SCIENTIFIC ABSTRACT OVSYANNIKOVA, Z. G. - OVTEN, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238620019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


YABLONSKIY , Aleksandr Alekmid- ~ A,:h P- 01. SY AIZIY--~ A, Z. 0. , red.i
[Course of theoreticai tl,:tFjF- I
mekhaniki. Moskya, Vysee~alii Ft.2. [Dynaff!~rj
.- .~ 4 r "I
Dinamika. lzd.2., pe,-, -,7z. ~. ( M I RA - -

VOSIROKNUMV, Nikolay Nikolayevich; DOROGUNTSEV, Mtor Gavrilovich;
KARANCHAK, Vadiliy Makarovich; OVCHABENL), Nikolay Illich;
SIROTINSKIY, Yevgeniy Leonidovick; FABRIWT, VeniAzix
Llvovich; IVANOV V. . prof., retseasentl GIZIL, YO.T.,
dots,*-retem t; sfiznov VA., kand. tekbn. Rauk, retaes-
sent; SOLOVIYEV, I.I., prof., red.; FTLDOS YEVp A.M., prof.,
red.; OVSYANNIKQI".G., red.; GORDI VA, S.S., tekim.red.
(Use of transistors in relay protection and system automa-
tioa]Primenenie poluprovodnikov v ustroistvakh releinot
sashchity i sistemnoi av-tomatiki. Moskva, Vysshaia shkola,
1962. 282 p. (NIRA 16:3)
(Electric protection) (Electric relays)
(Transistor circuits)

BUTININ, Nikolay Vasil'yevich; OVSYANN-IKCYAI_ Z.G., red.-, VCRDNINA,
R.K., tekhn. red.
(Theory of vibrational Teorits kolebanli. Moakvap Vysshaia
shkola, 1963. 183 p jVibration) (AURA 16s6)

ANTOVILI , Aleksandr 14&ksirovich; CIV,'j'YAIIIIK-OVA,- -Z.-G-,,- red.; YEZHOVA,
L.L., tekhn. red.
(theory of mechani=s and machinery] Teoriia meithanizmav i
mashin; kratkii kurs. Moskva, Gos. izd-vo "Vyashnia shkolat"
1961. 253 P. (MIRA 15:2)
4'echanical. t-ovements) (Mechanical engineering)

SINYUSHINA, M. N.; GORBUNOVA, K. P.; ISATEVA, L. A. I OVSYANNIN, N. V.
Study of antibiotic-resistant staphylococci isolated during
pneumoniaa In Infants. Zhur. mikrobiol., epid I immin. 12 n F:
59-63 Ag 161. ~MIM 15:7)
1. Iz Irafedry mikrobiologil i kliniki detakikh bolezney I Moskov-
9kogo ordena Lenina meditsinakogo instituta imen! Sechenova.
(STAPHYLOCOCGUS) (PNM(711A)

YAEWNSKIY, Alekmandr Aleksandrovich; OVSYANNIKOVA, Z.G., red.;
GOJIDMVA, S.S., tekhn. red. -
(Theoretical mechanics courealKurs toorotichookol nekhanlkl~
Moskva, Gos.izd-vb *Vyashaia shkola.0 Pt.2. (DymmiamlDinamiks.
1962. 371 p. (MIRA 16-3)
(Dynamics-Study and teaching)

ARKHAROV, Alsksey Mikhaylovich; OVSYANNIKOVA, Z.G., red.; XURASHOVA,
V.A., tekhn. red. -
[The thermodyramic method and some problems in lov-temperature
toobnology] Termodinamichankii metod I nekotorye zadachl tekhnW
niskikh tezperatur. Moskva, Goo.izd-vo wVyashaia shkola," 1962.
181 P. (MIRA 150)
(Themodynamics) (Low temperature rese&rch)

YABLONSKIY, Aleksandr Aleksandrovich; NIKIFORNA, Valentina Mikhaylovna;
AYZENBERG, T.B., nauchnyy md.; OVSYANNIKOVA, Z.G., red.;
GOROKHOVA, S.S., Lekhn. red.
(Course in theoretical mechanica]Kurs teoreticheskoi mekha-nikl.
Moskyn, Vyemhaia shkola. Pt.l.[Statics, kinsmatice)Statiks, ki-
newtika. 1962. 430 p. (MIRA 1612)
(Mechanics, Analytic)

NETUSHIL, Anatoliy Vladiinirovich; ZIIUK]IOVITSKIY, Boris Yakovlovic1q, KUDIN,
Vsevolod Nikolayevich; bABAT, G.I,., prof., retsenzent; OVSYANNIKO-
VA, Z.G., red.; GAREMT.D., tekbh. red.
[High-frequency heating in an electric field) Vysokochastotnyi nagrev
v elektricheskom pole. Moskva, Gos. izd-vo *Vyeshaia shkola,ff 1961.
145 p. (MIRA 14ilO)
(Dielectric heating)

P~~, K I!; Mo I soy
a- qT. J
r,C V'1~7 fAl, a sr-.x , In
Zy ~E .
I ~ : -.- A

ALEKSAI,~.- V, I ikhail InvIo%ich; OV~,YA":h %A, :. ',., red.
'HolEtini- ~!r~: .,,, 7-
Ue ! r,:-Kva, Vyssr-,ala s.rf. ~'n, ~3~ j .
~ t-'Ir A : F : ~ ~

OVSYANDV. N. (HAusbino. Kurganakayn oblest').
We are waiting, for help. Radio no.12:10 D '56. (NLRA 10:2)
(Nalmshino-Radio clubs)

OVS W OV, N.I., aspirant.
-
I thopqcin therapy for paratyphoid fever in pies. Yeterlaarila
30 no.7:51-52 JY '53. (KLRA .-,)
1. Vsesoyuznyy inatitut skeperimental'noy veterinarli.

OVSTANDV, kandidat veterinarnykh nauk.
Acwonovocillin-1 in diseases of farm animals. Yeterinarila 33 no.7:
78-79 J1 '56. (KrAA 90)
l.Sibirskiy soualluyy sauchno-iseledovatel'skiy voterinarq7 institut.
(Antibiotics) (Veterinary medicine)

GLADILII., Arilto'iy 'h, -r-'. ',', ' r - "1l ,o : '' n. ,
A :ej,. --r,~
dots.j
Course of 7.
mechanIcal fjnj7in*,erl-,jz K,-~
v 14 Pl, ~J~ 11, KV 11

ROMANCHWO, MIYANOV. 0.F.1 OVANISOVA, II.R.;
SWULEVICH. I.S.
Tbroughout the Soviet Union. Vaterinarila 3S no. ''-92-9S J1 114
(Vaterinery medicine)

The r f- e

MMOKO, D. U.
USSR/Chemistry - RaWleigh Radiation Sel, Get 0
Chemistry - Spectra, BaM
Wfect of Temperature on the Condition and Intensity or Rayieigh,s Dispersion
In Liquids," M. F. Vuks, G. P. Roshchina, D. Ye. Ovskyonko, (4 pr
mIz Ak Nauk SSSR, Ser Fiz" Vol 111, No 5
Presents resu-Its of investigations of intensity diatribut1in In centra' rart of
continuous band at various temperatures. Experiments were undertaken to check
accuracy of M. A. Leontovich's theory (OJour of Phys" 4, 499, 1941). Suhntancea
used were benzene, nitrobenzene and salol. Plots and discusses results.
PA 19A9TIO

C 0
be @UP"
Lrbow 706-'l wbieb c" ,, of
A i-i, '. be =,. I'm
wo rjroqui*O" .,wcv.Ard V..Id to cs
JAW of 40
t a ys -,.
only
T"AInS 4- vs-
S d&"-.
2
OW.0 t

.1 moo
0,0006900 ILL V" Age
sit
no
9, IL 10 a
16
ral"'t, ed dow crywo oleo
I"
Gomm
00 ~W"6
;-~ r",.0 mr-
sm6w 00 do 9000
amooo'd WIS of
"wow j.. - itiful".
8000", or no
#0 low 44 ~X~- so to
it* awowo &V 00
.io., 11,616. ovia
cloolow

The attk.$ AN" too$ I
, MMUZ.. Aid,
ONVU _Vk 4 65-49'-Afur filterloq
44.) through a JAW fihn (Sci;;~ I
*w and l
4~, 1, K&L
Name CLS atull a $u id. "t up to lKc/c.) -0.19,
in the Case of NACI, and OW in the caft of NAM; depool.
tion of -YOAU bezi" *Wy at higher sup" to. On adding
cf7stals Of gslemk t* tht "as. the fimit of metastability
drops to bmW valuft. kW N&CI-PbS. In (etc.) - OM a4
for NAar-PM to I
1~ fts "ttat bdcft rNkrLB,!M6AT.Mk_
the a the unit atu the cubk tittkt c
3t
Iden k
almod Identiml vftk the value of the Oak for salems uwft(~-
. 3_9 t'!
6.95 A.. md butem the allpla-rt of the N&W try*-
d Wt 5A
rd on
od on gum b shnost pufac , .rlSted, wbomm.
in the can of N&CI, for whkh the valt ceU i the
.83 A.,
crystals us aligned but In such a %ay that the
Intl. blo no. wdes 61 the %I oubk kftklu v4nrWe.
POW
Tbo OR the pr ity W is 04 altbrat I/ r5 In
~r
la tlt 2 iyattim, MCI- abil MaRt-M tht
p att straight fints'atept for the dievUllou t* im ex-
h,
a I*C*-Mftch "fill fmel*.
ad of
Of
billur ando-c-l-m-tation W-tre lou"Al- --of-
vw~mq ~cmorpboq la"I
pq_

OWSITWO, D.Ye.
gln~tlc~ of crygt&ll,s&tjon of &qu&ous solutions of N&CI and N&Dr
on the gurf&cs of galenlt*. Sbor. amuch. rab. Ldkb. metallofla.
no.4:55-69 '53. (MLRA 9:2)
(Crystallisation)

(NSITUIC.D. Te.
Effect of oxides on the formation of cast bismuth and lead
structures. Sbor. nauch. rah. 1&h. matallofil.
054, (KLRA 9: 9)
(Bismuth) (laad)

C)VSITI.XKO, D.Te.-. SOSNIIIA, Te.l.
Iffoct of the Frnwth rate of alumimin sirwie crystals nn -pir
mosaic structliro. Fis. not. i nmtal'ovei. I nn.2:114-392 'S6.
(MLRA Q,11)
1. Institut motnilofiTtiki kkadmriii nauk USSR.
(Aluminum crystals)

DABILOV, Vitaliy Ivanovich. prof easoridoktor firiko-matematichaskikh nsuir,
laureat Stalinskoy premil; KURDMOV. G.V., alcademik, redairtor.
DANILOVA. A-L. redaktor; ZUBKO, A.N. , redaktor; XAMEW-FTSEATA, D.S.,
redaktor; LAS190, A.S.. re,4aktor; Ts., redaktor; SKRT-
SHIVSKIT, AJ., -edsktor; 5PMOR. Te.Z.._redaktor; KAZAYrS]CV. B.A.,
redaktor izdatelletys-. RAKHLINA. N.P.. tokhnichoakiy redaktor
[Structure and crystallization of liquids; selected articles]
Stroenie I kristallizataile zhldkosti; tzbrannye stat'i. Pod red.
G.V.Kurdiumovs. Kiev, Itd-vo Akedemti nauk UkSSR. 1956. 566 p.
(MLV,~ 9: 10)
1. Deyetvitellnyy chlen AN USSR (for Danilov)
(Liquids) (Crystallization)

A jam
tAt
6d
limat [A mm on the
Wk or's - rl=
25*. the Umple Ii rolAted by okm of a in
OtAtned ix mck .1
*M OWtOMP1194, tM "P(AUI# Wti
that tb4 rdmW ot a cryoua h W at tus
Would pmdtwt nomul-darksmia Of 017.- - till tim -
eMbd- In both directUvs Im tho 00timudl Siont
darkpaltis of the refttkmis I f WO to 4 Insot.
Kwwlng tlim vlatular Interval of Crystal ro4wtw tKmjt4
&W. (4 04 anala tit Its wivo"kiq as Ow diffemm littwea
and thosirmAintor thit tedeaftl boxm. TM
latter *As dttd, with Calcite iis rk st4b4ard which refleeb
Wilh,40 AUSUNT blit"Al 04"1 tij the Wftiullut rj tim
Implating bi"Im, tbt, (IW) plam of it movolatt ga 7-8* 0A
'the ot
ctunparx4l -millk 8.8* i-w lite (111) pbuc tit At.,
AiVA 4 St alklUrd 14 intCMIW for a lirkit. ixek,.kou from lite dil-
fraction Picture 91 OW jkOrtioal I W We latter u4st, vmiwtt4
with the phy~_ state 4 tim m%vd mulps inve-6tilp4m. le,
I TI
tut incaw ol*,c-A01v.AWuY z
d1_%jwr%6m% fou cd 10111111
40-&) wc. A cttrvc -f ititrOS117 1,11'thim (tar calultv In diP.
Ktt,)Wq ilut lite dvllibuk~vf 44 It-. labotilileg
atul thive e)f the Pirigin,41 diff"'r I*jt'
little. A AnUir-rum for -At hai a "wi-ilitt jr-illeta.
a C-1AnjVMUti%'C)Y 111411 bjL*Lk J14W~11
I _,jj;kjjjOq.
=kte =liact~41 W'S't It"'IM f,W it WithillA) w1wtop
t! lud it at 7- 8 lain. Cal Vv% W) lititalim-4 he rvW,
VIA

vm
:V,>%YMNK
H"O
~ 4-T
vi
0l Incs.11c) Slacks ia
t hv 6
6o Cry-tats o1 ~'Lwminlur~AQ. F.
13)
The int--Fx.~trd X ..-ILY ltltong"t-~s
'110131i'A'A A-
~rf'V
~u~, Hvr,(f, 1). wid ti tit
bLx,k P.,Te ;.r, ri-,W, u 111, vi-t-hDI i4appli-A Al
CwVstl~' frx-j O.-r, "w11". 'Int! ,-L o~
-Tow-cl -41!F j2T,

'VSlYpNK 01
X3
4'l
1e
J.
j~rTha WaaaOa
t Ewe, lw';
A( WA
R"hwal Addn.. of W% va or I
Za, i *f S. w4 O.'s 4*16
d. At
alej P%"UAfi abAuut) miltal k abscp
llack alia. but In an Inmimo in. tbe relAtlyo
A
disorlicatation batwom there. In both owi- the medn anglik
bctvm blo4La is pmt;0ii&Uy doubled by Ot prtscince of the
ow tht blmk a1w
lopurit1w. Addn. of 04Z% M n4u
-I" times, &M tit 1-5% Za by IC-100 Qgga---4~L--

gem
soma Owt
-tim c4
_01
tftes~m
the
*ben,
Lba MIG %6*$ fA
V-34
Av IZI X to" C.
nr~ t
77
se.-NA

OTSITXMD, D.Te.
of Insoluble lepwitles o a the strtwture of alwRinum ingot a.
Obor. neuch. rib. Inst. metallofts, AN URS no,8:153-162 157.
(Alud nums-Ketallography) (NIU 11:5)

Tranilatioy, from P V It 1 11 T I d, I; i J I r j 2 1 P
AUTHOR ),
T j -r L. F I he F t I o 11 1 i o i v r ti T r i i
) I ~ I o , , p r - ~! . r r i I I
v '. o
PERIODK Al. Sb h! Y,jh(o :n I,i oict-ilhlh/. AN' U~,-SSR Pin., ',r
pp 1; 1('2
ABSTRAC I I hc sir,A~ t,rv ? an A] i.vol %%as Is i hi- .:,)F;
Of 01C I olid111MIS Of I ~Ildlhzal:on and the clegree of purit, (d
tht. Metal. !t )~- 01(oxt) 111,11 bs nicans of varvivg the t astir,~
temper.01'rt th, Ivniperaltirr of E,tipi-i-neafing of the mvt,i:~
411d the raic ~,I It! , ()ohi.~z ;i inoid, an Al mk4ol t)l Iht AO()
L~radv 014 7T.) pk,rc rn,i~ h,i,.(- u !hvi- a fitic ()r a ( oarsu ~"r,iircd
struk turc. :n 1he t i,(- (if Al of the AVUOO grddc, thr sirti, t,ir,
of the ingol ~- , harat Icrized b~ harpiv defined ( olumi,,ir
L r%slal~, ard is nol ailv( ted b% Ilic t asting temperatUre or b~
pre);rmi-ir ~ -"purlivating of ihe metal. Introduc lion t)f po-k
d,rt-d tc ,I L!'lict"Itt, rt-~'Ilts ;T~ a ( orsiderabif. rct.- m, i.i
Card )I !hc ''t Oc ;r:L:(Jt. E~vr sm.,iier grams bu

T h v Ef f d I! tj A
%kith the aid of T~ r, j ()n1powy)d A] j I i it, ;i(j,A A'
The irnporil;- ird., ait-d pf it It'lliperaturf."
k et'd thc nit 1!., pi,i., o Ai '.rld ~i SOMV illit'illt rs lAlj I i
a, mu( h a n i,, r
A,
Ca rd

In v,~., T,
citst I I,.
I t I
la t I"" C t Lil
NA' L:. C t! L!.V'
J 1 I'lly f
L, L e r.
U,i
0.1~% 3i.. Fe. 01~~ C-,l). Tho A,-.ii.itL,:.
w -3 i .'Oo I U, 1 1~1- tl,~
int" 2L,- 1-,, -1 1! L
-iol ru ;!d -U- I
T) e r,. 1;
L
t
etcl!e 41, - -1. (,
r i;. Fi, 1 T -,,ceEL uf I
Card 2/5

Invest ~, -;t I ~,i, -,f'
C a stint"
Ild r~ee I t A T" Jl
V. e
f T
iou.
c L S 1, 1,
ul t
d te i i:
F
r F
01, t:
c .-) ~--i
L
'? S
f 10
c1 V I U
f
u
f
Card V5 fe ,

lnvestit~atiui, uf
Castin6
-..,I ti '.1
Llie
o el t
e i i f F
ASSOCIATIJ?,: I*~-~', f
SULAUTP.AM: Dj~:e.ate~, A,,
A ~ -or. f , i -. Lir. a: - t i r ig: t ",Lr Fl in F1 iY s i s
Card 5/5

MITIVIKO, D.Ye.; SOSHINA. Ye.I.
Investigating the intergrhnular structure of aluminun ingnts.
Pit. mpt. I motalloved. 6 n0-3:413-443 158. (KRA, 11-10)
1. Institut mptallofiziki AN USSR.
(Aluminum-Petallorraphy)

OVSITENKO, D.Ye.: SCS!11?IA. Ye.I.
Effect of cryst&llizatllon ccniitlons on the nosaic str,:,*. re
of aluminum cr7ltftls. Sbor. nauc~i. rab. Inst. netallnfiz. A:-.
IRSR no.9:195-197 " ,1. (MIU 12: 1)
(Aluminum zr.attils) (Metallography)

-4
C67
VTI
0"
"o -T-m-9 -P -m-n
m -,a V11.9 -tz m
%n ".mv ft--,z
---a
I A P-
.-73 -mri
'--to Vv rv-T-.- - W-wrm
.u 9.11jZ~ Aw &__ - Z.
1-1-Cmd
n -n--4z=
--"rFT- ftv&~m J.
rr"_
_'-TTT_.A- 1--W% --- 0" J.
-.4p .0 p ftt-- an .-tv
ANlrT-- J.
.".Aqd
jj"_J_
V_ zs-,w J. .~.q
v -rA m--"
arc ._..q ft=.nvm J. 'ft
11-4
tA 'WIC (Cl - 'UR- W%Lq-
n .1
JXT.%Pm~_ Am.-t-M X_ -19-rm
mu'valorbm mm I

OVSITICIKO. D.Te.: K=YIJCHIM, V.P.
Xrfect of oxides on the crystallization of iron and of some of its
alloys. Sobr. nauch. ra-). Inst. metallofiz. AD UM no.10:130-14)
15Q. (MIRA 13:?)
(Iron-Metallograph.v) (Crystallization)

) i' i r f -1 '4 1 14 , " )859KY6
(1146, -1070/u010U51005102_210.'61X1
E-'~Z/E-160
AUTHORs Ovs1yenkc, D.Ye.
TITLE: TheJUC on the SupercoolIT4; of
Paradl-.hlorobenzene e\
PERIODICAL: Kristailograftya, 1g&, Vol~5, No-5, pp.779-,78;
TEXT: It has been shcvn that gamma rays produce an
appreciable reduction In the degree of supercooling of paradich-
larobenzene. An effect of this sort would be expected frcm the
modes of operating of the Wison cloud chamber and the bubble
chamber. Paradichlorobenzene was chosen because of Its low m,p-
(53 OC) and the large supercooling (25-300) which may occ-ur,
Specimens were purified by redistillation In vacuo and st-Lll in
vacuo were loaded Into capillaries 40 mm long and 1,5 mm in
diameter. Four specimens which showed the greatest super(7oollng
were chosen for further work, They were cooled in a wate*r bath
from 800 at about 0.5-0.8 0/min, The supercooling obtal:zble
was measured for each specimen 10-15 times. k1though the specimens
varied from one to another each specimen was fairly consistent.
Card 1/2

S/126/60/010/005/017/030
EoWz06
AUTHORS: Ovsiyenko, D.Ye. and Zasimchuk, I.K.
TITLE: Th~__Effe~_t oi_~_he Degree of Polygonization on the
Diffusion of Zinc in an Aluminium 5ingle Crystal
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol.10, No.9,
PP-743-749
TEXT: The investigations were carried out on flat single
crystals of 99.995% aluminium, grown from the melt. Different
degrees of mosaic structure were obtained by changes in the rate
of movement of the furnace from 0.5 to 6 mm/min with a temperature
gradient of 20'/cm, In all the samples the (200) plane was
parallel to the surface. The dimensions of the crystallites and
the maximum misorientation between them were determined by X-ray
crystallography. Zinc was precipitated on an electropolished
surface of the aluminium using a zinc sulphate /sulphuric acid/
sodium fluorido bath with a current density of 0.05 A/cm2 and a
voltage of 4 V. The samples wore heated at various temperatures
in argon. Layers 5 to 10 microns thick were then removed
electrolytically and the activity of the zinc in each layer
determined. Thus the diffusion of zinc could be followed.
Card 1/3

S/126/60/010/005/017/030
R021/9406
The Effect of the Degree of Polygonization on the Diffusion of
Zinc In an Aluminium Single Crystal
The results showed that the mosaic etructur4D
on the character and the rate of diffusion.
crystals with crystallitou of about 10-2 cu
misorientation, 15 to 201, the zinc obeyed
diffusion in the region 327 to 3750C. The
relationship was -3o8oo
D = 1. 4 o full
had a marked effect
In the more perfect
and angle of
the laws of volume
temperature
In the less perfect crystals with crystallites of about 10-3 cm
and angle of misorientation 30 to 50', the boundaries between
the crystallites played an important role in diffusion. This was
shown by a change in the character of tise fall in specific activity
with depth, by an increase In depth of penetration and by an
increase in the effective coefficient of diffusion.
Acknowledgments are oxpross*d to S.D.Gertsrik*n and
M.F.Pryanishnikov for participating in and evaluation of the work.
Card 2/3

S/126/60/010/005/017/030
E02I/E4o6
The Effect of the Degree of Polygonization on the Diffusion of
Zinc in an Aluminium Single Crystal
Theie are 5 figures 1 Table and 15 references: 8 Soviet and
7 Non-Soviet.
ASSOCIATION-. Institut metallofiziki AN USSR
(Institute of Physics of Metals AS UkrSSR)
SUBMITTM March 3. 1960 (initially)
June 7, 1960 (after revision)
Card 3/3

rum I M" txrzr-x-.m gm

&.A- AX &SM, I W)
sm. L.-i-,

M.P. B4.j IL S. ftbxA-. ~t ......
pw LLkLA4 sm- V. SL ft~=I-j Tbc- IA. a a. Tt~-
purook lb~L. b~ L. Lu Ad ft, -d .-L-.Urt.
my aim ~m ~ W~Lml P-i r~uuo-

go W~y -f a--L" rtm--- I--%- V-~ 3
%ral.470ma- -f -1~ -%.:. (irql -ILdirt-11- r
arumap 1---' t. -tt.4 U95TII. 3.-.,:

~LS -t1h V.-Cl" p'nmt... ~~ L, -A v -ft-
IbMP-t'- L. 51- U C, L. Cb- ~ M. T. 3.1~, -d t:.,%,
DMI"j- "a & 3, 9MASICL7, rw ~Lr "~n~vlms
r %a. ba. F-bl- L-1-4 L.
-4 .11M.
bs. - - %.- pl-t.4
--wmw ---I f

ALUW *mv-I
*r U, 612-L" ar"U'LLL-1- f a.%.
LAO
0.
It. julr.
o.
62
O-L~A, CT7-t.Lll-L- pf b1-7
69

76

r2- CM'2--,C, OF "S.-OW-MAL r1l,
1:,
V
,
LM

or T-14x~ dItA 1--."
Lij
P,

0161L.,
t 1,,
t
lz~

3---4
lij

I%C

OVSITXW, D.Te.: ZASIMCHUK, I.K.
Irfect of aos6ic structure on zinc diffusion In single aluminum
cr7stala. F12. met. I metalloved. 10 no.5:7,1--749 N 160.
1 (MIRA 14:1)
1. Institut metallofisiki AR USSR.
(Aluminum cr7stals) (Diffusion)

WSIMKO, D.Ye.; ALFINISEV, G.A.
Effect of the conditicns of solidification and certain
an the east structure and the plasticity of chromium.
Fiz. met. i metalloved. 12 no.5Mq-782 N 161.
OAURA 14 12
1. Institut met-allofiziki AN USSR.
(Chromium-Metallo aphy)
(Nonferrous ingotsv

OVSIYEIIKO,__LYe~; KOSTYUCHEIIKC, V.P.
Supercooling of chromium. Sbor. nauch. rab. 1nqt. metallcfiz.
AN LRSR no.13:167-169 161. (YUU~
(Chromiumi (Supercoolimg)

ByKt;OvSKjy, A.I... LARIKOV. L.N.; OVSIYENI,O, D.Ye.
Mechanism of crystal growth in tYe X -# P2 -trainfiformatiin of
p-dichlorobentene. Kristallografll~ t no.2:264-286 Mr-Af, 'Q.
1. Institut metallofiziki AN USSR. i Lkrainskaya akaaemiya sel'.5ko-
khozynystvennykh nauk.
(Phase rule and equilibrium) (Benzene)
(crystals--Growth)

-
Effect of insoluble im"UeB on the crystallization and cast
structure of metals. 3 bor.nauch. rab. Ina t, wta.Uofia.AN UR-SR
w.12:3~20 161. (MIRA 14:8)
(Crystallization) (Metall grapby)
f,
4 q

-1 5-LB"
S/60 61/000/013/017/017
D207x,)302
Ye. and Kootyuchenko, V. P.
11, J'i S Qvsivenko. D
T .-T:' The sudercoolin, if cliromium
J,L;.4 C ademiya nauk Ukrayins'koyi R"' In8tytut mc.U
alofvzy-
ky. Zbornik naucKnykh rabot, no. 13, 1)61. Voprosy
ziki metalloV i netailoVedeniya, 1j7-169
I-, eauthors studied :3upercooling of chromium in
re i i),,rif ed -en. The technique was the sane as in tne
u,Lrliur work on iron. 6mall molten drops, 1 - 2 irzim in dia-
...o ter, of chroni,;m containing 0.003c0 0, 0.0002~'I H, 0.00,)-', N,
0.0-6 , :Pe and 0.051-, 3- were placed on a BeO plate. The temperature
was measured wit- a ','-Mo-A]. thermocouple QHVVL~rj-4 (TBNIIChM'-1)
in contact with chromium. Chromium was found to solidify at tem-
peratures of 8J - 1200C below tLe melting-point; some drops cry-
jta.Llized 2000C below the inelting-point. Scatter of these tempe-
rature ii,tervals was due to impurities; traces of nitrogen and
Card 1,12 Y

5/126/61/012/005/027/028
E040/E435
AUTHORS Ovsiyenko D Ye . Alfintsev, G A
TITLE Effect of solidification conditions and some
impurities on the structure and plasticity of' cast
chromium
PERIODICAL Fizika metallov i metallovedeniye v 12 no 5 )()(,1
779-782
TEXT The purpose of the investigation was to examine the
possibility of reducing the brittleness of cast chromi,im by
modification of its grain structure rather than by the usual.
means of achieving the same purpose by the removal of impurities
and thermo-mechanical treatment The grain size was modified by
varying the conditions of chromium crystallization and by
introduction of boron beryllium and tantalum additions whi--h
form with chromium high melting point compounds (CrB2 CF2Ta and
CrBe) as v-~11 as nitrides and carbides and can therefore
facilitate the formation of crystallization centres and thereby
affect the cast structure of chromium The tests were made on
electrolytic chromium containing 0 003% 0 o oo6% N 0 ON Fe
and 0 05% S, Cylindrical test specimens were cast by melting
Card 1/5

S/126/61/012/005/027/028
Effect of solidification condi,ions Eo4o/E435
a mixture of orthophosphorl~ acid (65%) sulp uric acid (21%) and
14% water using a current density of 3 amp/cm Bending tests
were carried out at the deformation rate of 25 mm/mIn The
transition temperature from the brittle into the ductile state was
taken to correspond to the test temperature at which 'he bending
was 90 The grain size of cast structure was found to diminiqh
with rising rate of cooling Tantalum and beryllium additions
have little effect on the cast structure of chromium and at all
additive concentrations. the ratios of crystallization zones and
grain size are approximately the same as in pure chromium
Boron has a strong effect on the structure of cast chromium whose
graim size diminishes very considerably even at an addition of
0,02% and diminishes still further at higher concentrations the
maximum effect corresponding to 0 1% B addition Bending tes~
data on pure and alloyed chromium are shown graphically It was
found that in pure chromium the temperature of brittle-ductile
transition drops with diminishing grain size Boron addition
increases appreciably the transition temperature which rises with
Increasing boron concentration Tantalum additions up to
0 1% by wt lower the transition temperature while higher
Card 3/5

S/126/61/012/005/027/028
Effect of solidification conditions E040/E435
ASSOCIATION Institut metallofizlki AN UkrSSP
(Institute of Physics of Metals AS UkrSSR)
SUBMITTED February 25 1961
Card 5/5

C

Ct
t
,,trcs,
-
!
,
v J

C

Oct

C I- c, 1,
C
.
(-- C
t
C*--c C,- .
. ~
1
oI --t
- r
t
J,
C
C
ti
C". ,
cool.
Col C.,
t.
~L CC(. C:
L
r

CC,,
C
crik
C.. cc:. on -~tc
C C u
t'.tcJ o to
kj!,

0

c-rd

S 60 1 02 O(M) (114 11 _' (11
1003 1201
AUTHORS Ovsi)cnko. D. L.. and Alfintsev. G A
TITILL The influenLc of conditions of %olidificanon and of the addition% of boron and (arilah.ni
on the structure and (in the p1wicit) of catil chromium
SOURCE Alsaderniva nauk I kravin%'ko%i RSR InstNtut metaIof`Ni%kv Shornik nauchnNkh rah,,
no 14 Kiev. 1962 VoprosN fitiki mctallo% i metallovedent%a. 139 146
TLXI In recent years many investigators have 1rud to drtei mine the t-atj%cs of the brittlencss of ~hroniiljtll
The chromium samples wcre'smcltt:d in vacuum either in an aluminum oxide or hervIlium melting pot. and
bottom-pourcd into a copper mold As sho%%n bN the results the addition of from 0 005 it) 0 1 "., of boron Icad,
to a fine-grained structure. %% hilc tantalum has no effect under identical conditions of solidification I tic
dependence of the mechanical properties of chromium on its grain size is as followi the reduction of grain
size from 800 to 25011 dccrcii%c% the iLmpcraturc at %khich the metal acquirei. plasticity from ISO Uto IW (
and the hardness fronj I SO it) I I S kg mm-' fhc addilion of 0 OS is) 0 1 ",, of boron increasc% 1br 1c,lificy.11 lift
at %%hich chromium acquire% plasticit% h). I SO to 200 C. but has little influence on the hardness, %% hile the ad
dition of 0 1 of Ta decreases the above plasticiiN limit hN 40 SO C There are 2 tables and 6 figure,
Card I I

OVSIYENKO, D.Ys.; SOSNINA., Ye.I.
Affect of he mosaic structure in caot single cryptala of aluainum-
on their critical breaking stress. Piz. met. I metalloved. 14 no.2:
252-258 Ag 162. (MRA 15zl2)
1
1. Inatitut metallofiziki AN U*SSA.
(Aluminlim cryBt&la--Testing) (Dislocations In t*talB)

5/126/62/ol4/004/014/017
The effect of .... E193/E383
in the form of a 3-mm wire, was placed in the upper part (1) or
the mould shnped nit n standard tonmile test piece. The inotild wns
then placed in the mingle-crystal-growing apparatus and, after a
vacuum of lo- 4 -10-5 mm Hg had been reached, the mould wras heated
in such a manner as to melt the charge and the upper portion
(20 - 30 mm long) of the need crystal. The furnace was then moved
upwards and the molten metal solidified as a single crystal with
the orientation of the seed crystal. The degree of misalignment
between the mosaic blocks was varied by varying the rate of
travel of the furnace between 0.5 and 10 mm/min. After the
orientation of the specimens had been chocked and the block
dimensions and maximum angle of misalignment determined crgep
tests were carried out at 250 0C under a stream of 600 ~/mm . The
results were automatically recorded in the form of g/time curves,
from which the usual creep curves were subsequently constructed.
Typical results are reproduced in Fig. 3, where the elongation W
is plotted against time (hre) for specimens with the angle of
misalignment between blocks equal to 50 (upper curve) and 15
(lower curve) win. The results obtained indicated that the
Card 2/4
ASSOCIATION: Institut metallofiziki AN UkrSSR
(Institute of Metal physics of the AS UkrSS10
SUBMITTED., January 269 1962
Card 3/4

ACCESSION NR: AT4013929 S/2669/63/010/000/0068/0076
AUTHOR: Ovelyenko, D. Ye.; Soonina, Ye. I.-
TITLE: Influence of the mosaic structure of monoorystals of aluminum casti-ngs on the
critical shearing stress
SOURCE: AN SSSR. Institut metallurgii. Issledovanlya po zharoprochny*m oplavam,
v. 10, 1963, 68-76
TOPIC TAGS: aluminum casting, aluminum structure, aluminum, cast aluminum, shear,
shearing stress, aluminum monocrystal
ABSTRACT: Previously, the influence of the mosaic structure on the process of creep has
been investigated. The present Investigation covers the dependence of the critical shearing
stress in cast monocrystals of pure aluminum on the initial mosaic substructure. The re-
sults of the study showed that the critical shearing stress is increased by a ',actar of two
when the disorientation is increased by a factor of four and the size of the I-. tti,,e is de-
creased by a factor of 25. Furthermore, Lhe critical shearing stress incr, ir, ti linearly
with an increase in the angle of disorientation and deoreases In proportion o I e square
root of the lattice dimension. From this it follows that the critical shearing lres3 depends
not only on the density of the subgranules, but also on the angle of disorientation of the
Card 1/2

OVSIYENKC,, Dje. [Ovsilenko, D.IU.); SOSNINA, Ye.l. [Sosnina, K.1.1
~Iethod for growing sin4le crIstals of a definite shape and
orientation. Ukr. fiz. zhur. 8 nc.1:121-124 JA '63. (MA 1,:f,
1. Institut metallofiziki AN UkrSSR, Kifev.
(Crystals--Growth)

OVSIYFNKn, D.Ye., ALFIN-SEV, ".A.
Machanism r,,' ttr. 7rr)v*r. or OWI,)l crystiilq from th- Krl a *-;11 0j -r
7 afl'xt
8 nn. 5 - "ck- `Y, -~-O '6 -1. (MTIRA 1~,:lC'
1. Instit-it AN 'Jlr-,SR.

EW(M)/T/EWP(t)/*W(b) WF(o) JD
ACCESSION NR: AP4048867 S/0185/64/009/010/1092/1101
R: Zasy*mchuk, 1. X (Zasijnohuk, 1. K.); OY8jnWWj -D. 7u. (0."
Do Tu*)
i2r. -The effect of the growth rate And.of the. small addition of cadmium on
the degree of perfection of zinc sAnirle ryatals grown from a melt
so
FRCE: Ukrayinalkiy*y fizy*chny*yzhurnal, v. -9, no. 16, 1904, 1092-1101
TOPId TAGS:: zinc single crystal, crystal growth r
ate,crystal Imperfection,
chemical etchihg -
ro on of Cd on. the. per-
_ABSTRACT: The effect of the rate of,g wth and of the additi
f6cti6n of zinc crystals grown from a melt was Investigated by the x- ray rn.ethod
based on the'principle of a double-crystal spectrometer and, in the z-lnc with Cd
admixture, also by chemical etching. It was shown the crystals grovm at a great-
er rate have, a greater. degree of imperfections.'. The- distributions of the disloca-
ystal grown, a different rates were essentially of differ nt nature: the
tions in cr 8 t e
disorientation among the elements of the substructure and thus the ftneity of dis-
Card. 1/ 2

L 22%5-65
ACCESSION NR: AP4648867_
In the-iiubboundarles Increased;, The addition'of'O. 04% Cd; the m1niman
detectable by etching dislocati6ns on the'different zinc, cry tal surfaces,
caused additional disturbances.. -The distribution of.-the dislocations determIned
this method was ~ch _racl%~ristlc of the Imperfections *(Ahe zinc-tryMtula viih
e'n i'Cd' d '-t' f'
16- i6unt o I an no o the or ginil, Tidi was--believed to also
:-;~-'be the casewithother.metals. The existence of elements of first and oecond or*-
der aubstructures was estabUshed and the nature of their opening was discussed.
_..The effect of thedegree of perfection of etching on the perfection of the grown
r was proposed for ellininsiting
_ystali. was eatabUshed and an effective method
this effect; based on the appUcation of a'thin neck. Orig. art, has: I flgu~-es and
~,~able
ASSOCIATION: Insty*tut metaloflzy*ky* Ail UWR Kiev (Institute :)f Metallo-
AN MORY.
SUBMITTED.- 19Feb64 ENCL:, 00
SUB CODE: SS, MM NO REF SOV.~ 007. OTHER: 007
02.
Caid

OV S . : *,. N ~ 0 , 1). 1,c . I L),- - .:-A . ' -
A ppir % , .. ' -- * - -, n.,
. : 5,-J, - I I - I
. >1 - ,
. . .1. . . .. . . x - ..

j-7:
AUMM AM&tgwvp Oe A., Owsiyenko, D. Ye.; Kurdyumorv, G. V.
t21=1 GU4y at Me MWAMIMM at gmwtb or P"14- u7stau tsm vw mIt
SOUNX: M ~. D&JAW, V, 2560 AD. ho l9ar TN-70
iTMC T=: crystal gwvft, p"'Jan cMftl gnwth, arpftl growth tbeoryp
arystauagroalw# 68COMMUM arswt
AMMUffs Mw impom et Ws woft vu m v"tigstion at the klwtlLcs of galUms
arpul fmwtk. Us wpmcl~ vm 0.3 = tbick. TWA sm'14= mw maintained at.
a destild 4Owtm% timpastme %W maw of 4L ultnOwnweWe Us gnwth of the
(WI) 9WO at 00 er$gtal vw ohm A vith m MM-6 m1my nag 9 It vas found
*A&% Wo mu OC evoob.0 as as ~ agmt of Alp Is very smaltive
to dsft=m*US at tan Drsnow "Fatax. it vlbrftu~ Idda is" Ito daromatim or
salm S"llm 8m W01"j, 10 6370taU AM wS -Ow -e~ at a someMWnb3A A T.
rw sastasnt as A T a OAN't go ww" vm bours At,
At a 00700 nft at pwah "0 x Z~Q' -63C. uw PWJQ
AS at so
me -IM x -lavls"6 beftm
Cwd

~ V:, * Y F'.'. i , . . . I I . . .
. . , I I
f , : . I, I, . . . .1 . , . .

Ito&& MWU)l~u"-2-Mc(rl,Alm(ii)/TIAP(DM(JiI __VY(P) - JD/JG---
UR/0030/ii5/000/012/0093/0096
APS99316911- -SOURCE CODEt
A V 42jAgaikip, 6-yev- ("star of Physiee-mathonaticol SCISOC3~q
GROS mese
IMSt Study of the mechanism of growth &ad Imperfoctions of metal
P"talp (All osio's Coster**** to Kiev)
***allargic conf*roae*. solid state physics conference,
Iftetal, 6rystsi metal crystallization* crystal dialocatioup crystal do-
444t'i - t~irystsl growth,
-4miax anforenes be in ulodiscus-
!-.ABSTRACT. As mill Id June Z-12, 1961
-~11644issarcb on the formation of metal crystals, crystal d formation,
-alid:'rixated topics. The conference was sponsored by the M*ntific
ouncil -*a Jp"blems'_ of solid, Me a Pbliales. of tbW Acadeez of S*iexcos
~42110 the ScleatIfIc Cossell on solid StAte rby leg and the Inst tute
m "~_
~';of Natal ObTales a -the-Acad*my of Sclancee,of-tre Ukrainian SM At-.~
was-fteussod on tbo'seebarl-- .0 4'u. ~a ..Oftl AMW 0""'610
from". "Ito and tbo-O sta1615160
17
q__Alcoote'd to now Imetbodo'et Preparal
Va. u a4artion-, reports
&Is* studies of their
7~-

OVSYSECIIEV, I.A.
Functional changes in the myocardium in exposure of tbr. bee,rt.
Trudy ISGNI 48:462-474 '59. (MIkA :,4:2)
(HEART --MUSCLE)

?
A 0
A F
TITLEt Deox I j ati n a! oc,
PERIODICALt L ~ t ,y r, --.y e ~ r v c d 5 t v, r, t
TEM The urti --lie ro-i,~w.,; .Y.- ef I f incroujt-d A. al I
the final leoxidal'.on ~f - LK) 9t.-PIS :us! ir. P.CM
and ' ~nel e(,c tri 7 arc 3 we re a r r i P d k~ t a t t 1, ~ D
zhinsk i v zaved impn,, gaz P ly "Pravda" Dnei r, I zerzh. !,ik P' ar. t i :
NewsTap-er) The process includei *!,.e i- Cr. qnJ J-.a,, r.-. 7.t~ cf r f
contair,,.n6 bli'o CaO, '~O S.O~, I - 101,? FeO and 20 NI!
w h f ' O~~
oxidat,.,r, was ~erformpi j. fer.-:!man(;aresP ani
ferrcsl,,-cri per -~n ~~f li I,i:.' i I -~ol 71,,- jteel was +ai.;,e4
ladles and additicnally u.,h tor, al-,;mnuc.. The ri n.:
',~ . I t ~, r. I a d ', e 1 a s T e d 2 0 A! '2 - "~~ ~f -u3t,!,f-3 wpr- r-%o6-1 )r
their plastic properties. B:uwhc)lf- re *' -_,ts (,ortaried f ~it~rv: -il'.-
castings. Yicrosccpi- Pxam;natit~ns rellealed a low du,-tIl.ty f 'i
r iched w, t h ' k r A! see Tal ', e) , owi r,,- to t,
Card 1/4

S 12F ~O 000, OQ; D,, "C XX
Deoxidaticn of st,~el ty alu~'.n,r, AIO.I'A*I'
borders (Figs 1 a and ~). TI, P add, t i ( r, - f k g,'I on A,' t S a
ry r as t 1 ngs an d b I owho rvj,-~cts were to 0-04;~'. Th,, me! a'. :j
phic inspec lion shjwel that an add4 t:cr. :f KE t-r, A, reni-rF *h.
inclu3ions annular and isolated from ea-h other (F,.E; 2 3) While 'h-
'F
lite and ferrite structure te.:(-mes ;riform w. I f r e'.. f f-rril- gh. t
2 b). A:cording to Ref-renc- 1 f'-Nekht-riLi Y,i A
Casting), Metall,.ir~;-.zjat. "140,, n-roagpd ,4ar, i - 3 (- f Al !'a 1 1 -1
format ior, c)f A12S; 5~;' fi le w~.. -1. f -77s rT. i ( ir Is and 1 5 i,t r-a",
t h ~ I U: 0 f me t a 1 s ~ Re s 1 1 -a' A! i r , t t h e 11 1 ~. i I me t a), f r x
tion durirL, the pcuring and prevents blowl,olps. Great -r juar.t , I' - A
proportional to the carbon and sl I : -,Gr, r;t ey~ t (f the metal aro r- -r.:- -r,
S. R. Mameduv (Ref. ~: " Li t eynni e 1', ru i c,.! j I -.- -," , r. r~. ' 2 , ' ') ' 11 ' ;., . Ik
kov, Nekhenzi, Samarin a.-A L t: yk i u u a w, I h u n i n, r - a!i - ! A. - -.
steel the cor,'-.-n' of Al C, alj~) iisai-r, t~ i
clugicti apkrcvinj,~ the oO rary oj,ir- or S Yk,.yz ard K 'a. 7
(Ref. 4z Alumin'.y -hu,-Lne , j!sl ~A' -.cnir- in n Cait Iron anJ 5 1
rallureazdat, Ther- are e~,r-3 an
Cur'! , "I

6
'ZI p.14 , r6
v .0"
:
0
0. 16
oji-Is 0 W

039
0.21 11-u

.63 11 117
0', "t

o":

49 IS
0
-

'

0

5

1

1 S 1
30 ?u
3j

r"
31)
U/

A-C !A'"
FA
44 p
hit^

T~_
ed. of *w..inveijt*4;itioh ~,Of! Ahe-411fluence
fti- jel energy' on . the surface
ate, 16f -germanium*
carried out in' order to derive ini!ormation
the au
on - ------- rf ace-by-investigating -the -dependence lof
I-Ow
. surface nation rate on the time. The electron ene!rgies
re-in a- range,l-t-46 keV sufficJtnt for desorption of the plysically
d -chemical] y', adsorbed atoms on -;be surface. The samples were tbin
~L7,! 40

ON - JM*t
-A
M
-The' t
measurevon a were carr 6d out --in vacuum at
mm 'he current density suployed iii the measurements
-,Was--usually .1 8_1 1. 0-6 A/cm2.- The surface statewas monitored by
measuring. th.estationary photoconductivi~y,of.the-samplesw 'The
iie 4'Le-graz6 of the, me Murin stup? vas. shown
in ligs.2 of-the
'itt on'
_.',Y~pical. *Ar V~fiotocoaductivity du ring
'of
-o:f_1i6i6irft6nt__ix allovin in Fig.,2.of the enclosure. The
Its indicate that the processes occurring on the germanium sur-
-two 'kinds
ace--can be,of redistribution of.tbe charge in the our-
face'layer, and outgassing under the influence-of the electron beam.
The,-rite'ofoutgassing depends on the-electron energy and eyhibits
a shar imum.,near 12--16-keVo_~ Further study of the surface pro-
p max
is using c ned~measuzwents_ -of
,planned. ombi -the pbetownduc-
--the--field---G,ffsctS ai 1~ei t of infrared
measuremen
-i)hbt6con uctivit-k.during theolectron bombardment.. nThs authors
for continuous
correq
ark pondiY4 member AN SSSR, A. RzbMv
Ccwd'

ACCESSION NR: AP3008339 S/0120/63/000/005/0224/0224
AUTHOR: Ovsyuk. Z. Sh.
TITLE: Semitransparent indium contacts
SOURCE: Pribory* i tekhnika eksperimenta, no. 5. 1963. 224
TOPIC TAGS: semitransparent conductive indium film, semitrans-
parent film, indium germanium contact, indium deposition
ABSTRAM Semitransparent conductive indium films have Loan ob-
tained by vaporization in vacuum. The films were prepared in three
cycles, each consisting of deposition at 10-4 MM jig followed by
admittance of air. The vaporizer was a conical tunRsten spiral
passing a current of 10 amp. In each cycle the vaporization time
necessary to obtain minimal film thickness varied from 0.5 to 2 min.
The total thickness of the films was less than 0.03 w. At a speci"
man width of I cm and a distance of I cm between electrodes, A re-
sistance of 50 kohm was considered adequate. Three cycles proved
sufficient to obtain a conductive layer capable of passing 5OZ of
T- Card 1/ 2

ACCESSION NR: AP3008339
incident normal light. An increase in the number of cycles did not
improve results. With this technique, In layers were deposited on
n- and p-germanium, the former yielding the normal rectifying con-
tact surface and the latter an ohmic contact. Orig. art. has:
2 figures.
ASSOCIATION; Lentngradskiy tekhnologicheskiy institut (Leningrad
Technological Institute)
SUBMITTEDt 03Nov62
DATE ACQi 290ct63
ENCL: 00
SUB CODE; SD. PH
NO RIF SOV: 000
OTHERt 002
Cofd 2 / 2

OVSTTJJ-LOV, A.
Workers have decided. Avt. tranap. 37 no.9:36 5 159.
( PC RA 12: 12 ;
l.Bachal'nik Oaskoro oblavtoulrayleniya.
(Omsk Province-Transportattoti. Automotive)

TUKOV. V.; OVSTUKOV, A.; KLI10111KO, A.
- ..
Competition for ths, t Itle 'brigatles of Cormnint Labor.' Ayt.
t ransp. 17 no-4:53 Ap 159. (MIRA 12-6)
1. Nachallnik Whorochnogo tsekha avtnremontnogo tayoda Leningrad-
skogo upmvlnniya avtntransporta (for Tukov). 2. Upraviyarishchly
Onskim avtotreston (for Ovayuknv). 3. Chlen meatknina nytokolonny
No.20. Novocharknesk (for 111imanko).
(Socialist competition)

StRUMVP L.P.; CHERNrAVSKrr, B.G.1 KILLINKIN, I.P.1 QY5YUK, Z.Sh
Spectral distribution of optical changem in the contact
potential of CdSe films. lPiz.tver.tela A, no.120422-3426
D 162. (KIRA 15 112)
1. Leningradskiy goeudaretvennyy universitst.
(Ceftaw velga3fis.--spectra)

OVBTUKOV, A. .
Preparing for the congress. Avt. transp. 36 no.12:45 D '58.
(KIIU 11:12)
(Transportation, Automotive)

TRUBIN, B.G., prof.; LURIYE, A.B.; GRIGORIYEV, S.M.1 IVANOVICH,
R.N.; MELINIKOV, S.V.# ANTIPIN, V.G., kand. tekba. sauk,
retsenzent; VOLKOV, B.G.9 Jumd. tekhn. nauk, retemwent;
MULLAYAMOV, R.G., kand. tokhm.nauk, reteententl OUSMOV,
Vj,, kand. tekhn. nauk, retsenzentl BELYATEV, A.S.# st.
nauchnyy sotr., retsessent; KOZLOVSKIY, Ye.V., insh.,
reteenzentl TRkK, E.E., insh., retsentent; SIMUNOVSKIT, N.Z.,
red.isd-va; SPERAMSKATA, O.V., tekhn. rod.
(Agricultural machines; theory, design, and calculations]
Sellakokhosialetvennys mshinyj teorila, konotruktaiia i raschet.
Pod red. B.G.Turhina. Moakwa, Mashg1s, 1%3. 575 p.
OGRA 160)
1. Nauchno-issledovatel'skiy institut mekhanizataii i elektro-
fikstail sellskogo khosyaystys Severo-Zapada (for kntipin, Volkov,
Mullayanov, Ovayukov, Belynyov, Kozlovakiy, Trak).
(Agricultural sachinery-Design and construction)

RYBhL'CIDL'-T,C, Ye.!I.; OTSYUKOV, V.N.. kand.tekhn.nauk
Semi-crawler drive for the DVSSh-16 (T-16) automotive chase-a.
Biul.teki.-ekon. Inform. Goo. nauch. -iss 1. ins t. nau eh. i tekh.in,oz-m. rx.F:
6"5 162. (MIRA 1 ' - 7)
(Cri wler tractors)

o mr,l
,
0 f t- X
'1c rea:
I t im -ec ".a
rag"64e -and ilwl""16n.p ~C:l

ovc 1, t, KA
4y

0 vs, yu 1:0 vi, , f,! . I -
. . . ......... . ............,
L -1 , . -. , I , ,
Trichint; I I, I r ; - f- - 7-- - :~t, -:7- .-. ". . I ,.
I I . 0
.. ll
1 . Ch"kotskaya be I' ,A I --a C.. ~*- I al..Fl .1 %a I I Vil
poselok Ariadyr' .

K ~~Z I -V , ' . - . ; *. A f - ' , '- - - ; K'~ - : " . - - - : -
P. Elie-1, 3 , , I a-rI * I - I ,'. . . " . - ~ : F~ , 7 , , - % . , 1 , . - I *.,I I - .--.
;, r c " , ~- f ux f- :, it . = ( , r. f - - . 7 -,- - ,* -. . fit, . , -, 1, ..
(M, RA I - , '

UMUNNIKOV, 1. H.
*The Hydrogeology of Mineral Formations,* by G. N. Ramensky, p. p. Klim~ntqv and A, M,
OrtchinnIkoy, and authorized by the General &J-4 istratiom for Higher Education of tho
Ministry of Culture of USSR to be used as a textbook in Geological Institutes. Published
by the State Publishing House for Literature on Geology, Neemew, 1953.
Foreword . a 0 0 . 0 . . & 0 0 0 . 0 0 0 0 a 0 0 . 0 0 0 0 a 0 0 0 0 0 . . . 3
Chapter 1. A Short Historical Survey of the Development of Hydrogeology . . . . 5
Chapter II. Conditions of Irrigation in Mineral Formations. . e e e * * e * . e 15
Chapter Ill. Hydrogeological Conditions of Some Types of Mineral Formations . . . 37
Chapter IT, The Chemical Composition of Water is Mineral Formations . . . 94
Chapter V. Water Supply Systems for Exploitation and Draining. . . 0 122
Chapter VI. Zotimatisaw of Water Supply (Infiltration) . . . . 0 0 0 132
Chapter VII. Methods of Draining Mineral Formations (Underground Mining) . . . . 188
Chapter VIII. Measures for Fighting Ground Waters in Open Pit Mining . . . . . . . 257
Cbeptor Il. Hydregoological Analysis in Prospecting 303
Chapter I Hydrogeological Service in Mining 332
Bibliography 9 9 9 9 9 e 0 0 0 0 0 0 0 0 0 0 0 343
The book gives a survey of Mining Hydrogeology froin the theoretical, moViodical
and practical points of view. It given information on the presence of water In differ-
ant geological structures, the chemical composition of ground waters, obeervations on
Infiltration and Its effect on reek. It explains the best measures to uss, for fighting
Infiltration and methods of hydrogeological analysis and hydrogoological service.
SOs 38305

SCHWARZ, S.S.; POKROVSKI, A.V.; ISTCHENKO, V.G.; OLFUEV, V.G.;
OFTSCHINNIKOVA, N.A.; PJASTOLOVA, O.A.
Biological pecultarites of seasonal generations of rodents,
with special reference to the problem of senescence in
mamals. Acta theriolog 8 no.1/161ll-43 '64.
1. Imborstory of Zoology of the Biological Institute in
Sverdlovsk of the Ural Branch of the AcadeaW of Sciences
of the U.S.S.R.

OVTIN, L.. polkovalk.
-.-. .
Plaimixg drill periods for young soldiers. VOOR.T09t. 36
no. 11: 19-:12 N '56. OGAA 10*2)
(Drill and minor tactics)

OVTWI, L., polkovnik: SMOV. A.. podpolkovnik; RUCHNWVSKIT, V., polkoynik;
LXBHDI, L.. podpolkovnik
Comoorly toctical troinirV-, in m"litary, si,ootine. Vnon. vast. 18
no. 6:30-40 Je 158. (MIRA Ili?)
W,ootinp, Militory)
(Tectirs)

OVTEN, L., polkovnik
Lino review of a compFmy. Voon. vest. 4,2 no.,,! it, t~i- :, ,, .
'M"RA II.,
(Military educ%ticn)

OVT:111141, L. , "'
"', I r I P, , I '. .. , -. 7~ tlo rk '.1 :1 :, .:t - 1 1. -1 ,Ln . ',)Mb& t exul re I to) .
V oen . va s, '- . .- -I . : : .111 1 ~~ , (M~'U I - - ' -

OVTIN. I&-,-,p*IkovnIk.
Drill reviev of a company; from practico. Toon.vest. 3k, no.4:
32-36 AP '56. (MIJU 9:8)
(Russia-Army-Infantry)