SCIENTIFIC ABSTRACT VERKHOVSKIY, I.M. - VERKHOVTSEVA, E.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859510015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/19-58-6-25/685
AUTHORS: VerkhQvskiY_'_j'x_;-_ Pushkarski~r, S.M. ;Gorbachev,
V.U G.A. unl Fri,im:in, I.A.
TITLE: A Method of Obtaj.nin- Flu.;hing Lijuid (Sposub polu-
U
cheniyu promjvochnogo rastvora)
PERIODICAL: Bjulleten' izobratulnij, 1958, Nr 6, 1) 1C (USSR)
ABSTRACT: Claso 5a, 31. Nr 113504 (575172/MNP-2991 of 15 July
1955). Submitted to the Ministry of Petroleum In-
dustry of USSR. 1) A method of obtaining a flush-
ing liquid (consisting of a filler, clay, and re-
agents) for well drilling. To improve the quality
by regeneration of the filler, the spent clay solu-
tion sill be diluted ~,iith water to a specific veight
of 1.25-1.3, and concentrated in a hydraulic cyclone
with separation of the filler into the sand fraction.
Large rock particles will then be eliminated from
the mass on a sieve, and the remaining clay separated
Card 1/2

M_ fflwm'~Mc~~-
A Method of Obtaining Flushing Liquid qOV/19-58-6-25/665
in a classifier. 2) A method variationp with ad-
dition of chemical reagents, e.g. an alkaly-coal
reagent, and subsequent separation of the drilled
rock and surplus water.
Card 2/2

OWMIKKADZI, T.L.; PMOVSKIT, I.M.; DZMASHVILI, -Zh.I.
Using InductAon heating In heat treatment of piston pines Ayt. prom.
no.9:34-35 S 158. (Knu 11:10)
1,Kutaisekly avtozavod imeni Ordzhonikidze.
(Induction heating) (Steel--Heat treatment)

SOV/137-58 -10-20391
Translation from: Referativnyy zhurnal, Metallurgl:ya, 1958, Nr 10, p6%'USSR)
AUTHORS: Verkh inogradov, N. N. , Arutinov, 0. M.
TITLE: Use of Nucleonic Methods (Gamma and Neutron Radiations) for
the Investigation and Automation of the Pulsator Jigging P-ocess
[ Primeneniye yadernykh metodov (gamma-- i neyt:ronnvkh
izlucheniy) dlya issledovaniya i avtomatizatsii protsessa otsadk;)
PERIODICAL: Nauchn. dokl. vyssh. shkoly. Gorn. delo, 19513, Nr.l. pp 263-
274
ABSTRACT: The following methods are developed: 1) The method of y
location, permitting continuous recording of the characteristics
of the spatial movement of the grains in the bed of the pulsator
jigging machine; 2) the method of determining density at various
points in the bed; 3) methods of determining the degree of
looseness of the bed. Var;ants of designs of automatic regula-
tors to maintain these parameters at constant levels are de~,el-
oped. A pick-up design for an automatic regulator for deter -
mining medium density was developed and was tested under
industrial conditions with encouraging results.
Card 1/1 1 Ores-qojessig 2. Radi ti i--Appl4cations M. M.
3: Industr a equi ment--c%z O?r,y.,t,...

'Y
VEMMVSKIY X.-*.Prof.. doktor takht.nauk; VIROGRADOV. R.N., dote.,
Intj t ekhn. nauk; ARUTIROY, O.M., inzh.
Movement of mineral particles at the bottom of a jugging mehine.
Ilauch. dokl. v79. shkoly; gor. delo noo3:248-252 158. (min 11:9)
1,Predetavlona kafedror obogashchonlya Moskovskogo gornogo instituta
im. I;V. Stalin&.
(Ore dressing)

6()V/136-58-8-1/27
AUTHORS: Verkhovskiy, I.m. and Shokhin, V.N.
TITLE: Method of Determining Final Fall Velocities of arains In
Heavy Moving Media. (Metod oprodelonlya koneahnykh,
skorostey padeniya zeren v tyazhelykh podvizhnykh srodakh.)
PERIODICAL: TsvetnyyeMetally, 1958,, Nr.8, pp.1-4 (US3R).
ABSTRACT: For determining the falling velocities of particles in
opaque media (suspensions) visual methods are unsuitable
and various electrical systems have been proposed. The
authors list the disadvantages of three of these - that
of Mitrofanov and Zelinskiy (Ref.1), of Muzylev (Ref.2)
and of Goroshko (Ref.3). They go on to describe their
own method whic. is free from many of the listed defeots.
The electrical part of the method is an Improvement on
that of the tensometer designed by the Moiskovskiy gornyy
institut (Moscow Mining Institute). The principle is
that as a ferromagnatic grain passes the oentre line of
an induction core it causes a change in t.ae inductive
resistance of the coil, which unbalances the bridge circuit
of which the coil forms a part. The impulse is amplified
Card 1/2 and registered with a millivoltmeter; the same occurs when

SOV/136-58-8-1/27
Method of Determining Final Fall Velocities of Grains in
Heavy Moving Media.
the grain passes a second coil. An oscilloBraphie reeord
(Fig.2) or other means can be used for timing the grain
over the distance. An editorial note points out that the
authors have not taken Into account the difference in
suspension speed at the walls and centre of the tube of
their apparatus (Fig.l). The authors cla!.m that the
apparatus enables the falling speed of grains in heavy
media, including ferromagnetic suspensions,, moving at a
constant speed, to be determined and suggest that the
method could be applied to studs grain motion In true
solutions as well as suspensions. There are 2 figures,
I table and 4 Soviet references.
ASSOCIATION: Moskovskiy gornyy institut (Moscow Mining Institute).
1. Grains (Metallurgy)--Theory 2. Grains (Metallurgy) --Testing
equiprr.ent 3. Grains (Matallurgy)--Test results
Card 2/2

MKHOVSKIY, I.M., prof., VINOGRAWV, N.N., dot66at; ARUTINOV, O.M., inzh.
"- , "". -1".
Using nuclear methods (gamma anC neutron radiations) for the
investigation and automatization of the jigging process. Eauch. dokl.
vys. shkoly; gor. del* no.1:263-264 158. WRA :1:6)
I.Predetavlena kafedroy obegashcheniya polesnykh iskopayemykh
Moskovsksgo gornoge Instituta,
(Ore dressing) (Radioisotopes)

VERKHOVSKIY9 N., vrach (Moskva)
Thoughts about cancer. Izobr. i rats. no.7t46-47 163. (MIRA 16:9)
(cancer research)
I
-)K

ABDULIN, A.; ALEKSEYEV, I.; BANTIE, 0.; BOBROV, L.; BOZHANOV, B.;
BOYMP V.; BONDMV, K.; BORZOV, V.;_V)~MOVSXIT, N.; GUBARr~, V.;
GUSHCHEV, S.; DEBABOV, V.; DIKS, R.; DMITRIYEV, A.; ZHIW-01, A.;
ZELIDOVICH, Ta.; ZUBKOV,- B.; IRININ, A.; IORDANSKIY, A.;
KITAYGORODSKIY,, P.; KLYUYEV, Te.& KLYACHKO, V.; KOVALEVSKIY, V.;
KNORRE, Ye.; KONSTANTINOVSKIY, M.; LADIN, V.; LITVIN-SEDOY, M.;
MALEVANCHIK, B.; MANICHEV, G.; NEDVEDEV, Yu.; MELINIKOV, Iq
MUSLIN, Ye.; NATARIUS Ya.; NEYFAKH, A.; NIKOLAYEV, G.; NOVOWYSKIY, A.;
OLISHANSKIY, N.; OWMIN, S.; PODOLINYY, R.; RAKHMANOV, N.; REPIN. L.;
RESHETOV, Yu.; RYBCHINSKIY, Yu.; SVORENI, R.; SIFOROV, V.; SOKOL'SKIY, A.;
SPITSYNp V.; TEREKHOV, V.; TEPLOV, L.; KHARIKOVSKIY, A.; CHERNYAYEV, I.;
SHAROLIP L.; SHIBANOV, A.; SHIBNEV, V.; SHUYKIN, N.; SHCHUKIN, 0.;
ELISHANSKIY, I.; YURIYEV, A.; IVANOV, N.; LIVANOV, A.; FEDCHENKO, V.;
DANINP D., red.
[Eureka] Evrika. Moskva, Molodaia gvardiia, 1964. 278 p.
(MIRA 18:3)

164:::9049 0000*00 -I ". , 6 a -1 - -
of* o 0 * 0 * 0 0 41 : 1 0,01 1,.,I - ---~-. . . . 9 1 .. -
04 it u ~j w " w 1 0 a 11 1)
-4-A'A -11-1. "Any.1, I. --t-A-t-A 1-1 A- 0
A
A
-00
0#
00
*0
;-Oe
1930, No. W, W-9---f)U melting bauxite cintg. 1-2% W
6 Ti(h. in tic. furnace, a dillicultil mA, Wagialaroped. which
so S1'q Contains, together With COW and Ume, 45-714 of Ti as
carbicle. Ti". famed by p-ing Cl, throuSU the slas
40 at 400-~M% is mqW. by diAn. from Fe and Al chlorides, moo
~f into JUSO,
*0 and is comated to TIASOJs by pottrin
00 (WI U.) and evaps, to drynew at lW-2W . Hydrolysis Zoo
of An aq. Tit(SOG)i moin. by boiling at 103-W for 7 bre. 6
96% ol TKh in the ppt.; this is dried mi cakimd
MvWfurnUt&tMO'f"3hrs. TheTirAobtaituxi
is dtu white and bw a covering power 3-4 titnts higher
too
than thatat whitelead or lithopow. A.A.ilodxomv
goo
too
0
AS*-ILA -#T&t&V#CKAL Lj?jjF,jRg tie 0
ev
U n 0 'Ut Z~;
Ir I T~n
let, OA
-o0 0 00 It 9 9 of it ri it m wo f% I
It 41 $1

V!!MWIL (g. Kurgan-oblastuoy)
I 6A 4
M-
Certain definitions of chemical concepts. Xhim. v shkole 9 no.6:
70-72 N-D 254. (KRA 8: 1 )
(Chemistry-Study and teaching)

4 1 a 1 0 # IN if it 's W I (, it is m
t, n n

A A,
26 D 26 11 A A W 11 V Is 1. b
-ji-A-A IL -.L m-P p 9 a I I It, W"
A
k
t I I
h V a j, c 4t u 41
-
.
.

er,., bitir de"alts on thit, beam of -00
2 6, i I
of the zapocoxhau flumidum
i ('I
m
kil
V
kh
J
A
6
0; 11,
'-so
oz - -
Ovs
.
40
er
.
w
.
PP

St 14), Fr 11) 15, 'it 45 .57, Al 2, S. Cat) I I -, inut C It,
wrrv chlarinaltJ of 4411) ZAP' amiTiCh f0filli'll wild
'llod, "ll with thr YOM 95%, Oil the ri pre".Ill. Titallur"t
00 "Ilh II&A or IlfA). itat WH tifirtlivir laxall-ir It in-4"13 6% .0 111
00 l'iC. 'Me TsCl, We% gxlufed Into llp~Os VkI'It#,4 the
.,In. 04% rVapt, at 160 2111), for c-lullfleir frill"%al W
04, 11c1, t1thl. with wst~r Aful hydriliy1r.1 at 1113 V f,"
cocularte retuoval of HCI. diki, with water and hydrolyzed
-
'
h
oo
e ppi.
, brs.; yirtd W% of Ti(4 IV. T
at IM S
fur z
was drivil at WW foir .1 his, Thr treth,xi it( hydt'llyst%
in 11. S. piktcnt we% more advantage.
00
0
0 oin lot industrial purp-4. The Tio. obtaincid w" puti,
i
um
whitr awl vaitahk for the pirep".01 hishirs(.5mifir litait

94
00
p white. Filght ictrtefic,". A. A Podgmay
,
0 1~p
0A1
Sze 2
see
zoo

PeLl
,
.

S L -IFTALLUPOCAL UI(RAT01 CLAIDIFICAMN
3
IF 9
,
-
It

'
s
a ZV p U af
n 1 04 0 V 1 0

,
l
0
0
1O 0 0 0 0 e
e 000 IF 0 0 0 0 0 0 0 it 4
0 **sees*

e
s
*0
000
P
4
~ ,

0
0 0 00 0 000

40 #$1 &g Iwo -ft"ej
*0 saw#%#* AsS, "010,46141 NOW
to I
00 '(FOIN-W-U. no bum Ile
h"WW" ad 66& "M ad AM *6~W~ twAtW Of (at tubes (a a thermoStat was cattiatied kir a
00 - 0 _ =v
A AJ 8. -!.VgWvt"#* K. kbvktg .1m.
es C I volis. wa used, no degree of odmWian -fts dqtd. by
J!, L,iquel', r. &W Cim. (U. 9. S. R.) It. 4-11:
'I. thraddIg the soln- with arid or alkall wilb Im by"ad
so if (lie rivoith 11) (1V3 .-TICU, =. trychier'b"i"'if bbq as Indicator. NaOlf 10,078D 4) 01ol, N) K()II
littrodtirvd Wtope latto. I -distd. Water 44 -3 (0,0MX"AM N). Ljoll foowio.otii A", 4110:1.41U)" -Ooi
What itirrifto. It wit. was allowS4 a N) were d4owi*4 bts, ,
7 r," *I, NOCI
1. %d'
-16doys.
dMW it room temp. In p--IWU d ep for It .00
TU Period for jht Coggujg(ion dtp
ended - the Com - o' =1 N), N~ (11N) .1 (CoNs)t (t), I jV) wtiv .00
TIC16 in the out, (bus at 7,7% of T(Cli ft n# 41 days am ad means IiMrctls, the bear hVilml Wad
I VMS Pieced an a Now 'IVIICI'm
*OR !.i for 2o% I day. The Id fvrme~ 1. doe
00 stretched on a ffamet 40 WP- the violkauqw.. After 2-3 0.150 N RCOJ(and 0.142 N (C(hifli W"r not ediftf*d Sao
e 0 was washed with distd. water for 2-3 days at all or my at adsorption at electroly-tet
days. th I ions in the VAISh IMtW WSS I f the graerd nilet of adwgp-
000 Uatif the CW*ction for rt MW C with the dtanis alf,111.2c coo
asc. Then the rel was dried at room tcop, tolloved by 'rhe a
*0 a Ike! with betcrolmkr adwstwnts of " &Jxaractrt.
=:t I IW for 4 bra, and finally In a mu'fA fur"" at admPtica of 60, and Nile was twrtortn"I Jim a volujactrie,
in yuniunt. The art "talned 4.6% at MOMUM IMW Opp. txav4led wick an 0" Vacuum punip goo
and Iwo
00 1 WA had a form ofwh1tv grains (114-2 tum.) which. beft ran utpump#. whirh petatitted resching a vd"Ufn ON
drug Into wat r, bunt into am"- Venis' T-ty the order 10-0 mm. Hit. M sample of I-el drst was de.
06 of I lignio Sri - prepd. under vatious conditions 0 goo
at 8D higher than the temp. ded"ti far the expt..
be that pretid. " sh- but w-bed twice
Carl'"dirrs ::a 411
0 jum before 4rYin At 110% The oadW%- from 6_7 ;,~U, to Wj-410 in. a Ila, at 0. 42.5. 81 and
If A" 3 1 goo
tka tupts. area nusde in a test" 111CMdAt it I _ 130' for M and at 0 44 Al and 121' for NRo. T1w ti-
titaula VI was placed In IPVCISAY dtl(Ped " tub"I"le Cd IdONW: We' 1.6 titnes to Inuch as the Ed 00
Conts. an electrolyte solo - am allowed to stay for 2-3 htv*mr -- by Nikitfu and Vurev (d. C. A. 24, M), 817h Wo 0
for sate. the get with water; then It was added to the Z; .54.3 times " much " that prrN. by Mosby (cf. C. A.
n CW both faw* I A (laws as mucts as lbe'.4ilica-VI
v VC(le"Ich AM Patrick (cf. C, A. 14. 1M0 and
~Issxr. am pglrkk (cf. v. A. 10, 1171)). 710 If").
-tbermsofadavoianal IICN sed Nif. whit Maria ed W
09TALLURZICAL 1.171119110111 CLASWKAIM the (am *9 the usual md. adsoWlee: trithatit diaJoslas
0
edsorptim. Data an tabakied, Six
a,- A I $$law "is 01V d4t atom. A. A. Podowav
or
AV 40 U AS A. I a ad 0 0 0 W Is 2 a 4 3 0 9
1111-411 *00
a 0 0

GOROSHKO, D. (Kharlkov); IFVMVSKIT. V* (Kharlkov)
Cintralized cutting out of leather goods for repair shops. Prom.
koop. 12 no.7:6-7 JTl 156. (MIRA 11:8)
I,Preduedatell pravlaniya oblbytpromsoyuza (for Goroshko). 2.Glavny7
Inzhener oblbytpromeo7usa (for Verkhovskiy).
(Kharkov Province--Boots and shoes--Repairing)

PISANKO, S.P. (Pysankap S.P.), kand.tekhn.nauk; MURGIA-YELORSA, N.A.
(Marhia-Elarsa, N.A.J, kand.sellskokhoz.nauk; VFRKHOVSIKIY, V.M.
(Vorkhovalkyi, VA], inzh.
Using hydraulic drills in growing farm crops. Mekh. sill. hosp.
14 no.4t13-14 Ap 163. (MRA 16-10)

KOKAROVY V. M. ', insh, ; -VEMMLOYS M--,,_V. M. p inzh,
Mechanization of transportationp storage, amd placement of
a=onia in the U. S. A.; a review. Zoemledelle 24 no.:12:80-82
D 162. (MIRA 16: 1) 1
(United States-A=onia as fertilizer)

VXMOVSKIT, Y.M., Inzh.
Machinery for the placement of liquid nitrogen fertilizers.
Mekh. i elek.sote*sellkhoz. no.4:56-58 '57. (MIRA 12:4)
1. VoesoyuzW nauchno-losladovatellskiy institut mekhaalzateli
sel'skogo khozyaystva. (Fertilizer spreaders)

Illori-anic C'k -i-ry; tc.--tbool,; for

VEMOVSKIY, VS.-
[Technique and methodology of chemical experiments in school)
Tokhaika i metodika khimicheskogo eksperimenta v shkole. Kooky&,
Goa.uchebno-podagogicheekoe izd-vo Ministerstva proeveshchenita
RSFSR. Vol. 1 (Apparatus, materials, work methods and deecrip-
tion of experimental Pribory, materialy, nplemy raboty i opisanie
opytov. Izd.5. 1953. 554 p. (MIRA 6-12)
(Chomistry-Uperiments)

- - ~ . I -- ---- - -.1 -
0 ~V-eOovWoq ,V. IT
v " . I ,
1
1 /
1
4~ -

V2MOVSKIY, V.N.
(Technique and methodology of chemical experiments in school]
Tekhaika i metodika khimicheakogo eksperimenta Y shkole. Moskva,
Goe.uchebno-podagogichaskoe izd-vo Ministerstva -Drosireshcheniia
WFSR. Vol. I [Apparatus, materials, work methods and descrip-
tion of experiments] Pribory, materialy, P-piemy raboty i opisanie
opytov. Izd-5. 1953. 554 p. (KijtA 6:12)
(Chemistry-Axperiments)

verk"isItif ~ad, TtUuM4 t motodika ttthiil-
schoor. 5th t-,f. Nrr"rovv.
ljdltpl%fvu

VMUCHOVSKIY, Vadin Nilaindrovich
...........
(Techniques and nathods of chemical experinents In schools;
a manual for teachers and students In teacharal coj.1ages]
Tekhn1ka I matodika khimichookogo eksperimenta v shkole:
posobie dlia prepodavatelei I studentov pedagogichoskikh
VUZOV* Izd,6#, parer. I dop. Moskva, Goa.uchebno-pedagog.
izd-vol 1959. (MIRA 13:1)
(Chemistry--Experimonts)

'.- Y, , . - '~ ' r r . 7 , - -r,_r ~- r t- ! , - - - ~ ! , ~ z -
" I'Lf~:' *w T~ : I , , : . - . ~ ~ 1 -1
science
Organic chemistry. Moskva, Gos. uchebno-pedagog. izd-vo, 1948.
Monthly List of Russian Accessions, Library of Congress April -.~1952. Unclassified.

ZBODZISRSKIA, I.I.-I ;;uT,(). tnKhri. Y~aijk; VI,,P-VIOV,-lQYp V-S., inzh.
. .I I A.
Temperature cn5 n,' heated paw-de for ocover~np of
tridutst-tell. z;,;0dtngs. slwnil, 41 rj-~.1333-37 Ja 164.
(MIRA 17s6)

VERKHOVSKIY; V. V.--
6783, Verkhovskiy,, V. V. Kiseleva, A. K. Kormovyye kulltury.
Penza~ Kn. izd.p 1954. 87 j, a. ill. 20 sm. 3.000,ekz, I r. 15 k.-
(55-2859) P 633-2/4(47.398)
SO: Knishnaya Letopist No. 6, 1955

WILKHOVSKY, Yo3.T., AN701k)IIA, A.V.~ I'VOKHTIOLIN, R,A.
Groupq for analy~-',nv
4
My IIV, 19, 3! 'L
1. Glavny-y ln-.b. 0-uziriby gignalizatsli --vy.-A Gorlkovak:)y
dorcgi (fo7 Niv ~n7h.
&sent-alizat!Bil, lb'o~.Irov~,` ivyiz-1 ~,iz-ikhn'cy ~iorog.:L `0r
Antonova). 3. Starshly J-nzh. d3rozhnoy
tseritralizatEI-n, -~
dorogi "fa-, Pakhtlozfni)a

VERKHOVSKIYP Yu*N,
Seventh Congress of the Medical Workers of Yaroslavl Province.
Zdrav. Ros. Feder. 7 no.8:47 Ag 163. (11IRA 16:10)
1. Zavedu;yushchiy sektorom planirovaniya Yaroslavokogo oblast-
nogo otdela zdravookhraneniya.
(YAROSLAVL PROVINCE-PUBLIC HEALTH-CONGRESSES)

VEMOVSKIT. Tu.N.
Prospects for Taroslavi Province public bealth development in the
period 1959-1965. Zdrev.Roa-fader. 3 no.1:14-16 Ja 159.
(HIRA 12:2)
1. Is Taroslavskogo oblastnogo otdola sdravookhrananiya.
(YAROSLAVL PROVINCE--PUBLIC HEAIIPH)

vnimoysmy, Yu.N. (Yaroslavl,).
Further extension of the rights of directors of public health
agencies and institutims. Zdrave Roo. Feder. 2 no.8:9-11 Ag '58
(PUBLIC HEAME) (KIRA 11:10)

VERKHOVSKIYJ YU*N*
Sixth Congress of Medical Personnel of-Yaroslp-vl Province,- Zdrav.
Roo. Feder. 5 no.6:42-43 Jo 161. (mIBk 14:6)
(YAROSLAVL PR07INCE-MEDIGLL PERSMEL)

VMHOVSKIYO YU.N.
Yaroslavl Province Public Health Department welcomes youn spe ialists,
Zdrav*Roa.Fader. 4 no.lls45 960. W13811)
(YARcsiAn Pmau-mrsicims)

tF7~ T-nn - - - - - - - - --
11 : ~, , I,I .- - -
Wrote about 1,1inistry of Automobile Transport of the P=SrZ W)S'rr9!!')YAYA o.,
Abstr-acted in USAF "Treasure Island", on file in Library of Congress, Air Inforo-ation
Division., Report Mo. T.1 10 25h8

VMUTIOVShCY I.; ]UMM-11-11KOV V.
2
Conference on the outloo,~ for the over-all devulopment of Vie
the transportatinn sy-tom. ,".vt.tranp. 30, no.10:31-34 0 161.
3j,: 10)
(Tranuportation)

Tm&03wffm.&v.; KHAN$ Bon.; GUSIKOTO KIM*; GUSHCHIN,, To.-P.; MOROZOVITe
Deoxidation and alloying of steel by solid ferroalloys in 1EtddlsN#*
ziul. tekh,-ekon. worm no 1::12-16 157. (NIR& 11t4)
0 9 1
(Steel-Ketallurgy)

L 2-r,086-615 !Drl m)

AMSSION NR MVIC-5V
71-1, VCr, 45
wr-,r*vi.nf, In t-~~p DTOdlit-tilor, of

~ ~ I ... ~, , I..--.,-
r~ , t? ~ -~+ ~7 j;rl --
. I -I -
- I ~ - r- - - . I I .
I - I .. I

I / CC-' V 0 rq / 00 1 / 0 17
Heating ingot heads by exothermic mixtures AC34/A1,-,_4
tures containing saltpeter are, therefore, batter tYwn tlv~oa made with fert!roxides
(smoking mixtures). Mixtures consisting or fcr,,(.-oedia aivi alirainl= have a high
exothermic effect, but only when the aluminum nvri-t-iiii. ~s bAwoexi 10 - 2.0 %, while
the high ferro-oxide content results in the foT-,.-,Atioux o~: Vaite. spotv. A suitable
composition can be obtained with calcium silicat~-Y, d1apley-ing a hiF)t inflatratability
both with ferro-oxides and saltpeter, thus th-.iy oan D--, riiaJe "non-.,;xokin~:,", while
the high calcium silicate content maintain2 tlh,~ atmosphere which in turn
prevents the formation of white spots. In ozkivr tr, the optirrm mathod
of feeding t1v mix into the ingot head, it -w&s 1-at'roducedin one layer (as
done in the zavod Serp I Molot = Sickle and aml in two laycrz (as
In the Vitkovibskiy plantsl Abstrao"';er's 12GLng thn mix-
tures of these two plants (70fP20C - 70F20S r~--d 35FI!~)K_vs). A better
maorostructure was obtained by applying the mix 12) two layer.3. In the subsequent
tests only this method was used therefore. the ingot he&I to 18% when
using exothermic heating increases the numb~er of viu-tikin defects. Thn head
should therefore not be more than 13%. In orier. to define the opti7mm Ghape of
the ingot head, four Inserts were tested: a one with a volume of
12.5% ("A", on a 700 k9 ingot) and three isquarc i_xi;v~rt!t (114311, "C", IV, on 3.5 ton
Card 2/ 7

3/13V61/000/007/001/017
Heating Ingot heads by exothermic mixtures A05VA129
ingots) with volumes of 13%, ;3.4%, and 13.5%, h--ving a conicity cf 10.5, 18.5 and
24%, respectively. The optimum chemical hoaiog-"nue-lty in the metal was obtained %tth
the square insert having 10.5% conicity. In om,3-:iz to s*,leat the optimum heat-in-
sulatIng substance, ash-drift, cupola-furnace ash, goaVhite, lime and mica flakes
were tested. Their Analysis (table 4) showa o-r.',eet of the heat-insulat-
Ing material depends, besides its actual irLault-tb-;_' uappaitly, also on the ingot
weight. In large ingots the beat effect was o".t-0A-_,Sd with ash, graphite and eupo-
la-furnaoe ash, (i.e. substances with a low hep-t and low density).
The smaller the ingot-weight, the less impo:.~a.~ec 13 the irizulatir% substance, be-
cause the solidification period of the ingot" is as long as the heat-insulai~-
Ing substance remains active. In spite of thif,,, irm-ziatius naterlals should also
be used in these ingots, because they Improv^ the el"J'sot", of the saotheiviia mix-
ture. The ohomical effect of heat-Insulating mab-,tp--joes was date:rmined by the dis-
tribution of 0, P, S and Si in templates and i;i 1~41e. These tests were made
with graphite (Cs 89%), ash (Cs 45%) and sand. M~Oiest C and Si-liquation was
found for ingots in which sand was used. When ths mix is applied in a double-
layer, at least 1.5 - 2.0 kg,/t exothermic m:Lx Shr,,v-.7.d 'be uso-,d for 3.0 - 3.5 t ingolts
and 1.0 - 1.5 ka/t for 0.7 t ingots, while ash e'v-j~Lld 'be used in an amount of 1,0 -
.. 1,a ml7turas was measured by the
1.5 kg/t. The effect of the 11 selected exqthellr
Card 3/7

Heating.ingot heads by exothermic mixtures
S/133/61/DOO/W,1/001/017
A(Y541AI29
duration of their burning and their pyrometrio properties (Table 7). Aoc~ording to
these -parameters exothermic mixes can be divido-i into 4 groups j 1) J7 14 (1,14) and
J128Y (L28U) types, containing crushed charcoal ,zA coke duff. They do not display
visible pyrometric effect, and have a fair17 heat-inaulating capacit:r. 2)
15CK15C (15SK15S) burns brightly and quickly 1;A_,'. is not more effi.cient thim type
1) mainly because it is employed in combinatirj-~i with ash. 3) 15AI5C'2 (15j%15S2)
and 15A1533 are the least efficient, while 4) 15A153,, 70F-203 and 500