SCIENTIFIC ABSTRACT SIZOV, V. - SIZOVA, K.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550920019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5 UV/9 7 -59 -.1 -Z/'
blethods of Obtaining High-Strength Vibrated Cozqcreteos U5-;-.~"
Heat Curing.
When fine ground cement is not avaiiable standard
hardening cement can be regrotzid. It is adlvoeatei t'--.
vibro-grinder b1-400, with capacity of 0.5-0.7
should be used for this purpose. Tests have
instead of vibro-grinding of cement, the cement-san:i
could be ground on millstones for a period of 10
Good results are also achieved when concrete component,:
are mixed in a vibro-mixer. This process activates the
mix. It is advocated that factories should be suppliic~
with up-to-date grinding-mixing machines a-nd vibrating'
machines. Increasing the proportlo2a of cement up to
800 kg/m3 results in concrete having the same str,~-n_,,rtl
as when regrinding the cement, or with partial re-r4i~.': q
of ordinary cement of high. activity: however, use of
high content of cement is not advocated. A better via,'r
is by lowering the water/cement ratio to 0.25-0.26 F_r,-4
improving the effectiveness of consolidation by us,-Lau
stronger vibration. Experiment showed that when E-1
Card 3/6 yards are supplied with high quality finely ground

SUV/97-6d-i-2/18
blethads of Obtaining High-Strength Vibrated Go,-lcr-.tes Usin~; SHcrt
Heat Curing
classified sands and fine aggregate the resulting con--rete
acquires the required strength in a short time without
regrinding of cement locally on concreting yards. Table 1
gives characteristic values of concretes. Table 2 Sives
values of the strength of the sand and cement mi--,c (1 : 2)
immediately after curing. The addition of calcium chloride
was excluded owing to the corrosive effect on reinforcement
of smaller diameter than 5 mm. Curing tests were carried
out with cements partly, and fully, reground and also with
cements ground separately, and together with sand. The
cement was reground once or twice in a vibro-griader whIc-11
had the effect of increasin the total surface area of
grains- in the first case to a degree of fineness o.f IP
800 cm~/g and in the second case by a flurther 600
(according to Tovarov). Results of these tests are 61:;,en
in Table 3. Further tests were carried out witt. fine-
aggregate (granite up to 10 mm in size) ccincrete, ead, sand
concrete made from clinker oement manufactured by "G'LZ-ant".
Card 4/6 Fig.1 gives diagram of the strengtJI-i, during compresz-f.3n, of

SUV/9 ri-bg -1
Methods of Obtaining High-Strength Vibrated Concretes Us, Lirr.;rtl
_Ji~'
Heat Curing
the cement/sand mix 1 : 2 after 3 hours curin..g at a
temperature of IOOOC, related to degree of fix-i eneSs of
cement. Table 4 gives strength values of cement/sazid mix
1 1 2 (reground cement) after 3 hours curing. Table 5 gives
strength of the sand concrete after 3 hours curing. rli,,~.2
shows the effect of the cement content on the of oc.
sand concrete after 3 hours curing at a temperature of lou
Table 6 gives strength values of cement/oand mix 1 : ~_- In
relation to the fineness of grinding of cement and quantity
of cement (test carried out by N.I. hokuyeva). F-,a-ther
tests were carried out (Ya.D, Ponasyuzhenko) with sa;Ld
concrete based on "Tuchkov" sand, which Nyas su~,-.~j -atz-zd to
10 minutes grinding by millstones and cured for .'_7
at a temperature of 1000C. Especially effective ra')id-
hardening cements used for short-time heat curing are
high alumina cements with 56-60% of C33. Further
investigations were made with three types of cement cor--
Card 5/6 taining varying amout-its of calcium aluminate. Fic-.3
C.;

SOV/97-69-1-2/ 18
Methods of Obtaining High-Strength Vibrated Concretes UsinE z5hort
Heat Curing.
curing apparatus for concrete samples. There are 3
figures and 6 tables.
Card 6/6

SIZOV, V., doktor tekbn.nauk, prof.
Concrete hardening at freezing temperatures. Stroitell
no.10:12 0 159. OGRA 13:2)
(Frost resistant concrete)

MIROMOV. S.A.. doktor tekhn.nauk prof., laureat Stalinskcy premii;
SIZOV, T.H. , kand.takhn.nauk dote., laureat Stalimmkoy precii
Using mortars with additives In plastering at freezing tempera-
tures. Stroitel'styo no.11:46-0 N 159. (MIRA 13:2)
(Plastering--Cold weather conditions)

SIZOV, Vaniliy Nikolayevich, prof-, doktor takhn.nouk; MISSICR, Takov
Iftviiiovich, kand.tekhn.nauk; VASILITRY, Aleksandr Petrovich,
kand.takhn.nauk; ILIXNICK, Ivan XUrb ylovich, zuiuchnyy red.;
NIKCLAYRVA, N.K., red.izd-va; OSMO, L.M., teklm.red.
Naking precast reinforced-concrete construction elements in
construction yards) Izgotovlenie sbornykh zhelfizobetonnykh
konstruktaii na poligonakh. Koskva, Gos.izd-vo lit-ry po
stroit., arkhit. i stroit.mBterialam, 1960. 250 p.
(MIRA 13:10)
(Precast concrete)

SIZOV? V., kand.tekhn.nauk
Proportioning "cold' concrete mixes. Stroitell no,1:11-15 Ja ~161.
(MIRA 14:2)
(Goncrete)

SIZOV, V., kand.tekhn.nauk
"Cold" concreting. Stroitell no.2:27-29 F 161. (M-4 14:7)
(Concrete-Cold weather conditions)

S/081/62/00/002/07T/307
B150/B101
AUTHORS; Mironov, S. A, Sizov, V. N,,, Malinina, L. 1,., Khvorost-
yanskiy. V. F.
TITLE: Investigation of the composition and processes of heat
treatment of highly stable mortars and fine-grained concretes
for prestressed reinforced concrete panels
PERIODICAL: Referazivnyy zhurnal, Khimiya, no. 2, 1962i 391 - 392,
abstract 2K354 (Tr~ N..-.i. in-ta betona i zhelezobetona. Akad.
str--va i arkh-.tekt. SSSR, no. 20, 1961, 52 - 69)
TEXT4 The fundamental technological factors are considered for obtaining
the requisite strength of vibrated and rolled concrete for restressed and
To obtain a strength of 300 - 400 kg/,--my with preheating
reinforced panels,
for 2 to 4 hours a' iOO0C it is essential to apply fresh high-quality low--
aluminate alite cements containing C 3S '# 55~. and C3A < 6-8% with a specific
surface of 3500 - 4000 cm 2/g. It is necessary to use classified sandq
~,13minating particles less than 0.6 mm and to introduce instead parts of
sand (~P5-5cy/c) cf granitic rubbles with grains of 10 to 15 mm in size. The,
Card '12

SIZOVp V.N.j prof.j
Reinforcing
conditions.
doktor tekhn.nauk
masonry work in seismic regions under winter
Prom. stroi. 39 no. 1:55-56 161. (MIRAL 14:1)
(Masonry-Cold weather conditions)
(Earthquakes and building)

SIZOV V N doktor tekhn. nauk, prof.,laureat Gosudarstvennoy premii;
ik&~LYANSKIY~ G.I., inzh., nauchn. red.; LYTKINA, L.S., red.
izd-va; GOLIBERG, T.M., tekhn. red.
[Manual on building and assembling work in rural areas
during the winter] Posobie po proizvodstvu stroitellno-montash-
nykh rabot v sellskikh raionakh v zimnee vremia. Soot. V.N.
Sizov. Moskva, Goastroiizdat, 1963. 247 p. (MIRA 16:8)
1. Nauchno-issledovateliskiy institut sellskogo stroitellotya.
(Building-Cold weather conditions)

prcf., dolktlor i,~Iklhn. na-uk, laureat
a rsT premi A . Iv, , pr~,f... retsenzent;
Sli'-,CV, VJI~, Tr~ f,, dJf-,I~t,:r -,e-x'rx. ne-A, retsenzent~ MTN,
F~M~ kand. ~ekhn. nauk, nau!~hxi. re-J.
zy :.T rn-ret,6 und reLnf-r--ed concrete products]
ber,:~mVvkh :i zheli~zobetorerykch izdelii. Moskva.,
C,
S rc, zd a t:,I t, 5, ~1.:IRA .184,8)
T
wyazhushzhikh veshchestv
mern -9trolteilnogo instAtuta iin.
Vc,~zhz-nskiy-). 2. Pukrvcdi.tell kafedry
izdei-yal' Vsesoya o u zao---hnogo po--
r- i t ~3:,: n zr, g
-ril--sl.. gy~ i r S i z,.-, v ') .

SIZOV, VtA;jiliy Ntlolmytwlch, prof, , doktor tekhn.nau, I
RTlDLNKO-t%QltGUN,- -lv-a'ii Ynkovlovicli, dotj I kand. textin.
ll-Fiuk; TKHILOZZE, Georeiy '-"orlionovich, inzb.; USE2J-.(j,
Vasiliy Mit.rofanovich, kar-d. tekhn. nauk; SINIDENIKO,
V,N.y Prof., retsenzerit; DANILEVSKIY, A,S., in-zh.,
retsenzent; KUPERSINIDT, L., red,
[Teclinology of construction] Tekhnologiia strcitellnogo
proizvodstva. [By V.I.Sizov i dr. Moskva, Vysshata shkola,
1964. 623 p. (MIRA 19,-l)

SIZOV. V.P. -, . inzhener.
I.A.Kireenko's new method of planning the composit'~.on of concrete.
Stroi.prom-31 no.12:33-34 D '53. (NI-DA 7:1)
(Concrete)

SIZOV, V.P., inzhener.
Fallacious theory for selection of components of cowrote, based
on fine sands. Bet.i shol.-bet. 20-3:109-112 Jo 155.
(Concrete) (NLBA 9:1)

V
AID P - 2597
Subject USSR/Hydraulic Engineering
Card 1/1 Pub. 35 - 20/20
Author Sizov, V. P. Eng.

Title On planning the concrete mix
Period~cal Gidr stroi, 4, 46-48, Ap 1955
Abstract Prof. I. A. Kireyenko published the book
Proyektirovaniye sostava betona bez ucheta
vodotsementnogo btnosheniya(Planning concrete
mixes disregarding the water cement ratio) in
1950. The author of this article criticizes
Kireyenko's theory and his conclusions and proves,
with tables, errors made in computing concrete
mixes. The savings of concrete are achieved owing
.
to an increase in the water cement ratio, which
decreases the strength of the concrete.
Institution None
Submitted No date

I I-.' - i.II/
SIZOV, V.P., knnd.tekhn.nauk
gravel sand mix Instead of crushed stone and sand.
Tranap.stroi. 7 no.5:22-23 MY '57. (MIRA 10:11)
(Concrete) (Railroads-ConstructLon)

P7-10-6/14
A'U'-'HOT-',: SiZOV, 7- "n. ot Mchanical Sciences.
TITLE: 'Use of ArT-reEaLes 'Content of Impurities.
(Primener-ii,lre zaPolnitele',Ir s pov-Tshennym soderzhani7em
ITIRIOJICjIL:BeIL-,on i Zhelezo')etun, 1-;5-, 1"Ir-10. pf- 404 - 406. (USR).
% Uo rO"'2 norms the impurities in sand should not
ABSTRACT: Accordi J- Ij U
exceed 55/~, in aj~-,,regate 'I/',' .--.n,,l in sandy aff,7-regates 2-5%
according, to wei,rht. The majority o'L sands and aggregates
possuss 2 - 12;-~~' of impurities. These impurities lo'ler the
strength of the concrete. Sands and gra-v&- -.-rith high
impurit,r content -*!Inich a-re used instead of crus'-,ed aggre-
44~tes flor reducinE the content of cement, are described in
ot-roitel 'naya Promyshlennost" No.1 Vol. (1955). A fac-
LOry USIr.F local sand and -ravel carried out a test of
rOCr,
t'nese M-Lt-eri-als and found that they complied .-,"ith
standr, -cd in ref.-ard to the content of impurities, but
11-h,at impuritiaz cover t:ie gr-nins of sana and i-ravei
in the form of a fine layeT.,. TI-ie strenE.;th of concrete
made -from ~+ese 7.-L~P-rials '7as very low due to the small
adhesion bet--:een ".'-e cer..-ient and the --ggreCAte. To j
prove the quality of the concrete ei-,her more cement had
to be added, or the aggreFate had to be washed, but as
Card 1/3 neitl-ier of t!le.-:,---. wa s )racti-cable author advocated IL

Use of Ar rec-Ltes -il-li Excessive Content of Impurities. 97-10-6/14
FF
variation of ("he order of mixing-Pormerly, water was
poured into a mixer, then coarse aggregate, and finally
cement and sand, but thi3 did not always remove the layer
of impurities from the grains. The order of mixing was
chanr the vrater was
,ed, therefore, as follows: Pirst,
poured into the ini:cer, then sand and .7 ravel vras added,
and the mix at-itatued for 20 to 30 seconds, during which
Linte the, layers of impurities riere aashed off the grains.
Finally, ce~~,,ent nras added and agitation continued for a
L
further 50 to 70 seconds. In the case of very light layers
of impurities, gravel was added after the water and agitated
tor 20 to 30 seconds, then cement was added, and the mix
agitated for a further 50 to 70 seconds. Table 1 gives
values obtained from tests of both these methods. When
the same amount of sand was used the concrete mix prepared
according to TU standards had a lower strength than that
prepared by the new mixing method. The quantity of ce-
ment used when washed aggregate is employed is smaller,
but the concrete so prepared has high water permeability.
Where impure local sand and gravel aro used, the savings
11"'7' de by the application of this method are quite consider-
Card 2/3 able. Table 2 Fives values obtained by testing cubes

97-10-6/14
Use of Aggregates r~ith -Excessive Content of Impurities.
prepared from impure agf;regates. These mixing methods can
also be used when preparing concrete for pre-tensioned
structures, in which case the mixing of the concrete com-
ponents is carried out in two stages as described above.
In the case of very poor quality aggregate, the water used
for-.',rashine, is changed once or twice. There are two
Tables.
AVAILABLE: Ubrnry of Con6ress.
~:Lrd 3/,3 1. Concrete-Contamination 2. Concrete-Preparation

SIZOV. V.P., kand.telihn.nauk
Methods for selecting concrete mixes made with gravel and
eand. Transp.stroi. 9 no-5:46-48 My '59-
(MIRk 12:12)
(concrete)

SIZOV, V.P., kund.tokhu.nauk
Efff3etivenons of ijaing saria in Transp.
stroi. 9 no-7:40-44' JI 159. (1419A 12:12)
(Sand) (Concrete-Testing)

-:-SIUV,_V.P._,_kand.tekhn.nauk; KOSTTAYFV, P.S., iazh.
Making, laying and tLking care of "cold" concre-,e. Trausp. stroi.
10 n0-11-31-35 N 160. (MMA 13: 111)
Ofrost resistant concrete)

7-
Sizov, V. P.
S/194/62/000/002/053/096
D273/D301
ILITLE: Apparatus and method for measuring eamping and velo-
city of propagation of longitudinal and transverse
0
ultrasonic waves in solids in the frequency range 5
to 80 Nc/s
P zHIL 0 1) 1 CAL Referativnyy zhL,rnal, Avtomatika i radioelektronilca,
no. 2, 1962, abstract 2-5-13f (Sb. Statey Vses. za-
ochn. Politekhn. in-ta, 19060, no. 24, 99-110)
1,177n: 1~'easurement of the damping and velocity cf ultrasound in so-
lids is carried out in a 'Liquid bath. The sample, partly immersed
_n 'Uh.e liquid, is placed exactly above the source of ultrasonic
impulses, situated at -Lhe bottom of the bath. The damping is deter-
Mined by observing on the screen of a cathode-ray oscilloscope a
series of reflected pulses with the signals which pass through a
calibrated attenuator. The velocity of propagation is also deter-
m4ned on 'he basis of measuring the distance between pulses on the
Card 1/2

'?
-~T~Ovp V.P.yjand.tekhn.nauk
Viscosimeter for determining the most efficient placing qualities
of concrete mixes. Bet. i zhel-bet. no. 1:36-38 Ja 161.
(1%MU 14:2)
(Viscosimeter) (Concrete)

SIZOV) V.P., kand.tekhn.nauk
Some results of using sand concrete in construc-Aon. Bet. i shel.-bet.
8 no.2:65-68 F 162. (MIRA 16:5)
(concrete)

sizov, V. P.
USSR/Physics - Resonance Oscillations 21 Har 53
"Investigations ofAE-Effect and Damping of Elastic
Waves in Polycrystalline Nickel by the Acoustic Method,"
V. P. Sizov; Sci-Res Inst of Phys, Moscow State U imeni
Lomonosov
DAN SSSR Vol 89, No 3, pp 427-430
Outlines experimental results of effect of magnetic
field and elastic tensions in polycrystalline nickel
on A E effect and on damping of elastic waves. Pre-
sented by Acad B. A. Vvedenskiy. 29 Nov 52.
272T78

LOVTSOV, D.P., SIZOV, V.P.; SPASSKIY, A.G.
Effect OFca's-ting conditions on ultrasonic wave damping in metals..
Izv.vyg, ucheb. zav.; tevet. met. no.3:127-131 ' 58.
(MIRA 11:11)
f
1. Moskovskly institut tovetnykh metalloy t zolota. Kafedra liteynogo
proizvodetva.
(Founding) (Ultrasonic waves--Industrial application)
0

BXNDRIKOV, G.A.; KRASNUSHKIN, P.Ye.; RRIKHRUDEL'. S.M.; POTAMU. V.V.:
MUSTSGI, Ye.R.; RZHUKIN, K.S.; ITANOT. I.T.; EiAErAKOV. A.A.;
TIKHONOV, Tu.V.; SER OVA, L.P.; KAFTSOV, L.N.; OEMNOTICH, A.Te.;
KHOKHLOVI R.Y.; VORONIN. B.S.; BARESTOTEKIY. G.H.; KRASKOPMSEW.
Tu.V.; MINAKOVA, I.I.; YASTRENSEVA, T.N.; SMJOY, A.A.; YINO-
GRAWVA, H.B.: KARPZYRV, G.A.; DRACHEV, L.A.; TIMPINOTA, N.B.;
,SIZOV,-V.P.;,RZHZVKIN, S.N.; VELIZHANINA, K.A.; NWAROV. V.S.;
SPIVAK, G.V., red.; MOSTREVA, I.A., red.; GEORG*EYWA, G.I., tekhn.
red.
[Special practical manual in physics] Spetsiallnyi fizicheskii
praktikam. Moskva, Izd-vo Mosk.univ. Vol.l. [3adiophysics and
electronics] Hadiofizika i elektronika. 1960. 600 p.
(MIRA 13:7)
1. Professorsko-prepodevatellskiy sostav otdelwaiya radiofiziki
fizicheskogo fakulitate Moskovskogo gosudarstva-anogo universitsta
(for all, except Spivak. Nosyreva. Georgiyeva).
(RBdioactivity) (Blectronics)

86210
S/049/60/0OO/Oo8/oo7/ol5
E201/E191
AUTHORS: Volarovich, M.P., VP
_bevyRjn4__A__L. I and ajzDjx,_,_,
TITLE; A Study of Attenuation of Sastic..Way-1-.'~L in Rock Sa_jnpl~e
PERIODICAL; Izvestiya kkademii nauk SSSR~ Seriya geofizicheskayal
196o) No. 8, pp,1198-1203 (+ 1 plate)
TEXT: The authors used 1 Mc/s ultrasonic pulses7 reflected
many times between the working surfaces of a eylindrical rock
sample, to study attenuation of elastic waves. The diameter of the
sample was 6-10 times greater than the wavelength of elastic waves7
i.e. the sample could be regarded as massive for the purpose of
these experiments. The block circuit of the apparatus is shown in
FigJ. A standard generator (1 in Fig,l) 26_ 1,A, (26-1) produced
square modulating pulses of 100 V amplitude and 10 jisec duration.
These pulses were fed to a generator of r.f. pulses'(2 in Fig.1).
The pulse repetition frequency and the duration of pulses was
governed by the generator 26-1. A pulse of 1 Mc/s frequency and
10 usec duration obtained with this apparatus is shown in Fig.2
(plate). From the output cathode follower of the generator 2
(Fig.1) the pulses travelled along a coaxial ctable to a piezo-
electric quartz plate 3, which served as a solirce of ultrasonic
Card 1/3

86210
S/049/60/000/OOE.'/007/01 5
R201/B191
A Study of Attenuation of Elast~c Waves in Rock Samples
pulses. The ultrasonic pulses travelled along a rock sample 4,
and were detected with a piezoelectric quartz plato 5. The pulses
were then amplified with a wide-band amplifier 6, and were applied
to the vertical plates of an oscillograph 8 (this oscillograph is
marked by a square box to distinguish it from a coil, also
numbered 8). The oscillograph sweep was synchronized with pulses
from the generator 1, To obtain the optimum energy transfer
between the quartz transducers and the rock sample, matching
circuits, consisting of coils 7 and 8 and capacitances of the
quartz plates, were used. Fig.3 (plate) shows a typical oscillo-
gram obtained in a sample of gabbro. Figs 1+ and 5 (plate) ive
oscillograms recorded in gabbrog diorite and granite (Fig,l+~, in
aluminium and marble (Fig.5). Figs 6 and 7 give the dependence of
the amplitude of the ultrasonic pulses on the distance along the
various rock samples (Fig.6) or along aluminium, brass9 Plexiglas
and granite (Fig,7). A table on page 1200 gives the amplitude
attenuation factor for longibidinal ultrasonic waves travelling
in basalt, gabbrog marble, gabbrodiorite, quartz sandstone,
syenite, granite, lab-Aadorite. aluminium., bras5 and P"Iexiglas.
Card 2/3

ACC NR; iT7013157 SOURCE CODE, UR/0101J/67/022/001,'0032i0036
AUTHOR: Sizov, V.-1_,P.-.__.',
ORG: none
TITLE: Phasal autonatic -frequency-coittrol sYsteM with the phase shifter
in the feedback network
SOURCE: Radiotekhnika, v. 22, 'n00 1, 1967, 32-36
TOPIC TAGS: autoniatic frequency control, phase detectorphase shifter,
electronic feedback, autoinatic gain control, radio noise
SUB CODE: 09
ABSTRACT: The article describes.a phasal AFC system which differs from other
:known ones by having an electronic phase shifter inserted in the feedback net-
work. In addition, the system consists of a controled oscillator and a phase
detector with a low-frequency filter. An error signal coming from that filtdr.
drives the phase shifter, as a result of which the dynamic performance of the
the system is improved and the noise band is reduced. The differential equa-
tion for this system is derived in order to analyze the filter action and it
is shown that the excellent noiseproof feature is obtained by making the*phase.
shifter gain large without.changing the gain of the other components of the
Card 172
__IMC: 621.396.668
0933 0570-

SIZOVI V.S., imb.
Autowtic welding under flux of girth Joints In thick-valled
vessels of heat-resistant steel. Svar. proizv. no.1.22-24
J'a 164. (MIRA 17:1)
1. Izhorskiy zavod im. A.A. Zhdanova.

L 22660-66 1!NT(m)/EWA(d)/D1P(y ITIM(t)~WP(k) JDlfkl,IHW
J(
ACC NR: AF6006185 SOU CE CODE: LAV0135/66/000/002/0027/0029
(/0
AUTHOR: Sharapov, Yu. V. (Engineer); Sizov, V. S. (Engineer); Trofimov, I. F.
(Technician)
ORG: none
TITLE: Properties of the metal seam and heat affect'ed zone in electroslag welding
-of l5Kh2MF steel
SOURCE: Svarochnoye proizvodstvo, no. 2, 1966, 27-29
TOPIC TAGS: electroslag welding, alloy steel, mechanical property, metallographic
examination
flux.~.Tubes of 650 and 250 mm thickness were preheated, welded and heat treated by
oil quenching from 10000C and tempering at 7000C. The tubcs were cut by oxygen for
property and metallography studies. Mechanical properties such as strength, ducti-,.-
lity, static bending, impact resistance and microhardness were obtained from cylin-
4rical specimens cut longitudinally and transversely to the welding direction. Data
UDC: 621.791.'19:669.15-194
Card 1/2
ABSTR*'r: The electroslag welding was done with SV-l3Kh2MT1' welding wire and 48-OF-6

L 22660-66
!ACC NR: AP6006185
ishowed that the weld (42.5-46.3 kg/mm2) was stronger than the base metal (40 kg/MM2)
,and ductility was greater (d = 16.1-19.2%, 71.4-74.4%) than in the base metal
!"(6 = 15.9-16.3%, ~ = 63.8-72.8%). The properties in the transverse direction to the
iweld were about 6-10% lower. For static bend testing, load was measured as a func-
I
ition of deflection on V-notched samples. The base metal was stronger in this test
1than the weld as a result of higher Cr content; chemical analysis of the samples as
I
:a function of distance from the weld showed about a 10-15% decrease in Cr content
,:in the weld. Impact testing was done by notching the center of the weld and the
~boundary of the heat affected zone. After welding and tempering at 7000C for 40 hr
the heat affected zone bad an impact energy of 16.3 kg/cm2 against 9.6 kg/cm2 for
2
,the weld, but the properties equalized to about 24 kg/crn after quenching from 10000C,
band tempe ing at 7000C for 40 hr; these were higher than the base metal (16.8-17.1
kg/cm2).I Metallographic examination of the welded metal showed that the seam and
,surrounding zone after quenching ~n-d tempering had a small grained ferritic-soibitic
structure of No. 7-8 (GOST 5639-62) grain size. orig. art. has: 4 figures, 2
itables.
;SUB CODE: 13,11/ SUBM DATE: 00/
Card 2/2,4~
L
ORIG REF: 000/ OTH REF: 000

SIZOV, v ~V. --
Revording winds by the u5e of a photographic recarder.
25.65-~8 162.
(winds)
Trudy PUI
(MIRA 15:2)

RCE CODES UR/03, 02 2 2103/
AP7002396 SOU 2109
ACC NR. /01
AUTHORI Shelimova, L. Ye.; Abrikosovp N. Kh.; Zhdanovaj, V, V.; Sizov, V. V.
ORG Institute of Metallurgy im. A. A. Baykovp Academy of Sciences, SSSR (Institut
metallurgii Akademii nauk SSSR)
TITLE1 Study of the systems PbSe-GeSe and GeSe-GeTe
SOURCE: Mi SSSR. Izvestlya. Neorganicheskiye materialy, v. 2, no. 12, 1966, m3-
2JO9
TOPIC TAGS: lead compound, selenide, telluride, germanium compound, phase transition
ABSTRACT: The phase equilibria and solid solutions in the systems PbSe-G,)Se and
GeSe-GeTe were studied by thermal, microstructural, x-ray and dilatometric. analyses in
the 20-6200C range. It was found that the PbSe-GeSe system is not a quasi-binary sec-
tion of the ternary system Go-Pb-Se. The polythermal section of GeSe-GeTle showed the
existence of a continuous series of solid solutions at temperatures near "he solidus.
Phase transfomations at low temperatures connected with the polymor-ohism of GeSe and
GeTe were investigated, and the boundaries of solid solutions were determined in both
systems. Orig, art. hass 7 figures and 2 tables.
SUB COM 07/ SUBM DAM 25D"5/ ORIG RUS 003/ OTH M'.Fl 007
,46.8151231-~~.2891231
r
1/1 mcs rA6.289ont-wA6.289#24i

SIZOV, V.V., PETHISSH, G.G.; TIKHOMIROV, N.S.
Method for rhe realization of an accurate rectil-inear-ity of dis-
.15 1 i,~- 6r,. (MIRA 18:5)
placements up to 500 mm. Izm. tekh. no.3. -17

L 2454-66 EWT(1)/EEC(k-~-2/EED-2/FCS('k)/~V14L(h) LJP(c) WR
ACCESSION NR: AP5016395 Volga 0200
UR/012D/65/0)0/00
3/0198
.
535-853-4
1AU
t
HOR
h
: Po
ras
T
, 0. 0. 1 Qizovi V, V

I TITM System for accurate translation of the mirror In a WWAgn jAtgrjqjqMtW
for 500 mm

I SOURCE: Pribory i tekhnika eksperimenta, no. 3, 19650' 198-200

TOPIC TAGS- interferometer two beam interferometer

'ABSTRACT, The interferometer mirror is fastened to a bridge which is supported br
two floats in two parallel li
uid-filled channels
The latter are mounted on a
.
q
I
1OOOx15OO-ma true platen. Four guide rails ensure straight translational movement-.
~
iof the mirror. Tests have shown that the mirror can travel for 500 mm with an
l error in its plane of 0 2-0-311. The system resolution is 0.01 per cm for the
! thank.-:-
to
entire spectrum (for X ; lo i the resolution is 106)."The authors wish
i .
.
P, A. and B. A. Tdyto fot their constant attention to the work
Bazhuliu
'
---
"
V -
W
6

0 for the3x ver7 valuable advice re the uystew
'
and . S # T
d A
is
V
1
Mal�
'
_ZV'
design, and A. A. Kat~~ 53d S. Kurayev
-
for assembling ard adjusting the
tem." 'Origi art, ~t if i
gure
ays
. l
1
/2
bard
_
.

L 2454-66
IACCESSION KRI AP5016395-:"
.IASSOCIATIONt Fisicheakir ~wtitut,AN SSSR9 Moacow.:(Inatituto of Pbraical All am)
15Apr64':
iSUBMITTED.-
ENCM 00 MB (WW op
t: ON
REF-SOVs 003

L

k
Card 912

KHOTNTOV, L.V., insh.; NFWYPIN, A.M.. Insh., v"dushctity red.; SIZOV. V.T*.,
red.; PONDMAREV, V.A., tekhn.red.
[Organization of technical information and exchange of Information
on advanced practices; collection of reviews] organizatells.
tekbnichnskol informntelt i obmena porodovyz opyton; rpfer4ativnyl
abornik. Moskva, 1958. 11 p. (Peredovol nauchno-tekhnicheskil 1
proizvodetvannyl opyt. Tem 51. no.19/1) (KRA 12:1)
1. Moscow. Vaesoyuznyy institut nauchnoy i t0chnicheskoy infor-
matall.
(Technology--Information servicas)

SIZO-V Te
0 -.0 -
In reliable hands. Okhr.truda i sots.strakh- 3 no.6:26-27
Je 160. (MIRL 13-'7)
1. Zamestitell predsedatelys, savkom khizzavoda imeni Prunze,
Ivanovskaya, oblast'. g.Zavolshok.
(Zavolshok-Chemical industries-*gienic aspects)

,41
L 44297-.65 E1N(d)/EWT(m WA (d)/jEW I t)/tWP(k)/t WP'(h)/EED-2 V1P(z)/bAi?(b)/
'
"
T
7
X
U
~
%
NP
Pf-4)
/Pk--4
,DIA Cc) -74y
G ~/G
(1 )
/HW
ACCESSION NR: AT5011606 UR/0000/64/01)0/000/0264/0270 'ITT
AUTHOR: Sizav Yi~. A.

TITLE, es in the micron thickness rang -for d. ices'used in 6oraputertechnology
T~p e ev

-
16(/

oye soves magn _n :e1ementam aitomatild telemek-
SOURCE: vsosoyuzn hchaniya po It
YIn
-
-
_

ani
tellno i chisl1toln0,Vtekhniki.
M
a
iki, lzmerl ED giN FYYO
LVov, ME
-
avtomatiki, teleme mmeritelf-a
6-YY i6~&fililft~Aliia_~_tekhnikl J?4agnetic elements
of automatic control, remote control, measurement and computer imgineering); trudy
soveshchaniya. Kiev, Naukova dumka, 19649- 264- 270

TOPIC TAGS: thin metal tape, thin tape processing, thin tape malptetic'property, thin.,
L: tape magnetic core, tape rollin magnetic memo
9 ry

ABSTRACT: A semi-industrial multiroller mill and adjusted for the rolling-,
-is-descrlbed. The fundamentxl pecullarity-of this
of tapes up to 0.003 mm in.thickness
kind of rolling consists of tho use of rollers whose ratio of roller d,"Ameter to the
thickness of the product is extraordinarily high*: The paper outlineii the product
technology developed for the production of sufficient quanUties of s~,ltch extremely thin
the magnetic properties and the final thermal
tapes. A relationship is found between
.
Card 1/2

ACC N11, Al"(005637 SOURCE CODE: L)II/01413/67/000/OOL'JI!00-91/0091
INVENTOR: Sizov, Ye. A.; Aptekar', I. L.
:ORG- None
I
;TITLE: A magnetically soft iron-nickel alloy. Class 40, No. 190584 (announced by the
!Central Scientific Research Institute of Ferrous Metallurgy im. I. P. Bardin
~(Tsentral'nyy nauchno-issledovatel'skiy-.-#stitut chernoy metallurgii)]
LOURCE: Izobreteniya, promyshlennyye'obraztsy, tovarnyye znaki, no. 2, 1967, 91
EPIC TAGS: iron nickel alloy, magnetic alloy
I
IABSTRACT: This Author's Certificate introduces a magnetically soft iron-nickel alloy.
The material has a rectangular hysteresis loop, high coercive force and short magnetic
-ieversal time. The alloy has the following chemical composition (in %): nickel--50-80,
'Aluminum--1-4, boron--less than 0.1, the remainder iron.
CODE: U/ SUBM DATE: 2ODec65
1/1 tmc; 669.24-71:669.o18

SEOVY YeA.
Selection of an efficient pace for "ling alluvial sediments in
prcs-pecting in dispersion -ims. R--zvid. i okh. nedr 26 no./+:48-r,O
Ap 160. (MIRA .15:7)
1. Vsesoyuznyj, nauchno-Issledovatel'ski7 institut razvedochnoy
geofiziki.
(Prospecting)

-A
MESSION Nil: AP4033690 S/0193/64/()00/004/0005/0007
AUTHOR: Sizov, Ye. A.; Lyubenko, E. A.
TITLE: Experimental use of hard alloy rolls for volling ultra thin
strips
SOU11CE: Byulleten? tekhniko-okonomicheskoy inforinatsiij, no. 4, 1964,
5-7
TOPIC TAGS! metal strip, metal strip thicImess (D-0015 mil) I rolling
mill, stool roll, tungsten carbido roll, hard alloy roll, VK_8
tungatcn carbide, hiGh polish finl3hp carbide roll wear ru3istance
ABSTRACT: Mot-al strip thickno~-s has been reduced from 0.003 mm to
0.0015 mm in oxnoriiTtents at the Central Sciontific-Rescv.-:-ca Institute
of Ferrous 11-11ot-a-Ilurgy by replacing the stool rolls (3 ill:-, (~,Iamotor) in
all 20 rollf~ ol' a rolling mill with -V-E-_-8 tungsten carbide rolls (4-5
and inna dlanotor3). Tho number of pasios is reducec. by half and
trio hii7,'hly polished strip surface resulting requires no aaditional
finl3hinC. Tungsten carbide rolls have to be made to more exact
3pocifications than steel rolls due to greater hardness and less

L 55332-65 EPA (s)-2/EWT (m)/EWIP (i )/EWA (d)/EW'P W/EWP(ZWEW~P(b)
-wi-
ACCESSION NR: AT5014631 UR/0000/65/000/000/OISOJO185 .101 ,1, -
681.142.324
AUTHOR: Sizov, Ye. A.; 4ttgauxen, 0. N.; Artaishevskiy,. If* AV
TIM: Magnetic properties of extremely thin films,from mignetically soft.alloyi
SOURCE: Vaesouznoy saveshchantye maginithym e ementamaytomiattki i uchis-
litel'noy tekhniki, 9tht Yereva;, 19big Magnitnyve a e elemenLy,(Nag-
netic analog elements); deklady aoveshchaniya. Moscow, Izei-vo Nauka, 1965,180-
185
TOPIC TAGS: thin magnetic film, magnetic film production, alloy magnetic proper-t
ty, neutron irradiation, Mgnetically soft allot,, alloy cold rolling
ABSTRACT: In view of the widespread incorporaiion of maonetic films into elec-
tronic devices, the personnel oUthe Institut pretsiziontiykh splavov Ts1RX1ChK
(Institute for Precision Al a of T9KIIChM) developed the technology ofthe
mass production ot magneticalLy sott alLoy Mms using tiie'20-roller stand
TsKEHM-90 with a 3-35 mm roller diameter. Cold rolling produces films 0.02r, t
0.003 m thick and 30-40 mm wide without'heat treatment., The r
.pape describes
in considerable detail the production of filma, the geneXal magnetic propelpties
[Card--1/2.

VLASOV, A.M.; SIZOV, Ye.I.
Machine tools manufactured in plants of the Vla-?iWr PrOvInW.
Fconomic Council in 196o-196i. Biul.tekb.-ekon.inform. no.9:33-35
161. (MIRA 14:9)
(Vladimir Province-Machine to)1s)

S/147/60/000/01/017/018
E191/E581
AUTHORS: Yershov, A.G. and Sizov. Ye i S
TITLE: Analysis of the Process of Bending, with Simultaneous
Bevelling, of Extruded Profiles by Forcing Through a Die
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Aviatsionnaya
tekhnika, 1960, Nr 1, PP 149-158 (USSR)
ABSTRACT: Simultaneous bending and bevelling of profiles in a
single die has been introduced to avoid the need for
large dies otherwise required to calibrate the diameter
and bevel the flange in making_E~rames from profiles
with large sizes of the cross-section. This process is
theoretically and experimentally investigated by the
authors. Aluminium, alloy unequal angles of 75 x 50 x 12 nm
were bent about the short flange, whilst the long flange
was bevelled. The forcing load is first found theoretic-
ally on the assumption that plastic deformation arises at
a relatively small flexure of an element. A power
relation is assumed between stress and strain in the
process of elasto-plastic bending. The total forcing load
is the sum of the load to carry out the bending of the
Card 1/3 profile, the load to twist the flange to be bevelled, the

S/147/60/001)/01/017/ol8
E191/E58i
Analysis of the Process of Bending, with Simultaneous Bevelling,
of Extruded Profiles by Forcing Through a Die
load to bend the bevelled flange in its root section and
the load due to friction. The separate contributions
are evaluated, making use, in part, of some well-known
formulae of Nadal. The design of the die facilitates
the separation of the load components which largely
arise in different sections of the die. The experimental
work was carried out on an "Amsler" tensLle testing
machine where the diagram of the forcing loads was
recorded. The comparison with analysis shows that, on
the assumption of a friction coefficient of 0.15, the
total measured load at 7,500 kg was 12.5)6 larger than
the total predicted load. The largest error of the
theory arose in the zone of bevelling in the die. The
process of bending of a profile, for example an angle,
by the thinning or upsetting of the flange edge can
also be accomplished by forcing through a die with
Card 2/3 suitable inserts. Such an insert is shcwn in Fig 5 and
Ll~

S/147/60/0,30/01/017/018
E191/E581
Analysis of the Process of Bending, with Simultaneous Bevelling,
of Extruded Profiles by Forcing Through a Die
a brief analysis is given to determine the forcing load
in this type of die from the basic geometry of the
profile deformation.
There are 6 figures, I table and 6 Soviet references.
SUBMIITED: October 22, 1959
Card 3/3

S/019/60/000/016/002/134
A 15P,/L029
AUTHORS: Sizov, Ye.S.; Kozlov, I.V.; Khrenkov, V.V.
TITLE: A Method of Making Flexible Metal Pipes With a Spiral Corrugation and
a Machine for This Purpose 1~9
PERIODICAL: Byulleten' izobreteniy, 1960, No. 16, P. 7
TEXT: Class 7a, 4. No. 13o865 (645994/22 of December 4, 1959). 1) This
method is distinguished by the following special feature: i1i order to reduce
ironing of the tube billet during the forming process and eliminate harmful fric-
tional forces when the billet is moved in relation to the fovming tool, the feed
of material into the spiral corrugation is effected by the pulsating sectors of
external and internal split worms. 2) The machine for carrying out the method
described in Point 1 is distinguished by the following special feature; in order
to form the tube billet and move it in the forming head, the sectors of the ex-
ternal and the internal split worms carry out a pulsating motion in a radial di-
rection in such a way that upon counter motion of the secto:,s the billet is form-
ed in accordance with the work surfaces of the worms, while upon movement of the
Card 1/2

3/019/60/000/016/002/134
A152/AO29
A Method of Making Flexible Metal Pipes With a Spiral Corrugation and a Machine
for This Purpose
sectors in opposite directions the tube billet is moved along its axis and turned
round by a certain angle. 3) A form of the machine described in Point 2, dis-
tinguished by the following special feature: in order to reduce the dimensions
of the machine and reduce the labor consumed in the production of flexible metal
pipes of great length after forming of the tube billet in the forming head, its
turns are brought closer together with the aid of a guide and a closing nut, the
distance between which is adjusted.
Card 2/2

ACC NR% AP6025582 SOURCE CODE: uR/o4l3/66/000/013/0011/0011
JINVENTOR: Sizov, Ye. S-i Sizova, K. G.; Strunin, N. M.; Razumilov, V. D.
;ORG: None
~TITLE: A die for drawing sheet metal parts. Class 7, No. 183173
!SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 13, 1966, 11
TAGS: sheet metal, metal drawing, die
ABSTRACT: This Author's Certificate introduces a die for drawing sheet metal parts
by using hydraulic pressure. The unit contains a punch, a fluid-filled female die and
a clamping device. The unit is designed for hydrodynamic lubricating conditions and
blocking off the section of the blank subject to damage. The die is equipped with an
annular reservoir with a bottom flush with the female die surface. A knockout tool
is placed in the working area with a diameter greater than that of the finished part.
This knockout tool has apertures for transmitting fluid from the female the area to
the annular reservoir, which are connected by a pipeline.
1/2 uDc; 621,983

ACC NR, AP6025582
1-t-blanki 2-punch; 3-female die; 4--amular reservoir
SUB CODE: 13/ SUBM DATE: 12Ju163
LCI.d. 2/2

ACC NR% AP6029013 SOURCE CODE; uR/o4l3/66/ooo/ol4/00l3/o0l4
INVENTOR: Sizov, Ye. S.; Strunin, N. M.; Hazumilov, V. D.; Kozlov, I. V.; Sizova
!K. G.
jORG: None
ITITLE: Double action hydraulic press. Class 7, No. 183709
;SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 13-14
TOPIC TAGS: hydraulic equipment, hydraulic cylinder, die, metal drawing
ABSTRACT: This Author's Certificate introduces a double action hydraulic press
equipped with a hydraulic cylinder control system with distribution valves. These hy-
draulic cylinders transmit power both to the punch and the clamping jig. The unit is
designed for transmitting pulsaiing movements with a given force and pulsation ampli-
tude to the clamping device to provide deeper drawing. The hydraulic cylinder which
transmits power to the clamping device has a hollow piston rod. This rod is mounted
on the rod of a piston connected to the punch and is located in a hydraulic cylinder
interacting with the distribution valves by means of an electrPcontact pressure gauge
in the hydraulic system and a terminal circuit breaker rigidly mounted on the press
frame. The distribution valves switch fluid delivery between the cavities in the
Card 1/2 UDc; 62i.283.,32.G6;621

i ACC NRt AP6029013
nVraulic cylinder above and below the piston. The ratio between the piston areas is
!calculated to provide pressure for the clamping jig which is several times the punch
-pressure.
8UB CODE: 13/ SUBM DATE: 25Mar63
Card

ACC NR: AP6035820 ---'-----'SOURCE CODE:-- -Ul,,/0413/66/000/020/0020/0021
INVENTOR: Sizov, Ye. S.; Polyakov, S. I.; Sizova, K. G.; Strunin, N. M.
ORG: none
TITLE: Sheet metal forming unit. Class 7, No. 186957.
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye tnaki, no. 20, 1966, 20-21
TOKC TAGS: metal forming, sheet metal ft=jing. hydrostat,*.c metal
roi-m ing vTri-t
ABSTRACT: This Author Certificate introduces a unit for sheet metal forming. The
unit has a chamber which can be evacuated or filled with inert gas, a die, and a
pressure container (Fig. 1). To form low-ductility metals, the unit is provided with
an attachment for heating the female die, the blank, and the material which plays thi
part of the male die, all of which are moved into the convalner by the rod of a
hydraulic cylinder installed in the housing coaxially with the container. In a
variant, the heating equipment is located outside the container and consists of
two semicylinders with heaters enveloping the dies and the blank during the pre-
Card 1/2 UDC: 621.983.32.0,5

AC-C_tqk,_AF60358
uz
IA
Fig. 1. Metal forming unit
1 - Male die; 2 - blank; 3 - female
die; 4 - container; 5 attachments;
6 hydraulic cylin&r rod.
1; heating and opening, when dies and blank.are pushed into'the container. Orig..
-art. has: I figure. [ND]
SUB CODE: 13/ SUBM DATE: 06Jan64/ ATD PRESS: 5109
1 Card 2/2

ACC -N R. AP~O 2-17-69 - SOURCE CODE: UR/o4l3/66/000/012/0023/OOZ3
INVENTOR: Rodionov, A. A.; Sizov, ~e. S.
ORG: None
TITLE: A method for flaring the ends of thin-walled tubes. Class 7, No- 182673
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 23
TOPIC TAGS: pipe, metal forming, metal deformation
ABSTRACT: This Author's Certificate introduces a method for flaring the ends of
thin-walled tubes by setting up pressure on the edge of the blank. Controlled
cpunter-pressure is applied to the zone under deformation both before and during the
application of end pressure to increase ductility and eliminute lose of stability in
the metal.
SUB CODE: 13/ SUBM DATE:* 26Aug63
1/1 uDc; 621,,774..7,.o6

ACC NRI AP6021770 SOURCE CODE: uR/o4l3/66/OOOJ'012/0023/0024
;INVENMR: Rodionov, A. A.; Sizov, Ye. S.
ORG: None
TITLE: A unit for flanging the ends of thin-walled tubes. Clase T, No. 1826T4
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 23-24
TOPIC TAGS: pipe, metal forming, hydraulic equipment
ABSTRACT: This Author's Certifica~e introduces a unit for flanging the ends of thin-
walled tubes. The unit consists ot a housing with a built in conical split collar
mechanism for squeezing the blank, and an upsetting mechanism. Controllable counter-
pressure in the deformation zone is provided by boring the inside of the housing and
placing a plastic material vithin this aperture. This material is compressed by the
piston rod of the hydraulic cylinder which is attached to the housing and equipped
with a throttle.
4

l,cplastic material;
3-hydraulic cylinder; 4-throttle

L.64182-,65

ACC NR- AP6035835 SOURCE CODE: UR/0413/66/000/020/0038/0038
'INVLNTOR: Knunyants, 1. L.; Bykhovskaya, E. G.; Froain, V. N.;
Sizov, Yu. A.
IORG: none
!TITLE: Preparation of fluorIne-containing isoxazolidines. Class 12, No.
il87020' (announced by Military Academy for Chemical Protection (Voyennaya
!alcademiya Ichimicheskoy zashchity))
ISOURCE: Izobre'veniya, promyshlennyye obraztsy, tovarnyye znaki, no. 20,
11966j38
ITOPIC TAGS: fLluoroisoxazolidine, nitrone, olefint, potassium fluoride,
i 0 ro C'0 -P, -~4 / &L'. Z'4
1ABSTRACT: 1, the proposed method, fluorine-containing isoxazolidines
are obtained by treating nitrones with CI-C. 4-Glefins in
an organic solvent, e.g., benzene, in the presence of
potassium fluoride in an autoclave at %200C.
(WA-50; CBE No. 14~
1 SUB CODE; 07/ SUB14 DATE: 2OSep0"5
r-A UDC:547-7861221-07

ACC NRt AP6025587 SOURCE CODE: UR/0413/66/000/013/0020/0020
fjjLt Ilynt, t fj , 1. 1.. ;, Bykilovs kaya , E. G. ; Fros I n, V. N. ; S L zov, Yu. A.
0 R Gr n on e
TITLE: 'Icthod of preparation of 2-(tl-alkoxy-li-alkyl)aminoethyle mercap-
tans. Class 12, r1o. 1,8320h. (announced by Miliatry Academy for Chemical
i
Protection (Voyennaya akademiya khImicheakoy zashchity)]
SOURC17: IzobreLonlyn, promyahlennyye obraztay, tovarnyye znakil
no, 13, 1966, 20
TOPIC TAGS: alkoxyalkylaminoethyl merca tan, ethylene aulfide,
dialkylliydroxylamine . ,,Axa/0iA-,, 4-Y ;JL,
ABSTRACT:
In the proposed method, 2-(N-alkoxy-N-alkyl)aniinoeti~y1 mercaptans are
obtained by the reaction of ethylene sulfide with N,O-diallcylhydroxylamine
at 90-100*C in an organic Bolvent. .(W.As. E
50; CBE No. _10
SUB CODE! 07/ SUBM DATE: 20Sep651
Card I/ I
UDC1 547.269,11233.07

KVYATKOVSKIY,l A.N.; YESIN, O.A.; SIZOV, Yu.M.; ABBEYEV, M.A.
Reducing copper losses in lead production slags by electrochemical
met:~ods. Izv.AN SSSR. Otd.tekh.nauk. Ms---t.i topl. no.4:40-43
Jl-Ag 162. (KRJ% 15:8)
(Copper) (Electrocapillary phenomena)

a - , Yu.M.; VERS1111,11INA, V.V.;
PLATONOV, 0 ABDEYEV, M.A.; BUTENKO, N.S.;_4IZOV
MIKILAYLOV, SIDORLIZO, T.A.; DYUYSEKIN, Ya.K.; PREUL.'TGV, M.D.;
HUAKWI-ETOV, E.I.; GANCIELIO, V.M.; SHISHKIN, V.I.; CHIllufflVA, N.P.;
WINA, Ij.; BERDUS, Yu.M.
Two-stage method of treating slag and sinter cake in electric furnaces.
Trudy Alt. ag-III All Kazakh. SSR 14:4-13 163. (MIRA 16:9)
(Nonferrous nzet~tls-Electremetallurgy)

xVYATh(JVL;iJ,j,, .~L,Ov, N.M.; Yi-;SILN', C.A.; A13b:;Yf;V, M.A.
Elactrsch-~~tical ez,Llraction of' copp-~r fro,~ slag witi, the fumlng process
equipment of tne lead industry. Trudy Alt. GI-1111I All Kazakh. SSR 14:
52-58 '63. (MIRA li-,:9)
(Laad indtiatry-By-products) (Copper-Electrometallurgy)

SIZOV, Yu.M.; IP1.WOi;L)V, G.".; ABDI,;Yi!;V, M.A.; N.C.
1- , I . I -
Refining ar4 use o--:' cas-, iron o*.b.-sa-ined &L:-ing the sneiting of zinc
slags and sinter cake. Trudy A-1t. G:,2---.Ii *,-', Kazakh. .35IR 14:123-128
163. OIOAA 16:9)
(Nonferrous metal industries--By-products)
(Cast iron-41atallurgy)

SIZOV, Yu.N., inzh.
Invostigating direct current tractors. [Nauch.trudyj VISSM 3:
161-187 '58. (14ML 13.4)
(Tractors-Itlectric driving)

LEPESEIKIN, A.A.. tekhnik; SIZOV, Yu.P., takhnik
For three-shift work. Shakht. stroi. no.8:25-26 Ag 160.
(MIRA 13:11)
1. Normativno-issledovatellskaya stantsiya NO-7 kombinata lusbasshakh-
tostroyi
(Mining engineering) (frours of labor)

SIZOVA, A.
Ways of eliminating seasonal production. Mitte.ind. SS,.',R 33 no.3:30-31
162,9 (MIRA 15:7)
1. Volgogradskiy sovnarkhoz.
(Poultry plants)

04 Go41*11$ 4
:::6060*0990 * a 0 0 4 40
a J, 0 of p 9 a I I Is 11 ! 11
A 7 1 AA
A-C-7-
a IV-4- -W -g- -4- A- _W _P
31 31 13 ad S as v w pp a 4, A) as
t ,
Ckarmicial Cam"altieft 04 fies CW& It. 11, 41-Anuir and
A
P
7
72 3
B
14
N
o
uismas
tom,
waya
.
.
.
1
090 X, -Four awsarnple-w of d" chaff were silted thrwgb
M15
1
iw,t f 4 irv" .( difirrent na-h. pying 2.2, IS.817. bam
fitwr, 21.4,62.0~' , ccarm and % fuw cbitff assul
-M~ZLI% du.,t. The swiples anif their fracti-tis w"r
anslys,A and ctx*rd. The rmiar rpd fisie fraawiiuvs~ ~4
00 817", chaff sit 01 Similar Cumlin. The 1--t gracti.sis cuutaius~
00 thr Smairst pirrectitass, tit rrllssh~. The arreastri pairt til
she du-t ctmsi%t% tit Imarig. atafter. Ttj obtain unifwiti
pulp, it is ntvrs-asty to wrinuva, th~ dust 11A.M11 thr C11611 Mail
so 3, in -rp, thr Im,st Chg.. Blanc
00

400
*0 ti
Ostia' W .4,
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r, u 0 (a 1, it so a a a R w Or C1 it it
7,DO;44 0 0 60164 0 0 0 0 0 0 00 00 0 o0 *0 *1 00000 0 0 004
P A_ 0 9 0 a 00 000o10 00 0 0 ims so* 0 0 a * 0 0 0 * e 4
a a E
:00
.00
=0
zeo~
a, *0
! 1400

MILINICHMKO, Ye.L.; KAGAN, I.S.; GOLIDIRIBERG, M.Ta.; KAMNEVA, Z.P.;
SIZOVA64;.G.
Am
Flow diagram of the manufacture of fruit juices. Kons.i ov-prom.
15 no.11:14-15 N 160o (MMA 13: 10)
l.' Ukrainskly nauchno-jagledovatellskiy institut konservnoy provVsh-
lennosti.
(Prult.juices)

WRATOV, A.D., red,, V redaktirovanii prinimali uchastiye: SWA OV, K.K.;
FFJ)OROVA, N.A.; OVCHINNIKOV,
, SIGEL', M.G.;
KARVA'TSKIY, A.V.; KULICHKIN. A.V.: NIKOLAUVI, Z.A,; SMANOVA,
V.P.; RYZHOVA. Y.K.; MMIKOVA, V.N.. THFMIN, N.I., redo;
KHAXHAM, Ya.M., tekhn.red.
(Economy of Ullyanovsk Province; a concise statie,tical manual]
Narodnoe khoslaistvo U111anovskol oblasti; kratkii statiaticheakii
abornik. Ullianovskoe knizhnoe izd-vo, 1958. 199 Pe (MIRA 12:))
1. Ulyanovsk (Province). Oblastneye statisticheskoye upravleniye.
2. Nachallnik Statiaticheakogo upravleniya Ullyanovskoy oblesti
(for Sknratov).
(Ullyanovsk Province--Statistics)

prof., ti-)kt-r
r i t --) ~-v zasluzhennyy cinvatell nauk' 1
of cettcn blends with synthetic f~.bers and
c: varns produced from these blends. Tekst. prom. 125
T
(M: -A !P- 5)
Mr 165.
Fa`e~rri mekn,,~in-,chr..,3koy tt~khn7,ln~,Ii vololrnistyk,-, matertalov
-c t'- I nog -.ns ti tu ta (l"cr Si -,c ia'l .

SIZOVAI A. P.
"The Bacteriological Characteristics of Local Strains of the Microorganisms
Which Cause Paratyphoid in Calves." Gand Biol Sci, Omsk Veterinary Inst;
Kurganskiy Agricultural Inst, Min Higher Education, Cmskp 1954- (KL, No 3j. Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 2h Jun 55

:~. V.
USSR/rIedicine - Jrucellosis Diarons-is, Iethods Jun 5'0
I'Varlation of Wright'- I'leacti on for tl,.e Diagnosis of Bru-eilosis in An-Limals.11
V. iiunin, C%nd Vot Sci, A. V. Si7.011a, Dr Vet Med, Chelyabinsk Oblast 'let
Bacteriol Iah, 11 Op
I'Ve*erinariyall No 6
Discusses met~iod of increasin,~ terminal titer of Wright's agglutination reaction.
Plethod use of neutral salt as electrolyte which contains I)ivalent ion,
thus causirv coa,-,ulation of colloids in weaker concentrations. Tabulates data on
results of testing method.
P.,. 161T79

"Tlir~ 1--v cf`r-crlve ~:r ar-*r:ai bm,- 4 n,
VrtE-rir:.,ri,,a, Voi. lio. f".
si/ova.v A. V. -Can of FloloFical scirl-icrF
K -an ',-ric-, 1+-,:- 1 Tr.Stitute
'lu rp - - .1 ~n.

ARAVIYSKIY, A. N., pror.; SIZOVA, A. V.; ITWHAYEVA-PUGACHEVA, ye. V.
Practical importance of the phenomenon of luminescence in the
diagnosis of favus of the hair. Vest. derm. i ven. 36 no.7:
37-38 J1 162. (MIRA' 15:7)
(FAVUS) (LUMINESCENCE)

I- i -
Y0Z-LGVA, 'Ye.".; ~tA'T~TCIYUIK, SIZOVA, A.V.;
A.'~.; L.',%; !-!U?AVff.,--VA, M.F.
Experience with 4-~- epi-'.,;n plaster in tho treatmert of scalp
mycosis. Vest. derm. i v..3n. 37 no.4:73 iip 163. (-MIM.-I 17-5)
I- , n
1. Detskaya ko:=naya bollnitsa leningraia (nau(-~Ln.,,rr rukovoai-t 11
-prof. A.N. Araviyslr-.iy).

tI*,F~;r!..*,, Ye.V.;3IjkWh, '
Ex,,erience with th~ use of gr-Lseofulvin :'c..r ~wients witr,
dermatomycosis of the s2ELIp in a pedlatr:.c dermatological
hospital. Vest. dorm. i ven. 37 no.9:8-1-82 S 163.
0:, -, -, -"t 0:6)
1. Detskaya kozhnnya bol'altsa (nauchnyy - prof'.
I.i.141. "travi.ysj~~.y), lonIngrnal.

GR:-,SiiN'fA.KOV, G.I.; SIZOV--. G.A.
Norms for furniture blanks. Der.rrom. 9 no.3;20
14r 16o. (xii~- 1): 6)
(Yurniture industry-Standards)

AITLAMOVAI kanci.sellskokhoz.nauk; Slit! INIVENKOV, Yu.B.; PON1014ARCOK,
V.I. (Uzfigorod); OTODYI-TV, N.G., agronom (Ustl-labinskiy rayon,
Y,rasnodarskogo kraya); Yj,.SUI.',OV, nauchnyy sotrudnik;
PROKOFIYEV, M.A.; SNOVA G.S.
-- ---j - -
Brief information. Zashch. rast. ot vred. i tol. 9 no. 4:48-50
164. (MIRA 17:5)
1. L--ningradskiy sellskokhozyaystvennyy institut (for Abramova).
2. Zaveduyushchiy laboratoriyeir zashchity ras,teniy Kurganskoy
oblastnoy sellskokhozyaystvennoy opytnoy staritsii (for Shurovenkov).
3. Azerbaydzhanskiy institut zashchity rasterAy (for Kasumov).
4. Altayskaya opytnaya stantsiya sadovodstva (for Prokoflyev,
Sizova).

------ ----
ACC NRi IT6025582 & SOURCE CODE: uR/o4l3/66/000/013/0011/0011
W
INVZNTOR: Sizov, Ye. S.; Sizova, K. G.; Strunin, X. M.; Razumilov, V. D.
V.,
'ORG: none
TITLE: A die for drawing sheet metal parts. Class 7, Nc. 163173
;SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 13, 1966, ii
C TAGS: sheet metal, metal drawing, die
ABSTRACT: This Author's Certificate introduces a die for drawing sheet metal parts
by using hydraulic pressure. The unit contains a punch, a fluid-filled female die and
a clamping device. The unit is designed for hydrodynamic lubricating conditions and
blocking off the section of the blank subject to damage. The die is equipped with an
annular reservoir with a bottom flush with the female die surface. A knockout tool
is placed in the working area with a diameter greater than that of the finished part.
This knockout tool has apertures for transmitting fluid from the female die area to
the annular reservoir, which are connected by a pipeline.
1/2 uDc; 621,983

!ACC NRt
SUB CODE
1.rblanki 2-punch; 3-female die; 4-annular reservoir
13/ SUBM DATE: 12jul63
Cc d

ACC NRI AP6029013 SOURCE CODE: UR/04l3/66/ooo/ol4/0013/ool4
INVENTOR: Sizov, Ye. S.; Strunin, N. M.; Razumilov, V. D.; Kozlov, I. V.; Sizo a,
T
K. G.
ORG: None
TITLE: Double action hydraulic pre8s. Class 7, No. 183709
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 13-14
TOPIC TAGS: hydraulic equipment, hydraulic cylinder, die, metal drawing
ABSTRACT: This Author's Certificate introduces a double action hydraulic press
equipped with a hydraulic cylinder control system with distribution valves. The3e hy-
draulic cylinders transmit power both to the punch and the clamping jig. The unit is
designed for transmitting pulsating movements with a given force and pulsation ampli-
tude to the clamping device to provide deeper drawing. The hydraulic cylinder which
transmits power to the clamping device has a hollow piston rod. This rod is mounted
on the rod of a piston connected to the punch and is located in a hydraulic cylinder
interacting with the distribution valves by means of an electrocontact pressure gauge
in the hydraulic system and a terminal circuit breaker rigidly mounted on the press
frame. The distribution valves svitch fluid delivery between the cavities in the
Card
UDC; 621-283.32.o6;621

iACC NRi AP6029013
I
,itydraulic cylinder above and below the piston. The ratio between the piston areas is
'calculated to provide pressure for the clamping jig which is several times the punch
6ressure.
CODE: 13/ SUBM DATE: 25M&r63
a
Card

ACC NR; AP6035820 CODE-.- UR/0413/66/000/020/002ri/0021
INVENTOR: Sizov, Ye. S.; Polyakov, S. I.; Sizova, K. G.; Strunin, N. M.
ORG: none
TITLE: Sheet metal forming unit. Class 7, No. 186957.
SOURCE: izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 20, 1966, 20-21
TOPIC TAGS: metal forming, sheet metal to g. hydrostaticmlem fetal
40~ming vnirt
ABSTRACT: This Author Certificate introduces a unit for sheet metal forming. The
unit has a chamber which can be evacuated or filled with inert gas, a die, and a
pressure container (Fig. 1). To form low-ductility metals, the unit is provided with,
an attachment for heating the female die, the blank, and the material which plays thei 'I
part of the male die, all of which are moved into the container by the rod of a
hydraulic cylinder installed in the housing coaxially with the container. In a
variant, the heating equipment is located outside the container and consists of
two semicylinders with heaters enveloping the dies and the blank during the pre-
Card 1/2 UDC: 621-983.32.06

.- ACC NR:
AP603582
Fig. 1. Metal forming unit
1 - Male die; 2 - blank; 3 - female
die; 4 - container; 5 - attachments;
6 - hydraulic cylindbr rod.
heating and opening, when dies and blank-are pushed into*the container. Orig.-
art. has: I figure. [ND]
SUB CODE; 13/ SUBM DATE: 06Jan64/ ATD FRESS: 5109
Card 2/2

64
L 64182-65 (T)/ T 019,0(
UR/0296/65/000/013/aCO7/0007
ACCESSION NR: AP5021546
621.983.3
AUTHOR: Gizova, K. G.; Sizov, Ye. So
TITLE: A method for punch-dravin parts from Meat metal, Class 7# No. 172265
SOURCE: Byulleten' izobretenly I tovarnykh zmakov, no. 13, 1965, 7
n
TOPIC TAGS: metal,drawing, metal fatuin ress. sheet metal
ch-drawing parts.
.ABSTRACT: This (Uthor's Certificate introduces: 1. A method for pun
*rom sheet meiaA n.presses. The sheet metal is placed over a defolmable material
;and is formed Fy- a rigid die. The method Is dei~igwd for deep drawing with a single
,y of the finished produidt. A soft metal
press operation and for improving the qualit
b.g. lead, Is placed In an C-Pen bex beneath'the-sl~eet metal workpiece. 2. A~modlfi-
Lation of this method in which the,orIgInal 'state of the soft metal can be restored
after each operation so Thai., It can, b;* wed r4peatedikyo After each articlehas beet!
la
stamped and removed from,the pre et. the soft rAtal lit squeezed flat by a p te di-
ectly on the pressi
Card 1/3

1 64182-65
CCESSION NR: APS021546
,
SOCIATION,: none

TI
i
v
-T;
IlFeb59
EltcLi 016
UB

NO REF SOV: 000
olmmt: 000

7,

Card 2/3

NO

-65
,
ACCESStON NRI-- AP5dft546
ENCMUREI~~Ol

Z-1x
T
t.. -.2 t

Im.-S
r4 I -&~i,

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Car 3/3