SCIENTIFIC ABSTRACT SLOBODSKOY. YA.YA - SLOBODYANNIKOV, S.S.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651330006-6
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• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Sf Ot5003n*Ok - @A - 1;@- , ed.
1
EconoRy and replacement of non-ferrous metals; Soviet and foreign literature of
C,
1912-1939. 1-ioskva, Uos. izd-vo P-nuchno-tekhn. lit-i-j po chernoi i tsvetnoi
rretallur@-ii, 1940. (Mic 53-"76)
Microfilm copy.
Microfilm TS-10

RYSS. Iosif Grigorlyevich. professor. doktor khimichaskikh nauk;
jo.Ija daktor _LLLBODSZOT.@
_,,,..rodaktor; SHPAK. Te.G.takhnichaskiy re
[The cbemistry of fluorine and its inorganic compounds] 11himils ftore
i ego ne organ icheskikh soedinsaii. Mosirva. Goa. nauchno-tokhn. izd-vo
khIm. lit-ry. 1956. 718 P. (KLRA 9112)
(Fluorine)

AUTHORS'. Chizhikov, D. M., Corresponding Member 20-3-46/59
of the Academy') Slobodskoy Ya. Ya,,
Tsvetkov, Yu.. V-;@@
TITLE'. Note on the Catalytic Action of Zinc on the Decomposition
of Carbon. Oxide (0 kataliticheskom deys-tvii tsinka na razlozheniye
okisi ugleroda).
FERIODICAL: DoUady Akademii Nauk, 1957, Vol. 45, Nr 3, pp. 586-587 (USSR).
ABSTRACT; It.is well known, that at 9oo0C the decomposition of CO becomes
thermodynamically possible, Without an catalysator, however,, it
does not talm place, practically) because of the tight combinations
of the carbon- and oxygen atoms in the 00 molecule. A number of papers
proved, that metal oxydes do not catalyse this reaction, but some
metal.-P (Fe, Ni, Co, Cr) act as catalysators, in particular, if they
are produced in active farm by reduction. References are contradic-
ting with respect to zinc having any effect* This question of the
influence of zinc has a great practical importance, There are known.
for example, destructions in the upper parts of furnaces, which
occured on the smelting of ores with a little zinc content. This
formation of zinc oxide in the pores of the furnace coating can also
take place in the pyrometallurgy of zinc. In this case the oxidation
Card 1/2 of zinc leads to a reduction in the production rate of liquid zinc

SLODODSKOY. Ya.lh.
To improve the methods of testing petroleum products and the sanitary
conditions in laboratories. Iraim.i-tekh.topl.i masel 5 no.8:71
Ag 16o. (KERA 13:8)
1. Institut okhrany truda Voesoyuznogo teentralinogo soveta prof-
soyuzovo
(Petroleum products)
(Testing laboratories--Sanitation)

BEKIROV, M.; GOLUBKOV, V., kand.tekhn.nauk;,SLOBODSKOY, Ye.; SHEKHOVTSOV,
V., inzh.
Correcting the pitch of a smokestack under diffucult circum-
stances. Prom.stroi. i inzh. soor. 4 no.4:34-36 Jl-Ag 162.
(MIRA 15:9)
1. Glavnyy inzh. tresta "Odespromstroy" (for Bekirov).
2. Glavnyy inzh. stroitellno-montazhnogo upravleniya No.1 tresta
"Odespromstroy" (for Slobodskoy).
(Chimneys)

SLOBODSKOYP Yu.Ya.
Rare complication due to a foreign body in the external at4ditory
meatus. Zhur. ush., nos. i gorl; bol. 22 no.1:84 Ja-F 162.
(MIRA 15:5)
1. Iz o+Aeleniya bolezney ukha, gorla i nosa (zav. - B.M.Shneyder)
Grodenskay oblastnoy bollnitsy.
(EAB-FOREIGN BODIES)

SIL, E6 DU I D.
SURNICE (in caDs); Given Names
Countx-7: Rumania
Acaelt-o-Ic D_-grzees: Engineer
Affiliation: -not given-
Source: Buchi,rest 7 Stiinta si Tehnica. , No 6 , Jun 1961 pp 2-1@.
T,a-k,a: "23 000 Kilometers of Hig-li Tension Lines."
KUPRIYP O.M.; SLOBODYAN, D.I.; VAYNTRUB9 V.K.
New equipment for manufacturing welt insoles with synthetic
lip and binding. Leh.prom. no.1:16-19 -Ta-W 162. (MM 15:9)
1. Kiyevakaya obuvnaya fabrika No.4.
(Kiev--Shoe industry-Equipment and supplies)

ABRIN, B.V.. inzh.; LOSE7, A.S., inzh-; SOFRYGIN, P.V., inzh.; SLOBODYAN, I.
i.uzh., TSYUPA, F.P., inzh.
Start of the leading PK-47 boiler. Elek. sta. 35 no.9:2-5 S 164.
(MIRA 18:1)

SLOBODYAN, M.P.
Materials on the study of natural distribution of the European
spruce in the Ukrainian Polesye. Ukr. bot. zhur. 19 no.4:
79-83 '62. (MIRA 15:9)
1. Llvovskaya ekspeditsiya "Lisproyekt".
(Polesye--Spruce)

@J,OPOI)YAN) MIP,
- @P --tubis L.)
-qdy of the natural disf,r4bution of KorrEc m (Carpinus br
L
in Province, Ukrainian S.S.R. Ukr. bot. zhur. 20 no.L:
?3-79 163. (MIRA 17:4)
1. Llvovskaya ekspeditsiya "Lisproyekt".

SLOBODY-A-N, M. P.,_
Notes on the natural occurrence of some sDecies of vascular
plants in the Chernigov Polesye. Ukr. bot. zhur. 20 no. 5:
68-75 163. (MIRA -17:5)
1. Llvovskaya ekspeditsiya "Lisproyekt".

SLOBODYANY M.P.
Leatherleaf (Chamaedapbne calyculata (L.) Moench.) in the
west of Western Polesye. Ukr. bot. zhur. 21 no.1:98 164.
(MDU 17: 3)
1. Llvovskaya skspeditsiya "Lisproyekt".

SLOBODYANIJ-3-i". ---
New imililar f;.nd!,m-,s ,-.f n Nr ribJr-a Lrjdeb.)
L I - I@ _. I-
in the Kostroma area of 4,.he Volga Valley. Ur. bot,. zhur. 22
no.3:101-102 165. (%IPL.' 18@7)
1. Llvovskaya ekspeditsiya "Leproyekt".

SLOBODYAN, M.P.
Two introduced species of woody plants becoming wild in the north of
Polesye within the boundaries of Volyn' Province, Ukrainian S.S.R.
Ukr. bot. zhur. 22 no.2:105-106 165. (MIRA 1814)
1. Llvovskaya ekspeditsiya "Lisproyekt".

-, i 'r
J -.. 1.
81obodyar., R. T.- '-Regarding the calculation fo filtration in earth dams", Izvestiya
T-n-ta aidroloEii i gidrotekhniki (Akad. nauk Ukr. SSR), Vol. IV, 1948, p. 66-74j@
(In Ukrainian, resume in "ussian), - Bibliog: 8 items.
1
@0: U-3042, 11 Mrrch 1953, (letopis Inykh Statey, No. 10, 1949).

SIOBODYANI, @*T,,, Imnd, t ekhn,, nauk,
Beepap resletance of soils used In earth dame. Isv. last. g1drol.
I g1dr. AN UM 8s'73-91 151. (MIRA 1114)
(Soil peroolation) (Dame)

SI,QBODYAN, R.T. [Slobodian, R.T.1, kand. tekhn. nauk.
Calculating the seepage of earth dams. Trudy GGI no,37-.66-74 153-
(Dams) (mm lit6)

SLOBODYAN,R.T.
Introducing the results of investigations on percolation and
stability of ground masses into earth dam designing. Visnyk
AN URSR 26 no-5:55-56 My 155. ()(TRA 8:8)
(Dams )

SOV/1 24-57-5-5986
Translation from: Referativnyy zhurnat. Mekhanika, 1957, Nr 5, p 141 (USSR)
AUTHOR: Slobodyan, R. T.
TITLE: Analyzing the Stability of the Embankments of Earth Dams by the V,
V. Sokolovskiy Method (Primenen@ye metoda.V. V. Sokolovskogo dlya
rascheta ustoychivosti otkosov zernlyanykh plotin)
PERIODICAL: Izv. In-ta gidrol. i gidrotekhn. AN UkrSSR, 1956, Vol 14 (21),
pp 76-88
ABSTRACT: The author examines dan-is whose crest widths are of the order of 3-4
times the dam height, when the effect of the finiteness of the crest
widths can be neglected. The authorls purpose is to evaluate the
influence which the prevailing seepage forces and the inhomogene,ty
of the medium of toose material exerts upon the shape of an embank--
ment as calculated by V. V. Sokolovskiy's limiting-state method
[Statika sypuchey sredy (The Statics of a Medium of Loose Material).
Izd-vo AN SSSR, 1942]. Examined first is the effect of the seepage
pressure; the seepage forces, for the moment, are lumped together
with and viewed as part of the total internal body forces acting on the
Card 1/2 embankment. Seepage rates were determined

SOV/1 24-57-5-5986
Analyzing the Stability of the Embankments of Earth Dams (cont.)
wLth an electrohydrodynamic analog Simulator. The calculations showed that the
seepage forces do affect substantially the shape of an embankment; in the example
which the author adduces, for instance, the slope at the foot of an embankment
through which seepage is occurring was found to be only half the slope at the foot
of a completely dry embankment. The author adduces further examples to show
that the variations with ground depth in the density, internat friction, and cohesive
strength of the soit represent a factor of equal significance. In all the calculations
the author uses finite-difference equations in place of partial differential equations.
It is the author's opinion that, when the suggested refinements in the terms repre-
senting the soil characteristics are made and the suggested procedure for allowing
for the seepage forces is employed, the Sokolovskiy method "can be safety recom-
mended for use in analyzing the stability of the embankments of earth dams sub-
jected to elevated hydraulic pressure heads.
G. S. Shapiro
Card 212

SWBODYAN, R.T., kand. teVhn. nauk
Studying critical pressure gradients of filtration streams in
soils for hydraulic engineering purposes. Izv. Inst. gidrol. i
gidr. AN URSR 15:91-100 '59. (MIRA 1249)
(Soil percolation)

SHVETS, G.I. [Shvets', H.Ij; ZILIBAK, M.S.; KOBERNIK, S.G. CKobernyk, S.H.J;
OLE7111K, A.Ta. [Oliinyk, O.I.A.]; FIVOYAR, N.G. [Fyvovar, M.K.1;
ROZOVSKIT, I.L. [Rozovslkyi, I.L.]; SLOBODTAN, R.T.; DIBKOVSKIT,
M.M. [I)idkovrlkyi, K.M.], kand.tekhjl' -- bt-v.red--,'-KRE11TSXL'q Sh.G.
(Krentsell, Sh.H.1, red.-leksikogref; 91IKAN, V.L.: red.izd-va;
BUNIT, R.O., tekhn.red.
(Russian-Ukrainian hydraulic-eneneering dictionary; 13000 terms]
Russko-.ukrainakii gidrotekhnichaskii slavar'. 13000 terminov. Kiev,
Izd-vo Akad.nauk USSR, 1960. XIV, 192 p. (MIRA 13:7)
(Hydraulic engineering-Dictionaries)
(Russian language--Dictionariee--Ukrainian)

OLIYNIK, o.ya. [oijinyk, 0.1k.j. kand.tekhn.nauk; SLOBCDYAN, R.T., kand.tekhn.
nauk
Observations in situ on seepage around the abutments of earth dams
of the Kakhavka hydroelectric power center on the right and left
banks. Vitsi Inst.gidrol.i gidr.AN URSR 18:103-112 161.
OURA -15:3)
(K,akhovka Reservoir-Seepage)

AitISTOVSKIY, Valerlyan Valerlyano-vich[Arystovslkyi, V.V.1, doktor
tekhn. nauk.; SLOBODYMI, Roma-n-Tikho ch. kand. tekhn. nauk.
Prinimal uabastiye GARUV-I, O.YajHarkavl; O.IA.], mladshiy
nauchnyy sotr.; DIDKOVO'KIY, M.MjDidkovs'k-yi, M.M.), kand. tekhn.
nauk, otv. red.; REVERA, O.Z., kand. geog. nauk, nauchnyy red.;
DAKINO, Yu.M., tekhn. red.
[Resistance of the shores of the Kakhovka Reservoir to damage by
landslides and settling] Stiikist' berehiv Kakhovslkoho vodoskhovy-
shcha, shcho, zaznaiut' zsuvnykh ta prosadochnykh deformatsii.
Kyiv, Vyd-vo, Akad. nauk URSR, 1962. 145 p. (MIRA 15:6)
(Kakhovka Reservoir-Shorelines)

OLEYNIK, A.Ya., kand.tIekhri.nauk; SIDBODYAN, R.T., kand.tekhn.nauk@
Some results of-actual obuervations of seepage at the Kakhova
hydroelectric development. Gidr.stroi. 32 no.9.-A-7 S 162.
(MIRA 1622)
(Kakhova Hydroelectric Pbwer Station-Soil percolation)

SLOBODYAN, V.
Itadio Clubs
In the radio circle of the Regional Comnittee of the All-Union Voluntary Society for
As5is@lance to tile "'t-my., Aviation and Navy. 2adio, 110. 4, 1953.
v
1 Uncl.
lonthl@, List, of Russian Accessions, Library of Con_f7regs, June 1953.

SLOBODYAN, V., (Terebovlya Ternopol'skoy oblasti).
Useful advice. Radio no.6:15 Jo 153. (mi.YA 6:6)
(Radio-Stations)

SLOBODYAN, V.I., inzh.; GOFEMO, S.V-, inzh.
S'andard fittings for industrT and shipbuilding. Rech.tranap.
16 no.11:39-40 " 159- ( MRA 13:4)
(Pipe fittings)

SWBDDYAN, V.I., inzh.; GOPIM. S.V., inzh.
- -1- - -.- Standard pipeline fittings for industr7 and shipbuilding.
Sudoetroenle 25 no.10:51-53 0 '59. (NIRA 13:2)
(Marine engineering) (Pipe fitting)

SLOBODYAN., Yu.c'..
Four-diTnensicnal Rieman,- sFacces admitting of families of
three-dimenslonal fully geodesi,- s-urfaces. D-op. AN UIRSR
no,4:410-412 161:, Ooliu- 18: 41)
.1
L FJ ziko-telkhniche ski v institut ni.zk,-'kh teraperatur AN UkrSSPI.

SLOBODL411IK., A.F.J.- dotsent (L Ivov)
Congresses, conferences, consultations, brief news. Vrach. delo
no.12:153 D 161. (MUINE-MEDIGINE) (Id'!?A 15:1)

SLOEODYAl.,1K, Aleksandr- Payl,ovlch2 dots@; f"J-"lJCfll@PAK, V.D,,. tekhn.
red.
[Psychotherapy, suggestion, hypnosis) Psikhoterapiia, vnushenie,
g-ipnoz. Kiev, Gosmedizdat URSSR, 1963@ 348 p. (MIRA 16:10)
(PSYCFOTP-PRAPY) (THEPLOEUTICS, SUGGESTIVE)
(HYPNOTISM-THERAPEUTIC USE)

TSELIKOV, Aleksey Ivanovich; 360BOTANRJ. fieksey Petrovich.;
VOLODIN, P.A., red.; NOROZOTA, G.T., red-.ITT--Tg-,TMLT
Ye.L., khad.-tekhn.red,
(Novokuybyahevsk; housing and public constructio'nT Novokuiby-
shevsk; zhilishchno-grazhdanskoe stroitelletvo'. Pod red.
F.A.Volodina. Mosk-va, Gos.izd-vo lit-ry po.-stroit . arkhit.
i stroit.materialamg 1961, 94 po ikrRA :L4:4-)
(Novokuybyshevsk-City planning)

SLOBODYANIK, A.Z., inzh.--ire-yor
Operation of equipment and instruments on hydroplanes.
Mor. sbor. 48 no.2:65-69 F 165. (MIRA 18:11)

SLOBODYANIK., A.2,. , inzhener--payor
Volunteer design bureau. Vest.V,)zd.'Fl. no.2:58-59 F 161.
(Mffd 14:7)
(AeronaLtics, Military-Technical innovations)

SIA)BODYAMI-K G- [Slobodianykj, Hj, doktor tekhn.nauk,, Prof.; RUBINOTICH, Ye
vych , E. inzb-j LISINA, ff. [Lysyna, N.],, inzh.; DORMUVA: K.
Dorofieieva, LI, inzh.
Replacing the lime in cement-building mortars with local additives.
Bud. mat. i konstr. /+ no.l.-44-45 Ja-F $62. (MMA 15:7)
(Mortar)

SLOBODYANIK.. G.Ya. [Slobodianyk, H.IAJ; DOROMPIA, Y,.V. [I)orofieieva, K.Vj
Investigation of pelicanite granites as used in the production of
building materials. Dop.AU UM no.5:659-662 160. (MIU 13:7)
1. Kiyevskiy inzhenerno-stroitellnyy institut. Predstavleno
akademikom B.S.Irsinym].
(Cimolite)

,9LOBODYANIK, I. [Slobodianyk, I.], kand.tekhn.nauk; RUBINOVICB, Ye.
'__--fIEBI_novych,, IE.J, inzh.; LISINA, P. [Lysina, P.1, inzh.;
DOROISMA, K. [Dorofteieva, K.J, inzh.
Locally mined lime for mortars. Sill.bud. 11 no.11:14-15 N '61.
(MIRA 15:3)
(Ukraine--Lime)

SLOBODYANIK, 1. [Slobodianyk, I.); BIDNA, L., assistent
Lightweight concrete and heat insulating materials from agricul-
tural wastes. Sill.bud. 13 no.10:14 0 163. (MIRA 17:3)
1. Zaveduyushchiy kafedroy stroitelInykh materialov Kiyevskogo in-
zhenerno-stroitellnogo instituta (for Slobodyanik). 2. Kafedra stro-
itelInykh materialov Poltavskogo inzhenerno-stroitellnogo instituta
(for Bidna).

ZHUKOV7 A.V., kand. teldir. naa-; SARTAKOV, Yu.A., inzh.; SLOBODYANIK,
I.L$ inzh.
industrial use of heat, insulating materials from 'bloated perlite
Stroi. mat. 11 no.!Q6-27 Ja 165. (MIRA 18:6)

SLOBO.DYA!iIK, I. P. Ca@d Tech 3ci -- (d-iss) "Study of the process
-t+@-
of chemical absor-ption CO by [sco-)lut-i-on-s* NaOH and KOJHin
2
l4os,1957. 14 pp witli
22 cm. (Min Higher Education USSR. Plos-Order of Lenin Chem
1444konl;7',491- Inst iri D.I. iMendeleyev) . 120 copies.
(KL, 23-57, 114)

KASATKIN, A.G.; KAPAROV, V.V.; SLOBRR "I.P.
Study of the chemical sorption process of C02 bv MaCH and KCH
solutions In a paclmd column. Trudy NMI no.24:389-404 157.
(Sorption) (Carbon dioxide) (KIRA 11:6)

SWBDDTAITIK, I.F.; KASATKIN, A.G.; KAFAIROV, V.V.
Calculation of packed columns under condititons of chemisorption.
Izv.v.rs.ucheb.zav.; khim.i khim.tokh. 2 uo.6:956-961 159.
(MIRA 13:4)
1. Moskovskly khimiko-tekhnologicheakiv institut imeni D.I.
Mendele.reva. Kafedra proteessov i apparatov.
(Packed towers)

SLOBODYANIK, I.F.
Method for analyzing the operation of packed extraction columns.
Izv. vys. ucheb. zav.;pishch. tekh. no.3:111-115 l6o. (miRA 14:8)
1. Krasnodarskiy institut pishchevoy promyshlennosti, Kafedra
protsessov i apparatov. (Extraction apparatus)

fV 2
S/153/60/003/02/30/034
B011/B006
AUTHORS: S1 0 ik, I. P., Kasatkin, A. G., Kafarov, V. V.
TITLE: Influence of Hydrodynamic Conditions on Chemosorption in
Checker Columns
PERIODICAL: Izvestiya vysehikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, 1960, Vol. 3, No. 2, PP. 369-374
TEXT: The authors found that the papers published on investigations of
chemosorption all refer to special cases, and that the results obtained
are therefore not valid for other conditions. The present paper is an
investigation of the effect of flow rates of the solution and the gas on
the rate of chemosorption. The absorption of CO 2 by NaOH and KOH in a
checker column was used as an example. To render a comparison between
their data and those of other investigators possible, the authors also
evaluateU their data basing on the volume coefficients K 96 of absorp-
tion. Fig. 1 gives a scheme of the experimental apparatus. Experiments
were carried out at 17-190. Fig. 2 show s the dependence of the rate of
Card 1/3

Influence of Hydrodynamic Conditions on S/15Y60/003/02/30/034
Chemosorption in Checker Columns B011 B006
Co2 absorption by KOH solutions on the rate of gas flow at a constant
rate of flow of the solution L - 153 kg1h. The maximum absorption
rates with respect to gas (1) and with respect to the solution (2) were
calculated by means of the corresponding equations. As is shown in
Fig. 29 the absorption rate increases practically linearly with an increase
in the gas rate up to the point of beginning emulsification. Thereafter,
it increases rapidly until complete emulsification occurs. In order to-
clarify@, the influence of the flow rate of the solution on the rate of ab-
sorption, the gas rate, the CO2 content in the gas at its entrance into
the column, and the initial concentration of the NaOH- and KOH solutions
were maintained constant. The rate of CO2 absorption by NaOH solutions as
a function of the rate of flow of the solution is illustrated in Fig. 3.
For a comparison, the results given in Ref. 2 are represented in Fig. 4.
As is evident from the diagrams, the rate of CO2 absorption by NaOH
solutions is influenced more strongly by the rate of the solution than by
the gas rate (before the occurrence of emulsification). The highest
Card 2/3

SLOBODYANIKY I.,P,; KASATKIII, A.G.; KAFAROV, V.V.
Rate of adsorption of C02 by 1140H solutions in a packed colilmn
in an emulsifying state. Part 3. Izv.vys.ucheb.zav.;khim. i
khim.tekh. 3 no.3:534-539 160. (14IRA 14:9)
1. Moskovskiy 1-himiko-tekhnologichaskiy institut imeni D.I.
Mendeleyeva,, kafedra protsessov i apparatov.
(Packed towers) (Absorption) (Carbon dioxide)

3/153/60/003/004/033/040/XX
B02O/BO54
AUTHORS: SlobodyanAl I. P. i Kasatking A. G.p Kafarov, V. V.
%WOMMON@ @ F - -. 11 -
TITLE: IV. Rate of C02 Absorption by Films of NaOH Solutions in
Packed Towers
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya$ 19060; Vol. 3, No. 4,
pp. 731 - 736
TEXT: Earlier investigations (Ref.1) gave the data required for cal-
culating the absorption processes of C02 in NaOH solutions in packed
towers under emulsifying conditions. Fig.1 shows the dependence of the
absorption rate of C02 in NaOH solutions on the velocity of the solu-
tion under various hydrodynamic conditions at L/G - const, and a - const
(L is the velocity of the solution (kg1h), G that of the gas (kg/h), and
a the equivalence coefficient). The diagram shows that the relation be.-
tween the absorption rate and the velocity of the solution (of the gas)
Card 1/4

IV. Rate of CO 2 AbsorDti@n by Filins of S/153/60/003/004/033/040/Xy
NaOH Solutions in Packed Towers B020/ "054
G o.619.L d-0-585 H0.6a0.9 C1.i6 where H is the height
A.em em, e in
of the filling body, C in the initial concentration of the NaOH solution,
and de the equivalent diameter of the filling body. The absorption rate
of CO2 in NaOH solutions in a packed tower under any hydrodynamic con-
ditions can be calculated from equations (5), (6), and (7). To confirm
the accuracy of the equations deriveds the authors calculated the ab-
sorption rate for more than 150 results given in publications (Refs.2,3)-
Fig.2 compares the calculated results with the experimental ones. Fig.3
compares the experimental values of the absorption rats determined in
the gaseous and liquid phases by I, B. Tepe and B. F., Dodge (Ref.2).
The method suggested for analyzing the chemisorption processes permits
a calculation of chemisorption processes in packed towers over a wide
range of process conditions. There are 3 figures and 6 refer@nces:
2 Soviet and 4 US,
Card 3/4

IV. Rate of CO 2 Absorpticn by Films of Sli-316010031004103310401XX "I.
NaOH Solutions in Packed Towers B02O/BO54 j
ASSOCIATION: Moskovskiy khimiko~t,--khrolog-,z!hF.-sk;Ly institut, im,
D- I. Mendeleyeva' kafedra prc"ses@,ov 4 apparatcv
(Mosnow Institute of Chemical Technnlogy imeni
D, I. Mendeleyevi Department of Pro@,,esses and Apparatus)
SUBMITTED: September ;1, 1958
Card 4/4

SLOBODYANIK, 1. P.
"A New Method of Analisis of Chemical Sorption Processes
in Filling Columns."
Report submitted for the Conference on Heat and Mass Transfer,
MINSK, BSSR, June 1961.

SLOBODYANIII, I. P.
Evaluation of thi;-efficiency-of diffuserB. Izv. vys. ucheb. zav ;
pishch. tekh. no. 2:130-135 ;".61. (MIRA 14:5;
1. Krasnodarokiy institut piahchevoy promyshlenno'sti. Kafedra
protsessov i apparatov. (Diffusere)

SLOBODYANIK, I.P.
Ana-lyzing the performance of packed rectification columns. Izv.
vys.ucfieb.zav.i pishch.tekh. 162. (14MA 15:7)
1. Krw@nodarskciy institut pishchevoy promyshlennosti, kafedra
protsessov i koparatov.
(Mass transfer) (Packed towerr@,)

SLOBODYANIK, I. P.; GAMEVICH, V. B.
11 Hydraulic test of a laminated plate with liquid-Phase recirculation."
report submitted for 2nd All-Union Conf on Heat & Mass Transfer, Minsk, 4-12
may 1964.
Krasnoda:-skiy Inst of Food Ind.

AC
C NR. AP6018953 A SOURCE CODE: Uft/0322/66/ooo/ool/0164/0169
AUMOR: Slobodyanik, I. P.; Gashkovich, V. B.
ORG: Krasnodar Polytechnic Institute (Krasnodarskiy poiitekhnicheskiy institut)
TITIS: Investigation of mass exchange on a layered plate with liquid phase
recirculation
.SOURCE: IVUZ. Pishchevaya technologiya, no. 1, 1966, 164-169
@TOPIC TAGS: fractional distillation, liquid air fractionata, heat transfer
'ABSTRACT: The efficiency of a distillation plate previously described by the authors
Yas detorniined for desorbing oxygen from water and fractionating raethanol-.rater
.Pixtures. The column arrangement shown in the figure (see Fig. 3) was used for the
':la tter.
Card 1
UDC; 66-048-375-021.3
1

:ard Z/3

ACC NR: Ap6oI8953
.VaDors from the steam coil heated still 1 are admitted %to the column through outlet, 3.
2 I-r iWr ICO
The column, made up of flanged cylinders 8, contains three plate 5 ( 50 ., in d e
1;300 cri a-cart, inclined 180), overflow pipes 6 and connecting pipe 2 to the still, and
,manometer 7. Vapors proceed through cylinder 11 to reflux condenser 12, provided with
;Separator 10 for returning distillate to the still and to reflux through water seal 4
ipast 'Cie electric heater 9 to the top of the column. Uncondensed vapors from reflux
;condenser 12 pass to condenser 13 (both inclined about 120 to the horizontal). The
@Condenser is open to the atmosphere. Condensed water goes from the main line through
!a RS-7 type rotometer 14 to collector 15 and an to the sewer. The 3K-6 centrifugal
1 Pump 16 is used for puraping cooling water to the fractionating column and condenser.
i?late efficiency of 80-85% was attained with vapor velocities 'of about 2 m/sec, through
ithe column. The stability of the high values for plate efficiency and mass transfer
icoefficients indicates that this plate construction, which offers minimum hydraulic
resistance, is suitable for fractionating gas-liquid systems, especially where the
thermal instability of the materials usually requires vacuum fractionation. Orig. art
17has: 5 figures and 6 equations.
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'CiRMIC FADIATORS FM ONTRAL _H"I'Me Slobdymik, 1. Y. (St4*.
.0
In the
Koran. Prom#, 19470 Ml@ It)*- Ubm
-
'
tLM`
U.S.S.R. in 1931 to produce corado4adistors for cfttr&l
hft
0 but they vore not eansiderod4itisfactarye A Goreffi.0 rectory nftr,
Magdeburg, however, has been producing such articles for N. years*
o May, kaolin, quartz and folopitr are used forthe composition of

A a
v the bod,@ and the radiators 4 made in sections by the sasting
ar
go proc*m they are chosper, them metal- radiators, wd aft not too
go., fragile for;ordinary use. -Portable radiators, In which the water
in heated by electricity* arlo also made for. heating'garel
'
greenhouses. stco
B.Ce'R.A.

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SWBODYANIK, 1. YA.
BEIA)KhVOSTIKOVA, V. 1. - nauchn. sotr. t, WBCVrANU, la-ZA& - Kand. tekhn. nauk.
Imtitut stroitelliWkh mat*rialov Akadadi arkbitektury USSR
POLUCEMM MOIDTCM GIDRAVLICBESKOX IZVESTI IZ FILITRPRESSNOr GRrAZI SAKHARNTKH
ZAVODOV Page 10.5
So*' COIIgcllgM 99 AC1201AWCMA Qi OCIRAtIfIC RAMACCL FSTk 0 COIDAtIM11911., go-
plelga In I=, &rmou, 1953

A
10
Cz
i
I
Vol
, I
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.11 . ,
N a ,
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I
V
94
laqp
.4-
11
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.0
1.4
3
4

"I (TO IYAll I V I
I YA.
ulo n!'
4 ve. 1j; t4, tr -fl,
14 t -.V vffivt I tcq f'r, r I I
t tl,- Wmrc- Felt ;-U,
Slobodyanik. I.Ya. "Construction Materials'l Kiev Construction Engineering
(in Ukrainian, textbook) Institute

MUSIYENKO, P.N.; SLOBODYANNIK, I., spetsialInyy redaktor; IMAS, R., re-
daktor; GAENIOW. X-.7@tekhnicheskiy redaktor.
[Ceramics in architecture and construction; methods for the ar-
tistic design of ceramic elemental Keramika v arkhitekture i stroi-
tel'stve; metody khudozhestvennogo oformleniia keramichookikh Is-
delii. Kiev, Izd-vo Akademii arkhitektury Ukrainskoi SSR, 1953.
126 p. [Mierofilm] (ML" 7:10)
(ceramics)

@I.Y@akandidat tekhnicheskikh nauk; TUROVSKIY. B.. redaktor;
GARSHANOV. A.. tekhnicheskiy redaktor
(Obtaining hydraulic data from filter press silt) Foluchenie
gidravlicheskoi izvesti iz filgt--preasnoi griazi. Kiev, Izd-vo
Akademii arkbitektury USSR. 1951. 21 p. [Microfilm] (MLHA 10:2)
(Filter presses)

SIDBODYANIK, I.Ya., kandidat tekhnichaskikh nauk.
Reed cover for plastering. Stroi.prom. 34 ne.6:46 Je 156.
(Plastering) (RTaA 9:9)

BW' Y.A,i "' III - Ng--, K. , voidushchiy redAktor; XORSAX, Tu.
'Uh69N k "iKu,
VR u- 0 .li-y " * -
7; f*AT IF@, ".. tekhoicheakiy redaktor
[building vitertals and element?i I'j'tr,)itF)IIrve materloly i lzdolila.
!zd. 2-oe, c-.-rer. 'C.-icv,Gos.izd-vo tokhn.lit-ry USSR, 195?. 515 P.
(Buil-ling materials) (MLRA 10:13)

22(l)
3'Ov"/3 - 5 9-4 -10/4 2
U.'HORS: Kazakevich, D.**., Cand-date
Chirkov p A.V. , Candidate of co-.o A c Sciences, Docmt; Slobo-
dyanik, I.Ya., Candidate of Technical Sciences
T I'2LE: Our Readers 3ugGest
P F @!TO_DI CA L: Vestaik vysshey shkoly, 1@)59, "r 4, pp 7,35-3 (U_ SH)
ABST.ZACT: In order to raise the wiality of exercises on econoi7ic sub-
jects, D.4'.'. Kazakevich and 11.111. Laricia of" the -Pomsk 11lectrome-
chanical Institute of 71-H E;'n_vin-:,er_ thet so!@le of the
seminar exercises be conducted -.Atl- the rarticinp.'ion of 01=nt
en.-ineers and econaists. Such semin_@rs --:ere or&-,ni---,d last
year by the Chair of Political Economy o--" 'the To.-,skiy po--,ite-',:',-
nichesk-iY institut (Tornsk Folylechnical Inst-i'_.ulte) at. !--"..e
,olants 113ibele'ztromot-or", ".'*anor:-.etr" a.-.,,-! others. -1 4s a.
able for Vie 1ruz instructoi-s and 'the of @@he scie-ti-
fic-resea!-co. institutio-is to establ, ish
w'nich aill li@ani-@,le such croble::@s. " chai-
Iae@ ecor.;_),,-.,1,. -,s c, t@.e
institutes of Novosibirsk, Tomsk and ot@her 3,iberian -.-@iz c.n+.---s
Card 1/3 could part ici.-a'. e ir scier%ific resoarc'_.es on th..mes of t--e

? I 'i -)
30V 3 - 5 9 - 4 - 10,".1
Our Readers Sugtr,,est
latest technical devices. The author considers it desirab".7.
that the various ex1libitions furnish the vu-zes .,,ith conie@@ ,-,,Lr,
new posters and photopraphs of equipment, cati1_oCur_,s, models
aboratory and
or motion pictures. Plants turning out ie-,,., 1
productional equipment should be requestod to SUIIT)ly the Ia-
boratories of the respective vuzes with specimens of such
equipment.
Card 3/3

SLOBODYANIX, I.Ya.. kand.takhti.rawk; LYSIWt. L.B., irizIt.
Cementleaa binders and concreten based on Aleksandriya
brown-coal cinders. Stroi-mat. 5 no.11:38 N '59-
(Binding materials) (Cinder blacks) (14IRk, 13:3)

SLOBODYANIK, Ignat Yakovlevich (Slobodianyk, I.I.A.], kand.tekhn.nauk;
PASHKOV, Igor' Aleksandrovich [Pashkov, 1.0j, k9nd.tekhn.naujC;
CHUPRUNMO, Yekaterina Vasillyevna [Chupranenko, IZ.Vj, kand,
tekhn.nauk,# CREMSOV. Nikolay Antonovich (Ghorkasov, N.A.], kand.
tekhn.nank; LTSINA, Nina Borisovna, inzh.; RUBINOVICH, Refirl
Abramovna. inzh.; PALICHIII, Petr Karpovich, Insh.; LITTIMMMO,
Melanlya Dmitriyevna, inzh.; SVARICHNVSKIT, Lyubomir Vladimirovich
[Svorychevalkyi. L.V.), inzh.; OSOVSKATA, I. (OsovB'ka. Ij, red.;
ZSMIKOVA, To. (Zeleakova, 12.], tekhn.red.
[Local binding materials based on new raw materials of the Ukraine]
Miatsevi vliazhuchi na novii syrovyni Ukrainy. Za zahal'noiu red.
I.IA.Slobodianyka. Kyiv, Nrzh.vyd-vo lit-ry z budivnytetva i
arkhit.URSR, 1960. 115 P. (MIRA 13:10)
(Ukraine--Binding materials)

SLOBODYANIK,j,,4@.; ZhUlIkKOVSKAYA, L.V.
Precast mesh-reLnforced ceramic products for rural constructim.
Strol. mat., det. i izd. no. 2!68-?2 165 Wfu 19:1)
1. Klyevskly inzhenerno-stroitellnvy institut.

-1-LOBODY/OlIK, N. 1.
Seed Industry
Threshing, rubb4ng, and extract-ng vegetable seeds. Sel.i sem. 19, No. 6, 1952
1
Monthly List Rf Pusslan Arqcpssions, Library of Congress, September 1952. bNCLASSIHED.

SLOBODYANIK, N. 1.
"Study of Physicomechanical and Biological Properties of Seeds of Vegetable
Cultures, and Principles Underlying Processes of Their Separation." Moscow
Order of Lenin Agricultural Academy imeni K. A. Tirairyazev, Moscow, 1955-
(Dissertation for the Degree of Candidate of Agricultural Sciences)
SO: M-972, 20 Feb 56

USSR/Cultivated Plants - Potatoes. VeGetables. Melons, M
Abs Jour : Ref Zhur Diol., 11. 12, 1958, 53625
Author : Slobodyanik. I.
P@l
Inst Sciezitific Rosmrch Institute for Ve[@etable Raisin[j,
Title Deternination of the Optimmi Conditiolia for the Artifi-
cial DryinG of Seeds of VeLetable Cultures.
Or i C; Pub Byul. nauchno-teKin. inforn. N.-i- in-ta ovoshchn. k1i.-
vs, 1957, 2, 12-16
Xostract The effect of artificial drying conditions on the ger-
niuatinG ability and the vij-?
gor of sproutinG in cucm@jer
and tomato seeds was sttdied in experiments in the labo-
ratory dryer ofVISIC-10M (All-Union Scientific Research
Institute of A[@Ticultural Vhchinery), consistinG of ;i
dryinC chamber, an electric heater and a blast faii.
The optimm tenperature for the artificial dryina was
Card 1/2

eel takokhozyayBtvennykh nauk
Using the qualitative differences in vegetative seeds as basis of their
cleaning and grading. Agroblologila no.5:134-137 S-0 '58.
OGRA 11:11)
1. Nauchno-issladovatellskiy- institut ovoshchnogo khozyaystva, at*
Perlovskays, Moskovskaya oblast'.
(Vegetables)

"10BODYMUK, O.P. [51obodlianyk, G.P.]; @'ASLOV, Yu.V., cicktor med.
nauk, pmr., (it.,V. rfid.
[Forensdc ps-Tehiat-y] Sadova psykhiatriia. I,lv,"v, Ilyd-vo
LIvivilkoho univ., 10/63. 158 P. (141RA 19:2)
1. Zaveduyusheldy kafedroy psikhiatrii I,Ivovskogo Gosudar-
Avennogo ifieditsinsko-O instituta (for Maslov).
u

FAYDYSH, A.N. (Faidysh, O.M.]; SLOBODYANIK, V.V.,_[S.1obodianyk,, V.V.)
7-
Photoconductivity of anthracene. Visll@ Kyiv.un.noik@[e-mail]
Ir-him. no.1:3-? 159. (IMU 14:8)
(Photoconductivity) (Anthr"ene--Electric properties)

S/058/62/000/00-1/04o'/063
Ao61/Aloi
AUTHORS: 7@'aydish, 0. M.,,25Llobodyaridk. 'L_@
TITL3: Dependence of photoconductivity in anthracene crystals on material,
zhape and directivity of the electrodes
PZiIODICAL: Referativnyy zhurnal, Fizika, no. 7, 1962, 32, abstract 7E246
("Visnyk Ky@vs'k. un-tu", ig6o (1961), no: 3, ser. astron., fiz.ta
r__Imi@, no. 2, 8 - 15, Ukrainian; Russian summary) /YPj
TE:U: It is shown that as a result of the formation of barrier layers in
crystal-electrode contact points, a significant short-circuit current may be ob-
served in anLhracene crystals. Owing to the variable charaL-ter of the barrier
layers, the value of this current may change considerably from one specimen to
another. 'fhe formation of a space charge in barrier layers tells mainly in the
time dependence of photoconductivity under illumination. In some specimens photo-
conductivit'- drops considerably after I - 2 min of illumination. The presence of
barrier layers is confirmed by the dependence of photoconductivity on'polarity
and by the existence of photo-emf. Investigations on electrodes made from AS, Zn,
Card 1/2

S/058/62/000/007/o46/o68
Dependence of photocoriductivit.y in... Ao61/AJO1
Sn, A!, Bi, aquadag, and India ink have shoi-ni that the magnitude of photocurrent
in good speci.mens does no' substaritialry depend on the nature of the e ectrode
material. An exception is Ga whose photocurrent is about five times less than
that occur-ic with other electrodes. Photocurrent has been found to be about five
tinies larger along the b-ax-is than along the a-axis. It is believed that the
strong dependence of photocurrent on 'he crystallographic directioh is associated
,v.,itli the ex'Lztence of an intermolecular energy barrier which has to be overcone by
holes in mot7on.
rAbstracter's note: Complete translation]
L
Card 2/2

a"=, uz@rw
#'A ACCESSION M APUKUM 2/0756
I-AUTHOFU ZimajV.L.01131 V. Ve (SlabodywAks' V6V-)9 Faydr"ho GreMe J
(FAYI*"hj A*
TITIEs Effect of cMen an the photoconductivity and Umdnesceno
i!crystals
SOMCEs AN UkrHSR. 6 *4 56
Dopovidig sm 9 752-7
TOPIC,TAGS a Photocanductivityg, Intrinsic photocciductivitys. lmiw8c6ncep luminm!
eacence quenchlurs photocadde, ccrldised enthracens, arAl"cenep naphthikeenes,
phenazine, photoconductive quwftuu yield
!;'ABSTRACT: The effect of amen an the photoconductivity and luminescence of
a
nt
hracene crystals was studied lietween -170 and 40 C with light of wavelengths
3130t 3650 and 4050 A. The Nictoconductivitj was found to increase (atall but
the lowest temperatures) when the samples were exposed to w7gen; the luminescence
inely quenched. The photoconductivity fell to its "vecuum" value
was correspond
Upon evacuation of gases only when the crystals were simultaneously illuminated&--
The rates of rise and fall of photoconductivity and luminescence quenching were
dependent upon temperature and the intensity of 1,12umination. These facts indi-
cated a mechanism whereby excited anthrecene molecules interact with oxygen
Card 1/1

--- ---- --------
ACCESSION NR: AP404OF770
molecules to form an ionic complers
@A- (4t) +0,@f f).- A+(0,W(t4W-
-An exciton Interaction scheme can*also account for the vaouns rs@jwmnaticn of
oxidised crystals s
A+ + A +.Orf
A& + A+W Wj
or
A+OF + A A+ + Oe + A MI
From studying the temperature dependence of the photoluminescence quenching by
photooxideag an activation energy of 0.1%0.029V was established.
The agreement of this energy with the activation energy for photoconduct1vity (as
found in the literature) indicates that the thermal of the photocondw-
-tivity ia not due to any temperature dependence of the movility of-charge!s, but
that it is -directly related to the formation of photooxides.. @ Much evidence points
'to the conclusion that the obeerv94 INracuum" photoconductivAy-is, in facto an
intrinsic phenomena6 -brig. arts',bas 3"'numbered equationso-2 graphs and 1 table.@,
'ASSOCIATIONt Ky*yLvs11M ders1mvpygy univeray*tet (Kiev State Ubi"r8ity)
C;ard 2/3@..

L 08219-67
ACC NR, AP6030331 SOURCE CODE: uR/ol7o/66/011/002/0161/0165
,AUTHOR.- Slobodyannikovq:6i S.; Chudakovol. D.; Pelipenko, V. I.
.60
.S. @1.,
ORG: Moscow Technological Inatitute,(Tekhnglogicheakiy institut g. Moskva)'
TITLE: Electric simulati n Vf-'recipr6cally'moving fields
0
SOURCE: Inzhenerno-fizicheskly zburnal, v@'ll, no. 2, 1966, l6l-3.65
.TOPIC TAGS, simulation, temperaiture, imulation, electric analog, field theory
M 10 6,09 7V le e- %D.*LT?'0Q I A6 6P To
ABSTRACT: An electrical analog computer developed by the Moscow Technological
1nstitute for silaulating- problems of field theory involving reciprocal movements
of field elements is described. -,The problem of determining the thermal distribution
in the brake system of a-hoisting.'riig is considered and solved by using the analog
computer described here. A schematic drawing of the netw-4rk analog computer.and an,
oscillogram of the-tempdkature variations in a brake drum ia terms of the turnin
angle of the drum -are -given..', Orig.-art. has: 3figuVen and 2formulase
SUB COEE, 09,: 18/Ai".,@.DATM@ IgMarW` ORIG REP! OP51 MV REF 002
Caru unco 5,36,2

SLOBODYANNIKOV, Sergey Stepanovich; YELIZATETIN, M.A., kqnd.takhn.nauk,
I nauchnyy red.; GAVRILOV, F.F., red.; RAKOV, S.I., tekhn.red.
(Ultrasonic processing of industrial products] Ulltrazvukovaia
.obrabotka promyshlonnykh izdalii. Moskva, Vsos.uchebno-pedagog.
izd-vo Trudrezervizdat, 1958. 100 p. (MM 12:4)
(Ultrasonic waves--Industridl applications)

3. S A E; I L 1 -1 Y' C " L IN @ ER L i , i iAt; 0 i f -, T v..' R t i 4 @ I C F I INT C @@,N A L -
PANINZ: EN @ I t;E:;. "SuE, Arr @2, '.10:Cow It-,F:- cr LAzo- Rzz@ EA-v@-7-,
IMENI LAW FOP T@if' DE-m-c-E
TE':;@N i CAL Wl (D I '@;fA:PTAT I ON OF CANDIDATE I.,; jzcwjj--.A,
Et;,-Es)
'@tj: VECHC;'I,'AYA @'-"-@,VA, JANUAPY-
- I- -- - - 11 .

SIGBOWANNIKOV, S . S .
Udlinenie sroka sluzhby detalei sudovykh mekhanizmov rLengthening time of
service for ship machinery partg7. Moskva, morskoi tr..nsport, 1953. 268 p.
SO: Monthly List of Russian Accessions, Vol. 6 No. 9 December 1953

GARMOV, D.N., kandidat tekhnicheakikh nauk; SLOB DY4MIKOV, S.S., kandidat tekhai-
..AMITIPIT@@
cheskikh nauk. i -
Iffect of the hardening temperature of the strength and ductility of chrominia-
plated parts. Rech.transp. 13 no-1:35-36 Ja-F '53. (MLFA 6:11)
1 (Chromium plating)

KRAGVLISKIY, I.V.; VINOGRADOVA, I.E.: SLOBODYAMIKOV, S.S., kandidat
Iftowa
tekhnicheakikh nauk; POPOVA, S.M., zeknuicneSX2y redaktor.
[Coefficients of friction; a reference manual] Xoeffitsienty
treniia; spravochnoe posobie. Hoskva, Gas. nauchno-tekhn.
izd-vo mashinostrait. lit-z7, 1955. 188 P. (MLRA 8:8)
(Friction)

SLOBODYAIINIKOV,S.S., kandidat tekhnicheekikh nauk
-"O,W-A.q
, -t ; 7@@ ...,
Metal fatigue from corrosion. Torf.prom. 32 no-3:20-22 '55.
Mak 8:6)
1. Moskovskly torfyanoy institut.
(Corrosion and anticorrosives)

SOV/ 137-57-6- 10869
Translation from Referativnyy zhurnal, Metallurg;ya, 1957, Nr 6, p 210 (USSR'
AUTHOR: Slobodyannikov, S.S.
TITLE: Destruction of Metal Under the Combined Action of Stresses and an
Aggressive Peat Medium (Razrusheniye metalla pri sovmestnom
deystvii napryazheniy i agressivnoy torfyanoy sredy)
PERIODICAL: V sb.- Povysheniye iznosostoykosti i sroka sluzhby mashin.
Kiyev-Moscow, Mashgiz, 1956, pp 112-114
ABSTRACT: An investigation is made of the independent and combined effects
of fatigue (F) and corrosion (C') on specimens of Nr 45 steel. In
studying the separate influence of these factors, the specimens are
first placed in a corrosive medium (a suspension of peat and water)
and then, after cleaning and drying, are subjected to the action of
alternating bending stresses (AS) at a frequenc@- of 1450 cps. The
tests are run on a TsK-Z Kudryavtsev machine. Investigation of the
C of metals subject to AS is done with the aid of a potentiometric
circuit used to measure the electrode potentials of specimens of
metal directly in the process of testing for F. it is found that the
Card 1/2 initial C has an insignificant effect upon the cyclic strength of metals.

SOV/ 137-57-6- 10869
Destruction of Metal Under the Combined Acnon of Stres_ses 1-1-ont @
However, the combined effect of an alternating load and the aggressive peat med-
ium intensifv the process of destruction of steel and sharply reduce cyclic
strength. It is shown that, in a peat medium of pH 3.6 fT w - 60%, while when pH is
2.5, a-W is 3716 of that of Nr 45 steel in air. It is observed that metal subjected
to AS in a corrosive medium is characterized by a Crw that is merely a matter of
convention, as the horizontal segment of the cr -N curve @s lacking. The metal
fracture due to corrosion F is brittle in appearance, and no ductility is evident,
The phenomenon of corrosion F is tied to a reduction in the electrode potential of
steel due to disruption of the protective oxide film, Deep destruction of the steel
sets in because of continually repeated failures of the protective film and removal
of the C products under the effect of AS.
L. G.
Card 2/2

SLOBODYANNII.OV, S.S., inshesore
Cavitation of hydrepeat m&chlaery. Torf.prem. 34 no.2:23-25 '57e
(KLRA 10:3)
l..Kosksyskiy torfyanoy institute'
(Cavitation) (Steel-Testing) (Peat machinery)

25W,(6);24(1) PHASE I BOOK EXP! 01TATION SOV/2261
Slobodyannikov, Sergey Stepanovich
U11trazvukovaya obrabotka promyshlennykh izdeliy (Ultrasonic
Processing of Industrial Articles) Moscow, Trudrezervizdat,
1958. 100 p. (Series: Novaya tekhnika i peredovyye metody
truda) 5,000 copies printed.
Ed.: F.P. Gavrilov; Scientific Ed.: M.A. Yelizavetin, Candidate
of Technical Sciences; Tech. Ed.: S.I. Rakov.
PURPOSE: This booklet is intended for instructors and foreman of
educational institutions for labor reserves. It may also be
useful to industrial personnel interested in the application
of ultrasonics in industry.
COVERAGE: The author discusses the physical nature of ultrasound,
generation of ultrasonic waves and the application of ultrasonics
in metallurgy, casting, the metalworking Industry, in the produc-
tion of plastics, leather, rubber and glass, and in the quality
control of products. Various types of ultrasonic transducers
Card 1/4