SCIENTIFIC ABSTRACT SOSINA, YE. - SOSIPATROVA, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652520015-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

country
CA.-O."Orl
'Y
0
o 2'
gr%d, iro. L7 5
A .1 Ol _To. I Y; 71,
--s in-
;;j ".,iqpublic
MIX
-jays of
62
z
WRIG,
A 3 T F-A CT a b! c
ARD:

SOSDA, Yelena Ivanoyna, and. sellkhoz. nauk; GOIOD,O.V,, red.j
`=---'-~S~HENOV, A. . tekhn. red.
[Collective and individual viticulture]Kollektivnoe i pri-
usadebnoe vinogradarstvo. Frunzep Kirgizskoe gos. izd-vo,
1960. 59 P. (MIRA 15:3)
(Viticulture)

100`75>
"z,
s/i26/G2/oi4/co2/ooq/o18
E193/E383
AUT-MaS: Cv:-,iyeii'zo, D.Ye. and Sosina, Ye.I.
TITLE: The ef"act of the ma~;nitude of
t1-.-- critical resolved stress ia cast aluminiuu, sinc-lo
c r ys t a 13
P _",'10_~ 1 CAL: Fizilm i-iietallov i metallovedeniye, v. 14, no. 2',
1962, 252- - 258
T EXT T;ie investization described in the present paper woz
con`i:iuation of earlier iorlz oi, the effect of i,.iosaic structure
on creep of alu-.-Aniu-m sin-le crystals (FI011, 1962, 14, .3). T'-c
C..-pCrimont'll specimens (3 --r-, in diameter, 35 m:.j _,-auf-e lor.3tlh) of
99.99' .)ure alLuninim:i were grown by a i,.iethod catailin~; the use of
seed cryz~tals and cooling, of the tacit at a constmit
rat C. '.,:ke a.-cis of each crystal coincided .-Fitlh the C1103
direction. After atching, the orientation of each crystal was
c:iccIccC. by X-ray diffraction and the dimensions of t.-,e bloc'Ks
o- 'heir --are determined. Th a
and :IItI_I-i%"LIm de"ree L 6
thcn c:.-tclided on a specially desiZncd testin-
i,,iachine :~nd the re3ults ..rcx-c used to calculate the critical
Card 1/3

S/ i 26/6-2/01 VOC 2/009/0 1~0
T'.ic c-f'cet of structure... E1951133603
I-Csolvc(l, stress The vz,.luos obtr-,ined wero correlated
witn t!ic bloc!z eiri6m;ionr, and i-.,it'i t:ie degree of
T'.,.c res-.-.'-Ls -,re re:)z-oduced in Fi~,s. 4 and 5. In r'
--;s plottcl~ ct-ninot the an-le of
PiL. 51-owi;l- 10- 't '?lottCC! as a "Unctiall 6f 103
is aver--L;c bloc!-. size (IL). T'ie conclusions- ar-rivecl., '-I';
c,~;i be Cs follovs: 1) "!~o crit-4cal rqsc)l-.r
i s 1) r oi -'U- i, 3 n n 1 -t o th e a!, L, I e a -f 1 -,1 -J -S ~'. I i Z; -, LI 10 n t 0 f t : 10 b I
i, 1 v '-~ ( " I : .;-,- 0 :) 0 r t i Onn. I t o '61, -- s t ju; i -- e r o o t o f t'i c b 1 o c 1 z da
I-a cuI-.:---*-it,-.'-ivc tox-;:i~:; t-ac critical reLolved strcs-,; is d;3,
vdien the all-le of ~Azalingment increases four times, or
bloc'-~ di-mciisio-ns docrcaz;c by c~ factor of 9-5; 2) T,,e
dotem.1inee de:)e-u-c'ence of t-'-~C Cri8ical ref;-31--c~
on t:,c di::;location de~irity (-J:1 the 5 :-,. 10 to 5 x lc- c:~---
ranze) in satisfactory a--reemc~nt with a theoretical z-('!L-
ship bn-c-,' on the liypothcrA5 of elastic interaction
---~iojocations an" dislocationz in tue primary
This i-a-l'icates that 'L-.I,c dislocrtion structure for.-.icC.
CarLI 2/`

S/126/62/014/002/ocg/olu"
T,-,c c,'--c(;t of r.-.osaic structure... El 9 5/ E333
tl-c of cry!-,'I:,l:-, -plays an i:itportant part in the 'Onset of
"low in tilic cry-,tal.
There are 6 fiSures and 1 ta~lc.
ASSCCIATICN: institut ::lctallcifizilzi AIN ulcrssIz
(III--titute of _,.'Ctll ptlysics, of the AS UkrSSR)
S U D, ED ic~,-auary 26 , 1()GZ (initiallyY
26, 196-6 kafter. revision)
5:
1/0
jo
70
Q /0
YZOII
Card mtso .3.,cmeol '#n;Oj
/60
/JO
'3 LO
lib 4 2,0

36111-66 _~~l)/FWT(yn)/D/P(k)ITIW(t)/FTT T.IPW JI) 26/66/021/005/0727/0731
ACC NR, ,v6017300' (N) SOUi.G!, COD9- ' UR/01
?olotskiy, I. G.; ovsiyonko, D. Ye.; Khodov, Z. L.; Sosnina) Ye. I.;
Ba-w.lyuk, G. Ya.; Kushnir, V. K.
lz
0,',ij: Institute of Metal Physics AN UkrSSR (Insuitut mAallof- iki UkrSJU)
Influence of ultrasound on the dug-ree of perfaction of single crys(;als of
aluminwit, Zrown from the melt
SUU11GEALika muLal-lov i motallovedoniyo, v. 21, no. 5, 1966, 72'1-'131
TO?IC TAGS: aluminum, metal crystal, metal crystallkzation, ul-trasonic effect,
ultraGonic irradiation, single crystal
L5,12RACT: The effecb of an ultr;~b/nic field on the degree of perfection of aluminum
Crys6als grown fron the melt was stueied. The stud supplcmenbs bile results of
~5. Langonecko
r (Phvs. Rev. Letters, 1965, 111, 221). The experiirental procedure
of subjecting a cx%rstallizinj; aluminum nelt to the action of an ultrasonic
i iulo (=(., Fig. 1). The structure of ~;ingle crystals of aluminum derived from tho
t
-ol.t aj-t!i ;~nd without the action of the ultrasonic field was s u'ied by means of
j,Alt4c- x-ray reflection (je. I. Sc~~nLn, Mcleshko, and D. Ye. Ovsiyenko.
.~:;.,Acduvaniye nesovershenstv kristallichaskogo stroycniyaj Kiyevj izd. Nauchnaya
1965, str. 1.22) and by sound absorption and etching techniques. The Oncperimen-'
ual ro~;ults ai-e presented graphically (see Fig. 2). The application of an ultrasonic
UDC: 669-172:621.7892-.51,6.621

-:22-1 _~110 Z!, I
L 36111-66
ACC NR,
Fig. 1. Apparatus f or growth
of single crystals in an
ultrasonic field. 1 - graphite
crucible 1 2 - metal steel.,
3 - sinc,le crystaliine seed,
It It - tuba' furnace, 5 - quartz
tube, 6 - vibrator, 7 - concentrator,
8 - inner thermocouple, 9 - outer
4 thermocouple, 10 molten eutectic
Bi -- Cd,
~ M1
12
to'-diffuzli-on
b
/JOOO -
W
_t.
0 A 1.1 42, 0A Ig 42
angla, mix .. 1
FiL;. 2. Curves f or double
reflection from a single
crystal of aluminum. a
before ultrasonic treat-
ment; b - after ultra-
sonic treatment in the
"W tp i~ltra-
,~Qniclgene'rator solid phase.
field to a gravrin[,; aluminum crystal cauacr. a considerable disorientation of the
subgrains in the latter. It is suggested -that the disorientation affect is caused
by the OM c6e&t2d )y the ultrasonic field in the growing crystals. Orig. art,
has: Aangles, an :Lgures .
SUB.C51. - SUBMI DATE: 19jul65/ IG REF: o.o4/ OTH REF: 002
CbFrd IT

--.w, III!,, Z.
Research on the sturchture of protein V. About acetyl,+,,,;, rroteins A. KIZEL
Z. KAIPOVA AND SOSINA ( THE LAB. OF PLANT BIOCHEMISTRY, 1-100"CO'J STATE UNIVERSTIY)
vol.2 no-5, p. 713, 1937.

BUDYLIRA, V.V.; SCS]2,'A,-,Z,.I.
Electrophoretic study of antitoxic Diaferm 3 serums additional-
ly treated with aluminum hydroxide. Zhur. mikrobiol., epid, i
immun. 40 no.19.141-14:71-63. (MU 16&10)
1. Iz Stavropol'skogo instituta. vaktsin i syvorotok.

SOSINAO Z.
Method for investigating duodenal digestion in poultry. Fiziol.
zhur. 45 no.11:1391-1392 N 159. (KIRL 13:5)
l..Trom the department of anatoaW and physiology, Phedagogical
Institute, Riazan.
(BUODIM physiol. )

NAZAROV, Yu.; SOSINAT "01, V-; AVERIN, N.1 OSTROVKIN, K.
From practices of volunteer firemen societies. P02h.delo 7
no.3:24 Mr 161. (MIRA 14:5)
(Fire extinction)

SCSININ, O.V. (Novosibirsk)
Approximate calculation method for disks during unsteady creep.
PMTR no.1:132-134 Ja-F 161. (MIRA 14:6)
(Disks, Rotating) (Creep of materials)

qQ,S~~KA, Jozef, inz.; PANCZYK, Jerzy, techn.
Longwall working by use of the PS method in the Slask mine.
Wiad gorn 13 n0.4:124-127 Ap 162.

1. 506INOV, A. N. Eng.
2. USSR (600)
3. Machinery~-Standards
4. Purpose add problems of standardization.
Vest mashq No. 7 - 1952.
9. Monthly List of Russian Acessiais, Library of Congress, F2hruar Unclassified
2, 1953

!~~k is~! asiatent
ll,'a thema t is a I -.,-: i t-:3 Gas -.-,a' 31 nc, 4: 11/ 5
1. llol~tteohn~-2 P-ichare3t (for Va:.zdleq(~u'l.
2. "Lomonooov;l University, Moscow 'io3i-igki'-.

CZYZEWSKI, Xazimierz, SOSINSKI, Andrzej. VITKOVSKA, Lticyna
Gace of supradinphrogmatic duplication of the gastrointestinal system
communicating with normal gastrointestinal system through the diaphragm
Polski przegl. chir- 30 no-2:173-179 Mar 58
1. Z- I Kliniki Chirurgiczneh A.M. we WroclaWIK.Xierownikc: prof. dr K.
Czyzewaki. Adres: Wroclaw, u1. Pugeta 27;
(GASTROINTESTINAL SYSTEM, abnorm.
supradiaphragmatic duplication communic.,ting with
normal gastrointestinal system through diaphragm in
7-year old boy (Pol))

SOSINSKI, Andrzej
Selected problems of investment completion in the cbemical
industries. General delivery. Przem chem 39 no.6:314'-316 je 160.
1. Min1sterstwo Przemyslu Chemicznego, Warszawa

SZATAMSKI, Boleslav; MSIV.9KI,..A
lidrzej
Standardization of chemical epparatus as a way to technological
progrons. Przem chem 39 no.7:407-410 J1 160.
1. Biuro Projektow PrzeWslu Organiezrogo, Warszawa i
Ministerstwo Przemysbi Che*icznego, Warazawa

SOSINSKI, Andrzej
Selected investment problem in the chemical industr3ro Ft. -U. Offices
for designs construction and cost calculation. Przem chem 40 no.9.'
1+96-499 S 161.
1. Ministerstwo Prswwslu Chemicznego (Warazawalo

SOSINSKI, Andrzej
Selected investment problem of the.chanical indast-~. Pt. 2. B=-vams
for designing and technological and costs problems. Przem chen 40 no.9:
496-40,9 S '61.
1. Ministarawo PrswWslu 1G)iamicnnego, Warszawa.

SCISDiSKI, And-r--ej
Selacted q7aestias of investment zin the Chemical
C;.-)n,-ioc-.i,-,n and pooperaticn of the p-rcducing, F=.az:
cliem 40 no.12:672A73 D 161.
1. Kinisterstwo Przewlslu Cherdcznego.

SOSIMKI, Andrzej
Selected problems of investment in the chemical industry. IV..- The
system to be applied for future investments. Przem, chem 1+1 m.3:222
Mr 162.
1. Ministerstwo Przemyslu Chemicznego

-13
oland H
sosinBki, J.
Location of Cement Factories in ConjiLnetion
WJL,~h the Transport Pr!Dbiem.
Cement-. G ps7 i(-5"-7 11-1 No 01 2'c-223
The D-"oblem of locar. ion of new cement factories
+-
t c b,,:. I ti-.% is conzidered ---.rom -..-e standzcin-
Ithe cast of ,~eliveV7 of raw mat.erials, fuel, and o~~.her ltems,~
and sh';:p'ng ci- cement to conoumer. IMeasures are recommended
a imed at de crea s the ave ra z-e cement ha,-Ll-Ling d istance s
'from 254 zm in iql~7 to 16,6 km by 1'75- B. levman.

SGSIWKI, K.., rgr inz.
Satellites will secure world commmication. Horys techn 15
no.2:8-11 162.

SOSINSKI, R.
The motor industry of the German Democratic Republic at the L-ipzir, Fair. p. 124
(NOTORNAUA, Vol. 12., No. 5, May 1957., Warsaw., Poland)
SO: MonthL.- List of East European Accessions (rr-AL) Lc, vol. 6, mo. 9, Sept. 1957, Uncl.

30sm-su, it
Radioactive isotopes and the food industry.
p. 275, Vol. 9, no. 7, July 1955. PREZEMSL SPOZ'NCZY- Warswa
So; East European Accessions List, (EEAL), LC,, Vol. 5j no. 2, Feb. 1956

SCS114SKI, R., mgr inz.
Automobile diagnostics. Horyz -.:te--hn 16 no.7:19-21 163.

SOSINSKI, Rajmund, m9r. im.
It is time to stop the irrational speed in publishing books
on technology. Przegl techn no.46:12 26 N 160.
1. Hakak-tor Naczalny Horyzontow Toohniki, Warozawa.

,gr inz.
SOSINSKI, Rajmund, m
What will lasers give us? Horyz techn 17 no. 4: 3-5
Ap 164.

SOSIkSKI., Rajmund, mU inz.
Need of polytechnic education, Przegl techn 85 no. 27:
4-5 5 JI 164.

SOSIRSKI., RajTmind, mgr inz.
Electrical engineering of the future, Horyz techn 15 no.9:8-11
162.

SOSINSKI, Rajnninei, mgr inz.
Five year6 of the cosmic; era. Horyz techn 15 no.10:17-21
162"
444
- -Aml'i ~
-- ~

'! w
I I- SOSINSKII, R.19 mgr inz.
Growing importance of lasers. Horyz techn 17 no.3!7-9 Yx 164.
e--I

SOSINSKIY, R.
Change of address ol E a building.fekh.mol. 31 no.9:23 '63.
(ZaRA 16:9)
(Poland-Moving of buildings., bridges, etc.)

SOSINSKI, Rajmund,_mgr inz.
The purpose of science. Horp techn 15 no.12:3-6 162.

SOSfl;SKI.. R.., mgr inz.
World and power. Horyz techn 16 no.:L:6-7 163.

SOSINSKI, R., mgr inze
I----------------------
The third of this kind in the world. Horyz techn 16 no.2:3-5
163c

SOSINSKI, Ryozard; RYBINSKI, Kazimierz
6 - ormn
Mo "'~-f h MAI therapy of cancer of the prostate.
Urol. poiska 9:107-109 1956.
1. Z II K11niki Chirurgicznej A.M. w Lodzi. Kierownik: prof.
dr. Jerzy Rutkowski.
(ESTROGENS. therapeutic use,
cancer of prostate, remote results (Poi))
(PROSTATE, neoplasms.
ther., estrogens, remote results (POW

PERZ'OISXI, Z., ina.;
Automobile sports under criticism. Horyz techn 14 no.gs
393-397 S 61.

SOSIIISKIY, A.B.
Embedding of a k-dimensional ement into En. Dokl, AN SSSR
239 no.6:IJII-:L313 Ag 161. (MIPA 14:8)
1. Moskovskiy gosudarstvennyy universitet im. K.V. Lomonosova.
Predstavleno akademikom P.S. Aleksandrovym.
(Topology)

SOSINSKIY., A.B.
Description of monotone interior images of a two-dimensional
sphere. Vest. Mosk. un. Ser. 1: Mat., mekh. 18 no.6:12-16
N-D'63. (MIRA 17:2)
1. Kafedra vysshey geometrii i topologii Moskovskogo universiteta.

SOSINSKIY, A.1 (XAKva)
Monotone open mappings of a sphere. Mat. abor. 66 no.2;
170-203 F 165. (MIRA 18W

SOSIN-SKlY, A.B.
lfultidimenoional nodes. Dokl. All SSSR 163 no.631326-1329 Ag 165-
(MIRA IS: 8)
1. 14oskovskiy gosudarstvennyy universitet. Submitted January U.
1965.

SOSINSKIY, L.M, (Leningrad)
Representati-on of furations by nonrevetitive superpositions in
three-valued logis. Probl. kib. nod2s57-68 164. (MM 18e6)

0
::: 0 so-
0 0
03 0 01 0 0
0 0 0
0
is
a V me P 11 u M a It V 2 P 41 41 41 u 40 41~9
Aa c a A-1
00 1 _.rL A-4-L-J. a 11-5f 2a L t V .1 I-L-M-10 cc W.-U+ --A
4,
00

00 if -00
of
Th
I
f
h
e
naease o
t
e 00%twirest by the motbad a( con.
00 41j ;NUMMOD W fisicit curg", NJ. '$ VcAwayf
I
-
.4piski I.PwiRgrad
(;~jwjarjj
"
k

of 4" .
. '
n
.. ,
as
19J9.
No. 4. I7-95.-Thr obirct of the cxpts. was ti) inv"tigale

4041 lie 1xvisibility of ccuripenuting the space charge to in.
"
h
~

00 !reaqc t
e ph
tncurrent. An Increaw of the photocurreat
sn!'(M wit* obtained with a primitively clicistructed photo-
'~alhodic tube. It is expected that
I 00

0 an
ncreasir lip to Hr
ciii, be obtained by r4nementi In construction.

00 '3
1 W. R. Iferm go*

00 a
Of
A S 1, L A NITALLUNGICAL LITEWL'Of CLASSIFIC-TION
di
2 U SL A.
nou OPK wit $I% Ogult
6
0 0 0 0 0,0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 e:0 0 0 0 0 0 0 0 0 0 0 0 0 0
------
u j ViIA AA L S V OW 0 0 X 'j a a 3 6 9
io n #
0 0 0 0 * 0 0 0 99
0 0 0 0 0 0 0
coo
'00
coo
291

A 0 11 19 Ip

I a IOU 0. lip. 1W. I! Imp I's
4 0 W : 0 FR. Is I I I 'W WO 1411
a f A A . t . & I
L
A -
I PIP A _JL
min
V77, TjW*#v is N, WWI off
cm.
QM

W
tAftser, I Lm. In diam, OW 4 gods. was
set rotated about the cylinder astim betwm the POIII! 0( aq
-
i

00 8 11
clectronvagmet. The magmet
e &M
p-!"7! th
ir
ti
tkk b
t f
i
i t
d
a e
omm
r
c
an emy a
u
pw
mt
ale betweentisedirec-
oricatatimsothattimewasabi
00 g
-
wu detd
b
t of th
tidea
d th
ti
d th
&M
pe

a a
.
e
ase
e
om
a
r
y
;
00 observing do ad along that ey axis betwm croswd
00 alcols; amid mating the sk-oh; mdl dak. %& prepd. by
1
t
i
l
b
lee
ne
uddaz
e
) or an
miximV sk. men. of p4unsyme
e (
00 1 (111) with amb HoO obowd jonisortionAtity between
sin 2a asid the begmucy of rotations p " Ioul
US 0 was Ifts

-I
Inthccim-;
I
tl
a
bekli
th
3o
At
t

oo
00 a erp
m
an
rc.
i
.
ura
qu
tainer rotated. in ptphke mob (W pevisid. Its an eke.
are under 160 the cum of dearagaimst P wall micave
'
r

W Jit all 0. - Wboo
tm dew Intensity It
toward the 0, Axia
.
Wn rd)
j5
IWn&..d
hd(
00 11 waaVVr
pro
WpO
,
~
portim.dity bowmam oW,# mW H-11, as Immusid be expected
I
, mot
mm anhotro* dWmppctk* particks- Ul A wvd -;
ml
b
lec
d "Is
r
a
t
ti
.
c
.
lm
c su
, Is
W a c"St. mApe
; ma
e1
net c sub-
1
11s
ion of Ite In 11
0 behaved as a ferroma
1
er
s
%
g
p
tance. L was pireportiodal to viscosity which was vuried
. lee
by addis. of glyceM. By combkftg the data ou a with
dk*ro6m of the sols; in magnetic field W
It. anis.thossinmitntsenarne. mertmy1wismi-
*olne. and The porliclen of 1. r.a..
1
, re. mul their will tell
hAda vili. tit :1 X 10
4
was 2.5. J. CrInAll lee
0 6 a -1 L A 1611TALWISKAL U190111111111 CLA"MICATIN
6-
.J~-,-
I I I sAL -
- r- r .
. -
I114m,
iEEE~~
Oat- ,
1110410 "it Isms tax W

IVN x K I
9 a dMi l

". 1 "CT-1 05
USSR/Physics Colloids Jun 49
"Studying the Geometric and Magnetic Properties of
Colloidal Particles by the Methods of Magnetic and
Dynamic Birefringence of Light," V. Tsvetkov, M. So-
sinskiy, Leningrad State U
"Zhur Kksper i Teoret Fie vol x3x, No 6, PP 543-52
Nev method for studying colloidal systems by double
refraction and dichroism of colloidal solution in
stationary and. rotating magneti c field"and-in law-
inar flow determines volume of Colloidal particles,
their coefficient of elongation, and magnitude of
magnetic anisotropy. Submitted 27 Feb 49.
17OT105

CIt
by
.l;Mju":(Univ. Uningmd).
(1052); cf. C-A - 43, 7291t.-Tbe fltWdku sagle of the
M,"Ming bierfringence of dil. bentsulte (1) SustlellsiOm WIA-1
>45*. lWncvlhelusWu4kmwRSP*di'P-- FrActlmol
I ol*aIned by centrifuging for I mill- wit e appro . uni-
,IiWnw, The coeff, D of matiomal diffusion. Wed. froon
0. Ilkwased flogn 0.3 MC.-I at I - 3 to 2.7 sm.-$ at I - 44)
Inin. From D and the ratio fat the satts. birefilagences in
a streans *ad a nukXnctk, field the ratio p at the major to the
Ininor axis of the lmnicir can be caled. as f - (p - 1)/ -
(p + 11. For I - 31). p ~as 3. The voi .rot tbam partkk~
was 4 X 10-18 cc.; it was caled. from D - ktlvc%, 9 k
viwosity and e is a no. depending on pp. D was shnom In-
firlmident of the velocity gradient (which was vat lbetwern
0.5 and 750 mee.-) if the nwwu. t was made within a
few brs. after the tmenn, of the su%rmmsion. J.J.Dikerman

A low-pressure mercury larnp and an att Ho a Ply'If hL
e investigation f em
Chemical'Abstracts 0 t M! L~P'W kit
IOSCOW PlIvs.-Tech. I ~11d. Ivauk
MAY 25, 1954 J'rz- 17, 11,0-cooleff Hg lo~
Electronic Phenomena is described whicit cinits "ore fittensive 3. A. rad" -q
r
it -than the standa (1.91anip PRK-2. The ]ant fidvy
and Spectra rough a tube iLx th!.a-%, of the hunp..
ff 'Utz"n! "MR-TRITIT, MMr_t

SosiligKi", M. L.
Sosinskiy, M. L. -- "The Develonment and Investigation of a Low-Pressure
Mercury Arc and Its Use in Studying the Reverse Isomerism of 1,2-Dichloreethane.ft
Min Higher Education. Moscow Piiysicotechnical Inst. Moscow, 1956. (Disser-
ation for the Degree of Candidate in Ph,-sicomathemical Sciences).
So: Knizhna.,ia Letopis', No. 11, 1956, PP 103-11h

AUTHOR3 Sosinskly, M.L~ BOV/51-6-3-20/28
TITLE: A Low-Pressure Mercury Are for Study of Light Scattering
(Rtutnaya duga. nizkogo davieniya dlya issledovaniya
rasseyaniya. sveta)
PERIODICAL: Optika i SpektroBkopiya, 1959, Vol 6. Nr 3, pp 405-411,
(USSR)
ABSTRACT: Three types of low-pressure mercury are lamps are described.
These lamps emit narrow lines, have low contiRiuous background
and low intensity of unwanted 4348 and 4339 X lines (they
interfere with the 4358 1 line). One of the lamps, L-1,
is shown In Fig.l. It is 150 mm long and 18 mm in diameter,
with a cooling spiral of 6 mm diameter along its axis. A
small amount of helium (0.1 mm Hg) is placed in the lamp:
it helps to start the lamp by means of the Sventitskiy
circuit shown In Fig.2,. The luminous flux emitted per
unit length of the lamp L-1 is plotted against the
temperature of the cooling water (t), the discharge
current (I) and the helium pressure (P) in Figs.3,4 and 6
Card 1/4 respectively. Fig.5 shows the ratio (A) of the luminous

SOV/51-6-3-20/28
A Low-Pressure Mercury Are for Study of Light Scattering
fluxes of the 4358 and 5461 R lines as a function of the
oooling water temperat-,nre (t). The lamp L-1 works
somewhat unsteadily because mercury drops condense on the
Q,ooling spiral and then fall on to the hot walls of the
lamp. The second lamp, L-2,,* is shown in Fig.7. Its
dimensions are: 150 mm. length and 20 mm diameter. Cooling
with running water is limited to the electrode and near-
electrode regions (Fig-7). Either helium (0,1 Hg) or
argon is introduced into the lamp L-2 to help in the
starting stage. The mercury pressure in L-1 and L-2 is
of the order of 0.01 mm Hg. The intensity of the 43581
line emitted by L-2 is independent of the cooling water
temperature. Fig.8 shows the dependence of the luminous
flux emitted by L-2 on the discharge current. The
lamp L-2 is more stable than L-1, but this stability has
to be paid for by slightly greater width of the 4,358 R
line. The ratio of the 3ontinuous backgrgund intensity to
the intensity of the 4356 1 line is 80 times smaller in
L-1 and L-2 than in high-pressure PRK-2 mercury lamps.
Card 2/4 The ratio of the intensitles of the 4-348 and 4339 X -lines to

BOV/51-6-3-20/28
A Low-Pressure Mercury Are for Study of Light Scattering
the intensity of the 4358 1 line is 10 times smaller in
L-1 L-2 than in PRK-2. At equal widths of the
4358 line the luminous flux from the L-1 and L-2
lamps is 20-30 times stronger than from PRK-2, but the
maximum 4358 R flux available from PRK-2 is 2-3 times
greater than that from L-1 or L-2. The third lamp L-3
is of spiral shape (Fig.9) with 20-22 mm diameter of the
tube and 30 mm internal radius of each turn. Its
construction followed Kemp et al. (Ref.8). The lamp L-3
is filled with 97% A + 2.8% Kr + 0.2% Xe. The continuous
background intensity is the same as in L-2. The luminous
flux from L~-3 is comparable with that from PRK-2 and
PS-44 lamps, but L-3 has to be used with a cylindrical
light-filter. In conclusion the author discusses briefly
the use of the L-1, L-2 and L-3 lamps in Raman and
Rayleigh scattering studies. Acknowledgement is made
to G.S. Landsberg who directed this work. There are
Card 3/4 9 figures, 1 table and 14 references, of which 13 are

SOV/51-6-3-20/28
A Low-Pressure Mercury Are for Study of Light Scattering
Soviet and 1 English.
SUBMITTED: January 10, 1958
Card 4/4

L 31074-65 EWA (k)/EWT(l )/EEC (k)-2/T/EF-C(b)-2/E~'iP(le)/E','IA(m)-2 Po-4/Pf-4/Pi-4
IJP(c) AGI.MB
S/0051/65/0181003/0510/0512
ACCESSION NR: AP5006441
Sodinskly It. L.; Morozov, Yet N.
kUTHOR:

ITLE: Attainment of negative absorption on part,of a Doppler broad-
~
ned line
PY

a i spektros-k -:,no 1 1965 5107~5 .2
OURCE: optik opiya., v 18

--mpli fi.c' tfoa -a i I 'in si
a sorption,: a a opq
OPIC TAGS: negative b on ve
p A
,er, kin d* collisi

photod
las a c o
laser, Doppler broadening, gas nd Is-'
'sociation

' BSTRACT: -ficatioft:',of ell.ectromagne c;:,ra a on 3
A V,method ~~of amtili t i
h. I

..".4n 4.61, 1 8:~
alyzed i n which the total - o p u 1 a t I o ri, at t e-'Upperz- I ess,.than
p
N 'but in Mch- the in
the total population at the I ow,e r ev e L kt-
equality AN 1 (0 N AN~ W still hold a In some frequency.,. range sit*
'
e ol t
v senc
Stimulated bmission exceeding absorption e en in the-ab 'to a I
inverted population can be attained by exciting atoma'by-,means of col- .,
lisions of the second kind or during photodissociatibai!, In both cases !
the excess excitation energy. is converted into kinitic.en6rgy, The re- ;.-
g'ore.* excited atoms will be "hotter" than unexcited:,,at.oni's--,,*And..the.:'

Card 1/2

77
K, L 31074~-65,, T
kCESSION NR- AP56o6441
emission line V ill be -broader than the:'absorptl6n line- vi- b e c a u 9 e-,
0 Rew mined by: the
the breadth f t latter is d e. tr 6 6 1 A." a t otR s.. a tthe k
e
iievel. Two methods, reson-ane-e~.exchafige.W the excl tot on~ energy, of
-h
4id-
'two similar atoms an-d th6-.,effect-,pf -a -buffe.r.-gas:-'Are~__ 60 ered -a's-'.
--energy at-oms.- at ..t e ower eve
me it for.,remov ng excess::~kinet
an fe
ve' 1
may even. be, a metastable' or::a-SrGUnd: 1 e' f is deii
_:for the critical atio-6f.--concent' IL6 --j' e Ve 9 0 ar'
r r a t ns:a thetwol, rig, t
C S
has: 4 formulas.
ASSOCIATION`
none
�UBMITTEDi 26Feb64 ENCLI.
ODE: P_
lye.
400,
~O REF SOV: 001 GTHERf~ ILTD PR Pss 1 31 98:,z
E
2/2 ------
C.i&

,-SOSINSKIY, M.L.; MOROZOV, Ye.N.
Occurrence of negative absorption in a portion of a Doppler-
broadened line. Opt. i spektr. 18 no-3:510-512 Mr 165.
(MIRA 18:5)

k%.%. NKFAM25306 901JRCE C'ODE: MR/0051/65/019/0047MT/0-9 5
AUTHOR: -Sosinskiy, M.L.; Morozov, Ye. N. ~71
ORG_- none
<
TITLE: Luminescence and absorption associated with the lower terms of cobaltOUB
and nickelous ions in ZnS single crystals
771
SOURCE: Optika I spektro8kopiya, v. 19, no. 4, 1965, 634-635
TOPIC TAGS: zinc sulfide, cobalt, nickel, luminescence spectrum, absorption spectrum,
spectralline
ABSTRACT: ZnS-Co and ZnS-Ni single crystals of the wurtzite modification with an
activator content of 0..5 to 0. 005% (in the initial mixture) were grown by the Bridgman method
and their absorption and luminescence spectra were measured at 10, 20, and 77K (ZnS-C!D)
and 4.2K (ZnS-Ni). Fig. 1 shows a schematic absorption spectrum associated with, the
excitation of the lower term of Nj2+ ion in Znq. The spectrum contains three narrow bands
with frequencies of 4386, 4374, and 4277 cm and several broad bands which may be due
to electronic-vibrational transitions. No luminescence of Ni2+ could be observed in ZnS.
The position of the terms Is described by the crystal field theory for reasonable values Of. the
field strength Dq andRacah parameters B and C. The theoretical schemes of the two lower
terms of configurations d7 (Co) and d8 (NI), allowing for spin-orbital Interaction, are given.
The number of lines observed In the absorption spectrum corresponds to the number
rd 1/2 UDC: 535.370

--ACCN1h--AP5025306
J*R -4'? 1 /A
a . 4 1
Fig. 1. Absorption spectrum VOIAO
.1 ~11140c-
r, P42 /A 1)
of ZnS-Ni crystal at T4.2K.
in "4 A.-On
expected from this scheme (if it is assumed that the broader bands in the spectra of ZnS-Ni
crystals are associated with the appearance of phonons). However, no definite comparison
between the observed spectral intervals and theIstructure of the terms 3T2 could be made
for Ni2+ ion and 4T2 for C02+ ion. Authors
express their thanks to M. B. Yepifanov for
assistance In the construction of the measuring apparatus. OrIg. art.--has: 11-TI-PrMs.
SUB CODE: 20 SUBM DATE: 16Dec64 ORIG REW: 005 OTH REF: 003
-~S2/2
Card

303 INSU
W k M! ~lu. ; USHAKOV, I. M. ; SMALIN, A. F.
-- Ra
Wiltration water intakes with surface water suppI7. Yod. i san.
tekh. no-9:10-13 S 160. (MIRL 13:11)
(Water-supply engineering)

SOSINISKIY-, R., lnzhener.
In the depths of the seas. Tekh.mol. 22 no.11:24-27 N 154.
(Diving, Submarine) (MLRL 7:12)

SOSIFATROV, A.M.
Using softened water in bottle-washing machines. Spirt. prom. 24
no.8:24-25 158. (MIRA 11:12)
(Bottle washing)

SOSIPATROV, A.M.
Combining two operations into one at the bottle washing conveyer.
Spirt. prom. 25 no-7:28-29 '59. *(MIRA 13-.2)
(Tula--Idquor industry) (Bottle washing)

BOLTOVSKIY,, SOSIPA17OV. A.M.
Activities of the Tula Liqueur and Vodka Distillery during
the years of the seven-year plan. Form. i spirt. prom. 31
no.7:38-40 165. WRA las n)

lua ~.c L; tuIrn t, -!-rrlc I
C F T I ~A W. V (Pot~r, a .7 -
"Llia-,mlosis of echinokhasmosis, a ne~-r shrine clispa!3e*'l
Veter-inari.ya, Vol. 38, Yo. 5, 1961

__ - SOSIPATROV G.- V e (Aspirant, -All-Union Institute of Helminthology imeni K.- I. - - - - - - __ __
- ff j
i~y~a

SOSIPATROV, G.V., kand. vet. nauk
Development cycle in Echinochasmus perfoliatuB (Ratzp 1908).
Trudy VIGIS 11:151-155 164.
Methods of keeping freshwater mollusks under laboratory
conditions. Ibid.:184-193 (MIRA 18:12)

SFTJNIAKf"VTCTI, Yeje., SOSIPATROV, G.V., )mnd. vptar. nauk
F"pby3axia of helmin-vhiases under various cattle keeping
conditions. V,.terinariia 42 no.8;62-63 Ag 165.
(MIRA 18:1111
1. Vsesoyuznyy institut gellmintologii imeni akademika
Skryab1na.

SOSIPATROV, N. I.
Cand Tech Sci - (diss) "Study of the automatized supply drive of
continuous-operation excavating machines." Moscow, 1961. 14 pp;
(Ministry of Higher and Secondary Specialist Education RSFSR,
0
Moscow Mining Inst trdeni I. V. Stalin); 200 CODies; free; (KL,
6-61 sup, 226)

PUGACHEV, Aleksandr Sorgeyevich; KORKINII F.S., nauchrWy red.;
SOSIPATROV, O.A., -red.; FRUIKIF, P.S., tekhn. red.
[Standard print inscriptions on drawings] Nadpisi na cher-
tezhakh standartnym shriftom. Izd.4., perer. i dop. Lenin-
grad, Gos. soiuznoe izd-vo sudostroit. promyshl.,, 1961. 1r p.
(MIRA 15:3)
(Mechanical drawing-Study and teaching)

SEGAL', Valentin Frantsevich; MATTES, N.-V.9 prof., doktor tekbn. nauk,
retsenzent; KURDYUMG79' A.-A.9 prof.$, doktortekhn.nauk*-retsenzen; MAKSIMAD-
ZHI.A. 1. p nauchnyy red. t.-SOSIPATROV. O-A. ~ red.; TSAL, R. K. 9 tekhn. red.
[Diploma project on the course in the structural engineering of ships]
Kursovoe proektirovanie po stroitellnoi mekhanike korablia. Leningrad
Gos. soiuznoe izd-vo sudostroit. promyshl., 1961. 131 po (MIRA 11+0~
(Naval architecture)

POKRYSHCHE-NKO, Valentin Fedorovich; IU,~eHMKOI Yevgeniy Ivanovich;
ORLOVI N.L., plazovyy razmetbAWi retsenzent; SHAMIOV, A.I.,
inzh., retsenzent; KUZ'X=;~y*'L9.nwmj y redo; -SOSIPARTROV).
O,A,,,redo; FRUI-=y P.S., tekhn. re- d.
(Manual of a mold loftsman] Spravo~h~lk rabochego-
plazovshchika. Leningrad, SudpromgIz, 1961. 200 p.
(MIRA 15:3)
(Sbipbuilding)

SEGAL' Aleksandr losifovich; FILIN, A.P., prof.v doktor tekhn. nauk,
retuenzont; AFANAS'Yr,,V, A.M., kand. takhne, naukp dots6p
nauchnyy red.; SOSIPATROV, O.A., red.; FRUNKIN, P.S.0,,talchn.
-red.
[Applied theory of elasticity) Prikladnaia teorlia iprugosti.
Izd.2., dop. i ispr. Leningrady Gos.soiuznoe izd-vo sudostroit.
promyshl., 1961. 267 pe (MIRA 15:1)
(tlasticity)

PIJGAGHEV,- Aleksandr Sergeyevich; NESHGHERYAKOV, V.V.,, nauchrWy red.;
SOSIPATROV, O.A.p red.; FRUMKIN, P.S.,, tekhn. red.
(Shipbuilding drawing]Sudostroitellnoe cherchenie. Izd.2.,
perer. i dop. Leningrad, Sudpromgiz., 1962. 189 p.
(MIRA 15:12)
(Naval architecture) (Ships--Drawing)

NIKONOV, Sergey Nikolayevich; PANKRATOV, Vladimir Petrovich;
ADLERMTMIJ L.TS., inzh., retsenzent; PUGACHEV, A.S.2
retsenzent; PIS114R-ISKOV, V.F., inzh., nauchnyy red.;
SDSIPATR-OV_,_O.A., red.; KRYAKOVA, D.M., tekhn. red.
(Lay-off man in shipbui.-Iding]Sudovoi razmetchik. Leningradp
Sudpromgizj, 1962. 217 p. (MIU 15:12)
(Laying off (Shipbuilding))

PUGACHEV, Aleksan4jr Sergeyevich; IEREDEV, V.I., inzh., retsenzent;
RESTEROVj P.A.., inzh.., retsenzent; KORKIN, F.S., dotsent,, nauchW
rdk- SOSIPATROV, O.A,, red.; KONTOROVICH, A.I., tekhn. red.
,I-
[Developed area of sheet structure elements) Razvertki elementov
listovykh konstru-ktsii. Izd. 2., perer. i dop., Leningrad,
Sudpromgiz, 1963. 319 (MIRA 16-6)
(Sheet-Metal works' (Shipfitting)

ISKRA, Yevgeniy Vasiltyevich; PETRENKO, L.T., inzh., retsenzent;
KUTSEVALOVA, Ye.P., nauchn. red.j �.OSI~AZ
~~V._O.A., red.;
SHISHKOVA, L.M., tekhn. red.
[Safety measures during painting operations In shipbuilding]
Tekhnika bezopasnosti pri maliarnykh rabotakh v sudostroenii.
Leningrad, Sudpromgiz, 1963. 86 p. (MIRA 16:9)
(Ships-Painting)
(Shipbuilding--Safety measures)

PALLER, Abram Mikhsylo-Ach; SOKOLOV, Vladimir Fedorovich; FRID,
Ye.G., inzh,, retsenzent; ENGLIN, R.K., inzh., retsenzent;
IMINERY A,I,, nauchn. red.; SOSIPATRGV, O.A., red.;
tekhn.
KOROVENKO, Yu.N., red..
(Shipfitterl Sudovoi sborshchik. Leningrad, Sudpromgiz,
1963. 327 p. (14IRA 16:11)
(Shipfitting)

ZHILBSKIY, Kazimir Yanovich; RAUSH, Oskar Ivanovich; LOBANOVA,
K.I., inzh., retsenzent; FAVOROV B.P., inzh.) retsenzent;
SOSIPATROV, O.A., red.; KOR~~' Yu.N., tekhn. red.
[Handbook on the heat insulation of ships] Spravochnik po
sudovoi teploizoliatsii. Leningrad, Sudpromgiz. 1963. 340 p.
(MIRA 17:3)

F(:GACIIEV, Alolu;~mdr Sorgeyevich; GAKKELI, A.G., rotsonzonL,- KHOTENKOVA,
O.S., retsenzent; KORZHENKO, VJI., retsenzent; SKIBINSKIY,
N.D., nauchn. red.; BOSIPATROV, O.A., red.
[Technical drawing] Tekhnicheskoe risovanie. Leningrad,
Izd-vo "Sudostroenie"I 1964. 143 P. (MIRA 17:6)

MIGAY, Konstantin Vasillyevich, kand. med. nauk~ TIMOFEYEVA,
011ga Nikolayevna, kand. tekhn. nauk; YUSHTIN, Yevgeniy
Ivanovich, inzh.; DROZDOV, D.F., inzh., retsenzent;
ABRAMOVICH) V.R., inzh., retsenzent; OVINKIN, Ya.M.,
nauchn. red.; SOSIPATROV, O.A., red.
[Safety measures during electric welding operations in
shipbuilding] Tekhnika bezopasnosti pri elektrosvaroch-
nykh rabotakh v sudostroenii. Leningrad, Izd-vo "Sudo-
stroenie," 1964. 59 p. (MIRA 17:5)

ZAG-ffrOV, Favlovich; KOZLCV, I.M., nau-~:hv- red. ;
Sosip"ITROV) O.A., red.
[Practices in the pralininary assembly of the structural
members of a ship] Opyt predvaritallnol sborki sudovykh
konstruktsii. Leningrad, Sudostroenie, 1964. 17/+ p.
(MIRA 18:2)

PUGAGHEV, Aleksandr lrlergeyevl.ch.,
0
-Laenzent; KOMILL, FoScv
re
O*A* . red.
I ....-
SKIBINSKIY, M.D.D im-hs.-
. ~ , T._ _
dotse,, naUChn. red.;_.SO';21PA ROV.
[Standard lettering on mechanical drawings] Nadpial na
chertezliakh standartnym shriftom. Izd-5-p perer. J dop.
Leningrad, Sudostroonie., .1965. 150 P6 (141RA 18z4)

GOLOTA, Georgly Fedorovich; KOLODYAZIDNY, V.F., inzh., retsenzent;
PASINSKIY1 A.M., inzh., retsenzent; PRYSHCHENKO, Yu.I.,
kand. tekhn. nauk, nauchn. red.; 50SIPATROV 0_,,A, red.
(Assembler of reinforced-concrete ships] Sborshchik zhe-
lezobetonnykh sudov. Leningrad, Sudostroenie, 1965.
177 1). (MIRA 18:7)

SIDOROCHKIIJ, S.S.; 0,RJNKIIJ, Ya.M.; CHURIN, VJ%; YUSHTB;, Ye.l.;
YANKOVSKAYAY Z.V.; POKROVSKIYY, M.N., otv. red.; PETIOVA,
Ye.I.I., red.; SOSIPATROV, O.A.) red.; KOMAROVA, N.P., red.
[Handbook on safety engineering and industrial sanitation in
three volumes] Spravochnik po tekhnike bezopasnosti i proiz-
vodstvennoi sanitarii v trekh tomakh. Leningrad, Sudostroenie.
Vol.2. 1965. 679 p. (MIRA 18:10)
1. Russia (1923- U.S.S.R.) Laws, statutes, etc.

'111 1 Af- Bq coal.,
A~P.B
Alud
(T4 S
~
R
104
S
_
.
.
.
.
,
Wh int.
No. 8, 30-51, Refrral. ';.'bxn 1956, Nlo..430; - d.
"-
Trud Kh
y Im-
I No S * 57 Ad n4s
1111CM14; t5
y
Mie greatest W
lect ig rollnqUat lmv't6llv~ Addn' of 1601,
Na2.9 Inciemirs the. reductf6la of 'j4.11SCIcat r)O* f
--Title fndutlioit'Seriod,~Whro ;iddipsr-Na:S,.b dc-~!
~
'~
i-
ii
0
1r
f
AIJ AXAlk a
h
fi
ji
m
l
e
ji
-
, o
n
1
i
.t
ita
te
o
.
erg
lf
i
y!
activatiori ~ 61cd ~, frotii the vehlvity. of CN formation,
trom 92-to 42 kca -20%.of Na4 k"ded.'
L/ml. i0m 10
-IThe
amlera Ingd by the a
)
Lid reaction Is lexpLai
ejj
g:n'ee
.
r
;
p
I it 114Wd Obase aiding the contact: and diffusion of. tft~
-
if-
N
Vu
, f1i

Yia

SOSIPATROV, T.M.
Thenardite formation in the sulfate-chloride lakes of Kulunda
Steppe; Izv. Sib. otd. AN SSSR no-3:65-76 158. (MIRA 11:8)
I.Zapadno-Sibirski.r filial AN SSSR.
(Xulunda Steppe--Thenardite)

SOSIPATROV, T.M.; LYAPUNOV, M.P.
Obtaining thenardite from the brines of Lake Kuchuk under natural
conditions. Izv. Sib. otd. AN SSSR no.6:59-68 158. (MIRA 11:9)
1.Zapadno-Sibirski.v filial AN SSSR.
(Kuchuk, lake--Thenardite)

SOSIFATROV. T.M.; LYAPUNOV, M.P.
Variation in the chemical composition of natural brine from
Bolehoi Azhbulat Lake according to data from many years. Izv.
Sib. otd, AN SSSR n0-3:76-82 159. (MIRA 12:8)
l.Khimiko-metallurgicheskiy institut Sibirskogo otdeleniya Akademii
nauk.
(Bolshoy Azhbulat lake-Water)

SOSIPATROV, T.M.; LEVIN, I.S.; YEFANOV, L.F.
Determination of the specific electric conductivity of electrolytes
with a lamp voltmeter. 7Av.lab. 29 ne.4:459 '63. (MM 16:5)
1. Sibirskoye otdeleniye AV SSSR.
(Blectrol,ytes-Conductivity)

GLOTOV, V.N.; Prinimali uchastiye: VLADIMIROVIGH, M.T.; IVANNIKOV, A.Ye.;
KIRZNER, N.A.; ZIIELEZKOVA... M.I.
, Microcrushing of pigments and fillers with the "Microatomizer"
apparatus. Lakokras.vtitJ ikh prim. no.6:57-.60' 162. (MM 16:1)
(Paint industry-Equipment and supplies)

FL~~ I) ,al~iS
L
2
P A
B- a-v t:,! a.: 11 z a n p r 0 -3 a of ri;= d r, ta s
o --zv 0. !6l "-"n e ,n r.2!-,, o 44~- 4 1 t610
(MIT-R-4 18:81'
t~u+

STEP,iNi-;Ni~of L,i.; BYKOV, G.D.; SOSIPATROV, V.T.; TAT 'v-A-NSH1'C1i11WV., A.G.
Rapid top pouring of steelp Metalltrg 10 r-o.8:18-20 Ag 165,
(MIPA IS: 8)
1. Cherepovetskiy metallurgicheskiy zavod.

905 .;.....EWT 60/vP ('W)IEWA (z)/EWP. (b')/b&(:C),
GESSIOW Mi ~~Mqqm TJR/6133/65 0511"
100010091(Y704M
669'418%658 562 0
:'AUTHORSt"'," Tat ly"w li'- "A #~k_,-,Ai;~.Bykov,, 06--Dit Sdaipatrowtv-.
' -W0 0
TITLE I ~ro!~c 61: i6d 1- d'164,;aar'bon* steel fdr thin cold-Lronea-c
n
a e
SOORCM:j(*~A~kll na" 1`960;'. 70470,0`~_;
MPIO.'T=3-~ boiling"OU61 "l uriQ/ 08 kp steel, 5 OU
qe st9e,-po
,'AB6"IRAG'T-,: A. M'S*ih446ij obtdihi4:-'oheMic-4_ii.' ~,~ijied n otqeXfor,thin--,"--
10
'Ro- a 1 .1. alloys were made i one- and't
3.4ziolled' a etX?.&': de~616j;ed. 4x
Mo-
he a n :U
I
W d
131f0ft _edle~ti,,ge for ordinary boiling-
:!si;~els that grim
ulht~d a~
ddi-boh-'~.-onitent) iia~b the last 2-5 seconds of pouring
into
Ja Mg mol o Or.and'70-m die6eter spouts. Thirteen experimental alloys oV
M &frd'V.,Tbf ,t, 1 15 k Wre investigated; 8 vere speed poured thru
"U*,.( tol)s n), 6 were poured slowly tAM 30-a= apoUtS
M.
Unsii/min). Both pourinj'iAiGdg4imrq,.~~.und sati fact faster
8 Oz7P vith the
pouring pqthod requiring less g7amilated alTni~--ZcT eatisfactor7 -sealing. OoM_
..pariapn_ of cold-rq'iled chemically sealed and normal sheete shoved..:1m,

---.77;7-77-7
MN -NR
Ahe chi
aliqd ~ateei. g~Te' 4~;18 more.,
that emicsili ile 6iful steel (be6auna of OWT.~
4-4j% Aoppiig Cut'-'Te3FOuq--1.Yj;f 9;W kg r t6i
31) 58 of- metal pe n
b6 ipg, qt-em
g.,,nbf -the' d6lid-m-rolle sheets - i4 Is clal as i
Ab A Us uncle if edl-and ircrap~
I;oA`6h*~j...w'ftfi the chemically as*
~avo ..P aled process and
Ad,ftb h p-o n g decrease bf`tfie" scrap and, 409 other two categories. liquation Of,
lip
AWa
176d P '.a found tq.P v sealed steels particuldi-VIin
a, loge., v#~-,-,~ho. chpmical3,
tMYregiow 8-20%- fr&e tfie" tdp':" m akimum occurried 'at' 2244% from the. -top and a'
n4d
.70; 2200 an, d 19d% r9apgativPly (Conipared.with ladle* specimen) as compared 00
0
!.SOO.' and 290. for~.66ilinik~`bteols '~T% mechad6l and deep-draving-tropertioil f
go
f
..the-experimental steels were found to be iat'good as those of ordinary boiling-
&Uel; The oreqns pqrtteipated';in~,~h#.i~Vorku tengineors.-S, Vi -skachopLwo
TO,;q~omig p
G~' A. - Pauhic' Andri9yovaj T" tyako-via-;_~e, I.
beV M R Wish6hepos V. V. -Chia
Yostnova. Yu. I. FRUM., ME veto metall
ere urgic 0 zalgrodACherew 't6
va
I I Mn-t) _CWididaWof.t6bhnicai acianceo p:,, 0" Kovtuno 43*1neeks, P, -
Meta~~ica I N,
To Malltsevii.,Va I& Burtaoovj'OvA,, Rozhkov) - F &.1111", IWO a-h )rvakin
:,(Lyblvenakiy-notallurgiobaskiy ssavoid) (Lys Iva- art.:
hasF"2kUbr68,
ASPOCIATION.i none,
EXCL 00' SWOODS1 Mj
SUBkrMD 1 00
-No REV. SOV I
CCr4 2/i:

V
A6~ I~R% AP6021713 SCURCE CODE: UR/0130/66/000/003/0027/0028'
Au*.9OR: Aonid, A. G.; Benyakovskiy, M. Smolyarenko, D. A.; Sivtsov, G. V.;
Tk,.ichenko, E. nakonova, V. S.; Popov P. I.; Pakudin, V. P.-; Shirinskaya, S. A.;!!
ORG: none
TITLE: Production testing of 08Yu cold rolled low carbon steel
SOURCE: Metallurg, no. 3, 1966, 27-28
TOPIC TAGS: low carbon steel, deoxidation, cold rolling, quality control 08Yu steell
ABSTRACT: Production testing was'carried out on nonaging 08Yu steel sheets at the
Cherepovetsky Metallurpical Plant and the results were compared to the norms set by
GOST 9045-5911~1-jeltinZ was carried out in single-grooved Martens furnaces of average
capacity; deoxidation~'Sy ferroman'ganese was done in steps--50% in the furnace and 50%
in the ladle; Al was also introduced in the ladle in quantities of 4,qo-150 g/T of
steel while full deoxidation was accarnp~ished by the addition of AlVellets in quanti-
ties of 900-1000 g/T. The chemical composition of O8Yu steel compared favorably with
the standards set by GOST 9045-59 (experimentally--C=0.04-0.08%, Si=0.01%, Mn=6 .32-
-0.38%, S=0.009-0.016%i P=0.01-0.015%, Cr--0.01-0.03%, Ni=0.03-0.07%, Cu=0.02-0.07% and'
Al=0.02-0.05%). Ingots weighing 14T were hot rolledih 15-18 passes into slabs of
Udc: 621.771.24
Card 1/2

L 39960-66
ACC N.R: AP.6021713
135-140 mm thicknpss and 1070-1430 mm width on a 1150 bloom. These slabs were next
co.jd k~olled to maximum of 68% reduction into sheets of 2.5-3.5 mm thickness and 1040-
-1430 mm width. \Annealing was done at 5500C for 10 hrs at a heating rate of 150/hr i-
and cooling was at 60/hr. The final operation was a finishing pass at 1.0-1.3% reduc-I
tion. Tests made on the sheets after aging at 2000C for 30 min ub ntiated that I
the steel was nonaging. The sheets performed well in stamping It:st:lihich were run un-
der the stamping conditions used at the Gor1ky Automotive Plant. Orig. art. has: I
table.
SUB CODE: 11,14/ SUBM DATE: none
Card 2/2

i"
SHVEDOV., N.A.; USTRITSKIYY V.I.; r AK, G.Ye.; GERKE, A.A.; SOSIPATROVAG.P.
New stratigraphic scheme of upper Paleozoic sediments in the Taymyr
Peninsula. Sbor.st.po paleont. i biostrat. no.24:12-15 161. ',
I (MIRA 15:2)
(Taymyr Peninsula-Geology,Stratigraphic)