SCIENTIFIC ABSTRACT KUZNETSOV, G. K. - KUZNETSOV, I. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928120008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUZIIETSOV. TARUNTNI Yu.N.; FFDORQV, B.P.
Power testing of the TG-135-L tow shaker. Izv. vy,9. ucheb.
zav.; tekh, tekat, prom. no.6tl8-21 164. (MIRA 180)
1. Kostromakoy tekhnologicheakly institut.

--i-ACC NR,- AP60335l3____________ -----SOURCE CODE ---UR/0413/66/000/018
INVENIDR: Roshchina, L. V. Kuznetsov, G. K.
ORG: none
M8_/0l49_-_
TITLE: Brazing loy for molybdenum and its alloys. Class 49, No. 186261
SOURCE: Izobre prom abraz tov zn, 1. 18, 1966, 148
TOPIC TAGS: brazing alloy, molybdenum brazing, molybdenum alloy brazingj,
ABSTRACT: This Author Certificate introduces a brazing alloy for molybdenum and Its
alloys. To increase the heat resistance and ductility of brazed joints, 0.5-3.0%
molybdenum is added to the basic components of the brazing alloy, which contains
38-42% manganese 18-22Z nickel and 38-42% copper..
SUB CODE: 1l/ SUBH DATE: 1OAug 4/ ATD PRESS: 5100

KUZNWSOV _GI,M, mostovoy master (stantoiya Beloro Tomokoy dorogi)
A 4" -
Changing wall-plate beams. Pat. i put. kho:: . no.l.'7 A '58.,
(Railroads-Mintensuce and repair) (MIRA ll-.lY

xUzu"n"'v, mostovoy rnn -tar ~st._Belovo Tomskoy dorogi)
Installing reinforced concrete posts. Put' i put.khoz. no.10:29
0 158. (MIRA 11:12)
(Railroads--Equipment and supplies)

MIZIIETSOV.G.R.
Detaching parts from the riser In Investment casting.
no-10;30 0155.
(Precision casting)
Lit.proisr.
(KLRA 8:12)

t 1%009
Stomaoh reseotion in conz~nital b7 ancWaous looalvion of the intestinsee
Kas. mod. shw. no,,.6s&vZ5 N-D 160. (MM 13312)
1. Khirmrgicbeskoys otdsleniye (sav. .1 -G.M. Kuznetsov) 2-go bolluiebuo-
poliklinichookogo obf7edineniya Pugullmr (gl%vKrach - A.P. Shchekotolo)
(3TaUcH-zm=) (INTESTIM"WORKITIES M DEFORKITIES1
I

ARKHIPOV, Ye.P.; ZABIROV, K.S.j__J~2qjqjpff~ ~M.
A ___
Resection fo the stomach for a congeintal anomali in the position
of the Intestines. Vest.khir. no.9t132-133 161. (14IRA 15.3)
1. Iz-khirurgicheskogo otdeleniya (2av. - G.M. Kuznetsov) 2-go
Buma
bollnicbno-poliklinicbeskogo otdeleniya g. - IMY*
-1 (STOMAMI-SURGMU
(INTESTINF.S.-ABNOMMES AND DEGORMITIiS

ARKHIPOV, YO.P.1
Use of N.G.Belenlkiito serum for hemostasis in surgical
wounds. Kazmed. zhur. no.2t7l-72 Mr-AP963 (HIRA 16:11)
1. Khirurgieheakoye ~tdeleniye (zav. - G.M.Kuznetsov) 2-go
bollnichno-poliklinioheakogo ob"yedineniya Bugullmy 'glav-
nyy vrach - A.P.Shchakotolo).
)t

WWPhysica, - Physical chemistry
04M 1/1 S Pub. 22 - 15/41
Autbars g Bochvar,.A. A. Academician, and Kuznetsov, G. M.
Relation between heat of fu3ion melting point ratio and the sequence
number of an element
Farlodical j Dok. AN SSSR 98/29 227-228, Sap 11, 1954
Abstmat I..Attempts were made to eetablish the relation betveen heat of fusion
and melting point similar to the one established for the heat of eva-
poration. It was established that the melting bntropy is a periodical
function depending upon the sequence number of the'given element of
the D. 1. Mendel4yev periodical system of elements. Experiments show-
ed that elements of the F-subgroup have a maximum melting entropy in
every period; alkali and alkali earth metals have the lowest melting
entropy'among all other metal groups. Graph.
Institution t ...
Submitted June 25, 1954
?i%. O'Zh,
I-NN~
~.T

"Inveutl~atlon of the Mod1fication Procosses of V~e Structure
of Binary Alloys by the Introduction of Irq)urlties." Cand Tech
Scl, :.!oscow Inst of .nonferrous lAetals and 3old i,~ienl :4. 1. Kalinin,
Nin HL-her Mucation USSR, 'Noscow, 1955, (U, No 11, 4".:ar 55)
SO: Sum. No. 670, 29 Sep 55-SurveY of Scientific and Technical
Dissertations Defended at USSR 111:rher 3ducational Institutisris (15)

V~' LY-_ /Vi
US.'.R/ Chr;,,,Attry 11hynical chrxd~ try
Pard 1 /1 rub. 22 - .02/51
Authors I Kuznetsov, 0. M.
Title I Effect of vibration on the crystEillizition of viodifi(;k; aluaiinuia-
silicon alloys, -
Veriodical I Dok. AN SSM 101/1, paL!e 123, Mar 1, 1955
Abstraot ~Lyr-er~im"t a,- were -made, --to -de te, mine -thc~- effect of vibration on the
crystallization'of modified Al-Si alloys (Silumin). The thin eutectic
structure formed during the crystalli7.8tion of modified Siluniina w3s
investigated. A special thermal analysis showed that vibration
sharply decreaser the supercolling durinL the Cryst:11lization of the
eutecticB. If the modified eutectic crystallizes at a supercooling
of 7 - 100 (570-5670) then the supercoolinC will be completely eliminated
by the vibration and the eutectic will crystallize at '-770. It wfis
found that vibration will,not'only weaken bu-t 'even -harden -the--structure
--7=- ---of-_th"ut&e fif-etendes
t16 ree _W78-1-950-
-Russian and USSR-r
Illustrations.
Institution ; 7be M. I. Kalinin Institute of Non-Ferrous Yetals, and Gold. Moscow
Presented by : Academician A. A. Bochvar, September 13, 19.54
V

S/18o/601000103/007/030
a10352(MOSCOW) ~i
utions Near the
G.M. and P'lcun:off ~f~
netsovi &-~
UZI Wor ,Cities
pjJT11ORS lieteroSID lesxilch
centratiOn - inic,
Con erature e t eXt 47
T-jTLF5' Solidus TeMP UIC SSSR1 otdolOn'! pp 44 -
)dtademij napl,,O, 19601 Nr 31 ted in
izvestiyalurgiya i to often been repor
PERIODICAL- ault, metal have 1-6) - This
n , heterogeneities ons ( expected
.kBSTRACT: Concentrati4 ~urated 50 lid sOlut 0 Bn for the
far from sal buted to re aratiO authors use
f.ct has been attri hase (Re he composition
of f the new p tions in which a occur and
appearance 0 show the direc 0 expected to r a simPle
't to it'es ma tion fo
t concel )gene rma 1e%
his the heterc Comp
itions for their fO
Change in nd a more
temperature cond ion (Figure 1) a :published
the with I t
The cOnc" The authors repor
ont,nuous solid-sOlut Isions agree
c Sure 2) system* oys (Rej~3 1 2, 4) * J, ctural analysis
(Fi everal all !by %-raj stru 5) the
data for 5 aimed at studying, in Refs 11 2, 4 por
experiments '5 .~ cop
(as used for simil" purpose heterogeneities 3- d 8
of concentration ar the B01' U
arance L or 751Y Sb ne opper, 01 t'n'
10a e MO
appe ys with sn, 7','- t13 grad
allO prepared from
The alloys were
Cardl/2
Concentration
Temperature fleterOgeneitles In Solis/180/6
E 0/000/03/o0
PAU ~22 7/030
c5huaricant'mony and A00 alum,n,um. u Ons Near the SOlidus
oal in a graphi
Phosphorus te Copper was melted under
Small ingot4nd the" alicrucible, deoxidi
g*ves s 'were heat- OYed with the aPp sed wi th 0.0.1%
conditions). and mechanical,, ropriate element.
3ununarised in Table Selected treated ingots (ted (Table I
anneal8d for 5 2) were cut trea r
or 10 hours into *Pertles
100 C9 controlled to sPecimenp
surface cleaning at various temPeras wh'cJ1 were
'wit di ffra C-1+5 C)- After air tures (6o0
KROS-1 Camera h Cox t'On Patterns were ocooling and
were I aI radiation; I.tt,cbtained
calculated wi e Paramewith a
Shows these th an accuracy of +.. 0.00 ters
In cu + v gra,
10%/ Sn a in size and annealin- t,,P05 kX- Table 3
nd
While grain C U + 7,00
remained co size rein Sb latti erature and time:
ns t an ained CO., Ce Parameter changed
two cOlIcentratiot' The
n authors
Card2/2 approximating to het sOlidus. tant; in Cu + 7,'-' Al both
and 11 refere the conclude that in the first
erogeneities arise near temperatures
SUBM'TT'D: December 2 'Ices, 10 of WhIC4 Thero are 2
81 1959 are Soviet figuros, 3 tables
and I English.

24ALISHCHENK09 V.At*�.-UZ4ETSOVt G.M.
-Investigating the kinetics of the decomposition of supersaturated
solid solutiono in aluminum alloys With 4 percent copper.
Izv. vys. ucheb. zav.; tovet. met. 3 no.3:136-238 160.'
(MIRA 14:3)
1. Krasnoyar8kiy inatitut tevetnykh metallovt KafedramatAl-
loved6n1ya.
(Aluninum-copper alloys*'
.1astaIlography
(Solutionst Solid)

37836
S/123/62./000/008/008/016
A004/A.101
AUrdORS: Kuznetsov, 0. M., Sobolev, A. S.
TITLE: On the practicability of the Meyer rule during hardness tests
PERIODICALt Referativnyy zhurnal, Mashinostroyeniye, no. 8, 1962, 27, abstract
8A201 ("Sb. nauchn. tr. In-t tsvetn. met. im. M. I. Kalinina",
'1960, V. 33, 263-267)
TEXT: Investigations were carried out to determine the practicability of
the Meyer rule: P - adn, where P '- load, d - indentation diameter, a and n -
test constants. The hardness was determined at room and elevated temperatures
(300, 400, 450 and 5000C) on Pb, Al, Cu, bronze and brass specimens, the Indenter
impression duration being 0.5, 5 and 50 minutes. It was found that during hard-
ness tests at 20 0C and elevated temperatures, a deviation from the Meyer rule
is taking place in the range-of considerable deformation, i.e. n is no constant
of the given material, but depends on the temperature, holding time and degree
of deformation.
[Abstracter's note: Complete translation]
Card 1/1

S/137/62,/O()0/006/113/163
A05?_/A1O1
AUMORS: Kuznetsov, G. M., Grebenshchikova, L. Ye.
TITLE: The effect of difx'usion annealing on the critical degree of deforms-
tion in Al-Fe alloys
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 42, abstract 61250
("Sb. nauchn. tr. In-t tsvetn. met. Im. M. I. Kalinina",33, 1960,
268 - 270)
7=t In ots of Al-0.1% Fe, Al-0.2% Fe, Al-0.5% Fe alloys and of pure Al
[AB 000 (AVOOO)l were cut in two parts; one part was subjected to diffusion an-
nealing under the following conditional 100 hours at 4500c, then a slow rise of
temperature to 5500C during 100 hours. Both treated and untreated parts of the
ingots were hot-rolled at 420 - 4500C and cold-rolled to 0.8 mm thickness. The
degree of deformation at cold rolling made up 84%. The produced specimens were
subjected to rearystallization annealing to obtain the grain size of 0.2 - 0.3 mm,
and then stretched to different degrees of deformation and annealed at 5000C for
I hour, and the grain size was determined again. In alloys not subjected to dif-
Card 1/2

The effect of...