SCIENTIFIC ABSTRACT OBORUCHEV, V.A. - OBR, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237710019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OBORUCHEV, V.A. [author]; SHCHERBAKOV, D.L. chlen-korrespondent [reviewer).
Popular science books of AcaAsnician Y.A.Obruchev on Central Asia (NIn the
wilds of Central Aaja (notes of a treasure hunter)." nPlutonia.v and 'The
world of Sannikov.0 V.A.Obruchey. Reviewed by D.I.Shcharbakov). Pr1roda
42 no.11:117-121 N 153. (MLRA 6:11)
1. Akademiya nauk SSSR (for Shch--rbakov).
(Obruchav. Vladimir Afanaelevich, 1863- )
(Annia~-Description and travel)

OBOSXAWV, S.I., inzh.-konstruktor
Mow flexible conveyor for coal mines. Ugol' 34 no.6-.4&-50
Ag '59. (KM 12:12)
l.KharIkovskI7 mashinostroitelinyy "Svet shakhtera.m
(Mine haulage) (Conveying machinery)

KOLESIIIKOVA, Lyudmila, yunatka; GRITSENKO, Valya, yunatka; VOLK(TVA,
LyudnUa., yunatka; OBOTINA, Lyudmila, yanatka
mHerald of the young naturalist.' IUn.nat. no.4.20-21 Ap 162.
WIRA 15-4)
1. AmIkovskaya srednyaya srednyaya shkola Chertkovskogo rayona
(for Koleenikova). 2. Yegorlykakaya srednjaya shkola, YegorlykBkly
rayon (for Gritnenko). 3. Kagallnitskaya &.Ietnyaya shkola
Kagallnitakogo rayons, (for Volkova). 4. Gigantovskaya srednyaya
shkola-internat No.2 Sallskogo rayona (for Obotina).
(Nature study)

YUDIN, I.A.; OBOTNIN, Nd.
Idneralographic and X-ray diffraction examination of carbonaceous
chondrites fowid in Higiya,, Staroe Boriskino and Gro=aya*
Heteoritiks. no*20:163-170 161. (KRA 14:5)
(Meteorites) (Electron diffraction examination)

0572~
50) SOV 32-25-10-10/63
AUTHORs Obotova,-M..,N.-.
TITLEs Determination of Isomers in Technical Tricresyl Phosphate by
the Method of Distribution Chromatography
PERIODICAL: Zavodskaya laboratoriya, 1959, Vol 25, Nr 10, PP 1184-1186
(USSR)
ABSTRACTi To determine the percentage content of isomers (ortho-, meta-,
and para-) in technical tricresyl phosphate, an alkali saponifi-
cation with subsequent distribution-chromatographic separation
of the isomers of cresol in the hydrolyzate was carried out. The
optimum conditions of the process were determined. The eaponifi-
cation wad performed with a 10% alcoholic lye oolution made of
950 alcohol and metallic sodium. The method developed by
I. Franc (Ref 1) was used to separate the isomers. The chrouato-
graphy is made on silica gel with a cyclohexane-water mixture.
Then follows a colorimetric measurement based on the color reac-
tion of ortho- and metacreeols and phenols with 2,6-dibromo-
quinonechlorimine. In the present case, however, diazotized
paranitraniline was used instead of the latter. In this way,
Card 1/2 0.004 mg of orthocreeol, metacresol and phenol, as well as

0
'721
5
SOV/32-25-lo-lo/63
Determination of Isomers in Technical Tricresyl Phosphate by the Method of
Distribution Chromatography
0.25 mg of paracreeol, can be determined in 5 al of solution.
The method was tested on mixtures of cresol isomers and phenol
(Table 1). The accuracy of analysis is t 1.50/t. The analyae5 of
the alkaline hydrclyzates of tricrisyl phosphate were carried
out in the same way (Table 2). There are 1 figure, 2 tables,
and 2 references, 1 of which Js Soviet.
Card 2/2

MIKIRTICHEVA, Z.V., starshiy naucbnyy sotrudnik, kand.biol.nauk;
MMHERETSKIY, A.I., starshiy nauchnyy sotrudnik,, inzh.-podpolkovnik;
GROMOV, L.A., starshiy nauchnyy sotrudnikp kandtekhn.nauk, inxh.-
polkovnik;.OBOTOVA, M.N.,_mladshiy nauchnyy sotrudnik
Dressing materials made from cotton and myon. Takat.prom,
21 no,12:11-12 D 16L (MIFA 15:2)
1. Nauchno-issledavatel'skaya laboratoriya-3 Voyanno-meditsinskoy
Ordena Lenina akademii imeni S.M.Kirova.
(RUM#M AND BANDAGING)

S108 1/62/000/024/044/052
B1 06/B166
AUTHORS: Mikirticheva, Z. V., Shluger, N. A., Menzheritakiy, A. I.,
Obotova, IA. N.
TITLE: New bandage material from synthetic and artificial fibers
PERIODICAL: Referativnyy zhurnal. Kh.4miya, no. 24 (11), 1962, 952.
abstract 24P1027 (Takatilln. prom-at', no. 5, 1962, 29-30)
TEXT: A number of gauze samples of synthetic and viscose fibers were
developed. The test results showed that various combinations of
synthetic and viscose fibers yield materials superior to cotton gauze as
regards functional and therefore also medical Properties. [Abstracter's
note: Complete translation.]
Card 1/1

MENZHERITSKIY, A.I.; OSIPOV, A.V.; YEFREMOV, M.D.; KRUKOVSKIY, Ye.V.;
SHLUGFR# N.A.; REPSHILI# A.P.; MITSKEVICH, V.M.; MIKIRTUCHEVA,
Z.V.; POWNSKIY, V.V.; 09QTQVA,,-11.&; SEMEHOVSKIY, A.A,;
GARASEVICHY G.I.; VAYNBERG, Ye.I.; DOWICH, A.M.; LFVCHENKO, V.L.;
RAFALISON, V.D.; ROMANENKO, Ye.l.; SHPINER, Ye.I.; TEKLIN, V.G.
Innovations. Bum. i der. prom. no.2%58 Ap-Je 165,
(MIRA 19-6)

,.:I T ~'A .;varn,-~ r) zvo,;.;*.,v.-),
r nni i t' I' o r
iater''-IL, )n ') 1, , I ~1. - , '.~ '. ; 1'.; w P
nv t'.e
T:,,e ~i o 1 P r i: ! 3 r(I 001 )~ I t I P, i L') L, i I a ~t'i I I" f t i ie
~or-at'cv, on the rever,if-- ~,f tne Is ;prevented by lising a 5te-I
back,lng plate v.,Iti-, a I -,- dee,~-, and t~ -1 wide gr,)c)ve. Tire therral
~neters are deter~~',-Led fro.. ~~.e f-izilon nPat, neat-resistarice and neat C~orl(IL.ctivitj
of the alloy, Weld's prnd)4cf~-~,' t,:-;(.1er t'.-f- selected condlti')ns (Table I) shox-'-~ri
a strength ti:at was not bel.)w 80 t,-,e strength ,-,f the base t-ptai . The --Dszioilli-
ty of defoming tne wellds wa~, -InvPatIgated by means of nianaal dr4fting
roll'ing on steel wert! lrilthig~ in.:
,if LIIO W(?!'I W10, - ',')( of, f.he
wlt.~ preheating r,'!d not :,-.;;air their quality and can be rraco-lmended fnr tne
manufacture of par-~s.
Card I/?

i t a rgon - a ro vi,~
ThicKness of' r x
material c'.irreiA
01 t'i I I Pr wre
P- ec
+
cm
Piller wire feed rate: -6 :-,/h; Virgo,-, cnnslA.-.~Ption iiters/:-iin.

OBOTUROV, V.I.
Automatic argon arc welding of a thin-sheet AMg6 alloy
following chemical etching. Svar. proizv. no.11:29-30
N163. (MIRA 17:5)

ACCESSION NR: AT4012721 S/2981/63/000/002/0111/0118
AUTHOR: Mel'nikov, Yu. V.; Zyukin, V. V.; Oboturov, V. 1.
TITLE:, Welding of SAP-]
SOURCE: Alyuminiyevy*ye splavy*. Sbornik statey, no. 2. Spechenny*ye splavy*.
Moscow, 1963, 111-118
TOPIC TAGS: powder metallurgy, aluminum, sintered powder, aluminum
powder, sintered aluminum powder. welding, resistance welding, flash welding,
i spot welding, roller welding
ABSTRACT: Welding of SAM by the flash and resistance methods was performed with
1.5 mm sheets made of preliminarily treated brickets. Comparison of the strength
and structure of the weld joints showed that manual argon arc welding of SAP-1
using AF-4A flux is possible with high temperature annealing of the brickets.
The strength of the weld joints equals 95% of the strength of the base material
at room temperature and 70% at'a temperature of 500C. Both roller and spot
welding of SAP-1 m3y also be used. The strength of the weld joints is the same
as of high-strength aluminum alloys of the type 019A-T, 020A-T and 016A-T. "The
work was carried out under the guidance of K. P. Koryagin; 0. B. Martishin, M. V.
KvotMa and F. T. Leanov also took part In the work." Orig. art. has: 9
:
C I -

I
,
I
4
ACCESSION NR: AT401272)
tables and 10 figures.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 13Feb64
I SUB CODE: MM NO REF SOV: 000.
Card 2-/2
ENCL: 00
OTHER: 000
\

L EWT(m)/FAIP(k)/T/,M,[P(e)/94P(v)/El-/P(t)/KI IJP(c) JH/DS/J ~// M4
ACC NR,AT6o2'4937-------- SOURCE CODE: UR/2981/667000/00 /0254/0258
AUTHOR: Oboturov, V- I-
ORG: none
TITLE: Argon-shielded arc welding of heat-resistiLnt SAP alloys
SOURCE: Alyuminiyevyye splavy, no. 4, 1966. ZharoprochnYYe j vysokoprochnyye
splavy (Heat-resistant and high-stram,& alloys), 254-258
TOPIC TAGS: metal welding, aluminum"Lloy, dispersion sintered
aluminum powder a-k1cqF., metal property/SAP aluminum alloy
ABSTRACT: A method of argon-shielded arc welding of SAP alloy sheets has been
developed. Only sheets made from billets which were outgassed by high-temperature
annealing can be welded. The new method employs a tungsten electrodelheld at an
angle of 60-850 with respect to the,4weld plane and intermittently fed,~Eor vibrating
filler wire. The strength of SAP-14LIloy joints welded manually withl"Mg6 filler
wire was 31-33 kg/=2 at room temperature and 6.2-6.9 kg/=2 at 500C, w ch amounts
to 94 and 97% of the strength of the parent metal. The strength of SAP-2kalloy welds
at room temperature was 31-34 kg/=2, i.e., 90% of the parent metcl strength. Orio
art. has: 4 figures and 2 tables. ITDI
SUB CODE: 11, 13/ SUBM DATE: none/ ATID PRESS:
CQrd 1/1 b,

L-045ho-6 E19T(d)/Nvff(m)/Y,
-Mr-
ACC ff6023441 Jjp(c) JD/4W/1*1/JG/P74 SOURCE CODE! UR/0135/66/00 0/0071-003-1 0033--:
AUTHORs 000tuMv, V. I. (Evglneer)
,ORG: none
TITLE: Welding Of leak-Proof joints from AMg6 alloy
iSOURCE: SvarQchvOYG Proizvodstvo, no. 7, 1966, 31-33
TOPIC TAGS: arc welding, hermetic seal / AMg6 alloy, PT16 leak detector
ABSTRACT: The results of ex#riment 1 inve~sigations of the selection of method of I
I f
Melding, type oMeld Join~ ~nd th: ef of certain factors on the leak-proof
iperties of argon 'iicwel~e ~' joints of AMg;6 loy are presented. Before manual and auto-!
matic argon-arc welding of a tank, the edges and the internal surface of the sheets were
.Cleaned by rectified alcohol (which has proven mor effective than acetone). The leak-.1
te9t was carried out using a PTI-6 leak-detector.iqThe total leak was determined by ~1
helium chambers in which the pressure was 0.5 atm while the vacuum inside the vessel
wa3' 10-3_10-4 =/Hg (at 00C). The leak-detector indicated the quantity of helium
wh.xph penetrated the vessel, c ed with a calibrated standard leak. Manual welding
wa performed with torch AR-9,:N rutomatic welding with an ARK-2 head, using an IPK power
so ce in both cases. ViU-schedules for fillet welds are given in tabular form.
We ~ds were performed using backing strip from I~KhVBINV 6,,rel. Analysis of the results
UDC: 621.791.052.7:669.715

Pr
aka
ACC N i AP6 23441
I ~_O
ishowed that manual welding provides poor leak-proof properties in comparison with auto.
,matic welding. This Nis because the weld metal tem rature remains high,411or a longer
time in the case of Manual welding. The diffusiontocess of magnesium" to the surface
is intensified; upon,~vaching the surface, it reacts with molsture-on--the surface of
!the weld pool and fori~s atomic hydrogen. Due to the poor shielding properties of the'
;oxide layer on the surface at high temperature, the hydrogen diffuses into the weld
pool and unifies into H2 molecules. Some authors emphasize the role of the 8-phase
An intensifying the reaction with the moisture. Due to Its instability t high tem-
perature, the Magne I component breaks down and joins with the oxygen"In releasing
Ithe atom,~c h drogen!l;"rThis process occurs in the incomplete molt s g ecause the
0-phaselme ting temperature is higher than the eutectic. In this caise,l rogen can-
;oV~eA the weld pool and diffuse inside, producing poor leak-proof properties. Orig
lart. has: 4 figures, 2tables.
CODE: 11,13/ SUBM DATE: none/ ORIG REF: 002
2/2 is

ISHAMOV, K.I., inthener; OBOY*KOV, M.P., Inchener.
I -
Blectrochemical method ased in polishbug internal surfaces of
pipes. Kashinostrottell no.7:36-37 J'l '57. (KMA 10:8)
(Alectrolytte polishing) (Pipe)

OBOYANTSEV, B.I., inzh.
Welding the seat of a stream turbine front bearing. Svar.
proizv. no.2:36 F 162. (MIRA 15:2)
1. Rostovenergorewnt
(S;eam turbinee-Welding)

010YANTSEVI B.I., insh.
Cut iron velding in carbon dioxide. Svar. proizv. no.6vl5
Js 163. (MIRA 16:12)
1. Treat *Kavsantekhmontazh.11

ROGOV, V.M.; SKIRDOVA, K.M.; DOROFEY-PNA, L.G.; YAKUBENKO, L.A.;
OBOYDIKHINA, A.G.
Synthetic coatings for finishing buildings. Stroi. mat. 10
no-3:9-11 Mr 164. (MIRA 17:6)
'I,-

" N!~ , I J, ", . " ~ , ; -- ~, 1. ..*. Z D , ) i -zi . , 0; *C T VJI 3. 1 . , _i r zh.
..~. . L,~
I
U! ..,g cut-adts &a ape-.-atl inal aT,'Par-aL',3-
I . I '. .
f: - -l-, . - ,

OBOYMOVA, A.N., kandidat farmatsevtichaakikh aauk. uchanyy sekratarl.
State pharvacopoela committee. Apt.delo 2 no.5:76-77 S-0 '53.
(vT-RA 6:10)
1. GosudArstyennyy farmakupsynyy komitst. (Pharmeopoeiaa)

QBOTKAXOVA A N., kandidat farmatsevticheskikh nauk
-Wzabj~~--
Third plenary conference of the Coumittee on the State Pharmacopoeia.
Apt.delo 4 no.2:42-44 Hr-Ap 155. (MLTIA 8-5)
1. Uchen" sakretarl Gosudarstvannogo farmakapsynogo komiteta.
(PHOUCOPRIA,
in RuBaia. prep. of 9th edition)

OBOT14AZOVA, A.M., Icandidat farmatsovticheslcikh nauk.
~_ , ", 1~1--.
Certain supplements and changes in the pharmaeopela. Apt.delo
4 nn.5:41-43 3-0 155. (KI-RA 8:12)
1. Uchenyy selcretarl Gosudarstvonnogo farmakopsynogo komitsta.
(PHA-RMACOPEIA,
in Russia, 8th edition, changes & supplements)

KILIVICHOX0. A.K..; OBOYMILKOVA. A.R.,; MOV, P.L.
Trip to the sixteenth general assembly of the Laternational
Pharmcautical Society in Great Britain. Apt. delo 5 no.1:50-55
Ja-F 156. (KWA 9:5)
(PHARKACY--G(NOISM)

GBOYMAKOVA, A..!,..kaadidat farmatssvticheakikh nauk
The fourth pleaum of the State Committee on the Pharmacopoeia.
Apt.delo 5 n0-3:54-55 NY-Je 156. (MISA 9:8)
A. Uchanyy sakretarl Gosudarstvennogo farmakopeynogo komiteta.
(PH&MCOPRIAS)

OROY1"OVA_p_ A,N, and HAMM, So A.
911W 16welml by Candidate of Fbarmaceutical
Ociences &JI&A-mm-ko" and Senior Fbarmclst S. A&AWAhins,
AptechnoyerDdlo'l Moscow, Vol 5, No 6, Nov/Dec 56, jFp 45-48-
Pentamin, a preparation synthesized at the All-Union Scientific-Research
Chemicopharmaceutical Institute, is a white or white with a yellow tint crys-
talline powder with a slight odor. It is readily soluble in water and alcohol
and is almost insoluble in ether. It is hygroscopic and has a melting point
of 210-2150. Its structural formula is:
(CH3)2-N-CH2-CH2-N -~;H2-CH2-N-N-(CH3)2)o#2'1ir_
I I
c2H5 3 `2`5
Pentamin belongs to the group of ganglioblocking drugs. In inhibits the
transmission of stimulation in the automatic nervous ganglia and diminishes
their reaction to various stimuli. It is indicated in first or second stages
of hypertonia, in spasms of the peripheral vessels, in spasms of the intentines
and bile ducts, disturbances of the bladder and urinary tract, and in bronchial
asthma. It is administered intramuscularly in doses depending on the nature of
the dise"e and the condition of the patient. It is contraindicated in hao-
tonla, In orpac affections 'of the cardiac mixeles, and in older persons with
strongly manifested arteriosclerosis. It mxt be kept in well-sealed jars.

OBOYWKOVA. A.M.; YAKHOAITOV. L.U.
~;&~-~-
Third pharmaceutical congress in the Polish People's Republic.
Apt.delo 6 no-1:71-77 Sa-IF 157. NLRA 10:3)
(PHARMACOLOGY)

j,
ft the. "Sm MMicluaL Substances " gection la Ajasw *U,
A. ~af ftamm"tical Sciences, and 3 A.
Wlykhina,senior pbarmacistj describe 11exmidine) a preraration
sYnthesized at +he All-Union beientific Research Chenuco-phar-
Maceutical Institute. Hoxmidine is a crystalline powder white or
white with a slight -ellovish tin+. It is practically insoluble in water,
other, and benzene, and sligbtl) soluble in alcohol and acetn"-. T+s
melting point is 280-283 degrees, and its molecular weight is 218.26. Its
structural formula is
C" Hx-,,,XO
1:1
C A _"~Co:~H2
Hexamidine is an antispasmodic, without being at the same time a
sopcrific. It is applied in the therapy of epilepsy. It is contrain-
dicated in liver or kidney disease. Hexamidine corresponds to the foreiga
pFepsx4Ltion-,Wsai.ine. (Apteabnove Delo, voi 6,, so 2, kar/.Apr 57, p 90)
(U)

.',r ~' ~- y M ~j '~ ", 'j /V
OBOYMAKOVA. A.N., kand.farmateovticheakikh nouk: KALYKHINA. 5.A., orovizor
aow medicines. Apt.delo 6 ao.3:81-83 My-Je 157. (MIRA 11:1)
(DRUGS)

- Y 1,i, w
C
l! i -C 46 . .4 - N - . ~o,- od i 1!3 4 fs :- -~a t g 9 v t, t (- he a ki kh na uk ; 1-til. LYC- , '-- . I . ,
-7 77771 C- :1
~A,~w di ea - Al)t ( r c,.-;: 37-59 JI-Ag '57. lc:4)
1 ~>:
~ AliRf-LACt CGY)

OBOTKAKOVA, AbN., kand.fnrmAt9evtichoskikh nauk
......
low drugs. Apt delo 7 no.4:88-91 Jl-Ag '56 (KIRA 11:8)
(DRUGS)

OBOWIAKOVA I A.N.
%.; -------
Alin'.1i ccllUon o1' ILOJ - ... I
no.2:13-23 Rr-Ap 162. 01111AA 15:5)
1. Farmakopeynyy komitet 14inist(rgtva zdravookhraneniya SSSR.
(FHAIUIACOFOIL~S)

0
CBM-19VA I N. i.
Medicine, Clinical
Coma, and the care of patients in that state in the therapeutic clinic.
Med. sestra. no. 2. 1952.
gathlZ List 2f Russian Accessions, Library of Congress, April 1952. UNCLASSIFIED.
M

OROZHIN, V.N.; SHISHKIN, B.A.
Some materials on a comprehensive study of lakes in Teravninskiy
District, Buryat A.S.S.R. Uch.zap.Chit.gos.ped.inst. no.8:57-95
163. (MIRA 17:4)

SHMMSKIY, M.Ya., inzh,; PETMSHCHLT, V.B., inzh.; KOSTELYNALTS, B.A.linzh.;
OBOZ-DS-KI-Y,,_ inzh.
Construction of bridge footings made of reinforced concrete shells in
deposits of gravel and boulders. Transp. attoi. 12 Do.11:23--25 N 162.
(MMA 15:12)
lo Mostoatryo No.2 (for Shklovskiy). 2. Mostopoyezd No.465
bbatoistroya No.2 (for Petrishchev). 3. Tomgiprotrans Ifor Koatelyanets,
Obozinakiy).
(Bridges--Foundations and piera) (Precast concrete construction)

OBCZli,s'SKIYJ S.".t.) inzh.; KWT-.LYAN-~S, :3.A., inzii.; 5"-*,jLOVSKIY, irizil.;
- V -
,TSTICTI i n z h.
. - y
Testin;,- colmnar qupport3 resting on low-strength ro~~C. Tlrar,~;~.
16-~. . I- I/
st.roi.'1.1+ no.4:4-1:-47 Ap (, a. -k ":c )

-L 45767---66- Ew(d)-~-IP fc)
XCC-Rff---AP6026295 SOURCE CODE: UR/0021/66/000/007/0862/0866
AUTHOR: 0bozMwM%j----L--
~ORG: Kiev Polytechnical Institute (Kiyivalkyy politekhnichnyy instytut)
.TITLE: A mixed problem for the Helmholtz equation in the region near the outer sur-
face of a cylinder
SOURCE: AN UkrRSR, Dopovidi, no. 7, 1966, 862-866
,TOPIC TAGS: differential equation solution, Helmholtz equation, electric theory
ABSTRACT: The author considers a mixed problem for the exterior of a cylindrical emit-~,'
assuming general boundary conditions on its surface and Sommerfeld radiation con-
ditions to infinity. The radial velocity and potential on the surface of the cylin-
~der are given as arbitrary functions of the polar angle. In particular, a soft our-
Iface corresponds to zero potential. It is shown that orthogonalization is useful for
Ian approximate solution of the problem and expressions are given for calculating the'
~coefficients used in orthogonalization. This article was presented for publication PY
Academician of the Academy of Sciences UkrSSR Yu. 0. Mytropolls1kyy. Orig. art. hant
24 formulas.
i
CODE: 20/ SUBM DATE: 29Jun65/ ORIG REF: 001/ O`rH REF: 001

iazvn_vi
Inv,astigatiOn Of Some semiconducting compounds of the type B2
L. 1. 8erger, U. A. Sullonkov (10 minutes).
investigation of solid solutions InSb-InAs.. I. K. Shukina,
T. 1. Kholmakova, V. G. Vinogradova, 0. V. Mlodzeyevskaya, Yu. V.
Oboznenko, L. M. Skhol'nikova (10 minutes).
.Report presented at the 3rd National. Conference on Semiconductor Compounds,
Kisi-Inev, 16-21 Sept 1963

ACC NR1 AT6022273
SOURCE CODE:
AUTHOR: Deryugin, I. A.; Oboznenko, Yu. L.
ORG: none
TITLE: Sweeping a light beam by ultrasonic waves
UR/0000/66/000/000/0041/0048
SOURCE: Vsesoyuznaya nauchnaya sessiya, posvyashchennaya Dnyu radio. 22d, 1966. Sekt-
siya kvantovoy elektroniki. Doklady. Moscow, 1966, 41-48
TOPIC TAGS: ultrasonic wave, gas lasser, ultrasonic frequency I 5TAAJ01AJG'
t
ABSTRACT: If an.ultrasonic standing wave is set up in a transparent medium at right
angles to a narrow light beam, the wave will produce regions of greater and lesser den
sity in the medium at half-wave intervals and thereby regions of greater d 1e r r
an sse I
refraction for the beam. These regions alternate places every half period. Thereforef,
the beam which is much narrower than the ultrasonic wavelength will be swept from
side to side at the ultrasonic frequency. This phenomeiior. is analyzed on the basis of:
geometric optics. It is pointed out that large refraction angles require transducers :1
that produce deep ultrasonic fields and fluids with large acoustical impedances. The
effectiveness of a beam sweeping device increases with frequency up to a certain
limit. With standing waves it is important that whole number of half waves fit be-
tKeen the ultrasonic transducer and the reflector. A model scanner using a helium-

Y 43648-66
ACC NRs AT6022273
-neon laser light source was constructed and tested. The light was passed through a
beam former and through the test cell. A 200 w ultrasonic generator, set at right
angles to the beam, drove a barium titanate transducer mounted in the cell. The re-
sonance frequency was 250 kc. Without ultrasonic excitation, a small spot appeared
on the screen. When the ultrasonic excitation was switched on, a line appeared, and
the deflection angle was calculated by-tr4angulation. Deflection was 1.5 deg for
water, 1.6 deg for xylene, and 2.0 deg for tetrachloroethylene. Grig. art. has: 4
figures.
SUB CODE: 20/ SUBM DATE: llApr66
"Wow-
4LIJW_
card 2/2

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khi,,r,. Lexh. n
jr,
-)scva,
imeni LorporL
i iutj,;e-.,I'waiykh
r.
zav.;
to

SflKCjl,'MTK(.)VA , L.M. ; - , I ''
- - - - 1. -1.,1
. . v'
I - . .:. ~i . a -*,i'- . ~ :- - -
-,L
crysta`~ine ~- - , : I .
thiourea. Tr~,-,,- ~` :. . " ~: -, - '- f - 1, . ( . -, ~ -

TOSTI1, ~Aeks=ndr G~eori ~evichG~ORELIK, L.E. , doktor ekon. nauk, prof.,
red.; IANDYSH, B.A., :-e . izd-va; DAKMIO, Yu.14., tekhn. red.
(Plant and equipment of the machinery industry and the means to
improve their use; the practice of the machine-tool and metal-
cutting tool industry of the Ukrainian S.S.R.]Osnovrqe fondy
mashinostroenila i puti uluchshenila ikh ispolIzovaniia; na pri-
mere stankoinstrumentallnoi proiVahlennosti USSR. Kiev, Izd-vo
Akad. nauk USSR, 1962. 1% p. (MIRA 15:12)
(Ukraine-.14achine-tool industry)

Vill
v A. P. Cand Tech Sai -- (diss) "4jlp Vibrovacuu* Plaster..
OBOZr4
Kiev-, 1957. 13DW 17 pp with graphs, 22 am. (Min of Highe:~x
Education Ukrainian SSR, Kier Construction Ragineering-Inst),
100 copies (KL, 18-579 96)
_ 30 -

~, k~) C t- /" y y ~ A - e.
OBOZYYY, A.P., inzh.
- -
~e. - -~
Dividing foundation Dits into areas In connection with excavation
operations. Nov.v stroi.tekh.no.10:123-134 157. (MIRA 10:12)
(ExcavAtion)

OBOZNTY, A.P., inchoner.
Vibration vacuum method of plastering. Strol.prou. 35 no.6,32-34
Jo '57. (KIRA 10:10)
(Plastering)

rIDEMY, Aleksandr Saval'yovich, prof., doktor takhn.nauk; CHUNK.
Turly Yedarovich, dotseati Prinimali uchastiye: OBOUTT, A.P.,
kand.takhn.nauk; SMOVICH, Y.L., ispolayayashchiy'oby .a-za~ihositl
dotsenta. ALXKSAHMOYMT, A., red.; ANMITSTSKIT. T., tekhn.
red.
LBuilding machineryj Stroitallnys mashiny. Kiev, Gos.izd-vo
lit-ry po strait. i arkliit.USSR, 1959. 585 p. (KUU 13:3)
(Building machinery)

BUDVIKOV, Mikhail Sergeyevichp doktor tekhn. nauk, prof.; CHECHIK, Aron
Abramovich, kand. tekhn. naukp dots,
kand. tekhn. naukp dots.; PETRENKO, Grigoriy Mikha.;lovich, date.,-
ALIPEPOVICH, Semen ZinavOyevich, kand. tekbn. neukp dots.; KHAZAN,
Moisey Takovlevich, kand. tekhn. nauk, dots.; REMIICHENKO, I.Ye.,
red.; VARINSKOA, A.L., tekhn, red.
[Building techniques) Tekhnologiia stroitellrqkh protsessov. Kiev,
Gas. izd-vo lit-ry po stroit. i arkhit. USSR, 1961. 467 p.
(MIRA 24SI2)
1e DeystvitelInyy chlen kkademii stroitel'stva i arkhitektury SSSR
(for Budnikov).
(Building)

FIDELEV, Aleksandr Savellyevich, doktor tekhn. nauk, prof.;
CHUBUK. Yuri-y Fedorovich, dots.PxdnimalJL uchastiye.- O-BDZNYY P.,
, .
ka takhn hkfft-aw 11J.L., nd.tekhn.nauk; AZARNINA,N.I.,red.;
LE*CHENK6,N., tekhn.red.
[Constr OA .1 eqmipmentl Stroitellnye awshiny. Izd.2. Kiev.
Goastrolizdat USSR, 1963. 608 p. (MIRA 16:7)
(Construction equipment)

BUDNIKO'.', Mikhail Sergeyevich, doktor tekhn. nauk, prof.;
.QBO-ZNYY,-Alek.say-P,i-v-lavich, kand. tekhn. nauk, dots.;
VISIMEM, V., red.
[Technology and organization of the e.-ection of build-
ings and structures] Tekhnologiia i organizatsii~_- voz-
vedeniia zdanii i sooruzhenii. Kiev, oudivelln~,I:, 1~64.
303 p. (MlriA 17: U')

ZHURAVLEV, A.A.; IVA14OV, I.N.; KAWASIN, M.; KOTOV, V.I.; WAE, E.A,;
OBCZIIYY, V.A. ; OBUYd;GV, lu,.L.; F:-:-IUMOV, V.JL
[Motion of particles in an annular synchro-cyclotron] Issledovanie
dvizheniia chastits v kolltmom fazotrone. Dubna, Ob"edlnonnyi in-t
iadernykh iasl., 1961. 24 P. (MIRA 14:12)
(Synchrotron)

OBOZIM. V. kamenshchik; GATILOV L., plotnik; GOLITSMAN, Ye.; RUDAK, L.;
zaiijvq V.
On a matter of concern to many. Sov.profsoiuzy 7 no.9:29-3110 Vq
*61. (MIRA 14:4)
1. Brigada kommunisticheskogo truda stroitelluo-montazhnogo
upravleniya No.6 tresta "Kurokpomstroy* (for Obosnyy). 2, Stroitell-
no-montazhuoye upravleniya No*5 tresta "Kurakpromstroy (for Gatilov).
3, Redaktor mnogotirazhnoy gazety "Na stroykeO (for Golltsman).
4. Prorab OPromtekhmntazha* (for Rudok). 5. Neshtatnyy korrespon-
dent zhurnala "Sovetskiye profsoyuzy" (for Zhilov).
(Ryshkovo-Construction workers)
(Restaurants, lunchroowp etc.)

ZHURAVLEV, A.A.; KOTOV, V.I.; MYAE, E.A.; OBO= , V-A-*, SARANTSEVA,
V.R... tekhn. red.
[Method for Alectron acceleration in a circular synchro-
cyclotron] Ob odnom metode uskoreniia elektronov v kolltse-
vom fazotrone. Dubm, Db"edinenrqi in-t iaderrWkh isal.,
1962. 11 p. (MIRA 15:4)
(synchrotron)

LLL36
s/l2o/62/ooo/oo6/oo2/029
E032/EI14
AUTHORS: Zhuravlev, A.A.. Kotov, V.I., Myae, E.A., and
oboznyy-,--V. A.
TITLE. on a method of accelerating electrons in an annular
synchrocyclotron
i-ERIODICAL: Pribory i tekhnika eksperimenta, no.b, 19b2, Id-21
TEXT: In the annular synclirocyclo.tron of the GbOyedinennyy
institut yadernykh issledovaniy (Joint In8tittite for jNuclear Jl~
Research) (F. Benda, 1. Gabanets, 1. Dobiash, A.A. Zhuravlev et al.,
Zh. tekhn. fiz-, v.31, 1961, 1253) the electrons are accelerated
by it cot-iibination of an induced electric field and a high-frequency
field of constant freque-ncy. The induced electric field
communicates about 9 eV per revolution' to the electrons and is
produced by changing the magnetic flux through the vacuum chamber
at the rate of jOO C.P.M. The h.f. field is applied over a
section of: the vacuum cliamber having an angular width of 30 a and
insulated from the remainder of the chamber. The h.f. field is
pmduced by an oscillator described in detail by'V.A. Petukhov,
1. Gabanets, A.A. ZhuravLev, M. Karmasin et al. (Preprint 572,
Card 1/2

On a method of acce lerat ing electrollb. S/l2U/02/QUU/06U/Uo2/U2q
E032/EI14
1960, OlYal, Dubna). The function of the h.f. field is to
maintain the electrons in the stable orbit and compensate the
retarding effect of' the electric I ield which is produced when the
magnetic flux changes sign, so that the accelerated bunch remains
at The Ii.f. field is switched on at the end
a constant radius.
of each cycle of' the induced field and then switched
off as soon as the next cycle begins. The h.t*. pulse is switched
off just before the bpginning of injection, so as to exclude the
effect of the h.f. field on the capture of electrons into the
inductive acceleration regime. Experimental tests carried out on
the machine have yielded results which are in agreement with
theoretical calcuJations based on the work of K.R. Symon and
A.M. Sessler (URN, Symposium, v.1, 1956, 44).
There are 6 figures.
A,,60CIATION: obl'yedinerinyy institut yadernykh issiedovaniy
(Joint Institute for Nuclear Research)
SUBMITTED: February 2(), 1962
Card 2/2

4LL 3 71
5/120/62/ooo/oo6/003/029
;D E032/EI14
AUTHORS: Zhuravlev, A.A., Kotov, V.I., Myae, E.A.,
Oboznyy, V.A.. Obukhov, Yu.L., and Fisher, E.
TITLE: _fhe capture of electrons into the inductive
acceleration regime in the annular s ynchrocyclotron
PLRIODICAL: Pribory i teklinika eksperimenta, no.6, 1962, 21-24
TLXT: The authors report a series of experimental results on
the capture of electrons into the inductive acceleration regime in
a new type of accelerator, namelythe annular synchrocyclotron.
The conditions of capture of electrons in this accelerator differ
from those in a betatron (time independent magnetic field,
strong focusing). The experiments were carried out on the annular
,synchrocyclotron ot the ob'ye4inennyy institut yadernykh
issledovaniy (joint Institute for Nuclear Research) which was
describe" by ?'.-Berrdff-, f. t-jabanuts, -A.A. Zhuravlev
et al. (Zh. tekhn. fiz., v.31, 19bl, 1253). In the first series
of experiments a determination was mAde of the number of
accelerated electrons as a function of the number of electrons
completing the first orbit. The second series of experiments was
Card 1/ 2

The capture of electrons into the ... 5/120/b2/000/006/003/029
E032/E114
concerned with the effect of the radial distance b, from the
centre of the cathode to the edge of the injector on the capture
process. In all cases the measurements were carried out with and
without "forcing", i.e. the presence of an additional induced
electric field (c.f. the reference quoted above). The results
were as follows: the electron capture coeffioient in the single
electron capture region was 0-5~u, and in the collective capture
region 2-5-3.55a. It was also found ihat the magnitude of jt~, in
the presence of "forcing" may be increased to 3.5, while in the
absence of "forcing" the effect of 4~1 on the number of captured
particles becomes significant at lower values of &,. FinalJy,
a plot was obtained of the number of captured particles as a
function of the position of the "forcing" pVlse relative to the
centre of the injection pulse. It was concluued from the form of
this curve that the optimum capture conditions correspond to the
tail of the injection pijIst. There are 5 figures.
A.I)SUClATION: Ob"yedinennyy inNtitut yadernykh issledovanxy
Card 2/2 (joint Institute for Nuclear Research)
SUBM1TTED: February 20, 1962

44438
S/12U/62/000/006/004/029
E032/g3i4
AUTHONS: Myne, and -Vboznyy, v.A--
TITLE: Apparatus for high-frecluency excitation of free
oscillations in the annular synchrocyclotron
PERIODICAL: Pribory i tekhnika eksperimenta. no. 6. 1962. 25-28
TOXT: The free oscillations were excited in the annulAr
synchrocyclotron (V.A. Petukhov et al - rreprint OIYaI, lq6O. 572,
uubna; Atomnaya energiya, 1900, (), no.* 6. 491; Zh. tekbn. fiz.,
ic)61. 31, 1253) by Applying a hiph-frEquency electric field to a
pair of molybdenum pIntes. 20 x 50 111,11 , placed'above and below
the accelerated beam. A special high-frequency oscillator with a
working range of 1; - 60 rc '/s was employed.. Calculations showed
that when the distance betwven the Plates was 2 cm, the required
signal voltage was al,out 100 V. In practice, the high-frequency
signal was modulated by a square-wave signal to ensure sharp
resonance. A special square-wave generator was developed for this
purpose. In order to C, etermine the number of free oscillations
per revolution in the svnchrocyclotron, a determination was node
of the frequencies of the Iii.5h-frequency field at which a build-iip
Card 1/2

S/120/62/000/006/004/029
Apparatus for high-fre(pipncy .... EO)2/E314
Of these oscillntions occitri-ed. Graphs of the amplitivie ind time-
shift Of the acceleroted heam, as functions of the forciri7 3-Lgnal,
were obtained under various workin 'v conditions. It was found that
the number of froe oscillatiolis in the vertical anti horizontal
Planes could be detormined to 11-11t 0-51,~- Typical resonance ciirves
areix-produced. together with the basic circuits for the high,
frequency resonator nnd the s(litare-wave generator.
There are 4 figures anti I table.
ASSOCIAT10N: Ob"yedinennyy institut yadernykh issledovaniy
(Joint Insiittite for Nuclear Research)
SUBMITTE*D: February 20, 1962
Card 2/2

ZHURAVIEV, A.A.- ITVANOV,, I.N.; KARMSM.. M.; KOTCV, V.I.; ~=, E.A.;
0
(tBPZYH,r ~.Aq OBUKHOX.. Yu.L.; FWUKHOV, V.A
Study of particle motion in a circular synchrocyclotron. Zhur.
tekh.fiz. 32 no.8:905-913 Ag 162. 04IRA 1518)
(Synchrotron)

OBOZOV A
T~
Changes in the microflora of reclaimed soils in the Pokravka
Plateau. Izv. AN Kir. SSR Ser. biol. nauk 4 no.6:57--62 162.
(MIRA 16W
(Taragay Valley~Soil micro-organims)

NIKITINA, Ye.V.; POPOVA, L.I.; AYDAROVA, R.A.; KASHCHSI&C, L.I.; PROTOPOPOV,
G.F.; UBUXMVA, A.U.; TKACHNNKO, V.I.; KOWaVA, I.G.; -
GOLOVKGVA. A.G.; WADANSKIY, A.I.. aauchnyy redaktor; TSTBINA, Te.T..
takhnicheak:iy redaktor
[Flora of the Kirghiz S.S.R.; guide to plants of the Kirghiz S.S.R.)
Flora Kirgizakoi SSR; oprodelitell rastenii Kirgizakol SSR. Frunze,
. Izd-vo AN Kirgizskoi SSR. Vol-7. 195?. 6,42 p. (MLRA 10:9)
(Kirghizistan--Botenv)

OBOZOV~ G.S.1 ZOBNIN, B.
Improved lap filling of the roll and its covering with alubbing
on single-process scutching machines with automatic lap doffing.
Takat. prom. 25 no.1000-32 0 165. (MIRA 18:10)
1, Nachallnik sortirovochno-trepallnogo taekba Khersonskogn
khlopchatobumazhnogo kombinata (for Obozov). 2. Naahal'nik
sortirovochno-trepallnogo tsekha kombinata "Krasnyy perokop"
(for Zobn1n).

OBOZOVP I.P.
zlurf ace o,- I!.,, ~'T-011.-J-;F-C t-' 'lr, Of J-. '_ . - - -- - ; : . ~'.' Z
. . r I . . -
uchel). zav.; chf~rn. 7 ';-,4. ~ : , ": ),
1. Tullskiy politokhnich~-s~iy instit.O..

OBOZOVY I.P.
Effort of blanking in the case of using leveled matrices with
flat segments. Kuz.-shtam.proizv. 4 no.10:30-31 0 062.
(MIRA 15:12)
(Sheet metal working machinery)

&UTHOR i SHEVELEV,V.V., OBOZOV,I.P. 32-6-27/54
TITLEs On the Relative-EIo-ngaf_ioi_-and Relative Contraction of Samples
with Rectangular Section. (0b otnositellnom udlinenii i otnositel-
nom suzhenii obraztsov pryamougallnogo secheniya, Russian)
PERIODICALt Zavodskaya Laboratoriya, 1957, Vol 23, Nr 6, PP 725 - 726
(U.S.S.R.)
ABSTRLCTi The plastic properties of metals are judged by relative elongations
/6 k/ and relative contractions /T k/ of rectangular samples with
different conditions of width /b/ and strength /a/. A sample with
rectangular section is known to have lower values 6 and 7 than
T
~
f
ower
hese values are, furthe
more ,
each with a round section.
if the ratiok is increased. On this basis the samples with
a b
rectangular section and different - ratios are subjected to tensile
a
tests, and the results obtaided are used for the evaluation of
plastic properties.
The following results are obtained by calculation of the ratio
and the five-fold and ten-fold elongation of the samples with a
rectangular section: 6 5- 1 , 6 10 , b1
0,025 + 1,295 0,050 + 1,390
a
Card 1/2

32-6-27/54
On the Relative Zlongation and Relative Contraction of
Samples with Rectangular Section.
ASSOCIATIONt
PRESEFTED BY:
SUBMITTEDs
AUILABLEt
By comparison it is proved that the experimental values obtained
do not deviate by more than 4% from claculated values.
(2 tables)
Institute for Mechanics, Tula.
Library of Congress
Card 2/2

AUTHORS: -33/55
~a,,L_ P. , Shevelev, V. V. 32-1
TITLE: Significance of the Relative Dimexisions of a Flat Sample.-Cross
Section for the Determination of Low Carbon Steel Plastic Properties
(0 znachenii otnositelInykh razmerov
poperechnogo secheniya ploskogo cbraztsa v otsenke plasticheskikh
svoystv malouglemdistay stali).
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr 1 , pp. W+-85 (USSR)
ABSTRACT: In samples of plastic metals the relative elongation J, or shrink-
age T~, , conditions being equal, depends on the shape and the mass
ratio in the cross section. For the purpose of determining this
ratio the samples of steel having a low content of carbon
(0.08-0.13% C) with the cross section 21 (width and thickness) = 8
a 1
were subjected to a test. For the calculation of If. it was assumed
that at its point of fracture the sample consisted of 2 trapezoids,
which were placed against each other with their smaller straight
surfaces, and that the sum of these surfaces ~ms equal to the sur-
face in the cross section of the eample. The fractured surface Fk
Card 112 therefore was:

Significine6 of the Relative Dimtsions of a Flat 32-1-3Y55
San#U Cross Station for the Determination -of Lov Catim
Steel Plastic Prolartles
Fk = bi a' + a" + 2a1 , where b, denotes the width of the point
of fracture in the sample; a', a" and a, - the thickness of the
point of fracture: on the first and second edge and in the center.
In the course of dealing with experimental results it was found
that there is a linear ratio betwe and which is detemined
,en W,
by the amount of the angle between two regression straight lines.
As is further shown, no connection of perpetual validity could be
found between d and h because conditions of elongation differ
a
completely as e.g. in steel, copper, and brass. There are 2 fig7ares.
ASSOCIATION: Tula Mechanical Institute (Tul'skiy mekhaxLicheskiy imstitut).
AVAILA13LE: Library of Congress
Card 2,12 1. Metallurcy 2. Steele-Physical properties-Determination
3. Steel-Plasticity

_4 job .P,. 2,9 q
2 0
AUTHORS: Obozov, I. P. and Yudin, L. G.
TITLE: A Method of Recording the Curves of the True Stresses From
the Machine Diagram of the Elongation of a Flat Specimen
PERIODICA-L: Zavodskaya laboratoriya, 1)60, Vol. 26, No. 12,
1401-1403
TEXT: When recording the true stress curve from the elongation diagram of
a flat specimen consisting of a metal foil, it must be taken into account
that by means of the diagram-recording device of the machine both the
elongation of the specimen and tht; elastic deformation of the machine and
the elastic distortion of the components of their measuring mechanism and
of the clamps are recorded. In the case of' elongation of the flat specimens,
also the shift of the heads of the specimen together wit;, the wedge-shaped
j--_iz,s of the tongs is recorded in the machine diagram; the latter serve to
fustun the specimen. For determining the elongation of the specimen the
elastic deformation of the machine (A I M) and the slipping-out of the
specimen must be eliminated. In determining the quantity Al M it suffices
Card 1/3

87708
A Method of Recording the Curves of the True S/032/'60/026/012 102 1,'J36
Stresses From the Machine Diagram of the B020/BO56
Elongtion of a Flat Specimen
to fasten a solid and short specimen in the clamps of the machine, whose
elongation may be neglected. By loading the specimen, the diagram
P = f(AlM) is obtained, which characterizes the dependence of the elastic
deformt-44on of the machine on the load. For the extent of slipping-out
LLgl, tht relation LL gl - ~i L - L 1kis derived, where Alk is the elonga-
tion after destruction and AL the elongation found from tne diagram in
cin3ideration of the elastic deformation of the machine and of the speci-
men itself. A L may be found according to the scheme sho%n in Fig. 1. Fig.2
shows the transformation of the machine diagram into the elongation diagram
of the specimen itself. Fig. 3 shows the curve of the true streases, re-
corded on the basis of the machine diagram of the elongation of the low-
carbon steel specimen having the dimensions A = 1.02 mm, B = 19.90 mm
and a length of 1 - 100.00 uu,i. The spread of the results is, cuntrary
to recording of tJ curves of' the true otresses, by measuring the cross
sections, very lo7j. With an increase of the calculated length of the
specimen, the error of the I value is reduced nearly proportionally to the
quantity 10. There are 3 figures and 1 Soviet reference.
Card 2/3

0
A Method of Recording the Curves of t:.e -rue S/
Stresses From the Machine Diagram of the -'~2'- 4
Elongation of a Flat Specimen
ASSOCIATION: Tullsk.4y makhanicheskiy in8titut
(Tula.Mechanical Institute)
Card

OBOZOV, I.P.
Design of blanks for the drawing of boxes. Kuz. Bhtam. proizv. 3
no. 5:17-18 My 161. (MIRA 14-5)
(Drawing (Metalwork))

Relationships for plotting diagrams of true stresses in the course
of small and large deformations of a specimen. Zav.lab.27 n0-5:596-
598 161. (MIRA 14t 5)
1.-Tul'okly mekbanicheskiy institut.
(Deformations (Yiechanics))

OBOZOV
Representation of diagrams of true tr-esses of the first and
second order in the form of tdngents. Zav.lab. 27 no.9:i!39-
1141 161. (MIRA 1.4:9)
1. Tul'Blkiy mekhanicheshy institut.
(Strains and stresses)

OMOVP IOPO
t - - -I --
Ota,ves showing the distribution of deforming forces in
drawing, 10ps, shtame Proizve 4 no.LI:15-16 N 162. (MIRA 15:11)
(Drawing (Hatalvork))

OBO~2V,jj!.!~.,
Slab sizes for the drawing of oval products. Izv. -.-
ys. ucheb. zav.;
chern. met. 6 no.6:115-120 163. (KRA 16z8)
1. Tullskiy makhanicheskiy institut.
(Drawing (Metalwork))

OBOZOV. I.F.
Plotting c=ies of t-.ae streSses frcm t-he =aa-surememl cf the c-rcFSS
section of fiat testpieces. Zav.lab. 29 no.12:1-1,,~-1484. '63.
OERA 17-1)
1. Tu-llgk'--y me-khani":heskiy in.9titut,

ox j- ma 3:: 3 il~l r - r
n o 6,lj~

17033
OBOZOV, r'-
UM160"Ing rArA 1946
~Prbblems of Heieft-Oh Work In the field of Wooded
Fkaturea,k4, A. Obozov, 2 pp
~.,"Prirodaft No q
Problems of reseamh work in developing use of
vooded areas for pasturing farm animals.
17033

lo OBOZOV, No A*
2, USSR (600)
4, Utariculture
7* rmellent afforestation tems.
149, khoze 59 Nb@ 10o 1952,
9. Monthly List of Russian Accessions, Library of Congress, Jartuary 1953. Unclassified.

6;
USSR/Forestry Forest EconoW. J-3
Abs Jour : Referat Zhur - Biologiya, No 16, 25 A1;9 1957, 69o5'.
Author : Obozov, N.A.
Inst
Title System of Renewal. of Pine Plantings in Forests of Biyansk
District.
Orig Pub Tr. Bryanskogo lesokhoz. in-ta, 1956, 7, 75-79
Abstract Interpretation is clarified of terms "natural" renewal,
felling of forests, cuttings, and some others.
The complex of measures on renewal of pine plantings
in the district is examined.
Card 1/1 - 19 -

OBOZOV, N.A.
Comprehensive utilization of forest resources. Vop. gec.
no.54:75-86 161. (K-RA 15:3)
(Forests and forestry)

ENYUKOV, Adrian Vasill~ev-Icli; OBOZOV, Nikolq. Pleksandrov:icb.-. TKAI I ,
Yuriy Sergeyev-lch; ' -!.SHKiNA, A.., red.
[Use of' fortige lands In intensive f'tirmiriglj IspolIzovanie ;wr-
movykh ugodii pri Intennivnom zemledelli. ~Ioskva, Mor3k. ra--
bochii, 1901,. 87 p. (MIA", 17:7)

~:l - A" '~l
A, V.B.; G! KO, G.P.; GUY .: , G.I.; - OV, 3.V.
OijoZCVSKAy lzl,Lv LA
Inexpensive and effective :31 df,(,, diluctit. TSement 27 no.1;21-23
.lu
Ja-l 161. (.,:I?,A 1j,.2)
(Ce'.-le-it Uln -.)

OBOZOVSKIY, S. S.
OBOZOVSKIY, S. S. "Some Problems in Calculating and Analyzing
the Operation of Yeasuring Transformers."
Min Higher Education Ukrainian SSR. LIvov
Technical Inst. LIvov, 1956. (Dissert tion
for the Degree of Candidate in Sciencesi
TE&ZCAL
So; Knizhnava Latopis', No. 17, 1956

OBOZOVSKIT, S.S. , kand.teldin.nauk
Determining ~rrore of current transformers In the region above
therated capacity. 1%v,vys.ucheb.zav.; energ. 2 no.8:17-21
Ag '59. (KMA 13:2)
1. L'vovskiy politekhnichookiy institut. Predstavlena, kafedroy
elektrlcheskl~h Ismareniy I priborov.
(Electric transformers)

MIAIIAKI, N.V.; _94OZOVSKIY, S.S.; SIUWIKOV, A.Ya.
Classification of digital electromechanical meazu-ring devices.
Avtom.kont.i alek.izm. no.1:47-54 160. (1-11?A 15: 8)
(Electric measurements)
(United States-Electric measurements)

KARANDEYEV, K.B.; OROZOVSKIY. S.S.
. - -
Galculation of the error of instrument transformers. Mauch. zap.
LPI nc.1:55-65 161. (MIRA 16:6)
(Electric transformers) (Electric measurements)

013R9 F.
A new locality of Larcrta muralis (Laur.) in central Slovakia. p.67.
(Biologia, Vol. 12,, No. 1, 19~77-,Bratislava, Czechoslovakia)
SO: Monthly List of East European Accessions (EEAL) Lr,- Vol. 6, No. 9, Sept. l9c~7. Uncl.

OBR, J. j AND OIIM
"Now Method for Constructing Host Networks with Protected Sternite Pipes.
(2d Supplament)ff, P- 1, (ENUGETIKA, Vol. 4, No. 8j, Aug. 1954, Praha, Czecho-
slovakia)
SOo Monthly List of East &wopean Accessions, (EELL), LC, Vol. 3, No. 12,
Dec. 1954, uncl.

:OBR J , AND OrHERS
*Constarzt-%Section Axle Under SimItanous Bending and Testing . (3d
Supplemn0a., P. 1, (RUROTIRAs Vol. 4, No- 8, Aug- 1954, Praha,
Csochoolovalda)
SOt Monthly List of FAst European Accessions, (ELkL), LC, Vol. 3, No. 12,
Dec. 1954, Uncl.