SCIENTIFIC ABSTRACT VORONIN, M.I. - VORONIN, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860910013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

45899-66 VM-Cp )j -,W r) ( j ) /T TJP(c) WW/ RM
cc Rr. ,
AR6ol6T56 SOURCE CODE: UR/02T7/66/0001001/0034/0034
tAUTHOR: Iforonin. M. I.; Petrukhin, P. A.
----------
TITLE: Static and dynamic strength of reinforced plastics';
SOURCE: Ref. zh. Mashinostroitellnyye materialy, konstruktaii i raschet detaley
mashin. Gidroprivod, Abs. 1.46.203
REF SOURCE: Sb. tr. Mosk. vyssh. tekhn. uch-shcha im It. E; Baumana, v. 4, 1964,
29-39
TOPIC TA11S: reirl"orced plastic, phenolic plastic, glass textolite, fiber
ABSTRACT: Zae authors determined the stre hracteristics under compression and
f
bending and during fatigue testing for textolite.j fiberplastic and V,4Yj5iiberglass-
reinforct& plastic4and also the experimental coefficients~A and c, appearing the
equation T =Ae-ao which expresses strbngth as a function of th6 action time of a
cr
load a E;t a constant temperature (-r is the-time to destruction under constant stress
er . i
a). This relationship, which was derived for pure polyneis, is:verified for reinforce
polymers. Within certain intervals, the phenol polymer miiteri~le studied conform to
the time relationship accepted for linear polymers. The' experimental coefficients A
/2 67845-419i677.521:539.4
UDC~

L 458q9-66
ACC NRi AR6016756
and a are determined to a considerable degree Irr the techn6logical conditions ob-
served during preparation of the specimens, their geometric shapi~-, the type of filler
and the form of loading which is applied. An increase in strength results In an in-
crease in coefficients A and a. [Translation of abstract3,
SUB CODE,
Corti 2/,'
J
F III Fi,.111 IfliPI, MiTT

Aed-R-R. -AR601-4359 Y SOURCE 28 28
AUTHORS: Voronin, M. I.- Motavkin A. V.
TITLE: Effevt of the scaling factor on the strength of fj~~Ia~ss,AG-W
SOURCEt Ref, zh. Hashinostroitellnyye materialy, kcinstruktaii',i raschet detaley
mashin. Gidr(jprivod,, Abs. 11.48.2,42
REF SOURCE: :Sbo tr. Mosk. vyssh. tekhn. uch-shcha im. N. E. i3a,:U!E~j--i. 4., 1964, 3-16
TOPIC TAGS: fiber glass,, material testing, tensile strength/AG 44V fiber glass
ABSTRACTt The relationship between the amount of is~oressed volume and:bhe ultimate
stress of fiber glass (C) AG-4V was established during tests under conditions of Axial
tensions coA?ression, torsion, and bi-axial tension, It was e.9&3bliahad that ~he
'c
scaling factar has a significant effect on the strength of C. Vo dep, ribe quanti-
tatively the effect of the scaling factor on the st:-ength of MAG-W during axial
tension and aorripression it is possible to use the Wiaybull function fi)r the distribu-
tion of defo,;ts. For torsion the above function can only be applied~over limited
ranges. DurIng hydraulic testing of AG-4V cylinder;j, good agrigietnent; was noted
between the -.alculated and experimenta3 values of the ultimat6~,stress under plane
stress conditions. The equations and experimental aoefficient4 presented in the work
are recommended as a first approximation in engineering calcuUtiono~of the strength
Card 112
- UDC3 678.5:539.4~

L 07185-67

. . .. . .11 .111 71 ; I
1 1; R I
A
VQRCIlI,I,j~.I.,, kand. tekha, nawk
Nc-4- materialn on the construction of the first! Pussiu, railroad.
Tranaps atrul, 13 no*1157-58 Ja 163 ~vzra IW)

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3/1213/63/000/001/006/008
Aoo4/p.127
AUTHORS:; Kuzin, A.V., Voronin, M.P.,, 13orovskiy-. Yu'.'P.
Investment casting with soluble inserts of~~pump Vid compressor im-
pellers
PERIODICAL: Liteynoye proizvodstvo, no. 1, 1963, 32 33
TEXT: To obtain a high surface finish oi*the inn~61'r hollow of impellers,
they are cast in metal boxes with soluble carbamide cores according to the in-
vestment process. An allowance of 0.2 mm is left for polishing and a 1. 5% shrJnk-
age allowance -of tYB steel. A brief description of core and:model making is giv-~-
en. The models are made of the X1111 (KFTe) compound 96ose malting point is by
35 - 40*C'higher than that of the carbamide cores. To,,preveftt cracking of the
mold, marshallit and quartz sand are replaced by fused,:quartz of a correbponding
fraction. The castings shaken out are cleaned in a sandblast apparatusafter an-
odic-mechanical cutting of the risers. This casting tachnoloey ensures cast im-
pellers with minimum allowances on the inner surface and dimensional tolerances'
corresponding to the 2nd class of accuracy according to rOCT (GOST) 2009-55, Then
Card 1/2

S/128A3/000/001/oO6/oo8
Investment casting with soluble"inserts of A 004/A i 2-(
the authors describe the casting of open compressor lmpell~rs wKich is carried
out in a similar way. The models,are melted out accordi4to th~_ following reth-
-tours at 150 C, 3 hours aV2000C and 3 hours at 250 01 ld
od: 3 1 0. ITtqi an' s are
roasted for 20 hours In a continuous electric furnace of the pusluir type. , After
pouring the molten metal, the risers are covered with-en oxothermkc mixture.
There iLre 8 figures.
Card P4'2

flm! PIN
11HRMMI! lug
YpRolau tajj_Atepnnq.Xjgh, ekademik (1838-1903)'J,~!EMIXOVA: I-G-1
XWOVA,
DWIN, H.S.$ prof., red.; BEfOrOVSKIYI A.A.~ ,
I i:r
I.N., tekhn. red.; PROICOFITZVA tokbn ad*
(Selected works] Izbram7ye proizvedeniia. cost. LG.Igemenkovs.6
Pod red. i so vstup. statlej. M.S.Dmina. MoOkvs., '$o1' kho zizdat,
1961. 274 P. (141RA 15 z6)
Noology) (voronin$ Mikhail Stepanovlc~~hp 1~3$I,-1903)

ANDP=W, I.P.; VORONIN, N.V.; MITROFAMOV, A.M.
NOW
Benzene hexachlorlds smoke nev agent in the ~ ~C*Ztrdl Of Irpa
persimticks. Vaterinarila, 33 no.5.-62-65 My 156. 9: 8)
1. Tvesoyuvqy nauchno-issledovatellskly Institut veterlwruoy
ektoparasitolo i, mikologit i sanitarit.
r3ensens, hexachlorlds) (Ticks)

Vt
ppyy!
USISR Zooparasitology. Parasitic Protozoa~ 3porozoa.
Aba Xour: Ref Zhur-Biol., No 6, 1959, 242200,
Author : Un=in'_ ~1. V.
Inst :All-Union 1-n-stitute of 2xperimental V6torinary
'Medicine.
Title :Study of Immanobiological Propert~ies o!f Babes-
iella ovis (Babes, 1892) from Armenia'and Azer-
baydzhan.
Crig Pub: Tr. Vses. in-ta eksperim. veterin~rii, 1957, 21p
254-269.
Abstract: For experiments, the hybrids of Rmianovskava and
fine-wool sheep from a locality safe from hemos-
Doridiases were utilized. For the stuAy of the
strains of Babesiella, ticks Rhipicephalus bursa
infected with these parasites, were taiken. The
Card 1/2

M
UE'q-R / Zooparasitology. Parasitic Protozoa. J-porozoa. G
Lbs Tour: Ref Zhur-Biol., ITo 61 1959, 24220#
A.Witract: cross infection of sheep, i=unizod by taeans of
Bingla or twofold infection, shows that the
causative agents of babesielliasis of.sheep in
Azerbaydzhan and Ariaeaia are scatiewhat different
in their immunogenicity and virulonce.' B. ovis
from Azerbaydzhan is more viruleni. D. N.
Zasu-khin.
Gax-d 2/2
21
f
I I II IMH III V; , TF

.,0a.vaterinonauk
VORO ik
NI Adde
Biological basis of the term of treatment of4almla against
the larvae of the warble flv. Taterinarila 36,,~ no.6;0-70
Jo 159. (MIRk 12: 10)
1. VsesoyuzWy nauchno-issledovatellakly institut rPterinarnoy
sanitarii.
(Warble flies)

VORONIN,I M.V., kand, veterin. nauk; IVANTSOV, L.I.
Ridding cattle of varble files as an urgent task, Veter-inal-lia
41 no.203-158 F 164. 17-:L2'-
1. Upravleniye veter-Inarill. Ministerstya proizvoctstya I .,agotovok
sell akokhozy&yatvenrykh produktov FG-FSR (for Varoinin). 2. (-2.iaN-rj-y
veteririarnyy vrach Upravleniya veterinarii MI-MIsterst,ra pro:izvods-~Va
i zagotovok sellskokhozyaystvenny~h produkto7 R.IPSR (4*'o:r Iviintsov).

VORONI!,jM,j,,,kaudidat yeterinarnfth nauk; MMOT, --- IOS*-#--- jdadvbI7 ziauchny7-
mum 120
Using chlorophos in warble flv control. Taterinarila 34 no-3:76-78
(XLVA 10:6)
9l 'SkI7 initituf, yeterinarnoy
sanitarli i ektoperasitologilo
(Warble flies)' (]Fhosj~hormm organic compomde)
I M ~V I I I! U I

PMYMOV, D.K.; IV&AOV~, I.S.; AlIDRv.YEV, K.P,,* VOR(RIM PUT'govp D.I.
Effectiveness of chlorophos and other prepara~ionsln hypoder-
mosis in catA*#Vbterinariia 37 no.42 71-744 160
16:6)
1. Vsesoyuznyy'nauchno-losledovateltakiy institut vaiterinarnoy
oanitariio
(CIUROPHOS) (VABmE nnz)

"The Use of ChlorrThos for the Cdn'trol of'tbi:'d6df1y!I' 1by, Candi -
.-date of-Veterinw.,y Sciences M. Ti~ Voronln'and
Un-
Associate 1. S. IvaBhkov, All- ion 5cle7ntific'ResenrCh Inoti-
tute of Veterinary Sanitation and Ectoparasitol6gy, Yeterinariya,
Vol 34, No 5, may 57, pp 76-78
Describes experiments conducted on the initiative anO under the 9WA_
ance of Doctor of Veterinary Sciences K. P. Andreyev~ Read::o:r the Labora-I
tory, of Entomology and Disinfestation, to (letemine Means of. controlling
the cutaneous larvae of the gadfly. Chlorophos, an arganopbospborus com-
pound and a powerful local and systemic lnsecticide.,~as used in the ex-
pertments. Chlorophos is a solid substance, white ii color; has a melting
point of 68 to 70 degrees centigrade; and is solublel4n wa,+.er at room
temperature. The experiments established: (1) chi6k'ophoslin doses of 10:
to 20 milligrams per kilogram body weight is a strong larv,,Lcide and is
harviless to the animals; (2) the subcutaneous injectlon of a 10 percent
aqueous solution of chlorophos in doses of 5 to 20 mtlligr~r4 per kilograTh
body weight kills 98 percent of the larvae. in the scirrhuW; ~t,he reco=endo .
dose is 10 to 15 milligrams per kilogram body weights 0 '; ccal appli6ati6n
of c:hlorophos in 5 to 10 percent ccncentratioaa kM, ji. 100jorcent of: theI
lariiae; (4) the milk of covs treated with &LIo:Vopbc'O'j'! is holruitleiss. (U)

-,Vowfi-,-- -M
"Efficiency of chlorophos and other preparatioaa ~ athe case of' hypode rma-tosis
in cattle."
Veterinariya., Vol. 37, No. 4, 1960, P- 71
Y 11V

USSR Diseases of Fam Izirmls, 1xichno-Bata-moca.
fibs Jour Rof Zhur - Biol., 110 221 1958) No 101378
Authe r : Voronin, M. V.
Inct : Not given
Titlc : Expurij-.iontva Control of ItTodurija Bovis i~a 1-bacmi ObInst.
Orig Pifa Veterinariya, 14958, No 3, 69-72
Absti-act No abstract given
Card 1/1

YOROXI-Ni-A. V- * kwW.YetnAuk
Cirbaneous applicat Ion af ddoiajh", In ~ 0 ontrAllng! vw?ble fly
im.-vae. Trudy Mum 13:86-92 :'58. wou, no.2)
(Phoophonic acid) (Warble flies)

VORONIffs M-Y-skwd-vetnauk: HOLEY, TeoV.jkand.biolonauk
Zffect ok insecticides on the larval and pupal phases of punkies
of the genus Culicoidee undor laboratory, and fieWconditions.
Trud;r VNIMM 13:141-152 158. (MNA 11: 12)
(Biting midges) (Insecticides),

VORONN, M.Vi, kand. vet. nauk.
Warble fly control in Moscow Province. Yeterinaftipi 15 :ao.3:69-72
I
Mr 15 B. (KIRA 11:3)

a 4
all
xr r G A 11 U .-.s X:~r_ All
p -
A --- ---
/ I I -~, I
6
A, 16-411.
doilksstr(4 Of kit.
nin. Tarfycxiw I'mm. 94, No, U. 2W
-nMontent of cut prat it fecluml to 72-5%- NVat the.
peat is tteatcl for 20 min. In horizontal at
its S Mf 11MIAWS llith
-it-Am at IMS'. ThI4 tep 6 Lurriv,l'paut vvith the jir-~t
Pli in Wen 20 on. illikk on ititilti-2belve (trittall
routing cars. From this Irciotment the twat is hydrallh-
C-Ally PrC&Wd at 101) kg. pff Uj. cm, to 37% 11.0. Tlki
thot autodivc couNjus 41,6
see
furru"I lid fil uiwwl for the pr*Jtwtimk 4.4 our.
lee 11.9%
turAl. The liquid ritfiresocil In the proisairs cmilains 2.0%,
u =09
r rd red crd surimunces of which 4U% am (vintivatAW.
Me
This Uquid is utilixed for the proiducti4m of Htoll
0
00w see
Me
IT,
too
LA &JIliLLUACKAL LJIJRAJ~43 (LOWICA1104
if
23 t a no a 4 a -W 41 i-T" r;
r it tt it, Of .11A I in.
to it as 14 ot A of a
0 40 0 6 0 9 0 0 0 0 0
0
00 0
::000 feeillie-000

Artificial deh7dxation of peat in the Bokmiipgarsk Plant. Torf.
PTO=. 34 no.U:17-19 '57. mak 10: 6
1. Direktor Boksitogorskogo zavoda.
(Peat-Dryine)

A~- 14556
S/I 31/63/000/001/003/004
BI 17/ BI; 01
h5-
AUTHORS: Corodetakiy, V. S Khavkint, !to. 1.
TITLEt 1,Pf f ec tof admixtures.in the initial'matariSl DJ2 the proper-
ties of refractory products made of zi.Tconivm:tIioxide
PERIODICALt Ogn6upory, no. 1, 1963, 3p,:-135
TEXT: The effect of I Fe 0 , TiO SiO land: on the pro-
2 3 2' A1203' 2i ~205
pertiee of refractory products made of ZrO stabilized with C&O was:in-
2
vestigated. Degree of sintering, compression-strengthp r4sistance,to heat
and deformation of specimens produced under identioal conditions
2
(500 kg/cm ; firing temperature 16000C) wdre determi ed. 1-Iftesults:. Fe
in 2P3
favors stabilization of the cubical ZrO 2 by CaO, but loado a.t the n&me 'time'.
to the formation of a porous core. TiO has practidally:7no offect*on
2
stabilization and reacts neither with ZrO nor with~lthe stabilizer, but it
.2
reduces the compressiola strength,of the products and chaAgeo the apparent
Card 1/3

S/131/63/oo0/00/003/004
Effect of admixtures in the... BI 17/Bi,01
porosity as well as the resistance to heat. The inhi'biting afrect on
stabilization of Z Al 0 aAd~ the lowering of the )16~ iormatior. temperatur Ie
2 3
of Products with Al 0 are du;~ to new formationa,'probably as.lcium hexa-
2 3-
rall ~'affects sintering whi6hi"howevar, Is favored
aluminate. Al 203 gene y
ai inum oxide. Comprds'
by small amounts (1%) of UM sion strength and hoat
r Al 03" SiO ~~ strongly reacts
esistance of the products arp improved by 1%,
2 2
with the-stabilizer and thus prevents stabilization:~f Zra The silicates
~2
forming improve resistance totheat and sintering of:,the pioducts, but th-Ay
~reduce their compression strength and lawer'the defoitmation t emperature.
P 0 also reacts with CaO, thus preventAg stabilizat.ion..~ Sintering.and
2 5
compression strength of the products are improved. '1jesistaace to heat
decreaseswith increasing P 0 content. Shrinkage ie'~'more-tbetn 6% at a
2 5,
50 P~O .5 content, and. 18000C. As regards'quality,reduotion~of products made
of ZrO the effect of admixtures decreases in the foilowIng sequence'r.
2
For the productidn of'high-quality
P20 51 Fe 203' S'02 Ti 02 and A1203
Card ?/3'

JI
UTHORSs
4. A brolsker# R. 1.0 Voronin N IXhrycj~6trs j iD*
3
-TITM Effeot of impurities in oarborundum on 'the p;tqppr~ide ItL~~4r
heaters
T
PERIODICALt Ogneuporyj no,.29 19639 92
96
TEXTs Heaters, 320 mm long, 16 mm in diameters,wete~ proftted fro :1
ri ty contents. Th6 Oiectjrl~di 0,41d Ohydil GTA .1,pj.
cgAorundum with different impu ~'J4~x4t
'ey,
Raft t
m1achanioal properties of these heaters wero testedkBili6dftit
a ge P 0em CA oompoe on 0more str~ngi or 0~60~0
T Aal carborun6a. Vie emd~,"'r 0011ift X.
o
iriptirities in the init
arborundt;m the higher, was the fro
the Initiala si:66ut4 400k tu,
aili6onizing. High Fe 0 and k1 0contents od~uaedltho .41~dcipo6itioft Or,
2 3 2 3
sick 10 Sio partial oxidation and 96par4tion Of'ribe 0i4, In .040
2 by
*ith 1-95%Fe the SiO content decreased from 924411t0
tent:of free Si increased from 0,95 to! 6.o61 the SJO oddt1bitt 1ncr6"iPOj.
j2
ola-
frou:1T to 4.80. Such heaters exhibited a fsrro6iloy ifi6ro, if true t
Cbrd 13
4

W600
JiA~ixtu're of 2 p of, Fe 0 or Al 0 ot~ i~
did R
7,1-. 2 3 2 3.
6, content in the ailiconizod carbor~nduW. #100414
mi*xterea id different rrom that
of i6pu ities Pord.
be"~dine:stran th d4crea~se4 an the, impurity 06ntSMA
9 , e
oarborundua heaters *ith 96. Sict OC37 it e (tyot
42
2
a trengt~ of 20P k m 'carborundum heatera with 92.'
2
6ype I I! ), had,a bendingstrongth of M :kgyom Th~
creased with theAmpurity content, The inarGase, i1i 10
0
0 was 888,10-5 g/OM2
1400 in it. 3G97,10
40xidizability Increased aloo with ln*reasing tempalra~
hip~L": poriod Reaters with an'. SiC coatenVbeldv ~9
t4modrature coefficient of resimtivityo .Tho highev,"~t
Mi. low,er - the, temperature. at which a traniition Aakes!i
negative. tomperature'ooeffioient. A high Fe 0 06n~qAt
2 3
AI 0 content increases the resistivity. The lifeti6l.oflkemtors
2 3
N!~U-itWttoi:.-
th,
41
r*l i: it"d 4 C
rea.0 414
.., f
1) it (I. it
S,
5xidi io~,,bi I 10.
btghtj~aftA;t-: a, to;4ir
an i
rel k fal, lck4er-:;,
e: imi li 14~
it* CON
~i~. :the
pla4ii.,
doin,19140ja v 4 jti~
w4th
Card 2/3

ACCESSION ]qR: AP4038904 5/0131/64/000/005/0232/0237
#UTHORSs Krasotkinap K. I.; Voroninj.K.:.j.; Lei V. V.
TITLE: Silliconizad graphite products for the protection ofl~immer'*Ixm thermocouples
in measuring the temperature of liquid steel
SOURCE. Oi~neupory*, no- 5P 1964y 232-237
TOPIC TAGS.s refractory material, silicon carbidep thermocouple
ABSTRACT: The initial step izi the production of protective, thermocouple points
consisted of processing hollow graphite cylinders 120 = long with a 15-mm outside
diameter and 6-mm inside diameter. Graphite rods 400 mm long and'50 = in diameter
were also turned. The cylinders and roda were fired in silicon vapors at 16000.
This caused the graphite pores to be filled with silicon cd&bidej~the formation of
which was facilitated by a Va admixture of ammonium chloride'. The oiliconized
points and rods were tested in '20-ton carbon-aro furnaces of the 1:1Electrostal",
plant by boing immarsed in the molten steel at 1600-17000 and thft boiiig cooled in
the air. 14iring tas immersion, the lower part of the black W~as iA the metal,,the
.Middle portion--in the slag, and the upper part--above ito, ~he allicoziized points
withstood 6-8 immersions of 20 to 30 seconds each, with & loss of:0.01--0.06 i=/seo.
To prevent the separation of free silicoa out from the porea~ the'pyoinle were fired
Card

ACCESSION NR& AP4038904
Jn vacuum at 1800C. Such poInts were tested in the oxidizing and the reducing
stages of smelting. The temperature readings obtained witli these were checked
against.those given by a thermocouple with quartz points. Jt wei~G'found that more
time was needed to'record the temperature during the reducing than during the
00 prior to immersion
oxidizing stage, Preheating the thermocouple to 1200-130
corrected~ this defect and permitted a lonjer service period for:the points. V. M.
B =y-Uk
Vinogradov, Yu. Ye. Yefroymovich, V. L Konyashin, I. A# Xmzarkin# . A. Ole
Prig-laxte has' 5 charts
S. F. Poluninp and 0. 0. Filin partioipated in the work,
and 6 tables.
ASSOCIATIONs Voevoyuzny*.Y 11istitat o9neuporov (All-vnion:lnstitute of Refractory
Materials)
SUMTTEDs 00
DATE ACQ&. 05J=64' MTCLS 00
SUB CODBj 20 NO REF SOVI Oil 0THER# 000
Card 2/2

0- a kt 4 -41
oa~ s s $oil is V-s-1111i n:
A A.
Go A
..... ....... . ....... ...........
pod= m 4,
-k Imp
mod 6.1
TO 42s. A. It
T"ba lm is cmd to" at 44"m
Is_ 4 km & to 4 'in
I . ibe m: of mh*
he"Istir. lartoft til, g'..;
rn_._ -1.
00
TIMM
ty. lot t& tobt 10 so
t
r
r 0.6 am DO ~A IF
0: out t Ce 0
ow vd4b *1
00
1,00
00
00
mill.LtUROKAL L TINA? 64 CCASIMPKATIC
it - ------- WOO
:.A;
AA I I 1 00 1 a is 3 4
b U V1 ST 10 is,
* 0 It 40 * 0 IN 0 to 0 to 0 0 to 0 0, to
N 0 to 0 0 0 to 0 : 0 0 4 0 : 0 6 0 to oil : :: :I

eevi 00-904-0 40 0 GO a 40 M *0 tt fie 0 W.Cu 0 6, 0a 0
w CA 14 0 W Ai 9t 4 0 It Of
C-0 a 6-10 a-L-m 0 0 Prv* 0 n qw
01-66 r04-00,
0
get
sow-, ... .... It
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11 70f) w7; 1121 SM-70 (1937). -%', sludil aisiallic. ot 0
An-141U-ite, -AIMI grog PUttiell With A Mari* AW titoolnk-:
-put
Im"ul. Thm ies art used for protecting lijohts~rilooht
goo 41
and nommi xrog twfick. Chromite ctivatints c-An liot lit
.ed for protecting U01weight rdrarturiev; they 4houbl'
1w usmi when refrActorics we strongly corroded by 465
AmWuQo arml tM mment should I)c uicil wh6t,Kvm
termptirsturr flactuatims pre"!I.
1046
0
31 04
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0 at (ItKPI) The Wvirt Of F&AMILOCIeS III IeVefberstOry rur. i t~oo
ILACCI w0oconverters of cotiptr-melting rumacts Is
wribrol' n the ba-tis of micralciViieut
&ad macrest:vpfcal i
elk tiUllit'l. ChMICAl 211AIYA-1. Still Ctranllilt! Invenigatkms, V~
fiwuv-" the caus" of the dr-Aruetlim of riftactory litil
brick I. the ... ail remfwatory funjaceis is
fleorayeof "Wilily fly the inctracarill Q( the brick viiiih the
thikill o( (he Well mul npon of the oilldi4 4 coplier and
other inetabs. - Ekt%t alio han an ithrasive effect. Slj,&~A
brick N pa"Imilly tranotmiwd Into tirldyinitte, WIIJCh ij WI.Aj ri '0*
eon recry-tallized. Msguesite rdractorfm usull In coltivortevil ;i
04P.- 4 mplIer-nwIting lutrumv am destimytil tFr the arklation 1~
7f sulfur srul iron w0 the sliaggingat the bitter. Thrlin-
00. ing in Pierce and SmIth conveirten is wwr durab* likan
that in "Gret-PoI14" miyerters, whcp4e ItinrKlanirr fluc,
Illat" greatly~
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"mrs are ploprw4t " new Inatertals for the. lant gr
' olp'.
riley pomrse hish hydtaulle and rdrarlarr I"twi lins.
004 Gtxm rewidis are abo obtalued flual alloulm tvalent.!

90w W, R. 1100
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1. VOROM, N.I.
2. ussR (6oo)
4. Geology, Structural - Penza Province
7. Report on the work of the second Kumetsk.geological Dar,"ty of the Moscow
geological prospecting trust of the Min Administrati-on!'for P4roleum
Exploration of the People Is Cowdsaariat od Petroleum In 194~.
(abstract) IzN,. Glav. upr. gaol, fon no.2, 1947
9. Monthly List of Russian Accessions~ Libriry 'of Congraid, Marcih 1953, Unclassified

NOVIKOV, A.M.
Mtrabasic rock of the 84man cosstal ro&lon go raw stwk for the
production of f orstoritle refractory materlalio lsir.AX Arm,RM.
Zat.nauld no.8.-91-98 147. 9:8)
1. Institut oga*uporov, Leningrad.
(Sevan region-lorsterite) (Refractory materialm)

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4801* BODIES OF VIGU PXFMCTCW1M9-'FOCT-1fi11tG 1000V104 VU" Win.
00
00 V"=Lno 14. 1. emd Podvol6v*~ to: P. (0 oup66i, I ?i troll '121~ -e0
206). A report is W10MAnarion o1i two A*
00 .00
~The.~~ 406 logo
00 1 2" products used for lining Aad4ati*a furaacma*,~~ Ut
for lining Induotion furnaaeig' the pvodual-W~re 14,~Unlqr Vw~ ;:04i
*0 0 names "Yorpachl and Olorwgeiwo, The formar!i6onstak4l; id, -041
&ad elvotrLa4ly-fused caraidua With mmlt 4uuntl, wp or! eext~-tn
and al=lnium Mulphato;or Ovidam ahlari404' Vi~ 1jaIttir contdius
36-40% corundum,:60-0$ ajj~ *AdL' 44
MAIN-
it., a. a. A.
If
KATION
ow
t
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x a a

14
psmdw "mks le"a s"emb w mw RUMOM OW dw prodikkilli ON
n&scwrimL-N. 1. V&gWmW JL No":=
1901. ThonK*vwm&mtoMdwdM It
magmWW. Tbefoommyr"Ill hat vo.=- ="tb.,i
wgfo occalAusal ywu olz ~19boclbAIWWWMW
taind iuhdm of &W I P~l rA. Tho
st ff"wo dualtr, sio 97-88, AI*09 0.21
Too
a .2-40., W56; O-jg; km lio 14,72. dnf~
C
Can
. I
Si4d. 21 ',%.^c+TlO 040. Foo. mil: Clio, .4021 Or 0
Fe
.7
Iowa sumse him
atime mcow bw
Zv 1~
of mg I Me Arim# &b to.
' m
4,6% at IJW r- mW at Low op, 10-30'
mw do my d= -00
09 tm
at 1,$W C, And It -2%!OA%I.SW C- And OWLKtom
at wirpeatine rack III&I uM4PNWtd Ill akitwl amd
won MM".10CEsd 0, ox
Do 4 16 4)'dw
imilimice
as IAWC, was abmt 7%._
too"
C-d*W litill"* bulk deadly amd mm vtwo SW C"#rdod L In
rwrWtorim"Wand"'Itma toos, Ilia mks tbeaWWVSS tMqad t0 too at 11
1,27(r-1,1W Q, mW SWW at *boo I.Sw Q;i Ilia, O&Utlou o1 1$ Of 0
-61114111"a inampoftil them vakioiis to &boat CAW C. lot dw koftiftub ad
VWtOmbftIl,fW-I.?WC-lmrtIwft4VWxL lowm4amilm
of the se Pit doo~msgnovWw Olixtano totift JAW! I0 JAW)" Q
an the bmwsij

a 0 vote
gale 0 0 9 0 0 4-0-0
a 0,10 so Is M is so
3 1-
k ILS,_ -1
I A00 OWWWFloo Moto -
lpf-tv lot pPs-#7x.1r ofa tIlion rWJ44b"-
I" Mad to
""g.9kot! charlictordstkS cd andoUttiiii
todW N~ 1, Viiali-XIM, V, V, SOLSSARSIVICH, AND B.S. XXYLOTA. Mod tffeCt at (W to IrA by the "morral tof loodsloorind
A wairt,whilt: thettathersual Lftct at 271P to,11W isc4umll bY -90
it , rocks alics, contain considerable amounts of torundum. kAotiniw. the 111ming al the naturai orrank- :,idutixturor-i All simple, "go
torrophyllite, and qu4jorta. Alumina content. railges from IVU "%Owed an toadlithoorn W. efortit (railiflurm Ill .1.9), to 6110") which
tol on the toossis of chernical-ralneralogicat compassition. was lull by flot dehythulkin aV aq4esus, _411111
the rucks am rlaossi&d Into four crotips.- (1) ormits of corundum (kaolimite, pyropkytlile). , Alfing witis thit rild,Kbecrotal 0-111,cf. -00
Composition with fa.t*% Alr0s, (2) rocks of nilsort) coompti,111M thorn was, tolls) the effect ri-Malting from the C114119, of
I (Mostillfham. andalusite, quartz) with consisfermble oulmliturts of 0-41oloortit IMO O-Owlt atul, 11 , a tt~flll ord thli. lite biter losials not
.1 1 kautinitor and pyttophyllite, Containing 47-M to 49-76% A" will lb*wm fel"Ifittely Ili' I'* i"Itiffmilat slaft'" of t1wristal stroldy'Ls. 600
having an Ignition l"os of 8.0 to 111-43~1j; (8) ttxks at cilly cum. All groups except 1. allomtsd Ill$ 02001HO141f eff;,ct A 94414 I's %i1" -00
position with stuall admixtures of corundum and &nds1juSIt,, and which 6 usual for aqueous this,or4spattiouLarly 0041
1010a jcontaining 51.49 ta.%V AljOs; arid (41 rocks ci %ndalujite. well defined for group Z whkh emilaiiii tousiderible, attiounis of
quouse r=lLj of Irwip 3 shim-al an en, lothrorulAl effect
quartAir coornp~ilkjn with 21.43 to 42,14r~ AM),. At 10M. kaoUnitt.
lp'llt 1170"11114 MW`.bUttllCriluWS too
then was no tran,formati(ors cl the quiets and andoil"te, At 'it I(MO*- sout 50m` 44 It"'i
15M* therse was notio-mable mullitizatiam of aruwusitp and tiny *('the" have not brrn dttttl~incd. Orioupi I and 3. whii-h art
00 V tomicuts and aba transformation of the quartz inao Cristo- testa in kaoliflite. litarlictl to 1,11mind at'MW to 4,10 , prolkAly lW-
cam
crAnplet. CROW Ot the Consiolcruble f-Wittlit of 11frophyllite; Ifiese began to, ago
halite. Further ri~w In trotoperuture resulted in morl
tranifivortation of The andatuosite. rrmwr perfect cryitallizallan of sinter at aborout I(Jjl)* to 1111W. givirsir it ibrinkjor of 1.2 to) I 71-~ 9:10, 0
thor mullilr, aml al4ci reactions betwcrn the silk-4 ujul alumina ittlIHOO. Croup% which ii rich in UtAittile. tolor.wed a Assinkagor
(from #Ahrr tnitsell-Al4i with the Itstruition of mulfile. 140,ki Of 4t,1110, 102M, atilt it toindimile until it rrichM 4 2 it)
grotilips I atut 2 fir"I at 10M. showed an Inenlaw In stiveitic 5.0"ItOtIrAW. Ifill
Z gravity u1010 WOOM while thmeof group3and someoftroup .1 lAtna CIAY hAvitit 3 14 114V soul atidyling Soot too
shtmed a derreaw alf 0-05.4 to OOM With u r6c in tempers- fia6a. Ajl(h.10.44, Ft^ 0-1?2. C&0 OA4, UgO G 211. And ignition
turr to ISOU ad thrn to 16(91% all votsin except I &I"ed lots 11.40%. The rocks its- to! emoorl to give 0.7.5 to 0 rk Mon
too
Alsong CtAISWKA
1-T
it M a M a 11 its V
?111 1 1; is all 'It I
'a, AV so Atli, W a a is ~* I it~
6 g, 4
41111-41-0 0 !e 0 0 0 is go WO-0-4 0.0 M oo e oo 0 0 4 01 0 .0 0 41 $-0.:&O *I*

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it
41 tvatkiiisso rf*).A'.!rraIAf. Awsurs
l
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In fit was Irealtr
"' jor Oihifo'l For n'Impits Mwk f
m
n
i
i"
em trudir with 131
clay atit 31 to &&rv waterr pliakk nniftleoss i"i'l let, total slidis kip wn%A).O to 1.9"; for thow Iran In
,
10.0 Wfm snalle with clay anti 13.8 to MCI% water fitcrist for 1 10 and 4.1 to 41.2f, Assr t"- rkh In Isualinite; &Yr III~
V
Poup 2 for which 36%. was found stxcemlve AM 11010 WAS used- Made from plaAlt Wirois.Ahr tot*['Ohrinkag" wpm 4A to OV~
Cylinde" 42 mm. is diameter were tnade from semkity MkM WittlSIHMPthniAntlAppleent 00
using a presnare of W ka./cm.0, while those from ptastfic mists poicalty were. at dk wk , dit"Ittr forl't4tup" W'M Wat4fe
00 -pelgotskhyband-4,arnming. Allsampleswcredriatiforlit*3 Ib" for MjnpW fton, idj~,tj~ Milti Low"t water a
b*1CpI ion
trmpnuturv; thaw Inadd from pfaxlk Mixot W11ft to -,
day* at tom, .4%) snl appa
n-sit Iss"Ity (1:1.4 to l#.4:,1 wtrd shown 00
also,diled for to hr, at 110' to 120' in a thtnneAtat, All $am*$. by sar"ples hAving talge kajilichr contrat: great'-st wuttr Ab'Ksrp~
werst brd In sagptt. in an od,fired la"11 I'Ve for 36 lir.. Including Is tints (13_4 In 11.0%) and njilsirtnt poitmlly M-1 11 to'24 81 o ~ wrsv
3-hr. kohiing sit the Snall umptnture( NA afresi), CAWOttIm,sbmabythowr;ehinctmilt4lum VAImettic ocight,
wmpks rangvA from white to yetiow, with a varying number of; ranged from 2M to 2A3
4imarily u
um MAL
00 r
t
brown fusion xrwt*. &"Ipses from Mmidry -tx- had IWSC*~ miWral"kal Compo4tion I"Itttr than ution Method of I-Itsiping;
00 tkatly no air shrinkap; for those from plastic tnixts it ranpd,; %Mpk4 made from osoiidrs)~MIArs tall it prion yoJinne ~risht 00
411141111 than thm (min plilifir MN4,14. Cattliptit~4hr 1'rVnIrth ringed oe
00 from 214 In 11VII fit ~rm.O tiv aimplej frtmo wisAry metes. 4wi
06 front 2M to WWI ke /em I fot' -tainpw ryinn pu% ic insts, ut.
(ramorin"s ransw froos Ir.40 41) 1KVAW1 Wal~ 1-001pletCly de-
4110. pendent urA)n chemical com lisition. All s%imp" W jr-)d beat
G* Mistanct. destruction did oorur after _"$ heui-Ovwk c7ries
44 (rstpitl hestlins to WW and Mmling in a cj4d vvat~r st -tam!. Ains.

' ples having a high content of k"Inite, pytophyllite"M free qnut t 0*
09 crutits rusher than othrys ilittilig lwal-Aock tests. *0
00 Mophe 411TOI*tIcts III Cooltio"1114" and in t0ractt ne", 1"Aw

00 soltetiltax of all samples under 2 kc./ClIt I occum"A
I within The 00
narrow luten-al of 14M' to VO)'; 44111~ cornim-mitm stAtird at *41
'M
W~ to 16MI. Rocks of j"p I ace ~suilahtr for corundum
00
00 thaw with St m(ractorinow ofalsolf MU114; tho~w rxf xroup 3 are

00 sultable.ksr phtm wmjtk--q~ zm4 other ifim-t with 15 to T-I"q
' 00.
thsaft 0 q
Ump 2 tire tisihible for
sam of wlthaluln,~A

0
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IYI
L10 40 0 411' LO 0

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NO REV SM.- 002 (Y.OKER: 004

D., I I
VORONINJ tollchn. na,~,-,- (107"OU".,24"KIT, 7.0.p I'llind. Tlw."xf
TmClIal V.V,,, inzh.
o-.q cp
A.
Evaluating the iraitablliV Of zircon rav IxtCrialo rtain
depooits in the Soviot Union for the praductianfW rr:J%~actrxies.
Trudy Inst. ognoup. no.34A4,80 163. (ml I (A i'1 10)

. I ; ~1 ., I ! ! !i-Y-,, "111
i - ll-~ I , I''
i : li:
: I I - "IT", I 11IFF
t I ; !;I j

9. Monthly List of Russian Accessions, Library of Congr,ess"~ i Oetobtr -195i.~Unclassified.

11.1 1,$do"tor tudzini. ra---" - I.. ,R
y a u ii i
wxachnT It
InvestigaM-ne the vlactrk-r~,r--I; ;wv.1
properties of heat,~roj depondIng on th,3 qua2it!r -,)V ~`Iift Irltial imrborun-
dum. Trw~y Inat. ognoup. n(;.)4.j6d,,-jQ2. i"lao)

A'Ll.- - n!r
AT602714-7 -666016 ~160'6, 6W
FMI 5 0203 02
AUTHOR: Voroninj N. I.; Nakarova, It. Le; Tudin, 13, F.
ORGt M-Union Iristitute* of Refractories (VeesoyuzW Institut ognouporov)
TITLEI Heat of formation 9f silicon carbid d roducts orits vaporization
SOURCE: M SSSR. Otdoleniyo obshchey i tokhnichookoy khinil,. Isaladoiraniya v oblasti
khimli silikatov 1. okislov (Studies in the field of chemlat~y of~sllicates and oxide4
~bscow, lzd-vo flaukas 1965p 203-208
TOPIC TAGSs heat of formationy silicon carbide
ABSTRACTS The study-was undertaken in order.to,datermine~~ha heats of fomation of
SiC and-products of its vVorization~lfrom vapoAtessuro dita. Langw)ir's method was
uscd to determine the total vapor pressure over SiC~and parbial jirosmires of Si, Si2C
and SiC2 at temperatures of 2113, 2193 and 22730K. This mothod i.-Molves the use of
the following fonaula. for the equilibrium pressure of the substance during its vapor1
zation from an open surfacet
21cRT
P.
The results of tho calculations are shown iniTable 1. Thei~ata 469 ccmparod with
those reported in the literature, Orig, arto has; 4 tablom' -and formulas
d 1/2
L.Car

. MM

-ACC-NR-9-- A7602714-7
Table 1. fbats of Formation of Silic6rl
Carbide and Products of Its-Vaporizail"IDn

fi. r
jamfe to. Allot (60 1-1.)
25

$let
AU
Ike
21J3 -23.75 143.76 H8.90
2193 -26.98 149.14 122.02
2273 -28.22 151.90
Adopted., value -27.0 10.2 f50.5

SUB CODES 07/ SUB14 DATE I IlFeb~4/ ORIG REV., 001/ OM F-76, 1 007; 1

it t

Card 2/2

-6 N I -
ENT
9 8--_ bxo" A1137ili
ACC NRt 6009 SOURCF.~ WrUTOOVA 2-1/ 122.:
4V
OR: V, I.; Rfthmsadm G.~ V. M
I, Ivi
Vorlonin,. 14. 1.
none
L
LE f.
tat ld.~ rus r
I.Jannoun- d b6'r Bran ;h, t C 8ea t
gi t Ins ltutd of
*t~c Re
15w
Chemical Machin BuIlding iningf-adaRy filial :VsiisoyU"ogP_JP13t
instituta khimi"e -,ogo mashinostroyeniya)l
:SOURCE: Zzlobreteniya, prvmydhlennyye,obraz*sy~ tovarnyye li~, ~~4 1966 : 121-:122
TOPIC TAGS! antifriction bearingball bearing
-ABSTRANCT Thi Author's Certificate introduces:' 1~ A ccmbin~ #o6 jW11-hydr6stati~
t "rni A
thrus, th:-upper and lower rings.: 1he~ lower ring _~a,,~'a chw'olblar for the work-
0 proi6 reworking, d
ing fluid and Is-supported by a roller h aring, 1 n ordeir to: i I
tions and relieve the bearing during operatfonsil the~;Iowd'ri if~
which fam additional chambei 06 :ir them working
-j connected by chailnels. wit ~ih b ti", k(
fluid. Inside these: grooves are elastic elements fastened t6~~he 1~1 : 2. Aquodifi-
cation of this bearling in idAch the elastic eleme: nt' JS Mak ~,i tne.! 104 of a rinj-
-return piston. Sliding freely In this piston Is a;rod Albil is'rl 11101~ fastftd in
UDC3; 6210622'01~ ;-ml.
1/2
J i. L- j 1
p"

ACC NR: AP700036L SOURCE CODE:. uR/o4l3/fi6/O06/022/0136/Ol36
INVENTOR: Vasilltscy, E. A.; Voronin, N. I.; Loalk, V. I.; :11"'eli6h' V.. V.
!ORG: None
ITITLE: A hermetically sealedelectric drive. Class, 4T, No.. 48795~: Canrouznced by 'the
!Leningrad affiliate of the All-Union Scientific:Research and Design Institute of
;Chemical Machine Building (Leningradskiy filiaLVsesoyuznogo ,6auchno-4saledovatellukogc
i konstruktorskogo instituta Ithimicheakogo mashinoatrqyeniya)j~
SOURCE: Izobreten.iya, promyshlennyye obraztsy,.tovarnyy6 zna~i . no 22, 1966,:136
TOPIC TAGS: centrifugal pump, electric equipmer it, drive train. //FA!n7.cr/(_' %3PAL-
ABSTRACT: This Author's Certificate introduces a hermeticallr' sealed-electric drive
containing a housing with bearings, a stator with shielded casing, a rotor and a
pump on the rotor shaft for self-contained lubrication of the,journkl bearings. To
1reduce hydraulic losses, improve the resistance of the electri,6 driye to vibrations
land eliminate the harmful effect of axial forces, the impell6r~of the ce!,.trifugal
,pump is mounted without play inside the rotor between its blockv. Tho t.,W surfaces of
Ithe rotor are eqUpped on both sides with thrust collars suppokted tho bearings.
card 1/2 UDC: 60i-3-1~.2q-',t33.2_752-T:

1-liapeller; 2-rotor blocks; coll
'IJan64
SUB CODE: 13/ SUBIM DATE: 2z
Card 2/2

ACC NRs AP7005312
(A) SOURCE CODE: U11~6131/67/0. 0 0/0 0 1/0 0,17/0049
9Wn,.1,L. I. Churakova, R. S.
AUTHOR: V0,r
st1tut; ieuo
ORG.. All-Union Institute of Refractories (VsosoYuznyy in rov)
!rITLE:, Quartz products fabricated by the slip edsting method
SOURCE: Ogneupory, no. 1, 1967, 47-49
TOPIC TAGS: slip casting, -refractory product, quartz, d! elecii!6 material, sintering
ABS17RACT: Utilizingr the recently developed simple and labor7~,i'ving Itechxilque of slip,
casting of opaque quartz glass (Walton, J. D. Ceramic Age, '1D60, no. ;'2,: pp 2 3-2 5, ~ and
others), the authors employol opaque fused quartz, that hadL be6pulverized ~n ball mills for
192 hr until it contained approximately 407c of fractions smaller thim I j.; ~ ard flushed in.
diluted HC1 to, remove iron. Thus contamination ol" the material h iron Was precluded while
ily
at the same time the silicagel formed during wet grin
dingwas r6tained, thi;i being highly
her processing of the material sin e it end:
important to the furt. c ows with pla,sticity the pulver
ized product. SiO content ofthe powder: 99.3%, 10% sulfite-0cohol m aiDh was added as
the peptizing ageni;. LTim ediately after its pulverization' the fuse~-~:quartz slj p is poured into
UDCo 666.192
1/3
i Card

ACC NRi AP7005312
In r
plaster molds. kicreasing the fineness of grinding: of e fu rtz erftvicris the.s~ te'abili-
ty and strength of the fired products and,reduces their porosity. The optirnal firing temptra-
ture at which products with a high thermal resistalice ~an be obta,~ied I~J the :i-elatively low
temperature of 1200*C, and the optimal firing time, 2 hr. SpacimMs ur)Jor these cOn-
ditions contain only traces of cristobalite. The slip cuting methqF.1.was;u.,;,!d Lo fabricate*
various shapes of quarti containers Mfh wells 1 to 20 .mm thick ~aild with Vapt.city of.up to
10 liters (see figure). To imp:rove their physicomechanical piopek-ties thei5c products, follow-
ing their firing at LOOT, were impregnated with brganosilicone )rosin Immersion for 24 hr
Y.
T
'in the resin diluted 509o' 'im niied p~~uct~ 4~6re'dAed it 110-c1! and ~~re-
with -toluene.'The preg,
fired at 1100'C, at which temperature the resm decornp6se~ an&61ea4ea active SiO which
Card 2/3

VORGIN 114, IN, IA,'A V I BRE.S K ER R I,
trrirl~ntls modin. O~gnoupcry 30 no.7-122-26 165- opit I
1. V!3esr)yuznZr stitut ogneuporov.
y in

,;,. li li if ! i
q It . ~

IMSOTKINA, N.1.1 VORONIN R.I.
C
Effect of firing conditions and additions of S~Alia aa;thn hmog-leity
of carborundum products witb a silica bonding. Ogmeupor7 2(j ne.7c.322-
325 164. (PIRA 18.,1):
1. Ysesoy-uznyy institut. ognsuporovo

i

~UBGVSKIY,.Leonid
IsaakovicJ4-
NOVIKOV, VasilLy Vasillyevich;
PRAMMU, German Fritmevich; KOGAN, Valenfins, ;50lozon~vza;'
KLTKOV~ Semen Ivenovich; RAUMV,. Pavel kleka,4~,~W4!~
YENELOYANOV, Gennadi3r Alekseyevieh; VQMM.,~
r,iid.;
Ldorovichl SERGEYCHUK$ X.Ya., red.1 GRIGOR111
FORTUSIM A.D., red.; NOVIKOV V.V., Av. r4d.; SIIOLYA;'.'I,
red.; MARKOCH, K.G., tekhn. red.
G.L.
[Manual on electric communications; telegraphy) Inzh~nemo-
tekhtticheakii ispravochnIA po ele,ktrosviasi; telegrsdU
(By] V.V.Novikov i dr. Mook-ya, S~iaslizdat, 1W.
(MIRA l6 t 5),
(Telecomminication-Handbooks,, manuals,
(Telegraph-Handbooks, Manuals, etc.)

IIIII I I R 111111111111 A I III IIN
111f2pt. "P.1 ma III
MEN REP
VORONIN, N.I., 4oktor-tekhn.nauk; WEY141SH, A.M., in.zh,
Radiation dviurc6s made from highly refractory oii4es far working
f z -
temperatures o 19000 and higher. Trudy Inst. UP.' o.29.
33-51 160. 14-:12)
(Radiation)
(Refract=7 materials)

VOROKIN., N.IO; hTMOTKIIIA, N.I.; STAVORKO, A.P.; lULi;SlMN%0, R.O.
Test batch of carborundum refractory materials Umded vith ivilicon
nitride. Ogneupory 26 no. 4:157-163 161. PMU 14:5)
1. Voesoyuznyy institut-199muporw (for,Voronin;, lrascytkina).
2, Semilukskiy ogneu*rnyy zavod (for Stavorkool llsb=ko).
(Refractory mate:rial~) (Silic,d:n car",blde)

0980
S/1 31)61/0-30/004/001/0()3
B105/B2O2
AUTHORS: go lop Krasotkinaf~N. I., StavoVko, 4. Pop
-laroninp I
MiIT8Tenko,
TITLE: Experimental industrial batches of carbo~u~nduial
refractories with silicon nitride binder6
PERIODICAL: Ogneupory, no* 41 1961, 157-163
TEXT: The authors study carborundum refractories with niliabn nitride
binders. The production method has been developed at,thO V8680YU2,nyy
institut ogmeuporov (VIO) (All-Union Institute of Refia6toryiMaterials)
and tested under industrial conditions at the Semilukakiy zavod (Semiluki
Works) in cooperation with the VIO. A test batch of theiiie products was
produced with the masses being burnt at 15000C. This;b4tch was
designed for firing with anthracite coal of a particle size of, from
2 to 8 mm. The following parameters have,to be taken~i ~to account when
producing the industrial batches: effect of the amountlof sulfite
alcohol slops and the humidity of the mass on the quality of., the blanks;
effect of various modes of introducing the blanks.int f1the furnace on,
Card 119

Experimental industrial batches ...
89?80
sli3j1611000100410011003
B105A202
duration~lqf
the properties of the productal effect of the
burning on
the properties of the products. The mass 6onsisted of:'~Iack~carborundum
nos. 24, 30, 120t 150, crystalline silicon XP-1 (KR-I);Iwith~!grains of,
a size up to 0.06 mm. At a pressure of 5-6 atm products witli
dimensions of 240 Y50 X50 mm, were rammed from the masses icontaining
80-70% SiO and 20-30% Si. The composition'of the masse;i and~:the
properties of the blanks after ramming are 'given in Table 1..~ The good
blanks were dried on air during five to seven days. S~bseque .ntly, they
were burnt in the -tunnel furnace in ceramic and carboru dum damings
and in the muffle furnace. Porosity of the products afber b~rhing was
11-14%. Compressive strength and properties of the burht products are
given in Tables 4 and 59 respectively. The free Bilicon" 000ent in the;
products impairs their strength as was observed in earlier investigations.
Table 6 shows the indices of the test batch as well as~df the carborundum
products with silicon binders of the Semiluki Works. The chemical
analysis was made by K. S. Kolobova. A. N..Alekseyeva studied, the ground
sections and the immersion. The chemical analysis and:the study o!'.' the
microstructure showed that with low burning rate only 2-~7% of silinon
remains in free state, its major part, however, is transformed into
Card 2/9

S/131J~6-i/OPO/004/001/003
Sxperimenta.1 Industrial batches B105/B2132
silicon nitride and.silicon carbide. Conclusions: The ig~roftotion
technique of carborundum refractories with'silibon nitride binders which
has been developed by the VIO and in the Sdmiluki Workb,parra!nts hlgher~L:
qualities than that with the ordinary silicon binders.~ ~14ftinal~ 6onc]usions
with~~silidoa nitride;
conce.rning the quality of carborundum refractories
binders can be drawn only after checking their,working;~,t,ability. The
editors add that the homogeneity of the products from: differefti muffles'',
and the change of the properties of the products with~ftee silicon at
high temperatures must be studied in the okidation mediiiz~. A' method-of:
eliminating free silicon must be.developed. There:are;~ 'figures, tables,':
and I Soviet-bloc reference.
ASSOCIATION: Vset3oyuznyy institut dgneup6rov': (All-Uni8h Indtituto of,
Refractory.Materials) Voroni K~~6otkina, N. I.;j
n, N
Semilukskiy ogneupornyy zav6d (Semiluki 1~0'rksiof
Refractory Materials) Stavorko, A. F., Tifillshelnkoy R. S.
01
Card,

S/131/,6i/oap/oo4/ooi/()03
Experimental industrial batches ... B105~B?-02
Legend to Table 1: A) composition; 1) carborundum, %; 2) silicon 0.06 mmj~
~o; 3) sulf ite alcohol slops; 4) humidity of the rammed~ taass~; . B) character--~'
istic values of the blank 5) volume weight, g/cm3. 6Y it
F r mount of waste,
%; 7) cause of waste; it~ transverse cracka; b) longitWlina~l cracks;
c) various
co"'As Macc H CBOA"88~ CWPKA 11
X'* P
IXOMP60 IIA, % c. c. 6.
8=14 'IV,, OJAM ICT
2~ ~i 120 Dec UP
0' 150 rox
'2 7 so no, rPeMRIV
1 56 24 20 29- - 5
: '7
6.2 "1 2, 40 rlooplpoenthlRi ibi ziee:4peuArl
2 ..56. 24 21) 1:28 3,
'5 ~2 'T 30
28 51 3
3 5& 24, 20 1 0_1 2
4 56 24 20 1:28 6: L 5 10
2:0-1:5 2 .7 >1 P situf&
6 56 24 20 1 27 4 0
6. 49, .21 30 1:27 4:6 2.0-1 5 2,6-2.M
Card 4/

j
Experimental ihduatrial batches
r
Legend to Table 4: compressive
strength cr, in kglCM2 after
?K 11pexem OpOnIfOCT11 N3XC~Ifft ftpk CZaT"ll
go/ew" "Otive Odwirn ~ 9 7yrile.11'WOU.netro

the
burning in
tunnel furnace c npoTnAmoza"mwa 19 nnrOHL-TOWJR tMeHy I
.
.
with T8 lorries per shift; Aonamumbfiag nwAep~~# KaOlf "03RIXV4
1) no. of the mass;"- 2).mean

value 0A 'w1w
cPeA"x

1 200: 1404 ;~JJ85 1159
1 184,
1140,
V 1183
1 212!
M
'1461 1336
1280: .1170 73D
1 1060

J400

9D
1940
1,1440 1170

1074

Carq_5/9

899~0
S/13i,/61/000/00,1/001/003
Ex erimental industrial batches B105/13202!;
P
Legend to Table 5: properties after burning in the tOnel furnace with
16 lorries per shift: 1) water absorption, ~-; 2) volume weight,
g1cm3 ; 3) porosity, %; 4) compressive strength of syqa Iimei~s taken from
various points of the product; 5) mean value; 6) Si :onto t in.the
mass;
Card 6/9

- - ---- -------- ----
71 Ij
S/131/61/d-00/00-4/001/003
Experimental industrial batch es B105jr3202;

ei~fcm vsx*awA nocAe cOxNra ovywwenwo# negm "Pwon"Um"NN
p"
16 "roofelox 0 Cmemy Be possfutwx 0,

oAmroo-

6ummus.

opacTom wom Opp im"o-roff o6po'.1p3~ 2.1 PISHUX
nPeAeA PP04
MECT 113Af4HO. PrOtAt
Inemme
%
4 see
/CO
%
m I
CM"m
CoXepxarve S1 B Reece 20%
1812 1436
A.3- 2.64 11 4 1530

840 1310

1640 )D96 1

460 1312
131-10

756

4,3
2,70 5
11.
1750
1823
1824.
1623
1
1250 1610 18831 2380 1780
1520 1314 1461 1:~ 980 1319
Copepmallme S1 5 Reece 30%

104
IIM
1670
1133 287
1 1
- 1250 830
Ca d 7/9

89980

S
/13 1 /6110100100410011003
i
Experimental industrial batches 3105 /P202
Legend to Table 6: initial composition of the massWi6d indices of the
products of the test batch: 1) composition of the mass"es, ~ qt' 2) method
of intruction into the furnace; 3) number of l orries per O iflv;
a) good products; 4) number of Pieces; 5) tot al veigSt, 6) volume
porosity, %;
weight, g/cm3; 8) compressive strength 2
_ kg cm ;
l'
temperature at tho beginning
9 of destruction; vrimOntal results;
b) ex
a flat; d) standing; e) industrial products;
~
Card 8/9
'I ITT

MH

S11311611000100410011C,03
B105/~2102
F,xperimental industrial batohes; ...

Tai3aH~is 6
HcxoxlfmA ca"an UACC If UOKRSRTeAm USAGAINA onu-mon pmp?mw
c0" Note
%
SIC

-A--

11
INE-7-

I .6M., cod"U"ma Ropst
try He CTOC111b: 11:14
fte. % ,/,J's

ype

P p spy slow
Milos.
all OBUTUble, 113Aeamm
80
80
80
80
70
20
20o,
20
204
30 Has DA&WRIQ
is p
a 11~
Ha TopetxCq
1 Ha watuscp
1808
is
) 18
16* :5"
M
WO
450
174 2782
1032
1960
756
28) 2:68-21:74~1
2 68-2 70
2,67-2.50

2.68-2.70
0_13
IF-*1
11-14~
K-d 1300"W0
1000 -~ 1330
WO-40:0
SqO ~;
I OOD-_ I 2LIO I > 19M
>1800
-
-
-
11 -~ t

-VOROHIN, N.I.; KRASOTIXINA, IT.I.; SHIRYOVA, V.A.
Nitride-bonded silicon carbide refractories 10'~Pe*ry 25 no-7:
329-334 160.
OIMU 13:8)
1. VFjeso7=W institut ogneuporov,
(Refractory materials)

t/0 kv-1-9 Aj 1 4,1 /Ij
S/I
AUTHORS Voronin, N. I., Krasotkinap 1. 1., ftir
Z~~
Carborundumorr,oducts
91.28
'601150'6~011061006
~058
A.
j 'Al
With Nit IrLde'tinding Materiala
TITLEs Refractory
PERIODICALt Ogneupory, 1960, No. 7* pp'f 329 - 334 ~J
TEXT, The properties of the refractory carborundia ~'rodus I-to depend in
,P
many respects on the binding materials used. The a-~*hors "conducted
investigations in order to obtain refractory carborvmdum!products with
nitride bin5ng materials. After drying, the proossa samj~leo were fired
at 1400-1600 C in the electric furnace with continuous nitr~,San oupplv,
(Fig. 1) and in the oil heated furnace covered with coke, wIth or without
';'t in'the samples in-
addition of sand, respectively. The nitrogen conten
creases with the increase of the stay period at tiring', ,toularature, as can
be seen from Fig. 2. The analysis was carried out,li by A*.; I., Hazzhivina'
(Ref. 1). The properties of the samples after giiling &0 montioned in
Table 1, their firing covered with coke being regarded as more suitable.
The influence of silicon on the properties of thm,sam~ies, after their
firing covered with coke, at 1600"C is mention41in ?Pble 2 and Fig- 3-
Card 1/3

1~ .1
11 1 E~J- 111!- .. -, ...... ... - - .-p. -I --111i!!JIIIIAH-11111`~ 1111`11411FIH 111MI ill
!I: t .11 i 1 11. h~~ .~, ;I ~ .1. 1 d~l ,
I . I I I ~;i 1. 1, 1!~, itllflt
, 1.

5 (2) ~/07/1007/01 3
UC
Voronin, It. Go rp(Ic t-gnkiv.: V. S., 310, VE005

0

'13RIODICAL;
I
196o, pp 12'1-130 (U~.m)~
Ogneupory,
'T:
:th
ing block holdern, foi- on6l)10000 Of or licviet-
K) Q
oteel lit V. ye .1.
tcqtin,,, of rut-,non of w~viwr, a
-ct
re-milt f;O*. 'Ale
to t1joir n,,;jz;'-jvjty -,n, `he v~ctirn.w ur L-0.1o. A 'o
the simpo and dimenvicnZ of the holderr). J11-
remilts of holdr:rr, are cj,ven~in tablar; 2 iwid. imalIvy tilt-

mit',or-
vtr~lx t!!Pt a rrocess of
v.orlzoO. out, tho pccuIA,-.;rit.,,, of vl!ich conripto An tl:v I!:.,6ro-
static prnvsnin,~ !.-.et'nod. Prodnctr
pinf,, i.nio liridd -tcol niid. baoic onln,~.: av
~ e~tjjjrovj('~iO. vith v.

Card 112 rlaf,na e ite - contr. j. nin, I
rotacti, e coatir-,
I
T ti., 0

SOV~, I 20-i59-4 -41/50
AUTHORS: Bresker, R. I., Voronin, 11. Lat73hejr4j;j Z,[ x.
~1 ill a-A~d e
TITLE: An Infrared Sour on 0
PERIODICAL; Fribory i tekhnika eksperimerita 19 Nvi 41
p 149i(UPSR)
ABSTRACT: The first Russian SW (1globarl) so~~O~s N'r described'
(Fig 1). The resistance is 51-8 O'."is-,: t46 pdw~r (irain- needed
to give 140000 (the working teiakperatuxi3T is 1121~0-350 W. Fig 2
P, iction ,& surface
shows the useful lif (in Li6ijxs) ad a, ~i~
q (trve sfor'
temperature. Pis 3 shows the spectral, onerit'
temperatures of 1200 and 1400 C, The pAperfcontains 3
f ig-1.1res.
it
ASSOCIATION: Institut ogneuporov (RefraOtOrierJ 1~13titUte)
SUBMITTED: May 249
19%
Card 1/1