SCIENTIFIC ABSTRACT SHAKULIN, V.G. - SHALAGINA, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548410012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHAKULOV, R.S.; AYTKHOZHIN, M.A.; SPIRIN, A.S.
Latent degradation of ribosomes. Biokhimiia 27 no.4:744-751
Jl-Ag 162. (MIRA 15:11)
1. Institute of Biochemistry, Academy of Sciences of the U.S.S.R.,
~bscow.
(NUCLEOPROTEDS)

BOGDANOV, A.A.; SHAKULOV, R.S.
The 19th Bach Lecture. Izv. AN SSSR Ser. biol. 28 no.4-.637
Jl-Ag'63 (MIRA 16:11)

FELIDMAN, I. dotsent; SHAKULOV S., dotsent
-2 -z-
Apply new construction principles in the building of shipping
centers. Sov. torg. 36 no.5:16-22 My 163. (MIRA 16:5)
1. Zaveduy-ushchiy kafedroy organizatsii i tekhniki torgovli
Moskovskogo instituta narodnogo khozyaystva imeni Plekhanova
(for Felldman).
(Shopping centers)

AKTLOV, Leonid Sergeyevich; BW-KAZAROT, Phylak Tigranovich; KAXINSKIY, Ya.A.;
MOVSHOVICH. 1.L.; CRWV, G.F.; PASHKOT, B.I.; POLOVNIKOV, A.P.;-
C OV, G.L.;,q_ V-,.SeA.;ISHKOVA, A.K., red.; LYUDSKOV. B.F.;
SUIMX, D.M., tekhn. red.
[layout and equipment for commercial enterpriises] Ustroistvo i
oborudovanie torgovykh prodpriiatii. Mosk7a, Goo. izd-vo torg.
lit-ry, 1958. 411 p. (MM 1197)
(Stores, Retail)

TI
s u

DOROGAN, H.V.; SiUUTI L A
Apparatus for analyzing the bioelectric activity of the brain.
Uch. zap. Kish. un. 39:75-79 159. (MI?A 14:9)
(ELECTROENCEPULOGRAPHY)

- - .. I -
I ~ I I -. - 7 -, I .
I ~ . - -

SHAKUIT, M.I.; Y-ASYUTIN, V.V.
Developed by the innovators of the Firs' State Bearing
u
Plant. Mashinostroitell no.11:18-20 165-
(MIRA 18:11)

%'LSYUTTN, V.V,~ SFAKUN,
Created by Moscow innovators. Yj-~shlnoqtroltell no.2~14z-19
F 165. (1-11R-~ 18, 1-- )

SKAKUN, N.P.
I . I . :,a ti-is
ana recording of the tonus of the app-a
it, thf! (.'Omlpol L)~Ie ducL in chronic experizilent.; in dogs. biol. ~--ksp.
biol.i med. 57 llo.5:122-125 My 164. (MIRA 18:2)
1. Kafedra farriakologii (zav. - prof. N.P.Skakun) Ternopoll-skogo
medilslisko.go insUituta. Submitted December 10, 1962.

ROSTOVTSKV, N.; DOBRYNIN, P.; TIKffOMIROV, V.; LOGAGHEV, A.; SHAKUN, V.;
GRUDEV, D.; KUDRYAVTSEV, P.; MALEYEV, M.; SOKOV, N. -KeRWOV, V.;
TOLOKONNIKOV, A.; FUSTOVALOV, A.; REDIKIN, A.; BLOMKVIST, M.;
PETROV, N.; SffUBSKIY, I.; SEMENOV, S.; POPOV, G.; BRODOV, K.,
KORENEV, P.
Professor M.N. IAkovlev; obituary. Zhivotnovodstvo 19 no.12:90
D '57. (MIRA 10:12)
(IAkovlev, Mitrofan Nikolaevich, 1878-1957)

SHAKUN, V.P., zootelrhnik
"Beef cattle farming In Kazakhstan." Reviewed by, V.P.Shakun. ,
Zhivotnovodstvo 21 no.6:91-93 Jo '59. (MIRA 12:8).
(Kazal-hatan-Beef cattle) 1;C-11;r,

RABINOVICH, D.N.; HER!, YSTER, M.S.
M
I ur
anufact e of rails ,,ith improved wear resistance. Metallurg
0 no.10:25-26 0 161. WIWI 14:9)
1. Nizhe-Tagillskiy metallurgicheskiy kombinat. 2. Nachallnik
prokatnoy laboratorii Nizhne-Tagillskogo metallurgicheskogo
kombinata (for Rabinovich). 3. Nach2-llnik- rellsobalochnogo
stana Nizhne-Tagillskogo metallurgicheskogo kombinata (for
Skakun), 4. Nachallnik uchastka nagrevatellnykh ustroystv
Uzhne-Tagillskogo metallurgicheskogo kombinata (for Shermayster).
(Rolling (Metalwork)) (Railroads-Rails)

GOFTARSH, R.V. (Ieningrad); SHAKUNOV, A.I., glavnyy vrach; RAMPORT, K.Yu..
professor, nauchnyy r L~co fri'Y'T"
Primary cancer of the liver manifested by profuse gastric hemorrhage. Klin.
med. 31 no-8:93 Ag '53. OWU 6:11)
1. 2-y@ terapevticheskoye otdeleniye BasseynOToy klinicheakoy bollnitsy In.
Chudnovskogo. (Liver-Cancer) (Hemorrhage)

1. SHAKUNOV, L., ENG.
2. USSR (600)
4. Dwellings
7. Early fulfillment of housing construction plan.
Zhil. - kom. khoz. 2. No. 9. 1952.
9. Monthly List of Russian Accessions, Library of Congress, Jaiuary -1953. Unclassified.

S FAK U NO 11 , L . - -
For t~p I-r oo, I o f c:-; e Sov i e t m a n .ZY,31-kom. khoz. 11 no.10:2-3 0
,61. (YdRA, 15:1)
1. Zamestltel' Ministra komnunal'nogo kbozyaystva 55FSR.
(Municipal services)

GCSIUMIP A. - SHAKDRI, B.
Stij)I)IyJng solla of Uit) She-Aklia agricultural adindni8tration with
vol)4tilo. forms of microelements. DrAl. AN Azerb. SSR 21 rvl.()t68-
71 165. (MiRA 181)2)
1. Institut pochvovedenir i agrokhimli All AzS2.

1:~E: I~S
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Content C,

SHAKUR IN. -5.A.
-- ---- - -
Machine for lapping-in faucets of the air and water systems of motor
vehicles. Avt.prom. no-11-136 N 160. (MIRA 13:11)
1. Taroslavskiy motornyy zavod.
(Grinding machines)

L
662 (k)AkiP(l) !jP(c'
000 -- E7-7 (d)/94P6C %/ iEWN-V)~r/Ewp
-6C/-064-1/004
ACC NR. AP6019760 SOURCE CODE: 0113/66/665/0
AUTHORS; -Shakurin, V. A.; Sokolovy I. A.
ORG: Yaroslavl Motor Works (Yaroslavskiy motornyv zavod)
TiTLE: Magnetic flaw detection for parts at the Yaroslavl Motor Works
SOURCE: AvtomobilInaya promyBhlennost', no. 6, 1966, 41-43
engine cylinder, spring, valve, flaw detectio piston engine, magnetic
TOPIC TAGS:
method, engine component
ABSTRACT: Three magnetic flaw detectors used at tiie Yaroslavl Motor Works are
described: 1) for checking valve springs; 2) for checking the primary shaft of trans-
missions; and 3) for checking the sleeves of cylinder blocks. Magnetic flaw detectors
for macroflaws are being designed, bailtr and successfully used at the present time.
theplant. The capacities of the flaw detectors are 280, 150-200, and 150-180
parts/hr, respectively. Orig. art. has, 3 diagrams.
SO CODEt 'r4,f 13/ SUBMDATE: none
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C.,d 1 /1 UDG. 620.179-1411621-4314-30

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SffAKUROV, M-Z-. inzh.
Improve the design of the ABSh boring machine. Bezop.truda
prom. 3 no.5:14-15 My '59. (MIRA 12:8)
Porlng machinery)

SHULEYKIN, V.V., akademik; SHAKUROV, P.F.
-~--axathe'- ~-
Lines of sodium in the air absorption spectran. above the sea.
Dokl.All SSSR 106 no.6:991-993 7 156. (MIRA 9:7)
l.Morsko.r gidrofizicheskiy institut Akademii nank SSSR.
(Sodium--Spectra) (Atmopph6re) (sea air)

51-6-23/25
AU-2-1-IM: Gal pe rin, Yu. I.
TITLE: Remarks on the Paper of V. V. Shuleykin and P. F.
Shakurov "The Sodium Line in the Absorption-'g-p-ectrum
0 ir Above the Sea". (Po povodu stat'i V. V.
Shuleykina i P. F. Shakurova "Liniya natriya v
spektre pogloshcheniya vozdukha nad moremll.)
FBRIODICAL: Optika i Speictros-,~Opiya, 1957, Vol. III, 1-Tr. 6,
p.672. (USSR)
ABSTRACT: A letter. The present author criticizes the above
paper of V. V. Shuleykin and P. F. Sliakurov (Ref.1).
Shuleykin and Shakurov photographed an emission
spectrum of an incandescent lamp after passage through
10 km of air about 50 m above the sea surface. The
beam from the lamp was not parallel and vras not
focused on the spectrograph slit. The D-doublet of
Na vras not resolved and it is hardly noticeable in
Fig.1 of Ref.l. Shuleykin and Shakurov's paper does
not give the essential experimental details such as
the type of the spectrograph used, its resolving power,
dispersion, parameters of the camera, etc. Their
Card 112 calculation of line intensity and derivation of the

B-032~
sov/!69-59-4-3830'
Translation from: ReferativnTj zhurnal, Geofizika, 1959, Nr 4, P 95 (USSR)
A(ZqIOR~ Shakurov, P.F,
ANINOWN" 1----Q%xW-W-~ I'k
TITLE.~ The Results of Measuring the Deflection of the Visible Horizon
at Three Altitudes
PERIODICAL: Tr. Morsk. g1drofiz. in-ta, AS USSR, 1957, Vol 11, PP 105 - Ill
ABSTRACT., This is an investigation of the causes of errors in measuring
the deflection of the visible horizon and their variations in
dependence on the altitude of the observer's eye above the sea
level. Test observations of the deflection of the horizon from
three different altitudes (4.5, 19, 47.5 m) are described for
various meteorological conditions. The following conclusions
are drawn. 1) The lower the altitude of the observer's eye, the
smaller the difference will be between observed and tabular
deflections, corrected for the difference between water and air
temperatures. 2) With low altitudes of the observer's eye, the
fluctuation amolitudes of the observed deflection will be greater
Card 1/2 in the general case, while --:he line of the horizon will be uneven

8039
SOV/169-5; 4-3836
The Results of Measuring the Deflection of the Visible Horizon at 11hree
Altitudes
and changeable, especially with a swell. 3) The difference between the
observed and the tabular deflections will Increase (up to 5' - 6') during
a period of intense heating and weakly developed advection; the difference
will be greater for higher altitudes of the observer's eye. 4) The deflection
of the horizon varies in its different sections; the difference amounts to 1,
which apparently can be explained by the considerable difference in air and
water temperatures when a wind of a certain direction is present. 5) The
tabular values of the deflection of the visible horizon must be corrected in
respect to the difference between water and air temperaLures, For the Black
Sea, this correction must be performed only in January, April, June, July,
August and September.
V.A. Naumov
Card 2/2

AUTHOR,- Shakuro 'n SOII/49-59-1-20/23
TITLE- High Precision Apparatus for De-lGermination of the
Inclination of the Earth-s Surface and Registration
of Earthquake Waves (Vysokochuvstvitel"nyye apparaty
dlya opredeleniya nakloao-.7 poverkhnosti Zemli i
registratsii voln zemletryaseniy)
PERIODICAL-. Izves+-iya A-ademii Nauk SSSR.. Seriya Geofizicheskaya,
, pp 11-9-161 'USSR)'
1959, Nr 1~ 11 %,
ABSTRACT, The manufacture and maintenance of high precision
apparatus is subject -to diffil-alties for overcoming the
effect of friction, change of temperature, change of
variation in electric circuit&-, etc. The author
experimented with apparatus practically nullified
the friction between two large surfaces. It could be
applied in registering the variations in the angle of
inclination of the Earth's surface or similar movements.
The principle of the apparatus is shown in Fig.la and
Fig.2~ The disc D has a concave upper surface, being
part of a sphere S , while the disc d has a convex
Card 1/3 lower surface belonging to a sphere S1. Both spheres

6'OV/119-59-1-2U/23
Hi '-h Precision Apparatus for Determination of the Inclination of
the Earth-s Surface and Registration of Earthquake Waves
are of the same radius R. The space between two discs
is filled with the compressed air (0.4 atum. above normal)
entering through the pipe T, the ta X and the
j p
channel i (0.2 to 0.3 mm dia.). The thickness of the
air layer is in the range of tenths of a micron. In
this condition it can be visualized that the upper
disc d is "floating" in the air taking a position of
the least potential energy. At the smallest change
of the angle of disc D. the disc (t Till take a new
position again requiring the least pcte-nt-iaj-- energy.
If the inclination of the sphere S is equal to
then the slidina disc will be displaced by PR, Thus.
determination of R becomes signif-i3ant, e.g. the
angle of inclination P = 0.001"-, the centre-4 of
disc d is shifted by 0.1 mm = PR = 4.8 x 10 R.
R = 20833 m. In practice the discs are made c-f
aluminium or brass 20 cm dia. and 1 cm thic--k. The
amount of air required for a contJn-lous service is
about 30 1 per 24 hours, if the microscope M gives
Card 2/3 the magnification 35X, then the displacement of 5 cm

SOV49-59-1-20/2-
High Precision Apparatus for Determination of -I,-he Inclination Cf
0
the Earth's Sur-face and Registration of Earthq7aa-ke Waves
C)
is equivalent to the angle of inclination 1". In the
case of 3',::OX magnification this distance gives an
angle of 0.1%, while I mm - 0.02'. Fig.l,,b shows how
the in-31inations can be plotted, and F-J9.3 shows an
actual example of registering the earthquake waves.
There are 3 figures,
SUBMITTED: December 29, 1956
Card 3/3

AUTHOR: ShakurR~,,.,-.,
ldas Bearin-
2ITLE: A Galvanometer with a C,
SOV/120-59-4-46/50
PERIODICAL: Pribory i tekhnika eksperimenta 7 1959, Nr 4, P 155 (USSR)
ABSTRACT: The coil has many turns, and is fixed to a cone lapped
into a sphere; fras at about 0.2 atm is passed in through a
0.2 Pim hole au-- the bottom of the cone. The gap between the
cone and siDliere is ~-10 Ii. The sensitivity is 10-10 A/mm
at 1 or 6 x 10-12A per division if a 10 cm pointer is
used with a xAOO microscope. The galvanometer takes about
50 sec to reach a steady reading.
SUBIN[ITTED: June 301 1958.
Card 1/1

507/6-c9-7-2o/25
Shakarov, P - F.
"ITj-jZ. Precision Metal Lev(-,is (13retsizionnyye metallichet3kiye urovni)
FE:',IC-,DICAL: Geodezi,'a i karto,~rafi.lra, 1959, lir 7, pp 61 - 64 (USSi)
~T-~12:ZACT Vac author desi,,n(.:d a cori-olt-,tely new type of iiietal level. It
is described here. Eleither tglass nor liquid are used for this
level. The diode of operation is as follows: Tro netal disks
:Jieell on a ball surface (Fig 1). Compressed air of 1.3-1,4 at-
mosdheres is conducted to the center of the lower disk by a '
z-:.7,all tube and a fine canal with a diameter of 0.1-0.2 mm. Bj
theaction of the air molecalt~s, the upper disk is separated
from the lovier one, and .-lides abovehe latter, frictionless
and at low speed. After a certain time when the potential ener.-Y
of the upper disk attains a minimaim value, it takes the lowest
position. The Gliding disk is a pendulum without suspension
and without axis of rotation. The constriction of the netal
level is shovin in figure 2, and described. To build a device
of a certain sensitiveness, the radius of curvature of tae
ball surface of the level car, be determined. Such an example
Card 1/2 is computed here. Such a device was built. by the author in

"eta! Levels
SQV/6-59-7-2o/25
1956, and showed a !-.igh sensitiveness. Besides, an ap,aratus
p
with a special device was built. It inaicated. the inclinations
of the earth's surface on a scale of 0".02 in one millimeter.
By a reduction of the surface curvature, a sensitiveness of
1,,.10-5 in one milli,-.eter can be obtained. Besides, the con-
struction of a to~as-sha-ed level was develoDed. It is
distin-uislied. from the former by the shape and the kind of
U
readin-. The torus-shaped level (Fia 4) consists of a block
nith a torus-sha-3cd hole. A second block glides in this hole.
On the gliding block, a line is plotted which is observed by a
microscone with cross iiires. The line will awiir- durina the
observations. The zero gradantion of the cross wires is ad-
justed by the factory to the horizontal position of the level.
There are 5 figures.
Ca-ed 21 19

SHAKUROV, P.
Determining the velocity and direction of currents by anebored
spar buoys. Trudy MGI 15-'80-85 '59- (HIR& 12:6)
(Ocean currents) (Buoys)

SHAXURCV, P.E.
Dire-ition of the rotation of objects observed through an in-
verting optical system. Izv.A.N SSSR.Ser.geofiz. no.6:871
Je 160. (MIRA 13:6)
,(OptiCB, Geometrical)

SIW:tlWV ~,. j.'. (1,7. Kaliningrad)
F,,~ults in "he ~cnjtruction of the cc.-pa.-s ~-,x of the IPM--~,' ocean
current meter. .'eteor. i g1drol. no.10:/,8-49 0 162,
(MIRA 15:9)
(Compass) (Oceanographic instruments)

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"'Le f.; -. I ~, "
ne,3.r~, r~
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-7 (-,
-,-, -)

SHAKUROV, P-.F., kand.fiz.-matem.nauk (Kaliningrad)
Portable substitute for FoucaiOt's pendulum. Priroda 52 no.7:
111-112 J1 163. WRA 16-8)
(Physical instruments)

SHAK1111.0VP F.Kh.
Effect of' appraisal on personality. Vop. Dsikhol. 10
no.2:40-48 Mr-Ap 164. (MIRA 17:9)
1. Shkola rabochey molodezhi No.15, gorod Chulym.

S1103216010261008102010461XX
B020/2-052
AUTHOR: Shakurov, V. G.
TITLE: News in Brief
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 8, P. 949
TEXT: The ability of zirconium to be absorbed by cationites from acid
solutions, was applied for its separation from a series of admixtures,
and for its determination. The cationite used, was the H form of the
K,Y-.l (KU-1) resin. The cations absorbed together with zirconium, are
easily eluted by a 2 N (NH4 )Cl solution which was acidified by HCI up to
a concentration of 0,5 N, Zirconium is then descrbed by 4 N H 2so 4' Thus
it can be separated from larger amounts of Fe, Cr, Kn, Ni, Ti, and Mo.
After its precipitation by ammonia, the zirconium hydroxide is washed,
dissolved in hydrochloric acid, and titrated against eriochrome black
T by a 0,025 &1 Trilon B solution,
Card 1/1

3/078/62/007/006/018/024
B119/B138
ViTH0113: Zhukov, A. I., Shakurov, V. G., Plyasunov, P. V.
TITLE- Sor-,tion of hydroly~,,ed ions of some elements of groups III
:znd 1V to c,itior exchange resins
PEIRIUDICAL; Zhuz-nal neorganiche5koy khimii, v. 7, no. 6, 1962, 1458-1463
XT :
- Th~_ autnors studied the sorption of aluminum, lead(II) (introduced
'is nitra,es), titanium(IV) (introduced as chloride) to the cation exchange
resins K-1 (KU-1) and ~