy welding, automatic welding,
manual welding, welding rodt welding flux, welding am, arc-welding
PURPOSE AND COVERAGE: The book contains basic information on the properties of
nickel and sane of its alloys. It deals with the most significant physical and
chemical processes and structural changes which occur when these metals are
welded, and with structural features of nickel welded joints. Data are presented
on canpositicns of welding rods, electrode coatings, fluxes, and other currently
used materials for nickel welding. The existing technologies of imual and
mechanized,welding are reviewed, and the Soviet experience in the manufacture of
chmdcal apparatus made of nickel and its alloys is also reported. The.book is
based on research nickel-m1ding carried out by the authors in the laboratory of
welding of the Zhdravskiy matanm-*icheskiy institut (Zhdanov MetaUurgical
Institute). ~--It aL3o reflects experience in oamercial licaticna of new nickel
card

AM4006615
welding rethods. The authors were helped in their research by the welding faculty
of the Zhdanovskiymeta3-1urgicherJciy institut, the "Pr*grwps" plant in Berdichev,
the "Bollshevi3e' plant in Kievs,NIIKhImwhg and others. The book is, intended for
scientific worker's, engineers and technicians working in the field of welding.
TABLE OF CalrEM
Foreword - - 3
I. Propex-ties of Nickel and Its Alloys - - 5
II. Features of Mettalurgical Processes in Arc Welding of Nickel and Its
Alloyd
35
III. Methods of Welding and Brazing Nickel and Its Alloys - - 68
IV. Autanatic and semi-autanatio 'electric-am welding of nickel - - 95
V. Defects of seans and quality ccntml of welded joints of nickel - - US
VI. Exzrnples of welded structures of nickel - - 142
Conclusion - - ~ 15 8
Literature - -160
SUB CODE: IE, MA, ML
SUBMr=::29Jun63 NR Mr SOV; OM
Card 2/Z 2

S/125/63/000/003/008/012
Aoo6/Aloi
AUTHORS;' Bagryanskiy, K. V., %TLn~, Tokiy, N. N.
TITLE: Welding nickel with low-carbon and stainless steels
PERIODICAL: Avtonaticheskaya avar%a, no. 3, 1963, 70 - 72
T L"t T '11he following three methods are used to weld internal nickel facinZs
uipment. 1) Single-pass overlap wel
with steel bodies in chemical ea ding (Fls-
ure 4a); 2) two adjacent welds are covered by a coating joint (4b); 3) each
shoe'. is welded tightly to 'the preceding sheet so that the second weld covers
the first weld (4c). Manual arc welding of low carbon steel LICT .3 OlSt-3) and
stainless steel 1 X 18H 9 T (1Kh18NST) is performed with UJI -9 (TsL-9) s HTY -3
(ENTU-3), and other electrodes, on d-c of reverse polarity. Keetrode diameter
is 3, 4 and 5 mm; 'welding current is 100 - Y,20; 140 - 170 and 170 - 210 amps,
respectively. For automatic and semi-automatic electric-wave welding of nickel
with low-carbon and stainless steels the Zh6anov Nletallursical Institute has de-
velbpod a special ceramic (ZhN-2) flux, y1el-jing high-quality Jolnts~ with,)ut any
defects. Welding: is performed on d-c of reverse polarity with a short arc.
Card 1/2

/COO/003/003/012
S1125163
:,Welding nickel with low-Tcarbon-and stainlesz steels Aoo6/Aioi
Electrode w -Ire Cv -05 X 19H 9 T or
I-.'1Ay N, Tho U10 ~,jeld :-m?t-al, obtaitied by 'the aforc-
mentioned imethods are 50.0 - 52.3 kgbmd~ tenslle otrength; 21.5 - 39.5% elonga-
tion, and 19.0 - 22.5 kgm,/cm2 impact streneth. Laboratory and industrial tests
shud the high relj.a~bility of the nickel-steel welds and their econori-deal advan-
tage. The method4i are recommended for the manufacture of' chemical equipment.
There are 4 figures and 2 tables.
ASSOCIATION: Zhdax,ovskiy metallurgicheskiy institut (Zhdanov Metallurgical
Institute)
SUMIT111ED:' August 14, 1962
Figure 4. Sequenoe of welding nickel facings on steel parts a a
Lf b
2
Card 2/2 c

~17
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10, 199U, 98-107
--77-
SIR CODE: MM,, TE
Cart! 1/1

TOFIY,
Z. m a, C ISKIY, K.V.
En e --. t rl. a, --. ;,e' ding of mcne,
F? rlo-~Oz4'1-46, 0164
OMIRA 18A)
1. Zhdanovskiy metallurgi- ~~'neqkly iristl

.--Kuz IMINI I.
The crop will prove It. Zemledelie 21, no.:L2:73 D 162*
(MIRA 16:1)
1. Starsbi7 agronom GatchinakoRo territOriallnogo prois-
vedstvennogo upravlaniya.
(Sowing)

Kul, IMIN.I.,polkovnik., kand. filosofskilch nauk
Struggle of the now with the old In the development of military
affairs. Komm. Vooruzh. Sil 4 no.8t4O-45 Ap 164.
(MIRA 17t6)