SCIENTIFIC ABSTRACT SHAROV, B.V. - SHAROV, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548620013-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T~.e Growth of Uranium Rods in an AggreszAive Gaseous SOV/89-7-4-3/28
J i 'am
wire having a diameter of from 0-5 to 1 mm. increases in
volume by several. per cent when hsated up to 9000 in air within
30 minutes. With conditions otherwise being equalp the rate
at which these wires increase in volume is inveisely
proportional to their diameter. Also the state of the wire
surface exerts an influence on the increase in its volume.
Finally, a possible mechanism for the volume increase of
uranium rods is dealt with: Oxygen diffuses into the heated
uranium rod, so that a film of the lowest oxides (UO + U02) is
formed. Oxidation is irregular and independent of crystallo.-
graphical directions. Thus, it is possible to observe a colored
mosaic on the electropolished uranium surface. The planes (020)
have the highest degree of oxidizability, and the planes (002)
the lowest. In the course of time also the lowest oxides oxidize
,.-,-ith progressing oxidation proce*sses. The inorease in the rod
volume is caused by oxygen which diffuses into the layer and
oxidizes the lowest oxide. The oxygen exercises its most inte3st7e
effect with respect to the volume increase of uranium rods if
the conditions corresponding to the production of the lowest
Card 3/4 oxides exist. There are 5 figures, 2 tables, and 1 Soviet

The Growth of Uraniuja Rods in an Aggressive Gaseous SOV/89-7-4-3/28
Medium
reference.
SUBMITTED: February 13, 1959
Card 4A

28(5) 05740
AUTHOR. Engineer SOV/32-25-10-29/63
TITLE: The Problem of the Classification and Manifestation of Residual
Stresses. (Answers to the Article by Academician N. N. Davidenkov
Published in Nr 3 of the Periodical for 1959 Have Arrived at the
Editorial Office of the Periodical "Zavodskaya Laboratoriya!.
These Answers Are Given Belov in the Form of a Discussion). IV.
PERIODICAL: Zavodskaya laboratoriya, 1959, Vol 25, Nr 10, pp 1230 - 1231
(USSR)
IV
ABSTRACT: The author points out that the advantage of classifying residual
stresses in crystalline bodies into three classes is evident.
The X-ray investigation methods are most sensitive with respect
to structural changes, and permit various studies of residual
stresses in crystal-line bodies. The appearance of stresses of
1st class and of oriented stresses of 2nd class effectsY by
all means, a shifting of maxi of the X-ray diffraction spectrum
as in both cases the interfacial distance is changed. In de-
termining the stresses of 2nd class on the basis of the extension
of X-ray lines, the breaking-up of blocks of coherent dispersion
must, by all means
, be consideredl and further investigations in
Card 1/3 .
this respect will have to be carried out. Descriptions of the

05740
The Problem of the Classification and Manifestation of SOV/32-25-lo-29/63
Residual Stresses. (Answers to the Article by Academician N. N. Davidenkov
Published in Nr 3 of the Periodical for 1959 Have Arrived at the Editorial
Office of the Periodical "Zavodskaya Laboratoriya". These Answers Are Given
Below in the Form of a Discussion), IV.
stresses of 3rd class, i. e. of the influence of lattice de-
formation on the weakening of the intensity of X-ray reflexes
(according to N. N. Davidenkov), are explained by stating that
the static lattice deformations can be separated from the dynamic
ones by taking one X-ray picture of the'sample e.g. at room
temperature, and another at the temperature of liquid nitrogen.
The development of technolo~gy of nuclear reactions permits
further investigations of the deformation of crystalline
structure; thus, heavy particles with a high energy may effect
a lattice deformation of the pure element without causing a
deformation of the macrovolume (which is unavoidable in the case
of mechanical influences). In experiments in a neutron field,
elements with a small capture cross section of neutrons must be
chosen to avoid an alloying of the sample on irradiation. In
agreement with N. N. Dav-idenkov it is stated that the
11nonstraining" stresses (4th class) are best considered to be a
Card 2/3 special case of stresses of 2nd class.

05740
The Problem of SOV/32-25-10-29/63
Residual Stresses.(inswers to the Article'by Academician N.N. Davidenkov
Published in Nr 3 of the Periodical for 1959 Have Arrived at the Editorial
Office of the Periodical "Zavodskaya Laboratoriya". These Answers Are Given
Below in the Form of a Discussion). IV.
The designations of residual macrostresses of Ist class,
micrUstresses of 2nd class, and aubmicrostresses of 3rd class
according to D.M. Vasiltyev (Ref 4) are found to be correct.
There are 4 Soviet references.
Card 313

SHCHAPOV, H.P.. prof.; VivSNUTEV, D.M., kand.fiz.-matem.nauk; ROVINSKIY,
B.M., prof., doktar fiz.-matem.nauk; SHAROV. B.V, starshjy
inzboner
Classification and exposure of residual stresses. Zav.lab. 25
no.10:1274-1231 159. (MIR& 13:1)
1. Veenoyuznry naucbno-iaBledovatel'skiy institut zheleznodorozh-
nogo transpnrta (for Shchapov).
(Strainff and stresses)

1139,1405, ISDIL6,_~ 5/02Y60/154/00A/008/02 5
II
09 6067
T. A.. K,it.k.y.. T. K..
Zffs:t of Joutron Irradiatt..
ft- I., . ..d the P'.p.rM. of Mettle ..d k1l.r.
FnxoDjc&t., D
P;klady Altalle.1i h..k 5331. 1960. Val. 134, U. 4.
602 605
IMET, i?h 11,;" 2f
r Y .. ir. ,r 41..
"a , '";.' 1:0.
Pr':r Z' bb ..pl.. are ..1.100Fig. t
a
.11... t. . be a - be (220 ..d (400) 11t:rf
~c . '21*-'yt'h
per do. t~'Mtr.h irr.di.tLoo. ?19. 2 -1, * r,
::11 '). In Table I -he chA.4.. to 'h. ith.
Per
.f the 1.trf r'..
Card 1/3
Ubl. I
_JaA1o.* of Lt.- - 14th. Ill B10 X di.... t-
the ritflectt.4 befor,l after at it kin-i 06
-fee.. Irr.A.
1 lrr&d D-1
110 0
5 6
5 0.65
220
1 :
7 3
1 :
4
9

C.
200
1
5.9 .
0
7
400 1.0 15.6 1
in Table 7 the cbamp L. stcrobardav.. are given. The values ar:ebstweec
stt
26 and 66%. -ordiu to vat;r.1, I
a !:n
f
r. h:
1. leadsato'a rol~r too of
of 40h.r to thec
T if '!* .'.Lr 1h.
..ld-forbilng. h t%. .I- --ct-d -i-he
ohar.4* to the cry.tal properties in the at-arogiams. Here, the -L.t....
%Q dislocations ta the lattice 1. Increased. Th. ..th.r. there-
Card 2/3
in.r. -,L. hl irral-tion and call-t
,_C t~ Ppit., foriro " a.shon by the dia4raz. II
Fig. 2. ?."the ..-L. . hwhavior of -a irom.4-t.., .11-Y 11 a
d that irr.distio" not Only ca- W..'Le of the type
the .. ' "'t I'a
he,-,: in
If the t_d.t9n at . to the iiof 'h th-ody-.-
are 3figures. 2 tab, 0. a At.%
JO&I y aore stable ~t&jj There It . 6 So,
reference.. x
A830CIATIOll Ins itut tooretichoakoy iAtIll'i-ii
_.'k SSSI
""tt"' of
I the A-1t:AY .r,:_.o__,,j t...t .-.I.
'Y
of K . r.,hl ..,t 1.11 tc2 of the ntr%l
t it.9
SUBMITTID, June 29. 1960
Car& 5/)

'WiDYUMOV. G.V., alcademik;
ATEIIIIJ. 1.V. ; ILI IWA. V.A.; MITSK-JA, V.K. ; k
SH,WOV, B. V.
.6ffect of neutron bombardment on the fine crystal structure of
metals and alloys. J)okl.AN 666A 134 no.4:802-805 0 160.
(MIRA 13:9)
1. Institat teoreticheakoy i eksperimentallnoy fiziki Akademii
nauk SS-~R, Institut metallovedeniya i fiziki metallov
TSentral'nogo nauchno-issledovatel'Bkogo instituta chernoy
metallurgii im. I.P.Bardina.
(Neutrons) (Metal crystals) (Alloys)

PHASE I BOOK EXPLOITATION SOV/6176
Konobeyevskiy, S. T., Corresponding Member, Academy of Sciences
USSR, Reap.
Deyatviye vadernvkh izlucheniv na materialv (The Effect of
Nuclear Radiation on Materials). Moscow, Izd-vo ANSSSR,
1962. 383 P. Errata slip inserted. 4000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Otdeleniye tekhni-
cheakikh nauk; Otdeler-lye fiziko-matematicheskikh nauk.
Reap. Ed.; S. T. Konobeyevskiy; Deputy Reap. Ed..: S. A.
Adasinskiy; Editorial Boardt P. L. Gruzin 0. V Kurdyumovj
B. M. Levitskiy, V. S. Lyashenko (Deaeasedj,.Yu.*A. Martynyuk,
Yu. I. Pokrovskiy, and N. F. PravdyUk; Ed. of PublIshing
House: M. 0. Makarenko; Tech. Eds: T. V. Polyikova and
I. N. Dorokhina.
,Card 1/14

The Effect of Nuclear Radiation (Cont.) SOV/617�
PURPOSE: This book Is intended for personnel concerned with
nuclear materlals.
COVERAGE: This is a collection of papers preaen ted at the
Moscow Conference on the Effect of Nuclear Radiation on
Materials, held December 6-10, 1960. The miterial reflects
certain trends In the work being oonducted/in the Soviet
scientific research orginization. Some ofithe papers are
devoted to the experimental study of the effect of neutron
Irradiation on reactor materials (steel,,ferrous alloys,
molybdenum.. avia.4 graphite, and nichromes). Others deal
with the theory of neutron irradiation effects (physico-
chemical transformations, relaxation of internal str6sdes$
internal friction) and changes in tl~e structure and"proper-
ties of varlous crystals. Special attention In given!to
the effect of Intense Y-radlation on the electrical'.
magnetic, and optical properties of metals, dieleatrice,
and semiconductors.
Card 2/14
/*

The Effect of Nuclear Radiation (Cont.) sov/15,i76
Lyashenko, V. S. (Deceased), and Sh. Sh. lbragimov. Effect
of Neutron Field on Structure and PrDPerties of Steels 74
The specimens were Irradiated le the fast reactor BR-5
with a neutron elux- of l._9-lO?On/crn at temperatures
from 150 to 22G, [0?1.
'C_:~izqnman, 1. Y. A-. Shalashov, and-A. Kh_. B-rg&er. Decomposi-
tion-6 Ide Phaie fn-Ir-oln-Carbide, k-Iloys''and Phase Trans-
0
ti
formation in-White Last Iron Under Nuolear Irradiation 81
Petrov, P., A.,.I. V. Batenin, A. K. Rudenko, and-%~- ~V-W_O'b'-
Investigat.ibn,of Fropertl6q- of Avial Subjected to Nuclear
Radiation In a Reactor 100
Platonov, P. A.* Stress Pelaxation in Metals Vhder
Neutron Irradiation,.Reoovery, and.Anneallng of Radiation
Defects a 106
Specimens were irradiated ft -150.C by fast neutron
fluxes (Z3P1 mov) Qf 2-101* and 4 in the RVT
Reaetar.
card 6/14
3

The Effect of Nuclear Radi'atlun (Cont.) SOV/6176
Bater'ln$ V. A. !Vina, V. K. KAtskaya, G. V. Kii-rdyLunov,
and'~r:.B. V.. Sharov. -, investigation of the.Effect of Neutron
Irradiation-6-ri Thin Crystalline Structure and Properties of
Metals and Alloys 16o
Annealed specimens (copper at 4000; iron and iron-nickel
at 6000; iron-chromium and iron-tungsten at 6500;,and
chromium at 9000) were irradiated with neutron fluxes of
1020 and - 102'n/cm2 at a temperature not exceeding
800[c?].
I
Karpu4hJT1,_V.__.I.., and V. A. Nikolayenko. Remote Controlled
installation for X-Ray'-Diftraction Analysis of-Radioactive
,,Specimens 168
_Tspvitskiy,-B. M., and Yu. A.-Mar-tynyuk-, Installation for
X-Ray Examination of Hig~ily Active Specimens 173
4:3harov, B. V I. V. Batenin, and A. N. Rudepko. X-Ray Unit
f6-r-structufal Investigation of Radi-o-a-c-tive Materials 180
Card 8/14
4

SOURCE
/62/000/
AUTHOR: Batenin, I. V.; Illina. V. A.; Kritskaya, V. K.; Kurdramov, G. V.;
Sharov, B. V.
ORG: none
TITLE: Investigation of the effect of neutron onp the fine crystalline structure and
properties of metals and alloys
SOURCE: Soveshchaniye po probleme Deystviye yadernykh iilucheniy na materialy.
Moscow, 1960. Deystviye yadernykh izlucheniy na iWiterialy (The effect of nuclear
radiation on materials ; doklady soveshchaniya. Moscow, Izd-vo AN SSSR, 1962,
TOPIC TAGS- copper, iron, chromium,,iron-.alloy, nickel containing alloy, chromium
containing alloy, tungsten containing aloy, metal structure, alloy structure,
neutron irradiation, irradiation effect
AB~FCT: Copper iron, and chromium annealed at 400, 600, and 900C, respectively,
and Fe- i?Fe-Cr1-1a~d Fe-Aalloys annealed at 6oo, 6oo, and 650C, respectively,
--: _K5 102-1
were irradiated with an fn-tegrated neutron flux of about 1020 and n/cm2 at
80C. Irracliation caused a noticeable widening of interference x-ray lines in copper
and iron resulting from fragmentation of coherent portions of the crystalline
lattice (block) (5 x 10-6 and 8 x 10-6 cm in copper and iron, respectively) and from
the presence of elastic microdeformations (1 x 10-3 and o.65 x 10-3 in copper and
Card 1/2

ACC NRt AT5023793
iron, respectively). In the Fe-Ni alloy the widening of interference lines was much
smaller, and none was observed in chromium and in the Fe-Cr and Fe-W alloys. Irradi-
ation increased the microhardness of all the investigated metals and alloys; the
increase varied for different metals and grew larger as flux density increased from
1020 to 1021 n/cm2. The microbardness of the irradiated Fe-W alloy practically did
not increase with a cold deformation of up to 60-70 deg, while that of the unirradi-
ated alloy increased significantly with deformation, regardless of its magnitude.
In the irradiated and unirradiated Fe-Ni alloy the changes in microhardness vith
cold plastic deformation were practically identical. The initial difference
(AH,%45 units) in the microhardness of the irradiated and unirradiated Fe-Ni alloy
practically disappeared with a 30-hO-deg cold deformation, after which the changes
in microhardness followed a conve4tional course. A similar pattern was observed
for irradiated and unirradiated chromium, except that the initial difference (M)
was 30 units and it decreased to zero after a 70-80 deg deformation.., Investigation
of the dependence of the microhardness on4the annealing temperature showed that
the nature of the crystal lattice defects I vereated by plastic deformation differed
substantially from the nature of the defects created by neutron irradiation. The
former were much more stable; hence, weakening of irradiated metals began at appre-
ciably lower annealing temperatures. Orig art. has: 15 figures. [HS]
SUB CODE: 11 9 20/ SUBM DATE: 18Aug62/ ORIG:REF: 001

L 4036-66 DIT(n,) DIAAP GS
--ic-'CESSION
NR* AT5023796
UR/0000/62/000/000/01.80/0183
AUTHOR: Sharov, B. V.; Batenin, 1. V. Rudenko, A. N.
TITLE: X ray apparatus for structural study of radioactive materials
SOURCE: Soveshchaniye po probleme Deystviye yaderhykh izluchenly na materialy.
Moscow, 1960. Deystviye yadernykh lzluchenly na materialy (The effect of nuclear
radiation on materials); doklady soveshchaniya. Moscow, lzd-vo AN SSSR, 1962, 180-183
'TOPIC TAGS: x ray diffraction analysis, radioactive source, x ray apparatus
A13STRACT: The chief difficulty involved in the use of a scintillation counter for recording
soft x-ray quanta (Cu Kk-radiation) in x-ray diffraction units is the elimination of the pho
multiplier background. An improvement of the electronic part of the apparatus is proposed;
it is established that an optimum supply voltage can be found for which the number of noise
pulses having amplitudes equal to or greater than the amplitude of the Imlses from x-ray
quanta is negligibly small as compared to the intensity of the x-ray lines customarily
The modification introduces a number of advantages: (1) Fewer parts are
recorded.
necessary to construct the unit (one-third as many radio tubes and resistances); (2) It Is -no,
longer necessary to convert the discriminators for coincidence
Cord 1/2

Carli 2/2 Of

L 8572-66 FPF(n)-2/EWP(z)/EWA(h)/EWT(1)/EWT(m)/EWP,(b)/ElgA(d)/L~,.'P(t) GG/MJW./JD
AEC --- ~R. AT5023787 SOURMCODEt U-'R--/'O-O"0'0'/62-/000/000/Ofdii/0-105~.
AUTHOR., Batenin, 1. V.; Rqdenko~, A. N.; Sharov. B. I
ty,55- K, TT
ORGs none
TITLE: Investigation of the properties of Avial irradiated in a
reactor
SOURCE-A,,4SoveshchanLye po probleme deystviya yadernykh izlucheniy na
materialy, Moscov-.,_1960.--Deystviye yadernykh izluche~niy na materialy
(The radiation on materials ) doklady soveshchaniya.
M
mo~cow, 1z3-vo AN 559R, 1962, luu-M).
TOPIC TAGS: /~/ 44
kluminum Aioy, age hardenable alloy, neutron irradiated
alloy, alloy cr
-p-1-eim resistance, neutron irradiation affect /SAV-1
aluminum alloy k-%
ABSTRACT: Specimens of SAV-1'Avial, an aluminum-base alloy containing
(wt%) 0.085 Fe, 0.81 Si, 0.000043 B, 0.0026 Mn, 0.00002 Cd, 0.00058 Cu,
0.011 Zn, 0.004 Ti, 0.48 Mg, and 0.001 Ni, were annealed at 550-600C
for 2 hourso furnace cooled, irradiated at 80C with an integrated flux
of 1019 n/cm2' cold strained, and after various heat treatment sub-
Jected to creep tests under a stress of 2.16 kg/mm2 at temperatures
up to 260C. The test results showed that while the creep rate of.
Card 1/2

L 8572-66
ACC NR: AT5023787
unLrradiated Avial was linearly dependent on the test time, the creep
rate was higher in irradiated AvLal and increased sharply after a
period of time whose length decreased with increasing test temperature.
For safe use of irradiated Avial under the investigated tension stress
of 2 kg mm2 the working temperature should be about 180C. Solution
heat treatment at 500C and subsequent aging eliminated the irradiation-
induced high creep rate of AvLal. Irradiation brought about no grain
growth or other structural changes in the alloy, but it sharply in-
creased its microhardness to a value comparable to that obtainable in
solution-heat-treated and aged unLrradiated alloys. Microhardness
measurements of irradiated and unirradiated alloys aged at various
identical temperatures showed that irradiation and aging brought about
essentially the same changes in the alloy structure, but that the age
hardening with irradiation probably is associated with finer phase
precipitations than aging after solution heat treatment. Also, the
irradiated alloys were less.suaceptible to work hardening with deforma-
tLon than the solution-heat-treated and aged alloy. The high tempera-
ture level at which the hardness of the irradiated alloys decreased
seems to indicate that Irradiation can be compared to solution heat
treatment with subsequent aging rather than to work hardening. [ms]
SUB CODE: MM, SS/ SUBM DATE: lSAug62/
Card 2/2

.-L 29891-66 E-WT (m)/T/E1#'P (t )/ET IIJP(c) JD
C NR- AR6oo879-4- S-0--U-R-C--E--CO--D-E-t-L-U-7iTo~ ~77/6~/doo/oio/ooo6/0066--'
AUTHOR: Baten1n, 1. V.; -111ina, V. A.; Kritskaya,-V. K.; Sharov, B,V*'
TITLE: Effect of neutron IrradiationIn the structure and properties
of metals and solid solutions
L
SOURCE: Ref. zh. MashinoBtroiteltnyye materialy, konstruktsii 1 .5 1
raschet detaley mash.l.n. Gidroprivod, Abs. 10-48-43
REP SOURCE: Sb. tr. In-t metalloved.-i fiz. metallov Ts_entr, n.-i.
in-ta. chernoy met allu-r-g-ff
19 4Y
TOPIC TAGS: neutron irradiation, iron, chromium, copper, iron alloy,
hardening
ABSTRACT: Results are given of the investiga~~n of hardening and
-chromium, and Pe-8% Cr; Fe
softening processes in iron, copperk -4% Ni;
Fe-6% W, which undervient neutron irradiaE`ion (an integral neutron flow
of 1020 and 1021 neutr/c-,12). Neutron irradiation results in a signif-
icant hardening of material, similar to the effect of cold plastic
flow.
SUB CODEE: 18,11/ SUBMI DATE: none
Card 6~

ACCESSION NR: AP4029704 S/0089/64/ol6/oo4/0372/0373
AUTHORS: Batenins P.V.; Sharov, B.V.
TITLE: The texture of hardened uranium rods
SOURCE: Atomnaya energiya, v. 16, no. 4, 1964, 372-373
TOPIC TAGS: hardening, deformation texture, textured sample, iso-
tropic sample, crystal grain, diffusion transformation, beta phase
crystal, isotropic uranium
ABSTRACT: The texture of the crystal grain found in uranium rods
after they have been hardened is not a residual deformation texture
but one apparently produced by the hardening process itself. The
outward similarity of the hardening and residual textures has led
a number of researchers to believe that they bare both the same.
Experiments have been made in this connection with pure uranium rods
measuring 4 mm in diameter. After the hardening, the weak grain Tex.
ture was found not only in the samples which had been grain-oriented
before the hardening process but also in those which had been iso-
tropic. The same sample can be heat-treated many times into an iso-
~Card 1/2

ACCESSION NR: AP4029704
tropic state by annealing, or a weakly textured state by hardening.
The above phenomenon can be explained by the assumed existence of
two mechanisms! 1) the development of a hardening texture during the
beta to alpha transformation, as the rod core undergoing rapid
cooling before its transformation into an alpha state is compressed
by the already transformed peripheral layers; 2) there are two types
of transformation of commercially pure uranium from the beta phase
into the alpha phase: diffusion (cooling at a slow rate) and mar-
tensite (cooling at a rapid rate to a temperature below 450C):
Inasmuch as the residual texture has not been proved by the experi-
men , I s pre era e o assume at t e ormat on o a ar ening
texture is the direct outcome of the beta to alpha transformation.
Orig. art. has: 3 figures.
ASSOCIATION: None
SUBMITTED: 02Oct63 DATE ACQ: OlMay64 ENCL: 00
SUB CODE: HP NR REF SGV: 001
OTHER: 000
Card 2/2

z~
L 30009-65 Ewr
6316 0/00 /0361/0 ,303'-
AP5006330-' ~-S 01261 1 2
ACCESSION NR:
AUTHOR* Il'inas V. KritskUa, V. K&,;,: Bharov~ 1&-~,Vi
TITLE: 'Effect of it diation with neutrons on.t e-latti'de garameters of
metals
Fizika metallov i metalloveden ye n- 2 196 3:
-SOURCE:~ v. 5 01,~!303
10:
er,'- - etal.. laft-ic -er t on irradiatit&
TOPIC TAGS: metal, lattice p~ramet M,
irradiation induced1lattice change, iron i,*'.c o*p-pe-'r chroiium.,~ -io]Ade'
num alimilirium -
:77777
AB�TRACT: 2L-rgy diffraction analvaisishowed a totAl'.'dose'-
of-1,102u n/cm' increases the latticd paramatev,i-,of --ir'ou'*z,'.-chroiiAiqmp and: aluminu .m
by approximately 0.03% and of molybdenum b '.-!b4 ldeii-regiees~ t at Copt b
h
n -.Al-ii erkpld- n -d -,b -consi
0 075Z. The increase of a in Fe,.Cr, a d deiable~ g
quAntity of.interstitial atoms,,and-.thd doct6.ise- in.`di1~:-.by'.7,the--0-xcess ~of
Orig. att-has! 2 fi-
guresb No
V-0

of Metals, 19MUChERMET)--~

SUBMIrM: -16Jun64 E CL 00

W.RMSOV: 001 603--

Cdrd 2

AOM -

I-V 7-
L U;045',~-U- 6.v. ~ m) E1qQ,-'jE7,4P ~QIKI TH(c). FSJJD,4!~jj~,j
A CC-MR _-WP6O 24 54 5' SOURCE CODE:
Woo8g/66/02VO01/00
10/4V
I AUTHOR: Kuznetsova, A. P.; Sh arov B. V. &
~ORG: none 10
TITLE: Change of mechanical properties of an aged aluminum alloy after operation in
~a nuclear reactor
!SOURCE: Atomnaya e ergiya, v. 21, no. 1, 1966, 6o-62
!TOPIC TAGS: aluminum alloy, neutron irradiation, mechanical property, ultimate
Istrength, high temperature strength, thermal aging/ SAV-1 aluminum alloy
!ABSTRACT* An luminum alloy containing 0.6 - 1.2% silicon and 0.45 - 0.9% magnesium
1(brand SAV-1) end similar to the American alloy 6061 (61S) was investigated. This
Alloy is usea as structural material in the active zone of nuclear reactors, in view
jof its low absorption of thermal neutrons. A tube made of this alloy was used as
;'technological channel In the reactor of the Institute of Theoretical and Experimental
JPhysics. The stress-elongation diagram, the ultimate strength, and the creep of
-Ts-everal sections of the tube were measured before and after irradiation in a flux of
;6 x 1020 neut/c-,?. The results show that neutron irradiation strengthens the allay,
'but the residual deformation and the modulus of elasticity remain practically the same.,
'No changes in the microstructure were observed. It is concluded that the changes that
itake place in the allay during operation in the reactor are the results of its pro-
ilonged exposure to heat, and not the result of neutron irradiation. This agrees with.
Card 1/2 uDc: 621.039.56: 60g.715

L 26589-66 EWT(i)/AliF(n)-2/EWA(d)/T/E~P(t) IJP(c) GG/JiD
.1ACC NR: AP6011429 SOURCE CODE.- UR/0020/66/167/004/07
'AUTHORS: Kritskaya, V. K Illina, V. A.; Kuznetsova, A. P.;
I.Sharov. B. V.
Metals of t
,IORG:. Institute of Metal Science and the Physics of he
.lCentral Scientific Researob-1putitute of Egrrous Metallurgy im. I.-
P. Barden (Institut metallovedenlya i fiziki metallov Tsentrallnogo
naucbno-issledovatellskogo instituta chernoy metallurgii); Institute
of Theoretical and Experimental Physics. (Institut teoretiches1E6-y--1-.-_,_,
eksperimentallnoy rizik!)
TITLE: AnisotropAof displacements of the atoms in the crystal:
lattice of the alpha phase of neutron-bombarded carbon steel
SOURCE: AN SSSR. Doklady, v. 167, no. 4, 1969q 789-791
TOPIC TAGS: carbon steel, neutron bombardment, crystal lattice
deformation, crystal lattice defect,
ABSTRACT: This is a continuation of earlier-work-by the authors (DANI--
vs 158, no. 4, 843,' 1964) where anomalies were observed in the atten-
Card 1/3- UDC: G-12.04

L 26589-66
ACC NR: AP6011429
accuracy.,*_,:,.z
uation of certain x ray reflecti.ons:from neutron-bombarded steels.
Since the experimental material obtained in the earlier investigation
Iwas insufficient to draw definite conclusions concerning the crystal-
Ilographic directions in the lattice of the investigated metals, the
!authors have carried out a more complete 'study, using the a phase of.
U-9 steel. The preparation of the samples, the heat treatment, the
Ineutron-bombardment conditions, and the x ray photograpby procedure
Nere the same as before, except that a mechanical pulse counter was
added to the apparatus to Improve the reliability and the
To determine the variation of the intensity of the x-ray reflections'
i
i1from different crystallographic planes, the authors measured the in-
itegral intensities of the x ray interferences of a large number of
ireflections with different multiple*values of h, k, and 1. The re-
Isults show that neutron bombardment decreases tbeAntensity of the
scattered x rays more for some planes than for others. This is taken
an
as convincing proof that the crystallographic orientation plays
Amportant role in the forination.of point.,defects by neutron bombard--.
ment. The distribution of these defects 18 anlBotropic:*:~- TW*mean-
displacement of-tbe atoms was,0`64 X,for ane s.,
-the (hOO) and-( p1
Card' .-..2)/

L 26,589-66
J ACC NR: AP6011429 0
as against 0.025 R for most other planes. Certain planes (for ex
ample (631)) experienced no change,in scattering ability at all after
bombardment. This report was presented by Academician 0. V.
Kurdyumov on 24 July 1965. Orig. art. has: 2 figures,and ..
1 table..'-
.
.
SUB CODE., 20/ SUBM DATE; 02,Tu:L65/ ORIG REP.- 005/ OTH REF: 004

Card 3

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SOV/ 137- 57-10- 19038
Translation trom Referativnyv zhurnal, Metallurgiya, 1957, Nr 10, p 87 (USSR)
AUTHOR Sharov- G.V,
TITLE Product-lon uf-Lighter Rolled Sections at the Kuznetsk Metal-
u- g _c~t.
' Kombnat (0 proizvodstve oblegchennykh profiley pro-
kata na Kuznetskom metallurgicheskom kombinate)
PERIODICAL V sb. Ratsionalizatsiya profiley prokata. Moscow, Profiz-
clat. 1956, pp 391-393
ABSTRACT It is noted that the Kuznetsk steel industry has perfected the
production of >50 new sections (S) of rolled products, includ-
ing 13 for the railways, periodically recurrent S of Nr 149D
ploughshare steel, and S for agricultural machinery and auto-
mob,les. it is noted that the most serious difficulty in the
rna'mrig of new rolled S is the system of product,-on planning at
rnetallurgi,. al plants. The KMK possesses significant possibili-
tiet, for lightening rolled S and saving hundreds of thousands of
t of metal, For example, a slight change in steel S stiffened on
both sides for agricultural machinery makes it possible to
effect a metal saving of not less than 15%. It is also rational to
C.rd 1!2 recluse the \v.dth of streetcar rail flanges from 180 to 160 mm.

SOV/ 137-57-10 -19038
, Production of Lighter Rolled Sections (cont.':
The use of compos;te sheet steel results in a majIor saving in expensive
stainless steel- in i-ornection with the rising demand for composite sheet
steel. it is recommended that a second center of manufacture of this steel
be set up in our ro,;rtry
B.Ye.
Card 2/2

KOSARI, A.V.i red.; VOLOSHIN, A.N., red.; GURXVICH, R.V.0 red.; KROPACHEV,
N.G., red.; pAR~7NcffWKO, N.S., red.; pLEKHOOV, P.S., red.; SUSKOV,
I.A., red.; SHAROV, G.V., red.; OGAM, A.P., tekhn.red.
[First in Siberian metallurgy] Pervenets Sibirskoi metallurgii.
Kemerovskoe knizhnoe izd-vo, 1957. 289 p. (MIRA 12:4)
1. Sekretarl partkoma Kuznetskogo kombinata (for Parenchenko).
2. Nachallnik tekhnicheako.-o otdela Kuznetskogo kombinata (for Sharov).
(Kuznetsk Basin--Metallurgical plants)

AUTHOR SCHAROV, G.W., Head of the Technical Department PA - 2761
of the Kusnetzk-getallurgical Combine.
TITIZ Perspectives in the Development of the Kusnetzk Uetallurgical Combine.
(Perspektiwy razwitia Kuznetzkogo Metallurgischeskogo Kwabinata - Russian)
PERIODICAL Metallurg, Vol 2, Nr 4, pp 5-8, -(U.s.6.R.) /*j~r-'/7.
Received 511957 Reviewed 7/1957
MkITRACT During the last 25 years the development of the combine was charac4wjri-
zed by a constant output increase of steeldue to a more rational uti-
zation of production capacities. This was achieved by a perfection of
production methods together with the endeavor to complete work before
the prescribed time. By this means an additional amount pig iron wiL5
produced equalling the output of a new and big furnace, The-total out-
put exceeded the prqductiozi of the last five years by I million tons of
steal. The capacity of the ingot milling train was increased, but it
sill is, a bottleneck. The iron production substantially surpassed the
output capacities originally envisaged.9 and this circumstance caused
considerable discrepancies between the main branche5 of production.
This caused much disorder in power economy, led to a number of bottle-
necks.and to the exhaustion of many necessery mpacity renerves. This be-
came worse in 1956, when tho,ore supply for pig iron prbduction became in-
creasihgly insufficient. Furthermore, there was a danger of a shortage of
coke for furnaces, and the mechanical means of repair could not meet the
demand . The most important and decisive condition for continued success-
Card 1/4 ful operation is the speady increase of the local supply. Thl~ reserves in

Perspectives in the Development of,the Kusnetzk FA - 2761
Metallurgic Combine.
West_Siberi~ are large enough to meet the demands of furthek plants to be
established in the course of the next years. Further development without
construction work on a large scale is hardly possible in view of tLe pre-
sent increase of furnace.output capacity (to 118 times the original amount
up to 1957). The supply 9f iron ore theref9re remains decisive for mainte-
nance of a high lervel-Of productiiity. A further extension of the concen-
tration and agglcamrating plant in Abagur (operating since the end of 1956)
will certainly remove the-present shortage of ore destined for Marti:n fur-
naces. The state of 4 coking piles operating now for almost 25 years without
repair deteriorates in the course of time. In-1957. 2 ne*w piles, each consi-
sting of 72 furnaces are to be con3tructedo 5everal other bottlenecks which
are decisive for the development of the combine retard the further increase
of production of Martin-steel. An important factor in the steel production
are the newly developed floating casting caps constructedtfrom iron instead
of the ceramic ones, which offer every advantage of the latter but reduce
production costs, Iff spite ot the fact that the blooming mill has attained
highest output of the entire Uk~g its capacity is less than that of steel
production. The combine is forced to send thousands of tons of ingot materi-
al to other plants for mi.Iling. The overburdening of the blooming mill, cau-
sed dangerous voltages of the main electric motor. These circumstances ob-
Card 2/4 structed a further increase of iron outputo For 1957 the replacement of the

Perspectives in the Development of the KusnetLk MI.
Metallurgic Combine.
motor by a heavier one is planed. Xven.,then, however, the insufficient
strenght of the milling train will prevent an increase. The erection of an
second blooming mill train has become a necessity long ago. In apite of re-
monstrances made over a period of several years, the Ministry for Iron and
bteel took no steps in thispirection. Even if a decision that building should
begin were arrived at immediately, a considerable amount of finished products
will be lost during the subsequent 3 years. The erection of a second blooming
mill train will not only cause a step-up in steel production, but it wi-11
also result in additional output of several loo.ooo tons of rolling material
by the util-ization of the capacity of the heavy-duty milling trains, which
operate at present only with 780/o of their capacity. The increased demands
made on the quality of railway rails, made necessitated a number,of mea-
sures, comprising the reconstructioh of the plant for the finishing of rails.
By tiLis measure the output of 25 meter rails, hardened by high frequency
treatment was made possible. The increased production of sheet steel of
high quality necessitated the erection of a pickling plant and a cold mil.-
ling train. There is still much to be done in the fields of powe*conomy
of the haulage system, of the repair shop, of mechanizing heavy work, and of
automation.
Card 3/4

FA - 2761
Perspectives in the Development of the Kusnetzk Metallurgicai Combine,
AbSOCIATION Kusnetzk ketallurgial Combine,(Kuznetzkij Metallurgitscheskij Kombinat),
Kuznetzk R.s.F.b.R., bibiria .
PRES&?%'ThD BY
6UBMITTED
AVAILOU
Card 4/4

STIAROV, 1. , lwh. ; DOLIN, 1. , In,.h.
Using' plastic -~afprlals in building apartr-,ent hous,3s, ZbIl.-
(Mmk
12:10)
1:om.kboz. 9 no.6: 17-18 '59.
(J-Io se ow --Apartment bouses) (Plastic raterials)

. - I
E ~ y
ReNr4-'. of t*-..- -ek~-rncl. 31-; no.ll:r-8 162. (IIII-IFLA 16:Si)
I U; I
( -*-- 1- kOf ~jpaCe) )

151.lhw~ at-- ---
0 0 0 all, a 0 6 0 6 o
0 6 J4 1 k I k .0 4 6 1 1 0 1 V I A& Ott EvIti. 4 q
Sipificance of water in the life of a plant I A Sua-v.
P,4144ji V,ejayms Awl. Sri'll-Khot. Vd41 f9J#,'N"- -00
111MI), 3-9; Herbore Abitrarlo 9. Nit. 4. -90
I he yelcarity anti c,iorn. of the water iAn. within the
platit (let. the extesil of supply of nihirral ittitrienta, it) ihe
00 'rells of leaves, The speed of water movenient is defined 00
ljy the t-apillarity rf va,%-ular I)unilJr3 and interrellisLar '00
so cavities, by the fcarct. of sepri. of water mails. Ifion the *ar -
Im-c of meniwi anti tattler cells and by the water concti. 111 *00
the Mail. S. &)luveichik 00
of . . -00
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a r
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lip P 17 U, OV lat K d K 9 V9 It It It 0144i
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~7, Ir , ' -u-,
.. .~, i v,.
The Utilization of Lprinkler ~3ysteiris, 1,046.

.- t - - 7-11 -
'j , ! .
Irrigation ~:n the Basis afthe Local '.,,'ater Flow, 1948.

SHAROV, I. A.
25051. SHAROV, I. A. K Voprosy
S.-KH Nauk Im. Ienim, 1949, Vyp.
Peredelke Agrolclin-ta. Doklady Vaesoyuz. Akad.
78-80,
SO: Letopial No. 33, 1949

L---------------

I
1. 3!.1! JD 11, 1'. A -
2. T~'SSR (600)
4. Agriculture
7. Great Stalin Plan for irrigation and watering of lands in U.S.S.R. Nauch.-popul.
I
lektsiia, Moskva, "Pravda," 1551.
9. Monthly List of Russian Accessions, Library of Congress, JanuarT -1953. Unclassified.

"t: , I A IV) i..
"Great Plan for Irrigation of Soviet Fields," Velikie Stroiki Kommmizma (Great
Constructions of Communism), Acad. of Pedagogic Scis. of the RSFSR, Moscow,
1951, 383 P.

S H. T.- A
USSR/Geophysics - Floods Jun 51
"Soviet Methods for Fighting Floods," Acad I. A.
Sharov
"Gidrotekh i. Melioratit No 6, pp 17-22
In Jan 51 the Tech Conf on the Struggle Against
Floods., conducted by the Econ and Social Council
of the UN, was held in Delhi, India. Lectures
and articles were presented to elucidate causes
of floods. Sharov describes Soviet methods.
166T31

S.TiRCV ) I.
Cotton Growing
Irrigation cycles and principles for distributing wat,-~r to fa=,s. Fh-1cpkovodstvc no. 10,
1951.
Monthly List of Russian Accessions. Library of Congress, 'November, 19152. Unclassified.

setllkhoz. m~. 12,
:in,: !iu,':l.--i ;1:;n
r7
195i.
9. V T I '-)T --%T -,[T -~-7j J-~' I T ibrary of Cnngr,~ss, Jun,~ 162. Uncl.

-"---V, Tva:
I.Irl-lo -L . 1. . . ~ - I'.
Utilizati-.n :f ~, .ater Conservation :,-,rstems, ( EkspluataLEiya Gidromeliora tivaykh
~~istem), 1952.

SHAiOV, I. A.
SLIA,iOV, 1. A. Operation of irrigation and drainage systems. Moskva, Gos. izd-vo
sellkhc-.z. lit-ry, 1952. 448 p. (54-18381)
TC6G5.s48

1 . 5"L."I'POIT , I.
2. TJSSP ("'.00)
4. Irrigation Farminp_
7. Deeo satilration irrigation as a basis for obtaining high yields of cotton ir new irr-
igati,-Yn axeas. Khlookovodstvo. No. 1? 1953.
0. Monthly fist of Russian Accessions, Library of Congress, Anril - 1953, Uncl.

lrrt-i! ion
Great b1iildinz:- projects of communism and development of irrigation farming. Kolkh.
A.
proizv., 12, I'llo. 1, 1952.
9. TI.3' ACr -'31 3, Library of Congress, June 1 ';2. Uncl.

- -,- -
II, -) 7 :Z~. -L; -, ; C;~ - ~- 1
'L '-. ei ";' -~, 1-~ -D- a * - ' ): :- ~ c~ 1 t-- - !- . 17,-~ - ' 4 :7 n 1 1-1 , :' - . - , I 'I; ~: -7
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-1 -"2..

SHAROV, I.A., deystvitellnyy chlen.
--- 1. .
A3_,tomatic controls in irrigation. Nauka i zhizn' 20 no.4:29-30 AP '53.
(MIRA 6:5)
1. Vsesoy-uznaya akademiya sallskokhozyavstvennvkh nauk imeni V.I. lenina.
(Automatic control) (Irrigation)

2209 Sh,,rov, I.A.
Pokoreniye StikhJi. Rasskaz 0 Ilozrozhdenii Zerwil. M., Goskulltpr-
osvetizdat, 1954. 1673. s '01.; 20 L. 111. 22sm. 50.000 ERZ. 7r. 40k. V Per.
(54-56478,)P 631.6 (0:8)

I"
Reclamation of the Eottom Lands of the Non-Flackearth Belt
On the basis of observations on the regime governing the mc_isture
are temperature of peaty soil in portions covered by a drainage network
0.5-0.7 meters, 1.3-1.4 meters, and about 2 meters deep theauthor estab-
lishes the ;mdvantage of deep drainage of bottom lands according to a com-
parison with small drainaae networks. Deep drainave networks give more
favorable dynamics of moisture of the soil, and increase the aeration,
I-enidnn decreasing Lhe total evaporation ITj 2GX, inasmuch as vater effi-
ciency is increased and more even changes in the water regime are created
during fluctuations in the weather conditions; also, the fluctuations in
the level of ground waters is decreased. (RZhGeol, No. 4, 1955) 2Dkl-
VaSKhIJI . No. 4, 1954, 11-13
SO: Sum. Id'o. 744, 8 Deec 55 - Supplementary Survey of Soviet Scientific
Abstracts (17)

AVERIYANOV, S.F.; ALEKSANDROV, B.K.; ASIOCHENSKIY, A.N.; BLIHYAK, Ye.B.;
ZAIUMN, Ye.A.; KOVAMNIO, I.I.-, KOCHINA, P.Ya.; KUZNBTSOV, I.A.;
POSIAVSKIY, V.V.; SRIBNYT, M.F.; TURCHINOVICH, T.T.,- YAVORIW,
N.N.; SHLROV, I.A.
Alokeel Nikolaevioh Irostiakov; obituary. Izv. AN SSBR. Otd. tekh.
nauk no.10:113-114 0 157. (mrU 10:12)
(Kostiakov, A-lakeei Nikolaevich, 1887-1957)

SffAROV, I.A., akademik.
Cultivated fields instead of swamps. IUn.nat. no.11:10 N '57.
(MIRA 10.10)
(Reclamation of land)

_)H ii
AUTHOR: Gerardi, I ~ A, , Siqi nee r SOV1199 -- 58 -10-13/13
T[TLE Melioration Problorits, al. the Joint Sc3sion of the All-Union
Academy of Agricultural Solences imeni V..I. Lenin in 11.11insk
(Voprosy melioratsii na ob yedifiennoy S~ssii Vsescyazncy
akademii sel 7s-1%_o1rhozyaystvenny1c*h nauk imen-i V.,I. Lernina
v g, Minske)
PERIODICAL: Gidrotekhnika i meliorats-iya, 1958,., Nr 10, pp 61-6~ (US:3R)
ABSTRACT: From 8-11 JulY 1958, a joint scientific session of the A1.1-
Union Academy of Agricultural Sciences imeni V.I~ Lenin
took place in Minsk. The main subject' of this conference
was the generalization of scientific achievements and ex-
perience in the draining and utilization of swamps in the
non-black soil regions of the European part of the USSR~
Representatives of many scientific research institutes, the
respective ministries and cf Bome kolkhozes took part in
this meetlfng~ P,P, Lobano-,;r, President of the All-Union
Academy of Agricultural Sciences imen-i V.I. Lenin reported
on "The Grow-fag Role of Scientific Institutions ir the
Organization of Agricultural Production According to 'he
Regulations of the July Plenum of the TsK KPSS11, I;S.
Lupinovich. President of the Byelorussian Academy of Agri-
Card culture spoke on the necessity of a fundamental change in
.112 0

SOV/019 - 5.8- 7-0-13/13
Yelioration Problems at the joint Sessicn of the -111--Unicr, 1-cademy of
Agricultural Sciences imeni V,I-- Lenin zn Minsk
drainage methods in the BSSF and the Baltic Republics- Te-Yez
Smirnov, head of 4",--e k,~'_khoz BVO and Herc of Socialist Labor,
and K-I. Zhaplykc nead cf th.9 kc--,kh.:;,z ~Chyrvonaya zmena"
and Herr, of Labo_- reporsed on the importance and
influence of dra-~riage methods i~. the prciuc~~_cn of kolk'-iozes.
Academician 1.,A , Sharo-u doul-~ with "The !m-,rcveMGr.*., of
Drainage Ket!,._o~lo zu RL-gi:in,: of USSR.
_k, Wil~ 5, Dl.t~ec:~V,.:7 of
and Its FurtKer D-~.-;G'_,cPmen-.-.", 1. "j
the Lithuaa-_'_r-.n Si,*_'Ientific Research Institute of 'Yellioration,
re-oort-d on prccre~is !-niade 2.n thi~~ f2.eI5 -in tale T~7_thuanian.
Republic, Ya ~ Y a3eigman, Dire--tor of t"a Latvian Scien-
tific Research institute of Hydraul-J-_ Engi-n-eezing and Malio-
ration, presented some 'iAara on a harvest increase in drained
areas of the kclkhozes "Nako-;ne" and 'Dayle"-
There is 1 tableQ
1t Soils---Mbistuxe content 2- Wrt~_r--Control 3. D-_-q.iaag~'o
4. Scientific rerort~
Card 2/2 uscomm-w-0239

SHAROV, Ivan Aleksandrovich, akademik; OZEROV, V.H., red.; KRZHIZHA-
NOVSKATA,'G.V.;'-ZUBRILINA, Z.P.. tekhn.red.
[Operation of hydraulic lAnd-improvement aystemal Ekspluatataiia
gidromeliorativnykh sistem. Izd.2., ispr. i dop. Moskva, Goa.
izd-vo sellkhoz.lit-ry, 1959. 576 p. (MIRA 12:8)
(Irrigation) (113rainage)

PBCHKUROV, A.F., kand.sellskokhoo.nauk, glavnyy red.; ASKOCBENSKIY,
N.A., red-; alaidemik, red.; SEOROPANOV. S.G..
red.; RUSINOV, F.I., red.; BOROVIKOVA, R.P.. red.,- SOSINOVICH,
A.I,, tekhred.
[Drainage of bog and swampy soils of the non-Chern02em zone of
the R'uropean U.S.S.R.; materials of the joint sension, July 8-11,
19581 Osushenie bolotnykh i zabolochennykh pochv nechernozemnoi
zony Evropeiskoi chasti SSSH; materialy ob"edinennoi sesaii
8-11 iiulia 1958 9. Minsk, Izd-vo ASViN BSSR, 196o. 364 p.
(MIRA 14:4)
1. Yeesoyuznaya skademiya sellskokhozyaystvannykh nauk imeni
V.I.Lenina. 2. Vaesoyuznaya akademiya sel'skokhozyaystvennykh
nauk imeni V.I.Lenina (for Sharov).
(Drainage)

SHAROV, I.A akademik
Role of land improvement in the programmed management of
agriculture [with summary in Englishj. Izv. TSKhA no.2:
201-209 161. (MIRA 14:8)
1. Vsesoyuznaya Akademiya sel'skokbozyaystvennykh nauk imeni
Lenina.
(Irrigation) (Drainage)

TARASOV, S. V. ; SAL I MAN, S. 1. ; qL1kRq_Y, __I. A., red.; TYURINA, A. Z. , red,
BRATISHKOY L.V.,, tekhn. red.
(Catalog-handbook of flax and hemi)-and-jute processing equip-
ment; spinning machinery]Kat&log-spravochnik l1nianogo i pen,ko-
dzhutovogo aborLidovaniia; mashiny priadil'nogO DrOizvodstva. Mo-
skva, 1962. 179 p. (MIRA 16:3)
1.,TSentrallnyy institut nauchno-tekhnicheskoy informatsil leg-
kok promyshlennosti. 2. Rukovoditell pryedillnoy laboratorii
TSentrallnogo nauchno-issledovatellskogo instituta jrt~omyshlen-
nosti lubyanykh volokn (for Tarasov). 3. NachallnikAekhrUcheBko-
go otdelh Vses. nauchno-issledovatellskogo instituta legkogo i
tekstillnogo mashinostroyeniya (for Sallipan),
(Spinning machinery)

KOSTYAKOV, Aleksey Nikolayevich, 1887-1957; SHARDVP I.A., red,
[Selected works]Izbra=ye trudy. Moskva, Gos.izd-vo sell-
khoz.1it-ry, 1961. 2 v. (MIU 16:2)
(Irrigation) (Drainage)

_Iyu _j akademik; LEONOVA, T.S., red.; RAKITIN,
SHAROV. I -Al"aandray1c-h
I.T., tekhn. red.
(Fields quench their thirst; irrigation-;arming]Polia uto-
liaiut zhazhdu; oroshaemoe zemledelie. Moskva, Izd-vo "Znanie,"
1963. 47 p. (Novoe v zhizni, nauke,, tekhnike. V Seriia: Sellkoe
khoziaistvo, no.5) (MIRA 16:3)
1. Vsesoyuznaya akademiya sellskokhozyaystvennykh nauk imeni
V.I.Lenina (for Sharov).
(Soviet Central Asia-Irrigation farming)

SHAROV, I.A., akademik; NATAL'CHUK, M.F., kand. tekhn. nauk, dotsent
Continuous methods of irrIgation organization. Izv. TSKHA no.5:
219-225 163. NIRA 17:7)
1. Vsesoyuznaya akademiya sellskokhozyaystvennykh 4auk imqni
Lenina (for Sharov).

SHAROV, I.A., prof.
Irrigation farming. Priroda 53 no.3:36-43 164. (MIRA l714)
1. Deystvitellnyy chlen Vsesoyuznoy akademii sel'skokhozyaystvennykh
nauk im. V.I.Lenina.

USSR/Ketais - Welding Sep 50
"Flame Hardening of Rail Ends on Railroad
Tracks," Engineers I, F. Sharov and Ye. L. Gu-
rallnik
"Avtogen Delo" No 9, pp 25-27
Procedure of flame hardening and tempering ends
of rails on RR tracks in operation. Medium-
0
pressure injector-type torch (GPZ-1) was ac-
cepted as best heating appliance, Hourly con-
sumption of acetylene is 1850-1950 1; oxygen,
1900-2000 1. Heating head has 24 holes of
0.65 mm diameter spaced at 3 mm intervals.
167T81
USSR/Metals - Welding (Contd) Sep 50
Acetylene generator with productive capacity of
2000-2500 1/hr was part of equipment. Method, in
use since 1948, is being applied more videly.
167T81
r~4

RABINOVICH, A.Ta.; DIMOV, L.T.; GURLLINIK, Te.L.; OBUKHOV,
A.Y., inzhener, reteenzent; VmR IN, H.I., inzhener, retsenzent;
ZEMICH, P.M., inzhener, redaktor; KHITROV, P.1., tekhaicheskiy
redaktor.
[Welding and weld deposition of parts of the upper track structure]
Svarka i naplavka detalei verkhnego stroeniia puti. Moskva, Gos.
transportnoe zheleznodorozhnoe izd-vo, 1951. 206 p. (MLRA 8:1)
(Railroads--Track) (Electric welding)

SHAROV, I.F., imshener.
Welded rails for tracks. Zhal.der.transp-37 n0.11:80 N 155.
(KUU 9:2)
I.Nachallaik tekhnicheok*go otdola Rellsoavarechaege treats..
(Railroads--Rails)

SHAROV, I.F., inzhener
3ffectivemeas of welding rails. Zel.dor.transp. 39 no.4:49-53
Ap '57. (~au 10:5)
(Railroads--Rails)

SMIM, I.F. , glavnyy teklinolor, po eveirke
Building up saddle joints on rails. Put' i put.khoz. no.11:23
N 158. 041RA 11:12)
(Railroads--Rails)

SHAROV, I.F., iiizh.
,
Regularize the production setup and the nuisber of engineers and
technicians in electric power plants and power s7stems. Blek.sta.
29 no.6:46-50 Je '58. (MIRA 11:9)
(Electric power plants)

%.
Repair and maintenance of rails as an important potentialit.7
in track maintenance. Zhel. dor. transp. 40 no.8:45--48 Ag 158.
(MIRA 11:9)
(Railroads--Rails)

SHAROVO I. F. Cand Tech Sci - (diss) "Concerning the question X velec-
ting a type of rail-welding unito" Kiev,, 1960, 13 pp, 260 cop. (Institute
of Electrowelding im Ye. 0. Paton, AS.UkSSR) (KL, 45-60, 127)

SIMOV, I. F. , tokhnolog po evarko
Eliminating worn-out spots on rails. Put' i put.khoz.
no.3:13-14 Mr 6o. (MIRA 13:5)
(Railrca da--Rai 1s --W elding)

SHAROV, I.F., glavny7 tekhnolog po, svarke rellsov
Rail welding needs mechanization and automatization. Pat' i Put.
khoz. 4 no.11:24-25 N 160. (MIRA 1-13:-',~-)
(Railroads-Rails-Welding)

SHAROV, I.F., inzh.; KUZNETSOVA, V.N., inzb.
Make better use of welding equipment. Put' i put.khoz. 5 no.6:26-27
Je '(1. (MIRA 14:8)
(Railroads--Rails--Welding)

SHAROVI I.F.,, kand.tekhn.nauk
R&il welding with the method of continuous lengths.
khoz. 6 no.3.-20-22 Mr 162.
(Railroads--Rails-Welding)
Pat' i put.
OMIRA 15 -.3)

KHRENOV., Leonid Sergeyevich, prof.;
B.D.Y inzh.; KAMENEV, N.P.,
SHAROV . ofitsiallnyy
auchnyy red.; LYAKHOVICH,
tekhn. red.
Prinimal uchastiye ZA-PRUDNOV,
dots., ofitsiallnyy retsenzent;
retsenzent; BRUYEVICH, N.I.,
Ye.A., red.; SHIBKOVA, R.Ye.,
(Geodesy] Geodeziia. Izd.2.
476 p.
Moskva, Goslesbumizdat, 1962.
(MIRA 16:6)
1. Vsesoyuznyy zaochnyy lesotekhnicheskly institut (for
Kamenev). 2. Khrenovskiy lesnoy tekhnikum (for Sharov).
(Geodesy)

MIASHNIN, I.N.; SHAROV, I.F., kand.tekhn.nauk
Adopting a progressive method of rail welding. Put' i put.khoz. 9
no.5:23 165. (MIRA 18:40
1. Nachallnik rellsosvarochnogo poyezda, stantsiya Kastornaya-
Novaya, Yugc>-Vo5tochnoy dorogi (for Kvashnin). 2. Stantsiya
Kastornaya-Novaya, Yugo.-Vostochnoy dorogi (for Sharov).

-L4
',!3~,: ez-
13
1,J pl, W-1 "o n r-r;: -7-v1--in~y-i t.roda
-o nn r fj

L 07428-67 9P(k)&N~-ld IEIq E, (t ;r,
-N? )/E
ACC N.Rt AP6030274 (A SOURCE CODE: UR/0125/66/oco/o08/0060/006I
AUTHOR: Sharov,, I. F.
ORG* TSINH 1191S
TITLE: Using the K-155 and K-255 rail welders f r maintaining continuous-rail tracks
SOURCE: Avtomaticheskaya svarka, no. 8, 1966, 170-6i
',TOPIC TAGS: railway track, welding equipment
ABSTRACT: ~IThe authors discuss the use of the PRSM installation equipped with K-1551r
-j"d ~i-295 (suspen.,;ion rail welders k'currently used in the Soviet Union for maint~na~nce
of continu~us-rail tracks. A inothod is proposed for calculating the pressure adjust-
;-,.ont necessary in the hydraulic syntcm of the rail wcld(~r to overcome the resistance
to longitudinal displacement generated by melting and upsetting. The PRSM unit has
Deen used for repairing defective and broken tracks on the Southwest and October Rail-,
:roads without much interruption of railway traffic and w4 a cost reauction by a:- i
_Joints on 29 'rack
:factor of 10-11 in comparison with conventional methods.,',Welded
:sections on the Southwest Railway show no defects after handling more than 100 millioni
,tons of cargo. The proposed method may be used for laying continuous tracks -with .100-1:
and 200-meter sections which cost less to transport than standard 800-meter Eection.
Orig. art. has: 2 figures.
SUB CODE: 13/ SUBM, DATEE: 25jan0'6
Card 1/1 um 621-791-76-03,625,143

SHAROV, I.I., inzhener.
increase the size of working assignments. lzobr.v -, -r.?:42
. ., :: . .1
Jl '57. 1, --,l. - : 7)
(Labor productivity)

ZALIOPO, M.N., inab.; SKMV, I.I., insh.
I I
krepsrotion of toilet somp'from fata split without the aid of a
catalyst. Maml.-shir; prom. 24 no. 6il7-19,1~8. (MIRA Ili?)
I' hbitke 00vabods' (for taltopo)o 2. Upravlanlys maditskinskey
t parfyumornoy promyshlennoett Mosgorso~rimrkhoss (for 5barov).
(soaD )

SHAROV. I.I.; PAVLOVSKIT. Ye.H.. akademik.
ReptArutive eptdirmal regeneration in cyclostomata. Dokl.AN SSSR 91 ao.2:
429-432 JI '53. (mLRA 6.6)
1. Akactemiya nauk SSSR (for Pavlovskiv). (Lampreys)

USSR/General B;-oloZy - C,,rtology. B-2
Abs Jour : Ref Zhux - Biolo-- ya, No 1., i957,- 157.
Author : I.I. Sharov-
Inst
Title New Investigations of Lhe Cell (on the Works of Prof.
0.B. Lepeshinskiy)
Orig Pub Tr. Stalinav. med. 1-n-ta, 1954, 9, 185-195-
Abst The basic premises developed in the works of O.B.
Le,-,eshinsk-iy are presented. The author considers
these works as being theoretically important.
Card 1/1

SHAROV, I.I.
Histochemicril investigntion of the nctivitY of alkaline Pnd acid
phosphntases in uterine and plscentnl tissues in pregnant white
rats [with summary in English]. Biul.eksp.biol. i med. 45
no.2:108-112 F1 58- (MIRA 11:5)
1. Iz kafedry gistologii i embriologii (zav. - dotsent I.I.
Sharov) Stalinabadskogo meditainskogo instituts imeni Avitsenny
(dir. - chlen-korrespondent Akademii nauk Tadzhikskoy SSR Ya. A.
Rakhimov). PredstnvlenR deystvitellnym chlenom AMN SSSR prof.
S. Yo. Severinym.
(UTERUS, metabolism,
phosphatases in pregn. white rate. histochen.deterz.(Rus))
(PLACENTA, metabolism,
phosphatases in white rats, histochem. determ. (Rus))
(PHOSPHATASES,
in placenta & uterus in pregn.white rats. histochem.
determ. (Rus))
(PREGNANCYi, metabolism.
placental & uterine phosphntases in white rpts, histochem.
determ. (Rus))

SHAROV, I.I.
Histachemical analysis of the I:Jucogen content of the uterus and
placenta of white rate in various periods of pregnancy [with
summary in English]. Biul.eksp.biol, i med. 46 noo'8:109-113
Ag 158 (MIU 11:10)
1. Iz kafedry .-istologil (zav. - dots. I.I. Sharov) Stalinabadskogo
gosudari~stvennogo meditsinskogo institute imeni Abu-Ali Ibn-Siny
i laboratorii embriologii (zav. - chlen-korrespondent AMN SSSR prof,
P.G. Svetlov) Instituta eksperimentallnoy meditsiny A191 SSSR,
Leningrad. Predstavlena deystvitelinym chlenom AIM SSSR V.N.
Chernogovskim,
(PREGNANCY, metp'o.
glycogen content of uterus & placenta, histochem.
determ. in rats (Rug))
(UMUS q met ab.
glycogen content of uterus & placenta, histochem. determ.
at various Deriods of pregn. in tats (Rug))
(PLACENTA,
glycogen content of palcenta & uterus, hiBtochem. determ.
at various periods of Dregn. in rats (Rug))
(GLYCOGEN, metab.
uterus & placenta, histochem. determ. at various
periods of pregn in rats (Rug))

DII,71~~LIS, S.S., smROV, I.I. (Stalinabad)
Phosphatase in the lungs and liver in experimental silicosis in
white rate. Gig. truda i prof. zab. 4 no. 7:52-54 J1 160.
(MIRA. 13:8)
1. Kafedrr gigiyeny i gistologii Meditsinskogo institute, "
Avitsenny. (PHOSPHATASE) (LUNGS-DUST DISEASES)

SHAROV,
Localization of glycogen in the human placenta. Biul. eksp. biol.i
mad. 50 no.9-112-116 S 166. (141 RA 13: 11)
1. Iz kafedry gistologii (zav. - dotsent I.I.Sharov) Stalinabadskogo
modits~~skogo instituta imeni Avitsenny i laboratorii embrialogii
(zav..- chlerr-korrespondent AMN SSSR prof. G.P.Svetlov) Instituta
eksperimental Inoybeditsiny VIrI SSSR, Leningrad.
(PLACENTA) (GLYCOGEN)

SHAROV, I.I.
Phosphum,ases in tte hurnan placenta. Biul. eksp. biol. i med.
56 no.8:64-68 Ag 163. (MIRA 17:7)
1. 1", luifertry g'-stc)Jogti (7,nv. - dr. mod, nauk G.G. S&Msonidze)
'rud'.',hiknkogo medltsin5kogo Instituta imeni Avitsenny i labora-
tr--rU embrit-~Iogii. (zav. - chlen-korreopondent AMN SSSR prof.
P.'s'. Svetlov) Tristl.tut,t meditsiny AMN SSSRY
Leningrad. FrTtAstavlen--, deystvitellnym chlenom AMN SSSR A.V.
I,ebedlnsk1m.

11~1-U.'Ev.,K IV . N I
r eel
lj,~ fjli V!~
f7redginlcl r, 3

GRABETSKIY, A.A., kand-pedagog.nauk. Prinimali uchastiye: GOSTEV, M.M.,
kand.pedagog.nauk [deceased]; GLORIOZOV, P.A.; IVANOV, P.P.,
uchitell sredney shkoly. VIASOV, G.S., oty.red.; SHAROV. I.A.1-
red.; CHIZHIKOVA, O.M., red.; SMIRNOV, G.I., tekhn.red.; GOLOVKO,
B.N., tekhn.red.
[Chemical apparatus for the study of chemistry in secondary schools;
catalog and handbook] Uchebnoe oborudovanie po khimii dlia srednei
shkoly; katalog-spravochnik. Moskva, Gos.uchebno-pedagog.izd-vo
M-va prosv.RSFSR, 1958. 134 p. (MIRA 13:6)
1. Russia (1917- R.S.F.S.R.) MinisterstVO Drosveshcheniya.
2. Chlen-korrespondant Akademii pedagogicheskikh nauk RSFSR
(for Gloriozov).
(Chemistry-Elandbooks, manuals, etc.) (Chemical apparatus)

SHAROV, I,V. Nngr) and ZILITINKEVICH~ S. I. (Prof.,Dr.Tech.Sci.)
i
"Review of H.J.Reich's Book: 'Theory and Applications of r~lectronic
Apparatus'," Elektrichestvo, No.10, 1949
This review by Soviet scientists evaluates an English language textbook on
electronics and compares it with scientific literature available in the L]SSR.
W-12975, 2 2 Aug 50

SHAROY.I. V.
SHAROV, I. V. --"Problems of the Theory
3X
- Signal Receivers." *(Dissertations for
at USSR Higher FAucationnl Institutions)
Ir,st of Precision Mechanics and Optics, Leningrad,
and Design of Certain Limiter Circuits in
Degrees in Science ar-d Engineeriug Defended
Min of Higher Educaticn USSR, Leninerad
1955
30; Knizhnaya Letopis'. No. 25, 18 Jun 55
* For of L):)c'_or D,' scie,,Ic- 3
1 3