SCIENTIFIC ABSTRACT SVIRIDOV, V.A. - SVIRIDOV, YU.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654130010-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AC&ESSION NR: AP4037572
it possible to obtain information.on the real part of the elastic
scattering.cross section by investigating the interference between
Coulomb and nuclear scattering. "We are pleased to thank V. I.
Veksler and I,. V. Chuvilo for continuous interest in the experiments."
Orig. art. has: 1 figure and 4 formulas.,
4!qSOCIATION: Ob"yedinenny*y institut yaderny*kh,issledovaniy (Joint
Institute of Nuclear Research)
SUBMITTED: 13Dec63 DATE ACQ: 09Jun64 ENCL: 00
SUB CODE: NP NR REP SOV: 003 OTHER: 001
Card 3/3

KIRILLOVA, L.F.~ NIKITIN, V.A.; PANTUYEV, V.S.;-ZYjaLDM,,-_Vj_A.; STROGIV., L.N.;
KHACHATURYAN, M.N.; KHRISTOV, L.G.; SHAFRANOVA, M.G.; KORBEL, Z.; ROB,L.;
DAMYANOV, S.Z ZLATEVA, A.q ZLATANOV, Z.; YORDANOV, V. [Iordanov,V.];
KANAZIRSKI, Kh.- MARKOV, P.3 TODOROV, T.; CHERNEV, Kh.; DALKHAZHAV, N.;
TUVDEIIDORZH,, D.
Elastic pp and pd-scattering a'. small angles in the energy range
2 - 10 Bev. IAd. fiz. I no.3-.533-539 Mr 165. (MIRA 18:5)
1. Ob"yedinennyy Inst-itut yaderpykh issledovaniy. 2. Vyssheye
takhnichaskoye uchUishche. Praga (for Korbel, Rob). 3. Fizicheskiy
institut Bolgarskoy Akademii nauk, Sofiya (for Damyanov, Zlateva,
Zlatanov, Yordanov, Kanazirski, Ylarkov, Todorov, Chernev). 4. Institut
khim-4i i fiziki, Ulan-Bator, Mongol'sakaya Narodnaya Respublika (for
Dalkhazhalf, Tuvdendorzh).

L 22122-66 a-IT (1)
6/0077
ACC NR: Ap6oo4922 SOURCE CODE: UR/0056/66/050/001./007
AUTHOR: Kirillova, L. F.;.Nikitin, V. A.; Sviridov, V. A.; Strunov, L. N.;
Shafranova, M. G ;.KaLbel Z.; Rob z =6V7 P. K,; Todo ov. T.
Khristov, L.; Chernev, Kh.; Dalkhazhav, N.; Tuvdendorzh, D.
ORG: /Kirillova; Nikitin; Sviridov; Strunov; Shafranova7 Joint Institute of
Nuclear Research. Dubna (Ob"yedinennyy institut yadernykh issledovaniy); /Korbel-, i
Rob Czechoslovakian Higher Technical School, (Chekhoslovatsk v
_Era ue oye Y heye
&_ 'Yss
tekhnicliesicoye uchilishche);LZlateva; Markov; Todorov; Khristov; CherneZ/ Fhysics
Us
Institute, Bulgarian Academy of-Sciences, Sofia (Fizicheskiy institut Bolg ~07
Akademii nauk); ZDalkhazhav; Tuvdendorzy Institute of Chemistry and Physics,,
~bngolian Academy of Sciences, Ulan-Bator (Institut khimii i fiziki Mongol'skoy
Akademii nauk3
TITU: Real part of the pp elastic scattering amplitude at-2, 41 6, 8, and 10 Gev
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 50, no. 1,,1966.,
76-77
TOPIC TAGS. proton scattering, elastic scattering, scattering amplitude, differ- 77
ential cross section, nuclear scattering
Card 1/2

L 22122-66
ACC NR: Ap6oo4922
ABSTRACT: This is a continuation of earlier work by the authors (Phys. Lett. v.
13, 93, 1964) in which they present results of the measurements of the real par
of the nuclear elastic scattering amplitude for an energy of 4 Gev, and more pre-
cise data for energies 2, 6, 8,and 10 Gev, taking into account the relativistic
corrections. The experimental technique was described elsewhere (PTE no. 6, i8,
1963). The differential cross section was measured in the interval 0 003 Itl
< 0.2 (Gev/c) (t = momentum transfer squared). The analysio,of the obtained data
as well as those reported by others was based on the Bethe formula (Ann. of Phys.
v. 3, 190, 1958) with allowance for radiative corrections. The results agree well
with the theoretical curve proposed by Soding (Phys. Lett. v. 8, 286, 1963), up-to
an energy of 20 Gev, above which some discrepancy appears. Orig. art. has: 1
figure and 2 formulas.
SUB CODE: 20/ SUBM DATE: 25Aug65/ ORIG REF: 001/. OTH REF:- 008
Card 2/2
!~K

j f
LONIKA, N.A.; SVIRIDOV. V--A--;,.TOISOTV, K.D.; TSYaANOVI' E.N.
Dependence of the registering properties of a nuclear emulsion on the
temperature. Zhur. nauch, i prikl. fot. i kin. 2 no.1:13-14 Ja-7 '57-
(KIU 10: 3)
1.,Elektrofizicheaka.va laboratoriya Akademii nauk SSSR.
(Photographic emulsions)

Ae 11
120-6-30/36
AUTHORS: Otroshchenko, V.A., Sviridov, V.A., Tolstov, K.D,.,
and Shal ' nikov, A.
TITLE: Solid Hydrogen Targets on the ourface of Fhotographic
Emulsions (Tva-,dyye vodorodnyye misheni na poverkhn sti
fotoemullsii)
PERIODICAL: Pribory i Tekhnika EksLmerimenta, 1957,.No.6,
pp. 110 - 111 (USSR).
ABSTRACT: It is difficult to study interactions between elementc-~ry
partir.les and protons and deuterons which are included in
nuclear emulsions because their number is small compared with
the total number of nuclebns bound in the nuclei of the
emulsion. This is still true even when the emulsion is
specially loaded with deuterium and hydrogen. To remove this
difficulty, it is convenient to have a target of solid
hydrogen or deuterium deposited directly on the surface of the
emulsion. In this method of preparation of targets the 0
temperature of the emulsion cannot be greater than 12 to 15 K.
Because of this, the temperature dependence of the sensitivity
of iiIEFI-R emulsions was investigated (Ref.1). Already at
20 0K, the sensitivity of emulsion is down by a factor of 2
and therefore it is difficult to use this emulsion with mini-
Cardl/2 mum ionisation particles. However, different types of

a3.3 000),
66838
SOV/??-4-6-5/16
AUTHOR: Belyakov, V.A., Kozlovaj L.G., Sviridov, V.A, Tolstov,
K.D.
TITLE: Dependence of the Sensitivity of Nuelgar Emulsions on
Temperature Within the Range of 2-300 K
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kinematografii
1959, Vol 4, Nr 6t pp 42.7-429 (USSR)
ABSTRACTt The author reports on recent Soviet study of the depen-
dence of the recording properties of various nuclear
emulsions on temperature within the range of 2-300 K.
The results of the first experiments were Published in
the paper of N.A. Dolina, V-A. Sviridov, K.D. Tolstov
and E.N. Tsyganov LI-Ref i~
7: Subsequently, an atbempt
_
was made to improve the recording properties of the
emulsion NIKFI R 400/Lby a change in the'processing con-
ditons. Curve 1 of the graph (taken from the paper of
V.A. Belyako-~-, L.G. Kozlova, V.A. Sviridovt K.D. Tol-
stov and E.N. Tsyganov Z-Ref 2 7 ) corresponds to the
Card 1/3 normal processing conditions o-f emulsions, which witvh

66838
SOV/77-4-6-5/16
Dependence of the Sensitiv;ty of Nuclear Emulsions on Temperature
Within the Range of 2-300 K
Table). 3he grain density at exposure within the range
of 2-215 K averages 15-17 grains per 1001A.,of particle
track. The fog is approximately constant. The layers
were processed under conditions recommended by the
firm of Ilford. Comparative data on NIKFI and Ilford
emulsions are given in the graph. There are 1 graph,
I microphotograph, 1 table and 4 references, 3 of which
are Soviet and 1 English.
ASSOCIATIONt Ob"yedinennyy institut yadernykh issledovaniy (Joint
Institute of Nuclear Research)
SUBMITTED: September 23, 1957
Card 3/3

85363
S/12o/60/000/005/037/051
E032/E314
Sensitivity and Thermal Conductivity of Nuclear Emulsions at
Low Temperatures
at 0.1, 0.3, 1.6 and 300 0K. The results obtained are summarised
in the following table: Absolute sensi-
Temperature, 0K tivity at 300 0K
(blobs/1001i)
Emulsion 300 1.6 0.3 0.1
+105)9/ -h-15)% 60
-R 1000/0 5)% (3 0 0
NIKFI / (36+10 1-1 21_1
Ilford G-5 loog/. (694-15)0%- (70+15)0% 25
The sensitivity at 300 OK was taken at 100510. Acknowledgments
are expressed to P,.L. Kapitsa for collaboration in this work.
Card 2/3

OW389
5/056/6010 59; 004/W6/04a
W4/BOT0
AUTRORS: BQ1Y-k0v, 1, A- V" V%14-~e 1, G1490101, V. V . Dalkhx~h4v,
' L.b.d., 'R I N. 1. Mikitin V A
tz-R;;;;. F.: Ni"d-- V. A.. S.k V , T
TMX; Lnela.tia Interactio- of 7 Bev C-194sons and Nucleon&
if
P1210DICAL; Zhur.al k.p#r1w.m%Al.oy I t..r.tIch..k.y f Iliki, 1960.
Val. 39, 1-. 400). Pp. 93 7-94T
XXT; Th. I .1-ti. int.m.tic. of 7-B .. ....... us I%h nucleon. to
!
tudid In Me paper. The preliminary results were comaunicated to
EiPo'.k.j. po fl.iki yoakikh dawrily (
the Ph,-4- of 811h Th. h-bar a ... toted of 240
NAM 014- r (X1XU-& "or. ith . %hlckm-fis of 400P. 5300 interaction.
with the nuclei of~kot aexulsion were 0b--"04. Of the... 535 inelastic
int.ractionmL were analysed (Table 1). Th* theoretical distribution of the
charged aXtI.I.. we. calculated by I. S. Bara.h,vkol. Spurious scattering
.9 - i'st"t.d. by ap-W see. ur..*at a
.1 piano and 154'pr-t-.
card 1/3 '7
were Identified. The anCul&r dl tributlot of piano and the total
dl trib.1lon of all stars (in :.m.o.) are snown in PLC. 1. For smalltr
numbs r of charged particles. the asynsietry incroasem strongly. This a
prina1pally 4no to piano with large minmeat& (Fig. 2). Therefore, thei
different I
angular distributions are v or fast and slow plans (Fig. 3).
plan:.vith noment. < .5 has - aloa.t isotropic distribution. Pro.
the rular and total At.tritutLcim. of proton. (Pie. 4) It I- seen that
the protons *on..rv* t1wir initial dlr*ctioa. From the 20nentum
4istributLans of pion. and nucleons, the authors conclude that the
a44 r::tum of %b6 nucleon$ "4 of the charged plans does not depend
sm r o,:,Om
an the s* of the number of charged particles. ThA asso result
fell o"s fro& the data for the mr-44 transverse so.ents, h of protons
and piano given in T.bl. 3. Fig. 7 have it. number of neutral a..... .
& function of the number of charged particles. -he result. can he
LA-..rVrs%S4 onlIpLrtly by the statistical theory. Th* asys-%ry or the
angular dig tri bution of the secondary plans can only be explain*1 ay a
p*ripheria cilli.l.. of th: plan . . I,- Of Ib* nucleon 11
s . th:itl I,
Pigs. 8 -4 9). An s to t f red . a.- be ..,.an be
Card 2/3
I." value of 4.10-14 ca.-Th. a. tho r3 suna.r1s* the results as fallo.m;
Average **..At- of pro%on. -(0. p--g. %-.-are.
.,~O,"=0.O4)3ov/cj aaywastry of angular 4
L:~rlbu
'I TO 10$ pion. ith P),0.5 U.f. a- ..it d In
t the - r4
d1ro momentum equaling (O-OZZO-003ay/c and *,rrneq.
.: the r., rAd
'.a%t.1r0ft
f vi.b. of Sht protons. The authors thank 0. r.
and V
r dl ..... I.. and advice. Thar. ar. 9 f1g-ro-. I
1411 wao..*: 9 Novi t. 8 03. 1 British, I G-roso, 4
Italian, .1 J&Pasaws .and I Polish,
A330CUTION. Ob-yedlnamnyy ino%Ltat Y&Atrnykh to.le4ov"ty (joint
InatItuss or Nuclear R9Pesxc1LJ
SUB=TXD. Key 11. 1960
C
ard 313

32991
S/641/61/000/000/018/033
B108/B102
AUTHORS: Mikhaylina, K. M., Nomofilov, A. A., Romanova, T. A.,
Sviridov., V. A., Tikhomirov, F. A., Tolstov, K. D.
TITLE: Interaction of 14.1-Mev neutrons with Li 6 and Li7
SOURCE: Krupchitskiy, P. A., ed. Veytronnaya fizika; sbornik
moscow, 1961, 249 - 257
TEYT; Interaction of 14.1-Mev neutrons with Li 6 and Li 7 nuclei was studif-d'
both with targets prepared from Ilford El photoemulsions bearing the
lithium and with targets of metallic lithium isotopes. The latter method
was us&d for small angles of the departing particles. The mean number of
19 -2
Li nuclei in the photoemulsion was 2.3-10 cm . The integral neutron
6 2
flux striking the emulsion at right angles was about 10 CM Altogether,
412 events were recorded on a 2.5 cm 2 area. 96 events were from the reac-
tion Li6 (n,t)a with a cross section a = 27 t 6 mb. Seven Li 6(n,p)He6
reactions with a cross section of about 5 mb were found, moreover
Card 1/2

4?
LV
NIMIN, V. A., NeX~31.,1LOV, A. A., Svinav, V. A.,
"DUft:mntial Crccr, Sectim of the
3,8 G~VC on ",maU AnvJes and Inclezucn-- att~~rlrig vith a
report prooemted at the Intl.. Conference on High Enennr Pby5les, Geneva,
4-11 July 1'r~-52
Joint Institute For Nuclear Research
L:iboratory of Ifigh Energlea, Dibna, ~96?

KIRILLOVAJ, L.F.; NIKITIN, V.A.; NOWFILOV, A.A.; SVIRIDOV$ V.A.;
STRUNOV, L.N.; SHAFWWA, X.G.
Elastic scattering of protons at small angles at energies of
6 and 10 Gev. Zhur. eksp. i teor. fiz. 45 no.4:1261-1266 0
163. . WRA 16:11)
1. Ob"yedinennyy institut yadernykh issledovaniy.

BFIREMNOY ~; A .1.7 SV11t1DOVq V.A.; KUL-AGIN, P.G.
11
inVeSt4gating the antifcaming preperties of polyorganosilaxane
compounds used for drilling fluids. !-.v. vys. ucheb. zav.;
neft' i gaz 7 no.3829-30 164. (KRA 17-6)
1. Kharlkovskiy gosudarstvennyy universitet i UkrVNIIgaz.

ACCESSION NR: AP4019254
one of their experiments (International Conference on High-Energy
Physics, CERN, 1962). Stacks of polyethylene film and of films of A
2
a copolymer of ethylene with propylene, 0.2 to 20 TV= thick* were
irradiated by the internal proton beam of the proton synchrotron at
9 GeV. The percentage loss due to diffusion was measured with a
95 mg/cm2 polystyrene scintillator.. The diffusion losses obtained
under different exposures ranged from 9 to 14% with an average of.
11.8 + 1%. These losses were found to be independent, over a wide
energy range, of both radiation intensity and*energy or character of
irradiating particles. "The authors are grateful to M. 6hafranov
and L. Strunov for help and useful discussions."
A~SSOCIATION: Ob"yedinenny*y institut yaderny*kh issledovani
Xy
Institute of Nuclear Research)
SUBMITTED: 030ct63 DATE ACQ: 27Mar64 ENCL: 00
SUB CODE: PH NO REF SOV: 001 OTHER: 004
Ccrd 2/2

TOPIC TAGS: proton scattering, high energy proton scattering, protor, semiconducton!
AB57RACT: 7he Dosshiiirv of stlid-ino, high ene-7-3-
=lastic szatter;ng in thk!
FIRM-,
I MR, I M, , All M
EMIR

-Ined hasicaLly Dy [-,)u.LomD sr-dLt-cL--Li,js
gecmelry. Fcr Of -)a-ticles einitted
-zr~?e :)aths a 25%
-~'-)n~-ograr)hic emulsion, is given. The Deak -~:or elastically scatteiecl prozoris nds a
Card 2/3

WIT11 'L
tT-
tribution Dy mean i'a 4-
gelatin photoemulsion
Cc,d 3,/ 31
t
sj"

RIDELIP E.I., kand. tekhn. nauk; SVTRIDOV, V.A., Inzh.1 SHCFF-PETILINIKOV,
V.A., doktor tekhn. nauk
Automatic hook designed at the Moscow Institute of Railroad
Engineers. Mekh. i avtom. proizv. 19 no.8.-29 Ag 165.
(MIRA 18.,q)

DERK"MOY, A.I.; KULAGINT, P.G.; SVIRIWV, V.A.; IEVCHENKOV, A.T.; T-ITARENKO, N.
Kh,
Fooln dnmper on an orgnnosilicone base for clay muds. bzrenle
no.3:16-17 t64. (~LIRA 3 8.5)
1. Ukrainskly filial Vspsoyuznogo nauchno-insledovatellskogo
institute prii-odnogo gqza i trest 'Toltavank-ftegszrazvedka".

18(5) SOV/1 28-59- 5--11/35
AUTHOR: Sviridov, V.G., Engineer
TITLE: Minor Mechanization in the Foundry Shops of the Urals
Automobile Plant
PERIODICAL: Liteynoye Proizvodstvo, 1959, Nr 5, pp 21-23 (USSR)
ABSTRACT: This article has been published in the periodical
"Tekhnologiya Avtomobilostroyeniya 1959 Nr 1 (19)",
(The Technology of Auto Engineering). In recent years
the output of gray cast iron could be increased by
15% and the output of maaleable cast iron by 20%. The
mechanization is mainly applied to the transportation
of sand, molds, and other parts by conveyer, as well
as to an automatic loading and unloading device. The
change to mechanization has been done by the laborers
of the lant themselves by overtime and on Sundays.
Figo Oy shows as enquipment operated by compressed
air for taking finished parts into the conveyer. Fig.
(2) shows an equipment for lifting parts up and down,
By Fig. (3) an equipment for transportation of molding-
Card 1/2 sand to mold making machines is shown. Figs. (4) and

SOV/1 28-59-5-" /35
Minor Mechanization in the Foundry Shops of the Urals Automobile
Plant.
(5) show the conveyer device for the transportation
of molds. Fig. (6) gives an illustration of a device
for the elimination of small iron pieces out of the
molding sand by magnets. Fig. (7) shows a continuous
device for taking heavy loads up and down, e.g. iron
frames, molds, etc. There are 7 diagrams
Card 2/2

SVIRIDOV
Sandblast apparatus for making cores.
inform. no.2:11-12 16o.
(Sandblast) (Goremaking)
Biul.tekh--OkOAI
(xim 13t6)

SHULIGA M.S. (g. Chernovtsy); SIDORYCHEVA, A.G.; SVIRIDOV., V.I.
ll~stcrv-na-Donu); SHMTEU-IAN, M.E. (g. -Tir-aspUI--''
ZHIGAIDV, K.S. (pos. Bilimbay Sverdlovskoy oblastj~; SERYAKOV, A.A.
(Murom); SAKEVICH., N.M. (Vitebsk); KAZANIZEEV, I.I.
Readers suggestions. Fiz. v shkold 21 no.6:80-81 N-D 161.
(9IFA 14:12)
1. Turochakskaya srednyaya shkola Gorno-Altayakoy avtonomnoy
oblasti (for Kazantsev).
(Physics-Experiments)

SVIRIDOV; V.I.
.11;~~;
Class physics experiments in eight-year schools. F--*.z. v shkole
23 no.4:58-65 JI-Ag 163. (MM 17:1)
1. 53-ya shkola, Rostov-na-Donu.

SVIRIDOV. T.M., aspirant.
,
Sfficiency of using interblock station graphic train sheets for
increasing sectional speed on single-track lines. T~q~ MI no.7t
240467 '57. (KIRA, 110)
(Railroads--Traffic)

SVIRIDOV, V.M., Cand Tech Sci - (diss) ItTrlcks for
increasing divisional speed of movement of freight
trains on singlelack ailroad lines." Mos 1958
18 PP. m6s Transport Economics Inst) 150 copies
(KL, 39-58, 110)
- 44 -

Jr
MAKAROCHKIN, Audrey Kikhaylovich; SVIRnOV. Viktor Kikhayloviah;
TIKHCNOV, Konstantin luzlmich: ZABILL09 kand-etekhn.
nauk, red.; XHITROVA, N.A., . teldm.red.
(Resources for improving the operations of railroad divisions]
Razervy uluchshaniia skapluatatsio nnoi raboty otdalaniia
dorogi. Moskva, Vues.izdatellsko-poligr.,obuedinania M-va~putei
soobshchanila, 1960. 63 p. Wn 13:6)
(Railroads--Management)

I - WIL
nauk;
SJ.Tj,jT j'., JIL. D. and
ef f iciencY of freight transpor ta,
Detqrm gical routingo Trudy nu. 180)
destiriation wid tachnO-Lo iri-
'O'l.

SVIRIDOV, V.M.
2? no. 2:25-26 Itr-Ap 161 14:5)
Lining of cast StOnOs TSemOnt (14iRk
1. Podol'skiy teementnyy zavodo (Stone
(Y,i#s, RotarY) 0 Oast)

VALYUKOV, E.A.; SVIRIDOV, V.M.
Semiautimatic cintrol of cement loading operations. TwIement 27
no.4:26 Jl-AF '61. (MIfU 14:8)
1. Podol'skiy tsementnyy zavod.
(Cement--Storage) (Loading and unloading)

KoVALEV, Ye.S.; SVIRIDOV., V.M*.
f a kiln between relinings-
Lengthening the operating period 0 (MM 15:3)
TSement 27 no*6d3 N-D 161.
1 (Kilm . Rotary)

SVIRIDOV, V.M. inzh.
improvement of the operation of dust-collecting devices.
TSement 31 no-4:16 il-Ag 165. (MIPA 18:8)
1. Podollskiy tsementnyy zavod.

ACC NR1 AP6021385 SOURCE CODE: UR/0101/66/000/002/0020/0021
S&~-
AUTHOR: Yamshchikov, V. S. (Candidate of technical sciences); Loqvushkin, L. N.(Engi-
neer); Bondarenko, V. G. (Engineer); Sviridov, V.-K. (Engineer)
----------------
ORG: Moscow Institute of Radioelectronics and Minin Electromechanics (Moskovskiy
institUt-radro-e-laRt-r-on-rRt-t--g-o-r-no-y--e-Tektromekh ollsk Cement "Plant (Podoll-
skiy tsementnyy zavod)
T:TLE: The use of ultrasonic waves in the ci~ality control of carbonate rocks
SOURCE: Tsement, no. 2, 1966, 20-21 1~
TOPIC TAGS: cement,
sonic wave propagat-Jon
carbonate, quality control, ultra-
ABSTRACT: The feasibility of applying ultrasonic wave propagation for quality control
of carbonate rocks to be used in the cement industry was investigated. A correlation
between the mineral composition of the carbonate rocks and the rate of ultrasonic
wave propagation was established. Maximum wave propagation of 2500 m/sec corresponds
to dolomite-free rocks. For rocks containing from 0 to 16-20% dolomite, the ultra-
sonic wave propagation is 2500-2000 m/sec. The accuracy of the determination of the
carbonate rock composition by the ultrasonic wave propagation technique is t2%. Be-
UDC: 666.94.022 : 620.179.16
2

L 44364-66
ACC NR.- AP6021385 01
cause of the high degree of accuracy and simplicity, the ultrasonic wave propagation
method is recommended for use by the cement industry. Orig. art. has: 1 table.
SUB CODE: 05AOM/ SUBM DATE: none/ ORIG REF: 003
Card 2/2 hs

TONKOSHKUROV, B.A.; ASATURMI, A.Sh.; SVIRIDOV, V.P.
Electric heating of viscous petroleums and petroleum prc4ucts.
Neft. khoz. 38 no.11.,46-49 N 160. .(MIRA .14:4)
(Tank cars) (Electric heating)

~1~
TONKOSHKUROV,, B.A4 ASATURYAN, A.Sh.; SVIRIDOV, V.P.
Methods for calculating electrical heaters. Trudy NIITrananeft'
no-1:50-56 161. (mm 160)
(Petroleum, Heating of)

SVIRIDOV~ V.P.; BOLDOVI N.G.
Heating highly ViSCOUS fluids in tank cars. Trudy NlIfrans~eftl
no.107-72 161. .~(MIRA 16:5)
(Petroleum, Heating of)
I V

SVIRIDOV, V.P.; PETROVA, L.Wt
---------
I" Determining optimum parameters in the vibrational heating of
petroleum products in tanks. Trudy NIITransneft' no.1:73-82
,61. (MMA 16:5)
1 (Petroleum, Heating of)

ASATURrAN, A.Sh.; SVIRIDOV, V.P.; BOLDOVt N.G.
An analogy of internal and external problems of hydrodynamics. Trudy
NIlTrananeft' no.1:83-91 161. (MMA 16:5)
(Petroleum pipelines-Fluid dynamics)

ASATURYAN, A.Sh.; SVIRIDOVp V.P.; BOLDOVt H.G.
Flow of imperfect liquids in conical pipes and nozzles. Neft.
khoz. 39 no.2:60-64 F 161. (MIRA 1712)

TONKWMROV, B.A.; CHERNIKIN~ V.I.; SVIRIDOV, V.P.
Design of heat exchangers for viscous petroleum products. Transp
i khran.nefti no.6-.18-23 163. (MIRA 17:3;
1. Nauchno-issledovatellskiy inatitut po transportu i khraneniyu
nefti i: nefteproduktov i Moskovskiy institut neftekhimicheskoy i
gazovoy promyshlennosti im. akademika Gubkina.

ISW'CjVj Y;;,G.; SVIRIDOV, V.P.
Device for discharging petroleum Frodacts from Ithe lo.:er part,
of t~.nk cars. Transp. i kdiran. nefti i nefteprod. nc. 1:333-34
164. ~;~ - (MIRA 17"!
1. liatir-,hno-iss-i.edo,,iatell~-kiy in:itltut. pu transportu i khranenlyu
neft-I 1 nefteproduktov.

SVIIIIDOV) V.F.; V.Ye.
uwler5 of 'he electric heating of Ietrolexmi products in
Optimal par 11 '1 no.2-.815-89 164.
tank cars. 1z,.,. vys. uchab. zav.; naft' i. gaz (MM A 17. 10)
1. UfA-,-nakiy noftyanwr institut.

SVIRIDOV, V.P.; 13UPO-V, YU.G.; SKOVORODNIX(TV, Yu.A.; YLVETAILM, V.G.
Device for heating high-visoo3ity petruletua products in tar-,'c cara.
Tranap. i khran. nefti i nefteprod. no.9:20-22 164. (1141F.J. 17: 10)
1. 'i~lauc-h-lr).-issledoiateltskiy -L*n;3titUt po transporlu i khrananiyu
nefti i nGft,-,jzochLktov.

YABLONSKIY, V.S. [deceasedl; SVI-,-I-'-D),,', V.P.
.1 ....... I.......... ... 1.1.1.111-~
Determining the optimal paraneters when heating mazzut in tFnk
cars. Trudy ?TIITransbellt' no.3:94-103 164-
(MIRA 18:2)

PETROVA. L.N.; SVIRTDOIJ V P.
I
Vlean temperature of petroleum products. Trudy NIITransneft' no.3:
104-106 164. (MI~f- 18:2)

YABLONSKEY, V.S. [deceased );.._ SVIRID011 V.P.; TOUKOSHOROV, B.A.
Determining the heat transfer and the power of the drive of heaters
with mixers. Trudy NIITransneftl no.3:70-76 16-4.
(MIfUt 18:2)

YEDIGAROV, S.G. ; 3'VjRIDOV, V.-P.; BOLDOV, N.G.
Pouring mazut form tank cars with car dumpers. Trudy NIlTransneft'
no.3:77--S3 164. 18:2)

- - - -- --- -- - ---- - - --- -- -- ---- - ----- -- ---- -- --- ---- -- -- --
I L~
YABLONSKIY, V.S. [deceased'; SVI-P-IDOV, V.P.; !,,UKFIA%ED'DNOV, Sh.S.
Curved trajectories of free flooded s-~reamis. Trudy NIIT-ransne--,'t?
no,-"84-93 164. (KIRK -18:2)

I
f'P:Tf(OVA , 11'. r"'. . "~V! f." 11)OV ) VAP. ; IOUKOSI If if, 113. A.
I
Calculating the temperature of a cooling petroleum product in
tank cars. Trudy NIITransneftl no.3:114-1-17 164.
(MIPA 18:2)

22231
S10931611000100210021003
4~t A051/A129
AUTHORS: Asaturyan, A. Sh.; Sviridov, V. P., and Boldov, N. G.
TITLE- he motion of a real liquid in conical tubes and nozzles
PERIODICAL: Neftyanoye Khozyaystvo, no. 2, 1961, 6o-64
'rM: 'he authors have applied the method of similarity and dimensions
(Fief. 7) for investigating the motion of viscous liquids in tubes of vAr,
- yii~g cros~5_
sections as opposed to Bernoulli's equation of continuity: F r2
d2
where It is the discharge coefficient, F the cross section area, F= -4- , g the
gravity acceleration, H the pressure under which the liquid flows. The difficulty
in using the latter equation is said to be the correct determination of /4; an
analysis of the obtained experimental data in this work showed, however, that
formi~ia (1) can be used for a viscous liquid flowing through conical tubes, where
the discharge coefficient /4,is a function of the Reynolds number R. The latter
relationship was derived by the authors in assuming that the created motion of
the viscous liquid in the horizontal conical tube in each cross-section is deter--
mined by,the interaction of forces of inertia, pressure and internal friction.
Th-se foroez-, are characterized by the following parameters: Q, AP, d,
Card 1/7 V

22231
5/093/61/000/002/002/003
The motion of a real liquid ... A051/A129
~X, L, where 4AP is the pressure difference between the two cross-sections investi-
ga-,ed, :Ln kg/cm2' G the liquid density in kg seO2/^_m4, -Lrthe coefficient of ~
kinematic viscosity In CM2/sec ' 06 the angle of taper in radians, L'- the length of
+he that all the main acting factors are taken into
- cone in cm. Considering
a,~count the connection-equation in non-dimensional values is expressed as:
F f 4Q 2gli d 06 d 0. (2)
1 hw, d r L
The combination' - suggested by AlItshull is the Reynolds number. Solving
equation (2) with rVesvect to the discharge coefficient//&, the authors derive:
Iq ~ - 4Q (R, C~, d (3)
%r2,F d 2 L d
which shows that /~, is really a f=ction of R, angle of taper and ratio j;, as stated
above. It Is further shown that a connection exists between//rand the resistance
r_-oefficient (Euler's parameter E): /~ = 1 (4) ;
2gH , YE_ -section.
where E 7_2 v being the average velocity in a narrow cross
:haracterize'. the resistance of the opening to the motion of the liquid depending
on R. /6 can be determined experimentally only. Fig. 1 is a diagram of the
experimental set-up to determine the functional relationship of equation (3).
Card 2/-7-,~

22231
S109316110001002100210031
'he motion of a real liquid ... A051/A129
-he apparatus consists of a tank 1 creating pressure along 10 m. The liquid from
taLk I enters the measuring capacity 7 passing through the pipeline 2, through
-!,he nozzle 6. The liquid discharge was regulated by tap 4. The pressure change
during the motion of the viscous liquid in the conical tubes was measured in cross-
zeations A and B, using a sensitive two-liquid manometer 9. Fig. 21s a graph
~;h;wing the characteristic features of the motion of 5the viscous liquid in the
cozical tubes. In the interval 3 . 103 -_ R --- 2 - 10 the function A hardly de-
Dtr_r_d_,:z on R. In the interval 10 e- R '_3 -1 103 /fdoes not depend on the angle of
caper at- all. At- 10 4 R 4 300 the liquid flow in the conical nozzles is laminated,
no s-~7_rictly linear law of this flow is observed, just as in the cylindrical
tuteE. A comuaiison of the data obtained by the authors with those of Alltshul
(Refs. 4, 9) and theoretical calculations made by Wuest (Ref. 10) showed that no
%, in the same
"'near relationship of the type/6 = AR (5) results from equation (3)
inte--val (10-4-' R"-'300) of R. Results obtained from calculations made with
equation (5) by other authors did not correspond to the experimental data obtained
in this work. This discrepancy is explained by the fact that a conical tube of
varying cross-sections shows much greater resistances to the liquid flow than
round apertures in a thin wall do. A transfer from the laminar to the turbulent
movement is noted at the critical value of R: Rk = 300 ! 330. In The interval
Card 3/71,y

USSR/Electronics - Radio Relay Sep/0--t 52
Lines
"Survey of Foreign Literature: The Use of Deci-
meter and Centimeter Radio Relay Lines in the
Telemechanical Installations of Large Power Sys-
tem Combines," R.G. Mirimanov andZV.T. Sv-iridov
Avtomat i Telemekh, Vol 13, No 5) PP 592-610
Survey of radio relay lines, including a gen-
eral discussion of such lines and descriptions
of several US lines, namely the Boston-New York
line, the transcontinental line, and the Bonne-
ville Power System line. Lists 14 US sources.
256T71

svi C. V A1, T_ -
I I
MIRIMANOV, R.G.; SVIRIDOV, V.T.
Omm-,
Review of foreign literature on the use of microwave
in remote-control units of high-power pool systems.
14 no.1:59-87 Ja-F '53.
(Remote control) (Kicrowaves)
(Electric power distribution)
radio relays
Avtom. i telem.
(MLRA 10: 3)

SOV/10-9-3-7-17/23
AUTHORS':Xislov, V. Ya., ~~ ~L T., Chetkin, 11. V.
TITLE: A Non-Slowed Wave in the System Consisting of a Coaxial
Helix and a Centre Conductor (Ifezamedlennaya volna v sisteme
koaksiallno raspolozhennylch spirali i tsentrallnogo provod-
nika)
P-10RIODICAL: Radlotekhnika i elektronika, 1958, Vol 3, Nr 7,
PP 964-966 (USSR)
AB.3TIHACT; The radius of the helix is a and its winding angle is (D
The radius of the centre conductor is c It is assumed
that the helix satisfies the usual boundary conditions, while
the boundary conditions for the centre conductor are ex-pressed
by Eqs.(2) and (3), where IL, is tbe permeability of the
centre rod, a is its conductivity and (L) is the angular
frequency. By employing the above boundary conditions the
0
dispersion equation of the system is in the form of Eq.(4))
where I01 ... I K, are the modified Bessel functions; k is
the wave number, is the propagation constant, and e and
0
~L nre the permittivity and permeability of free space. if
ya