SCIENTIFIC ABSTRACT YU. F. DITYAKIN - M.I. DIVAK

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410430003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

66 1568
SOV/96-59-11-7/22
The use of Dimensionless Criteria to Generalise the
Results of
Drop-size Measurements When Atomising Liquids in
Centrifugal.
Nozzles
between film thickness and nozzle radius is given by
expression (3). Various authors have published dat-a
about the liquids used and the methods of measurinE
drop sizes employed in tests with centrifugal nozzles.
These data are tabulated and used for working out in
dimensionless criteria. It will be seen that mos~~ of
the work has been done on kerosene or molten paraffin
mrax, Construction of the empirical data for the ::-atio
of drop size to film thickness as a function of tJhe
Weber criterion') with the other three criteria constant,
shows -that the data for kerosene and water do not lie
on the same curves; the reasons for this are discussed,
It is also shown that for kerosene, vapourisation of
the drops before they are trapped has little influence
on their dimensions. Graphs of the data of various
authors for kerosene and molten paraffin wax are
plotted. The results for water obtained by Consiglio
and Sliepcevich in the USA are not of' the same slope as
Card 3/4 the others,, which indicates that their work is
L)(

0V J V V
SOV96-59-11--1/22
The use of Dimensionless Criteria to Generalise the
Results of,
Drop-size Measurements When Atomising Liquids in
Centrifugal
Nozzles
unreliable. Otherwise the experimental data for vvater
and aqueous solutions of glycerine caja be approximately
represented by E_q (4) and those for kerosene and molten
paraffin wax by Bq (5).. The values of the constants
used in these E!quations are given. These empirical
formulae may be used to evaluate the median diameters
of kerosene and water drops produced during atomisation
in air of atmospheric density if the geometrical
dimensions of the centrifugal nozzle and its operating
conditions are known. There are 1 figure, 1 table and
15 references, 4 of which are Soviet, 9 English,
1 Czech, and 1 German.
ASSOCIATION: TsIAM
Card 4/4

S/179/60/000/02/008/032
E191/E281
AUTHORS: Borodin V. A., and
(Moscow!
TITIE: On the Shape of the Liquid Film Produced by a
Centri:rugal
Atomiser
PERIODICAL: Izvestiya.Akademii nauk SSSR, Otdeleniye
tekhnicheskikh
nauk, Mekhanika,i mashinostroyeniye, 1960, Nr 2,
pp 60-64 (USSR)
ABSTRACT: Reference is made to the investigation by Euteneuer,
G.A.,
(Ref 5) on the effect of surface tension in the foralation
of hollow liquid jets. In his analysis, Euteneuer
considered the dynamic equilibrium of a film element:
which led to the clarification of the wavy nature of'
the shape of the lilm as a function of the Weber number.
Using the equation.of equilibrium of a liquid film as
derived by Eutene-aer, an analysis of the equilibriin),
form of such a film is carried out. Starting from the
expression for the radial component of velocity of
Card 1/3 liquid particles in the film, and assumingthat the
axially
5

S/179/60/000/02/008/032
E191/E281
on the Shape of the Liquid :Film Produced by a Centrifugal
Atomiser
velocity component is approximately constant, an eqi:Lation
is derived for the surface of such a film (Eq (1 .5)*):.
UsIag the theory of the centrifugal atomiser and
introducing the Weber number and non-dimensional
co-ordinateB referred to the radius atwhich the ra(lial
acceleration vanishes under equilibrium conditions,
the equation for the surface of the film is obtaine(I
in non-dimensional form This equation is mathematically
analysed to single out physically significant regions
in terms of the tno non-dimensional parimuoters of
which one is the ratio of the mean radius of the annular
jet to the radius of zero acceleration and the other
is the reciprocal'of thiii ratio multiplied by the
reciprocal of the third root of the Weber number. This
analysis makes it possible to evaluate -the effect of
the Weber number on the Shape of the film. The filia
contours for different Wo-ber numbers are shown on Fig 2.
The larger the Weber number, the larger the apex anirle,
Card 2/3 the maximum radius and the wavelength of the film

S/179/60/000/02/008/0--1;2
E191/E281
On the Shape of the Liquid Film Produced by a Centrifugal
Atomiser
surface. With increasinj, Weber number, the point of
bursting of the film shifts nearer to the atomiser nozzle.
Finally, after a Eihort distance, the liquid forms a mist
of droplets. Fig 3 shows the thickness of the film
along the axis for different Weber numbers and Fig 4,
the relation between the wavelength of the film surface
and the Weber number. There are 4 figures and
5 references, 3 of which are Soviet, 1 German and
1 English.
SUBMITTED: November 20, 1959
Card 3/3

S/J7q/6o/ooo/o-/oiq/o~i,:,
E081/1'441
AUTHORS: Dityakin, Yu.F. and Yagodkin, V.I. (Moscow)
3==W==MZC2MM~
"PITLE Po -tential Flourlof a Liquid Entering a Plane Channel.
Throug;':i Permeable Walls. 111~
13ERIUDlCAL: Izvestiya Akademii nauk SSSR, Otdel-enlLye
tekhnj.chc,!-kikh
nauk~ Mekhanika i mashinostroyoniye, 1960, Nr
4 -131
Pp 126 (USSR)
ABSTRACT: Fig 1 shows the :scheme of flow of liquid in the
channel,
In many cases the supply velocity through the perm,?able
walls AC, BD is constant or changes only slightly
along the length of the wall. lt is therefore asslimed
constant and equal to vo. The problem is analysed by
conformal transformation (Fig 2), complex variable
methods and elliptic integrals. The 'Final equation found
for flow v along the permeable wal. .Ls is Eq f 2. 11))
with X given by Eq (2.11). Fig 4 shows the
relationship between jr 11 /Vo A and %,(A, f or various
values of A ~ calculated from Eq (2.10) and. (2.1:L)-'
A is given by liq (1.'2,), For the larger values a:["
the relationship is linear over the greater pa--:--~ air its
Card 1/2

S/ 17 9/6 0,100 10/03/019/0319
E081/E441
Potential Flow of a Liquid Entering a Plane Channel Through
Permeable Walls
length. There are 4 figures and 5 references,
3 of -which are Soviet and 2 English. VZC- ",
SUBMITTEDt February 10, 1960
Card 2/2

34372
S/207/62/000/001/013/018
Z "? tl .2 B108/13104
AUTHORS: Borodin, V. A., odkin, V. I. (,Mosc:)w)
Ya U
TITLE: Disintegration of a spherical drOD in a gas blast
PERIODICAL: Zhurnal prikladno,y mekhaniki i tekhnicheskoy
fiziki, no. 1,
1962, 85 - 92
TEXT. The authors calculate the axially symmetrical.
perturbations of a drop
of an ideal. liquid moving in (or flowed around by) another
ideal liquid.
The coordinate origin is to be in the center of the spherical
dron.,
StartJ4ng from "he Laplace equation in spherical coordinates,
the Weter~s
number and the shape of the perturbations are calculated
(Table 2).
Similar results have been obtained for the motion of a ffq-Q
bubble, ir. a
linuid (Ref. 4, see below), The results show that -uhe
Tiressure
distribution over the surface of the dron has only a allght
effect on the
splitting of the drop. This is due, however, to the assumption
of a
potential flow embedding the drop. The authors thank L. 11.
Britnev for
assiStance in the calculations. There are 1 figure. 2 tables,
and E'.
references: 3 Soviet and 5 non-Soviet. The references3 to the
EnUlish-
Card

11?071021000/0011/015/0 18
Di s in I, t-,prat ion of a spherical d rop.. B I 08/B 104
'anE~uaF.e rublications read as follows: Hinze J. 0. Amer,
Inst, "hem. En('.
195'
I ,L)-, 200 - 209; Isshiki N_ Rept. Triinsp,, Techn.
Inst., 1)511, no. 35; Ref. 4: Hartunian R. A,, Sears "T, R.
journ. FluA
I
lilech,, 1957. v. 3, Part I, pp 27 - 47.
SUBILIN't"FD ~September 28, 1961
Table 2, Weber's number W and shape of perturbation,
Le.-end : (A) ShaDe of perturbation (either - or) . (1 ) I.Iot
ion in du-: rec*-. ion o.4.7
stream, (2) splitting in the stream direction or format-Aon of
tore,
formation of two drops and a tore or of one tore, (,I)
formation of tivo
drops and two tores or of one tore,
Card 21#

---- 7-7
ACCESSION NRi AP40413.96 S/02o7/64/boo/bo3/b1oo)1olo4
.AUTHORS: Borodin,, V, As (Moioow);,4ttpkin0 Yu. F. (Moscow);
ragodkinp'V. L
(Moscow)
iTITLE: Mechanisms of shattering of drops moving in p9 flow
'SOURCE: Zhurnal prikladnoy makhAniki i tkikhnicheskoy fiziki,-no.
3, 1964# 100-1.04
.TOkC TAGS: drop shattering,- gas flow, .ideal fluid, spheiical
drop, Weber nutiber
,ABSTRACT: In a previous paper (0 droblenii sfericheskoy ktipli v
gazovom potoko.
PHTFj 1962, No. 1) the authors made a-theoretical study of tuistable
axisymmet(*ic
'forms of perturbations of a spherical drop of ideal liquid flowed
around-by aitother
.ideal liquid, leading to its shattering. There they used the method
of small
:perturbations to solve the problem. They found the critical value
of the Webor
:number and determined the forms of neutral,perturbations. In the
present papar
.they consider the case of intensifying perturbations and also their
forms for
~various values of the Weber numbers. On the basis of equations from
the previous
York, they conclude that for values of the Weber number 1*63 < lit <
1000 there are
~three possible forms,of intensifying-, perimrbations. From their
deductionq onthe
Ca?d 1/2

;ACCESSION NRt AP4041198
livarious forms of perturbitions akaing.with motion of a liquid
spherical- drap in
-the modium of anothor liquid, they find that the essential role
in the shattering
!Process is played by the effect of,cocillation and
discontinuity, on part of the
:liquid torus. They investigate thi fact that the number 'of
crests arising on the
'be two
Itorus can three, or more., decreasing as the diawter of the
torus doweabas
'Comparison of their results with exleriments can be mads f or
very slirdly'noving
!toruses. Orig. arte hast 4 f and 13 forwAaa.
igum
ASSO CIAT IDN t none
ENIMa 001
16D,1"3'
0013
SUB CODE: MR NO W? SOVI OTHERt 002
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_.ACC NRt - AP6009,049 W/JW/WE SOURCE CODE:
UR/0207/66/000/001/00511/0066
-AUTHOR: Borodin, V. A. (Moscow); ityakin,,Yu. F. (Moscow); Yagodkin,
I. (Moscow):
(M037
ORG: none
'ous m ?dium
TITLE: Stability and disintegration.-of a cylindrical liquid film in a
paeous medium
-66
58
rn
SOURCE: Zhti al prikladnoy mekhaniki i tekhnichesko,r f iziki., no. 1,
1966, 58-66
~j .4
TOPIC TAGS; swirl atomizer,'Ju'el injection, fuel injector,
combustion, propulsion
_quid J swirl atomizers, an an.Ilysis
ABSTRACT: To study the problem of Vi Ln~ecti y
wasImade of the break-up of a cylind-r-i-c-a-1--fi-q-u-iZ--Sleet
issudnIg from a nolile2rhto
a stagnant medium. Solutions lWe-re plotted.in terms ot the
Ili-Etuation-Ficrement vs.
the wave number at various Weber nuibers ranging from 2 to 15,. Based
on the results,-.
the following conclusions were~drawia: at.small Weber numbers at the
noz:t:le exit,
waves, which are.in the same phase,,are generated on the oute17 and
inner surface of
the cylindrical sheet. Since the fluctuation amplitude increases
rapidlY, the
annular liquid sheet is transforme&-into a continuous jet which
disintegi:ates accord-'
ing to previously' outlined mechanisms. At Weber numbers from 3-10,
the fluctuations.-
have the same wavelength as the thickness of, the sheet so that the
shetit expands
considerably and thus can disintegr4te. At We >10, the wavelengths of
the f luctu-
ations are much shorter than the film thickness and the fluctuations
on the inner
Card 112

MORGULI, To.; YAIIGOIENKO,, A.; DITTASHV4, T.
Use of phosphates In sausage
rianufacture..Mias..ind. SSSR 30.
n0-3:44-45 '59. (MIRA 12:9)
I.Stalinekiy myanokombinat.
(84usages)

DITYATKIN, G.
Results of organisti3g a fire guard brigade.
Posh.delo 3 no.5:8
147 '57. (MLRA 10:7)
1. Starshiy Ryllskiy rayonVy pozharnyy inspektor.
(Kursk Province-Fire prevention)

ILIYASHEMKO.. B.3.; TIKHONENKO, A.B.; DITYATKIN,
S.Yu.; RUDOBE14KO, O.N.
,
Biological properties of small enteric phages
containing DRI.
FWwobiologiia 34 no.5t814-819 S-0 165. (Mify,
18:10)
I.. Institut spideniologii i mikrob--ologii imeni,
N.F. Gamaleti
IYN SSSR i Institut radiatsionnoy i
fiziko-ldiimicheskoy-
biologii AN SSSR.

06U.
00 01
off,
*of
sisof
0o d
too
090
004
0OV
of,
POUROGReHIC DVMMINATION (W CO"ER AND NICKEL 11 STFSL9
A.Go Strcuborg, Rjjj),tyttkonkapa and N.V. 911OT"Ons
(Zarodskaya Laboratwilt, 1969. "1 14, Aug*, pp 919-926).
(In Russian)* Polarographic methods vors u"d to study the
adeorption of copper and nickel by ferric hydroxide proof,pi-
katos; Is relation. to tLo cowartrations Is the solution at
ihmacela, samsoolm salts, copper, and Makelbpa well as to
Use amust of terris hydroxidoo It was found that such
adomptim could be avoided by euvful selection of conditions,
and an the basis of this a polaro"hic method is prosientod
for the doteml=,tiess of copper sad o1ciml In steel. Tests
carried out =dor operational conditions proved the reliability,
opod,, amd oosunkoy of this method for use with amorous
easiples of ot*olti with copper sod nickel ocistonts of 0,00.
OeM% &W respectively, the time required far
the dotermizaticsi of both those elements in too samples being
4 1/2
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0- 04111 *-*~A

DIWAWW'SIMA, R. V.
USSR/Metals - Fourv~~ry, Equipment
Sep 51
ItClorrosion Resistant COating of ChaDlet,3,tl A. V. Bobrov., F.
V. Ditya :ovsk-aya,
I U.
Engineers, Ural Mach Bldg Plant
Litey roiz" No 5, p 24
Conducted expts to establish most efficient an&aaonomical m
ethod for protection of
chaple ts against corrosion. Investigated following methods:
treatment with scillations
of phosphoric acid., caustic soda, sodium nitrite or copper
sulfate, and tinning and
nickel plating. Latter proved best method. Equally efficient is
treatment with soln of
phosphoric acid. Alis method is only 1/12 as expensive as
tinning.
PA 197T90

DITYATKOW.KLY,
283h7
1 -.amyen ye chucu-.inykh ryebristykIt vo?~clukho -
podo!;ryevpt.vpl.ypy .9i !-ty~ rW r, r, tf. ts 11
trubchaty fmi.. Enyer.gjet. Byullyetyc no, IA~, No 8, 23-211.
So: Letopis No. 3)t

0 Oct 49
-C Refinery Pients
"Tzereasing the Productivity of Petroleum
Refinery
Plants by Screening the Furnaces, " M. M.
Dityatkovk-',
Skiv, I-IT PP
"Energet Byul" No 10
Most refinery furnaces built from 1930 to
194~ had
radiation surfaces only in the form of
front and
crown ahields. Today furnaces-of
high-power qteam
boilers are screened (water walls) all
over, and
boilers proauced from 1930 to 1940 are
having
screens installed. Suggests screens should
likevise
150T43
USSR/Fueel - Petroleum Induotry (Contd)
Oct.*9
be fitted to refinery furnices.' MaIntaina
that incre"ed.efficiency would outweigh
dis-
advantage (difficulty in cleazAng bent.
tubeia).
Imp 250T43
>4
C>

T "y iti
Y/~
Subject USSR/Fllectricity
Card 1/1 Pub. 29 - 9/31
AID P - 1156
Author : Dityatkovskiy, M. M., Eng.
Title : Return feedwater heating
Periodical : Energetik, 11, 18-19, N 1954
Abstract 'The author briefly describes an arrangement for
mixing
and better heating of the return feedwater, consisting
of diffusers placed on top the boiler of 100 sq. meters
of total heating surface. One drawing.
Institution : None
Submitted : No date

q
r)TTf.A'rK,0VSKIY, y1j. and SATTOIr, M. K.
"Centrifq;ral Casting of La-rge CYlindrical Parts From Ifigh-Alloy
Steel," p. 61. in book Mechani2ation and Automatic Control of FoundirE
Processes Leniagrad, 19T7-,-2--27pF.--

SOV/137-59-1-1651
Translation frorri: Referativnylr zhurnal. Met.a.1lurgiya,
1959, Nr 1, p 219 (USSR)
AUTHORS: B(!:zruchko, 1. 1., Dityatkovskiy, Ya. M. ,
Ayzikovich, M, S.
TITLE: Advanced Stamping Technology Employs Induction Heating
(Peredavaya. tekhnologiya shtarnpovki s pr3meneniyern.
induktsinnnogo
nagreva)
PERIODICAL: V sb.: Novoye v kuznechno-shtampovochn. tsekbakh
Leningrada.
Leningrad, 1958, I?p 78-88
ABSTRACT: The employment of the method of induction heating
of blanks in the
forging shop made it possible to change over to a more
rational. tech-
nology involving si-multaneous stamping of two forgings of
the locking
crown of a drum in a 1000-ton press with an 3nsert die having
Iwo
finishing impressions. The high economic efficiency of
combining
operations of stamping in a press with induction heating of
blarks is
pointed out. A computaton of the economic indices of the new
lech-
nology is presented and the layout of the working area is
described;
two induction - heating devices employed in the heating of
blanks and
haidening of the forging of the locking crown of a drum are
also
Card 1/1 described. Ye. L.

SOV/137-59.1-1668
Translation from: Referativnyy zburnal. Melallurgiya, 1959, Nr
1., 1) 221 (11USSR)
AUTHORS: Dixyatkovskiy, Ya. M.: Kuleshov, M. Ya. ,
Shcherbinin.. K. P.
- ----------------
TITLE: Precision Die Stamping of Compressor IrnpOler Blades
(Tochnaya
shtampovka rabochikh lopatok kornpressora)
PERIODICAL- V sb.: Novoye v kuznechno-shiampovochn.. tsekhakh
Leningrada.
Leningrad, 1958, pp 89- 107
ABSTRACT: The authors describe the technology of precision
stamping of forgings
(F) for compressor impeller blades made of steel Kh17N2; no
machin-
ing allowances are made for the blade; the tolerance of the
pr:)file of
the blade amounts to +0.(18 1-nm per side, and the deformation
to
-0.12
�0.2. mm; the employment of this method results in a reduction
of the
over-all amount of labor required for the manufacture of the
blades
and increases the coefficient of utilization of the metal.
Stamping is
carried out in mechanical 1500-ton presses, the blanks for the
blades
being upset in a friction-driven press. The Ys are calibrated
three
times. Results of mechanical testing of F's are presented
together
with general recommendations and data on the manufacture and
heat
Card 1/1 treatment of the dies.' Ye.L.

86069
S,/180/60/000/005/'010/033
Elll/E135
AUTHORS: May&vskiy Utroyev, S,S,
ana' -9-licherbakov 'E.AL__ (L ningra'd)
TITLE: Induction 1.1eat Treatmentlof Heat Resistin~ Nickel
- Al~oys
PERIODICAL: Izvestiy kademii''nauk SSSR,Otdeleniye
tekhnicheski'r'k
kh
nauk, Metallurgiya i toplivo, 1960., No.5, pp. 110-121
TEXT: In a previous rese-arch(Ref,l) the authors (without
Mayevskiy) showed that alloys of therJ4 80-7-(KhN80T) and
nimoniq,.40
types can have their high-temperature holding t1m_1B tAatly
reduc-d:
without deterioration of mechanical properties. *3or that work
they
used a 2500 cps rotary generator, They now extend this approach
to t~
a larger range of nickel alloys, studying the heating of parts
of
complex shapes and examining"a wide range of problems connected
with the heat-treatment theory of deformed alloys., As current
sources rDtary generators of 2500 and 8000 cps and a tube
oscillator of 5C)O kc/sec were used,, 41loys studied were types
N-617 (q~ ~16and )~,-437S (EI-432B)Owith the following
respect-;.ve
percentage composition: 0.11 O-~i'v 0.03-0,,06 0; 0.36-0,507
Card 1/3

86o6q
S/180/60/000/005/010/033
E111/E135
Induction Heat Treatment of Heat Resisting Nickel Alloys
0,26-0,35 Mni; 0.31-0,60, O~42-0~65 Si; 13-16, 19-22 Or;
1.8-2.3, 2,,3-2~7 Ti; 1.7-2.3, 0.55-0.95 Al; 2-4, 0, MO; 5-7,
01 W; 0.1-0.5, 0, V; remainders Ni. The short-time and long-
time mechanical properties of the original alloys are shown in
Tables 2 and 3 respectively, Different variants of induction
he,.t
a
treatment and inductor design were tried, the properties
obtainecl
with each being studied. Microstructures of the EI-437B alloy
a-Ve
shown in Fig.1 and hardness of EI-617 as functions of
hardening
temperatures in Fig.2. Tables 4 and 5 give results of
long-time
hardness tests -for specimens of EI-437B treated under various
conditions; those for specimens prepared from special
wedge-shaped
blanks being given in Table 6. Electron micrographs for this
alloy
after various treatments are given in Fig.3, and the degree of
dispersion of the hardening al-phase as a function of
induction
heating temperature in Fig.4. Fig.5 shows the influence of the
heating rate on recrystallization of EI-437B and Fig,.6 the
microstructures obtained with 63% deformation and 1150 OC
inductLon
heating without holding. The work showed that both the alloys
can
be hardened even in relatively complex shapes, by hJ. heating
Card 2/3

W69
S/180/60/000/00r"/010/033
Elll/E135
Induction Heat Treatment of Heat Resisting Nickel Alloys
followed by air cooling, Both rotary generators and tube
oscillators can be used for supplying the h.f. current. Heating
times are reduced from hours to minutes and better short-time
strength and plasticity are often obtained. Long-time strength
of EI-437B is ',70-95% of that obtained by standard ).,ieat
treatment
and is well above specification; that of EI-617 is almost equal
to or sometimes better than that obtainable by standard
treatment.
The deposition of carbide phase on grain boundaries has been
shown to depend on heat treatment conditions.
There are 6 figures, 6 tables and 11 references.. 3.0 Soviet and
I English,
SUBMITTED. July 6, 1960
Card 3/~-

DITYATKOVSKIr, Yetkav ~ATonv!Acb; MGHRv losif
Vladimirovich; SLITSKAYA,
ifffLU-NGv-V-.A.p r6d. izd-val BluDdukovAp I.A.,
tekh-n. rod.
(Cleaning parts with metal grit] Ochistka, detalei
metaMcheskim peskom.
Lentwadt 1961. 3.3 p..(I4ningradBkii Dom
nauchno-tekbnicheekoi propa-
gandy. Obmen peredovym opytoza. Spriia: Liteinoe
proizvodstvog no.5)
(Metals-Finishitg) (MIRA 14:7)

25733
$/123/6 I/OOQ/0 12/018/04',:'
AOo4/Alol
AUTHORS- _RLtZatkovskiy, Ya. M.; Mayevskiy, 1. L.; Stroyev, S.
S.;
F_
Shcher W , P. M.
TITLE: Induction heat treatment of heat-resistant nickel alloys
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 12,
1961, 82, abstrav:,
12EI588 ("Izv. AN SSSR, Otd. tekhn. n. Metallurgiya i
toplivo",'1960,
no. 5, 11.0-121)
TEXT: Type X14E1O7_(KhN80T) [:9~ 4376](EI437B) alloys and those
of type
51W 617 (EM17) refined with W, Mo, V and other elements can be
hardened by short
hf-current heati.ng and subsequent air-hardening. Machine
generators (2,500
8,000 cps) and tube generators (500,00D cps) are used as
induction current
sources. The short-term strength and ductility characteristics
of alloys treated
by induction heeLtJj*ig are higher than those treated according
to the standard
multi,hour procedure. The endurance strength of type KhN8T
(E1437B) alloys
amounts to 70-95% of the endurance strength of alloys treated
according to the
standard method. 'The endurance strength of alloys refined with
W, Mo, and V
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25733
s/i23/61/ooo/oi2/bi8/04,':'
Induction heat treatment of heat-resititant ... A004/A101
(E1617 alloy) approaches that of alloys treated in the
standard manner (88-97%),
There are 6 figures and 11 references,
N. Il'ina
[Abstracter's note: Complete translation]
Card 2/2

1ASE I BOOK EXPLOITATION SOV/5648
Sokolov, Aleksey Nikolayevich, el.
Mekhanizatsiya I peredovaya tekhnologiya litcynogo proizvodstva
(Mechanization and Advanced Processing In Foundries) [Leningrad)
Lenizdal, ISGI. 236 p. Z, 000 copies printed.
Ed. : Ye. V. Yemel'yanova; Tech. Ed.: 11. M. Tikhonova.
PuRi',=: This collection of articles is intended for technical
personnel,
foremen, and skilled workmen of foundries. It may also be of use to
staff members engaged in the mechanization of production operations.
COVERAGE 3: The collection cont'aina articles discussing the
experience of
a number of Leningrad planto and* engineering and design organizations
in mechanizing foundry processes Find In applying advanced techniques
to the manufacture of castings. No personalities are mentioned. Some
Card 1/5

Mechanizat:ton and Advanced (Cont. SOV/5648
articlea are accompanied by references. References are all
Soviet.
TA13LE OF CONTENTS.
Foreword
Sverdlov, V. 1. Mechanization and Automation of Foundry
Processes
Zeleranskiy, Ya. V. , M. S. Kashanskly, and L. Z. Tsyganko
Pneumatic Transfer at Foundries
Zelichenkci, G. S. Automatic Line for Molding and Shakeout
Zelichenko, G. S. Mechanization of the Cast-Iron Foundry
"Elektrik"
3
5
!7
52
Plant 63
at the
Card 2/5

Mechanization and.Advanced (Cont. SOV15648

Sokolov,
A. N* Mechanization of the Charging Operation

in
Electrie-Furnace Steel Manufacture
77
Zelcranskiy,
Ya. V, From Mechanization Practices in

Foundriva
99
Matveyev, V. N. Mechanization of Metal-Mold
Casting
108
DityatkovA ~,Ya. M_ P. R. Nuratov, and
V. N. Matveyev.
-

Mechanized Drying of Cores by High-Frequency
Currents
118
Dlugach, M. A. Making Smal]. Steel
Castings in Shell

Molds
133
Kashanskly, M.S., M.A.
Kremer, and S. Ye. Tysov-

skaya. Rational Methods
of (Flame) Trimming and

Cleaning Steel Castings
152
Card 3/5

Mechanization and Advanced (Cont.
Mednikov, Z. C. Application of the Group- Processf
ng
Method in Making Blanks by fae Die Casting and Die
Forging of Molten Metal
Desnitskly, V. P. (deceased). Heat-Resistant Steel
Castings In Power-Plant Constructions
Kremer, M. A. Determination of Sizes and EconomiC
Efficiency of Exothermic Risers for Steel Castings
El'tsufin, S. A. Cast Rotor Blades for Gas-Turbine
Compressors
Tkachev. K. 1. Experience lit Developing and Using
the Slot-Type Gating System
14-
SOV/5648
1GO
172
ion
203
21~
Card 4/5

Mechanization and Advanced (Cont.
Kononov, M.N. Patterns With an Epoxy-Resin Base'
AVAILABLE: Library of Congress (TS233. S55)
Card 5/5
SOV/5848
229
VK/wre/bc
11-15-61

PULITS111, Nikolay Mikhaylevichl DITUTKOVSKIY~LYa tj
~Am_ __knzh.j, retsenzeift;
VARKOVETSKMA, A.I., r L.V., tekbn.
red*
ifttanium. alloys amd their use in the machinery
industry) Ti-
taxiovye, splavy i ikh primenenie v mashinostroenii.
Moskva
Matihgis'., 1962. 166 p. (MIRA ~~: ZI
(Titanium alloys) (Metalwork)~

~25
S/l26/63/oi3/OO3/0l5/C.
E193/8383
-AUTHORS:. Amdroyev,
I.V. and
_;!aorshkolf
TITM, 'Th e off e&t f;
o low moltin~;,r point. metal coatlr(gS ari the
anical pr 1) ert i es of constructional and -s t a i, n 1. es s
St eels'
PERIODICAL: izilca m
otallovedeniye, v. 15, no 3
8
-1135 3_
trx-r.:., ~,rhc
-Sn and;:Zn coatings on the neck'
eff er, t:. ofi Cd,
properties'of. the following st eels , was studied: arnico iron;
1'st.eel ~20, s tc-iai , 4 5, 'JOXIAK~' OOKMIA); 3 OX rc i~
(5OKhG;3A)-,-
lXl8i!97 (lKb]1;8NqT) and ;A 878 (B18701. The coatings, lfi 1A t1iic1c,
were deposit'(id el cc trolyt.16' rill y The-ir, e*ffect, on
strerig,th'arl
ductility of~'thc stcelz; at' 20 t 0 900 C as d