SCIENTIFIC ABSTRACT ZHIKHAREV, YU.N. - ZHIKIN, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064810008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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G*L* red.; KHRA INg F*G*q 7ieds (deceased]; CHO ISINOVj MA, red,
Prinimali uchastiye: ANUCHKIN, R.P., 'red., GRIGORIYEVA, M.B red.;
ZHUAKOV, V.I., red.; KALTUZHNTr, N.G., red:; KMRSM7N, Zj red.
KOZLOVSKAYAP A.A., red.; LAYROVA, N,P., red,; NUSOV, G.I. red.- FALI-
131VIOH, A.S.q.rq4.;.YWSHO.V, P.R.,.vq4uahch y red.; MOT&A,
tekhn.red.
[Safety regulations for qonatructing steel pipelines] Pravi1a takhniki
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1. Russia.(1923- U.S.S.R.) dla4zid ravleniye gazovoy promyshlenuosti.
2.-Vsesoyuznyy n Iauchno-isqAd~,v I y6 up
atqUskjy inotitut tverdykh splavov (for
Anuchkin, Grigorlyavai-Zh ov~'Xalyushnyyj Xamerahteyn, Koslovskaya,
Lavrova, Nusov, F 11 3b,
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311
AID 985
EntdLra
'MS: CONTAiNMG FMMOCENE- AAr)rcA I-S (M, qR)
Tjft~o-- 1. X. K. D. Z4Mariwa.- and F. Z. Rodova. Zhurnal obshchey khimil,
v. '33, -no. 3, Mar 1993, '798-804. s7o-79163/033100310031005
ThefoUlowing now compounds hav6 been synthesized: 2-methyl-6- (1) (mp, 1,55,C)
An q.S-bo 21.1% yields and 2-mathA-6-fer-ocenylbenzothiazole (11) (mp, 185,C) in
,"14 to 27116 -~Ields;-vnd bip-0-im ethyl - 6 - (M) (mp. 240*0 in an 0.3110 yield and bis(2-
:-methyl-5-benzothia-z*l,)Imn-on~nelM (mp, 26rc) inan OAT. yield. The synthesis
was accomplished hyithe reaction of ferroo~w vAththe 1) (dim ethyltriazeno)benzothia-
.:moles:, 2) benzcFth1azdj3ddiP-'z*nium P.)Alorides,-. or 3) benzothiazolyldlazonium acetates*
1/3

Z' t 7-7 IV t
j_ USZ20
A ADI ~. A !D 985
Kflv*&~branch of the'Donets Institute of Soviet Trade a v! Vne 'ns"'u.1e )4
ant c Ch e.-n:' 9 eq
'i-h e rea c, i e~ 7 7--. e:
t- 04 -C' as were
formed 1-n al~ *-hree cas ev. Th e I- V !i e c t r a (-f 1. 11,
'4 M.-and fV contamed a band Ln the 400 to 300-m4 rAnge.
Compouhda 1, 11, 111, and IV were converted to the
quaternlfy salts from -%vhich in -Lirn th,! following thio-
carbocyanines and dtmethy1merorvarines were synthe-'
sized-, 3, 3' -diethy!A-5. 6'- (V) an,-, 3, '7'-diethyl-3'
-5-"-diferrocerrylthiacarbocyanine iodide (VD~ and 3-ethyl-5-13-ethy' .6- (VII) and
.'3-ethYl-5-(3-ethyl--5-terrocenylbenzothiazolinyLidene-2-ethylidene'tZ-thiazolidir,e-
thione-4-one (VM-)- 77be optical and photographic properties .),' V. V1, VT-., and
VM'were studied to determine U their possible -use4as pliotosensitizers and 2) the
,-degree of -conjugatilondf the ~5 or 6-4errocenyll substituents in tne benzothiazole
,xing -with the bagic polymethIne ichromo?hores. 11fe.absorption maxima of N, VI.
'_IM, and VM -were -at -SOEL 222~ Z43 and 535 -mli*. res ect.1vely. indicating that the--.;
P
V3

PMDEMO DUB GONTAMO MROCENE RAMC= (USM) AM 985
:#ia~ima In -these compounds shth ed'towmrd ;long wavelengths wtth r espec~ to the
gliacarbocyanine a arid -mer'ocyanines containing no ferrocenyl substituentS. A greater/
4athbchromic shift cyccurr ed -in thL, case of thiacarbocyanines ~-onta~,!-ing r, S'- than
in those -with 5, V-ferracene substftuents. Compounds V, V1, VU, and VM are Stable
dyes, soluble in alcohol:and benzene, and differ little in properties from the unsub-
I.stituted thiacyaninm- lnadditlon,'.Co'ndensation of formy1ferrocene vrith 3-etlh-111-2-
I
:methyIbe=othiazdHum Sorn-Md tht-'de-ep =IorO_d diri~e dvf- TKI',i;_--
.801 mp. The deep color of IX
Itivia-dhaa-ge -U-an6t= -to Ibrie =ethine Z=upa And -%,o theroyalopen-.~Ai or.,v, rings.
V3
hj"

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B/079/62.,"032/011/007/012
Investigations of the chemi:1'3try of ... D204/D307
ethyl-~5 I -Lbefizothia~ol7l-(211) befizothiazolinilidene-21
ethylidene thiazolidinthione-2-one-4 (compounds VII and VIII)
were prepared by disso.Lving III and IV in absolute ethanol and:boil-
ing for 30 minutes at 1 OOOC 'with 3-ethyl-5~-(acetanilidomethylene)-
-rhodanine and triethylamine~* Compounds IX, 2-(f,-dimethylaminostyryl)
.'..._6-[benzothiazolyl-(2)] b6nzo thiazole ethyl.p- luenesulfonatep was
synthesized by boiling III.-for,20 min, with 17-dimethyl-aminobenzal
dehyde and acetic anhydride. Substitution ofbenzothiazolyl radi-
cals into 5P51 and 616-1-positions caused considerable shifts of the
absorption maxima in the direction of longer wavelengthsq.the ef V,
feet b6ing stronger for 6g6l-substituted.thiacarbocyanineEis Alcoho-
solutions of thiacarbocyanines. containing 5951 or 6,61-substitu-
ted.benzothiazole radicals fluoresce more strongly than,the,very
.-:,T--atrongly fluorescent 6t6l-di6trylthiacarboxycyanines, There is 1
figure.and 1 table,
ASSOCIATION: Institut organioheskoy khimii Akademii nauk Ukrainskoy.
A
SSR:(Institute'.of.Organio Chemistry.# Academy of Scien-,
ces of the Ukrainian SSR)
SUBMITTED: November 20, 1961
Card.2/2

S ITe.] n,

5 SOV/79-29-.8-25/61
AUTHORS:: Samokhvalovp 'G. I., Vakulova, L. A6# Men, T. V., Zhikhareva,L.T.-I
Koltunovap N. Iop Preobrazhenskiy,,N. A.
TITLE: Synihietic, Investigations in.the Field of Polyene Compounds,-,
XV. A.'.Complete_Synthesis of Citral
PERIODICAL: Zhurnal *ob s hchey khimii, .1959, Vol 299 Nr 8, pp 2575." 2 578.
(USSRY:
ABSTRACT: Citraljs ..the- initial product for the synthesis of.vitamin At
the carotinoids, and a number of fragrant sub a tana e 9. The
tranisiti.,5n.of, compound (1)*, which was also synthe sized by the:
authors#'~ from acetone and acetylene (Refs 112,3) to citral-has
so far been carried out by condensation with magnesium bro:mo-
ethoxy~-acetylen6, partial hydrogenation, and saponification
of the resultant I-ethoxy-3,"I-dimethyl-octadien-296-01-3
(Ref 09 as well as'ace-ording to reference 5. In the present
paperthe synth.esio.of citral from (1) is carried.out without
organo-metallic compound according to the given scheme. Othero-
wise compound (II) is formed when using the easily accesuible
tetraethoxy-eilane'in the presence of orthophosphdrio-acidt
Card 1/2 a small quantity of p-toluene-oulfonic acid, and 0.3 mole of.
-heptene-5-
-methyl one-2.

. 1 1 J: A - ft tf;:! ~~ .1, ;.,~ li ~
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i ~ f", I, I T A~t~l - q. - - I I ~~ ~"
.1, u
. tl- ,~15 qlvp;j~;, i :- .
lev, To -i$., 1 Ru I *
.I
. 1: 1 ill: ~ . 1-

AR6016170 SOURCE CODE.-. Un/0058/65/000/011/1)003/DO03
AMMOR i ~.'Zhikharevs Te,l

11 _31500-66, En(1)/Vq(m)/EWP(t)/ET1 - IJP(c) JD/AT_
ACC NR: :Ar6oimi
SOURCE COM UP
/0053/66/OP-0/004/0724/0727i
AUTHOR: Zhikhar
, =P T. V,
ORG: none
1 TITLE: Resonant phenomena in elastic scattering of electrons buy helium atoms.
SOURCE: opt i1o i opektrookopiya.. v. 2o, to. 4.. 354ap 724-727
TOPIC TAGS: helium,, electron scatteringp elastic scattering, electron energy lev-11
el,.-scatt
ering cross section's
ABSTRACT: :This is a:continuation of the
first part of the paper (Opt. i spektr..
ve 19 851.,11965) and consider
-3 1 $ s the neaj~-thrcshold behavior of the cross section i-
for elastic scattering:of
electronL~-by helium atoms with account of the 13,S-23S
and 11~S-23B-2-S coupling of the He atoms.. The calculation was made in the Born
approximation for the reactance matrix, For a better extrapolation of the Born-
Oppenheimermethod o the low .40
t -energy- region, the aut r used V. L. Ochkur.'s methodt
(zhETF v. 4 734, 1963),of separating the principal'term of the exchange-
5,
scattering amplitude* Tables of the matrix elements with- and without allowance
exchange) and plots of the elastic scattering cross sections are presented.
i,The results explain the second resonance observed by Co R. KtWatt and J. A. Simpson
Card ;-UM: 539.186.2.001 1

1.4

I. t 11H.

13 1 HUI tv At, IM)
13/137/61/000/012/140/149
A0061AI01
AUTHOR: Zhikhareva,'-V~ 1,
TITLE: Determining'aluminum.l.ii2~,chromium steels by. the complexometric
method
PERIODICAL% Referativnyj zhurnal, Metallurgiya, 1961, no. 12, 3, abstract 12K17,
-06
tZ,.'1U1ci.: n,,~,i. in-t metallov", 1961, no. 7, 285-288)
TEXT: Vo deItermine Al in 'a teeI wIithhi-gh.Cr contents the metal batch i a
iissolved in H2SQ4,(1 1 10) ~ and oxidized with WO The solution:'Is diluted'
with water aqd- Cr Is oxidized with ammonium pe.rouliate. Furthermore, Al, Fe.0
Ti,, V, 'phosphate-Ion and partially Mn(0AW 2 ~aree-slngled-out by ammonia. The
precipitate is.boiled together with,the solution, filtered off and repeatedly
washed withwater containing-~some drops bf,WH40H. The, precipitate is washed off
the filter into a container and dissolved in HC1. Separation of Al from Fe.~ Mn
-and.T1 is'performed with a 20% KaOH solution. The preoilpitate is boiled with
the solution, placed into a 500 ml retort and filled up with water to the mark;
the aliquot'portion.of-the solution Is filtered into a 250 ml retort, by throwin&
off the initial,portions. The filtrate in the measuring'retort Is transferred
Card 1/2

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-V , 9~ 9. 1_1 I T,)~*
0 0 0 We 0 041 0 a 0:0.
0 *_* W 0 WOIS 0 0-0,0 0_0_0_9r*~~
-1

or ip ropc4lifs am -flufff"" wool Ad

00
.00
6=4

4A
"d" Miss
gold
,
Aft
4 'A on
MON.

ili"L for So ;~Uf. 0l a rowoult
an

lou dMifuse bi nMMb# Vft
M"'by swats witla P&OA

drJ MAlk bM-

td tar 10 to
~,M ftg at temps. up t o I
U. F. R.
.
q1t. 4

~jjjo WO,-0:6-6 O-O"ll 0-0 0-0:0 Wo 0- We 6~0.0 0 0 0 0 0 6 0 0 6 0 0.0,00 0

W141 ,6 41,00*449416 too* foe 0
* " " "
, 4. '11 " 0 0
J
-
r
POOCIMI AV ##W##ft1# twOt I

i's Ahmbw Refractories md. TWr

Possible use in runwm open'" Whit Oxyra West.
000
ns
d
It
t
h
e
a
c
.
er .(
S. At-ZhikhaftVi Henry Bru
'
.00
F
N

fez "
rom
ANO, 1948, 4 Pages.
WHO, Translation
(Oxyjren), V. 3, no. 2-3. 1946, P. 65-66.
Kislorad

4 .
- - -Kith- -
,I i~ a refrac
bes &velopm7ent OT -Alumin
tatift aft basis of synthetic aluminum oxide. sit

goo it for Refractories, Pyt-Pents
Leningrad Institu
rues of a 66% alumina blamt.
some data on prope COO
furnace brick developed at Institute., and on wml-
dry proctax For brick to show resistance to abra.
0011 -deposition *tTects. so
give war, and to carbon

Me 0
,
A O"AL1.061COL 1617CRATMe CLASSWWAV"

__
U 71S
x At scab
K ~st 5, x a a W j
1

islo
0,1
6 0006* 0 0 0 o 0 1 i
-
$e 0 q 0 0 0 00
4
7
L71LO - 0- 0 - 0 - W-GA 4k- 0
0 000000
0 0 a A. 0 6-9 0 0 0 a of 0000600 a
Soo

fu. A's a v N 0 a of #t af-kv: a
roLce'"s'AND Pe"Iffivots mot#
- I - - : 0
r t i .. - ~
-4 0
di of
UIS *00
of ttpresentative blast-furnace brick made In the V. S. 4~69
and In the Soviet Upion am compartd., Rm"lau bfick .00
are inferior to the American lwWuct becauxe of Interior
a tmajecials *od backirurilum In tuanufacturint "v"m- "0o
Tvi improve tht proevOM tl* (LAAK(URMUIlk-A WTO WMIC
& properties and wi poctaftia. (2) tfft%t of lwv"utv on
corapsonew of brick. (3) selection of optimum ratio lw~
iwern v~wd sny. and t4) preliminary treatment 0, see
4
00 charge. follovv n# sug". lona are madr: (1) Clay,
r W:
and part of the VM Ahwld be crotind Invo her. 12)Tul
mills rot Vlading the components of the charge toltrther,
should be Installed.' (3) Mr
.Iowctful preafts should be
004 0,21
UW. ' (4) The Vft fraction 0. to 2 turn. should be ht(wed'
SOW wparately and dampened before the ground mixture of too
Fin and pan of the a" 1e added, I.Z.K.
I ago
0
P
IMP~o
_w-
ISoo
C 44
7 to 4D
X iA-fi4M11:jn##jATt logo &T
rw o P1 v of 0 J3 4, 3 1
a bit 0 xv-ii:kil t! IN 46 A I U
0 0 01;:~ ; 0 0 fool* w* 6 0 o 0 0'o e 0 0 go go
:10 0 0-0-0-0 : : : : 0 -.0 00 -- 1 0 *-0 0 0 0 0 6 0 *-* 0 0 411 6i

3 Kvtw4ae Im~i*;,uiwp-mm-il--;-4FW-Zwti3-,,~w44 a WAFF25ZAH I 9.~Tlf ME Ili MINRXII I w~WJIWNW -.11; !; ~ ok ,I,
I . .

at Wq-2 ME IF WR411 ?I U Fri V tit 13 -31 P -r 1 1111,
V 66-VO gooses 0
F- VC-AF-4 $00 a 66 a too 009*016
1-j, a a a a IL V w
ir L-- --k j
'00 1 lip
A
p ELP I Kelm* W99111
W &to over
Ir'll E-
A use Of WA" do"" for, kili"mutim a""
z 0 11H#
Pn"rW ftntal,11104 IP% Alsth (411maw -40
00 C too! tylw), 72% tooWlitip 41 "04
jewwwal"
i type), UQ"
H If mAx" W oft bon Aftl clay ~00
amt 4 Ift"A of clay or vuy tsvw kbow, cpiupmkkpn 0 the P"
Whietkiii alumhu *M ^ .1k 2k miml
clays! &NOW" W powd"vd atumbw mot clay see
go
fu Ino le" lb" 0.&1
j"
41116 OffivAle --. 6-
mitt, tit dw 11ttil Aimmitittif to 40 to 141%, 111ch"llut N Ili 17%
wire.
lima P(MIN111J. IN
0 -0
tit by:mViming Itmi filtntrillts wm firod At Obw *W
Sao
of
MIT, vAtalwa firw of foul't ww*"I It poroitity
is MRAllis pirtuffth W Oto In OXI bs.,jew"S, am Mint Morift.
1144mindor2lill./m.tat 10)6 (1111140- In tlw cfw of Moro Als(h), P 10
sew J~~
Ain r(MMant L VOIUSASS dUlat watikV AlW_ ]&**. lh&pn
go., 'To am Sit
mhmt sbdvkkRp
Ommki top Aml and Irl.1 for 6 to I hr. 0 1W. see
At 1001 Pf Stbaptit MOWWA",00 44% Is OJ to 04%,
40-0
Vm"Ktrft~lk-* OVAtimm 'AnIf up"to M% At^ w"* an lot,
low Itut tims"lly 91:2 (to 24%. foerk-Iml of 14* pri"iAlAtily 00
We of th"tinal t"o"m (21 in It"'14JO12 x
lifts corAw-kivity lit "12.1; torotallift 61 twks After
fifivir #A er", . . I
III *Sk'abock OVIN (*If) Willa no tiffilthILlo" logo
N hittitaittlam of viracU tiltirr I bralAhmit Orle (wattO with 6110411
WriShl JOS* ditirt 10 cycl" *#%I Shjr-j 1d,"4 ~Jfjtf if CyVk%, and St.
to e
*00
IF
.7
014111 &A 0" Lot
x 411f4ij if$# #4q Olt owl
19 'fm a it a I Sir a 0
El: u 111 jig, -0 111! of A v
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W- ionvi
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0

-so- 0 0 0 0 0 0

00

as 00

90 heol Abrinkow diet 2-4. 41 IM, I-V",, clit-cKst md6do a
1
7
1
4
4,
41
. all wvOinq
44ve Ir.4timl et. 1741110 amt IMOT, At 1
halw*
dwww"I OwwOollity mo vh4" nee woo riot dr,O
jr, awl &A#W anql plo
~
ham"i to hiwd;. at'INO . ouly %bow k&Vtng W4V thOl 1111%
l od
h
k
&
m
4
kw
f
I
m-
arm Ow
I
e Il
d".
&w
tdt
t
AIM, wm tint
g
'
dmvd relalIVOY WtWl
Wavift W% AWhwO Ond it IbNI
T"Jume chanvi arter*m as 174V v"d ISID'. but nMr of l1w
v I wwwro ttutd I's lbo afth of sit oll.
i
r
ast whe"ll am opm porodty
to d deplie .1 w
t
of powiWir all Am"*k F"t""i to A to dN" 4*1 the MAI*.
00 W(fwttft uwkfw~M vW S6p" W It I % AIM sho"I lbt
0 w"alkit.vohmm ch~l, lWW ditmask"m on lbe b" suclacm
.
40 1.3 to 13%. ~rmlpnwjurr "W%kilml of emodum
chqiw . 1 -1 :
-
h
l
i
:
Women
nal
0 %
01)" to 0,112) monj wit
(cryslak

-,so

0 00
,
4 6, i,
- 0 0
400 0
10 sl

P0,
Ill 11-11RHH-di-
11 W U Alt~, I-M I
dill ill i I

;;~ .3
11111 H F, 1.11! 1 11 ~Rll - hi ~] -1.

IP14
AUTHORS., Zhikharevich) S.A., Geimank I.A., Kozyreva, L.A., 131-5e-4- 47-
~avev ~0, m~jls .3nko, R.S., Konetsidy, U,V,,
TITLE% The Production'Teohnology of Highly Aluminoua Dense Prodnots Yffitu
Using the',Dispersea Concentrati of the AktaBb Occurrence
k delty
(Tekhnolog3,ya.proizvodstVa vy4off-oglinozemistylen plotnykh iz
a primeneniyem aktashakogo diasporovogo kontsentrata)
PERIODICAL, Ogneupory* 15158, Nr 4, pp. 1755-179 (USSR),
ABSTRACT: Experiments'showed that this diaperaed concentrats is not easily
caked 4logether at. high temperatures even if previously f inely
crushea. , Furtherip. the result of petrographic investigations car-
ried out.by:.N.V. Gul'ko is given..An illustration jhows the prop-
erties of:-samples f rom 100% dispersaa concentrate of the )Jct"hak
occurTlence at a -pressure of 200 kg/=2- anl a burning tempereture
o 17009. If 4-he disparsed co-acentrate Is burned twice its
of up t
quality is improved but the working process is rendered more 00M_
Plicated. EVeriments were therefore carried out in.,*hich, previ-
ously bu rned sma f inely ground al-spersed concentrate is used &e.a.
Card 1/3 dust-like component of the fire-Y19,y mass (dispersed f ire caay).

The Production Technology of Highly Aluminous Demo. 131-38-4,10/17
Products When Using the Dispersed, Concentrate of the
Aktasb Occurrence
~The properties of dispersed f Irv. cley and of such made of teanical
alumina and, clay are: given in table -1. The characteristic of the
masses and the'properties of the arrude samples way be seen fram
b'le Further-
table Zp~ and -those of sample-3 burnt at i5200 f rom taL
more, an inaustrial quanti-~y of blast farnace brick3 of -the type
D-2 was made. Thl- granula tion of the f ir-a alay is shown in table
io of 4 mass and -hhe raw pmauata a showa
and the chamoterist he re
in table 5. Conolusionst 1.) By a Joint application of the dia-
aal alundna it is.possible to obtain
persea concentrate and technic
highly alumino-w. dense 2.) The dispersed 4.uwinous pro-
duots with a porcsity of less than 12% ha-ve a good stmoture, thv
are of low penaeabilit~ f or amelti and gaaes, arA havc a vollme
stability at 1500-1550 . It Is r.Accmendad to intensify the search
for dispersed ores on the condition that costs are considerably n-,
duced. There are I figures 5 tablea, and 5 references$ 4 of which
are Soviet.
Card 213
illi -MIT 1;

I I 11! IRI;~ " 1 !
WMATII N, tq
~! !'I ~! I I f~ - ,
1 ~

A.UTHORS: 1Zhikharev.ich,'S. -A.o Getman, 1. A., SOV/131-58-9-1/11

TITLE:.~ -Constant, High-Alumina Products
Technology of Denseo,.Volume~
,
for the _~Brick: Lining of Mast Furnaces (Tekhnologiya plotnykh.
obl'yem
opo.stoyannykh vysokoglinozemistykh izdeliy dlya kladki
l
domennykh pechey)
13
P -ERIONCAL:.. OgneuporYp 19 58 qi~ Nr go pp. 385 395 (USSR)
ABSTRACT: The fireproof~brioks in the well of blast furnaces are
exposeVto a longlasting influence of liquid crude iron
0 as well as to a static
kept at,~-a temperature
of 1500
,
2
pressure.of:4-5:kg/cm ..The conditions of the heat conduction,
part of the well, are unfavorable
as well..',Proviously, the bricke were'manufactured from,
raw ka,olin,%but.they developed a considerable-shrinkage*
For the improvement of1the stone quality a.significant
increase of the Al 0 content.(within the limits 65-75%)
is necessary. High~alumina products comply with these
requirements..Table,I shows the composition and properties
Card 1/4 of thehigh-alumina, fire-clay. From Table 2 the porosity,

-_7
Nchnology of Dense, Volume-Constant, High-Alumina ''SOV/131-58-9-1/11
Products for the Brick Lining of Blast Furnaces
density and shri~kage~,of the products under a press;ng
force o :k
f:1000 g cm' and a burni ng temperature of 15500
6. ta durat ion of 10 hours is,seen. Intable 3 the composition
of the batch and.the. porosity of the raw material are
presented.,'The influence of thefine-grained parts of the
batch on the quality ~of.samples from highly aluminous batches
a
e, iv in tabl and the shrinkige in table 5- Figures 3
r g en e 4
and 4 show the properties,of,samples produced from this
batch. Table,.6,contains.the chemical composition and the
heat resistance-of.the samplesand table 7 the fire properties.
'In table,8 the properties of products which were manufactured
in the testing plant UNI,IO,' are tabulated. The experience
gained.in laboratory- and experimental work were introduced
in the SemilWd PlOnt. of refractories. In this work parti-
cipated: ~rom'the,Inatitute,,Ye.A.Ginlyar, A.P.Kochetova;
from the plan't-T.A.Fitkalenko, I.A.Savkevich, R.S.Millohenkot
Ye.G.Volodarskaya, Ye*V.Rachkoval S.I.Pedosovo N.V.Konetskiy and
others (Ref ',I). In table 9-the granulation of the batches is
given and in table 10 the pressing process. Table 11 shows
Card 2/4 the properties of.the-bricks. Conclusions: It is possible

A
.Technology of Dense, Volume'-Constant, High-Alumina SOV/131-56-9-1/11
__
Producis for ~Blast Purnaces
the.Brick Lining:of
to produce..fireproof :highly aluminous bricks with low
.,porosity and high~stability as well as with a volume
constancy at 1550-16ooO. Th technological parameters
e
of this -ware are presented. Together with an inoreased
golialty of the stones also theconstruction of the well
must be improvedy in order to avoid a vaulting of the stones.
It'is-'recommended to enlarge the dimensions of the stones
In, order toreducethe, number of joint. There are 4 figurest
1i tables and 4.referencesp 4 of which.are Soviet.
ASSOCIATION: Ukrainskiy niuchno-issl 'edovatellskiy institut ogneuporov
.(Ukrainian Scientific Research Institute of Refractories)
Card
3/4

1 r1l ll I ~, ", i f
3,
IN
I "N A

I I i t
. I I
- ii
h, 1. ~

I ~131
IM"ili'llillf"ll 111111; 1 RN
Tiff

.. , ttht
1: 1 ~j 'I 1~41'fv -
11 t 1 111 H ~ - 1".) , .

15--(2), 15,(6)
AUTHORS: ikh
i8ch Ao*z7ROyzens A& Jay S. -77-6/14
eval Is A., Kablukovskiy, Ai POP-
Skorokhbdl-'S*-D'
TITLEt ~'Refractory Concrete as Electric Insulating Material for
Electrode Coolers, of Electric aro Furnaces (Ogneupornyy
beton kak alektroizolyatsionnyy material dlya bkhladiteley
elektrodov.dugovykh etale~lsvillnykh peche
PERIODICAL: Ogneu o ~1 19 (USSR)
p.ryt -959, Nr-7, PP 309-13
ABSTRACT:- The~magnqsite-chromitetiles iu.the.aroh of a steel-Melting
a ou
furnaoe--are satyr tedf during-operationg ~y iron-'and'ohrom a
oxlder*~~and-become more conductive in this way, vhich oftd~'leade
to;short:.circuits andla burning through of the coolers'. pigUre i
shows the.depend6nceof'tho -logarithm of,the'specifio~eleotric-'.
resistance on the temperature forsome industrial refractoriesi, At
'the experimental plant of tho.Mcrainakiy-iiauchno.ioslodavatellskiy,
institut ogneuporov (U.'kIO) (U*W41M- 3oientific Rosearoh Institute
of Refractories (ukiio)) and at the Semiluki Workso' experiments
.with highly~aluminous refraotoTiesp*the original materials of
which are indicated in a table, were carried out. The microscopic,
'Card 1/4' investigations were carried out by.N.-Ye. Drizheruk (Fo'oinote,:2).-

Refractory,ConcreWas Elootrio,lnsulating Material ~SOV/131-59-7-6/14
for BleotrodeCoolero of ~,Electrid-aro Furnaces
The'mass composition and.the properties of the samples are
indicated in table 1. Figure,2 shows the thermal expansion, and,,-
.f igure. .3, the dependence' of the logarithm of the specific electric
resistanoe~bf the samples. It was not poosibles howevert tc
ensure theelectrio insulation of the coolers in this way. Righly
aluminous cement was-also prepared at the experimental plant-of'
the-UNIIO. Highly aluminque fire clay with...a grain' size of.fr6m
3 to.below o*.0 mm.wae used,as a filler* The.chemical composition
and refractorineas of.the cement.and of the f ire clay are Indicsted
in table 2. The petrographic. investigation was carried out -by LO As-
Kuzlmina' (Footnote 3), the-X-ray examination-by B.:Ya. Dikhem7ady
(Fooinoe 41 and the thermal analysis by Ya, V. Pustoval6v Odnote,5
and'Fig Further experiment S were car#ed out"w'ith leaned masses,
the composition density azid strength values of -qhich.are indi-
catedin'table 3, The characteristic of the sampiis-is shown--in,
table 4i Figure 5 shows the cohesion of the concrete:with a re-
fractory product and an iron tube, and figure 6 shows the cohesien
of the concrete witha Ma'gnesite-chromite tile. But also this
experiment did not ensure an adequate electric ineulation.of the
Card 2/4 coolers. kbTadmenW wM h%hly Oniums cement mdbigbly 931ldnow tUs of a

-f 11"T V 17
Refractory ConcreteasMactrio Insulating Material- SOY/131-59-7-6/14.
f or, Electrode Coolers, of Eleotric-ara. Furnao
muMte-ccrunft -comImsitlanwre also carried out at.the experimental
plant,of the UNIIO* The properties of.-the cement-and-concrete
with the fill or of hig4ly alumin" fire alay, are indicated in
table, 5- some data,characterizing the qualityof the'hi#hly
aluminous arch tiles and of the.fire clay axe indicated in
table 6. The insulation of the coolers by refractor7 concrete
is carried out in.2 variants (Figo, 7 and"S)., The oh.emical composi-,~
tion,.of the concrete zone and of the slag Orustis shown in
table 7 'The petrogra hio investigation was carrie& out by Me Yoo
Drizhe:~*-(Footnote T Figure 9 shdwela, conorete'pioce after.
72 melts, The experiments carried out showed that the use of
concrete eliminate's the burning through of the coolers by.short
circuit, and extends the working period of the -furnace arches
by 12-15 %- C6nolusions: The satisfactory application results
of the concrete insulation for electrode abolors should,be
introducea,-as soon as possible, in all electrometaillurgie plants,
particularly in the furnaces working witli 6xygen. Tlie ~ series
production ofthe material needed for the insulation should be
organized, There are 9 figurest~B tables, and N references,
Card 3/4 10 of whioh'are,. Soviet*

9I.M.
"W
I I
: P f;

I
H 1 1. 1 1 if q~
: E 1, m ! 11 VII 1.
11-1] rl ld i
i ~rll--. . v ,
I

1 3-F --l'. T-1-11-law-muglum
t 9 lia4lilk. , 4,1114~i " :

.`4f! .
.: 1 i
. i I i

.. V! I i: , , I
i . I
M ~ i. I ff` p i PH 1314P;
11 ~ -1 1 i 11 :
I Al lu:
.1
911111"1111111 1 1
I JI 3 1 i,~ H 1

T,
AQ(;~ 'V-AA016879 SaM COM UH/0198/65/001/009/0020/009il
AUTHOR t ~- ahikhWAgh.-Ye.. VDnepropetrovsk.)
0RGt-Dne=opotrMMk Braneb, (Dnepropetrovildyfilial x1i
A-11 ftgtMcgtio~ XndixAry
st.roitallnogo proizvodstva)
TITLIMI.-Caloulating the effect of concentrated loads on cylindri-cal
ka- not 9#
1965; 20-i.25
~1AGSIG Lai 6:-shi3l,stiructure. uiaieriii diformaiion.
ABSTRACT: An approxiiate method Is given or ca culdting
drical shells for any concentrated loads. The calculation is
--done In two stages to assure satisfactory convergence In th6 so-
lution. In the first stage* the zero-monent convolution IsIcalw
laulated arA the normal atresses are 4etermined together ulth the
resultant angular deformations. The seoond stage Involves analy-
sis of the moment state of the shell as a folded eyetem loaded by
the angular deformations found In the first stage. The method may
be used for shell caloulations involving longitudinal, distributed
and concentrated foraseq as wall as for computing the setting of
.one_or several euppq;~~# _for any given boundary conditions at the
-ends ~f the afiki.* Orig.art-v- 6st 2 f1gures# 7 for=las, and 3 tables. CiPHS]
SUEK DATE:
aCODE:~ 13 /~-ORIG IMS M OTH MFI: 002

Z i p;~!~
.-Jr. -X.40~0_rA ~V_W'41rWf!/q1 0AAmt, JV 6- 1 Jn
.A"; AP6012217 SOURCE CODE.& UIR/0032/66/032/004/0438/OW
AUTHIORt Bo.kshteynj Bm S.;.ZhikbovitskiTj A -0 A. Surmava, G..- Gli"
ORIG; Moscow Steel'and AlloZ , InstitutIe(Moskovskiy inatitut stall i
splavov)..
TITLE: :Method for study of 'diffusion, in,wbisker crystals'.
SOURCE: Zavodskays. laboratori7a., v..32, no. 4? 1966JI.436'442
TOPIC TAGS: metal whisker,,me.tal diffusion
ABSTRACT: It Is Proposied.to'_~deiteimlne,.the coefficient of diffusion of
a. component-in a wbisker,crystal',by measurement of its transverse, I
dimension. The results of,s study of:tbe diffusion of zinc In whisker
crystals of c9mr hAve shown that the rate of the diffusion mobility
of the zinc aEoms.id whiskers is I to 1.5 orders or magnitude less than.
ii) ordiii-aryzr1nocrystalline, Icoppers. The article given a detailed flow
sbeet,of the equipment used to study this phenomenon* Experimental
results,gre given in a series of curves, The results indicate that the
rate of growth of tbe.wbiskers.actually limits diffusion* Orig, art*.
has: 15 formulas and 3 figureat
SUB,CODE: 07. 20/ SUBM DATE: none/ ORIG REF: 002/ OTH REF:
005
Card 1 /1 zoe/v- UDC: 532,72

difficulti Mast. ugl. 8 no.8:6 A-g '59*
To work where work iL
()GRA 12:12)
I.Birgadir rabochikh-,ochlatnogo zaboya shakhty iment ulinina.
1~ :-D IP!", H 'IH 1
:f