SCIENTIFIC ABSTRACT SHEVTSOV, M.A. - SHMYGALEVA, T.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549320011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Nore attor'f..!-. t-a practical t -4n=C-..
nc.10:.!,7 0 161,
1. -,r--:Lnsl:o-- avtoshl,-01.-- (for Shc,.rtsov). 2. ralcvnyy
:!.vtotrmisportno.-..- :-ontc,-"y Eo.1 (for
drivel-s)

MARICBMIKO, Vladimir Alekseyevich; SHUTSOV, M.A., radaktar; BRITCRUK
V.V., mdaktor; SHKVTSOV, M.S., radMgF;- MWASHCHIT, N.V.,
redaktor; ATTOPOVICH, M.K., takhnichaskiy redaktor.
[Equipment for three-phase current direct-we electric furnaces.
textbook for school'an4 courses for inechanical Blektrooborudovanie
dugovykh pechei trekhfaznogo toka; ucheinik dlia shkol i kursov
masterov. Moskva, Gos.nauc)ino-takhn.izd-vo lit-ry po chernoi i
tsvetnoi metalbirgii, 1955. 468 p. (MLRA 8:11)
(Slectric farnaces)

SHEVTSOVI M. A_
Use of Vacuum in Metallurgy (Cont.) 533 Mo3cow, Izd-vo AN SSSR, 1958, 165 p
Trans. of a Conf. on Ose of Vacuum in Ferrous 149tallurgy (ed. SAAWN. A.M.
Osminkin, A.A. W:~ress) 78
A brief account is givem of reserarch conducted at the Urallskiy
institut,chern3rkh metallov (Urals Institute of Ferrous Metals)
and at the Serov Metallurgical Plant on the vacuum treatment of
open-hearth and induction-furnace steel in the ladle after tapping.
Shevtsov, M.A. (Address) 79
SYevtsov siates that before 1954 only two experimental high-vacuum
electric furnaces, with certain imperfections, were in operation
in the USSR. He takes exception to Samarin's statement that Soviet
vacuum furnaces are of inferior design, pointing oat that indastrial
furnaces of this type were not in production at all because of the
lack of demand for them. A n=ber of such furnaces, however,, were
manufactured "last year" (apparently 1955). Production of pumps
and other equilpment lags. Shevtsov gives suggestions for improving
vacuum equilment.
II. VACLU4 TREATMENT OF MOLTEN STEEI, AND FERROALLOYS
IN THE LADU AND IN THE INGOT MOLD
Novik, L.M. Vacuum Treatment of Molten Steel in the Ladle and Teeming
in a Protective Atmosphere 81
The article is &~vided into the following sections: Design of
vacuum installations; Vacuum pumps; Vacuum treatment of Bessemer
-steel in the ladle and in the ingot mold at the Yenakiyevo Metal-
Card 8/16

so V., C) - q,/2
A UTITCRI 31~
T I T 11, E M e Ll u y Steel mel tInco).
F E R 10 D I C'A L
up U S S R
r_eccrts on developments in the field of
a:, ~'l 'i-nna-3es in tne following countries: (1)
F, S_ ~P) F-ance and italy, Japan., England,
a 3!--4 and or, the structural
I
S C. furnaces_ Data on electromaonetic
1
C;
vlde(i bl-,,,- ~he Swedish company "AseLa"
e,~oel,Imerital introduction oli that method
tal I arid Nevi Lipetsk Metallurgical
F i Novo-Lipetskiy
C S T.--e are tables.
Card 1/1

S/129/61/000/012/001/005
E193/E383
AUTHORS- Shevtsov, M.A. and AlItgauzen, A.P., Engineers
TITLE! Standardization of electrical heating equipment for
heat-treatment of metals
PERIODICAL: Metallovedenlye i termIcheskaya obrabotka metallov,
no. 12, 1961, 2 - 13
TEXT: Advantagei~of standardization of heat-treating
equipment are briefly discussed and several examples are given cf recently
standardized series of various types of electrical furnaces.
1. General-application, electrical-resistance, compartment kilns
with metallic heating elements. These are divided into three
groups0with maximum operating temperatures of 700, 1 000 and
1 200 C. Furnaces of the second group include aggregates which
incorporate quenching tan!.-,s with mechanized-loading transporting
equipment. The following are.examples of code marks ascribed to
furnaces of this type:'_H0-'2.Ox4.Oxl.4/7 (SNO-2.oA.oxi.4/7);
CH3 A -8.5x22x5. 0/10 (SNZA-8-5x22x5-O/lO)- C denotes
electrical-resistance furnace; H denotes compartment kllns4
0 denotes oxidizing atmosphere; A denotes aggregate; the
Card 1/6

S/129/61/000/012/001/005
Standardization of .... E193/E383
numbers in the numerator indicate the width, length and height V
of the working space in decimetres; the 0denominator gives
the maximum operating temperatures (X100 C),
IIc, Electrical-resistance, car-bottom furnaces with metallic
heating elements.
Furnaces of these series are used for heat-treatment of large
and heavy parts~ Their power rating ranges from 150 to 6 250 kW,
their operating temperature from 700 - 1 200 OC and their
capacity from 10 - 75 tons. A typical code mark is;
C-P-() -.14x28xlO/7-10 (SDO-l4x28xlO/7-l0), where " denotes
car-bottom furnaces and a second number in the denominator gives
the maximum weight of the charge in tons; the remaining symbols
are as in type I.
III. General-appl�cation, electrical-resistance, shaft furnaces
with metallic heating elements~
Most furnaces of this type are equipped with fans mounted at the
bottom to ensure rapid and uniform hSating. The working
temperature ranges from 300 - 1 200 C and the dimensions of the
heating chamber vary from 20 cm (diameter) x 40 cm (depth) to
Card 2/6

S/129/61/000/012/001/005
Standardization o:f .... E193/E383
600 x 600 cm. Their characteristics are given by the following
code marks, CWC)- 02xo4/3 (SShO-02xO4/3); CUJ3 -02,KO4/10
(SShZ-.02xo4/lo) , where W denotes shaft furnaces and the
numbers in the numerator indicate the diameter and depth of the
heating chamber in dm; the other symbols are as in type I.
IV. Electrical-resistance2 bell-type furnaces.
These are divided into four groups with operating temperatures
of 350, 750, 1 000 and 1 2000C. All are designed to operate
with a protective atmosphere or in vacuum (20 - 50 mm Hg).
Typical code marks are- Cr0-15)(jj/'b (SGO-15xl2/3);
C r,3-14x35/7 (SGZ-14x35/7); CT-(3-12x22xlg/12 (SGV-12x22xlg/12),
where t- denotes bell-type furnace and B signifies vacuum;
the other symbols are as in type I.
V. General-application, electrode salt-bath furnaces.
The power rating of this furnace varies from 20 - 800 kW, their
operating temperature ranging from 150 - 1 350 OC. Rapid and
uniform heating is ensured by the provision of mechanically-
operated stirrers. Typical code marks are: COC-35/6.5
(SVS-35/6-5); Cer_-35x2/6-5-M (SVS-35x2/6-5-M) , where the
Card 3/6

s/129/61/000/012/001/005
Standardization of .... E193/E383
first C denotes electrical-resistance heating, B denotes
tank furnace, the second C indicates molten salt and M
signifies metal crucible; numbers in the numerator give the
power rating (kW) and the number of electrode groups; the 0
denominator gives the maximum operating temperature MOO C)~
VI~ Electrical-resistance furnaces for gas-carburizing.
These are divided into three groups~ shaft furnaces for batch
production; continuous barrel-type furnaces and continuous
push-through furnaces, the last group including furnaces used
for hardening and temper�ng. The shaft furnaces are used for
rapid carburizing, Small parts with an overall size of 1-10 cm
are carburized in the barrel-type furnaces which can be easily
incorporated in automatic lines, while the push-through furnaces
are used for continuous heat-treatment of steel components
weighing 1 - 25 kg. Typical code marks are. CUU-03x04/10
(sshTs-o3xo4f/io)j 1_-SU-06xl6/q (SBTs.-.o6xl6/9).,
C-T'3,- 062c24x4/lo rSTZ-06x24x4/lo) ,- CTL~-06x7oxVli
(STTs-o6x7ox4/ll) and ~~-TO_o6x24A/3 (STO-o6x24,x4/3), where
Card 4/6

5/129/61/000/012/001/005
Standardization of .... E193/E383
Fj denotes barrel-type furnaces, T - push-through furnaces
and U - carburizing gas; the other symbols are as in type I.
VII. Conveyor furnaces.
This series comprises furnaces with an operating temperature of
up to 9000C, which are used for hardening and tempering small
and medium-size parts up to 3 kg in weight and up to
100 x 150 x 150 mm in size. They are grouped in aggregates
c'
comprising every item of equipment required to perform the
I Production capacity of these
hardening and tempering treatment.
aggregates varies from 50 - 2 400 kg/h.
VIII. Roller-type conveyor furnaces.
These are divided into four groups with operating temperatures
of 350, 750, 1 000 and 1 2000C; their production capacity
varies from 200 to 2 000 kg/hour. Typical code marks are:
CP1b-08x80xO4/3 (SRO-Ox8ftO4/3), where P denotes the roller-
type conveyor furnace and the other symbols are as in type L.
IX. Electrical-registance vacuum furnaces.
These are divided into four groups with a maximum operating
temperature of 1 1500C (nichrome heating elements, i 6oo C
(molybdenum or graphite heating elements), 2 100 C and above
Card 5b

S/129/61/000/012/001/005
Standardization of .... E193/E383
2 100 OC. They include shaft furnaces (C Wb (SShV)), elevator
furnaces (C-) (5 (SEV) ) , bell-furnaces (C (-5 (SGV) ) and
compartment-type furnaces (C-tilb (SNV)).
There are 11 tables.
ASSOCIATION.~ VNIIETO
Card 6/6

ZUATOVA.9 !.I.; SHENTSOV4 M,."~
Yodern ea,-,~=Fnt for ':.Ye zreraratfom of cor!~rclled --tzosrheres.
Metalloved. i term. oDr. met. no,912l-26 5 16-,.
(YJRA 17g11')
1. Vseso3naznyy nauchno.-issledovatellskiy institut elektrotermi-
cheskogo oborudovan-iya.

1"I I-' 1j Hp L)
SOURCE CODE: UR/0137/65/000/01-1/d629/GO29
ACC !,?: AR6011,3165
AIMI-.1tS: Shov tsov 1-1 A.; Vol-Ifovskly, G.--S.
TITLE: Selection of efficient" enorgy carriers for smelting of aluminum alloya
SOURCL: Ref. zh. Metallurgiya, Abs. 11G2112
R.I,x SOURCE: Elektrotermlya. Nauchno-tekhn. sb., vip. 44, 1965, 38-41
TOPIC TAGS: induction furnace, metal melting, aluminum alloy
ABSTRACT: The work carried out at VNII ETO has shown that the savings realized
in the smelting of Al in induction furnaces is '/ 5 m-Ulion rubles per 1 million
tons of Al-alloys (higher quality, smaller nonreplaceable losses). It is there-
U
fore recommended that the reflecting type furnaces be replaced with electrical
crucible type induction furnaces in all future and presently operating smelters.
The necessity of planning in obtaining ingots of a given chemical composition in
induction furnaces by the use of liquid electrol~yzer charge is pointed out. V.
Semakin ffranslation of abstract7
SbD CODE: 1*3
Card 1/1

SMVTSOV, M.L., inzhoner-podpolkovnik
Apparatus for testing fuel injectors* Vest.Vosd*Fl. u0.1:83-84 Ja
161. (MIRA 13:12)
(Fuel pumps--Testing)

S1111ETSOV,MIE191IL S. PROF.
"CONTRIBUTION TO THE PROBIEM OF DIAGENESIS" (1-7 Aug 60 Afternoom session)
report to be presented at the Sixth Intl. Sedimentological Congress, Intl.
Association of Sedimentology, Copenbagen, Demnark, 15 - 25 Aug 1960
Moscow Institute of Geologic al Prospecting 6m. S. Ordzhonikdze

MARICHMIKO, Vladimir Alekseyevich; SHEYTSOV, M.A., redaktor; BRITCHUK
Y.Y., mdaktor; SHSVTSOV, K.S., redaktor; BMRBTASHCHIT, N.V.,
redaktor; ATTOPMMT,'If.'i--',O-tekhnicheakiy redaktor.
[Equipment for three-phase current direct-arc electric furnaces.
textbook for school'and courses for mechanical Ilektrooborudovanis
dugovykh pecbel trekhfaznogo toka; uc6inik Me, sbkol i karsov
masterov. Moskva, Gos.nauc)tno-tekhn.izd-vo lit-ry po chernoi i
tavetnol matalbirgii, 1955. 468 p. (MIRA 8:11)
(Slectric f7irnaces)

m
i : , , j t I
10, ; / ~ I, ;.I .'0
TRUB, G., inzhener; DIIMS, S., inzhener; SHEVTSOV, U., inzhener.
Standardization of labor and technological processes. Sots.
trud no.12:69-76 D 156. (KLU 10:2)
(Production standards)
2. USSR (600)

S/078/62/007/004/013/016
B107/B101
A`MHORS: Zhukov, A. I., Onosov, V. N., Shevtsov N. A.
TITLE: Senaration of thorium and rare-earth elements ori'~Y-l (KU-1)
resin
FE-JIIQDICAL: Zhurnal neorganicheskoy khimii, v- 7, no. 4, 1962, 926 - 929
T'E'XT: The separation of thorium and rare earths (Rh) on.,,1'-1 (K-U-1) resin
was describei in a previous Daper (Izv. vyssh. uchebn. zavedeniy. Khimiya
i khim. tekhnologiya, VI, 247 (1961)). The present paper tries to answier
'Ube question as to whether the seDaration can be improved by making better
use of the sorption capacity and by using lower amounts of solutions for
elution. The experiments were made with~chloride solutions. KU-1 resin in
H form had an exchange capacity of 2.20 mg-equ/g as to sul-Lo groups. The
2 2
column cross section was 1 cm ,0the rate of filtration I ml/cm .see, and
the exDerimental temperature la C. At first, the DH dependence of the
dynamic exchange capacity was measured. It increases linearly with 'he
pli value for Th, and drops sharply at DH - 2.8. This effect is attributed
to the increasing ionic radius of Th and the decreasin& diffusion rate.
Card 1/3

/, 1
S/078/ 52 1007/004/013/016
Separation of thorium and ... B107/3101
The effect of the ammonium-chloride concentration on the elution of RE
, a examined next. Elution is considerably more intense with a solution
w -a U
or
.L 2 N ~11,4C' than with a:I Njolution. Further increase of concentration
has Only a slight influence. Thorium is eluted with 3 N H2 so 4' The
optimum result is given: 1.3105 g Th and 10.4431 9 RE (ratio 1:8) were
3eparated in 13.5 g resin. This corresponds to a loading the exchange
capaci ty wi th 69. Th and 696. 9'1'.', RE. 9.3200 g RE (exempt from Th) goes
in the filtrate. 1.1816 g RE (exempt from Th) was eluted vith 2 N NH 4C1
solution, and 1.3156 Th, not containing RE, was eluted with 3 11 HI 2 so 4' The
relative consumption of eluants decreases markedly with increasing
quantity of resin and may be further reduced in greater columns. Since
preponderant part of the ITH4C1 solution is consumed for elution of relative
small amounts of RE, the consumption of this solution car, be intensively-
reduced, if a. small oontant of RE in Th is p9rmiseible. There aro 3
figures and 2 tables.
Card 2/3

S/078/62/007/004/013/016
Separation of thorium and ... B107/B101
ASSOCIATION: Ural'skiy politekhnicheskiy institut im. S. LIT. Kirova
(Ural Polytechnic Institute imeni S. 11. Kirov)
SUB""LITTED: December 20., 1960
I--,
Card 3/3

I'dia"ILOV, ~'Lj., dotselit'; SHZv`-'SGV :i_"' .. clotsent;
knalyoia of the %rocass of loo
L jp formation. Tokst. pro-. 24 no.7:
77-~.`l .','l 16"k. O-li-l 1,/:Io)
1. Vsasoyuzrr~ri zaochnyy inst4tut tekStillnoy i legkoy prom,
yshlennosti
(VZJITU) (for :dkhaylov, Shevtsov). 2. Za:restituall nachallni-ka naitchno-
issledovatellskoy laboratorii ivantayevollay tr:L-:otazimoy fabriki imeni
Dzer--hinskogo (for Katsenelenbos-6n).

BOCHAROV, M.D., otvetstvonnyy red.; GRININ, A.G., red.; KOZLOV, K.I., red.;
KOST;4NKO, N.G., red.; KOCHWW, I.P., red.; BTAKHOVA, A.P., red.;
TADYYEV, P.Ye., red.; SHEVTSOV, H.L. red.; TEKHTIYEKOV, M.I.,
takhn.red.
[In the mountains of the Altai] V gorakh Altaia. [Gorno-Altaiek]
Gorno-Alta'Lakoe knizhnoe izd-vo. Vol.l. 1957. 72 P. (MIRA 11:6)
(Altai Terri tory--Descript ion and travel)

~ SHWTSOV, N.M.
Substituting control lights for control clocks. Gaz.prom. 5 no.10:
16 o l6o. (MIR& 13:10)
(Gas producers)

UTINKOV, Indrey Yakovlevich; prof., red.; BOYARSKAYI, G.F.,
red.; LOKILINA, L.I.,it!eknhA'qwr#.
[The Communist Party as the organizer of the collective farm
movement; a cours of lectures on the history of the Communist
Party of the Soviet Union] Kommunisticheskaia partiia -
organizator massovog kolkhoznogo dvizheniia; iz karsa lektsii
po istorii KPSS. [Mosk7a] Izd-vo Mosk.univ., 1957. 34 p.
(MIRA 10:12)
(Collective farms)

KOZOCHKINA, Yelena Dmitriyevna; SREVT6OV,.N.S.,,prof.q,red.j;
KORNIT, 0, V.S., red.; GRORGIYETA, 6.1., tekhn.red.
[Struggle of the Communist Party to build a second coal
reserve in the Soviet Union] Bor'ba Kommaniatichaskoi
partii za sozdanie vtoroi ugollnoi bazy Sovetskogo Soinza.
Izd-vo Kosk.univ.. 1959. 36 p. (KIM 12:6)
(Kuznetsk Basin-Coal mines and mining)

KUKARKIII, Boris Vaoil'yevich, prof.; RYBNIKOV, Konstantin Alekseyevich,
prof.; BASHKAKOVA, Izabella Grigorlyevna; TUSMVICH, Adol'f
Pavlovich; UROVSKAYA, Sofiya -Aleksandrovna; SP.ASSKIY, Boris
Ivanovich, dotsent; MIKKAYLOV, Glab Konstantinovich, starshiy
nauchnyy sotrudnik; KATYNOV, D.Ya., prof., otv.red.; GORR~THV,
D.I., prof.. red.; IVAITMO, D.D., prof., red.; KUERYAVTSEV,
P.S., prof., red.; KMIKOVSKIY, F.G., dotsent, red.; KHRGIAN,
A,Kh., prof., red.;.,SUV SOV, H.S... prof., red.; VERK9=V,
V.M., assistent, re WHO OV, A.F., red.; YERKAKOV, H.S.,
takhn.red.
[Programs of courses on the history of the physicomathematical
sciences] Programmy po istorii fiziko-matematicheskikh nauk.
Moskva, 1959. 40 p. (MIRA 12:12)
1. Moscow. Universitet. 2. Orgkomitet Vsesoyuznoy mazhv-uzovskoy
konferentsii po istorii fiziko-matem6ticheskikh nauk (for Kukarkin,
Rybnikov, Spas&iy. Gordayev,.Ivananko, Kudryavtsev, Kulikovskiy,
Kikhaylov, Khrgian, Shevtsov, Verkhuxiov, Kononkov).
(Physics--Study and teaching)
(Mathematics--Study and teaching)

RTBNIKOV. K.A., prof., red.; SPASSUT, B.I., dotsent, red.; GORDEETEV, D.I.,
prof., red.; IYAKERWO, D.D., prof., red.; KORTAVTSEV, F.S., prof.,
red.; KUKARKIN. B.V., prof., red.; KULIKOVSKIT, P.G., dotsent, red.;
XTIMAILOV, G.K., starahiy nauchnyy sotrudnik, red.; KHRGIAN, A.Kh..
prof., red.; SLGVTSOV, H.S., prof., red.; VKRKHUNOV, V.M., assistent,
red.; KONORKOV, A.F., red.; MALIKOVA, N.A.. red.; SOROKINA, L.A.,
red.; UMAKOV, H.S., takhn.red.
(Summaries of papers and reports of the Interuniversity Conference
on the History of Physics and Mathematics] Tezisy dokladov i soob-
shchenii Mezhvuzovskoi konferentaii po istorii fiziko-matematichaskikh
nauk. Moskva, Izd-vo Mosk.univ., 1960. 187 P. (MIRA 13:6)
1. Mezhvuzovskays konferentsiya po istorii fiziko-matematicheskikh
nauk. 196o.
(14athematics--Congresses) (Physics-Congresses)

GORDEM, D.I., prof., glav. red.; DVORYANKIN, F.A., prof., red.;
KONORKOV, A.F., red.; RYBNIKOV, K.A., prof.,'red.; SOLOVYU ,
A.I., dotsent, red.; SFASSKIY, B.I., doteent, 'red.; FIGUROT-
SKIY, N.A., prof., rea.;(-~S~OVN.S., prof., red.; KHRGIAN,
A.Kh., prof., red.; ZAYTMA. M.G.. red.; MEMKOV, H.S., tekhn.
red. I
[History and methodology of the natural sciene' -'a] Istoriia i
mBtodologiis estestvennykh nauk. Roakwa. Ro.l. [Physical Fi-
zika. 196o. 221 p. (MIRA 14:5)
1. Moscow. Universitet.
. (Physics)

PROKOPRIKO, Nikolay Il'i-h- SEMSOV, H.S., prof.., otv. red.; KOLCHENKO)
II.I., red.;
[CPSU in the struggle for preparing the mass collective-farm
movement, 1927-1929] KPSS v borlbe za pGdgotovku massovogo kol-
khoznogo dvizheniia, 1927-1929 gg. Moskva, Izd-vo Mosk. univ..,
1961. 182 p. (MIELA 15:3)
(Communist Parti of the Soviet Union-Party work)
(Collective farms)
.0

GUEBOTAREV, Roman Semenovich (Ghebotarlov, R.S.1, prof.; SHEVTSOV, 0.0.,
dots., otv. red.; MUSNIK, N.Y. (I'lusnJI, I.. I. ), -
ZEIMIKOVA, Ye.F., tekhn. red.
[Using plants for controlling parasitic diseases in farm animals]
Zastosuvannia roslyn u borot'bi z parazytarnymy zakhvoriuvan-
nia.my sil'slkohospodarslkykh tvaryn. Kyiv, 1961. 43 p. (Tova-
rystvo dlia posbyrennia po:Litychnykh i naukovy~ znan' Ukrains1koi
HSR. Ser-5. no.17) (MIRA 15:2)
(Veterinary parasitolo&v) (Materia medica, Vsgetable)

SaVTSOV, O.S., dotsent, general-myor meditsinskoy sluzhby
Medical support of troops during the VIstula-Oder operation.
Voen.-med. zhur. no-3:10-16 165. (MIRk 18:11)

GERASIMOV. I.P.; ARMAND, D.L.; ~UDYKO, M.I.; DAVITAYA, F.F.; DZERDZEYEVSKIY,B.L.;
KUNIN, V.N.; LIVOVICH, M.I.; RIKWER, G.D.;Z=a, P~.F.
Thermal and hydrological regime of the earth's surface, Its role In the
dynamics of natural processes, geographical differences. and methods of
transforming it for practical purposes. Izv.AN SSSR.Ser.geog. no.4:
47-59 Jl-Ag 156. (MLRA 9:10)
(Hydrology)

deter-runau,,f s in fle nei~ infrared regian ofi

Mi

the deftraiiii.t-
x ul-,= Dut -bsmyt
of light bY water in AcOli di-I n-A obcy Be~T'i 11.,
thelf-to
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resp 69. 4 5, 4, 14, 20 5 1'.,, C. 10
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63 ref
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,
's A. P. Kotloby--J

S nil , TSW, P. P. , Engineer
'V
HInvestigation of the Influence of Various Thicknesses of Scale in a GAZITATI
Radi-!tor and in the GoolinC System of I MA and SKhTZ EnCines on Their Effectiveness,
Economiy and Thermal Condition.n Sub 15 Jun 51, Moscow Inat for the Mechanization
and Electrification of Agriculture imeni V. It. Molotov
Dissertations Presented for science and engineering degrees in Moscow during 1951-
SO: Sum. No. 480, 9 MaY 55

SHEVTSOV. P.P.. kand.tekhn.nauk; SHULEPOV, V.N., inzh.
i.%-~:,,t3leratlon of fast tractors with speed shift during running. Trakt.
i sellkhozmash. no.9:1-3 S 165. (mm .18:10)
1. Volgogradskiy sellskokhozyaystvennyy institut.

U
AID F - 3346
Subject USSR/Electricity
Card 1/1 Pub. 29 - 4/27
Author Shevtsov, P. P., Eng.
Title Certain problems in installing transformers
Periodical Energetik,, 9, 10-11, S 1955
Abstract Certain instructions and rules on the installation
of transformers are difficult to follow under real
conditions, according to the author. These include
the control of sealings, which requires a pressure
test with oil, drying-out and cleaning of the
radiators, and draining of oil. These operations
are time consuming and not always possible under
service conditions. The author suggests discussion
of the subject.
Institution None
Submitted No date

SUVIrsov, ~.P, kand. tekhn. nauk; KUZINEFSOV, N.G., in,-,Ii.
Effect of the increase of speed on the efficiency of tractor
wheeled propellers. Trakt. i sellkhozmash. no.5:16-17 My 164.
(M1RA 17:6)
1. Volgogradskiy seltskokhozyaystyennvy institut,

T
21zd5 I. Teriovoy obner i-velvehenierr, mezhdu tsil'Indrichezkimi
i a-M- -rudy !=--ssnodarEk. Ui-TA inEhch
koaksiallnymi ppov~--rlrhrioEty 4.
V3,-,. 5, 1049, C. ~1-26.
-C
SO: T-toDjEl Zhurnalln-kh Statey, No. lc",c
. -1 - Y u ) 1--

-
- - -, '.' t- .I .
. T. - urfslizhennogo resheniya integral I nylr-h
21345 - C.,b odncn mnctode - ..- -
tirauneniy d Iya n rednego znacheniya funktsii. Trudy I=aznodarsk. !N-TA
Fish. From-Sti, Vyp. 5, 1949, S. 43-46.
SO: Letopis' Zb-,rnallnykh Etatey, lic. 29, Njoskva, '194S-.

SHUTSOV S.I.
Degree of darkness of a michelson body. Trudy KIPP no.16:59-62
157. (MIRA 12:7)
c ~~ra skiy institut pishcbevoy promyshlennosti, Mekhani-
7 El'tqt, kafedra fiziki.
(Ab rption of light) (Heat--Radiation and absorption)

SH MTSOV. S. 1.
Light absorption capacity of a tubular cavity. Trudy KIPP no.16:
63-66 '57. (MIRA 12:7)
1. Krasnodarskly institut piahchevoy provqshlennosti. Mekhani-
cheskiy falnilltet, kafedra fiziki.
(Absorption of light)

AtTTHOR Shevtsov, S. I. SOV/20-122-3-41/57
TITLE: Correlation of Biyskiye and Mosolovskiye Deposits on the
Basis of Ostracod Fauna (0 sopostavlenii biyskikh i moso-
lovskikh otlozherLiy po faune ostrakod)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 122, Nr 3, PP 469-472
(USSR)
ABSTRACT: The correlation between the Devonian sections of the western
edge of the Ural Mountains and the Volga-Ural region, on
one side, and the central part of the Russian platform on
the other, has become a very important question. Ostracod
fauna have been used in the latest attempts to correlate
these deposits. The Biyakiye strata contain a diverse brachio-
pod, coral, and trilobite fauna, as well as a large and
varied ostracod fauna. These strata were assigned to the
Lower Givetian Stage of the Middle Devonian, according to
the unified scheme of Devonian stratigraphy (1951). As a re-
sult of the latest investigations, a number of scientists
now believe that the Biyskiye strata should be included with
the underlying Middle Devonian strata of the Eifel Stage.
Card 1/3 The I.Tosolovskiy horizon is characterized by a rich and varied

SOV/2'o- 12 2-3-11+1/57
Correlation of Biyskiye and Yosolovskiye Deposits on the Basis of Ostracod
Fauna
fauna of brachiopods, ostracods, pelecypods, tentaculites,
fish, and other groups. The most characteristic ostracod
types are listed (Ref 1). The age of the Yosolovskiy horizon
has not been precisely clear until now. Studies of ostracod
fauna in the transition zone betweenfthe two types of Devonian
sections (Ural and platform sections) were conducted during
the period 1956-58. These studies clearly indicate that the
Biyskiye and Mosolovskiye deposits are of the same age. 111ost
of the material was collected in the Kirov "obla6t' little
material was found in the Kuybyshev and Orenburg 6b]Asti%-.'
In addilion, data from the Saratov 'Ibbladt',. the Udmurtskaya
P
ASSR and the southeastern part of the Timan was drawn upon.
A number of forms were found to occfir in a typical Mosolovskiy
complex of the Kirov oblast; 'hese forms are characteristic
of the Biyskiye strata. On the other hand, there are a
number of facts which suggest the occurrence of Mosolovskiye
ostracod forms in sediments of Biyskiy age. The author inter-
prets the above data as follows: The Biyskiye strata and
the Mosolovskiy horizon are characterized by various fauna
which are distinctive from each other; among these are the
Card 2/3 ostracod fauna. A mixed ostracod fauna occurs in the transi-

SOV/2o-122-3-41/57
Correlation of Biyskiye and Mosolovskiye Deposits on the Basis of Ostracod
Fauna
tion zone between the Ural and platform types of sections.
Pollen spore analyses give some confirmationto the assertion
that the Biyskiye and Mosolovskiye strata ure contemporaneous.
There are 7 references, 7 of which are Soviet.
ASSOCIATION: TsentralInaya nauchno-issledovatellskaya laboratoriya tresta
"Tatneftel.-azrazvedkall
(Central Scientific Research Laboratory of the Trust "Tatnefte-
gazrazvedka" = Tatarian Petroleum and Natural Gas Prospecting)
FRESEITTED: May 12, 1958, by D. V. Nalivkin, Ilember, Academy of Sciences,
USSR
STTBMITTED: May 0, 1958
Card 3/3

I'LLPIR? , S.S.; SH&TTSOV, S.I.; IVAHOV, Te.Te.
Sifelian sediments in the scuthern Kazan-Kirov Depression
Trudy VNIGNI nn. 19:80-91 159. (MIRA 13:12)
(Kassan region- leology, Stratigraphic)
(Kirov region-- Geology, Stratigraphic)

SHEVTSOV S I
Heat transfer by radiation in an open cavity.
15:182-192 160.
(Heat-Transmission)
(Heat-Radiatfon and absorption)
Trudy MTIPP
(MM ',P,6:2)

KILIGINA, M.L.
Traces of volcanic activity in Devonian deposits of the northern
part of Kirov Province. Dokl. 01 SSSR 139 no-3:696-698 JI '61.
(MIRA 14:7)
1. Trest "Tatneftefazrazvedka". Predstavleno akademikom
N.M. Strakhovym.
(Syrlyany re-,ion--Volcanic ash, tuf:r etc.)
V I

SHEV CY77-S.I.
Stratigraphy of Devonian deposits in Kirov Province. Dokl.
,UI SSSR 139 no. 5:1197-1200 Ag t6l. (MIRA 14:8)
1. TSentrallnaya nauchno-isaledovateliskaya laboratoriya
tre3ta "Tatneftegazrazvedkaff'. Predstavleno akademikom D.V.
Nalivkinym.
(Kirov Province-Geology, Stratigraphic)

SHEVTSOVY S,.-I.; MARTYNENKO, G.I.
Stratigraphic data on the Carbonaceous part of the Devonian of
the Kama-Kinell Depression. Dokl. AN SSSR 144 no-5:1132-1135
Je 162. (MIRA 15:6)
1. Kazanskaya geologicheskaya ekspeditsiya tresta "TatneftegazrazVedka".
Predstavleno akademikom D.V.Nalivkinym.
(Kama Valley--Geology, Stratigraphic)

SqUVIIISGIV. S.i,
Ne-~; Gstracoda dram the bounde~-f layers of the Devonian and
'ar'bor - h
iferous In the Kama-Kinell Deo.ress-ton. Paleont. zur.
no,4.-114-119 164. (MJRA 18-,3)
1. Kazanskaya geologicheskaya ek5pE-iltsiya tres" "Tatnefts-
gazrazvedka".

SHMSIOV.) Sol@
Now Devonian Ostranoda species in the Tatar A.S.S.R. and
Kirov Province. Trudy VNIGNI noo43t248-267 164
(MIRA 1-8:2)

NURKOSYAN, A.A.; MARDZHANYAN, G.M., kand. biolog. nauk; KARYAN, A.A., aspirant;
SHARAFUTDINOV, Sh.A.; RASULOV, F.K.; SVANIDZE, N.V., starshiy nauchnyy
sotrudnik ; R&BINOVIGH, I.M., starshiy nauchnyy sotrudnik; DERWIN,
V.I.; SULEYMANGVI I., m1adshiy hauchnyy sotrudnik; qHgVTSGV. S.I.,
starshiy nauchnyy sotrudnik (TSelinnyy kray)
From the practices in the use of poisonous chemicals. Zashch. rast.
ot vred. i bol. 9 no.9j21-23 164. (MIRA 17tll)
1. Armyanskiy institut zemledeliya (for Markosyan, Mardzhanyan,
Karyan). 2. Sredneaziatskiy institut zashchity rasteniy (for Shara-
futdinov, Rasulov). 3. Zakavkazskaya opytnaya stantsiya Vsesoyuz-
nogo nauchno-issledovatel'skogo instituta lekarstvennykh i aroma-
ticheskikh rasteniy (for Svanidze, Rabinovich). 4. Zav6duyushchiy
otdelom zashchity rasteniy Samarkandskoy opytnoy stantsii (for Deryabin).,
5. Samarkandskaya opytnaya stantsiya (for Suleymanov).

t - - -1 ' r. of
0 r-- 711

SHEVTSOV, S.M.
Scientific and technological conference on the improvement of the
quality of castinga, Lit. proizv. no.9tlO-13 S 164. (MUd 18910)

BRASLAVSKIY, I.; SE37TSOV, V.
For fast, efficient, and inexpensive assembly and completion of
buildings under construction. Muk.-elev. prom. 26 no.6:11-14 is
160. (MM 13:12)
1. Upravlyayushchiy Vaesoywnym trestom Spetselevatormallstroy (for
Braslavskiy). 2. Glavnyy-inzhener Vaesoyuznogo tkesta Spetselevator-
mel'stroy (for Braslavskiy).
(Grain elevators)

SUNTSOV, V.;_KAPITSKIY, A.
Improve the equipment of new buildings. MWc.-alev. prom,
27 no.8.-22-25 Ag 161o (MIRA 14:7)
1. Glavnyy inzhener tresta. Spetselevatormellstroy (for Shevtsav).
2. blachaltnik otdela oborudovaniya tresta Spetselevatormellstroy
(for Kapitskiy) ~Grain-handling machine )
(Grain-milling machine;yrT

SIMVTSOVY V.
-;'xcursion seminar as a means to increase the oual-ifications
of geography teachers. Geog. v shkole 25 no-J:46-49 'My-Je
162. (IMRA 15:7)
1. 30-ya shkola goroda Krovoy Rog.
(Krivoy Rog-Geogr4phy-Study and teaching)
(School excursions) (Teachers,'Trainiug of)

SHEVTSQV-, V-D-, inzh.; TARTAKOVSKIY, M.A., inzh.
Manufacture of stamped ventilation outlets out of roofing steel.
Mont. i spets. rab. v stroi. 24 no.9:16-18 S 162. (MIRA 15:9)
1. Treat Spetselevatormellmontazh.
(Ventilation-Equipment and supplies)
(Pipe, Steel)

KHOROS111Y, lzrail Samoylovich; SOROKIN, Nikolliv. Vasillye-vich;
KALAKUTSKIY, Vladimir Aleksandrovich; SHPOLYANSKAYA,
L.M., otv. za vyp.; AVERITIA, T.I., red.; MMVT~O
red.;.GOLUBKOVA, L.A., tekhn. red.
[Assembling precast reinforced concrete structures of the
silo housing of elevators] Montazh sbornykh zhelezobeton-
nykh konstrul-tsii silosnykh korpusov elevatorov. Pod red.
V.D.Shevtsova. Moskva, Zagotizdat, 1962. 83 p.
(MIRA 17:2)

SHEVTSOV, V.D.
Investigation of the hydromechanical relation of phases in a
'viscoplastic liquid-gas system. Izv.vys.ucheb.zav.; neft' i
gaz 6 no.9:25-30 163. (14IRA 17:2)
1. Groznenskiy neftyanoy institut.

:'!%ff , L.A. ~-- fl, Y'll. P. '. 'VQ'1'.0B I YEVY S.V. ; GAYENK0
1 DOUYE, Ye.?-.. Z1171GLI IT, A.A.; ZZUBOVSKY , G.P. ;
G. L. I ST-it TO V , A.A.; LUR 1Y-E
R.1, ',.'0jtC7C)1j1 INI.P. 0~:"MCIZETSEt, A.S.; PAVLOV, N.A. ;PTEMROV,
T K'! qKTY. I.A.; VUBE, D.N.; KILAND7
TS.S.; .1'-,i11J'--YTSBURG,-i.A.; r?'HMF-1SOV, V.D.;
DTEEISIEINTKOVI~, L.M., red.
-forr
~semblerls handbook on pei Ang mechanical assembly and
special work on grain elevar-ors and grain processing enter-
Prises] Spravochnik montazhnika; po proizvodstva mekhanc-
:r.on-,-azhnykh i --Dc-tsiallrykh rabot na elevatorakh i predpri-
-Jatui-iakh po pererabatke zerra. 'L'oskva, TSentr. in-t
nauchuio-tekhr- informats-i-i i tekhniko-ekon. issl., 1963. 519 p.
WIRA 17:7)

SHEVTSOV-, V.D.
Investigation of the hydrome--banizal interaz:,ion of phases in a
viscoplastic liquid-g:;s system in the alsen,,t! of h-eavy-r-hase
gas flov. Izv. vys. uoheb. za-v.- ref-V IL ga2~. 6,
( m I P-,' r, :7 )
1. Groznensklyne.ftyanoy

GOLISHNfKOV, A.A.; SHVITSOTI, V.F.; MIKHAYLOV, A.D.; UEDENEYEV, 1.F.
Mobile asphalt-concrete plant. Avt.dor. 27 no.11:17-18 N 164.
(MIRA 18:4)

SHEVTSOV, V.M.
- - ------ Combination Lf otogenous suppurative meningitis with tick-borne
encephalitis. Zhur. ush., nos. i gorl. bol. 20 no. 3:67--68 My-
Je 160. (MIRA 14:4)
1. Iz Ussuriyskoy gorodskoy ob"yedinennoy bollhitsy.
(MENINGITIS) (ENCEPHALITIS) (EAR-DISEASES)

-ACCESSION NR: AP4025745 S/0144/64/000/002/0259/0269
Grinshteyn, Vladimir Wich (Chief); Shevtsov, Viktor Mitrofanovich
(Senior research engineer)
TITLE: Controlled pnpn switches
SOURCE: IVUZ. Elektromekhanika, no. 2, 1964. 20-M
'.tTOPIC TAGS: pnpn switch, pnpn diode, pnpn controlled rectifier, thyristor,
ihyratron transistor. semiconductor device, silicon controlled 4rectifier
ABSTRkCT: An elementary description and Soviet-type characteristics of pnpn
.diodes and pnpn controlled rectifiers are given. The Soviet-make silicon power
-~tifiers are manufactured for 10-150 amp, 50.-1,000 V. A turn-on
diodes and r6.
I.
, ~.
currentwit1h 2-15 ma was measured in controlled rectifiers of 10-20-amp*rated
current. Switching voltages at +25, +75, and -60C are reported. A few possible
applicationd are listed. Orig. art. has: 10 figures, I formula, and I table...
ASSOCIATION: none
SUBMITTED: 160ct63 DATE ACQ: 16Apr64 ENCL: 00
SUB CODE: EG NO,'REF SOV.* 001 OTHER: 008
Card I/ I

GRINSHTEYN, 9HEVTSOV, V.M... inzh.
New nptwork of a power directional relay. Elektrotekhnika 35 ,
no.4,62-63 Ap 164. (MIRA 17-4)

BWIMREV, Va dim Narkisovich, starshiy nauchnyy sotrudnik;
GRINSHTEYR, Vladimi Illich; SHENTSOV, Viktor Mitrofanovich
Operation of p-n-p-n devices in circuits with active inductive
load and impulse control. Izv. vys. ucheb. zav.; elektrcmekh.
8 no.10:1163-1167 165. (MIRA 18:11)
1. ChuvasbBkiy elaktrotekhnicheskiy nauchno-issledovatGllskiy
institut (for Bochkarev). 2. Nachallnik byuro slozhnykh rele
Chuvashskogo elektrotekhnicheskogo nauchno-issledovatelfi3kogo
instituts, (for Grinshteyn). 3. Starshiy inzhener-issledovatell
Chuvashskogo elektrotekhnicheskogo nauchno-isaledovatellskogo
institute, (for Shevtsov). Submitted November 4, 1964.

ACC NR: A-1`60 35`1 soncz coi:,s- lm/aji,.4,16
5/o0o/O10/i!63/1-1'7
AUTHOP,: Dlochkar~--.r. -ceintific e A!j,
(Senior s -no_bLT
-aaAijpi~r-Wich of r'e1;1',T bureafl; Sheytf-30'1. Vik,,0.'.- -Utro~ariovi
(Senior reocarch engineer)
ORG: Chuvash Electrotechnical Scientific Re:~earch Institute
elek~-rot;-Id-~~`cheskdy nauchno-issledovatellsiciy institut
TITIE: Kh,~21i:2.Llor'operation in circuits with active-inductl-Mce load and pul-,,ed control
SOURCE: I L iL ya -rysshikh tichebnykh zavadeniy, Elektromekhanika, no. lo,
1163-1167
TOPIC TAMI
ABSTRACT: Thyristors, because of their high witching power (up to 10 V),
speed (10-20 and sensitivity (0.01-1.0 'V), are presently in 4ide-
spread use on substitutes for intermediate relays or In output sections of
relay protection and autorastion. The authors give a brief description of
thyristor characteristics, operation, associated theory, and typical circuit
connections. They conclude that 1) in numerous cases of relay protection and
automation circuit design one should use the pulsed thyristor control Vith
either constant or variable anode voltage; 2) during tbyristor operation -writh
octive-inductance load one should take into account the resulting peculiarities
cf the nnceanar-j control pulse duration; and 3) the circuits presented in the
peper permit a relaxation of demands Imposed usually on control -pulses.
Card UDC: 62Wlh.64

-W
M
NWIOM4
SEEWSOVi V. 11, and SliMOVj 11 S,
"Fenrich Osipovich GraftioY it State Power Publishing House, lbscow,
1955 (64 pages).
This pamphlet is a concise biography of the Soviet hydro-electric station engineer
and builder. it contains accounts of the building of several Soviet hydro-electric
stations together with nhotogra-ohs, and drawings.

f
a ski y institut mcrskoi-o

SHEVTSOV9 V.F-p mashinist
Su&,estions for motorcar engineers. Elek. i tepl. tiaga no.1:36-37
ja 161. (1,111L 14:3)
1. Depo Sverdlovsk-Sortirovochnyy.
(p,ailroad motorcars)

SMTSOV, V.P.; SHAFIR, G.S.; KLIRIKOV, G.V.; AL'TSHULER, V.S.
Simultam3ous reaction of carbon dio'xide and steam with carbon
at normal and elevated pressures. Trudy IGI 16:164-170 161.
(MIRA 16:7)
(Carbon) (Steam) (Chemical reaction, Rate of)

salvlfsov, V.P., Maslliuiat
Two case3 of faults in the traction motors of 8r electric
sections. Elek. i tepl. tiaga 5 no.8:31-32 Ag 161. (MIRA 14:9)
1. Depo Sverdlovsk-Sortirovochnyy.
(Railroad motorcars)

SHEVTSOV.* V.P., mashinist
---- - --
An inciaent which can serve as a lesson, Elek.i tepl tiaga
6 no-5:34-35 My 162. iMIRA 15:6)
1. Depo SverdlovBk-SortircrvochnY7-
(Electric railroads-~Imintenance and repair)

ALITSHULER, V.S.; SHAFIR, G.S.; SHEVTSOV V.P.
Obtaining processing gas for the synthesis of oxygen-containing
ecApounds. Gaz. prom. 9 no.708-43 '64. (KRA 17.-8)

SHEVTSOV, V.Ya. (Krivoy Rog)
Pr oblems with subjects from the chemical industry. Xhim.v shkole
12 no.5:72-74 S-0 157. (MIRA 10:10)
(Chemistry--Problems. exer6ises, etc.)

SHEVTSOV, V.Ye.; LNUNOV, G.I.
Chromatographic analysis of blast furnace gas. Izv. vys. ucheb.
zav.; chern. met. 8 no-5:204-209 165. (!EP,' 18:5)
1. Moskovskiy institut stali i splavov.

SHEVI-, ;,.~ -;.-. -- -
No-column methad of chromatographic analysis of blast furnace gas.
izv. wis. ucheb. zav.; chern. met. 8 no.7:20t-~-208 165. (14IaA 18:7)
1. Moskovskiy institut stali i splavov.

SIVNI'Mg V-Yv.;' ZIIUKEC)VITBKJY, A,A.
.... .. --
Analysli; of hlast-Purnace gas by chroamtogmphy without gafi
carriaro. Zav. lab, 31 no,ilt1318-1321 f65.
I, Maskav6kly inatitut stan i aplayov. WRA 19 11)

SlIAmi-ov, Ya.
- gg~"- -~ - - - '.
0- 1--~Ynt eucally prepared waters for medical treatment] Iskusstveanye
lochebays, vody. Moskva, Medgiz, 1957. 202 p. (MIRA 10:11)
(HYDROTBERA?Y)

ya .~.*
sw,rr,.cr.r. . 0
eector of an outstanding electrician. A-vtomm., telem. i sviatt
9 no,6t25-26 Je 165* (MIRA 18:8)
1, Glavnyy 'Lnzh, Osnovymnskoy distantsii YU2hno7 dorogia

Chemical Ab9tracts The service of mapesit rder in the deep
e Ro~ _ parts of
May 25, 1954 mane~s'"raace rettung. -:. tilt" UY-01111 PrISIt (o
Vestnik Akad. Nauk Kazakh. S.S.R.-fo-,
Metallurgy and Metallography No. 1R3), grain% 1 ':migii 'ite j~m'rflcr lvft
after repairs on the lining of open-iteartit rumacess are able
to retain their form after service although thy undergo
enrichment in CaO anti SiO2. The Fe oxides miccittrate,
the surface.ind are transfornied into metallic Fe. There
is a general dwfinc in NfgO and Fe oxides, re3ulting in tov;
of color. The product contains mouticellite and for-Acrite.
NfgO and CaO are found predominantly as single pltw~cs.
G. Kosolapoff
'r,
'Y'.

SIIEVTSOV, Ye.1,; ZUBAKOV, S.M.; BABIN, P.N.; YATSOVSKIY, S.A.
- -
A new rapid method for repairing basic hearths in openhearth
fUrnaces. Izv. AN Kazakh. SSR Ser.gor.dela, met. i stroimat.
no.2:151-163 154. (WaA 9:6)
(Open hearth furnaces)

f ace
SeMF,v of open hg -1
ane
beds: d Z. 1. blievIsov.
Xank e.4-ftl~Y.R 19S4, S-o7JTWTi5WK*. IOS). 5.5-9.-
'MagncAte brick in the course of service on the open-hearth-
-furnace bed undergoes phys. chem. changes and acquires
"zonal" characteristics: 2 zones develop one of which is
dense and dark, the other porous and light 'gray. In the
fatter the 3ilicatepartis low in conttntand consists offorster-
ite and fe"ed clinoenstatite. . The dark part contaim,
monticellite (up to 30%) and magnesite. Peridasc grains
in this zone absorb much Fe oxide in contrast to the light
tone where these Fmins are deprived of Fe. These changes
lead to strains which In time destroy the mcch. stnicture.of
the lining. G. Al. KosolapolT

3HEVT,~OV, Ye. I., ZUWaOV, S. M. and BABIN, P. N.
IIA New Rapid Method for Repairing Basic Hearths of Open-Hearths Furnaces".
Izv. An Kazakh SSR No. 126, pp 151-163, 1954.
Application of the new method of hot repairing of hearths at the
Kazakh Metallurgical Plant shortened heavy rapairs to 4-5 hours and
light repairs to 1-2 hours. Describes technology of sintering-in of
individual parts of the hearth by the new method which is recommended
for furnaces of small and medium capacity operating on mazat and smelting
ordinary grade carbon steel. (RZhKhim., No 4, 1955)
SO: Sum No 884, 9 Apr 1956

SEEVTSOV. Ye.I.. kandidat takhaichaskikh nauk; KIM, A.L., inshener; TATSOV-
inzhener.
Hidden resources of mazut-heated Martin furnaces. Stall 15 no.l:
41-45 A '55. (XIU 8:5)
1. Kazakhskiy metallurgichookir zavod.
(Open-hearth process) (Idquid faels)

SEIEVTSOV, Ye.I., inzhener; TATSOVSKIT, S.A., inzhener; ZYRAKOV, S.M., inzhener;
inzhener.
Overlay welding of basic hearths. Stal.proizv.no.1:109-3.19 156.
(KWA 9:9)
l.Lrazakhakiy metallurgicheskiy zavod (for Shevtoov, Yateovskiy).
2.Institut arkhitektur7, stroitel'stva i stroitelinykh materialov
AN KazSSR (for Zubakov, Babin).
(Open-hearth furnaces--Repairing)

ZLIBAKOV. 8.M.; BABIR, P.M.; SHEVTSOV, Te.l.; TATSOVSKIY. S.A.
Repair and maintenance of basic fettlings. Vest.AN Xazakh.SSR 12
no.4:68-78 Ap 156. (MLU 9: 8)
1. lnatitutstroitalletva i stroitellnvkh materialoy AN KazSSR (for
Zubakov. Babin); 2. Ilazakhskiy metallurgichaskiy zavod (for
Shevtsov, Tateovskiy).
(Open-hearth furnaces--Repairing)

SHEMYAKIM,M.M.; KOLOSOV,M.N.; KARAPI&TYAN,M.G.; BAMDAS,E.M.; SHMV SOV,
Yu.B.; VINOGRADOVA,Ye.I.; SHCHUKINA,L.A.
r",-- -
Investigation of the chemistry of chloramphinicol (levomycetin).
Synthesis of new optically active analogs of chloramphenicol
(levomycetin). Zhur.ob.khim.25 no.6:1199-12o6 Je'55- (M-RA 8:12)
1. Institut biologicheskoy i meditsinskoy khimii Akademii meditsin-
skikh nauk SSSR.
(Chloramphenicol)

-T.. F.
SEE SffEM-'YAKIN , M.M. FOR T-IS ABSTRACT.
Sarkomycin nnd its Analogs. I- Synthesis of Dihydrosarkonrjcin and its Antipode.
Zhur. Obshchey Khim. 27, 742-8 (1957).

SHEVTSGV-RA)EVSKIY, V.G.
Pivevent accidenta in the aluminum industry. Bezop.truda, v prom.
5 no.9:12 S 161. (I-im 14: 10)
1. Rukovoditoll gruppy tekhniki bezopasnosti Sverdlovskogo
sovnarkhoza.
(Aluminum iniiBtry-Safety measures)

OZIIIN, F.V.; RODIE, I.I.; RUYIYANTSEV, N.V.; SKATIKIN, P.N.; SHERGIN, F.P.;
TRUBKIN, G.D., red.; SHEVTSOVA, A.A., red.; YAIINYKH, A.M., red.;
PHOKOFIYEVA, L.N., tekYin. red.
[Artificial insemination of farm animals; manual for zootechnicians
and veterinary workers) Iskusstvennoe osemenenie sel-'skokhoziaistven-
nykh zhivotnykh; rukovodstvo dlia zootekbnikov i veterinarnykh rabot-
nikov. izd.3., perer. i dop. By F.V.Ozhin i dr. Moskvaj Izd-vo
sellkhoz.1-it-ry, zhurnalov i plakatov, 1961. 447 p. MIRA 14,:12)
(Artificial insemination)

SITINTSOVA, A.A., pomoshchnik sanitarnogo vracha
Transfer of the simplest funations of sanitary inspe-ation to
the commmity. Feltd i akush. 28 no.1107-39 N'63
(MIRA 16-.12)
1. Iz Nizbnetagillskoy gorodskoy sanitarno-apidemiologiche-s-
koy stantsil.

Axperimental use of A. V.~Sumanskil's.!pethod of dt;:
terminntft~~of hound_water In flour. R. V!Voltsek ti~skil
land A. F. Shevtsovit (last. Gen. and Inorg. Chem., Acad
Sci. Ukrain. Kkins: Zhur. 18, 55"Z
Chemical Abet- 1(1052Xin Rus-i-an): cf. Duman.-RIal and NeLi7ach, CA. 45,
1370-i.-The Mimanskil method is based on mfractometry.
Vol. 48 No. 8 ~of a saln. obtained after treating flour with JfsO and sugar in
:definite nroportinns anti requires p,-ecise following of dhx~--
Apr. 25, 1954 Itions. the follmving changes am recommended: To 2 of 4
Foods mples which am- suspended in 10 ml. HtO cub, add 6 g.
VIgar soln. (2: 1) after I fir., centrifuge 5 min., mix, remn-
triture 15 Wilin.. and exam. refmctometrically. .0. M. K. -i

S/137/62/,qqQ/0O1/064/237
A06DIA101
AMORS: Natanson,.E. M., Bushin, V. V., Shevtsova, A. F.
TITL& Thermal-reduction method,for obtai-ning~intermetallio-:eomp-ounds on
manganese base
PERIODICAL: ReferativVy zhiirnal, Metallurglya, no. 1, 1962, 41, abwbraot AG314
-OPoroshk. metallurgiya7 1961-, no6 3, 29-34, English. summar7),.
TEXP. A study was made of the conditions!for,reduoing Bi oxide by metallic
Mn at various ratios -of the components . in the charge, .,The maximam thermal -effect
was obtained at-the ratio B1203 Mn - -1 : 5. At the .-same-,ratio of-the. oompo-
nents one also observed-the maximunt output of the magnetic fraction. (MnBi)*',- .37.%
The characteristics of the MnBi compound obtained- by the - manganese thermal - '~'t
reduction method are investigated. Hc~turned out,to be equal to.700 oersteds.
There are 9 references.
R. Andriyevskiy
[Abstracter's note., Complete translation]
card 1/1

3560*7
S/020/62/143/001/022/030
B106/B138
AUTHORSt Natanson, E. M., Bushin, V. V., and Shevtsova, A. F.
TITLE; A manganothermal method for producing the intermetallio
compound manganese-bismuth
P?,RIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 1, 1962, 126 - 129
Ti;XT: The method involves the thermal reduction of bismuth oxide with
highly disperse metallic manganese. Mixtures of pulverized bismuth oxide
and manganese powder in various molar proportions (B120 3;Mn.~. from 2:1
to 1:8) were heated after careful mixing and sifting (200 mesh) in inert
atmosphere until the reaction Bi2o 3 + 5Mn - UnBi + 3MnO + 134 kcal (1)
took place. Typically metallothermal processes kike these are designated
by the authors manganothermal method. The reaction was carried out in
poorly meltable vessels 40 - 50 am *.high and 2 - 2.5 am diameter. The
apertures of these vessels were locked by thick-walled rubber tubes with
oblique incisions which served as safety valves for the escape of gases
during the reaction and isolated the reaction products from atmospheric
oxygen. All experiments were carried out in an electric furnace at an
Card 1/3

S/020 '0'2/143/001/022/030
A manganothermal method for... BiOB118
initial temperature of 6000C and under identical conditions. The error
in measurement was t150C- It is not possible in the example to calculate
t1-.,:. rate of the reduction of bismuth oxide with metallic manganese,
because the formation reaction of MnBi coincides with this reaction.
The specific heat effects calculated for the reaction Bi 203+ 3Mn
= 2Bi + 3MnO do not agree with the values obtained experimentally. This
is due to the fact that 4 kcal/g mole of heat are liberated in the forma-
tion of MnBi. The reaction products were subtly pulverized, sifted, and
brought into a rotating magnetic field of a permanent magnet to determine
the MnBi yield. The magnetic particles (MnBi) were separated from the
nonmagnetic ones and weighed. It was not possible to separate chemically
the manganese oxides from the magnetic fraction since the powder lost its
magnetic properties when the reaction products were treated with organic
acids. Obviously, manganese is also separated from the intermetallic
compound when MnO is dissolved in organic acids. The optimum conditions
for-the formation of YnBi are observed in mixtures with a molar ratio of
Bi 203:Mn = 1:5 because the yield of the magnetic fraction is a maximum in
thesecases. Following Eq. (1), the MnBi yield should be 71.5~4 of the
reaction products. The yield in practice is considerably lower, (37-5~)
Card 2/3

L 35073-65 EPF(c)/EFR/EWP(J)/EWT(vi)/T Pc-4/Pr-4/Ps-4 RPL FUVWW
ACCESSION NR: AR5006368 S/0081/64/000/024/Sd3l/SO32
,SOURCE: Ref. zh. Khimiya, Abs. 24S182 +
ALMIOR: Mikhantlyev, B. I.; Sklyarov, V. A.; Fedorov, Ye. I.; Av 'tonomova, M. D.;
'Shmygaleva, T. A.; Y_Iy~~ova, V. P.; Sha map Shevtsova% A.-G.; Afanasov,
ITITLE: Polymerization and copolymerizat on of simple.vi~nyl eth.-
'CITED SOURCE: Tr. Labor. khimii vysokomolckul. soyedineniy. Voronczhak. un-t,
2, 1963, 3-11
TOPIC TAGS: polymerization, copolymerization, vinyl ether, polymer, copolymer
TRANSLATION: The possibility of producing high-molecular polymers and copolymers
of vinylbutyl ester was investigated. In the presence of ferric chloride at 50-70
mm pressure and 60-900C vinylbutyl ester is polymerized to form a product with a
:molecular weight of 14,000. A polymer with a molecular weight of 6,400 is obtained
.at normal pressure and -30C in the presence of BF Vinylbutyl ester is copoly-
merized with divir 1;i
Vilin the presence of BF3 or fer c chloride; BF3 appears to be
:the better cif Eystlin whose presence a polymer with the molecular weight of
Card 1/3

L 35073-65
ACUSSION IIR: AR5006360
looon in produced at -50C. Chains of vinylbutyl ester predominate in tile ntruc-
tuve of tile copolymer, and transverse bon& are present on account of tile divinyl
chainn. Tile copolymerization of vinylbutyl ester with divinyl does not occur under
tile effect of phosphorus anhydride and ferric chloride. The polyvinylethyl ester
is copolymerized with styrene (1:1) in the presence of ferric chloride and in the
:ratio of 1:2 in the presence of the clinitrile of azoisobutyric acid. The copoly-
mers produced have a molecular weight of 58,000-76,000 and form films resistant to
,water and dilute solutions of acids and bases. Vinylbutyl ester is copolymerized
with styrene in a 1:1 ratio (FeC13 as catalyst) and 1:8 ratio (BF3 as catalyst);
iproducts with molecular weight of 2~,000-50,000 are formed. The vinylphenyl ether
is also copolymerized with styreneAn ratios of 1:1 and 2:1 in the presence of the
esterate of Br3 (as catalysTY-.7-nTis also copolymerized with heating in ratios of
1:1, 1:2, and 2:1 at 100-1050C. Solid copolymers are obtained with molecular
weights of 48,500-92,000. Copolymers of N-vinylacridoneland styrene are produced
1 in mass and in emulsion; N -vinylacri done, styrene, and divinyl are produced in
emulsion and also N -viny lacri done, styrene, divinyl and acrylonitrile. . The prod-
ucts have molecular weights of 2009000-6509000. Of the rubber-like materials most
plastic was the latter copolymer, containing H-vinylacridone, styrene, divinyl, and
acrylonitrile in the ratio 1:16:29:22. N-vinylacridone reduces the solubility and
increases the hardness of the copolymers. S. Bass
'Card 2/3

KVYATKOVSKIY, V,M., MATSKEVICH, G.V.-, SHEVTSOVA, A.G.
Automation of systems with clarifying agents for preliminary
water purification. Vodopod., vod. rezh. i khimkont. na. paroall.
ust. noj.~132-142 164. (KIRA 18-.2)
1. Vsesoy-uznyy ordena Trudovogo Krasnogo Znameni teplotekhnicheskiy
institut imeni V.E. Dzerzhinskogo.