SCIENTIFIC ABSTRACT OSIPENKO, N.N. - OSIPOV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238330002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 15756-66 E1qT(1)/&"(16)/T/BWP(t)/EWP(b) JD/LTIB
APO PRa M027459 SWRON CMM1 M/0032/0/031/011/1349/1352
AUTEMs Iveronovaq Vo Xel Oalyenkop No No
13
ORGS State bdverjj~y Livi. lbscov (Wokovekir gosudaratTe
TITM Veterainatt'nof the cite of mosaic blocks *ad viervocoldo lattice
one =78 lines with differout Indexes
dietorti frols
ouRcs zmasim-p laboratv#yaj, Y# 31, Pg. 3.1o 3.9659 3349-1352
',.TOPIC TAGSs - crystal lattice etructurep elastic modulus, ealculationp pusaien
11stribution# cauc4l diatz-1butionp barmorda analysis
ABSTRACTs A method Is propDaed for'deternialng the parameters of the fine atructuo
(Posaic block slas anti the size of m1orogooplo distortiona) from X-ray interferenca
as, th'different Indexeas taking Into acoount the anlsotzvyl of fb wdulua of
AIR-sticityo 'Tv6,D9b.*9 linen (deel ted A and B) with different indazaa wore uaod.!
roe a can be dan*.,by;&ssv&bgVbat Wa) the average sim of the wealo blocks
Dom-loot depend on tbo WwEss (bkl) in the direction studied# sad (2) the stressev
VWz 620.28

L 15756-66.
ACC Us AP,9=4,59
are. the In all directlow s
*Ore are adc"neopic distortionso Mda method Is suggested. for the
auLlYtical.*aud-oraybic*determination of the mosaic block size rk and the
one 661h. by.uning the approximation method by Cauchy
microscopie lattice distprtl
or Gawse' 7be A and
bO-/O, during ayproxioation by the Caudq functionp am: I
r
ated to the wid
el ening of the line according to the equationt
IL 0
W +4 sin 0.4- + 4
'A
Ubicb.'in the dligram fbi grapble determinationjo'lo re 'esentadv at the constant E
as a stral S During the analYtioal
tt line In the coordinates peon 1Dvs sin
solution of the ymblems, the valubm of - A and S ILA- we "Iculated directly in
b7 Cauchy ftos the formVUSS.
sin en, ED
CM
PA "*~A -7PA CM QA)
=lnOA CM Of EA
Ad
E INA, ',i i
sin on
a Wn O"M -.EM
#A
A
2,13

:L 3.57.56.46
ACC NR: Ap5o27459,
During calculations by the Gpues approximationg it is n,?cevsary to replace
~the expressions
a
and JE in the above formulas with the expressions
A _-
a
aj
I aid-E correspondingly. These methods of calculation were checked
experimentally withnickel.coppers and armco iron* Orige art. hast
3 Pprea and 9 forAlas.
I SUB COE: 20,u/ orao Rut oo5/ on REY% 000
io
Card 3/3

TTJI~ I
L 46283--66 9,,T (m) / &,Tkw ) /T E,,:T ( t C
ACC NR1 AP5025327
SOURCE CODE: UR/0126/65/020/003/0417/0-123
AUTHOR-. Iveronova, V. I.; O~~p~~ ?,'N. N.
ORG: Moscow State University Im. Al. V. Lomonosov (Moskovskly gosuniversitet)
TITLE: Low temperattirc raincaling of plastically deforme Imetals
SOURCE: Fizilm met&Uov 1. metallovedeaiye, v. 20, no. 3, 1965, 417-123
TOPIC TAGS: plastic deformation, copper, povvder metal, Io'.%'
temperature effect, powder metal proporty, inutal dvfori~dtlon
ABSTRACT: The change of block structure by rainealing at temperatures to 105C ulic!vr '."o-
thermal condltiopLs and/or by up to 6-month stora-12 rt ro~fni temperature was -;W(!1,-1 '.%Iul
compact copper ~saniples, kleformed kip ,o 82')', by rf)111111g. 'Lov"' prerucryst'1:11' Z11t, oil
tures Pr storage CaIlSe a deCrUWSV 111)0 11 flnc;.casc Ill flie sim, of
blockg ~vith simultaneous cha-ngus In mlcrohardiw.,,.,~.' '111'. "i"arlll)g fifvo of block"
4
from x-ray interference measarementi~, Is 11ii-her thai, jo%% t4i.n*,,-,.~~.,-t
some stability in block size, noicrohardriess and nde rot I oformatIon s is rL11LCA'10d
storage at room or slightly elevated temperaturo. Ainicaling times, requirod for
size of block stneture, and time required for stabilizatJon of block size aDd
Card 1/2 UDCL_621,785.3

L 4b283--2~,
6 - . -- -
ACC NR- AP5025327
increase with decreasing temperature. The final and stable magTAtude of the block structure
increases with temperature. A minimum in the graph coordinating block size and finnealing
time corresponds to a maximum of microhardness; and the time for stabilizing m1crohardness
Increases with the degree of deformation. Orig. art. has: 5 figures and 2 tables.
SUB CODE: 11/ SUBM DATE: 30SopG4 ORIG REF: 010
L, f

cb- u-

S/081/61/000/021/090/094
B107/B147
AUTHORS: OBipenko, F. G., Belen'kaya, T. V., Skrigan, Ye. A.
TITLE: Study of the carbohydrate composition of hemicelluloses of
sulfite and sulfate viscose cellulose
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 21, 19619 469, abstract
21P208 (Dokl. AN BSSR, v. 5, no. A, 1961, 159-162)
TEXT: The authors give investigation results of the carbohydrate com-
position and optimum condit,ions for the hydrolysis of hemicelluloses
separated from centrifuged lyes in meroerization of sulfite and sulfate
cellulose at the Mogile kiy zavod iskusetvennogo volokna (Mogilev Plant
of Synthetic Fibers). ~'(Abstracterls note:Complete translation.1
.dmwb-
Card 1/1

OSIFWO. 1. 1.; worm, I. Y.
Seasonal changes it the histostructure of the skIt amom sous
rodents species of Trausbalkalia. ImIrk.gos.nauch.-Isel.
protivochun.inst. 20:55-66 159. (MIRA 13:7)
(THOSBAIKALIA--RMMU) (SKIN)

1. OSIPENKO, I._ 0., MILIBI, M. S.
2. USSR (600)
4. Lumbering - Machinery
7. TL-1 winch for unloading full-length logs. Les prom No. 2 1953
9. Monthl List of Russian Accessions, Library of Congress, April - 'inc'

OSIPEW, 1.0., Inzboner.
wummbwawapsw
Loading tree-length logo with an 1-505 excavator-crane. Mekh.
trud. rab. 10 no.9:33-35 s '56. (MLRA 9:10)
(Loading and unloading)

SHCRET1111N, I.P., red.; BELICHENKO, U.I., red.lzd-va.;
BACEMINA. A.M., tekhn. red.
[Fobile equipment for preliminary loading of tree-lengtb logo-,
"lumber industry and forestry" pavilon] Peredvizhnais ustanovka
dlis predveritellnol pogruzki khlystov; pavillon 01-sBnate
proVehlennost' i lesnoe khozisistvo.11 [Moskva] M-vo lesnoi
promyehl. SSSR 119571 19 P. (MIRA 11:11)
1. Moscow. Vseeoyuznaya promyshlennaye vystavka.
(Lumber--Transportat ion)

TARNOVSKIY.G.V.; GOKOLYA. Ye.K.; KULIGHITSEATA, D.C.. OSIFANKO, I.S.;
MINIOVICH, I.A. , assistont
Advanced training for pheirmaclets in the Department of Pharmacy of
the Kiev Institute of Advanced Training for Physicians. Apt.delo
6 no.5:59-60 S-0 157. (MIRA 10:11)
1. Kafedre tekhnalogii lakaretvennykh form i galenovykh preparatov
(for Hiniovich)
(MV-PHARMACT-STUDY AND TRACHING)

HALINOVSKIY, V.G.; OSIP = 0, X.F.
Automatic instrument for determining sulfur. Zav.lab 26 no.10:
U67-1169 160. (MIRA 13:10)
1. TeuWyevski7 metallurgiche0kLy zavod.
(Sialfur-Analysis)

SHLENSKIY, O.F.; NEFEDCYV, V.D.; OSIPENKO, N.M.
Determination of the strength characteristics of plastics at
elevated temperatures. Plast.maosy no.702-55 163. (MIRA 16:8)
(Plastics--Testing)

S/126/60/010/005/Oi6/030
E193/E483
AUTHORS: iveronova. V.I. an~~
TITLE: Recrystallization of Pure Metal Powders
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol.10, No-5,
PP-736-742
TEXT: In many metallographic investigations, in which X-ray
diffraction technique is used, specimens characterized by random
distribution of crystals regarding their orientation have to be
employed and this necessitates the use of powder specimens
(filings). These are used either in the deformed or in the
annealed condition. In the former case, it is usually assumed
that the internal stresses in the powder particles are larger than
those present in a massive specimen, even more heavily deformed.
However, problems such as what is the structure of powder specimens
produced by filing, to what degree they have been deformod,and
what is their recrystallization temperature, have not been
systematically studied, although there are indications that recovery
processes can take place in filings even at room temperature and
that their recrystallization temperature is higher than that of
heavily deformed massive metal specimens. If accurate deductions,
Card 1/4

S/126/60/010/005/016/030
E193/E483
Recrystallization of Pure Metal Powders
regarding the structure of plastically deformed massive metal,
are to be made from experimental results obtained on deformed
powder particles, it is necessary to know the effect of room
temperature ageing and high-temperature annealing on the
properties of powder specimens. The object of the present
investigation was to study the structural changes in copper and
aluminium filings: (a) aged for various periods at room
temperature in the case of coppe land at 60 and 100*C in the case
of aluminium,,and (b) annealed for a given time at various
temj~ ~ratures. To avoid the effects of heat produced by friction,
the experimental powder samples were prepared by slow filing.
Four samples of each metal were prepared; samples a and b from
fully annealed massive specimens, and samples c and d from
heavily deformed specimens; each sample was separated into the
fine (samples a and c) and coarse (samples b and d) fractions.
After being subjected to various heat treatments, the powders were
examined by X-ray diffraction. From the variation of the number
Of spots on the X-ray diffraction pattern, deductions were made
Card 2/4

S/126/60/010/005/oi6/030
E193/E483
Recrystallization of Pure Metal Powders
regarding the variation of the proportion of non-distorted
crystals in the specimen and the temperature interval of the
recrystallization process; the magnitude of the stresses of the
second type, and the dimensions of the mosaic blocks in the
specimens, were determined from broadening of the X-ray diffraction
lines. The results indicated that in filings annealed even at
comparatively low temperature (at room temperature in the case of
copper), polygonization takes place, Wh~ch leads to a decrease in
the average size of the mosaic blocks.1relief of the stresses of
r
the second type and appearance of spots (due to reflections from
undistorted crystals) on the X-ray pattern. This process takes
place more readily in an isolated grain and is inhibited if
slipping is hindered by forces exerted by the adjacent crystals;
it was for this reason that the intensity of this process was
higher in fine powder samples, prepared from annealed materials.
Recrystallization proper begins In metal powders only at
temperatures near or above 5000C. Even then, polygonization
takes place in the initial stages of the process, as a result of
Card 3/4

S/126/60/010/005/ol6/030
E193/E483
Recrystallization of Pure Metal Powders
which the rate of recrystallization of filings is considerably
slower than that of massive specimens; for the same reason, the
recrystallization temperature of fine powders is higher than that of
coarse particles. There are 6 figures and 5 references: 3 Soviet
and 2 Non-Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet
im. M.V.Lomonosova (Moscow State University
im. M.V.Lomonosov)
SUBMITTED: April 4, ig6o
Card 4/4

1 7
KOLOTOVAP 1#8.j CHEKBOVSKIKH, A.IL; WIPENKOp N*N.
F~re4cting hoisting system fron rope lapRing in caso of
jazzing of hoisting equipment in the hes. a Izv. VY3.
Ucheb. zav.; gor. zbur. no.12MI-101# 176.'a~ (MIRA 16:7)
1. Karagandinskiy politakhnichankly institut. Rekomandevana
kafedroy gorney mekhaniki.
(Mine hoisting-Safety measures)

OSIPEMO, S.N.
-----------------------
First stage in the work of an instructor-organizer. ZhivotncvGClBtvo
24 no.9:20-23 S 162. 04IRA 15:12)
L. Iimtruktor-organizator Pochepskoto proizvodetvennogo upravleniya
Bryasnkoy oblasti.
(Pochep District-Farm management)

OSIPTINKO, T., otbor6hchitaa; IIAZBITSMVA, A., vugonetchitna;
I -----PA-nL'SnTA, M., vagonetchitsa; KALININA, H., andchitou:
MOSHAROVA, S., eadchitea; SIDOROVA, S., tnzh.;po ratsionalizataii;
SHISMViOVA, L.
Mechanization , the homemde way. Rabotnitaft 37 no.7:15
J1 159. (MIRA 13:1)
(Moscow--Brick industry)

Mathilitty Of ossy=k ft"Mazuk"fim of andbe, acids.
DAWy Abed. Nank S.S.S.R. 73. 91-4
shown that tntyinic trans-
amination does not take place Wwren N-methylaintno
.ackisarAcl-kitteact N-metbylaininuackisdo not hindri
tran"Minstion of NHv wids; the a-if of N-inethyl-
amino arids 6 not dissoed. or cwhanzed by amiuopbrr~,
The conciusinns am based on ox t-drc, expts. with N-methyl-
atanine. V-nWthVIShJt&"IiC ACW-IICI. DL-I&ninC. L-SIU-
" acid-110. Ns pyruvale. anti D-krtt4tulwic acid. wilb
'he glutam~txninr arninopbrrmc (Lenard anti SArauh
C.A. 41, 12M). Hence, amino acids condense with the
active CO group of the enzyme forming a Schiff base. The
H [ability expts. were performed with D-Laticled water.
G. M. Ko%Dlapoff

1050 . ~e kM of %lc.CO-dchydmtrI cells III M,rph.
I'vemi farc4im with L-lYtollillor Of tYromble In aCrIate buffm
cunched with IhO sho*ved that the tyraruine funned from
tyrMne by dreturboxylatima contains close to 2 1) stolust fe-
plating JI; tyronihir Itself diars mpt exchange H. ftulp-
.1.1y one D catells at the mile of ocisinsl cWI. *bde lbi-
2nd D is intnxtuced in resnaupment of the tyratrine-
InliDe compkz with decarboxylaft frm RCII:.NCII,A
sivuetuFrintoRCHoN CIlApitructute. (I N1. K

Osil-,m"Yo. To. 1).
"Stildy of tlip OtienIstry of Of RMIM11"'lli'm sul-I
r,' rr
Dissertktionc for on"I nfvr~-te,
sum.

OSIP"ROt TS. D.
USM/~Udicine - Protein ~%tabolism,
Toxicology, Isotopes
Jul/Aug 52
"Inclusion of S35 Methionine and C14 Glycine Into the Proteins of Enzymes and (Blood)
Plasma," M. G. Kritsman, A. S. Konikove, Ts. D. Osipenko
"Hiexhimiya" Dol 17, No 4, pp 489-494.
The experiments described establish that inclusion of the amino acids in question into
noncellular proteins takes place in human plasma and serum, the plasme and serum of a
number of birds and animals, albumin, fibrin, plasmin, trypsine, and pepsin.
EnVm poisons (KCN, p-hydroxyquinoline,, quinalizarin, alpha-nitrose-beta-naphthol,
monoiodoacetic acidp sodium azide, sodium areenite, 2,4-dinitrophenol) inhibit the
inclusion of methionine and glycine into the proteins of plasma and trypsine. The results
of these experiments (carried out in vitro) open up wide possibilities of investigation
by the isotope method of changes which plasma proteins undergo in the intact organism
and of the utilization of proteins administered for parenteral nutrition.
PA 236T12

AUTHOM, T. A.. ILlr-, M. A.,
d
TITLEt 3yntl~rnll I
K.p4t'-Ir- 0- a Al-1-- l.-
FERIODICAL~ Z-r-I ~O.no,ey -1- V.1 jQ, Nr J. pp
991 (us3R)
AMTRACT, T~ir -1--nis were iysttoa-.cl and theIr
~cnverslo- over ay. -aLalyjt at 300o
CL - (72A), t; 14,1-14-,O
t80,S), -; 71~-6"; IX -narthYl
d~~yi a.irlde c,.i.p-ty~ suirld
4 $) J72,%);
5.6 , Lp lbtj.16o.5- (2 -], n D() I.t,419, d~' -1193~
Ll-"P'ItohYl C-71 b~lrld%IWiA), bp 209-2190 (2.5 am),
mp 34-35 1 fy-nAphthyl -y pentyl suIrlde (65%).
qar,J 1/5 bp 167 .5-09 ll~ (4 m) I n20 I 645~" d2o I . 10~2. ThIs
4
A330CIATI(Pit No- 3tate Univernity cooudarotvetknyy
unl~.'altet)
SUBMITTEM Karch 5, 19159
Card 5/5

3/081/62/000/009/032/075
1. N., )anJlova, T. A., 1..nr'e.0V,
1~ te., -ncv-i, 1 . 1. , Os"penkc , Ts. D.
TITLE. Conversion Of Or,--,~L-OSUlf-ir co...,,ounds of tYoo(- and
enc. in tnt. -)rfaence of an aluminosiLlicatc. cat,tl t
I / 'i
i e f,~ r 1-1 tvny, z !-. u r na I .Khi. iya, no. ?, 1062, 2,118, U~)strilr-t
".,.hi:Aya seraor,,%in. soyedineniy, soJerzh,-.zhcri
v.ac.'t.ya',-.i-i i nefteproduktakh. v. 4", L., Gostoptekhizckat, 1
141 - 144)
TMT: Contact conversions of organosulfur comDounds of naphthalene a.3
carried out at 300 0C on an aluminosilicate cata'lyst under conditions -'es-
cribed earlier (Zh. obs~-.cl.. khimiya, v. 21, 1951, 242) are reexamined.
and 1-thionaphthols (I,- and' -I) were synthesized for research, an-,
14,
- naphthyldecylsulf ides (< - and 'i-II) and-w - and ~" -naphthylcycl open ty
sulfides (,~- an,-'4./-Ii1) synthesized for the first time. It was found
under these conditions --I and ~~-I are converted to C 10H6 and H 26 similarly
to the thiophenole studied earlier the respective yields being 52 and 42,.,
Card 112

-im
Conversion of orEanosulfur complounds ... B158/B101
by weieht of catalyst. As established previously (see UCh, zap. v.1 1,
1953, 263), in the case of mixed sulfides of the C 61153R type (R beinC, an
alkyl or cyoloalkyl), the bond between the sulfur and R is always rupturcd.,
In the case of'~-11, it found that C H and C H A are forme!
10 6 10 21
f~arther coriversion of the latter to C ;I and If -III also dccci..
10 20 2
tYe same way, forminLq C 10H8 and cyclopentanethiol with subsequent con-
7ersici of the latter to dicycloDentylsulfide and H S. ;( -III under * f:;;-
2
r!on:i!_i-n3 decomposes to -I, cyclopent.-ne, C 10 H8an! h_.j. It. t-o c_~i- ,f
-1, 0 OH, a dacene-decano fraction and H 6 were detectt,_'. ~On-
10 21 2
~e-uent'y the bond bet-~.een the sulfur and the benzene rin[.' in ixed Fil-
- L
fide~-- is inuch moro stable and not rGptured in any of the ca3es ez:irA!~,.
The bond between the sulfur and the 01 10 1:ain the -position is lar Ics-
stable. The bond betreen the sulfur and the alklyl and naphthyl in tl-.e
-i)osition is ;-' ore s-table tYan that between the sulfur and naphthene rin,-!~.
/Abstracterls note: 3o,-,,,lete translation.j
Card 212

VLEDUTS, G.E.; OSIPENKO, TS.D.; PAPPE, 1.Ya.
Automating the conipilation of formula indexes of chemical compounds.
NTI no.6:13-17 163. (~UFA 17:1)

OSIPENKO, V.A.
Commercial classification of beech timber in the Carpathians.
Bum. i der. prom. no.4349-52 O,D 163. (MIRA 17'3)
1. Ukrainskiy nauchno-issledovatellskiy institut mekhaniches-
koy obrabotki drevesiny.

Z, "KOVSKlY, G.L'., lnz~ ; Mllf;lt,~', 'v.1 ., lynh.; i,.V. I ir-"O .
itomatic mich' ne f or mnov i ntT rn - : * :. ~it rwq.
-)Is. Ras?~ i nog t -or ni P nc ..', - .' I-AV lf,4~
(~UftA "

OSIPENKO, V.G.
&-e-me'ti-hod of harmonic synthesis. Radictekhnika 18 nc.1:17-2.-,
Ag 163. WRA 16:10)
1. Deystvitellnyy chlen Nau(-hnc-tekhnicheskoF,,o obshchestva
radiotekhniki i elaktrasvyazl imeni Popova.

(I~IPFNXO, Vi.~tcr Gavrilovich, starshiy prepodavatell
Generalizci'ior. on a t,eoreL-. cf harmonic synthesis and lits
tion and steady-state processes to the calculation of traxslents
in linear cJrcuits. Izv. vys. uchob. zav.; elektromekh. 7 no.9t
1139-1148 164 (MIRA 18.-l)
1. Kafedra teoreticheski-k-h osnov radlotekhniki Taganrogskogo
radiotekhnicheskogo instituta.

OSIPENY10, Viktor Gavrilovich, ast;Istent
Concerning a theorem of harmonIc s7nthenis an,! its a;.p-Icat!cn
in the calculation of transients in linear circlAtq. lzv.vys.
ucheb. zav.; elektromekh. 7 no. 3-283-.194 '64. (MIRA 17:r')
1. Kafedra teoreticheskikh onnev radietektniki -tiganrogskoro
radiotekhnicheskogo instituta.

OSIPPIKOP V.6.
ll-Uidf-of Processes in I'nper systems using Fourier series and
.L
theorems of thp donvolutlon cf periodic functions. Elektrosviaz'
19 no.6:42-50 Je 165. (MRA 18:6)

D., OSIXMQ, V, &,_EW
milling Haehin"
7. Effect of position of end mill
milled surface upon durability.
Vest. mash- 32 Do. 8, 1952
with reference to the symmetry axis of the
Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

GOLOVINp B.M.; LANDSM01, A.P.; r
,RjG0Rj YEVAq G.M.; ~~ENX _ "..;
SARUMEVA, V-R-, tekhn. I-ad.
[Effects Of high-ener rOtOns on silicon phototubegl]
Deiatvie Protonov vyso%pi energii na kremnievye f0toelementy.
Dabna, Ob"edinennyi in-t iadernykh iegledovanii, 1963. 26 p.
(lPrOtOns) (Photoelectric cells) (MIRA 16:6)

OSIPENKO, Yu.F.
Use of small tin.ber for co.-ipressir.g :.;achirie parts. Flum. -' 'Ier.
prom. no.2:29-32 AF-Ju 164. (,,~Jfok

OSIPENKOVO VIP.,
The AEGF2A mobile Wo-position welding unit. Stroi.
truboprov, 8 no.802 Ag 163* (MIRA 16all)
1. Kiyevskiy filial spotsiallnogo konstruktorskogo byuro
"GazatroymashinaO.

OSIRENKO, Ya. [Osyponko, IA.); VdKIIAIEV, Yu. (Mykhaliev, IU.1;
. - - AKIITSiTII;, I., kand.biolog.nauk
A little about everything. Znan. ta pratsiia no-5:25 My '612.
OURA 15: (-'
(Science news)

KOZLOVS N.N.; SKVORTSOV, V.V.; OBYSOV, A.N.;-OSIPENKO U.K.;
KHOKHLOV, B.A., glav. red.; CtWRDV, D.P., naueEiyy red.;
VOSTROV, V.M., red.; DVIZHKOVA, N.M., red.; ZHEBRAKOV,
N.A., red.; ZUTOTSVETOVA, I.I., red.; RAGAZINA, M.F., red.;
'-]?ARADZH, N.O., red.; YEGOROVA, M.I., red.; MASLYANITSYNA,
N.I., red.; PETRYAKOVA, T.D., red.
[Instraments appliances, and mechanisms for assembling and
special workj Instrumenty, prisposobleniia I makhanizmy dlia
wntazhnykb i spetsialInykh rabot. Moskva, Vol.2. 1962. 226 p.
(MIRA l6t7)
1. Moscow. Gosudarstvennyy institut po vnedreniyu peredovykh
metodov rabot i truda v stroitellstve.
(Construction equipment)

STEPANOV, N.; OBIFZIKOV, G., starshiy inshener
In the flaw of work. Gra2hd.av. 17 no.lOt6-7 0 #6o. (MIRA 13:9)
1. Rachallnik I&neyno-ekspluatatsionnoy I remontnoy masterskoy, g.
Vnukovo (for Stepanov), 2. Takhnologo-konstruktorskoye bywo Idney-no-
ekepluatatelonnoy i remontuoy matterskoy, g. Vnukovo (for Osipenkov).
(Airplanes-Maintenance and repair)

PISKORSKIY, G.A., Icand.tekhn.rauk; CHMMVICHMIKO, Ya.F., lnzh.;
OSIMTMV, V.P., inzh.
Self-ndjusting toroidnl rub'her sealinga for hydrauliC And pneumntir
devIces. Izv.v-ye.ucheb.zav.; telli.leg.prom. no-5:135-139 '58.
(MTRA 12:?)
1. Kiyevskiy teldinologicheakiy institut lerkoy promyshloTinostl (for
Piskorskiy). 2. Ukrainskiy nauchno-issledovatellskly inatitut I-ozhe-
venno-ol)iivnoy prorWahlennooti (for CherednichenITo, Osipenl-crv).
(Senling (Technoloa))

I , , , "
DMIAPOV. V.P.; KOZORUMV. H.S,..;'.0SIMKOV, V.T.; PETROV, N.I.; RUSAKOV,
V.A.
Wilson chamber in a pulse magnetic field used in synchrocyclotron
nuclear investigations. Prib.i tekh.eksp. no.3:3-9 N-D '56.
(NLRA 10:2)
1. Orb"edinennyy institut yadernykh issladovaniy.
(Cloud chamber) (Cyclotron)

AUTHOR: DZELZPOV,V.P., 1VkNOV,V.G., KOZOLAEV,'..3.,
081PE14KOV,- V.T., PETROV,,N'.J., RTJ:;AK0V,V.A.
TITLE: _int-er__a_`c't -ion between 11,,catlvit Plon!i ;jtid Carburs-iki,d
the Case of Energies of from 2310 up to 2',10
PERIODICAL: Zhurnal Eksperimentallnoi 1 Teoret.Fiziki, 1),6.
pp 92,~-9311 (U.S.S.R.)
Received: 1 / 1957
Ltal Nir,lol III
Vol "!, Nr
Revi,ewed: 3 1 19 5 7
ABSTRACT: This work was carried out on the synchrocyclotron of tt,e Institute
for Vuelear Problems of the Academy of Sciences in the USSR; it inves~icht~_s the
interaction mentioned in the heading by the method of the WILSON chamber %11-.icr. is
located in a magnetic field.
The exDerimental device and the method for the treatment of the Dhoto0;:ra;'hs-
A graphite target served as a source for negative pions; it was arran6ed in the
chamber of the accelerator within the circulating bundle of the 670 MeV protons.
The 230-250 MOV Pions emitted in a forward direction from the tart-ot were directed
by means o~~large collimator and a deflecting magnet to%arda a 'UILSON chambur
situated behind a concrete shield. In the chamber a plate of the mdtwri,il to be
investigated was mounted under a4ugle of 900 with respect to the direction of
the incident bundle of piona. The traces were photographed by means Qf a stereo
camera. - 'Experimental reeulta:.760 cases of 6000 photographs wore found to re-
present cases of nuclear interaction between pions and carbon, and 629 others re-
presented cases of interaction between plons and lead. Examples of such interac-
tions are supplied in form of attached photographs. The following facts weru,
CARD 1 / 2

Interaction between Negative Pions and Carbon-and Lead PA-2003
Nuclei in the Case of Energies of from 230 up to 250 MeV.
established in the course of work carried out with the experimental material:
A) The total and differential cross sections of elastic scattering within the
range of the scattering angles of from 10 to 1800, B) The total and differential
cross sections of nonelastic scattering, C) The energy distribution of the non-
elastically scattered pions, D) The total cross sections of all nonelastic in-
teraction processes. All cross sections measured for carbon- and lead nuclei re-
ferred to energies of 230+30 MeV and 250+70 MeV respectively
Summary: The measured angular distributions and the total cross sections of the
elastic scattering of pions in the case of scattering anglis of 9 1 100 as well
as the total cross sections of nonelastic interaction are satisfactorily described
by the optic model of interaction between pions and composed nuclei. Nonelastic
scattering within the range of the scattering angles of from 60 to 1800 is chiefly
due to simple collisions between impinging pions and single nucleons of the nuclei.
The absorption of pions in the nuclear material takes place (also at lower ener-
gies) above all as a result of the capture of nuclear nucleons by (p-n)pairs. The
total cross sections of the nonelastic interaction processes of pions are equal
to geometric cross sections.
ASSOCIATION: Institute for Nuclear Problems of the Academy of Sciences in the USSE
PRESENTED BY:
Submitted:
AVAIUBLE: Library of Congress.,
CARD 2 / 2

0 S 1, lz> v V, V. T
SUBJECT USSR " Pilysics CARD 1 / 2 PA - 1852
AUTHOR 1VANOV,V G , PETROV,11 1,, RUSAKOV,V~A,, BUDAGOV,JU.A.,
0SIP-NKOV I V IT
TITLE Show~rs in Lead which are Produced by Electrons with the Energy
of 360 30 MeV
PERIODICAL Zurn~eksj-l teor,fiB,51,fasc.6, 1095-1096 (1956)
Issued~ I / 1957
The data on electron showers published by the present report were determined
in the course of the investigation of the results obtained by experiments
carried out for the purpose of studying the interaction between negative pions
and lead nuclei. The experiments were carried out with the synchrocyclotron of
the Laboratory for Nuclear Problemo by means of a WILSON chamber of 400 mm
diameter in a magnetic field having a field strength of 104 Orsted. The pion
bundle passing through a lead plate (thickness 4,6 g,cm-2) located inside the
chamber contained (2 * 1)% electrons Therefore, also cases connected with the
production of electron showers in the lead were photographically recorded be-
sides acts of nuclear inl~eraction On this occasion 159 showers were regist-
ered which were excited by electrons with energies of from 330 to 390 MOV, An
attached photograph shows such a shower. This number (159) does not include a
few cases in which primary electrons came to a standstill in the lead plate,
for It is practically Impossible to separate them from the many pions which
came to a standstill. When computing the number of particles contained in the
showers only the secondary electrons with E ), 6 were considered. By this

V
Zurn.eksp.1 teor.fis,1',faac 6,1095-1096 (1956) CARD 2 / 2 PA - 1852
critical selection fcr seoondary electrons such errors were eliminated as
are connected with the existence of a background of electrons with low ener-
gien in the chamber.
The distribution of the showers over the number of particles, which was found
in the course of the experiment, is shown in a table, For reasons of compari-
son the last column of this table shows the distribution of showers (corres-
ponding to POISSONIS theorem) over the number of electrons. The average
number of electrons in a shower according to the data given by the table
amounts to 1,77, The energy distribution of the secondary electrons is illu-
strated by a table Hithin the limits of measuring accuracy the average number
of secondary electrons in the shower, which was obtained by the above measure-
ments, agrees with the corre3ponding experimental results obtained by
CH.A..OIANDLAU, Nuovo Cim .12, 859 (1954)) and also with the value obtained by
R.B.WILSON, Phyn,Rev.86, 261 (1952) by computing the electron cascade in lead
by means of the MONTE7CARLO method
The above is a translation of this short report
INSTITUTION- United InstItute for Nuclear Research (The name of this institute
appears here for the fli-st time),

V T
SUBJECT USSR / Pilysics CARD 1 / 2 PA - 1853
AUTHOR IVAIIOV,V.G , QSIPE11KOV_V..T__ PETROV,N.I., RUSkKOV,V.A.
TITLE The Total Cross Sections of the Nonelastic Interaction of
Negative Pions vith the Nu^.Iei of C,A1,Cu,Sn,and Pb at an
energy of 22~, - 10 YeV
PERIODICAL Zurn.ekep,i teor.fis,31,fasc.6,1097-1097 (1956)
Issued, ' // 1957
By making use of the synchrocyclotron of the Laboratory for Nuclear Problems
the authors determined the above mentioned total cross sections. On the
occasion of these measurements the losses of particles out of the bundle on the
occasion of the passage of the particle through a scatterer made from the ma-
terial to be investigated were determined.. The average lose angle was 300, The
mesons were registered by means of a telescope consisting of three scintilla-
tion counters . The first and the second counter contained tolan crystals, and
the third contained as scintillator a solution of terphenyl in toluene. With
the help of the first two counters the pions inciding upon the scatterer were
counted, whilst the third registered the particles passing through the
Beatterer In front of the third Bcatterer there was a lead filter (thickness
5,85 9/cm which was to absorb the heavy charged particles produced on the
occasion of the interaction between the plons and the nuclei of the scatterer.
For the purpose of determining the number of times that pions were lost o*t
of the bundle, double and triple coincidences were counted at the same timt,
The energy of the pions inciding upon the scatterer as well as the total admix-

V
Zurn.eksp.i teor fis,jj,fasc,6,1097-1097 (1956) CARD 2 /' 2 PA - 1653
ture of myons and electrons were determined separately from measuring the
curve of the absorption of plons in lead. These measurements were carried out
under the same geometric conditions as in the case of the experiment de-
scribed. The following results were obtained; The energy of the pions in the
bundle amounts to 230 + 6 MeV and the admixture of myonB and electrons in the 2
bundle is 12,5 + 3~.Th; thickness of the scatterer was on the average 5-6 g/cM
and therefore tRe average energy of the pions, to which measurements of the
cross sections refer, amounted to 225 + 10 MeV.
Into the cross sections measured here corrections wero introduced on the basis
of the work by V~P.DZELEPOV et al, Zurn,ekap.i teor-fis,~Ijafjc.6, 23 (1956).
which took account of the following facts: a) the nonelastic scattering of
pions into the angular range of from 00 to 300, b) the elastic scattering
of pions into the annlar range of 300 to 1800, c) the fast secondary pro-
tons registered by the third counter The total cross sections of the non-
elastic interaction between pions and nuclei, which were found in this manner,
are shown in a table. At an energy of 225 WeV these cross sections are equal
to the geometric cross sections of the corresponding nuclei. Within the
limits of measuring accuracy these results agree with those obtained by
similar tests carried out by A E IGNATENKO et &I , Dokl.Akad.Nauk, 10~, 209
(1955)~
INSTITUTIOR:

21 (7), 21 (1)
AUTHORS: Ivanov, V. G., Osipenkov, V. T., SOV/56-37-3-47/9,2
Petrov, N.
TITLE: The Cross Sections of Elastic Scattering of Positive n-Mesons
With Energies of 195 Mev by Carbon- and Lithium Nuclei
PERIODICAL: Zhurnal eksperimentallnoy i tooreticheakoy fiziki, 1959,
vol 37, Nr 3(9), pp 863 - 866 (USSR)
ABSTRACT: Measurements of elastic scattering cross sections by means of
a cloud chamber which was located in a magnetic field
(13,500 Oe) were carried out on the synchrocyclotron of the
Institute mentioned below (cf. the previous paper in refer-
ence 1). A polythene block (259/cm, 2), which was exposed to a
670-Mev proton beam, served as a n source. The targets con-
sisting of a natural isotope mixture had a thickness of
1.72 glom 2(C) and 0.8 g/cm2 (Li), respectively. The experimental
method as well as the method of evaluating the photo records
were the same as in reference 1. By taking into account the
corrections concerning the accuracy of observation, 410 elas-
Card 1/3 tic meson scatterings on C-nuclei and 243 on Li-nuclei were

The Cross Sections of Elastic Scattering of Positive SOV/56-37-3-4'11/62
n-Mesons With Energies of 195 Mev by Carbon- and
Lithium Nuclei
recorded within the scattering-angle range of 10-1800. The
following was obtained:
Nucleus Pion Energy Sign of the c elast (100) TiR2
[Mev] Pion
C 195 + 204 � 26 mb 325
Li 195 + 156 + 26 mb 226
C 230 200 + 31 mb 325
The results are briefly discussed. They agree satisfactorily
with the data calculated by other authors (among them Osipenkov
and Filippov, Ref 3) on the basis of the optical model and
square well interaction potential. For carbon the elastic
scattering angle distribution measured in the course of the
experiments is represented in figure 1, and for lithium in
figure 2. The curves traced in full represent the angular dis-
Card 2/3 tributions calculated according to the optical model in semi-

The Cross Secttons of Elastic Scattering of Positive SOV/56-37-3-47/62
n-Mesons With Energies of 195 Mev by Carbon- and
Lithium Nuclei
classical approximation (calculated by means of the formulas
taken from the book by Akhiyezer and Pomeranchuk, Ref 4).
Calculation of the curves was carried out for a nuclear radius
R a 1.4 A1/2 :10-13 cm, the absorption coefficient of the pions
in nuclear matter X is assumed to be Os93110 13 em, and the real
part of the potential V to be zero (Curve A), 30 Mev (Curve B),
and for curve V it is assumed that K = oo and V = 0. There are
2 figures, 1 table, and 7 references, 3 of which are Soviet.
ASSOCIATION; Ob"yedinennyy institut yadernykh issledovaniy (Joint Institute
of Nuclear Research)
SUBMITTED: May 28, 1959
Card 3/3

OSIFENKOV, V.T.; FILIPPOV, S.S.
Cross ae~-ction of %:meson Interaction with carbon nuclei. Zhur. ekBp.
I teor. fiz. 34 no.1:224-226 Ja '58. (MIRA 11:5)
1.0b"yedinennyy institut yadernvkh iesledovaniy.
(Nuclear reactions) (Mesons)

AUTHORS: Osipenkov, V. T., Filippov, S. S. 56-1-33/56
TITLE- The Interaction Cross Sections of Pions With Carbon-Nuclei
(Secheniya vzaimodeystviya n-mezonov a yadrami uglaroda'
PERIODICAL: Zhurnal Eksperimentallnoy I Teoreticheskoy Fiziki, 1)58,
Vol. 34, TIr 1, pp. 224-226 (USSR)
ABSTRACT: At first short reference is made to papers dealing with the
same subject. The present paper uses the data by R. M. Frank
(reference 1) for the calculation of the integral cross
section of the elaotic and inelastic interaction of pions
with carbon-nuclei for meson-energies of from 0 to 350 MeV.
This calculation was performed in quasiclassical
approximation. For the purpose of estimating the error of
the quasiclassical approxiviation the cross aectons were
also calculated according to the exact quasicla8eical
formulae. The results of these calculationa are illustrated
by 2 diagrams and compared with the results of other authors.
Besides the croso sections founO in various exparlmental
papers viere entered Into these diai;rams. At high energies
the elastic and iiielastic cross 8e,,tiono calci~lated in
Card 1/2 quasiclasoical approximation are 2o to 25% larger than the

The Interaction Crosc Secticns of Pions With Carbon-Nuc.lei 56-33/56
crosr~ sections calculated according to the oxact quant!.M-
-mechanical formulae. The energy dependence of the in-
elastic cross section calculated with the exact quantum-
-mechi,nical formula is in satisfactory agreement with the
existing experimental data. But at meson-energiae of lose
than loo MeV the elastic cross sections calculated here are
much smaller than the experimental values. In this ran--e of
energy the depth of the potential well used in the
calculations is too large. The insufficient amount of
experimental data on the elastic scattering does not permit
any exact conclusions on the agreement of the calculations
with the experiment. The calculation of the inte-rral cross
sections for a nucleus with smeared out edge would be of
interest. There are 3 fi.--ures and 21 references, 6 of which
are Slavic.
ASSOCIATION: JLU-Uhi(= Institute for Nuclear Research
(Ob"yedinenij.,ly inotitut yadernykh iseledovaniy)
SUBMITTED: August 3, 1957
AVAILABLE: Library of ConFress
Card 2/2

4E3dIAS4c
-
8
RECTIOINM60
TOTAV INCLASTW INURACTIONCRO6
225 * 10 Mov NE(ItIJIV9 Al. Cu
,
.
AND Ph NUCLEL V--
!~
~
*,V,
Swe 922.3
Ruv
(1957) jujy-~
64
Oft- g to determine total

crow aectlono of.
the toolAstle IvAevu w ITI'lons will
l
b
R
P
uminU
c s
nuclRI of car
i . 24,
-
-method employed was the rewirding of'ovabiwbIbb result
lit the removid of a pArilde from the brim b piteaft
through a scattarer made ei the oubetwe under Lavesil-
g4liap, (.k,C,)

FABRIK, H.; OSIFENKOV, Yu.--
-0
Automobile radio. Radio no.9:34-38 3 156. (MLRA 9:11)
(Radio-Raceivers and reception)

AID P - 5022
SubJect USSR/Electronics
Card 1/1 Pub. 89 - 7/14
Authors : Fabrik, M. and Yu. Osipenkov
Title : Automobile radio receiver
Periodical Radio, #9, 34-38, S 1956
Abstract The authors describe in detail an experimental model
of an automobile radio receiver. It Is equipped with
only one vacuum tube and with nine triode transistors
of the PIZH and P3A types. The detector is equipped
with a diode transistor of the DG-Ts8 type. One
connection diagram, 2 drawings of assembled details.
Institution None
Submitted No date

OSIPEhKOVA-VICIITL,L-',C)VA, T.K. ; 1.V.
Carcinosarccma ~f -he 1-1reast; a single observation. Vcp. crei..
11 no.9:88-89 165. (MU~A 18:9)
1. Iz Instituta rentgenclogii i radiologil Ministerstva zdravc-
oichraneniya F-i'Sh (dir. - i.rcf. I.G.Lagi.nova, zav. raciiolo[7i-
cheskin otdelom - prof. A.V.Koziova, zav. patomorfologicheskim
otdelom - dotsent Ye.D.Savchenko).

OSIPISHIII, 1I.S. , inzh.
Uuir4, cranes for roplacing switches. Put' put.khoz. nn.9:
32-13 S '59. ( 14IRA 12 : L-1 )
1. Zamestitell nachallniluA diBtantBii puti, st.KbmelIrItBkaya
Yugo-Zapadnoy dorogi.
(Railroads--Switches)

IL '~a V
Y*--;DICA Sec. 17 '1o1. 3/1' Pu~-,Iic
3573. OSIPIN V. T. Moscow. - T h e u s e o f ~, e x a r. r,', ri r ~, r. (- a k-- r ri s r,, ! r, ri h e s
in c:)mbating insect carriers of tran;rnissible d.seases in
open country (Russian text) VO.-MED.Z. 1156, 9(60-63)
Tests of hexachlorane aerosols in an oper. locality demonstrated their pronounced
insecticidal activity with regard to fleas, flies and ticks. Fleas proved to be most
sensitive to the aerosols (paralysis was observed ;n I D rnin.) , the next sensitive were
flies (10017o perished in 24 hr.). In ticks placed at the hei& of 1.5 m. above grriund
at a distance of 30 rn., the first signs of paralysis were observed after 2 days and
they perished at different times up to 31 days. Hexachlorane aerosol torches are
recommended for the disinsection of objects in open localities.
Vavilin - Moscow

(~SIPISHIN, h.S. . insh.
Tracirralsing, orpnrrttlnno. Put' I put.khoz. no.10*11--17
0 159. (14IRJ 13:2)
1. Zamostital' nachallnika distantsii, stantsiya Khmol'Tlitskaya,
Yugo-Zapadnoy dorogi.
(RnIlroads-MaintAnance and repair)

107-12-11/46
AUMOR: Osipkov I. teacher of physics, Novo-Belitskaya high school #2,
G o me I -, c-, -i-y
TITLE: Gomel' - Tashkent. School Children, Be Ready forthe Contest!
(Gomel' - Tashkent. Shkollniki,gotovltes' k Borevnovaniyam!)
PERIODICAL: Radio, 1956,Nrl2, p. 12 col. 1 (USSR)
ABSTRACT: The school has two ultrashort-wave radio stations, 003005 and 003013.
Schoolboys have established communications with several distant
stations; among them:
065507 and 065511 in Novos rsk
049003 In Barnaul 4
028001 in Tashkent, operator Slivitskiy
028002 in Tashkent, operator Karpov
028003 in Tashkent, operator Bykhovskiy
028024 in Tashkent, operator Boryayev.
By the contest date, Jan 3, 1957, a 10-w ultrashort-wave transmitter
is expected to be installed in the school.
AVAILABLE: Library of Congress
Card 1/1

MAJULAN, G.I.; OSIPKOVA, T.A.
; vers. Trudy I.SG;?-'I
Radiographic study of pulmonary function in dy.
53:1W-182 '59. (MIRA. 13:1C)
1. Kafedra rentgenologii a maditsin3koy radiologiyey Leningrad-
okogo sanitarno-gigiyoniellookogo maditainaltogo iniAltuta (zav.
kafedroy - prof. D.M. Shtern).
(LUEGS-RADIOGRAPHY) (DIVING, SUIDUiRINE-HYGIENIC A;.',:--CTS)

KCMMV, V.I. (Leningrad, Kirillovskaya u1., d.14. kown.16); OSIPKOVA, T.A.;
YAHMN' G. 1.
Roentgenographic studies of the heart and lungs of divers. Vast.
rent.1 rad. 34 no.6:24-29 S-D 159. (MIRA 13-5)
1. Is kafedry rentgano-radiologit (zav. - prof. B.M. %tern) Lenin-
gradekogo sanitarno-gWyanichaskogo meditsinskogo institute, (dir. -
prof. A.Ta. Ivanov).
(MOM radiogr.)
(LUNGS radlogr.)
(DIVING)

OSIPKOVAP T. A.
Teaching of radiology in medical Institutes. Med. rad. no.12:
63-64 '61. (MDU 15:7)
1. Iz kafedry rentuenologii I radiologii (zav. - prof. Ya. L.
Shik) Leningradskogo pediatricheskogo meditsinskogo instituta.
(RADIOLOGY, MEDICAL-STUDY AND TEACHING)

TAREDEVA, A. P.;-OSIFKOVA, T. A.
Pnetmmediastinography in tmors of the meediaBtinim in children.
Grud. khir- 4 no.3:80-84 My-Je 162. (141RA 15:7)
1. 1z kafedry khirurgli detskogo vozrasta (zav. - doktor medi-
tsinakikh nauk G. A. Bairov) i kafedry rentgenologii i radio-
logii (zav. - prof. Ya. L. Shik) Leningradskogo pediatri-
cbeakogo meditsinskogo instituta (rektor Ye. P. Semenova)
(MEDIASTINUM-TUMORS) (PNEUMCIMDIASTIMI)

OSIPKOVA, T.A.
't2a Nastrz~- a"
X-ray picture folloviag lnt-alhoracie eeev eog _U
e&cphagoJejunoanastemosla operation. Vest. n3nt~ i rad, :-rq
no.3&25.-29 My-Jo 664. (MIRA
1. Kafedre rentgenologii i radlolog'ji (zav. - prof,, Ya.L,
Shik) i tal-alltetakoy khiriirgii (zav. -- prcf. A,A.Rueariw)
Leningradskogo pediatricheakogo meditsinak-ogo instituta.

I FnLrVAP A.P.; OSIPKGVA, T.A.
X-ray diagnosis of mediastinal tumors in chUdren using gas
as a contrast medium. Vest. khir. no. 6:119-U5 165.
(MIRA 18:12)
1. Iz kafedry khirurgii detskogo vo2rasta (zav. - chlen-kozz spon-
dent MN SSSR prof. G.A. Bairov) i rentgenologii (zav. - prof.
Ya. L. Shik) Leningradskogo pediatricheskogo maditsinskogo
ipatit'Uta.

NERAZIK, V.V.; OSIFKOVA, T.A.
Pneumomediastinographic Cagnosis of cancer of the esophcgua
and cardial segnent of the stomach; clinical roentgenolog:ica-I
examination. Vop. onk. 9 no.1:69-76 163. (MIRA 16:5)
1. Kafedra fa'.-i ', t.,~ta 1-hirurgii (zav. kafedroy - prof. A.A.Rusarov)
i kafedrit rertgenologii (zav. kafedroy - prof. Ya.L.Shik) Lenin-
gradskogo pediatricheskogo medit5inslrogo instituta.
(Pl-,'EUl-la,T,EDIASTIl,'UM) (ESOPHAGUS -CATCM)
(STOnACH-CAIICKR) (DIAGNWIS RADJOSCOPIC)

OSIFOP A. I.
USM/144~0~rlqg Mar 49
LumberIn.4
Saws, jtlettrlo
0
"Simpliffed. hectric Save for Cutting Wood,"
A. I. Oelpor, E. A. Pavlov, Engineers, Can
Sol Resjne~ for Mach and.Pawar Rug of Tidber-
Cutting, 5 pp
%ekh Trud i Tyazh Rabot" No 3
Ibese apiall, power handeave have done much
tomardpechanization of operating processes at
Ivabarijig enterprisee. Describes variations-
of the Baw, performance figures, and character-
Ifitl9q.

KALOSHIN, S.G.; OSIPOSKIY, 1,.F,; YURCHENKO# V.A.
Rock drills with independent rotatim of bits. Trudy Inst.
gor. dela AN Kazakh. SSR 7:152-157 '60. (MA 14%6)
(Rock drills)

-, OSIPOVO A., navigator
-
Accuracy of visual estimation of d1stances and directions. Mor. flot
25 no.7-.19* JI 165. (MIRA 18:7)
1. Uchebnoye sudno *V;DabininI* Bakinskogo morekhodnogo uchilishcha.

OSIPOV. A.. inzh. (g.Mcskva)
Boring shafts by blasting methods. Itobr.1 ratn. no.7:11
il 159. (MIRh 11:12)
(14ining anginnering)

SUCHKDV, A.; 0~-Irv-!, -A- , -
Valuable feeds for livestock. 17M no.5:12 MY 159.
(KIRA 12: 8)
l.Predsedatell Moskovakoge obla tne v pravlentya nauchno-tekhnichookege
obahchestva leency proiWehlenno:tl ffor Suchkov). 2. Zamestitell pred-
sedatelya. Moskovskogo oblastnage pravlenlya nauchno-takhnichoskego
obshchestva lesnoy promphlennosti (for Ostpov).
(Feeds)

AUTHOR: 0s"'povj_A-,
TTTLE: At the Exhibition of Five Countries
PERIODICAL:
No
'i0auka i zhizn', 1959 - 5t Pp 48-50 (USSR)

ABSTRACT: The author describes the Mezhdunarodnaya peredvizhnaya vyst-
avka priborov i sredstv izmereniya, primenya~emykh v nauch-
nykh iss.edovaniyakh po sel Iskomu k-hozyay3tvu (International
Traveling Exhibition of Instruments and Means of Measuring
applied in Scientific Research in Agriculture) held in Mos-
cow, in which Hungary, East Germany, Poland, the USSR and
Czechoslovakia participated. A total of_180 stands were
occupied by about 1000 exhibits. At the USSR stand. K. N.
Shishkov explained new methods of testing soil, water and
air cond*tions by a COMPLItel- "DGM", givinj resL~lts in -4
hours which normally required months. A Hydraulic Inte6ra-
tor uf Professor V. S. Luklyanov forecasts the level of sub-
soil water. A. mechanical drill for taking samples of sub-
soil ~, m deep was constructed by Candidate of Agricultural
Card IP Sciences, Ye. G. Petrov, and Engineers V. P. Stepanov and

A--- the ExhiUl ',it, o. .- ve
V . " . KY, r o mo v ;for assessing the qzality of Lt,e subsoll by
a stabilDmeter, by Professor Medkov of Moscow. A photoe'lec-
trical instrument UF-1 proposed by Professor M. V. Sokolc,,v
and V. A. 111yanok at the Institut biologicheskoy fiziki AN
SSSR (The Institute of Biological Physics at the AS USSR)
was also d-isplayed. Other devices exhibited were- a dyna-
mometer DSh-1 for testing the tensile of wool! a thermoalarm
ETS-21 signalling the temperatures at
25 points in granar-
ies, hcthouses or stores. At the East German stand, Dr. H.
Peter, Director of the Leipzig Institute of Scientific Re-
~;earoh in Agriculture explained and demonstrated the photo-
meter Pulrich, a universal thermostat Wobser working be-
0
tween -600 and +200 , a viscosimeter fleppler and a Mercedes
computer. At the Czechoslovakia-n section, Engineer R. Ncl,ak
explained an electronic modulutor which could in a few gec--
onds asse3s automobile vibration, etc. R. LiInsky, an assio-
tant at the Physico-Chemical Laboratory of the Institute of
Vegetable Production of the Prague Agricultural Academy,
Card ?,/3 demonstrated the P-576 pularoscope. At the flurigari'mr, -.ection,

SOV/25-59-5-31/56
At the Exhibition of Fiva Countries
Engineer R. Zoltan from Budapest demonstrated a new laboratory
counter. At the Polish section J. Tarkowski, Senior scientif,.c
assistant at the Polish AS, explained the regulation by instru-
ment of the movements of microscopic objects in the protoplasm
of a cell. The exhibition lasted 2 months, and was visited by
100,000 people. From Moscow it will go to Leipzig, Czechoalo-
vakia, Poland, Bulgaria and other satellite countries. There
are 13 p~hotographs.
Card 3/3

OSINN, A.
0.004 millimeter. Nauka i zhizn' 22 no.10:50 0 '55. (KI-RA 9:1)
(Rolling-mill machinery)

OSIPOV,A.
Giant lathe. Hauka i zhizn' 22 n0-7:51 JI '55. (91-RA 8:9)
(Lathes)

OSIPOV, A
Resumption and development of intmati3nal economic relations.
moscow. foreign languages publ. house,1932.
bibliographical footnotes.

OSIPOV, A.
Welcome, electronic sk-now-it-alls-0 On. takh. 5 no. 12:36-38
D 160. (Blectronic calculating machines) (MIRA 14:1)

OSIPOV, A. (Khartkov); LIPSKAYA, V. (Sverdlovsk); VATLETSOV, V. (Kirov);
~~TYAMINY M. (Stavropol', Kuybyvhevvkay obl.)
We pirepare for the Fifth Congress of the An-Union Volunteer
Society for Assistance to the Arny, Air Force, and Navy with
achievewnts in vork, training, and sport. Za rul. 20 Po.5-3
W 162* (MIRA 16:4
L Starg3hiy trener Sverdlovakogo avtomotokluba Dobrovollnogo
obahchestva sodey-etviya armii, aviatell i flotu (for Lipsakaya).
2. Neshtatnyye kotmospondenty shurnala "Za rulem* (for Vatletsov,
zatyamin).
(Motor vehiclea--Societies, etc.)

OBIPML-L",_Pelegat XXII V"Yezda Hom-nisticheskoy partil. SovetBkogo Soyuza
Com-mism and labor are ind1visible. SovprofsoLuzy 17 no.22:11-
12 N 161, (KIRA 14: 10)
1. Predesdatelf Yaroolavokogo oblantnogo noveta profsoyuzov.
(Yaroolavl Province-Trade -anions)

- OS EPOV, A~; NIKONOVA, L.
Our suppwt. Okbor.. tanida i oots. strakh. 5 no.7:22 -)1 162.
(MIRA 15:7)
1. Takhnichookiye impaktora Khabarovskogo krayevogo komiteta
profsoyusa rabotnikov stroitelletva i promyahlennosti stroitellnykh
materialovp Khabarovok.
(KHABAROVSK PROVINCE-INIDUSTRIAL MIDI)

0-,1:10", A.
S'! r7 r'l
1, rmt 7 --d I- ;.-,ero `~le n-l-,;(. i:*. o' ;r
k )- -,, : 6c"'-i~" lol. ID
Cl,,rrent. Di~-est o'
(in CIA Li---Y)

OSIPOV, A.
Osipov, A. "The First Republic Conference of Medical Workers' Unions of the Ukraiae~ll
(Kiev, iebruary 1949), Wrachob, delo, 19149, No. 3, paragrapho 273-76.
SO: U-3736, 21 May 53, (L--topis 'Zhunial lrzykJi Statey, No. 18, 194)).

OSI Pov. A.
Lahor and Lal-)oring Classes
V. T. D-min's and I. V. 'Ital in 1!5 vio--.P, r~,nt,~ -,n i 71. . :n,- '
Prof. soiuzY, '10. 3, 1/52.
Fonthly List of R-ussi.-in Arre-;siijns, Lil-r~,ry -.)f l-)5,-',

15(2) C v
AUTHOR: OsiTov, A.
TITLE: Glass Blocks
P -P T?I~'DICAL: 17auka --' z~iznll 195.0, Nr
ABST.RACT: T1,is is a concise re:o:,t n t- -,-,cr'- '-in- -o a'
jinski,i zavod (Skopin Flant), t h ~ f -v I
in.- rlass ~-Icr~lvs. The -~e-7c-atur2 t")p
1,4500 C. Eve r,,,, "d rcr " of Ii d -2,,~ s s s
Glass blocl-s nrnd,-:cc -` in t~ic fa -tory arn f4 :-,- -Lof,
hard , transparent or colore,! at opt i(.-)n, (-oc6 '-ea
and chcap.
Card 1/1

- -OSIPOV-,--A.
Education and training of trade-union activists. Scv. profsoil_IZ7
16 no.18:10-12 S 160. (MM 13:10)
1. Predsedatell Yaroslavskogo oblastnogo soveta profBoyuzov.
(Trade unions )

OSjP-f' -1.
I--- - - 11%, -_ - -_~-~'_;_-
Technical conference in Kreanodar. Gaz. prom. on. 7:53-53 Jl ",'.
(MMA 11-7)
(KrasoodAr Territory--Gas, Natural--Gongresees)

14(5) SOV/25-59-9-26/49
AUTHOR: Osipov, A.
TITLE: For Petroleum Industry

PERIODICAL, ; t.;
Nauka i zhiznl, 1959,,Nr 9, p 65 (USSR)
ABSTRACT: The Laboratoriya avtomatizatsii Gosudarstvennogo
nauchno-issledovatel'skogo i proyektnogo instituta
neftyanogo mashinostroyeniya kLaboratory of Automation
of the State Scientific-Research and Designing Insti-
tute for Petroleum Machine-Building), headed by M.G.
Eskin, has developed a new automatic regulator "AVE-111
for advancing the bit. It is already being used at
Shkapovskoye deposit in Bashkiriya Recently, the "Gipro-
neftemash" designed an installation "ASP-3" which fully
mechanizes lowering and lifting operations during dril-
ling. It is remote controlled from three deoks. The
experimental model is already in operation at the trust
Card 112 "Pervomayskburneft'llin the Kuybyshevskaya Oblast'.

For Petroleum Industry
SOV/25-59-9-26/49
This installation released surface worker from tiresome
work. The "ASP-3" was designed under the guidance of
R.P. Raygorodskiy. The Moskovskiy zavod kontrol'no-
izmeritel'nykh priborov(Moseav Plant for Checking and
Measuring Devices) has designed a frequency telemecha-
nization system for oil wells. Up to now, 1,500 wells
have been equipped with varioun tolemcchanizntion tjy.,i-
toma and about 15,000 wells with local automation.
There is 1 diagram.
Card 212

NEZ111WHO, A.K, vo to rinarny) f'o' ds rioc ( Y-1, nr k-.N, t- fty if
o Eflnt,l ~ ; M [A '.1 ; ():-, :RY.7, 11.
()I T" !I .
Prophylaxl,s and therapy -)f t~jp n
Vetprinarila 1.1 nc.7:66--67 11 164.
C41nvnyy voterinarfiyy vracti novK),c:.o
oblastl (for Rharclienko,'. 0-
logicheek-4m otdelom AltRyskvy ,.:-ayev.,)y w!ter,nt~r7,)v
(for Osipnv).

061"T. A.A.. (Xomkr&)
Nothod for acquainting the 20th class students vith the pro-
ductica of sodium and sodium bydroxide. IhIm.v shkols 11 no.5i
29-36 1~-O 156. (MM 9: 11)
(Sodluw-Study and $*aching)