SCIENTIFIC ABSTRACT POPOV, V.G. - POPOV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342410007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MOROZOV, V.A., prof.; POPOV, V.G.,, aspirant
Lamp for gynecological examinatdons. Vetqrinariia 42
no.8.,92 Ag 165. (MIRA J.8i 3.1)
1. Dagestanskly nauchno-issledovatel'skly institut sellako,alo
khozyaystva.

SOKOIM, Yu.V.; POPOV,,.V.,q,,,,, red.
(Ways of developing the manufacture of cellular aggregates
in the 14orthern Caucasus] Puti razvitiia proizvodstva po-
ristykh zapolnitelei na Severnom Kavkaze. Rostov-na-Donu,
Rostovskii Promstroiniiproekt, 1964. 24 p. (MIRA 18:6)
1. Rostovskiy institut po proyektirovaniyu promyshlennogo
stroitellstva (for Sokolov).

TOPCIIIYE'Vp D.A.; POPOV, V.G.; KABANOV, V.A.; KARGIN, V.A.
Polymerization of quinaline and autocatalys'ks phenomena during the
formation of macromolecules with a system of conjugation. Izv.AN
SSSR.Ser.khim. no.2:391-392 F 164e (1,9-RA 17: 3)
1. Institut neftakhimicheskago sinteza im. A.V.Topchiyeva AN SSSR.

ANTIIPOV, A.A., inzh.; pOpOV, V.G., kand.tekhn.nauk; TERESHCHENKO, LF.,
kand.tokhn.nauk
Methods of calibrating propeller shafts. Sudostroenie 29 no.10:
64-66 0 163. (MIRA 16:12)

ARKRAMORCWKIY., A.G. [Arkhanhorods2kyl., O.H.] (Nikolayev); POPOV, V.G.
Ubparj, V.H.J (Nikolayev)
Effect of the rigidity of torsion of the framework on the
stability of the sheathing of a cylindrical shell. Prykl.mekh.
8 no.2:178-185 762. WIRA 15.3)
1. Nikolayevskiy korablestroitel2nyy institut.
(Elastic plates and shells)
i
i

I o 3/198/62/008/002/008/U11
~1114 0 D299/D301
AUTHORS: 1_rkha=orods1k-y, O.H., and Popov,.
0 J _ZJC. (14ykolayiv)
TITLE: Influence of torsional rigidity of the wall on the
stability of a cylindrical shell
PERIODICAM Prykladna mekhanikap v. 8. no. 2, 1962, 178 - 184
TEXT: The influence is considered of the elastic clamping of the
edges on tile stability of a closed cylindrical shell under uniform
pressuree The-obtained results are used for determining Buler's
load (pressure) for a shell, stiffened by equally-spaced ribs. The
problem is solved by the energy method. The normal-bending function
is taken in the form
W=f [(I -x)sinm"x +% sin' T'Ex] sin LY, (1)
R
where R is the shell radius, h the wall thickness, 1 - the length
of the shell (or distance between ribs), x the coefficient of the
resistance pairv n - the number of waves, m the number of half-
waves. The nonlinear terms in the compatibility equa"jion are ne- It
Card 1/4

S/198/62/008/002/008/011
Influence of torsional rigidity ... D299/D301
glected. After calculations, one obtains the equation for the total
energy of the system. The pre-critical stressed state is considered
to be a membrane sta-11-e. The equation for Euler's load (pressure) is:
Elt I at (C,Q I + C2U2 n2 + Cnl)
q,
'5C~'O~ + Cn2 + 11T. (12)
It 1 112
(C,a I + C,a'%' + Cott I) + 2-- C., (12)
- F2 T1 --j' 2) 1~1 ]I
where the coefficients 0 involve expressions in X. By setting, in
'Ll
"q. (12), U, one obtains von-1,11ises well-known formula. The Eu-
ler load (pressure) o-L an elastically clamped shell, is
qt. = KqO'V (14)
where Eh I h2 (all + nl)2
q,.=T? 0.5u,_, 11,- 12 (1 - IL2) R'
n~
IT
is Euler's pressure of a freely supported shell, and Y, in a factor
which takes into account the influence of the elastic clwping of
the edges, on stability. The values of K, as a function of the
Card 2/4

S/19 62/008/002/008/011
M-Iuence of' torsional rJ--idity D299YD301
Lt,
shell parimet-erg (f, Rp Ii, and are listed in ? fil-uren, The darl-p-
inG of the edi-es has a much greater effect in comparatively sl-ort,
shel Is. T'-,.o uar,-xieters 7t and n ,ire in il-orrelated, ~,- depending on 11he
elastic --nd Geometric properties of the sheil and of the reinforc-
ing ribs, and n - on the de-ree of clamping of the edGes on t;ie
V he de-
ribs. ~,,IurTner, the dif-fereniial equation is considered o ti
lormation of a sheilt clampea along the iine, joining tile ribs and
vi-all. The clamping is considered as rigid with respect -to bendinz,
and as elastic with respecT io rotation. One obtains:
(22)
( " Y n
3 (1 - 1t2)1 -R [1 +2(1 Id
where I and Id are monents of inertia of the rib cross-sections.
The above solution is valid within the limits of accuracy of the
adopted assumptions. 11ore accurate results would require a nonline-
ar treatment of the problem. Finally, a numerical example is consi-,
dered; thereby the critical pressure q e was found to have increased!'
Card 3/4

S/198/62/008/002/008/011
Influence of torsional rigidity ... D299/D301
by 45 % as a result of the torsional rigidity of the ribs. There
are 2 figures and 5 Soviet-bloc references.
ASSCCI.'-,T101T; T,,~ykolayivs lkyy k-orablebudivnyy instytut (Yykolayi,'r
Ship aUlding Institute)
SUBIJ,NTED: October 19, 1960
Card 4/4

POPOV, V.G.
Special aspects of teachinF Peography in
Geav~ v shkole 24 na.5:49-~--O S-0 '61.
(Geography--Study
national min)rity schools.
(YJRA 14-8-)
and teaching)

POPOVt V. G.9 CAND TECH SIC.1 ,"BEND AND STABILITY OF
L4_Ul%_44_
THREE-PLY CYLINDRICAL LENINGRAD,, 1961.
(LENINGRAD SHIPBUILDING INST). (KL-OV9 11-61, 222).
-176-

S/145/60/000/003/001/010
D221/D301
AUTHORS: Arkhangorodskiyo A.G.9 Candidate of Technical Sciences
and Popov, Y.Get Engineer
TITIE: Strength of cylindrical shells reinforced by trans-
versal and longitudinal ribs
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Mashino-
stroyeniyep no. 39 196OP 3 - 13
TEXT: The article refers to the work of Kafedra stroitellnoy mekh-
aniki korablya, Nikolayevskiy korablestroitelInyy institut (Depart-
ment of Structural Marine Mechanics at the Nikolayevskiy Marine In-
stitute) during 1952-1953. Its purpose was to determine the possi-
bilities of strength increase of cylindrical shells by longitudinal
ribs. On the assumption that bending is small when compared to
thicicness, then the linear solution is given by
ny
W = sin M.#X 7"an sin
1 / ,
Card 1/-5,' n=1
j/

S/145/6&/000/'003/001/010
8trength of cylindrical shells ... D221/D301
where designations are indicated in Fig. 1. With the use of Ritz's
method the author finds expressions for the polpntial energy of de-
formation and bending of the shellt as well as the work of external.
forces. After defining forces in the meridional sections due to
transversal load, g, the function of stressps, C~ as the integral
of combined deformations is found Tks lea-ds to the equation of
the system's energy. In the case ~f a 1-round 1, form pressure, it
is possible to write with good approximation, It
Px = 9_R; and py = &-R (10)
2h h
where pX and py are the compressive stressesp This resuits in simp-
lified expressions. The minimum critical pressure is obtained when
m = 1. Special instances of reinforced ribs are then considered. A
set of equations is evolved for six-equidgistant ribs. The limit of
s,nj%e 20y0 will be between 0 and 300. When the shell is rein-
R 0
forced by seven ribs, then this angle varies between 0 and 26 , and
Card 2/5,1'

S/145/6i/'000/003/001/010
S.trengih of cylindrical shells D221/D50i
maximum El is taken for each ~-f these values. Yinallyp the author
discussed nine ribs. Experimei,tal investigation was carried out to
supplement the theoretical work. Although the ribbing different
from above recommendations, results were used to determine the
effect of ribs on critical pressure. The dimensions of models are
tabulated, and illustrations given of them. During tests knocks
were observed which corresponded to formation of dents in the shell,
and when pressure did not fall, contrary to shells without ribs
The character of waviness in the shell is markedly changed at t~e
instant of dent formation. A detailed description is given of these
deformations. For comparisong results on shells without reinforce-
ments we.-e also tabulated. The model in these cases was subject to
deformations in an axial direction after the appearance of dents
and without pressure increase. On the basis of theoretical and ex-
perimental investigations, the following deductions were made. The
longi-i-udinal ribs ensure a general increase of strength. Deviations
from the correct shape of the shell affect its stability to a les-
Ber extent than in the case of non-reinforced.4"-ts. It is expedient
to mount ribs with higher strength on bending and torsion for the
Card 31-!1r

3/145/60/000/003/(001/010
Strength of cylindrical shells ... D221/D301
rational Use of the material of the shell. The carrying capacity of
shells reinforced by cross ribs oAly is determined by the shell
when subject to all-round external pressurep whereas In instances
of longitudinal and cross ribs it depends on these reinforcements .
There are 5 figuresp 2 tablesp and 5 Soviet-bloc references.
ASSOCIATION: Nikolayevskiy korablestroitellnyy institut (Nikolay-
evskiy Marine Construction Institute)
SUBMITTED: May 16, 1959
Card 4/,5,'
~f

FOPOV, V.G.
Primary pulmonary bypertension- Klin. mod. 38 no. 2:94~1CO 7 160.
WIRA 14: 1)
(h-IP M-TERS ION)

28170
KID
AUTHOR:
TITLE:
PERIODICAL:
27
Ty~
Popov, V.G., Aspirant
S/145/61/000/005/004/009
D221/D306
Bending of three-layer cylindrical shells
Izvestiya vysshykh uchebnykh zavedeniy. Mashino-
stroyeniye, no. 6, 1961, 39 - 50
TEXT: Main equations for three-layer cylindrical shells subject to
a load symmetrically distributed in respect to their axis (Fig. J.)
are quoted by E.I. Grigolyuk (Ref. 1: Konechnyye progiby trekhsloy-
nykh obolochek s zhestkim zapolnitelem, "Izvestiya AN SSSR, OTN",
no. 1, 1958) and L.M. Kurshin (Ref. 2: Uravneniya trekhsloynykh
tsilindricheskikh obolochek, "Izvestiya AN SSSR, OTN", no. 8, 1958)
Assumine a symmetrical structure of the shell, isotropic carrying
and filler layers, linear displacements in the filler along the
height, identical Poiseon coefficient for layers, andthe filler
being undeformed in the cross-section, the former are given i,
i
aw a, ccI a, CL I k J-)
a+ =D, -W~~ + - (I D., - + (I + ~) Da 2+
Card 1/11 ax 2 oy2 2 dxdv

18170
S/145/61/000/005/004/009
Berdng of three-layer cylindrical ... D221/D306
De t d"70 a1w
G, C(C+t)( W+ ay2ox
+ D., D~ + I (I + IL) D, 07 a +
dy OY2 2 dx~' 2 ax ay
D, t a3 a3w
'__.( W + _);
G, C (C + t) ay, () y a',C2
Here, uut vUP Ul and vi are displacements of point of the central
surface in the upper and lower carrying layer along their respec-
tive axes; w is the sag which is equal for all points located on
the same normal; R is the radius of curvature of ahell; t is the
thickness of outside layer; c is the thickness of filler; E is the
modulus of elasticity of outer layers; Ec and Gc are the moduli of
elasticity and shear of filler; 1~ is the Poisson coefficient; gxy
Card 2/11

S/14 61/000/005/004/009
Bending of three-layer cylindrical D221YD306
is the intensity of transversal loading. Remaining factors are gi-
ven by
u - u v v 3
a 1 U. U; u a + _rqA Et
C + t C + t ax ay Do = 12(l - ~t2
D Ecc3 B Et(c t)2 D 1 [D 1 + B C
C 12(l _ ~2) 2(l _~2) 3 - Gc C c (C + t)2
Intersecting forces, TxY, in each of the meridional sections tend
to zero, and axial forces, N Y, remain constant due to symmetry. To
determine N Y, use is made of Hook's law for a plane stressed con-
dition. 'he linear deformations of the central surface of the shell
in the d .rection of the tangent circle to its cross section is Ey
W, and after substitution
NY (2tE + CE + pNx (2)
C
Card 3/11

,1, 8: go
S/145 61/000/005/004/009
Bending of three-layer cylindrical ... D221YD306
is obtained for N y. The axial stress N x, is constant along the
length due to symmetry Nx = N y. After mathematical treatment an
equation is deduced with respect to w and which is of a,higher or-
der, and its solution is to be found in the form w ce)"r. After
som--~ manipulation
2 tE + cE, 2 IE + c (6)
D, Z (D, + AT, D,) Z- + ~ + i%, z 0.
JQ2 R2
is deduced. When all roots of the latter are real, then the -,eneral
solution is
W 0 sh yi x + 0 ch Tix) + W, (7)
2i-1 2 1 4 p
The constants are determined from conditions for supporting the
shell at its ends. As a results w and a can be calculated, and this
Card 4/11

Bending of three-layer cylindrical ... D221/D306
allows the bending moments Mx, and Intersecting forces Qx, -to be
computed, and also the resulting stresses in outside as well as "Lii-
side points of carrying layers. In many instances it is possible
to disregard the sag due to the bending. The author then deduces
Mx = B da B d w1 (16)
dx dx2
for the bending moment. The negative sign is due to the fact that
for a positive there is a negative angle of twist in the cross sec-
tion. After transformations
d1w,
dx' dx2 (21)
g., + It ~V, + 2 t E(Kjx-K,)1
B+A11 a
Card 55/11

5/145/61/000/005/004/009
Bending of three-layer cylindrical ... D221/D306
where D 2tE + N~
.3 /?'_~ _9 tE
2 (B + N, D3) R'~ (13 -1- NID,
The roots of Ea. (21) may be either real or imaginary, depending
upon the value of m and n. The form of the integral is related to
the dimensions of shell, load N 1 and gX, modulus of normal elasti-
city of carrying layers, E, and fillers, E c and G c. Complex roots
are possible when the filler is very rigid. The author then consi-
ders three-layer shells that are rigidly clamped along the perime-
ter and subject. to outside all-round and uniform pressure. The sym-
metry of design and loading permit the central sections to be re-
garded as an isolated cylindrical shell which is rigidly clamped
along its perimeter, and whose length is equal to the distance bet-
ween diaDhragms. When Eq. (21) has real roots, then sag and stres-
se3 in the carrying layers at the characteristic points are given
by
,'I
,,lard 6/11

28170
S/145/61/000/005/004/009
Bending of three-layer cylindrical D221/D306
g _L' ) R' [I + U:., - U1, +
2 2tE 11,2 + U I U'.FO
+ 11,2 - U3 2 - U, F, (28)
113 2 + n1112FO
(28)
12R 2 11,2. U - it, + t (U2F1 U1 F2) -
4 (1 tL2) I ) U,2 +U,lu,.F,, t
:t ( 1112 21132 u, F. + U'2 2 U:!2112 F, gR 2
U, 4 t
+
In the case of a long shell, stresses in supports are determined
by
Card 7/11

1! 8.1,170
S/145/61/000/005/C',04/000,
Bending of three-layer cylindrical D221/D306
~:Fg 2R 2 U32. UI - U2 C t - (31)
2 2) -U.U. t +
Ul' + [11'U2 + U12 gR
11,2 4 t
The approximate relationships for bending are quite accurate for
shells, where the thickness of carrying layers is determined by
strength calculation, and the parameters of the filler are chosen
so as to ensure the required resistance. On the other hand, as the
three-layer shells are relatively long between supports, then the
resulting stresses in supporting sections can be assessed by
I "1' 112 C11 "1 -112 S11 III CII 112
UI S11 U1 CII U1. - U9 S" U2 Ch U1 (30)
Card 8/11

28170
S/14 61/000/005/004/009
Bending of three-layer cylindrical D221YD306
sh ("I
IIIS1111'Chu'-11,S1111'.6111 '
F, S11 U2
III sh it, ch it, - u, sh it,-ch it,
sh u, ch it,
u, sh it, ch u, - u2 A 112ch u,
F4 sh it, Ch U2 --- - (30)
III sh it, ch U. - u, sh u. ch u
-1 it if 1 53 (30)
D, 2 tE + N, 4 (B N,D,) 2 tE
R2 R2
2(B+N,D,) D3 +N~ 2
Card 9/11 R 2

S/145/61/000/005/004/009
Bending of three-layer cylindrical D221/D306
A formula is also given for determining the sag and stress in the
center of the span. Taking into account the symmetry of design,
the calculation of stresses in the isolated shell rigidly clamped
along the perimeter of transversal diaphragms will suffice. Stres-
ses computed in the numerical example differ little from those,
that are determined by Eq. (31). The ekpounded solution may also
be used in assessing the strength of vertical three-layer cylindri-
cal reservoirs for storing oil and its products, as indicated by
Ye.I. Lessing, A.F. Lileyev, A.G. Sokoleva (Ref. 6: Stallnyye li-
stovyye konstruktsii (Steel Plate Structures), Gostroyizdat, 1956).
There are 2 figures and 6 Soviet-bloc references.
ASSOCIATION: Nikolayevskiy korablestroitellnyy institut (Nikolayev
Ship-Building Institute)
SUBMITTED: December 20, 1960
Card 10/11

AILKHOMRODSKIY, A.G., kand.tekhn.nauk; DROV, V.G.0 inzh.
Stability of cylindrical shells reinforced wIth lateral and longitudinal
sets of ribs. Izv.vys.ucheb.zav.; mashinostr. no-3:3-13 160.
(MIRA. 14:3)
1. Mola7evskiy korablestoriteltnyy institut.
(Elastic 'Plates and shells)

POPOV, V.G., kand.sel'slcokhozyaystvonnvkh nauk
Izhma-Pechora Veterinary Research Station. Trujiy VIILv 23:373 159.
(MIRA 13:10)
(Ishma-Voterinary research)

~7 -
, - 77.,J., f-ecl.
VA.Sli"ICHUK, 11 . ;' ~~l ~ .~Lzl-; F(j,' " .
(colido bo(;k oll Li;,.~ ~-C,;i o.'* "fliflo."I 1"I
krepl,miiu vyrt~,otck krepli-ii. i',.u:.tcjv-nFi-Donu ,
1.963. 33 p. (.xlal, 18;-1)
1. aostov-on-Don. Institut, po
stroitell'stvil.

B. T. R.
'%[. 3 110- 3
Mar. .954
,gelding and
Joining
":1255* New Electric 7'ell1i"X Melho&. (Russian.)I-V. 1.
Popov. Napiko i Zhizo, v. 20, no. 7. jith p. 5-7.
Disullsst's :111toolatic Nvelding opetations with r(As up to 60 Mill.
in sim Special hydraolic ("hive se-cures hydraolic compression
of 25 to :10 tolls. Application of methoIl increased efficiency
SeVeo to t-igl't times, Phototrapbs, dia;janm

GWIEV, N.G.; KOVALEV, Ye.ye.; OSANOV, D.P.~- ~~q -V.,.I.,; MARGULIS, U.Ya.,
naucImyy red.; KOKOSOV, L.V.,, red.; VLASOVA, N.A., tekbn. red.
[Shielding against radiation I'xon P-xtended sources] Zashchita ot
izlucheniia protiazhennykh istochnikov. Yoskva, Gos.izd-vo lit-ry
v oblasti atonnoi nauki i-tekhnikl, 1961. 287 P. (14IRA 15-2)
(Shielding (Radiation))

oewp(ty,_
AW
WCCE MR: AP5005804 S/0089/65/0181002'10136/0140
AUTHOR: Belov, S. P. Dulin, V. A. Kazanskiy, Yu. A.; Popov, V. I.; Tsypin, S. G.
'TITLE: Experimental investigation of shielding on the RIZ stand
,W7
.-~SOURCE: Atamnaya energiya, v. 18, no. 2, 1965, 136-140
1~:TOPIEC_ TAGS:-. capturi! ga=a radiation, neutron spectrum, uranium water reactor,
zero p,ower. reac-bor.- radiation--shielding ZZ stand-
R
ABSTRACT,.- -A zero-power reactor stand for studying processes taking place in the
__-_4.hia-Ain_ directly-adjac nt to the core is de~scribed. The uranium-water reactor,
9-
h directi- of - V- - A- Kuznetsov, has a cylin-
whose prototype was'developed under t e on
core 335 mm in diameter and 275 mm highb By varying the boron thickness in~
~~the reflector the neutron spectrum in the reactor stand can be varied in the energy
region belov 10 kev, thus simulating the neutron spectra of various thermal and
intermediate reactors. The results of the measurements of neutron spectra and of
'the study of shielding materials (iron, nickel and borated nickel) are given.
art. has: 6 figures and I table. [BPI
ASSO CTATION.1i none

TAMMUZ,, IJ.; KAVIELITSVAYGp Yu.B.; GMM, I.M.; BEIMSH, V.A.;
Y.I.; AKATOV, Yu.A.
Diacamtic scintillation delvice of the DSU-60 type. Ned.rad.
noo9t64-67 161. (MIRA 15:1)
1. Iz otdola radiologicheskikh i rentgenovskikh priborov i
apparatoy Tbesoyuznogo nauebbo-iseledovateliskogo instituta
zeditsiwkogo instr=entariya i-.-oborudavaniya Kinisterstva
sdravookhranoniya SSM4
(RADIOLOGY, MEDICAL-SQUIPMOT AND SUPPLIES)

POPOVY V.L, starshiy inzhener
This crew lowered the work required to lay track. Transp.
stroi. 12- no.5.11 My 162. (~UR-A 15 - 6)
1. Chelyabinskaya normativno-iseledovatellskaya stantsiya.
(Mine railroads)

SORIN., R.A., inzh.; POPOV, V.I., irizh.
D.C. locomotives. Vest, elektroprom. '32 no,5:17.-20 Yy ;61
L.
01-11RA 15'5)
(Electric locomotives)

POPOV,-V.I... inth.
Results of the work of the oils and fate industry of the
Ukrainian S.S.R. during 1962. Masl.-zhir. prom. 29 no.5:32-34
My 163- (MIRA 16:7)
1. Gooplan UkrSSR.
(Ukraine-Oil industries)

BEGI DZILUOVA., A, P. , kand. I.- ekhn. nauk-. POPOV -- V ~ I. P inzh.
Plaetic fuel pipes for tractors. Trakt. i mellkhozmash. 31 no.10:16-
18 0 161. (MIRA 14:1.2)
1. Nauchno-issledovatellskiy avtotraktornyy institut.
(Tractors--Fuel, systems)
(Plastics)

POPOVY V.I.; GALIPEiUN, A.V., red.
[Catalog of light filters for motion-picture photography] Ka-
talog svetofil'trov dlia kinos"emok. Sost. operator V.I.Po V.
Moskva, 1960. 95 P. (MIRA 15: r
1. Moscow. Moskovskaya kinostudiya "Mosfillm."
41~
(Motion-picture photograpby-Light filters)

SIDOROKO, N.V., glavnyy red.; ZARAGO. K.S.,- red.: KRM, Ye.A., red.;
RAABIN, T.N., red.; RYABTSEY, N.I. . red.; BRMS. A.D.. red.;
ITSIKSON, B.S., red.; KOKISSAROV, P.G.. red.;-I'=T, V.I.# red.;
TBSOR, P.A., red.; FALIKKVICH, A.S.. red.; STZPANCHISKO. N.I..
vedushchiy red.; HOVIKOVA, M.M., vedushchiy red.; MUKHINA, B.A.,
teldm.red.
(Ways of d:eveloping the gas industry of the U.S.S.R.; transactions
of the All-Union Conierence on Further Development of the Soviet Gas
Industry] Materialy Vaesoyuznogo soveshchaniya po dallneyshe= ras-
vitiya gazovoi promyshlennoati SSSR: Pati razvitiia gazovoi pro-
myshlennouti SSSR. Moskva, Gos.nauchno-tekha.izd-vo neft. i gorno-
toplivnoi lit-ry, 1958. 432 p. (MIRA 12:4)
1. Tsesoyuznoye soveshchaniye po dallneyehemu razvitiyu gazovoy
prmqehlennosti SSSR, Moscow. 1957.
(Gas industry)

. I I
r u r t_.! -j, v - 1 ,
TFREMENIKO, V.; POPOV. V.; KHkLIF, A.
Production and utilization of natural gazoline in the United
States (from nOil and Gas J.." no.47 1956, no-57 1957.
no.27 1958). Gaz, prom. no.9:52-53 5 158. (MIRA 11:10)
(United States--Gasoline)
I

YnMITKO, V.S.; FOPOV. V.I.; KFALIF, A.L.
~
Natural-gas gasolines and their use. Gaz. --p-rom. r.,,-.P:43-47 Ag 15P.
(141W. 11: 8)
(Gasoline)

FCPOV, V. 1,
New main controller MO-60/20 for 2160 electric locomotives.
Blek. i tepl. tiaga 4 no. 9:34-38 5 160. (MIRA 13:12)
l.Rukovoditell gruppy Spetsiallnogo konstruktorskogo byaro
elektroyozostroitellnogo zavoda.
(Electric locomotives) (Voltage regulators)

PHASE I BOOK EXPLOITATION SOV/1172
Popov, Viktor Ivanovich
Elektricheskiy privod I avtomatika (Electric Drive and Automatic
Control) Moscow, Sellkhozgiz, 1957. 442 p. (Series: Uchebniki
I uchebnyye posobiya dlya vysshikh sellskokhozyaystvennykh
uchebnykh zavedeniy) 15,000 copies printed.
Ed.-Specialist: Glebovich, A.A.; Ed.- Zuyeva, K.N.; Tech. Ed.:
Sokolova, N.N.
PURPOSE: This book is approved as a textbook by the USSR Ministry
of Agriculture for students of agricultural vuzes studying rural
electrification.
COVERAGE: According to the author the book is a methodical treat-
ment of the theory of electric drives and their control, electric
motor protection, fundamentals of automation, and other questions
as they relate to applications In agriculture. He states that the
study of electric drives as a special branch of technical sciences
developed mainly through the efforts of the following Soviet
scientists:
Card 1/10

Electric Drive and Automatic Control SOV/1172
Professors S.A. Rinkevich, V.K. Popov, D.P. Morozov, A.T. Golovan,
R.L. Aronov, and Academician V.S. Kulebakin. He thankB the fol-
lowing persons for their help: Professor P.N. Listov, Doctor of
Technical Sciences; Docent G.I. Nazarov, Candidate of Technical
Sciences; Professor V.N. Kiyanitsa, Doctor of TechnJnal Sciences;
Professor A.T. Golovan, Doctor of Technical Sciences; Docent P.F.
Shkarbanov, Candidate of Technical Scienceb; Docent N.M. Sokolov,
Candidate of Technical Sciences-Docent A.A. Klimov, Candidate of
Technical ScienceSj Docent V.A. Shustov; A. A. Glebovich., Candi-
date of Technical Sciences; and A.I. Rutskiy. There are 67
references, all Soviet.
Card 2A0

Electric Drive and Automatic Control SOV/1172
TABIE OF CONTENTS:
Foreword 3
Introduction 5
L
Ch. 1. General Information on the Electric Drive 11
1. Definition of the electric drive 11
2. Electric drive systems 11
3. Advantages of the electric drive 13
4. Applications of the electric drive in agriculture 14
5. Single and group electric drives in agriculture 16
6. Classification of operating conditions 18
Ch. 2. Mechanical Characteristics of Electric Motors 23
General inf ormation 23
Mechanical characteristics of d-c shunt motors 26
9. Mechanical characteristics of d-c series motors 35
10. Mechanical characteristics of d-c compound motors 43
11. Mechanical characteristics of three-phase induction
motors 46
Card 3/10

Electric Drive and Automatic Control SOV/1172
12. Mechanical characteristics of single-phase induction
motors 55
13. Mechanical and phase characteristics of synchronous
motors 58
14., Design of resistor-type starters 61
15. Reactors and autotransformers for starting syn-
chronous and induction squirrel-cage motors 69
!6. Examples 71
Ch. 3. Special Methods of Regulating Motor Speed 81
17. General information 81
18. Cascade regulation arrangement 82
19. Speed regulation of electric motors by electro-
magnetic clutches' 89
20. Speed regulation of d-c motors by motor-generator
system * 91
21. Speed regulation of d-a motors by gas-filled tubes
and amplidynes 94
Card 4/jo

Elr:.ctrlc Drive and AutomatIc Control
SOV/1172
22. Speed regulation of." elel-tric motors by amplidynes 97
'-3. Speed regulation o'L d-a motors by saturable reactors 100
24. Impulse method of electric motor speed regulation 102
Ch. 4. Dynamics of an Electric Drive 105
25. Analysis of forces, resistances and accelerations
of an electric drive 105
26. Reduced value of the static moment for the resist-
ance of a-machinO.-- , log
27. Reduced value of the flywheel moment in a machine 110
28. Starting and braking times 112
29. Determining flywheel moment of an electric drive
from-st,arting*algd-bi~aking'curves 116
30. Selection of rated motor speed 117
31. Examples 119
Ch. 5. Transient Operating Conditions 124
32. General information 124
33. Translient operating conditions of an electric drive
with a-linear chardeteristic at Mst = const 125
Card 5/10

Electric Drive and Automatic Control
SOV/1172
45. Determination of motor capacity for short-time
operating conditions 174
46. Determination of motor capacity for brief inter-
mittent periodically Variable load 177
47. Determination of motor capacity for brief inter-
mitteht aperiodically variable load 185
48. Losses and efficiency of electric motors 189
49. Selection of motor capacity from average losses 193
50. Operation of a flywheel electric motor under an
impact load 195
51. Operation of an electric drive with slip regulation 199
52. Transmission ratio between electric motor and
the'machine' 200
53. Determination of motor capacity for group drive 203
54. Selection of limit capacity for squirrel-cage
indilction*and synchronous motors 205
55. Plotting load characteristics 217
56. Examples 219
Card TAO

::Iectric Drive and Automatic Control
67. General notions
68. Principle
69. Principle
70. Principle
71. Principle
72, Frequency
on the principles of
of counter-emf
of current limitation
of Independent time lag
of our*nt-dependertt time
prinoiple
SOV/1172
automatic control 306
310
313
319
lag 324
326
Ch.11. Automatic dontact-Relay Control for Electric Motors 330
73. Automatic- control of squirrel-cage induction motors 3-30

74.
Aut, control of wound-rotor induction motors
~) 38
7g. Automatic control of synchronous motors 355
7 . Automatic control of d-c shunt motors 6
3
77. Automatic control of d-c series motors A
3 4
78. Automatic control of motor-generator set 391
Ch.12. Control of Electric Motors by Means of Vacuum- and
Gasafilled Tubes and Rotating Regulators 396
79, General Information 396
8-0. Constant speed control 398
81, Vacuum and gaB-tube control of an electric drive 40!
Card 9/j.0

Eler,tr1r, Dr.Lvr-- and Automatic Control SOV/1172
82, Automation of electric drive with amplidyne 405
83. Motor-generator system with a rotating regulator
conr,ecttd'td a UM type balanced bT-;idge 406
C)1,13. Control of Stationary and Mobile Electric Instal-
lations Used In Agriculture 408
84. General information 408
85. Automation of headwork and pressure-head hydro-
electric installations 409
86. Automatic control of rural waterpump stations 414
87. Automatic control of fodder-production processes 416
88. Control of electric tractor units 421
89. Control of the SE4 electric combine 428
List of Symbols 431
Bibliography 434
Alphabetical Index 437
AVAILABLE-. Library of Congress (TK4058.P6)
JP/atr
Card 10/10 2-21-59

OS IPOV. G. P.
Textbook on rural electrification ("31ectric drive,ase of
electricity in agriculture and technical utilization of ru-
ral eloctric installation. Reviewed by V.I.Popov, G.P.Calpov).
MakhA elok.sotg.eallkhos. 17 no.5:62 '59.
014HU 1:!:I-')
(Electricity in agriculture)

POFKOV, V.I.; GRIC-OR'YEV, V.V.; BUT, A.I.
Introduce the indust6rial application of electric ar--;
fields in the national econonW.. Prom.entire. 17 ~
(MI-RA 1j'.3)
(Electric fields) (Technological innovations)

FEDOROVP P.V.; LILRENEEM, D.A.; POFOV~-V-i-i-
New data on the terraces of Mack Sea shore of 3alg4-:- i a. D4ckl.
All SSSR 1" no.2.431-434 W 162. (I'MIA 15: 5)
1. Geologicbeskiy inatitut All SSSR, Institut geografii ALT SSM
Institut geografii Bolgarskoy Akademii nauk. 'i~:dstavleno
akademikom I.P.Gerasimovym.
(Bulgaria-Geology, Structural)

[6ound or, ta.pe? zvak me kinolemle. Kosirva, 1950.
71 p. (MaA
(~>olxi I ---Recording srA reproducing)

ZR-,Izi, Ye.A.. redak.tor-PCIPOY V.I.-redaktor; KOH16SAROV, F.G., red!.0':tor;
Tu'snch"y :.;:E4.,Ator; MM
jovion. m M., v'~ 1U. -A., lekhnicheskiy
redaktor
LExtraction, aeparatto-a of light bonsine fractioas act, trazoportatios
of oil gas; papers at a scieatific *nginearing conference] Dob7chm,
otboazinivanis i tranoport neftionogo gata; netarialy nauchno-takhat-
cheekol konforenteii. 'Mosi:va. Gos. notichno-taktinAt"d-vo neftA gora:-
toplivnoi lit-ry, 195?. 1?',) p. (HLHA 10:10)
1. Nau--hao-tekhnicneskoye obGhchestvo neftyanoy iroulyuialanosti. 2.
Predoedatell gazovoy t;oktoli T'jantrallnogo provient-va ~~achno-
teklinicheskogo obunchp~;tv3 luftiomy promyshlennosti (:'or Kroms)
(Gas, Natural)

WSR/ Miscellaneous - Glass manufacture
Card 1/1 S Pu1b. 104 - 9/9
Authors I Bruk,_ K.. N.; Gendlin,, 1. K.; and Fopov, V. 1.
Title Machine for removal and grinding of glass edges
Periodical t Stek. I ker. 8, paae.32, Aug 1954
.Abstract t A new machine for removing and grinding'glass edgeaq first Intro-
duced at the Ulan-Udensk Glass Factory, is described. Drawings.
Institution
Submitted

GUU 1, V.S.; ISAKOV. P4.; MLIKIN; PORN. V.I.
Coordination of posture and movements in man under conditions of
increased and lowered gravitation. Biul.ekep.biol.i mod. 48 to.11:
12-18 1 159. (KTLRA 13:5)
1. Is Inatituta eksperimentalluoy biologii t zeditainy sibirskogo
otdolenlya Akademil nauk SSSR (dir. - prof. U.N. Neshalikin).
Novosibirsk. Predstavlona deyetvitelinym chlenom ANN SSSR T.T.
Parin I
(GRATITMON)
(POSTMLI pbysIol.
(NOTEMMS Physiol.)

POPOV, V.1.,_14zh.
Using mobile plastering units in constructing buildirigu of
few stories. Transp.stroi. 9 no.7:33-34 J1 '59.
(141RA 12:12)
(Plastering-Squipment and supplies)

YDOWTSOWA. Ye.A,.,kandidat Ithimichaskikh asuk; TOURVANIK. I.P., professor.
otvetstvewWy redaktor-, SARYNSAKOV, T.A.. glavnyy redaktor; RYZHOV.
S.M., prof essor-doktor, xamestitell glevnogo redaktore; ROKANOVS11Y.
V.I., redektor; KOELOVIN, Te.P., radaktor; MASSON, K-Ye., redaktor;
KORZE[AMEVSKlY. N.L., redektor;,
!OPOY, profegsor-doktor. redak-
tor; HIROSHKINA, U.N.. professor. redaktor; STOLYAROY, D.D.. dotsent,
redaktor; BONDARXVSXff. G.L.. dotsent, redektor; KRASNOVAYBV, I.K.,
dotsent, redaktor; GENTSM, L.V.. dotsent. redaktor
[Radical and ionic alkylation of aromatic compounds] Radikallnyi i
ionnyi makhanissy reaktait alkiliroyaniia aromatichaskikh soedene-
nii. Brevan. Izd-ve Brevenskogo universitets. 1953. 92 p. (Tashkent.
Universitet. Trudy Sredneasiatskogo gosudarstvennogo universiteta.
no.43. Xhimicheskie nauki. no.6)
1. Deystvitelln" chlen Akademli nauk UzSSR (for Sarymsakov, Romanov-
skiy, 1orovin). 2. Doystvitellnyy chlen Akedenii nauk Turks. SSR (for
Masson). 3. Chlen-korrespondent Akademii naak UzSSR (for TSukervanik.
Korzhenevskiy).
(Arotmatic compounds) (Alkylation)

:i/081/62/000/013/052/054
B160/B101
AUTHORS: Baramboym, N. K., Popov, V. I.
TITLE: Physical and chemical modification of CR6 (SKB) with maleic
anhydride
.1EHIODICAL: Referativny-j zhurnal. Khimiya, no. 13, 1962, 643, abstract
13P290 (Nauchn. tr. 74osk. tekhnol. in-t legkoy prom-sti, no. 19,
1961, 54 - 50)
TEXT: The introduction of maleic anhydride into CKr2-40 (SKB-40) in cold
rolls or in an extruder scarcely affects the plasticity of the mixture as
compared with a control, but its solubility in aliphatic and aromatic
hydrocarbons is reduced, the moisture absorption of SKB-40 rolled for
20 min-w-ith 6~- maleic anhydride goea up to 135~~, and it becomes possible to
vulcanize the material with metal oxides. Vulcanizates of modified S13-40
are not inferior to others as regards resistance and ageing, and their
strength-is slightly hieher. [Abstracter's note: Complete translation.
Card 1/1

00 V, V') -
YEFIMOV, V.I.; KHUDYAKOV, N.V.; SBITN3V. L.P.; ROMANOVSKIY, V.E.;
KHOLIN, I.R.; Pclpi)lr--T-I-. OSIPOV, G.P.; PISKAB-EV, V.S.;
AGAYONOT, Te.F.; DCROINCT. P.G.; MULLCM. V.1.; ZLYT.W,
TU.A.
A.A.Zlimov's book "Blectricity in aaiml husbandry." Reviewed
by V.1.3fimov an& others. Zlektrichestyo no-9:87-88 3 '56.
(XLRA 9:11)
1. lafedra primeneniya elektricheskoy energii v sellskom kho-
zyaystve Stalingradskogo sellskokhozyaystvannog instituta (for
Tefimov, Zhudyakov, Sbitnev, Romnovskiy, Kholin). 2. XELfedra
primemeniya, elektroenergii v sellskom khozyayatva Saratovskogo
instituta makhanizataii sellskogo khoz'yaystva imieni Kalinina'
(for Popov, Oaipov. Piskarev. Agafonov. Dorodnov, Strukachev,
Zaytsev). (Blectricity In agriculture)_(Stock and stockbreading)

XOSTIKUN, G.K., dots.; POPOV, V.I., kand. sel'skbkhozMv-stvormykh nauk;
KAZARIAN, V.A.. assistent.
Malpine pastures. Nauka i pored. op. v sellkhoz. 7 no.10:45-"
o 157. (MLRA 10:11)
1. Terevanskiy zooveterinarnyy institut.
(Armenia-Pastures and meadows)

SIRGEYEVA, T.Ya.; POPOV, V.L. SIMONYAN, G.A., vet. vrach.
I -
Specific prophylaxis of ovine plague. Veterinariia 35 no-10:38-43
0 158. (MA 11:10)
l.Nauchno-proisvodstvewinya laboratoriya Hinisterstva sel'skogo
khozynystva RSM (for Sergey-eva, Popov). 2.Sovkhoz "Ramenskoye." (for
simonyan).
(s. wine plague)

t Sci (, iss) ll~~Pizootfj,of;,y ~Hld C 1 i I c I cn.;-~-CCL
1-,GFOv, V. I., Cend Ve A TT,
2 4
of listerellisis for hOF-S." I ' 0 -
-nczt of 7xueria-en-ca` Vezernar-,
f7-,'ven; 24-610, 1~4)

SERGMEVA, T.Ya.; TSAREGRADSKAYA, ANTONOVA, M.Ye.;
PAVWVICH, L.A.; SAIKIMPOTA, R.M.
Infectious nature of atrophic rhinitis in youn pigs. Vete-
rinariia 37 no.408-44 ApI60. WA 16:6)
1. Nauchno-proizvodstvermaya laboratorlya po borlbe a bo-
leznymi molodn7aka sellskokhosyaystvemykh zhivotnykh
Ministerst7a sellskogo khozyayotva RSFSR.
(SWNE-DISWES AND PESTS)

POPOV .-V.I.; KOMUDZHIYEV, Kh.A,
Importanr,-e of contrast lymphrigraph7 in, the detactirn of
lymphogenic meLastaaes. Vop. onk. 11 no.8:42-417 165.
(MIRA 18:11)
1. Iz Rostovskogo nauchno-issledovatellskogo instituta
rentgenologii. radiologii i onkologii (diraktor - kand.med.
nauk A.K.P~nk;v).

89
ilia
F1
m 0
d P
Zlu As
101 A C 7 1 R
34
.-a- EE -4 Q
IR
6.3
ji Ap -AA
IV

POPOV Vladimir Ivanovich; GSANOV, Dmitriy Pavlovich; LYUSTIBERG, V.F.,
~- red.; SHTr-.YMK, G.Yu., inzh., red.; SOROKINA,
T.M.0 tekhn. red.
(Diffusion chamber for measuring the o(,-contamination of water]
Diffuzionnaia kamera dlia i2mereniii GK,-zagrJ.aznennosti vody.
Mookva,-Filial Veas. W-4A-naude. I tekhn. informatsii, 1958.
12 p. (Peredovoi nauchno-tekhnicheskit t proizvodstvennyi opyt.
Tema 41. No-P-58-89/4) (MIRA 16:2)
(Cloud chamber) (Alpha rays)

3OV/12 '-5-*-5-?/~72
'.AUTFfOR3:Osanov, D. P. and Po-jov, V. I.
TITLE: Correction for Scl~'- srp lion of a-Particles in the 'Iea3urc-
ment of Activity of Plane S-ecimens (Popravka na samoi;o-
0 1-3
loshcheni e u-chastits pri igraerenii akbivnosti ploskikh
obraztsov~
PERIODI'JAL: 11'ribory i telf-Ihnik-a eksperimenta, 19581 Nr 5, pp 32-34
(USSR)
ABSTRACT: In thecalculation and measurement of the number of
cc-particles e-mitted by a plane specimen, one often deals
-lith so-called tuliick specimens in which the absorption of
a-particles emitGed by tb-e lower layers takes place. Thus,
when water is evaporated 7 in order to determine the concen-
tration of a-active subst,~mces contained in it, measurements
are ~aade on the dry sediment which is always left behind.
In order to obtain sufficiently larSe sediments of this
it is desirable to evarorate a lar-e amount of sater. How-
OvOr if the amount of water evaporated is too larse then
Lhe thicknesq of the sediment may be lar,-a enouf~)h to nbsorb
the a-particles. The connection between the activity of
the water Q in curies Der litre and the nLriber of a-particles
N emitted per minute from the surface of an I 6nfinitely,thin
non-absorbinig, layer is -ivcn by 0, = 9 x 10- iqv ahere
Uard 1/5 Q_

SOV/120-503-5-7/52
Correcti-in for Self -Absorption of a-Particles in ~h- as=~--
Activity of Plane Srecimens
V is the voluLoe- of the eva-porated water in cc. Consider
the case where V co of water have been evanorated and a
sediment is left behind with a thicr.-ness given by d = Kdo
K,,2.2 Cm, I
mb
P = 1 + 2.3 d (the enerGy of the u-particles is not given).
There are 2 fi,,,-,ures and 3 referenoes, 2 of which are Soviet
and 1 En.-lish. This is an abbreviated translation.
ASSOCIATIOR: lAoskovskiy inzhenerno-fizichoskiy institut (Moscow
Engine erin-- Physics . Institute)
0
SUBMITTED: November 16, 195?.
Oard 5/5

SOV~O3411
120-59-3-13/46
AUTHORS: Kovalev, Ye. Ye. and Popov, V. I.
TITLE: Geometrical Correctior-Fa-Ft-or 1-or a Cylindrical
Ionization Chamber (Popravochnyy geometricheskiy
faktor dlya tsilindricheskoy ionizatsionnoy kamery)
PERIODICAL: Pribory i tekhnika eksperimenta., 1959, Nr 3,
pp 63-66 (USSR)
ABSTRACT: In the dosimetry of point sources of y-radiation it
is necessary to determine the true ionization density
from the readings of the ionization chamber, This is
due to the fact that,frequently.-Jonization chambers
are used whose linear dimensions are not sufficiently
small in comparison with the distance between the
point source and the geometrical centre of the chamber,
An expression is obtained for the correction factor
for the case where the source is at an arbitrary
distance from the centre of the chamber in the radial
direction (Eq 8). Graphs are given (Figs 2 and 3) of
the -values of the geometrical correction factor for a
cylindrical ionization chamber. These graphs may be
Card 1/2 used to determine the true ionization density from the

-7
PHASE I BOOK EXPLOITATION SOV/5717
Moscow. Inzhenerno-ifizicheskiy institute
Pribory i metody analizd izlueheniy; sbornik nauchnykh rabot, vyp. 2. (Appa-
ratus and Methods for the Analysis of Radiation; Collection of Scientific
Papers, no. 2) Moscow, Atomizdat, 1960. 166 p. 4000 copies printed.
Sponsoring Agency: Ministerstvo vysshego i srednego spetsiallnogo obrazovaniya
RSFSR. Moskovskiy lnzhenerno-fizicheskiy institut.
Ed. (Title-page): Ye. L. Stolyarova, Candidate of Physics and flithematics;
Tech. Ed,.: S. M. Popovae
PURPOSE: Thiv collection of articles is intended for specialists in nuclear
physics, dosimotry of nuclear radiationsand shielding.
COVERAGE: The articles were prepared by scientists of MIFI (Moscow Ph.*aics and
Engineering Institute) and presented at the 1957 conference of the Institute.
Brief annotations to the articles have been included in the Table of Contents.
No personalities are mentioned. References follow each article.
Card 11A

Apparatus and Methods for the Analysis (Cont.) SOV/5717
Frolov, V. V. Thick-Wall Ionization Chamber for Measuring the Dose of High-
Energy (35-300 Mev) Bremsstrahlung 91
It is shown that the electron balance required for measuring bremsstrahliLig
dosage in roentgens can be secured by choosing the thickness and material
of the wall of the ionization chamber.
Ivanov, V. I. Calculation of Ionic Mobility in Dielectric Liquids 106
A method is described for calculating the mobility of solvated ions
on the assumption that the mobility obeys Stokes law. The calculation
results were in good agreement with experimental data. The results can
be used in studying the possible application of liquid ionization chambers
to dosimetric measurements.
Kovalev,, Ye. Ye., apd V. 1. Popov. Determination of the Geometric Correction
Factor for a Cylindrical Ionization Chamber 110
It is stated that the geometry in the experiment must be taken into
account when measuring the dose rate of gamma radiation with a cylindrical
chamber. A general equation for the correction of the geometric factor in
Card 4/8

32999
S/641/61/000/000/026/033
oQ .2 B1021/B178
AUTHOR: Popov, V. I.
TITLE: Angular dif;.tribution of 3.1-Mev neutrons elastically scattered
from Al, 8i, K, Ca, and Th nuclei
SOURCE: Krupchitskiv, P. A., ed. Neytronnaya fizika; sbornik statey.
Moscow, 1961, 306-309
TEXT: Only the angular neutron distribution measurements are given;
method, apparatus and evaluation of the experimental data were described
earlier (V. 1. Popov, "Atomnaya energiya", 111, 498, 1957). The neutron
source was a heavy-ice target bombarded by 250-kev deuterons. The
differential cross sections of elastic scattering were measured in the
range from 20 to 1500- Comparing the thorium results with similar
published data (insert Refs. 1 and 4) it iB seen that at large scattering
angles the figures were much greater for Pb and Bi than for Hg and Th.
The Eg and Th curves agree with those obtained from calculations with the
optical model where elastic scattering from the compound nucleus was
neglected. This confirms the suggestion made by Popov, that the2e
Card 1/2

32999
S/0'41/61/000/000/026/033
Angular distribution of... B102/B138
scattering effects are important in Pb, but not Hg and Th.- Similarly, they
are of importance in Ca.40 but not K. A. 1. Leypunskiy, Member of the
Academy of Sciences UkrSSR, is thanked for interest. There are 3 figures,
1 table, and 4 references: 3 Soviet and 1 non-Soviet. The reference to
th~~ English-language publication reads as follows: D. J. Hughes,
I. A. Harvey, Neutron Cross Sections. McGraw-Hill Co., N.Y. 1955.
Table. Integral
cross sections BAeMeNT (yet Oin - air
I
given in barn.
Al 2,1�0,1 2,5�0,1.4 0,4�0,1
_t 1,4�0.1
Si 2,0�0,1 2,5�0,1 0,5�0,1 1,3�0.1
K 3,0�0,1 3,4�0,2 0,,1�0,2 2' 4�0,2
Ca 3,6�0,1 3,6�0,1 0,0 213�0,1
Th 3,7�0,1 7,4�0,1 3,7�0,1 4,9�0,1
2/2

33003
S/641/61/000/000/03.0/03,
B 102/B 138
AUTHORS: Nef edov, V, V. t~~O_Povlv- I, , Yazvitskiy, Yu. S.
TITLE: Gamma radiation in inelastic interaction of neutrons with
nuclei
SOURCE: Krupchitskiy, P. A., ed. Neytronnaya fizika; sbornik statey.
Moscow, 1961, 324-334
TEXT: Radiative transitions with energies above 3 Mev were studied in
nuclei excited with 14-Mev neutrons. An arrangement consisting of a
scintillation spectrometer, 14-Mev neutron source and the specimens was
used for the f-spectra measurements. The spectrometer was used to find
the gamma energy from the energy of the electron-positron. It consisted of
three 133-C (FEU-S) photomultipliers with CsI(Tl) crystals and an
electronic recording circuit. A tritium-zirconium target bombarded by
300-kev deuterons supplied the neutrons. The followine elements were
investigated: C12(graphite), 016(water) and Be9, Mg24, Al, Fe and Cu (all
as metals). The gamma spectrometer was calibrated with 2.0"7-Mev RaTh
radiation and 4.43-Mev Po-Be radiation. The resolution was between 7 and
14 %, depending on the duration of the measurements, the efficiency was
Card 1/3

33003
S/64 61/000/000/0170/0~717
Gamma radiation in inelastic. B102YB138
-10-4 per quantum at 4,43 Mev. The spectrometer crystals were shielded
against background radiation with a leud cone, the external background was
eliminated by subtracting the spectrum without, from that with, the specimen.
The cross section calculations were made with an accuracy of 20-30 %. The
following results were obtained: Li. No gamma radiation with energy higher
that 2 Mev was recorded, Be, Its spectrum was studied up to - 4 Mev. It
has two flat peaks at 2.5 and 3..6 Mev, C12. The spectrum has a high peak
at" 4.4 Mev which is due to a transition from the first excited state to the
ground state. A line at about 3,2 Mev was also found with 0< 0.07 b
(transition from the 7.06-Mev level to the 4..45-Mev level). At higher /r
energies peaks were detected at 6 and 7 Mev (0,023 and 0.013 b), which both
occur in C12(n,n1)C12,, reacrions., They are due to transitions from 'he
-7-Mev levels to the 4,4~;-Mev level. o16
10,,8- and 11 The spectrum is a
descending curve with peaks at 3.8 0, 6.1 and 7,1 Mev. The corresponding
cross sections were 0,006, O~25, 0,10, 0,07 and 0,45 b. 24 This is Probably
the first time the 4~6-Ylev line has been observed. Mg . The sDectrum has
its sharpest peak at 4.1 Mev (0-28 b), minor peaks at 06.1 and 66.9' blev
caused by Na24(n,p)Mg24 reactions and indistinct peaks at A..8 and 5,3' blev.
Al, Fe, Cu. The A! spectrum has peaks at 3.8, 4,9, 5~6, 6.3 and 6.9 Mev
Card 2/3

33003
S/64 61/000/000/030/033
Gamma radiation in inelastic... B102XB138
(0.29, 0.16, 0.09, 0.04 and 0.01 b), the Fe spectrum has indistinct peaks
at 7,5, 6.1 and 5.0 Mev (Oz2O, 0434 and 0-55 b) and Cu has peaks at 06.1,
5.0 and 4.0 Mev (0.14, 0.25 and 0.4'1 b), The mean energies carried off by
f-quanta when the excitation energies exceed 4 Mev are 7, 2.3, 3.3, 4.5
16 24 27
and 5.2 Mev for 0 , Mg , Al , Fe and Cu. I. M. Frank is thanked for
interest, I. V. Shtranikh, A. Ye. Voronkov and V. N. Bochkarev for
assistance. There are 9 figures, 3 tables, and 10 non-Soviet references.
The four most recent references to English-language publications read as
follows: Ajzenberg F., Lauritsen T. Rev. Mod. Phys., 21, no. 1, 77 (1955);
Battat M. E., Graves E. R. Phys. Rev., 21, 1266 (1955); Rasmussen 9. K.,
Miller D. W., Sampson M. B. Phys. Rev,, 100, 181 (1955); Wakatsuki T.,
Hirao Y., Okada E., Miura J. J. Phys. Soc. Japan, 12, 1778 (1957).
Card 3/3

6 11t00100710 10/086
OCO 1
AS /0 /A 0 1
AUTHOR: Popov, V.I.
TI = Gamma-emission from extended sources of cylindrical and spherical
shape
PERIODICAL: Referativnyy.zhurmal. nzika, no. 7, 1961,.48, abstr&ct 7B122 (V
sb. "Pribory i metody analiza izlucheniy", no. 2, Moscow, Atomizdat,
1960, 7 - 21)
TECT: The author considers the problem of the yield of gamma-emission
from extended sources of cylindrical and spherical shapes taking simultaneously
into account the geometry and self-absorption at an arbitrary distance from the
source. Calculations are performed under the following assumptions: the active
substance is distributed uniformly over the-entire volume of the source, and the
emission of the source is monoenirgetic. For the cylindrical source of finite
dimensions the distribution of the dose power is determined along three main
directions: in radial direction, at points lying on the extension-of the cylin-
der axis, and at points lying on the extension of the cylinder generatrix.
A.M.
[abstracter's note: Complete translation]
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3907
62/043/Qr2/0~)r/r~= 7
3/056/o
B1 02/-'5104
UT 1 i OR 3: Otstavnov, P. S. Popov, V. I.
T-ITLE: Polarization of 3.5-,.:ev neutrons on scattering
PERIODICAL: Zhurnal ekonerimentallnoy i tcore LicniuZe0y fiziki, V. 4)',
no. 2(8), 1962, 385-387
T ~--'.K' T :As usual, the neutron polarization was calculated from.
asymmetry, i.e. Erom the count ratio a - i 1 -? I
- 1 (-,1,) ij 2i- 1 ~ -1
where P is the degree of polarization of the primary neutr,~n bz;--m, ana
1 1
P2(G) is that after scattering throue;h the an-le 9. The primary bQa" 7--L--
obtaineO. from a d-d reaction at Ed = 1 1,'~ev (cascade -enerator). ~2hc:
deuterium target was in the center of a tub filled with water
130 cm), ip was 490, 3.5 ev, and P(tp) = -0-140 *+ 0-010. The zectnd
targets vere Li. 3e, C, liquid :1, liquid 0, F L'ar 2)1 k I a j
(NIa0l), Ca, Ti, Fe, Cu, Nb, Sb, Pb, Bi, and U. The scattered neu-~rons
Card 1/2

ACCEMM URI AP1036W
AUMI PGPVp I-
TITLIge The problums of low and no"= margr VhWWWo
SWWZs AN SSSL Voetrdko no. 48 1040 X%,.L%
TOPIC TAGSe nuclear p4vlcs# nuclear reacti(np low snara OpIcas
8021ttincs lithim six# VMS r1w
ABSrRAC?t Me article was written by V. I* Popov who was a participant of the
First Session of the Convention an Nuclear P'Wsics, hold in Leningrad on December
3 and 4,9 1963. The session was opened with a4pesch by Academician V. I. Vekdw
who described the JVortance of some of the :zuclear physics projects worked out by
the various Leningrad research oreanizations, I, Mo Frank presided over three
meetings at which ^W reporU were read by j.-cientlets from the entire countz7o
As a rule,0 these reports presented the resul-;~s of unique projects finished and
published during recent yearsp otplaining tlx: now trends in nun-lear pbroics
-rassarcho G* No Flww,, an anociato of the lebwatorlys, yaderMokh reektaly
Wyedinannogo Institute yederrWokh Imaedwidy (Nuclear Reaction Laboratory of

AcassioN mRs AAWW
the United Institute for Nuclear Research) delivered the first paper concerning tba
study of the reactions between complex nuclei@ This work resulted in the imiportant
discovery of the radioactivity with the emission of protons. V. A. Karnaukhov
(from Dubno) headed a group of physicists responsible for this discovOI7~ I* Kh.
Lemberg(Fiaiko-tokhnichaskiy institut im. A. F. loffs Akadsmii Nauk SSSR)(A. F,
loffe Physico-techmical Institute of the AcadaV of Sciences SSM) presented the
results obtained by his group in the study of heavy ions, A. P. Komar (from the
same institute) reported the results obtained in the study of nuclear fission* Oe
S. Sumbayev spoke on the investigation of the excitation states of the odd-odd
nuclei. The results of a photonuclear splitting of Lj6 nuclei by gamma rap
(energy to 60 Hev) were described by To. P. Bashavoy (also the maber of the
Lemberg group). 1. S. Shapiro of the Institute of Theoretical and ZXPerjM41A83
Physics reported on the study of the nuclear reaction mobanism. The topic of the
S,, T. Belyayev paper from the Institut yaderno7 f isiki Sibirskogo otdalenlya
(Siberian Branch of the Institute of Nuclear Physics) dealt with the prese4 Ideas
on the structure of complex atomic nuclel@ In closing the session I* He Frank
-emVhwised the importance of conventions and the valuable results achieved in the,
discussions of the papers presonLede
card 2/3

ACOMION Us AP400a
ASSWIA2108
00
00621 V
cmd 3/3
WE ACQs 20W&
no Ray gov, 000
mat 00
orm 000

45226-66
EIN Tim
ACC NR: AR6028129 SOURCE CODE: UR/0058/66/000/005/VO21/VO21
AUTHOR: Popov, V. 1.
ORG: none
TITLE: Elastic neutron scattering
SOURCE: Ref. zh. Fizika, Abs. 5V170
REF SOURCE: Byul. Inform. tsentra po yadern. dannym, vyp, 2, 1965, 112-160
TOPIC TAGS: neutron scattering, elastic scattering
ABSTRACT: The paper contains experimental data on elastic neutron scattering
in the form of tables and graphs. Information on experimental procedures is
given briefly. [DW]
SUB CODE: 20/
Card 111

POPOV., V. I.
Probabilities of B2 and El-tran itions ftcm certain excited
states of Tb3.5',' HoI65." and T.M. Irt. AA SSSR. Ser. fiz.
25 no.9:115~,i~90 161. (14IRA 14:8)
1. Fizicheskiy inatitut im. P.,N. Iebedeva AN SSSR.
(Nuclear redetions)

i0co
AUTHOR: Poi)-QK,--V-.- I
Akademiya nauk SSSR- izvestiya
no. 1, 1962~ 153 - 16o
.33435
3/048/62/026/0,01
Seriya
TEXT: Experimental data on the collective excitation of t,ie levels of' a
nucleus with Z = 58 - 60 and 11 = 82 - 90 -sere systematically compiled
and compared with the models of Bohr-Mottelson, the vibration model, and
with results of Davydov et al. (eg., A., S. Davydov, G. F. Filir)DOV, Zh,
eksperim. i teor. fiz., 559 440 (1956)), allowing for data on the
isotopic shifts and quadrupole moments. Using alpha particles of 14 - 20
Mev, 0. Nathan, and V.. I, Popov (Nuel. Phys.j 21, 631 (1960)) observed
very weak gamma lines due to the excItation of high levels (up to 1600
kev), Table 1 summarizes the data available on the excitaticr. znergies
and reduced probabilities of an electric quadrupole transition Lrom~ Tie
ground state to an excited state for the first or the first two level3
Card 1j(

3)435
S/OAB/62/026/001/018//018
Collective levels and def'ormationj B I ~ FI/ 131011
of even-even nuclei with it = 82 - 90, ilathan~s and Popov~s datul listed
in the fifth column of this table, are more reliable than the prevcus
values. The following reneral orouerLie2 of even-even nuclei %ith
N = 82 - 90 can be seen from Table The excited states of a!' these
nuclei have a spin and a parity 2' and a very high value of B(E2')
is indicative of the collective nature of thesE states Thp effs:ltiv-
charge of a proton above the filled sheil is estimated a-. !.5 - '.7
elementary charges, A greater value of B"E2) ccrresDonds to lower
energies of the collective I-evel also in the range considered here.. The
neutron excess exceedin I- N = 82 (complc?tely lfillcd 91hell) plays a
significant role. if the neutron shell is completely filled, th-? effecti-ure
surface tension C 2 is several ti-mes larger- thin t',ie tralue to be axpec-c
from the hydrodynamic mooel, but. dep~-nas on the neutron exceSzi W: tn -I:.
approach to the range of strongly aefermed nuc-1-i- C ,s redili,,-d ~,%r nne
order of magnitude. The mass coeffi,_%ient wr-cn Uil-a it"r5?A in t
1
range, is 10 to 12 times on an averal-p- greater thar, ~he
estimate, The descrintior of =xci,ed nucLear STj-.qS -fItll rnn harmonic
r Mi T,n 0 __I> r1lu
oscillator model io -hr-
Card OV

33435
S10401621026100110MI01o
Collective level.9 and dol'ormationo.... B125/B104
,greater than the mean deformation