SCIENTIFIC ABSTRACT RADCHENKO, I. I. - RADCHENKO, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343910012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

26989 S/138/61/000/005/002/006
Polymerization of butadiene with styrene in... PG5,1,/AI29
-itent in rubber is contra-indicated, since it causes premature oxidation and
A complex formed from the interaction of trilon B and ferrous sulfate is
Ing.
used as activator in the iron-trilon formulation. The purpose of the present work
was to study the process of polymerization of butadiene with styrene carried out
ace-)rding to the iron-trilon and iron-pyrophosphate formulations, and to perfect
these formulations for industrial use. Colophony soap and its mixture with fatty
acid soap were used as emulsifiers. Me mheme of the mechanism of the action of
the system iron-trilon complex-hydroperoxide-rongalite is given:.
hydroperof*%, 0069ftle'
'Oel
free
,_CH2CO0IVa radicals
j`rZCH2COO NT-CHICO
--,,CH._CO
0
01
CH2 CH2
F~
CH2 CH2
Ntz:; r12L-kjo I.:;:6H,COO!
~CH2COONa N_ I
CH2COOI
Card 2/ 5

26989 S/138/61/000/005/OOP-/006
Polymerization of butadiene with styrene in... A051'AI29
An, iron-trilon formulation in two variants: for polymerization with colophony
emulsifier and for polymerization with its mixtures with fatty-acid emulsifier at
the ratio I : 1 was developed on the base of the conducted experiments. The for-
mulations were checked under pilot plant conditions by S. L. Fisher, I. I. Rad-
chenko, A. M. Permincv, E. G. Lazaryants, V. L. Tsaylingolld et al. (report of
V-NIISK-NIIMSK, no. 013034, 1960). Four types.of experimental batches of butadiene-
styrene rubber were prepared: C-VC-30APK(SKS-30ARK) with colophony emulsifier
(with a hardness of 600 - 800 g not containing mingral oil) and using a mixture of
colophlony and fatty-acid emulsifier at the ratio of 1 : 1,,and also GKC-30Ai"iPK
(SKS-30AMRK) witha mixture of colophony and fatty-acid soap at a ratio of 1 : 1,
containing 20 w.p. of !-,P,-6 (PN-6) oil with a Defoe hardness of 600 - 800 g (before
introducing the oil 1,200 - 1,400 g) and containing 37.5 W.P. Of PN-6 oil with a
Defoe hardness of 600 - 800 g (before introducing the oil 2,000 - 2,200 g). The
prepared rubbers SKS-30ARK and.SKS-30AMRK had the following indices:
SKS-30ARK SKS-30AMRK-20
content of free colophony acids, % ...... 6.3 5.5
content of bound colophony acids, % ..... 0.35 0.15
iron content, % ......................... 0.017 0.012
Defoe hardness, 9 ....................... 54o 650
Card 3/5

26989 S/138/61/000/005/002-/006
Polyiner-lzation of butadiene with styreno in... A051'A129
SKS-30ARK SKS-30AMRK-20
tear resistance, k9/cm2 . ................ 281 256
relative elongation, ................. 680 550
residual elongation, ................. 24 22
elasticity, % ........ 0 ................. 34 29
Ihe iron-pyrophosphatefbrmulation (report of Giprokauchuk no. 010017, 010851,
010889, 1955-56) was further investigated. For the polymerization of butadiene
with styrene the following formulation was usedi butadiene ... 70, styrene ... 30,
dresinate 731 ... 4.5, hydroperoxide n-methane ... 0.08, FeS04'7H2o ... o.16,
KV20 0 18, sodium ethylenediaminetetraacetate (versen, trilon B) ... 0.01,
daksa~ ::.. 0.15, Na3PO4'12H2O ... 0.5, tertiary dodecylmercaptane (sulfol B-8) ...
0.18, water :.. 200 (in w.p.). It is pointed out that with an increase iri the re-
gulating action of the diproxide.the rate of polymerization dropped almost by 1.5
times. When using the monohydroperoxide of diisopropylbenzene the duration of the
polymerization was 12 - 14 hrs, when replacing It by hydroperoxide of 1,1-diphenyl-
ethar!.e 9 - 10 hrs. On the basis of the conducted work the formulation of iron-
pyrophclsphate using potassium soap of colophony was developed. This formulation
was tested under pilot plant conditions (report of the VNIISK-NEMK, no. 013094,
Card 4/5

26989 S/138/61/000/005/002/006
Polymerization of butadiene with styrene in... A051/A129
1960). The prepared experimental butadiene-styrene rubber had the following in-
dices: content of free colophony acids, % ... 5.8, content of bound colophony
a,-.ids, % ... 0.25, content of iron, % ... 0.02, defoe hardness, g ... 550, tear re-
sistance, kg/CM2 ... 269, relative elongation, % ... 650, residual elongation, %
... 23, elasticity, % ... 29. In the conclusion the authors recommend sodium dime-
thyldithiocarbamate to be used as the interrupter of polymerization. There are 9
graphs and 5 references: 2 Soviet-bloc, 3 non-3oviet-bloc. The references to the
English-language publications read as follows: R. Frank, J. Polym. Sci., 3, no. 1,
39 (1948); L. Howland, Rubb. World, 130, no. 5, 647 (1954); R. Brown et al.,
I-rid. Eng. Chem., 46, no. 5, 1073 (1954).
4-
ASSOCIATION- Vsesoyuznyy nauchno-issiedovatellskiy instiWt sinteticheskogo
kauchuka im. S. V. Lebedeva (All-Union Scientific Research Institute
of Synthetic Rubber,im. S. V. Lebedev)
Card 5/5

3/138/63/000/001/002-/008
A051/A126
AUT11095: Fisher, S. L., Perminov, A. M.,_RadcUenko,_J_ I Poddubniy, 1. Ya.,
Lobtich, M. I., Belgorodskil, I. M.
Prrwhi,.ItIon of butadiene-styrene (methylstyrene) rubbers according
t.,, f-.n 1j,!)n-t,r11On-rongaL1tP composition u3ing a colophony emulsifier
"~,:j -
PERIODICAL: Kauchu k I rezina, no. 1, 1963, 9 - 15
TE.'~,,`T: Effective compositions of polymerization have been Introduced by the
authors for emulsion rubbers - iron -pyrophosphate and iron -trilon -rongal ite, satis-
fying industrial requirements. The sugges:ted compositions are less sensitive to
foreign admixtures contained in disproportionated colophony. The industrial pro-
duction of the iron.-trilon complex is easier than that of the iron-pyrophosphate
complex. The described composition was used first at the Kuybyshev SH Plant in
1961 for the production of butadiene -methyl styrene rubber CKMC -30 APHM -15
3KMS-' ARKM-15). The suggested composJtion has been perfected by further in-
jo
tensifying the polymerization process and improving the rubber qualities. The
expi,riments were conducted using: 92 - 94,1"'7 butadiene-rectificate; 98% methylsty-
Vene.; styrene; colophony, disproportionated with acidic number 165, con-
Card 1/3

S/138/63/ooo/ool/002/008
Production of. bu tad iene -styrene (methylstyrene) rubbers.. A051/A126
taining abieteno acids (1.8 - 2.%); hyperis, containing c,)O.&,% hydrogen peMx1de;'
9().8p' monohydrogen peroxide dilsopropylbenzene, containing 3556 hydrogen peroxide;
tertiarydodecyl.inereaptane, 95%v concentrated. An autoclave of periodic action was".
used. The experimental results led to the following changes in the composition:
94 - 961,4, butadiene-rectificate; 98.5% methylstyrene, produced by dehydratiod of
isopropylbenzene, disproportionated colophony, produced an a palladium catalyst
by tha continuous method with acidic number 163 - 164, and containing abietem
acids - 4.9/.); commercial stearene acid; 95% tertiary dodecylmercaptane
- (2.5
d20o *8616, D20 1.4685; softened water with a total hardness of 0.029 mg.equiv./i
and iron content - 0.15 - 0.34%. The resulting SKMS-30 ARM-15 commercial rubber
is chavacterized by the absence of noticeable quantities of high-molecular frac-
tions. It is similar to SKS-30 ARM-15 and 310IS-30 AIRM 15 in its plastic properties
mix scorching and spraying resistance. Studies have been conducted on the possibi-
lity of further reducing the emulsifier quantity in the production of butadie0e_'
-.Styrene and bu tar] ienemethylstyrenp rubbers. It was found that: a) by reducing
quantIty from 5.8 to 5.2 weight parta, the polymerization duration
b) by rodu(Jilif th" (11illnULY frr)(1, 5.8 to 'i's w.p., th';
dill-nUot-1 v(,f[j;drj.,; Lho namo If Uvj trilors 8 Is Incroanoo from 0.04 to 0.05 w.p.
Card 213

S11 38/63/W)/C-j I/WO/008
Prorlue~tian of hutadlcne-styrf~nr- (mechyl3tyrene) rubb*r3..A051/A126
Thus, the Latex stablLity is not affected by the reduction in emulsifier. There-
fore, the lattev can be reduced by 10.17%. The application of the iron-trilon-
-rnng;L!i4- polymerlzation composition has been recommended for the production of
adlerle
u t' -styrent, rubbers in other SR plants. There are 6 figures and 4 tables.
b
A,S';OCJATTON: riitj(!hiio-issle(Ic)vcttel'slely Institut sinteticheskogo
k,iuchuk'*) Im. S. V. Lebedeva
(All-Union ScientiCic Rosearch Institute of Synthetic Rubber im.
Lebeliev)

S/138/63/000/003/001/008
A051/A126
AUTHORS: Akhmedov, 0. G.,*Radchenko, 1. 1.$ Korchmarek, V. V.
TITLE; Polymerization-of butadiene with styrene In an emulsion using the
oxidation-reduction system hydroperoxide-iron-trilon oomplex-hydro-
quinone-sodium sulfite
PERIODICAL: Kauchuk I rezina, no- 3, 1963.4 1 5
TEXT: A study was conducted on the possibility of using sodium aulfite
as one of the components in an oxidation-reduction system. A new variation of
the .-ron-trilon system was developed using sodium sulfite. The role played by
the activators of this system was Investigated. The experiments were carried
out on 93 - 94% butadiene rectificate and 99.5% styrene. Potassium soap of dis-
proportionated colophony was used as emulsifier. 'The effects of the main fac-
tors on the rate of polymerization under the influence of the system hydroper-
oxide-iron-trilon complex-bydroquirone-sodium sulfite were studied. Experiments
showed that the hydroquinone in the investigated system may be replaced by benzo-
quinone with the same polymerizing effect. The mechanism of the polymerization
.Card 1/2

3/138/63/000/003/001/008-1
Polymerization of butadiene with... AO51A126
system studied is divided'-into three stages: 1) reduction of the trilon complex
of the tri-valent iron by the hydroquinone, 2) oxidation of the trilon complex
of the bi-valent iron forming free radicals of hydroperoxide, in turn causing
the polymerization reaction, 3) reduction of the-benzoquinone by the sodium sul-
fite. It is concluded that the newly developed oxidation-reduction oystem, using
Iron-trilon complex, hydroqulnono and sodium-sulf1to an activators, can be used
in an emulsion at 500, yielding a high polymerization rate. The system can be
used in the production of synthetio rubber. There are 6 figures.
ASSOCIATION: Vsesoyuzr*ry'nauchno-iseledovatell~kiy institut sinteticheskog6-
kauchuka im*. S. V. Lebedeva (All-Union Scientific Research Institute
of Synthetic Rubbqr im. S. V. Lebedev)
Card 2/2

L 17100-63 EPI (J)/EPF(c)/EWT(m)/BDS. AFbTC/ASD P&-4/Pc-4/
Pk-4
kM/.WW
8/0138/63/000/007/0004/(~q
ACCESSICK NRt AP3004231
'AUTHORS: Radchazilm, 1. 1.; I&ashchs R.-b%
TITLE: The regulatory and activating effect of Captax and Altax on the pol~&Rza-i
tion process of butadiene with styrene in, emulsions (worle- completed in 1954)
SOURCE: Kauchak i rezina, no. 7p 1963.. 4-6
J
FOPIC TAGS: po%ymerization, regulator., activator,, Captax,, Altax, disulfide., 1~
mercaptene
IABSTRACT.,. The eff of various concentVations of excess sodium bVdrox5 de on,, 3~01
ec,
"Merl zation b MxK0 duct6d
L_gaptax d Altax were investigated. Polymerization was con
peduced solutions ofthe initiatori
50C in rotating ampules, into which were int
:potassium persulote, and of the emulsifior^ither Nekal or sodium plearate,,:fol-',~'
loved by q_tyrendPYdth the regulator, )=or Altax, and bu ent*151n t~e pi6si6dc';
of 0.1% Ceptax an increase in free alkali from 0 to O.Z caused the extent of!
merization to rise from 3o% to 6Z,, while 0.3%. Captax resulted in a drastic re~duc-;-i
.~j ~tion in polymerization. Experiments conducted with 0.05% to O.Z Captax in an, i
identical oxcess alkalinity range of O.-O5-W resulted in a drop of deformation
:hardness of the It was found that Altax al
polymer from 5900-4600 to 300-200.
Zeta as an energetic regulator of po3.ymerization at a low.excess alkali rangelo 'i;j
Card I/?
141

_i
L 17100-63
CESSIM NR-, AP3004251
men~.ar
:0.605%,-0s12%. The findings of the laboratory.tests were substantiated by
~5% bf
in a 40-liter autoclave foran average period of 35 hours; whereo. A
j:either Captax or Altax were added by portions at several intervals ~~ubbers'6f ani
2500
!average 501? polymerization extent were obtained with a deformationk;dness of:
i J200. It was also observed that the emlsifier Nekal did not affect the ratel6f..'
Polymerization by Captax, but sodium stoarato activates polymerication by both~
~Captax and Altax. Origo art. has$ 4 chartis and 2 tables.
OCIATIT Vsesoyuzny*y nauabno-iseledovateltakiy institut ointetichoskogo
SS
P
'kau -Union Scientific Resear
cbuka im. S. V. Lebedeva (All eh Institute of Synth6ticii,
Tubber

ACCESSION NR: AP4017160 S/0138/64/000/002/0005/0009
.AUTHORSt Akhmedov, G. G.; Radchenko, I. Iqlorchmarek, Ve Ve
TITLE: Oxidation-reduction system of polymerizatiorLHydroperoxide-iron-Tril.on
,complex-hydroquinone-sodium sulfite
SOURCE: Kauchuk i rezina, no. 2, 1964, 5-9
.TOPIC TAGS: polymerization,, rubber.polymerizations butadiene styrene polymeri-
.zation, oxidation reduction systems di,isopropylbenzene hydroperoxide, iron Trilon
complex, hydrcxluinone, sodium sulfite, sodium hydrosul-fite, sodium hyposulfiteg
,,sodium monosulfide
:ABSTRACT: This is a continuation of a previous article by the authors '(Kauchuk i
No- 3., 1j, 1963). The present investigation also includes sodium hydrasul-
fite and sodium monosulfide. The polymerization was conducted on 4n emulsion of
a mixture consisting, by weight, of 70 parts butadiene and 30 parts.?styrene at a
temperature of 5G, using 5.8 parts of potassium rosinate an emulsifier and 0.15
parts of di-isopropylbenzene monohydroperoxide as initiator, To the mixture were
added 200 parts of water# 1,36 parts of potassium chloride as an eloctrolytep and
Car~

ACCESSION NR: APOL7160
0.3 parts ~eukanol as a dispersing agent. It-ias found that at a concentration of
0.60 x 410--' moles sodium sulfite and 0.1 x 10 moles hydroquinone the exte3t Of
;polymerization reached 60%. A double amount of hydroquinone and 0.65 x 10- moles
of sodium sulfite raised it to.80%, but no polymerization occurred in the absence
:of hydroquinone. Sodium hyposulfite was only half as effective as sodium sulfite,
jand.here also the presence of hydroquinone was essential for polyierizatiori. On
the,other hand, neither sodium sulfide nor sodium hydrosulfite required hydroqui-
none in their performance, sodium hydrosulfite being the most effective of the
:series,. The effectiveness of the iron-Trilon complex as compared to the iron-o-
phenantroline and ironalpha p alpha I -dipiridyl complexes in the polymerization of tbe,
butadiene-styrene emulsion was studied in the presence of hydroquinone and sodium
sulfite. The iron-Trilon complex emerged as the most active. Orig. art. ha.ist 5
,charts,and 2 formulas.
ASSO CIATIONr Vsesoyuzny*y nauchno-issledovatel'skiy institut sinteticheskogo
7
kauchuka-im. S. Ve Lebedeva (All-Union Scientific Research Institute of Synthetic
Rubber)
SUBMITTED: 00 DATE ACQs 23Mar64 ENCL: 00
card 2/4

AxEssiw NR: AW34468
s/ca38/64/000/004/WW0oo6
AUTHORSt' Radchenko,, 1. 1.; B"Wcatov, T. V9; Fisherp Be Lei R&blnm*ns me Aes
--Parminov, A. Me
TITLE: Improlrod. production of butadiene-metIVIstyrene (styrene) rubbers
SOURCE: Kauchuk i rezin2,no. 4. 1964, 1-6
TOPIC TAGS: rubber polymerization, styrene rubber, butadienemetbylstyrene rubber,,
iron trilon rolngalite, rubber resin emulsifier,, peroxide rubber initiator, latex
coagulation,, gronular rubber,. ta-pe rubber, molecular weight distribution, rubber
criS 30=., rubber SKS 30ARKH 27
!BSTLPJLT-. Recent progress in the productim of butadiene-cethylstyrene (6tyrene)
MW rubbar is reviewed. The use of the 1ron-trilon-rongalite activator cocplex
rosultod in an avorago 30-35% incroaso in tho polymarizAtion rate, and tho appli-
cation of more active initiators could bring furthar improvament. Data are
presented on the effect of various fractions of resin on the B~Z polymerization
ratto. The purified product was found to acte-as an accelerator., while the
impurities exhibited inhibitory properties. The role of soapa as emlsifiers is
Card 1/2

Acassim NR: Ap4o34468
discussed, and the importance of a properly conducted coagulation process of the
latex is stressed. The affect of neutral salts and acids is wq)lainadj, and the
advantag
.,e of obtaining a granular tvpe B145 polrwr is emphasized, A flow sheet and
a description of the coagulation process in the manufacture of rubber SMiS-3QARM4-
15 is given. The physicomechanical properties of this rubber and of experimental
rubbers SKS.-30ARK and SKS-30ARKK-27 are presented. The distribution of fractions
of various molecular weights in the last two rubbers was studied by means of
ultracentrifugal sedimentation. It was found that these rubbers were newly
identical in some physicomachanical properties with the foreign-made 1kroprene
1500 and 1712a Orig. art. has: 3 tables and 6 chartse
ASSOCIATION: VaesoyuzrM nauchno-issledovatellakiy institut sintaticheskogo
kauchuIca im. S. V. Lebedeva (All-Union Scientific Research Institute of Synthetic
Rubber)
SUBMITTED; 00 DATE ACQ: 1311PY64
ZWLs 00
SUB CODEs NT No Ru sov, oo4 OTMI W3
Card 2/2

L 44582-66
ACC NRt
1.1'INVENTOR:
I Akhmedova,
Z'Y*1T(nj)/PWP(.j )/T IJP(c) MW/RM
AP-0015674 SOURCE CODE: UR/o4l3/66/000/009/0077/0077
No
Sadykh-zade, S. I.; Sultanov, N. T.; Aliyeva, M. A.;
G. G.; Radchenko, Raykh, B. N.i Krchmarek, V. V.
ORG: none
r/
~ejClass
1812951
39, No.
TITLE: Method for obtaining synthetic ber
(announced by In-stitute of PetrochemIca Processes, AN Azerbaydzhan
SSR (Institut neftekhimicheskikh protsessov AN Azerbaydzhanskby SSR)j
SOURCEz Izobretenlya, promyshlennyye obraztsy, tovarnyye znakl, no. 9j
19606, 77
TOPIC TAGS: synthetic rubber, butadiene styrene rubber, copolymeriza-
tion, polymerization initiator
ABSTRACT: An Author Certificate has been issued for a method of obtain-1
Ing syntheti rubber by water-emulsion copolymerizationlof butadiene~
with styrene in an alkaline medium in the presence of c6nventional
inifiators, Efers, emulsifiers, and regulators. To improve the
physical and mechanical properties of the rubber, the copolymerization
Card 1/2 uDc: 678-762. 2-

44"-R-2-66
I' ACC NRj Ap6ol5674 C-11
is carried out in the presence of methyl a,p-dichloroisobutyrate as the
third comonomer for butadiene. [Translation) (NT]
~suB com 1l/ suBm DATE: o4jun65/
2/2

jy za

SMIRNOV, S.S.;.RVDNICHEMO, V.I.; RADCHENKO, I.F.; EYSMOPT, I.I.
Mechanization of oil change in reductors. Koks i k-him.
no.16:35 161. (MIRA 15:2)
1. Bagleyskiy koksokhimicheskiy zavod.
(Coke industry-Equipment and supplies)

RYSS, A.I.j RADGHENKO, I-V.
X-ray diffraction examination of nickel tetrafluoborate aqueous-
solutions. Zhur. strukt. khim. 6 no. 4:507-511 Jl-Ag t65
(MIRA 19:1)
l..Dnepropetrovskiy metallurgicheskiy institut. Submitted
September 28, 1964.

UVINFNIKO) I.V.: BIBIK, A.P.; RADCH-ENKO, I.T.
Welding of glazed microwire onto thick glazed ccnduc-7.orn.
Prib. i tekh.eksp. 10 no.5t252-253 S-0 165. (MIR& l9rl)
1. Dnep rope trovskiy metallurgicheskiy institut. Sub-rrdtted
Jan. 15, 1965.

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000 9 * 009 soES 0 0 0 o0 6 o0*
:1 0 00of *go 0 0* 09 0 9 0 0 0 00

a is b A V is h 1, 11 w If
a is v m
1, 4
I AA0

al l

lhg stillclurs of liquids by

pholerign,p- 1. V-
Me"pit x ra
Na'k I:11M 421 lw-'? 111"Y'li'll, lit lawl Irvo.'A
11,
'k8'
.
[lit pruicipir, sw IllII'Irm.-.l 1.v Ow .."- 1( 041". Its,
Oa. Pb. Nii mud HI 1.11 111 OW It IlAtl`f. VIt k
041 j
go
09

00
00
00
age

I L A&ETA LIJOCKAL LITIN&TWE CLOSIO'bCATION

9.1
U
, an Kai's aa l9x
mw A N v I if 9.
I, I
0 0 0 0 0 0 0 0 0 0 0 010
0 0 0 0 @1
0 o

0 0 0 0 *
o
o
0
~* 000 0 0 0
1e
It I I n - X X a Is so is v a AV
id 1
it
is
1
d
O
A_A_ I I IL 4 L k % to to .1
)-D 440 it. cobalt
'00 -Oft
I lettlenifisetioa of the Uquid auto. 1. V. lt4d- priki. d., ituated in LwAh ",oc. ?xtaeu The wrtseed awl
00 A; 141pprojertri,vik lidetalluree. InO.). '7:"10ffl._ tile third filq, 1~ .6-61wily hishcr, All.] the
.4 SIN, R
(%1l1.. 16, 991 4(19111)(in Russian).--
ib
ti
f
t
ii
i
di
d
l
too
on nat s
on
unct
str
u
u
e
rieptly- 11111 t
p..i'
le 11) Imati, -4 a nifial three "Ilia A ,1,.
00 ,
ional iticidel cotexistin
tit 437
two-dimen
i
l
lastic talklis
ul
di
i
t 7
46
( .00
s
nt a
c
ar
o
little.
nocn
atit. a( i little,
tsism
t
min the
ng
p
dimn
in a single layer on a li(rdered horizontal center
holdin
4 6 nun
rent over 7 itua
v~ on
i
e
ki
.
.
o3ct
v
,
c
pac
ng.
ei
00
0
circular tray of
M nine. dism. Photographs taken after With the tenter inadc to o4twhic with arbitrarily chobeu
0& 4r
"
i
i
tl
h
ki
h
i
d
l
i
n -1r
or
s
a
c
zonta
ng
penjonse
Pos
y
lion me. sphere itnal". the tuctaldi,k is rotated front 15 to 15
and
evaluated bee toorant; of a transparent CiTCUW celluloiti 111the *00
wetic ith '.1o concentric rings with radii Incert"reg by I ab%etwc of ititeractitin, the av. nit~t jorlitiabIr ritt. roliniss-
-0
00 rnm~ The diatel. of the picture of a ball was slightly above lei the 7-tum, cirt-IC is 3; the cm~-putidiuj probabilit
y
W"
is found it) be I V
that f,w finding 6 jeartielm ustl 40

0
I**
-
y
wat inside to coincide succe-mirely with the centers of 15 With interaction, tllv prollability for 5 particles i4 reduced =

rbitrarily chisten different Ineag". The sr. distribution by that f'W t! bY 111.1'c. 11W I bYL-_.
- ' I'c'; Wlk-ft&SthC 4&*
'a particles among succrilave rings was these mapped and probabilitir, f,nr 4, 3, 2, still I particle are increttsed by
pictted. with both plain ball* and with Identical bolls of 9.55, 11), UA4, are,[ 0.42-. rv,ti, Ftxces of jitteractiall
0 Manor Sliante. but towled with small Inagnotts, of st"I rtvwt ill A'Cuillulation, ciltrjuling over scirrial tinses the
wife 1.6 men. in dietm~ ~,nd 01 nem. lovC. the litter beling a diant. A[ tile particle,t and &c1od. by rrgiotT% of rarvi'lle- r. ISO
model (4 Interacting -4uilcles. Actually, The distribution tion. Frain the rehaivvly slight vanatitni ;d the %hipe (d
Wh
i
i
nte, act
en
curves show differences -
on occurs, the trues. the dihitibution cun-v, tit the nican piettivic J. due to in -
g tcractiolt it iiconcluded chat the diitributionderivedfrout
x-ray diffraction (&)c))yc, Prim) is not at& allcquate rritrL.
9 1:00
wistatitin, vithrt, it( the structure of a liquid. It 6 pth-
sible for 2 liquids to h2vv identical distribution curves but
to litter lei the (liniceiions of the aggrrgazions and in 000
Particle arientatinti. N. Thon
'69
use

04. All
-I - Y Z4 An S a na 0 of W Is 2 AM a 3 9 to
41, it 19 q a 'T
40000 *go** 0 0
01 0

Fab 1948
Fluid Dynamics
"Mechanical Properties,_of Fluids,.", 1. VRadchanko,
pp
*Priroda" Vr..w. XMII, No 2
Jkplains term6 "hardness," "brittleness," "ccn-
pressibility," "ttosile strangth"'as-applied to
fluids and describes associated phenamena., XWntims
nvnerous practical application , e.g. design of
propeller blades, supersonic sounding dayloes, eto.
69f87

me"Sawyelt"distri, -1 qdfr*e Talmots igka
Vskit (Detwopetraw-
I - "Icheaka and F. Sbestake,
rtallwx. too.). Zhur. Ekspd. Teod. Fig. 19. 12
IDW.-The no. and the "Coordination no." of voids b*'
t ween steel bails allowed to distribute th ves at mado"s
in 2 dimensions, an a glass plate surrounded by a frame. was
detil. statistically as the &r. of 30 espts. in each caft; by
jefiaition. only voids surrounded by more than 3 bona ie.
with a coordination no. of at lean 4. are Considered. LL;:
much as a void surrounded by 3 balis comspotuls to close
packing and tbnvfom is not actually a bole. Analogous
411t9". aCTc mwk swier conditions imi"Ong 'ilany 'Y14-
(twc,rs; thi% was done by wetting the balls. which uLade them
aick tag"her an contact. Conditions imitating repulsive
forces erve realized by casting the t-11 with peftain and
Immersing them % of their height In water. Finally. dl-
to'lar forces were Imitated by magnetizing the balls. That
thn malel actuallydoes correspond ton I*ld, and not to a
.Iefrcfive W~I. follows from the d. of distribution of the
Nall-k. which anm=ted In the 4 cases. to 971, M, 10, and at %
2-
ding to close packing; this Is less than the
I-
O'Zi=S1-d- of distribution caled. for a no. of liquid
me" K Na. Mt. Zu, Cd. Sn. Ph. 71) am the Up.. asw
which ranges from 96.4 to 97.11%. Cortseqwwtly, the
motiel used can be Considered as that of a liquid. The
,asts. show that, in all 4 cases. the codrdisation no. 4 is by
far the most frejaeat (75, on, 64, and 55%). Presence of
an lateractim force of any kind always decreasts tk so. of
holes with coftdination no. 4. Holes with a caft ination
no. of 8 or higher we not found in the absence of intenictim.
but with inleraction on4r does And coN ination am. of 8 and
0. such voids can be vieived as cracks in the liquid wbkb
occasionally can be filled with vapor. Voids wM lzieb
coordination nos. are totally not empty. but do I I I aball
(vapor mal.) without contact with the wall of the void.
The total no. of holes is always decreased by inierac Ion.
Thus. Interaction forces of any hied bscresse the mock. force
of a liquid. but, on the other hand. counteract the -1waling"
at voids and increase their dimensions. N. Tbork

1096/
UVY METHANOL - WATER
NQ
M ES I.Y.Radabecko.sadF.]LgbestakovskiY,_
-UT-9t., last). Zhur. Fiz. Khf-.
9.1456-8(1955)Aug. (InRUISSIA70
Water - methanol ral welot
concentration o( 20. 30. and 501L and pare water and
absolute methanol were studied. Ali experiments were
made at 131C temp. Results based on oomorleon at
ourvas obtained from the angular distribution of x-ray-
scattering Intensity "used by water tubttares with
Ingthanol he" proved that pretence of methanot molecalss
strengthen the water structure by inducing stronger
molecular associations. (R.M.)
--------------

AUTHOR: RADCHENKO,I.V. PA - 2287
TITLE: __THF-Stracturt-of Liquid Metals. (Stroyerulyw zhidkikb- metallov,
Russian).
PERIODICAL- Uspekhi Fiz.Nauk, 1957, Vol 61, Nr 2, pp 2)+9-276 (U.S.S.R.)
Recei-fed: 4 / 1957 Reviewed: 4 / 1957
ABSTRACT: The present work is arranged as follows:
Introduction: The near and the remote order, on the method of the
radiographi-7determination of the function of density 3 (r) and the
function of probability W(r). Experimental conditions for the radi-
ography of liquid metals.
The most imuortant results of the investioation. of the structure of
liquid metals; Mercury: At temperatures near crystallization point
the structure of liquid mercury corresponds to its structure in the
crystallized state and the number of coordinates is equal to that in
the crystal, i.e. 6. The most probable radius of the sphere of coor-
dinates amounts to 3 R. With an increase of temperature the number of
coordinates Increases to 8 - 10 and increases to 12 at high temper-
atures.
Metals with tight acking of atoms in a solid state: Gold, lead,
thallium, indium, cadmium, aluminum and zinc.
Alkali metals: Sodiumv potassium, lithium, rubidium,'and cesium.
(Up to now ;Tbidium and cesium have been investigat6d only qual-
Card 1/2 itatively).

The Structure of Liquid Metals. PA - 2287
-Meials with loose packing of atoms in a solid state: Gallium, bis-
muth, germanium, antimoay, selenium, tellurium, zinc.
Summarr, According to the results of radiographic and neutronogra-
phic in,7eatigations the following may be stated: Packing of atma in
a liquid metal is connected in the known manner with its packing in
a solid state. Here the character of this connection depends upon the
type of the metal. The coordination number of all metals after melt-
ing either increases or remains unchanged. Conclusions as to the de-
crease of the coordination number is not sufficiently reliable be-
cause this conclusion Is connected with the secondary maximum at the
curve of the atomic distribution. This maximum, however, may be due
to a faulty determination of the intensity curve. The type of packing
in liquid metals is probably conserved up to high temperatures which
exceed melting temperature considerably. The causes leading to the
errors occurring on the occasion of the determination of the curves
of atomic distribution ought to be further investigated. Besides,
methods for the inirestigation and elimination of these errors should
be worked out. (48 Illustrations).
ASSOCIATIOR: Not given
MSMIM BY:
SUBMITM:
AVAITART Library of Congress
Card 2,12

SffAPOVALOY, I.M.; RADCHENKO, I.V.
Roentgenographic investigation of copper acetate solutions in
water [with summary in English]. Ukr. fiz. zhur. 3 no.6:815-819
N-D 158. (MIRA 12:6)
I.Dnepropetrovskiy metallurgicheskiy, institut.
(copper acetate) (X rays)

fiZ;t7 IIE Al/~'J
J
PHASE I BOOK EXPLOITATION SOV/4720
Radchenko Ivan
.9 Va5yl yevych
Molekulyarna flzyka (Molecular Physics) 3d ed., rev, and enl.
Kharkiv, Vyd-vo Kharkivalkoho derzhav. unlv-tu imeni
0. M. Hor'koho, 1959. 538 P. 1,000 copies printed.
Resp. Ed.; M. Ye. Hurtovy-y; Ed.: M. I. Prokopenko; Tech. Ed.:
A. S. Trokhymenko.
PURPOSE: This book Is intended for univer3ity students of physics
and mathematics and has been authorized as a textbook by the
Ministerstvo vyshchoyi I serednloy spetsiallnoyl osvity URSR
(Ministry of Higher and Secondary Special Technical Schools
UkrSSR), it can also be used by students and teachers of physics
In secondary schools.
COVERAGE: The book discusses progreBS of present-day molecular
physics. Attention is given to work of Soviet scientists on
Ga-r~~

S/185 62/007/(",05/009/013
D407 )-,,Gl
X
Lytvyp-eriko) H.V., and Radchenkop I.V.
----------
Ther.,.:a-l conductiviV of acueous so'uzions of electroly-
i TI-2: U to
tes as a structural-sensitive nroDerty
-::-ayinslkyy fizychnyy zhurnal, v. 7, no. 5, 1962,
539 - 547
-,-~rja--entl noial thermal conductivity of an infini~Laly d-i-
ed. The relation between the
uze,- e.Leczro!YzIc soluzloln IS COZ1slaer
e--l,-.a conductivi-q of aqueous electrolytic solutions and the ionia
rz_ai us LS discussed --Prom the Doint of view of the structure of the
so-, ution. The concept- of apparent molal zher:aal conductivity was
introduced by A.?. Kapustinskiy and !.I. Pluzavin (-Ref. 10: ZhFKh,
30, 5118, 19506). The formula for , , proposed in Ref; 10, is however
inadequate, since its principal ~~rm is not related to the thermal
cc-n-ductivity. The authors propose a new formula for y,. , which is
o-- L, - Lh
the above shortcoming. I ey used, for the coefficient of
uher,--al conductivity the equation
C--~rd 1/3

3/165/62/007/005/009/013
D
Corlductivity of acueous D407/D301
ons
_u,s of ~~.o anLd B. 3) i with s.-.all rao h-ve
'he
obtained resu'!-.s
ve values of 2%_ 0 and com-arisor. o-P t
t,-, o.-,:, ions, s,.,o,. dra-
-is that all n e En.
I 1--U ce e e rmal c onduc t ivi tuy o f t h-, e sz) lutu i or.. By c on. s a. -
n~ _n_~'Iuence of n L, ly-hydrated -;ons on 'he s-ructure o-
U U U U
-olu-r~on ail- on the tra, slational mot-ion of itus molocul es, the
_--o-.-.c'_,ude the -~hennal co-nductivitir ol:' aqueous elce'roly-
-0 ci I c is (Un,_L~ Y) more sensizive. `-o s-.ruc~ural
e -,e VISCOSIG U
in t-'--,e sclu-tion, tha--n to clnanges in t-1--e transla-,.ional mo-
r--'-e:?e a---,e 6 fJ~;U_-es, 3 -cables mnd 19 references: 110 Soviet-
bl3c anl-7 9 non-Soviet-blc)c.
Irnyy r.
ITC!,-: me~alurhi roje-
_,j ins"t, tu u D.-J, 7p_
Urovs I lc ;',:e~Lallurgical Inst-i vute
0-
S -,U: 3: _. 12 T, janua_ry 16, 1962
C-t::rd 3/3

RADCHENKO I.V.
Forty-five years of X-ray diffraction analysis of liquids.
Ukr. fiz. zhur. 7 no.8:820-826 S 162. (MA 16:1)
(X rays--Diffraction) (Liquids)

SHAPOVAWV, I.M.; WCHENKO,_I..V.; LFSOVITSKAYA, M.K.
X-ray diffraction study of aqueous sulfate solutions. Zhur,strukt.
khim. 4 no.1:10-13 Ja-T 163. (MIRA 16:2)
1. Dhepropetrovskiy metallurgicheskiy institut.
(Alkali metal sulfates) (Z rays-Diffraction)

hYSS3 A.I.; RADCRENKO,, I.V.
X-ray study of aqueous soluLions of teLraSiuoboric acid. Zhur.
strukt.khim. 4 no-5:659-663 S-0 163. (MIRA 16:L1)
1. Dnepropetrovskiy metallurt;-icheskv institut.

sj/185/63/008/001/016/024
D234/D308
a b A, IV g~ vs, M. I
AUTHORS; gulivets', M. If and Radchenko, 1. V.
TITLE: A new method of normalization of the experimental in-
tensity curve of x ray scattering
PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 8, no. 1, 1963,
106-107
TEXT: On condition that the number of scattering centers in a
sufficiently large volume is constant, the authors deduce an ex-
pression for the normalizing factor
2
iine+ Z F k(S
k sin sr
- Cos or do
2(s) or
fe . m M1 1 (7)
r.F~ w J(s) sin orm
2 coo or do
fe(s) srm
0 M~
,.Card 1/2

S/185/63/008/001/016/024
A new method of ... D234/D308
F being, the atomic form factor of the k-th atom, J the intensi-'
k inc 2
ty of incoherent scattering, J ethe experimental inten-sity, fe the
scattering by electrons. This expression gives 1.01 for Au and
0.996 for Hg instead of 1.
ASSOCIATION: Dnipropetrovsllcjy metalurhiyny instytut (Dneprope--
trovsk Xetallurgical Institute5
SUBXITTED: July 12, 1962
Card 2/2

HYSS, A.I.;._P_4DCHENKO, I.V.
X-ray stu6y of the acueous solutions of sodi= tetrafluorobarate.
Zhur. strukt. khim. 5 no.4;530-533 Ag 164. (MIRA 18:3)
1. Enepropetrovskiy metallurgicheskiy institut.

L. 16126_65
AP5000697
ACCESSION NR:
a half hour before each measurement-. The temperature was kept. con-w~
stant within 0.10. The stationary current was measured:with a
3
vacuum-tube electrometer at an external field intensity. -40 cm.
The results for two samples are shown in-~Fig. 1 o, fthe enclasure.~
The average values obtained.for the conductivity, and for the thermal
-2 -1 1
activation energy are (2.0'� 0.5) x 10. ohm car and 1.70 0.05,
eV, respectively. Measurements were also-made ofthe electrIc con-
ductivity of stilbene near the melting point and in the. liquid state,
The conductivity of the liquid is approximately 300 times higher thax L
that of the solid. tilbene was:observed.
Supercooling of liquid s
"The authors thank N. N. Spehdiarqv for growing the'single crystals
and for many valuable hints."' Orig-arti-haw: 1 figure,*:
ASSOCIATION: Dnepropetrovskiy metallurgicheskiy institut, (Dnepro-
Pdtrovsk Metallurgical Institute)
SUBMITTED:, 22Jul64 01
NR RZF.~SOV.* ~001 OTHER:
SUB CODE: SS, EM 003
Card

RYSIS, A.!., RADCHENKO: I.V.
X-ray diffraction study of aqueous solutions of
a:,,j.d and Bome of its salts. Ukr. fiz. zhur, 9 no-4--,~16-42'j
Ap 164. (MI-RA -17.18"
n
.,.. Dn:~pi,.)peT-r,-vskJ-.y metaalurgichesk'-Y institut,

L 18331-65 E11T(1)/EEC(t) Peb IJP(c)/F_SD(gs)/4SD(t) -GG
ACCESSIM NRz AP5000628 S/0185/64/009/011/1233/1239
AUTHOR: Ponyatenko, 11. A. (Ponyatenko, K. A. Radchenko. I. V.
+ + + + +
TITLE. ct of Li P Na K Rb+,-Cs AR and NH4 -tons on the
Effe
Raman scattering spectrum of the NO- ion in melts and in aqueous solu-_'.:1,,-~.
tions of nitrates
SOURM Ukrayins'ky*y fizy*cliny*y zhurnal" Ve 9 no. 1l,: 1964, 1233-
1239
TOPIC TAGS: ion interaction, Raman _s'catterinR~spe'ctrum, ~Raman
scattering
ABSTRACT: In order to study interactions between ions,'. Raman-sca
tering spectra of NOT ions in melts of 'LiNO NaNO KNO RbNO
39 30 39 3
CsN03 9 AgNOt, and NH4N03 were investigated at temperatures ranging..
from the me ing point of each salt.up~to 550C, as well as.in aqueous
solutions of these salts at concentrations ranking from weak to
saturated and at temperatures ranging.from.2,8 to 100C. It was. found
that the frequency of fully symmetrical-oscillations vL of the NO-
3
ion under th influence of surrounding cations in solutions and in
melts varied linearly, depending onlrk/ra('/s), where rk is the
Card
1/3

L 18331-65
ACCESSION NR: AP5000628
univalent radius of the cation r':is the univalent radius of the
a
ion, and a is the screening factor of the cation. A comparison of
a
n
the Raman scattering.spectrum of, a KNO~3~ melt with the spectrum of
e
this salt in an aqueous solution shows that :he frequ n.cy,v, o f th
NOi ion is the same.in.both caseos 'The conclusion 17drawn that~
n- y vL of the 0
water molecules have the same effecto the frequenc N
ion, All oth r ion4.of the investigatta
ion oscillations as the K
111 + ..... .
eries may be divided'in .to two -groups; Li+ and Na . which affect
the NO; ion oacillations.more strongly-than water molecule,s;.and 2
Rb+, NH Cat and P41*, which have a weaker effect on those oscillati
4 ons:
than water molecules. If these assumptions correspond to rea lity i
then the frequency v, should depend on the concentration of the salt ina
olution as well as on the number of..cations of-a given type which.-
:urround an NO; ion. Such dependence is observed very clearly in the~-
case of Li+ and Ag+ ions* orige art,has: 3 figures,,2 formula'so.
and 1 table.
ASSOCIATION: Dnip rope trovs'ky*y metalurgichny*y insty*tut
(Dnepropetrovsk Hetallurgical.1natitute)
Card 2/3

6z%* ee /EWP(k)/WP(b)/T1WA(Q)
SOURCE CODE- UR/0120/65/000/005/0252/0263
AUTHOR: Lltvinenko, 1. V*; Bibik, A. P.; Radchenko, 1. V.
ORIG: Dnepropetrovsk Metallurgical Institute (Dnepropetrovokly metallurgichesidy
institut)
TITLE: The welding of glass-coated microwiref
_,to thick glass-coated connectors
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1965, 252-253
TOPIC TAGS: glass coating, microwire, welding techMILS 7, welding
ABSTRACT: This note describes a now method for welding the end of a glass-coated copper
microwire to a glass-coated thicker platinum wire. The welding proceeds under the glass
layer and the weld proper remains reliably isolated by a continuous glass layer. The
proposed method has been used successfully In the construction of a sensor for heat con-
duction determination in current conducting liquids using the nonstationary heated filament
method. The microwire used was 20 and 12,v- in diameter (resistivity of 70 and 200 ohm/m,
respectively) and had coatings 10 and 4,"- thick. Orig. art. has: 3 figures.
UDC: 621.791.762:621.08
SUB CODE: IE, MT SUBM DATE: 15Jan65 / ORIG REF.-'001/ OTH REF: 002

GUILLIVEETS, N.I.; LUTSKlY, A.Ye.; PADCIIENKC3, I.'/.
X--rav diffraction study of liquids with hydrogen bonds be-4een
molectiles. Part D. Formic and acotic acids. Zhur. strukt. khim.
6 no.1-27-31 Ja-F 165. (Mlf-LA 18t!2)
1. Dnepropetrovskiy metallurgicheskly institut I KtLqrlkovskiy
polit,elchnicheskiy institut. Submitted July 10, 1963.

RAILJV~IKNK4), ., ~'Z. , RP-3, A. r ,
Y-r&y -Jillfraction study of aqueous sol-itions of ammoni= and lithium
tatrAf~uoroborates, Zhur. strA-t. khIm. 6 no.2tP32-187 Mr-Ap 165.
(MIIIA 18:7)
1. Dnepropetrw:skly metalltirglshe3kly institilt.

RYSS, A.I.; RADCHFINKO, I.V.
X-ray diffraction study of aqueous solutions of magnesium tetrafluc-w
borate. Zhur. struk. khim. 6 no-3:449-450 W-Je 165. (14IM 18:8)
1. Dnepropetrovskiy metallurgicheskty Institut.

of I-ons n aq Cue coluticn.- icc--r~lng
i f f i "A ;J. fj th a 'ry I ra I " o, af a
bytil-oxonium io-a in I:U',?4 so lut f I-rn -Is takan Into aocount.
Zhl)r&5t-ukt.khlm. lb no.5!771-"".3 5-0 265.
(MILRA 18-12
vi;pprc-;~6trwraldy rfatahurgi,~lipskiy ~~'ulrmitred
)qj

L oo363-66 EVIT(1)/EWP(e)/EPA(s)-2/gn(u)/EWP(i)/EPF(u)-2/t-,PA(w)-2/T/
LWT(k)/EW(b)/ETC(m) - WW/GG/W9
ACCESSION NR: AP5021608 UR/0286/651000/013/0077/W
V
AUTHORS: Litvinenko, I. V.; Bibik, A. P.; Radchehko, I. V.
'J'f .5.1- 44?'-' - - ~-_---- --"i&!r
TITLE: Detector for determining the thermal conductivity of liquids by_the-~,
method of heating a filament under nonstationary thermal conditions. Class''
42, No. 172519
SOURCE: By-ulleten' izobreteniy I tovarnykh znakov, no- 13, 1965, 77
TOPIC TAGS: thermal conductivity, fluid
ABSTRACT: This Author Certificate presents a detector for determining the
thermal conductivity of liquids by the method of heating a filament under
nonstationary thermal conditions. The detector consists of a thin wire-
heater which at the same time server as a.resistance thermometer (see Fig. it-_
on the Enclosure). To obtain the possibility for producing measuremnets of
Ithe thermal conductivity of conducting liquids without a significant increas!
In ectof thickness, the detector is made of a microwire in glass insula--J~
__Lti Orig. art. has: 1 diagram.
AS ATION:' none
t-SUBMITTED: 16Mar64 ENCL: 01 SUB CODE: TD HE
~p _~Ov:__ 000 OTHER: 000-

~L-00363-66
ACCESSION NR: AP
.5021608
lion
Cad
l.. microwire in'glaaa,insulation:l
Ai

RADVIrTI, %-,~.
n' the FJz-ov neta2lljr-giLlhl --fant. )*t. i gornorud. prom.
caalm- scran I, rl - .
J I D
no~03 S-0 164~ MA 1W)

K.K. Ctind. Agricult. ~5ci.
Dissertation: "New Method for Exploitation of irrigating 6ystems without
91nancing by the 6tate." All-Union 6ci lies Inst of Hydraulic Engineering
and Soil Improvement, 25 ieb 47.
SO: VechernXava Moskva, Feb, 1947 (Pro-ect #17836)
i

RADCiENKO, Y. F.
R
gating Systems "ilithout 1,Lnancirig :)y the State,"
I'llew 111,11ethod for Lxploi~~ation of Irri~
5-,fo. 2" Feb 47, All-Union Sci Res Inst of Hydra-alic :En~:' and! So-;! im-orovement.
.2 - Lo - ineer-ng
Disserbations Present-d for de~-rees in science and. engineerin:7 in Moscow in 1947.
SO: SLUI'l-Ilo-457, 18 Apr 55

RADCHENKO, K.M.
Rated parameters of cold rolling strip mills. Sbor.st.UZTM no.l:
1?2-181P ' 58. (MIRA 11:12)
(Rolling mills)

IPHASE I BOOK EXPLOITATION SOV/4063
Tretlya-kov, Andrey Vladimirovich, and Konstantin Mikhaylovich Rad-
chenko
Izmeneniye mekhaniche3kikh svoystv metallov i splavov pri kholodnoy
prokatke (Changes in Mechanical Properties of Metals and Alloys
Subjected to Cold Rolling) Sverdlovsk, Metallurgizdat, 1960.
84 p. Errata slip inserted. -3,200 copies printed.
Ed.: M.A. Benyakovskiy; Ed. of Publishing House: N.N. Tsymbalist;
Tech. Ed.: Ye.D. Turkina.
PURPOSE: The book is intended for technical personnel of metallurgi-
cal and machinery plants and for staff members of design and
scientific research institutes. It can also be used by students
of schools of higher technical education.
COVERAGE: The book contains data on the mechanical properties of
%Oold-rolled ferrous and nonferrous metals and alloys at varying
degrees of deformation. Methods of determining mechanical proper-
ties by tensile tests are described. The effect of some para-
Card 1/3

Changes in Mechanical (Cont.) SOV/4063
meters of cold rolling on ultimate strength, yield point, and
ar-It elongation Is examined. No personalities are mentioned.
There are 44 references: 30 Soviet, 9 English, and 5 German.
TABLE OF CONTENTS-
Introduction 3
Ch. 1. Determination of the Mechanical Properties of Cold-Rolled
Metals and Alloys 5
Ch. 2. Mechanical Properties of Metals and Alloys, Depending on
Chemical Composition, Structure, and Hea"U, Treatment 12
Ch. 3. Effect of Parameters of Cold Rolling on Mechanical Proper-
ties of Metals and Alloys 18
Ch. 4. Change in Mechanical Properties of Metals Due to Degree
of Deformation 22
Card 2/3

Changes in Mechanical (cont.)
SOV/4063
. Curves of Ttriations of Ultimate Strength, Yield Point, and Unit
Elongation With Percentage Reduction in Cold Rolling 24
Appendix 78
Bibliography 84
AVAILABLE: Library of Congress
VY,,,/pw/gb
Card 3/3 0-1-bo

RADCHENKO . K.M~
Optimum rated diameter for the working rolls on cold rolling
strip mills. Prokat. proizv. no.2.25-29 160. (MMA 34,.I1)
(Rolls(Iron mills))

BENYAKOVSKIY, Mark Aleksandrovich; B~tOVPAN. Mikhail Yakovlevich.
Prinimal uchastiye ROCPYIIKO' u". -
[Using tensiometi%y in ri-Iling mill practice]
tenzometrii v prokatke. Moskva, Metallurgiia, 1965. 143 p.
(MIRA 18:4)

HADCHENKO, K.m., inzh.
Zone of the deformation limit. Met. i gornorud. prom. no.3:64~67
MIY-Je 1103. (RIRA 17:1)
1. Institut avtomatiki GosFIam UkrSSR.

MINTIM, V.; NAYU, F.; FATZRAKHWOT, M.; KALOSHIN. S.; RLDCHMO L.;
AIAWOV. K.; NUSIN, A.Ch.. kandidat tekhnichoskikh DZIO." ~OV*Vve;n-
W redaktor; OSADCHIY..F.Ya.; PCMINA, Z.F., takhnichookijr redaktor
[Irperience in oil wall drilling with paeusatic percussion rotar.7
equipment] Opyt burenils, skvazhin pneyvaticheakin udarno-vrashchatell-
nym sposobow. Alma-Ata, Izd-vc Akademii nauk Xuakhakol SSR, 1956.
79 P. (KLRA 9:7)
(Oil wall drilling)

RADCHMO, Leonid Aleksandrovicb- WNDARMM. 0.. vedusbebiy tedaktor;
-------
-IPATSALTW-~~'-~-, feGntc`"W-eIsVTm redaktor
[Automatic control of electric drives.] Avtomaticheakoe
upravlenie elaktroprivodom; rtikovodstvo k laboratorrqm
zaniatliam. Kiev, Gos.izd-vo takhn.lit-ry USSR. 1957.
?71 P. MRA 10:5)
(Automatic control)
(Electric driving)

E5
RADCHNKO,.-.L.A*--
'A
Revereivity of loaded electric drives in a genorator-engine system.
lov. fall 2Z: 413-419 '57. (MIRA 11:3)
(Rlectric driving)

8(0)
SOV/11Z-59-1-696
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 1, p 92 (USSR)
AUTHOR: Radchenko, I.,. A., and Marushak, V. Ye.
TITLE; Investigation of Generator Forced Excitation With Allowance for Eddy
Currents
PERIODICAL: Izv. Kiyevsk. politekhn. in-ta, 1957, Nr 22, pp 435-445
ABSTRACT: An investigation of the delaying effect of eddy currents in various
types of 1. 6-14. 5-kw generators is presented; the generators operate in the
automatic -control system of a "generator -motor" system of electrical drive.
The investigation has revealed the following: (1) with a high excitation forcing,
the !equivalent component of the eddy-current effect grows and delays the
transient phenomena; (2) the eddy-current effect can be determined from
oscIllograms of the generator field current and flux; (3) the dynamic inauctance
of field windings that droops with higher field forcing must be taken into account.
A. M. B.
Card lfl

RADCHENKO, L.A.
--- Automatization of floating dredgers. Izv. KPI 26:269-281 '57.
(MIRA 11: 6)
1.Kafedra elektrifikatsii prom3rshleWkh predpriyatiy Kiyevskogo
politekhnicheskogo instituta.
(Dredging machinery) (Automatic control)

v pr, Nr c"I k!~lr
jF A
Fy j
64
-I 'I . E
ILI
F i
tq
Iq
VIP.-
Mut
jErti. Raft*,!
'10
if
jr .
Z3

RANHETIKO, Leonid Andrianovich; DENCHUK, I.S.,, inzh., red.; F%IICHEV,
- A.G., red. izd-va; GVIRTS, V.L., tekhn. red.
(ultrasonic techniques in the manufacture of electronic devices;
a Vul-'10y) Ulltrazvukovyo motody v tekhnologii proizvodstva
elektronnyl-.h priboroy; obzor. Leningrad, 1961. 69 p.
(MIRA 15:3)
(Electronic apparatus and appliances)
(Ultrasonic waves-Industrial applications)

RADCHENKO, L.I. (Kiyev)
Method for braking asynchronous electric motors in a network with
a single-armature converter with transistor rectifiers. Izv.AN SSSR.
Otd.tekh.nauk.Ener I av-tom. no.2s42-46 Mr-Ap 162. (MIRA 15e4)
%Gatria motors, Induction)

RADCHENKO, Leonid Aleksandro-v.ich; KLEFIN-SHARONOV, V.A. , kand.
-t-ekhn. natuk, retsenzent~ OLEFIR, F.F., kand. tekhn, nauk,
y
retsenzent; KOVAL;CM, A.V,,, inzh., ree,. izd-va; SHAFETA,
S.M.9 tekhn. red,
[Control of automated electric drives] Upravlenle av-toma-
tizirovannym elektroprivodom; posobie po laboratornym ra-
botam- Kiev, Gostekhizdat USSR. Pt.l. 1963. 338 P.
(MIRA 16-9)
(Eiectric driving) (Electric motors)

IVANOV, Anatoliy Aleksandrovich, kand. tekhn. nauk; RADCLTAIKO,
kand. teldm. nauk, retsenzent; 117EMCFUNOVA, O.A.,
red. izd-va; VATUSVIICH, S.M., tekhn. red.
[Laboratory work on electric machinery and electrical
oquipmont of industrial enterprises] Laboratornye raboty
po elektrichaskim mashinaza i e1oktrooborudovftniiu pro-
HTshlennykh predpriiatii. Izd.2., perer. i dop. Kiev,
Gostekhizdat 'USSR, 1963. 514 p. (I-IIIUI 17: 1)
(Electric machinery)
(Electric apparatus and appliances)

BUDNITSKIY, A.B.; VENIKOV, V.A.; GIZILA, Ye.P.; GREBENI, I.I.;
IYERUSALIMOV, M.Te.; KALNIBOLOTSKIY, M.L.; KONDRA, B.N.;
LOYEV, Ye.G.; NESTERENKO, A.D.; PAVLOV, V.M.; POSTNIKOV, I.M.;
POBEGAYLO, K.M.; RADCHENKO, L.A-__,- SVECHNIKOV, L.V.; SIROMYATNIKOV,
I.A.; FEDOSEYEV, E.A.; FEUGHENKU, I.K.; KHODOROV, S.Ye.;
CHIZHENKO, I.M.; TSUKERNIK, L.V.
Professor Vasilii Grigorlevich, 1904 -; on his 60th birthday.
Elektrichestvo no.4:93-94 Ap 164. (MIRA 17:4)

KALCHENKO, r-,,A z ~ SHVETIS, V, 1 .
Suidy of an exci-,.al.Ion s-age with rlynamic caracitEmce using
a pLane nondimensional parameter technique. Elektrichestva
no.1,1~15-1" 0 164. (MIRA 1?.12)
1
- Kiyevskiy politekhnicheskiy institut.

'. tij , I
GI~L I PEII Ada iialmovna; . 1-1 SFAYAL, Valentina Ivaiiovna;
FELJI-~A, Konstantir-ovich; LUi5YANITSKEY, Grigoriy
Davidovi~,h; RADCHEEINKO, L.A., red.
. -1 1. ~ 1.
[Smal' transistorized ult asonic unit with a 100 watt p -.r
capicity for un.lver3al. tochriologlcaJ ioej Mulognbaritnai.-..
ul'trazvukovala ustanr.~vko mo:~h:!bno,0 liu 1.00 rt univernallnogo
tekhnr)-'ogichesk,,gc, primeneniia ria polupt-ovodnikorykh triodakh.
Lenlngrad, 1965. -"+ p. (MIRI, 18:7)

L 00366-66 ZWT(d)/T/EED-2/EWP(1) IJP(11 -BB/GG/GS
ACCESSION NR: AT5013573 UR/0000/64/000/000/0265/0273
AUTHOR: Volodin, G. M.,: Radchen1co, L. G.
TITLE: The correction of grouped code errors
SOURCE: AN SSSR, Institut elektromekhanildTlAvtomatika, telemekhanika I priboro-
stroyerdye (Automatic control, remote control, and Instrument manufacture). Moscow,
Izd-vo Nauka, 1964, 265-273
TOPIC TAGS: interference reduction, binary code, error correction
ABSTRACT: Atmospheric, industrial, and other types of interference are usually corre
lated, and the distortion they cause in the communication channels are usually grouped
within brief intervals of time. When transmitting information in binary sequence these
interferences produce, most often, distortions.of one or several adjacent symbols. The
present paper describes an approach to the correction of such distortions. The errors are'
detected and corrected by means of displacement registers coupled with logic circuits.
Such circuits are described by algebraic equations with coefficients from a finite field of
residues over a simple modulus. In the case of 10 - 12 consecutive errors s and a cycle
length n of 400 - 500, the correcting power of coding polynomials can be determined man-
Card 1/2

L 00366-66 ---- -- -
ACCESSION NR.- AT5013573
ually. For larger values of s and n one must use computers. Orig. art has: 29
formulas and 4 figures.
AMCIATION: None
ENCL- 00 WD CODE: DP
SUBMITTED: 240et64
NO REF SOV: 003 OTHER: 001
Card Z/Z--

Plots for agrobiological. exrierLments. Izd. 2., Isnr. I.bskva, Gox. ucheb.r,--.dagog.
izd-vo, !-~-153. 517. 7.

RA.DCHXNKO. L.I.. inzh.
Nomogram for plotting rectangular and T-shaped sections of rein-
forced concrete elements flection. Bet. i zhel.-bet. no.9:378 S
'57. ()URA 10:11)
(Reinforced concrete--Tables, calculations, etc.)
(Nomography (Mathematics))

RADCBRIKO, L.I.
Phytochemical analysis of La~-,3,ehilus g7r-aaceus and L.
C,
Aptech. delo 12 no.3-.24-26 1-t7-:jTe'6-3 (KtRA 1-1-.2)
1. Krasnodarskaya krayevaya kontrollao-axialiticheskava laboratoriya
Glavrogo aptechnogo upravlen-iya Ministerstira zdravookhranen-11-p-
SSSR.

',h-~ "'ear
un,-r 'h, Cc-4-Itic-Ps Of the ~okol anc EYEArushin
V"aqz~ 11 rf' Yetallarcy
cn f cr t '-e 'eLree nf Candi~lat e in
1

`N b" ar),~tor tekhri. Wlu~.i
11 L rov
nawk, (JOtS-,
C'T
Acenz;
3,
jV11,11" Vo tien7ent, KA",~,OV, V.I:.i gorMT(
dOL9.,
n,,:.l,.Ye ua-
-kiTl,'
M, i ni no, F. 0 edra. 19i%l',. 374 P.
S S~, pp N; I
s,r.i rri d 7,: Z I ~rlclo ii 111. (!~JRA i8:2)
_ekhrii7
1. K !E10-F Kazakov).
Kud-l-jashav, Radchenko

AUTHOR: Raaghh~~~!g ineer). . 97-a7_9_17/17
TITLE: Nomograms for the Selection of Standard Rolled'Steel
Sections for Bent Reinforced Concrete Elements. '
(Nomogramma'dlya podbora pryamougollnykh i tavr6vSkh
secheniy izgibayemykh zhelezobetonnykh elementov).
PERIODICAL: Beton j Zhelezobeton, 195% Nr.9. p.378 (USSR).
ABSTRACT: It is often necessary to determine the cross--section
of longitudinal reinforcement when the sections of the
.,iven, as viell as loading and
structural members are g
permissible stresses of materials. The illustrated
nomogram was calculated on the basis of'loading (in
accordance with SNiPu) for reinforced concrete el6ments
for floors in residential building constructed fr6m
concrete and steel of any mark. This nomogram could-
easily be enlarged for calculations of units with higher
loading. A practical example of application is given.
AVAILABLE: Library of Congress
Card 1/1 1. Concrete-Reinforced-Construction 2. Steel-Selection
3.. Mathematics-Theor7

RADCHENKO, L.N., inzh.
Tenting imiltiribbed ceiling panels with inserts. Nov.v stroi.
tolch. 110-13:97-115 159. (KRA. 13:4)
(Concrete alabs-TeBting)

IJSHAKOVA,, K.N.- POPOVA A.V.; DANYUKOVA, A.V.;,PADCHENKO, L.N.;
Y v
Prinimali uchastiye: 5ERGUYVA, T.F.9 inzh.; CHUGUMOVA, V-V.,
inzh.
Preparation of acetate silk from a water-acetone solution of
acetyleellillose. Khim.volok. no.1.71-7P 163. (MIRA 16:2)
1. Vsesoyuznyy nauchno-issledovatellskiy institut iskusBtvan-
nogo volokna (for Ushakova, Fopova, Sergeyeva). 2. Serpukhovskiy
zaved (for Danyukova). 3. Mauchno-issledovatellskaya labora-
torlya pryadillno-tkatskoy fabriki im. Dzerzhinskogo (for
Radchenko).
(Rayon) (Cellulose acetates)

RA.DCHMKO. _L.R.; DOIGORYATOY, Yu.A., red.; ZLOBIN. N.V., tekhn. red,
[Breeding dairy catle on the Phnfilov Collective Farm] XDlochnoe
zhivotnovodstvo kolkhoza imeni Panfilova. Alma-Ata, Kazakhokoe
gos. izd-yo, 1956o 10 p. (MIRA 11:7)
1. Zaveduyushchiy molochnotovarnoy fermoy kolkhoza Imeni Panfilara,
rayona imeni 28 gvardey-tsev Taldy-Kurganskoy oblasti (for Radchenko).
(Kazakhstan--Dairy cattle)

PANASYUK, DmItr.ly losifovich, kand.veterin.nauk; RADCHMTKO, L.Z., red.;
DM'VA, V.M.. tekhn.red. --
[Dictyocaulus infection in sheep] Diktiol-Bulez ovets. Moskva.
Gos..4zd-vo sellkhoz.lit-ry, 1960. 66 p.
(Sheep-Diseases) (HIRA 13:11)

SNIGUR, Mariya Ivanovna- RADCMKO, Mariya Fedorovna; KAZNACHEY, R.Ya.,
red.; BYKOV,
[Hygienic evaluation of honey and methods for its study]
Gigienicheskaia otsenka meda i metody ego issledovaniia.
Kiev, Gls. med. izd-vo USSR, 1961. 67 p. (MIRA 15:4)
(HO14EY)

RADC10-1,0, M.G.; ZABELINA, Z.V.; 3ERGEYEV, V.S.
Bacteriological indices for cold horw loewrres. 7ov.
pit. 21 no.2:86-87 Hr-Ap 162. (MIIL,' 15:3)
1. I-- Nauchno-issledovatellskoy i TSentrallnoy sanitarno-
pishchevoy laboratorii Upravleniya obshchestvennogo pitaniya..
Leningrad.
(FOOD-MICROBIOLOGY)

RADCHSNKO, Margarita Iosifovna; KUSHEV, G,L., otvetstvennyy redaktor;
ALEKSAITDRIYSKIY, V.V., redaL-tor;. ALFEROVA, F.F., tekhnicheskiy
redaktor
[Flora of Dolina and Tentek formations in the Karaganda Basin]
Flora dolinskoi t tentekskoi svit Karagandinskogo basseina. Alma-
Ata, Jzd-Vo Akrademii nauk Kazakhskol SSR, 1956. 40 p. (MLRA 9:12)
1. Chlen-korrespondent AN KazSSR (for Kushev)
(Karaganda Basin--Paleobotany)

RADCB:KNKO, MargaTita losifovna; NALIVKIN, D.V., akademik, glavnyy red.;
B=ICHMKO',-X.L.--'-d-oktor geol.-mineral.nauk, otv.red.;
NETHURG, M.F., do;tor geol.-miheral.nauk, red.; VLASOVA, S.M.,
rad.izd-va; KRYNOCHKINA, K.V., tekhn.red.
[Paleontological basis of the Paleozoic stratiography of the
Rudnyy Altai] Paleontologicheskoe obosnovanie stratigrafii
paleozoia Rudnogo Altsia. Moskva, Gos.nauchno-tekhn.izd-vo
lit-ry po geol. i okhrane nedr. No.8. [Plant remains of the
Carboniferous of the Rudnyv Altai] RastitelInye ostatki karbona
Radnogo Altaia. 1958. 54 p. (miRA 12:4)
(Hudnvy Altai-Paloobotany)

FONOMAJWV, P.M.; RAMHUX0, M.I.-
Now duta on the stratigraphy of Carboniferous sediments in the
Irtyah Valley. Izv.AN Kazakh.SSR.Ser.geol. no-3:32-43 '58.
(MIRA 12:1)
(Irtyah Valley~-Geologr, Strat.igraphic)

.".UTHORS: Butenko, G. F., Radchenho, T SOV 1W)-6-2-15 "26

TITLE: The Calculation of th,, T*-er7lal Cond-.,,ctivity of Holten !-_'etals
(0 rasc;-ete teploprovodnosti- rasplavlenrykh metallov)
PERIODICAL: Atomnaya ener-iya, 195',', Vol 6, Nr 2, pp 205 - 207 (7SSR)
0
"";3'.;TRACT: Since there are only few data available on t:.,e thermal con-
ductivity of molten metals, they can be obtained for high
temperatures only by extrapolatJon. The graphic solution
of this extrapolation is difficult due to the temperature depen-
dence of the thermal conduc-tivity of molten metals. The
extrapolation of the electric resistance, however, is not
difficult since within a wide temperature range the variation
may be considered linear. Now an attempt is made to deduce
one sin.-le temperature dependence of the Lorentz(Lorents)
function for a number of thermodynamically similar metals
in order to determine the therrial conductivity from the extra-
polated electric resistance vulues according to the equatior
_
the
X = L.T/r, where ~,denotes the thernal conductivity, L
Card 1/2 Lorentz function, T absolute temperature, and r the electric

T-e Calculation of the Thermal Con-~Iiictivity of '.:o.l-en SOV/89 -6'. - 2 -15 1" 28
et al s
resistance. The calculations are carried out for aluminum, tin,
zinc, -.nd lead, vrhile -mercury, c--diiiu:% and bis-1.uth were not
taken into account due to lackinJ exper-inental data or the
electric resistance. The valid-ity of the deduced nondiniensional
Lorent2 fUnction can be confirmed onl.-.- by Dirther exi;erilentaal
data. Th--re are 3 fiEures and 5 references.
SUDMITTED: April 11, 195a
Card 2/2

S/170/60/003/006/006/011
BO13/BO67
AUTHORS: Butenko2 G. F., Radchenko, M. I.
-_ . - q
TITLE: Application of the Theory of Thermodynamic Similarity
for Determining the Physical Properties of_Liquid Metalsig
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1960, Vol. 3, No. 6;
pp. 66 - 71
TEXT: For thermodynamically similar substances it is possible to deter-
mine, without experiments, the physical properties of one of the sub-
stances from the properties of a similar substance under similar condi-
tions. The theory of thermodynamic similarity shows that thermodynami-
cally similar substances are bound to be universal functions of their
parameters of state. The Lorentz function (8) is deduced; and from its
similarity to Bachinskiy's formula (9) for the viscosity coefficient it
is concluded that viscosity and Lorentz function are determined by the
interaction of molecules. An equation p/ (18) is derived
(L
VP1 P1 )3/2
for the relationship between the dimensionless viscosity and the
Card 1/2