SCIENTIFIC ABSTRACT RUDENKO, K.G. - RUDENKO, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445920004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PLAKSIN. Igor' Nikolayevich; RA2DELISHIN, Anatolily Nikolayevich; RUDD=,
.-Ionstantin Gerasimovich; SMIR11OV,.Aleks,9ndr Nikolayevich; TROITSKIT,
Aleksandr Vasilly~evich~; FISMCW, Mikhail AlekEwndrovich; GARBER,
T.N., red.izd-va; KOROYMIKOVA, Z.A., tekhn.red.
[Atlas of the industrial equipment of ore dressing plants] Atlas
takhnologichaskogo obomdovaniia obogatitellnykh fabrik. Pod obshchei
red. I.H.Plaksina. Moskva. Gos.nauchno-tekha.izd-vo lit-ry po gornomu
delu, 1959. 234 1. XMIRA 13:4)
1. Chlen-korrespondent AN SSSR (for Plaksin).
(Ore dressing-Equipment and supplies)

PLAKSIN, Igor' Nikolayevich, redaktor;,,~~~,,,Konstantin Gerasimovich;
SMIP11OV, Aleksandr Ilikolayevich: THDITSKIT, eksaiid as-'Wyevich;
FISIVUH, Mikhail Aleksandrovich-, 1VKHOVSKIY,M.D.. redaktor;
RO!UMVA, Z.A., rodaktor; KOROVEt.01VA, Z.A., tekhnicheskiy
radaktor.
[Teabnological equipment of concentration plants] Tekhnologichaskoe
oborudovania obogatitellnykh fabrik. Moskva, Uglet6khizdat.
Pt. 1. [Design and selection of equipment] Raschet i vybor obor)l-
dovaniia. 1955. 415 P. (MLRA 9:1)
1. Chlen-kerrespondent AN SSSR (for Plakain)
(Coal prmparation)

ARTYUSHIN, Stepan Petrovich; RUDENKO,,,,K,q., dotsent, otv.red.; GARBER.
T.N., red.izd-va; tekhn.red.
LCollection of problems oncoal preparation] Sbornik zadsch
-po obogashchaniiu uglia. Pod red. K.G. Rudenko. Koskva,
Ugletekhizdat, 1958. 230 p. (MIRA 12:2)
(Coal preparation)

-RUDRNKO, Konstantin-Gernsimovich.-.ftotsent"; SIMNOV, K.A.. doteent, otv.red.;
MOV-,KI., redAzd-va; KOROYMMVA, Z.A.. takhn.red.
[Principles of coal preparation and briquetting] .08novy obo-
gashchaniia i brikettroyaniia uglei. Moskva. Uglatekbizdat. 1958.
302 p. (MIRA. 12:1)
(Coal preparation) (Briquets (Fuel))

ANDRETW A.B.; ANTONOV. A.I.; ARAPOV, P.P., BARKASH, A.I.. BEDNrAKOVA,
A.B.; BEEN, G.S.; BERESNEVICH. Y.Y.; ~MRNSHTRTN, S.A.; BITMSKOT.
V.I.; BLTU14MXRG, V.V.; BONCH-BRUMICH, M.D.;BORMOTOY,.A.D.;
BULGAKOV, N.I.; VEKSLER, B.A.; GAYRIIMiKO, I.T.; G]RfDISR, Ta.S..
[deceased]; GMMIVANOV, N.A., [deceasadl; GIBSHRAN, Ta.le.;
GOLDOVSKIT.Tm.M.: GORBUNOV, P.P.-. GORTAL40V. F.A.; GRINBERG, B.G.;
GRTIJNF-R, V.S.: DANOVSKIT. N.F.; DZEMISKIT, V.M., [deceased]:
DRnWATLO, P.G.; METS, S.G.; DITACHMO. P.F.; DrURNBAUM. N.S..
[daceasedl.- YEGORCHMO. B.F. Cdecaaaedl; TXLITASHXMCH, S.A.:
ZIUUMOV, L.P.; ZAVELISKIT, A.S.: ZAVELISKIY, F.S.; IVANOVSKIT,
S.R.; ITKIN, T.M.; KAZHDAN, A.Ta.; KAZHINSKIT, B.B.; KAPLINSKIT, S.T.:
KASATKIN, F.S.; KATSAURDY. I.N.; KITffGORODSKIT, I.I.; K01MNIKOT,
I.F.; KOWSOV, V.A.; KOHARDY, U.S.; KOTOV, B.I.; LINDS, Y.T.;
LEBEDEV, H.V.; LRVITSKIY, N.I.; LOKSHIN, Ta.Tu,- LUTTSAJJ. T.K.:
KANNIMXRGER, A.A.; MIKFIATLOV. V.A.; MIKHATLOV, N.M.; MURAVITIV, I.M.;
NTDF-L'?fAN, G.E.; PAVLTSHKOV. L.S.; POLUYANOV, V.A.; POLYAKOV, Te.S.;
POPOV, T.Y.; POPOV, N.I.; RAKRLIN, I.Te.. RZHEVSKIY, V.V., ROZIM]IRG,
G.V.: ROZENT=R, B.A.; RDKOTTAN, Te.S.: RUKAVISHNIKOV,,V.I.;
RUTOVSKIT, B.N. [deceased]; RrYKIK, P.M.; SMIRNOV, A.P.; STEPANOV, G.Yu,
STEPANOT, Tu.~A.; TARASOV, L.Ta.; TOKARX.Y. L.1.; USPASSKIY, P.P.;
FEDOROV, A.V.; FM, N.R.; FRENKELI, X.Z.; KHRTFSTS, S.Ta.-, KELOPIN.
M.I.; KHODOT, Y.Y.; SHAMSHUR, V.I.; SWIRO, A.Te.; SHATSOV, N.I.;
SHISHKINA, N.N.-, SHOR. E.R.; SHPIC"NBTSKIY. U.S.-. SHPRINK, B.11.-,
SHTERLING, S.Z.: SHUM, L.IL-, SHUKHGALITXR, L. Ta.; XUATS, A.T.;
(Continued on next card)

ANDREYEY, A.B. (continund) .... Card 2.
YAXOVLLI-V, A.V.; ANDRETFIT, Ya.S.. rateenzent, rodaktor; B
GETM,B.M.. retsenzent. redaktor; BEWIAN. L.D., reteanzent, redaktor;
BOLTINSKIY, V.N., reteenzent, redaktor; BOUCH-BIWEVICH. V.L.,
retsanzmnt, radaktor; VMLER, M.A., rateenzant. redaktor; VINOGRADOV,
A.V., rateenzant. redaktor; GUDTSOV, N.T.. retsenzant, redaktor;
DEGTYAREV, I.L., rateenzant, redaktor; DEMITANnff, F.S.. reteenzent;
redaktor: DOBROSMYSLOV, I.N., retsenzent, radaktor; Y'AWCHIK, G.M.
retsenzent, rodaktor;ZHEMOCHKIN, D.N., retaenzent. redaktoxa.
SHUTUVCHENKO, A.N.. reteenzent. redaktor; U011EYIN, G.A.., retsenz'dnt,
redaktor; KAPLTRiOV. R.P., retsenzent, redaktor; KUSAKOV, N.M..
retsenzent, redaktor; LEVINSON, L.Te.,.[deceiised] retsenzent, redaktor;
kfALOV, IT.N., retsenzent, redaktor; ?URKUS, V.A. retsenzent, redaktor;
IMEELITSYN, I.I., retsenzent, redaktor: HIKHAYWV. S.M., retsenzent;
redaktor; OLIVETSKIY, B.A., retsenzent,, redaktor; PAVLOV, B.A.,
retsenzent, redaktor; PAIIYUKOV, H.P.,retsenzent, redaktor; PLAKSIN,
I.N.# retsenzent, redaktor; RAKOV, K.A. reteenzent, redaktor;
RZHAVINSKIT, V.V., retsenzent, redaktor~ RDIBURG,A.M., reteenzent;
redaktor; ROGOVIN, N. Te., retsenzent, rodaktor; RUDENKO, K.G..
reteenzent, redaktor; RUTOVSKIY, B.N., [deceased re abnzen
redaktor; RrZ.qOV, P.A., retsenzent, redaktor; SANWMIRSKIY. EB..
reteenzent, redaktor; SKRAMTAYEV. B.G., reteenzent. redaktor;
SOKOV. V.S., retsenzent, redaktor; SOKOWV, N.S., retaenzent,
redaktor; SPIVAKOVSKIY. A.0.. retsenzent,, radaktor; STRAMENTOV, A.Ye.,
reteenzent, redaktor; STREUTS111Y, U.S., retsenzent, redaktor;
(Continued on next, ciard),

ANDREYEV, A.V.,(contirmed) ... . Card 3.
TRF,TIYAKOV, A.P. , retsenzent, redaktor; FAY7MWkN, Te.g.. retsenzent,
redaktor; KHACHATTROV, T.S., retaonzent, redaktor; CHMOV, H.T
rateenzent, redaktor; S1112GIN, A.P., rotsenzent, redalctor; SHNSTO-
PAL, Y.M.. retsenzent, redaktor: SHESHKO, Ye.F.. retsermant. redaktor;
SHCHAPOV, N.M.. retsenzent, redaktor: YAKOBSON, M.O., retsenzent,
redaktor; STTjTAIIOV. Yu.A, Profassor. redaktor; PBMIYARM, F.S.,
professor. reclaktor; MAMRINSKlY, A.A., inzhener. redaktor;PLAKSIN,
I.N., redal-tor; RUTOVSKIY, B.H. [deceased] doktor khimicheakikh nauk,
professor. redaktor; SHMGALITER. L. Ta. kandidat tekhnicheakikh
nauk, dotsent, redaktor;BRESTINA, B.S., redaktor; ZlWMNSKIv-, A.A.
redak-tor. (Continued on next card)

ANDRETEV, A.Y. (continued) .... Card 4.
[Concise polytecbnical dictionary] Kratkii politekhniche5kii
alovarl. RedaktsionrVi sovet: IU.A.Stepana7 i dr. Moskva, Goa.
izd-vo tokhniko-teoret. lit-ry, 1955. 1136 p. (MMA 8:12)
1. Chlan-korrespondent AN SSSR (for Plakain)
(Technology-Dictiomries)

-e-C . . . VP,
i 5 01 .
5 1? pi .'Ilus . ble3,
'IT i ta ra tura 7). 3 5 5 -05z 6
~i1i~rantary wd nre-lsr.-Aory rc~cc-2_ses in th~) field cf
'in outlive of I ts, -IL Cstrr
(_,osl e cr Iibed ,,rp various kinrJ5 of car~Structlcjnnl equinTrient,
-9cccrding -to _,pecj,,1 processes. is intended as A manual for students
Tt is authoriz-ee-.
Specializing in techi!-c-~-.i.schcols fcr mining en_gineLwinc.
,r-.,- uU'ZI (iCoal T_'nivernitieF of in. of Coal induslLry.

Pl,IDI'EYEV, Sergey YofirDvi;zh; ZVERINICII, Vilctor Vladimirovieli HIM,
Valentin Alleksandrovich; VERIMAISKIY, I.M., prof., retsenzent;
=GERZON G.I., dots., retsenzentL -n-UDYI.K0 K G dots
retsenzent; OLEVSKIY, V.A,, kand. tekh-K nauk.. retsenzent,-
RYKOV N.A., otv. red.; GARBER, T.N., red. izd-.va; ILIINSKAYA,
G.M... tekhn. red.
(Crushing, milling, and screening miner--ls]Droblenie izmell-
chenie i grokliochenie polezriykh iskopapra7kh. Moskva, Gasgor-
tolchizdalu, 1961. 384 P, WMA 15:9)
(Ore dresshig)

grxm
mangam

RUDENKO Konstantin Gerasimovich. kand. tekhn.nauk, dots.; KALMYKOV,
Aleksandr Vasillyevich, inzh.j SHEMAKHANOV, M.M., otv. red.;
ARZAMASOV., N.A.., red.izd-va; GARBER,-T.N., red.izd-va;
OVSEYENKO., V.G.J. tekhn. red.; ILIINSKAYA, G.M., tekhn. red.
(Dust i6emoval and collection in mineral dressing]Obespyli-
vanie i pyleulavlivanie pri obrabotke poleznykh iskopaye-
.mykh. Mosk-wa, Gosgortekhizdat, 1963., 422 p. (MIRA 16:3)
(Dust collectors)

rab,~DL.

STOVBUN, A. T. , red. ; PARTES HKO, V. G. ,red. ; ASKALONOV, S. P. , red.
BIJRYYY V. S. , red. ; GOVORGVA, M. S. , red. ; RUDELWOs K. R. red.;
red,- ZAPC-LISKAY
SERERRYANAYA, S.G. A, L.K.,te0Z
I
[Problems of nutrition) Voprosy pitanila. Kiev, Gosmedizdat,
USSR, 1962~ 242 p. (MIRA 16:7)
1. Ukrainskiy nauchno-issledovateliskiy institut pitaniya.
(NUTRITION)

RUDENKO. IEVINA, S.B.
Effect of the place of cultivation on the carbohydrate content
of gramineous plant seeds in germination. Sbor. bot. rab. Bel.
otd. VBO no.2:97-102 160. (MIRA 15:1)
(Carbohydrate metabolism) (Germination)
(Gramineae)

BmISOV, V.V., inzh., red.; NEVIROVSKIY, B.S., kand. voyen. nauk,
red.; LETSKAY.A, N.M., inzh., red.; SHIFRIN, A.Sh., inzh.,
red.; RUDEI.IKO, L.D., inzh., red.; DYATLOV, T.D. , inzh.,
red.
(Construction specifications and regulations]Stroitellnye
normy i pravila. Moskva, Stroiizdat. Pt.3. Sec.D. ch.11)
Ft.3. Sec.M. ch.4. 1964. (MIRA 18:4)
1. Russia (1923- U.S.S.F.) Gosudarstvennyy komitet po de-
lam stroiteltstva. 2. Gosstroy SSSR (for Borisov). 3. Na-
uchno-issledovatellskiy institut organizatsii, mekhanizatsii
i tekhnicheskoy pomoshchi stroitelistvu Akademii stroitell-
stva i arkhitektury SW(fnr FAmirovskiy, Shifrin). 4. Go-
-11darstvennyy proyektno-i.--yelzz~ti~,.Llskiy-,.I-nauclano-issledova-
tellskiy institut Grazhdanskogo Vozdushro Igo Flota (for
Letskaya). 5. Proyektnaya organizatsiya Gop,ldarstvennogo
kor-iteta po 6vdostroyeniyu SSSR (for Dyat_ovjS4~idenko).

K~! WDEINKO., HOSTOYMEV, S.T.; LISOVSKIY, A.F.
or tluxed 2irter ty soot .-.arlr-n in a flov of nitrogen,
-.n morio-4.19 anJ ther mixtureq. Izv.v-.rs.uchab.zav., chern.met,
WIRA 18t8)
rc % 31.-4 me, 4 a' r g c, hc-. s kly I n a t i t-, It, .

or t-khn - A
RUDMG, L IT., lnzh.; HOSTOVTSET, S.T., prof*., dokt e na
Iron oxide reduction by carbon monoxide, hydrogen and their
uixtures. Izv. v7s. ucheb. zav.; chern. met. 2 no.4:3-12 Ap '59.
OIRA 12:8)
l.Dnepropetrovskiy metallurgicheakiy institut. Rekomendovano kafedroy
teoril metallurgicheskikh protsessov Daeprcpatrovskogo metallurgichesko-
go instituta.
Oxidation-reduction reaction) kIron-Metallurgy)

ROSTOVTSEV, S.T.; RUDENKO, L.N.; SIMONOV, V.K.
Mechanism of the iron oxide reduction reaction. 11auch.dokl.vys.
shkoly; met. no.2:5-8 '59. (MIRK 12:5)
1. Dnepropetrovnkly metall"rgicheskiy institut.
(Iron oxides) (Reduction, Chemical) (Phase and equilibrium)

5), 18 (3)
AUTHORS: Rostovtsev, S. T., Rudenko, SOV/163-59-2-1/48
Simonov, V. K.
TITLE: On the Mechanism of the Reduction Process of Ferric Oxide
(K voprosu o mekhanizme reaktsiy vosstanovleniya okialov
zheleza)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallurgiya, 1959,
Nr 2, pp 5-8 (USSR)
ABSTRACT: The reduction of ferric oxide with gaseous CO and H is a
2
complicated heterogeneous process in which various phase,
transformations occuron the surface of the ferric oxide.
Iron in.atomic state is produced on the surface during the
reduction process. The atomic iron produced on the surface of
the crystalline lattice of the oxide phase plays an important
31e in the heterogeneous catalysis.,The atomic ions of the
ro
iron metal are the active centres on which the gas molecules
are adsorbed. The activating adsorption of the gases-whiah
have a reducing effect on the surface.of the oxides is the
beginning of a chemical interaction in the reduction process.
Card 1/2 Iron- and oxygen ions form a complex on the surface of the

On the Mechanism of the Reduction Process of SOV/163-59-2-1/48
Ferric Oxide
ferric oxide. The absorption complex (MCO 2+ - m0 2-1
passes over into CO molecules. The reduction of Fe 0
2 2 3
proceeds gradually, i. e. Fe 203 'r-phase and 'r-phase.,
Fe304' The first stage proceeds with, the second stage
without phase transformation. There are 5 Soviet references.
ASSO CIATION: Dnepropetrnvskiy metallurgicheskiy institut
(Dnepropetrovsk Metallurgical Institute)
May 19, 1959
Card 2/2

RIMENKO, L.P., RUDNEVA, A.G.
Results of sleep therapy of certain tynes of T)Eychic disorders. Zhur.nev-r.
i -D91kh. 53 no.6:459-461 Je 153. (YT-RA 6:6)
1. Stavrapol'skaye psikhonev-rologicheskaya bolinitsa. (Sleep) (Psychoses)

PAVLOVSKAYA, A.A.; HEKHEDOVA, A.Ya.;, RUDEITKO, L.P.
Interaction of conditioned and unconditioned secretory food
reflexes. Trudy Inst. vys. nerv. deiat. Ser. fiziol. 5:90-102
160, (MIRA 13:10)
1. Iz Laboratorii nervnoy deyatellnosti zhivotnykh (zav. A.A.
Pavlovskaya) instituta vysshey nervnoy deyatellnosti.
(REFIEM)

RUDEIAKO, L.P.
lsii&~Cogical changes in the characteristics of.the basic nerve
processes following functional disturbances of the higher
nervous activity. Trudy Inst. vys. nerv. deiat, Ser. fiziol.
5:146-156 160. (MIRA 13:10)
1. Iz Laboratorii vysshBy nervnoy dayatellnosti zhivotnykh

RUDEITKO, L.P.
Appearance of an "isolated pathological- point" in the auditory
analysor of a dog. Zhur. vys. nerv. deiat. 11 no.6:1094-IC,98
11-D 161. (MIRA 150)
1. Institute of the Higher Nervous Activity and Neurophysiology,
U.S.S.R. Academy of Sciences) Moscow.
(HEARING)
(GOIDIT101ED RESPON3E) (CEREBRAL CORTEX.)

L 39700-65
ACCESSION HR: AP5006233
AUTHOR- Rudenko, L._Py
TITLE: Canine death caused by strong acoustic stimulation
SOURCE: Zhurnal vysshey nervnoy deyatellnosti, v. 15, no. 1,.1965, 105-108
TOPIC TAGS: sound, animal behavior, nervous system
ABSTRACT: Prolonged attempts (for six weeks) to evoke neurosis in a dog possessing!
exceptional strength and equilibrance of nervous processes by using super-strong
acoustic stimuli failed to produce any appreciable disturbances of its nervous
activity. Then to increase the excitability of the dog's nervous system and raise
its working capacity to the limit, a loud tone (120 decibels),was combined with
.the administration of caffeine in 0.5, 1.0, and 1.5 grams doses 30 minutes before
the experiment. Ten minutes after a 1.5 gram dose of caffeine was administeredp
:there was a drastic tonic convulsion of the entire body and a few seconds later
Ithe animal died. This indicates that this type of animal has strongly pronounced~.'
1protective mechanisms and that destruction of these mechanism may lead to a break~~-
-down of higher nervous activity or to even graver consequences. Orig. art. has:

212p

PAVUWSKAYA, A.A.; RUDENKO, L.P.
Effect of conditioned reflexes on unconditioned ones in a
healthy subject and in functional disturbances of higher
nervous activity. Trudy Inst.vys.nerv.deiat. Ser.fiziol.
7:177-190 t62. (KIRA 16:2)
(REFLEXES) (NEUROSES)

RUDRTKO. L. P.

RUDENFO, L.R., mashinist-instruktor
I5n't it better to do it this way? Elek.i tepl.tiaga 6 no-1:37-38
Ja '62. (14IRA 15:1)
1, Depo Rtishchevo Privolzhskoy doroei.
(Diesel locomotives--Maintenance and repair)
~5'DW?7 ~A R~O HFUIPT%4,

:-Ior; ;:j- --31:1nifit toplovova
)o ',--nt -use Ele'-. i top!.
tia,-. 1; ro
-5:1~-20 "1. 14:7)
Depo Iltislichevo, Privolzbskoy dorogi.
(Rhilroads-Ilepair shops)

RUDF-HKO, L.R..mashinist-instruktor
What m7 experience indicates. Elek. i tepl.tiaga 3 no.1:40-
41 Ja '59. (MIRL 12:2)
1. Depo Rtishchevo II Privolzhskoy dorogi.
(Diesel locomotivee-Illectric equipment)

son
Study of the sensitivity to synthomycin of dysentery bacteria isolated
in Kiev from 1952 to 1956. Vrach.delo no.8:829-833 Ag '59.
I(MIRA 12:12)
1. Milcrobiologicheskiy otdel (zav. - doktor med.nauk, prof. S.S.
D.Yachenko) Kiyevskogo nauchno-issladovatellskogo instituta epidemio-
logii i mikrobiologii.
(KIEV-DYSMUERY-BACTERIOLOGY) (CHLOROIMETIN)

dur nori-od, o,
vali~'-Irykli korifoi-F~r,tsji, Kinv, 5,pp

YUDENKO-,-L.-'v.; FEDOROVA, L.G. [Fedorava, L.IL
Combined effect of levomycetin and bacteriophage on dysenterial
bacteria. Mikrobiol. zhur. 23 no.6:37-41 161. (la?,A 15:4)
(SHIGELLA DYSENTERIAE) (BACTERIOFRAGE)
(1,EVOfffCETIN)

RUDMO, L.S.
Effect. of synthom:7cin on dysentery toxins and experimental
d.ysenteria intoxication. Hikrobiol.zhur. 21 no.1:56-60
'59. (MIM 12:6)
1. Z Institutu epidemiologii i nikrobiologii All URSR.
(SIIIGMJA,
toxin, eff. of chloramphenicol on toxin &
on exper.tox1n intoxication (Uk))
(CIMORMMOMICOL, eff
~on dyeenterial toxin on exper-toxin intoxi-
cation (Uk))

RUDENKO, L.S.
MI low p
F-ffect of oynthomycin on cultural and morphological properties
of dysentery bacteria. Mik2-obiol.zhur. 21 no-3:36-40 159.
(14IRA. 12: 10)
1. Z Kiivo'kogo naukovo-doslidnigo institutu epidemiologii i
milcrobiologii.
(SHIGELIA pharmacol)
(CILLORAMPHENICOL pharmacol)

SINF
YELISFYKV, F.N.; V, L.A.; KOSHURNIKOV, B.L.; SOLOVOV, N.1,
Polymorphism of copperst~,Mdes in the Cu2S--C'11,3S- Min, sbor. 18
no.4:385-400 164. (MIRA 18:7)
1. Gosudarstvennyy universitef, imeni Ivana Franko, Llvov, laboratoriya
pirometallurgil medi Gorno-metallurgiche!-kogo kombinata imeni Zavenyagina,
Norillsk i tsekh zRvodskikh laboratorlykembbtWtA "Severonikell", Monchegorsk.

BANDUILOV, I.Ye., inzh.; RUDENKO, M.A., inzh.
Restoration of the rotor of a steam turbine using automatic
built-up welding in a jet of liquid. Energetik 12 no.4:rl-7
Ap 164. (MIRA 17:7)

20956
1.2300 3/091 61/000/007/001 /Oo I
DMIX
D304
AUTHORS: Banduilov, I.Ye., Engineer, and Rudenko, 3M.A.
TITLE': Vibrocontact crust weldinz-). for restoring worn parts
PERIODICAL: Energetik, no. 7, 19619,17-19
TEXT: Vibrocontact (vibroarc) crust welding has been used for the
lz~~st 2-3 years for repairing costly worn out parts of,machines*,
for example, shafts of hydraulic turbines. Parts being repaired by
this method remain practically cold and are not subjected to ther-
mal treatment or straightened. The welded crust is of a high de-
gree of hardness. The thickness of the layer is of 0.3 to 3.5 mm
-0, onc. oneration and the welding is done automatically at a rate
' 2
of 30-40 cm per min. The shaft to be repaired is fitted on a
lathe. A pump feeds a coolant onto the area of welding. This me-
thod is an aiternative to arc welding but differs from the latter
iii that the process is carried out in a liquid vapor, which has
Card 1/3

20956
S/091/61/000/007/001 /001
Vibrocontact crust welding for ... D201/D301
protective properties: Decreasing the saturation of the welded me-
tal with nitror~en, and preventing the burning-out of carbon, aili-
con etc. .3eca use of vibration, the arc consists of consecutive
pulses (up to 100 cps). The experimental establishment VIM of the
~"#Iinisterstlro sellskogo khozyaystva (Ministry of Agriculture) has
Worked out the process for repairing shafts of hydraulic turbines
Up to 100 mm dia. Por diameters of 200 mm. and more, the VIM me-
11
'.iiod does not give the required results. An experimental example
of lt;he process is quoted for a shaft of 220 mm dia. The source of
energy was a germanium rectifier, type.VAGG-12-600, 24 V, 300A.,
but t-he input current was 100-115A. The electrode wire was of the
type OVC (1.6 mm dia.) the velocity of consumption 1.13 m. per min;
the c1raical composition of the wire is given in a table
C S1J S P N1 Ce
0,81 0,39 0.3 0,015 0,024 0,18 0,053
Card 21-5

20956
S/091/61/000/~07/00'1/"_*~i
Vibrocontact crust welding for ... D201/D304
The coolant was of 30 0%,glycerineand 70 0 water, at a rate 0
flow of 1.6 to 1.8 liters per min. The amplitude of the vibration
was 1.5 to 1.6mm. The peripheral velocity of the shaft undergo-
ing repair was 360 mm per min. its temperature was 550 to 6500,
There are 1 figure and 1 table.
Card 3/3

SOV/122-59-3-31/1+2
AUTHOR: ~~enk M.F.. Dg-otor of Technical Sciences, Professor
TITLE: flBrakes for Hoisting and Conveying Machinery" (Tormoza
pod'Iyemno-transportnykh mashin) by Aleksandrov, M.P.,
Mashgiz, Moscow, 19589 2nd Edition
PERIODICAL: Vestnik Mashinostroyeniya, 19597 Nr 3, p 84 (USSR)
ABSTRACT: Indifferent Review.
Card 1/1

-
-
-
0 0 0
-
0
-
-
-
0.0000000 W
0
0000000 0 a 0 0 0 0 0 i 0 0
0
0 6
0

Sal , , 11 Re M x In a a a POMPNI, un box Jim ions it 4141 veto

A
A , . I it
A- A-A-LA-1. W -M-M -it

I ublicAnt NV G. Httkfik, S R. An-

pyl.4),t. And to. Lt,-g bt 11i.- pt.
-so

00 MCI,. I I... It
.0 0
s
i -00
.00
voo
--00

00
as
Of
4x 0 0
go 0
00 ;Moo
FITALL496KAL LITIRAT1,1111 CLASSIFKATIGN
Ito*
too
Ju ;;--AT- -mi- is s 1 9 Q- I q 11, 1 N irX,
to pt Sp tv it or a 0 n q a Is ct a It a it I 11, v 111 1.0A MQ:
0 0 so Ole : : : : : : :
OT44: as 0 0 0 0 : : : : : : ; 0 : : :!: : : :-: : : 00 VA

The presence of hydrindane In Surakhan peroleum.
%
111. NiAwArt Kkim, (). ('~n. Chem.) to. 221.1-
44 Ifir rit"I"1111 alld '1'4m.
matiombill lif IrAtIl'ill. I" Ififf " j "ith Itic"; I I';f It.
I.Alogmt by ifellytinvrilmil"I .4 fr-ti.-ts, N. 1111A #IA'.
-'r C.rt. In."mmimm, ..I lite pr,.wrt 4t relitl% it,
It"ire III I'll 5'. %hit-11 Ill.
111. wlite It IN13,; ,I Ilvdiii,
6" th, i f 1 1. 1 11611 (hWAIlml W the III
I-IIIIJ.'11.

The effect of aluminum chloride on cyclopentene. W.
G.RudcrikoantIV.S.Gromoin. DakladyAkad-Vatik.
S.S.S.R. 67, P.55-80949).-Polymeri=tion of cyclo-
jwntene (1) with 20% AICI,30 hi-9. at 50* yieldn a camplelt
toixt. compo-,eit of the following: skiracyclodeceine, h7j.-
rij? 1.4740. d.0 O.M'7 (Be yield% the hr-T4-Br
drrir.. in. '-W.5-3.51; tricyclopextame (U), bu 1277--V,
nV 1.9)95, (1:0 0.06M; ktracyclopeoddmi, b#.&
rij? U'C'95, d:1 1.(Xr-9; anti hexacyclopealamr, in. 71-0'
Or, 'in iu)-PrOll). The iodine nos. of the products were
very small, indir-Ating complex fused rinS system fOfMA-
tion.

RUDENKO, G.
"T'he Interaction of Oleflne With Aliuninum Chloride." Sub 10 Jan 51,
Inat of Petrolalm, Acad Scl USSR.
Disqertgtions prosonted for science. and engineoring degrees in
Moscow diu-Irg lqfll.
AM
SO: Sum. No. 480, 9 5.5

Thermal stability of some solfur compounds. 51 G.
Rudeako and V. N. Grantors. Do"y Akad. -.N,4ixk
S.S.S.R, at, =-KI95t)-passage of the v2porsof vwious
8 derivs. through a hot tube tilled with steel tragments cave
the followins indications of deownpa. by evolution of II.S:
BUSH begins to decamp. at 160% iso.-Busif at 2WWW;
C.11,.Sit at 2nO*, PhSll at 2W'. PhS at 450% Ht.S at
.11,, at W only slightly; thiophene is StAbIt
while 2.3-ditnethylthlophena begins to dm%nnp.
Aightl, at 47S'. The decompno. in kertuine sobi. Cofft'
%pwitl to the deempns. of the pure subatances in rev."t to
truits. lifalf's. m. KW)UPOff

M.
USSR/Chemistry Hydrocarbons, Petroleum SeP 52
''Derivatives
"Transformation of Cyclopentene Under the ActIon
of Aluminum Chloride," M. G. Rudenkoy V. N. Gromoya,-
Inst of Petroleum, Acad of Sci USSR
"Zhur Obshch Khim" Vol 22, No 9, PP 1542-1546
Cyclopentene reacts with aluminirn chloride to form..
a complex mixt of hydrocarbons. From this mixt,
spirocyclodecane, tricyclopentane, tetracyclopen-
tane, and hexacyclopentane were sepd.
232V.0

-1- . I '. 1.

PAUSIMIN, Ta.M.; RUDMITKO, M.G. ; doktor khimi-chaskikh nauk; redaktor;
SOKOLOVA, Tr.T""-TW*Th!T-ebeskiy r adaktor.
[Catalytic polymerization of olefins into motor fuel] Kataliti-
chaskala polumerizatsiin olefinov v motornoe toplivo. Ifookva,
12d-vo Akadamii nauk SSSR, 1955. 183 P. (MLRA 8:8)
(Olifins) (Polymers and polymerization)

Significan6e 6fTnvestigiif&ni-iii-GiFsffii-4ifWthiA Hsi-r-y-
the discova~ry of the c0alytic action of AIPMLQWN
On flic com ounds M, G. lAudenko 7' :,d)- Inj
J u( A'al Pnorfit7% oT
%, m"ustav
OK~

--; -; -" ---- -- -7 , - , - , ------'~
I zi I r :t* ~ - j i.,q ~ cur ~)o I nt

j
i V.
j~ a CP
-4 T I i
14 'Y 40, 4 1 It N., I"ll, N
14
4 1 t Q. 122
J. piienyl---butene, 13 33, 374-520', 384.0.
7 ~41
I tY) The practic~tl aspects oi these resalts
arL rinett/ evaluated. lobx
A. P, Kut
-Al

AN ~:SSR,
no.11:20&1-2068 165.
1. Instituif" ff,.- lit Ln i A.V. Topch.1yer.% V
SSSR,

no.10:1869-2-M 165.

32529
C~~o 2 2 01 s/o65/61/000/012/002/005
it, I-YP E075/EI35
AUTHORS,-, Rudenko,_M~.,G., Sobolev, Yu.P., Yatsenko, M.S., and
S~f-arikova, L. V.
TITLE; Synthesis and properties of esters of
arylstearic acids
PERIODICAL: Kh-imi.ya i tekhnologiya topliv i masel, no. 12, 1961,
TEXT.- Some esters of arylstearic acids were synthesized and
their properties investigated for the first time to ascertain the
feasibility of their use.as synthetic lubricating oils. Phenyl,
o-xylyl and p-xylylstearic acids were obtained by condensing
commercial oleic acid with the respective hydrocarbons in the
presence of AlCl3. The ratio of weights of the hydrocarbons to
that of oleic acid was 5:1, AlCl3 and oleic acids were used in
equimolar quantities. The reaction was carried out at 80 OC for
5-6 hours. The reactions with naphthalene and diphenyl. ether were
conducted in solution in trichlor benzene. The acids were
purified by vacuum distillation. The physical constants of
Card 1/3

32529
Synthesis and properties of esters... s/o65/61/000/012/002/005
E075/EI35
phenoxyphenylstearic and o-xylylstearic acids were different from
those reported in the literature. The acids were esterified with
methyl-, benzyl- and 2-ethylbenzyl alcohols. Almost all the
esters solidify from -40 to -60 OC,, Benzyl esters of naphthyl-
and phenoxyphenylstearic acids solidify at -35 OC, whilst their
methyl esters solidify at -40 and -50 OC respectively. Methyl
ester of phenylstearic acid solidifies at -26 OC and the benzyl
ester at -50 OC, although the viscosity of the latter ester is
much higher than that of the methyl ester (19.32 and 11.38 cs at
50 OC respectively), The relatively low solidification
temperatures of the esters are partly due to the fact that they
are mixtures of different isomers. Viscosity of the esters
increases with the carbon number of the alcoholic group and the
molecular weight of the hydrocarbon substituent, with the
exception of the esters of phenoxyphenylstearic acid which have
lower viscosities than the naphthylstearic acid esters. The
c
viscosities range from 11.4 to 51.1 cs at 50 OC and 3,7 9.9 s
at 100 OC, Thermal stability of the esters was investigated by
passing air through the esters heated at 300 OC at the rate of
Card 2/ 3

32 5 29
Synthesis arid properties of esters., s/o65/61/000/012/002/005
E075/EI35
5 me/min for 10 hours. Methyl ester of phenoxyptienylstearic acid
and benzyl ester of p-xylylstearic acid had the highest oxidation
stability! however, the latter showed an excessive corrosivity
towards sieel. The two esters responded well to additive At3HWI-10
"AzNI.I.-.10), which lowered the evaporation losses arid eliminated
the corrosive tendendies. It is concluded that these esters could
bp used as lubricating oils at 300 OC with suitable additives.
There are 3 tables and 9 non-Soviet-bloc. references. The four most
re,-ent English language references read as follows:
Ref-5,~ R.11. McKee, H.B. Faberj US Pat. 1972568 (1934).
Ref.6.~ A.J. Stirton, B.F. Peterson. Ind.Eng.Chem., v-31, 856, 1939,
Ref,7. W. Kimura, T. Omura, H. Taniguchi. Ber., v.71, 2686, 1938.
Ref.8. A.,J. Stirton, B.B. Schaeffer, A.A. Stavitzke, J.K. Weil,
C. Waldo. J.Amer. Oil Chem.Soc., v.25, 365, 1948.
ASSOCIATION. Institut neftekhimicheskogo sinteza AN SSSR
(Institute of Petrochemical Synthesis, AS USSR)
Card 3/3

RUDENKO, M.G.; SOBOLEV, Yu.P.; YATSE14KOI M.S.; STARIKOVA, L.V.
Synthesis and properties of arylstearic esters. Khim.i tekh.
topl.i masel 6 no.12.17-U D 161. WRA 15:1)
1. Instit.ut Neftekhimicheskogo sinteza AN SSSR.
(Stearic acid)

nl-itic)ln,,ry notrudrilt,
Researcb or coWlilf.; cliche'r,. Inobr.i rf-tr-;. no.1:25-26
Ja 160. (14IRA 13:4)
1. Inatitut "Griprostall, "Fhitr'kov.

... .............
USSR/Chemical Technology. Chemical Products and Their Application -- Treatment of
natural gases and petroleum. Motor fuels. Lubricants,
1-13
Abst Journal; Referat Zhur Khimiya, No 2) 1957, 5562
Author: Rudenko., M. G. Grmova., V. N.
Instituti,Zn: None
TitLe: Dependence of Fhysicochemical Properties of Synthetic Oils on
Structure of Initial Hydrocarbons. Ccumunication'I
Original
Publication: Xhimiya- i teklmol. topliva, 1956, No 41 13-19
Abstract: Investigatiron of the effect of the structure of olefins on the proper-
ties of oils obtained by their polymerization with AlCl Oils were
prepared fram individual hydrocarbons and synthol fractions with a
boillng range 110-1650. Oils from n-olefins had slowly ascending
viscosity versus temperature curves, and with increase in the molecu-
lar weight (MW) of the olefin the viscosity index (VI) of the oil
became higher. On change of the position of the double bond from
Card 1/2

Mechanism of the remodific-aticr. of grsipjhiti~- In ::aEt, ir-l-n, ll),,t
IT U"SR no.4: i 6:--)-.4173 *, 6 5.
1, Institut liteyno-ro proizvodstva All UkrSl--1, 2, Cl,-ller.-korres-
m
pondent AN (for Gorshkov).

11i:ard Wheats of 7arious Ge~,grapi ,ic Origin Under IrrifLated Conditior;s
in ti.,- 'Vrvjl~--VolEa and in U,e Eor tI -we stem, Regionz: of the R.SFSH." Cand Agr -Sc i
All-Unior. Ir,--t of Plant. GrowirE, Lenir.Crad, 1954. (RZhBiol, No. 7, Doc 54)
Survey of Scientific and Technical Dissertatioi-.s Defended at UI'SH
I'AgI,,er Educational Institu Lions (12)
SO: Slun No 0
55', 21, Jun 55
.... ......

LE

o n

17
,

al
I t

u 0 C7, x s Tu a
S L LT :i 1, .v lua:~ T ur --T-, il.,~ c
7 217 1 ~-j T; --T
Ij
97U 1 7
1- ~T r --t f7 7
C S -c-A TT
jo`

8Q, Z
Oil o 0 L
D2 -
p I tt; dy
red w-4'h ~-he leng-~hs n th
d, T h I s d e r e a a,,;-: , c o m',p a e Standard
an oxide
A~~,h, r, to b~~ du;~ 7he c rm u J- -D n o
I Ay ty it
,n n. y s -,,j c. s cl~' a ce-man-
11 2
'r"c. - C uidz. ~zt-
r r i~:n -Iredted spe:.*-aj,
A 77()
f ,1 -1 ) :.- !- HF) w, I i d j,:; s t o a at
an L
Z. - -a ves 'ne &nd e t c h I r. g .
SO
zh
c .,-l a a' 'hE u i, i~-: r --a t D f thp our-
I
1~ if fl -ha- cb"alned witi~
r ,. C-,;
SR.. 6 traa-m~-n' a m,:re ;-)r even layer of
ell -Ah I r1 8- t C 0
3

S/081/62/000/022/006/068
B177/B186
AUTHORS: Vasillyev, V. V., Rudenko, M. 1.
TITLE: The effect of cations of heavy metalson the properties of
fina-grainod amulsiona
PERIODICAL: Referativnyy zhurnal.. Xhimiya,.no. 22, 1962, 57-56,
abstract 22B393 (Tr. Vass. n.-i. kinofotoin-ta, no'. 43,
1961, 17-30)
2+
TEXT: The effect was studied of Cd ions, when introduced in the first
maturing stage, on the photographic properties-of fine-grained AgBr
emulsion (E) with 2 mol% AgI. Iffinen Cd2+ is introduced, the volumetric
concentration of Ag and the viscosity of tive solution increases, and the
swelling and the volume of E decrease, owing to the removal of gelatizie
.Lrom the solution by the cadmium. The Cd2+ ions in a proportion of
? mo1% to Ag ensure the minimum dimensions of the microcrystals, the
maximum monodispersion and the greatest quantity of grains per unit
volurne. The reduction in the dimensions of the microcrystals is due to
2- 4-
the.formation of autocomplexes of CdBr,0 CdBr 4 and CdBr6 which bind the.
Card 1/2

S/06IJ62/000/022/006/068
The effect of cations of heavy B177/B186
halogen ions and diminish the solubility of AgHal. Co-precipitation of
2+ +
Cd and Ag is assumed to occur in the first maturing stage with the
formation of mixed crystals of CdBr 2- AgBr, in which Cd2+ is uniformly
distributed throughout the lattice, as confirmed by X-ray structural
analysis. Optically sensitized E's with,Cdz+ possess an anomalously high
sensitivitZ, owing To the increased quantity of defects in the AgBr-Cd
lattice. L~bstracterls note: Complete translation.1
Card 2/2

S/081/61/000/024/o64/08r'j
B149/B102
AUTHORS: Belik, S, A., Prokhotskiy, Yu. M. , Ru d e LkD,_K___L_
TITLE: Application of X-ray method in the analysis of chloro-bromo-
silver photographic emulsions
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24~ 1961, 455, abstract
24L52) (Zh. nauchn. i prikI. fotogrr. 1 kinematogr., v. 6,
no. 3, 1961, 231 - 233)
TEXT: With the aim of establishing the phase structure of emulsion
micro-crystals, a method has been developed.for X-ray structural analysis
of silver halides in photograDhic emulsions. Abstracter's note: Complete
translation.
Card 1,'l

RUDLIZO Ill. I.
Using the X-ray method for investigation into the dispersion.of the
solid phase of extra fine-grained photographic emulsions. Zhurenauch. i
prIkI. fot. i kin. 8 nd.2:97-100 Mr-Ap 163. (mIRA 16-3)
1. Filial Vaesoyuznogo nauchno-isaledovatellskogo kinofotoinstituta,
Shostka.
(Photographic emulsions)

%
Purification of hMUn by means of centrifugal condensers (hydro;-
7CIOneS).. M. M.-Midenko' (Glass & Ceranfics, Moscow, 1053.
10, No. 1953, 384A).~-Thc apparatus,
is stsitable for the purification of kaolin if the fatter is parsed
Journal of Applied Chemistry tchrough it four timcs, Na silicate being adde'd as def'locculant.
CERAM. REs. Ass. (C))-,-
April 1954
Industrial InorganiC Chemistry
- -: , I gy
tq' V:Rd

L 45-624-66--.-EWT( jL--XWDJ
'I ACC-747t----AV6o-i6859 SOURCE CODE: UR/3189/65/000/001/0179/0182.
(N)
AUTHOR: Rudenko. M. P.-
I ~~V7
ORG: None
TITLE: Use of h A
ydrostatic bearings
SOURCE: Kharkov. Politekhnicheskiy i stitut. Vestnik, no. 1(49), 1965. Mashino-
stroyeniye, no. 1, 179-182
TOPIC TAGS: hydrostatic bearing, water turbine, electric generator
ABSTRACT: The author discusses the advantages of hydrostatic bearings over hXqKq!kvna-
mic bearingsAin large turbines and hydraulic generators. The operating principle of
hydrostatic bearings is briefly described and the effect of oil fillPthickness, rate
of oil flow, loading, geometric parameters of the high pressure chamber, etc. on sta-w
bility of bearing operation is discussed. Elementary expressions are given for rate.
of oil flow, feed pressure and carrying capacity of hydrostatic bearings. Orig. art,
has: 3 figures, 3 formulas.
SUB CODE: 13/ SUBM DATE: None
Card 1/1

J I fig
%65.
t r . w~,

"10
l

9
t
f; ~ -0 ti
0
e 0
"

1 1, it if f4 it 4 1
#I-T
-! ti
RXIMAJOIRAM bit :1
11416 lost
L f
it J I L a It F 4 9
.
At W tat 0 1 all

all"

'.I), Mill
I'll.- pfc-ifig. air 1"i'#1 Ift'llf liar tv t.tt Ali.. it'.
*
*
:1 atilt-
-
Vittv IS-on liar the IwCtillh- Skill1r,itir J. tivistrif tifills-f 0 _41te'd
itia kettle yitr prtmitn- I i. *a.iim .410 MI 41rd a 0141 Ad.li-A
: no*
o j topilacr pulp in voritmis prolmc6mg. The tnicrof Wn is fair I larf cart it-if out in I he umial
inionmr.

I' coo
v go 0

eo I

Zoe
611119

' isee
5:
so 6
0
-0o
tie

coo
3re
Ar -0 414,01 *-a!
to car It .1 a it 119 It it
I A 444
0 0 a 0 0 0 0 0

RUDWIKO, M.S.; TERIPGOIN, S.Tft.
Nwatruction of the llovo-Arbatakii bridge. Transp. mtroi. 8
no.8:16-20 Ag 158. (MIRA 11:10)
(1,biscow-Bridge construction)
44f
MOM

(Shoe manufacture-Testing)

KAII*:NTS,E~V, V.P., kand. t,-khn. nauk; RUDENKO, M.S., laureat Leninskoy premii;
I.S.; KHAZAN, I.A.) laureat Gosudarotvennoy premil
Di. ve lopment of the construction of large and merliura bridges,
I
J~vt. dor. 28 no.12:20-22 D 165. (MIRA 19: 1)

r el r 9 C- -5 P- d 2 T-
ja
I _3 3
5 t ro 5 r-,:;

(Civil engineering)
I
I

ZALGALIM, V.A. (LeniWad);_jjUA=W,A.. (Moskva); DAYYDOV, Uo (Gomel');
RABINOVICH, V. (ratropavlovak-Kazakhatanskiy); BESKIN, L.N. (Moskva);
TAIIATAR, I.Ya. (Moskva); SOMS, Z.A. Traroslavll); DUBIIOV,'U.S.
(Moskva); GELIMITD, A.0. (Moskva); ROBINSON, R.14.' (BShA); BALK,
M.B. (Smolensk); sm-sizoirmw, Y~.A. (Moskva)
Solutions to the problema. Mat. pros. no-5-.261-274 16o.
(MIRA 13:12)
(Mathematics-Problems, exercises, etc.)