SCIENTIFIC ABSTRACT RUDENKO, A.I. - RUDENKO, A.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445920001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RUDENKO, THaR KO, N.S. professor, saveduyushchiy; ANGARS"YA, M.A.,
lorq-Wff, direktor.
Marmacology of an Indian hemp species with leaves of St. John's wort
type. Farm.i. toks. 16 no.2:36-40 Mr-Ap 153. (MT-RA 6;6)
1. Kafedra farmakologii Kharlkovskogo meditainakogo inotituta (for Raden-
ko and Kharcheako). 2. Rharlkovakiy nauchno-iseledovateltgkiy kh1miko-
farmatsevticheakiy institut (for Radenko and Angarskaya).
(Cannabis indica)

RUDENKO, A. I.
RUDENKO, A. I.: "Investigation of opeeational changes in t4e state of
gasket material (as applied,to the SYZ-NATZ and Dr-54
tractors)*". Joint Academic Uouncil,, All-Union Sci Res
Inst of the Mechanization of Itgriculture (VIM) *nd All-
Union Sci Res Inst of the Electrification of Agriculture
(VIESKh). Moscowy 19560 (DISSERTATION FOR TkM DEGREE
OF CANDIDATE IN TLCHNIGAL SCIENCE).
So.: Knizhnaya 16topislj, No. 25.- 1956.

RUMMO, A. I.
Effect of hypericum dogbane on diuresis. Farm. i toka. 1
no,1:43-45 Ja-F 156. ?NMA 9:5)
1. Xafedra farmakologii (zav.-prof. N.S. Kharchenko) Kharlkovskogo
meditsinskogo instituta.
(DIURETICS
Apocynum cannabinum (Rus))

KHARCHEUKO, U.S..; RUDFJIKO, A.I.
Hiotorical material on the Department of Pharmacolog7 of the Kbarkov
Medical Inatitute (1805-1955) Farm. i toks. 19 no.1:54-56 JA-F 156.
MU 90)
(PHAMUCOLOGY, education
hiot. In Rusnia (Rue))

MALAKHOV., G.M., prof., dcktor tekhn.nauk; BEZUKH, V.R., gornyy inzh.;
RUDENKOI A.I., gornyy inih.
Ways of increasing the efficiency of the complete mining of
untouched blocks of ore and interchamber pillars. Gor. zhur.
no.9.-20-24 S '163. (MIRA 16:10)
1. Krivorozhskiy gornorudnyy institut.

ARDAWIEV. Gavriii Romanovich; RAZAROV, I.T.; MIKHATLOT, I.N.; HOWUN,
A.T.; POLOTZiKIY, I.Y.- RUURIKO, A.I. SITHIKOV. A.P.; SPERANSOV, N.M.;
KRYUKOV, V.I., red.; iZ M_' A, Y.M., tekhn.red."
[maintenance of tractors and agricultural rrjachinery]. Tekhnicheskoe
obeluzhivanie traktorov i sellskokhoziaistvennykh maBhin.. Moskva,
Gos.izd-vo aellkhoz.lit-ry, 1961. 470.p.
(MIRA 14:4)
(Tractors--Kaintenenw aid repair)
(Agricultural machinery--Maintenance and repair)

RUDF,NKO, Aleksandr Ivanovich, kand.tekhn.nauk; KRYUKOV, V.L., red.;
PROKCF'TEV1.-L.N*q'tdkhn.red.; BALLCD, A.I., tekhn.red.
(Manual on the use of petroleum products on collective farms]
Spravochnik po neftakhoziaistvu v kolkhozakh i sovkhozakh.
Moskva. Gos.izd-vo sellkhoz.lit-ry, ig6o. 143 p. (MIRA 13:11)
(Petroleum product

3M SOV/50-59-2-8/25
AUTH011S: Rudenika, A. I, , Ponomarev, B. P.
TITLE: On the Development of Phenological Work (0 razv-itii fenolo-
gicheski%h rabot)
PERIODICAL: Meteorologi-ya i gidrologiya, 1959, Nr 2, PP 36 - 39 (USSR)
ABSTRACT: In November and December 1957 the first post-war conference
on phenology took place in Leningrad: the All-Union Con-
ference on Phenology jointly organized by the Geografiches-
koye obshchestvo Soyuza SSR (Geographical Society of the,
USSP) and the Botanicheskiy institut i Zoolog-.icheskiy in-
stitut Akademii nauk SSSR (Institute of Botary ind In-
stitute of Zoology of the Academy of Sciences, USSIR). in
this connection it is mentioned that phenology is no
longer to be considered a secondary discipline but an
independent one. At present, the main task of phenology is
the establishment of connections between seasonal natural
phenomena and environmental conditions, primarily meteoro-
logical and hydrological factors. In the next few years
Card 1/2 is planned to publish the "Phenological Characteristics

On the Development of Phenological Work 60V/50-59-2-8/25
of the USSR". The conference laid down a system of positive
measures for the further development of phenology in the
USSR. coordination of the efforts of phenologi-,ts and
competent authorities, development of uniform phenological
obse `-vation and evaluation methods, publication of phenolo-
gical yearbooks and a popular magazine of phenology and a
series of compendia containing phenological research material.
The conference also adopted measures for the expansion of
the voluntary pherological network by using students, teachers,
farmers, apiarists, etc. Some of these measures have already
been realized. The slow progress in the development of a
uniform phenological observation method is regretted.
Card 2/2

PHASE I BOOK EXPLZITATION SOV,,'2384
KonferantolyA po agrometeoralogil I agroklImatologil. Ukrainskay SSR
MattrIaly konrerentall ()4&trrlal of the Conference on Agricultural
xeteorototur and climatology or tne ViCratnian 3SR) LenIngrad,
01drometeol:dat , 1958. 247 p. Xrrstr altp Inserted. 700 copies
printed.
Sponsoring Agencies- USSR. Olavnoye upravlenly gidrometeorologteh-
askoy Gluzhby, Ukrainian SSR. Rtnister3tvo NeV skog3 khozyaystva,
Ukrtiftakly nauchno-lanledovatel'skly gldrmatoorolag-cfieskly in-
Wtut, and Ukrainskaya akadamiy a* 11'skoknozy &,yet v*nnykn nauk.
Ramp. Id.i G.F. Prikhat1ko; Ed.; V.D. Plaox"vakaya; Tech. Ed.;
I.I. Brayrina.
PURXiSE: This book Is Intended ror agrIculturists. agromerear-olo-
gifts, and Instructors In related vuzes.
COVERAGEt Thin collection or articles deals with problems In &C-1-
cultural meteorology In the Ukraine. Among the topics discussed
are; wince
ring, planting time for wtnter crops, corn cultivation.
Potato degeneration; =15tu" supply. and adverse weather fs4tors.
References accompany Individual
XatarW of the Conference (Cont.) 3OV/2384
Sugar Beats) 3011 Water Conditions In Best Crop Rotation Ili
Vlahn'
V~k . V,V. ~Oddmsa Agromer; Station) Moisture Reserves for
, !Y
at in the Southern Odessa Region and the Importance or
the Moisture ProvidlAg Irrigation 117
BuChin"kiv. 7- Yff, (Ukrainian Scientific Research Hydromet. Institute]
ClImatle Study or Sukhoveys (Dry Winds) in the Ukraine 128
Rotova. Ye. R. (Ukrainian 3cienttrtc Research HjdrQ*ftt.Znattzut*j
RainI44s Periods In the Ukraln* 141
N
rj:~11k11111'.;hV - k I!Gde man Hydromer. Institute ItRiLtnIess and t
:I
In , ?r hernomorskaya (Black Sea) s oppe 151
Sall-ko. Ta.- Ukrainian Scientific Research Institute for
Or*atry and Agrorortatration) Irfoc-lv& Zone. or Shelter Belts 155
Mar' kOv State University) x1croclimate or trrt-
gated . n 169
Shakhnovich. A.V. (Ukratnian Scientific Research Hydromet,inotttut
I*
PlicroclLauttle Study of Ukrainian Poo-hills 76
091'tab Z&-I.A. (Main Geophysical Observatory] Compiling Detailed
141crOaltmetle Maps 182
r4Ashknrv% V.p, 15tate Hydrological. Inayitutel Devices and Mothods
COr Measuring Evaporation rrom Cultivated Field, 185
V Y. [State Hydrological 16stItutel Determining Ivapora-
tion from Drained and Non-Drained Swamps by the Went-Balanc,
method
193
KOP&chGvBkaYa, M.Nv Autumn and Spring Frosts In the Ukraine 202
PqR91MIkuA-l" lProreeno M
Ukraintan Scientific Research Hy- I
dromet.1natitutol Climatic Con'ditions, or corn Cultivation In the 5i
Ukraine
214
_hAta~~Alllftnlon Institute or Crop 3clancel The Effect or
'CTVWIc condition n the Degeneration or Potatcea and the Appear.
1606 Of PhYtophtharn (FaLrasitio Fungi) It
230 U
A sugawStIon of the 3atentlric Math"0100 Council of the UkrSSR
Department of Agriculture 243

BRUK, 11. M. RUMM, A. I.
Sffect of ginReng on bF%aic procenspe of the higher nervous activity
under ex-nerimental conditions. Fi23-01. zb=. [Ukr] 4 no.6:8)4-836
N-D '58. (KERA 12:3)
1. KharIkovskiv meditainakiy institut, knfedra farmakologii.
(GIMNNG)
tv

(Obj-) 55, Uni7ersitetskr.
25~ kv. 618
O'~r,,lf'r--Tevv bone-graftf-
p~rotfiz. 25 nL;.!2z6,--66 Ti 6/,.
nrp,?,njeRtsjf zdra~rw~k;iran-ni
h! (I mmk
ny
ttpd Julv

G.P.f !:and.te*dhn.n--1tf,; LI3GV3'=, '-',.Do) (;orn.inzh.;..AJDIZr.70,
A..'-,.g donioinz-h.; IL=* JIIT' S.D., gorn.inzh.
Single-statue inclined top slicing and cavin.- uystem. Go,2.zhur. nooi-~;
23-2'6 Je 160. (I'l-lu 14.12)
1. Vsc.-oyuz.,iyy nauc;rnc-is ladovatel r,,:iy institut tsvetry"- metallov,
U
s' I -K= 2. Salai
u enogor~;.'c (fo--,- 3ha*-I-e1'r1iI,-ov, LiLovokiy) ::r,':oye rudo-
upravleniye (foi- ~tudor.Cco, 1,cc:yuycin)

SHABELINIKOV., G.P.; RUDENKO,,, A.M.
Controlling the piece-size distribution in brdaking ore with
long boreholes in the Salair Mine. Sbor. trud. VNIITSVETMET
no.4:114-123 '59. (MIRA 16:8)
(Solar Ridge Blasting)
(Boring)
N=ETZ, R12"VVIAID ;TAR

RLJDENKO
Achievements of Dnieper River transportation workers. Rech.transp.
16 no.11:23-24 N 157. (MIRA 10:12)
(DnieDer River--Inland wnter transDortation)

RUDENKO, A.M.; SPITSA A.I.; GROMOV, M.S.
Virusological characteristics of poliomyelitis in Dnepropetrovsk
Province. Vop. virus. '7 no.W40-41 Mr-Ap 162. (,'/JRA 15:5)
1. Dnepropetrovski.T institut epidemiologii, mikrobiologii i gigiyenya
(DITEPROPETROVSK PROVINCE-POLIOMYELITIS)

SHAMLINIKOV, G P.; LISOVSKIY, G.D.; STANKEVICH, I.M.; RUDENKO, A.M.;
LEDYAikIN, S#D.; ZEMLYANOV, V&P.
Testing a system of sublevel caving with breaking and drawing
of the ore in inclined layers. Gor. zhur. no.6:23-2J+
je 162. (MIRA 15:11)
-1. Vsesoyuznyy nauchno-issledovatellskiy institut tavetnykh
metallov, Ust'-Kamenogorsk (for Shabellnikovp Lisovskiy,
Stank-evich). 2. Salairskiy rudnik (for Rudenko, Ledyaykin,
Zemlyanov). (Salair region-Mining engineering)

RUDFNKOY A.M,
New pendulim susfension system. Av~tom., ~elem. i sviazl 8
nc.-,,:44 Ap t64. (MIRA .18.2)
1. Chasovoy master Deballtsevskay distantsil signailzats-4-4
sv-,,,azi Donetskoy dorogi.

RUISHKO, A.M., gornyy lnzhener.
Improving breaking down of ore in continuous magazine mining.
Goratuir.no.12:12-15 1) 155. (KGRL 9:4)
(Mining angineering)

L ML-66 EPF(n)j...2/EWP.(z)/EWA(h)/EWT(I)/EWT(m)/EWP,(b)/E'4A(d)/E~IP(t) GG/MJ!f/JD:
ACC NR% AT5023787 SOURCE,'CODE: UR/0000/62/000/000/OLOO/0105-
AUTHOR: E&jXgyL_P. A.; Batenin, I. V.; Rudenko:, A.
_.Y. ;Sharov. B. V'5'1
ORGs none
TITLE: Investigation of the properties of Avial irradiated in a,
reacto
SOURCE,:I,%fSoveshchaniye pa problema deystviye y.adernykh izluchaniy na-
beystviya y,adernykh Lzlucheniy na materialy
materia yo Moscow, Iwo*
twne ettect or nuclear radiatLon on*materials),; doklady soveshchaniy.a.'
Mo-Slow, Izd-vo AN SSSRp 1962p 100-105.
qq r
TOPIC TAGS:A.luminum Aioy, age hardenable alloyo neutron irradiated
alloy, alloy _qs~jLw resistance, neu'tron irradiation effect, /SAV-1
aluminum alloy k~ ~~i, 9q,
ABSTRACTt Specimens of $AV-1'Avial, an aluminum-base alloy. containing,
(wt%) 0.085 Fe, 0.81 Si, 0.000043 B0 0.0026 Mn, 0.00002'Cd, 0.00058.Cu.
0.011 Zn, 0.004 Ti 1 0.48 Mg. and 0.001 Ni, were annealed at 550-600C
for 2 hour furnace cooled, .irradiated at SOC with an integrated flux
of 1019 n/:v,12 9 cold strained, and after various heat treatment sub-
jectad to creep tests under a stress of 2.16 kg/mm2 at temperatures
up to 260C, The test results showed that while the creep crate of.
Card 1 /2

L 8572-66
ACC NR% AT5023787
%40% near y p
Nna-m%ws%A~ v, h a r q I yafter a
VerLod of time vVose ItAukt'6- ~CI-V-*aK'-Ir-----~--__
W. I L/ke orle . 2 )1 saturated, and aromatic hydro-.,
catalytic polycon- carbons and oxygen derivatives
dehydro- densation of different densitiesp up to
genation Icarboids L
This scheme is applicable to all alcohols concerned, including ethyl
alcohol. The intermediate mechanism in the iemperature range of
6ooo - 7500C is a polycondensation of products of the catalytic dehydra-
tion of alcohols (propylene, hexylene,cyclohexene). Possibly, a poly-
condensation of ethylene takes place likewise under these conditions,
but since the rate of this process is too low, it occurs only at higher
temperatures, in the course of the high-temperature mechanism. The
following scheme is offered for the intermediate mechanism:
Card 2/5

Carbon Pormation in.the Decomposition of S/062/60/000/011/003/016
IsoprIopyl Alcohol, n-Hexyl Alcohol, and B013/BO78
Cyclohexanof on the Copper - Silica Gel Catalyst
polycyclic saturated, un-
-H 0 -H2 etc. saturated, and aromatic
alco ho 2 > olefins * hydrocarbons of different
catalytic polyconden- density,degrees, up to
dehydro- sation carboids
genation
The replacement of the intermediate mechanism by the high-temperature
mechanism manifests,itself by a marked retardation of the'process at
temperatures above 750 OC. In the range of 7500 - 6750 the carbon forma-
tion is slowed down, after which it is again speeded up vigorously
beyond 8750C.~ This mechanism (7500 - 9500C) comprises the following
processes: pblycondensation of decomposition products of the alcohols
used (lowest paraffins and ethylene); polycondensation of aromatic.
hydrocarbons, resulting from the decomposition of alcohols; polycondensa-
tion of the alcohols used. A general scheme applies to them:
Card 3/5
R Tig'. PV~

Carbon Formation in the Decomposition of 3/062
,/60/000/0111003/016
Izopropyl Alcohol, n-Ilexyl Alcohol, and B013/BO78
Cyclohexanol on the Copper - Silica Gel Catalyst
-H20; -H2 polycyclic aromatic.
polycondensation hydrocarbons of dif-
Z~ ~11_0+H_ lo-hest pa'raffinsi -H ferent degrees of
alcohol 2,1 2- and ethylene 2 density, up to
-decompos I--- F 1polyconden- carboids
tion poly- sation
2
conden -H2 poly-
sation\__11 simplest aromatic conden-
-1120; H2 hydrocarbons sation
aromatization >
As opposed to the two first-mentioned"mechanisms, aromatic hydrocarbons
only are given here as the end products. This is explained by the fact
that under the conditions of the high-temperature mechanism the forma-
tion of saturated, unsaturated, and hydroaromatic polycyclic systems is
practically impossible, which is indicated by the composition of
Card 4/5

Carbon Formation in the Decomposition.of s/06 6o/000/011/003/016
Isopropyl Alcohols a-Hexyl Alcohol? and 3013YB078
Cyclohexanol on the Copper - Silica Gel Catalyst
resinous polycondensation products. Their composition and aromatic
character is almost the same in all of the alcohols investigated.
Table 1 gives the composition of gaseous decomposition products of the
alcohols on the copper - silica gel catalyst. The composition of the
hydrocarbon part of the gaseous decomposition products of isopropyl and
n-hexyl alcohols on the copper - silica gel catalyst is given in
Table 2.There are 4 figures, 2 tables, and 4 references: 3 Soviet and
1 German.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. MiV. Lomonosova
(Moscow State University imeni M.T. Lomonosov)
SUBMITTED; June 29, 1959
Card 5/5

STEGNER, G.; RP;qj~~~ BALANDIN, A.A.
Carbon formation during the decorq~osition of isopropyl alcohol,
n-hexyl alcohol. and cyclohexanol on a copper-silica gel
catalyst. Izv. AN SSSR.Otd. khim. nauk no-11:1930-1937 It 160.
(MIRA 13:11)
1. Moskovskiy gosudaretveanyy universitet im. M.Y,Lomonosova.
(Isopropyl alcohol) (Hexanol) (Cyclohexanol)

85661
c 10?r, 10/0~0/009/021/022/7)r
/ ,/r- .'
11,1600 ~00 11B066
AUTHORS.- Rudenko, A. P, and Dobrose-l'skaya, 11, P~
TITLE: The Role of Com-p-rexing Additions in the Synthesis of
Phthalocyanines,il.~ Action of Phoiphoric Acid Compounds
and Molybdenum Trioxide on the Formation Reaction of-
Fe Phthalocyanine
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol. 30, No, 9,
pp. 3077 - 3083
TEXT: The formation of phthalocyanine and its metallic compounds
from phthalic. acid derivatives can, according to published data, be
accelerated catalytically by adding different products, i, e,, metals,
metallic oxides, chlorides, sulfatess and other compounds of the
,elements of groups I-VI., The compounds of groups V-IV of the periodic
system are known to be particularly active 21ILLEILlIt was the
objective of the present paper to study the catalytic effect of the
most active of these catalysts, and to explain the formation mechanism
Card

--F
85661
The Role of Complexing Additions in the S/079f"0/030/CO9/021/022/XX
O'li 0
Synthes,s of Phthalocyanines I. Action BO : B066
-f Phosphoric Acid Compounds and Molyb-
denum. Trioxide on the Formation Reaction of Fe Phthalocyanine
of phthalocyan-Lne. The influence of Phosphoric acid compGunds and molyb-
denum trioxide upon the yield of Fe phthalocyanine (II) obtained by
reaction of iron dust with melted phthalimide M or phthalamide (111)
In ammonla at 2400 and standard pressure was Bt%udied, Addition of 0,1
mole molybdenum and phosphorus in the form of crthophosphoric acid,
monosubstituted ammonium phosphate, molybdenum trioxide,, or ammonium
molybdate lowers the formation rate of Fe phthalocyanine (II) from
phthalamide (III) and iron. The same admixtures of heteropoly compounds~
such as phosphomolybdic acid and ammonium.phosphomolybdate, increase
~he reaction rate.. The catalytic effect of the admixtures becomes
manifest in the condensation of phthalamide (formation of new C-N
bonds)- The effect of admixtures on the (,ondensation of phthalamide
4.s found to depend on their capability of adding and splitting off
ammon-a as well as of forming and splitting the complexes7with the
"nitial phthalamide and its condensaticn. prod%i~ts. The activating
effe~,' cf adm~_xtures is observable during. the fcrmation of labile
Card 2/3

85661
The Role of Comi)iexing Additicns in S/079/60/0-JO/009/02 110221')U_
the Synthesis oi Phthalocyaninee~ T. BOO1/B066
Act-~-an of Phosphoric Acid Compound&
and Melybdenum Trioxide on the Formation Reaction of Fe Pilthalocyanine
~:omplexes, Daring the formation of stable complexes, like in the case
of phosphoric acid., a passive behavior was noted when adding 1 mole
of acid per '. mole of phthalamide until the process -was completed, On
the basis of the experimental results, a formation mechanism of
Fe phthalocyanine from phthalamide and iron is suggested.. which
represents a multi-stage polycondensation of phthalamide- The effect
of small cr large admixtures on the yield of Fe phthalocyanine is
illustrated in three diagrams, There are 3 figures. I table, and 30
references: 6 soviet,.4 US, 7 British, 12 German, and 1 French,
ASSOCIATION: Moskovskiy gosudarstvennyy universitet t1r
(Moscow State University)
SUBMITTED: August 61, 1959
Card 315

RUDEOKO, A.P.; DOBROSELISKAYA) IT.P.
Role played by complexing addition agents in the synthesis of
phthalocyanines. Part 2: Effect of the compounds of phosphoric
acid, chromium oxide, and tungsten trioxide on the formation of
Fe-phthalocyanine. Zhur. ob. khim. 31 no. 11:3667-3671 N~161.
(MIRA 14:11)
1. Moskovskiy,gosudarstvennyy universitet imeni M.V. Lomonosova,
(Phthalocyanine) (Complex compounds)

I4UD;.---,KO,A-P
Pyrolysis of '-.,enzene. Report No.2,:.CharacteriBtics of the pyrolydo
kinetics of benzene. Vest.,Mosk. un. Ser. 2: KUn-,. 15 no.6:66-71 '-.-D
160. (141PA 14:2)
1. Kafedra organicl:esko,-,o kataliza Hoskovskogo universiteta.
(Benzene)

18-7200 777311
SOV/149-60-1-23/27
AUTHORI Rudenko, A, P.
TITIE: Concerning Stabilization of Lithium Fluxes for
Welding Alum1num and Its Alloys
PERIODICAL: Izveatlya vyssh1kh uchebnykh zavedeniy. Tsvetnaya
inetallurglya, 1960, Nr 1, PP 150-153 (USSR)
ABSTRACT: ActIve Ingredients in aluminum welding fluxes are
metal Cluorides which dissolve aluminum oxide film
and achieve a close contact of the welding material
with aluminum. Chlorides*i.n fluxes depress mp but
fall to cause deoxidation. In previously published
works it was generally accepted that lithium
chloride is a requisite of high flowability in flux.
The following fluxes were investigated:
Card 1/3

!,oncei-nlng StabIlization of Lithium
Fluxes for Welding Aluminum and Its Alloys
Table 1: Composition of fluxes,
-'~F,.,. Or
2
7
-1
0
(4
)
.
KC

.3

LI-
Fluxes containing LiCl are deliquescent causing
chemical and physical reactions: chloride re-
crystallization accompanied by the formation of
D.unpy aggregates, and interaction of LiCl and
KF with the formation of insoluble LiF. Homo.geneity
Card 2/3 of the rlux is dicrupted affecting the weld
71
r34
V149-6o-1-23/227

44

,7~ncern~_n::r S -?77
tab2 I `-at'r',n of' Lithium

Flu.-es 'L'or W L
elding tilur-ninurr, and Its A!-'oy3 SOV/1
quality adversely. The flux can be re:,-enerated by
grinding provint,-- that 'the new crystal formation and
los~3 of homogeneity rather than the formation of
lithium fluoride cause weld inadequacy. Exclusion
of hygroscopic components (KF and LiCI) and sub-
stitution of LiF for LiCl is the logical conclusion
OP these observations. This was experimentally
Proved by excellent welding results with -flux Nr 4,
superior to all others and not hygroscopic. Further
study revealed that the elimination of oxide films
on aluminum is exclusively caused by fluorides, mainly
LiF, the presence of which is more essential than
that of LiCl. There are 2 tables; and 9 Soviet
references.
ASKiCIATION: Moscow State University. Chemical Department. Chair
of Organic Catalysis (Moskovskiy gosudarstvennyy
universitet_ Khimicheskiy Fakultet. Kafedra
or.~--anichesko_go kataliza)
1. T E D Ma,

A.F.; RCDICHEVA, M.F.; LEONTIYEV, Ye.A.; 1JXINA, T.V. (Moscow)
"Macromechanim" of carbon for7.iation in the decomposition of
benzene on compressed carbon black. Zhur. fiz. khim. 38 no.3:
616-622 Mr 164. (MIRA 17:7)
1. Moskovskiy gosudarstvennyy universitet imeni M.V. Lomonosova.
MOW"

'~A-
L- 25156-65
60
-1-ACCESSlON_NR:._AF50020
and -chenticed p~46kles. The:,authorl srdsoningJa. fql~niuiat6d
eory.'.0 a- Ilab d-and-13
In te rms- of the probabillti-Ah' gure,"'._
ations.
e
qu
kly g6iiidbx's ven,
-ASSOCIATION: Mo t nyy-un vers e LJOIndhos
scovs i it
Ova
r
(Moscow State Unive sity)~:';
_c0
-SUBbUTTED: 23Jun64-,.
NCL:
NR REF SOV., 8 4
0()
C4 ejc 'Z;U
:7,
Card

'D J-059
S 07 /6, 2 - 6 0 -1 - 5/3 7
AUTHORS: Stei~,ne,-, G., Balandin, A. A., RLidenzo, A. 11.

TITLE: ,-!on
InflLuetice of' Dif(Cerent-.1 Stages of Polycondensal,
ol the P,,,oijucts of C-atalytic Decomposition of E, t h y I
Alcohol on tLe Fate of Carbonlzat'.on
PER-,ODICAL: izve->ttya Akademlt nauk SSSR. Otdelentye khimlcheskilkh
nal,k, 1960, 11r, 1. op 24-30 eUSSR)
ABSTRACT: ThI3 Is a con t Inuat -Lori oC the authorls previous work
(1--v. AN SSSR, Chem. Ed., 1959, 1896) on the triechanism
of carbon!.zation ir the decomposition of ethyl alcohol
over cooPer-silica- Exper-1-mental data presented
in thLs paper confirm. previous conclu_aions (see above
refecenQe) concerning the mechanLsm of carbonization
lc decomposition of ethyl
wh-lch accompanies catalyu
,
alcohol. Carbonization 41a consIdered to be a multi-
Stage polycondensation of ethyl alcoiiol and the pro-
duc~ ~j
.s of Ltq catalytic decompo6tt-on. The so-called
Car-d t err ne r alw- Live c arbon iz -at ton (beLo-,r 600o) proceeds

C) -j
4. i ic-,j ~,,e (j t, D Ie- I S t0 f
s o v, /6 -2, - 6 o - I - 5 /3 7
,,,a'. a! Y'l lc Dec or,,,~;ot3 It ILI rin of- E-,~- tiy I
Alcohol on tvie F a ~ e o C ,' -,a r. b on L -? a t I on
-h,.-ough dehydrogenat lon ol" erhyl a., cohol Accele-
ration or s1 owling do-.-in ot", ethyl alcohol decomposItIon.
i'dle',,,vdrogenat--'ori and dehydration) causes a change in
i~~,e cate oC carbonizat tort There ---re 4"gures; and
I! ~etrerences, I Get,mar., 10 Soviet.
ASSOCIATION.-. M, .V. Lomonotiov Moscow State -0-4-versity Moskovnklly
jj,of30(1,~~,-t
J .,y_i ur)LversLtetl lrneri M. V. Lomonosova)
SUBMITTED: Ma'! 4,
C a r d 2/2

AGRONDICV, A.Ye.,- PATRIKRYEV, V.V.; RUDENKO, A.P.
Nonbomogenfdt7 of the structure of silica gel. Vest#Mosk*uns
Ser.mat.,mekh.,astron.,fiz.khim. 13 n0-3:10,7-206 '58.
(MIRA 12: 4)
1. kafe4ra organicheakogo kataliza Moskovskop universiteta.
(Silica)

RUDENKO, A.P.; IIALUDIN, A.A.; KACH", S.Ta.
Two mechanisms of carbon formation in the course of the de-
composition on silica gel., of n-paraffins naphthenes, and
aromatic hydrocarbons having six and seven carbon atoms.
Izv.AN SSSR.Otd.khim.nauk no.6:981-988 J1 160.
(MIRA 13'-7)
1. Moskovskiy goeudaratvennyy universitat imeni M.Momonosova.
(Paraffins) (Naphthenes) (Pyrolysis)

VIM.-
5(3)
AUTHORS: Agranomov, AdYeo,Patrik9ysv,V.V. SOV/555-58-5-24/30
and Rudenko, A.P.
TITLE: On the Inhomogeneit~ ~f ;;h~ Stz--,cture of Sjj4Ca I
neodnorodnosti stT-LLkt,.Lzy silikagelya)
PERIODICAL: Vestnik Moskovskog.-) un-iLversitetalSeriya
aztroncmil, fiz'-k-40 119518,1'r 3,pp 197-206 (tfSSR)
ABSTRACT- The silica gel ASK of the Chemical Combinate in Voakreserisk
was investigated. The structure is inhomogeneous inasmuch as
differept single piq,-es abs:L)rb differently strongly the
phthalocyanin of r;opper from a solution. Using the eclor
differences the authcrs obtained test pie-zes with hom(jgeneous
structure in mechanical waY. It was stated that only those
test pieces are able t~) absorb the phthalocyanin, the pore
entrances of which are at least twice as great as the mol.,
cules of the coloring substance. Furthermore: the iah=-
geneity originates by mixture of three different stru-~ture-.
with dense particle packing and of several intermediate
structures. The results of A.V. KiselevF G~K,. Boresk6ly.- I.Ye.
Neymark, R.Yu. Sheyn-tayn, and others are usedb
Card 1/2
MM

2C
On the Inhomogeneity of the Structure of Silica Gel SOV/55-58-3-24/30
There are 5 figures, 4 tables, and 21 references, 9 of whicb
are Soviet, 9 English, 2 American, and I German.
ASSOCIATIONs Kafedra organicheakogo kataliza (Chair of Organic Catalysis)
SUBMITTEDs June 17, 1957
lard 2/2

RUDENK0. r-laster Tech Sci (diss) -- "The effect of the action of wash
iluid on the completeness with which a core is obtained". Leningrad, 19.m.
Lb pp knin iiigtier Educ USSR, Leningrad order of Lenin and Order of Labor Red
Bam-iir Mining Inst im G. V. Plekhanov, Chair of the Development of Oil and Gas
Deposits), ILO copies (KL, No 7, 1959, L26)

5 (3)
AUTHORS: Rudenko, A. P., Kazanskiy, B, A,, SOV/20-128-1 -26/58
TITLE: Heterogeneous-catalytic Course of Benzene Pyrolysis Reactions
PERIODICAL: Doklad;y Akademii nauk SSSR9 1959, Vol 128, Nr 1, pp 99-102 (USSR)
ABSTRACT: The present paper investigates the role played by the contact
surface duringbenzene pyrolysis especially in the formation of
diphenyl as well as the specificity of different contacts. The
enlargement of the contact surface had positive results and led
to the conolusion that the reaction is of heterogeneous catalytic
character (Table 1). In the investigation of the spOcificity of
individual catalysts a number of applied catalysts- such as
metal on silica gel - were employed (Table 2). The Bpecificit-y of
the catalysts investigate&indicates a marked distinction
(Figa7es 1 and 2). On the basis of the results obtained the kind
of contact during pyrolysis is not all unimportant as was
sometimes assumed (Refs 4 and 5). It determines the marked
peculiarities of the speoificity of contacts and their catalytie
activity with respect to individual reactions of the
dehydrocondensation of benzene, The manifestation of the
Card 1/2 specificity of contaote speaks also for a heterogeneous catalytio

Heterogeneous- catalytic Course of Benzene Pyrolysis SOV12V-128.1-26156
Reactions
mechanism of the benzene pyrolysis, The phjsical changes of
contact surfaces must also be pointed out: they only take place
in the reaction zone and cannot be observed in an inert medium
(nitrogen) on simple heating. It may be assumed that due to the
heterogeneous catalytic character of the diphenyl formation the
migration of atoms and atomic groups of thu contact is
facilitated by the formation of catalytic. Lomplexes. There arc-,
2 figures, 2 tables, and 14 referencesr, 7 of which are Soviet,
LSSOCIATION.- Moskovskiy gosudarstvennyy universitet im. M. Vn LomcnQeova
(Moscow State University imeni M, V. Lomonosov)
SUBMITTED. May 20', 1959
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un. Ser. 2- Kh~Am. 18 S--O 0'
~MIRA 16:11)
orc-anic*t,r--skcE:o krtalj~,-;;. universitc-~4a.
Ay 4p6l-R%yW-1zMi

III.P.; BODRINt!) D.E.; BALANDIN, akademik; RODICH-E151, M.F.
Alkylation of benzene by a coaly substance obtained from
propylene on silica gel. Dokl. till SSSP. 165 no.4:874-877
1) 165. (MIU. 18: 12)
1. Moskovskiy gosudarstvennyy universitet im. M.V. Lomonosova.

wliml.xo, A.
Acadomy of Soloncou - Geologists Sep 30
"Eew Problems of Genetic Aineralogy" Prof D. P. Grigorlyev,
Pr1roda Lo 9, pp 22-30
-Mentions the following, persons as contributing greatly to the development
of the science in the USSR: G. G. Lemmleyn, Leningrad/Moscow; I. I.
Shafranovskiy, Leningrad; G. N. Vertushkov, (information Incomplete)

RUDIINKO, A.T., kaadidat meditsinskikh asuk Ueningrad)
Course of open fractures of the mandible in radiation sickness;
experimental study. Stomatologiia 36 no.2:31-33 Kr-Ap 157.
NLRA lo:6)
(RADIATION SICKNISS) (JAW-FRACTURE)

RUDENKO, A.T.,kandidat meditsinakikh nailk
Pathological changes in the oral cavity in radiation sickness.
Stomatologiia 35 no.4:7-11 Jl-Ag '56 NLRA 10:4)
1. Iz Voyenno-morskoy meditsinskoy akademii
(RADIATION SICKNESS) (MOUTH--DIS W ES)

HUDEFIKO, Anatoliy Terentlyevich; UVAROV) V.111.Y red.; K01401,10VA, L.B.,
tekhn. red.
[Pathology of the dentition of wisdom teeth)Fatologiia pro-
rcz:--vaniia zubov mudrosti. Leningrad, V'edgiz, 1961. 63 PO
(MIRA 15:3)
(D.ENT ITION)

"The Course of Open Fractures of Mandible During Radiation
Sickness," (Experimental Research), By.A. T. Rudenko, Candi-
date of Medical Sciences, Leningrad,.Stomatologiya, No,2,
Mar/Apr 57, PP 31-33
The present research traces certain general mechanisms in.the course
of jaw and facial trailmas during r-adiation sickness.
Tests were conducted on 21 rabbits which were classified into seven
groups of three rabbits each. In each group one rabbit was subjected to
both trauma of the middle third of the mandible plus irradiation by 700 r,
one rabbit was subjected to trauma only and one rabbit was irradiated by'
700 r only.
Symptoms of acute radiation unjury appeared significantly earlier
(third to fourth day) in animals subjected to both trauma andirradiation
than in those subjected to irradiation only (seventh to tenth day).

The duration of the life of animals subjected simultaneously to
triLL;ma and irradiation was significantly shorter than the duration of
the life of animals subjected to trainn only.
Necrotic processes and tissue decomposition were distinctly predom-
inant over reparative processes when traumas of the jaw and facial
regions were combined with radiation sickness.
Active tissue inflamm tion,as a protective reaction of the organism,
was depressed when trauma was combined with radiation sickness. (U)

. . . . . . . . . .
USSR Human and Animal Morphology, Normal and Pathological. S
Digestive System.
Abs Jour Bef Zhur Biol., No 8, 1958, No 35923
Author Ruderiko.. A. T.
Inst Nor7~v~n
Title Pathological Changes of the Oral Cavity In the Radiation
Disease.
Orig Pub Stomatologiya, 1956, No. 4) 7-11
Abstract Ibbbits were subjected to single general X-ray exposures
in doses of 700 (1), 1000 (11) and 2,000 (111) r. All
ani la contracted the radiation disease) the most serious
one taking place during III. After I, changes in the
raucous membrane were not conspicuous. After II, in some
cases, there occurred hemorrhages of the mucous membrane
and also ulcerations on the lingual dorsum and in the area
of the tonsils. After 111, extensive ulcerously-necrotic
Card 1/2

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2rv,-~s Fr a, icn of orp :-,,k in r i-,: d.
h. t-u
F t I no 2 3 L?

LIFSTP-1, D.N.; RU
DENKC), T.
Case of a Barre-Masson tumor. Ortop., travm. I protez. 2_6
no.12:66 D 165.
(MIRA 1^7
1. lz ortopedo-travmatologich:?nkogo otdoloniya (zav. - D.N.
Libster) 2-y gorodskoy bollnitsy Luganska (glavnyy vrach - A.T.
Chumakova). Adres avtorov: Lugansk, ul.Frunze, d.106, 2-ya
gorodakaya billnItsa. Submitted March 17, 1965.