SCIENTIFIC ABSTRACT SHARYGINA, I. -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548630004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHARYGINA, I., insh.
Inorease the requirements to brake fluids, Art. transp, 43
no.10M 0 165, (MIRA 18110)
1. Kazakhakiy nsuohno-Isslodovatellskiy i proyektnyy institut
avtomobillnogo transporta.

SHARYGINA, I,B.
Introduction of some essential oil plants In the Leningrad area.
TrudY Bot.inst.Ser.6 no-7:102-104 '59. (MM 13.-4)
1. Leningradskiy goeudaretvanrVy- padagogichenkiy Inatitut imeni
A.I.Gertsem.
(Leningrad Provlncem~-Aromatir. plants)

SHARYGINA, I.S.
Some problems in the biology and biochemistry of Origpmw
vulgare L. and Hyssopus officinalis L. Bot.zhur. 44 no.8:
1124-1128 Ag '59. (MIRA 13:2)
1. Leningradakiy gosudarntvewWy institut imA. 1. Bert sena.
(ELvgaop) (Marjoram)

SHARYGINA I. S., Cand Biol Sci __ (diss) "Angelica (Archangelica off-
icinalis ~Moench) Hoffm.), common marjoram (Origanum Vulgare L.), med-
ical hyssop '(Hyssopus officinalis L.), their biology and volatile oil-
bearing properties near Leningrad." Leningrad, 1960. 18 pp; (Ministry
of Education RSFSR, Leningrad State Pedagogical Inst im Gertsen, Chair
-of.,Botany); 250 copies; price not given; (KL, 17-60, 149)

SOURCE CODE: UR/0274/66/000/010/AOII/AOll
AUTHOR: Sharygina, L. I.
TITLE: Determining transient response parameters of an amplifier with a parallel
inductive correction by means of its frequency characteristic
SOURCE: Ref. zh. Radiotekhnika i elektrosvyazl, Abs. 10A83
REF SOURCE: Tr. Tomskogo in-ta radioelektron. i elektron. tekhn., no. 4, 1965,
125-133
TOPIC TAGS: frequency characteristic, pulse amplifier, multistage amplifier,
transient response, A-~
ABSTRACT: The setting time T, and the overshoot of the transient response are
determined for an multistage amplifier with a parallel inductive correction by
means of its frequency characteristic. It is shown that the setting time of the
transient response of such amplifiers is determined uniquely by the value of the
upper cutoff frequency of the amplifier's frequency characteristic. With correlation
coefficient K
,_O. 6, the setting time equals 0. 351fb, where fb is the upper cutoff
Ca-d 1/2 UDC: 621. 372. 061:621. 375

ACC NR: AR7001753
.requency of the frequency characteristic; if K > 0. 6, equals PIlb , where 'P
is the linear function of K which does not depend on frequency. With nonmonotonic
frequency characteristics, the overshoot of the amplifier's transient response is
determined by the peak on the amplifier frequency characteristic. With a monotonic
frequency characteristic, the amplifier transient response overshoot does not
exceed 8% with an unlimited increase in the number of stages. There are eight
illustrations and a bibliography of 5 titles. [Translation of abstract] IDW]
SUB CODE: 09/
2/2

BIGLER, M.S.; SHARYGINA L.I.; KASPAROVA, A.B.3 YAKOVLEV, V.A.;
GRRE~(fffy_iW.._Y-__MINA) A.P.; SWICHENKO, N.P.;
STOLYAHOV, A.I.; FUSOVA, T.A.; KOZLOV, I.D., red.;
SERPOKRYL, S.M., red.
[Leningrad and Leningrad Province in figures; a statisti-
cal abstract] Leningrad i Leningradskaia oblast' v tsifrakh;
statisticheskii sbornik. Leningrad, Lenizdat, 1964. 250 p.
(MIRA 18: 1)
1. Leningrad (Province) Statisticheskoye nblastnoye upravle-
-ive. 2. Statisticheskoye upravleniye goroda Leningrada (for
Bigler, Sharygina, Kasparova, Yakovlev, Grinevichp Yudina).
3. Statisticheskoye upravleniye Leningradskoy oblasti (for
Semichenko, Stolyarov, Fursova). 4. Nachallnik Statistiche-
skogo upravleniya goroda Leningrada (for Kozlov).

BIGLER, M.S.; _LHARYGINA,. L.1.; KASPAROVA, A.B.; YAKOVLEV, V.A.;
GRININICH, N.N.; YUDINA, A.P.; M-11CIMNO, N.P.;
STOIYAROV, A.I.; FURSOVA, T.A.; KOZLOV, I.D., red.;
SERFOKRYL, S.M., red.
[Leningrad and Leningrad Province in figures; a statis-
tical abstract] Leningrad i Leningradskaia. oblast' v
tsifrakh; statisticheskii sbornik. Leningrad, Lenizdat,
1964. 250 P. (MIRA 18:2)
1. Leningrad. Statisticheakoye upravleniye. 2. Statisti-
cheskoye upravleniye Leningrada (for Koklov, Sbarygina,
Kasparova, Yakovlev, Grinevich, Yudina). 3. StAistiche-
skoye upravleniye Leningradskoy oblasti (for Semichenko,
Stolyarov,, Fursova).

-L -j F-3 j'j i,
ACC NRt AP6014725 N
THOR: Sharygins L, M.
: none
SOURCE CODE: UR/0186/65/007/006/0744/0747
Pospelov, A.. A,; Cbukblantsev, V, Go 1.117
3
rITLE: Obtaining granulated zirconium phosphate by freezing, and its
Ion exchange properties 11
3OURCE: Rediokbimiya, v. 7, no. 6, 1965, 744-747
OPIC TAGS: ion exebange, zirconium compound, cryogenic effectp/IVOIAMI
oFl-
F
PSTRACT: Granulated vitreous materials have been obtained from silica
Eel, zirconium and titaniuir dioxides, zirconium phosphate, and a. number
)f other compounds. The method for obtaining these inorganic ion
?xchangers in a granulated form consists of the following operations:
L. Obtaining a gel from dilute solutions with subsequent washing out of
Blectrolytes in dialyzers, or with the use of ion exchange resins.
. Slow freezing of the purified freshly precipitated gels in an air
ryostat at a beat removal rate of the order of 5-10 kcal/mi/hr.
. Water classification of the granulated sorbent into fractions of the
ame grain size, after thawing out. A further investigation was made of
be ion exchange properties of a number of samples of zirconium phosphate
Card
I

,A;8),8-66

ACCESSION NR: AP4007177
S/0141/63/006/005/089?/Og(
AUTHOR: PAZRLYAN, L. L. ; 3RAUD3, S. Y&. BOX, Yu. M. ; ZHUK, 1. H. ; MEN$, A. V.
RYABOV, B. P. ; SODIN, L. G.
TITLE: Radiation spectra of discrete radio sources Cassiopeia A, Cygnus A, Taurus A, and
Virgo Aat the 12.5 - 40 megacycle frequencies.
SOURCE; IVUZ. Radiofi7,ika, v. 6, no,5, 1963, 897-903.
TOPIC TAGS: radio emission, radio emission spectra, Cassiopeia. A radio emission, Cygnus A
radio emission, Taurus A radio emission, Virgo A radio emission, radio source spectrum, dis-
crete radio source, radio spectroscopy, radio astronomy, radio frequency spectrum, Cassiopel
A. Cygnus A, Taurus A, Virgo A, extragalactic radiation, radiation absorption.
ABSTRACT: To check on the hypothesis that a sharp change, manifest in a decrease in intenal
with Increasing wavelength, occurs In the radio emission spectrum of discrete radloastronoml
cal sources below
("44 j 1/2

ACCESSION NR: AP4007177
40 Mc, the fluxes of Cassiopeia-A, Cygnus-A, Taurus-A, and Virgo-A were measured In the 12.5-
40-Me range, for which no reliable absolute values are known presently. To improve the accu-
racy, absolute measurements were made only for the most powerful source, Cassiopeia-A, using
seven sets of radio interferometers with half-wave dipole antennas. The other fluxes were
determined relative to this source. The 'collapse' of the spectrum at high frequencies was
noted for all but Taurus - A. The emission measure and the ratio of the normal component of
the magnetic field to the number of electrons per cubic centimeter of the discrete sources
calculated from these measurements are 3.5,3.5, 5.0 and 700, ?00, 120 for Cassiopeia-A,
Cygnus - A, and Virgo- A. it is assumed Lhat the decrease in the spectrum is due either to
absorption in H11 clouds or by a decrease of the refractive index in the source. Org. art.
has: 2 figures, 4 formulas, and four taCules.
ASSOCIATION: Insitut'-radi0fi7iki i elektroniki AN UkrSSR (Instinte of Radiophysics and
Electronics, AN UkrSSR)
GOP

ACCESSION NR: AP4037397 S/0106/64/000/POS/001*/0021
Bazelyanq L. L Bruk, Yu, M,; Zhuk, I* N,j Men', A. V.;
AUTHOR:
TITLE: Wide-band highly directional antenna for decameter vave-
lengths
SOURCE: Elektroavyazl, no, So 1964, 14-21
anten-i
TOPIC TAGS: antenna, directional antenna, highly directional
na.wide band antenna,vide band highly directional antenna, beam-
vidth electric control, half.wave dipole, shunt dipole, cylindrical j
dipole, array element, antenna element, antenna efficiency, antenna
gain
ABSTRACT: A receiving antenna intended for radioastronomical inves-1
tigation of discrete sources and cosmic background in the 20-40-mc,,
range is described* The antenna vas designed on the principle that
the electric control of the beam at large.scanning angles.can be
realized-by phasing lov-directional. discrete elementat vhooo large
j Card 1/3

ACCESSION NR: AP4037397
number.:Lnsures the required degree of resolution. The antenna arra*,p,:,
located along the W-E line, consists of 128 half-wave wide-band
So
cylindrical dipoles arranged in'.4 rows, each carrying 32 dipole
The cylinders, formed by 18 elements of 8 mm each, are 1 m in diam~
etere The distance between'array-element centers alonF and across
the array is 5.5 m. The array elements are suspended 3 m above the
ground. The signal excited in each element is transmitted to the
,output of each row through a matching balancer, three adders, and
three coaxial cables with a total length of 101 m. The toroidal
ferrite transformers used as adders made it possible in the 10- to V
60-me range to achievje a VSWR of 1.05 or better at a rated load
with an efficiency of 95 to 97Z or better. The electric control
of the beam, which is accomplished by inserting delay cables be-
tween the adder and the output of each rowp is carried out only in
the N-S planes The radiation pattern and gain of the antenna were
determined by the simultaneous-recording of signals from Cassiopea-A:,"'
received with the antenna described and a standard interfarom tar:
n*
consisting of,two half-wava'dipoles and,subsequent compavison of t1wel
Card

ACCESSION NRI AP4037397
results. At the same time the effective area (gain) was calculated
by computer. Good agreement of experimental and theoretical data
Lndicatesthat the antenna gain calculated on the basis of the gain
t found experimentally for the elev'atLon of.81' will be close to
actual, at least for the case of higher elevatLons* Orig, art* hasr
11 figures and I formuLas
ASSOCIATIM boas
SUBMITTEDe 04Mar63 DATE ACQt 09Jun64 ENCL's 00
SUB CODE: 30 NO REF SOVI 1004 OTHERs 002
i Cord 33

ANDREYEVA, S.M.; YAKr.4)V, P.A.; NESHATAYEVA, Ye.V.; SHARYKINA, N.G.
Use of malt germ extract in the biosynthesis of chlortetracycline.
Tmdy Len, khims--fdrm. inst, no*15:10-175 162.' . (MIRA 15:U)
1. Laboratorlya 'hialchlynii nizsbilrh- rasteniy Botanich skago instituta-
imeni V.L.Komarova AN SSSR i kafedra tekhnologii antibiotikov
Leningradekogo kbimiko-farmtsevticheakogo institut4 (zav. - prof.
F.A.Yakimov).
(CHLORTETRACYCLIN)
(BACTERIOLOGY-CULTURES AND CULTURE MEDIA)

SHARDIOV. V.S., inzh,
------~-~Using hydraulic cutters in processing stone. Stroi. zat. 5 no.10:
11-14 0 '59. (KRA 13:2)
Nuarries and quarrying-Equipment and supplies)
(E~rdraullc machinery)

SHARYFIX, L; YAKUSHIN, 1.
Now rate terms and shortened workday at chemical plants. Sots, trad
no.2:116-125 P 158. (KIRA 11:1)
1. Xwballnik otdala truda. I sarabotnoy platy Voskromenskogo khimi-
cheskogo kombinats, (for Sharypin). 2. Nachallulk otdola truda
Stalinogorskogo khimichookogo komb1nnta (for Yakashin).
(Chemical Industries-Production standards)

MOROZ, G.A., felldsher; MARYPKIN, Y.N., falldsher; FIKITIN, M.P., felldsher
(9. Dzb.-,mk-Ov A.
letters to the editor. 7911d. i akumb. 25 n0-1:58-59
1. Pastovskly felldshersko-akashereirty punkk Mnakoy
Nbros). 2. Sovkhos uSoterAstup" Miaxlkvwskoy oblastl
3. Direktor Novosibirskogo maditsinskogo ucbiliebcha
Oulida).
(KKDICAL P]IRSONML)
Ja 060,
(MIRA 13W
oblasti (for
(for Sharypkin).
16.5 (for

SHikRYPKIN, FeNo (sovkhoz SotsusstuP KharlkOv9koy oblasti)
......." i
Ptiblic health data registration in raml areas. 7911d. i akush.
25 nc--5t46 Yq 160. (Nnu 13 -.7)
(Mmoy PRoVINGI-PUBLIC Mu . RURAL)

I SRARYPKINq F.N.
Place health education on a high level. Fella'. i ak-ush. 25
no. 7:40-41 Je 160. (MERA 13:8)
1. Sovkhoz Sotsnastup Khartkovskoy oblasti.
(HEALTH EDUCATION)

SHMMIN, ~.N.
,T
,~reless worker. Felld. i akush. 25 no*12:57-58 D 160.
1 (MA 13:12)
.,, Sovkhoz "Sotenastup* Kharlkovskoy oblasti.
~-KOVAL'p -XMAOR SERGEEVICH)

SIWLYPKIN, M.D., inzh.
Preventing explosions of containers for viscous materials.
truda v prom . 2 no-3:19-20 Mr 158.
(Drums (Containers))
Bezon.
(MIRA 11:3)

TIMOFEYEV, B.D.; SHARYPIN, V.I.
I Installation for &xperimental determination of viscosity of
organic heat agents with a high malting point. Inzh.-fiz.
zhur. 6 no.10:109-111 0 163. (14IU 16:11)

'A-
ZEMLYANSKIY, N.I; PRIB, 0., student IV kurea; SBARY-PK1K&-,-M.-,'-9tudent IV
kurea; KOSTEITKO, A., student III kursa; GLUSHKO, A.A, student III kurea;
KOUNMEOU, 0., student III kurea; KRASIIOVSX&YA, T., student III
kursa; SEMML, ff., student III kursa; PINMVA, 17., student III karsa;
TSEMVICH, G., student III kursa; SHAM, V.. student III kursa
Condensation of aromatic hydrocarbons with halogen derivatives of
aldeh7des. Nauk. zap. L'viv. un. 13:129-135 149.
(MIRA 12:10)
1.Xafedra organicheakoy khimij L'vovskogo gosudaretvennogo univeraiteta
im. I. Franko.
(Hydrocarbons) (Aldehydes)

S-~RIFITDNIAI M. I
Chemical Abet.
Vol. 48 No. 8 is by &tTAoherIc 2inp.with
Apr. 25P 1954 )DItIating SCUM-71-SIBR~. N. J, ewjv-n~~ij Q A.
PrIb. and M. Y,.nU--U-2-kTna. J, Gen. Chem. (11.5,S.R.)
Organic Chemistry ;~,,JDM-941v"AffnF. [fan3Ind0u).--St4 C.A. 47.

ITrt "I' '-i, I - r~ 1 IN N1,~ ) , ~-j 0~_ -
USSR/Chemical Technology - Chemical Products and Their I_iZ
Application. Treatment of solid mineral fuels
Abs Jour Referat Zhur - Khimiya, No 4, 1957, 12838
Auth,or Zabavin V.I., Gordiyenko N.p., Kleymenova L.A.,
Russianova N.D., Surkova V.L., 93ara M.Ya.
Title On Chemical Composition of Coal and ![ts Change on
Oxidation
Orig Pub Khimiya, i tekhnol. topliva, 1956, No 5, 23-31
Abstract Presented are the results of exhaustive "hot" extraction
(in which the sample is heated by solvent vapor) of coal
of different grades from the new deposits of the Kuznetsk
coal fields, unoxidized and of different degree of disin-
tegration, with alcohol-benzene and with 5% solutions of
KOH in alcohol-benzene removes from coal of grade D and
G2 3-12% of extract,^- 1% from coal of grade Zh, and
0.5% from coal of grades K-TS. Yield of extract from
oxidized coal of grades Gl and ZhZ is higher than from
Card 1/2
- 2o6 -

USSR/Chemical Technology- Chemical Products and Their 1-12
Application. Treatment of solid mineral fuels
Abs Jour Referat Zhur - Khimiya, No 4, 1957, 12838
the non-oxidized reaching in the case of stongly
oxidized coal 5-6%. Oxidation of coal of other grades
does not increase the yields of extract. Yield of
aqueous, alkaline alcohol-benzene extract exceeds by
several times that of alcohol-benzene extract, while
the yield of aqueous, alkaline alcohol-pyridine axtract
Is still higher. Content of acid substances in the ex-
tracts increases with increase in the degree of oxid-
tion of the coal. it is appropriate to utilize the me-
thod of extraction fur an evaluation of the extent of
oxidation and in the study of the mechanizm of coal
oxidation.
Card 2/2/
- 207 -

SHARYPOV S.M.
Device for checking differential gaps. Priborostroenie rio.7:32-32 J:L
162. (KIRA 15:7)
(Gearing-Testing)

SHAR - Y'j-, ndidat teldmicheskikh nauk.
The process of surface finishing during cutting of silum1n by-ind
mill cutters. Trudy Ural.politekh.inst. no.42:30-41 '55.'
(XLHA 9: 8)
(Metal cutting) (Surfaces (Technology))

AUTHORS: Nesvit, A. Ye., Sharyyv A. I., Dubov, SOV/72-518-9-16/2o
V.I. ------------
TITLE: Granulated Fuel From Waste Products (Granulirovannoye
toplive iz otkhodov proizvodstva)
PERIODICAL: Steklo i keramika, 1958, Nr 9, PP 42 - 42 (USSR"
ABSTRACT: The waste products which are obtained in the gasification
of solid fuel are tar, heavy coal-tar products formed
in by-product caking processes, and coal dust. Besides,
usually a packing department producing boxes is
affiliated to glass works which has to dispose of its
chippings. By a combination of the waste products of
these two lines of production a method of the production
of granulated fuel was developed in the Glass Works
Lisichansk with the collaboration of the authors of
this article. First coal dust and chippings are mixed
in a rotating-barrel-type mixer at a volume ratio of
1:1 (this process takes 1-2 minutes). Afterwards the same
amount of coal-tar products which are kept at a temperature
Card 1/2 of 50-600 is added and the whole substance is mixed

Granulated Fuel From Waste Products SOV/72-58-9-16/2o
for 8-10 minutes. Solid granules with a diameter of from
10 to 80 mm are obtained, which neither coagulate
nor deteriorate. This fuel exhibits a calorific value
of 6000 kcal/kg, an ash content of 8-12% and a humidity
of 3-1CK16- It can be burned in boiler and bathing-
establishments. The granules become indurated and coked
during combustion. The small plant engaged in the
production of this fuel produced 1450 tons, which
procedure lead to considerable savings.
ASSOCIATION: Lisichanskiy stekolinyy zavod (Lisichansk Glass Works)
Card 2/ 2

SHARYYv A.I.
Unit for heating shops withmatural gas. Stek. i ker. 18
no. 1:36 A 161. (MMA 14:1)
(Linichanak-'FactorieB-Heating and ventilation)
(Gas-Heating and cooking)

SELARYY,A.Ya.. inshoner; LOZINSKIY,K.G., kandidat tokhnichookikh nank;
SBK,S.V.; GARP.M.N., kandidat tekhnichabk1kh u-2 .
Ifficient heat treatment for the DT-54 Diesel tractor crank-
shafts. Vest.%&sh. 35 no.6:56-60 Jo '55. (nak 8:8)
1e Iffachallnik teentrallnoy savoaskoy laboratorii Stalinikogo
traktornogo saroda (for Sha
,m). 2. Institut mashinovedonlya
Akadomil nauk.SSSR (for Losinskly). 3. D4itvitellnyy chl:en
Akademii no uk USSR (for Sorenson). 4. Institut mashinovedoniya
i sallskokhosyayotvennoy mokhaniki Akadenii nauk USSR (for Garf)
(Cranks and crankshafts) (Tractormi-Ingines)

ACC NRt AT6036563-
'SQMCE CODEt Lrg/0000/66/000/000/0172/0173
AUTHOR: Zhukov-Verezhnikov, N. N.; Mayskiy, I. It.; Tribulev, G. P..; Rybakov, N.
PodopleloX.-I,.La Dobrovo N. N.; Antipov, V. V.; Koziov, Y..A.; Saksonov, P. P.;.
Parfenov, G. P.; Sharyy, N. I.
ORG: none
TITLE: Some results and trends in the study of the biological effect of cosmic
radiation and dynamic flight factors using microbiological:and cyt.ological models
[Paper presented at the Conference on Problems of Space Medicine held In Moscow from
24 to 27 May, 1966]
SCURCE: Konferentsiya po problemam kosmicheekoy meditsiny, 1966. ProblenV
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentall,
Moscowip 1966, 172-173
TOPIG TAGS: manned space flight, space biologic experiment, tissue culturep lysogenic
bacteria, cosmic radiation biologideffect, combined stress/Voskhod-1
1ABSTRACT: Systems of lysogenic bacteria and single layer cultures of normal and
!cancer cells of man have been used on all spaceflights since the second orbital,
spaceship. This'report presents the results of investigations performed an
spaceships'6f the -Vost.ok and .od types. Biological experiments
~carried out on Vostok-3, -4, -5, and -6 Indicate that phage production
of lysogenic culuire of E. coll K-12 increases with the duration of the
'flight. However, a direct linear relationship between the biological
Card I /q

ACC NR, AT6036563
effect and the time of exposure in space was not established. The results
obtained make it p*ossible to assume that the biological effect in the above
experiments depends on the combined effect of spaceflight factors, and
specifically vibration, weightlessness, and radiation.
Ground experiments have indicated that the sensitivity of a lysogenic
bacteria Eystem to gamma Irradiation (C06~ increases if the bacteria were
,previously exposed to vibration. These results not only confirm this
supposition but make a more differentiated approach to evaluation of
various spaceflight factors possible. - However, in order to obtain a
more complete picture of the genetic and radiation hazard of such
flights, it is necessary to consider data obtained with more highly
organized biological objects. Consequently, the results of spaceflight
experiments performed with single-layer culfures of somatic human
cells are of definite interest. in the series -of experiments carried out
on Vostok-1, -2, and -4,,it was found that viability, and such indices as
the coefficient of proliferation, the percentade of dead cells, and the
morphological, antigenic,,and cultural properties of the tissues, did
not differ substantially from -controls which were kept at tho'coamodrome
or the laboratory.

ACC NR, AT6036563
I
However, when tissues were subjected to a second spaceflight
(on Vostok-4, Vostok-6, and Voskhod-1), the twice-flown tissues showed
a definite prolongation in the latent period of the ability to grow, as
well as certain other noticeable changes. .'-7%is makes it possible to
surmise that spaceflight factors may have a cumulative effect on hurnan
tissue cultures. Further investigations of the biological effects of
spaceflight utilizing lysogenic bacteria and tissues of varioup cultures
are contemplatei&_ [W.A. No. 22; ATD Report 66-u63
SUB CODE: 060 22 SU~K DATZ& OWAy"
CA W 13

-f,:, V.
SHAFfff, Yu. V. - Inzh. i, TLI::;hi, -S. L. - -St. Nauchn. Sotr., "I. F. - ?r-;-'.
Leningrad5kiy filial a3kaderdi arkhitektury SSBR
Predlozheniya po tipam konstruktsiy d1ya IN',issovogo zhil-iLsticluioLo stroitellstva v
LeninETade Page 68
SO: Collpt-tion of Annotations of Sc!ipntjfic, Reqpqrch Work on Cm.,Rtnictim,
co=leted in 1050. ','-loscmr, 1951

I Yu. ve
"An Investigation of the Influence of the Jnlargement of Prefabricated Alevents on
the Tempo and Cost of Housing Construction.0 Cand Tech Sci, Scientific Research
Inst of Construction Ingineoring, 7 Jan 33. (VM, 29 Dto 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher Mucational
Institutions (12)
SO, SUM lo. 556. 24 Jun 55

AW, ~T- I , 2 k idat takhnichaskikh nauk; YLTAN, V.P.,
.. . ..,j4r x - , Le ovi ch, kand RA
i2f 2rauchny7 redaktor; KARPOV, V.V., redaktor izdatell-
stva; PULIKINA, Ye.A., takhnichaskiy radaktor.
[Tower cranes in large panel constructionj Bashennye kr&ny no
krupnoblochnom streitallstva. Leningrad, Goo.izd-Ve lit-ry po
stroit. i arkhitekture, 1956. 42 p. (KIBA 9:6)
(Cranes, derricks, etc.)

SEIARYYP Y11. V Inzhener.
9
~f:~ ~ :i:xt;,- z~- ~ - -
When ~~I`d'U-4 technology is worked out thorougly. Strottell 2
no. 10:5-6 0 156. (KLRA 10:1)-
(Building)

MULTURIff, K.D.. arkhitektor; CHAYKO. I.M., arkhttektor; GOLURRY, S.L.,
inzheiner; DCBROKHOTOV, I.G.. inzho-ner; KRUPITSA, K.K., inzhener-,
POGORZHIL;SKIY, L.A., inzhauer; POSINILOY, A.A., inthener;
C~5eft--TJA~~t-a kandidat tekhoicheakikh nauk; OLI. A.A.. professor.
or ar ktury; URAVIYIV, B.V.. kandidat arkhitektury;
VASIL'YET. B.D., doktor tokhaicheskikh nauk professor. redaktor;
SHUR, N-Ya.. redaktor izdatel'stva; ROZOV, L.I., tekhaicheakiy
radaktor
LIarge-block construction in Leningrad] Krupnoblochnoe 4trottelletvo
v Leningrade. Leningrad, Gos.1ad-vo lit-ry po-stroit. i arkhtt..
1957. 93 p. (MLEA 10:7)
I.-Akadeimiya stroitel'stya i arkhttektury SSSR. laningradskiy
filial'.
(Leningrad--Precast concrete construction)
(Ioningred--Apartment houses)

SH&RYY, Yu.,inzh.
Solid doors made of wood waste. Stroitell no.12:27 D '58-
(HIA 12--l)
(Doors) (Wood. Compressed)

SHASHANOV, L. IT.
Sverkhskorostnoi elektroprivod i e,go opory. (Vestn. Mash., 1948, no. 7, P.
11-15)
Super-high-speed e7ectric drive and its bearin-s.
DLC: m4A
SO: Manufacturing and Mechanical Engineering, in the Soviet Union, Library
of Congress, 1953.

L. N. PA 20/49T25
Usa/zlectrioity Doe 48
Drives,-Electric
Currents, Electric
"High-Speed Electric Drives of Stepped-Up Frequency
Currents," L.N. Shashanov, Moscow Mech Inst, 2 pp
'Blektrichestvo" No 12
Gederal discussion of varlous applications of
.subject drives, description and photographs-of
two model drives of 48,000 and 120,000 rpm built
under Shashanor's direction.
-20/49T25

SHASHANOV, M.N.
"Theory and Design of a Pneumatic Hammer." Thesis for degree of Cand. Technical
Sci. Sub 4 Dec 50, Voscow Order of Labor Red Banner Higher Technical School imeni
N.E. Bauman
summary 71, 4 Sep 52, Dissertations Presented for Degrees in Science and lpfineerin
in Moscow in 1950, From VechernyaYs Yokkva. Jan-Dec 1950.

MUBII;s p.A.j SMnWOV-AVMIN, A-P-1 SEVASTIMOV, Yu.G.j BULAHOV, L.A.)
SHASHAM G.A.
organic beat-transfer agents in reactor engineering., Inzh.-fize
zhur, 4 no, 5:127-13~ My '6L IIt (MIRA 14: 5)
(Nuclear reactors-materiala)

9(2)
SOV/112-59-3-5837
Translation from: Ref erativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 226 (USSR)
AUTHOR: Shashaurov, V.
TITLE: Zir-iation of Mica Capacitors When Temperature and Plate
Compression Are Changed (Izmeneniye yernkosti slyudovykh kondensatorov
pri izmenenii temperatury i velichiny szhatiya plastin)
PERIODICAL: Sb. stud. rabot. Vologodsk. goo. ped. in-t, 1957, Nr 3, pp 50-55
ABSTRACT: Results are presented of measuring at 1,000 cps the capacitance of a
foil-type experimental capacitor at temperatures up to 4500C and under specific
pressures of 0. 15 and 0. 67 kg/cm?- - The measurements were made on a UM-2
type bridge and are, therefore, not particularly creditable.
Card I / I

SOV/147-59-2-4/20
Lo~d Carrying Capacity of an Air Lubricated Bearing at Rest
producing an air cushion which is capable of
sustaining fairly large loads. If, due to the
external loads, the shaft is shifted from the
central into an eccentric position, the orifices
round the narrower portion of the clearance space
become more or less choked therefore they offer a
higher resistance to the air flow through them thus
giving a lower air outflow. This finally results in
pressure increase round these orifices. The reverse
holds for the orifices near the wider portion of the
clearance space, so that the difference between these
pressures secures the equilibrium of the loaded shaft.
The theoretical solution of the load carrying capacity
of such a bearing in a very complex problem. Various
simplifications have therefore been proposed by
various authors,e.g.in Ref I the actual localized
pressure feed is replaced by a continuous feed but
this approach is not satisfactory even when the
number of feeders is very large (experiments show that
Shires overestimates the load capacity by the factor
Card 2/7 of two). This paper presents also a simplified approach,

SOV/147-59-2-4/20
Load Carrying Capacity of an Air Lubricated Bearing at Rest
but one which takes account of the localized nature
of the air feed. It is based on the following
premises: 1) The influence of one feeder upon the
other extends mainly in the axial direction and is
negligible in the circumferential direction. This
assumption permits a subdivision of the flow into a
number of independent sectors of a length TtD/k
where k is the number of orifices on the given
circumference. 2) With sufficiently large number of
orifices around a circumference, the clearance width
changes only slowly from one sector to another so that,
for a given sector, it may be assumed constant and
equal to its width at the orifice (see Fig 2)
1.e. hj = 6(1-c cos 01). the symbols having their
usual meanings. 3) Since the ratio of the clearance
to the radius of the bearing is usually small, the
curvature of the clearance space may be neglected and
the flow in each portion may be considered as that
between two parallel flat plates. 4) The velocity of
Card 3/7 the air flow in the clearance in assumed small, hence

SOV/147-59-2-4/20
Load Carrying Capacity of an Air Lubricated Bearing at Rest
the inertia forces may be neglected in relation to
the various forces- 5) The vertical component of
velocity will be neglected compared with the
horizontal component. 6) Since the flow is slow
its kinetic energy is small compared with its heat
content, hence assuming that the two surfaces of the
learance space have the same (constant) temperature,
the process is assumed isothermal. Under these
conditions Navier-Stokes equations reduce to the
Reynolds equations so that Eq (1.1) holds with the
subsidiary relation of Eq (1.2) and boundary
conditions of Eq (1.3).' Following Ref 2, a complex
potential w(S) = P + i4i is introduced, where P is the
pressure function and is the stream function. For
n orifices this potential to given by Eq (2.1), where
Cl and C2 are constants and V-P,,S4) an analytical
function as given by Eq (2.2) - see Fig 3. By Eq (1-3)
Cl =-P. and C2 is determined from the mass flow as
shown in Eq (2.3). Its value is given by Eq (2.4) so
that finally P is given by Eq (2.6), which is the
Card 4/7 real part of the relation (2-5), and therefore the

SOV/147-59-2-4/20
Load Carrying Capacity of an Air Lubricated Bearing at Rest
pressure distribution in the bearing and hence its
load carrying capacity is determined if the mass flow
of the air through each orifice is known. In practice
the mass flow is not known, only, the inlet pressure and
the geometry of the bearIng, but as shown in Ref 3,
the mass flow G can be found approximately by
Eq (2.8) giving the relation between the gas flow In
the clearance and the discharge through the diaphragm.
In this equation: a - discharge coefficient;
F - area of the diaphragm; q(X) - dimensionless
density of the stream depending only on the pressure
ratio P./pp, ioe. pressure behind and in front of the
diaphragms. For a given P the mass flow depends only
upon Pg. With the mean value of Pg at a radius r-q
as given by Eq (2.9) the result is Eq (2.10) which
together with Eq (1.2) and (2.8) solves the problem.
To find the maximum load carrying capacity,
assume hj--+0 then also should G-40 but this means,
from Eq (2.6), that Ps'j--+ Pp. Thus C2 may also be
Card 5/7 determined from Eq (2.1) by letting Pgj = Pp.

SOV/147-59-2-4/20
Load Carrying Capacity of an Air Lubricated Bearing at Rest
This leads to a system of u equations with
n unknown C2,1 as given by Eq (2.11). Finally, the
author discusses the problem of the choice of the
suitable radial clearance 6 for a given geometry of
the bearing and a given pressure supply and suggests
such a choice that the critical or super-critical
pressure gradient in produced at all the orifices
when the journal is in the central position,
iie;JaP:3/Pp 4 0.528. When the journal is then
d a c from the central position the mass flow in
the increased clearance space will remain unchanged
.4o that Psi will decrease uniformly as the eccentricity
increases. Since, at the lower orifices when the
eccentricity is maximum, we have P,,a -P it i - quite
obvious that with the mass flow throu-gh the upper
orifices remaining constant, this results in the most
favourable condition for the bearing. On the other
hand, with 6 very small all orifices will be strongly
choked even with the maximum eccentricity so that the
Card 6/7 load capacity will be low. Fig 4 shows this dependence

SOV/147-59-2-4/20
Load Carrying Capacity of an Air Lubricated Bearing at Rest
of Ymax upon 5, while Fig 5 shows the relation
between Y and the relative eccentricity s for the
case when 6 = 1.13 6critical- There are 5 figures
and 3 references, 2 of which are Soviet and I English.
ASSOCIATION:Moskovskiy aviatsionnyy institut, Kafedra AD-1
(Moscow Institute of Aeronautics, 1st Chair of
Aircraft Engines)
SUBMITTEDt November 10, 1958
Card 7/7

84055
9- 9
S/147/6o/ooO/003/014/018
E191/E48l
AUTHORz Shashin, V.M.
TITLEs Contrib'UT-1-off-tu-the Theory of Flat Thrust Bearings With
Forced Lubrication 11 in
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Aviatsionnaya
tekhnika, 1960, No.3, pp.99-lo6 Xk
TEXT-. An analysis is given of the performance of a thrust bearing
wherein the supporting thrust pad has a central discharge hole and,
for feeding the lubricant, a number of equally spaced holes located
on a pitch circle. The feeding holes are assumed small and in the
analysis replaced by point sources. The outlet pressure in the
central discharge hole is assumed atmospheric. The flow of an
incompressible lubricant in a clearance of constant thickness is
described by the Laplace equation formulated in polar coordinates.
The pressure distribution is obtained by a substitution which
involves a complex potential and theta functions. An exact VY
solution is obtained (Eq.(Il) ) but a more convenient approximation
is derived by replacing the theta function with rapidly converging
series. The thrust of the bearing is formulated and the power
required for the pump supplying the lubricant is derived. The
Card 1/2

84055
s/147/6o/oOO/003/Oi4/ol8
Elql/E48i
Contribution to the Theory of Flat Thrust Bearings With Forced
Lubrication
results of some computations are graphically reproduced in Fig.2 to
5. For a feeding hole radius of 2% of the bearing radius, the
pump power has a pronounced minimum when the holes are located at
about half the bearing radius in the absence of a central hole and
at about 0.75 of the bearing radius when the central hole radius is
half the baaring radius. In both cases a large number of feeding
holes, up to (approximating an annulus) 20, is beneficial.
The pump power increases with the radius of the internal hole and
is least with a solid pad. Fig.5 shows the optimum pitch circle
diameter for the feeding holes as a function of the ratio of the
inside and outside diameters of an annular pad. The theory
presented holds only for laminar conditions which are usually found
in practice. There are 5 figures and 3 referencess I Soviet and
2 English.
ASSOCIATIONt Moskovskiy aviatsionnyy institut Kafedra AD-1
(Moscow Aviation Institute, Chair AD-1)
SUBMITTED% March 4, 1960
Card 2/2

2. usm (6oo)
4--9 Agriculture
-7. Primary treatment of cattle. Moskva, Pishchepromizdatj 1952.
9. Monthly List of.Russian Accessions, Library of Congress. January -1953. Unclassified

107-57-6-43157
AUTHOR: Shashin, Yu.
A~~Direct-Reading
Capacitance Meter
TITLE:
(Izmeritell yemkosti s pryamyrn otschetom)
PERIODICAL: Radio, 1957, Nr 6, pp 50-51 (USSR)
ABSTRACT: Capacitance measurements are usually made by the ballistic method.
The Soviet INE-1 capacitance meter and many foreign maters are based on this
method. A radio-amateur self -constructed type capacitance meter described
in the article is also based on the same principle. The meter has- four measur-
ing ranges: 0-100 micromicrofarads, 0-1,000 micromicrofarads, 0-0.01
microfarads, and 0-0. 1 microfarads. The galvonometer is calibrated directly
in capacitance units. A multivibrator, using two 6PIP type tubes, serves as a
charge -discharge switch. Its repetition rate varies from 100 to 100,000 pulses
per second. A circuit diagram with all parts data is presented.
There are three figures.
AVAILABLE: Library of Congress
Card 1/1

SHASHIN. Yu.; GLINKYA, Te.
Tim relay for photographic printing. Soy. foto 17 no.12:43-46
.D '57o (MIRA 11:1)
(Photograph.v-Printing processes)

SFUSHIN, Tu.
Synchronization of the flash lamp. Sovaoto 18 no.11:48-49
N 158. (MIRA 11:12)
(Photography. Flashlight)

SHLSHIN, Turiy Vasiltyevich; VOLKOVITSKIY~ K.Ye.,, red.; SHIROKOVA,
I ~~
I
[Electronics in photograpbyl Elektranilm v fotografii. Y4-
skva, Gos. energ..izd-vo, 1961. 79 p. (Massavaia radio-
bibliotaka, no.424) (MIRA 15:4)
(Photograpby-Electronic equipment)

L -33265-65 WT (m) IEWA (d ) ITIW I&P (b) KMIJD
ACCESSTO-11 NR- AP5005104 M129/651000/002/004410046
AUTHOR: Bron, D. T.; Levites, 1. 1.; Shashina, M. N.
TITLE: Recrystallization of SD-KhG". eel during high-temperature thermomechanical
treatment
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 2, 1965, 44-46
TOPIC TAGS: thermomechanical treatment, steel recrystallization, steel heat treat-
ment, austenite recrystallization, fptigue strength / _55KhGR steel
AMTRACT, The authVg *Investigated the kinetics of austenite recryst-allization in
55X1iGR sprigg steeCTO.5.71 C; 1.03'~ Mn; 1.14 Cr; 0.0037% B; 0.0577 Ti-I 0.36% SO
during high-temperature:thermomechanicaI treatment. The specimens were heated at
900, 950, 1000, an4 1100r, rolled in one pass with reductions of 5, !5, 25,
azid 5r, and oil quenched. The intervai between completion of
i1jenching was 1-3 eec. Recrv,3railizazion of the austenite occurred during h1g.-
t pernture rhermomechanIca! rreatment- of the steel at 95G-ilOoC. Deforma-iur, at
wi, not icc-mpnni-~I ),v of a,,jsLcn1tt-. n
,t rpdlictions above 0e crir'c,,1 I,
2

33265-65
ACCESSION NR: AP5005104
but caused collective recrystallization in the critical range of reductions. De-
formation at 1050-1100C produ-ed collective recrystallization for all degrees Qf
reductions. The rate, of oil and water quenching had no effecc on the aljsLenitlc
grain size. The maximial fatigue strength was achieved after recrystallization
treatment, whereas collective recrystallization markedly lcwered tl.-- fatigue
atreagth of 55KhGR steel. Crig. art, has-, I table and 2 figures.
ASSOCICION: NTTTAvtoprom
SUMIITTED: 00
ENCL., 00 SUB CODE: M
NO REF SOV: 007 OTHER: 002
Card 2/2

BMTUX, N.G., dotsent; SHASHIMA, P.I., ordinator.
Iffective use of novocaim block for the cervical and superior
thoracic g&qglia In treating arythmatous chroniosepsts. Test.
ven.lderim.no-3:50 My-Je '55. (MLRA 8:10)
1. Iz Kiyevskogo kozhno-venerologicheskogo instituta.
(MOVOCAIKA) (LUPUS)

SHASHINA, S. F., Cand. Medic. Sci. (diss) "On Pathogenesis and
Treatment of Severe "obturatelonniy" Intestinal Obstruction..
(Experimental Investigation)," Alma-Ata, 1961, 20 pp. (Kazakh
Med. Inst.) 300 copies (XL SUDP 12-61, 290).

jTORSUYEVj Nikolay Favlovicbj STUPISHIN, A.V., prof., otv, red.;
SHASHINA, V.N., red.
(Karst of the Onega-Korthern Dvina interfluve; the
p)Wsicogeographical characteristics of the karst in the
north of the East European Plain] Karst Onego-Severo-
dvinskogo mezhdurechliaj opyt fiziko-geograficheskoi
kharakteristiki karsta Severa. russkoi ravnirq. Kazant,
Izd-vo Kazanskogo univ., 196/+. 100 p. (MIRA 17:11)

SAYKINO Semen Fedorovich;_SUSHINA,,V.N~p red.; VEPRIMEROV, N.N.,
nalichn.red.
[Water-oil contact and certain bydromechanical metbods
for determining its position) Vodoneftianoi kontakt i ne-
kotorye gidromekhanicheekie metody opredeleniia ego po-
lozheniia. Kamm', Izd-vo Kazanskogo univ., 1964. 163 p.
(MIIIA J-91-4:

I.IITVEYEV, VitalLy fliko~a~fevich~ FLATIVEYEll, Nikolay Mikhaylovich;
red.; fEEK, T.N.., red.
[Pt,--)blems in mthematics] Sbornik zadach po matematike.
Kazan', lzd-vo Kazanskogo univ., 1965. 145 P.
(MIRA 18:7)

It
WWIRM/JWD
IJP(c) - Vjt/ 04131.661-0004 016/ O09W0092
-A?6'030601 nURCZ TODEF
INVENTORs Golubovs, A. V.; Yeremina, Ysi N.; Slyograkovs, K.- ASS
Bezborodko, Go Lol Kitnert Is F,; Shashinag Ve P9
ORGs none -AV
TITLEs Preparative method for st rene ajrZlonitriJ copolymeral
Class 39g No* 185055
SOURCEI lsobreteniya, promyshlonnyye obrastsyg toyarnyye znakL, so@ 16,
19660 92
TOPIC TAGSs styronapacrylonitrilajcopolymorg suspension copolyueriaa~-
tion, nitrile rubber# impapt resistant material
ABSTRACTs An Author Certificate has been Issued for a method for
preparing styrone-seryloni.trilescopo.lyners,, To import impact resistan.is
to the plasticised product$ the monomers are copolynerined to soopeatzou
10Z altrile vubbere.
In the proseae~ of 3
SUB d0li. III $VIM DATto 13Apr62/,
Card 1/1 90cs 678.146,22-Ii9

--SHA33HINA, Ye. I.
"Agrometeorological Conditions Governing the Growth and Development of Winter
Crops During the Spring-Summer Period in the Irrigated Territory Near the
Kuybyshev Hydroelectric Development".
Trudy Tsentr. in-ta Prognozov. No 29, pp 93-105, 1953.
Treatment is given of the results of observations of 14 meteorological
stations in the region of the Kuybyshev hydroelectric development for the
period 1936-1950., namely on air temperatures precipitation., insufficiency of
saturation (at 13W hours), and soil moisture for three main interphasal
perioda of development: (1) from resumption of vegetational activity
to emergence of stems; (2) from emergence of stems to flowering and (3) from
flowering to time of waxy ripeness. (RZhGeol, No 10, 1955)
SO: Sum No 884, 9 Apr 1956

SHARRINA,Te.I.
.................. .................. .1
Agricultural meteorological conditions of growth and develop-
ment of winter crops during the spring and summer seasons in
the irrigated region of the Kuybyshev hydroelectric development.
Trucly TSIP no.29:93-105 155. (MIRA 8:6)
(Kuybyshev Hydroelectric Power Station region-Crops wid
climate)

SHASHIRINAII M. t. - ~ - ~
.... ......
Structural organization of the superior cervical sympathetic:
ganglion in cats. Arkh. anat. gist. i embr. 45 no.9&59-64
SI-63 (MIU .17 23)
1. TSentral"naya naucbno-idsledovatellska-ya laboratoriya (zav.
kand. med. nauk E.M. Kogan, nauabnyy rukovoditelt raboty -
prof. T.A. Grigortyeva) 2-go Moskovskogo gosudarstvennogo me-
ditsinskogo instituta imeni Pirogova. Adres avtora: Moskva,
G-48, Mala-ya Firogovska-ya uliteal 1. 2-y Gosudarstvenny
meditsinakiy institut. TSentraltnaya naucbno-iseledovatell-
skaya laboratoriya.

SHASHKIK. A.;ZUBCHIVSKIT, 0.
#0"
7-"-W--WWKr
lastening hoops without rivets. Moloch, prom. 18 no.4:39-40 157.
(KLRA 10:4)
1. Smelyanskly molochnokonaerynyy sayod.
(Coopers and cooperage)

SHASHKIN, A.
Straightening a navigation route, Rech. transp. 23 no.1:40
.Ta 164, (MIRA 18tll)

ACC NRi AP7000359 souRcz CODE-. uR/o413/o6/0OG/022j012>ju14.),
INVENTOR: Shnitko, T*~A.; Shashkin, A. A.; Stepanova, 0. P.
ORG: none
s 42, -No
TITLE: Line ar-accele ration pi ckup. Clas 188766
SOURCE: Izobreteniya, pon.Vshlennyye obraztsy, tovarnyye znak'i, no. 22, 1966, 125
TOPICTAGS: acceleration measurement,', linear acceleration, accelerometer
..-ABSTRACT: This Author Certificate' introduces a linear-acceleration pickup which
i
has:a,spring-loaded inertial mass a~damping block, bellows,-woxking fluid.iand's,
Fig. 1.
1 - Inertial mas s;2--bimetallic claups;
3 section clamps; 4 frame.
Card
12 UDC: 531-768.681.2. .083.8

ACC NRz AP7000359
potentiometer slip ring. The damping block is composed of inertial mass with
rigidly mounted bimetallic clamps interacting with the section clamps, which with
the frame form a variable circular slot. This design provides a constant damping
coefficient automatically inspite of temperature changes in the surrounding media
(see Fig. 1). Orig. art. has: 1 figure.
So com: 14/ SUBM DATE. 230ct65/ ATD PRESS: 5108
Card 2/2

SEFASMN.--aUskeazdr-.Lvanovicb4-ZERNOV, S.A., red.; MAKRUSHINA, A.H.,
red.izd-va; BODROTA, V.A., takhn.red.
(Handbook for members of a hydrographic survey party] Spra-
vochnik; takhniks izyskatellskoi partii. Koskva. Izd-vo
"Rechnoi transport," 1960. 382 p. (KIRA 13:10)
(Hydrographic surveying--Handbooks, manuals, ate.)

SHASHKIN, A. M. -
Comprehensive reconditionir4r of humps. Put' i put. khoz.
no.3:n-12 '63. (MIRA 16:4)
1. Zamestitell nachallnika distanteii Batraki, Kuybyahewakoy
dorogi.
(Railroads-Hump yardo)

-..- SHASHKIN., A.. S-. -
Avtomatchik. Eoskva, Oborongiz, 1944. 76 p. illus. (Bibliotechka novogo
rabochego avistsionnoi promyshlennosti).
Bibliography: p. (4)
Automatic lathe operator.
DLC: TJ1218.55
SO: ~Ihnufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

, . 4 1
rt'--A. D-.
!W.-,HAN'Ir,-kL ENGINEERING
Use of hydro-mechanical sectional diagrams in the set-up and e>T.A-oitation of 5emi-
automatic internal grinders. Podshipnik no. 5, 1952.
9. MONTHLY LIST OF RU3SIAN VCE3SIMAO, ibrary of Congress, October 1952. Uncl.

SHASHKIN, A. S., (Ing.)
Ing. A. S. Shashkin, nInvestigation of a Mechanism with Dwell.0
paper presented at the 2nd All-Union Conf. on O'undamental Problems in the
Theory of Machines and liechkniams,, Moscov,, USSR., 24-28 March 1958.

SHAWDUll.-A.S. dote., kand. takha. nauk
I
Generalized kinematics of gear-cutting machines. Izv.vyao
uchib.z&v.-,mashinpptr. no.2:8-13 '58. (KML 11:12)
1. Moskovskiy avtomekbanicheekly institute
(Gear-cutting vAchines)

SFASHKIN. nd.ten-n.nauk, -lots.
Designing hydraulic speed control considering it as an automa-
tic control system with feedback. Naucb.do',-.l.v7:j.sbko17; nagh.i
Drib. no.2:174-182 158. (MIRA 12:10)
1. Predstavleno, Imfedroy "Obrabotka metallov razaniyan, stanki i
Instrument" Moskovskogo avtomekhanichankogo instituta.
(Hydraulic control)

3-518-3-16/32
AUTHOR s~-5_ XAnn~e;!~ovlaWYe. Gf', Nikulin, N.S., Shashkin, A.S., Shuvalov
Yu.A., DotsentB and Candidates or T-e_c~hnical Sciences
TITLE: Ways of Improving the Teaching Process (Puti sovershenst-
vovaniya uchebnogo protsessa) Sow Considerations on the
Training Course in Metal-Cutting Machine Tools (Nekotoryye
soobrazheniya o kurse metallorezhushchikh stankov)
PERIODICAL: Vestnik Vysshey Shkoly, 1958, Nr 3, pp 63 - 65 (USSR)
ABSTRACTs For the purpose of rationalizing the teaching process, the
above named authors have made the attempt to utilize a maximum
of generalizations in lectures on metal-cutting machine tools.
The trial proved successful. New, methodical and scientific
principles for preparing lectures permit the study of machine
tools according to a unified plan. Tho structural analysis -
the basis of a course - defines the structure of every lecture.
Visual aids are not excluded, but they serve only as auxili-
ary material for the lecturer. Principally the lecture is
built on maximum generalizations. These are: kinematical.
shaping of surfaces, the theory of kinematic chains, schematiz-
ing the work of mechanisms, explaining the hydraulic outfit
Card 1/2 of machine tools by means of structural sweep, and the appli.-

3-58-3-16/32
Ways of Improving the Teaching Process. Some Considerations on the Train-
ing Course in Metal-Cutting Machine Tools
cation of structural kinematic schemes.
ASSOCIATIONt Moskovskiy poligrafiche8kiy institut (Moscow Polygraphic
Institute) Moskov8kiy avtomekhanicheskiy institut (Moscow
Automechanic Institute) Moskovskiy vecherniy mashinostroitell
nyy institut (Moscow Evening Machine-Building Institute)
AVAILLBLE: Library of Congress
Card 2/2

SOV-113-58-5-5/10,
AUTHOR: Candidate of Technical Science3
TITLE: Structural Analyses of the Hydrosystem of the Automobile
(Strukturnyye razvertki gidrosistemy avtomobilya)
PERIODICAL: Avtomobil'nayapromyshlennost', 1958, Nr 9, PP 13-15 (USSR)
ABSTRACT: The author thinks that former analyses and designs of the
hydrosystem in automobiles, especially trucks and buses are
hard for repair men and drivers to understand. He thinks that
clearer and more understandable layouts should be made for
the benefit of those who have to handle these cars. It is
pointed out that such attempts have been nade abroad (Ford).
Model schemes of the hydromechanical. scheme of the trans-
mission are presented and discussed in detail.
There are 4 sketches and 5 3oviet references.
ASSOCIATION: Moskovskiy avtomekhanicheskiy institut (The Moscow Auto-
mechanical Institute)
1. Automobiles--Design 2. Hydraulic,systems--Structural analysis
Card 1/1

FEW I BOOK MCFWITATIOff SOV/4092
Shashkin., Aleksandr Semenovich
.Gidrosistemy sovremennykh mashin (Modern Machine Hydraulics) Moscov,
Trudrezervizdat, 1959- 111. p, (Series: Novaya tekhniks, i peredovyye
,metody truda) 7,000 copies printed.
Scientific Ed.: M.M. Kuznetsoy, Candidate of Technical Sciences., Docent;
Ed.: I.F. Sokollskiy; Tech. Ed.: V.I. Sushkevich.
PURKBE: This booklet is intended for teachers and schoolmasters associated
vith the professional and technical education system. It may also be useful
Ao engineers and skilled personnel in industry.
COVERAGE: Hydraulic systems used in modern machine manufacturing and in the
mechanization and automation of production processes are described. The ex-
planation of the structural forms of hydraulic systems aids the reader in un-
derstanding arrangements of my complexity. The author analyzes the systems
of hydraulic actuation of modern metal-cutting machine.toolff and presses,
automobiles, road-building, construction and farm machinery, and the hydrau-
lic systems of machines and devices used in other fields of production. Data
Card 1/3

Modern Machine Hydraulics,
SOV/4092
on the international standardization of the basic hydraulic systems are given.
I
The preface to this booklet was vritten by Professor A.I. Voshchinin, Doctor
of Technical Sciences. There are 10 references: 8 Soviet and 2 English.
TABLE OF CCKTENTS:
Preface 3
Role of hydraulic systems in the autamation of production 5
Hvdraulie actuatlon*and hydraulic systems 10
Hydraulic mechanismA and apparatus 12
Application of fluid motors 29
Fluid clutches and torque converters 35
Hydraulic systems of metal-cutting machine tools 41
Tracing and programming 'with hydraulic actuation 53
HydrstLlic $"two of presses 64
Hydraulie'autamobile drives 75
Hydraulic.systems of road-building, construction and farm machines 8o
Hydraulic system of airplanes 85
Hydraulic systen of milchines and apparatus in various fields of
production 88
Card 2/3

Modern Machine HydrmLUcs SOV/409k,
Practical analysis and synthesis of hydraulic sy4tew 90
Use of electrobydraulic analogies in studying thi dynamics of hydraulic
.systems 92
Appendix. International Standardization of the Principle Hydraulic
I schalies 96
1. UnIoMing circuits 97
2. Devices for pre6sure distribution in :.-.dr&uUc circuits 98
3. Circuits of iy&-aulic actuation with speed control 100
4. Circuits with hydraulic accumulators 10,-,
-5. kressure-booster hydraulic circuits 105
6. Hydraulic circuits for an esteblished, sequence of operations io6
T- Synchronizing hydraulic circuits 108
8. Hydraulic circuits vith pilot valves 105)
9. Hydraulic circuits with fluid motors 110
Ad. Hydraulic locking devices 132
B:LblJLogr sphy
AVAILABLE:. Library of Congress (W840wB44)
VK/rem/gwp
Card-3/3 8-17-6D

.-SHASHKIN., A.S.
Synthesis of flat gear-lever meeba"i with idle periods of the
member mollrizi a complete revolutIon. Trudy Inst.mash.Sem.po
teor.mash. 22 no.88:71-90 161. (ILIRA 14:11)
(Mecbanical movements)

"RiAsHM, AlekOWAr SmwnwjUh;SHUVALOV, Tu.A.., prof... retsenzent;
BAIAIMINj, A.F.., red. izd-va; SHOROVA., G.V.., tekhn. red.
(Structural analysis of the elements of metal-cutting machine
tools]StrukturiWi analiz elementov metallorezhushchikh stankov.
Moskva, Mashgiz., 1962, 262 p. (MIRA 15-12)
(Machinery, Kinematics of) (Machine tools)

SHASHKIN, A. S.
Synthesis of a lever-gear mechanism with stops. Teor, mash.
i mekh. no.94/95:88-110 163. (KERA 16:11)

SHASRKIN, A.B., kand, tekhn. nauk, dotsent
Shaping surfaces of higher orders. Izv. vys. ucheb. zav.; mashi-
nost-r. no.3-.36-44 165. (PUPA 18:6)
1. Moskovskiy avtomekhanicheskiy institut.

KUZNETSOV,
M.M.; SIIASfffIN A 3 - ZUYEV, V~D.p inzh., retsenzent.;
KUNINJI 17-ft., :Irlzyl,, re ,
[Operation and adjustment of hydrau-'Ac syst.ems of machine
tools] Ekspluatatsila i naladka gidrisistem metallorezhu-
shchikh starikov. Moskva, Mashinostroenieg 1965. 339 P.
(Ml,~U 18:4)

A~C NRI AP7003059 ~A) SOURCE CODE- IJR1012il6710001661-100681(070
AUTHORS: Zotova,:. L. K. (Candidate of technical sciences, Docent);
(Candidate of technical sciences); Gellfond, A. S. (Engineer)
ORG: none
TITLE: New chip-breaking mechanisms for turning lathes
SOMICE: Vestnik.mashinostroyeniya, no. 1, 1967, 68-70
TOPIC TAGS: lathe, cutting tool, high speed metal cutting, alloy, steel/ T5K10 alloyo
IK62 lathe, 1Kh18NqT steels 2Kh13 steel, 40KK steel, 30KhGSWA steel
ABSTRACT: Gear-and-lever chip-breaking mechanisms for lathes are described. The
breaking method used here was described earlier by L. K. Zotova, A. S. Shashkin, and
A. S. Gellfond (Universal' e struzhkolomatellnyye mekhanizmy dlya tokarnykh stankov.
M, GOSINTI, No. 21--64-76378y, 1964). The mechanisms provide diverse and controllable
rules for cutting-tool feed (see Fig. 1). Control tests were performed with TWO
hard alloy and with M109T, M13, 40Kh, and 30KhGSNA steels. It was found that
intermittent cutting ensured reliable a-ad stable chip breaking over a fairly wide
range of ma6hinable materials, cutting conditions, and, tool geometry. High-speed
turning with the use of the described mechanisms provides safer operating conditions,
since the chips are obtained in the-form of short, coiled spirals. The mechanism
Dermits the lathe to be switched from intermittent to continuous cutting. Application
Card

ACC NRs AP7003850
Fig. le
of these mechanisms does not interfere with the general-purpose operation of a lathe
when properly designed. Orig. art. has: 2 formlas, 2 diagramsp and 3 graphs.
SUB CODE: 13/ SON DATE: none/ ORIG REP: 005
Card

Pedagogical council of a trade school. Prof.-tekh.obr. 11 no.q:
3-4 D 154. (MLRA 8:1)
1. Direktor gornopromWehlennogo uchilishcha No. 5 (Voroshilov-
graftkaya oblast').
(Technical educat ion)

SWMaN, G.
IRnOTater methods for foramen. Prof.-takh.ebr.13 n9.6:16-17
Jo 156, (K2A 9:9)
1.RukOToditall STerdl~TMkogo kustOT090 metodichookege ob"yedi-
nenlya, Vereshilovgradekaya ablast'.
(Sverdlevok--Coal mines and mining-Study and teaching)

SHASHKIN, G.F., innh.; CUMTY-AKOV, U.N., Innh.
Assembly of a heating system with glue. Vod.i san.tekh. no-5:
35-36 ~0, 162 jGluing) (Hot-water heating) (MIFA 15.7)

SHASHKIN, I.A., inzh.
- . Wood packing for hydraulic presses and pumps. (Nauch. trudy]
N3XMASha 6;70-80 163, (MIRA 16:9)
........ . . (Packing (Mechanical engineering))
(Hydraulic presses)
(Pumping machinery)