SCIENTIFIC ABSTRACT SMIRNOV. YU.V. - SMIRNOV-VASILYEV, K.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651620006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,Automation of Rolling Mills
SOV/1969
Automatic control of the min drive of a re-mrsing rolling mill 79
Automatic control of scwewdown (mechanism] of a reversing rolling mill 82
Bibliography
AVAILABM- Library of Corigmss
86
GO/fal
Card 5/5

SOV/117-59-41-4/36
The ~,utomation of GrJindin~
V L 3 111achinest
travel, after the end of the -rindin,-- =ocess, which
0 .1 - - -
takes from 0.9 to 1.7 minute Der sleeve, 1:1-1 e
,"rindin- wheels ~T-1`3K44S-.717-" and "K-',.3-B4&3':1--K" last
0 A. ~ L f-- Zj 0 1,
for 90-200 and 60-85 sleeves., respectively, One
operator can operate two automated .7inders, The ele---
tric bloclK diaGram of 'U',le system is shown. It is
mentioned that soda water is used as coolant, There
is I diagram.
Card 212

ZAXHaOV, M.F., kand.tekhn.nauk; S14IRNOV,_Yu T., inzh.; SHUTOV, Ye.F.,
inz-h.
New way of braking asynchronous short-circuited motors by the
method of three-phase short-circuiting. Izv.vye.ucheb.zav.;
energ- 3 no.4:40-46 Ap 160. (MIU 13:6)
1
- Ivanovskiy enorgeticheskiy institut imeni Y.I.Lenina. Pred-
stavlena elektromekhanicheskoy sektaiey nauchno-takhnicheakoy
konferenteli.
(lClectric motors, Induction)

ar i 3,~
rom
VO tqiTP V~3t7-'t S t( -7 L! ',41 1. t' 5 10 111 -r F i tS. e k
di 14 1;-
,jo .,j;, D ' .--.1 F
(Voltri.ga, :t ogulator-3

SMIRNOV, Yuriy Vasil'yevich., aspirant
Analysis of a.c. voltage regulators serving as passive foul-terminal
networks. Izv.vys.ucheb.zav.; elektromekh. 5 no.3.-298-301 62,
OURA 1-5~4)
1. Kafedra elektrooborudovaniya promyshlennykh predpriyatly
i ustanovok Ivanovskogo energeticheskogo instituta.
(Voltage regulators) (Elect-tric networks)

SMIRNOV, Yu,'L-,-inzh.
Problems concerning electric drives with saturable
reactors and semiconductor rectifiers. Izv. vys. ucheb.
sav.; energ. 5 no.10:52-63 0 '&3. 041RA 15:11)
Ivanovskiy energetichesle-iy institut imeni V.I. Lenina.
Predstavlena kafedroy elektrifikatsii promyshlennykii
in-edpriyatiy i ustanovok. ' 2 **0""000*4"-
(Electric driving)

SMIRN.01.1, Yu.V., inzh.
Electric drive based on a regulqting autotransformer and semiconductor
rectifier. Izv. lrys. ucheb. zav.; energ. 6 no.5:445-54 My 163.
(MIRA 16-1)
1. Ivanovsk-iy energeticheskiy institut imeni V.I.Lenina.
Predstavlena kafpdroy elektrifikatsii promyshlennykh predpriyatiy.
. (Electric driving)

SiP111,NOV, Yu.V., inzh.
Calculatio-n of the operating modes of multiphase ~Ull-wave
rectifier circuits. Izv. vys. ucheb. 2av.; ener-. 7 no.5;
29-37 My 164. (MiTtk 17: 7)
1. Ivanovskiy energeticheskiy institut imeni V. 1. Lenina. Fred-
stavlena kafedroy elektrifikatsii promyshlennykh predpriyatiy i
ustanovok.

Eje zoteklin ka
C F' kL
n,-,. 6L 15 (MIR-k 17 -.8)
Jt~

SMIRNOV) IU.V., inzh.
i
Deeign of a vcitage regulator with a slid`ng contact. Elektro-
tekhni],A 35 no.10:51-52 0 164. (YI:E.A 17. -' -~ )
, -L -,

L 227o4-.66 EWT(l) SOTB. MIGS (Rn)
-ACC NR
AT600945.2 SOURCE CODE: UR/0000/65/000/000/0302/0305
1AUTFOR: M-alskbov. A. N.: Romenov, I V.,-.~Sm~irnov~~ U11-yanov,
ORG: 3-
TITLE: Biological indication of a UHF electromagnetic field
101,
SSSR. kompleksnoy probleme
SOURCE: AN -NampbnZy sovet po Kibernetika
Bionika
.(Bionics). Moscow, Izd-vo Nauka, 19b5, 302-305
TOPIC TAGS: medical experiment, bionics, UHF, electromagnetic field
ABSTRACT: The effects of an SHF electromagnetic field on viability and
conditioned reflex activity were investigated in a series*of experiments
on plerocerolds and white mice. In the first experimental series, 5
groups of pleroceroids were irradiated with UHF and SHF waves (7.6 m to
13.7 cm) for periods of 10 to 60 min to determine survival rates.
~Following irradiation each group qf pleroceroids was placed in a
physiological solution and kept at an 180 temperature. Pee-tb was
determined by absence of reaction,to needle pricks and to beating,, and
also by body tone condition. Findings show that the survival rate for
Card 112

L 227o4-66
ACC NR: AT6009452
experimental groups is 4.5 to 5.62 days compared to 7,6 days.for the
nonirradiated control group. With increase of irradiation period at
the same frequency, the survival rate decreases. In another series,
conditioned reflex activity In a UEF field was studied in 5 adult male
white mice of the same line and age. Mice were conditioned in a plastic
chamber (20 x 10 X 7 on) divided in half by a partition with an opening
and push buttons; the electric signal systems were under the floor.
Intensity of irradiation was of the order of 20 mwt/cm. Experiments
were staged daily using different sequences of UHF stimuli. The deVel-
opment of conditioned reflexes in response to URF electromagnetic
stimuli was difficult and slow and the effects were temporary. Ori
art* has: 2 tables, [06
'Z
SUB CODE: o6/ 6UBK DATE: 26oct65/ ORIG REF: 003/ ATD PMS: 'If
212

DUBINSKIY, A.M., kcand.tHAn.nauk; SHIMANOVSKIY, V.N., inzh.;
SMIRINOV) Yu.v., J-nzfi.; ZAKRZIIEVSKIY, A.Ye., tnzh.
Precast reinforced shells in the U.S.S.R. Strolkonstr.
no.1:5-20 165. (MIRA 19:1)
1. Nalactino-issledovatellskiy in3titUt stroitelInykh
konatruktsiy Gosstroya SSSR, Kiyev (for Shimanovskiy,
SmIrnov, Zakrzhevskiy).

V.A.; "'T-h-d'OV, Z., red.
IJ,zbhaf~raphy of Russian otorhinalar-jngological literature
(1708-1962) in five volumes] aibliografi4 otechestvennai
otot-ir.olat-ir..golorricr,,eskoi- literatury (1708~1962 gg.) v 5
twimkh. Mcs1-.ra, Vses. nauchn. med6 ob-vo oltorinolaringo-
i0ov. Vol-1. 1963. 5012 P. (MIRA 17:6)

MESHALOVA, A.N., red.; KRESTOVNIKOVA, V.A., red.; VYGODCHIKOV, G.V.v
red.; SMIRNOV, Z., red.-; KLEUSOVA, A., tekhn. red.
(Transactions of the Scientific Conference on the Use of
Polyvalent Vaccizeal Sbornik trudov Nauchnoi konferentsii
po probleme assotsiirovannoi vaktsinatsii, 1958. Moskva,
Biuro nauchnoi informataii, 1959. 253 P. (MIRA 16:5)
1. Nauchnaya konferentsiya po probleme assotsiirovannoy vak-
tsinatsii, 1958. 2. Glavnoye upravleniye institutov vaktsin
i syvorotok Ministerstva zdravookhraneniya SSSR (for Meshalova).
(Vaccination-Congresses)

STUDITSKIY,A.N., otv.red.; GRAYSVSKIY,A,Ya.. red.; GRIGOROYIff.T.A., red.;
YALISICYBY,Y.G.. red.; ZBARSKIY.I.B., red.; LIOZIUR,L.D., red.;
MITSKMCH.M.S., red.; FRIMSHTRYN,A.Ya., red.: KOUSHCHOY,G.K..
red.; CHENTSOY,Yu.S., red,;__SKIRROVZ.,_red.-, LAYRW'MI,G.,
tekhn.red.
[Transactions of the Second Histological Conference; plastic and
restorative processes] Plasticheskie i voBstanovitalinye protses-
ey: trttdlr Ytoroi gistologicheakoi konferentaii. Moskva, Moak.
nauchn.ob-vo anatomov, gistologov i enbriologov, 1959. 319 P.
(MIELA 14:5)
1. Kafedra gistologii Moskovskogo gosuderetvennogo universiteta
im.M.Y.Lomonosova, Moskva (for Sbiditskiy). 2. Laboratoriya radio-
biologii Instituts morfologii zhivotnykh im.A.K.Severtseva AN SSSR,
Moskva (for Grayevskiy, Zbarskiy) 3.. Ksfedra gistologii, i embrio-
logii leningradskogo saniterno-gigiyenicheakogo neditainakogo,in-
stituta, Leningrad (for Grigorlyev). 4. Kafedra gistologii i emb-
riologii I-go Meditsinskogo institute im.Sechenove, Moskva (for
yelize.vev). 5. Gruppa biokhimii kletochnykh atruktur Institute mor-
fologii zhivotnykh im.A.N.Severteove AN SSSR, Moskva (for Zberskiy).
6. Laboratoriya rosta i rezvitiya Instituta eksperimantallnoy bio-
logii AMN SSSR, Moskva (for Liozner). 7. TSentrallnays nauchno-
iseledovatel'skaya Laboratoriya 2-go Moskovskogo maditsinakogo in-
stituta im.N.I.Pirogova, Moskva. (for Khrushchov).
(HISTOLOGY--CONGRESSRS)

BOGUSH L.K., prof.. red.; KOLLSNIKOV, S.A., prof., red.; SERGEYEV, V.1-1.)
kand. med. nauk, red.; %1100V Z red LAVMITIYEVA, G.,
te-kh.red.
[Technic of mitral commissuroton7,; transactions of the First
Symposium on the Technic of Mitral Commissurotony, Moscow, 1960)
Toklinika mitrid1noi komissurotomii; trudy. Moskva, In-t grudnai
khirurgii, 1960. 95 P. (MIRA 1531)
1. Simpozium po tekhnike mitrallnoy komissurotordi. lst, Moscow,
1960. 2. Chlen-korrespondent Akademii meditsinskikh nauk SSSR (for
Bogush).
(MITRAL VALVE--SURGERY)

KOSILOV, S. A. , prof . , red.. ; atIRROV v Z. - red. ; CHUMAKOV I G. I tekhn. red.
[Methods in physiological investigations of work processes] Metody
fiziologicheskikh issledovanii trudovykh protsessov. Mosk7a, In-t
gigieny truda i profzabolevanii MIN SSSR, 1960. 127 Po
NTRA .14:7)
--
, (Work)

NIKULIN, K.G., prof.., red.; EV.,IRIIGV,. Z.., red.; LANTMT'YEVA, G.,, tekhn.
red.
[Angina pectoris and myocardial infarct; collection of articles
of the Department of Typological Therapy in honor of Professor
A.I.Gefter's 60th birthday] Grudnaia zhaba i infarkt miokarda;
sbornik trudov kafedry fakul Itetskoi terapii, posvi-ashchennyi
60-letiiu professora A.I.Geftera. Pod red.K.G.Nikulina. GorIki-Ij,
1960. 382 p. (MIRA 15:1)
1. Gorki. Gorlkovskiy gosudarstvennyy meditsinskiy institut.
(ANGIEA PECTORIS) (HEART-INFARCTION)

BAGDASAWYAN, S.M.) pr-of.; IVANIOV,B.A.; FREOWZAZIrENSK9A, M.M.;
HZI:Alllovicilly F.K.; SHUR, Ye.l.; SAFOI'OVA, Z.,
red.
[Dissertations for the degree of Doctor and Candidate of
Medical Sciences defended from 1951 to 1955] Dissertatsii
na stepen' doktora i kandidata meditzAnskikh nauk. za-
she hi.,ihe henny e v 1951-1955 gg. Pod red. S.V.Bagda~arliana.
Moskva. Vol.3. Pt.l. Bibliogi-afiia. 1962. 303 P.
(1.',IRA 17:1)
1. Akademiya meditsinskikh nauk- SSSR. Moscow. Otdel nauch-
noi meditsinskuy informatsii.

Z , K r e
NE11:3KLY
oc soviet
in 5 vollilres! i~ibl ----a ~Z
170
e, a C',
DJI.
p.

Teor-iia avtos!Ixe*oleniia tsili-ridrov. ~17osk-ta.0boronEiz, 19~,O. 284, diaErs.
(1 fold)
3ib1--;o57-.--a-p'--: c. 283- P,-,;7,
L'- - IV - Z171 -
Theor~.- of autoi7.-atic coupiin~~, of cylinders.
DU.: TA,92.co/s5
I- -ineering i-n the Soviet Union, Library
-D: '.'--nufacturin~, an,- :,'ech_-n4cal ng
oC Con-ress, 195 3-
.1

plastiche-~~?dm deformzitsham,; ieratl ie o5ilovy.
I p. T' ill,j--.
a s h g i z , 19 L2-)7
p. 2U-2L5-
~~PEiEtance of rr-~,terials to pla, tic deformaidons; Fundamentals.
ELC: TG265-S59
1.1,rinufacturing ard 11'ech~ndc~-:l !~nFineerlng in the l3loviet Union, ~-ibrary
r,f 'U,n~:re~zs,

"Irl et al.
'JI., G' A,
TechnoloFy
Cold stnmpinf-, In Lhe irl-inuC-icturc of instrmv-nts. iMoskva, 1950.
Mont)-13~ Ligt of Russian Accessions Library of Congress October 1052 Unc3xsij'ied

USSR/Engineering - Plastic Deformation of 1951
Metals
`Analy,sis of Plastic Deformation of Metals by
M-,~thcd of Microstructure Yeasurements," V. M.
andG. A. Smirnov-Alyayev (Leningrad)
lnzhen Sbor, '101 10, PP 3-16
D,a-,rrlbos method of detg deformation of small
carried beyond limit of elasticity, of
.1acc laier of metal detail by microscopic
By means of these measurements the
~!-~arac~er of reciprocal displacements of individual
257T58
metallic grains in the microscopic field can be
dc--,d,, following which a mathematical treatment
of the Tesultant data enables one to establish
degree and type of deformation. Theo-retical
--nalysis tested experimentally. Results were
Gatisfactol-y.

SMIRN'UV-ALY--%Y:.V, G.A.
I , I- .
Srairnov-Alyayev, Works on the apDlied theory Leningrad ldlitary Mechanical
G.A. of plasticity Institute

ct-
615 .1-41
oit 01-
C.P
"AD' G A
(T JE01ti OF
I
364- 365.

,I ;, , . ~ A ~ , 1 137-58-5-9556
() / ~ ~] ly ~ / "'i ; !A / Y1JY '- ' I (~ /~
Translation from. Referativnyy zhurnal, Metalluraiya, 1958, Nr 5, p 105 (USSR)
AUT14OR: -Smirnov-ALyayev, G.A.
TITLE: Methods of Eno ine_e_r1-H`g--A-fi`5Ty_s is in the Technology of the Press-
working of Metals (Inzhenernyye metody raschetov v tekhnologii
obrabotki metallov davleniyem)
PERIODICAL: V sb.: Inzhenerri. metorly raschc-tij tc-khnol. prot:qessov obra-
botki metallov davleniyem. Ivioscow - Leningrad, Mashgiz,
1957, pp 5-19
ABSTRACT: The major trends in the development of the theory of plastic-
ity and current methods of stress analysis are examined.
M. Ts.
1. Metals--Processing 2. Metals--Deformation 3. Metals S'Uresses
4. Stress analysis
Card 1/1

li', ~',8-4-7106
I
TranslatiGn from: Reierativnyy zhurnal, Metallurg,ya, 1958, Nr 4, p 115 (USSR)
AUTHOR: Smirno,.--Alyaye-vG.-A.
T IT LE: New Trer~ds Lr, Lhe Development ot the Theoretical FLndamentals
of Metal Forming (Novyye napravlen;ya v razv;tii tecretiches-
kikh osnov obrabctki metallov davleniyern)
PERIODICAL: V sb. : Kuznechno-shtampovochn. proiz-vo. Leningrad Leniz-
dat, 1957, pp 46-50
ABSTRACT- The results of work in the field of development of the theoreti-
cal fundamentals of the plastic forming of metals conducted by
the Metal-forming Faculty and the Committee on Plasticity Theory
of the NTO MASHPROM.
Ye.L.
1. ~Ietais--P 1.asticity--Theory
Card 1/1

Smirnov-Alyayev, G. A.
"EngineerinE Calculation Methods in the Technology of Metal Working
Under Pressure", pp 108-110 froin book "Inzhenernyye Metody Rascheta
Tekhnologicheskikh Protesessov Obrabotki Metallov Davieniyem".,
Edited by V. S. Smirnov, Moscow-Leningrad, Mashgiz, 1957, 216 pp (Kniga 42).

SMIRNOV-ALYAYE;V, G.A., prof., doktor tekhn. nauk.
1-
. ............ ~..V~;iabie intensity of stresses over the thickness of plates subjected
to finite plane-parallel pressing. Trudy LYKI no.6:6-27 157.
(Ilastic plates and shells) (MIRA 11:5)

18(7); 25(l) PHASE I BOOK EXPLOITATION SOV/3079
Smirnov-Alyayev, Ge-orgiy Aleksandrovich, Doctor of Technical Scienceq,
Kratkive 03novy sovremennykh metodov rascheta protsessov obrabotki
metal*.ov davienlyem (Brief Discussibn of the Fundamentals of
Mauern Design Methods for Metal-forming Processes) Leningrad,
1958. 98 p. (Series: Kovka i goryachaya shtampovka) 6,200
copies priln-ted.
Spons.orlng Agencies: Obsh,3hestvo po rasprostraneniyu politicheskikh
i nauchnykh znanly RSFSR. Leningradskiy dom nauchno-
tekhnicheskoy propagandyand Nauchno-tekhnicheskoye obshchestvo
mashilnostroitellnoy promyshlennosti. Leningradskoye pravleniye.
Kc,Tat~;et Dlastichnosti.
Ed.: P. V. Kawnev; Terth. Ed.: D. P. Freger.
PURPOSE: This book is intended for technical personnel in the
field of metal forming. The book may also be useful to students
and aspirants specializing in the theory and practice of metal
forming.
Card 1/4

B--,'Ief,D13CU3S10t1 (Con't.)
SOV/3079
COVERAGE: The book deals with the fundamentals of metal forming)
the me-chanicts of plastic deformationsand Ue simplifi-
catic,r oV approximate design methods. The application of design
mF-',.'-,-)df, such operations as hot forging and cold stamping
disous---d. Examples of the use of auxiliary tables for the
de-sip-n cal--ulaLlons involved in metal-forming operations are
pre3r-11'r-d . r)ersonali+,-.ies are mentioned. There are 8
a.3.1 Scviet.
TABLE OF NITS:
Ch. i. F,----1-,damenta.1s of the Mechanics of Plastic Deformations 5
1. Idea! and real states of a substance. Model of the
atructure of a rigid body 5
2. ('oncept of initial and moving coordinates 8
3. S t'. r ai T-i 10
4. St,a1,.-.e of' stress 16
5. Rate o." strain and Its main components 21
1
0. Rela+~ion between the components of the state of
Card 2/4

SOV/3079
stres5 and t~he ~!~,mporvents of the rate of strain
U 24
Cot,dttlon~3 f1jr the- monoLonous course of deformation 27
Resultant (tot-a!) deformation 32
9. Strain hardening 39
CD
10. Relation between the components of the state of
st~ress arad the components of resultant deformation 41
Ch. 1I. ApproxiMate Calc Lula t.ions In Metal-forming
Operat-Igns 43
Simplifying assumptions 43
1,~), Simpl.1fl,--at-IoD of mathematical tools used in the
resistan3e of materials to plastic deformation 44
13- Simplifj_~~;ation of problems of determining the
required forces for forming 45
14. Auxiliary calculating methods 46
Ch. III. For-Ing in Closed Axially Symmetrical Dies 47
C3
15. Study of the stress-strain state. Calculation
of the required forces for forming 47
16. Resistance of metal in die forgingdepending on
Card 3/11

Brief Dis,-,ussion SOV/3079
1-em-Qerature and rate of deformation
L.
6o
Ch. IV. Cold Sltl.arnr,~InW" c-C Sheet Metal 67
17. D1-_1 te rm, ii, ~i t. 1-,1- I..he resistance of metal to cold
plast-1 -, fie Cor-Mati,)n 68
11-8. basle dimensions and required
4'
f. t L,T, a ring with a U-shaped
72
Ch. V. Examp'_es ~7,f th,~ Uzie (7,t' Auxiliary Tables in
F-rrr-1!,g, and Die-forging Processes 82
1.9. i!~_ qlane hammer heads 82
20. D.le forgl.rg wl-In fla~.,,h 93
Basic Bibliography 98
of Con
ress (TS225
AVAILABLE: Llbrar
S57)
.
-y
g
VK/mmh
Card 4/4 2-19-6o

ZHOLOA 4, V.V. LLYAYNV,'G.A., doktor tokhn. muk,
kan jtekhn. nauk; SMIRNOV-
prof .
"Stool pressing" by L.T. Prozorov. Reviewed by T.T. Zholobov.
G.A. Smirnov-.kliaev. Test. mah. 38 no.4:84-85 AP '58. (MM 110)
(Steel forgings)
(Prozorov, L.Y.)

, SMIRNOV-ALYAYEV, G.Y,.
Scientific conference on engineering methois for designing
processes of shaping metals by pressure. ;--.-;z.-sh'vam,P.-oizv.
I no-5:47-48 My '59. (1,11RA 121:10)
(Forging)

S/182/60/000/001/001/008
A161/AO29
AUTHOR: Smirnov-Al-vayev, G.A.
TITLE- Monotony of Plastic
Deformation in Metalworking by Pressure
1960,
PERIODICAL: Kuznechno-shtampovochnoye proizvodstvo,
No. 1, PP~ 3 7
TEXTz The conception of monotonous (with constant sign) and non-monoto-
nous deformation in cold pressing process is suggested for use in engineering
calculations. Deformation is calculated with the use of-a "material fiber" (a
short line traced on metal before deformation) (Fig. 1), and a circle (Figs. 2
and 3), and three characteristic examples are discussed: 1) Plastic twist of a V/
rod. 2) Plastic compression of a cylinder on butt ends by parallel plates. 3) A
very complex deformation process in the surface layer of metal contacting with the
tool surface, where the shape of a separate "material particle" deforms the
stronger, the closer it is -to the surface. The "monotony" criterion provides a
reliable means for designers cclculating the pressing process to select the tool
shape and the process parameters. The calculations can be based on approximate
plasticity diagrams obtained in tests with simple tension, There are 4 figures
and 3 Soviet references.
Card 1/1

~/122/60/000/004/008/014
A161IA130
AUTHOR: Smirnov-Alyayev, G.A., Professor Do,cior of Technical Sciences
TITLE: Resistance of materials to plastic deformation-on calculations of
pressure working processes
PERIODICAL: -Vestnik mashinostroyeniya, no. 4, 1960, 45 50
TEXT: A group of staffers of the "Obrabotka materialov.davIeniyem" (Pres-
sure Working of Materials) Chair of Leningradskiy voyenno-mekhanicheskly institut
_(Ianingrad,Milritary Mechanics Institute) has been working for'years on theoretical
foundations for a new teaching subject -,"Resistance of-materials to plastic, de-
formation!'. It has to become a separate-,science branch. The work is yet in the
.first stage of development. The author outlines in general terms the essence of
the 5ubject and emphasizes that even with all the_simplifying assumptions attempt-
ed before now, a general mathematical solution of the problem is extremeiy' diffi-
cult if not downright impossible. Possible additional sirdpiffying assumptiolis are
discussed. The newdisbipline consists in development of solution methods-being
as simple as possible for numerical integration of differential-equations, refer-
ence tables-, graphs and other possible auxiliary means. It is a pufely engineer-
Card 0

S/122/60/000/004/008/Oi4
-e~_isl.ance of materials A16i/Ai3o
tody), making it possible to find a direct relation between -:;he stress and the
deformation cQmponents. This applies not to small-volume deformations alone but
t:: trtal final as well. A generalized strain-hardening curve (independent from
the strain kind) will also be used. An established rule is not to devia~:~ from
the condition of monotony of major axis turns of stress-strain system in the Euler
space, and immobility of them (as the first consequence of the first monotony con-
dition) in the Lagrange space. This rule makes it possible to select such a trans.
ferable coordinate system that its axes will coincide with the major strain axes
in any selected small body particle during the entire deformation process. More-
over, it-may be said that the discipline-bases on the postulate of transformation
of elementary sphere into ellipsoid being assumed in the mechanics of solid masses.
it will include the results of the latest investigations in the theory of tension,
compression, bend and torsion, as well as data on specific laboratory work detail-s_
The solution of outlined problems will contribute to progress in the industry,
There are 5 goviet-bloc'referen-ces.
Card 313

ILI y-If
)LI 00 1 Ll 16, 1 Du, 5-1
20276
S/148/60/000/009/009/025
A161/AO30
AUTHORS: Smirnov-.Alyayev~ G.A,, and Gun, G.Ya.
TITLE; An approximate method for the sclut-lon of stationary problems
of viscous--plastic flow in volume
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Chernaya metallurgiya,
no. 9, 19060, 62-67
TEXT: Up to now no accurate solution could be found for the problem
in view of the great mathematical difficulties,. The author suggests an
approximate method om"tting the minor factors and reducing the problem to
a two.-dimensional one. The flow process is analyzed on one of the major
pressure working processes - a prismatic or cylindrical body moving in
axial direction and subjected tc plastic deformation in contact with a tool.
An element is separated by two perpendioular sections R. and .5Z 1 (Fig. 1),
with depth dz, at the time moment to, and the matrix of derived velocity
comDonents V on the iectangular coordinates x, y, and z is considered and
the minor matrix. elements are eliminated. The simplifying kinematic hypo-
Card 1/4

S/148/60/000/009/009.)025
An approximate method for the solution ... A161/AO30
V + V tg,3 + V, tg 0 (42)
x y ZO
The equations system makes possible the construction of a velocities field
of body under deformation, and the determination of specific pressure and
friction force on the surface. There are 2 figures and 3 Soviet-bloc refe-
rences.,
ASSOCIATION: Leningradskiy voyenno-mekhanicheskiy institut (Leningrad
Military ',:rchanical Institute)
SUBMITTED: 23 February 1960
Card 3/4

~rc~ 21r, '
PHASE I BOOK EXPLOITATION SOV/5920
3mirnov-ALaXqyj Georgiy-Aleksandr-9-y-ich, Professor, Doctor of Technical Sciences
,Soprotivleniye materialov plasticheskomu deformirovaniyu; inzhenernyye metody
rascheta operatsiy plasticheskoy obrabotki meferialov' (Resistance of Materials
to Plastic Deformation; Engineering Methods of Calculating the Processi of Plastic
Working of Materials) 2d ed., rev. and en. Moscow, Mashgiz, 1961. 462 p.
Errata slip inserted. 8000 copies printed.
Reviewers V. A. Gastev, Professor, Doctor of Technical Sciences; Ed.s V. M.
Rozenberg, Candidate of Technical Sciences; Ed. of Publishing Houses V. P.
Vas.illyeva; Tech. Ed.: 0. V. Speranskaya; Managing Ed. for Literature on the De-
sig6and Operation of Machinest (Leningrad Department, Mashgiz): F. I.
Yetisov, Engineer.
PURPOSEt This book is intended for technical personnelj designers, and process
enginaers in the machine-building industry who are concerned with problems of
the plasticity of materials and their pressure working. It mav also be used by
aspirants and students of mechanical engineering schools of hioer technical
education.
0 ard ll~W

It k4
A

A U, -u rvi
T 1'~ L- E
4-.c~ans. r, -- nd a n :f
PERI'ODICOAL- .7v "Ft-.,,a vy-~~hikh uchc-trykri 7 ed e n v Chernayp metallurgiya,
9 9
t -~), 0
p r Al aei: Em -:!nn~ - tea vi, 11h.- -ri - ~:,il L - f
a!~.] r rma c-r~- ur rig the reduc -,zi e N par, i c n an d d raw: r. L C)f
h ri wa, E-., r,-~ , r. . ck -w ~ " ~! e s Tb;-v c-:r- the -d rv~ *~cd wh.4 cb
f'ri "o ti- b a ---- r. f I i r- ~- 1, ry C d c,,-, i Re f . I
k
T h- :r;~ r e n r.; p
a ef r, ed tod ,,- r
-rip se -, J
t; a, n r
a g, -~ i uz o r e f a J R,7 art d R
r n cd by t h 'r
n
ra-I 'he d
-.Do! r
d n r he R z
r: r. r c & s d ~ f .3 r ir ~,j f- ~ a'

Of rhc- r 'y AC, 2 'A: z
R'-, an d ~v t r n i c) n n s u r 'a c,
r I I a I. I t 1 11 e 1 '; I':' ,,, m p r 0 1 1 1 1-
A i'~ and r -a J Q ri n -i a x . -~i TL f e .~'7 Y1 ~ Ih Vi
a r n + r-4 r a i an i a f f e r;. r; e q,J a t on 1: d ~- t rm'. nz h
ri --t n-j a! s t ' I: ~ :: ~ i f,-.- --- ,: r e r c- and f T-. f o r c.,- e. ': n e
--r"' ac t -~u' ~T ~"j C. n h a L -v em -~m t ~j S. tem 0 f =,-! -_i a--
u h c r h ~J - i n n w a 1 11 th~-kr
f7 - for th" Graw-
t!~ b s h o u I rita nd r e
th7ojzh a c-,Qnical die. The imp.,r*ance ~)f th4-
r'1:') .UIC-P 1S efflphasized 'by "n-1 mmter ~* theoret.'.cal and expermental
acnieved in thin: fi~--Id I-Ref , 2, A. Ludenskiy, G. P- SL~-Mkov et . al.
',q',7, no., A; R-f, 5- V, I.. Kara2evich. Ts,,-etnyye metally, 19-46,
n~: H~;f. zj t M. Z- Yerxan~-k, I.-rez; t --ya vy 3shi~-h lzhebnykh zavedeniy
'~:-.vetaaya wetallurg~ya, no, A; 5, V~ V. Shvc-ylr--r,, C;. Ya. Gun.
",Y,:sh,-kh uch~'bn,,,--kh Chernaya metallurg,ya, '959, ne. 4.-
2, j

SMIRNOV-ALYAYEVp G.A.; GUNp G. Ya.
Theory of longitudinal rolling. Izv.vys. ucheb. zav.; chern. met.
no.3:108-118 161. (MIRA 14:3).'
1. Leningradskiy voyenno-mekhanicheskiy institut.
(Rolling(Metalwork))

J#
1"081/Z.335
L L) R SiArn,)v-JUyaYCV G.A. and Gun G. Ya.
fhf~ tiieory of fintt-e plastic deformation of a sheet
ma t I - ri a I
.r
kzvostiya vysshi!,.h vichebity1di zavedeniy, Chernaya
a 1 150-154
iurgiya, no.9, 1962,
The gec-eral results are described of investigation
oC 11--o deforz;ier-! s-Eate by aieans of varizitional methods. Applying
tiic currc;it assum;AioLis of the theory of shells. without assuming
the rz~avnitndf- of the strain to be small, formulae are derived
,-,hLch (Jetermine the .,ain components and the main directions of
srrain. The s-u'raix-is F3 in the sheet are defined by
COn:iid('rijIF' ari el(n-,(,:itary ~$!)2jlvre of ra(_jj "'s F in the material;
mider the stress ~5yste:ii api)liud for tile tv the sphere becomes an
ellipsoid wiTh se;ni-axes bit b2* b3,, and the strains are given by
)9 b-
E: I n E: = 1n
1 e 3
hypothesis applies, and on
It is assumed that the I~irchof f -Love
Card 1/.3

The th(-orj of finite 1,1astic ... /00 9/60 1! /C,,', 7
C081/1;1'5 35
L!-tis ba.,i:-~ the o-i.*Lor7Lio;,,5 and the strains itt the sheet are
expressed in differential foriii. The specific strain energy A-is
gi-ven by
A U1(17 (12)
0
where U. and c. are stros-,:es and
I I
Princip,n] stresses arW strains.
between strc_-R.-~ at-,r! sll-ain
strains defined in terms of th e
Assmnin.,- a powor law relation
T3 E" m+1
m + 1
(13)
t"ie 1 agranze variational equatio.,is are implied to obtain formulae
,.,;;iich yiel.0 a thooretical solution for the deformed state of the
I -irob.1 4
"Iect . proceritiro is nittlined for so]-vii7 practical 1 -,,-n s
S
which in the t7ener-al case can be for-mulated as follows:
Thu initial shai-,e of the dice, the nechanicvl properties of the
material- and the boundiry conditions (method of clamping the
edgres, conditions nf friction on the acaurfcicet displacement of the
Card 2/3
V

-SMMO-V-ALYAYEV G.A.; GUN, G.Ya.
Y---- - -
Principles of the theory of continuous foxming on shape bending
machines. Izv.vys.ucheb.zav.; chern.met. 5 no.n:99-105 162.
(MIRA 15:12)
1. Leningradskiy mekhanicheskiy institut.
(Sheet-metal work)

S.I-iIRI,IOV-ALYAYEV, G.A.; SMIRNOV-VASIL'YEV, K.G.
Particular features of the method of microstructural
measurements. Zav.lab. 28 no.6:705--707 162. (MIFLA 15:51
1. Leningradskiy mekhanicheskiy institut.
(Deformations ('Hechanives))

&'-'L,J,;0V-A1YAYEV., G.A., prof., dok,or teklin. nauk; kI"G.P!.W~KS, A.L.,
inzh., retsenzent; F.V., I-and. tekhn. nauk, red.
(Fundamentals of -he calculation of forces in ~he tech-
nology of forging and stamping] Osnolly rascheta usilii v
tekhnologii kovki i slitampovki. Izd.2., perer. i dop.
~1'.o3kva, Izd-vo "L.ashinostroenie," 1964. 91' P. (Biblio-
tochka kumetsa-novatoral. n-_-:.2) 'k1v,.-LrtA 17 .8)

SVIRNOV-ALYAYEV, G.A., prof., doktor tekhn. nauk; VAYNTRAUB, D.A.,
kand. tekhn.nauk; MAZO, S.G., inzh., retsenzent; TEPLITSKIY,
BX.J, retsenzent; SVERDLOV, M.I., kand. tekhn. nauk, red.;
VARKOVETSKAYA, A.I., red.izd-va; GHFAS, M.A., red. izd-va;
PETERSON, M.M., tekhn. red.
(Cold stamping in the manufacture of instruments] Kholodnaia
shtampovka v priborostroenii. Izd.2., perer. i don. Mo-
skva, Mashgiz, 1963. 434 p. (MIRA 16:11)
(Instrument manufacture) (Forging)
(Sheet-metal work)

S:-.IXNOV-AIYAYEV, G.,A.. prof., cbk'uor tekhn, naukg VAYIITRAUB, D.A.p
kaild.-, r~tsenzent; TEPLITSKIY
nsiuk- MA20, S.G., inzh,,
B,M,, kand, tp~~!'=-.nauk, red.; VARKOVETSKAYA, A,I., red.izd-
va; GHFAS, 1-1,.A,, rediz-d-va; MERSON, M.M., tekhn. red.
[Cold forging and sbeet,-metbal work in the manufacture of
insti-Ments] Kholo6naia. shtampovka v priborostroenii. Izd.2.,
parer, i dop, Moskva., Mashgiz, 1963. 431, p. (MRA 17: 1)

AUTHORSt -Smir 75~!3~3 3/2 7
A, P . Krot, 11, N~j
Sokolov ', A, Bt
TITLE: The Removal of Ethylenediaminetarraacetic Acid From Solutions
by Oxxdat~lon (Udalenlye etilendiamintetraukeusnoy kisloty iz
rastvorov okisleniyem)
PERIODICAL. Zhurnal analIticheskoy khimii: 1958, '101 13i fir 3, pp 28o-
-283 (USSR.)
KBSTRAM Ethyleriediaminetetraacetic acid (complexon II) and its di-
sodium aa.1.t. (complexon III ) are very frequently used in an&-
lytical chemistry and in cheraical industry (Refs 1-17). In
the performan-:9 of analys-Re it is sometimes ner.~essary to re-
move the roaplexais from "he solution to be analyzed,, For this
purpoa= the oxidative destruction iE mog".,. suitable. The in-
restigation of the oxidation of the oomplexons is of interest,
as oxidiz4ng ugents may be present in the solutions to be ana-
lyzed- Only tile da3truQt_~ori of ethylenediaminetetiaazetia acid
by chloratee in a loydrochlorie solution on heating (Ref 16)
and the reaction of the same compound with hydrogen peroxide
;r the cild (Ref ',`q) were described in publications, In the
present work the authors investigated the oxidation of ethyle-
nediam3netetraacetir: at-.1d by nitric- acid, nitrous acid and
Card 1/3 !=ioritir_ Dersulfate Com-,;Iexo-ri !I in the cold is only very

The Removal of' Acid Froin ~()lijtlo(13 75 15. 5 -5/27
by Oxidation
by nitric aci-d- On heatingthe oxidation tak~_a
PLacP --onF"derably faster, 'cut a complete destruction is
riot attained by lone bciling wath 4n-HN03 either In neutral
Salutions complex~~,n Il ~s not attacked. -444 the rold by potas-
;-_Um n,,~,,rate F.-en at, Ve"ry h-Lgh of the latter;
,rl -~he heat. the. -)xidaj,,_on only takes plat,-e very P--owly. Nitric
acid is thGrIPfo-_:,e not saitable for the quantitative destruc
cf cQzplexon 11 The nitrate ion does not d-Lstilrlo the coma
Plexometzic -?_tratians in boilin- eolutions either, as these
0
titrations are cafried out rapidly and in weak ac-idity- Nitrous
aoid oxidizes complexen II more strongly -than nitric. acid. By
add-_nE ecit-iin nJrite -_in small portions to a boiling aitric ac-
id solution of etb-yl,enediamizietetra2.cett-!~ acid its complete
oxidks)-on can a ati:aJ.-red,,, When all N&NO,
-1L is added at once, no
quantUative destruction occurs.. as the nitrite is rapidly de-
composed under the formation of nitric, =ides, Ammonium per:-
sulfate ver., rapidly oxidizes complexon II in a wdakly acid
solution at briling temperature... The authors worked out a
nethod for the rapid and quantlative destzlict.-Lon of complexon
.11 by oxidation with ammonium persulfate in a nitric acid so--
Card 213 uzion As tile sulfat= ion produced in 1..hiis reactulor, sometimes

The Removal of Eth,,flenediaminetetraacetic Acid From Solutions 75-13-3-3/27
by Oxidation
disturbs the further course of analysis, a second method
was also worked out which is based on the oxidation with
sodium nitrite in a nitric acid solution. All performed in-
vestigations as well as the two working presc*tions are de-
scribed in detail. There are 4 tables and 23 references, 5
of which are Soviet.
SUBMITTED: February 12, 1957
1, EtIWIeneamines-0xidaUon
Card 3/3

5(2) SOV/75-14-3-17/29
AUTHORS: Krot, N. N., Smirnov- Averin, A. P., Kozlov, G.
TITLE: Spectrophotometric Determination of Magnesium in Uranium
(Spektrofotometricheskoye opredeleniye magniya v urane)
PERIODICAL: Zhurnal analiticheskoy khimii, 1959, Vol 14, Nr 3, PP 352-355
(USSR)
ABSTRACT: After checking the stability of the solutions of eidachrome
black T and its complex formation with magnesium, and after
the determination of the optical density of the magnesium
complex in the spectrum range of from 500 - 550 mA exiochrome
black T is recommended for the determination of magnesium
also in the presence of uranium. Uranium is precipitated at
pH--, 5 with oxy-quinoline. The method permits a determination of
0-005~- M9 in uranium with a maximum relative error of
�3~6. The complex compound between magnesium and eriochrom,~
black T was investigated and a molecular ratio of 1 : 2 was
determined. There are 3 figures, 1 table, and 10 references,
3 of which are Soviet.
Card 1/2

81744
S/089/60/006/05/03/008
B006/BO56

AUTHOR.t- Smirnov-Averin. A. P., Galkov, V.-I., Sevast'yanovl, Yu. G.,
_
Kibt ~ 97 97.--T-v7 6v--y. r, 1. G., Stabenova.
I., Shey;5~e
L. A., Kirlyanov, B. S., Kozlov, A. G.

TITLE- Investigation of a Used Fuel Element of the First Nuclear
Power. Station Iq
/I
PERIOD101". Atomnaya ener--iya, 1960, Vol. 8, No. 5, pp. 446 - 447
TEXT: In the present paper the authors give a report on investigations of
the isotope composition, the burnup and the state of the shells of used
fuel elements of the Pervaya atomnaya elektrostantsiya (First Nuclear Po-
wer Station) of the Soviet Union. The fuel elements investigated had been
in oleration for 1160 days. Carrying out of the remote investigations is
briefly described~ A thin oxide film was found on the outer shells, but
no damage was observed. The outer diameter was measured by means of a re-
mote micrometer at various places, and certain deformations were found.
Averaged over the entire length of the element an increase of the diame-
ter from 14.11 + 0.02 to 14.20 + 0.02 mm. was found. An investigation
Card 113

Investigation of a Used Fuel Element of S/089/60/008/05/03/008
the First Nuclear Power Station Boo6/B056
of the inner shell showed that it had a brown deposit (about lti- thick),
which was identified as an incrustation (and not as a corrosion product
of steel). The burnup was determined according to the Csl37_activity,
which was separated chromatographically by the sample from the element;
this isotope was e6 'pecially well suited because of its long half-life.
Fig. 1 shows the course of burnup along the element (from bottom to top).
The mean burnup amo.nted to 12.5%. In the case of samples which were
taken at a distance of 95 cm from the lower end of the element (range of
maximum burnup), the burnup was determined mass-spectrometrically~ The
uranium content in these samples was 4-32%, which corresponds to a burn-
up of 16.1%. Fig. 2 shows the distribution of the entire cc-, ~-, and
,3-activities along the element (from bottom to top). The transuranium-
isotope content was determined according to the alpha spectra and the
number of spontaneous fissions. Fig- 3 shows the distribution of the
isotopes Pu 24o , pu 239, and Pu 238 , and Am 241 along the fuel element. The
PU238,239,24o,241 and Am241 content is given in a Table (2-54-10-4 , 1.20,
0.102, 1.27'10-2 , -1.86-lo-3) and is compared with several theoretical
I_X/
Card 215

8174h
Investigation of a Used Fuel Element of s/o8q/6o/oo8/o5/o3/oo8
the First Nuclear Power Station B006/BO56
data. The authors finally thank G. M. Kukavadze and R. N. Ivanov for the
mass-5pectroscopic analysis of the irradiated uranium, and V. N. Sharapov
for calculating the isotope composition. There are 3 figures, 1 table, a
2 references: 1 Soviet and 1 American.
SUBMI'ITED: January 28, 1L~460
Card 3/3

PALIBITI, P.A.; &NM V-AVERIIN Aj~t; SEVASTIYANOV, Yu.G.,- BULANOV, L.A.;
SHASHMUN, G.A.
Organic heat-tran fer agents in reactor engineering. Inzh.-fiz.
zhur. 4 no. 5: 127-138 My 161. 1, (MIRA 14: 5)
(Nuclear reactors-Materials)

26366
s/089/61/011/002/C)02/015
0 B102/B201
AUTHORS: Smirnov-Averin, A. P., Galkov, V. I., Ivanov, V. I.,
V. P., Sheynker, I. G., Stabenova, L. A.,
Krot, N. N., Kozlov, A. G.
TITLE: Study of a used fuel rod from the First Nuclear Power Station
PERIODICAL: Atomnaya energiya, v. 11, no. 2, 1961, 122-125
TEXT: This is the aecond Dart of a paper, the first having been published in
"Atomnaya energiya" v. 8, no- 5, ig6o, 446. Results of studies of used fuel
rods from the Pervaya atomnaya elektrostantsiya (First Nuclear Power Station)
are presented. The element jackets displayed no changes apart from some
oxide stains. A comparison between the diameters of a new fuel rod with one
after 104 and another after 445 effective burning hours showed that while
the diameter had not increased at the upper and loweriod ends, it had grown
by less than 0.2 mm in the middle. In order to measure the tbtal a-, 0-,
and y-activity, the used fuel rod was divided lengthwise into 10 sections,
and each of these parts was dissolved in nitric acid. The a-activity was
determined by a Aa-49 (Da-49) standard device and an ionization chamber, the
Card 1/3

26366
S/08 61/011/002/002/015
Study of a used fuel rod from the ... BI 02Y13201
P-activity by a 4n-counter, the 7-activity by an ionization chamber as
compared to a radium standard. The activity of the inner and outer tubes
bounding the fuel element was also measured; these tubes were made of
stainless steel. In tile middle, the activity of the outer tube was 300/0
higher than that of the inner tube. This effect can be explained by the
change of the neutron spectrum along the diameter of the fuel element. The
burn-up in the used fuel elements was determined on the strength of the
absolute activity of cesium which was separated by an ion exchanger. The
results of a radiometric determination of the burn-up were compared with
mass-spectrometric results, and agreement was found lo be good. The mean
burn-up of the entire element was found to be equal to 53%. Finally, the
isotopic composition of transuranic elements was also determined in the
used-up fuel. The first part of the present paper has supplied the results
of a radiometric determination of the isotopic composition in case of a
12.5"; burn-up of the element. The results o' a mass-spectrometric analysis
are now given. The substance under investig;tion was to the emitter
(tungsten foil, 40 0 in the form of an aqueo-as nitrate solution. A thermal
ion source served for the purpose. Results are presented in Fig- 5. They
were used to calculate the mean values of isotopic composition. The
Card 2/3

26366
S/089/61/011/002/002/915
Study-of a used fuel rod from the B102/3201
240
239 - 4.'10p- Pu - 1.53;
following was found (in kg/ton of uranium): Pu
PU 241 _ 0.64; PU 242 _ 0.'20; Cm 242 2-73-10- 3. There are 5 figures and
2 Soviet-bloc references.
SUBMIITTED: September 13, 1960
Fig- 5: Isotopic composition 7
of transuranic elements along
the fuel element:
Legend: 'Ordinate:
isotoDic concentration in
kg/ton of U; abscissa: 4
length in cm; (1) bottom;
(2) top. 3
put"

241
P
~
8,
PU 262
Card 3/3
15V 73 7VU
Iza

47
3/0892?~I ZO 1 1/00-/0 12/0 17
102/B 104
J 0
L"THORS- Smirnov-Averin, A, P., Galkov, V. I., Sheyn!:er, I. G-
"eshcheryakov, V. P, Stabenova, L. A., Kirl-anov, B, S~
Determination of burnup in spent fuel elements
PERIODICAL: Atomnaya energi-ya.. v. 11-. no. 5~ 190". 4c,4 - 456
TEXT: The burnup of spent fuel elements was determined by determining
t~-- CS1,34 accumulated as a result of an (n,Y) reaction with the stable
133 137 134 137
isotope Cs , and Cs . The activity of the mixture Cs + CS was
measured by scintillation gamma and beta spectrometers and a y-p co-
incidence circuit. The apparatus gamma spectrum of the mixture had two
ohotopeaks, the first was caused by the gamma radiation of Cs134
Y = 0,80 Mev), the second by a superposition of the Photopeaks of Cs137
(E') = 0.0/6 Mev) and Cs134 (E. = 0.59 Lllev), The int~--raal conversion
coef~L'icient vas determined from the beta si)ectrum of Cs!37 to be 0~1101
Card V"'

02' 7 All 1/005/012/017
S/ a 61
0 1 ,
Determination of burnup, B102~B104
in -7~ccordance with U-9 tabulated value.. 6-Y coincidences- of the isotope
vere only due to CS134 radiation, ' From -intensity and coincidence
col:ntim; rate measurements the relative Cs 137 content in the mixttire %,.,as
determined, The dis'ribution of both the single isotopes and the mixture
alon~7 the fuel rod had broad maxima in the middle of the rod. The burnuD
distribution was calculated from the GsI37 content. it was found to be in
C,o(_,d agreement with mass-spectrometric measurements, The burnup may also
bi~ determined from the content of the Tc99 fission fragment (2.2~10 F~ years)
,ah,rh is i)roduced in a yield of 6.021~. This isotope.. which is the only
long-1-1ved. one of this element. is extracted by netftyl ethyl lKetone aft.er v/
g precipitate. For fina'
dLssolving the material and centrifuging the - -il _L
z.urification the cationite KS-2 (KU-2) is used. Activity is determined
ga I _,e +
-1 t- a- 4 T, c 0 7-1 n t e T ,The burnup determined from Tc ' was 6,-). rM
M h, e
cesium mixture and from mass-spectrometric measurements 0'o'.2:_-e 'There
5i.re fil-7-7res anO 2 references: I Soviet and I non-Soviet. The Ia7~Ler
--e r, --,:,o c e s s
adis as 'ollows: F-ro,-r~--ss in Daclear Ener,-7y-, Se 1
-,~_strv. I, Ao-oend".- TTT,
1.1 --- 1056
e n r emb
(~'a r d 2

32009
S1089 621012'0011012-t1c
B102/13138
AUTHORS: Galkov, V. I., Ivanov, V. I., Smirenkin, G. N.,
Smirnov-Averin, A. P.
TITLE: Investigation of the uranium rod assembly of the 6P-5
(BR-5) reactor
PERIODICAL: Atomnaya energiya, v. 12, no. 1, 1962, 56-57
TEXT: Some characteristics and parameters of a uranium-rod assembly
exposed to a 5-10 21 neutron flux in a BR-5 reactor have been determined.
The BR-5 reactor uses plutonium as fuel and uranium as reflecting
material; the reflector consists of 3 cm natural uranium + 30 cm nickel.
The middle of the assembly studied was 12.6 cm off the reactor center.
The distributions of the absolute number of fission events in the uranium
and of the capture events in U 238 were determined for the length of the
assembly (26 cm), the first from the absolute activity of cs157, and the
second from the Pu-concentration in the uranium, i.e. its specific
a activity. From the Pu separated from the assembly, the Pu.240 content
Card 1/2

32009
S10891621012100110121019
Investigation of' the uranium rod... B102/B138
(,,,0,l %) was determined by comparing the intensities of spontaneous
fissions in sample and standard. Correction - 5 %) was made for the
spontaneous fissions of Pu238. From the pu24~ content in plutonium and the
Pu 239 content in uranium, the mean ratio of the capture cross sections of
Pu 239 and U238 was calculated. With 1.81 + 0.75 it was not far from 1.93,
the value calculated by multi-group theory (16 groups). From the mean
cross sections of 0-2'; b (U 238, capture) and 2~18 b (Pu 239 fission) the
mean capture cross section for Pu 239 (c1c = 0-~415 t 0.035 b) and a =Cc af
can be determined (a = Oj19 0.02). a is the ratio of the mean cross
sections of radiative caDture and fission. The a-values determined in
deDendence on energy agree vvith those found by V. ef. Andreyev (Atomnaya
energiya, 1, vyp, 2, 185 (1958))~ The authors thank A- I. Leypunskiy,
0, D. Kazachkovskiy and I: I. Bondarenko for their interest, and
M. K. Golubeva, V_ I. Moiseyev, A- S. Tishin, and Yu. M, Turchin for
assistance- There are 2 figures and 4 Soviet references,
SUB,'11ITTE_`: August 106, 1961
Card 2/12

AUTHORSs
TITLEj
S/089/62/013/006/016/027
B102/B186
Kirlyanov, B. S., Smii-z~ov-Averin, A. P., Galkov, V. I.
Accumulation of tachnet~Lrn in thermal reactors
PERIODICAL; Atomnaya energiya, v. 11~, no. 6, 1962, 595 - 597
TEXTt Technetium, predominantly usc,' as inhibitor in semiconductor
engineering, was separated in consi--ierable.amounts from the fuel elements
of the Pervaya atomnaya elektrostant3iya (First Atomic Power Plant) where
'~ j5 239 241
it has accumulated from fission 0t' Tj , Pu , and Pu . Its production
99 / 1%). 'The concentration of Tc99
from Mo by decay is negligibic in
235 239,241
the fuel elements of this plant is c.-,Iculated considering U and Pu
fission as well as the storage effc:--t. The calculated curve is compared
with the measured values in Fig. 1, There are 2 figures.
SUBMITTEDi March 17, 1962
Card 1/2

S/089/62/013/006/016/027
Accumul,ation of technetium... B102/B186
99 235
Fig. 1. Te accumulation (N ffl~ n 'U burnup and
rc U) as dependent o
integrhl neutron flux (,vt).
Card 2/2

WFEDOV I V.D.; KHARIT011OV, I.I.P.; LI DE-FU [Li Tieh-fu]; GUSEV, Yu.K.;
SKOROBOGATOV, G.A.; SMIRNOV-AURIN, A.P.; SEVASTIYANOV, Yu.G.;
KHUDOBINY YU.I. -------
Tritiation of organosilicon compounds by the method of rebounding
tritiwa atoms. Zhur.ob.khim. 32 no.2:614-618 F 162. (MM 15.2)
1. Institut khimii silikatov AN SSSR i Leningradskiy
gosudarstvenny-y universitet.
(Silicon organic compounds)
(TritilurL)

SMIRNOV-AVERIN A.P.; KOVALENKO, G.S.; POT, N.N.
2 Y
Extraction of uranium (11) fror- nitric anid media by tri-n-butyl
phosphate. Zhur. neorg. khim. 8 no.10:2400-2406 163.
(MIRA 16:10)
(Uranium compounds) (Nitric acid) (Butyl phosphates)

S/08 63/014/003/015/020
B I 02YB1 s6
AUTHORS: Sevastlyanov, Yu. G., Bulanov, L. A., Kaplan, 'Ye. F.,
,Nefedov, 0. I'll. , Smirnov-Averin, A.
TITLE: An activation method for quantitative determination of
organically bound sulfur impurities in polyphenyls
PE'RIODICAL: Atomnaya onergiya, v. 14, no. 3, 1963, 324 - 326
T~;XT: A great disadvantage of using polyphenyls as coolants and
1~ ,
moderators in Dower reactors is their content of sulfur imiurities (due
to the uroduction conditions). S32 changes over into P32 in fast-neutron
induced (n,p) reactions, while P32 emits betas of 1.7 ."Ilev and renders the
coolant regeneration difficult; moreover, sulfur reacts with the tube
material to form. metal sulfides -,-,-hich cause corrosion. In order to
32 12
,~_,32
determine the S content an activation method based on the S (n,
32
reaction was develoned. The P activity is determined on comparison
8 2x
with a reference standard (pure !,re so ), the irradiation (total 101 n//CMJ
2 4
Card 112

S/089/63/014/003/015/020
An activation method for ... B1021B186
taking 26 - 28 hrs; between irradiation and analysis a period of 7 - 10
days was used for complete decay of Na 24. The indupd activity was
measured with an end-window counter -,-iith a 78 mg/cm aluminum filter. A
content of " 0.1 ~4 S in a batch of 10 - 20 mg was found to correspond to
"3000 Pulses/min. Consequently, when the irradiation time can be raised
3 to 5 times, quantities of 0.001 - 0-0005 ~jf S can even be determined.
The sensitivity can be further increased by concentrating the sample.
There is 1 table.
SUBMITTED: March 10, 1962
Card 2/2

/AFA/
L _~D6-6 EFR/F-dP(j)/EPF(c) /EPF(n)-2/:-~:'-1 AFFTC/A,9D/RSD-3
SSD P9=4/Pc-4/Pr-4/Fu-4/.Dt-4 RXM-r/Yw~
ACCESSION i%'R-. AP3002260 S/0089/63/014/006/0555/0558
ATITHOR-. Seva 1~kn
sti gj. )Lu.,, Smirnov-Averin,
_~_j A.- P.; 4.~!plan,
Ye. P-, Nefed M. Q1,
0v 0 All A
kj and radiation stability of certain aromatic compounds
TITLE:
SOURCE: Atomnaya erergiya, v. 14, no, 661963, 555-558
TOPIC TAGS: pyrolysis, radiolysis, Gamma radiation2 neutron radiation, thermal
stability, radiation stability, polycycUc,aromatic hydrocarbonsp naphthalene,
anthracene., biphenyl, terphenyl., alkylated biphenyls, alkylated terphenyls, diphenyl.
methane, phenoxybiphenyl
ABSTRACT: The pyrolysis and Gamma radiation induced and neutron-radiation induced
arMatic hydrocarbons'l(isopropyl-an. yl-sub-
radiolysis of a number of po4c d phen
.Ueslwith methylene bridges
stituted biphenyls, naphthalenes, and terpbenyls;_gpjv
.ptLq3y
between the rings; and phenoxybiphervl isomers) have been studied. The samples were
degassed beforehand to prevent oxidation. A study of pyrolysis7at hOOC indicated that
the stability of biphtay to ViF-ee _o_r_di7rs above that of Alpha-
_~:~Iand terphenyls was two
Phenylnaphthalene., the alkyl-
Card 113

L 076-63.
ACCESSIM NR: AP300226o
substituted hydrocarbons, and the aromatic ethers. An increase in the himber Of
a.141 substituents in the-hydrocarbons decreased their thermal stability. of the
alkyl-substituted hydrocarbons, isoprqpyl-~m-terphenyl was found to be the most
stable to decomposition to gaseous products and isopropylbiphenyl the most-stable
to polymerization. Thermal stability decreased from biphenyl-to phenoxybipherWls.
The pyrolysis kinetics was studied by additional pyrolysis of the =at stable
compound,' m-terphenyl, at 194, 475, and 459C. From the results -obtained, rate
constants of pyrolysis were calculated, and activation energy was found to be
about 7o kcal/mol. Pyrolysis at 410C of polyphenylenes with methylene.-bridges
between the rings revealed that their thermal-stability was three orders below
that of m-terphenyl. In experiments with irradiation.,of the hydrocarbons in a
neutron field (10 sup 13 n/cu cm sec) at 60 and 330c,, m-terphenyl was found to be
the most stable of all the compoimds, An increase in temp6rature-from. 60 to
350C increased raMation-induced decomposition by a factor of 3.8- From Gamma-
irradiation experiments (dose, 10 sup-21 ev/g),It vab found that the energy
absorbed was not sufficient to produce radiolytic decomposition of biphenyl,
terphenyls, or phenylnaphthalenes. It was concluded that the superior thermal
and radiation stability shown by biphenyl and by the terphenyl isome a.-makes..-
them suitable as heat transfer agents for nuclear power reactors Orig. art. has:
5 tables.
Card 2/3

- ,~; %I ~ -A .P.; Kq.,jT7 N . tT
, - L 7-~R ~, t! y F, F(I y~,,V, N I
. i I - - ~ , A.P.; M;~;
k 1 4crovc-ametric complexcmetric method of neptur'lum.
;ij - i -
7hur. anal. khi-m. 21 no. 1:7CE-718 1 '06 ("-(~ -, n -1. 31

...,, I, - . 1. , -, . - - ,

ZLOBIN, Anatoliy; SMIRNOV-CHZMZOV . AZHAYEV Vesiliy, red.; VASI-
LEVSKIY, V11_~al70,%eTn,%Ohf'G60LO Petr.'red.; DANIN, Daniii, red.;
FROMYSLOV, V.P., red.; KOREIOV. G., red.izd-va; YAKOVLEVA, Ye.,
tekhn.red.
[Twenty-three stories on builders] 23 rasskaza o stroiteliekh.
Moskva. Mosk.rabochii, 1958. 386 p. (MIRA 12:11)
(Moscow--Construction workers)

UNNI YUA14'-ZHNNI [Chl en Yuan-Jignl -OCanton); SHEUOY-,YAMXNSKIY. Ye.A.
(Pekin) t- _,..
History and methods of balneological therapy in health resorts of
tho Chinese People's Republic. Vop.kur.fizioter. i lech.fiv.1cul't.
22 no.6:76-80 N-D '57. (MM 11:2)
(CIIIIA--HYDROTHRRAPY)

SKIRNOV-KAMISKIY. Yevgeniy Arsen'yevich; JUMCHKIIKO, L.I., red.;
;:~iTAIIKO, T.V., tekha.red.
LTwo years in China; a Soviet physician's notes] Dva gods v
Kitae; zapiski sovetskogo vracha. Stavropol', Knizhnoe izd-vo,
1939. 196 p. (MIRA 13*5)
(CHIIIA--SCCIAL CONDITICVS) (CHINA--MEDICINE)

SMIRNOV-KAMM,ISM-,--Ye-,A.; KHARCHENKO, L.I., red.; STEBLYANKO, T.V.,
tekhn. red.
[Kislovodsk Health Resort]Kurort Kislovodsk. Stavropol',
Stavropollskoe knizhnoe izd-vo, 1962. 206 p. (MIRA 15:9)
(KISLOVODSK-HEALTH RESORTS, WATERRIG-PLACES, ETC.
-1

S1-!I,~C-,0V-KfO!ENSKIY, Yevgeniy Arsenlyevich; KHAICHNN, L., red.
[Kislovodsk Health Resort] Kurort Kislovodsk.
ropoll Knizhnoe izd-vo, 1965. 20Q p. (MILIk 18:12)

KUKUSHIN. A.1.; KOGAN, Ya.M.; SHIRNOY-SMBTIV, A.M.; SffYARTSW, D.A.
--s' ---. - " ~ , "
Operating methods of determining expected production costs. Tskst.
prom. 14 no.6;15-17 JS 154. ()UJ?A 7:7)
(Textile industry--Costs)

28( PHASE I BOOK EXPLOITATION SOV "2712
-kademiya nauk SSSR
Perevodrlaya mashina P.P. Troyanskogo; sborn-ik materialov o perevodnoy
mashine dlya perevoda s odnogo yazyka na drugiye, predlozhennoy P.P. Troyan-
skim v 1933 9. (P.P. Troyanskiy's Translation Machine; Collection of
Materials on a Translation Machine for Translating One Le-neguage Into
Others, Proposed by P.P. Troyanskiy in 1933.1 Moscow, Izd-vo AN SSSR, 1959.
52 p. 2,000 copies printed.
Ed.: D.Yu. Panov; Ed. of Publishing House: K.P. Gurov; Tech. Ed.:
S.G. Markovich.
PURPOSE: This book is intended for readers interested in problems of machine
.i.re-qslation.
COVERAGE: This publication describes the work of the late P.P. Troyanakiy_,
who invented an automatic translation machine in the early 1930's. The
volume contains two articles taken from Troyanskiy's manuscripts and
coi=ents on these by members of a commission set up by the Presidium of
the Academy of Sciences of the USSR in 1957 to study his work. The first
Card 1/3

p.p. Troyanskiy's Translation Machine (cont.) SOV/2712
arm,icle deals with the linguistic principles of automatic translation,,
and comments axe presented by I.K. Bel'skaya. The second article describes
the technical characteristics of a translating machine. Die official
patent specifications for the machine are reproduced. Comments on the
technical aspects are presented by D.Yu. Panov and L.N. Korolev. There
are no references.
TABLE OF CONTE14TS:
Preface
I. LINGUISTIC, MATERIAL
3
P.P. Smirnov-Troyanskfy. On a Translation Machine Constructed on the
-fa-sisof Mon-oTfn~ linguistic Translation Methodology 5
Appendix. Opinions of Professor I.D. Udalltsov and Academician
S.I. Vavilov on P.P. Smirnov-Troyar-skiyls Project 28
Comments (I.K. Bel'skaya)
29
Card 2/3

SMIRKOV-UGRYUY,OV, D. V.
23489. KOFd4LENIYe BYKOVPROIZ-VODITELEY BELKAMI, PRIGOTOVLENNYMI IZ XONSKIXh
BOBOV I OVSYaWKI. SOV. ZOOTEKhNlYa, 1949, N2 2, c. 68-74.--
BIBLIOGR: 12 NAZV.
SO: LETOPIS' NO. 31, 1949.

USSR/F arn, Animals . General Problems.
Abs Jour: Ref Zhur-Biol-, No 17, 1958, 78667.
Author Milovanov, V. K.; 4~~Ml gov., D-V.-
Yel'chaninov, V. V.
Inst
Title On Delated "Refutations" of Artificial Insemination.
Orig Pub: Zhivotnovcdstvo, 1957p No 9, 7-19.
Abstract: Objections are critic,-Oly analyzed which have
been raised against the expediency of the use of
artificial insemination in animl breeding. S.
S. Perav objects on the principle of the "sex
selection" of Darwin. According to A. A. Mashkovt-
sev, the method of artificial insemination is con-
trary to the teachings of Pavlov on conditioned
reflexes, decreases fertilization, and impairs the
Card 1/3

USSR/Farri 'Lni--,ls. General Problems Q-1
Abs Jour : Ref Lhur - Biol., iio 19, 1958, Djo 88o14
,,~'Ut:"or ~~ ~-- ~--
Inst -. .1.11-Union &,~iervtific Research Institute of ;,nimal Husbandxy
Title : Techniques and Org.-..-iiz--+,ion of the 1,~cti-vitics of the Central
Station fur the I xtificial. Insemination of Farm I'Mimals
Ori 6 Piib : Tr. Vscs. n.-i. in-ta zhivotnovadstvn-, 1957, 21, 40-45
.'abstract : No abstract
card : 1/1

SMIRNOV-UGRYU14OV, D.V.,kand.sel'skokhozyavstvennykh nauk
Increasing the resistance of bn1l semen to freezing temperatures
by special feeding. Dokl.Akad.sellkhoz. 21 [i.e.231 noil2-32:35
158. (MIRA 12:1)
1. VseaovVsnyv nauchno-ii3sledovatellskly institu-t ihivotnovodetva.
Predstavleno almdemikom V.K.Milovanovym.
(Semen) (Bulls-Feeding and feeding stuffs)

PAR-STITIN, MI.; S~-IIRNC-,!-UGRYU?4QV, D.V.; USACHEVA, I.G. red.;
I Y
PEVZTTE.ff~I.~,tekhn, red.; BEWIIA, N,N.J. tekhn. red.
(Artificial insemination of farm animals]Iskusstvennoe ose-
menenie sellskokhoziaistvennykh zhivotnykh. Moskva, Sell-
khozizdat, 19t"1122~ -979 p4 (MIRA 16:2)
(Artificial insemination)

MIROLYUBOV, Igor' Nikolayevich; YENGALICHEV, Sergey Aleksandrovich;
SERGIYEVSKIY, Nikolay Dmitriyevich, ALMAMETOV, Fotyakh
Zaynulovich; KURITSYN, Nikolay Aleksandrovich; SMIRNCV-
VASILIYEV Konstantin Genngd1yeviCh YASHINA, L~ a
F' red.; GOROKHOVA, S.S.,
Vasil yevna; KHRUSTALEVA, N.I.Y
tekbn. red.
[Textbook for the solution of problems concerning the
strength of materials] Posobie k resheniiu zadach po so-
protivleniiu materialov. Moskva, Vysshaia shkola, 1962.
487 p. (MIRA 16:5)
(Strength of materials)

SMIRNOV-VASIL-YEV, K.G. (Leningrad)
Using the method of microstructural measurements in calculating
stress concentrations. Inzh.zhur. 2 no.3vl97-198 162.
(MIn 1528)
(Strains and stresses)

SI,MU,'.OV-KLYAYE;V, G.A.; SILIRIM-VASILIjaN, K.G.
Particular features of the method of microstructural
measurements. Zav.lab. 28 no.6:705-707 162. 04II-A 15:5'y
1. Leningradskiy mekhanicheslr-iy institut.
(Deformations (Mechanics))

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Isolation of resorcinol from dfY $sit% Rttef thi! ne -utr liga-
tion tit thomilicalino flux. C-. K, 114$1~1 AIIII I t
Ad. Chem. 1~ih
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