SCIENTIFIC ABSTRACT RADCHENKO, G. A. - RADCHENKO, I. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343910011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IRADCHBNKO, G.A.
Denoting ventilation conditions by the dust factor In boring in
longwall workings.. Izv.AN Kmx&kh.M.Ser.gor.de1&,uet.i stroinat.
no.1:61-78 152. (an 9 - 8)
(Mine ventilation) (Mine dusts)

A&Z kandidat tekhnichaskikh nailk; BELOBORODOV, P-V.. gornyy
inzhener; TSOY, S., gornyy inzhener
Calculating ventilation of areas in the secondary crushing horizon
as applied to stage ore crumbling systems. Bro'ba B sil. 2:159-172
'55. (MLRA 9:5)
1. Institut gornogo dela Akademii nauk Kazakhskoy SSR.
(MINE VENTRATION) (DUST-PRUMION)

.!. ..-II.. .. , 4 ,I
SKIPMM 0s. F. , kandidat tekhnichaskikh uauk; RADCMOKO,G.A., kandidat
tekhnichesk1kh nauk
Ventilation of mines as a radical method of combating mine dust.
Vest.AR Kazakh.SSR 11 n0-8:55-67 Ag'55- (NLRA 9.1)
(Mine ventilation) (Mine dusts)

RADCHIMO. G.A.
Dust formation during secondary ore breaking by surface explosive
charges in sublevel caving systema. Trudy Inst. gor. dela AN Ta-A h.
SSR 1:93-98 156. (MIRA 11:1)
(Mining engineering) (Mine dusts)

RADCHENKO. G.A.
termln~ng brie area range of gas and dust scattering during
secondary breaking by surface explosive charges. Trudy Inst.
gor. dela AN Xazakh. SSR l.-99-103 156. (MIRA 11.,I)
(Blasting) (Mine ventilation)

SH*XILIV, Somen Fedorovich, r 14ek" IAh; KIKIN, A.A.,
kand~dat takhnicheakikh nauk, otvqtotvenayy re tor; BRAIWVSKLTA,
to
14.Ya- , rodaktor; ROROKINA, Z.P., takhnichaskiy redaktar.
[Establishment of standards for the flow of air in the ventilation
of mines with a silicosis risk] Ustatovlenie norm raekhodiL vosdukha
dlia provetrivaniia vyrabotok na silikozo-opasnykh rudnikLkh. Alma-
Ata. Izd-vo Akad.nauk razakhakoi SSR, 1957. 122.p. (KM 10:4)
(Mine ventilation)

SHARIPIOV, V.Sh.; MUSIN, A.Ch.; MUZGIN, S.S.; LYSMO, I.Z.; RADCHMO, G.A.;
TRETIYAKOV, A.M.
Improvements in the technology of ore mining in Dzhezkazgan. T~rudy
Inst. gor. dela AN Kazakh. SSR 2-,24-43 '57. (MIRA 10.-12)
(Dzhezkazgan--Minin.p engineering)

'f I I ~ r .i , - . ./. - - "I, -
/ I .~ I I-I - I I
RADCHMIKO, G.A.- BBLOBORODOV, P.V.
Lh, -
Distribution in height of dust coacentrations, in diagonally connected
air ducts. Ti-udjr Inst. gor. dela AN Kazakh. SSR 2:173-188 '57.
(Mine dusts) (MIRA 10:12)

RADCHENKO, G.A.; BELCBORODOV, P.V.
Distribution of dust'concentrations* in the cross section of
sla6lston drift mining models. Trady Inst. gor. dela AN Kazakh.
SSR no,3:147-155 158- NIRA 11:6)
(Mine dusts) (ftinearing models)

RADCHENKO, G.A.; BXWBORODOV, P,V.
---- - -- -----
Method of calculating the necessary amount of air for the ventilation
of drift mines by the concentration of dust. Vest. AN Kazakh. SSR
14 no.1:25-39 Ja 058. (MIPA 11:2)
(Mine ventilation)

AUTHORS:
Radchenko, G._A, and Beloborodov, P. V.
22225
3/124/6i/0oO/bo3/b17/028
A005/A105
The fields of high-dispersed aerosol concentration in air conduits
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 3, 1961, 76, abstract 3B513
(Tr. Soveshchaniya po prikl. gaz. dinamike, 1956. Alma-Ata, AN KazSM,
1959, 223-229. Diskus., 229-230)
1EXT. The authors present results of an experimental investigation of the
dustiness of a stream by means of a model of a mine air conduit consisting of a
metallic pipe of quadratic cross section having a width of a = 0.35 m and a
length of 20.9 m. Mine dust 2.5 &/cm3) with about 1.32 micron in particle
diameter was added to the stream. The dust consumption was maintained equal to
10 &/min. The experiments were conducted at 5 speeds within the range from 3.5
~o 7.5 m1sec (for values of the Reynolds number from I up to 2 x 105). The
curves of velocity- and dustiness distribution were taken at 7 cross sections of
the conduit. The steady concentration field was found at a distance of about
50 a from the first point of dust supply into the stream. As a result of the
Card 1/2

22225
S/124/61/000/003/017/028
The fields of high-dispersed ... A005^105
investigation, an empirical formula of the curve of concentration distribution
over the stream cross section is suggested. There are 10 references.
Ye. Minskiy
[Abstractor's notet Complete translation]
Card 2/2

0 . Icand.telchn.naid-,; BELOBORODOV, P.V., g7ornyy Inzii.
Distribution of dust concentrations in continuous drift-t.Vl)p
workingg near the dust source. Borba s sil. 3:109-117 l5q.
(HIRA 12:q)
(14IIIE DUSTS)

RADCHMIKO, G.A.; IKAYLYBAYEV, B.A.; KOLOMEYTSEV, Yu.P.
---
Ventilation intensity and the distribution of dust concentratioaa
in ventilation currents during the various stages of stope panel
mining. Izv. AN lazakh. SSR. Ser. gor dela no.1:108-120 160.
(Mine ventilation) (Mining engineering) OKIRA-13:10) ,

ELMHENKO. G.A.; MLYLTBAYEV, N.A.; KOLORMSIV, Tu.P.
Characteristics of free, turbulent flow, spread out in wide chamber-
like panels at various stft4& Of minlac. 12Y. IN Kaftkh. SSR. 39r.
gor.dela, no.2:105-122 160i (MIRA 13: 10)
(Kne ventilatio'd) (Fluid dynamics)
4
.14.

RADMNKO, G.A.
State of ventilation problems for mines presenting the danger of
sillcosis becmise of the dust factor. Trudy Inst. -or. dela AN
Kazakh. sbR 5:164-176 16o. 041RA 13:8)
(MIU VOTILATION) (LUNGS--DUST DISEASES)

RADCEMMD, G.A.; KUSTOT, V.N.; KAYLYBAYE7, B.A.
Aerodymamic characteristics of currents in stope ventilation as
applied to new ore mining techniques at the Dghezkazgan Wne.
Trudy Inst. gor. dela AN Kazakh. SSR 6sl66-I& 160. (MIU 13:12)
(Dzhezkagan region-Stoping (mining))
Nine ventilation)

RADCBMMD, G.A.;-XAYLYBAYZV, B.A.
Distribution of fine17 dispersed dust concentrations in ventila-
tion currents circulating in limited areas. Trudv Inst. gor.
dela AN Kazakh. SSR 6:192-204 160. (MIRA 13:12)
(Mine ventilation)

RADCHENKO, G.A.; MYLYBAYEV9 E.A.; KUSTOV, V.N.
Dust formation during blasting operati-,ns in stopes with chamber
and pillar mininr systems, Trudy Inst. gor. dela AN Kazakh.
SSR 7-175-182 16C. (MIRA 14:6)
(Blasting) (Mine dusts)

SHEFELDY, S.F., kand.tekhn.nauk;4L'vDCHL'NKO, G.A., kand.tekhn.nauk
All-Union Conference on Mine Ventilation and Dust Removal.
Vest.Kazakh.SSR 16 nD.9:92-93 3 16o. (MIEW 13:9)
(Mine ventilation--Congresses)

RLDGHEITKO, G.A., kand.tekhn.nauk; BELOBORODOV, F.V., -gornyy inzhener
Modified apparatus for the uniform feeding of finely dispersed dust.
Gig.i san. 25 no.8:36-38 Ag 160. (MIRA 13-11)
1. Iz Instituta gornogo dela Akademii nauk Kazakhskoy SSR.
(LUNGS-PUST DISEASES)

RADCIr.-NKO, GcA.
Effect of fogging on the settling of fine dust after blasting
in driftlike workings. Izv. AN Kazakh. SSR. Ser. gor. dela
no.1:101-.104 161. (MIRA 15:2)
(Mine dusts)
(Blasting)

RADCHENKOt (~mA-; MAYLYBAYEV, E.A.; KOLOMMSEV, Yu.P.
Flat jet covering the face of a longwall. Izv.AN Kazakh.&SR.Ser.
gor.dela no.2:91-99 161. (MIRA 15:2)
(Mine ventilation)

RADCHIENKO, G,A-; vIAYLYEAYEV. E.A-.-, KOLOIHI: 'bEV:, YU.P.
Characteristics of dust d7namice in the ventilating of a stoping
panel with a flat limited jet. Izv.AV Kazakh.SSR.Ser.gor.dela
no.2~107-113 ^,63. (MIU 15.2)
(1-Tue ventilatioD)

RADCHENKO,. G.A.; 14AYLYBAYLIV, E.A~; KOLOI-LUSEV, Yu.P.
Effect of the size of cavities on the parameters of free restricted
flows acting in a space constrained by supporting pi-I-lars. Trudy Inst.
gor.dela MI Kazakh.SSR 8.150L--163 161. (MIRA 15:4)
(Mine ventilation)

RADCHENKO, G.A.; ".IAYLYBAY--,,V, E.A.; KOLOMTSEV, Yu.P.
Relationship between the size of the worked area and the intensity
of stope panel ventilation in the chamber and pillar system.
Trudy Inst.gor.dela AII Kazakh.SSR 8:173-179 161. (MIRA 15:4)
(Mine ventilation) (1,flning engineering)

.11
KEKIN, A.A., otv. red.; S124PELEV, S.F., red.; WPHENKO, G.A., red.;
POLZIK, V.A., red.; KUMTSOV, Yu.N., red.; ROROKINA, Z.P.,
tekhn. red.
[Transactions of the A.11-Union Conference on Mine VentilatiDn
and Dust Removal] Trudy Vsesoiusnogo soveshchaniia po pro-
vetrivaniiu rudnikov i obespylivaniiu rudnichnogo vosdukha,
Dzhezkazgan, 1960. Alma-Ata, Izd-vo AN Kaz.SSR, 1962. 267 p.
(MIRA 16:9)
1. Vsesoyuznoye soveshchaniye po provetrivaniyu rudnikov i
obespylivaniyu rudnichnogo vozdukha, Dzhezkazgan, 1960.
2. Komitet po koordinataii nauchno-isaledovatellskikh rabot
pri Sovete Ministrov Kaz.SSR (for Polzik.). 3. Institut gor-
nogo dela AN Kaz.SSR (for Radchenko., Shepelev, Kekin).
(Kine ventilation)

RADCHENKO, G.A.- MAYLYBAYIN, Z.A.
Effect of a nonisokinetic condition on the results of taking dust
samples from air currents. Bor'ba s sil. 5:265-279 162.
'(14IRA 16:5)
1. Institut gornogo dela AN KazSSR.
(Dust removal)

RADCHENKO, G.A.; MAYLYBAYEV, E.A. !
Efficient length of stoping with regard to the dust factor in
the panel-pillar system of working. Vest. AN Kazakh. SSR 19
no.9:93-102 S 163. (~ffRA 16:11)

TADCHENK0. G.A.-- KOLOMEYTSFV, Yu.P.; FRIKHODIKO, V.Ye.
.9
Dust and ventilation regime in the operation of self-propelled
equipment in pits of the Dzhezkazgan Mine. Trudy InBt. gor.
dela AN Kazakh. SSSR 10:181-194 163. (MIRA 16:8)
(Dzhezkazgan District-Mine ventilation)

RADCHENKO; G.A.; MAYLYBAYEV, E.A.
Ventilation of a stope panel by a circulated jet in feeding it
through a mined-out area. Trudy Inst. gor. dela AN Kazakh. SSR
11:143-154 163. (MIRA 16:8)
(Mine ventilation)

RADCHENTKO, G.A.; MAYLYBAYEVY E.A.
Ventilation in panel Stoping in the primarl mining stage with
feeding of ai-- along the worked-out, area. Trudy Inst.gor.dela
AN Kazakh.SSR 15:3,9-44 164. (MIRA 18:2)

RADCHENKOP G.A., kand. tekhn. nauk
Measures for the control of mine air dustiness during the
operation of self-propelled equipment. Gor. zhur. no.93
57-61 S 164. (KIRA 17,,12)
1. Institut gornogo dela AN KazSSR.

R * ~;! -! ." , t ~ f! -' .tc~khn. n-ull
I V.
-,`f:2LIva vatems for the ventilation of stoping eectiona in
-.1tv.~mber, and pillar vorkings. Vest. AN Kazakl- SSR 22 no.8;
61-68 Ag 165. (MTRA 18-.9';,

-1. RADMI'MIKO, G-A.
Experimental invest-igat-Jon of currents flowlnfT around support
I
pillars in a confined space. Fiz.-teldi. probl. razrab. pol.
iskop. no.4:93-105 165. OLAMA, 19: 1)
1. In3titut cornotro dela All KazSSR, AL-na-Ata. Submitted Feb. 6,
0
11965-

:, -, A
Partmeter3 of dtin, dynamics in ventilatlon -urrents circul-Ing
in a stope panel diiring the extraction of thick deposits by the
par,-?I-pillar system of mining. M.-tekh. probl. razrab. pol.
1 11dop. no. 5:119-127 165. MRA r9: 1)
2. ~-r.-O(q, dela A", Kazakhskoy SSR, Alma-Ata.

SOURCE CODE: UR/01?4/05/000/01L/bU44/,dU44
AUTHOR% Radchenko, G. A.
ITITLE% Velocity profiles of jets flowing around supportpilla a in a cleanin space
SOURCE: Ref. sh. Mekhanikap Abso UB290
-.00
REP SOURCEs. Tr. In-ta gorn. del&, AN KazSSRy v, 16, 1965, 68-80
TOPIC TAGS: turbulent jet, gleaning teohnique) test modelt flow profile, function
ABSTRACT: The results of exp imental. studies devoted to the problem of the
propagation of turbulent ets a space with support pillars with special division
of the streams flowing around these obstacles are presented. Tests were performed
with an experimental apparatus which was a model of cleaning excavations in
of natural size (the longitudinal dimension of the model was 3-14 m)- As a result
of the studies., it was found that the longitudinal velocity profiles in'jets.which
are propagated in a bounded space with support pillars have only an approximate'
qualitative agreement with the Reichardt curve for submerged jets. In this, only
in the area of propagation of semi-bounded jets are the velocity profiles expressed
by exponential functions with the argument squared. In the remaining cases, this.
exponent varies from 1 to 4o On the whole, in the case in question, a slower
decrease in the longitudinal velocities near the jet boundary than with a submerged
Card_ 1/2

ACC NR: AR6014918
jet in an unbounded space is observed. It is shown that, under the examined
conditions, the intensity of mixing is comparable with the results obtained for a
system of bounded jetsp and that it considerably exceeds that obtained for free jets
even with a special nonuniform velocity profile at the outlet. Bibliography of 19
citations. Yu. A. Lashkov, CTranslation of abstracg
SUB GODE: 20
Card 2/2

LATIDYSH-VA, V,A,; KAL11'111~,., RADCiI_-;i.I: 0,G0KUKIN, G.N.; C111"IfINCIV, Ye.N.
Sul-face acetylated cotton, iLoport N0,1. V.A.:,ardysheva ard others.
Izv.vYs.uchab,zav,; tckh,toL!:f~_prom. n(;,3:50-56 163. (MIRA 16:9)
1. Vladimirskiy miticilno-L-3sledovatel'skiy institut sinteticheskikh
smol (for Landysheva., Kalinina, Redchenko). 2. Moskovskiy tekstill-
nyy institut (for Kukin, Chernov).
(Cotton)
(Acetylation)

KfI-III.Lr)VA, G.N.; IbIDGHENKO, G.O.
Interaction of cellulose with diketone. Zhur. prikl. khim. 37
no. 4:918-920 Ap 164. (MIRA 17:5)
.. .1

LANDYSHEVA, V,A.; R.4DC!-fPNKO, G.O.i SPIRINA, L.S.; CfffRNOV, Ye.N.
Development of Vie, process c-'" Surface acet7lation of textile
106~2 My '64.
f -ibers .Zhur.13r'kl. khim, 37 no. 5:1087- L
(~91RA 1737)
1. Vladimirskiy nauclinc-issledovatel'skiy institut sinte-
ticheskikh smol.

Syn-uhesi--, of cell-iulose acetcacetate. ~'hur. i4m. 37
no.12:2701 D I ' 4

L 14046-66 - 9,1T(m)/EWP(J)/T - -- --R14---
=CC NR. AR5020059 SO-UWE CODE: UR/0081/65/000/012/sl-37-/S-l37
AUMOR: Radchenko-, -,0.O.; TAuidyshev. V.A.
ORG: none
TITIE: State of work done on partial acetylization of cotton for the purpose of
rot revention.
SOURCE: Ref. zh. 1=miya, Abs. 12S&SO
EF SOURCE: Sb. hhimiya i tekhnol. proizvodn. tsellyalozy. Vladimir, Verkhne-
olzhsk. kh. izd-voy 1964, 86-92
TAGS: textileP textile industry, processed plant product
TRA14SIATION: The partial acetylization of cotton (PAC) making it more resistant to
rot and to the effect of high temperatures and acids, gives better resultswhen yardage
is processed, rather than the finished products, because in acetizing the latter the
inner fibers (IF) remain unaffected. It was established that, cotton IF of various
selected types possess a reaction potential. It is best to use for AEC a coarse type
of IF of the 108-F selection., which is most commonly used in the USSR. The PAC may be
done by using either the li(juid- or the vapor-yha6e methods. When the PAC processing
is done in licjuid media., the results are more homogeneous. A selection was made for
-j

L 14046-66
ACC NR: AR5020050
the best liquid-phase activation of IF in acetic acid. The esterification, was achieved
by means of acetic anhydride in the presence of acetic acid and benzol, which may be
substituted by non-combuztible carbon tetrachloride. For a catalizer, HC104 was used.
In order to obtain a PAC with good 1hysical and mechanical properties, it is best to
use a mixture which contains 1.4 of the IF weight. The PAC process may be done by
using equipment for heterogeneous acetylization of cellulose and either the continut)US
or the periodic method. The PAC process is worked over on the usual textile equipment
at cotton-spinning factories using the alkamon OS-2 antistatic preparation. The physi-
cal and mechanical properties of ~rcducts made from acetylized cotton meet the require-
ments of the appropriate technical specifications. A study was made of the structure
and properties of acetylized cotton. I. Vallkovskayu.
SUB CODE: 11
Card 2/2

RADCHENKO, Georgiy Pavlovich
"Concerning the Permian Flora of the TaizUr-Halbinsel of the Lower
Course of the Piaanina River.," Dokl. AN SSSRj 26,, No-7.9 1940.
Geological Inst.., Leningrad

T Tr
AKSARIN.A.V.; ANAKIYEV,A.P.; RUEDUTOVA,R.N.; GORBIRIOV,M.G.; GRATSWIOVA,
R.T.; 171GCROVA.L.I.; IVAUIYA,V.A.. hTAYJ1VSXAYL,L.N.; IMA OP YXVA.
P.S.; ISBAM,I.V.; LCHOVITSKAYL,K.P.; POLBTAYNVA,O.K.; ROGOZIII,L.A.;
RLWHENKO G.P.; HZJfCNSNITSKAYA, M.A.; SIVOV.A.G.; FOKICHXV.V.D.; KRAL-
CHERNYSfWA,S.V.; NIKITINA,V.N., redaktor;
GUROVA,O.A., tokhnichookly redaktor
[Atlas of leading forms of fossils in the fauna and flora of Western
Siberia] Atlas rukovodiaahchikh form iBkopaomykh fauny i flory zapad-
noi sibiri. Pod red. L.L.Khalfina. Moskva. Goo. nauchno-t-.~khn.izd-vo
lit-ry po geologii i okhrane nedr. Vol-I. 1955. 498 p. Vol.2. 1955.
318 P. [Microfilm] (MLRA 9:3)
1. Tomsk. Politakhnichookiy institut imeni Kirova.
(Siberia. Western--Paleontology)

VOZNESENSKIT, D.V.; AMEW4DOV,A.S.; WSLER, A.N.; GOLUBYATNIKOV, V.D.;
Ldeceasedj; DOMAREV, V.S.; DOMINIKOVSKIY, V.N.; DOVZHIKOV, A.T~,;
ZAYTSKV, I.K.; IVA11OV, A.A ; ITSIKSON, M.I.; IZOKH, B.F.. KNrAZEV,
I.I.; KORZHEIIEVSKAYA, A.S.; MISHAM , D.T.; SF"OV, A.I.; MORO-
ZENKO, H.K.; REFEDOV, Te.l.; RADCHEITKO,-G.P.; SMIYNVSKIY. T.K.:
SOIA)VIYEV, A.T.; TALDYKIN' Slv,.-UIWKZW, V.A.; KHABAKOV, A.V.;
TSEKHOMSKIY, A.M.; CHUPILIN. Il: SHATAWV. Te.T.j glavw redak-
tor; KRASNIKOV, V.I., redaktor; MIRLIN, G.A., redaktor; RUSANOV,B.S,
redaktor; POTAPOV, V.S., redaktor izdatellstva; GUROVA, O.A., takhni-
cheskiy redaktor.
[Instructions for organization and execution of geological surveys
in scales of 1:50,000 and 1:25,000J Instruktaiia po organizataii
i proizvodstvu geologo-s"emochnfth rabot masshtabov 1.:50,000 1
1:25,000. Moskva, Gos.nauchno-tekhnAzd-vo lit-)ry pa geol. i
okhrane nedr. 1956. 373 P. (MLRA 10:6)
1. Russia (1923- U.S.S.R.) Ministeretvo geologil i okhrany nedr.
(Geological surveys)

ANDRNTWVA. Ye.M.; KANDELISIVAR, H.O.; RAj)PRwk"wA6&; ROTAY. A.?.;
KHALFIN. L.1.; YAVORSKIY, V.I. ',-TffH-5iIKOVA, 3.V.. redaktor
izdatelletva; GUROVA, O.A., tekhnicheskiy redaktor
[Atlas of principal forms of fossil fauna and flora of the Permian
deposits in the Kuznetsk Basin] Atlas rukovodiashchikh form izko-
paemykh fauny i flox7--permskikh otlosbanil-Razaetakogo basseina.
Pod obahchei red. V.I.IAvorskogo. Moskva, Goo. nauctmo-tekhn. izd-vo
lit--ry po geol. I okhrane nedr. 1956. 409 p. (KIRA 10:2)
(KuznetBk Basin-Paleontology, Stratigraphic)

4~eVOIISKIYII.' iIiY Ivanovich; RADCHATKO, G.P., red.; POPOV, N.D., tekhn. red.
[Conditions of formation of coal-bearing deposits in the Kuznetsk
Basin and their tectonics] Usloviia formirovanis uglenosnykh otloshe-
nii Kusnetskogo bassaina i ik-h tek-tonika. Noskva, Goo, nauabno-tekhn.
iz,I-vo "it-ry po geol. i okhrane nedr. 1957. P. 73 (Ieningrad. Ves-
sarmnyl geologicbeakii institut. Trudy, vol.19). (MTRA 11:1)
(Kuznetsk Basin--Coal geology)

ORLOV, Yu-A., glevnyy red.; RAUZF,11-CRXRIIOUSOVA, D.M., otv.red.toms;
FtWERKO, A.V., ot-r.red.toma; KARKOVSKIY, B.P., tam.glaynogo red.;
RUZHMSEV, V.Ye., zam.glavnogo red.; SOKOLOV, B,,S., zam.glavnogo
red.; VAKHRAKMV, V.A., red.; GEKM, R.F., red.; GROMOVA, V.I..
red.; DAVITASHVILI, L.Sh., red.; KRYMGOLITS, G.Ya., red.; LUPPOV,
N.P., red.; CBRUCHEV, D.V., red.; OVECHKIN, N.K.. red.; POXROVSKAYA,
I.M., red.; PCRELINTSEV, V.F., red.; HADCHENKO, G.P.. red.; RODEN-
DORF, B.B., red.; ROZIMSTVENSKIY, A.K., red.-, SARYCHUA, T.G.,
red.; SUBBOTINA, N.N., red.; TAKHKADZRM, A.L., red.: FIAROV. K.K..
red.; KHABAKOV, A.V., red.; CHEMSHNVA, N.Ye., red.; EBERZIN..A.G.,
red.; KOTLYAREVSKAYA, P.S., red.izd-va; MOSKVICHEVA, N.I., takhn.
red.; POLENOVA, T.P., tekhn.red.
[Fundamentals of paleontology; reference book in fifteen volumes
for paleontologists and geologists of the U.S.S.R.] Osnovy pale-
ontologii; spravochnik dlia paleontologov i geologov SSSR v
piatnadtsati tomak-h. Moskva, Izd-vo Akad.nauk SSSR. Vol.l.
[General part. Protozoal Obshchaia chast'. Prosteishie. Otv.red.
D.M.Rauzer-ChernouBova, A.V.Fursenko. 1959. 481 p. (MIRA 12:7)
(Protozoa, Fossil)

3(0)
AUTHORS: Amantov, V. A., Rad3henknc, G.
U __L. SOV/20-124-1-45/69
TITLE-. Continental Permc.-Triassic Sediments of Central Yongolia
Khangay Upland)
0 kontinentallnykh pe2,mr,-triasovykh otlozheniyakh Tsentrallnoy
~
Mongolii (Khangayskoye nagorlye))
PERIODICAL: Doklady Akademii nauk SSSR, '1959, Vol 124, Nr 1, Pp 159-161
(USSR)
ABSTRACT: The floristically characterf-zed sedirnents mentioned in "he title
were determined by geological in--restigations in the previously
completely unknown region for sc-arces of new stratigraph-Ja and
historical development data (by V. A. Amantov, A. A. Xhrapov,
V. A. Makarov and others). These Upper Permian and LowerTriassic
sediments lie as isolated fields .,dthin flysch-11ke masses of
Upper and Middle Pa'-,eczo--'-c on the zight Tamir bank and left
Orkhon bark-; further _i--- the southern marginal regions of
Khangay: ar3und the mountain Ubu--7-~-angay, on the upper course
of Ongin-Gol and at Bayan-Ular. Perm.-Triassic lies on the
mentioned masses with a sharp ar--allar discordance and with basal
conglomerates. The folds are sometilmes very comp
Card 1/3 'iicated, even

Continental Permo-Triassic Sediments of Cent-_~_I SCW20-124-i-45/69
Mongolia (Khangay UDland)
fan-shaped, and have a tanden--, to I-,e cverirarned. Coarse clastic
and sandy-clayey sediments ai-e most fmportaxnt here. There are
fine and medium grained congl~~!neraates with subordinate packets
and interbeds of shale .-a'.eurc, ift-h and shale. The color is a
monotonous --ay; ~ross-Ledding ef th,~ dolta type, clay
cop-tractions, and plant detrit-,~s a continental, shallow
water sedimentaticn. A section, 320 m thick,is divided
into 3 parts (40, 200 and 80 m). The floristic assemblage found
here is rather unusual ----q the ooinion of the second author: on
the one hand, typioal late Pe:nmian Cordaitales plants
(Noeggerathiopsis) ,,,rith slende:., _`-aves and thick nervature are
represented. They are chara:~'Iez-fstuic of the latest Paleozoic
flora of Siberfa /scc3nd half of the Permian). On the other handq
remains of Tersie-11a and Parl~.,-_-Iamites were identified here,
which are known frcm the L-,wer Tr_-assic (Maltsevskaya suite of
the Kuzbass). Other 'Mesozoic elements (Yuccites typ.
angustifolius), which have hitherto beer k_no,.,.,n only from Triassic
deposits, confirm the Mesozoic age. The second author has
therefore determined the age as Lower Triassic, ard h-re it can
Card 2/3 be even somewhat older, namely a transitio:_ frcta the Peimian
~Lq%, to t-Ile Triaasic.

'Continental Permo-Triassic Sediments of Central SOV/20-124-1-45/69
Mongolia (Khangay Upland)
A spore-pollen assemblage (isolated by I. E. Vallts and
Ye. M. Andreyeva) is most typical of the highest Permian
horizon according to Ye. hl. -AAdrvy*v&,. The hitherto prevailing
opinion that the fold belt of central and southern Khangay was
completely consolidated in the Lower Triassic must be revised.
On the contrary, the land was tectonically active and
experienced in the late Permian and early Triassic a stage of
fragmental tectonics, which caused a differential relief to
appear and led to sedimentation of coarse, elastic continental
masses in individual, closed, transverse flexures.
PRDSENTED: July 24, 1958, by D. I. Shcherbakov, Academician
SUBMITTED: July 4, 1958
Card 3/3

KARKOVSKIY, B.F., otv.red.; ZANINA, I.Ye., red.; KIPARISOVA, L.D.. red.;
MIKLUKHG-PArt-AT, 11.V., red.; POKROVSKAYA, I.M., red.; RADCHWO,
G-P-,--red.; GORCKHOVA, T.A., red.i2d-va; GUROU, O.A.. tekhnre-d-.
[Nowspecies of ancient plants and invertebrates of the U.S.S.R.]
Novye vidy drevnikh rastenii I bespozvonochnykh SSSR. Moskva,
Gos.nauchno-tekhn.izd-vo lit-ry po geol. i okhrane nedr. Pt.2.
196o. 521 p. (MI-RA 13:10)
1. Leningrad. Vaesoyuznyy geologichaskiy institut.
(Invertebrates, Fossil)

MAR OVSKIY, B.P., otv.red.; ZANINA, I.Ye., red.; KIP~LTIISOVA, L.D., red.;
MIKLUKHO-MAYT-AY, K.Y., red.; POIMOV~KAYA, I.M.. red.; RADGHENKO,
G.P., red.; ROSSOVA, S.M., red.izd-va; GUROVA, O.A., te re ~.-
[New species of ancient plants and invertebrates of the U.S.S.R.]
Novye vidy drevnikh rastenii i bespozvonochnykh SSSR. Moskva,
Gos.nauchno-tekhn.izd-vo lit-ry po geol. i okhrane nedr. Ft.l.
196o. 611 p. (MIRA 13:12)
1. Leningrad. Vaesoyuznyy geologicheskiy institut.
(Paleontology)

OILLOV, Yu.jl.. glavnyy red.; MARKOV:SKIY. B.P., zam.glavno,o red.;
0
RLrMNTSZV, V.Ye., zam.glavnogo red.; SOKOLOV, B.S.. zam.glavnogo
red.; SARYCIMVA, T.G., otv.red.toma; VAKMU~JZM, V.A., red.;
GHITM, R.F., red.; GROMOVA, V.I., red.; DAVITASHVILI, L.Sh., red.;
KRYMGOLITS, G.Ya., red.; LUPPOV, H.P., red.; OBRUCHEV, D.V.j red.;
OT0,CHKIN, N.K., red.; PCKROVMLAYA, I.M., red.; PCHELI14TSZV, V.F.,
red.; 69. red.; R.AUZE11-CHMINOUSOVA, D.M., red.;
ROIEITDORY, 13.3., ROZHEBSTT&NaIY, A.K., red.; SUBBOTI11A,
N.N., red.; TAKHTADZEAN, A.L., red.; FLEROV, K.K., red.; PURSENKO,
A.V,, red.; KHABAKOV, A.V., red.; CHER YSHEVA, N.Ye., red.;
EBERZIN, A.G.; EMSSKAYA, L.A., red.izd-va; POLENOVA, T.P.,
tekhn.red.
(Fundamentals of paleontology; manual in fifteen volumes for
paleontologists and geologists of the U.S.S.R.] Osnovy paleonto-
logii; spravochnik dlia paleontologov i geologov SSSR v piatnadtsati
tomakh. Moskva, Gos.nauchno-takhn.izd-vo lit-ry po geol. i okhrane
nedr. Vol-7. (Polyzoa, Brachiopoda. Supplement; Phoronidea'j
Mshanki. brakhiopody. Prilozhenie: Foronidy. Otvet.red.T.G.
Sarycheva. 1960. 342 p. plates. MRA 14:4)
(Polyzoa, Fossil) (Brachiopods, Fossil)
(Phoronidea, Fossil)

ORLOV, Yu.A., glavnyy red.; Wild:OVSKIY, B.P., zam.1-,lavno&o red.; R1J;;i1.,'1'1;T;SEV,
V.Ye., ZaMeStitel' glDvno--o red.; SOKOLOV, zariestite." glavno-
go red.; EBM-ZIN, A.G., otv.red.tome; KIPARISOYA, L.D., red.;
ZilMANSKIY, V.N., red.; V.A., red.; GELIM, R.F., red.;
GROMOVA, V.I., red.; DAVITASHVIII, L.Sh., red.; KRYMGOLITS, G.Ya.,
red.. LUPPOV, N.P., red.; OBRUCHEV, D.V., red.; OVECHKIN, N.K.,
red.; POXHOVSKAYA, I.M., red.; PCHIMIETSEV, V.F., red.; JUWCHRffO,
GJ~-. red.; RAUZO-CHKIWOUSOVA, D.M., red.; RODENDORF, B. r C
RO2JMZSTV&1W,'IY, A.K., red.; FLEROV, K.K., red.; YURSINKO, A.V.,
red.; MBAKOV, A.V., red.; C1DMNYS1W.A, N.Ye., red.; KORDE, K.B.,
rod.izd-va; POLENOVA, T.P., teklui.red.
[Fundamentals of paleontclGgy; reference book in 15 volwaes for
paleontologists and geologists of the U.S.S.R.] Osnovy paleonto-
logii; spravochnik dlis palsontolog-ov i geclcgov SSSR v piat-
nadtsati tomakh. Moskva, Izd-vr, Akad.nauk SSSR. VC1.3. L11ollusks:
Loricate, Bivalvia, Scaphopodal Moll-luski - ponts-irnye, dvu-
stvorchatye, lopatonogie. Otvet.red. A.G.Kberzin, 1960. 299 p.
(Mollusks, Fossil) (miaA 14:1)

BADCUMO, G.P.; ROZENKR4NTS, 4-A.
New data on Permian sediments in the northeastern Balkhash region.
Sov. geol. 3 no.4:111-115 Ap 160. (MIRA 13:11)
1. Vaesoyuznyy aerogeologicheskiy treBt I Vsesoyuznyy nauchno-
issledovatel'Bkiy geologicheakiy institut.
(Balkhash region-Sediments (Q3olog7))

RADCHENKO, G.P.
Stlidy of plant remains from Devonian sediments of the Altai-
Sayan Mountain region. Trudy V'IEGEI 70:5-8 162. OMIA 15:11)
(Altai Mountains--Paleobotany, Stratigraphic)
(Sayan Mountains--Paleobotany, Stratigraphic)

PETROSYAN, N.M.; !UXHENKO, G.P. I
Stratigraphy of Devonian sediments of the Altai-Sayan Mountain
region. Trudy VSEGEI 70:9-22 162. (IfJRA 15:11)
(Altai Mountains--Geology, Stratigraphic)
(Sayan Mountains-Geology, Stratigraphic)

--~ -.~ , 7 ~: _. - ~- - -1 - .-
ANDREEEDEVA, Ye.M.; FETRCSYAN, N,,.',; ~U.DCIOILO, G.P.
- -
New data on the phytostratigraphy of Devonian sediments in the
u
Altai-Sayan Mountain region. Trudy VSEGEI 70:23-59 '62.
(KRA 15: 11)
(Altai lAountains--Paleobotany, Stratigraphic)
(Sayan Mlountains--Paleobotany, Stratigraphic)

LEPEKHIPIA, V.G.; PETROSYANY N,141.;,_~~HMO,-,G.P.
Mfost important Devonian plants in the Altai-Sayan 1-buntain
region. Trudy VSEGEI 70:61-189 162. (~M 15:11)
(Altai Mountains--Paleobotany)
(Sayan Mountains-Paleobotany)

ORLOV, Yu.A., glav. red.; TAKHTADZHYAN, A.L., otv. red.;
IIAKHW!EYEV, V.A., red.; RADCHENKO.--~..F-, red.; SHVFWV,
N.A., red.; VASILEVSKAYA. re .; TURUTANGTA-KETOVA,
A.I., red.; MURAVIYEVA, O.A., red.; POKROVSKAYA, I.M., red.;
YATSENKO"KHWLEVSKIY 17 A.A., red.; GOFOKHOVA, T.A., red. izd-
va; GUROVA, O.A., tekhn. red.
[Fundamentals of paleontology; manual for paleontologisto
and geologists of the U.S.S.R. in 15 volumes] Osnovy paleon-
tologii; spravochnik dlia paleontologov i geologov SSSR v
piatnadtsati tomakh. Glav. red. 19.A.Orlov. Moskva, Izd-vo
AN SSSR. Vol.15.(Gymnospems and angiospersm] Golosemennye
pokrytosemennye. 1963. 742 p. (MIRA 16:11)
(zymnosperms, Fossil) (Angiosperms, Fossil)

RLOV, Tu.A., glav. red.,) VAKROVSKIY, LI ~., zain. glav., red,,,
RUZHENTSEV, V,ye., zam. glav. red.-, SOKOLOV, P,S.. z
glav. red.; VAKHRAM-EYEM , V~A- , ctv. red, ; FkX#;Ejr447
G. P, , red, ;TAKHTADZZHkN, A, L, , red, i KCTLYAFIMV~YAYA,
P.S,, red.izd-va; LAUT, V,,G,, tekhri. red.
[Funtwaentalzi of paleontol-ogy; manual for pa-ieonto-logist5
.ind geologlats of the UJS~S~R-, 'it! 1~ volumes) Osnovy paleonti-
logii; 3pravc)ahnik dlia palecjntolog~~-i i geologov SSSR v piat,
nadt3atl tomakh. Mosirva, Izd-vo AN SSSR~ Vol-14. (Algae,
bryr)phytea, p5ilophytales, ly,!op-31(13, arth" phytes, fernsl Vc-
dorosll, makhoobraznye, PaIlOf"Ow7e, plawnovidnye, chlenisto-
5tebellnye, upporotniki. Fc-d red. V.A.Vakhrameeva, G.P,,Radchenkj,
A.L.Takhpadzhana. 19613. 691-1 p. (MIRA 16-.10)
(Palao'botany, -St rat. 1. graphic)

SYKADDROVI V.S., red. toya; PEFJMTS, F.A., red. tom, -RADCU-1,10,
G.P., red. toma; RYABOKONI a Z
Y N.F., ed. tolLa.
S.Y., red. toma; MIAILEVA, G.A., ved. red,
[Geology of coal and oil shale deposits in the U.S.S.R.]
Geologlia mestorozhdenii uglia igoriuchikh siantsev SSSR.
Vol.8.- 1964. 790 p. (MMA 1?-12)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy geologichaskiy
komitet.

RADCH.ENKO, I.
--- (KMA 14: 1)
Television plug. Radio no.12:19 D 160.
0
1. 9rf7,,Kjoj, "Krafjrtq"/ potrUmn#" Unrooneorya oblaot'
(Televisio-&-.9quifne-tib and ouppllms)

i-; - .
RADCHEIPXO, I".chempion SSSr po aviamodelizmu.
Engine and the propeller of a racing model. Kr7l.rod. 11 no.8:
29-30 Ag 16o. (MIRA 13:8)
(Airplanes--f-todels)

RADCW, KOS I.J. master sporta
Let us consider the engine--propdller unit. Kryl.rod. 13 no.7:26-27
il 162. (~UA 16:2)
(Airplane a--Models)

FOGEL', N.; RUCIMMKO, I. -
Simple home-made apparatus for cauterization. Trach.delo no.5:529
V7 159. (MIRA 12:12)
1. Khersonskaya oblastnaya bollnitea.
(GAUTIRT)

R&DCHMKO, I.A.
Designing the detector stage for a radio receiver by gTaphical
and analytical methods. Izv. vys. ucheb. zav.; radiotekh. no,2:
131-140 Mr-AP '58. (MM 1115)
1. Rekomendovana kadedroy teoreticheskoy radiotekhniki Llvovakogo
politekhnicheskogo instituta.
(Radio-Receivers and reception)

SOV/133-59-9-27/31
AUTHORS: Livshits, S.A. and Radciienko, I.A.
TITLE; Technico-Economical Comparison of the Production of Low
Grade Ferrosilicon by the Blast Furnace and Electro-
thermal Processes
PEHIOD]CAL: Stall, 1959, Nr 9, pp 646-649 (USSR)
ABSTRACT: On the initiative of the Gosplan SSSR and Gosplan RSFSR
it is planned to replace during 1959-19b5 the production
of blast furnace ferrosilicon by the production of 1659'
ferrosilicon by the electrothermal method. it was
already decided to design a new ferroalloy plant for the
Chelyabinsk Works, utilising a considerable proportion
of its capacity for the production of low grade
ferrosilicon, excluding the production of blast furnace
ferrosilicon from tie -.-rorks. The authors consider that
this decision is wrong and to pvove the�r- point they,
made a technico-ecoriorti-ical comparison of producing low
grade ferrosilicon by the above two methods in
application to conditions existing on the Chelyabinsk
Works. The basis for the comparison was as follows:
The blast furnace process will be carried out with
Card 1/3 oxygen enriched blast (UP to 32%), heated to 9500C, with

SOV/133-59-9-27/31
Technico-Economical Comparison of the Production of Low Grade
Ferrosilicon by the Blast Furnace and Electrothermal Processes
a high top pressure; or,-- blast furnace producing
500,000 t/year of 12% ferrosilicon will be used. The
clectrotherinal i:xocess will be carried out in electric-
ferroalloy furnaces of the closed type with transformers
of 16,500 k-w; the content of silicon in the alloy will
be 18% with the equivalent output in respect of silicon
of 330,000 t/year. Comparison of tile costs of
r.roduction of ferrosilicon by the above two methods and
the cor-x-esponding car-ital expenditure are given in
tables 1 and 2 respectively. lt is concluded that: the
blast furnace method allows for the production of
ferrosilicon from- low grade silic-ious ores and scrap
(not suitable for the open hearth process) while the
electrothermal method requires steel shavings which can
be used in steel making furnace. Under the conditions
of the Chelyabinsk Works, the blast furnace inethod of
producing ferrosilicon is more advantageous as the
production. cost of a unit weight of silicon and the capital
Card 2/3 exFenditure are lower by 3b to 39*1o' and by 100 to 110 million

SOV/133-59-9-27/31
Technico-Economical Comparison of the Production of Low Grade
Ferrosilicon by the Blast Furnace and Electrothermal Processes
roubles respectively. In the comparison of the
capital costs, the electrothermal method is
additionally debited by the cost of production of the
additional iron which is produced in the ferrosilicon
blast furnace. There are 2 tables.
ASSOCIATION:Giprostall
Card 3/3

RADGHENKO 1,A.
Semigraphical method for calculating detector circuits with
two nonlinear elements. Avtom.kont.i izmtekh. no.6:88-92
$62. (MIRA 16t2)
(Radio detectom) (Radio filterff)

~. ~ D C.'-~ N":', , 1 . I .
1~14 'Ivedeniye V Molek-ulyarnuyu Fiziku. (Ucheb. Pcscbi,re Dlya "In-tcv 1 Pcd. In-tcv
Uicr Sssr . Izd. 2-E, Pererabct. - Dop. Kiev. "Rad. Shkcla", 1954. 475S. S
M. -,3S'.:. 3.000 ',"KZ. 10 R 70K. V Per, Na Ukr. !Faz.--(54-54794)
539
SO; Kni-zhnaya, Letcpis, Vol. 1, 1955

A~-3E-.',C I:.- - , ;~. V,-,-, i3-A.DCqENKO, 1.F.
~ d '.11"a - ~ ~,I-I,-.e of 'he -.-axp~;urd'ng :-,f a settling
A-:'lom., :'~ prib. no~14,18-21 Ja-Mr 165.
(MI.RA 18:8)
C-

1. 1.
i 11, -
Disz~ertation: "Ifeat Zxc:.Iiange and Productivity of Auuicl Libis for the Burning of Dinas
Brick." Cand Tech 3ci, DnepropeLrovsk '-'Otuallurgical Inst, Drpp, rope trovsk, 1,1,54. Referalviv-
ri~7 Zhurnal-Kftimi- -Ioscmi, ko 14, Jul 54.
ya, I
SU: SUM No. 356, 2- Jan 19~5

GOLIDFARB, Emil' Mikhaylovich; KRAVTSOV, Aleksandr Feodos'yevich;_3,Aa~~
IriNA.,Jy~~q 'vna;-ROZENGART, Yuriy Iosifovich; SEMIKHIN, Iosif
Danilovich; TAYTS, Roy Yarlyevich, prof., doktor tekhn. nauk, red.;
CHUMCHMMO, T., vedushchiy red.; BBSPYATOV, R., tekhn. red.
[Galculations for heating furnaces] Raschety nagrevatellafth pechei.
Pod red. N.IU. Taitsa. Kiev, Gos. izd-vo tekhn. lit-ry USSR, 1958a
421 p. (mm 11:8)
(Furnaces, Heating)

32777
S/i37/61/000/012/00~/149
& -~ 0 A0061AI01
AUTHORS: Zegzhda, D.P., Radchenko, I.I.
TITIE- Investig~tion of heat conductivity and thermal expansion of alumo-
silicate masses
PER1QD!t1:!_., ReferaTivnyy zhurnal. Metallurgiya, no, 12, 1961, 4. abstra ct
12B18 ("Tr. Nauchn. tr. Dnepropetrovsk. metallurg. in-t", 1958,
no, 36, 9.5 - 1o4)
TEXT-, Me method of non-stationary heat process was employed to deter-
mine heat conductivity of roasted specimens, 40 mm in diameter, of four composi-
t-ions; Al 0 Al 0 2SiO Al 0 and Al 0 4sio in pure srtate andzwith
2 p,2% 2 S102 5 2Y
admixtures o M98 or Tig'. Fhe nature of cRafi_'ges in the heat conductivity
2
with changing volumetric weight was determined not from the ratio of the main
oxide components but from the-presence and nature of mineraliie-rs, which acceler-
ate the formation of mullite and thus change the-structure of the body and its
properties. In pure masses, heat conductivity increases gradually with higher
temperatures, in masses with admixtures it increases rapidly up to 500 - 6000C,
pasaing through a maximum, and then decreases. This is explained by the high
Card 1/2

32777
S/137/6I/OOO/Oi2/oo2/i4q
Investigat,ion of heat conductivity ... Aoo6/Aioi
degree of the crystalline phase development. The highest thermal expansion
determined by VNIIO differential dilatometer, was observed in pure masses,
mineralizers MgO, TO 2 and K20 reduce thermal expansion, 1~
N. Molchanov
[Abstracter's note: Complete translation)
Card 2/2

S/137/6 2/000/001/001/237
Ao6o/Aiol
AUTHOR:
Radchenko, I.I.
TITLE: Engineering method for calculating the cooling of the material
together with the furnace
PERIODICAL: Referativnyy zhurnal. Metallurgiya,.no, 1, 1962, 1, abstract 1B2
("Nauchn. tr. Dnepropetrovsk. metallurg. in--e', 1959, no. 36,
174 - 179)
TEXT: The differential equat-ion for the cooling of articles together with
the furnace after heat-treatment is set up and solved. The method of solution
consists inthe simultaneous solution of the heat-transfer equation and the ther-
mal equilibrium equation for the ocoling articles and the furnace brick work. *
In setting up and solving the equations a number of simplifying assumptf(~iis are
made which are not discussed in the-article. The solution obtained may be used
in thermotechnical calculations for heat-treatment practice.
[Abstracter's note: -Complete translation]
E. Gol'dfa'rb
Card 1/1

SENE R" IIosif Dar-ilovich- P.VEREi Sergey lvariovich; I HaKO,
-j * y I , i _~Ap~
Trim lvanovria: KGVALEV, A.P., daktor tekhn. nauk
1,etse-zert; TEL---GTI'l
1 -1., A.S., dots., kand. tekl=. nauk,
retsenzent
[Fuel and fuel manvFewept in plan'tsl Toplivo
i toplivrioe khoz1aistvo iretallurgicheskikh zavodov. Moskva,
'-',etaliurgiia, 1965. 391 P. (MIRA 18:11)

ZHUKOVP M.A.; RADCHENKO, I.I.
Age ol" ancient sediments In the central part of the Bet-pak-Dala
antiolinoritim. Izv. AN Kazakh. SSR. Ser. geol. 21 no.3:88-92
MY-Je 164. (MIRA 17;11)
1. Kazakhskiy politekhnicheakiy institut, Alma-Ata.

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A
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Was 4111111teff ill all ell-c-
I Ill 15% ll'FA)' atilt
-1 for
-I-xic Slid a Pb it

0
(placed in the ccntrr olf the Ociding
= .
C')jCOtH and PfC%Bu. At a c. d. of 3 an ibil.
-
-
&
Nlc( t
inl
l
1
i
f 11
:
i
l
, ma
o o
y
0,/BuOll rat
a HIS.,
1417w2$ obi ined. (be yield af rhit-h increased with in- =00
vresqr of the unperage, regoching 74.8% at 54 allsP* /hr.. .00
and dLvre%Ang with incre&W of c. d. The fortnation of
ot
prCO,Hu was protimmed by using - excess of DuOll, At A r
11,50./BuOH of 5.6: 1 and 70 amp4hr., the yield being
4A).3%. The investigation is being coridumed. Tea
=0 0
litnalure and 4 patent refemacm. A. A. Podgomy
0
Ag'
0
:00
-trAtLuarmcA, 11TER-101 CLAWFICITIC. rz, tie 0
10,
woo
ILL
Stic6i .1 0'.. !let
11 is AV mo it I,
a to to 0
10* 0 a 0 o 0 a o , 0' Oil , " , " o li : 0 01111 00 00 0 0 0 0
0 0 0 0 0 0 0 0
0 0 0 0 0 0:0 0 0 0 0 0 o 0 o 0 0 0 0 0 0 0 0 0 iii 0 0 0 0 0 0 0 6 * 0 0 0 - 0 c 0 O!j

ale'. afe
clav. fullef 4-10 of 111vil livi Ic, trum%,

bee
09 ....... tugle
00

00 &
000000 60 so 0 0 0

0 6 0 0 0 0 0 0 0 0 0 * 0 & 0-0 4 0 0001000000
0 Os 00 00 0 O'e 0 0 0 0
1) .4 43
AMC DEFGAIIAL C r" IT I T LN cy"! To it u na s7 0 A; o c %I CIA AT 11 C
11 L -S.~ -- ! -- j--A-- . . - t A . .-I .
io:
1111411,111, 11% S.
:000 70!.93

Am

u1 pisippo n

t
It VI
pp,

00-
0416

-4-0 0 0 0 0 0 0 00 000 0 1

al"'A
!.,w '%ujj,Aq-p pus mj~v "Ju 00
00

JPV)f
P, I
6
I p 00
13
i assi j0 PIP110 I""
00
7 00

so
fainva Ot 4.1 111
'
-
-
" 00
11
11, 11
s j v
VT T
1
Of 1
ees & a so so
V so -0

--
-
41
M
1W
]a P It 11
M
M i M is is V a a a as 0 a a 0

0
I I 1 4 1 10 It
9~
.A IL 41 i
-
S-i;L Uj
--

0t butyl alcohol. 1j.
09
'
M
(hf Frill, I-
131VO
9411); d. 31, -A
go tuos.ly d'-witived Itiettiml wits Used. TU '141,1,11 ... I ol
1411011 yidded, bcsides the previously obaetvd I-fCOII
atid 1,101,11u, Stan PrCHO, Bu()S", pwwklrs (Prc-
-
110iffirvitir 1119111slarriscli
w
Il
sm
as
l.
loffliatioll of 1116~11 and Xt
8m
An oidd
ti
f
.
a
on o
a ^
IttiOll was caffied out using a c. d.alO.01-0.06 wrrip./sq. a see
cul. atilt vafkms slate. of BUOII (antilyte.11tioll ratio of
=*. 1; 10: 1; 4.7:1 mW The yield of acki in each
wrk-s of exists. won blebat at 0,06 amp./sq, cm. and that
go id exter at 0.06-0,00 amp,lsq. cm. The content of C(N
wee
00 J vvisived during an onklislow was directly pnVortlosal to
'
time (rectilinear) anti totbec. it.
rise emes,11"tiott pttscru goo
was pfrostinahly carrietl out at the fistetfistv of the tipper Ric.
woo
00 A fAyrr cmt(g. a striall anti, of sq. IlvWt anti of the lower sq.
see
by 4 high cotten. of It-SO.. A. A. J'vdxwnv
see
see

4 wee
wee
tTALLUNCKAL LITI 11AtURI CLASSWICATION
bo"LAW
?till ant 411f all
T-Tr ad a a 0 1 W a 0 A 0
so L'i it it
0 11 at 4 11 1 " a 'X 0 00
Oil*
0 096 0 a 0 0 0 0000
00 00
0 0 o 0000 0

------------
in zolc~ions. - VI. Mecharilsin
of de position of aLkylaryltriazenes m" the pres- of,p
LtIr and adds' ~ V Ya. Aiiclaktishkin, -B, A--.. Dolgoplosk,
and- 1. 1. Radcheakii. Zhxr. OWCW Xhim.- 26; 2972~-W
(1966j7-777=77W, 12339c-- 51, 4043i.-~-The kinctici; of
ith uMe i:NN-I1PIA:"d BuX;NNHPh In q.,
e decoxnpn.~-W
I - a
WCOB: and wgt C4H& -were-ntudietl. Addn~ of FrIO to the
1 anhyd, solvents result*- to a nieady~ Inertase of the rate'of.
~&coturjn, (kinetic ciirves at 2W are show In Ar I
IV 11B no (14:0111pil. tako PTACC at W)9 or, even Xd,dn -
twitilsirter iwtoi.Woli tba ilteDipplu
iby 160174). The decomph; ls-tamf,ritpld it Is WNIQ III J
very Alk. - solda, (pll abovd 10),- the4eWenes decoin d
(icily very slasilf, JNI -of the
I. rfnX the. decimpol
U20 or- u- neutral mulsions thii seous product
ofthe rontentofthe'
11U,
trlazenal with very small i6fue; wILMON tfi If uld,
products MeOH-aud PhWH. vtmre identAed- '%6111SH
-aliphatic amines-, or aromatic hydroc-tr6ons were found:
In the decoinph. of the Du *deriv.- the gises contain edY
butalic, and butahe.-the latter pred6minating over the satd.
hydrocarbon; ..B uOI-1 and Ph NH -were found in the liquid ,
products. . Decompa. - of tile 1"Ie llcieriv. In aq. HCI always
gave hirger vols.. of. gases: than- were-obtained: In neutral
ruedium; fit 2-21.5,V HCI - the total gas vol. - exceeded the,;
theoretical (mled. on N 606atil.-froui thL,triazene) by'!
some 35-451~';,-nwing to the presenci of NIX .1, witli a dr-
~:crcased yield of MP_OH.~ Org. acids acvelerate the d&~
compn. and vield esters, :oleic and BiOR caused the Afe~
deriv. Ut ~Idd I Me esters Of these 1XqidS; III the preswce bf
inthe
of P1lC1-I:Cj-It, the lat I again -
A presence ter is pu yinerned
with a Atle yidd of MeOll, ~ Thus.; the tlieclQisin of
ed
dwow 1, jf ti te- triazultvs vi ppsbably the re-W6411 SUCII as-
-Allat W 1 1, - which yid'k 1,110,1113 wid RX~ NOFI; the lat-
01
ter clu itLL(i* Nand forsiO:a-fice rad' IIt and Off,

.
j
w

of ifte Tudicids to ~olutianvl Roli ot,

hcdvatom in the praesi of d"
ot4osition'of U142anea and
Ill lultiatku.0f Po orlation. - - V, _Y;k, Aud*ushkitir, B - A;
w
h
il
IA V
L
W
S
e
ev
.
a
e
nt
'Rubbcr.All-TJtd55 M;=lill, Momm), Zhur,: .
7. d.',C.A. 51, W74a..'
OtAckel Xhim~ 26,'84Q3

-le "It iygeshownjhat decbmpti. al -PhNHN. Nme and ph-;

-is accelemt b
NHN.
'10u Jibgothe adda. ilwose, hydro-!
quino
~corblc
e
vo
cid
i
d Ni
etl
SO
th
ki
a
an
e
,
e
n
-
2
,,
n
Nrves of the rates of detompl' are 6hown. -The most cf.,o
'
fmthre
addends are In 9tlder ascorbic acid; VeSOj, - N%:SOj,
hydro4Waone.- Qnd gW~. - In,this ieitetion the uddends!
'
are undi4nged anddo,not affocf the nature Df
the- products:
'
'
W
e
d
co Prmlsely
analogous results
were obtained
pn~
'
"Uji thisi-acdends in O
blymerization of PbCH:CH* in
eviulsions in the~prcsehce of PhNHN.-NR. Thus. 'th
latter appar to be catalyied to thetr hydration reaction by'
'di

thg above list of addends
the h
'
ion jeads
eptarentl
l
,
_
y
4t
- -ft.
-RN:NOH
to
PhNHj wid W~IT, leads to
~
,
radicid fidtfiatloq In tile decompn. bf the diazohydrates.
G. m. kaaw)-ar

T.T
-In
AM

RADCHENKO, I.I.
~iaft polymers. Kauch. i rez. 16 mo.7:16-229 Jl '57.
l.Vsesoyuznyy iauchno-issledovatellskiy institut sinteticheskogo
kauchuk-a im. S.V. Lebedeva.
(Poly-mers)

AUTHORS- Radchenk-o, I. I. and Fisher, S. L.
TITLE: 1, 3- Butadiene 3opolymers with a High St7rrene Content.
(Sopolimery divinila s VI-7sokim soderzhaniyan 9tirola).
PERIODICAL: Kauchuk j Rezina, 1958, Nr. 1, pp. 34 - c. (USSR).
ABSTRACTs- Synthetic rubber,produced by polymerisation of 1,3-
butadiene in aaueous emulsions, possesses a high de-
gree of elasticity, low physico-mechanical properties,
and poor technological properties. The technological
properties are improved when the polymeris_-,tion is
carried out in the presence of a polymerisation regu-
lator, but at the same time the deCr,-,e of elasticity
-ed. 13hen
iLnd physico-mechanical properties are lowei
a mixture consisting of 70% 1,3-but-adiene and 30/0'a'
styrene is polymerised, the degree of elasticity is
slightly lower, but the end product has high physico-
mechanical and technological properties(e.g. CK'U"-30P
CKC-30A, 4-T0 - d-P-3r- which are used for
the manufacture of car tyres). lr~e elastic properties
deteriorate and the plastic properties improve
the styrene content in the mixture is further increased.
Rubber containing 50/'Of 1,3-buta-diene anl EO.-' 'has
Card J/T'~ lo,,*i elastic properties but suf-ficiently hi,7h physico-

1,3-Butadiene Copolymers with a High Styrene Content. l3S-1-P-/lC-
meclianical properties, and Is used in the shoe industry
and for the manufacture of various rubber goods. A
plastAc composition is obtained when the styr-Ine con-
tent r,--,aches 00 and 90%; these composlUori are similar
to polysty-rene-1,3-butadiene copolymers .-ilth a high
st7rene content, and are often called styrene-containinp-
or polystyrene-contain*nU synthetic resins. The polymer
CKC-50 (similar to the German Buna S-S) cln be prepared
when the Na salt of dibutyl naphthylsulphate -..,-tith a
small quantity of sodium stearate is used as emulsifier.
CKC-50 has very good technological as -.-tell as physico-
mechanical properties. The copolym,:ar Pliolite S-3
(~C-3) consists of a mixture o' 15% 1,3-butadiene and
L
85% styrene. It is a white thermoplastic powder which
is resistant to oxidation and other chemical r-actions.
1,3-butadierie copolymers containing 12.5 to B7.5%st7rene
have been prepared by emulsion polymerisation at a
temperature of 500C. The composition of the copolymers
was determined by ul-tra-violet spectrophotornetr,7, and
also according to the quantity of unreacted monomers.
A detailed investigation of the composition of 113-
but,,idiene-st7rene copolymers *uas carried out ")y S.
Card 2/15 Mledvede,.~ it al. Polymerisation was carried out in

1,3-Butadiene Gopoly.'nPrS WiLli a High Styrene 'Jontent. 130-1-2/16
0
the presence of benzoyl peroxide at 600C. The styrene
in the copolymers was determined by refractomebry, and
according to the content of unsaturated bonds. The
woek of I. M. Mitchell (Ref-3) is discussed. The
various Marbon resins and Butakon-S -are mentioned.
In the USSR 1,3-butadiene styrene and 1,3-butadiene-
methyl-styrene.containin,g not more than 26-27% styrene
or methyl-styrene,are produced. The preparation of
1,3-butadiene copolymers with a high content of styrene
and alpha methyl styrene - C KC -50, r-KC,-90 and CicC,-40A
is discussed. Details of the preparation are tabulated
(Fig-1). Figures 1, 2 and 3 give graphs on the depths
of polymerisation. The physico-mechanica-l properties
of vulcanised rubber CIZ-50 are shown in Table 2 and
4 and the plasticity of CKC--50 in Table 3. Investi-
gations carried out bySHMOCKand by the Moscow
Factory "K&y4yk" showed that C-M-50 can be used for
hard rubber goods, for frost-resistant conveyor belts,
and also as additive for improving the properties of
Card 3/5 mixtures based on the rubber CKC,-30. Alpha-methyl-

1,3-Butadiene Copolymers -aith a High Styrene Content. 138-1-2/le)
styrene is also used for the preparation of 1-3 buta-
diene-alpha-methyl styrene rubber CKNE-50. Alpha-
methyl styrene is less active than styrene; it is used
for the industrial production of CKMC-30 (1,3-butadiene
alpha-methyl st7rene). Details of the copolymerisation
of alpha-methyl styrene with 1,3-butadiene are given In
C)
Table 5. Table 6 gives the physico-mechanical proper-
ties of CKML-50 vulcanisates. The copolymer CKC,90
was prepared at 5,00C and a 60%, polymerisattlion was
achieved durina 10-12 hours. At the completion of the
polymerisation r-action 3/0 anti-oxidant Neozon D
(phenyl-beta-naphth6l amixie) is added. Surface tension
of the latex = 39-4 D14/cm- The late-;' CKC--30 and
C,FC, -90 .vere mixed in such proportions that the total
styrene content = 40%, this gave the copolymer C-KC-40a
OW-50 (prepared aith the help of D. G. Bril ) was made
by coagulation, washing and dr-ing o-f CK~^i,-40A. The
thermo-plastic properties of, UZC_-4CA and are
given in Table 7, and the physico-mechanical properties
o.-_Pr,KC_-40Avulcarw'ates in Table S. The synthesized co-
Card 4/5 polymers can be used for the manufacture of various

1,3-BuLadjone (~opolpiuvs with a High Styrene 0ontunt. 17 0 - l - 2, / 16
rubber goods and hiah quality microporous so-!&3.
T' "erences: 7
nere are 6 Tables, 4 Figures, 10 RA I
English, 3 Russian.
ASSOCIATION: All-Union )cientific Research Institute for
Synthetiv LLUbber im S. V. Lebedev. (Vsesoyuznyy nauchno-
issledovatel's! 'ci7 institut-sinteticheskogo kauchulca
im S. V. Lebedeva)
AVAILABLE: Library of GongreFs.
Card 5/5

S1 1 -38/6 1/c.4,0/005/002/006
26989 A 0:; CA129
AUTHORS: Radchenko, I. I., Fisher, S. L.s Korchmarek, V. V., Kuznetsov, V. L.,
ti;il'_'_b~.__G__.,__Lyashch, R. S., Vr,!.enina, V. F.
TITLE: Polymerization of butadiene with styrene in emulsion using colophony.
soap at a temperature of 50C
PERIODICAL: Kauchuk i rezina, no. 5, 1961, 5 - 11
T M : Several polymerization formulations have been developed, of which only
a few are suitable for industrial use. Hydrogene peroxide hydrocarbons are usually
used as the initiators and various compounds with reducing properties as activa-
tors, such as ferrous sulfate, sodium sulfite, etc. Coagulation of the latex is
caused by large quantities of electrolytes. Daksad serves as disperser. Daksad
is a neutralized condensation product of naphthalenesulfoacid with formaldehyde.
The higher mercaptanes, e.g., dodecylmercaptane and a mixture of C12-C6, are used
as regulator in the production of butadiene -styrene rubbers. The best-known poly-
merization formulation is iron-pyrophosphate, where a complex formed from the inter-
action of potassium pyrophosphate with ferrous sulfate is used as activator. Spe-
cial attention is drawn to the iron-trilon formulation. An increase in the iron
Card 1/ 5