SCIENTIFIC ABSTRACT ULYANOVSKIY, R.A. - ULYBYSHEVA, Z.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001857920020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BATALOT, Anatoliy Leoaidovich. IY RIA otv.red.; YUREVIGH.
L.I., red.izd-vB; TAZWTSKAYA, Z.Sh., tek)m.red.
(Transportation in modern India] Transport v sovremennoi
Indii. Kosk7a, Izd-vo vostochnoi lit-ry, 1961. 229 p.
(MM 14:4)
(India--Transportation)

LUKIYAN M.I.9 otv. red.; ULIYANOVSKIY R.A., otv. red.; KAZAKLMCH9
I.S.q.red.; KOTOVSKIY~-G.-~.7.9,-,re~d~.~';-.~y IbHv L.I.9 red. izd-va;
BEWLAVSKAYAp L.Sh.t tekhn, red.
(Agrarian reforms in the Orient] Agrarnye reformy v stranakh Vostoka.
Moskva, Izd-vo vostochnoi lit-ry, 1961, 234 P. (MIRA 14:9)
1. Akademiya. nauk SSSR. Institut narodov Azii,
(Asia-Land tenure)

KLI111KO, Grigoriy Nikiforovich; LLTANUVSKU.,..R,A., prof., otv. red.;
LIOZNOVO A.G.,, red.
[Agrarian problems of independent Burma] Agrarnye problemy
nezavisimoi Birmy. Moskva., Izd-yo "Nauka," 1964. 230 p.
(MIRA 17:6)

A C CF~S S I 01~ t-l R A P 0 n r) C4 1 ri nn to L
7
CE' JVUZ.- ~4.alctekhnlka, -V. 8, no. 1) 1965, ?6,16
TOPIC TAGS: phase AFG noise immunity
A BST P-A. Cr - ~,4e a ri ns- t F~~ a', d : ff,-: 7-cnc c, of tc- p ~L,,
A C SyC,-' -:v- ijy --rjt~an~ oj a
counter is b,-i.cflv descr'bcd, Thf, e r ror of niL~aaii rnmon- i -q ~IAIT~~rl fn
A noise ctiode was as a qu,-i e :)f r1o., zse. A pir't (J
frequer.cy vs 11j,'fEi ~i~.
filter baseri v-priatnr~z ql,l AF-
Orig. art. !--as: -' Lgurep Lad 4 L ~3
ASSOCUTION: none
SUBNUTTEID: 18Jun63 ENCL: 00 SUB CODE: EC
FNOIAE:~- 60-Y.. 00Z OTI-M: 000 ATD PRESS: 4004
C.M 1/1-
TOM - TITM-r~ 11-1 FTM-P rm~T= 7 7 VM

MITELIMAN, M., brigadir; GLEBOV, B., inzh.p istorik; ULIYANSKIY
IVANOV, G.A., red.; KALAUSHIVA, K.Ye.p red.f-PTO-TOPOPOV, M.I.0
red.; ROZMIOV, M.D.., red.; BACHILO., Lj, red.; VINOGRADOV, V..,
mladshiy red.; MOSKVDIAp R.p takhn. red.
(History of the Kirov (formerly Putilov)Metallurgical and
Machinery Plant in Leningrad) Istoriia Kirovskogo (byv. Putilov-
skogo) metallurgichaskogo i mashinostroitellnogo zavoda v Lenin-
grade. Moskva, Izd-vo sotsiallno-okon. lit-ry. Vol.l. [History
of the Putilov Plant 1801-19173 Istorila Putilovskogo Z&voda,
1801-1917, Izd.3. 1961. 719 p. (MBA 15:2)
1. Leningrad. Institut istorii partii.
(Leningrad--Machinery industr7)

ROMANCH". Vasiliy Vasillyevich; ULYAVLSBV. P.S., red.; PULIN, L.I.,
tekhn. red.
[For high crop yields; an account of Valentine Gaganovais
followers in the agriculture of Tula Province] K vysokim
urozheiam; ocherk o pervykh gaganovtsekh Tullskoi derevni.
Tula, Tullskoe knishnoe izd-vo, 1959. 15 p. WRA 14:5)
(Tula Province--Agriculture)

SMIRNOV 9 Nikolay Aleksandrovich; UL I YMITSEV 9 P. S. 0 red. ; FUIMIv L * 1. 9 tekbn.
red. . . ..... 1~ --------
[Essential link;-ikethh about Aleksei Baranovt a member of the Com-
munist Youth'Leagdb and A leading promoter of meobanized corn cultiva-
tion] Oanonoe zveno; ocherk o paredovom tullskom mekhanizatore kukuru-
zovodstva komoomolltse Aleksoe Baranove. Tula, Tullskoe knizbnoe izd-
vo, 1960. 34 P. (MIRA 14:7)
(Corn '%-Maize))

-- -- -- ---- --- ----
POPOTA, Anastaelya IvanovnBe knnd.ekon.uauk;,UL'IANTSBT# P.S., red.;
PULIN, L.I., takhn.red.
[Development of the concept of collective farm property] Pati
razvitiia kolkhoznoi sobstvennosti. Tula, Tullskoe knizhnoe
izd-vo, 1960. 46 p. .04MA 140)
(Collective farms) (Property)

'z ly
Ij
S-' as
,V.W/
tf
UL'YAITSKIY, S.V., professor, doktor tekhnicheskikh naukj TSIRG, I.P.,
~.J~"Ayushchiy obyazannosti starshego nauchnogo sotrudnika.
Problem of scale-models in studying operation of ventilation
systems. Tinudy Stroi.inst. Mosgorispolkoma no.4:6-8 153.
(Ventilation) (MLRL 8:3)

OSIPCHM, Takov Narkovich; ULITANSIT, P.S., red.; PULIX, L.I., tekhn.red.
Dootechnician in obarge of a ovine farm] Svinoformol zavedust
sootekhnik. Tula, Tallskoe knishnoo izd-vo,, 1960. 31 p.
(MIRA 14s12)
(Swine)

ULITAY-PSEV, Petr Stepanovich. TUPIKOV, A.I., red.; PULIN, L.I.,
tem.
(The Moscow Basin yesterday, today. and tomorrow; popular study
of the coal industry in the Moscow region, its development in
the period between the 20th and the 21st Congresses of the CPSIJ.
and its future development in the seven-year plan] Mosbass
vabera. segodula, savtra-, populiernyi ocherk podmoskovnoi ugollnoi
promyshlennosti, as razvitiia v period meshdu IX I XXI s"andami
KPSS i perspektiv v semiletke. Tula, Tul'skoe knizhnos izd-vol
196o. 286 p. (HrRA 13:12)
(Moscow Basin--Coal mines and mining)

Orekhovo Ivan Mikhaylovieb; UWYANTSEV.. P.S.j red.; PULIN, L.I., tokhn.
red.
[Fulfilling the sevgn_ye&r plan] V ritme semiletki. Tula., Tullskoe
Imizhnoe izd-vo) 1961. 22 p. (MIRA 14:12)
(Rovotullskiy-Steelworks)

UL'TAMYCHEVA-YUDINTSEVA, M.P.
- --
Sensitivity to penicillin and strentomycin in sick and healthy
children as determined by a drop-type skin test. Top.okh.mat.
i dot. .4 no-3:63-67 147-J8 '59- (MIRA 12-8)
1. Iz Gor'kovskogo pediatrichaskogo nanchno-iseledovatellskogo
instituto, (dir..A.A.Prokoflyeva, nauchnyy rukovoditel' N.I.
Nozin) Ministerstva zdravookhranoniya RSFSR.
(PROCILLIN) (STRMOKWIN)

UL4YASHCHFMO, V., inzh.
Unjustified fears. Pozh-delo 7 no-8:5 Ag 161. (MIRA 14: 8)
- (Safety lamp)

KIR EV, M. 1. ; DZRALAWV, Ye.M. ; UL 'YASHCRENXU.XjO,, -, VESEWV. A. I.;
7 PROSHCHIN. Ya.A.; SEM Y71rV'9'V.%.
Discussion on the use of PPV wire. Prom.energ. 11 no.7:19-27
11-156. (MLRA 9110)
1. Gosenergonadzor Ministerstva alektroBtantail (for Kireyev)
2. Glaynoys upravlenlye pozharnoy okhrany Ministeretva vnutreanikh
del SSSR (for Dobalalov) 3. TSentrallnyy nauchan-iseledovatellskiy
inatitut protivopozbarnoy oborony (for Ullyashchanko, Veseloy)
4. TS@ntroolaktromontazh (for Proshchin) 5. Treat "Moselaktromontazh-l"
(for Berebryakov).
(Electric wire, Insulated)

inzhener: RAKOVICH, 1.0.. redaktor;
VINOKMOVA, Ye.B.. redaktor izdatelletva; PHTROVSKAYA. Ye.S.,
takhnicheskiy redaktor
Lfire prevention measures for electrical equipment in installations
subject to fire and explosionsj Foxharno-takhaichaskie trabovanita
k alektrooborudovaniiu pozharno-yzryvoopasnykh pomeshchenti i
narushnykh ustanovok. Moskva, Izd-vo K-ve kommun.khos, RSYSR, 1957.
88 p. (MIRA 10:7)
09lactric machinery--Safety measures)
Qire prevention)

8(2)
SOV/112-59-2-2297
Translation from; Referativnyy zhurnal. Elektrotekhnika, 1959, Nr Z, p 4 (USSR)
AUTHOR: Ullyashchenko, V.& ..
TITLE: lnii~-~tigati~onof Explosion - Hazardous Properties of Electrical
Equipment (Issledovaniye vzryvoopasnosti elektrooborudovaniya)
PERIODICAL- Pozharnoye delo, 1957, p 9
ABSTRACT: Bibliographic entry.
Card I I I

UL'YASHOMKO, V.Ye.
Remarks on P.M.Tarasankov's article. 'Anarg.biul.no.9:26-27 S '57.
(MIRA 10:10)
(1xplosivii-Safety mea-a-urii)- (Tarasenkov, P.M.)

L11YASHCHE&O, V.. intbener.
Checking explosion safety of electric equipment. Pozh.delo 3
96.6:9 Je 157. (MLRA 10:7)
(Electric Engineering--Safety Measures)

TIL'YASHCHEITKO., V, Ye.: MA.,?,.er Tach Sci (alea) -- "investigation of the F,-Y--Dlo-
sionproofness of electrical equimient, in various explosive media". Moscaw, 1T,58.
19 prp (Min Higher Eauc USSR, moacov Mining. Inst im I. V. Stalin), 150 copies
(KL, m 6, 1959, 1=6)

ULfyAjjjg;JJWA,V.I inzh.
The PGF2-VZG portable explosion proof gas wializer. Pozb.delo L&
nn.8:6-7 Ag 158. (KIRL 11:9)
( %,diometer)

SOV/110-58-9-17/2U
AUMURS: Kravchenko, V.S. (Doctor of Technical Science) and
Ullyashchenko, V.Z. (Engineer)
TITLE: L-Stu-a-y-cf--b-x-14~e6ion-proof Electrical Equipment in an
Atmosphere of Explosive Gas (Vzryvobezopasnost'
olektrooborudovarliya v atmosforo vzryvchatykh ,,,,-azov)
PERIODICAL: Vestnik Elektropromyshlonnosti)1958,Nr 9 pp 69-74 (USSR)
1.24
ABSTRACTS fleavy-current electrical equipment is Yupsually made flame-
roof by the provision of an explosion-proof casin,g
gaving flanges with gaps of such dimen3ions that gases,
expelled to relieve the internal pressure formed when an
explosion occurs, are cooled down before reaching the
surroundin.- explosive atmosphere. Recent Soviet work has
clarified the mechanism of flame-extinction in narrow gaps
and some new properties of explosion-proof casings have
been discovered. The critical gap between infinite planes
at which flame ro agation ceases depends primarily on the
properties of t9e turning mixture, particularly the energy
of activation, the maximum flame temperature, the thermal
conductivity of the gas ani the rate of propagation of the
-d 1/6 flame relative to the products of combustion. Theoretical
Cal equations for the critical gap are written, but they give

SOV/110-~8-9-17/2-'j
A Study of Explosion-proof Electrical Equipment in an Atmos,~:here of
Explosive Gas
only the order of magnitude for different gases. It is
clear that the reason why the material nature of the flange
has little effect on the flame-suppressing efficiency is
that the heat-transfer is mainly governed by the thermal
conductivity of the gas. The effects are more complicated
in the closed casings not in practice than they are in the
theoretical infinite caps. There are considerable increases
of pressure and tomperature inside the casing, so that the
gaps must be smaller. In experimental work on explosion-
proof gaps the variability of the effect of explosion
propagation is important. A special test rigwas made up,
as schematically illustrated in Fic, 3, and consists of a
special spherical casing of 2.5 litres for determining safe
gaps, with a controlled gap between the flanges. This was
filled with an explosive-mixture and placed in a large
(220 litres) explosion chamber containing the same explosive
mixture. The mixture inside the sphere was ignited by a
Card 2/6 magneto spark. It was found that for a given sot of
conditions an explosion,could occur only occasionally, for

soV1llu-58-(,~-_'712U
A Study of Explosion-proof Electrical Equipment in an Atmos.,here of
Explosive Gas
example, only once in 60 tests, and in one case only
once in 167 tests. It is usually considered that a gap
is safe if no explosion occurs in a certain number of
tests. In practice a safety factor of 2-. ;V or so was
allowed in gap length. Tests made in t e T3NIPO served
as a basis for a more reliable method of determining safe
gaps. An attempt was first made to establish a relation-
ship between the probability of an explosion being
transmitted and a factor governing the intensity of the
source of ignition, such as the size of the flange gap.
Similar work was recently done in England by Bruce, but
later tests were not in accordance with the lip-ear
relationship that he established. Our tests were made in
hydrogen, acetylene and propane. Onl a 1'mited number
of tests could be made and we had to ~c satisfied with
3 - 5 positive results in about 300 tests. It will be
seen from the rosults given in Fi-r L~ that a reliable
U -.3
u
rela-"ionship was nevertheless obtained. The tests con-
Card 3/6 firmed the validity of the law of probability of ignition
for ignition sources of unstable intonsity. The

SOV/110-58-9-17/20
'Wi
A Study of Explosion-proof Blectrical Equipment- in an At-osphiere of
F,-. 1) 1 os, i V eGas
relationship between the statistical )robab-ility of
transmission of explosion and the size of the flanro gap
is given in Fig 5 and the corresponding formula in
equation (5). This relationship forms a basis for a now
method of determiningn, the safe gap. A method is given of
determining the relationship between the probability of
explosion transmission: and the lex.1gth of gap from experi-
mental data. A procedure is then offered for finding a
value of gap length that corresponds to a given low value
C3
of explosion probability. The relevant calculations were
made by L.N. Bol'shev at the Malthematical Institute im-eni
Steklov of the Academy of Science of the USSR. Formula (8)
give3 the value of the safe gap. Values of the magnitude t
that enters into this formula are given in Table 1. The
procedure was used to determine safe flange gaps foi very
dangerous mixtures of air with hydrogen and acatyleno, also
with propane. The most explosive concentrations of these
gases in air are given in Fig 6. The safe gaps were
Card V6 u 0
calculated by means of formula (8) for an explosion

SOV/110-58-9-17/2U
A Study of Explosion-proof Electrical Equipment in an Atmosphere
of Explosive Gas
probability of 10-6 and gave the dimensions recorded it,
Table 2. The corresponding results of explosion tests
are given also. It will be seen that even if the safety
factor of 2 is allowed in the gap len.-th, it is
practicable to manufacture some kinds of explosion-proo.-L'
oquipmont for hydrogen/air mixtures. Explosion-proof
enclosures can also be made for acetylene atriospheres,
provided the volume is not greater than 0.25 litres. On
the basis of this work the Blektrosila Works has developed
and put into series production an explosion-proof lightinrr
fitting for hydrogen/air atmospheres and has developed an
inflammable-gas indicator for hydrogen and acetylene
atmospheres. Previous authors have pointed out that
explosion-proof equipment may become unsafe if prolonged
power-arcs occur inside it. The way in which this
happens is discussed7 leading to the conclusion that the
Problem cannot be solved mere3y by suitable design of
Card 5/6 the casing but requires that appropriate electrical

SOV/110-58-9-17/20
A Study of Explosion-proof Electrical Equipmerit in an Atmosphere
of Explosive Gas
protective equipment be used to cut off the supply
quickly in such cases. Additional safety measures are
the use of are-resistii, Insulation, increased clearances
between live parts and periodical checking of Insulation
resistance.
There are 2 tables, 6 figures,, and 6 referenceej 5 of
which are Soviet.
SUBMITTED: February 17, 1958
1. Electrical equipment--Performance 2.' Explosive gases--Safety
measures 3. Electrical equipment--Test methods 4. Electrical
equipment--Safety measures
Card 6/6

GELIFER) Gesell Ayzikovich; IVANOVl, Aleksandr Vladimirovich; MEDVEDEV,
Yakov Grigorlyevich;,UL'YASHCMXO, V.Ye.,, red.j DOWATOV, P.S..,
ved. red. $ FRUMKIN, P. 5-* , t4khn-.-red. -
(Explosionproof electric equipmontj handbook for workers in the
petroleum refining and gas industries] Vzryvozashchiahchennoe
alektrooborudovania; sprawchnik dlia rabotnikov neftepererabaty-
vaiuslichei i gazovoi promyshlennosti. Leningrad, Gostoptekhizdat,
1960. 328 p. WRA 15: 5)
(Petroleum industry-Electric equipment)
(Electric machinery-Safoty appliancoo)

UL'YASHCMIKO, V., kand.teklin.nauk
Automatic cutouts instead of fuses. Pozh.delo 6 no.2:13
7 160. (MLU 13--5)
(Zlectric cutouts)

CHERKASSOV, Vladimir Nikolayevich; UL'YASHCRENKO, Vasilly Yevgenlyevich;
GLAZKOV, A.N., red.
[Fire prevention in electrical systems] Pozharnaia profilak-
tika elektroustanovok. Moskva, Izd-vo M---.ra kommun.khoz.
RSFSR, 1963. 199 p. (MIRA 17:8)

ULYASHK
AA~~ ~
Hov ve organize exchange of vork experience. Vent. eviazi 17 no.7.'
26-27 -TI 157. (KrMA 10:8)
1. Zamestitell nachallnika Tomskogo oblastnogo upravleniya evyazi,
(Tomsk Province-Telecormmication)

ULTASHKIN V N
Increase the labor productivity of mail carriers. Vent. sviazi
20 no,9:21-2? S160. (KM 13: 10)
1. 7amestitell nachallnika Tomskogo oblastnogo upravleniya ffTya2i.
(Postal service--Letter oax-riers)

ULYASIIOVA, R.M.
Microflora of the gravel culture of tomatoes. Priroda 54
no.3.-120-121 Mr 165. (MIPA 18:4)
1. Ukrainskiy nauchno-isaledovatellskiy institut zemlede',Iiya,
Kiyev.

SOV/129-59-4-10/17
AUTHORS: Minkevich A.11. (Candidate of Teekinical Sciences) and
Ulybin.,G.J. (Engineer)
TITLE: CNr-omating and Borating of Steel, Applying High Frequency
Heating (Ehromirovaniye i borirovaniye stali pri
nagreve t.v.ch.)
PERIODICAL: Metallovedeni e i Termicheskaya Obrabotka MetailoV3
1959, Nr 1+, pp ~8_51 (uSSR)
ABSTRACT: The authors investigated processes of chromatin,- and
borating steel by means of chromium and boron-containing
pastes and high-frequency heating. The experiments were
carried out with 12 mm diameter specimens of the steels
20 7 1+5 and U 10. The heating was effected with current
supplied by a 60 kW7 350 kc/sec tube oscillator. The
constancy of the temperature was ensured by means of a
photo-electric pyrometer; the distance between the single
turn inductor and the surface of the paste was about
1 - 2.5 mm. The paste consisted of a chromium or boron-
containing powder and a fluxing medium. The following
conclusions are arrived ats 1) For chromating, by means
of high frequency heating for a duration of 2 - 3 minutes
Card 1/3 at 1050 - 12000C a paste consisting of 75% chromium powder
or ferro-chromium and 25% cryolite with a hydrolized

SOV/129.-59-4-10/17
Chromating and Borating of Steel, Applying High Frequency Heating
ethyl-silicate as a binder, is suitable. A chromated
layer 0.10 mm deep will be obtained by means of this
method for steel 20, heated to 12000C for 2 minutes, as
compared to 8 - 10 hours' heating to 10500C required in
the case of the current method of chromating. However,
the surface of the specimens is not always as good for
this new method of chromating as it is for the ordinary
method. 2) For borating of steels by high frequency
heating at 12000C for 2 - 3 minutes, a ast is sui--able
consisting of 50% boron carbide and 50%pcryelite ZI
hydrolised ethyl-silicate as a binder. Borating by
means of this method of steels45 and U-10 brings about
the formation of a layer up to 0.12 mm thick with a
hardness of about 1000 Hvio. In the surface zone of
the borated layer, borides of iron and boron carbide
were detected by X-ray analysis. A layer of an equal
depth (of a slightly different st,.-Ucturo and of a
slightly greater hardness) can be obtained voy means of
electrolysis at 9500C for 2 hours. Borating by means
Card 2/3 of the here-described method can be applied for

SOV/129-59-'+-10/17
Frequency -Heating
Chromating and Borating of Steel, Applying High
improving wear resistance of components.
3) The here-described method can also be used for other
processes of chemical - heat treatment of steels and
alloys.
There are 3 figures, 2 tables and 9 references, 5 of
which are Soviet, 2 Engi-ish and 2 Polish.
Card 3/3

L 454119-66 E-,Ti-(d)/EWT(m)/-WP(w)/EWP(v)/T-2/tvp(k)[i-,Idll(h)/ELJP(l) Tjp(c)
ACC NR- AR6022391 (N) SOURCE: CODE! I JR/0398/66/000/003/AO17/AO17
AUTHOR: Ulyashinskiy, V. A.
ORG: none
TITLE: Selection of permissible elastic imbilance-of elastic coupling boxes,tn
marine shafts
SOURCE: Ref. zh. Vodnyy transport, Abs. 3A100
REF SOURCE: Tr. Leningr. in-ta vodn. trans ., vyp. 82, 1965, 117-120
TOPIC TAGS: screw propeller, centrifugal force, coupling box, elastic imbalance)
~07)40143F- .1 %7#0)r7'
ABSTRACT: A formula is derived for determining the imbalance reaction and
establishing a tolerance for the elastic imbalance of air elastic coupling box in relaitor
to the unbalanced centrifugal force of an optimal screw pj2peller and the weight of
the coupling box. Bibliography of 1 title. [Translation] [AM]
SUB CODE: 13/
Card

L 47461-66- E-HT ~ I) GN
NRI AT6032031' SOURCE CODE: UR/3225/64/ooo/olo/ooo4/OO34G'
AUMOR: Landyreva. N. S. (Group leader); K!~rRova, T. B.--. Safonova, A. X.;
Ul'yashina, V. A.-
ORG: none
TITLE: Seismology\ bulletin of the network of permanent seismological stations of
the USSR
SOURCE: AN SSSR. Institut fiziki Zemli. Seysmologicheskiy byulleten' seti opornykh
seysmicheskikh atantsiy SSSR, no. 10 , Oct . 1964. moscov, 1965, 4-34
TOPIC TAGS: seismology, earthquake, seismologic station,epicenter, origin time,
seismicity, seismographic record
ABSTRACT: The present bulletin provides the data on earthquakes recorded by permanent
seismological stations in the Soviet Union during October 1964. It has been pre-
pared by the Seismology Service Department of the Institute of Ehj
_!ics of the Earth
of the Academy of Sciences USSR. The bulletin consists of
of which is sub di_1r_raWa_fn_fo_ -ou-b-s-dictions a and b. The data in subsections Is, and Ib
include the origin time of the earthquakes (C7eenwich time), the epicenter, class
of accuracy (for class A and class B earthquakes the error in daterminingtbe epicenter
does not exceed 25 and 50 km, reapectively), the magnitude determined from the

L 47461-66
ACC"-NR,-- AT&3-jO--jj-
surface waves, and the region where the earthquake occurred. Subsections Ib and IIb
contain the detailed data on the earthquakes: wave arrival time at the various
permanent seismological stations, direction of displacement, i.e., compression or
rarefaction, maximum amplitudes of ground vibration and the corresponding period and
the distance to the epicenter. Section Ia contains data on earthquakes within the
USSR, excluding the Soviet Far East, with M 2 4, and the data on earthquakes in the
Soviet Far East and the regions bordering.the Soviet Union (up to 200 km f 'rom the
border) with M > 5.5. Subsection Ib contains the data on earthquakes within the
USSR, excluding the Soviet Far East, with M > h-5 and the data for Soviet Far East,
regions bordering the Soviet Union, and the iurile-Kamchatka are with M 2 5.5. Sectk
II contains the data on distant earthquakes. Subsection Ha contains the data on
earthquakes in Europe and Asia with M > 5 and the data on earthquakes in the rest of
the world with M 2 5-5. Subsection IIb contains more detailed data on earthquakes
in Europe and Asia with M a 5.5 and the data on earthquakes in the rest of the world
with M z 6. A list of permanent seismological stations, the data from which were
used in the bulletin, includes their geograpbic location, type of instruments used,
and the addresses of the institutes; it is published twice a year in issues number
1 and 7. A special issue published annually contains detailed data on parameters
and frequency-emp3Atude characteristics of the instruments. Orig. art. has; 4 tables
[BAI
SUB COIDE: OB/ SUBM DATE: none
Card

L 474b'-1-66 a"T ( I 1' 06
ACC NR, AT6032032 SOURCE CODE: UR/3225/N/00 if/oboVm~--
,AUTHOR: Landyreva, X. S. (Group leader); K!~Uqva, T. _B_. , Saf onavat A. ~i.;
Ullyashina, V. A
ORG: none
TITLE: q.~ ~moloff bulletin of the network of permanent seismological stations of
the USSR
SOURCE: AN SSSR. Institut fiziki Zemli. SeysmologicheBkiy byulleten' seti opornykh
seysmicheskikh stantsiy SSSR, no. 11, Nav-, 1964. moscow, 1965, 4-30
TOPIC TAGS: seismolog5r, earthquake, seismologic etation,epicenter, origin time,
seismicity, seismographic record
ABSTRACT: The present bulletin provides the data on earthquake3recorded by permaneni-
seismological stations in the Soviet Union during November 1.9614.. It has been pre-
pared by the Seismology Service Department of the Institute of Physics of the Earth
of the Academy of Sciences USSR. The bulletin consists of _se-Z`t`1`8n-sT and II, each
of which--rs--s-u-bWiv-i-de-a-fn-t6 subsections a and b. The data in subsections Is, and 1b;
include the origin time of the earthquakes (Greenwich time), the epicenter, class
of accuracy (for class A and class B earth uakes the error in determiningthe epicentel
do"-not exceed 25.and 50 kmo respectivelyl, the magnitude determined from the

L 47462-66
AT6032039
surface waves, and the region where the earthquake occurred. Subsections Ib and Ilb
contain the detailed data on the earthquakes: wave arrival time at the various
permanent seismological stations, direction of displacement, i.e., compression or
rarefaction, maximum amplitudes of ground vibration and the corresponding period and
the distance to the epicenter. Section Ia contains data on earthquakes within the
USSR, excluding the Soviet Far East, with M 2 It, -and the data on earthquakes in the
Soviet Far East and the regions bordering.,the Soviet Union (up to 200 km from the
Subsection Ib contains the data on earthquakes within -the
border) with M > 5.5.
USSR, excluding the Soviet Far East, with M > 4-5 and the data for Soviet Far East,
regions bordering the Soviet Union, and the iurile-~Kamchatka are with M 21 5.5. Sectim
II contains the data on distant earthquakes. Subsection Ha contains the data on
earthquakes in Europe and Asia with M ~ 5 and the data on earthquakes in the rest of
the world with M 2 5.5. Subsection Ilb contains more detailed data on earthquakes I
in Europe and Asia with M 4 5.5 and the data on earthquakes in the rest of the world
with M z 6. A list of permanent seismological atations, the data from which were
used in the bulletin, includes their geographic location, type of instruments used,
and the addresses of the institutes; it is published twice a year in issues number
1 and 7. A special issue published anLuaUy contains detailed data on parameters
and frequency-amplitude characteristics of the instruments. Orig. art. has: 4 tables.
[BA)
SUB COIE: 08/ SUBM DATE., none/
Card 2/2

L 4745,1=~ft G~J(1) Cm
... Doom-_:.
ACC NRt AT&32033 SOURCE CODE: UR/3225/64/000/012/000
AUTHOR: Landyreva, N. S. (Group leader); Karpova_, Safonova, A. M.- 31
Ullyashina, V. A.
A6~11
ORG: none
TITLE: Seismology bulletin of the network of permanent seismological stations of
the USSR
SOURCE: All SSSR. Institut fiziki Zemli. Seysmologicheskiy byulle'en' seti opornykh
6
seysmicheskikh stantsiy SSSR, no. 12, Dec. 1964. Moscov, 1965, 4-25
TOPIC TAGS: seismology, earthquake, seismologic station,epicenter, origin time,
seismicity, seismographic record
ABSTRACT: The present bulletin provides the data on earthquakes recorded by permanerit
seismological stations in the Soviet Union during December 190. It has been pre-
pared by the Seismology Service Department of the
of the Academy of Sciences USSR. The bulletin consists of sections I and II, each
of vh3_C_E_1_S_WMTV-1-de-a_Tn_fj -subsections a and b. The data in subsections Ls and Ib
include the origin time of the earthquakes (Greenwich time), the epicenter, class
of accuracy (for class A and class B earthquakes the error in determiningtbe epiceLte:
does not exceed 25 and 50 km, respectively), the magnitude determined from the
Card

L
ACC NRt XT06032033
surface waves, and the region where the earthquake occurred. Subsections Ib and Hb
contain the detailed data on the earthquakes: wave arrival time at the various
permanent seismological stations, direction of displacement, i.e., compression or
rarefaction, maximum amplitudes of ground vibration and the corresponding period and
the distance to the epicenter. Section Ia contains data on earthquakes within the
USSR, excluding the Soviet Far East, with M > It, and the data on earthquakes in the
Soviet Far East and the regions bordering.the Soviet Union (up to 200 km from the
border) with M > 5.5. Subsection Ib contains the data on earthquakes within the
USSR, excluding the Soviet Far East, with M > 4.5 and the data for Soviet Far East,
regions bordering the Soviet Union, and the Rurile -Kamchatka arc with M z 5.5. Section
II contains the data on distant earthquakes. Subsection IIa contains the data on
earthquakes in Europe and Asia with M > 5 and the data on earthquakes in the rest of
the world with M 2 5.5. Subsection H~ contains more detailed data on earthquakes
in Europe and Asia with M a 5.5 and the data on earthquakes in the rest of -the world
with M z 6. A list of permanent seismological stations, the data from which were
used in the bulletin, includes their geographic location, type of instruments used,
and the addresses of the institutes; it is published twice a year in issues number
1 and 7. A special Issue published annually contains detailed data on parameters
and frequency-amplitude characteristics of the instruments. Orig. art. has: 4 tables.
[BA]
SUB CODE: 08/ SUBM DATE: none.
Card 212

ACC N
R1 AR6034724 (I'VI SOURCE CODE: UR/0124/66/000/008/A023/A0213
AUTHOR:~ Ulyashinskiy, V. A.
%Q --- -.-VINOMM~ - - __,
TITLE, - Investigation of the elastic nonequilibrium in an elastic clutch of a ship's
drive shaft
SOURCE: Ref. zh. Mekhanika, Abs. 8A177
RUF SOURCE; Sb. Ekon. i organiz. perevozok. Sudostr. i sudoremont. M. - L. ,
Transport, 1965, 97-103
TOPIC TAGS: elasticity, clutch, vibration, probability theory, nonequilibrium
ABSTRACT: This study determines the probable value of an elastic nonequilibrium
reaction to the torque of an elastic clutch of a ship's drive shaft under load. The
nonequilibrium occurs as a result of errors incurred in manufacture of sections oti
the drive and driven part of the half clutch, namely the errors in the central
segment angle, errors in angles of rotation of blades in both (drive and driven)
half-clutch, and by uneven elasticity properties of the segment. An expression is
obtained for the elasticity reaction as a function of these values. Since the errors
Card 1 / 2,

ACC NR- AR6034724
represent random values, the probability theory was used to conduct the investfiga-
tion. It is shown that the distribution of the values followed a well-known pattern.
Formulas for expressing mathematical expectation, the root-m ean- square
deviation, and the probable value of the elastic reaction were established. The
mathematical expectation due to error symmetry is equal to zero. Analysis of the
formula for the probable reaction value shows that this reaction, while changing
its spatial distribution with shaft rotation speed, produces an additional cyclic
load on the shaft and engine bearings, and appears to be the source of engine
forced vibrations whose frequency is substantially lower than the natural vibration
of the engine on shock absorbers. The nonequilibrium reaction may increase to
such an extent that it may transmit to the ship's hull. Theoretical conclusions
were confirmed by experiments. (KPI
SUBI-CODE: 13/
C,,d 2 / 2

.L, . -'I -:~ N_ !. - t, -OA.
I
ZIF~j'-- Mc : :.i. -n , ~- ,I-- , ;.~ ~ - - ~-z:. T~
--- I - .-.' - - I f-S
. I , :"a
- 1. % -,f r RA- --, 8 3 9 1

15394-66 M'(M)/EWP(j)/M' RM
ACC NRs AP6000968 SOURCE COIZI UR/0286/63/000/022/0053/0054
AUTHORS: Chukhtn, A. A. KaMtin, G, Y,
ORG: none
TITLE: A press for njqAniz announced
UW rubber products* Class 39,, No. 176382
by All-Union Scientific-Research Institute of Rub~M=Jgilxu"L
im-Mesoymnyy nauchno-isaledovatel'skiy- institut rezino-tekhnioheakogo
ma7sinostroyeniya)_7
SOURCE: Byulletan' izobreteniy i tovarnykh znakov, no. 22, 1965v 53-54
TOPIC TAGS: drivep rubber technology,, rubber vulcanization, pressure apparatus,
manufacturing facilityp manufacturing method
ABSTRACT: This Author Cartificate_presents a press for vulcanizing rubber products$
for example, rubtser-motal skets.1-5 The press includes devices for the withdrawal
and opening of the dies (see Fig. 1). These devices are made in the form of hori-
zontally positioned guides fastened to the plates of the press. The guides carry a
sliding die which,travels with the help of a cylinder. The upper rotating part of
the die is connected to the base of the press by hinged arms. The design in intended
to increase the prc-oductivity of labor. The prose contains mechanisms for loading
the stock material and removing the finished products. These mechanisms are in the
form of a vacuum cartridge connected by a hinge joint to the cylinder and are
-.,,1 1/3 - UDC: 678.058.39

ACC
AP6000968
a,L
Fig. 1. :1 - Vacuum cartridge; 2 cylinder; 3 carriage; 4 support;
5 - screw couple; 6 - spindle magazine; 7 - conveyer; 8 - conveyer
belt of specified length; 9 - middle part ofdie; 10 - projections
on the middle section; 11 - catches; 12 - guides of the press.
rigidly connected by coupled screws to the carriage moving on the guides of the
support. To automate the processes of loading the stock materials and removing
the finished product,.opindle magazines for the stock materials are used in the
press* These magazintis are mounted on the frames. 'The press also uses conveyers,
along the loops of which are fastened conveyer belts of a specified length, The
Card 2/3

L 15394~bb
ACC NRt
AP6000968
dies of.the press consist of three hinge-fantened parts, The middle sections of
these dies are made with projections which interact with the catches fastened to
the guides of the prens. Orig. art. has: 1 figure#
SUB GODEt 1W SUBH IWEt' 22Aug63

KORM-TSKAYAs Ye.A.; BQRISOVA, A.N.; BESSCHASTNAYA, V.M.; ULYBIN, N.G.
I
Heat treatment of thin X40IMM alloy wire. Biul. TSIICM4 no.2:
47 161. (MIRA 14:9)
- (AUOY13-Heat treatment)

qtvn'~ 5.,
Efftciency, Tndustrial
Advanced work methods for all workers. V :3om. -)rofaktivu 13 NO. 12, 1952.
4
9. Monthly List of Russian Accessions, Library of Congress, Aum,,+ 19P. Unclassified.

ULYBIN, S.
The shop committee on labor protection. Soy,profsoiusy 2 no.5t6i-62
My 15 4. (MMA 7:6)
1. Instruktor Penzenskogo oblastnugo soveta profsoyuzov.
(Industrial safety)

h
ULYBT~l S.A. kand- tek rauk; t7
-rit
f r
Ef of' th,9
t-he TAIT-1-
0 C ~ ]"--,g-"-c;n 0 f k,
Of tb, - jo
energetika 1.2 nc,.6:70-72'
1. g,skc-ru~~.Y sn-zrgGti-""ookl-Y

;1(4) PHASX I BOOK KZPLj0rrATMR 3CV/2583
International Conference an the Peaceful Uses or Atomic tattr97.
. 2ndv Gonevap 1958.
Dakledy movetakikU uchanyiMl y"orn"t reaktory I YA4orftAYA emr-
Aptiks
(Reports of Soviet Scientists; Nuclear Reactors and
.
nuclear ?owar) Moscowo Atoaltdato 1952. 707 P. (Serlest 1"t
T
rod7v vol. 2) Irrats, slip inserted. ti.000 acpLas printed.
General gdx.s N.A. Dollexhal, Corresponding Member. USSR Academy Of
Scis"Oss A.X~ Mrssins Doctor of Physical and Mathematical 3clonaos ,
I.X. Laypunskly, Member, Ukrainian SSR Academy of Science*, I.I.
NovikuT. Corresponding Members USSR Academy of SolAnOsMs and V-3.
Pursov. Doctor of Physical and MathomatiaAl Sciences; Xd. r A.F.
Alyoblyovj Toch. Sd.s To. 1. Xazel-.
FORM=% This book In Intended for salentiata and engineers engag*d
In reactor designing# as well an for prorossors and students of
bigbor technical schools where reactor design is taught.
COVIMass ThWC"-".ood votoes or a __oo b "rut

-
JL~
-
"
a on, The six vi
iuaoi catitein tbi
irts pre-
ropa
4n
's
'T
d*nted by 30,
t
n
ant lots at the 3eooW Xmteroattonal Conference
Oft P"Osrul Uses Or Atomic Rnsrgy, held from September I to 13.
190 In Geneva. Volume 2 consists of three parts. The first jjj
devoted to atomic power plants under construction In the Soviet
UhIOnJ the second to exWerimental and research reactorax the ex.
Parlosents carried out an thomp and the work to laWrova them; and
ttM tblrd. Iftlob to Predominantly theoretical, to problems 0
nuclear reactor physics and construction engineering. Tu. If
NOrYakin to the science editor of this volume. See 3OV/2061
for title* of all volumes or the not. nererencem appear the
doA,aZ-Zhs articles.
Vostovoy. V.I., V.S. Dikarev, M.B. YGgIzArQv, SAltykOv-
Neutron Spectra in Or-lum Water Lattices (Report
i
M
easur
ng
546
go. 2152)
JCraaln, A.Y- D .0. DubOv8k1Y, M-X- L&ntBOV, TQ,Tu, alazkov,
R.T_ donongov, A.V. Kamayev, L.A.. Goraseva, V-V- VKvIlQv-
To. 1. Inyutin, and A.?. Sonchankov. Studying the Phyfilcal,
Characteristics 0f-& Bdryllium~wodsrxtor Reactor (Report NO.
2146),
"
Okanio, A.D., S.A. Nondrovakara, A.?. RQd1k, Tu. 0. Abov, V.Y.
bolkin, and ?.A. Krupchitukly. Critical Z"riment on an Xzporl-
mental Aamv7-water Reactor (Report No. 2036) 570
Marebuk, 0.1., V. To. Pupko, To. 1. Pogudallna,.V.V- Smolov,
I.P. Tyuterov, S.T. Platonova. and G.I. DruzhInIna. Certain Pro-
bless 2A Mucleir Reactor Physics and Methods of Calculating
thou (Report No. 2151) 5"
SInrutin, O.Y. and V.M. Somenov. Dotornino.41on or Control Rod
grf*OtIvenese in a Cylindrical Reactor (Report go. 2469) 613
001-rand, X.X.1.3.R. Yoynberg, A.S. Frolovo and X.N. Cbwntsov.
VoLas the Monte Carlo Xothod of Random Sampling for Solving the
Kinetic Squation (Report go. 2141) 628
Aaletin, R.I. Neutron Distribution in a ffeterogampous Medium
(11oport No. 2189) 634
K"arnovsklys X.V.9 A.V. Stopsnov, and P.L. Shapiro. Neutron
Thermalization and Diffusion in Heavy Podia (Report Mo. 2148) 651
Veynik, A.I., V.S. YormAkov, and A.V. Lykov. Using tbL* Onsager
Theory for.Studying Neutron -Difrusion In the Absorbing Media or
Nuclear Reactors (Report No. 2224) 668
bra"r. D.L., S.A. Lirkin, A.A. Matutov, V.V. Levin, and
V.V. Orlov. Studying the Spatial and Inergy Distribution or
Neutrons In Difer*nt Media (Report No. 2147) 674
D"trl"v A.D. Boron Ionization Chamb*ro for Work in Muelowl-
Reactors lRaport No. 2084) 690
and S,.~~Zxp:rlmontsl Determination or
Kirillin, V.A
Specific Vol an of Heavy Water In Wide Tesporature and ft**s-
j
sure Range (Report No. '471) 696

ULYBIN, S. A., Cand of Tech Scl -- (dies) "Invutitl6utlon ol' Lne ~~poclflc
Gravity of Common and heavy Water In a Wide Ran6e of Temperatures and
of 1 1959, 18 PP (MoscowPower EnglneerinjE InstituE,4
Pressures) ,,'o S c:)';';FL
(KL, 2-60. 115)

L14 Y6 //T1 /'5
96-11-9/24
AUTHORS: Kirillin, V.A.. Corrcspondinn- Member of the Ac.Sc.U.SSR
and Ulybin S.A., Bnr-ineer.
TPITLI,i': An experimental investigation into the compressibility of
water and viater vapour at tempera-Lures close to the
critical. (Eksperimentallnoye issledovaniye szhi-mayemosti
vody i vodyano .-o para pri teiaperaturakh blizkikh.
It 4.3
kriticheskoy).
PERIODICAL: Teploenergetika, 10,53, No.4, PP. 53-54 (USSR).
ADSTRACT: In view of the high accui-acy needed in tables of the
thermodynaiziic properties of viater and steam, special
attention has recently boon paid -to correlation of caloric
and thermal parw,leters. An attempt was made to calculate
the enthalpy of steam from experimental determinations of
specific heat and frorm experimental data on compressibility.
Discrepancies in the results %-.rere probably due to errors
in the experimental data. It appeared most likely that
errors were4resent near to the critical point, where zaany
measurement 0come unreliable. It was therefore decided
to repeat investigations on the compressibility of viater
and steam at temperatures close to the critical, paying
special attention to experimental procedure. This time
Card 1/3the experimental procedure was modified. It had been

06-4-c/24
An experimental investigation into -the compressibility of water
and water vapour at temperatures close -to the crit-i-cal.
assumed that the volume of the differential manometer
did not change with pressure, but in fact it does. Care
was taken to make accurate temperature measurements.
The pressure was measured luith the piston-type manometer
system of M. K. Zhokhovskiy, calibrated at the All-Union
Scientific Research Institute of Standard Measures and
Eleasuring Instruments. The tests w8ro maAe on the
isotherms 368 82~ 400.00 and 410.00 0. oveT the pressure
range of 103.;2 - 493.96 at-as. Twenty-nine experimental
values of specific volume were obtain8d -and are Siven in
Tables 1 - 3, On the isotherm 368.82 C over the entire
pressure ranoe used in the present work -the specific
volume was wi8hin 0.2% of the value previously obtained.
On the 400.00 C isotheni, there is one point which is
0.35% hiSher than a value obtained by interpolation from
the previous.riork. It is concluded that experim,~ntal
values of specific volumes of water and steam obtained in
the previous viork are quite reliable0within the limits
of accuracy given' except on the 410 C isotherm in the
pressure range 450 - 500 atas. Additional data obtained
Card 2/3 in the present work will help in the fcrraulation of more

96-11-9/24
An experimental investigation into the compres-,ibility of b-later
and vater vapour at tc=pcratures close to the critical.
accurate tables of the thenuodynanic properties of ,-iater
and steam, and in particular will oonduce to better
agreement between ther-i'Aal and caloric values.
There are 3 tables and 3 Russian references.
ASSOCIATION; Moscow Power Institute. (Ivloskovskiy Enerr--eticheskiy
Institut).
AVAILABLE.. Library of Congress.
Card 3/3

KIRILLIN, V.A.; ULTBIN, S.A., Insib.
~xparlmental Investigation of ipecific volumes of water and
water vapor In the region of
In Englieb], Teploonergatiks, 6 no.1:62-65 Ja 159..
(MIRA 1221)
Ldhian-korrespondent AN SSSR (for Kirillin). 2. %skovskiy
anargaticheski-y institut,
(water) (water vapor) Wigb temperatures)

OOV/96-59-4-131/21
AURHORS: Kirilling V.A., Corresponding Member of the Ac.Sc.USSR
Ulybih~ S.A., Engineer
TITIE: An Experimental Determination of the Specific Volumes
of Heavy Water (Eksperimentall 6 opredeleniye
UdelInykh o'zIIYeM-'Vtyazheloy -,,rcdy
PERIODICAL:Teploanergetika, 19599 Nr 49 pp 67-72 (USSR)
ABSTRACT: Knowledge of the properties of heavy water is required
for atomic power engineering but so far these properties
have been studied. over only a very narrow range of
temperature and p-ressure. The experimental equipment
used was the same as had. already been used to determine
the thermc-dynamic properties of water and steam at high
pressures and. temperatures and which has previously been
described fox! example, in Teploenergetika, 1958, Nr 4.
Heavy water is hygroscopic and. is apt to take up ordinary
water from the atmosphere, contamination with even 2% of
ordinary water would alter the measured value of the
specific volume by about 0.2% and, therefore, special
precautions had to be taken to prevent suah contamination.
Care was also taken to avoid contamination from the
Card 1/4 aluminium. containers in which the hea-.y water is kept.

SOV/96-59-4-13/21
An hxperimental Determination Of the Specific Volumes of Heavy Water
other special corrections that were made are described.
As a result of this investigation determinations were
made of the specifia volume of 0heavy water over a
temperature range from 250-5-00 C on 11 isotherms at
preessu-res ranging approximately from 100-500 kg/sq am.
A large number of values of specific volume were obtained
for both liquid and vapoux phases and. are given in talile 1.
A p--v diagram for heavy water for the press-are range of
150-500 kg/sq cam and for specific volumes up to 10 cm.3/g
is given in Fig.!. Most of the experimental values relate
to the region close to the critical point of the heavy
water and to the liquid pha-se region, in which the
greatest difference should be expected between the
properties of ordin ry and heavy waters. A diagram of
P,-Y/RT against I/v for heavy water a~ temperatures above
3500C and densities up to 0.25 g/cm. is given in Fig.2.
The experimental values for specific volume obtained in
the present work cannot be compared directly with other
published data because the range of the experiments is
Card 2/4 not paralleled elsewhere. The experimental data obtained

BOV/96-59-4-13/21
U
An Experimental Detennination of 'he Specific Volumes of Heavy Water
ia the work has been used to determine the sataration
pressure of heavy water at temperatures of 300, 350,
3609 369 and 37lvC (see table 2). These results are
compared with other published data and it is claimed
that agreement is good. The presence of a short
horizontal section in the diagram on the isotherm at a
temperature of 3710C shows that the critical t6mperature
of heavy water is near to 3710C - probably 0.2-0.30C above
this value. This is in good agreement with otI-ier
published data. Unfortunately, the data obtained in the
present work does not uniquely determine the criti~;al
pressure,2 though it is evident that this is approximately
223 kg/cm . This is somewhat lower than published values
but nevertheless appew~s to be right. The present work
Card 3/4

SOV/96-59-4-13/21
An Experimental Determination of the Specific Volumes of Heavy Water
confirms that the critical conditions of heavy water
are different from those of ordinary water. There are
3 figures, 2 tables and 5 references of which 2 are
Soviet, 2 English and. 1 German.
ASSOCIATION:Moskovskiy energeti--heskiy institut (Moscow Power
Institute)
Card 4/4

KIRILLIN. 7.A.; ULYBIN,.S.A., inzh.
Thermod7namic properties of ordinar7 and heav7 water. Teploenergetika
6 no.12:77-80 D 159. (MIRA 13:3)
1.9oskovski7 Znjrgetioheskly institut. 2.Chlen-korrespondent AN
SSSR (for Kir 1 in).
(Thermodymamice) (Water) (Deuterium oxide)

SOV/96-59-8--19/27
AUTHORS: Kirillin, V.A., Corresponding Member of the Academy of
Sciences USSR and Ulybin, S.A., Engineer
TITLE: An Experimental Determination of the Specific Volumes of
Steam at High Temperatures and Pressures
PERIODICAL: TeDloenergetika 1959, Nr 8, pp 71-73 (USSR)
ABSTRACT: A need was felt to determine the specific volumes of steam
at temperatures above 5000C. The work now reported was
carried out on the rig of the Moscow Power Institute, which
was described in a previous article by the same author.
The experimental proceduxe has also been described. The
tests were made on isotherms at temperatures of 500, 520,
550, 570, 600 and 6200C. Altogether 70 new experimental
values of specific volumes were determined and are tabulated,
The results were arranged to overlap with previously
published work by the same authors, and agreement is good
within the overlap. It is concluded that any effect asso-
ciated with hydrogen formation by interaction between the
steam and the equipment was not important. The differences
between the present results and those of Holser and Kennedy
Card 1/3 are, however, mush greater. A direct comparison can only

SOV/96--59-8-19/27
An Experimental Det-ermination off the Specific Volumes of Stem, at
High Temperatures and Pressures
be made on four isotherms and agreement; Is best at the
higher temporatures. For example, at 6200C the greatest
difference is about 0.111'o' as indioated in Table 2. At
lower temperatures the difference is greater; for Instance
at 5000C and 700 kg/cm2 it is about 0,5~~. At the lower
temperatures the new experimental data for speeifio volumes
and the rounded values given by Holser and Kennedy differ
systematically by 0.3 to 0.35% at all pressures up to
700 kg/cm~. Analysis of the experimental procedure and
the results Indi-lates that at temperatures of 500 to 6000C
the values given in the present work are more reliable
than those of Holser and Kennedy. Measurements were also
made of the specific volumes of water and steam at a tem*--
perature of 38800. This was necessary ber~ause in the
previous work by the same author the results on this
isotherm were not in good agreement with the results for
other temperatures. The tests covered the pressure range
of 130 to 500 kg/cm.2; 10 new e)r-DerJ.mental values for
Card 2/3 specific volumes were obtained aad are given in Table 1.

SOV96-59-8-19/27
An Experimental Determination of the Specific Volumes of Steam at
High Temperatures and Pressures
There is a systematic difference of 0.8% between these
values and the previously published results, the former
being somewhat higher. It is considered that the new
values for specific volumes at 3880C are the more accurate.
There are 2 Tables and 4 references, 3 of which are Soviet
and 1 English.
ASSOCIATION: Moskovskiy Energetioheskiy Institut (The Moscow
Power Institute)
Card 3/3

I SOV/96-59-9-1/22
AUTHORS: Kirillin, V.A. (Corresponding Member of Ac,Sc, UOSSR), and
Ulybin, S.A . ngineer)
TITLE: Analysis of the Accuracy of the Experimental Values of
Specific Volumes of Water and Steam Obtained in the
Moscow Power Institute, with Reference to the Unified
Tables
PERIODICAL: Teploenergetika, 1959, Nr 97 Pp 3-7 (USSR)
ABSTRACT: At the 1958 Moscow meeting of the co-ordinating committee
of the International Conference on the properties of steam,
attention was drawn to the need for a careful analysis of
available experimental data on the thermo-dynamic
properties of water and steam, to ensure that the most
reliable experimental data is used in drawing up the
unified international steam tables. Therefore, an
analysis was made of the experimental data on specific
volumes of water and steam obtained in the Moscow Power
Institute during the period 1950 to 1959. This article
briefly describes the methods and results of this
analysis. The aceuracy of the experimental data on
C
d 1/3 specific volumes was analysed both by comparing the data
ar of different Investigators and by consideration of the

sov/96-r,~9-9-1/22
Analysis of the Ac-:~urac;y of the Experimental Values of' Specific-
0 --
Volumes of Water and Steam Obtained in the Moscow Powei Inst-lt-utej
with Reference to the Unified Tables ,
differences between experimental values and Interpolated
curves based on extensive experimental material. The
differences betdeen experimental values and interpolated
curves were analysed by three different methods developed
respectively by the Moscow Power Institute~ the All-Union
Thermo-Te~~hnical Instittite and the Odessa Institute of
Marine Engineers. The first two of these methods are
graphical and they are briefly described. Some slight
Inaccuracy may be introduced by the absence of
mathemati~:al treatment, particularly where -the results of
different investigators are not in good agreement. Flom
this point of view the gzaphical-analytical method of the
Odessa Marine Engineers Institute is an improvement ` and
it is briefly explained. Experimental values were
considered sufficiently ae,-curate and reliable when they
differed from the interpolation curves by not more than
0.3%. The results analysed were those published by
Kirillin, Rumyantsev, Zubarev and others, as noted in
Card 2/3 literature references (2) to 112). It is explained, with
reasons, which of the results are considered reliable and

SOV/96-59-9-1/22
Analysis of the Accuracy of the Experimental Values of Specific
Volumes of Water and Steam Obtained in the Moscow Power Institute,
with Reference to the Unified Tables
which unreliable. The results of the analysis of
experimental values of specific volumes are given in
Tables 1 and 2. Table 1 includes all the values that
are considered reliable: Table 2 gives the values of
specific volume which are considered insufficiently
reliable and which should be excluded from further
consideration. In all cases the specific volumes are
rounded off to the nearest four significant figures.
Card 3/3 There are 2 tables and 13 references, of which 12 are
Soviet and 1 English.

UL 66555
SOV96-59-12-14/20
AUTHORS: Kirillin, V. A., Corresponding Member Academy of Sciences
USSR.and Ulybin, S. A., Engineer
TITLE: The Therm-6-TY-namieproperties of Ordinary and Heavy
Water
PERIODICAL: Teploenergetika, 1959, Nr 12, pp ??~*80 (USSR)
ABSTRACT: As the thermo-dynamic. properties of heavy water have
not been sufficiently studied, calculations involving
its use are commonly based on tables of the thermo-
dynamic properties of ordinary water. Corrections are
made for the difference in molecular weight, it being
tacitly assumed that the thermo-dynamic properties of
ordinary and heavy water are comparable. This is
considered permissible because their critical parameters
are similar and only small differences have been observed
at points remote from the critical region. Abundant
experimental material is-available--on -the vapour pressure
of heavy water for temperatures below 2500C, and the
pressure/temperature relationship is probably sufficiently
understood up to the critical region. At temperatures
Card 1/4 below 2250C the saturated vapour pressure of ordinar 4_-~

66555
SOV/96-59-12-14/20
The Thermo-Dynamic Properties of Ordinary and Heavy Water
water is higher than that of heavy water, for example
at 500C the saturated vapour pressure of ordinary water
is 0.126 kg/cm and that of heavy water 0.11 kg/ Icm2.
At about 2250C the vapour pressures of both materials
are the same. At higher temperatures the vapour
pressure of heavy water is greater than that of ordiiAary
water, and at 3?OOC the difference is almost 4 kg/cm4.
The critical temperature of heavy water is 2-50C lower
than that of ordinary water and the critical pressure
is almost 3 kg/cm2 less. The relationship between the
critical volumes of ordinary and heavy water may be
obtained from the data plotted in Fig 1. American and
German published data indicates that the critical
volume of heavy water related to a mole is much less
than that of ordinary water; these data are evidently
erroneous. Work published by the present authors in
Teploenergetika 1?59, Nr 4, gives a specific critical
volume of 2955 cm /g. It is interesting to make a
direct comparison between the specific volume of ordinary
and heavy water at the same temperatures and pressures.
Card 2/4 For this purpose there is plotted in Fig 2 the LK

66555
SOV/96-59-12-14/20
The Thermo-Dynamic Properties of Ordinary and Heavy Water
relationship between the specific volumes of the two
materials as a function of temperature and pressure.
The curves are based on the authors' previously
published experimental data. It will be seen that -the
ratio of the specific volumes does not remain constant.
It varies considerably, depending on the conditions
at any given temperature. The change in this ratio
is the greater the nearer the pressure is to the critical
value. As the temperature is increased the pressure
that corresponds to the minimum value of the ratio is
displaced upwards. Interesting results are observed on
comparing the isochores of heavy and ordinary water in
the p-t diagram in Fig 3. The figures therein denote
the values of the specific volumes for the corresponding
isochores of ordinary water. The diagram indicates that
the character of the isochores of ordinary and heavy
water are quite analogous,both in the steam and the
Card 3/4..", 4iquid phases. Analysis of the p-t diagram clearl

66555
SOV/96-59-12-14/20
The Thermo-Dynamic Properties of Ordinary and Heavy Water
demonstrates the similarity between the changes in the
thermal properties of ordinary and heavy water.
There are 3 figures and 5 references, 2 of which are
Soviet, 2 German and 1 English.
ASSOCIATION: MoskovskL7 energeticheskiy institut (Mo8cow Power
Institute)
Card 4/4

ULYBINs., P4 9, j,- kande teldmonauk
Temperature dependence of the viscogsity of rarefied gas mixttwes.
Teploenergetika 9 ro.8:93-94 Ag 162. (MIRA 15:7)
(Viscosity) (Ganes)

;ACCESSION NRI AP4044526
5/0294/64/002/0()4/0583/0561
MORI Uly*bint S. A.
AL
efied gas mixtures
On the temperature dependence of the viscosity of rar
Toplofizika vy4sokikh tunperatur, v. 2, no- 4F 19641 583-587
TOPIC TAGS: viscosity, rarefied gasq gas mixture
1ABSTRACTs Previously existing methods for establishing the viscosity of rarefied
,gas mixtures for wide ranges of temperature are cited as inexact, complicated, and
jimited in application. Research by the author indicates that simplifications are
.produced by considering the component gas Viscosity as well as the mixture viscosity
;at a certain temperature. On such a basis a formula is presented, giving the
,temperature dependence of rarefied gas viscosity with high accuracy. The formula
In
is III C Vincm Nj where 'qt cm is the viscosity of the mixture for tempera-.
Z (1101)
0
iture is the viscosity of the given mixture for t C,
4 t C, _)? ocm 00 ti. and '~oi are
:the viscosities of the i-,~h components of the mixture corresponding to temperatures'
and to respectively, and N in the mole fraction of the i-th component. The
Card 1/2

!ACCESSION NRt AP4044526
iauthor performed experiments to confirm the formula's reliability. Fifteen
teeparate gas mixtures in varying concentrationa were tooted for a temperature range:
125-300C. Binary and trinary mixtures were evaluated and toot rcuulto are pro-
;oontod. Further results are shown for mixtures of up to six components. Tabula-
,tion included toot readings and formula calculations of viscosity and the
ipercentage deviation between the two. Orig. art. hao, 5 tables and I formulas
J%L;,jVVIATIONj Mookovokiy energetioheBkiy institut (Moscow Power Engineering
.Institute)
;SUBMITTEDt 230ot63 ENCLI 00;
MIB CODE t ME NO REP SOVg 002 005
:Card 2/2,_

ULYBIN, S.A., kand.tokhn.nauk; NALYVEHENKO, S.P., inz~j.
-l'. --- -.-
Distribution of the denaity of materials along the containtris
height near the critical point. Teploenergetika 12 no.IiM,81
Ja 165, (MIRA 18-4-
1. Moskovskiy, energetichenkiy Inatitut.

T. 43635-65
ACCESSION NR, A.P5006299
S/0096/65/000/0-03/0059/0061
~AUTF.Ok. -Ulybin, S. A.~(Candidatc of tec:,%. ica. scienc.!sJ, X-iysher.,ro,
iTITLE: Taking account of the hydrostatic effect in me-asuring the density of'sub- I
,stances close to the critical point
SOURCE: Teploenergetika, no. 3, 1965, St3-61
MPIC TAGS- hydrostatic pressure, dens--ty determtnatior, criticall, state variabbi
ABSTRACT: Hydrostatic pressure is studied with respect to its efffect 0.) F-le-asur-'sig
the density of materials when state variables are close to criticiil. The forTr-,-1i,s
'd s et r,a U 1 ain cx;~ r:- im r, a 1 v as f pp- c i f i c w(- i g h t f r o m e si
i Cal a Z 8 -A f-e i.~ d'
,studied
ex-periments, are conducted c-lose to the critica-L poinx
eter), the density. of the material varies with height. In rA-.is oiase, the
l
b,-tween -hi mean specific ~feigh-' and the true specific sreight dep,~nds on the Way the
~density is dis-'ribl'-Ite" An i? qpri~~ s -,~r
(derived for the critical isotherms.
-~C-rd

A Cl
Crd 2/2
9OPMOTMOmmyow-mm mynom ~~-

A.; MALY-SHENKO, S. P.
IlInfluence of gravitational effects on the density of substances near t;'.e cr.-ILticall
point." -
paper accepted for presentation at 3rd Symp on Thermophysical Properties,
Lafayette, Ind, 22-26 Mar 65.
Inst of High Temperatures, Moscow Power Inst, Krasnoksarmennya 14, Moscow, E-250-

L 05o62-67 aT(m)/ajF(t)/ETI __ IJP(c) JDIVdIJGI'.qB
ACC NRI AM6013188 Monograph UR/
Ulybin, Sergey Arkhipovich
Coolant for nucleax~ power plants e
(T plonositeli energeti-
cheskikh yadern-yRl-ustanovok) Moscow$ Izd-vo "Energlya",1966. 271 P
illus., biblio. 3000 copies printed. Errata slip inserted.
TOPIC TAGS: nuclear reactor nuclear, power reacton reactor coolanttliq-
uid metal cooled reactor, organic oookd nuclear reactor, liquid cooled reacto
PURPOSE AND COVERAGE: The special features of coolants used in nuclear
power reactors are presented. The effect of nuclear radiation on the
properties of coolants and the corrosion of construction materials
in described, and aPfroximate methods for calculating coolant radio-
activity are given* A detailed description is given of the thermo-
physical,Sorrosive'~%nd other properties of water-, organic-gliquid-
metal- and gas-coolants used in nuclear power engineering. The
characteristics of design and use of reactors which are influenced by
the type of coolant are discussed. The book is intended for students
of institute@ specializing in the design and use of nuclear power
stations. It can be also useful for engineering-technical personnel
working in industry and design organizations connected vith nuclear
eng ineering.
1/4
UDC: 662.98Tt621.311.25

ACC Nit, AM60131
TABLE OF CONTENTS:
Foreword -- 3
Introduction
MI. General Production.of Coolants
1. Some data on construction and operation of nuclear power rose-
Bibliography 2j,
2..Characteriatice of heat conversion in nuclear pover plants -23
Bibliography -- 48
3. Interaction of neutrons with the nuclei of coolant .- 49
Bibliography -_ 62
4. Thermophysical properties __ 62
2/4

L O~~2-67
ACd_N_R:_AM 0131
Bibliography -- 91
5. Corrosive properties -- 91
Bibliography .- 119
0
6a The effect of radiation on coolant properties and corrosion 120
Bibliography -- 139
T. Coolant radioactivity.-- 140
Chell, Individual proper.ties of Coolants
8, Water 161
Bibliography 187
9. Organic coolants 187
Bibliography __ 204
10. Liquid-metal coolants -- 205

ACC NRt AM60131
Bibliography -- 251
11. Gaseous coolants -- 252
Bibliography 272
S-UB,CODE: 18/ SUBM DATE: 27Jan66/
Cord 4 14
0
ORIG REFs 054/- OTH REF: 005

: VIL /X111/im
L 23274-66 - EVIT(m) .1
ACC NRt AP6012677 SOURCE CODEs UR/0170/66/010/004/0482/04116
AUTHOR:. Shteynberg~ A. E.; UjXk!nq V. B-,' Barzykin,, V, V,,; He,=hanom
'At Go
ORG: Branch of-the Institute of Chemical Physics.,__AN SSSR,_ Hoscow
Oblast (Filial IasS4tuta khimicheskoy fiziki AN SSSR)
_j&nition'of condensed substances at a constant surface.
,TIT LE:
temperature
SOURCEt Inzhenerno-.fizicheakiy zhurnalf v, 10, no, 4. 19669 482-486-
TOPIC TAGS: ignition delay, condensed explosive, surface temperature#
pyroxylin
ABSTRAM To.verify the previously postulated theory of the ignition
.of condensed explosives (Averson, A. E., Barzykin, V, V., Herzhanovq
.A. G. IFZh, 9,'No. 2, 1965), the ignition of p ro 11charges
xmxisa_H24_~
having a constant initial surface temperature (Ti - 255-369K) by con-
.tact with an aluminum block with a varying temperature (T. ~ 485-525K)
wa studied Iexperimentally using a specially developed experimental
unit (see Fig. 1). The-initial temperature of the pyroxylin was set by
a thermostat-g-atid,the temperature ofthe igniter was set by a current
control system, -The-.-Jgnition delay- ti--; was,visually observed
536.46)
I Card 14 UDC%

L 23-274-66
-kc-C AP60126W_7~
12 Fig. 1. Experimental unit for
2 studying the ignition of con-
explosives by a hot
Tr body
-220 V
7 1 Aluminum block (igniter);
Pt resistance thermometer;
12
5 14 3 heating element; 4 Pt-
TPt-Rh thermocouple; 5 thermo
;Stat; 6 - steel*cylindero
t7 - jacket with heat transfer
It, ;agent; 8 - charge; -9 - texto
jite plate; 10 --~'lifting.device
Ill - ebobLts sleeve; 12-,, 13,
114 - current control systems,
- transformer.
jTr
.-Card 2/4

L 23274-66
ACC NR, AP6012677
rer,
2
2.4
120 160 200 Z40 70-Ti is zX Ix.
Fig, 2. Dependence of the igni- Fig. 3, Dependence of the
tion delay time on the initial igniti;n delay time on the
temperature temperatuie of the igniter
(t. in seel T6-Tj in OK; To 489K) Explosive charge 12 mm in
diame-ter; 2 - charge 18 mm in
dLameter; (tz In sec; To In
*Kj Tj 293-298K)
Card 34

--- L-23274-66
-ACCNRz-----AP60l26 77
and recorded usLng a stopwatch. Thetemperature of the ignition block
was varied to obtain an ignition delay of 3 "20 sec. The experimental
data were treated by an equation derived by mathematical transformation
of the published theoretical equation for tzo The graphed results
(see Fig. 2 and Fig. 3) show satisfactory agreement between the
theoretical and the experimental data. The activation energy calculatk
from the graphs was found to be 200 kj/mole. The authors thank
-B, M, Dmitriyev and 0, Ao')Kochetov for their assistance in settLng*up
the apparatuai orig, art. has: Igures and 3 formulas. (PSI
SUB CODE: 19/ SUBM DATEI 3lAug65/* ORIG REF s 004/ ATD PRESS:Y,2jjt'
Card 4/40v~.

VLYBIN, YU. X.
AuWors Mybint Yu.-
Titlet Toward the collective Stachanov methods. -(Kollektivnoi stalkhanvokoi
rabote.) 21 p.
4
Citys: Penza
Publiahert Penza local Publishing Ifouse
Datel 1950
Aranableo Library of Congress
Source& Monthly JAst of RusUan AccessionD., V. No. 2., I~a7 1951, p. 103.
Call Not T6102O.U49
Subjectz I*' Xuznetskaia obuvnais..Cabxika kuznotsk- 2,. Stakhanov mvers-ant.

UU1;L-A, I .H. - "'ilia oonoaction UIC, v-00tative 2orip~icral nouroll wid Lho
contral nervour, c;ystem.l' baningr.~id, Acad Sci U"J.1, inst of
imeni 1. .1 Pavlov. ( Di o s e r tu a t i , n s f :~r d e, e e 0 f C a r-d i,~. t;a laf r,
SO: Kri-:).Zlina- a lotopislj, lio Vi. 2b- Homitor jl,i'55, rio-Wolvol.

PAMAZANSKAYA, L.P.; ULYDIM, I.N.
Activity of the phosphataves of the brain in rats after whole
body X-ray'irradlation. Nauch. ooob. Inot. fiziol, AN SSSR no,1:
172-17/t 159. (MIRA 14--10)
1. Laboratoriya radiobiologii (zav. - D.A.Chetverikov) Instituta
fiziologii imeni Pavlova AN SSSR.
(X-RAYS-PHIBIOLOGICAL EFFECT) (PHOSPHATASES)

GASTEVA, 8.7,; KAMNOVSKIT, 0,V,; POKAUNSKAYA, L.P.; uLnrNA, i.w.;
OMMMIKOVA, D.A. t
Iffect of ionizing radiation on certain aspects of the phosphorus
metabolism of the brain. Trudy Inst.fiziol. 81533-542 159.
(Km 13:5)
1. Laboratoriya radiobiologii (zaveduyushchiy - D*A* Chatyerikov)
Instituta, fiziologii im. I.P. Pavlova AN SSSR
(PROMORUS MITABOLISK) !Builo
(X RATS--PHYSIOLOGICAL 27731M)

CJ!ETV.P11(XV1)-D. A.-; UOPIDTA,
"The influence of hypoxia on the histoche-mical d-istribut-i-On of
nervous cells of rats."
report submitted for 2nd Intl Cong, Histochemistry & Cytochemistry, Frankfurt,
16-21 Aug 64.
Pavlov's Inst of Fhysioloay, AS USSR, Nab. Makarova 6, Leningrad,

ULYBINA, IoNo
Use of Nile blue sulfate for determining phospholipids
in the central nervous system cells. TSitologiia 7
no.6t764-766 N-D 165.
(MIRA 1911)
1. Laboratoriya regulyatsil metabolizma mozga Instituta
fiziologii AN SSSR, Leningrad. Submitted October 5, 1964.

ULYBYSHEV) is
Let us mechanize work which takes too much time and human energy. Tr. from the
Russian. p. 21.
Vol.6. no* 10, Oct- 1955
MASHINIZIRANO ZEMEDELIE
Oofiya, Bulgaria
Sol Eastern i~~ean Accession Vol. 5 No. 1 Jan. 1956

US,m#-'arra Doc
Abs Jbiw
Author LaybynhQV P.V.
X.A. 'Pit
Titlo 1lc,L;boC.,3 o,:' Obtair.-inr; I[IJI, lf,)ncy Yiclda in Tx~fbovsllnya
Obl--s'U- 4
Orig Pub X~!:l. En~,It. in, il.-.:,. Ti!-LLry,-zc,,rl-, 1.957; -.-Yi)-
j-01, 2y 311-314.
A73stract IJ.I)crration of q(D bc;c in ci wocdL~n 'Zo,-sc
"C., took placo favor.-Ably.

~Jll,~,~;,)~-',!~- %- '- ~f I ~ .~l " .", ~ : . -. , . ~.. : _; I i . ...
-0
UIMYSI-WIA, -~:- A-
screbrallny,.fa razopa ii 'Orl sYlJnO'--' -tife' Uclen. za~lslld
21+381 ljI:LBY31lIEVA,-l,-',--A. T - t -
(Odos. Goo. nauch.-isolled Psil-chonevrol. Il!-T), TLI. 1, 1949, S. 177-~-~!-
SO: Lotopis, "o. "2, r)4r).

' " r -- '%, f- '- e .".1 1-
7 . r- I ~ cx , - - - 'r - - - ,
ULYBYSMVji, M.A., kand.med.nauk
Rosistance of the skin capillaries in cerebrel va---,ular h7per- and
hypotension. Vrach. delo ao.12:1291-1295 D '57. (MIFA 11:2)
1. Odeaskiy nauchno-issleclova tell skiy, paikhortevrologicheskiy
institut.
(CAPILLARIES) (BRAI14--BLOOD SUPPLY)

BILTAYBY, I.T., assistant; ULYBYSHEVA, Z G., vrach
Result of postgraduate training of obstetricians and gynecologists
through short courses* Sov*zdray. 16 no.4:27-28 Ap '57. (MIRA 10:8)
1. Iz kafedry akusherstva i ginekologii (zav. prof. I.D.Arist)
r-helyabinakogo meditsinskogo institute
(GTNECOIA)GY, education.
postgraftate in Russia (Rus))
(OBSTBTRICS. education,
same)