SCIENTIFIC ABSTRACT ONOPRIYENKO, V.P. - ONTOYEV, D.O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238110009-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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28469-66, Za (mM_
ACC NRI AP6010138
SOURCR CODIt VA/0125/66/000/003/0007/0010
Aamt iggatkin, D.8 _vmovg B. is
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9RG: Institute of Blectric welding In. Y** 0* Paton, AN UkrSM (Institut elektro-
WOW ra, Ti. 6. Paton AN UkrSSR)
TITU: assistance butt welding 94 thtck-walled -tubes of heat-r*sisqP_k_F.L"" 500 mg impair the color chanFe F-- r's L
Trilon BINiC'. 2 ratio and NiCl 2 concentration are determined by
The Trilon B volume to be added to the RE soluttor. is calculated frorc
2A
VM - - ; A i s the probab 1 e car, * en t c f RE ME,-
Ir CNiC'L:) K M R203
NiC-- -'Tri -,cn rat.,c, , n m.1 , and V, is the molecul'ar weig~.z --f
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L OD038-66 Rn(in)/E%P(t)/EWP(b) IJP(e')
ACCESSION XR: APS023710 UR/0075/65/020/009/0002/0801#
S43.70
AUTMs OWISM, S. P.; Kuntsevicht G. K.-
TITLEs Spectrophotometric study of the reaction of scandium ions with pyrocatechal
violet
SOURM: Zhurs" analitIchaskey Wall, v. 20, no. 9, 125S, 902-904
TOPIC TAGS: scandlumi, scandivin compound, spectrophotometric analysis, dyne
Cal
ABSTPACT: Scmdlua and pyrocatechol violet form a blue complex of anionic cha-
racter at a 1:1 solar ratio. The absorption maximaza of the complex Is reached at
pH % 6 (A a $90 op) and rwaLns constant with rising pH. The option pH rengs
selected was 5.0-5.7; It was produced with uretvapLue and sestate buffer solutionso
7b& aver*p value of the solar extinction coefficient c Is (1.7320.13) 104. For a
complete color development, a twofold excess of the reagent Is sufficient. A
linear dependence of the optical density of the colored solution on the. scandium
concentration Is observed up to 60 Pg per 25 Al of solutLon& Complex-forming Ions
sueb an ~Ltmtog tnvtmte# onalatet acstaftq *to.$ md loom of tboriveg almintrot
Cwd

L OW36-66
ACCENION Us R5023UO
Iron,, copper, etc. interfere with the color developmat. A procedure for the do-
termLoation of sawdLum in the abs wo of luterferbW low is Sivem. Orig. art.
bass 5 flamm.
ASSOCIATIONs Ural
SUINITTEW OWkWP
No wr wv, on
poiftekbaLcbmakly Inatitut Is. S. N. Kirova, Mmrdlovsk
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VLADIMIRSKIY, V.V.; FOSHKAREV, D.G.; 0,40SOVSKIY, K.K.;
SHOLYANKINA, T.G.; SMIR',lITSKIY, V.A.; DANIL'TEV, Ye.N.;
LAZAREV, X.T.j LAPITSKff, Yu.Ya.; PLIGIN, Yu.S-; BATALIN, V.A.
ion guide and beam injection svqtem in a proton synchrotron.
k'rib. i tekh. e~sp. 7 no.4:70-'7S R-Ag IQ .
(MIRA 16:/4)
1. Institut teoreticheskay i eksperimental'noy fiziki Gosu-
darstvennogo komiteta po ispollzovaniyu atomnoy energii SSSR.
(synchrotron)

S/12o/62/000/004/008/047
E039/E420
AUTHOR: Onosovskiy, K.K.
TITLE: Testing of the vacuum chamber and pumping system of
the 7 Gev proton synchrotron
PERIODICAI: Pribory i tekhnika eksperimenta, no.4, 1962, 52-54
TEXT: '1he pumping system of the synchrotron is briefly described.
Volume of the chamber is 4000 litres; overall pumpi.ng speed is
9000 litres/sec. Tests are carried out on a standard section of
the sy5tem. consisting of one pumping unit B/\-05-1 (VA-05-1)
two curved sections of the vacuum chamber and two straight
sections, i.e. 1/56th part of the system. The limiting pressures
obtained using the liquid nitrogen traps are 7 x 10-7 min lig at the
pump and 1.4 x 10-6 min lig at the most remote part of the system.
Using the semiconductor refrigerator trap only the corresponding
pressures are 9 x 10- and 1.8 x 10-6. These pressures were
obtained after 24 nours pumping and with a leak rate of
0.006 litre u/sec. The performance of an improved design of
diffusion pump with a high quality oil is described, pressures of
3 to 5 x 10-7 mm Hg being obtained. For the complete vacuum
Card 1/2

S/120/62/000/00"/(',08/047
Testing of the vacuum chamber ... E039/E420
chamber assembled in the magnet spaces the limiting pressure i.-i
2 to 2.5 x lo-6 mm Hg. An investigation of the magnetic
properties of the chamber showed that 110% of it had a residual
magnetic field greater than the permissible level o.o8 oe.
In order to remove this residual magnetization and to de-gas the
system the chamber walls were heated to about 7500C for
about 25 to 30 minutes by passing a current of 500 A through it,
the heat loss being reduced by means of an asbestos cloth covering.
There are 2 figures and I table.
ASSOCIATION: Institut teoreticheskoy i eksperimental'noy fiziki
GKAE (Institute of Theoretical and Experimental
Physics GKAE)
SUBMITTED: March 16, 1962
Card 2/2

L071:5
S/12o/62/000/004/011/047
E140/E420
AUTHORS: Vladimirskiy, V.V., Koshkarev, D.G.,_QnoA_o_Yak1_y, K.K.,
Smolyankina, T.G., Smirnit3kiy, V.A., Danilltsev, Ye.N.,
Lazarev, N.V., Lapitakiy, Yu.Ya., Pligin, Yu.S.,
Batalin, V.A.
TITLE: The ion guide and beam-introduction system of the
proton synchrotron
13ERIODICAL: Pribory i tekhnika eksperitiienta, no.4, 1962, 70-75
TEXT: From experimental work on the 4 Mev electrostatic generator
used for beam injection, it was found that the diameter of the
matched beam in the accelerator chamber would be.not les:s than
about 25 mm. The injection system was therefore designed to use
plane condensers instead of slot condensers. As the phase volume
of the beam was four times greater than expected, the focusing was
strengthened by the use of quadrupole lenses. The beam
introduction system is shown in Fig.2, where C1,2 3 are
condensers. Cl is constructed from stainless steel plates,
e = 600 mm, h = 35 mm, bent to a radius of 4000 mm,
V = 80 kV, W a 171 mr, &V/V K 1.5 X 10-3.
Card 1/3

S/120/62/000/004/011/047
The ion guide and beam-introduction ... E140/E420
C2 has t = 220 mui, h = 20 mm,., V - 62 kV, w 85 mr and
,n V/V - 2.2 x 1o-3 C3 has (, = 220 min,h 80 mm,
LV/V = I x 10-2, 6
V = 56 kV, w = 9.~ mr, whorre %, is length of
tne plates, h is the distance between them, W is the angle
through which the beam in bent and AV/V is the required stability.
Calculation on the design of the system and its adjustment are
given, in particular design details are presented on the first
condenser Cl, the electrostatic quadrupole lenses, the ion guide
and the magnetic quadrupole lenses. The electrostatic quadrupole
lens consists essentially of four stainless steel plates with a
hyperbolic profile and the magnetic quadrupole lens is calculated
for a gradient of 350 Oe/cm and a length of 15 cm with a magnetic
aperture of 60 mm. There are 12 figures.
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
GKAE (Institute of Theoretical and Experimental
Physics GKAE)
SUBMITTED: March 31, 1962
Card 2/3

5/12"/62/000/004/047/047
A Ul 110i, S i-I I "~ I I-~J' I yV. V. In, L.L. , P I I x In, YU.S
e ne I ov, N.A Ta I V Z. I n, A -N Ta ra.,iov , Ye, . K
ush,,a rev, :,.G . , Lapi tnkiy. Yu . Ya . , Sa rnba ah : L . z .
eopuv, 1.F., Lebedev, P.I. , Kuz'min, A.A.,
ata I in, V.A., Ono a ovakiy, X K. Uvarov, V.A.,
udop'yanov,
TITLE Adju.Rtment of the acceleration regime of tile 7 Gov
yroton synchrotron
Fribory i teirhnika elisperi-enta, no.4, 19622, 248-255
X III or ler to establish the, optimum par.kmeter3 for
prograinriiinK t ie control 1'requency thi, intensity, po.~Ition,
and frequency and amplitude of transverse oscillation of the beam
1--5 measured 1 . three stages: (1) during, the first revolution,
(2) with a ci -culatir.,- boam and (-)) with acceleration.
For ineabureme its on the firqt revolution lori-~ afterglow
scintillation screens are used wnich are either observed visially
or by meens o' a toievision camera. The screens are placed in
the sections etween magnet blocks; 15 in the initial part and
dr ~nl )~e fin. 1 par-t of the chwnbcr. It is shown that tboorbit does not

',/I '-'(,/62/()o(-)/oo4/o47/047
Ad) us Ln cri t of the a cc c, I ~-ra I I on . . . ~. (, ,,~ / i, I Z (1
Cel.,,,,, t c, by more tj-n 1 .5 cm I rom t he a x i -i dur ng tile f i rs t
rfvulut iun Circul.%Ling L,e.,ms witl,o,lt are obta~nud
1, !1 ~ c I I c ') " L 1 rl ti C , 0 r 2, ~to ~,O I-VV3. I oto c irculatin~r. current i s
t! v L V rr;l I[I,-,J by 111C,1111 of .1 'light t%lb,! ~nd tile tr,inziVel So
0 ~ c I I L at Ion fr-'ut-ncy with in elct:Lroltat IC probe 1(h double
v,rti-- I .,,,] tlor-Lzontal pl-iten. Jc i ri t iIi a t 1 oil 8cr,-ris i n the
form -' a .~.ri U w- th 85'~ trai-a. 1 ns ion are uned to !jhow tile beam
po.-, i t i on a x,d d lame t er for 5 to 10 ro- - The beam diami-tor is
showy, to ov about I* cin ozidar nori;-I coridi L i ons . I nvent I F"A t lolls
are c.irried rjut on t.11c optilnum form of the frl-"JLI('IICY - tl9lIo
r c I a t I un for holdin7~ Lhe 1--am in orbit . The width of the trapping
rc~lon - - 3 Kc/s for an initial frequency of 750 Kc/s which
.~If with th,,oretical catimatoq. Preliminary adjustment
purmitte(l the attnijriunt of 6.2 Gov protor- anti after adjustment
.2 (~ev protons were obtn Lnod on Octobtr 25, 1IY6l Th. oflual
intensity on a normal cycle lio3 in the range 3 to 5 x 109.
There are 7 figures and I table.
ASSOCI,lTION: institut toorotirhonkoy I aksperimental'noy rizikl.
G.':AL (Instituto of Theoretical and Lxperimental
5 U BN 1 -17 F D April 11, 1962 Physica GKAE)
Card 2/2

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darst-ennogo kouti,etki

L 2~P6946 EWT(m) IJP(c) JXTC,.qa)
ACC NRo AT60=59 SOMCE CODE: MV3 3,10032
AUTHM: lapitsklyp Yu. Y&.; lhoroshkovp V. S.; Onosovsklyp Ko X.
ORG:
T=: The Injector of the ITV proton synchrotron
SOURCE: USSR* GosudarstvenrWy komitat. po ispoltzov"iyu atomoy energli. *1affulLut
teoreticheakw I eksperimentallnoy Mild. Doklaftp no- 381j, 3,965. Inthektor
protonotgo sinkhrotrons. ITEFj, 1-12
TOPIC SGS.- proton acceleratorp synchrotron., particle accelerator componentp elec-
crzow4w~ ZG- 4 static generator,
trostafte 5,eleero
ABBVACT: Dis authors Ascribe the improvements r'seently made on the ITEF proton
InJector.. which originally was a revamped ZG-5 electrostatic generator.
no Injector is designed for a two-week operativg cycle., with minlymn maintenance
shutdown (22 hours) and minimum low-voltage preconditioning (20-30 hours). 7he
vaemn system and the Ion system (sotweso optical systemp wd Ion transporter) are
described In detall. With the Ion source delivering a maziumm V41se current of 0-3
the. lnject= operates at present with a generator voltsge of 4 My a dc Ion current
1-3 paq an vinseparated been pulse of 40 us at a pulse duration of 40 ssecj, a proton
of 8-20 as Into the synchrotron at a pulse duration 20 pseep wd an energy

27069-66
ACC N& A2603M59

112-57-8-16276
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 8, p 35 (USSR)
AUTHOR: Rozenfel'd, L. M., Onosovskiy, V. V. , and Serdakov, G. S.
TITLE: An Experimental Installation for Heating and Cooling the Buildings at the
Site of the Stalingrad State Electric Station Development (Opytnava ustanovka
dlya otopleniya i okhlazhdeniya zdaniy na ploshchadke stroitel'stva
Stalingradskoy GES)
PERIODICAL: Tr. Leningr. tekhnol. in-ta kholodil'n. prom-sti (Transactions of
the Leningrad Technological Institute for the Cooling Industry), 1956, Nr 14,
pi) 32-43
ABSTRACT: To check some conditions associated with the use of a thermal purnp
for heating the buildings of an electric station, an experimental installiLtion
was built and tested at the site of the Stalingrad State Electric Station. This
installation, in the Station's Electrotechnical Laboratory, used refrigerating
machines for heating during the winter and cooling during the summer As a
source of low-temperature heat for the thermal pump, water is taken from
an artesian well; the water is preheated by an electric heater that is analogous
Card 112

112-57-8-IoZ7b
An Experimental Installation for Heating and Cooling the Buildings at the Site
to a hydrogenerator having thermal losses but no output power. A single-stage
freon-12 refrigerating machine was used as a thermal pump. Cold water at
50-100 C was fed into an evaporator, where the heat yielded by the water
brought freon-12 to the boiling point at a low pressure. Freon-12 vapor was
admitted into a compressor, where it was brought tip to the pressure corre-
sponding to the condensation temperature necessary for the heating system.
From the compressor, the vapor was channelled into a condenser in which the
condensing vapor heated the water circulating in the heating system. The
liquid freon-12 from the condenser was fed back into the evaporator with an
intermediate throttling down to the pressure of the evaporator. Cold water
from the evaporator was passed through an electric heater. The tests conducted
in December, 1955, and in January, 1956, demonstrated tlie feasibility of utiliz-
ing thermal losses in hydrogeneraters and transformers for heating of electric-
station buildings. The thermal-pump heating system proved to be more eco-
nomical than a separate heating boiler installation. Bibliography: Seven items.
V. Ya. G.
Card 2/2

ROZKNFM'D, L. M. ; OIJDSOVSKIY V V. SERDAKOV, G. S.
Irperimental testing of the feasibility of adapting refrigerating
machinery for heating and cooling buildiWa using heat produced
in the operstIon of hydroelectric power stations. Zhur. tekh.
fiz. 26 no.9:2037-2045 S '56. (MLRA 9:11)
1. Tekhnologicheskiy institut kholodillnoy prou7shlonnosti.
Leningrad.
(Heat pumps) (Hydroelpctric power stations)
(Refrigeration and refrigerating machinery)

ROZINMID, L., dektor takhaicheakikh usuk; OWSOVSKIY, V.; SXRDauV, G.
Zxperimental installation for hydroelectric plant heating usiag
refrigerating machines. Khol.tekh-33 se.2:5-11 Ap-Jo 056.
(KERA 9: 9)
(Heat pumps) (Hydroelectric power stations-Air conditioning)

AUTHORS:Rozenfelld, L. (Professor), Kharitonov, V., Onosovskiyq V.,
Manuylo, N., Zhebenko, A'., and Bakallo, -N (Engineers).
;6-2-2 2ite refr
TITLE: Investigation of the refrigeration equipment o
gerator ship, "Aktyubinsk". (Ispytaniye kholodillnogo
oborudovaniya refrizheratornogo sudna "Aktyubinsk").
PERIODICAL: "KholodiltBua Tekhnika" (Refrigeration Engineering),
1957, No.2, pp.6 - 10 (USSR).
ABSTRACT: The results are described of tests of a refrigerated
Diesel-electric ship,carried out by the Chair of Refrigera-
tion Machinery of the Leningrad Technological Institute in
cooperation with the team of a Baltic plant. The refrig-
eration machinery was designed by the Central Refrigeration
Machinery Design Office and manufactured by the Moscow
"Compressor" Works. The "Aktyubinsk" has a displacement of
10 250 tons and Is one of a larger series of refrigerator
vessels. It has 5 refrigerated holds and 5 refrigerated
Itween decks of a useful volume of 6700 m3, enabli:rZ trans-
portation of 2700 tons of frozen or 3350 tons of cbLilled
fish. The refrigerated holds and Itween decks are subdivi-
ded into a fore and an aft group, each of whLich can operate
Card 1/ 3at differing temperatures. The cooling of the holds and
the Itween decks is effected by a solution of calcium
chloride. In single stage operation a temperature of -6 C

Investigation of the refrigeration equ i ent of the
refrigerator sb-ip, "Aktyubinsk". (Cont. 7 66-2-2/22
can be maintained in the holds and in the I tween decks
whilst in 2-stage operation a temperature of -18 C can be
maintained so that it is possible to maintain a temperature
of 4 C in one group of chambers and Itween decks and a
temperature of -18 C in the other group. The characteris-
tics of the refrigeration machinery were established at the
test stand of the "Compressor" works and have been des-
cribed in an earlier paper (1). The results of the tests
of the refrigerator ship are discussed and summarised in 2
tables. During the tests the entire refrigeration equipment
operated satisfactorily, the insulation of the refrigerated
holds and Itween decks is of good quality and operated sat-
isfactorily. The adopted 2-stage system is very simple in
operation but the author considers It advisable to develop
a circuit with an intermediate steam extraction applicable
for marine use and to compare the respective technical and
economic indices. To gain a clearer picture on the correct
selection of the type of refrigeration machinery the applied
Card 2/ 32-stage set MXBL-AAC-150 siiould be compared with a high
r.p.m. multi cylinder compressor, both stages being in a
single unit. For marine conditions it may be of interest

Investigation of the refrigeration equipment of the
refrigerator ship, "Aktyubinsk". (Cont.) 66-2-2/22
to use a rotational compressor as a booster compressor of
the lower stage. A number of slight inadequacies revealed
during the tests should be eliminated and further control
and metering instruments should be installed.
There are 3 figures, 2 tables and 1 Slavic reference.
AVAILABLE:
Card 3/ 3

ROZENFELID, Lev Markovich, prof., doktor takhn.nauk; TKACHEV, Anatoliy
jecrgiyevicn, prof.. doktor tekhn.nauk; GURIVICH, Tevgeniy
Semenovich, inzh.; QNQ�QYMY- Y-T., inzh.; SZOAKOV, G.S., inzh.;
TSYRUH, B.L., lnzh.; KAI IN', I.K.. inzh.; ROKANOVSKIY, N.V., inzh.;
TATSOOV, I.F.. inzh.; DANILOVA, G.N., dotsent; MIKHA7'SKI%YA, R.N.,
lnzhL.; KARNAUKH, H.S., inzh.; SrUKALEHKO. A.K., inzh.; ILIIN, A.Ya.,
inzh.: TSIPARSOh, A.L., red.; ROICHEVA, V.V., tekhn.red.
[Examples and designs of refrigerating machines and apparatusj
Primary i raschaty kholodillnykh maBhin i apparatov. Moskva, Goa.
izd.-vo torg.lit-ry, 1960. 237 P. E___Thermodynamic diagrams of
the refrigerants used] __~Termodinnmicheskie diagrammy rabochilch
to! kholodll'nykh mashin. (MIRA 13:9)
(Refri,,eration and refrigerating machinery)
I

ROZENMID, L., prof.; ZVORONO. Tu., inzh.; ~OSD V�=. V, . I nz h., K I SS, V.
Teat of a heat pump air conditioning unit in a movie theater. Khol.
tekh. 37 no.5:18-22 S-0 l6o. (MIRA 13:10)
1. Leningradakiy tekhnologicheakiv inatitut kholodillnoy prolvsh-
lennosti.
(Theaters--Air conditioning)

ROZENFELID, L.M., prof.; ZVOID110i Yu.S., inzh.; ?!OSOVSKIY, V.V., inzh.
_I
Application of a freon refrigerating machine for cooling and
dynamic heating. Teploenergetika 8 no.6:12-16 Je 161.
1 (MMA 14:10)
(Rofrigeration and refrigerating) (Thermodynamics)

I OIIOSOVSKIY) V.V. , irlzh.
Selecting machines and the cortroi system for heat pump
units. Khol. tekh. 38 no.3:30-36 MY-Je 161. (Mdful 15: 1,
1. Leningradskiy teldmologiclieskiy institut kholodillnoy
promyshlennosti.
(Heat ,.umps)
(Compressors)

ROZENMID, L.M., prof.; ZVOPMO, Yu.S., inzh.; ONOSOVSKII.9 V.T., inah.
Dynamic heating and cooling by using the heat of discarded water.
Gidr.stroi. 33 no.lOt26-31 0 162. (KMA 15:12)
(Waste heat) (Heating from central stations)

rri. T Lh
Khr
lii~mgradskiy
n~

POLA D Farm AnImals. Domestic Fowls. J-10
Abs Jour Ref Zhur Biolori,ra, No 16, 1957, 72197
A_~t~ or - wa fm&n , , O'no r, z Vd -v,,i c z , 3 .
Title i 7he 3*~`.'ect of 'jitraviolet Rays on Domestic Birds. Part
II. Its Effect ;r. the growth of Ducklings.
Orii, Pub Azin. Univ, M. Curie-Sxlodowska, 1954 (1955) E9, No 6
89-101
Abs t rac The egGs if Peking &jcks w(,re irradiated with ultravi,,let
rays during the first 5 days of incubation. The averai7,e
vieii:IA o!' the hatched duckling, of 8.9 to 10 weeks old was
hir)i6r th&n th&t of control birds (average 12 percent), i ie
to the rate incre&se under irradiation. During the first
days of incubation, the embryos -row faster and hatch 5.5
days earlier. The increased rate of growth contin_4e:i
through the first three weeks of the ducklings' life af'tar
hatohin',-.
,ard 1/1 - 62 -

ONOSZKO, Jerzy, mgr., Inz.
Protective blocks in harbor architecture. Tech gosp morska 11 no.5:
139-W '61.
1. Instytut Budownictwa Wodnego Polskiej Akademii Nauk, Gdansk.

ONOSZKO, Jerzy, 149r. , inz.
Jetivities of the scientific laboratories of the Institute for H7dranlic
14ineering of the Polish Acadeny of Sciences. The laboratory for sea-
:~hore dynamics and protection. Goop vodna 21 no.11: 7f)0 N '61.

OIIWZFO, Jerzy
Situation of the atDrage r(,fj,~ -"- - : *~ R,,Zntw~ iwzp., hy'--.)--~
no.12:1(Y7.-112 '62o

KOWAISKI, Tadeusz, inz.; SLOMANHO, Pawel, doe. dr in,*; PASUIEWICZ, Czeslaw,
i3U; KARWOWSKI, Jozef, doc. dr inz.; DRUET, Czeslaw, dr inz.;
TU IZWICZ-.VITKOWSKA, Hama, mgr inz., SZA~-ZIEC, TadeuBz, mgr A.az.;
0110SZKO.A Jerzy, mgr inz.; RBY116KI, Jerzy, mgr inz.; MTMAYN, Marian,
m9r,riii.
Discussionson papers and communications. hozpr liydrotechn no.12:
119-127 162.
1. Research Institute of Hydraulic Engineering, Polish Academy of
Sciences, Gdansk (for all except Kowalski and Paszkiewiez).
2. Maritime Institute, Gdansk (for Kowalski). 3. State Xydrological
and Meteorological Institute, Wynia (for Paszkiewicz).

ONCISZKOI Jeray, mgr inz.; ROBAYJ1-,WICI,, Wd~cjioch, mgr Inz.
Ylaritime pr,-tl,~mB at th-v,, ~Cjth intiz:natl nal llaviga'i-r C-)n,~r4~-E!B,
Tsch gosp mor3~a 1 " n " .,4: 2,7 , 2,71.362 .
1. Instytut budovnietwa Wodnego, P, 1.9ka Akademla Nauk, Gdansk.

ONOSZKO, Jerg,_mgr inz.
I-
Third Hydraulic Engineering Festival In Yugoslavia. Gosp wodna 23
no.2:90 F 16).

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,..ozpr hyjrctechn n~,. ~ - .. - ', 31 ' v,4.

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- "I . . . , - .: , 'r " :
:,.e W'. u1 Af 8 , "-' - . , . 'r i '. * - t:." Carl 5 .
- I ("~ .
,,( . , C, : '- ~ I - -, ,

ONOSZKO, Jjq4 m,6,r ~Iriw-
Sea deepeni ng w6 r x i r. I rt. -, -,,' ~Ije pe riod between ".he two
World Wars. Tpnn 4-;sp I., no.7/8:217-219 Jl-Ajg 162.
1. Instytut Bu,iiwnle~twh i~ %, folska Akademia Mauk, Gdansk.

ONW'4A0, Jerzy, TVr `nz.
Contrib,:'A rjnq of ~ ~,-l i sh ' mL~Aflm, awl - - ti' r- -- *, ~-.
engineering. Tc -. t , ~,: mr) r s k a 14 - .- ~ . 1 (, , ', ~l _i. I Gp~-0.
1. 1 rist I tute of li,yti -aul : -~ I nglnek 7-j ~l I,, an sk, , -' 'Ih; . ! ~ -I
Academy of' .;( q.

r iy r ~ r)
S"IF ~n 1, 1'.
0 f Poll sr, "-ademy of a
anni versary )f *~np '(,, i sh f--)P'19 Is !,P.Pub! ir i w r'r
12 nr~.J:R',-146 '6 '1
I I ns ti t u tE Hy,-'rFiul i - Ing i rf, er i np, f. f"
of Srienres, ~)ijbm'.1!,F!r! .Illy .-~,

L - - -, . . . . . . . : . : , , .
. - . , I I - I
.. I " .

,-lNjT...X 1','p F. - I .
Dissertation defonded fir lhe IeLveu of Gaiididate -)f l'lIi.L-,.jjplJcdj -citil."ll.;
at the Institute of t'hilosoph.
it juciai jigiLificance )f tl,e ind.istrlaiizat ion )f -)Ociaiist A, ricu-Itu:-H- . "
U
Ve,gtni-k Akad. ..'auk, :.-. 4, 1,1;63, PP -~i-145

RZEEVSKlY, V.V., prof .,dokt.tekhn.na-k; BUYANOV,Yu.D~, kand.tekhn.naak,
VASIL'YEV) Ye.l., kand.tekhn.n&ui(- DWIN, AJn., kand.tekhn.nauk,
KULESHOV, V.A., kand.tekhn.naW:; MRi'SHOV, B.G., kand.tekhn.nauk,
NKVSKIY, V.N.,, kand.tekhn.nauk; POTAPOV, F.G., kand.tekhn.nauk;
RODIOVOV, L.Ye., kand.tekhn.nauk; SIRKIN, ~.A., kand.tekhn.nauk;
SUKHANOVA, Ye.M., kand.tekhn.nauk; YUMATOV, B.P., kgLnd.tekhn.nauk;
KHOKRRYAKOV, V.S.p kand.tekbn.nauk; ALEKSANDROV, N,J: , i-ornyy inzh,;
A-USTOV, I.I., inzh.; BUGOSWSKIY, Yu.K., gornyy inzli,,.-, DJDKOVSKIY,
D.Z., inzh 0110TSKU 14~1-, inzh,t STAKMIICI', Ye,.B., inzb,-,
_UKSIMOVA, V.V.., tek'hn. red. ; KOTIDi,UT I Y EVA,
M.A., tekhn. red.
[Handbook for the strip-mine foreman] Spravochnik gornogamstera
kartera. Pod red. V.V,Rzhevskc)go. Moskva, Gos.nauchno-tekhri.izd-vo
lit-ry po gornonu delu, 1961. 572 p. (MIRA 14~4
(3tr ~ p mining)

ONOTSKIY, M.I., Inzh.
Studv of the wear resistance of a pneumatic p8rCUBSion drill
bit. Izv. v7B. ucheb. zav.; gor. zhur. no.6:100-106 161.
(MIRA 16:7)
1. Moskovskiy gorny-y institut imeni Stalina. Rekomendovana
kafedroy biircvzryvnykh rabot.
I
(Boring machinery--'esting)
(Mechanical wear)

AVEKHENKOV, A,F., inzh.; ONOTS.K7_,_~4J.-, inah.
Using bores with a diameter of 100 mm. for blasting operations In
open-pit mining. Stroi.mat. 7 no.5:20-22 My 161. MIRA 14:~)
(BlaBting) (Strip mining)

ONOTSKIY, M.I.-, inzh.
Introduction of pneumatic percussion drilling at rubble and
crushed stone quarries. Sbor. trud. NIIZHelezobetona no.7t
35-43 162. (MITU 161l)
(Drilling and boring machinery)
(Quarries and quarrying)

ONOTAR) M.I., gornyy inzh.
Efficient ccrritiono of using bore bits for auhu,ersilla-
compressed-air drills. Nauch. trudy Moak. inFt. radlnelpk.
i gor. elektxomekh. no.47:49-58 Ib3. (MIh.A I-/:,)

ONOYCHENY"), V.
Thoy liva and work tho communist wa.Y. Kosh.-obuy.pron. 2 n0-8:
12-13 Ag 160. (MIRA 1):8)
(Taganrog-Leathe, workers)

ONT TNP Ye.l., irzh. ; TVASHKIN, V.S.
1.
Evaluating existing types of sprinklers and selecting the
Optiral conditions for their operation. Nauch. soob. VoBtNII
no.1:30-34 It 1. (MIRA 18i,))

ONOYCUMO, V.T., starshiy inzh. (Poltava)
Observ,e precautionary measures. Zashch. rast. ot v-red. I
bol. 8 n0.3!14 Mr 163. (MIRA 17i1')

KUZNETSOV.* M.G.; ONOYCHENKO, V.T., starshiy inzh. aviatsii spetsprimenenlya
(Poltava)
Aeronautics in plant protection. Zashch. rast. ot vred. i bol. 8
no.5:9-11 My 163. (MIRA 1(,:9)
1. Nachallnik otdela spetsiallnogo primeneniya Ukrainskogo
territoriallnogo upravleiiya Grazhdanskogo vozdushnogo flota,
Kiyev (for Kuznetsov).
(Ukraine-Aeronautics in agriculture)
(Trraine-Spraying and dusting in agriculture)

LOBDDA, T.; ON-OYIKO, I. - --- -
Operation of motorbuses and taxicabs under public contro'.. Avt.-
transp. 40 no.2:8-9 F 162. (MliiA 1-11-2)
1. Ukrainskiy respublikanskiy sovet profso'vuzov.
(Motorbuses) (Taxicabs)

ONTIN, Y,,:~
:1rallml-lia-y wet~'-'rp --` -.ne :ra'- mass,," a!3 a mpELn!i -.-* r-,Ulc%
suppreg-Dri lur-ng hlav-ng ODera--~ -,n5, V -, -bezc-., v
ago". ahakh~ 159" t ; " -12

ONTIN, Te.l., inzh.
Dust prevention In coal mining by the shield method. Bezop.truda v
prom. 3 no.8:7-9 Ag 159. OGRA 12:11)
1. Vostochnyy nauchno-isaledovatellskiy institut po bazopasnosti
rabot v gornoy promwahlennosti.
Obsnetsk Basin--Coal mines and mining)
(Kuznetsk Basin-Mine dusts)

LIXH&CHXV, L.Ta.. inah.; WIN, Te.I., Insh.
Using the energy of eiplosivem in huftidifying coal blocks.
Bezop.truda v prom. 3 no.12:26 D '59. (NIBA 13-4)
1. YontochMy nauchno-Issledovatel'skiy institut po besopaRnoeti
rabot v gornoy promyshlennosti.
(Coal minee and sinine-Safety measures)

ONTIN, Te.I., insh.
Coal moistening in the block in Osinniklugoll Trust Mines. Ugol I
35 no.R:47-48 Ag 160. (MIRA 13:9)
(Kuznetsk Basin--Coal mines and mining) (Mine dusts)

ONTIN, Ye.l.
(Theory and practice of pumping water into coal beds as a ::Aans
of dust removal) Nekotorye voprosy teorii i praktiki nagnetaniia
vody v ugollmyi plast kak sredstva. podavleniia pyli. Warsaw,
1961. 18 1 diagre. (MIRA 15:6)
(Coal mines and mining) (Fdne ventilation)

RATUSHKOV, M.I.; (Y.T-M, Ye.l.
Results -~f uie work of the. Eas terr. Scl~ent,,~ f i-- iv-qc-ar;,,r,, I vp '~ -
tute or. Dust Cortrol. Vop. bor'. 9 sil. v Sib. n-.1:50-b4 16-
(MIFU, alt,:,

ONTIN., le.I., gornyy inzhener
Controlling ::oal dust by the method of infecting water Into a layer
in development workingo and stopes. Sbor. rab. Po si-lik. no*3:71-78
1619 (MIU 15:10)
1. Vostochnyy nauchno-issledovatel'Ekiy institut po bezopasnosti
rabot v gornoy promyshlennosti.
(Coal mines and mining) (Mine dusLs)

LIKRACHEV, L.Ya., gornyy inzh.; ONTIV, Ye.I., gornyy inzh.
Response to IU,V.Kuznetsov's article "Preliminary wetting of
coal in the block as a factor to increase labor productivity.*
Ugol' 36 no.3:56 Mr '61. (MIRA 14;5)
(Coal mines.and mining)
(Ku=etsovp IU.V.)

ONTIN, Ia. I., inzh.; LIKHACEV, L. Ya., inzh.
Water injection into the seam through deep boreholes. U901' 36
no.6:56-59 Je 161. (MIRA 14:7)
1. Vostochnyy nauchneoiseledovatel'skiy institut po bezopasnosti
rabot v gornoy promyshlerinosti.
Mine dusts)
Mining engineering-Safety measures)
~

ONTIN, Ye.I.; LAZAILENK-, M.I.
Ways of roducing thb dust in Lhu air of coal prepa-ruti.r,
in the Kuznetsk dasia. borlr)a 9 ail. 5s254-259 262.
(RL-A DD:5)
1. Vostoohnyy nauchno-isaledovatollakiy inatitut po bezopaWoti
rabot v gornoy promyolilennosti.
(Kimnetak Basin--Goa-l preparation plan',&-Sa-fety appliances)
(DUB te--Preventi;n)

0,"*'7 i N", Y r I . ; ~" T AR K, i" '' ~ -
. . - . I
Rated me*,,,,)d ~ ' -il*,-7m, -.- - - 3p- ., - -~:g ::-, 7-,,ni. . -, - --'f ;1- 11
basis for standbra;zIll, shale 11 . I
r IF - " .,
4 -. 13 3-1 ';Cj I t ~~ . I IF -.

TORSY, 1 Y, kand. te~