SCIENTIFIC ABSTRACT USOV, S.V. - USOV, YU.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858210005-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BOLOTOV. V,V,,; GEMSDIW, VAI ; GOMNAN, I.V~; M-2,11SKlY, M.D.;
imz!.,T'n;vj, L,J!,; PRILTIO-z"'V-1 USOV, S.V.; SILLGLOV, A.F.
Suren Nikolaavich l'j'ikogo:3ov; obituary. Blektrichestvo no.10:
93 0 160. (MIW-, 14:9)
(Nikogosov,, Suren flikolaevich, lc)00-1960)

USOV9 S.V., doktor takhn.nauk
Meeting of committpe No-13 of t~e International Conference on Large
Electric Networks field in 1961. Elek. sta. 32 no.12:88-90 D '(I.
(YIRA 15:1)
(Electric power distribution-Congresseb)

SYROMUTNIKOV, I.A.; NEKRASOV, A.M.; IEBEDEV., A.A.; KOSTENKO, M.P.;
KWENSKIY*
M.Dw; USOV S V
L.R.; VASILtYEV., D.V.j
IMHAII p . -
POSSEY A.V' S.A. PAZYWV
ULITANOVI
Professor N.N. Shchedrinj on his seventieth birthday and fortieth
anniversary of his edueational work. Elektricheotvo nool:94,-.
95 Ja 162, (MIM -14:12)
(Shchedrin, Nikolai Nikolaevich,, 1891-)

_ySOV,,q.~ prof.; pAVIOV, G.IL, dotsent; SIABIKOV., V.A., dotsent
Computer for calculating the lmd distribution in electric
power s7stems with hydroelectric power stations. Eloktrichf)otvo
no.3:24~28 Xr :62.. - (HMI 15:2)
(Interconnected electric utility systems)
0

BESSONOV, L.A.; DCMUSKIY, B.I.; DROZDCV, N.G.; DYACHEIIKO, N.Kh.;
ZHMLIN, L.A.; ZAYTSEV, I.A.; ZALESSKIY, A.M.; KAMEISKIY, M.D.;
KOSTENKO., M.P.; IEEEDEEV, A.A.; LCHOPOSOV, V.7u.; MITKEVICH, A.7.;
SMIMOV, V.S.; TOLSTOV, Yu.G.; USOV, S.V.; SHRAMKOV, Ye.G.
L.R. Neiman; on his 60th birthday and the 35th anniversary of
his educational work. Elektrichestvo no.6:93-94 Je 162. (MIRA 15:6)
(Neiman, Leonid Robertovichy 1902-)

a M
KOSTENKOP M.V.; NEYMAN, L.R.; MELMIYEV, L.A.; KM-IENSKIY, M-D.; BOLOTOV,
V.V.; ZALESSKIY, A.M.; USOV, S.V.; SHCHEDRIN, N.N.; GULSI14N, V.N.;
DUBINSKIY, L.A.
B.L.Aizenberg; on his 60th birthday. Elektrichestvo no.11:94
N 162. (MIRA 15:11)
(Aizenberg, Boris Llvovich,, 1902-)

MIKHALEV, Boris Nikolayevich; KORYAKE4, Yu.I.p retsenzent;
USOV, S.V., red.
[Atomic power stations; abstract of lectures for students of
bydrotecbnical faculties majoring in bydraulle power engineer-
ing] Ato=qe elektricheakle stantBiij konspekt lektail d1la
studentov gidroenergoLlcheskoi spetsiallnosti gidrotekhnichb-
skogo fakullteta. Leningrad, 1,eningr. politekhn. in-t. 1963.
51 P. (MIRA 18:4)

USOV S.V. (Leningrad); PAVLOV, G.M. (Leningrad); KWANI V.V. (Leningrad)
Theoretical premises for optimalizing the operation of an electric
power system using electronic analog computers. Izv. AN SSSR,
Energ, i transp. no-4:434-442 J1-Ag 163. (MIRA 16:11)

USOT, S.V. (Leningrad)l PAVLOV, G.M. (Leningrad); KANTANp V.V. (Leningrad)
. Solution of a problem on-the optim= distribution of loads
usi analog computers, Isv. AN SSSR. Energ. i tranap, nos6s
1
66714 N-D 163. (KIRA 17:1)

-11-~---:zl~,,-la~l 142 yiw,
KOSTENKO, M.P.; NEIBB'T IYEV, L.A.; KMIBIISKIYI 1-1.D.; ZALESSKIY, A.M.; BRILI,
R.Ya.; Gaisuov, A.S.; SAVASHIIL13KAYA, V.I.; DCVGALI, S.A.; KOVAI-EV,
N.N.; BOLCPIOV, V.V.; VX.; SIV;XGV, Ye.p.;
AVRUKH, A.Ya.; STARIKOV, V.G.; 1,LIKI=VICTI, A.I.
I.V. Gofman; obituary. Elak. sta. 34 no.6:95 Je 163. (ITIRA 16:9)
(Gofman, Igor' Vallentinovich, 1903-19,63)

USOV,--Si -V.; - SMIRMV-)- K. A.;- GORNSHTM)-- T. - M.--.* SOVALOV,- So A.-
-- --
V
"The Economic Principles Governing Power System Operation Schedules in the
U.S.S.R."
Report submitted for Intl Conf on Large Electric Systems, 20th Biennial Session,
Paris, 1-10 Jun 64.

4 x-a.~ X--
GORNSHTEYN, V. M. SKMNOV, K. A. ; SOVALOV, S. A. ; USOV, S. V.
"The Economic Principles Governing Power System Operation Echedules in the USSR."
report submitted for 20th Biennial Bess., Intl Conf on Large Electric Systems,
Paris, l-lo jun 64.

USOV, -S.V. prof. (Leningrad); PAVLOV, G.M., kand. tekhn. nauk
Neaingrad); KANTAH, V.V.; inzh. (Lgningmd); PLIWVA S.S.,
ffl 0
inzh. (Leningrad); STEPAHGV, B.N., inzh. (Leningrad)
Solution of a problem on optimum load distribution using the
ANRAN-1V computer. Elektrichestvo no.2t24-27 F 164.
(HERA 17:3)
1

L -10229-66
ACC NRiAP6002410 SOURCE CODE1 UR7OlOK/64/O00/65fdiW/6087
AUTHORI Basharin. A. V.; B93,vakov. V. As; Don0-ay A. V.; Noyr&n, Le Pev- R&vdonik
16 P -
V. S.- Ronne, Ve Tvi Rusin, Ya. L*; S-&-Rnin, luo At; Usov, S. V.
ORGi none
TITLE: Professor V, G. Drannikov (60th birthday and 35th Wmivvrsw7 of his scientific
am poda,gogical aQUWt-Y7
SOURCE: Elektrichestvo, no- 10, 19&1, 87
TOPIC TAGS& electric engineering personnel, electric engineering
ABSTRACT: Vasilly GavrilovIch Dramnikov was bom in Sor~ukhov on 30 June
1904 to a WorYer's family. 119 ~bega:n as a textile worker at the "Proletarly"
factory In 1920, transferring to the Textile institute in the swr.0 9ro.-Lr.
In 1924 he was enrolled In tbe collece Of 46otro"chanlos at the leniverad
Industrial Institute* In 1930 he became a candidate for an advan 'ed degree'
and began his to&6-lng career 4t the then newly organized Chair oof "Elek-
troprivod" (Blectrio po"r driyos). One of his first publicatlons was the
laboratory toAtbook "Opradelonlys poterly tranevnissli". (Determination of
transmission losses) In 2932. In 1931 be became an assistant and in 2934
a reader (dooeas) for the chair of "ProvW69blennoys Ispollsomiye-elsk-
triahookoy onergil" (Induo
.,~rlal uses of electric power)o At th&t time he
4-0

ACC NR, AP6002410
beamr,e the f1rat In the USSR to lecture on the "use of Ionic-oloctronto
devices in electric power drivec.11 In 1939 Drannikov defended hio dIt-
sertation "TeoretiobGskoye I exsperimentallnoye Isslodovanlye ziekotory*
kh ekber. by* strogo YozbuzhdenI,,a generatora Leonardall (Theoretical and
experimental Invertleation of certain bigb-spead excitation circuits for
a Leonard cenerator). During the war Drannilcov was Chief Engineer at
the Volorodskkva Oblast' Conminal EoonovW Directorate In obares of elect-
r1o power. Returning to-;ninqa4 In 19". he took an active part In re.
ope,nine th !& -toghp t From 1952 to 1955 be was abroad on
!PC
Jeaching &:s-VCrx*rt&. Since 1968 b 9 has been dean of the Chair of "Elsk-
troprIvod avtomatizatslys, pronWahlonryskh ustanovok"'(Slectrlo Power
'drives and automation of Induptrial equIpment)e He has written 10 books-*
'12 texts, and vwW solentiflo papers on automatlon and ~2*otrio drives.
For his solentifle and pedagogical aotivities he holds am" other awards
t1w -Zaak podhota* (Badge of Honor.)* "q Wtq*h"S I f1gWee 9w47
SUB COM 09 SUBM DAM Dome

AYZr.NBERG, B.L.1 AlnSANDROV, G.N.; GRIBOV, A.N.; GRUZDEV, I.A.; D(',MANSKIY, B.I.;
DUBIHSKIY, L.A.; ZALESSKIY, A.M.9- XOSTENKO, M.P.; KOSMNKO, M.V.;
TF-VINSF,r*,YN, M.L., FIKIFTICHRV, A.A.; MIKHAYLOVA, V.I.; NFYYA.N, L.R.;
RUZIN, Ya.L.; SMIRNOV, V.S.; STEFAIIOV, K.S.; UWV, S.V.-, KFOEFRG, V.A.1
SHCHERBACHEV, O.v.
Professor M.D.Kamenskiij on his 801tlh birthday. Elektrichestvc no.7.
92-93 JI 165- (MIRA 180)

ACC NIts AP6012968 SOURCE CODEt UR/0143/65/000/00`7/0130/0131
AUTHOR: Smirnov, V. S.; Kostenko, M. P.; Neyman, L. R.; Kosten~o, M. V.;
Domanskiy, B. I.; Zalesskiy, A. M ;_Va2X,_L_XwAyzenberg, B. L.; Dubinskiy, L. A.;
Aleksandrovp G. N.; Gribov, A. No; Cruzdevv 1. A.; 1,evinshteyn,:M. L.;
Mikirtichevp A. A.; Kikhaylova, V. I.1 Ruzin, Ya. L.; Stafanov, K. 3.1
Khoberg, V. A.; Shcherbachev, 0. V.
ORGt none
TITLE: Honoring the 80th birthday of Mikhail Davidovich Kamenskiy
SOURCE: Izvestiya vysshikh uchebnykh zavedeniy. Energetikas no. 7. 1965, 130-131
TOPIC TAGS: electric power engineering, electric engineering personnel,
hydroelectric power plant, thermoelectric pcwer plant
ABSTRACT: ;On 19 April 1965 Prof. Dr. Teohn. Solo Mikhail David----
o4lch Kamenakiy celebrated his 80th birttiday and the 55th anni-
versary of his active work as a power experto Mikhail Davidovich
to a 1909 graduate of the Patorsburg Polytechnic Institute - since
his graduation he has been associated with this Institue, now
renamed Leningrad Polytechnic Institute# as an Instructor. He is~
a major scientist and specialist In elsotrIo power grids and eye-:
temse He has been a major oontributor to the establishment of
the LainInGrad Power Grid and various large thermal and hydre-

L 22149-66
ACC NRt AP6012968
electric power stations and an active participant In the design
and construction of high-*and low-voltage power systems In many
cities of the Soviet Union, During the Siege of Leningrad In
World War II he was a member of the Municipal Party Defense Com-
mIttee. Since the war Mikhail Davidovich has been head of the-
Chair of Electric Power Grids and Systems at the Leningrad Poly-
technic Institute and has been working on the methods of calou-
.1ating the economic regimes of power system operation and on the
Troblems of the present-day development of urban power systems.
M.D. Kamenskly has published more than 80 works, Including both
original studies as well as textbooks that are popular In the
Soviet Union and abroad, He Is the chairman of the Seotion on
.Power Systems and Grids under the Leningrad Division of the Soi-
entific and Nohnioal Divieio%j of the Power Industry and onanizer'
!of and partialpant In saw s(,Ientif lo-toohnIcal oonferences and
meetings. His merits as an Ousator of a now sohool of Soviet
power engineers ire equally largos Orig. art* hast A figure. [JPRS1
SUB CODEs 10 / SUBM DATZi none

ACC NRt AP6029600 SOURCE CODE: UR/0281/46/ 1LXJ~/L)S5;4/UU>V
AUTHCR- Usov I S. V. (Leningrad); ~'hernovets.* A. K. * tLeningrad); AM=
f.LeningradT--
ORG: none
TITLE: Mutual effect between the A.C. winding and the control winding of a reactor
with rotating magnetic field
*SOURCE: AN SSSR. Izvestiya. Energetika i transport, no. 3, 1966, 52-59
TOPIC TAGS: rot magnetic field, alternating current
The AAincio dosoribes some characteristics of a controlled reactor
wi. h roZ;'Ung magnetic field, as designed by M. S. MKI0. The basic feature
of this dosign Is that.the control winding Is distributed in the same slots
with tho throo-phaso winding and thoro is no removable rotor; the magnetic
!structure consists of a laminated slotted member inside and a stator yoke
-optside. The total alternating EMF induced in the control winding is found by
,adding up the fundamental and all harmonics except the third and its multiples
:(which are zero). Additional copper losses in the control coils locatod in
'coxon sloti are due to slot loakage and resulting eddy currents in the
conductors; these losses are calculated under the usual simplifying assumptions.
~As to ',,he A. C. windin'sp, cia.1 consideration is given hero to the even
harF,onics; while the th, 12th... harmonics vanish. it appears not possible
to olirdnato completely any other ovon harmordo duo to magnetization. The
.art~clo deals also with reactor power, which is expressed as a funation of loading,
:reaptor dimensions and the number of poles. It is shown, on basis of the fore-
iio% analysis. how the number of poles Inflalences the performance or the
,e and
e gn what role the control windin NSplays in this relation. Orig. art. has
5 r~igures, 7 formul-as and 1 table 1JP : 37,0611
SUB',.COjF:_.2O..,/ SUBM DATE: 22JL66 / ORIG REF: 002

ACC NR: AP7009567
SOURCE CODE: UR/0281/66/000/006/0012/0018
AUVIOR: --Usov, S. V. (Leningrad); Chernovets, A. K. (Leningrad); Kbzulin,
vo S. (L1cn1%-r'ad-r-
ORG: none
TITLE: Optinal range of control of controllable reactor with rotating
na--netic field
SOURCE: AN SSSR. Izvestiya. Energettka I transports no# 6. 19660 12-18
TOPIC TAGS: nuclear reactor, nuclear reactor Cora
SUB CODE; 18
ABSTRACT: iln analysis of problems connoctod with selection of the cortrol rango
of a controllable reactor dosignod for installation in power production Systoms.
1*1 is discovered that with any.given range of control, capital invost4nonts
and oporating expenses are 5 to 10% higher for a reactor with a removable coro.
The rango of control economically most suitable varies depending on Whot:hcr 'Cho
reactor is used in conjunction with a static componsatine device (condonsor)
or soparatoly. The economic indicators of a controlled reactor with oil cooling
are considerably botter than for a reactor with air!cooling. Calculation show
that the cost of copper, iron and insulation as wall as losses of coppor incroaso.
for a controllable reactor with a rotating field, while only the loss of steel
decreases. Tables are presented on the losso.s,_capital investment and operating
e.)~qnqes requ#ad.for a controllable reactor. Orig. art. has: 8 formulas,
4 figures and I table. LJPRS: 40,lo27
Card 1/1 UDC: 621.316.935:621.3.072.32

USOV.9 U. N.
Obolenzev, R. D., and Usov, U, N.- NOn the Additivity of Conversion of the
Binary Mixtures of Aliphatic Hvd-rocarbons by their aromatization over the
Chrome Catalyst. 110 (p. c)06
1, (Zhurnal Obahchei Khimii), J~2L7. Vol. 17, No. 5
SOs Journal of General CheMjjtr

USOV, VUDIMIR, povar (LIvov); VoyTMO, I.-,BARKOV, P.;SUKHODzrzv, L.
Readers' letters. Obahchosty.pit. no.10:45-47 0 '59 ZHIRA 13:4)
l.Upravlyarmhohir tWdorrestoranon (for Voytenko)o 2. 17ovar
chaynoy So.3 Xurskoge tresta stolovykh (for Barkov). 3. Instruktor
otdela obahchoutyannogo pitaniya Kuybyshevskogo oblpotraboo7ma
(for Sukhodeyev).
(cookery)

~IuRASJLEV, G., r(A.; oqllfa:OVA, A., tekhnorod.
JArol3lavna. lAroBlavskoe knizbnoe izd-vo,, 1963. 98 p.
(MIRA 170)

MYNANIS, Ya.F. (Freimanis, VANAG, G.Ya- (vanags, G.]
p 'a
Edeceasedi
Di and polyketone imines, Part 16: luterantion of 2-phenyl,3-
indandione with certain aromatic diamines. Zhur. org. khim. '.
no.9tl646-1653 S 165. (MMA 18:12)
1. Institut organicheskogo sinteza AN Latviyskoy SSR. Submitted
June 29, 1964.

1j:

usav, V. A.
Manufacture of spare parts according to the maximum-minimum system.
Mashinostroitell no.5*10-11 Yor 165. NIRA 18: 5)

USOV, V.A.--
"The Most Importwit Frobleins Involved in Growirt--, Early Potatocs T.ndPr the
Conditions in Vologodskaya Oblast." Cand Agr Scil Leningrad Agricult'a-ral
Inst, Leningrad, 1954. (RZhBiol, No 8, Dec 54)
0
Survey of Solentific and Technical Disoertati.ons Defended at
higher Educational Institutions (12)
SO: Sum. No. 556, 2J+ Jun 55

L 18316-65 EW3(j)/Mff(l)/W(9)/EWG(k)/EWT(m)/EPF(C)/EPF(n)-2/EPR/EEC(b)-2/giP(b)
Pz-6/Pr4/Ps-4/Pu-L IJP(c)/AFWL/SM WWATI.W
1 ACCESSION NRs AP4049532 S/008;r~94/017/005/0329/0335
AUTHOR: Millionshchikov, M. D.; GVerdtaiteli, 1. G.1 Abramov,
A. Gubanov Y Zhukov, V. Fj
Gorlov, L. V u. D.1 Yefremov, A. Ajj
Kosovskiy, V. G o'
V. Ye.1 Kovy rzin,
Ivanov, ~0~jov' ~S;,I
Ku-RWa-r-kI-n,-T-.Ye.j Kucharovs R. Ya-i L .7 - Y Markin, V. 1.1
A.1 P8zdnyakov, B - t Ponomar"*v"~Stepnov,
arin, Ye. N.1 Serovs V. Ya.1 Usov, V. A'.I Fedin, V. 0. Yakoylay,
I V-.Vt Yakutovich, M. V.1 Khodakov, V. A-1 Kompaniyets, Q._V.
The "Romashka" high-ternperature reactor -converter
TTITLES
SOURCEt -Atomnaya energiya, v. 17, no. 5, 1964, 329-33S
70PIC TAGSs nuclear power reactors reactor feasibility study, r&-
search reactor, thermoelectric converter/Romashka
ABSTRACTs The authors brienydeadribe the construction, parameters*
test rosulton, and operating experience of the "Romashka" reactor-
Card ll~k

18316-65
ACCESSION KRs AP4049532
converter unit, which has been in operation at the Kurchatov Atomic
Energy Institute since Au st 1964. The fuel used is uranium di-
carbide enriched to .0% UB35. . -raphitXd beryllium are-used as
reflectors. Electricity is generated by silLcon-germanium semicon-
ductor thermocouples distributed on the outer surface of the reflec-
!.tor and connected in four groups which can be connected in series
1, or in parallel. The temperatures of the active zone and outer our-
;face are 1770*and 1000C, respectively. The power rati~ljs are 0.50-
~0.80 kW electric and 40 kW thermal, the maximum current (parallel
.connection) is 88 A, the neutron flux is 1013 neut/cm2 sec in the
.center of the active zone and 7 x 1012 on its boundary. The reactor
has . negative temperature reactivity coefficient. The equipment
has nigb inherent stability and requires no external regulator, and
little change was observed in the thermocouple properties af 'ter 2500
hours of operation. Tests on the equipment parameters are continu-
in% and the results are being analyzed for uve in future designs.
Orig. art. hast 0 figures and 1 formula.
Card 2/3

BRICHKIN, Aleksandr Vasillyevich; NIKInROV,, Ivan Mikbaylovich;
SMINjj B*P*, dotse, retoenzent; SLASTbIlOV, V.G.,, gorAY7
insh., retsenuatl NU2=SOV, I.P.p dotB.., kand. tekbn.
nauk,, reteenzent; YARTSEVp V.A., dote., kand, takhn, nauk,
retsenzentj KULIKOV) V.P., assistant, reteenzent; SINITSIN,
I.A., assistant, retsenzent;-VD2L,-~assistentp retsen-
zent; BUBOK, K.G., otv. red.; PARTSEVSKIY, V.N., red.izd-va;
SABITOVj A.2 tekhn. red.
[Safety measures in mines] Tekbnika bezopasnosti na rudnikakh.
Moskva.. Gos. nauchno-tekhn.izd-vo lit-ry po gornomu delu,, 1961.
440 P. (,,LIRA 15'12)
1. Severo-Kavkazskiy gornometa.Uurgicheakiy-institut (for
Skalkin, Slastunov). 2. Zavedu7ushchiy kafedroy teklmild
bezopasno3ti i rudnichnoy ventilyatsii Sverdlovskogo gornogo
instituta im. V.V.Vakhrusheva (for Kuznetsov). 3. Kafedra takh-
niki bezopasnosti i rudnichnoy venti2yatsii Sverdlovskogo gor-
nogo institute, Im. V.V.Vakhrushova (for Yartsev, Kulikovy
SinitBinp Usov).
(Mining engincering-Safety measures)

ACMSIDN IM.- AP30MA s/on-9/63AW/WS/0030/0031
AM=: Buryakov,, G. A.; Usov, V
MPM Controllin&~tbe Aumaces wIth wandering mmd==-temparature, xons
i-SOMWEs. -PriborostroyeniP.-
A TOPIC TAGS i .multipoint temperature controller
ited that a n=ber of primary tempamture-elements be placed
ABSTUCT. Itlis sugge
along the path, of possible vandering of, the maximm-tempamtore sous. A two-posi-
is do
tion controller with 12 thermocouples 1. iscribed. Xf the temparatus In the
ifurvace is 1(r4er than the set point,, the haater is on, If ev my of the 12 points
'the temperature e=eads the set points tha heater is turned off, Contact operam-
tions, are described in deta~U,, RSM-I and RS&.3 24md7 do relVe and RPT-100 22-v ao
relay are used in combination with a type EPP-09 potentiomatGr. OrIg. art. bas:
2 figures.
J-A~IATIONt - none -
SUII=EDI,-- 00- DATE ACQx W=63 EWU 00
'Card
...... ... ..

;' 6 j - ri PI
i_ ..r_ -. .. ~ 41. "r,

BURYAKOVp G.A.; USOV, V.I.
Control of members having a shifting zone of maxim=
temperature. Priborostroonle no.5:30~31 YT 163.
(MIRA 1618)

ACCESSION NR: AT4007048 S/2598/63/000/010/0254/0261
AUTHOR: Ostrenko, V. Ya.'; Bogoyavlenskaya, N. V.1, Bobrikov, L. D.; Aklmova, Ye.
P.;PUsov, V. K.; Okhramovich, L. N.; 111vovskaya, Le A.
TITLE: Development of a production process for AT-3 titanium alloy tubes
SOURCE: AN SSSR. Institut metallurgii. Titan I yego 3plavy*, no. 10, 1963-
Issledovaniya titanovy4ekh splavov, 254-261
:TOPIC TAGS: titanium alloy, AT-3 titanium alloy, AT-3 alloy tube, tube rolling,
hot rolling, cold rolling, AT-3 titanium alloy property, titanium aluminum chrom-
lum alloy, 1ron containing alloy, silicon containing alloy, boron containing alloy
ABSTRACT: The effect of thermal treatment on the mechanical properties of AT-3
alloy and parameters affecting the cold and hot rolling of tubes of this alloy
were investigated in the laboratories of the Ukrainskly nauchno-issledovatel I skly
trubny*y Institut (Ukrainian Scientific-Research Institute for Tubes) end the
.Nikopollskiy yuzhnotrubny*y zavod (Southern Tube Plant, Nikopol)., At temperatures
'of 800-900C the mechanical properties and hardness of AT-3 were markedly altered
by hardening in water but essentially unchanged by cooling In air or in a kiln.
This effect Is explained by the fixation of the Intermediate (X + 13 structure dur-.
hardening In water. -These alloys demonstrated high ductility In a wide range
Cafd 1/2

ACCESSION NR: AT4007048
of rolling temperatures (1975-1125C). A maximum deformation of 55% can be attain-
ed by cold rolling of such tubes, while hot rolling of these tubes proceeds normal-
ly. The problems Involved are sticking of the metal to the rolling device and the
formation of a gas-saturated film on the hot rolled tube. These problems have been
solved by additional mechanical treatment such as etching, coating with an oxide
and lubrication with a mixture of castor oil and talc6 some of these recom-
film$
'mended procedures are discussed. Orig. art. has; 6 figures and 3 tables.
ASSOCIATION: IdoUtub xwt&12xwgU AN SSSR (Metallurgical Institute'SAN =11)
:SUBMITTED: 00 DATE ACQ: 270ec63 ENCL: 00
SUB CODE: MA. ML NO REF SOV: 000 OTHER: 000
Card 2/2

OSTRENKO, V.Ya.; BO-JOYAMUSKAYA, N.V.- BOBRIKOV. L.D.; AKII-10VA. Ye.P.,- --US07,
I
OMAVOVICII. L.N., !L*VOiISKAYA, L.i.
Developing a technology for the production of AT-3 titanium alloy
tubes. Titan i ego splavi no.10.254-261 163. (PUTRA :L7;:,.)

EXCERPTA MICA See 8 Vol 12/12 Neurology Bee 59
6045. SPASMOPIIIIAA (Russian text) ZDPAVOOKIIH. HELOV. 1058. 4/5 (52-54)
Graphs I
Sposmophilia Is a seasonal condition having Its peak Incidence in March and April. and affecting
Infants of from 4 months to one year of age; It occurs much more infrequently after that age and
aimost never after the age of two. The children suffering from rickets and are In a satisfactory
condition of nourishment. In manifest *posmophilts there is the syndrome of larynaospasm, tota.
nic: seizures, and.:clamptic attacks. This syndrome Is absent In the latent form. tiara Erb's,
Chwostak's. Lust , Trousseau's, and Maslov's signs are prevent, the latter consisting of apnoea
due to spasm of the respiratory muscles following pin pricks. In the management of spasmophilia
nutrition, calcium chloride or gluconate, magnesium sulphote. and sedatives have their definite
role. The prevention consists of breast feeding. prevention of rickets, and early detection of the
latent form. Tyndel - Toronto
to

BURAVL-V, Yu,M.; PEH:-,PELKINA, M.A.; USOVI V.N.; USTIBOVA,V.I.
I
Use of a rectified condensed spark for spectral analysis of alloys.
Zav.lab. 29 no.8:1005-1006 163. WIRA 16:9)
1. Ural'skiy nauchno-issledovatellskiy institut chernykh metallov.
(AU.oys--Spectra) (Electric Spark)

V VA/
S/762/6110001000/OZ9/OZ9
AtITHORS: Morozov. Ye. I., Ronzhin, A. S., Frostov. 1. A., Matvcycvs V, S.,
-Gurevich, S. J4~ VIdkovskLV# V. P., YasLnskly. K. K., Usov, V. N.
TIJLE- Electroslag smelting of titanium Ingots.
SOURCE: Titan v promyshlennosti; abornik statey. Ed. by S.G.Glazunov.
Moscow. 1961, 314-3Z6.
TEXT: The paper describes a method of electrosclag smelting of Ti ingots with
desirable mechanical properties and with a surface that requires almost no -nachin-.
Ing prior to plastic working. The principal objective of the development is the smelt-
ing of flat ingots for the rolling of sheet material with uniform transverse distribu-
tion of rolling deformation (cylindrical ingots are deformed more greatly at the cen-
ter; tensile stresses produce edge cracking on the resulting sheets). Several organ-
izations collaborated with the Institute of Electric Welding imeni Ye. 0. Paton in 19 59
in adapting the splashlese electroslag method of Ti smelting (3 electrodes) developed
in 1958 to the smelting of slab ingots of up to 2OOx8OOx7OOmm and 500 kg.Good me-
chanical properties and high electric-power utilization result from the improved
current- and heat-flow uniformity of the arc established underneath the protective
flux layer. Since 3. as wall as ona~, electrodes can be employed, the 3 phases of an
a. c. power supply can be utilized uniformly. The Pised flux layer contributes to the
formation of a singularly compact ingot structure. Flux must: (1) Not contain 0;
(2) have a m. p. close to that of the metal and be readily fusible; (3) have a high b. p.
Card I /Z

Electroslag smelting of titanium ingots. S/762/61/000/000/029/029
(not less than 2,0000C). Neutral-gas shielding above the flux in mandatory to avoid
0 reaction. Details of the experiments with various fluxes. which led to the adopt-
ion of CaFZ (brand (Ch)) and a purifying remelt of the flux in an induction furn-
ace prior to use, are reported and tabulated, Comparison of BT (VT) -1. -3-I.and
-5. OT4, and Ti Mn i ots obtained by thl elec tr0s I'a (E6F anT va cuui;~-a-r-FTVWr
10 a. -8 !.t_..._n M -..d-VA7
i;T
et=
Differences ngots initial, ofirva were Aud to
attribut ble to the use of pressed electrodes in the ES method; use of once-VA-melted
ingots as starting electrodes in both ES and VA methods yielded BT (VT) and OT in-
gots of practically identical mechanical properties (described and tabulated). The
mechanical properties of the Ti-8Mn were considerably improved by the ES method;
this is attributed to the more uniform distribution of the high- va por-'pre s sure Mn
in the ingot under the protection of the flux. The BT (VT) and OT alloys showed
either increased strength or impaired notch toughness when smelted under a fluor-
spar flux. probably an a result of uncontrollable admixtures contained in the fluor-
11 par. Furnace- The design of the 3-electrode furnace. with a crystallizer, electr-
ode cha-m-6-e-r-71lux dispenser, electrode- advance mechanium, protective shield, and
power transformer, is described and illustrated (cross-section, phlutos); its operation
and process control are described in detail. A500-kgingot shows the r4asult of deliber-
ate manual delays in electrode advance in the form of nonuniformities (photo). Design
criteria were obtained for future furnace designs. There are 6 figures, 3 tables. and
2 Russian-language Soviet references identified in footnote*.
Card 212 ASSOCLATION. None given.

USOV) V. S., Ass'c.
"On the Investigation of the Errors of the Focusing Devices of Telescopes"
report presented at a Scientific-Technical Conference at Moscov, Inst. cf Geodesy,
Aerial Photography and Cartography Engineers, 24-26 April 1958.
(Geodeziya i kartografiya, no. 6, pp. 79-80, 1958)

MASE I 900g 9X::bI?ATI0X SM/2065
A04004- 111stitut lazhentrow goodexil. aerofatos 'Yeaki I kartograftl
Trudy. virp. 32 (Transactions or the moscow Institute of "odetio
Aerial 3urvey,mad.Cartogrephic Magineers 3%r 321 Most**,
Geodesisdat. 958 J]0 p. 1,000 copies printed.
Ed. or Publishing Houses T. A. Shassrovs; Took. Ed. t V. V. Romnova;
Zd1tOrI41 BOardt A. 1. Mazalshvill 19amp. ~4.)# V. 1. Avaevich
(!Nruty Reap. Ed.). 0. V. Begratunl. 0. T&. Bobir. ff. X- Voklov.
A . Durnew. S. V. 10,1106yev, ?. 3. Zakatov, G. ?. Levehuss,
N. 1. Modrinskly. -1. V. Zolor-yew, S. V. Fofllov. and F. F. 'hokin.
?UHPWZI This collet-tion or articles Is Intended for geodogto".
PhotoCramsetrists,&nd cartographers.
COVERAGE3 This Issue of the tnstlLutels Tromeactlons is coaposed of
Articles an geodetic survoylng. photagrajame'ry. cartOgraphy3and
geodesy. Surveying and geodesy are discussed In articles oh
building line sitensions. oarthwOrf. COMPUt&tLOft2. Pr4clS* trigotto-
Mtrto l4veling. latitude d4t~r*lMA9IOn. SOIUtIOA Of trigOSIGAStriC
oquations,and the goodetto interference comParator. Artclos on
posor,ogrammetry Include the subheadings Photo rectirlebtlOn. spatial
triangulatioNand photo interpretation. Articles in the field* of'
geography and cartography Includo: IJ hunters' maps or Czechuslow"ta,
2) amps or the Trane-Oks Region of ftscow oclast' And 3) the
distribution of lakes In the Sast F~ropdun plains AM the Kola.
Xazwltan MassLf. References accoapany Individual artScles.
TABU COMTENT15s
A, A i*j-?wsj.1,h of Tsl,- And pev.21..s
Lft%IUA~~ 1~0t~'Llr,.'JtjOn 17
C. U. Art EX-Imer ift Using &zle and Alxm*~th
.' -P'%j'j Triftn.. lation 41
V S - Cht0i(InA fiectillnearity and the Alignment or
t-.. ~ Igh
5 -'r"r the AW Of Interference &ad Dirrrwtlon of L t 61
--SO144ttklo. T*. 1. Hunters. maps of Cs"boalo"Al, 75
&"ftPova- T- X- The QU*stIOA Of the Regular Distribution Of' Lakes
to the Area of the FAML European Plains and the Kolm.11mrel.-an
Massif 79
1~3wdas`cvfts 3- 5- An Experimental Compilation or am the Contents
of a tAwAscepe F.&p of the Trmhs~olm Region of the Rosen. oblmt.
at Radius 11100.000 Scale
89
Card 3/4

TITLEa C-f-I .... . f t" Ull" I K
1959 k.nr-.t.V. =1" I X
VXXTODICAL, jave.tiji vytahi" uchabrrkb =...
ymka# 1959, Xr ), pp 144 - 146 0310
AMTJLLCT. Th* periodic sclostific-twohnical conference of the Bookovski;
Ins itat lath ... raw g..d-xli. ..r.fatos-yeaki I kartngrfi I
(10s." jaetit~t:104f GooA tic, Aerial Survey and Cartographic
XaSimers) .00 b0. Aportl 22-24, 1959. with the parti.19
ties of 500 Persons. 31 lectures sere delivered. The Antro-
ductory opo*ah was hold by Professor A. I. Is.tov. ".Atdat.
of ftilo.ophi.al Salwanne A. 1. I-no, lect~r.d on -Th. 0. t-
standing Work of Nat*r1allstic Pullosophy-1 Cand1dato of Taos.
&1"I Sciences A,Ica rnhko, Msdia.1-trouLm ad Goa-
Co. tz.;, ---S- V
&say did& ne- C. V. I.Cral"I a
.a :,..r x
.AG4.md' of it,* Sciatic. of the 1W.-so 1, mitins C-Ptti.s.
ItCoord-lastas of Different Geodetic 3yatma*i Caadt4at* of
,!.he "I Saismmj. t. Shokla reported an -Crsvie.t-7 In
r-rd, Today** Stage of zqv*lc;P..M-j Candidate of Towssteal Sale"-
Y
'e-k-jal--th Inwastigatioi-if-tb* Solve Caverai.04 th~
1A,lb."'Im r"L Then 0.40mlisiAg it. Relief I, J%"._
#"PbY"l Post-graduato Stadent ru. V. X.Mo!. as -ft* Inflatme
of the Roooding Xrror on the Afcaiv_ci_~f 30lutiz= or Llo~
IWAUGN $late-**- POst-Srsdukt* St4d4st I. D. Proido reported
;OM this snullon of Linear System in of Con-
at,. .to 'Decant ". Zoral-to., dealt .21h 'Th.
In She APPIlentIOR Of Parallactic ?`OIYX0-mtx7 VIM bhort
Deals 444 Constant Vertical U.I... Ocala. of Phiol..1 ad Xoth..
"tl"l Scialass' A. N. rayn.1l.b.re I" ~.d 0. '3004, Integral.
Pro. the Theory or Mutf&Cer-XV9-Tfis ir Applicat I" to the Me-
Omni" of Artificial larth utellltw~oj Candidate of Tochalzal
slid ~LS T I ! cc -Th* ueroazoap~tor With Corrogtors-.
A:si-tast spoke as* .7botogra-atrio XGI~Iod of jow-
t at Loalmue Clo,d.-. Candidate of T."_
sloal $alone- k
Az.,"rs.d as b.
tics a the Formica for the Plaao Aerial 3.rvoy &ad the Altl-
logical Aerial 3n".y-. C..dld.t. of J. 1,
A A C40111.1-..f 3.1-an.4 1. P. w.t.im,
Card 2/5 C .. Tip.
salsa.- 3. 1. 1-40.0, Pak. as I Is.
aS1rObm0*Plc Collisistor r.p."m
as &.C tied Goor for the Autozatla &atr, of %he jL&rpl&z#
Is th-OAP-4 . ?Uot.
ti I gruphy Path-. Post,jr.6"t. Sled-% j- j,
Pak. On the -Application of the Photo-
!9;MTrial Casera Testing&. Assistant !~-?. 'Lrah'-w
spoke on Ibe Cosputatlogbof tkk:,A.rL&l Camara CamVs~jjVa-wT--
Inglaver 1.~ . if T holet.4 of the OsOt.%Uk=tora,
OWDI~ MSPSA 401-304a 148411- -ad Teske Related to L-ge-cal- rhatata..-
AGILt- 5-re4li-C Oyer-time-1 Doctor of TenUalt," Sol-...
4.L~l an Th: the Contest. or the
map an .
b. Scal of 1 500000-1 Doctor of T..%.Jeal
5.1 .... a J7 on oul-rea De;"Lts in the =52
md Their RoproducUon an toonomic jUps-l AM.S.U.% 4.. S.
-ftU-06 the -Method of C-Smphle In ... t1g.tIa. so Is. Field
Dwrial the Preparatory Uitarial tort on the Cartographic,
Object (?"a the Working 9sporierco Acquired by the Reahchore-
keys ek.p.dltsl7a (Kobbr.3mys lrpndltlac~ of the KIMA I z 19.,B).,
-Assistant A, S. T.Int-kh- aIt with -The P"blea ~jr J.-_" _-
proving the Relief of . list To-blted T-rrit.,7
.a th
of :Llo, roph!:.Xp a* the Wool. of I . IOOCC*.
.J.:g
1 51 -- IM-A-DALI-Eh 02-k- on or C-Iti-azod
Arens In the C"prah'anive Atlantan of 114 Oalwat-, C&.4tdats
of Tachal..1 aIs d-1tholt2l ',I. S. pop.. -
solentlet, lov:at" he 00 1 Ir" d
a'
.dogo'
A. a. Popov)-. Senior Imtursr Iww.;r.'
-KIrr*r I.- Ob " Tit h late- !. Pro r..o.'I
r.P:c% -2b.aMbles of Coop-se.tL'A'4" it. Tart- i
%!d on
Slow and the Inarsawe of Accuracy in the Xes,suressat o,r rhx_
aic&I " it C. dl4.to of Salem- V. a.
aA!U7_d:.I' . -u:tbod. of I ... ~Id
Gera &M Optical Main ChAractorl.tic. of Aerial Caaers Cvbj*ctLv
W1 th ZroppLag Atmopheria Pre4s~rs &ad Tesperat,re-. X~Atw -
lect.red a. -Vertical Asia sy.t.- at alsk-p;..
aisles optical Theodolites" Assistant 1A-A--ZAQJL-*P'A' as
-BL&btl .4 by the Aid of with Z.. plot.*,. P..t-
emduat. st.dtat ?.~ P~_UkhtML dealt Itb .Th. A.tocaia.. of
Cart 4/5 Measaresests on a Pelf or stereoscopic At Is- Fl.-7
uw&to. held on &Prtl 24 the Chief of the 01-my. ~Pr..I..Iy.
S*odestl 1 kartagrafil a= 3532 (Chief Adatalstra&ion of jec-
64-Y and Cartography of the Ministry of Internal Affair* r
III: US$ 1), A.-N-Nirazov lectared an -The Sev.-year PI.. ..4
is DOTQIOP&sbt of Topogr phis-gao4etja and CartograpAle l,rk-.

Arms$ Zone GIma
Ch"nial. (KhmaLk.)
PMOVIC&Li Goodeslys, I loartacraria, 1959, Nr 6. Pi; T4-75 (ULM-)
ARSTRAM At the Nookovskly I.AtItut josh.mro, Sad..Ij. ^*rafotoo-jv.XI
I kartaCrafti. (Kasoav lastitut. of Gaudette. A.trial Sarr.1 "A
Caartaffraphl: Engineers). the ordinary scientific Confers-
took itmc* a Oril 22-24. L. I- X~ahav, Docent* Candidate of
ft1losaphi woo, spoke on -The OutstandInd wart of
L. 3. U-aa~' Chief of the Ql%vm&Y%
m1loniyo good.all I karta"11 (Mal. Idmaloistratloq of'
- - -) spoke -On the 34'.~J-oa, Plan for %us
"lopeont of Topocraphic-Coodetic end, Cartographic Workw.
"12oine rep"to ore doli,.md in the geodetic soatio.t
L. X. Ynywil-lor, Profemmar,*Uma Int.crols of the 3am-face
lUareas and Their Application to the Mechanics of AxtIftvisa
SateLlitex of the tarth*.- A. V. tand-sebt.-ve Docent, sladic-
a at
l*otzvAI.:to&d Geod:my... a. V. I, -Ac;.~r
Ineft. 3.1 Ica of I C-m.Wts icr- Y the
C. r4i!1~to'k..r Different G-k. S
r- G"rlwtr7 In the Pr#84nt it&&* of Dv-lopm*A_t
Lxlot&nt. reported on the taflirwi'of rounding or,ram *a Us
rf accuracy of solution of line- juatto. yet....-
Candidate of Technical spoke a. the
..%Leslie& or
the *also of DI.trlbatlon o! Mrrarm In Coveralislad the lollef
In 2~74--_K-P~ Dt2Zjae, Plot-g-reduat. st-j--t. "Parts& as
"he solution of :Insar yatax. for the .4j.6tae-t of
too rks.- T. S. Drol-ts." D~d'n-' apparateue
islened by W. far Y4t4l*&:'I7 traversing Itb a short came"a%
'ertical The following reports -or. d.jivs red In the
tie " **n~'
Low 4a_jj__T&!AyLv.'_w repar-to& a.
Perez at md.::,, - add'tlor.1 do" o to the st.~
~5e:ot, spoke on the qosail~jjlty
of 8-mamlL ng the formula. far th A.r .~oy of ouill"s "
altItmiam. - 3 1 Sodjot,~aXsnl N. P. Doost*, -parted
*a a shutte; ror morl&l. sawras,J1.3.
sadjow, an . struSiscogdo ojjsatDr eight, 1. 5. Bodlooav~ asA
-V~_V ~".r X,_L. Trkhav, on the zb..* of a ... pulled delta* for
the antexatic entry of the alrpla.aa into the zroqto for air
gv~rveyo;- fr d.yo.. .1.211flostlov. far %%.
.p ::out*
PQst-gmduat:'43tu4.ns, apks on the ... of -P'.4 film re4-1-tiftS
for the Lzve Callao of sarimZ-oanam hut tdra.-J~J_C_rt shI16
2zene r of the out Lhk atom do.p.1 no. RIPSH, spoke "0. Soloo
Result: " TuakCs -If L&rc*--AIo Motu-
tboud.11to ftrv.yg-.- The following ftp,rt- .*" delivered in
U~ eatogmpkic $motion. pmlosec- V2 Y Nkhov spoke as %be
".t:ot of the ". map on a so.!* of 1 .'2,500,000.- P-f-*-r
-XI-ml R.oour--s of %be V=
,i::.k.
Wn_trpr~ee at. a x-weal N.P.%-
Loolstant, reported on qo as%hod 4f CooL~J-hta field mooss."
'arjAC the pr*par&tor7 qjjt~rlaj vark a- tbo object of
IsartoempkY.- A. S._2L!A=_LLv' Assistant. -P-rlel a. %b6
tap ra - - as of-_-nif reproo.3t.tiou of -e4.4 flat country
i Us topographic map am a saml. of I . io'mo
L&VISteAt. reported on map4 of apartment buli;'
atlas.. of the "1&W.- 1. %b' section of k.llditos of
Appamt". 1. 1. Xe A!ALIk2x~ Dc tout, @poke an the life ~f
A.AI.tazt, -prt-l -a rmr1--%,t%c
-4;7seur 1. C. 3-7k- -5 th- la~ in ma-4me7 16
pbq.l...z t~jiue- verti.e.1,
Axial systems far highly *Oc%r-v Ipti- V. S. Cra'.
card 3/4 1-16tant. am Ightt-4 ilk -j-h .." plfttvv~.
P. Z.".roll A.Atat..-, a %1. utlact!.av.. of

USOV, V.S. aspirant
Checking for straightnese and alignment by, the interference and
diffraction of light. Trudy MIIGAIK no.32:61-73 158.
(RIBA 12:7)
1. Kafedia priborostroyaniya koakovskogo instituta inzhonerov
geodes 1i aerofotoe"yeaki i kartografii.
(Su;veying--Industrial applications) (Diffraction)
(Interference (Light))

UsoV V.S. sta-q y prepodavatel'
,
Using mirror SyStemZ for linear measureraents ',-T ~he xetrc'-`
of autocollimation in a cone of rays. Izv. -,Pls. uchob. zav.;
-1
geod. i aerof. no.3;117-124 164. (MIR-A 18,.3')
1. Moskovskly Institut inzhenerov geodezii, aerafotoel'yomki i
kartograM.

B=MOV,, GA,; MUSAVTSU., N.Io; MISYCOKO., N.M.; SOLDATKIN, A.I.;
SHUMMM, L,D.; Ari~ uchastlys: FROLOV, S.Ya*;
SHISIOPALOV, I.I.; PICRaWA, Z.A.; STOLBUNSKIY,, L.Z.;
TP-LIvad GLOM,, JI.L.; VOLIOWA, A.Yao; ALDOKHINA, V.P.;
- VULCUIN, Tim. T.; SIUKAKOV, I,So; ZAPORMHRM, N.P,;
99A MnW, V#Po; GMHMVA, M.Ta.
vestigation of blast furnace molting using natural gas.
all 22 no.6483-486 Jo 162. (MIRA 16:7)
h
(Blast fumaces-squipment and supplies)

-- 1--- A Z~~ "N . . -- -1m
USOV, VIADIKER VA33ILOYEVICH 1964
Metals c. t63
electric contacts

DUBIKAYTIS, Yu.V.; USOV, V.V.
- ~- ,
Blectrodes for electrocorticogrnnhic recording in the operating
room. Iriziol. zhur. 44 no.3:256-257 Mr 158. (NIFLA 11:4)
1. Hauchno-isoledovntallskiy nayrokhIrurgtcheskiy institut im. A.L.
Polanovn, Leningrad.
(BlECTROENCEPHAWGRAPHY, apnnratus & instruments
electrodes for recording in onernting room (RUB)

BEETISR19VA, N.P.; ~Sov' V.V.
Method for interrupted photo stimulation at the rhythm of natural
brain potentials registered bv electroancephalo&Taphr. Yiziol.
zhur, 46 no.1:108-111 Ja 160. (MMA 13--5)
1. Prom the department of pathophysiology of the A.L. Polenov
Neuro-Surgical Institute, leningrad.
(MOTROWGIMLOGRAPHT)
(LIGHT)
(BRAIN Physiol. )

us Ov ) V. V.
Technic for a mt~ericaj evaluation of the features of the electro-
encephalogram. Flqiol.zhur. 47 no.5:665-W My f61. (14IF-A 14:5)
1. From the Laboratory of Pathologic Physiology, A.L.Polenav
Neurosurgical Institute, Leningrad~
(ELECTROENOEPHLLOGRAPHY)

USOVI V.V.
------I
Optimization of the channel of information transmission in the
adaptation of the visual analysor. Biofizika 7 no.3:328-332 162.
(MIRA 15:8)
1. Leningradakiy nauchno-isaledovatellskiy neyrokhirurgicbeakiy
institut, imeni prof. A.L.Polenov&.
(VISION)

USOV, Va.
S ta 'b, Lstir pr,-perties cf Rnj
eletf-razorticogra.m. blof-'zlka 7 1 j%,-) .
(MIRA 17-9)
1. Tznngradakly ri~v;Ah!rjjrgj:hesk'y
instihil. imani prcf. P~4snl_.vn.

MUMMAJ N.F.; USOV, V.V,
Sane electroencephalographic problems in neurosurgical and
neurological allmical practice. Fiziol, zhur. 48 no./+:378-383
Ap 162. (MIRA 15:6)
1. From the A.L. Polenov Neuroourgical Research Institute,
Leningrad ZELECTRCENCERMLOGIRAPEr) (NEUROLOGY)
(NERVOUS SYSTEM-SURGERY)

r.;
r9
p
aspe:ts ~f t.:-:,,~n 'cgra~:Ly n madIcal
scifintific ins,itutiorug olP !Ir~l R,.7 P. I. R, Biui. ~;-,h. wd. 9..)v,.
3 no.1,91~-20 Jrl-Ag 162. IM 7 P, 8

KRATIN, Yuriy Gennadiyevichl BEKHTEREVA, Nntaliya Petrovna;
GUSEYNIKOV, Vladimir Ivenovich; KOZHEVNIKOV, Valeriy
Aleksandrovich; SENICHENKOV, Boris Tikhonovich; USQV,.
ZLadimir-Vasillyevich; IUTINAS, G.S., red.izd-va;
ZAMARAYEVA, R.A., tekhn. red.
(Technique and methods of encephalography] Tekhnika i
metodiki elektroentsefalografii. [By] IIJ.G.Kratin i dr.
Moskva, Izd-vo AN S-ISR, 1963. 312 p. (MIRA 16:10)
(Encephalography)

USOV) V. V.
Correction. Diofizika 8 no.3:398 '63.
(,AlPj, 17: !1 j

USOV V V, ,
Unit for testing chain rransmissions for wear. Trakt. i sell-
khozmash. 33 no.4:31-32 Ap 163. (MIRA 16:10)
I
.L. Vserossiyskiy nauchno-issledovatellskiy institut mekhanizataii
I. elektrifikatsii sellskogo khozyaystva.
(Agricultural machinery.-Transmission devices)
(Chains--Testing)

__!POV,_ja.A.-KOROBErNIKOV, M.I.;.14AMMOV, K.I.
Sanitary prote6ti-on of the frontiers in the territory of the
Uzbek S.S.R. Zbur.mikrobiol., epid.i immun. 32 no.12:30-33 D 161.
1 ... (MIRA 15: U)
1. 1z Uzbekskoy respublikanskoy 1~rotivochumnoy stantsii, Tasbkont,
Sanitarno-karantinnogo punkta Tashkentskogo aeroporta i Surgan-
Darlinskoy oblastnoy sanitarno-epidemiologiabeakoy stanteii,
Termez.
(UZBEKISTAN-QUARANTINE)
S

USOT, Y(--.
Advantages are evident. A-,rt. turarzp. 43 no.8:20 ig 'A,5.
(~V.IT,~A 18:9)

USOV Yu inzh
Small winter mortar and concrete station. Se2l, stroi. no.9:4-5
S 1624, (KMA 15:10)
1. Froizvodstyenno-tekhnicheskiy otdol tresta Altayteelinstroy.
Building-Cold weather conditions)
Mbrtsr) (concrete mixers)
~

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%I* DZHYDROGSKATION OF 2#2,4-TRIWBTHYLPENTAKE GM A CHROAIMM MALTS
09 t -
Obolonteoy,- and Uan, Y. No (Jo Gone Chqm*o UsBaBoRoo 1946, Is,
933-61 M.P. Sury. For. Potrol. Lit., 6 Doe. 19461 U.00P. LITF.
Ehal. Abstre, 50 Apr. 1947,22, 70). In or,.or to Investigate the
*is a
possibility of cyclisation 7 hydrocarbons having no 6-mombered
carbon ston chain o"r ohrdmia-alumina catalyst# a series of
experiments nas oprried. out &J-4ing at dehydrocyclization of
0:
2,2,4-trimethylpentans. A special flow typo unit was used. The
000 f-I content of aramatice in the product was determined by the specific
i i!
a dispersion methods the content of unsaturated on the basis of
V
bromine nisobers. A subst&n*l con. rsion to arantice was
00 X
established. Formation of alofins, accompanied as titation and
:0 -10- it rovailed below W40, while at higher temperatures the amount of
p
aramatict formed was greater. Carbon formation was more extensive
than formation of aromatics. Rama spectrum analysis of a savl*
which had been treated at 510* established the presence of p-zylmo
and the &boom* of *-xylem and a-xylom. Absence of 3-mthylbaptdne
or known dorivativeo of oyclopropano, or of other naphthenes was
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00 with unastd. hydrocarbons (not with satd. comisdit.), the
06 cistaly" was changed when nems4ry. The reactions
Wift wed to proceed 91-12 win. (1.5-2.0 cc. bydro-
410 carbon passed) be((jte the products were coLlectrd. %Vjtb
*9 it the pure compils., the balance (wt. "r, rtsp., of liquid,
coke and resin. and of isromAtics
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It. Is, 411molvittwv ovid I'll N I'--,v (N. G. cherayinev
SAmile 011%.- Saint.%). 1701AIdw 'Mkt. Xdxk S.S,.Y.R.
71, OU W.11 Jll-*W). - 1. C-I, 41, 1570s, - CatildirrAtm of 4
Vapiol. carricl -011 at 410), with 4 ratc 4 1 1. AMPI ?I.
clitislystilor . jimmium M V,, 1,',. 15, and If, Join., Fr%P--
gave the I"llf- mg 1~ "I low toolooll"fl: trip 111M lit)
to 70". Mv:CO 'I.1,111ifivil sit, clill lr~t jails as tile :?.I-
d1initnitenylbyllrAi,mc); 711 9:-' und"'lonlod. ACOPI;
At -107 . lisp Small bir al,Aly.i,-. i4r, - I IN", rulaittly AcOff
istirtilificil m~ ArtPAX1. N.) akithyde. victor tioanif, At 1
2W AcOl-t himily utulviriporl catalsoriie devoruslu. The
';j.,o (,or,,,, j~ projaii,ly a prothict ( wceiridary
C(h Ahicb
'forizin. #.,~ firtion A,(JII uudrr list effect of odurninuilificate.
The whente. " ILCOLt - 201'XII, ~ MIX(Vi --
C(h + 114) ;(:fCIlItSCO i. pl~lulmofrfl. It differs from the
'cheole 44 S.-Ildi-frol, Ic.,V 2. 21m) for 11,0. eatadyfol.
$Allen A,-011 it&. (rarl,n] u let the lwlle conditions. the
compti. III the Ica-mIs prmJjj(-j thy vol.) Wall Cf"h 'IS'
Coss. ts.1; If (;.4-. i-il-C.114 lit; Cliff All's to.C.H., 2.3;
f1m. I. 2,m- Thr liqjlid pf'offuct cmitaintli much Mirtcl`)
Illso %hill) jifil, of III,. tia-loo, pr'.102, I" If- it 4, t-C.Il..
are likely furin(A. 1). And V. difaint.1 the Atoc preou, I.
frimn ArOf I A-41 .1-6nAur,n% i4ith A1,111,and aluntim-i'if-air.
),ut the rvlllootol ith, ift,blucti 41itYrrrd. .9. CO.
4$i, I fill WI-C.11,, 'A hill, 0, Atilt V.6hill. 1 i-C.11. &111111.1 k'( I
It flitill lie ULINUIll"I IhAl tile th-t-imilm. ill AME't tivis Al (I
I it III fill. fly thc . ho-till. I .141111,h"l I. a A1.3111111-1to, At'.. 1- 1
AtOll ovrr AIM, 'firvoillih it, 0), Alps IfJ)
fieftlIVY Wall JILLU) CISIC&M 'ill AIIIIIIII11^11kAtr &fill 141 (lay
front Unik bike With.UY' Illy wt. I,# wal) allily,c an,l A
duration of 5 i;,. at im-221,N)" Atilt I; lit,. at 110" the -10
Products wem charactirfized a, GOP-: tntin adurnow.
~ificate. Sap(m. lit). Wis. acitl nit. 02, 1. -(i,r lit. 26A. [if n.,
,,. on. 37_41.; from clay. the t',ormpoudills ISCA, are :Us. 1.
M
-A. 12.9. 12, 47 M". (flow tit tit,. .,riXjnwl ixvwsl fill, 1.
W. 1. 94-1). 1, 03 -M'. No a&, .-Avo.1 dwitits the
hut in the "in. of the *pp. w&, fou,ut to ii-, Cth fr,xil
duminmilicate &rat Lot-, M fr-lui day, of the rtcr% in t
the voax decompff.. pf,lixibly in ~., Irln; I) ,.I-
vtorowm to AM juid unatil. hydrwirloon, And (.1) to-
roorboxyholion of the mortil and bydr,,N-141~ml 4 the unwd.
hydrot-artion. Many of the alc,. 'it tile 4t4% tvin I'l he'le.
hydrated in the proecti. Kitty W,

..R /Chemistry - ror-.atization Aur, 5-*
4 'Chemi,
'Conversion of Hydrocarbons in the Pre.3emcp of
'.C-onversioj
_atalysts.
Catalysts. III. The Role of Scpoxat(.~ s
In the A""
~
,in the Aromatizatlon of Paraffinic mid Rydzo-
=--bans Over Chronium Catalysts.," 1). 01,olentsev,.
N. Usov, Chair of Cheri Conversicii of ;',7trc!eu!n
:and Gas, Seratov State U imend I. G. (~h-:rnyslievskiy
ZhUr Obshch Mir." Vol M, Tio 6, pp
'zo=ti--cd n-heptane (I) and 2-rrethylhexerie.-2 ill)
over Cr catalyst at 4&)0C to form aromatic;~, coktr,
gases, with olefins (from I) and paraffirs 1,froill 1*1
as by-products. Only I has induction per7icd. Be-
actido of II is close to bimol type. Found, eq for
WSR/Chemistury - ArmatizatiOn (Contd) Aug 51
dependence of aromatic formation on contact time.
fi=t Of H2 evolved confirmed similarity between Cr
and aluminosilicate catalysts. Shoved dependence
of sep reactions Of conversion of ~,2,4-trimethYl-
hepUne, heptene-1, 1, and 11 on temp in limits
450-5100 and caled corr activation energies and
tesp coeffs of reaction rates.
C7

7h, 7,
uminost Cate
Reactiotil of psters on al R. D. 0b lent- a reverse viter condensation (.11) or a deconipti. to a c. an
N. Tisov d N a Q15aratov J.'O...- Under the same conditions, MR. gave a liquid-
0 '
,'I N ka . I aij contR. 35% EtsO and e5% tinreacted, with 1% CtIli yield.1
1. 45 547c.-B,
1. 1 alances of the reactions undeTgone by With IIC0jI 471/9 were converted selectively to HjO wid
VC02Et (1) at 2500, BzOSt (11) at 300% BzONle (III) at, CO. Of the
other sid! reactions, tne formation of PhMt:
and iso-AmOAc (IV) at 360% In 30-min. runs over in III is attributed to alkylatiou of CjHj by CHI radias.,
;m alumirio-silicate catalyst at a *space velocity of t vol./vol. The reactions of IV on activated Askan clay are arialnsous~
-,Ialyst/hr. ittider atm. prc3iure, fire summarized by the to its reactions on aluminosilicate; IGO molts IV r(-acte&
.. Howing schemes, wiltire the figures In warentheses give the yield 99 moles amylenes and 78 molps AcOH. Conversion-
~.;,Jds in mola/100 moIcs ester reacted, and the figures on i of AcOLt on the activated clay 1.~ sonvtwhat lm?tr, and that,
mQ at ruw-_ the no, of moles of the corresponding reactant. of I considerably lowc- than on a;, itic-_ilicate. the yicl,13,
'I lie main direction of the reaction is a conversion to unsatd. of C,114 are only 87 and 3 tnotes, resp., per 100 Moles E3tfr'
livilrocarbon and acid; however, there also can take place passed,

C,~nver-i~in of in the Pre:,,ence of Nldr,
Aronu:tiz, ti m 2, Pont,-ne (jvf-r Chr n0.
1.1f."tol i-"n (1 148, S.) -jrnil- st, tpq r o ob-hclir~y I~himli
of Pu.lers )Il Gelleml CIIC-110,1-0, TO TT,
Sbmtov SII~Ae i'-, Chnir of' tl,p r~iemlc- 1. C
G,,

WSSR/Che,r&_94;ry FD - z7-j-
()V
,
Card 1/1 Pub. 41-15/18
Author Obolontsev, R. D.; Rozhdestvenskiy, V. P.; Yenlkov, Yu. 11. and
Usov. Yu. N.; Sazatov
Title : Obtaining hydrogen by the catalytic conversion of natural gas with
water vapor
Periodical : Izv. AN SSSR. Otd. tekh. nauk 8, 133-146, Aug 1954
Abitract : Invest�gates manufacture of hydrogen by means of catalytic con-
version of natural gas with water vapor. Studies kinetic laws of
methane (natural gas) conversion process realizable on laboratory
equipment of the flow type in the presence of typical industrial
nickel catalyst. Selects optimum procedure, on basis of laboratory
data, for industrial equipment. Diagram; tables; graphs. Thirty-
one references; 23 LUSR-
Institution : Saratov State Univers*ity imeni N. G. Chernyshevskiy, Bashkir
Branch, %cademy of Sciences USSR
Submitted : August 7, 1954

USSR/ Chemistry - Condensation
Card 1/1. Pifo. 151 - 12-138
Authors : Obolentsev., R. D.; Usov, Yu. R.; arxl Entkov, Yu. 1'.
Title : Condensation of aniline with glycerin, paraldchyde and acetylene over A12-
(Si03)3
Periodical : Zhur. ob. khim. 24/2, 252-255, Feb 1954
Abstract : The r)rincipJe possibility for direct synthesis of quinoline, quinaldine, and
ethyianiline throagh the condensation of anline with glycerin, pa-raldehyde and
acetylene invapor phase over an aluminum silicate catalyst, discussed. The
catalytic effect of A12(Sio3)3 in~ above Twntioned synthesis waF found to(be
analogous to the cataly-tic effect of Al 0 It was established that A12 3'C)3b
2
causes the dehydration of the glycerin ?n ; acralein, and the condens,~,ion o'
the aniline with glycerin or paraldehyde ,-rhich is follvaed by the separa,cion
of the 1~ydro,,en and the. fonnation of interi-ilediate products - acrolcin or cro-
tonaldehyde. The mechanism of cond-~nsation Over J'l2(Si0'))') io explained.
Thirteen refcrenceo: 12-USSH ai-Y1 1-03,01mur, ('1904-::.9~1). 'T"Iblo;
Institution The N. G. Chernishevskiy State University, Saratoir
Submitted z September 16, 1953

Tzer. z--

A"
Usov'
USSR/Chemical TochnoioFy. Chumical Froducto and Tileil, 1-1.4
Applicatlon--Treat~rirjnt of natural f:n-sos and
patrolou-m. i.1 o t~ o r If u,-- xbr i car, to .
Abs Jour: Ref Z-hur-Mainilya, A7o 191`7, G339
Aut'nor Rozhdestvanskiy, V. P., 2nIkov, Yu. V., and Usov,
Yu. N, --------
Inst a University
Title The Chemical U7~;ilizaticn of Hydrocarbon Gases (A
Contribution to Foooap~,,h un the Production of
Hydrogon from flatur:.i). Cwi)
Orig Pub: Nauch, azher~odiilj-k za 1954 g Saratov, 1955,
566-56.9
Abstract; A brief prosontati.,:ii of b,-isic i-u,lults from labora-
tory work on the production of hydrogen by the
reaction of Sarcitov natural gas and other CH
containing gases over a No I Ni catalyst at cim-
paratures of 5E0-6000 using steam: gas ratios of
2 ; 1 and 3 : 1 and space valocitios of 500-17,000
Card 1/2

USSR/Chemical Technology. Chemical Products and Their 1-14
kpplication-Treatment of natural gases and
petroleum. Motor fuels. Lubricants.
Abs Jour-, Ref Zhur-Miimiya, INo 35, 1957, 9338
Abstract: voltuiwa par volume of catalynt per hour; the
work was undortakon for the purposo of osta-
blishing operating conditions for the industrial-
scale conversion of Sarit-ov natural gas with
yields of 9?.8-0,6.5% hydrogen at the Saratov
hydrogenation plant. Results from praliminary
experiments or, the conversion of propane are also
reported.
Card 2/2

USOV, Tu.N.; SIDDRDVA. N.V.
Conversions of hydrocarbons In the presence of ozide catalysts.
Part 7. kromatizAtion, of binary alkane-arene mixtures over a
chromium catalyst. Zhur.ob.khim, 25 no-9:1702-1704 8 155.
(KUU 9: 2)
I.Saratevskiy gesudaretvennyy universitet.
(Paraffins) (Aromatization)

t-, --- -- - - --- - -
- I t
I -I- -, ~ - - -~~ - - -i -N-f- ~ -
-11
f~
I

N ~N-
Q
ye.y.; KUVSHIROVA. u.j.; YELOVATSKATA. L.A.
T SKVORTSOVA,
Catal7tic deh7dration of isopentens to isoprens. Zhur.ob.khim.
27 no.10:2721-2725 0 '57. (MIRA.11-4)
l.Saratovskiy gosudaretvenny7 universitet. ...
(Isopentens) (Iooprone) (Dah7dration)

S/081/61/000/005/015/024
B101/B220
AUTHORS: Usov, Yu. K., Skvortsova, Ye. V.
TITLE: The problem of aromatization of n-heptane and n-octane on
the molybdenum catalyst
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 5, 1961, 535, abstract
5M177 (5M177) ("Uch, zap. Saratovsk. un-t", 1959, 71, 167-174)
TEXT: Reference is made to the results of a comparative kinetic study of
the aromatization of n-heptane at 500 to 55000, and of n-octane at 460 to
5200C on a commercial molybdenum catalyst used for hydroforming and
containing 8 % of MOO Y The tests were made in a continuous laboratory
installation under atmospheric pressure and with volume rates of the
initial material of 0-3 to 2.2 hr For n-heptarie and n-octane,the
experiments gave yields in aromatic hydrocarbons of 5-27 ~ (calculated with
respect to n-alkane passed through), and 7 to 40 % for a degree of
conversion of 20 to 70 % and 13 to 70 %, respectively. In order to find
out the primary reactions of conversion, the yield of individual products
Card 1/2

The problem of aromatization of n-heptane ...
S/081/61/OQO/005/015/024
B101/B220
(aromatic hydrocarbons, olefins, gas, coke) was deternined in per cent of
n-alkane converted; this was done by extrapolating the curves yield -
degree of conversion of n-alkane to the zero degree of conversion, It was
found that the primary conversion of n-alkanes develops in three direo-
tions; dehydrogenation to olefins, dehydrocyclization and formation of
coke, the latter two reactions prevailing. The yield in aromatic hydro-
carbons, olefins, gas, and coke was found to be dependent on the temperature
at different volume rates of the initial material. For the conversion of
n-heptane at 500 to 5500C and of n-oatane at 460 to 5200C, the apparent
activation energies were determined for the aromatization reaction
(21,300 and 20,360 kcal/mole, respectively and for the "summary dehydro-
genation" (18,480 and 16,650 kcal/mole). iAbstracter's note: Complete
translation.]
Card 2/2

-,-r ~
.~i ..- -
1 1.0 USOV# Yu.N.; SKVORTSOVA, Ye.v.
Synthesis of 7,8-dimthyltetradecane. Uoh.zap. SGU 75:53-55
1 162. (MIRA 17:3)

USCV. ; KWSHINOVA, N.I.; IVANOVA, S.M.
-i~~
Aramatization of binary alkane-arens mixtures an a platinum catal7Bt,
Neftekhimiia 2 no.2:150-153 Rr~p 162. OKIRA 15:6)
1. Saratovskiy gosudarstvemyy universitet imeni N.G.Chernyahevokogo
kafedra tokhnichookoy khimii i Nauchno-ionledovatellskiy institut
khimii,
(Hydrocarbons) (Aromatization)

USOV, Yu.N.; KUVSHINOVA, N.I.1 IVANOVA, S.M.
Aromatization of binary alkane-eyelane mixtures on a plati=
catalyst. Neftelrhimlia 2 no.5s666-669 S-0 162. OaRA 16: 1)
1. Saratovskiy goondarstvannyy universitet Jjwni N.G.Chernyahevokogo.
.(Hydrocarbons) (Aromatization)

37851
3/080/62/'035/005/014/C) 15
371 ~1'.a C D247/D307
AUTHOI-I'S: Usov, Yu. N.., Skvortsova, Ye. V., Vyshemirskiy, V. S.,
AiferoVS-,-G~-.V., Klyushnikova, G. G. and kSmirnova,
N. S.
TITLE: Polymerization of the butane-butene fraction of crack-
ing gases on a phosphoric acid film catalyst
PERIODICAL: Zhurnal prikladnoy khimii, v. 35, no. 5, 1962,
1148-1150
TEXT Various carriers for films of phosphoric acid, based on na-
,ura.L silica, were investigated. The film ca-talysts were prepared
direcl'.-ly on the base of ground quartz of sands treated wilh HP.
r1he reaction was carried out under constant flow conditions. An
increase in pressure Irom atmospheric to 40 - 50 atm was.found to
result in lower efficiency of the polymerization process. A series
o.-'L' coarse-grained sands were also prepared as carriers to -investi-
gate the effects of impurities and of specific grain surfaces. Re-
--sults, expressed as the yield of diisobutylene polymer as a Der-
Card 1/ 2

Q
"/08 62/035/005/014/0-115
Polymerization of the ... D247%307
centage of the butenes presen-t. and as grams per liter of tile car-
.-ier per hour, are giveri-for a series of carriers for the film
catalyst and for various times -for the reaction. Optimum coriditions
fo.- the process were found to be (at atmospheric pressure): a tem-
peraIture of 175 - 1850C, an input rate of 75 hour-1 for the reac-
Uanis and a periodical addition of fresh phosphoric acid for the
cata-lyst at the rate of 0.5 - 0.7% of -the original quantity per
hour. After workinIc, for 50 hours under these conditions, the ac-
tivf_ty and yields using films on quartz became comparable with
t',ooe obtained with the industrial catalyst (phosphoric acid on
to rege-
--iesel hur). Sand- or quartz-based catalysts were easier t
-e by aqueous washing and air or steam and air blowing than
U
ncz-a'. J M - J.
the industrial catalyst. Acid-resis'.ant steel used as a reactor
vessel did.not effect the reaction, There are 2 figures.
~_'S-J'L`TION: Saratovskiy gosudarstverinyy universitet imeni N. G.
ka j k,
Chernysi,levskogo (Saratov State University imeni X. G.
Chernyshevskiy)
__S'J5T.:ITT!'D: April 10, 1961
'Jard 2/2

UISOVJI Yu.N.; MARKUSHINA, I.A.
Possibility of producing ceresin and structural bitumen from
paraffinic deposits of the Saratov oil fields. Uch.zap. SGU
75:55-57 162. (MIRA 17:3)

USOV, Yu.N.; MEITSELI, N.G.
Conversions of n-hexadecane over a molybdenum catalyst. Uch.
zap. SGU 7507-60 162. (MIRA 17:3)

USOV Yu N - KUVSHINOVA, R.I.
Conversions of 2,2,4,trimethylpentane and n.octane on a
platinum catalyst. Kin.i kat. 3 no.6:931-936 N-D 162.
(MIRA 15:12)
1. Saratovskiy gosudarstvannyy universitet imeni
N.G. Chernyshevskogo.
(Pentane) (octane)
(Platinum catalysts)

USGV,, Yu.N.; SUORTSOVA, le.v.; KLYUSHNIKOVA, G.G.
Dehydrogenation of methyleycdchexane oii alLmina-chronia and
alwaina-molybdonun oxide ~:vt-lvstta. Ileftekbimiia 3 nc,.3:320-
325 14Y-Jo t63, (~al!A 16:9)
1. Saratovskiy gosudarstvennyy universiteL Imeni Cliernyslievskogo.
(Cyclohexane) (D)hydrogenation) (Gatalysts)

u
SKVORTSOVA, Ye.V.; YELOVAISKAYA, L.A.; IVANOVA, S.M.;
VAYSTUB, T.4G.,- --TROGANOVAp N.V.
Investigating the chemical composition of gas and gas
condensate of the Stepnovskoye field. Izv. vys. ucheb. zav.;
neett i gaz 7 no.3%55-58 164. (KRA 17-6)
1. Saratavokiy goBudart3tvennyy universitet Imeni N.G.
Chernyehevskogo.

USOV Yu.N.; HVSHINOVA, N.I.; SHESTOVA, L.S.
Kinet-',,s of the dehydrocyclization of n-heptane and n-octane on an
aluminum-platinum catalyst. fleftekhimlia 4 no-5:700-W6 S-0 164.
(VIRA 1.80)
1. Saratovskiy gosudarstvennyy universitet Imeni N.G.Cherny.-hevskogo i
Nauchno-issledovateltskiy institut khimli.

USOV, Yu.N.; MUMMA, Ye.V.; ALFi~ROVA, CU.; YUOVATSULA, L.A.
Catalytic refo-ming of ~;te~movskiy gas-condenzato fractions.
Izv. vys. uchEb. zav.; neft' i gaz 7 no.5:59-63 164. (IM,iA 17:9)
1. Saratovskiy gosudarstvennyy universitet im. N.G. Chernyshovskogo.

US S)WORTSOVA, Ye.V.; YELOVATSKAYA, L-A.; VAYSTUBP T.G.;
A EROVA, G.V.
Pyrolysis of Stepnovskiy gas condenoatee Izv. YYB, ucheb.
zav.; neft' i gaz 7 no.lla45-49 164. (MIRA 18ill)
1. Saratovskiy gosudarstvannyy universitet :hn. N.G.
Chernyahevokogo.

U.,!r)!' vu.N.; SM101-PT"]OVA Ye.V.; 7 G.G.
0
Conversions of C::j - C~~ n-alkF~nes cn an aluminum-nolybdenum.
oxide catalyst. fiaftt,~kr"itnlia 5 no.6:850-855 'n'5.
(MIRA 19;2)
1. Saratovskly Coslidarstvennyy universitet imeni Chern~sievskogo.
Submitted Feb. 15, 1965.

27715
S/12o/61/000/003/028/041
/"o 46 9095/9135
AUTHORS:. Voroblyev, G.A., Mesyats, G.A., and Usov, Yu.P.
TITLE: Generator of single high.,vgXtagq pulpes of
nanosecond duration
PERIODICAL: Pribory i tekhuik& eksperiment*,,l96l,No.3, pp.165-i66
TEXTs 20 kV pulses of nanosecond'ditration'are produced by
discharging 5pF capacitor through a 1.5 6'6f'coa-xial cable when
throe spark gaps break down in succession, the lost breakdown
occurring at an overvoltage of three'times. According to earlier
work-of the authors t'-~iz over-voltage give's-a pulse with fast
rise-time. The described instrument producon pulses with a rise-
time-of 6 nanoseconds. Pulse'length can'be continuously varied
between 15 and 45 nanoseconds... Pro4Uc4d..pq4sos are. displayed on
a CRT, the t1me-base voltage,of which in derived by the Same
method--as the pulses, the leading edge-being-used-for deflection.
Synchronisation is actcieved"by,illumiuation of the time-baze spark
gap by-discharge arc of one of tho'gaps in the-pplxe-producing
circuit. A second generator of pulse voltages supplies 30 kV
pulses to a CRT; these pulses art locked to the main pulse.
Card 1/2

27715
Generat-or of si-ngle high voltage so*$- 5/1'2o/61/000/003/028/041
E095/C135
The generator is-supplied from-Yo1tage-doubler rectifying circuit
producing 20 W, only half of which is-used-for the display
circuits. The pulse-producing-part-of the instrument in supplied
with the full 20 W.
There are 2 figures and 3 Soviet references.
ASSOCIATIONt Nauchno-isoledovat*lfskiy-institut yadernykh
inaledovaniy-olektroniki i avto"tiki, Tomakogo
politekhnicheskogo instituta
(Scientific Research Institute for Nuclear Researches
of Electronics and Automatics, Tomsk Polytechnical
Institute)
SUBMITTED: June 28, 196o
Card 2/2

VOROBIJEV, A.A.; VOROBIYEV,, G.A.; MESYATS, G.A.; USOVO YU.P.
Spark gap commutation time. Izv.vyo.ucheb.zav.; fiz. no.5:174-
175 161- (KMA 14:10)
1. Nauchno-iseledovatellskiy institut pri Tomskom politekhnicheskom
institute imeni S.M.Kirova.
(Com=tation (Eleqkricity))

30
S/14 6'1/OOO/'O12/r)O'-".`O05
D299~D305
AUTHORS: Mesyeatsq G*A.t an Engineers
TITLE: Influence of air pressure in the spark gap on the
parameters of a high-voltage pulse front
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Briergetika,
no. 12, 1961, 39 - 44
TEXT: The results are given of an investigation of the ef'Lect of
air pressure on the parameters of the pulse front during static
breakdown. The Weizel-Rompe formula for spark resistance is used
(Ref. 3: Theorie der elektrischen Lichtbbgen und Funken, Leipzig,
1949). After transformations, one obtains 1he formula
82
21 0 2 + 2.2 L (6)
a p U_ KH
where so is the static breakdown distance for a voltage U. and
pressure p. to is the length of the pulse front, Por the maximum
Card 1/4

33330
S11 43/61/000/0 1 21'0;~/n~)~-
Inf"L:'-r.,z;e of air pressure in the D299/D305
curvature of the pulse front one obtains
3
allo. p -[I - rf(A)l
dt max :~ 254 s 02 j
The values of the function (p(A) are listed in a table. From Eqs.
(6) and (8) it is evident that with constant voltage Uo and fixed
parameters 'L and RH (the load resistance) of the discharge circu:L-.,
it ia possible to reduce the pulse front and increase its curvature,
by increasing the pressure in the spark gap. The experimenteLl cse-Z'Up
is shown in a diagrams The discharger, placed in a chamber of orga-'A/
nic glassy had spherical brass-electrodes of 20 am diameters All
the experiments were conducted in air. It was found that t~ dependS
largely on the magnitude of 1.he undervoltar 6 at the spark aap-
Th,~ coefficient a was found to be a .-: 1 cm at~j/v2_sec. A compar-.-
son of experimental and theoretical curves showed that Eqs. (6).
and (a) give a more or lesa accurate description of the behavior of
the pulse front parameters as a function of pressure, ~roltage? and
inductivity of the circuiz. The value of a = 3 cm2,a,,a//veos-e,2, can
Card 214

33330
S/1 4~,1/61/000/0 *, 2/002/005
D" air 1-~ rhe D299/D305
b= used for the pressure iri spark gaps with voltages
f-om several- t,~ several tens of kilovolts. For other gases and
higher voltages, further experiments are required to determine a,
The formula for the pulse-front length is derived on the basis of
Vleizel-Rompe:s theoryo A method has been developed for stt~dy :.,I th~--
parameters of the nanosecond (10-9 see) pulse -front as a function
of pressure. With increasing pressure, the length of the plillse
front decreases and the maximum curvature increases to a lirait,
bounded by the time constant L/R11 of the discharge circ-ui I,. With
L :~- 0.07 - ,0-6H., RH - 75 ohm, p ~z 3 ata, one obtains a pul~3e
r-z~ 2 nsec, for U .= 15 kilovolt, With a change in voltage from
.to 23 kilovolt, t~ changes only insignificantly.. Vh_-~rh spark-gap u,-.,--
dervolt-,.ge, the length of the pulse front is larger than with sta.- V/
ti- breakdown. The formulas for the parameters, obta-ried by Ihe
Weizel-Rompe theory for a = 3 cm2-ata/vZsec, can bemused for ap-
proximate computation of high-voltage nanosecond installations with
spark-gap dischargers in compressed air. There are 6 figures, 2
tables and 11 references: 4 Soviet.-bloc and 7 non.-Soviet-bloc kin-
,~luding 6 translations).
Card 3/4

33330
S11 43/61/000/101!
Influence of air pressure in the ... D299/D3G5
ASSOCIATION: Nauchno-issledovatel-skiy institut yadernoy fizAP!,
elektroniki 4L avtomatiki pri Tonskom ordena Trudovo,
go Krasnogo Znameni politekhnicheskom instl;.Lu-, imeri:_
S.M. Kirova (Scientific Resea-,i Institute of Nu,_1ear
Physics, Eiectronics and Automation at the Tomsk Or-
der of the Red Banner of Labor Polytechnic Institute
imeni S.M. Kirov)
PRESENTED; by Nauchnyy seminar sektora vysokovolitnykh apparatov
(Scientific Seminar of the High-Voltage ApparatuS De-
partment)
SUBMITTED: January 16, 1961
Card 4/4