SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342330002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

vj~ 4 V;~ Z.
POPOV, S.A.
New syptem of water and heat treatment of raw materials. Spirt.prom.
20 no.4:33 '54. (MIRA 7:12)
(Distilllng industries)

PHASE I,BOOK EXPLOITATION SOV/4023
Popov, Sergey Aleksandrovich, Candidate of Technical Sciences, Docent
Proyektiravaniye inzhenernykii sooruzheniy iz alyuminiyevykh splavov (Design of
Alunininn [Alloy] Engineering Stractures)MOscow, Gosstroyizdat, 1960. 203 P.
Errata slip inserted- 3,000 copies printed.
Ed.: G.K. Yevgrafov., Memberi, Academy of Construction and Architecture USSR,
Honored Scientist and Technologist RSFSR1, Professor; Ed. of Publishing
House: G.N.Vilkov; Tech. Ed.: Ye.L. Temkina.
PURPOSE: This book is intended for construction engineers,, designers, scientific
workers, aspirants, and students in advanced courses in construction depart-
ments and schools of higher education.
COVERAGE: The book deals with characteristics of aluminum alloys used for construe-
tion,work in the USSR and other countries. A review of the development of alu-
minum-alloy engineering structures is presented, and recommendations for select-
ing dimensions of structures and the basic premises of designing load-carrying
Card 1/5

Design of Aluminum (Cont.)
SOV/4023
consti".ictions are given. No personalities are mentioned. There are 935 refer-
enceEl 87 Soviet, and the rest in other European languages, predominantly English
and German.
TABLE OF CONTENTS:
Preface 5
Ch. I. Brief Description of the Characteristics of Alminum Alloys Used
for Construction Work in the USSR and Other Countries 6
1. Grovth of alminum production in the USSR and other countries 6
2. Classification of aluminum alloys 8
3. Characteristics of formable alminum alloys 9
4. Aluminum-alloy products 19
5. Characteristic features of production and joining of construction
elements 22
Ch. II. Development of Constructional Forms of Engineering Structures
Made From Aluminum Alloys 31
6. Bridges 31
7. Hoofing trusses of industrial and civil structures 47
Card 2/5

TARAUNTOVSKIY, S.V., doktor tekhn. nauk, prof., red.; POFQVI
kand. tekhr.. nauk, nauchnyy red.; BEGAK, B.A.,, red. izd-va;
IOIATIYEV, V.I., tekhn. red.; MOCHALINA, Z.S., tekhn. red.
[Structural elements made of alumimm allays]:Stroitellrqe kon-
struktsii iz aliuminievykh splavov. Pod obshchei red. S.V.
Taranovskogo. Moskva, Gos. izd-vo lit-ry po stkolt.,, arkhit. i
stroit. materialam, 1962. 337 p. (MIRA 15:5)
1. Akademiya Btroitelletva i arkh1tektury SSSR. Institut
stroitellrjykh konstruktsiy.
(Aluminum alloys) (Building materials)

POPOV S A - KAHINSKIY, M.Ye.; PERESKSKIY, M.L.; KAYERMAN, M.S.;
~-~~~OVA, I.S.; MUSAnMYAN, Te.K.; SIL'VESTROT, V.D. fdeceased];
KULIKOV, A.V.; NZSCKrAff, A.F., kand.tekhn.nauk, red.; IVANOVA,
N.A., red.izd-va; GORDEM-A. L.P.. takhn.red.
[Dresaing grinding wheels with diamond and diamond-Bubstitute
toole] Pravka shlifovallnykh krugov almaznymi instrumentami i
zamniteliami almazov. Pod red. A.F.Neamelova. Koskva, Goa.
nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1960. 101 p.
(miRA 14:1)
1. GosudarBtvennyy nauchno-iseledovatellskiy institut almazno,-.o
instrumenta i protsessov almaznoy obrabotki. 2. Gosudarstvennyy
nauclino-isoledovatellskiy institut almaznogo instrumenta i
protsessov almaznoy obrabotki (for all except Hesmelov, Ivanova,
Gordeyeva).
(Grinding wheels) (Diamonds, Industrial)

Conference Euid semhiar "Diamond -tools and machLning with
diamond tools. 41 St-~. i instr. 35 rio.6tO Je 16A.
(MIRA I?t8)
- - - ~'_i _~ -,- ,-
I ~ - _~rz
I . ~ - -1 _t ~ ,

-c-
KABOKOV, V.A.; POPOV, S.D.; LAYUKHIN, M.A.; KHARIAMOVA, T.A.
The helicopter and prospects for use in the control of arthropod
vectors of human disease Lwith summary in Inglishj. Ned.paraz.
i paraz.bol. 26 no.1:5-11 -Te-F '57- WA 10:6)
1. Ix sektora profilaktiki infektoty Institute malyarti.
maditainskoy paratitologii i gellmitologii Kint'sterstva zdravo--
okhranonlys SSSR (dir. institute - prof. P.G.Serglyev, zav. sektorom
prof. Y.A.Kabolcov)
(ARTHROPODS. prev. and control
insecticide spraying with helicopter)
INSECT IC 1DXS
spraying with helicopter)

POPOVY S.a.) DRIISENKO., V. K.J, KOROVIN, F. T., GUTSEVICH, A. V.,
IFLEEFILIYEV, P. P., POGODI"IA, E. A., FEDOROV, M. 16., SPRE-JUNSKAYA, V. N.,
SIWITSKIY, F. E., SiFUST.W1, A. I., ALaSANZ;i-W, P. M., nZ11-KIN,
BORISKIN, M. E., LILIP, G. M., ZILIBFiffINTS, IV. and GUDNEVA, 0. A.
"The Effectiveness of a Chemical Method for Combatting Arthropods
over Large Areas from Airplanes."
Tenth Conference on Parasitological Problems and Diseases with Natural
EL-servoirs, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
(Leningrad - Moscow)

VOLKOV, Aleknondr Hikolayevich; GBRASIMOV, B.A.; ZARING, P.V.; MUSEINIXOVA,
K.S.; HIKIFOROV, A.M.; PROKOFMWO, S.Z.; POPoV S D &--.GHUVAKHIN,
V.S.; MIUFdZKOVA, V.R., red.; GORI, Z.D., ts)din.red.; GU-MICH,
N.M., tekhn.red.
(Manual on controlling pests and diseases of farm crops] Posobie
po bor'be a vrediteliami i bolezniami sellskokhoziaistvennykh
kulltur. Izd.10. ispr. i dop. Moskva, Gos.12d-vo sellkhoz.lit-ry,
1960. 615 P. (MIRA 13:11)
(Agricultural posts) (Plant diseases)

PIATONOV, Ye.V.; STEPANOV, A.D.; DOMANITSKIY, S.M.; POPOV, S.D,; MUR7-HIN,
I.I., ixzheRer, redaktor; KHITROV, P.A., tek~xicb~esklj`iidaktor.
[Results of comparative tests of automatic control circuits for
diesel locomotives] Resulltaty sravaitel'afth ispytazii ekhfm
aytomatichesk*go uprovlealls. teplevesev. Moskva, Gee. transpertikee
zh~l-der. izdvo, 1955- 157 P. (Vsosoiuzzyi sauchno-iseledevatel'skii
imstitut sholeziederezuege tramsporta. Trudy, as. 109) (MLRA 9:2)
(Diesel locomotives) (Automatic costrol)

POPOV, S.D., inshener.
16 aW gas turbizLe- lwo-
97yedt. elaktropron 2 a~RO,1:35-37 Ja- '5-7. (NIRA 10:4)
1. Xharlkovskly elektroturbinryy zavod Ministerstva elektrotekhniche-
skoy promyshlonnosti.
(locomotives)

POPOV, S.D inzh
n1rame
Calculation of the ters of a network for connecting
back current relays new locomotives. Vest. elelctroprcm.
33 no.5:28-33 My I (MIRA 15:5)
lectric relays)
(Loco*tives--Electric equipment)

POPOV, S,D._,--inzh.; TD,10SHENI-0, H.I. , inzh.
Generator excitation networks of gas-t-urbine locomotives. Ve3t'
elektroprom. 33 no-8:43-46 Ag 162. (MIIJ~ 15:7)
(Gas-turbine locomotives) (Electric net4orks)

sl/C)89/63/014/004/018/019
AO66/A126
AUTHOR: Popov, Slaveho
TITIE:. A new type of nomograms for y-ray flaw detection
J;
PERIODICAL: Atomaya energlya, v. 14, no. 4, 1963, 418 419
TEXT: A new type of nomogram is suggested for.the direct determination of
the time t~of exposure at a given thickness d of thetest specimen, at an activ-
jty Q of the source of radiation, and at a distance F between source and film.
'he
Figure 1 shows a nomogram for steel and cast iron exposed to a Co6O source. 11
thickness of.the test materialmay vary from 0 to 250 mm. There are 2 figurgs.
ASSOCIATION: Laboratorlya po primenenlyu radiolzotopov v maah1no6troyenii, So-
fiya, BolWiya (Laboratory for the Use ct Radioisotopes in Machine
Construotion, Sofia, Bulgaria)
SUBMITTED. JuIlY 31,, 1962
Card 1/2

13/080/63/014/004/018/019
-A new..type,of~nomograms for y -ray flaw detection A066/A126
(VI 81POONt 17PICIAlk'WO i
gure 1::. Nomogram.
W adti
EA
eq i1a; - (11) dis-
"~R 111IN! "R IIINI IN HN M
tance F, cm;, (III) M N1 11 IN 1 11'
time t of.exppsure,
min and h; (IV) :;ZZF_T:a
years;, (V)'thickness
ofspecimen, mm.
'%Q t,
r S~R= S
"MCI
:efta
Card 2/2.

POPOV,-Slavcho
New type of nomogram for ganuna-ray defectoscopy. Atom. energ.
14 no.4-.418-419 Ap 163. (KRA 16:3)
1. Laboratorlya po primeneniyu radioizotopov v mnshinostroyenit,
Sofiya, Bolgariya. -
(Nomography (Mathematics)) (Gamma rays) (Nondestructive testing)

0 o o 0 0-4 ii"W'o i 0 0Ole.so*.Gee* 0 o 0
000000900000000:::0o *~Gqj*09*60011*4* w -W-~
SC OtPONIALf 0 Oft 4 1 1 W "U .1 09 ILI .0 94 "1 1, 1 IV 21 "j-1 Of AT u n
fit ANO XV keffis 11.0"Ifto
-6 'TO
0.014
004
*02
o0a
-fil-LI 0"I
"--- -, -t ,
&of
too
Roo
900
000
v00
r00
0o
0o
'700
r 0 01
Pok. L D. Zencom Fool! CNNTNAL ZETA RUC-011t M
002 11019 FAB F-45T, rl... in". Lommomalf 11,whim, ('id.
wilu'ral., I
oom No. 7, ZIA) #A (19m) (in F"Cl" !NVI 07).
0 on? ~rOAIJOU.AphjC 41341 Phy~i4-41 JWOPVIIiV~ AM IiVt'n
eo
oesp
00.
00-
00-
00.
00-
00
:0;
a(w
lai v vo li, 0, o* ow ox on 10, 10, 06 ON lot
:000041000000410
r001
1.
: a 4 a lot to III a a It aa a 0 1 vI I
000 00000000000000
000*00000000*0000*0

is# 000 as *fee 0090 *00 0 6*0 9 9
03 1 1 11 1: 11 m is is if00 1, tin ISVO.10-ioll Ull mis 16" U10N., u u 'A a to
so I-I " CC to a 0

so

so -00
00 "m INN tram entm z"8 regift Lm the Fas r"St
S, 1)..LNSGV WA A. M. 7'..v~ ISO.
-
eivAim
1
trist
wi
h
l
N
7 0
.
m
..
e
o.
.
. xv-71tin 1
nilt,li L
.j:I
00 MX01).-Cliew
-ovs
and livetlum anal
f lb
1
.
o
r napt.
)
400 dieck)-cd W-40% of Pt, and (he preocace u( -orre Pit
Nine refertum. A. A. Poolicarny

=00
00 .3 coo
00
of gee
60 "so
so*

goo
,so*

00
-
'00

it

Tf a a I a AA II a w 0 a A I m
u a AV go Is
is I f) 0
l4
00 0 0 0 0 0 OLO 0 0 go 0 0 0 0 ~ f
lei e
0 0 0 0 0
0 0 6 0 0,0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0

M,apt-..URYUMN, river-
O.SU-m2340- S-202
0 Poleznykh Iskopay-
4r Reki Uryunikana.
Trudy Instituta Geologicheskikh Nauk, VyP. 38, 1939
Akademiya Nauk SSSR
American Geographical Society~ New York, N.Y.
Geological map of the Urymkan Valley.
Scale - 1:324,000 (approx..) 0
Area: 5V301 - 52?151 N., 118 44' - 1PP421 E

7-mememememo Me"=
6 0 0 e 6 0 0 0 0 C e e
1
L
so

the UPW CoUrW of the Uryumkan
adal"
fian. kal '"A Of S'bg"&'

so

0 0 j or In the,
`

00 a 13110(tvy-
awl A. A. 1
'No. A.
/c
S
%-
~ld S
k
-06
.
.
.
. -
Saw
Y
-,jjjjjj)n~ oI Ow
-17, 1111404111-
7 -441
00 ,
A the folf.-W,
.11.1 A11.1
44 iskillelial IcIKMIIO: Au,
i1e, 11301taxite, lilts 411d III alld W 111incrA14.
sphaler
ile
r"
.
it. 1.
A mAp it i"Clud",

00-
ei ,
00 4
00 r
Aba ,

-.00
-00

4-A Vs, 0
0 0 0 0 a 0 0 6 00
0
0
0
000 0 000 0 0000 10000 000 00 goo of o 00 go
POPOys 5-Dif, otv.red.; BORISOV, N.I., red.; BUYAMYEV, B.R., red.; GALAKTIONoV,
red.; KROTOV, V.A., red.; OZNOBIN, N.M., red.; PAVLOVSKIY, Ye.Y.,
red.; TARASOV, G.L., red.; SWIPER, R.I., red.; AKHANOV, TS.B., tekhn.red.
(Studies on the production forces of the Buryst-Hougolion A.S.S.R.]
Naterialy po izucheniiu proizvoditelinykh ail Buriat-Mongoliskoi ASSR.
No.2. Ulan-Ude, Burint-Mongoltakoe knizhnoe izd-vo. 1955 507 P.
(MIRA 12:4)
1. Akademiya nauk SSSH. Vostochno-Sibirakly filial. 2. Sovet po izu-
chenlyn proizvoditellnykh nil All SSSR (for Popov, Gal&ktionov, Tarasov).
3. 2ameatitell prodeedatelya Sovets Hinistrov Buryat-Mongollskoy ASM
(for Borisov). 4. Vostochno-Sibirskiy filial AN SSSR (for Buyantuyev).
5. Institut skonomiki AN SSSR (for Oznobin). 6. Gosplan Buryat-Mon-
gollskoy ASSH (for Shniper).
(Buryat-Mongolia-Geography, Economic)

ARSUITEV. A.A., kand.geologo-mineral.risuk, otv.red.; ASKASINSKIT, V.V.. inzh.-
geolog, red.: LETRS, A.M., inzh.-geolog, red.; POPOV, S.D., doktor
geologo-mineral.nauk, red.i Sostaviteli kart: L-A IN, S. I.; Sam-
ZHITSKIT, L.D.. GALUSHKO, Ta.A., red.izd-ve; ASTTAF1 UVA, G.A.,
tekhn.red.
(Mineral deposits in Chita Province-, ferrous and nonferrous metal
deposits] Poleznye iskopaemye Chitinskoi oblasti; chernye metally
i nemetallicheakie poleznye iskopaemys. Moskva. 1959. 141 P.
(MIRA 13:2)
1. Akademiya nauk SSSR. Sovet po izucheniyu proizvoditellnykh
sil. 2. Institut geologicheskikli nauk AN SSSR (for Lapekin,
Sularzhitakiy).
(Chita Province--Ore deposits)

POPOV, S.D., doktor geologo-miner. nauk.. otv. red.; PHEOBRLZHENSKIY, V.S.,
geogr. nauk, otv. red.; CHEKMENEV, V.Ye., red.izd-va; KUZI-
MIR, I.F., tekhn, red,
[Types of l"scape and natural regionalization of Chita Province]
Tipy mestnosti i prirodnoe raionirovanie Chitinskoi oblasti. Mo-
skva, Izd-vo Akad. nauk SSSR, 1961. 157 p. (MIRA 14--11)
(Chita Frovince--Pbysical geography)

SRIANMT, Ye.V., prof.; POPGV, S.D., dotsent
Causes of some errors and failures in ascending cholttraphy.
Vaxt.,khir. no* 6:47-53 165. (KtkA 18:12)
1. 12 kliniki voyennG-morskoy i gospitallnoy khirurgii (nachall-
nik - prof. Ye.T. Smirnov) Voyenno-sedit6inskoy ordema lanina
akademii imeni. Kirova.

in 'I -,y l'

TrgjaLm,ent ~,,f ext-r-nal t;-- ial--~-1.`)II!C~.1,~1-
ric). 7~-?',' !-Zr ' -4
1. Iz kliniki voyenriu-marskoy i gospiu.,''noy "hirlirilii (riaclhal'nik
prof. Ye.V. Smir-nov) Voyenno-~-nediitusins~oy orderia Lenina akadeirii imeni
S.M. Kirova.

FWOV, S.D. (Leaingrad, u1. Plekhanova, d.26/27, kv. 29)
Inadequacy of the duodenal stump after ligation of the gastro-
duodenal artery in gastric resection [with summary In English.
P-1591 Vest.khir. 77 no.8:46-53 Ag '56. (MLPA 9: 10)
1. Iz gospitallnoy khtrurgicheakoy kliniki No.1 (nach. - prof.
Te.V.Smirnov) Toyenno-morskoy meditainskoy akademii
(STOUCH, surg.
ligation of gastroduodeaal artery causing inadequacy of
duodenal stump)
(DUODBIRM, blood supply
ligation of gastroduodenal artery causing inadequacy of
duodenal stump in gastric resection)

POPOV, S.D.
Vae of polychlor7inyl tubes in surgery of the bile ducts. Vest.
Khir. 84 no.6:31-36 Je 160. (MIRA 13:12)
(BILE DUCTS-SURGERY) (Emnmm)

POPOV,-S.D., kand.med.nauk
Removal of the testis with teratoblastma associated with extensive
metastases to the retroperitoneal lymph nodes. Yest.khir. ft no-.3%
1a-122 Mr 161. (MW 14:3)
1. Iz 2-7 gos itallnoy khirurgicheskoy kliniki (nach. - prof.
Ye.V. -%irnOV5 Voyenno-meditsinskoy ordena Unina akademii
im. S.M. Kirova.
(TESTICLE-CANCER) (R3C=PZRITO1MAL SPACE-CANCER)
(LDTHATICS-CANCER)

POPOV, S.D., kand.med.nauk (Leningrad, ul. Plikhanova,, 26/27.. kv.29)
Hothod for examining patients with external biliary fistulae.
Yest.khir. no.5:88-91 162. (KM& 15--11)
1. 1z 2-7 goopi~allnoy khirurgicheskoy kliriDi (nach. - prof.
Ye.V. Smirnov) oyemo-meditsinskoy ordena Lonina akademii
in. S.M. Kirova.
(FISTULI) (BILIARY TRACT-DISEUES)

POPCV)' S.D., Y-dotsent
Simple Instruments and devices for biliary surgery. Vest. khir.
93 no.8t47-52 Ag 164. (MIRA 18;7)
1. 1z kliniki gospitaltnoy i voyenno-morskoy khirurgii (nachallnik -
prof. Ye.V.Smirnov) Voyenno-meditsinskoy ordena Lenina akademii Imeni
Kirova.

SMIRNOV, Itzi .7. , pr-,-!,,'. 9, POPOV, S.D. , dotsent
J-'~~.qtiaperatlve external drainage of the billary tract through
biliary-duodenal anastomoses. Vest. khir. 94 no.1:7-13 Ja
,65. (MIRA 18t7)
1. Iz kiiniki gaspit 'ai'my -i voyenno-morskoy khirurgii (nachallnik
Prof. Ye.-V.Smirnc;v) ",i,-)y--,l-i
Ell
USSR/Ch"dstrY - Formudde Derivativvs Nov 50 -v
"Reaction of Glycide and Its Mthers With Acid
Asides: II. Interaction of Glycidic Esteri
With Formamide, " F' ~* Pono ev, S - F - Popov,
Org Chem, Voronezh State U
"Zhur, Obshch Khim" Vol XX, No 11, pp 2064-2068
Interaction of methyl and ethyl ethers of gly-
cide with formamide yielded following products:
N-Ipropanol-2-methoxY-3-formamide, N, N-di-(pro-
pwwl-2-m*thoxY-3)-form-amide, N-propauol-w2-
etbo)[Y~3-formsmlde, and N, N-di.-(propanol-2-
ethoXY-3)-formaniA - These products were
USSR/Chemistry - Formanid Derivatives Nov 50
(Contd)
formed with both a 1:1 ratio of reagents, excess
of ester (1:2 ratio). Products were colorless
liquids with characteristic and quite intensive
odor, bitter taste.
170T23
_Q
0
8

Vold
G.
-t~ i CA-43'
low
12.,6 -4

LUNEVSKIY., I.I.; GULYA797, G.I., inzh., retsenzent; FEDOTIYEV, V.P.,
inzh., retsenzent;-POPOV, S.G., inzh., red.; BOBROVA, Ye.N.,
tekhn. red. -------
(How to organize multiple machining at a machinery plant) Kak
organizovat' mnogostanochnuiu rabotu na idathinostroitellnom
zavode. Moskva, Haahgiz, 1%. 73 P. (MIRA
(Machinerylistustry--Management)

POPOII 3 S. G.
Ustroystvo remont i regu:Lj-rovka sellskokhozyaystvennykh mashin (crganizat-on o--F'
repair and adjustment of the agricultural mach-J"ne)
237 p. illus., diagrs.
"Rekomenduyen,aya literatura": p. 233.
N/5
723.1
.P81

, POPOV, S. G.; Konj~,,Vajy, 1). Ta. 9
-71 ~ ~, red.; KRyjjoW
(construction INA, 1C.T.P tekhn.red.
Machiiaeryj fe0tureep repair and ad&f,,,t,*,,t of agr,cultj~.r.j
n-vkh mashln- Ustroigtvc), remont :L rOgullrovka 1391inkokhoziaist,,n
1953- 237 p. Mookva- V808-uchobno-pedanog.iRd-vo Trudrezervizdat,
(Agricultural mAchinery) (MIRA 13:2)

/~- t1' !~~
PAIIOXTj D. IU., S. G. PCPOV and A. I. KHO MOV.
Priblizhennoe reshenie graficheskim metodon zadachi o kruchen-ii dIJ4.a
vintovogo profilia. (TSAGI. Trudy, 1934, no. 169, p. 25-31, diagrs.)
Summary in English.
Title tr.: Approximate solution of the problem of torsion of a propeller
section by means of a graphical method.
QA911.M65 no. 169
60; Aeronautical bc:'Lences and Aviation in tne 60viet Union, Lihz~ary of
. Congress.

mvov 0 9. 6.
PHASE I
TREASTM ISLAND BIBLIOGRAPHICAL REPORT AID 224 1
BOOK Call No.& QA930.P59
e~. Authors, POPOV S. G.
_~U OF AIR FLOWS
Full Title~i~
'-Transliterated Titles Iamerenlys vozduahnykh potokov
Publishing Data
Originating Agencp None
Publishing House~- State Publishing House of Technical and Theoretical
Literature (Ogiz)
Date: 191+7 No. of pp.a 296 No. of copiess 6,000
Editorial Staff
Editor; Not given Tech. -M.3 Not given
3ditor-in-Chief: Not given Appraisers Not given
Othirs: Gratitude is expressed for valuable cooperation to Professors
Kosmodemlyanskiy, A. A., Rakhmatulin, Kh. A., and Strelkov, S. P.
T03rt DatA
Coverage: This book deals with basic methods of experimental determination
of speed and pressure in air flows. These methods consist of the
application of various measuring apparatus, both simple and complicated.
Short description of these apparatus, and, when possible,,also
theoretical explanations are given. Some of these apparatus are new
and have no theoretical explanations, and some problems are still in
-t
1/2
(4~ 30

Izmereniye vozdushnykh potokov
AID 224 - I
an experimental stage. The book represents a slightly enlarged ver-
sion offa course given by the author in the Hoscow State University
of the Order of Lenin im. M. V_._16monosov. frj~iiiAing ~esv_lts of
aerodynamical research at this University. Liiv uou,p. LL, divided
3nto four chapters: I. Micromenometers (38 pages), H. The
measurement of average pressure and velocity in art air flow (134 PP,)P
III. Determination of velocity and pressure in art unsettled air
flow (40 pp.), IV, Visual study of air flows (58 pp.).
The book, especially the two last chapters, requires some closer study.
Purpose: The author does not give the purpose of this book. Judged by its
contents, it might be used as a textbook and manual.
Faci!'A~es: Names of many scientists are mentioned in the text.
No. of Russian and Slavic References,. The author uses extensive footnotes for
mentioning foreign and Russian articles, publication, or
statements. The major part originate in 1935-1939, with a
few from earlier dates and some from 1940-1942.
Avallablea Library of Congress.
2/2

POPOV) S. G.
"Measurement of Air Currents" GITTL (19118)

Popov, S. G. Examples of the exterior problom of the
of a very rarec~S~. Vestnik Moskov.
Univ. 3, no. 5, 25-37 (1194-8). (Russian)
rormufae for calculating the acrodyflimic forces acting
on rylinders, qgivesand of revolution in Fred, r6olecu-
lar flow Lire' developed. The assumptions are completely
diffuse re-cmisssion of the molmules and Uniform "tempera-
ture" of the re~eniittcd niolevules from, every point on the
Iat6r i6irAdes do corre-
Y. assuftf1j)
_cons6nt body temperaiu (infinitelyconducting.,
;=o Me
at.erial) with constant accommodation coefficient as
author, bM-%LIse he perpetim-tes the mistake
assumed by the
of Singer and Bredt: in computing the energy of the un-
pinging molecuics. Thi,.i error was corrected by Stalder and
jukoff, J. Aeronaut. Sci. 15,~ 381-391 (1948).] The author!
concludes by pointing out that the aerodynatatc.form for
free inblecular flow for diffiarent. parts of the surface a~v;
s~o the shape-.of the' body,'
additiv with certam reuriction n
The proper restr-iction seems to be the complete convexityv
of the surf4ce.
II.S. Isikn (Nsadena, Calif.).
bt. -rce I Matheiratical Reviews$ Vol I INO 3
iF

eA dad -
Vestnik
P v S G OU helfal inctions of 0A id

iv. u Man).
X am
It is well known that the equations of helical mot
!
-7,0f
../V = 0 '1W =),(x, Y, a) represent a special ca-,

the U
ulerian equations if the motion is steady, thq external
forces are conservative and the density: of the fluid is a
lering helical'inn-
function-of the &essure only. By coaiid

tiont; in a cyiindr at tu sphere, in a. -iharkd
ic be, on a ring
i~
Win! and in,a helical Wbe, the author gives examplza of
hel*- I vortic : straijht vortex, vorticial
various Wa eq
types of
.
Njincrc, vorticial 'ring . and helical -ring.. As exwptes fur I
(plicatiotis of helical motions are mentioned tPe detona.
_.tion Spin in-long tubes and the horseshoe vort4s or more
-Vorte
gelierally tile free x lines in the caw Df variablecircu-
-span. In both the
ation around an airiw'ing of finite
L cases
1 11 - . ridide; i.e. equation
V()rtex lines and Q e streamlines coi
---are - dali
~sat ted Efraildtl,~Nar-hr.Ge!ik-Wiss.G6ttiitget. Math.-
- also in
hys, 1(l. 1918,451, 4771. Helicalmotions apkar
I lie problem of aidsymmetrical flow and In the most general

it three-dimensional flow,
Soure
e

Revieva

aft"Wa.

POPOV, SEER~CEI C-RICORIL-7iCii, ed.
Cazovaia dinamika; sbornik state-J. Perevod s anrliiskoE.-o i nenctskC"o
aod red. S.(. Fopova i 5.7. Falikovicha. lvioslora, Izd-vc :Uiostrannoi lit-ry,
i'750. 357 P-s illus.
Includes bibliographi,7-s.
Title tr.: Gas dynamics; collected articles. Oranslation from th(- LnElish
and (:erman.
QA930- P58
SO. Aeronautical Sci-nce and Aviatio: in the Soviet Union. Library of
CongresE, 1955.

14
POPOV, SERGE~ GRIGOR~MCH.
Examples of the exterior problem of the aerodynamics of a very rarefied
gas. Now York, 1951. 20 p. (American Mathematical Society.
Tran lation no. 36.)
Trans. of Primary vneshnei zadachi aerodinAmiki sillno razrezhennogo gaza.
MnU NN RPB
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955

PORVATOV, N.A.; ZUBOK. T.N., inzhoner, retsen2ent; POPOV. B.Gt, inzhenar,
-. I-` -
redaktor; POPOTA, S.M.. takhnicheakly redaktor; MATVIMA, TO.N.,
tekbmicheskiy redaktor
[Now method of high-speed preparatory work in the machine building
industry) Novyl metod ekorostnot podgotovkl proizvodstva maohin.
Hookwa. Goo. nauchno-takhn. tud-vo viashinostrottellnoi lit-ry. 1951.
166 p. (MIRA 80)
(Machinery industry)

^_0
0
10

Popov, S. G. Remark on the integrals of Bernoulli and 0.
Lagrange (Cauchy). Aloskov. Gos. Univ, U&nye Za-
piski 152, Nlehanika 3, 43-46 (1951). (Russian)
The author points out that in barotropic flow of an ideal
fluid subject to conservative extraneous forces the usual
Bernoullian expression B satisfies dB=dx.vXw, where dx
is the element of arc, v the velocity, and w the vorticity,
and lience B=const. on any curve such that dx-vXw-0.
The usual statements apply to either (a) any curve lying
on a surface containing both vortex-lines and stream-lines,
or %'1i) irrotational or Gromeko-Beltrami motion. The author
notices that certain mixed conditions, involving both the
curve and the motion, are also sufficient. His simplest ex-
ample is a motion such that both velocity and vorticity are
everywliere normal to a fixed direction: then any plane
curve whose plane is normal to this direction satisfies the
condition. In a frame rotating at angular velocity W, the
author obtains a formula of the type d(B+B') = - - -, where
B' is the centrifugal potential, and he discusses some
analogous results which are corollaries of it.
Since the author makes some point of his attributions of
names, the reviewer adds the following notes. (1) The result
of Daniel and John 1. Bernoulli was derived by them subject
only to the hydraulic approximation (1730, 1740). (2) What
are now usually called the "Bernoulli equation for (possibly
unsteady) barotropic irrotational flow" and the "Bernoudi
equation for the stream-lines" were first obtained by Euler,
A16m. Acad. Roy. Sci. Berlin 1755, 274-315, 316-361 (1757):
see �XXVIII of the former and ��LI-LII of the latter. (The
former in the unsteady case is called the "Lagrange (Cauchy)
equation" by the author; the latter is often attributed to
Lagrange in the French lire-rature.) (3) The extension of the
latter to surfaces tangew to both stream- and vortex-lines,
which the author does not mention, is due to Lamb [Proc.
London Math. Soc. (1~ 9, 91-92 (1878)], (4) What the
author calls the "Gromeko-Lamb equations" were derived
by Lagrange in 1781 COeuvres, t. 4, Gauthier-Villars, Paiis,
1869, pp. 695-748, see �143. C. Truesdell.
LIlLi.
Val 1.0
Jay 95;30 PP L39-522

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 281 - i
BOOK Call No.: TL570-P58
Author: POPOV, S. G.
Full Title: SOME PROBLEMS AND METHODS OF EXPERIMENTAL AEROMECHANICS
Transliterated Title: Nekotoryye zadachi i metody eksperimentallnoy
aeromekhaniki
Publishing Data
Otiginating Agency: None
Publishing House: State Publishing House of Technical and Theoretical
Literature
Date: 1952 No. pp.: 496 No. of copies: 4,000
Editorial Staff
Editor: None Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Others: The author expresses thanks for valuable help to
Slezkin, N. A., and Petrov, G. I.
Text Data
Coverage: This book explains theoretically aeromechanic problems,
and outlines experimental and laboratory methods of
research. Many of these methods were elaborated by the
Ae odynamic Laboratory of the Moskva University im.
Lomonosov. Usually they are simple and may be used by
1/6

Nekotoryye zadachi I metody eksperimentallnoy AID 281 - I
aeromekhaniki
small, not too-well-equipped laboratories. Each of the
48 sections Into which the book is divided contains a
paragraph on laboratory work related to the section's
particular problem.
This is an up-to-date well-written textbook.
TABLE OF CONTENTS PAGE
Ch. I Wind Tunnels. Flow Measurement
1. Wind Tunnels. High Velocity Wind Tunnels 19
2. Pressure Measurement with Micromanometers 30
3. Wind Tunnel Properties, and Flovi Velocity
Measurement 36
4. Pressure Distribution on the Surface of
Pressure and Velocity-measuring Pipe Models 45
5. Calibration of Pneumatic Instruments for
Measuring Flow Velocity 49
6. Pipes for Measuring the Value and Direction of
Velocity In Two and Three-Dimensional Flows 58
Flow Velocity Measurement with Thermoanemometers 67
V6

Nekotoryye zadachl I metody eksperimentallnoy AID 281 f
aeromekhani ki PAGE
8. Resistance and Field of Velocity in Laminar
and Turbulent Currents In Long Pipes 72
9. Measurement of Very Small Velocities of Air Flow 83
10. Thin Free Streamlines 89
11. Field of Velocities and Pressures of the
Working Section of the Wind Tunnel 99
12. Visualization of Air Flows lo8
13. Stroboscopes and their Application 122
Ch. II Aerodynamic Forces in a Settled Movement
14. Measurement of Full Frontal Drag by a
Gravimetric Method 127
15. Pressure Resistance 139
16. Body Profile Resistance 147
17. Measurement of a Body Profile Resistance by
Approximate Method 156
18. Resistance of Friction 16o
19. Lifting Force and Frontal Resistance of a
Rotating Cylinder in a Flow 168
20. Determination of a Polar Curve of a Wing 175
21. Distribution of Pressure on the Wing Surface 190
3/6

Nekotoryye zadachi i metody eksperimentallnoy AID 281
aeromekhaniki PAGE
22. Circulation around a Wing of Infinite and
Finite Span 196
23. Determination of Coefficients Lifting Force
and of the Induced Drag along the Downwash
Flow behind the Wing 205
Ch. III Propellers
24. Anemometers and their Application 212
25. Determination of Ventilator Characteristics 218
26, Propeller Characteristics, and their
Determination by Gravimetric Methods 229
27. Distribution of Traction and of Power along
the Propeller Blade 24o
Ch. IV Stability. Unsteady Motions
28. Statical Stability of Aircraft Models 251
29. Autorothtion 262
30, Determination of Derived Forces and Moments 268
31. Added Masses and Moments of Inertia 28o
32. Measurement of Variable Pressures 289
33. Determination of some Characteristics of
Turbulence in the Working Section of the
Aerodynamic Tunnel 295
4/6

Nekotoryye zadachl I metody eksperimentallnoy AID 281
aeromekhaniki
PAGE
34. Turbulence In the Wake of a Body in a Flow 305
Ch. V Similarity
35. Electrical Similarity of a Two-dimensional
Steady Flor of a Perfect Incompressible Fluid 311
36. Electrical Similarity of a Two-dimensional Steady
Flow of a Perfect Compressible Fluid 320
37. Hydraulic Similarity of a Steady Flow of a Gas 328
Ch. VI Special Problems
38. Measurement of Gas Flow Parameters 344
39. Determination of Aero and Hydrodynamic Forces
when Bodies are moving in a Stationary Medium 355
40. The Fall of Bodies into Water 368
41. Reactive Force 382
42. Normal Burning of Gas Mixtures and the Speed
of its Propagation 389
4~. Detonation of Gases in Long Pipes 401
4 The Spin during the Detonation of Gas in
a Long Pipe 414
45. Concentrated Shaped Charges 424
46. Gas Streams Surrounded by Porous Surfaces 435
5/6

Nekotoryye zadachi i metody eksperimentallnoy AID 281 - I
aeromekhaniki PAGE
47. Convergent, Divergent, and
Curvilinear Flows 445
48. Flows of Rarefied Gases 46o
Literature 481
Name Index 490
Subject Index 491
Purpose: Approved by the Ministry of Higher Education of USSR as a
textbook for institutions of higher learning
Facilities: A number of scientists in the field of aeromechanics are
mentioned in the text.
No. of Russian and Slavic References: The text mentions a large number
of books, and publications, Russian and non-
Russian, dated up to 1952,
Available: Library of Congress.
6/6

PCPCVY S. G.
Pappy, S.G.; TSURICHAMO, X.Te., inzhener, retsenzent; PIMOV, A.G.,
redaktor.
[How to prevent defective production In machine constraction
p~~ntsl Kak pr~dupredltl brak na mashinostreltillnez'savode.
MookTa. Goo. nauchno-takhn. Isd-vo mashinostroit. I undoetroit.
lit-ry, 1953. 70 P. (MM A 7:7)
(Machinery Industry) (4tuality control)

-Popov, S. G. On the theory of Wrtical I'lows of an ideal
~,Mibl fl 'd Vestriib- Nloskov. Univ. Ser. Fiz,
IJA, .
!t. Nauk 81
I'lat. Estes, 3-6 (1()53). (Russian)
I c iv, shown that atime.delmident plane flow with vor-
Licity --fi(t) everywhere arid borlyforce X=jydfj;dI,
Jxdf!jIdt has a stream fLuicLion
MathematicPal Review (x y. 1.) = I y3f , W 4-,~, (-Y, y. 1),
June )954
1"dwri! is a imi'MI'Mic fulictioll of a: .111d v. Similarl"., Solo-
Mechanic!5
-f are stTeam (urictions of Steady flows
mth Y=0 and vorticity First, integrals are fokind
for hath ',yjp"~ of flows, J. 11. Giese.

PHASE I BOOK EXPLOITATION SOV/5724
Moscow. Universitet.
Voprosy mckhaniki; sbornik statey. vYP. 193. (Problems of Mechanics;
Collection of Article3. no. 193) [Moscow) Izd-vo Mos. univ.,
1961. 169 p. Errata slip inserted. 5,000 copies printed.
Sponsoring Agency: Moakovokly gasudarstvannyy univeraitet imeni
III. V; romono3ova.
Ed.: L. N. Sretanakiy, Corresponding Membar, Academy of Sciences
USSR. Ed. (Tbio vo1j: I. Z. Firogov; Tech. Ed.: G. I. Georgiyeva.
PURIPOSEi This book is Intended for engineers and scientific workers
interested In the mecbanics'of materials, fluid dynamics, and radi-
ation.
COVERAGE: The book contains articles on problems of algebra, non-
.linear programming, motion of partioles;elasticlty, stresu-strain,
vibration, and flow or liquids. Ito personalities are mentioned.
References follow all but one article.
Card 1/3

Problems of Mechanics; (Cont:) SOV/5724
TABLE OF CONTENTS;
Karmishin, A. V., and R. S. Sholukova. Some Formulas for Reducing
Algebraic Determinations to Polynominal Forms
Kar-mishin, A. V. hrew Analogues Between ProbleM3 of Motion of a
Particle and Problems of Equilibrium of a Perfectly Flexible
Thread
Korolev, V. I., 1. 0. Smirnov, and V. N. Sokop-ov. Investigating the
Stability of a Cylindrical Shell Be-y-onT -the dmit of Elasticity ?2
Moskvitin, V. V. Elastic-Plastic Strains After a Large Number of
Cyclic Stresses 42
Ogibalov, P. M., and 1. M. Tyuneyeva. Full Static Diagrams of
the Stress-Strain of Steel Cables 52
Card 2/3

Problems of Mechanics; (Cont.) SOV/5724
Rodzevich, I. A. On the Computation of Multilayer Elastic
Foundations 5T
Savinov, G. V. Use of Electric Modeling Layout in Problems of
Nonlinear Programming 66
P~jpov, S.- G., and 0. A. Savitskiy. On Aerodynamic Forces Acting
on a d_fic6Lar Cylinder Oscillating in a Flow 72
Prokoflyev, V. A. Infinitesimal Forced Waves in a Radiating Baro-
tropic Modium, 93
Prokoflycv, V. A. Distribution of Free Weak Plane Waves in a
Radiating Viscous Gas 131
Kurlovich, Ye. A. Motion-of a Sphere Under the Surface of a
Heavy Liquid 157
AVAILABLE: Library of Congress
AC/df 0
Card 3/3 11-6-vie

POPOV,-S-G,red.; KORSOYUTSKAYA, P.Ya., red.; POTAPENKOVA, Ye.S.,
tekhn. red.
[Some problems in modern aerodynamics]Nekotorye zadachi sov-
remennoi aerodinamiki; sbornik statei. Moskva, Izd-vo inostr.
lit-ry, 1961. 99 p. (11IRA 15:8)
(Aerodynamics) (Plasma (Ionized gases))
(1/agnetohydrodynamics)

Cgq,-rj-0d
S/124/62/000/004/007/030
D251/D30/1
AUTHORS: Popov, S. G. and Savitskiy, G. A.
TITLE: Aerodynamic forces acting on a circular cylinder with
its oscillations in a stream
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 4, 19621 31-32
abstract 4B175 (Uch. zap. MGU, 1961, no. 193, 72-92~
TEXT: Results are obtained in -the theoratical and experimental in-
vestigations o. f the non-stationary aerodynamic forced acting on a
circular cylinder with its oscillations in a stream. In the expe-
rimental part of the investigation, conducted in an aerodynamic
tunnel with closed working parto the problem was posed of deter-
mining the dependence of the non-stationary aerodynamic forces act-'
-a transverse oficil-
ing on a circular cylinder in the presence of it
lations in a current on the numbers of Reynolds and Strukhall. The
variable forces were calculated with the aid of a battery of U-
shaped spirit manometers, fixing the pressures at 30 Points of the
surface of the cylinder. The-measuring,system led to a dy!iamic,.Cr,-
Card 1/2

F2*ov, dutFornt
Long-I.tucinal pr-,31, of the Lhread :-~y t~e air
f ~.,- -- Z.- ,
C. 1~ f ~I
n -.3 . -5: - 3 7 - 54y I L --. - :
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova,
(Textile machinery--erodynamics)

POPOV -3-,-G,-dotsent, kand.fiz.-matemat.nauk; BALICHMKO, V.I. , student-
diplormadk; FIKITINA, G.V., student-diplomaik
Horizontal tensing of the thread by air currents. Tokst. prom.
21 no.10:47~49 0 161. W URA 14: 10)
1. Moskovakiy gosudarstvennyy universitet.
(Yarn-Testing)

nauchnyy sotrudnik, doteent; KORAROV, A.M., nauc~nyy soturudnik.,
-.. .. --aksistent SLUCHAMVSKAYA, Z.P.
Aerodynamic resistance of textile threads. Tekst.prom. 22 no.4:
77-83 Ap 162. (MIRA 15:6)
1. Mekhaniko-matematicheskiy fakulltet Moskovskogo gosudarstvennogo
universiteta,
(Thbitff"Testing)

-POPG-Vq S-.G-., dotsent; XOMAROV., A.M., assistant; SLUCHANOVSKAYA, Z.P.,
m1adshly nauchzirf sotrudnik
,kerodynamic characteristics of ring spinning machine travelers.
Tekst.prom. 22 no.11:77-82 N 162. (MIRA 15:11)
1. Sotrudniki kafedry aeromakhaniki i gazovoy dinamiki Moskovskogo
gosudarstvennogo universiteta.
(Spinning machinery)

POPOVP S.G., dotsent; YAKOVLEV, L.S., student
Lengthwiae drawing of the yarn by the air flow. Tekst. prom. 23
no.9:82-86 .9 163. (MIRA 16:10)
1. Moskovskiy gosudarstvennyy universitet imeni. Lomonosova.
(Textile machinery) (Aerodynamics)

r. r(n)/EF1.(w) -!-/EWA (m) -2 Fab-10 IJP!,C) . r's
~AMSSION NR: AT5007921 S/0000/64/000/000/0274/0287
'AUTHOR: Bayyer_z V. 11. ; Blinov.-G. A. i BandarenkQj(._)(.,; Yerp2nLL~klx_ A- a-,
'11vo 0
Ye. S. ; Naumqy__A_A_., Onyjqb1n, A. P. * Panasyuk,
V.
t;,, Sidorcv, V. A. Sil'veqj~rov. skJ&,A. N.
Skr
in_
Auslender V V.; Kushnirenko. Ye. A.%
Kh Xk. Vt~
Kisel-ev;A.,
Mv,:hits, A. A.; Rodio Ov, G. N.; Sy -hi-v'_5 _L Yud1n,_L_l.. Te -
M Abr M_
Vec C~Z'koy!2v V V. DJMQY.-r"-I-.. PaUd_~~ ; P-12-M21L.-,
ja. Budker, G. I
.TITIZ: C-31liding electron-electron, pouitron-electron, and proton-pnotan beams
:SOURCE: International Confemnce on High Energy Accelerators. Dubna, 1963.
Trudy. ?ios-'cow, Atomizdat, 1964, 274-287
'I'TOPIC TAGS: high.,qrjergy. ~AtpRa~R~'Lon~' higtL_qLn!3rM_pl4qma, particle physics. par- i
'ticle beam. charged particlo boom
;ABSTRACT: In the Institute of Nuclear Phyeics, Siberian Department, Academy of
ISciencen SSSR, prograns an high-energy particle physics are mainly concerned with
'work on colliding charged particle beam. The Institute considers it unsuitable
Card 1/5
A

;ACCESSION HR: AT5007921
for its purpose to install huge accelerators whose construction requires large
resources outlaid and long time. For work an colliding-clectron-electron, posi-
I
Itron-electron, -and proton-proton beams, three installations are being built, which
iare in variuu~t ntages of r-aliness. Work on colliding electron bearr* was con-
,ducted at the institute (then a laboratorj of the Ins tJ,tutP,_Qf_Atw,;_c_. Energy-Jrnni
I. V. Kurchatov) in the Fall of 1956, after Kerst's report on accelerators with
col idi'n'F proton beams of the FFAG type. By that tire Soviet scientists Had al- I
ir--ady acquired some cxporicnce In obtaining large electron currents, in particular.
:the r:,~ntioncd Iabocatory had installed and then abandoned a device for the spiral
Jr,toraFe of electrons (G. I. Budker and A. A. 11aumov, CERH Symposium, 1. 76 (1956)).
1by which, subsequently, circulating currents of the order of 100 amper-_
tained. In 1957 two variants of this device were considered at the same time, The
ifirst one consisted of tsto accelerators with spiral storage and subsequent transi-
tion of the particles to synchrotron state in comparatively narmw paths. The
d one had storage rIn&* with constant magnotic field and frequent external In-
jection because of the damping of Lite oscillations under the action of radiation.
'T' Ch Cc .. first variant was more cumbersome, the second variant contained an element not
Ideveloped at that time, namly a 100-kilovolt commutator of 10 kilo-aniperes with
Inanosecond front. At the end of 1957. the first positive results obtained
Card 2/5
L17

,L hDOL-65
ACCESSION NR: AT5007921
with a packing discharger of 100 kilovolts, and work stopped on the variant with
storage rings. Originally it was proposed to set up two devices: VEP-1 of 2x 130
Mev energy, and VEP-2 of 2x 500 Hev energy. The VEP-1 was considered as an actual
model of an accelerator and as a device for conducting Initial experiments at low
energies. After the Panofsky report In 1950 on his work with colliding electron
%beams conducted in his laboratory at Stanford, construction ceased on 500-Mev
.storage paths and work wan cont Llued on the 2 x 130-11ev installation. Instead of
york- on colliding electron beamn rith energies of 500 Hev, work at the end of 1958
was conducted with colliding positron-electron beams and the planning of the VEPP-2
device was begun, whose main elements are a strong-current ele c!ron accelerator and
~a high-vacuum storage path of 706 Hev enerpj. At the present time the VEP-1 and
YEPP-2 are instal-led in Novosibirsk. The VEP-1 is in a state of neglect, but at
;the end of 19611 experiments will be begun with it. Installation of the VEPP-2 has
~been completed. To obtain a marked effect from the application of c~,lliding proton 1
beam , an accelerator I
a needed with an ene rgy of at least 10 Gev. Since the ordi..
nanj accelerator at.such ene *rgies Is a very bulky machine, it was decided to com-
bine the Idea of colliding proton beams with the creation of an iron-less impulso
!accelerator with very large fields and a neutralized central busbar. This latter
York of creating such a machine was reported by the authors at a Moscow confe Ce
Card 3/5

ft-65
ION 11R: ATS007921
held In 1956. The presence of a field with two directions in an iron-less accelera-
tor with central busbar permits the acceleration of protons toward opposite sides
in one machine, which makes possible the collision of protons In case of a suitable
race-track. At the present time the Institute is developing a proton device with
a magnetic field of about 200 kilogaunn and radius of 2 meters for a particle energy
of 12 Gev in the beam (equivalent energ is around 30OGev). Testa are being con-
ducted on models, and an affectIve method of Injection by overcharging of negative
ions is under study. Also under development are an impulse electric power supply
system of 100 million joules capacity and an hf power supply. Since 1958 the
Institute has been conducting theoretical investigations on the limits of applicabi-
lity of quantum electrodynamica.CV. 11. Bayyer, ZhETF, 37, 1490 (1959), and UFN, 78.
619 (1962)] for the calculation of the radiational corrections to the electrvdyna-
mic cross-aections CV. N. Bayyer and S. A. 1(heyfeta, ZhETF 40, 613-715 (1961Yand
Nuclear Physics (in print)], and on other problems of high-energy particle physics
that are connected with the preparation of experimento on colliding beam CV. N.
Bayyar, I. D. Khriplovich. V. V. Sokolov, and V. S. Synakb, in ZhTF, 19611. The
present report takes up under the mentioned three main headings the following pertL-
nant topics: the accelerator-injection, stor.age pathap electran-optical chamel,
5

473014-65
ACCESSION HR: AT5007921
~input and output system, experiments on storage, proposed woric. experlmental not-
up, physical layout of magnets, power supply, etc. orig. at. hast a figums.
ASSOCIATION; Institut yadernoy fiziki SO AN SSSR (Institute of Nuclear Physics,
SO AN SSSR)
SUBM17TED: 2GNay64 ENCL: 00 SUB ODDct EE, NP
PO REF SOV: 012 OTHERt 003
Card 5/5

1k
L 4237-66 EWT (,)/FPk(l) -2AWA(.) -2 1JP(c) 05
'
65/1072
ACCESSION MRs S/0000/64/000/000/10
AT5007979
16W 1
Ye. A.; Bander, 1. Ye. ; Bondarenko. G. Bu4ker, G_,L T.
ALTHOR: - Abra!yp
_
Kadymov, A. . 7-_k(..hkov,_ I t_N. Naumov, A. A. , FAk~chikOv
_golev. G. B. -Th-
-
PopoV , ; P & Upnpoy YA..L_ Rodimmvq..~~
Pa S. III
;
Samoylov, 1. K-.-. Skri Kon'Rov N. Ho
Yq4iDL-

P SokolovLA. A.,
Nezhevenko, 0. A. Os~trcX~ ~G. N.
TITLE: Work on the stron urrent acceler-_t_0MN%f the Nuclear Phrsics Institute* 1
y
ISO AN SSSR. (I) Strong ent pulse accelerators with spiral storage or the elac

___T_ in-
tron3& II) Strvl-current accelerators with one-revolution capture of the
1
i jected electrons
;1 Enerizv AcceleratoLl. Dubna. 1963. Trudy.
nc on High
SOURCEi International Confe
.
p
,Moscow. Atomlzdat. 1964, 72
betatron
t
b
l
ac
ron
eem,
,
;TOPIC TAGSo high energy accelerator, electron accelerator, e
'plasma
ABSTRACT: The work on developing strong-currvnt electron ring accelerators*
was begun In 1965 by the authors at the guclear Physics Institute .. Siberian Depart-
,ment, Academy of Sciences SSSR9 with the object of studying the possibility of
1Card 1/3

A.
L 4237-66
ACCESSION M AT5007979 01

forming relativistic stabilized beams. In the laboratories of the Institute ex-
perLmental studies were carried out on the four methods for obtaining large ring
currents of relativistic electrons: (1) spiral niathod of storing the electrent in
installations of the betatron type with subsequent betatron synchrotron accelera-
~
tion (Budker G. 1. CERN Symposium 1. 68 (1956); (2) obtaining of limiting electron I
currents by means of the injection of electrons from a strong-current linear.ac-
1
celerator into a ring chamber of large aperture with subsequent synchrotron accele-
,
ration; (3) storage of electrons in tracks (parking orbits) with constant magnetic
field by means of the multipie injection of electrons from another lose strong-
current accelerator-, this method is utilized for the storage of electrons and poll-
,
trans in experiments with coLliding beams (expounded in detail by G. 1. Budktr
In the present collection, p. 274), (4) obtaining of large electron currents by
means of the acceleration of electrons by a ring plasma. The present report dim-
cusses the first two methods under the following topicat (1) pulsed irm-less
betatron with preliiLinary charge stomge (B-2 device),., strong-current pulsed syn-
chrotron B-2S, pulsed strang-current betatron with spiral storage (5-3 device).
'f
(11) iron-less am-turn strong-curmnt synchrotron ON)- strong-curreat pulsed
synchrotron B-3M. Orig. art. hast.7figurve.

Card 2/3

Men
L 4237-66
;Accr,ssioN Nit: AT5007979
ASSOCIATIONs Institut ymkrnoy flsLkl 60 AN 66SR (moolear Physics Institute@
SO AN SSSR)
SWMITTEID: 26M&yG5 ENCLi 00 VA CODE NP
;No REF SOVI 001 OTHERt 001
3113

L ~7063-67 EVIT(m) IJP W
ACC NR: AP6021621 SOURCE CODE: ug/oo8q/66/m/003/0210/02.13
AUTHOR: Auslender, V. L.; Karpner M. M.; Naumav, A. A ; o S.
A. N. Shekhtman, I. A.. Ae
ORG: none 111Z
TITLE: Phase instability of an intense electron beam in a storage rin& 13
SOURCE: Atomnaya energiya, v. 20, no- 3, 1966, 210-213
TOPIC TAGS: storage ring, electron beam., automatic stabilization equipment., phase
modulation, electron accelerator/ VEPP-2 storage ring
ABSTRACT: The authors consider radial-phase self-oscillations in storage rirws at
large beam currents. Conditions for the stability are obtained in the case of arbit-
rary frequency characteristics of the accelerating system. It is shoum that. stability
conditions derived in earlier studies,, stating that it is sufficient to tune -the ac-
celerating resonator to a frequency somewhat lower than the generator frequency in
order to pr--vent self excitation of phase oscillations at arbitrarily laarge beam cur-
rents, are riot borne out In prtLetice, and t1hat other factors must be taken into ac-
count in a more rigorous stability analysis. Allowance is also made for the inter-
action between -the beara and the accelerating system and other elements of -the -;acuum
chamber at harmonies of the electron-bunch revolution frequency. Gome resul.1%;r, of an
experimental investigation of self excitation of phase oncillationu in the atorage
ringn of the Institute of Nuclear Physics of the Siberian Department of AN SGSR axe
1/2
uDc: 621.384.6o

ACC NR~:t Ap6o21621
presented (VEPP-2). An example where the instabij-ity due to the eighteenth harmaic
was eliminated is described. The authors thank G. I. Budker for continuous intereot
and B. A. LazarenkoL A. A. Idtvinovj I. K. Sedlyarov, T. P. Starodubtseva, Ye. A.
Pirushkin, . Zin-ay-H~nor Telp he experimen art. has'--5--
and G. M ' fifs-.Orig.
f -74-sand 14 o S.
SUB CODE: 2D/ SM DATE: 22Nav65/
Card
ORIG REF: 004/ OTH MW: 001

iN o582z-67 FWT(ni) TJT (a) an
ACC NRe AT6031467 SOURCE CODE: UR/0000/65/000/000/0001/0014
AUTHOR: Budker, G. I.; Kushnirenko, Ye. A.: Skrinskiy, A. N.: Naumov, A. A.
Onuchin, A. P. ;Popov. S. G. ; Sidorov, V. A.; T~maykin,_G_.W.
ORG: none 6_0
TITLE: Present state of research on the VEP-I electronic storage ring
SOURCE: AN SSSR. Sibirskoye otdeleni-ye. Insti ut yadernoy fiziki. Doklady, .1965.
Sostoyaniye rabot na elektronnom nakopitele VEP-I. 1-14
TOPIC TAGS: synchrotron, elect on scattering, electron beam/VEP-1 electronic
storage ring, B-2C electronic ay hrotron
,~n
ABSTRACT: The VEP-1 electr nic storage ring consists basically of two paired
high-vacuum magnetic tracks, 43 1 radius with a 3 x 4 cm2
jo aperture a
special B-2C electronic synchrotr fn electronic -optic channel, and a single
r
thread system to extract the electron beam from the accelerator and insert it into
the storage ring. This storage ring was designed for experiments in electron
scattering with electrons of an energy of 2 x 130 Mev. It is now being used in
Cmd 1/2

L 05822-67
ACC t4R- AT6031467
experiments with electron scattering in a 45-90 degree angle. Descriptions are
given of the installation, the process of electron storage, and radiance messure-
ments. The results of the first experiments on electron scattering show that
divergences from the reference curve of the Moller electron scaitering do not
exceed the statistical error, Orig, art. has: 8 figures.,
BUD CODE: 09, 20/ SUBM DATE: none/ ORIG RZF: 005/
kh
7-7 -

..L 07064-67 Li:i'IT(m) IJP(c)
ACC NR: AF60216a2 SOURCE CODi: lji~766891661026106~ 2 7
/0 JJ/021
AUTHOR: Auslender V. L. ;Kulipanov, G. N.; 1~ ~ev, ~S.I.; Naum A. Aj S
,,G.; Skrinskiy, A. N.; TumykE, G. -M.
ORG: none
TITLE: Experimental data on the interaction of beams during collision
SOURCE: Atom~~ ne,.:* al V. 20, no. 3, 1966, 213-217
'Q "~y
/ F
Cr
TOPIC TAGS:,,electron col-lision,'storage ring, positron/ vEP-1 storage ring, VEFP-2
storage ring
ABSTRACT: The authors present a preliminary review of results o beam collision ef-
fects, obtained with the VEP-1 (electron-electron) storage -_3nd the VEPP-2
(positron-electron) atbia-g-e-Yrng. The-installations and the main parameters of the
beams in the storage rings are presented elsewhere (Atomnaya energiya, v. 19, 498 and
502, 1965; E. I. Zinin Lat al., present source, p. 220 (Ace. Nr. AP60216241). Most
of the data pertain to the VEP-1 storage ring at colliding beam energies of 43 Mev....
The data presented include the diagram of resonances in the working region of the
magnetic field, photographs of different spreading effects in the beams, the distribu-1
tion of the densities of the particles in one beam with and without the collisions
with the other beam, the dependence of the electron lifetime on the revolution fre-
quency and on the colliding-beam current, and the dependence of the partial electron
lifetime on various factors. The phenomena in the VEPP-2 storage ring were essential-t
Card uD(;: 621.A.612.4

L 07064-67 --'6p-2
AC-CM-R. --AF6-o-*2i---------
bas: 8 figures.
S4 i i ST to those in the VEY- 1. Orig. art.
mm colm: aD/ stmK DATz: 22Nov65/ ORM M: 003
J i

r7
ALL NXt __ _JaYJ0M'.% SOURCE CODE: UB/OW9/bb/Q2U/0U5/Uj&U/UZdX
AUTHOR: Zinin E I L. S.; Kuli
_:~eyevp-Yu G*,JF a *0 XordbNS!~M JAnor&
_,G*;4Qwinsk1y# A. N.; Starodubtsem,# T. P.; 74TVA~p~~
ORG: none Al
6
TITLE: Control and regulation system for the electron beam parameters in the Ma.L
electron-electron storage ring
SCURCE: Atomnaya energlyap ve' ~Oj, no* 3P 19669 22D-223
TOPIC TAGS: electron beam,, electron accelerstorj, storage-riMp plasmoid accelerationp
-synchrotron radiation
ABSTIMT: The authors describe briefly the main systems used for different stages of
adjustment and physical research of the VEP-1 assembly,, first described by 0. 1.
Budker et al. (Atommys, energlys ve 19, 498,, 1965). The parameters investigated were
the magnitude of the,injected current# the arWular divergence and transverse dimen-
sions ofthe beam,_its 'energy and energy spreadp and the position and angle at the
exit from the ele--tron-optical. channel. The number of Injected,particles and the
'phase difference between thelinput and output were measured with.lead probes* The.
first revolutions of the captured current wore obsery by recording the synchrotron
radiation with a photomultipliero The captured end stored currents weri 4120 Measured
with the aid of the synchrotron-radiation. The radial position Of the 02titm V&S con-
trolled either by reguUtift tfieIr re,444 by obs"Ift the ftequency of the accelerating
CQ,d - 212
twc s 621.3&.6

L 07062-67
ACC NRs AP6021624
voltagq or by produciM azimuthal modifications Of the mgnetic field vith additional
turns. The positions of the orbits at the collision location were roughly monitor6ed
by means of an optical television system, and more accurately by a remotely contr
di&phrqp located at the p3ACS of encounter. The system used to measuris,the lUMiD0-
sity., to control the rwUal and 0SiMMth&1 Positions Of the PlASMOidsP to d4u%ib* thf
phase Aims Ions of the plasmoids' and to monitor and study various coherenc* *ffectf
are briefly described. Mw llfetL; of the besm vas monitored continuously with a
special aloctronle system Vhich determined the logaritboic derivative of a signal pro.
pmtionLl UAW emat in the track* Crige art. bas: 6 figures.
MM CwZt 2D/ AM MMt 2010v65/ aW MW: 001/ OW EM 001-
Card 21(2ZC.,

GW
ACC Nils ATU035575 SOURCE CODE: UR/3l52/66/ooo/ol2/o_1lo/oii6
AU11tOR: Popo.v, S. G..
0'-1 G :none
TITZ1_-: Miarine magne.tic survey in the Caspian and Black Seas..
SOURCE: Razvedochnaya goofitika, no, 12, 1966, llo-116
TOPIC TAGS: r-nagnetic anomaly, shipborne magnetic detection, airborne magnetic
detection, miagnetic detection equipment, earth magnetic field, strong magnetic
field, magnetic field intensitymagnetometer, geomagnetic measurement, marine
magnetic survey, oceanographic expedition, oceanography, oceanographic instrument
ADSTRACT: The author discusses the development of equipment used in and the results i
Of magnetic test surveys performed in the Caspian Sea in 1960 and 1962. The article
deals primarily with the development of instrument containers (see Fig. 1) for a
ship-towed magnetometer. In the 1960 survey, a nonmagnetic metal container 40 cm in I
diar,6ter and weighing 120 kg was used; however, in 1962, a new container 110 mm in
I diiameter was designed using poly(vinyl chloride). Cross-sectional views of the
-Littings are given in the article, and the design and materials are discussed in
detail. Towing tests at 3-41m. showed that the 20-kg container stayed outboard of
the shipis track. At 10 km or more, a boom arrangement is recommended. in 1963, two!
now containers, 110 and 81 mm in diameter, were developed having 6-mm-thick re-
LOard 1/3

L 08534-67
NR. AT6035575
Fi 1.
9
factured
MAgnetome r'co
te ntainer manu-
in 1962'.
movable textolite fins secured with 2.5-mm-ildck sheet-brass reinforcements. When
towed, the fins are set for 1-1.5 m, and the towing cable is supported by foax-
plastic floats attached at 5-m intervals along the cable, with cable scope being
twice the ship's length. When stopped, the container is floated out 50 m from the
ship for a measurement. Two plotted charts comparing the results of a 1952 aerial
maGnetic survey with the 196o and 1962 marine surveys are given. Three profiles
running near Krasnovodsk and crossing the northern wing of the south Caspian de-
pres5ion showed strong magnetic anomalies (up to 900 y) which wlakened towards the
south. Results of the 1962 test survey showed that accuracy achieved in repeated
measurements was 7.7 Y. It is stated that the tests demonstrated the suitability of

C)~61!~A-67
ACC NIZI ATUG"5575
-U-.-Ac cq~uipmcnt and technique described for regional oceanographic investigations.
Orig. art. has: 5 figures.
SUB CODE: 08/ SUBM DATE: none/ XTD PRESS: 5103

'L 25792-66 --
."ACC.Mi AF6
C
SOURCE COM
AUTHOR: Budker, G. I.; Kushnirenko. N. A.; Naumays A. As: 0nuchJn,,._ P.;
Pqpov, S. G.; 5idorovi V. A.; 5krinskiy, A. N.; Tunaykin,. G. M.
ORG., none
TITLE: Status report on the VEP-1 electron storage ring.
SOURCE: Atomnaya energiya, vo 19,, no. 6, 19651, 498-502
TOPIC TAGS: electron scattering, ;3ynchrotron. electron enerp-V/B-25 svnchrotron
ABSTRACT: This paper updates the report given at the International
:Conference on Accelerators held In Dubna In 1963 and describes the'."..1
,work carried out sinoe that time. In the last two years the follow-
;Ingwork has been accomplished: accumulation of electrons simul-
,taneously on two pathi3,-study of*oertain Interaction effects between
two beams,-and measurement of-the luminance.of the machine from the
electron-electron scattering In the..rangq of angles from 45 to 90 deg@ !
The-VEP-1 storagering, designed to..operate at eleotron-electron
.energy of 2 X 130*11ev' Is conneoted'to a B-25 sync
bygIrml9as shown
Jn a schematic* diagram. The 'magneti'o pat_h_s_a_-r_e___1T3_ cm In dia and the
:apertwre Is 3 X 4-cm. All experiments Were made at electron energies
lof 43 Nev and resonator vo1tAge%0f"5-kv. The average Injieotlon' -
Ictirrent pulse did not exoeed,,10 ma, although more than 100 ma were
iavallable. Injection-mode stability-left much to be desired.- Re--
:'sultV ix f ;raj~.hs6 Further
-of the.eperimefits art shown', n a ser 88-0
]-Mnt,, are I d L electron e ve Urf - drt;;--hadl 8'firw~gj
eEM.0 M DR."ME.- none 8rda 10805 v' g.
M
Card 171 P0

L-29873-66 E,VT(1)/&VPW JAJ
F_
;t~ __
t- ACC NR- AP6013220 SOURCE CODE: UR/0421/66/000/002/0156/0159
AUTHOR: -_Lopoy, A. G. -(Moscow)
ORG: none
TITLE: The relationship between tbe,Stroubal and Reynolds numbers in
plane flow past a round cylinder
SOURCEt /AN SSSR. Izvestiye. Mekhanika zhidkosti i gaza, no* 2. 1966p
156-159
TOPIC TAGS: Reynolds number, Strouhal number, fluid flow
ABSTRACT: The article is of the review type and consists of
generalizations and correlations of date already existing in the
literature. It first discusses the experimental data for 9 cylinder
fixed in the flow. These data are illustrated by a plot of the Stroubal
number against the Reinolds number From these data it follows that, in
62
the interval 2.5 x 10 R