SCIENTIFIC ABSTRACT SHALIMOV. A.A. - SHALIMOV, F.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Sv-.~IIMOVY A. A. : Poc IMI-ed 9,--' (d IaB) -- "Suric-lcal treat7-.en't of cancer of the
honO. of the Pancr-a.9 am Vat-er's Papill& (Clinical-ex-)erirrentai
icnar I'-- UI
I ,Ov IQ5~3. 1'- uD (Min --ealth I-Ikr SSIIN, KliarIkov Stale Red Tnst), 150 copies
.) - 11 -
M5 Nj~,, -, jQ5-,;I 12-1)

SHALINOV, A. A., ~Dr. of Med. Sci.) -- Kharkov
"Treatment of Cardiospasm."
Report submitted for the 27th Congress of Surgeons of the USSR, Moscow
23-28 may 196o.

SHALIMOV, A.A., dotsent (Khartkov, Kharlkovskaya naberexhnayaq 7/9, kv.2)
Treatment of tetralogy of Fallot by aortic.,pulmonary anastomosis
with the aid of alloplastic prosthesis. Vest.khir. 85 no.l1t90'--
98 N 160. (MIRA Ut.-)
1. Iz kliniki grudnoy khirurgii i anesteziologii (zav. - dotsent
A.A. Shalimov) Ukrainskogo instituta usovershenstvovaniya vrachey
(dir. - dotsent I.I. 07siyenko)o
(TETRALOGY OF FALLOT)

- SHALIMOV, A_ A,__4ok-tor med. nauk (Kharlkov, Kharikovskaya nab., d. 7/9,
- .W.-2j
Replacement and shunting of the peripheral large arteries by a
homonymous vein proper without separating it from its beds. Vest.
khir. no.12:44-49 161. (MIRA .15:2)
1. Iz kafedry grudnoy khirurgii i anesteziologii Nav. - doktor
med. nauk A. A. Shalimov) Ukrainskogo instituta usovershenstvo-
vaniya vrachey.
(ARTERIES-SURGERY) (VEINS-TRVISPLANTATION)

SHALIMOV., A. A.? doktor med. nauk
Cholangio-jejunal anastomoBis in obstruction of the intrahepatic
and high extrahepatic bile ducts. Khirurgiia 37 no.7:33-39
Jl 161. (KM 15:4)
1. 1z kliniki khirurgii i anesteziologii (zav. - doktor medi-
tsinskikh nauk A. A. Shalimov) KharIkovskogo instituta uso-
vershenstvovaniya vrachey.
(JAUNDICE) (BILE DUCTS-SURGERY)

SHALDIOV2 A. A-,--dotsent, zasluzhennyy vrach RSFSR( Kharlkov, Kharl-
kovskaya. nab., d, 7/9, kvo 2)
Now modification of the V-shaped anastomosis. Vest. khir. no.2:
54-57 162. (MIRA 15:2)
1~ Iz klinik' dnoy khirurgii. i anesteziologii (zav. - dotsent
A. A. Shalimov Kharlkovskogo instituta usovershenstvovaniya vrachey,
(INTESTINES-SURGERY)

SHALIMOV, A. A.
Dilator of new construction for the treatment of-mitral stenosis.
Grud. khir. 4 no.1:119-120 Ja-F 162. (MIRA 15:2)
1. Iz k-afedry grudnoy khirurgii i anesteziologii (zav. A. A.
Shalimov) Ukrainskogo instituta. usovershenstvovaniya vrachey
(dir. - dotsent I. I. Ovsiyenko)
(MITRAL VALVE-SURGERY)
(SURGICAL 1111STRUMEI-ITS AND APPARATUS)

- SHALIMDV, A.A.-, prof. (Kharlkov,Kharlkovskaya naberezhnaya,d.7/9,kv.2)
YAR6Tsv.YA, E.P.
Total unilateral reflex atelectases of the lung during surgery on
bronchial asthma patients. Klin.khir. no.7:66-68 Jl 162.
(MIRA 15:9)
1. Kafedra grudnoy khirargii i anesteziologii (zav. - prof.
A.A.Shalimov) Ukrainskogo instituta usovershenstvovaniya vrachey.
(LUNGS-COLLAPSE) (ASTHMA)

SIL~11110'1, .II~A., professor
Treatment cl~' nitral stenosis using dilators of a new desi
Vest.khir. CO, rc.7.c,)6-c,9 Jl 162. (MA 15:8)
1. Iz kafedry g--udnoy khirurgii i anesteziologii (zav. - prof.
A.A. She-limov) Ukrainskogo instituta usovershenstvovaniya
vrachey (dir. - dotsent I.N. Ovsinenko).
(MITRAIL VALVE---SURGERY) (SURGIGAL IE'STRUMENTS, AIM APPARATUS)

TR

I ~ ~ ; --j r f~ j , . , -! - '.' -" : , 7-, , .
. : : '; ~ , - : ~ , f! I . ~ 7, - . - - _. 2 1 .~ :
I. . . : 1, . , - . . i ;17 ~ . , 1 - I - . . - ; . -. . . 1 -1.
q - -: , : ., . k : -- , ! , " - I. : : :, : , i 1, , ;, " ~ ., I . .. -I - 1-: - - I . ,.

SULL.NOV$ A. SPIVAE 7.N., TOPOROV, G.N. (Kharlkov, 82,
d '190/,'1
I-Ine cf '.he shur," arta~lal bi.)!--d from 'he aorta through
L~.a c,,rnnary artery ~Iinically simulating a defect of the inter-
-3eptum. Grud, kbir. 0' no.53111-112 S-0 164.
(Mll RA 18 -W

SlIALII-11OV, A.A., prof.
t. ;
Rethods of gastric resection -insuriig food passage through the
duodenum. Vest. kh-ir. 94 no.2:109--112 F 165.
(MIRA 18: 5)
1. Iz kafedry khirurgii i anesteziologi-i (zav. - prof. A.A.
Shalimov) Ukrainskogo instlituta uscvershenstvovani-ya vrachey
(dir. - dotsent I.I. Ovsiyenko').

S
SH-~ L11""OV , 1' 1 ek~: a ye-iicb; RED I K IN, Sergey N I kolayevich;
, ."I
JA1 7 17. F~ . , rer .
[Atlas of surgical overations on the organs of the abdomi-
nal cavityl Atlas khirurgicheskikh operats1i na organakh
briushnoi polosti. Kiev, MorovIia, 1965. 422 p.
(ma.k 18:9)

A A
I iynami Cs c)p tile devalopment. 0-F, car-d iac inj,.: f` :_ci,~ncy in Lr.al
defk-cts bused on venous catheter-izaUon, plinctur-e of (-arl;-ia-::
fL_i1'tIT-a-._ion phonocardiogi,aphy and electromagneti:~ bal-
11strwardiography. Kar6iolo-iia 5 rio.2:16_21 Mr-Ar 165. CIITI~h `F 7 i
(mv. 1_77,~;Iataya)
W.I:,-Lr'kovck,Dg.j rid-j i 'r-.af-_-,!ru ;rrudncy
(zav. - vrof,
R! 1 r!:7 R 090 1 is u s ;) v e c s;es , vi r. -1 y a ~ z - 1 -,: i c '~ e ya rK~.) v

j,'_T P-~C;Tr
llnvcEti~-ation of the Effect of the Method of TappinE Liouid
I%etLl frc.:- a fumace, an,-' of '-*.,ie Comoosition cf sla'-,
on the Contamination of -Pall :-,,~arinc- Steel bi 07-ide L-Ic-lus-Lms.
Min HiCher Educaticri USER. Moscow Order of Labor Hed 3anner Lnst
of S:teel ineni 1. V. Stalin. Moscow, 1956.
(1-`issertation for the LeEree of Candidate in Techdical Science.)
~~c: Kni::iina-,-a Lotopis', No. 1,19, 1956

SHALIMOV, A.G.; PETROV, A.K.
Issiedovanie effektivnosti obrabotki zhidkoy
elektrostali sinteticheskimi izvestkavo-
glinozemistymi shlakami.
report submitted for the 5th Physical Chemical Corterence on
Steel Production.
J U N 19A
C

On8ln_I A, I ~kl I E El
F"Ki r =7 4_7-;~,gi
by 114t- 3inthl-ti. S1.9il
.17LE. Th. !!Ladlof All.j'
MMODICU, 3 t.1 1960, 11., 7, pp. 611 - 618
TUT I E~p-&...t. of -lint.4 tiny by J.go In lh~
thl, -;-i ntol
r, led ?;,t an' 10-1, t
, _ I ot o' "t^l I, ",
r. dl. .1 1n 0
(with . 2100 k- tr_ f. f I f ?s k It." and 112 1 1
-.A.1 gr ths th. .;roth,'.tc iog p..r.,l lnt~ th-
ed. J..
ho. t of .r. =V: o PjrJ. of .1
n*:'g
be, 'lg IweI't6;h r T.%--w-I -4
"' the I*=Po Ithoof(tlh* -cirators b.f.r.,
the d.nomknm%or2 alter th~ t-t.,rit f th- -t.1
C.rd
Slog C.0 A1203 SiO2 W30 7.0
A A
A7.5 4 1. k 0.25
53.6 M~q I - 1.4k 0.10
50,4 41.5 4, ~2 3. 1) ~ 0.21
of th, 'log b, t ~on 1, 5 C 'nd
trio power u-4 . o' :wl 15ollkwl Per 11
in prtpwrjmR tl,q s1 , h of bl.
.ho~ o
b. hlK~-
d., ni. 7,pt-In. In th. -.1;!,
furnace wi-ts! t~ 1.3 In !ht th~ vt_,
typ'. -r. rfv' (3'~~A) . ( !o .
A) , 5ox
KhrS . to, ";'V, (dop..IM ). "d YA' 'A (in ~0 I ol- i-
f' - n-*f) Rrd 3t-YP. ',d khMk). I kN Q-1 ( "~ U T,, A) 10111 "; i: ,C "IA) 2,
(*xh:5)
~ld.r it "I I o'l
tt'.ut
.1th .~d I ti =.t,t on, In
C.rd 214
_41

3/13 5/b0/0-0/30', /007/0,b
Th. ll~flhlhe f A*.I.,y 3t--: 1y U,,l
Th. tflll7-`;t,l-
Ine in
~n - C
.z f ttvi~ kind f 0.01~
%h., tn. -,-t ~f -1fkI. .,d -id. -i;.
It 4 Ir h~,-l
It, 1-- n
17
fi
tt;.: in-; -711 -.11
I- h. ll.~ 111. % I
tt'r.1 "'j Ii
KhG3A I --I r-p-
C-1 !/4
f4r
t"r% rz
In I tr I
tilt-l t
p In
r-1 tn., 1y tr-. I T;
n.
f- In yn I
I.-N 'j- . . . . . I .

VOINOV, S.G., kand.tekhn.nauk; KORNEYENKOV, A.N., inzh.; PETROV, A.K.;
BOKSHITSK.FCI Ya.M.; M",ELOV, A.I.; SHALIMOV, A.G.. kand.tekhn.
nauk; KOSOY, L.F., inzh.; CHEKHOZMOV,-U.-M.; KHASIN-,G.A.
Refining of alloyed steels by molten synthetic slags. Stall 20
noi 7:611-618 J1 160. WIRA 14:5)
(Steel--Electrometallurgy)

8509 /c)13
T~
till,
lime-
a02 r I IT16
1"
T -OdLa
data ty~
e C.11 wit I ~ - d-
J, 0-, all
(:),c of
t- were A
0 a b1j
e Ll
rr,e "ad itne tr~e'y til- ,so
.Ion -e
as we. r
nTa we'.9.1 ~,_Ir - St
wc-rc- k, iinSt , - 0
ac a OV.5 1~
ea'P
1
dp^l
V, 'Q11.5 '- - f - 5-
also Of V , _'n,
Ina
a-am t--.r 5,tec er- a"A.- ac
ry")CIC '-' '0 T a~
y,~ e
e Ste
9, ILI- "P
e nip S(I IM U11 1 5 ange
pro Mz I " Z!,rl
-Ile tb-e
made 0 reI -- In I
Ind we tins
T I OrL e irl ~~ arc.
ont-~, T apping
D ajr Jr.
OT _-te
1u
E aild
me
J:.eCL
Me
was
of
3
85489 :)0LL/oj:i
s/133/60/'-)()0/010/ -
wj~h Synt-net1c Slag A054/AO-29
TreaLment Of Bearing 5, ront~`
.--(,t- r17,~ _jj.fir Fr~-,m Sul-
did n"t aflt- - ' - isall Y f ree . ,
fininP, 51a9 was pral~t- the
j,n 7-f n will Ch the Char9p 'n the t,axen fr-tM
~he COMPOs't' -~O_ton furn--- nT
t-ne svifur- ~:On'e
me ~ a! f rOM a differerIC4~ I'Ll
A aL
,ur,
furnace was observed, A
in '~ r'E-
S-ClIn-1~1VI % 0,oo65
-,be o o 6
Meta-i FrOrn nooi
-1 o ou4 S-. ag -tjie
31-1 tl-,n ?urnace -ori,entrali':n If the fur-
-.,n Furnace
with an increaEe in Lne a' umirr"m C -stabli3hed that fc'r
omewha_ Ir -uj_+.ablr; arid
was found that, _IT. was also j_x-e no
j.r,,nQ decreased S C.30 and A-L-2rj3
inclus dle frOm normal. be
_jaSS Containing On ; Y
quantity Of lining 5 1Y into the la in the
r.aceS with bas1c lag s1mult aneous,;. f =lag treatmen,.
~ha,~ by tapping metal and s influence 0 - SITIon,- C-0
the fr.jjowing c0mPO
a _. .,i and mobi~Le in the
1 not emJ1151ty Of -
with aSi
,~'je 17L,g di liqUl-
1 a gwas Va'~er 'Or 1~
te,__d in Rye _J6 .1.1'.Z. trar-EL
adle w3s y during Pou f _O,.qijj.S re
si02_43% e I)a,t cf i~s mr-bilit Ide d
433%, e
A1203 nslder-~ 0, 'reatment Y, -jag treat-
'OU a f r..p rthe
C_. _05t a cc -~-Fnre :3nd I -_ C-,-n,~WB
a-.z F- n -,: I - m 1 n a t 0 r'
tf-re. denc
e t-C =ampf:' '--n-.er-~
eujt~ numec~-"r
( T
/5
Can-i 2'

VOINOV, Semen Georgiyevich; - ~,~~KOSOY,
_t~H~AL, ~~-
Leonid Fineasovich; KALINNIKOV, Yevgeniy Sergeyevich;
VENETSKIY, S.I., red. izd-va; MIKHAYLOVA, V.V., tekhn. red.
[Steel refining in the ladle by means of liquid synthetic slag]
Rafinirovanie stali v kovshe zhidkim sinteticheskim shlakom. Mo-
skva.% Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tsvetnoi metal-
lurgii, 1961. 1-10 F;teel-4-fetallurgy) (MIRA 15:1)

.,.A. (:,~oskva);
V A: T I T., Wang Cl i1i
A..".. Woskva);
Surfz~.cc tension c-' ~;u-fiar - c- bon, iron - --an- nese
O'd. te'::.. ma:,~f:.
Sulfur, iron -~,esc SS. u
1'clu. i topl. no.1-15-1c, 16-1
(Lir. i,:,' - eta s
Surface Ll- i.-,- `,- -~ u

S/137/61/000/008/00~/037
AO06O/Al0l
A; Mf MRS Shalimov, A, G_ Petrov, A. K.
U Study if the efficacy of treating molten eleztric steel by syrthetic
lime-alumina slags
FER105-1---AL. ReferativnTj zhurnal, Metallurglya, no. 8, 1961, 3'5, abstract 8V217
IV sb. "Fiz.-khim. osnovy proiz-va stall", Moscow, Metallurgizdat,
i96i, io6-ii7)
:"F-XT,. Pxperimental results are given on the treatment of 175 industrial
110 - 20 ton) heats of structural and ball-bearing steels using lime-alumina sla~p,
The slag was melted in a 10 ton arc furnace whose bottom and sides were made of
carbon blocks; the slag composition (in %) was; CaO 53-55, A1203 43 - 45, SiO2
3.0. The metal was treated by letting it out of the furnace in a mighty stream
in+o a ladle with the synthetic slag; the quantity of the latter in the ladle
was 5 - 6% of the metall by weight. In the electric furnace 'the metals were
reti.her deoxidized nor desulfurized. As result of the synthetic slag treatment.
a considerable desul Nrization of the metal occurred: the sulfur content was
reduced by 60 - 80,15 in one minute; about half of the heats of stueel lux 15(ShKhl5)
Card 1/2

VOINOV, Semen Georgiyevich; SHALIMOV, Anatoliy Georgiyevich; GROMOV,
I ---- -- - --
N.D., red. izd-va; MIXH YLOV , V.,,
[Steel for ball bearings] Sharikopodshipnikovaia stall. Mo-
skva, Metallurgizdat, 1962. 480 p. (MIRA 15:4)
(Ball bearings) (Steel)

S/IZ3~2/coo/oc-
-7
nov, G., hosu, F., Shumov, 7 -1., ",halimov, G.,
A.-ndreyev, T. B., Afaras'ye:'
(;'fle!, -,Crrojr' 07 7, T7 . =ainni,,-.ov,
"L,C. . S .
TITT R,--f-*n[nj, fonverter s'(-.ol wzith liquld synthetic slag in the ladle
U 6
3, `)62, 233 - 232
The good i-esults obtained in refinin- electric ztee!3 aiti-i _Lquid
fQ
I ime-alur:inous siaL led to pilot-pL~nt tests with converter steels, using the
e method . 111 heats -...,ere smielted in a basic 8-ton conve-r'ter; 41 of. them .-zere
am Q
U -s of the following composition
--,e~~ined in the ladle .~.,ith liquid synthetic sla.
Ca-- 1/5

C)5,3,/- 27
cc,-verter 5 eel k
-'e under
ii,~-y and reactivity (f t'
Tcf
t%,t ;C. I,,,t it -L,, i `E'y incre as ed to ~f the mctlal weight-, -2.e tc~.i-
11 -1:5 G
'61- furnace was raised! to _d :,:,?
-e,~ ced (~G 2 m~-
--nd tappin~~ the meet;;.! wa _U
On, tl-,o TI -.c I d z; P-ehca. t ed o 6 CC, CC 0 C prior to
-hearth 1-Ime,
,:ipp.nr-. '_-'~,,e ba~-,ic slp-~; for~-,,*nG addiLI.ves ,.;ere common oper.
-3 S), an,.~ in some ca3cs (for med-lum-carbon and -cFr-Gn. -,-`ee7
3 -d,~,,ed iri t,.-io ba'ches: prior to i3vur-In,6 e c-st
-nd :n-*nu4,es LaF4-er blo-.iJn_r- started; the other t-wo components -~.ere added
L
'e."Iner ..,,J.th lime. The quantity of tnc latter used for alloy and high-gr:ade steels
ee-' 7' of the cl-,arSe wreig IZ-I 5, 2:aI'
Shl
-for rail Lind a:cle st I u- ht
~-rades, d-_ep-dra,.,.innI- steel and carbon (tool) stueels aere cast with fluGrite
of the charge the sla-_,,-.as ~a~)Ped To determdre the
C~-."m-m cLz;-u iron composition, cast irons ccmponents varyir;g -reatly in
amr.-unt ;.e--e used (0.28 - 0-785 Si, 0.50 - 1.8C% NIZI, 0.025 - 0-0955 S, 0.0,86,
0.223?) . The slags .-. rere very active already at the beginninZ- of bloain.-. 'fhe
b-aoicity of SI.-IGS (CaO.- (-iC)2+22C5)) increased pro6res~~J.vely (5 - 5 1/2 minu-,,ez
af tter blo-.-.-ing started it vas 2.0, at the end of bIo,.-;I_--n;: 3 .0 - 4.0) . The syn-
thetic sla- refinins method in con,,erters with ox-en too blast results in a
'lard
V5

aefinirz converter steel ... A054/.4i27
S. ?Iel.~:Iianov, I. Ma2:un, and A. A. Mlarkin particlpatinZ. There are 3
,ures, 0, tables an-,~ 2 Soviet-bloc references.
Card 5/5

Ball-Bearing Steel
SOV/6039
various factors on their content. The authors thank engineers G. 1.
Yermolayev, A. I. Borodulin, P. S. Plekhanov, V. Ya. Monastyrskiy, A. N.
Glazov, L. I. Teder, P. M. Danilov, A. K. Pet-,.)v, 0. M. Chekhomov, D. G.
Zhuk,o-(, L. F. Kosoy, Ya. M. Bokshitskiy, T. E. Pravdina, S. A. Kiseleva,
S. M. Yeremerko., and M. M. Shapiro for their assistance. There are
292 references, both Soviet and non-Soviet.
TABLE OF CONTENTS LAbridgedl~
Foreword 7
Ch. 1. Characteristics of Ball-Bearing Steel 9
1. Requirements for ball-bearing steel under operating conditions 9
2. Chemical composition and properties of ball-bearing steel 11
01. le-lairements for metal in the "as- ~.;appliedl' state 20
Ch. H. Methods of Controlling the Quality of Ball-Bearing Steel 60
1. Inspection of the surface, dimensions, and shape of a cross see-
tim of rolled stock 60
Card " 1
4V ~~ I

SHALIMIOV, A.G. (~bskva); KUKUY, V.G. (Mos*va)
Viscosity of lime-alumina slags. Izv. AN SSSR.OW.tek-h.nauk. Met. i
topl. no-5:43-51 S-0 162. (MIRA 15:10)
(Slag) (viscosity)

SHALIMOV A. 9 - KUKLETI,, V. G.
I., - -?J
Application of the tW-57 viscosimeter for high temperature
measurements. Zav. lab. 28 no.12'1526-1527 162.
(MIRA 16:1)
1. TSentrallnyy nauchno-lesledovatellakly institut chernoy
metallurgii im. !. P. Bardina.
(Viscosimeter)

SAZUII'jV; -1.L. 6bskva); 6R"R-1UV, A~G. (U-)akva)
Effect of the sla;7 and metal Dhua-- amnstitutzLon af steel desulfuration
0 - -
proces6 by lime-alumina slag, Lov. AN 01*. tek-h. nauk. Lt. i ror.
;,Ak
dela.. Tlo,-;-~33-40 ia-F "63. 'ILIFL 1-6:3)
(Desu2furation) (Slag-Analysis)

SHALIMOV., A_.G.; SAZONOV, M.L.
Method for the study of the equilibrium in the system metal - slag
with the aid of radioactive isotopes. Zav.lab. 29 no.4:454-456
f63. (MIRA 16:5)
1. TSentrallnyy nauchno-issledovatellskiy institut chernoy metallurgii
im. I.P.Bardina.
(Metals) (Slag) (Radioisotopes--Industrial applications)

---------------
ACCESUON Nit: AF4040964 S/0279/64/000/003/0069/0081
AUTHOR: Shalimovp A. 0, (Moscow)
TITLE: iormation and removal of nonmetallic inclusions in the refining of steel
with liquid synthetic slag
SOURCE: Ail MR. Izvestiya. Metallurgiya i gornoye delo, no- 3, 1964, 69-81
TOPIC TAGS: steel, ionmetallic inclusion, alumosilicate, corundump synthetic slagg
slag, interphase zone
ABSTRACT: The mechanics and procedure of refining electric steel in the ladle by
means of synthetic lime-alumina slag w-re studied in connection with producing
roller-bearing steel with a low content of nonmetallic inclusions. The streaks of
inclusions consisted mainly of corundum, alumosilicate, and broken-up glass, while
the globular inclusions were composed of isotropic and anisotropic conglomerations
of these substances. It was observed that refining of steel with synthetic slag by
the standard procedure yielded a roller-bearing material with a low content of
streak-shaped inclusions, but that thin procedure did not essentially affect the
globular inclusions. It was also noted that the process of assimilation of the
inclusions by the droplets of the emulsified slag was necessary for the removal of
o d nonmetallic inclusions* The amount of globular inclusions decreased
.,Vgen,;in
Card

ACCESSION NR: AP4ol9475 5/0133/64/000/003/0232/0233
AUTHOR: Shalimov', A, G.
TITLLE: Gonference on the problem of metal refining/in ladle by liquid synthetic
slag
SOURCE: Stall., no. 3, 1964, 232-233
TOPIC TAGS: metal refining, refininE, metal refining in ladlel, synthetic slags
slag refining, liquid slag refining
ABSTRACT: The conference on the probletas of metal refining in ladle by liquid
synthetic slag was held in November of 1963 in Chelyabinsk. The reports delivered
dealt with: 1) the properties of steels refined by liquid synthetic slag in the
ladle (construction steel, ball-bearing steel and electrosteel); 2) the design
of a now slag-malting electrical oven, and the production of raw materials for
synthetic slags. The discussion led to the conclusion*that the application of a
synthetic slag increased by 10-15% the production of high-quality steels in
electrical furnaces, and that cheaper steel with excellent qualities can be pro-
duced in open-hearth furnaces by usin.r the new tecluiique. The content of sull'ur
Card 1/2

ACCESSION NRt AP4Gl9475
and nonmetallic inclusions in such steel. can be decreased and its mechanical
properties can be improved (includinf-, tho improvement of plasticity at low temper-
,atures). It was also noted that the quality of the ball-bearing steel produced in
open-hearth ovens and refined by the synthetic slag was equal to ihat of electro-
steel., its sulfur content was decreased 1.5 times., the length of melting time was
,decreased by 12%,p and the spoilage due to notuaetallic inclusions vas decreaseck_by
0.78-0-15%. Although the cost of the synthetic slag production is still highp the
total cost of steel production was lowered due to the increased-6fficiency of ovens~-
,~and the decrease in spoilage.
:ASSOCIATION: none
SUBMITT ED s 00 DXVE ACQ: 271-lar64 ENCL: 00
SUB CODE: ML
NO REF SOYS 000
OTHER: 000 1
Card 2A

SHALIMIOV, ~,G., kand. tekhn. nauk; V01-110V, S.G., daktor teklin. nau-1k;
" '%SOYA
K 0 1- L.F.
Improving the quality of alloy steel by refining it wiih a
liq--id synthetic slag. Met. i gornorud. prom. no.4:16-19
JI-Ag 164. (MIRA 18:7)

T, -j;9469-6,5 FPA(s)-2/MiT(m)/EP~2-(n)-2/EWP(t)/EWP(b) Pt-lo/Pli-4 jj)/ id,
ACCESSION NR: AP4047669 S/0279/64/000/906/0035/0044_
4.UTHOJI: Shailmov, Al.G. (Moscov); 0korokoy,G.N.:- (Wsmr) -V.A.
kmoscow) h~inov
TITLE: Simulation of the process of vacuutn:.degassino liguidsteel
SOURCE: AN SSSR. Izvestiya. MetallurgiyA i gornoye deloi no.. 5,. 1964, 35-44
TOPIC TAGS: liquid steel, vacuum degassing, deca rburization
ABSTRACT: The effect of pressure on the formation -and growth-of .-gas bubbles,
in vacuum degassing of liquid steel was studied from simulated hydrodynamic
operations in a transparent model. Although absolute values for the d6carburiza-'
tion of molten steel under vacuum could not be established from this miniature
operation, the following conclusions were derived. The last few millimeters of
pressure should be reduced. Lowering the pressure of the metal bath from 100 1- -7:7
to 1. 0 mm mercur tripled the amount of. gas carried by eachil)ubble and Inemas-
y
ed the agitation of the upper zone of the bath' The surface aplptg or.'blowing reT
moved gas from liquid containing even small amounts of dissolved gas.: 80 the.
Ca7d 1/2

ACCESSION NR: AP4041866 S/0133/64/000/007/0599/0604
ik U '11 [OR. Vo 1 Rc, G. , Kosoy, L. F. , Morozenskiy, A. 1. , Savellyev, D. F. ,
1,. a I i m o v. A. Ga'innikov, Ye. S., Shatunow, S. F., Kireyev, B. A., Okhapkin, S. 1.
0-av-Y va
rJo'_ L~ lzmanova. T. A.
TITLE: c-" I 110-ton open-hearth melts by liquid synthetic slag in the ladle
60URCE: 1964, 599-604
nuanufacture, orcrefining, alloysteel, carbonsteel, openhearth
molt 14 ,dining, synthetic slag, liquid synthetic slag
ADSTJU%C'I'. JDAL'(Iors describe a technique for the ladle treatment of 100-ton open-
k.carth ~)y i;:, u~,-; of synthetic liquid slag under industrial conditions which make it
possibk,- i,~) produ,:e 1~izh-quality alloy and carbon steel.; including ball-bearing steel,
equal to ~!Icctrit~ stael. in terms of the content of non-metallic admixtures, mechanical
propcz-~L,r; a:~.,d ~-:,-ross the fiber) and other criteria. Experiments were conducted
by TsN. -!','1hM willh GO raielts from two 100-ton basic open-hearth furnaces operating with a
ii ard cll,:i~ ~,-y ~.ie sc-, ap method and heated by, mazut with steam sprinkling at a tempera-
ture of and a pressure of 10-12 atmospheres. The synthetic slag was smcltcd
in a redesigned 18 -ton are-type electric furnace (DST-12) with a special carbon vat lining.
Card 1/4

ACCESSION NR: AP,1041866
technology provided a metal of the prescribed chemical composition. A high defree of
desulfuration was achieved. Tile sulfur content in the metal so refined was reduced fron-
0. 030-0. 040 to 0. OOG-0- 012%. Open-hearth 6all-bcaring steel ShKU5 refined by synthetic
slag had a higher degree of purity with respect to non-metallic admixtures than the electric
steel of Plant No. 1 and of other metallurgical plants. Thc quality of the open-heardi
structural alloy and inctrument-carbon steels, refined by the synthetic slag, -%vas equal to
that of electric rzteel, ~-~ was even superior to it in terms of plasticity and resiliency
across the fiber, Exv: ~: ments in the preparation of the synthetic slag in an are-tyl-m-,
electric furnace fo:- th, -rocessing 10-ton open-hearth melts indicated that in order to
obtain I ton of V- liqu -lag 1500 kw-hours of electric power is slifficient with I, specific
transformer pov of kva per ton of hourly productivity o1 i.. siag-smelting furna--c.
The production -! '-iigh ality open-hearth steel in 100-ton fit-rnaces by the ncw method
results in a cor.-:!!,-ra -ost reductiort in comparison with convf_,ntional electric
The results of !1, ~ -.-.cf; of 100-ton oper. -hearth melts by means of liquid sy-ithetic fIL-9
point to the advi puttiner this method into operation ;r C~e open-hearth shops. -of
"A
high-quality me.'Silurg plants having furnaces of 100- to 2,0.,3-tor, capacity. - NI.
Svistunov (Deceased), S. Motveychuk, Ye. N. Vasil'yev, A. .5. Mikhayloy, 1. F
Yefimov, A. A. Kuz'z K. S. Obokmov, Yu. N. Gorbunov. V G. Kuklev. :4. 1,
KaL.-_Lzova anti others e took part in ths -pork. " Orig. art hm3; 4- figures qnd! 4 tables,
3/4
Card

ACCESSION NR: AP4041869 5/0133/64/000/007/0640/0642
AUTHORj Gabuyev, G. Kh.; Yel'tsov, X. S.; Shul'te. Yu. A.; Mikhaylovp
P. A.; Garevskikh, 1. A.; Laybenton, S. A.; Taivirko. 9. le; Modover,
B. I.; Latash. Yu. V.1 Frantsov, V. P.1 Pakhomov, A. 1.1 Keganovsklyq!
G. P.; Voinov, S. G.; Shalimov, A. G.: Kalinnikov, To. S.; Swolyakovv~
V. P. & Kosoy, L. F.
TITLEs ImprovemeAt of the quality of electroolag-nelted bail-bearing!
tea I
SOURCE: Stal', no. 7, 1964. 640-642
TOPIC TAGS: ball bearing steel, electroolaR malted stool, high
purity steel, steel alectroslag malting
ABSTRACTs Several variants of electroslag melting have been tested
in an attempt to improve the quality of ball-boarinX stool.- The
analysis of alectroslag-malted steel showed that-nitrides and car-
ibonitrides constitute the greatest part (up to 75%) of the mcnnotalll~
inclusions present in the steel. These nitrides derive from the
initial material. The electroolag process eliminates largo nitrides
!over 20v in diameter, but do*@ not eliminate the smaller *nos.
~Cwd 1/_3

ACCF.55.1011 NR: AP4041869
;Therefore, the nitrogen and titanium contents of the initial metal
must be reduced to a minimum. This can be done, for 'example, by
slag
:refining.the metal in the ladle with synthetic slag. Electro
open-hearth steel refined with synthetic slag elimfnated I
all the Inclusions larger than 10p and reduced the number of smaller
!inclusions by more than 50% and the nitrogen and oxygen contents
Ito 0.0053 and 0.0020%, respectively. To produce ultra-high purity
baLl-bearing steel,the double electroslag melting was apprILed with
combination of various fluxes. The use of ANF-6-ANF-6 fluxes in
1d6ouble electroalag melting or of AN-29-ANP-6 fluxes produced best
results. Ultra-high purity steel, fully satisfyinR requirements
!for critical ball bearings, was obtained. Orig. art. hats 2 figures#
ASSOCIATI:ONt Dneprospatestall (Dneprospetastal' plant)& Zsporoxh-
skiy mashinostroitollay*y institut (Zaporash Nschine-building Inatt-
tute); Institut alektroevarki is To. 0. ?&tons (gle4tcLe Welding
Institute); T*M1-IChN
Card 2/3

L 16306-65 EWT (m) /EWA (d) ITIEWP(t) /IPIP(b) 14JW/JD
ACCESSION NR: AP4045659 S/0133/641000/00910816/0839
AUTHOR: Gavrilov, 0, T.; Boyarshinoy, V, At; S Ji
Dolinin, D. Khasin. G. A.- Kolyasnikova. JE, I.; Saveiiok_, L 'L.
~ball-bearLng steel.
TITLE: quality of vacuum-ar9=M91_LQA
SOURCE: Stall, no* 9, 1964, 836-839
TOPIC TAGS: ball bearing steel, ShKh 15 ball be,arin g' tteel,, vacuum
arc melted ShKh 15 steel, hLgh.grada ShKh 15 sisal$ improved MCI-.
ting method
ABSTRACT., A study has been-.made-to de tetnine the;causes.of flaw .8
in consumable-electrode vacuum-arc-melted ShKh 15 steel -f or ball
bearings and to find the means to eliminate theme As,a result, se-,.
veral improvements in melting technique have been adopted, so that.
it now is possible to obtain high-grade teel.for precision and
special-purpose ball bearings by a single vacuumrarc melting of the
:ShKh 15-steel consumable electrodes. The "spot" inhomogeneity of
the ingots, formerly the cause of 90% of the rejects, was fully eli
minated'by using symmetrical coaxial current conductor and-by eli-,
Card 1/2

I L 42972-65 (b) 1Xjj
~L4,
S/0133/65/000/003/0232/0235
ACCESSION NR: AP5008709
CCI
AUTHOR: LubenetsL.1, Zhukov. D. G,; Voino-V, S~ G~; Sh 1 imov.; A G
!a
L. F.; Kalinnik Ye. S_; Ch rtsev,
~_IKOLfs __REpyLkov Yei,So
My sine, -C.- Ye
TITLE: Synthetic slag refininx of steel from large-scapacity arc:ovens
SOURCE: Stal', no. 3, 1965, 232-235
TOPIC TAGS: steel refining, 'synthetic slag,, balLbearing steels chromium steel- W
low impurity steel, arc oven stee'l
ABSTRACT: During the second half of 1963i one of the electrical 'steel -stpeltin'
enterprises started introducing the refining-of steel~by means-of synthetics lime-
alumina slAg into industrial use. The preseint:article'reports *on the prelimil*
findings concerning the efficiency of this new, process. -Te sts1were carri44.oslt -1
with a slag-melting OKB-284 oven having an interior diameter of 5,350,1mmand a
4500 kVA transformer. The wall and cover were made of chroato.magnesite while thii.~
tank was lined with carbon blocks; thesmelting-.chamber.had a-diameter of,3006- Mal -
and was 800 mm deep. All-pertinent.cons-t ruction-and.ope.ra-tiona'l data are given,
Card 1/2
-- ------ ---

L 42972-65
ACCESSION NR: AP5008709
in considerablo.detail. Specifically 1),the-oven-:produced 2.5 metric tonsthr.,
of slag; 2) d6ring production 'of bil 1 -beiiiing',,and, construction chromium steel,
the slag consumption amounted to'2.84.=vf` the mass of processed metal; 3)-the
oven consumed about 1420,kWh per metricton of slag produced- 4)_ the shortened:
refining operation decreased the consumption of electrical ene y.by 30-40, kWh,
F9
per metric ton of metal, which compensatedfully for the~energy,requirements for'.'t
the production of slag; and 5) the productivity of the large-capacity electrical
ovens was increased by 10-15%0 The new method markedly,r6duced (as shown in
several tables presenting the results of.impurity determinations) the amount of
nonmetallic impurities and improved the plastic properties otthe finished pro.--. i
duct. The technological procedures describeds-hould be;,able, in:the futureV to
improve the quality of the above-mentioned special *steels:even more and reduce
the impurity content even further.- "In this.wokk, carried out'in conjunction wlt~ -
TsNIIChH, N. V._Kejs,~'~. G.Peg h He A. Barnovalov. GO B"*
Ye. B. Men s enin,
Shirer. 4. 1. Shataloy, A. A. Holchanova, Mo -Ye. AnWmova, and.others*also'took
part&" Orig. art. has:r 5 tables,
ASSOCUTION: None
MM (DUE
ENCL
SUMC=D: 00 :00
NO ~ REP SOV: OTM: r 000
.Card
_212

VOINOV, Somen Georgiyevi-.h; SULIMOV. Aiia-Loli.y G-eirgiyevich;
KOSOY, Leonid Geargiyevi~4, HALIPINIKCIT, Yevgcniy
Sergeyevich
[Refining metals wit.*l synthetic -~Iags] Rafinircvanie me--
tallov sinteticheskirni sidiaken.i. Moskva, Meta!lurgiia,
1964. 279 P, (v',IRA 17-12)

RELITENEV. Ym.B.; ISAKOVA, A.I.; SAVCHMIKO, A.I.; SHALIMOV, A.I.
New dRta on the str&tigraphy of the central northern regions of
the Sikhote-Alin X-inge. liokl.AN SSSR. 110 n0-5:820-82& 0 1569
(MIRA 10:1)
1. VBesovuznyv muchno-issledovItel skiy geologicheskiy institut.'
Predstavlano almdemikom D.V IT&livk?nym.
(Sikhote-Alin ~ange-Geology, Stratigraphic)

~;HALIHaV,.~Ieksandr Ivanovich- ITEUYMINA, N.K., otvetstvennyy red.; KORENYUK,
1. ., e n.re ,
[Pulse ef the earth; a study of earthquakes] Pul's zemli; ocherki
o zemletrieseniiakh. Leningrad, Gos. izd-vo detskoi lit-r.7 M-va
proar. RSYSR. 1957. 83 P. (mim 11:4)
(Earthquakes)

TITLE: Geological Research in the Antarctic
(Geologicheskiye isaledovaniya v antarktide)
All other Soviet stations will be set up in the course of
1957.
This article contains three photos.
ASSOCIATION:
PRESENTED BYt
SUBMITTEDi
AVAILABLE:
Card 2/2

SH&LIMOV, A.1-.
History of the geological study of the Antarctic. Trudy Nauch.-
isal.InBt.geol.Arkt. 95:5-79 '57. (MIRIL 12:1)
(Antarctic regione-Geology)

11A L 1/1/ (1 A ~ T
AIJ T 'I; OR Shali;;iov, A. 1 51
TITLE: On the Problem of the Structural-Tt--ct~)i;JQ 3~abdivision of the
(K voproau strukturno ~s
Nutarctic
Antarktidy).
PERIODICAL: Dokl--dy AN SSSR, V~,!, 110', i;r 66'1-670 WSSR)
ABSTRACT: Tile references cunctrninJ this problea, ii,,~ntioned Iere i!. short
U,
can be d&.f.'.-.E.-d exactl, and couileted or, the strefi~,-
J th of thEtma-
terial uoli,~,cted in th-,~! weantime about the geological structure
and the geomorpholo~~y of various regions of the Antartic ,with
respect to the probl~~ia zt~ntionvd lin the title. At lea-3t 4 greater
structure elements caz-. be separated here: 0 the east Antarctic
It is t1le greatest Structure element. The fundament of this
plate consists of an olu cryst-~Iline c-omplex, i-e- of schists and
gneisses wl,.ich are to a great extert injected with various gralii-
toide. The compositi,~~n the high degiL~e of metamorphization, fur-
t'-er--ore an intensive aranitization and mygmati.;,.qtion of this coLl-
plex make it sii:iilarflo the arahaic complexes of li-Ifia, Madagascar
and Australia. Parent exposures of the sedi~:ientary of the
plate are k.,.cwn only on the Horn -Bluff ("Gorn 3lef") 1:,Jk,ex-
ce-,)t the activized zones~ The sandstones occ-arr-ing here ,',:,~h are
Card 1/d ~o a s.,~iall extent metaziorp'--ized were conventionally counteL.'

Or, the Prob 1 ~,,m of t.ae S tructurai -T~_,. ton, ic '.5-1b d ivis --i o.," of t-4 - 38i'51
Antarctic
the Bacon series (late Pala,~,ozoic_iai- aesozoicam) . Splinters
of analogoas sandstones often occ-_ir zor--ines of the east,
Antarctic slioru. The Llost recent cf -late are the
leucite bazalts of tI,.e volca~- 'ic Gaus~3 :_,oantair-.. 2) the -activized
Zones of the Plate form one of 1.1he ,reatest horsts of t1le ~11-orld
(horst of Victorialand -and of th~ and the
chain of t,.e jlock-Mlo~intaizis of the Jaee--,',Laud-Land. A connexion.
bet-iieen 'U~.ese two stractares in Uie unexpl,,~red inner Antarctic
is 3os~3ible. The Bacon series of t,ie Victorialand consistilig Of
fine-ra-int.,d arkose- and ouartz sandstones -anic'11 contain grave-
lites, loamy schists, coal seams, ard thick dolerite "s lis"
(Itsilly"), rests uoon a cr,.'s tall i-!--.e 'basis with a striking un-
confor_,iity of structure. The t'lic"ness of the series fluctuates
Its age is from -,j;)er Devonian up to
between 6oo and 1700 M.
Triussic irclusevely., The Antarctic iiorst is in the east bordered
bj a deep Ross marine depression, A recent volcanism (Ross Island
Cape Eder, the chain of islands -along the eastern shore of the
Victorialand) is c3nnected with the great me--idional fractures,
The shifts and the depression zone connected with them developed
not later than at the begin of ple-istocene.. ill the west the Vic"_
orialand horst is sei)arated froza the plate b., a aaridional de-
Card 2/"' Pression whic- apparently repreSents a fosse. In the further

On '!he Prob-1(,,,,i; of th=, 6tractural-Tectonic Subdivisioil of tht, 0 - 4 -38/51
Intarctic.
course the loss-ible reasons of the acti-rization of 'this entire
ext,=rsive zonc-1 are discussed. Inspite of tn~- ii.,perfectriess of the
fra-Lientary knowledge of the structure of the hcmst it can be
assumed that the Ba-con sQries does not rest upon the raised
lund~ment of the old plate, but u1jon the roots of a fold forlaa-
tion erocled alreadi in the course of pre-Devoniar. time. This would
mean that nut the old plite, but its younger fold fra::~e which
is acsu-,Led to be Caledonian, has sAfferod ail activization. 3)
Folded belt of viestern kriturctic is continued bj the structures
of Tierra del Fat~.go and fuses with the stractures of the Andes.
4) the Vieddell -Ross -lj--~uress ion . is not yet researched. The auth-
or assumes that in the developmt-nt of the geologic structure of
the Antarctic the old east Antaidic plate was belted by and by
by folded formations of always youni,er age. Tile fold formation
of the viest Antarctic are ansunk fragments of this belt. The
b,:~lt whic, is Liost remote fr-C)m the pre-C~imbrian core of the plate
(,~rahamlaznd) is aloine. Tile borders of tile Caledonian and the
Hercynian belt can for the time being nat be detected. There
are 1 figure and lo references, 2 of which are Slavic.
ASSOCIATION: Scientific -Research Institute of Arctic Geology (Nauchno-issle-
Card 3/4 dovatellski-y institut 6eologii Ar.-:'ui'-Zi)

.on ll'ne- ?rubl~-m of t'ie Subulivision of the 2o---38/151
Antarctic.
_aril j, 1~,'57
P R L 3 -~* NT ED :A 1 1, by D. I. Shcl,.~-rba-?cv,
SUB,-,'ITTED: Ai)ril 1, 1957
AVAITUBLE: Library of Gcnr-ress
Q
Card 4/4

SHALIMOV, A. I.
Meet'hod of prospecting for original deposits of diamonds. Inform.
bial.NIIGA no.14:33-40 159. (MIRA 13:7)
(Olenek Valley--Diamonds)

S'~ALILIN, A.I.; ~J."LUI',i-3-',lLKUY, A.D.
Strati-rat'i-ic 1,osition of Per-mia 0
J es-llone in the AL-la
Basin. Izv. vys . uc*.el-1. zav. ; ---P-0-' 3 ro.9:27-32 S 16:%
13:12)
L--nin-.---ds"iy -:osuda--suven-,-rT
y
(AlT--- V--Ile:,,---Lir..ies-*;Icn,,~)

S-ALIMU ?_ A. I.
Recent data on the stratitgraphy, of upper Triassic and lower and
middle Jurassic formations in the southwestern -part of the
Crimeaa Mountains. DA1.AN SSSH 132 no.6:1407-1410 Je 160.
(MIRA. 13:6)
1. Leningradskiy gornyy institut im. G.V.Plekhanova. Predstavleno
ak,ademikom D.Y.Nalivkinym.
(Crimean Mountains--Geology. Stratigraphic)

KRYI-IGOLITS, G.Ya.; S-FaLIMOV, A.!.
New data on the stratigraphy of the Lwer snd 141-dd-le Jurassic
deposits in the Allma River basin (southweetern Crimea). Vest.
LGU 16 no. 6z73-82 161. (MI-RA L/,.: 4)
(A-lima valley-Geology, Stratigraphic)

LEBEDINSKIY, V.I.; SHAL_I_MOV,__A_..I_,._, - -
Volcanic activity of the lower Jurassic period in the Crimean
Mountains. Dokl. All SS3SR 14C no.1:197-200 5-0 161. (MIRA 14:9)
1. Institut mineral'nvkh resursov AN USSR j Leningradskiy gornyy
institut im. G.V.Plekhanova. Predstavleno akademikom D.I.
Shcherbakovym.
(Crimean Mountains--Rocks, Igneous)

Ell"'Ll".1;W, 1".1. (Leningrad)
"Vol3anic places -.r. ',~e Crimea" by V. Lebedinskii. Reviewed Ly ~.
3! - I -'-T
I. Shalimov. Fr-j-r3da - no. 1: 12"-! 24 cJ a ' ';~ . ( * a~. 1 ~: 1 )
(Grimea-Volcanoes) (Lebedinskii, Vj

SHALDIOV, A. L
Relationship between Paleocene and Eocene sediments within the limits
of the Salgir-Allma interfluve and the development of the Crimean
struct-are in the upper Cretaceous and Paleogene. Zap. LGI 42 no.2t
83-88 '62. (MIRA 15:6)
(Crimea--,Geology)

SpaLD-iov p A. I,
Some new data on the st,-,,at3'grpah ' liUrology; and origin of the ,T~urian
flysch series (Crimean Mountains). Zap. ILI 42 no.2:89-T 162.
(Crimean Mountains-Flysch) (MIRA 15:6)

LEBEDINSKIY, V.I. [LebedynB'kyi, V.Ij; SBA1,IMOV,-A,3;,
New data on the geology of the Karadag volcanic group (Grimea).
Geol. zhur. 22 no.3:45-57 162. (MIRA 15:7)
1. Institut minerallnykh ressursov AN USSR i Leningradskiy
gornyy institut im. Plekhanova.
(Crimea-Geology)

V.I. (Simferopol'); SHALIMOV, A.I. (leningrad)
LF.EEDINSKIY,,
"How secrets have been discovered." Reviewed by V.I. Lebedinakiip
A.I. Shalimov. Friroda 51 no.12:1-16-117 D162. (MIRAA 15,12)
(Grimea-Caves)

LEMINSKIYY V. I.; SHALIMOV, A. I.
Structure of the volcanogenic complex of Limeny (Crimean
Mountains). Dokl. AN SSSR 1/+7 no.6:IA29-U32 D 162.
(MIn 16: 1)
1. Institut minerallnykh resursov AN UkrSSR i Leningradaki3r
gornyy institut im. G. V. Plekhanova. Predstavleno akademikom
D. I. Shcherbakovym.
(Goluboy Zaliv region-Geolozy, Structural)

LEBEDIESKTY., V.I. (Simferopol2); SHALIMOV, A.I. (lo-ningrad)
Kara-Dag, a "fossil"'volcana in the Crimean Mauntains. Priroda
52 no.2.,95-99 163. (MIPP 16:2)
(Kara-Dag, Mount)

LEBEDINSKIY, V.I.; SHALDIOV, A.I.
Review of A.M. Onishchenko and V.N. Vaslko's book "Handbook for
training in duological mapping". Izv. vys. ucheb. zav.; geol. i
razv. 7 no.7:124-127 Jl 164 (MIRA 18:2)
1. Leningradskiy gosudarstvennyy universitet im. A.A. Zhdanova
i Institut minerallnykh resursov Gnsudarstvennogo geologicheskogo
komiteta SSSR.

,;y -',Ov, Aleksandr ivanovich;
LlEth]DIC~ 1y, Viadimir ivailovich; SHAI'll
v!ISHIN, M.I.I., red.
I
[I~Ysteries of minerals] Zagadki zerzykh nedr. Kiev, NaulcOva
duirYa, 1965. 181 p. (mmk 18:6)

-jOV, A. 1.
.., 1,7- , . A_ ; S HAI-.!,
IK(jll, E --.- - --- - - - - I- tk talline schistsr
-0-~je r-s,,r data on the occurrmce and age of cl-Is
ucheb. zav.; geol. J razles
in the Crimean -,cun-cai .9. Tzlr. V:-s-
(mnm 19:1)
8 no. 1~,.-.3.5~-jq D 165
J.. i.eningradikiy gornyy intitut imeni MT. Plekhanovae

ACC NR1 AT6034366
'AUTHOR: Shallmov, A. I.
D UR/00 0/000/00119/0058
SOURCE CO
0, none
~TITLE: New tectonic scheme of the Crimea
SOURCE- AN SSSR. Mezhduvedomstvennyy geofizicheskiy komitet.
Stroyeniye Chernomorskoy vpadiny (Structure of the Black Sea depression);
6~")nrnik statey. Moscow, Izd-vo Nauka, 1966, 49-58
1UPIC TA5S: geolo~_-, fault, geologic exploration,
geologic surveying . 7,FC7ovdc,3 Cell,12ZW
1ABSTRACT: The oresent article describes a new tectonic scheme of the
:'C-~-',mea, An analysis of the geological structure of the Crimea is made,
w
"-h soecial emphasis on faulting. Faultlitg and shifting dislocations
I - -
are shown to be a major factor in the modern fold and block tectonic
structure of the Crimean mountain system. A structural similarity and
possible continuity between the region of Mountainous Crimea and the
'Greater Caucasus meganticlinorium is analyzed. Orig. art. has; 2
figures.
;iSUB CODE: 08/ SUBM DATE: 04May66/ ORIG REF: 021
Card 1/1'

GUL" 113A, Nikolxy Yer,,,ellyanovich; Liro;lOZHSKIY, Grigoriy Pavlovich;
SHALIVOV, Aloksandr Fetrovich; KOVALEV, Timofey Filippovich;
2',,_lJH_A_lrLH, S.P., otv. :i::~d.; GOLUBYATI,"IKOVA, G.S., red. izd-
va; LCI,*.ILD..A, L.P., tekhn. red.
(Progressive operating practice in mining enterprises] Pe-
redovoi opyt raboty na gornoi-udrr,,kh predpriiatiiakh. lilo-
skval Gos. nauelmo-tekhn. izd-vo lit-ry po gornomu delu.,
1961. 278 p. (MIRA 15:2)
(Krivoy Rog Basin--Iron mines and mining)
(Iiikopoll region---44anganese mines and mining)

BYSTROV . A. V. , inzb. j SHALIMOV, A. 11. , inzh.; SHABAN, A.K. , inzh.
Making AV-8-type flux from AN-348A and All-20 flirces. Svar.
proizv. no.9:28 S 161. (ZIIPA 14:8)
1. Kuznetskiy metallurgicheskiy kombinat im. Stalina.
(Flux (Metallurgy))

BYSTROV.. A. V.; ~HALIMOV, A. P.; KRASULINA, A. K.
Use of slag crusts of AN-20 and AN-348A fluxes. Avtom. ava .
16 no.3:93 Mr '63. (MIRA 16:4)
(Electric welding) (slag)

L 15266-65 EW W /DIP (WFUP(t) /PWP(k)/E6T(b) -ASD(m)~-3 'JD/HM
25jA' /010 VOW
ACCESSION NR: AP5001436 S/Ol Pf /0CjY B~46
AUTHOR: Byst v, A. V.; Shalimov, A. P.; Soldatenkov, G. A.
TITLE: Electroslag welding.of ope In-bearth furnace buckstays
J~
SOURCE: Avtomaticheskaya avarka, no. 10, 1964,67-68
TOPIC TAGS: electroslag welding, metallurgical furnace, power welding equipment,'
welding electrode/ A-535 welder
.Translation: BuckstayS for open-hearth furnacea are heavy c oluln snf rectan&_
lar cross section 15ox46o mm with
several bends.. They~virefdrmerly. made b
_y
bonding packets with a thiclojes s of 150 m from plat s Vi'
e th thiclb~esses Of 15V
25 and 30 M cut from sheets with the cont6ur~of the buckstay~
By the new methods the buckstayn,are.made up W slabs a thickness
:Of 150 mmj. and welded by the electroslag, method., the individual-, sUb 'b
s - eing
welded at the bend points of the contour. -The ends of the siabs:are
not fin-
'th
ished since 9-VgPn cutting assures sufficiL accuracy (+ 2
.,The stands.-are.set up On a special jio for welding.- Mere -.is
hape - gap.-
rt4. .
',(3q mm at the bottom, 33-Mm at-th6 top) to allov for shrij A
'Weldin(,, is done on a type A-535.automati 'machine -built by the Mectric -Welding
Card 1/3

L 15266-65
ACCESSION UR: AP5001436
Institute im.' Y6., 04, Pftt~m under the" following cdnditions: Tv i~ 0100
36 38 v~ V, =,O-54_o.6,'meters,per,h6ur cc rode,, V---=-l 6-i.
in 6'-~clectiodei power~supplyr-t
bath 3q;-35. m
hour,,_~epth of Q4ng hree~_,
phase transformer ty-pe:TShS 1000-3s syitched-.to__-s1ng1,e-phase operat~i
on
:welding with plate electrode.
2 1
The electrode is a plate of 09G stee, .(GdST 5058-57) 10 m thick~wi
a width equal to the thickness of the metaI being welded.. When the seam is
460 = long, an electrode with a length of 220O.mm is used.
Studies showed that the seam has satisfactory mechanical.propertie
without subsequent'heat treatment: d7t 29-31 kg/m~n2j 42-43 kg'
27-32%, 3.7-6-7 kg/mi~ The chemical composition of the base-
-metal, electrode metal, and seam metal is,shown in the table. It w a sestab-
lished by ultrasonic inspection that there'-were no flaws in the.seam. With,
three-shift work, a set of buckstays-for an open-hearth furnace (104 seams)
was welded in 12 days. In the first few days, two welds vere.'made per shift,:.
the productiVity subsequently being increased to five welds. As a result, of
the use of this new method for welding open-hearth buckstays, the KMK.saves
53 tons of metal and 5400 rubles yearly. The,first'welded stand war. put into.
operation in April 1963 !m~d is still in.use. Orig- art. -has 2Jigurese
Card 2/_A -1 ... ......

L15266-65
ool436
ACCESSION NR: AP5

metal Content
C Mn Si p S
-Cr
Base 0.19 0. 40 trace 0.021 m47 trace
Electrode 0-15 1.66 O-N b.016 0-045

Seam 0-15
o.61
0.08 0.618 .
0.03-4
ASSOCIATION: Kuznetskiy metallurgicherkiy kombinat (Kuznetsk Metallu~rg~
qpp4,- Conkbin~)..

SUBMITTED: 24jun64
ENCL: 00 SUB CODE' IE, MM.

NO REF SOV: 000
'OrHER: 000. -JPRS
Uard 3/3

BERGAUZ, Lev Abramovichi SHALIMOV, Aieksandr Petrovichi SU-RCVA, V,.A .
red.izd-va; BGIbYYREVA-,*Z.A.-,-i~ihn. red.
[Guide for workers in auxiliary and haulage operations in
ferrous metallurgy] Pamiatka dlia rabochikh vspomogatell-
nykh i transportnykh tsek-hov gornykh predpriiatii. cherno-1
metallurgii. Moskva, Gosgortekhizdat, 1962. 167 p.
(MIRA 16.10)
(.Iron mines and mining) Wages-Miners)

STAFE-Y-EV, Aleksey Nikiforovich; STARNOVSKIY, Lev flikolayevich;
SHALD40V, Aleksandr Petrovich, retsenzent;
GOLUEYATIIIKOVA, G.S., rcd-.1zd-va; KONDRATIYEVA, M.A.,
tekhn. xvd.
[Comprehensive labor organization in mines] Kompleksnaia
organizatsiia truda na rudnikakh. Moskva, Gosgortekhiz-
dat, 1963. -22 p. (MIRA 17:2)

_7
.L 62709-65 EPF(c)/EPA(s)-2/E7ilA(,h)/F.~IP(J)/Li~IP,(k)/]~~IT(d)/T---,4T(I)/Fw]T(m)/t-IP(h)/T/.
(d)/DTP(w)/9-JP(-v) U &I
'5 00
01
NR: AP5019030 UR/02 -voo65MM6
8 ~6
-666.AO.22.002-5
~AUTHOR: Gavrilo1v I. K. -,Filippov, D. A.;~-Strukov, V. M., Blatovi 1.~ZiA s
JUDY
'A S. Vul, ro
N. 1. .4 ~[Va 04 A. 14 Bely W644 V V R A Kh 8 s
Andriyevskay=a. D.- Zelenskl~ef~jg. S. Kup '0 an-,~ A. h i. t= AT Iskiy.
erm
Dzhereliyevskiy,7fi
TITLE: Winding machine.,, Class .32, No. 1
SOURCE: -Byulleten' ~zobreteniy i tovarnykh,%nakov, no. 12, 1965, 65-66
,TOPIC TAGS: glass reinforce plastic filament, fiber lament
d plastic, glass, fi
..Winding, winding machine, filament wound article
JA#
ABSTRACT: This Aut Certificate introduces,a m chine. for fabrication of gla6s"-~:
reinforced plasi eaVI'Me s by filament windinFJ?The machine includes' adrive with
.,a reductor and a mandrelimounted on a rotating shaft. TO,fabricate spherical shapes!
ii
.the machine is equipped with profiled guides transmitting to the.mandrel a t ting,
motion around the verticaI *axis simultaneously with a rotation: afoUnd thd axis. (see J,
ig. 1 of the Enclosure). Orig. art. has- 1 figure.
L-Card-1/1-

'EVIP( 'F 'EWP(k)/EWA(h)/ETC(m)- -EM/Wfi/Rm-
11260-66 Ewr(d)/EYrr(m ri)/ -K)/ -'OP(j)/T/
4CC NR~ 5028475 SOURCE CODE: UR/0286/6510001020/005610057
q.i 5~ ~ III/
55-
J5 .5 ., S'
ri ov. I. K.; Fi11pVqbv1.51D. A.: Strut/I/) EOV. V. S
kdv. V. H., BIZI4
INVENTOR: d i
.4, S. ; Vul, Nta HjejyakqyY.1'/V'95V.-; 1pr-6lovY-'%-5A ~- antsis
-66rivanov'YVAP-~ff: Kupe an A. M.; Dob Khg__ R Z'
And riyevskaya6o-661 Zelenskiy, E. S., rovol'skiy, A. K.
--Dzhereliyevskiy, A. B.
41q) 5- 5-
ORG: none 4#1
TITLE: Method of fabricating fiberglas shells. Class 32, No. 175624
SOURCE: Byulleten' izabreteniy,i tovarnykh znakov, no. 20, 1065, 56-57
TOPIC TAGS: shell, cylindrical shell, fiberglass shell, shell fabrication, fiber-
glass winding, solid fuel rocket, rocket case
ABSTRACT, Tais Author Certificate introduces a method of fabricating. shell from
the.
fiberglass wound on a pattem which is then melted out or dissolved. To increase
strength of the shell, the winding is combined with the stretching of fiber by Mang
of a fiber guide which rotates around the pattern.
SUB CODE: 11, SUBM DATE: 02jul64/ ATD PRESS:

KUGAYFNKO, O.N.; ROZENBERG, V.M.; SRALIWVA, A.V.
Effect of initial substructure on creep and its changes during
creep. Fiz.met.i metalloved. 15 no.4:612-615 Ap 163.
(MIRA 16:6)
1. Institut metallofiziki TSentrallnogo nauchno-issledovatellskogo
instituta chernoy metallurgi'L.
(Iron-silicon alloys-Metaliography) (Creep of metals)

_~uv22471, SOURCE CODE.-. 000/003/DO2 23
M?AD169/66/ 3/LO
iAUTH0Ri_ Bespyatov, B, I.; Vasi!1yev, V. A.; Cherkasova, I. -V. ShViimbV, B., P.;
nukov, V. S.
The seismic characteristic of the border zone-of the-Casplan-Basin and possi-
-~bllities of improving the effectiveness of the -MOW method-
;SOURCE",; Ref. zh. Geofiz, Abs. 3D143
*REF SOURCE: Tr. Nizhne-Volzhsk. n.-i. in-t geol. i geofiz.0 Vyp- 2, 1964, 67-74
:TOPIC TAGS: seismic prospecting, geologic exploration-*
;TRANSLATION: Difficulties in obtaining high caliber seismic data are reviewed. These
Jinclude: regular waves of interference, complicated relief of the first sharp bound-
lary, thin-bededness of the principal strata, echoes, etc. Methods of overcoming these
I
idifficulties are considered. The most effective means of eliminating the effects of
I.'Pinterfering waves are: proper positioning of shots, shorter shot intervals (to 250 m
Ufthe geology is difficult), and longer shot intervals'(up to 1000 m, if echoes are e)
-Dected). The ILIP method is recommended for the regions where the first reflecting suri-
.1face has a complicated relief. Salt domes should be located gravimetrically. Tha us-
!ual modification of the MOV method should be avoided. Difficulties due to thin stra
i - L
~tification and effects of adjoining media are best overcome by arranging the geop-nes 1
Card 1/2
UDC: 550.834.5

The nonisothermal flow of...
S/170/63/006/002/013/018
B102/B186
pressure and temperature. These equations can be solved for the case of
non-adiabatic flow considered here, and the solution can be developed in
powers of the small parameter ~~. The series V(Y,) and converge accord-
ing to the Poincar6 theorem. For some practical cases the solutions are
solved numerically in first approximation and are shown graphically.
Actually the T(x) curve lies below that obtained by Shukhov and the gas
temperature can in fact be lower than the ambient temperature as observed
by Schorre (Oil and Gas._J. 55, No. 21, 1954).
ASSOCIATION; Nauchno.-issledovatellskiy institut prirodnogo gaza, g. Moskva
(Scientific Research Institute of Natural Gas, Moscow)
SUB,"', ITT ED: Sep'tember 15, 196-2
Card 2/2

E _p_,~,Ig t~ja -aa-Fur~ field in a
on umda-r --Iasti~ conditicas. fzv,
165.

SHALIMOV, B.V.; KRIVOSHEIN, B.L.
Joule-Thompson effect of a multicomponent mixture. Trudy
VNIIGAZ no.21/29:23-31 164. (KIRA 17:9)

KHODANOVIGH, I.Ye.; ZAREMBO, K.S.; SULIMOV, B.V.; KRIVOSREIN, B.L.
Calcul.ation of the temperature change in a gas based on the
length of the pipeline. Trudy VNIIGAZ no.21/29:43-48 164.
(MMA 17-9)

_ACCESSION NO: AP4009659 S/0147/63/000/004/0180/0186
AMORS: Buly*chev, V.A.; Shalimov, B.Ye._
TITLE: Two new methods of centering
SOURCE: IM. Aviatsionnaya tekhnika, no. 4, 1963, 18o-i66
TOPIC TAGS: optical mechanical centering, center of gravity, conical shells, thin-
walled conical shell, centering
ABSTRACT: One of the most essential requirements in the assembly of thin-walled
conical shells consists in the location of the geometrical axis and in setting it
in the correct position. The axis is determined by the centers of gravity of the
two base sections. The problem is further complicated by the fact that, because
of their low rigidity and tendency toward wrinkling, these sections show'deviations
from a perfectly circular form; these deviations must be considered when determin-1.
ing the position of the axis. Noting that the existing method of centering in- t. -"--
volves a large number of measurements and computation, the author has proposed sievil'.
methods: I)optical-machanical centering and 2)automatic determination of the
position of the center of gravity of the section. 7"he first method is based on the__
self-centering of a system of radial springs, connected vith a contour of arb
/tjorme All measurements and calculation a are eliminated in this mwthod
trn The
Card.

ACCESSION NO: AP4009659
system is assumed to consist of m springs equally spaced around the circumference
g. 2). The preliminary tension of the spriags is equal. One of the springs
fi ft
for example, the first) is then tensioned to a value ~; the equilibrium of the
~
system is disrupted and its center shifts to point C (X re , Yc). The authors show
that point C coincides with the center of gravity of this system, for which pur-
pose they find X- f(j) and Y- f(ji). It is indicated that the error in the deter-
mination"of the center of gravity of a section by means of the spring method, in
comparison with the rated method, is 0.2%. An evaluation is also made of the
effect of errors in the spring system on self-centering accuracy- This principle
of self-centering has been used in a device for optical-mechanical centering,
which is described in the article and which incorporates a collimator. The funda-~
mental idea behind the operation of this instrument is that, if the section does
not deviate from the circular and if its centcr of gravity coincides with the axis
of the device, the collimator.axis will be vertical; otherwise, the collimator
axis will itself deviate from the vertical because of the disruption of the equi-
librium of the spring system. The second method was developed for increased
accuracy and objectivity in control. Its essential feature consists in the use of
a computer for determining the coordinates of the center of gravity of the section.
Orig. art. has:;5 figures and 24 formulas.
Card-/

ACCESSION NO: AP4009659
ASSOCIATION: none
SMITTED: 20Apr63 DATE ACQ: 12reb64 ENCL: 01
SUB CODE: AI NO REF SOV: 003 OTHM: 000
3/4
Zard.'
--7

AID P - 3010
Subject USSR/Electricity
Card 1/1 Pub. 29 - 25/28
Author Shalimov, B. Ye., Eng.
Title Determination of the connection diagram of a three-
phase electric meter
Periodical g Energetik, 6, 36-38, Je 1955
Abstract The author presents a method of connecting a three-
phase electric meter, gives terms for the rotating
moment of the meter for the various combinations of
-s in tabulated form, and gives three numerical
current
examples. Three connection diagrams.
Institution : None
Submitted : No date

SRnINIDV, Bje., inzhnner.
Protection and signaling arrangement for electric motors
used with artesian well pumps. Energetik 5 no.1:20-21 Ja '57.
(MLRA 10:2)
(Electric motors) (Remote control)

-6halimov, B.Ye. , EnCineer SOV-91-56-4-20/29
The Determination of the Transformation Ratio of Current
Transformers ',Without Application of Loads (Opredeleniye
koeffitsiyenta transformatsii transformatorov toka bez
primeneniya na,,,rr;izo(,hr1ykh ustroy3tv)
i:EHIODICAL: Erier6etik, 1958, 1-11- 4, PP 95-26 (USSH)
ABS P h A GT Thi!; article deocr-,ibQs the principle of a measuring method
for determining th(-, ratio of currQnt ti-alls-
formers without utilizing loads. Formulae and
examples illustrating this method are given.
0
1. Transformers--Performance 2. Transformers--Mathema'uical analysis
3. Electrical engineering
Ca_~d 1/--L

BULYICHEV, V.A.; SHALIMOV, B.Ye.
Two new methods of f~Anterinp. izv. vys. ucheb. zav.; a7.
tekh. 6 no.4--180-180 163. (bffRA 17~81~

SIIALMOV, F. __ _.
Air fleet in figures. Grazhd,av. 18 no.9:18 S 161. (MIPJ~ 14:9)
(Aeronautics, Commercial)

SHALIMOV, F.
Commercial aeronautics in numbers. Grazhd.av. 18 no.11:14 N
161. (MIRA 15:2)
(Aeronautics, Commercial)

SHALINOV, Fedor Andreyevich; ZOTOVA, L.A.., red.
Ninged assistants of agriculture] Kr~ilatys Domoshchniki
zem.ladelltsa. Moskva. Znanie, 1964. 24 p. (Novoe v zhizni,
nauke, tekhnike. V Seriia: Sellskoe khoziaistvo, no.23)
(1-1 IRA 17. 11 )