SCIENTIFIC ABSTRACT SKRYABIN, N.G. - SKRYABINA. L.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651130010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 15691-65
F,Z C_ 4 /B --PC7t /ZWA (h Po-4/Pe-5/P -4/Pg-4/Pi-4/Pl-)i/Pq.e-"/Pt.,blr-b-1; AFMW
q
AFFTC/AFMDC/ZSD-3/R5DCAPGC/~-,SD(t)/ESD(ri)/AED~-(a)/SSD./BSD/AFi~L/AFT-IDC/.AFET.R/
A FTC (b),/AFTO (a)/ASD-3
ACCESSION NR: AP5000175 S/0293/64/002/006/0W8/0932
AUTHOR: Shafer..Yu. G.; Sokolov, V._R.; Skrvabin. N. G.t Lvutenko, V. F.; Yarv*gi%
A. V.; Salimzibarov, R.
ys in the atmosphere to a height of
TITLE: Intensity distribution of cosmic Ka
__'__5Mkm
SOURCE: Kosmicheskiye issledovaniya, v. 2, no. 6, 1964, 928-932
TOPIC TAGS: solar activity cycle, cosmic ray, geophysical rocket, single counter,..,-
ionization camera, Kosmos satellite,.cosmic ray albedo, magnetic storm
tiv
ABSTRACT: In the period from 1958,to 1963, during a decrease in solar ac i~y
cosmic ray measurements have been carried out by means of geophysical rackets d
satellites of the Kosmos type., Geophysical rockets were equipped with single
le-
counters and ionization cameras. Satellites of the Cosmos type were equipped with'.
.,,ionization cameras, ~in "~nd c
X11 ~gke counters," qunUnZ telesc eg~lor measuring the
,cosmic ray albedo. Rocket and satellite launchings were scheduled for days with-,
out magnetic storms and quiet sun. Primary cosmic rays were measured at heights
of100-50O km. The cosmic ray albedo measured by rockets equipped with special
Card 1/2

L:21Z57-6~ LWG(J)/FSS-2/0.4T(1)/L--VN(-m)/34G(v)/FCC/T/EEC-4/EEC(t)/E'.4A(h) Po-4/
]~e--3/Po-tl,/Pae-2/Pab/Pi-4/Pb-4' IJP(0)/S3D/AA4L/S3D(0) AFMD(c /AF3TR/E5D(t)
ACCESSION NR: AP5000176 GW.2tdS X64/00NOO 6/0 93 3/0 935
AUTHOR: Shafer, Yu. G. Sokolov, V. D. Der
_geym, S. =K-
~In J U~ -
Sallmzibargy-IR03.
TITLE: cosmicray upper atmosphere, primary cosmic radiation, cosmic ray apparatus,
cosmic ray asymmetry, cosmic ray albedo particle
'SOURCE: Kosmicheskiya Issledovanlya, v. 2,: no. 6 1964, 933-935
TOPIC TAGS: Some results of measurements of east-west asymmetry In the Intensity of
primaFZ cosmic radiation,,,/
A13STRACT: Measurements of the east-west asymmetry of primary cosmic radiation were
made to heights of 500 km in 1962. The measuring apparatus was placed in the upper
compartment of the rocket directly under the nose cone. 'The latter was separated at a
height of 70-80 km. The apparatus (shown schematically in.Fig. I of the Enclosure) con-
sisted of a system of many counters, collected into three groups of triple-coincidence
telescopes with 3 to 5 telescopes in each group. One of these groups sampled particles in
a vertical direction. The two other groups of telesegges were mounted inthe 'least-west!f
plane at an angle of 600 to the vertical. The rocketsNivere stabilized in space with respect
to azimuth and relative to the zenith with an accuracy of d:Zo. These measurements made
Card 1/4

-L 21757-65
AcCESSION NR. AP5009176
.The e)qierimental value of the mean intensity obtained from the data of the inclined tele-
scopes was greater than the intensity measured by the vertical telescope. This difference
:is not random and can be interpreted as. the absence of a contribution of a significant quan-
tity of albedo particles to the intensities recorded by the vertical telescope. By knowing
..the intensity of the albedo particles it Is possible to find the mean value of the effect of east-.-
'west asymmetry of primary cosmic radiation (K), using the expression
west ast
K e 100%
Vert
'itwas equal W34%13%. The predicted Value K determined from the theory of geornag-. -
'netic effects using the integral energy spectrum of primary cosmic radiation, is 35-37%.
Thus, two independent methods for determination of K give values In agreement within the
jimits of error. Orig. art. has: 3 formulas, 2, figures and 1 table.
:ASSO1,31ATION: None
-SUBbUTTED:- 12May64 ENCL: 01 SUB CODE: ES
N0 REF SOV: 001 OTHER:: 002
Card 3/4

L 21757..65
ACCESSION NR: Ar5oooi% ENCLOSURE: 01

Fi
ure 1
Sketch of place- 0
.
g
ment of measuring lnstrum-,~.,-,, Of ment~
ents in the upper instrument""". Compartme
compartment of a rocket.

1. apparatus for measurl
ng
east - west asymmetry,
B-group of vertical and

H-group of incliDedtripl
e
coincidence counter tele

cope;
2. shielded single Geiger

counter -
3. double -coincidence
counter telescope;
4. ionization chamber;

B. single unBhielded Geiger"
counter. Main body
of Rocket

Card 4A
NNW"

L 1537-66
ACCESSION NR: AT5023632 UR/0000/65/000/000/0513/0513
6
AUT11ORS% Shafer, Yu. G.; Kuzhevskiy, B. IL,; Kulairin. As G*
_A,; Qkryabin, N
4 14 j `671- 'jq, 55- ~41 -56" kr~
TITM Effects of solar and geophysical phenomena in primary radiationj
instrumentally recorded by the "Kosmos-19" satellite
Moscowl
SOURCE: Voesoyuznaya konferents&a po Mike kosmioheskojj~ji~oetranatvas
1965, Issledovaniya kosmicheskogo prostranstva (Space researohT-;trudy
konferentaii. Moscowp Izd-vo Nauka, 1965, 513
IttAcosmi
TOPIC TAGS: cosmic Den c ray intensityf magnetic
ray, 'cosmic ray measurej
storm, satellite, satellite mission analysis
ABSTRACT: Results from the processing of cosmic radiation. data recorded at 350 to
450 km by the -Kosmosna satellite between 6 Aupst and 31 December 1963 are
presented. No 27-day :~WAion was noted in the intensity of cosmic rays with
magnetic rigidity above 3.5 Bor during this period of minimal solar activitys
During the intensive magnetic storms of IT-27 November a ciharp drop in the
counting rate was regiatered (the same effect was observed at the Rezollyut grmmd~
based at at 1 on In yakutsk). On 12 AUgast the- co=ting rate was rioted - 1 - --
to increase above the mid-month data. This effect followed the appearance of
Card 112

ine, aoiar onromospneric iiares vy ju-15 j2r, fk iine or equa-L intensity was
produced from the satellite. Its comparison with the lines presented by S. N.
Bernov and N. L. Grigorov (ab, "Iskusstvennyye oputniki Zemlij" vyp, 1. Izd-va
AN SSS110 1956) shows that in the period 1957-1963 the intensity increased by only
The smallness of this increase in related to tho large threshold rigidity
of the particles registered,~. [041
ASSOCIATIONt none
SUBMITTEDt 02-sep65
NO RKF SM 002
Curd 2/~
SUB CODES A.A t ST
ATD PRW:

L F
ACC NR; AT6027218
SOURCE CODE-:-- bk/b 660/6 6/006/000/0097/0101
C~3
AUTHOR: Shafer, Yu. G.; Sokolov, V. D.; Skryabin, N. G.; Sall-mzibarov, R. B.
ORG: none PT
TITLE: Cosmic ray- Intensity In the stratosphere over Yakutsk during the period from 1958
to 1962
SOURCE: ANSSSR. Sibirskoyeotdeleniye. Sibirskiyinstitutzemnogomagnetizma, ionosf
I rasprostQiie a a &
-~L --Io~~ Issledovaniya po geomagnetizmu i aeronomil (Studies In geo-
magnetism and aeronomy). Moscow, Izd-vo Nauka, 1966, 97-101
60SInt.r- t-ay 4-ele6cqpe,
TOPIC TAGS: cosmic ray intensity, I- J---VFeee&&4ng, graphic data processing/y,9A, als 1<
ABSTRACT: Data on cosmic ray variation obtained with an airborne counter telescope in the
stratosphere over Yakutsk are. presented in tabular and graphical form. The mean value of
cosmic ray intensity is determined at three isobaric levels (100, 200, and 300 db) for seven
separate time intervals between 1958 and 1962. Since some of these periods coincide with
magnetic activity, and cosmic ray intensity differs widely for magnetically disturbed and quiet
days, the data were processed in two groups: one, covering the total data, and one in which
only the "quiet" data were considered. Data analysis indicates that the spectrum of primary
Card

ACC NIR: A26032696 SOURCE CODE: UR/0203/66/006/005/0924/0924
AUTH02,: Skryabin, N. G.; Sokolov, V. D.; Shafer, Yu. G.
.OR.G: Institute of Cosmo-Physical Observations and Aeronomy, Yakutsk Division, SO ,N
:C
.SSSR (Insticut kosmofizicheskikh issledovaniy i aeronomii Yakutskogo filiala SO SSSR)
TITLE: Screening effects and intensity of cosmic rays beyond the limits of at-mosphere
,SO.URCE: Geomagnetizm i aeronomiya, v. 6, no. 5, 1966, 924
.TOPIC TAGS: metallic screen )cosmic ray intensity, gas discharge counter, atmospheric
radiation
ABS-MACT: Comparison of the intensity of cosmic rays obtained experimentally using
,screened and unscreened gas-discharge counters has shown considerable differences in
results. It has been observed that by increasing the thickness of a lead screen from
0 to 1.5 cm the increase of the screening effect is almost linear. By using a method
of linear extraoolation towards the limits of a screen, the intensity outside of the
limits of the Earth's magnetosphere freed from the screening effect, was found to be
:(0.275 + O.G25) particles CM-2 sec-ister-1. Compared with this value, theLintensity
m,;aasured with counters fitted with 0.5.cm Al, 1.5 cm Al and 1.5 cm Pb screens will be
greater by 5.5, 16.4, and 31%, respectively. Data of 1SZ "Elektron-2" were kindly
.offered by Yu. 1. Logachev. Orig. art. has: 1 table.
SUB CODZ: 04- / SUBM DATE: '18Dec65/ ORIG REF: 005
UDC: 523.165

ACC NR: AP70OC524 ~O_U~~E_CUfff I(M/6041 r(6/1777
Kuzhevskiy, B. M.; Salimzibarov, R. B.; Skryabin, N. G.;
Shafer, Yu. G.
ORG: Institute of Space Physics Research and Aeronomy, Yakut Branch,
Siberian Branch, Academy of Sciences, SSSR (Institut kosmofizicheskikh
issledovaniy i aeronomii Yak-utskogo filiala Sibirskogo otdeleniya,,
Akademiya nauk SSSR)
TITLE: Some preliminary results of a study of intensity variations of
cosmic rays carried out by the Kosmos-25 satellite/Taper presented at the
All-Union Conference on Physics of Cosmic Rays held in Moscow from 15 to November 1965/
SOURGE; AN SSSR. Izvestiya. Seriya fizicheskaya, v. 30, no. 11,
1966, 1776-1777 1
TOPIC TAGS: cosmic ray, cosmic ray it1tensity, cosmic ray measurement,
4-c~" 5ii- &1i . I '
cosmic ray part icle,,;K>OeL- o-r L" e C.LL,1~ ~ A- Lt Wk 0-
0-
ABSTRACT: The sateM~te o~mos-25 was launched on 27 Feb 1964 to study
cosmic ray variations. The measuring equipment installed on board the
satellite included shielded and unshielded gas-discharge counters, a
.shielded scintillation-counter array, and an ionization chamber. On
the basis of monthly mean values of readings of these devices, several
assumptions concerning the relationship between variations in cosmic
-Card i/j

ACCNR:____A:P'(O00524
ray intensity and solar activity were made. Instrument readings were
taken for the energy threshold Po = 4 Bev with reference to an altitude
Of 350 km. The informations obtained from the array and from the
shielded and unshielded counters indicate a 30-day lag in the varia--
tions in cosmic ray intensity in respect to the variations in solar
activity (Fig. 1). The ionization chamber readings characterize the
ionizing power of particles more than it does their intensity. Fig. I
indicates that the chamber readings increase when particle intensity,
recorded by the counter, Is decreased. In a number of cases additional
radiation was recorded by the shielded counter, the effect of which
increased during flight of the satellite at low latitudes. The authors
assume that this phenomena can be attributed to either the recording
of~ electron -positron pairs developed by-(-quanta, the effect of x-ray
on the shield of the counter, or solar x-ray radiation during atmos-
pheric flares. Orig. art. has: 1 figure,.-l table, and 2 formulas.
(WA-751
(CIS]
Card

ACC NR: AP7000521i

7

07.0

4.) 7.
~4 P4
w

I/S
ff LT LF Vly yff ZyLr I A,

SUB CODE:ZqOVI
Fig. 1. The time distribution of cosmic
ray intensity according to measurements
made by the Kosmos-25 satellite in 1964
numbers for
and obtained from the Wolf
the same period. Curves of intensity
variations of cosmic rays were construe-
ted according to data of: 1) an ioniza-
n chamber; 2-) a single nonshielded
t iol
counter; 3) a shielded scintillator
counter array; 4) a single shielded
counter; and 5) Wolf's numbers.
SUBM DATE: none/ ORIG.REF: 004/ OTH REF: 001
Card -VI

SIRYABIN, N.K.
-~ -
Rov ve raised venter cutters' labor productivity. Der.prom.4
no.10:24 0 '55. (MMU q: 1)
l.PovolzhskI7 f anernyy sarod.
(loahkar-Ola--Veneer and veneering)

137-58-6-121,11
Translat;on from: Referanvn%-v zhurnal, Nfetal lu r:!4 va, 1958: Nr 6, 138 (USSR)
AUTHORS Shadrin, V.A., Suyarov, D.I., Skryahin, N.P
T ITL E: Specific Pressures Encountered in Rolling of Nfetal in Blooming
Mills (Udel'nyye davleniva pri prokatke na blyu.minae)
PERIODICAL. 13yul. nauchno-teklin. inform. Ural'skiy n.-i. in-t chernykli
-netallov, 1957, Nr 3, pp 109-113
ABSTRACT: A presentation of results of experiments on the determina-
tion of pressures (P) exerted by the metal acrainst the rolls of a
Model-850 blooming mill equipped with *"ive sets of grooves.
Ingots of U12A, S 60, 12 MKI1, and 27SG steel, heated to a
temperature of 1200-13000C, were rolled in 25 passes into
blooms with a cross section of 185 x 185 mm (10 passes
through the first set of grooves, six passes each through the
second and third sets, two in the fourth, and one in the fifth
set.). The P's were determined with the aid of dynamometers
with wire gages mounted under the pressure screws; in the
first 16 passes the P was measured on the left dynamometer,
while the right dynamometer was employed in all subsequent
Card 1/2 passes. It has been established that at temperatures between

137-58-6-12141
Specific Pressures Encountered in Rolling of Metal in Blooming Mills
11000 and 10500 the specific P's, 3-9 kg/mrnz, exerted against the rolls by
various types of steel investigated, are greatly dependent on the tempera-
ture of the ingots and on the temperature drop between the surface and the
core of the ingot.s.
M.Z.
Metal.s-Processing 2. Pre ssu--r,e--De terminat ion 3. Ro-L-ing mills--Equip;-nentb
Card 2/2

SHADRIN, V.A., inzh.: SKRYABIN,-N.P., inzh.
Iffect of lubrication on the deformability of rolled steel.
Biul. TSHIIGBM no. 9:26-29 158- (MIRA 11:7)
(Rolling(Metalwork))
(Metalworking lubricants)

AUTHOR: N.P. Skryabin, Engineer SOV/122-58-12-2)+/32
TITLE: L-e ter to the Editor: Comments to the Article of A.A.
Korolev, "Principles of Operation and Calculation of
Planetary Rolling Stands" published in the Nr 4, 1957,
issue Of this Journal (Pistmo v redaktsiyu)
PERIODICAL: Vestnik Mashinostroyeniyal 1958, Nr 12, p 61+ (usSR)
ABSTRACT: The writer of this letter claims that certain assump-
tions expressed in the article by Xorolev are incorrect.
The formula for determining the thickness of the slab
in the case of rolling of metal by means of planetary
rolls (according to the sketches b and B in Fig 2 of the
quoted paper) derived theoretically bo Korolev reads
thus: H = (200 to 950) d/z 2
where d is the diameter of the planetary roll and z is
the number of-pairs of planetary rolls. On the basis
of this form la the author concluded that the product-~-
ion on rolling mills of the variant B is more
Card 1/2 efficient than that of tile var1ant 6. This is not
borne out by certain theoretical considerations and

SOV/122-58-12-24-/32
Letter to the Editor: Comments to t-phe article of A.A. Korolev,
"Principles of Operation and Calculation of Planetary Rolling
Stands published in the Nr )+, 1957, Issue of this journal
experience obtained
outside Russia. In
the permissible slab
should be
in planetary rolling stands produced
vi.e7i of what is said in this note
thickness in planetary rolling stands
H = (300 to 450) d/z2
Various other inaccuracies and errors are also pointed
out and it is stated that &ae to these factors the
formula derived by A.A. Korolev is to be verified and
the accuracy of -these formilae provedq and this has to
be taken into consideratioa in selecting the basic
parameters of planetary rolling stands.
Card 2/2

AUTHOR: 32-1-32/55
TITLE: Investigation Method of Metal Deformation
(Novyly metod issledovaniya deformatsii metalla).
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr I , pp. 82-83 (USSR)
ABSTRkCT: The newmethod recommended in this paper is based upon the appli-
cation of composed lead samples which are welded together by Wud's
(Wood's) alloy or by tin. The method consists in the following:
A lead foil is cut into separate strips; these strips are heated
up to a temperature of 1000 and are welded together with Wud's
(Wood's) alloy or tin. When welding with tin a temperature of
2500 is necessary. The samples obtained in this manner are then
coated with Iffud' s (Wood' s) alloy or tinned. The sample composed in
this manner is a monolithic piece of metal which can be forged or
rolled. The welding lines remain well visible in every cross
section of the sample. This is the case also with different kinds
of treatment. Therefore, the changing of distances between strips
make it possible to form an opinion concerning the phenomena of
Card 1/2 deformation or displacements of the metal mass in the course of

New Investigation Method of Metal Deformation 32-1-32/55
rolling or other kinds of treatment. There are I figure, and
4 references, 2 of which are Slavic.
ASSOCIATIO14: Ural Scientific Reisearch Institute for Ferrous Metals - ,
(Ural'skiy nauchno-issledovatel'skiy institut chernykh
metallov).
AVAILABLE: Library of Congress
Card 2/2 1. Metallurg7 2. Metals-Deformation-Test methods

S/1-37/60/000/010/010/040
AOO&/AOO1
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No. 10, P. 113,
23288
AUTHORS- Shadrin, V.A., Skryabin, N.P.
TITLE: Distribution of Longitudinal Stresses in a Strip During Rolling on
Smooth Rolls
PERIODICAL: Byul. nauchno-tekhn. inform. Ural'skiy n.-i-. in-t chern. metallov,
1959, No. 6, pp. 58 - 64
TEXT: A method is described to study the strained state during rolling on
composite Pb-specimens having cylindrical apertures in the joint plane. The direc-
tion and magnitude of stresses are evaluated by the relative changes in the axis
length of the apertures during deformation.
L.M.
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

S/137/61/000/007/01'7/072
A060/A1O1
AUTHOR: Skr-jabin, N. P.
TITLE: Specific features of metal deformation under rolling on planetary
strip mills
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 7, 1961, 5-6, abstract 7D32
("Tr. Konferentsii: Tekhn. progress v te-khnol. prokatn. proiz-va
Sverdlovsk, Metallurgizdat, 1960, 526-534)
TEXT: A working model of a planetary millowith diameter of idling rolls
equal to 250 mm and of working rolls - 25 mm was designed and constructed.
Dynamometers were set up to measure the vertical component of the pressure ot the
metal on the rolls. Specimens were prepared from Pb, Al, and steel, The steel
specimens were heated up to 1,100 0C in an electric furnace. When composite
specimens were u3ed, the displacement of metal particles in the strain seat, was
studied. The analysis of experimental data showed that at low velocities and
small initial strip thickness, the creeping of the surface layers of the metal
and their displacement in the direction opposite to the direction of rolling is
observed. As the velocity and thickness are increased, the opposite phenomenon
Card 1/2

3/137/61/000/007/017/072
Specific features of metal deformation ... A06OIA101
occurs. The flow of metal in width is analogous to usual rolling at low tension,
for example in a blooming mill. The absolute spread does not depend,in magnitude
on the width of the rolled strips. The roll load is of a pulsating character.
The specific pressure increases with reduced feed and increased initial thickness
of strips at fixed final thickness. High rates of metal feed are the most ad-
vantageous for rolling.
B. Ilyukovich
[Abstracter's note: Complete translation]
Card-2/2

SETERNOV p MI Ichmi I Mikhaylovich; KOCRETOV 9 I.M. 9 retsenzent; ~SKRYABIN p N. P
red.; SKOROBOGACH&VA, A.P.9 red. iz&va; TURKINA, Ye.~-7-,,-,
(Roll-groave design for rolling angle steel] KELUbro.vka uglovoi s+4a-
li. Sverdlovskq Gos. nauchno-tekhn. izd-vo lit-ry po chernoi i tsvet-
noi. metallurgii, 1961. 54 A (MIRA 14:8)
(Rolling (Metalwork))

89M
S/133/61/000/003/007/014
A054/AO33
AUTHORS: Makayev, S. V., Engineer;_�kryab_in,_N_. F., Engineezz
Rabinovich, D. M., Engineer; Shadrin, V~ A., Candidate of
Technical Sciences; Korshikov, V. D., Engineer
TITLE: Mastering the rolling of light-weight sections of low-alloy
steels
PERIODICAL: Stall, no. 3, 1961, 240 - 245
TEXT: The new light-weight beams and channels (roCT - GOST 8239~-56
and GOST 8240-56) made of low-alloy steel have not the same strength as
the corresponding sections made of carbon steel. In order to obtain the
required strength, larger sizes of these sections are used and in this
way the savings otherwise effected are partly lost. This draw-back is
compensated for by improving the mechanical properties of the steels of
which the light-weight sections.-are made. In order to find suitable
methods to this end, tests were made with the most current low-alloy steels:
09F2 (09G2), 15XCRA (15KhSND) and compared with the CT-3 (St.3) grade
steels. The tests were carried out with the cooperation of L. I. Putil't-
Card 1/ 6

89973
S/133/61/000/003/007/014
Mastering the rolling of A054/AO33
sev, Yu. D. Korkodinov, S. V. Gubert, V, V. Skakun, V,, V. Kutaye-r and
V. S, Serebryakov. Beams and channels were rolled on the model "80011
rolling mill4 The parameters of the electromotors., the metalpressure on
the rolls, the rolling temperature and the accuracy of the sections ob-
tained were ciosely controlled. The same roll-pass designs were used as
in the conventional process. The bloom were heated to 12800C, rollEdfirst
in a 110011 mill, next in the 1180011 mill, (with 3 - 5 passes on the first
and 3 passes on the second stand) and then processed in the finishing mill.
The roughing stands were actuated by a d-c 6200 hp motor (80 - 160 rpm,
55.5 TM rated torque), while the finishing stand was driven by a 2500 hp
motor (rated torque: 22.4 TM). The energetic parameters were recorded on
the tape of an OT-24 (0T-24) oscillograph, the metalpressure on the roll
was registered by special Y049 (UIChM) dynamometer with wire pickups. The
rolling temperature after the 1190011 stand was registered by a photoelectric
pyrometer, before the finishing stand by a radiation pyrometer. Based on
the test results it was found that the load on the motor increased ty about
10 %, the rolling pressure by about 25 %, the specific electric power con-
sufapt.ion by about 10 - 20 %, when rolling light-weight sections of low-alloy
Card 2/6

89973
S/133/61/000/003/007/014
Mastering the rolling of A054/AO33
steels as compared with carbon steels. It was found, as regards temperature
conditions, that low-alloy steels possess a higher deformation resistance
at the final (lower) rolling temperatures, (750 - 85000, than carbon steels.
Therefore additional care has to be taken in adjusting the stand to obtain
the required dimensions of the section. The standstills of the mill in-
creased by about 10 % when rolling low-alloy steels, on account of ch-anges
of rolls and fixtures, so that the output of the mill dropped by about
10 %. However, the 09G2 steel, which is most suitable for light-weight
sections, has a great strength in hot-rolled condition, as well as good
welding properties and a lower ductility compared with St.3 steels. These
properties of the 09G2 steel can still be improved by bubjecting it to
hardening and annealing at 5800C for 1,5 hours. As a result of heat treat-
ment, the 09G2 steel obtains a fine grained ferrite--perlite structure;
moreover, when annealed at 5200C, its strength increases further by about
10 - 20 %. 09G2 steel is also considerably tougher than the St-3 steels
(after complete heat treatment its toughness exceeds that of St.3 steel at
+200C by 30%, at -400C about three times.). Thus, with regard to the
higher load of the motor and the reduced output of the mill, the produc-
tion of light-weight sections from low-alloy steels will yield actual sav-
Card 3/ 6

89973
S/133/61/000/003/007/014
Mastering the rolling of ... A054/AO33
ings for the national economy in the low-alloy-sections are subjected to
the heat treatment indicated. There are 8 figures and 4 tables.
ASSOCIATION: Nizhne-Tagillsk matallurgicheskiy kombinat (Nizhne-Tagil
Metallurgical Combine) and Urallakiy institut chernykh metal-
lov (Ural Institute of Ferrous Metals)
Card 14/6

.'..asterini,~ "he rolling of
-Figure 4: The change in the
Parameters of rolling light- z
--,aei -ht beams (24) from
0
St.3kp (carbon) and 15KhSIN-D
(low-a'loy) steel, a,b, per P4
(10
pass, on the 1180011 stand. 0
31
S4 1:4
21
Card 5/6
10
!m -Ii
0+~
CHZ4
.rq0
N
P4 $4 C;. J,
U2 Q)
89973
051 0-0 3 3

IS09

9.4%

-

dog

000

-

7
U -4-
number of pass
0
o 0
0 0
F-4 CH
w .0
-Ii H
CH
CH 4~
0 Ci-4
0 0

IMP-stering the rolling of
Figure 5: Idem, for beams 30.
Card 6/6
89975
S/133/61/000/003/007/014
A054/AO33
0
4~ 2:
E!
0
1 0
4:
P. P4
F3
04-3
-4 rn ~-~
4+4
r-I 0 ~1:
C.) J-4
a)
UILV

UOD

1100

3SO
\\
X
2
00

11
:
1
I 2 3 4 Z
9
4-4
0 ~D
F4 .,i
a) H
?-- _i
o 0

~O
0 0
0 r-
0
M
EH
d)
0
o 0
number of pass
C4 $4
ci

SKRIABIN N.P.; TROFIMOV, G.K.; KOCHETOV, I.M.; BARYSHNIKOV.. P.A.; , .
~-,iwfiiy K.I.; SHKURKO, I.M.; MMS, B.M.; FASTUMOV., Y9.S.;,%HEWff, p.p.
Greater efficieAcy in grooving and the mechanization of rolling
on the 500 and 280 mills. Metallurg 6 no.12:23-27 D 161.
(KMA 14:11)
1. Omutninskiy metallurgicheskiy zavod I'Urallskiy institut
chern7kh metallov.
(Rolling mills-Equipment and supplies)

- SKRYABIN, JI.F.; VINOEUROV, I.ya~-, Y.010"Clilio"V, V.D.; KJCV.Prov, I.M.
Rolling channels with a high )utput of the finizhinig CrDr)ve,
Metallurg 7 no.1:30-31 Ja '62. (Mlizi~ 1.,.- 1 )
1. Ural'skiy institut chernykh metallov i Nizhne-Tarillskiy
metallurgicheskiy kombinat.
(Rolling (Metalwork))

SKRYABIN, N,,P,; ITMKIN, B,V.; KORSHCHIKOV, V.D.
Determination of metal economy. Metallurg 7 no,8927-29
Ag 162. (MIRA 15-9)
1. Ural'skiy institut chernykh metallov i Nizhne-Tagillskiy
metallurgicheskiy kombinat.
(Rolling (Metalwork))

KHOREV, V.N.; BARANOVA, N.A.; GCRIACH, I.A.; KVASOV, Ye.l.; KRAMAREI.TKO, I.S.;
FRiViLffj
S.S.; LYASKO) M-V-; DMOV, N.F.;
MIRONOVj L.V.;
MIRONOV, L.V.; KOKSHAROVA, I.K.; MIKPU.EV, M.S.; LAZAREV, E.M,,;
UZNETSOVA, I.R.; tAPKIN, N.I.j KRASILINIKOV, N.A.; GOLIDSHTEYN, M.I.;
G=RMAN.P S.G.; ODINOKOV, Yu.I.; KORSHCHIKOV, V.D.
'Research by the Ural Ferrous Metal Research Institute. Stall
'-22.nO4?fM,623,638-63q,67o il 162. (MIRA .15:7)
(Metallurgical research)

MAXAUV, S.V., kand.tekhn.nauk; SKRY-ABIN,_E.P., inzii.; KORSHCHIKOV, V.D.,,
inzh.
Rolling beams on universal rolling mill stands. Stall 22 no.12:
1088-1092 D 162, Mm 15:12)
1. Nizbne-Tagillskiy metallurgicheskiy kombinat i Urallskiy
in.ptitut chernykh metallov.
(Rolling (Metalwork)) (Beams and girders)

SHALAYEV, Viktor Vasillyevich; KALININ, Aleksandr Ivanovich; KOLBIN,
Anatoliy Ivanovich; MEREKIN, Boris Vasillyevich; FEYGIN,
Geshell Davidovichj, VINOK111f)V, Izrail Yak-ovlevich; SKAKUN,
Vladimir Vasillyevich; KAFUSTIN, Arkadiy Ivanovich;
140GILEVSKIY, Ddvid Markovich; ALEKSEYEVA, Tatlyana. Alekakvevna;
BABAYLOV, Finopent Ivanovich; SKRYABIN, N.P., red.; KRYZWVA,
M.L., red.izd-va; KOROLI, V.P.',- tekhn. red.-
[Improving procedures and equipment in shape rolling mills]
Sovershenstvovenie tekhnologii J oborudovaniia v sortoprokat-
nom tsekhe. Sverdlovsk, Metallurgizdat, 1963. 163 P.
(MIRA 16:1)
(Rolling (Metalwork))-Equipment and supplies)

MAKAYEV, Sergey Vladimirovich; VINOKUROV, Izrail Yakovlevich; MERKSIN,
Boris Vasillyevich; FEYGIN, Geshell Davidovich;, SKRYABIN, Nikol&y,
Nikolay Kononovich; LEDNEV, M.P., retsenze~4
KOTSARI., Sergey Leonidovich., red.; BURIKOV, M.M., red.izd-va;
M&LIKOUP N.T.Y tekhn. red.
(Production of lightweight sections)Proizvodstvo oblegehennykh
profilei. [By]S.V.Makaev i dr. Sverdlovsk, Metallurgizdat, 1962.
215 p. (MIRA 16:3)
(Rolling (Metalwork))

SKRYABITI, N.P.; BAAKASHVILI, V.S.; KORSHIKOV, V.D.
Resistance to deformation during the rolling of titanium
alloys. Trudy GPI (GruzJ no.4,.123-133 10'2 (MIfU 17:8)

----------
SOURCE: Ref. zh. Ketallu~rgiya, Abs. 071
AUTHOR:- S r
k yabin N. P. Korshchikov, V. D Tokmakov, P. Ya.; Gritsenko, Yu. P.~"
TITLE: Deformation and forces in hot rolling 9f titanium alloys
ICITED SOURCE: Tr. Urallskogo n.~i. in-ta chern. mt. , v. 3, 1964, 132-142
_4
TOPIC TAGS: titaniumillay, metal deformation, metal rolling, hot rolling
Z I TRANSLATION: Deformation of titanium alloys during 014pg in smooth and ealibrat-1.
led rolls was experimentally-studied to desigi 1$or producing high-quality, .
~standard cross-sectional stock. Experimental data were obtaine4 on resistance.to,
deformation and man specific pressure for various titanium alloys, These data'may
be used for calculating the force parameters for rolling these-alloys.. H. Yudina,.-.
SUB CODE: HH, IE ENCL:_ 00
Card

V
L`6303-65 1.EWP(k)/DIP(_z) V
kCCESSION HR t) JDj'~ii---------0/Ol36/657G 1008101MOO 5
AP5 3 Y.IT( G084
66q.295.oo4.i2:62l.77lo2
Kushakevich, S. A.;'Uikitin, Y6. 14.4
WTHOR: Krasnikov, N. Ye 0kryAhin
3azhenov, Yu M Tokmakov, P. Ya.; Gritsenko, YU4 P.; hmutova. Ye. A.
U10 51
um
ITLE: Investigation of the mechwical properties and structure of titani
oys during rolling
[
OURCE: Tsvetnyye metally, no. 8. 1965,84-85
U
PIC TAGS: tXtanium alloy, titanium alloy rol-ling,.titanium alloy structure,-
~Pt
itanium alloy mechanical property
and BTI ti
iaicr
TRACT: The mechanical properties d ostructure of BT5, BT8 tani
um alloys rolled on rolling Mill varioustemperatures and with various re--
30ON
ductions have been investigated. Specimens 20 x 28 x 140 mm -were preheated an
--ro.Ued-with--a-rolling-end--teniperati~-:,,---gf-.800,-850,-900,-1000,-,a,-xd---110~0C.~-~-iT'.Ii
th%lif--all.. the alloys Jiidreadtik_ _r Ili A~. e
V
t
ha -str!R&
-,,~erimeftts.
erature dqAreased fromJ100 to 800C. Microscopic- examination revealed -that re--drys
allization\'Uas not completed at 800-850C, but only at 900-1000C.- The recryatal-"
-.'Lize structureAmproved ductility; the values changed according to the curve, haV.4
rd 1/2

L 45080-65 ~/9* b)/E P(i)/~
P h
*ZY!A(,'~-)--PJ--4 ..... jM(-q) I D LMM
[ACCESSION NR: AP5009742 MR/0136/65/000/0W0064/0056
AUTHOR:-Krasnikov, N. Ye.; Sk n: i ~N ~-p
TITIX: Deformation of titaniua alloys during Kollinst ~1
SOURCE: Tovetuyye Metally, no. 4,,1965, 64-66
TOPIC TAGS: section mill, titanium alloy, box,furnace, barrel type irregularity$
deformation ratio, flowage, hot rolling, analog computer
z
with the rall and
ABSTRAM, A series of experiments ing of VT51 (q-), n8
titanium alloys In a.section mill was performed vith the object of
determining the concomitant patterns of deformations and the analytic relations for
[calculating the widening, The investigation was.carried out,in a laboratory two-
high "300" section mill, using specimens with original dimensions of 28x28xl4
and wuch prior to rolling were heated in a ailit box
furnace.to 800, 850, 900,.1000, and 1100*C, for 15 minutes at a single temperature
in each.casea. They were then rolled to a thickness of 10-12 ma, in the course of
three passes, During the experivienta the dimensions of the! specimens vere
before and after each pags and*thair deformation ratios Calculated. Compexe4'with
I Card .7,

77
ACCESSIM NR: AP5009742
steel, titanium alloys show greater development of barrel-type surface irregular-
e nal temperature distribution during cooling is less unifora;'~
ities and th ir inte
this is attributed to the fact that the*heat conduction of titanium-is 1.8 times
-i~ver than that of steel. On the basis of data obtained by means of an analo
davir~,,, differentiai equations of heat balance were compiled solved by'
means of
an analog computer, and then used to plot curve6 of the cooling temperature of the
metal over the thickness of the billet as a function of its cooling time, which
showed that the surface of titanium alloys cools more rapidly than that of steel.
i~ue to the considerable temperature drop between the center and the surface of
titanium-alloy billets, the deformation aver the depth of the billet does not
e
proceed uniformly. The outer layers of the.metal have a lower temperature than th
iinner and hence also a grzeater deformation.resirtance.. Therefore, in the process,
in_
[of rolling, the flowage of the metal of the central layers,of the billet predom
ates and so does their longitudiual add transverse displacement with respect to tht-
surface layers, chiefly in the direction of the least resistance -- width. on the
basis of akperIzental-findings the authors platted a generalized, curve of the
widening index as a function of deformatiotfattors$ ultimately derivitg a formald
for calculating the widening of laetal during the hot tolling of titanium.-alloy
aectiovs. Orig. art. ban: 4 figures, I tabl6.
Card ZIJ

447
Y1
AP50DO --�j~pTiT _xjt-_1/rjD7ftW
CCESSION NR: 6136/65/0661008/06SIf/ 5
669.295.oo4.12:621ML2 -
niko tD P~ ich, S. A.; Nikitin, Y'
Sk b
WHOR: Kras v, H~ Y Kushak6v ei M
a
Tokn 2;.+ aa4N Rakhmutova,'Ye. Ai
ko. Yu P.;
azhenov, Yu.'M HU en
rITLE: Investigation of the mechanical properties and structure of.titanium
--alloys during rolling
OURCE! Tsvetnyye metally, no. 8, 19651 B4_85
OPIC TAGS titanium allot, titanium alloy- rolling, titanium alloy structure,
-Aitanium alloy- mechanical 'property
e d and BT15 titani
ABSTRACT* The mechanical properti of BT5 BT8
.~um alloys rolled on rolling mill 300N t. va ious tempera~,,-;res and with various re -
r
iductions have been investigated. Sp5cmens 20 x 28 x 140 mm were preheated anA
7)
ure and 1100C. The~ex-m
olled with a rolling-end temperat f 800 850, 900, 1000,
rolli ..I eim-
eriments shpwed that tensile strengthV%f all the alloys.increased as
Edo t 0 OC. Mcroscopic examination revealed that recrys-
erature d~reased from ' ----go-
on recrystal
allizati as not completed at 800-850C, but only at 900- OOOC :The
lized structure improved ductility; the values changed according to the etirvei hav-P.- I.,
Card. 1/2

US,li/Cultivated Plants General Problems. L-1
Abs Jour Ref Zhur - Biologiya, No 16, 25 Aug 1957, 69152
Author Skryabin, NI.S., Rusin, A.P.
Title UtiT-i2__a=on__oTVater Soils in Gorkov District.
OriF Pub Zemledelie, 1,056, No 1, 44-48
t4
Abstract Information is given on experimental utiliza ~on of the wa-
terlogged peat bogs of the Kudma River, drained in 1940-19h3.
The plouFhinF down of bushes was conducted by a refitted
plough PKB-56. After breaking up the soil layers with hea-
vy disk harrows, the section was ploughed over and disked
the following year. After sowing timothy grass, fescue and
brome grass (25 kg per hectare), the section was rolled by
a tractor-driven water spraying roller. The hay crop in
the first year was 40 to 42, and in 1955, 50-60 centners
ner hectare. In sections not covered bv bushes, the see-
4ing of grasses was conducted the same year as breaking the
Card 112

USSR/Meadow Cultivation - The Meadow. K-1
Abs Jour Referat Zhur - Biologiya, No 16, 25 Aug 1957, 69145
increases the weight of the second harvest, the size of
which is nearly that of the first. For reasons of econo-
my it is best to add a moderate dose of fertilizer (N60)
in t1jo stages, spring and summer. The nitrogenous
nutrient exerts a favorable influence on the chemical
commosition of hay and on the species composition of the
grasses.
Card 2/2 - 7 -

SOV/ 137-58-11-22214
Translation from: Referati-jnyy zhurnal, Metallurg:Vd. 1958, Nr 11, p 54 (USSR)
AUTHORS: Serebrennikova, M, A,, Skryabin.. P. P~
TITLE: A Laboratory Model of d Vertical Vacuum Retort Oven for Thermal
Production of Potassium (Laboratornaya model' vertikallnoy
vakuumretortnoy pechi dlya polucheniya kaliya termicheskim metodom)
PERIODICAL: Tr. Urallskogo n. --i, khim. ir, td, 1957 (1958), Nr 5, pp 56-60
ABSTRACT: The design of a laboratory vacuum retort oven (0) is presented,
It has been made and tested, The 0 is an externally -heated tube of
heat-resistant St with a gas tioht cover at either end. Within the 0
there is mounted an Fe sleeve w",.h a co%er and a central tube welded
to the bottom of '-he sleeve. The'charge is loaded into the sleeve, and
the Me vapors are withdrawn downward through the central tube into a
condenser. This establishes the interval required for separate con-
densation of the sublimated KCI and K vapors. The salt condenses
on the walls of the sleeve and the outer surface of the central tube
through which the K vapors are emitted. The model 'Is handy to
operate and assures a high K yield, ir. the 72-740/0 range. A larger-
Card 1/1 model periodic 0, with thoe charge heated on two sides, is being designed.
L. P.

SKRYABIN ,
Effect c-' *v1--c erld -f'r,=, of P- sumll d--, =. ond bit on its weariz-g
quality. vys, ucheb. zav.; geol. i razv. 6 no.12:123-127
D 163 (ATRA 18:2)
1. Moskovokly geologorazvedoclm~T ins-Liltut Ln.. S.OrdzlonLkidz9.

SKRYABIIN~ R.M,, aspirant
Technology of diamond drilling under oonditions of permafroat.
1zv.vys.uch9b.zav.; geol, i razv. 7 no.3tl24-128 Mr 164, (MIRA 18o)
1. Moskovskiy geologorazvedochnyy inatitut im. S.Ordzhonikidze.

ULANOV, Ye.S.; SMABIN, S.A., inzh.; BYKOV,, N.V.
Bridge across the Volga at Rybinsk. TramsD. szroi. 21-4 no.!:
17-21 Ja 164. (MIRA 17:8)
1. Glavnyy inzh. proyekta Giprokommmdortransa (for Ulanov).

SIMYABJ-Np S.F.2 Impitan !-go rang&
The kind of cractical -,,ar-u&l ou naviaatlon -uhat would he desirable
to have. Mar. sbar. 47 no.11:64~60' 17 163. (ICIRA -16:111)

SKIRYABIN ~ K.; ARIUUMODIOVA) S. ~L.jl
I, C'. cuid D~AISIUIIICOV, 14, A.,
"BlosyrithenLr; of Aritiviral Substance of Acttnomyces OrLgin."
ropceu submitted fcr the lute=at'-O Caogr*aa f(m Hicrobloloa., StooUalz.. Svedm,
4-9 Aug 1958.

?,-L YA TME -, S , Z
Fi-agmen~s of -,he a s~c--~5e tl- L'dd-le reaches of- the
(MIRA 17 s8)
'Takjtsk--'zr filial SiYrskop fitficleri-iya All SSSR, Yaku
L t9k.

SKRYABIH. V.
~.
The Ipush-button* war has been tested (special correspondent H.Baldwin).
.Nashi vesti 10 no.55:3-4 My '54. (91,RA 7:5)
(Atomic warfare)

SKRYABIN, V.
Mobilizing hidden potentialities of collective and state farms.
Vop.ekon. no.6:51-55 Je 160. (MIU 13:6)
1. Perv7y sekretarl Zaporozhakogo oblastnogo komiteta
Kommunisticheskoy partii Ukrainy.
(Zaporozhive Province-Agriculture)

MUM, V.
Labor uroduct-livit-Y is the main thing. "Jots. trud 6 no.8:13-18' -
Ag f6l. (MMA 14:8)
1. Pervyy sal=otarl Z)porozhskogo obkoma Kommunisticheskoy
partii Ula-ainy.
(ZwooroLhlyc Province-Labor productivity)

SKRYABINY V.
In the struggle for improving the organization of work in
production. Sots. trud 7 no.5:11-17 My 162. NIMI 15:5)
1. Pervyy sekretarl Zaporozhskogo oblastnogo komiteta
Kommunisticheskoy partii Ukrainy.
(Zaporozhlye Province-Steel industry--Technological innovations)
(Socialist competition)

FT."!fFf?SFIY, L,V. ; GIETSEN, I.K. , SKRIABIN, V.A. -, KONONEWO, N.I. -,
rOI-Esciv, I.M.; ATIT)"T"MV, V.F.
Indlistrial safety in carrying out and cementing development
workings during the occurrence of oil and gas. Nauch. trudy
P-~rv, NIIII no. 4t103-126 162. (HIRA 17t6)

V.F.
Characteristics of thie migration of ~;rllao ficavy notaln din-
semLnated by water in ~ountair;cus region-s. Uzb. geol. zhur.
9 no. 6t24-28 165 ("41FA 19:1)
1. Kompleksmaya geologros"yamochnaya poiskovaya ekspeditsiya
Gosudarstvenriogo geologicheskogo komiteta UzSSR. Submitted
May 3, 1965.

SKRYABIN, Uktor Georgiyevich; NECHAYEV, M.A., nauchn. red.;
RUSAKOVA, L.Ya., ved. red.
[Scavenging and testing gas pipelines] Froduvka i isFy-
tanie magistrallnykh gazoprovodov. Leningrad, Gostoptekh-
izdat, 1963. 106 p. (MIRA 17:3)

STAVRAKI, L.N. [Stavraki, L.M.] (Kuybyshev); SKRYABIN, V.M. (Kuybyshev)
Using the method of additional load for strain calculation
of plane and three-dimensional trusses. Prykl. mekh. 9
no-4:417-425 163. (MIRA 16:8)
1. Kuybyshevskiy inzhenerno-stroitellnyy institut.
4
_k.. ~ . ..,_ - - ~ - .

9ZRYABIN, V.P.
High-altitude suit. Mashi vesti 9 no-33:2-3 Js 153. KRA 7:9)
(Air pilots)

SKRYABINt :V.P. -
Mrotection against the atomic bomb. Nashileati 9 no.36:3 A9 153.
(MLU 6:7)
(Atomic bomb)

SKRYABIN. V.P.
P~rotection against the Moxic bo=b (contim, tiou). Nashi vesti 9 no.40:2-3
0 '331- (NLRA 6:8)
(Atomic bomb)

14K_Ir~,V~IV
7- " ,
') ~ ! IL',.).
SKRYABIN, V. V.: "Physiological investigations of static muscular activity
nnd its training." 11-Tin Health FSFSR. Leningrad Sanitary-Hygiene
Medical Inst. Leningrad, 1956. (Dissertation for the Degree of
Doctor in Medical Science.)
Knizhnaya Letopis'
No 32, 1956. Moscow.

SKRYABIN, V.V.
~
Training for static exorcise. Trudy Voss. ob-va fiziol., biokhim. i
farm. 3:77 156 (KLRA 10:4)
1% Kafedre, normal'noy fiziologii Sverdlovskogo meditsinskogo instituta;
zaveduyushchiy kafedroy professor N.K. Vereshchagin. Sverdlovsk
(FATIGUV) (PHYSICAL iMUCATION AND TRAINING)
I

SKRYABIN, V. V., Doc Med Sci -- (diss) "Physiological studies
of static muscular activity and its training." Sverdlovsk,
1957. 26 pp (Min of Health RSFSR, Len Sanitary-Hygie4 Med
Inst, Chair of Normal Physiology 0 LSGVII, Chair of Normal
Physiology of Sverdlovsk XXKXW Med Inst), 220 copies. Author
-.shos,m on cover. List of author's works pp 24-26 (17 titles)
(KL, 2-58, 115)
-58-

USSR / Human and Animal Physiology. Physiology of Work T
and Sport.
Abs Jour: Ref Zhur-Biol., No 22, 1958, 102327.
Author IR,,_j,,,,'Yi._~ozenblat, V. V,
._J~k
.Skq_p __
Inst : Not given.
Title :On the Endurance of Static Strain by Various
Muscle Groups
Orig Pub: Teoriya I praktika fiz. kulltury, 1957, 20, No 8,
597-6oo.
Abstract: By means of a mercury dynamometer, the endurance
to static exertion was studied In untrained Indi-
viduals and in athletes; as its index, the duration
of unremitting execution of the static exertion was
taken which was equal to half of the maximum force
of the given muscle group. Maximum endurance to
Card 1/2
ill

-_S~
Changes in external respiration in static work. Trudy Vaes. ob-va
fiziol.9 biokhim. i farm. 4.91-93 158. (MIRA 1-4:2)
1. Kafedra fiziologii Sverdlovskogo goaudarstvennogo meditsinskogo
instituta (zav. kafedroy prof. N.K. Vereshchagin).
(PMICAL EDUCATION AND TRAINING) (RESHRATION)

SKRYABIN, V.V.; ROUNBLAT, V.V.
Some data on the static strength of various grou,,s of muscles.
Trudy Vies. ob-va fiziol., biokhim. i farm. 4:94-98 158.
(MIRA 14:2)
1. Kafedra normallmay fiziologii Sverdlovskogo meditsinskogo
instituta. i Sverdlovskiy gorodskoy vrachebno-fizlcullturnyy dispanser.
(PHYSICAL EDUCATION AND TRAINING) (FATIVarz) (muscus)

--,-,SYMABIN, V. V.; SHABUNIN, R. A.; DOBRONRAVOV, S. N. (Sverdlovsk)
Characteristics of the function of the cardiovascular system under
static stress. Gig. truda i prof. zab. no.1:39-45 '62.
(MIRA 15:2)
1. Sverdlovskiy meditsinskiy institut.
(CARDIOVASGnAR SYSMI) (STRESS(PHYSIOLOGY))

SKRYABIN, V.V.
Study of an erythema produced by ultraviolet rays during a period of
fatigue. Vop. kur., fizioter,i lech. fiz. kullt. 27 no.1;64 162.
(~IIIRA 1~:5)
1. Iz ka-fedry normallnoy fiziologii (zav. - prof. F.K.Vereshchagin)
Sverdlovskogo -meditsinskogo instituta.
(ULTRAVIOLET RAYS-PHYSIOLOGICAL EF-',-'EJ3T) (FATIGUE)

SKRYABIN Ye.I.q.inzh.
Production of insulatin. i-.eat -blabs in low capacity sections. Torf.
prom. 38 no.1:23-25 161. (MIRA 14:2)
1. Trest "Ivgostorf."
(Peat) (Insulating naLerials)

.. SKRYABINI Ye.I., inzh.
Machine with a disk saw. Torf. prom. 38 no. 3:31-32 161.
(MIRA 14:4)
1. Ivgostorf Ivanovsko sovnarkhoza.
~Poeat machinery)

KRYLOV, B.S., PYATACHKOV, B.I.; ROMANOVA, T.M.; SKRYABIN, Ye.l.
Drying of insulaticn slabs made from peat. Torf.prom ...40 nc.5:
25~-28 163. (MIRA 16:8)
1. Ivanovskiy energeticheskiy institut imeni V.I.Lenina.
(Peat-Drying) (Insulating materials)

SKRYABIN-j-
A-Litomat '- .:ort-,o I of the prod,- - 'L-,r on of heat- insulating peat
plates. !m.ekh. i avtom. proiVV, i8, no.7-,/,-6 J1 164.
(MIRA 17-,9)

7T
I L
Y i e ld r~f Wild
"'IRA 18:10)
"0 ZY-1
;atrr- lya
j, puohniny, K; rC)V.

SHOSTAKOVIGH, Do; CRULAKI, M.; PBnO, No; BOGOSLOVSKIY, Nikita;
vOLKOUSKIy, A.; ANDREM, No, akademik; , X.N.;
SHABORKINA, A. .
More discussion on the photoelectronic music synthesizer.
Znan.Bila 35 no. 11:28 N 6o. .(MnU 13:12)
(Blectroacoustics)

an,11 Tr.-~jnlhing
Or-i-anization of Summer sssignments and nature work 4.n camps. "St. v shkole Xx.
i%o. 2:73-78 ~lr-Ac 152.
Uncl.
9. Monthl List of Russian Accessions, Library of Congress,

SKRYABIMA, Antonina TlndiMirovns; zaslu2hennaka uchitallnitsaRUSR;-
- TROJiSKAYAJ.,red.t KuvMOY,4,L.,*tekhn.red.
(My work with young naturalistsj Mois rabots s kumnstami.
LmoskvaJ Izd-vo TaK TLKSM " Holodais gvatdiia," 1960. 98 p.
(MIRA 14:5)
(Nature study)

,WYABD RSFSR (Moskva)
zasluzhennaya uchitelinitea shkolY
How the young naturalists fought the gypsy moth. Biol. v shkole
no-3:55-57 MY-Jd 160. (MIRA 13:7)
(Gipsy moth)

SELIVNIOV, A.A.; PLESHMIOVA, R.A.; SMORODINTSEV, A.A,,
Testing the effectiveness of live adenovirus vaccine. I. Reac-
togenio properties. Acta virol. (Praha) [Eng.] 8 no.3t263-M,
14y'64.
1, Departinent of Virology; Tnstitute of Experimental Medicine,.
U.S.S.R. Academy of Medical Sciences, Icningrado

BILENKO, M.V.; KAPIC0IKOVJ, M.M.; S"ABINA, E.G.
Immunological study of the antigenic properties of vascular tissue
preserved by lyophilization. Folia biol. 7 no.4:258-267 161.
1. Surgical Department if the First Moscow Medical Institute (Order
of Lenin) and Institute of Experimental Biology, Academy of Medical
Sciences of the U.S.S.R., Moscow.
(BLOOD VESSELS immunol.) (TRANSPLANTATION immunol.)

B=KO, M.V.; ~;~ I ~.
SKRYABINA, E.G.
Comparative im=olobical study of the antigenic properties
of fresh and lyophilized vascular tissue. Trudy 1-go Ma 16:
92-105162. (MIM 16:6)
1. Iz kafedry operativnoy kbirurgii i topografichaskoy ana-
!7 !- - I-, 't
tcn. ii (zav. - chlen-korrennnr-(Ie,,-+ V.V.Kovanov)
Pervogo Moskovskogo
OP I
LY Im ZA t .LLjVJt;'
(
(BLOOD ITESSL-ILS)

Pb4i SMAM/MID
-L 20125-6e "-,rG(j)/n,)T(m)
-
ACCESSION NR: 'AR463-93133 S/0299/64/000/008/1'1022/14622
'Iya, Abs.. &n3?-,.-*
-SOM M. Ref, zh, Piolog

ebii V. M* It. Biro
..AUTHOR: Kapi Iko Su
::,Surovas,
Biological evaluation of preservod bone marrow7viability In-

CITED SOURCE: Sb. III Vses. Icbnferent s LM po_ p2re s adke tuaneT i
Or f;r2.nov 1963. Yerevano .1963s, 202-203
TOPIC.-!tAGS: -',~-ak
bone marrow,,_ preserved bone narrow, viability,,
0

. -radi
-radia io- 6protectl:iie agent
4,-,exposure
.
.TRANSLATION: Methods.and results of investigating the.viability ahd
-;-biological activity ~of, bone marrow preserved at atemperature ranging,
from +3 to -50 are;presented, With supravital staining and lumines-
cent" microscopy it was established that the nimber of live bone
marrow cells preserved for periods of 5s 10 and 15 days corresponds
'to 73, 522 and 2cPjfo respectively, In rats irradiated with 600 r,.-
-Card

L -'CR?c 3C76[6_6_1o_0'M081llOl_f1106_
960792 SOURCE coDE:
AUTHOR: Rutner, Ya. F.: Skryabina. L. P.
ORG: Kuybyshev Polytechnic Institute im. V. V. Kuybyshev ( uybyshevskiy
politekhnicheskiy institat)
TITLE: Application of the Wiener-Hopf method to the solution of a boundary value
problem for the heat conduction gVgtion
SOURCE: Differentsial'nyye uravneniya, v. 2, no. 8, 1966, 1101-1106
TOPIC TAGS: Wiener Hopf method, integral transformation, heat conduction equation,
boundary value problem 4) 1A_)7,F4jVqA_ 7-Ro9".rf'oje,?L )YeRr j0o"DUC7-10A.J
/',- ue e, re.
ABSTRACT: The possibility of applying the Wiener-Hopf method of integral transforma-
tions to the solution of certain boundary-value problems for the heat conduction
equation is considered. The following boundary-value problem for the equation
clu a2U C32U
1 CIX2 + (Y Y 0)
on the half-plane y z 0, x 4= will the following initial and boundary conditLarm-
:ard 1/2 UDC: 517.947.43

KLEDANOVA, A. A., kand. biolog. nauk; ZAGLUKHINSKAYA, S. B., kand.
biolog. nauk; SKRYABI14A L S kand. biolog. nauk
Luninescence method for the study of tuberculosis. Probl. tub.
40 no.5:72-77 162. (MIRA 15:7)
1. Iz Moskovskogo nauchno-iseledovateltsko,o instituta tuberku-
leza Ministerstva zdravookhraneniya RSFSR Mr. - kandidat madi-
tsinskikh nauk V. F. Chernyshev, zam. dir. po nauchnoy chasti -
prof. D. D. Aseyev)
(WCOBACTERIUH TUBERCULOSIS)
(FLUORESCENCE MICROSCOFY)

3KfTfA-:B'L1~'f`%, L. Ye.
USSR/kledicine - Tubercul(.)sis, Pulionari, Evidemidiology and itatistics Lay/Jun 48
C-~,4
Medic~nc~ - Tuber~-!e Ba
"The Significance of Absence of Tubercle Bacilli in the Flotation Studies of Gastric
d yabina, Dept' of
Contents Obtaine, by Lavafre," !~. V. Trius, A. A. K-leanova, L. Y-. Skn
experimenf.al P;tth) Obla~;L Sci Res Tuberculo--3i3 Inst, 5 Pi)
"Proble,-,.ir Tuberkulezall No
I
Authors cave e)uui~ined 3,661 cases by subject ,;Iethcd, maost of them, suffering from pulmonary
tuberculosis. In so~ae cases repeated bacterioscopic investigations failed to reveal
tubercle bacilli; new rw-thod produced positive results in 52% of cases. Epi-demiolo'gical
significance of the discovei-y of tubercle bacilli in ga3tric contents by flotation method
is considerably less than t~ieir discovery byr usual oethod in sputur.,i.
PA 7/",9-170

KLMANOVA, A.A.; SKRYABINA, L.E.
Combined flotation and inoculation methods. Prob.tuberk., Moskva
No.1:51-55 Jan-Feb 51- (CIML 20:6)
1. Candidate Biological Sciences A.A.Klebanova. 2. bk-the Depart-
ment of Mcperimental Patology (Read--M.V.Trius). Moscow Oblast
Scientif16-Research Tuberculosis Institute (Director--Prof.F.V.
Shebanov).

SKELYABINA, L.Ye.
Comparative diagnostic significance of flotation method in the investi-
gation of gastric lavage. and faces. P~robl. tabark.. Koskva No-6:5&-62
Nov-Doe 51. (CUM 21:4)
1. Of the Division of 1xperimental Pathology (ffead-M.T. TrIum), Moscow
Oblast Scientific-Resewch Tuberculosis Institute (Director--Prof. F.T.
Shebanov).

KMANOVA, A.A., starshiy nauchny7 sotrudnik; SKRYABRIA, L.Ye.
Possible errors in examination by the flotation method. Probl.tub. no.6:
63-67 11-D 153- (MIRA 6:12)
1. Iz otdela eksperimentallnoy patologii (zaveduyushchiy M.V.Trius) Moskov-
skogo oblastnogo nauchno-isaledovatellskogo tuberkuleznogo institute. (di-
rektor - professor F.Y.Shobanov). (Tuberculosis--Diagnosis)

SKRYA7R I NA,,,T,
A method of distingnishing tubercle bacilli from acid-resistant
saprophytes in bacterloscopic research. Prob.tub.no.4:63-68
JI-Ag '55. (4LRA 8:10)
1. Iz Moskovskogo oblastnogo nauchno-issladovatellskogo tuber-
laileznogo instituta (i.o.direktora N.P. Guriskj,r,
zam.direktora
po nauchnoy chasti-Prof. D.D. Aseyev)
('.IYCOBACTMIUM TUBMCULOSIS. determ.
difforenciation from acid resistant gaprophytes in
bactnrloscopy)
(13ACTM.UA
acid resistant, differ-ciation of 14. tuberc. in
bacterioseopy)

f
ZAG,jj 121SKAYA. S.B.; SKRYABINA, L.Ye.
Improved set-up for large scale staining of smears and specimens.
lUb.delo 4 no.2:46-47 Mr-Ap 158. (m]:RA 11:4)
1. Iz kliniko-diagnosticheskoy laboratorli (zav. - k-andidat meditain-
skikh nauk S.B.Zaglukhinskaya) Nauchno-iseledavatellskogo instituta
tuberkuleza MiniBterstva zdravookhraneniya RSFSR, Moskva.
(STAIBS AND STAINING (MICROSCOPY))

KiLRIBSKAYA, A. V. -, SKVLABIHA, L.Ye.
Examination of Sputum for Mycobacterjum tuberculosis and cancer
cells in differential diagnosis of cancer and tuberculosis.
-Probl.tub. 37 no.5:97-100 159. (MIRA 12:10)
1. Iz Moskovskogo nanchno-issledovatel'skogo institute. tuber-
kuleza Ministerstva zdravookhraneniva RSFSR (dir. V,P,Chernyshev,
zam.direktora po nauchnoy chasti - prof.D.D.Aseyev).
(TUBMCULOSIS, FMIOARY - diagnosis)
(LUNG - neoplasms)