SCIENTIFIC ABSTRACT L.V. DEDOVA - B. DEDYA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000309920002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

JTWVIK, A.N.; KONOVALOVA, I.V.j. DZWVA, L.V.
Rearrangement of esters of bydroxymethyl (diethylphogr.Phone)
acetic acid, Zhur,ob.khim. 32 no.2s48.3-486 F 163.
(MIRA l6s2)
1. Kazanskiy goaid&rstvew*y universitet,
(Acetic acid) (Rearrangaients (Chemistry))

PUDOVIK, A.N.; KONOVALOVA, I.V.; DEDOVA, L.V.
Rearrangement of c~-axyphosphinic and o(- -oxythiophosphinic
asters to phosphinates and thlophosphatos. Dokl. AN SSSR 153
no.3:616-618 N 163. (MIRA 17;1)
1. Kazanskiy gosudarstvenrjy universitet im. V.I. Ullyanova-
Lanina. Predstavleno akademikom B.A. Arbuzovym.

En RX:
IFAV (c )i (j
ACCESSION MI AF50D2985: 510079/64/034/009/,'~902/2905
AUTHO;4 Pudov .1. 14v ~>novPIvi,*.,,J DednvF,' :L V
_k~
TIM.4 %encticm of dialWithiophlosl4ioruo -notes ItIal certain ovarbonyl-containing
compounds
Zhwnna obghcb ksl:6~ IJL-y* - V-* Ill." .~1964 2902-2905
fy rID*
1pnic r4ioaph6rat tr.'nipound 6L
mid-,
org it a
-Abst ct*. -Re"actions-of-*dialkylthlop,nd~plictous: cid.i-with 'car]
ra a ~onyl compounam.
were atUdied-as., a _compsrizon* with, previo4s -studies .-Df- -the reactions of
dialkylphosphorous acids with acetophosphinic and pyruvic estitra and
acetophenone in the presenca of an alkaline catalyst, which were accompanied
by rearran
gement-of the alpha-hydroxyalkirlphosphinic esttra formed in the
first step to d
phosph&.tes;~ this study was sime at determining the inf luen e
-replacement ~of,--ttki,,-pbo;jpbini4c-i;ro-up _by~ -the-.: less - alect roneg4'Itive thiophOB-
phiniegroup on these reactions. ~~Tbe esters of alphs-hy4roxy-alphs-methyl
(dialkylthiophosphone) --atttLe,~:alp~a-hydi~oxy(alpha-iliethylthittphospbone)
phosphinic, and elpha-h~droxy-alplia-seetoethylthiopl.~osphinic ccids formed in
the addition of dialkylthiaphosphorous aoids to the ethyl eatcr of pyruvic
:acid, acetophosphinic eater, and discetyl in the prasence of modium alcoholate.
Card 112

77T7~
sz~
ACCEMON mt- %W29 85
arer
I ~ earranged-during th reattion: -to* di&lkyl (41 ho-carbathoxyethyl)
t P.
hiosphospliates. -,diethvl:taliba~~diiti~ilthio~'hoiiphone)ethyl- phosphate, and
diethyl-aloha-ac-eteethyl t~hiophosphita# In. the reaction of diethylthio-
phosphorous acid withacetophenonetbe diethyl ester of alpha-hydroxy-
alpha-phenylethylphosphink acid was. forwit in only a small. y4eld, most
of -it decmvosing to' the atirting.suterials, upon distillation. it was
concluded that replacement of the.;hqsphinic; group bythe thiopho6phinic
Ceird 21t

DEDOVA, V. D.
"Penthanol-Sodim Narcosis and its offect on the Acid-ILLIcali Equilibriun" by V. 1).
Dedova, Central Inst. Tramatology and Orthoriedicsj 111in Pub Health USSR (Director
Honored "lorker of Sci Prof. 11. N. Priorov). Pp. 140-195
SO: Luchsh" Nauchyyyc Rabo~Z Aspirantov (Best ScientIfic I.-Iork of Aspirants) Sub-
mitted at Medical Higher Educational Institution and Sci Res Inst. Published by
I
"o
Medgiz, " sco,-T,, 1951. Edited by Prof. A. G. Gulasyan. Armed Forces Mled Lib
0 5 G 969L 1951
- ~' f
Suix;tjtte,:~ 1') -lay 1950, Cenfxal -,nst. for the Advanced ;Ara,min- of Physicians.
Surmiary 71, LI Sept 1~152.

DEDOVA, V.D.; CHEERYASOVA, T.I.
Effect of cyanocobalamine on the regeneration of bone tissue fol-
lowing operative elongation of human extremities. Dokl. AN SSSR
140 no.6:1467-1470 0 61. (KIRA 14:11)
1. Predstavleno akad.emikom A.N.Bakulevyin.
(CYANOCOBALAMINE) (OSSIFICATION)

DEDOVA, V.D.; GHERKASOVA, T.I.
Accelerating the consolidation of bones by large doses of cyano-
cobalamine in ape~ative elongation of sbortened lower extremiities
in children and adolescents. Vit. res. i J.kh:isp. no-5:240-249
161. (MIRA 15:1)
1. TSentrallnyy institut travmatologii i ortopedii, Moskva.
(GIANOCOBALAMINE) (ORTHOPLDIA)

DEDOTA,J.D.; CHERMSOVA) T.I.
Effect of vitamin B.12 on the regeneration of bone tissue
(in surgical elongation of a buman extremitr). Ortop.,
travm. i protez. no.1&38-42163. (MIM 16:10)
1. TSentrallnogo instituta travmatologii i ortopedii (dir.-
prof. M.V.Volkov).

VYSOTSKAYA,.K.P., d0tsent (Irkutakt Baykallskaya ul., d.58-9); I I
LIYV, E.Kh. [Liiv,E.] (Tartu, Estonskaya SSR, ul. Kalevip
d.106-a, kv.3); TIKHANE, Kh.11. [Tihane, H.]; ROZENBLYUM,
M.B' (Minsk, ul. Kirova,d.-Z;b'v-,43); VELLER, D.G. (Kharlkov,
Koszomarovskava ul.,d.18,kv.19); CHERKASOVA, T.I. (Moskta.'.
iiI.K~rOil-vz-hogo d.15,1m.14); DEDOVA, V.D.
Abstracts of articles received by the editors. Ortop.,
travm. i protez. 24 no-3:73-76 Mr 163.
(MIRA 17:2),
1. Iz fakalltetskoy khirurgicheskoy kliniki (zav. kafedroy -
prof. B. D. Dobychin) IrIcutskogo meditsinskogo instituta,
(rektor - Prof. A.M. Ni*itin) (for VyL-otskaya). 2. Iz
Tartuskoy gorodskoy klinicheskay bolfritsy (for LiyV%
Tikhane)-. 3. 1z khimrgicheskogo otdeleniya (zav. kand.
med. nauk G.M. Yakovenko) mediko-sanitanioy chasti Minskogo
traktornogo zavoda (for Rozeriblyum). 4. Iz T-Sentrallnogo
instituta travmatologii i ortopedii (d~ir. - prof. 1.".V.
Volkov) (for Cherkasova, Dedova).

7(6), 1401) 3OV132-2.4-11-24'/37
AUTHORS: Prigorovskiy, N. I., Filimonova, Ye. N_k G.
_ELd ~~ S I - --_
TITLE,. Models for Testing Tonsiono in Optically Insensitive Trans-
parent Material With Insets of the Material -FAD~,,-M
(Modeli dlya issledovaniya napryazheniy iz opticheski nechuvst-
vitellnogo prozrachnogo materiala a vkleykami iz materiala.
ED6-m)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 11, pp 1396-1400
(USSR)
ABSTR,ACT: The distribution of tensions in metal samples of machine parts
and constructional units are testeet in transparent elastic
models by means of polarized light according to the method of
"freezing" (Refs 1,2) or the riethod of dispersed light. It
has been suggested (Ref 3) to produce models of optically in-
different glass for tests of space tensions and to insert
cubes of common optically sensitivo glass in the point to be
tostod. In the case under review, an optically inactive plastic
material with a modulus of elasticity and Poisson coefficient
equal to those of the optically ac',ive material used was ob-
Card 1/2 tained and used; also a reliable method of gluing (without

SOV/32-24-11-24/37
Models for Testing Tensions in Optically Insensitive Transparent Material
With Insets of the Material ED.6-4K .
initial tensions) was developed. ''AD&* ' (Ref 4) was used as
optically active material. The opti~:ally inactive plastic
material was produced according to a method, which is described,
of metacrylic acid methylester and dibutylphthalate (11~ - ns
plasticizer). The material (Brand "ONS") is produced by the
Chelyabinskiy zavod.plastmassy (Chelyabinsk Plastics Plant) in
sheets (8-18 mm, 1000 x1200 mm) and blocks (20-100 mm,
600 X 650 mm). A methanol glue is used for the gluing of ED&M
and "OHS". The determination of the extension of the shatt'of
a hydro-turbine is given as an example.
There are 4 figures, 1 table, and 5 references, 4 of which
aro Soviet.
ASSOCIATION: Institut mashinovedeniya Akademii nauk SSSR i Chelyabinskiy
zavod plastmass (Institute of Mechanical Engineering of the
AS USSR and the Chelyabinsk Plastics Plant)
Card 2/2

YENAL', Y-E'V . V J) , , CIV I C',~,t , A. A.; GE-01i IKOV , E. P
- ~ 1 -�E LLL-~ -
, ". " .; -Ig ' ymar (if t, tyrene wi I h 1, vi ryl bc;rzenc.
-, i L- . , (T tho copc;l,
"- I a, 'MTRA 18:9)
t
9~. macsy no.8:5-6 165. k

-pie P19 XV C7
Trff,:~? I.
I
OIncome amd expenditure estimates of a collective farm.' N.Sidelkin.
Revieved 17 I.Dedovets. IPin.SSSR 16 no.4:88--89 Ap 155. (MMA 8:3)
(Collective farms-Accounting) (Sidelkin, N.P.)

tMOVIC11, BIT,
Izverience idth pulmonary resection In tuberculosis at a city
tuberculosio hospital. Nobl.tvb. 37 no.8:93-94 159.
(KM 13:6)
1. Is legoeboo-kh1rurglebesk o otdolonlys Mutbarove)oDy gorod-
skoy tuberimlesnoy bollultsylglaviW vrach T.x. n1jinakeLya).
UNO]M=W)

DEDOVIKOV., G.p general-mayor tekhnicheskikh voyBk
A chemical defense company acts on the march. Voen. vest.
43 no.2:44-46 F 164. (MIR& 17:1)

PETREA, G.# ing.; SBIM,A.,, ing.; UNSTANTINESCU, 1P... ing.;IIIESCUPGho,dr,
TOCAN, M., biolog; EMCUpC*, ing.; INNEA, D.,, ing.1 ISDUpV.,
ing* COHN,As, inge
Improving the physical and mechanical properties of paper by
using Rmanian-made synthetic resim. Cel hirtie 11 rio.2:
62-69 FT62.
1. Institutul, de Cercetari si Proiectari pentru Hirtie, Celu-
loza si Stuf (for Tocan). 2. Fabrica do hirtie *1 Septembrie"
(for Cohn).

DOUGHMO, M.
Ways of increasing the technical efficiency of diesel electric
dredging machines. Rech, transp. 19 n0-1-0:31-32 0 160.
(MIRA 13:11)
1. Glavnyy inzhener Volzhokogo basseynovogo upravleniya puti.
(Dredging machinery) (Marine diesel engines)

- DEDIJCBENKD,, Me., inzhe; WMER, Yu., inzh,; LISCVSKIY, P., inzb.
Some characteristics of dredging operations in
hydroelectric power stations. Roche transp..19
F 160,
(Hydroelectric power stations) (Dred~;ing)
tailraceo of
no. 2:36-38
(MIRA
14:5)

DEDUCHENKO, M.
Results of testing automatic regulation 879tems of suctipn dredges.
Rech. tranap. 19 no*3$43-44 Mr 160 Mr 160. (MM 14:5)
1. G-Iavn~7 inzhener Volzbekogo bassaynervogo upravleniya puti.
(Dredging machine,7)
(Automatic contro

i I i.:
. 7
.1 i~ ~ .
-ethods of channel ma-uitenance on the Vol-ira. ~t.,.~ansp. 12, A'o 3~. 1952.

=UCHEM, M.P.
Xffect of discharges from reservoirs on the tributary inlet
regime. Rech,transp. 18 no.1:42-43 Ja 159. (XIIUL 12:2)
1. Glavnyy inzh. V'olzh9kogo basseynovoir-i upravleniya puti.
(Reservoirs) (Hydraulics)

I=GBZM I., M. 1'.,
Increase the productivity of dredging machinery. Rech.tranBp.
18 no.9:30-32 S 139. (HIRA 13:2)
1. Glavnyy inshener Tollhokogo bassippovogo upravlonlya puti.
(Dredging machinery)

DEDUKHY S.G., po3J:avnik,, voyennyy letchik porvogo klaasa
Inotrument landing. Vest. Vozd. Fl. 110.10:58-61 0 161,
(14M& 15 -.2)
(Instrument landing systems)

-WC-CNR,- AP5027655 SOMWE COEF,,: mVb3oq/65/boq/bli/boo8/bol1
AUTHOR: Dedukh, V. (Deputy chief)
ORG: Division of Refrigeration Swvice., SNO SWA (Otdol kboiodill,noy sluzhbV, 0;.0(h
TITLE: Refrigeration indus
SOURCE.- Nauchno-tekhnichookiye obshchestva SSSR, no. 11, 3,9659,8-IL
TOPIC TAGSs, refrigeration, refrigeration industry, plant design, rafrigeration
e
ineering
ng
ABSTRACT: The refrigeration industry Is described in,general terms:; e,gs, location,
size, and type of industry. A forecast for refrigeration storage on the order of 5
la t in the city
million tons is made for 1970. The plans for a now refrigazAtion p. n
of Gelendzhike are described in detail.. and an artist's viewor the proposed plant
is presented. It is pointed out that., due to recent ]-Xogress in technology., a plant
of 16 OOD-ton. capacity W be built in 12 to 19 montho a The author hopes that the
sublimation method of produce drying (widely used in other couatriea) will in the
near future find application in his country. lie also deprecates tho fact that, namV
components used In the construction of refrigaration 1,,lants wre stihl manufactured
by small domestic industries and hopes that in the future au(& comIxinenta will be
produced by large scale industrial conplwws. Orig, eirt., hast s 1 bXock diagram and
4 photographs.
L_Lord 1/2

j
.., r - ..- .- - I - - - --I---- ~

/7 2-A.-
KUZINSHKO, A.P., kandidat takhnicheskikh nauk; GORBATOY, Ir.H.. inzhener;
FIDC&OV, N.Ye., kandidat tekhnicheekikh nauk. rstBenzent; MkYM.AR,
M.B., kandidat takhnichaskikh nauk. re-tisenzent; SWLODDF,.Yu.A..
kandidat takhnichealilkh nauk, retsenzentl SIMO, X.G., kandUat
tekhnicbei4clkh nauk, reteensent; RYUTC7, D.G.,'kandidat tekbnIche-
skikh nauk, rateanxent. Idwa-6 Inshener,, speteredaktor;
NMLAYEVA. N.G.. redakto-r-7-74MMID, N.M.. to)-chnicheinkiy redaktor
[Automatic production-lins regulation and control in the meat
Industry] AytomatIchaskoe regultrovenis i kontroll protseosov v
mlannol pronyahlonnosti. Kooky&, Pishcheproviy4xdat, 1954. 443 P.
(Automatic control) (MLRA 8: 2)
(Placking house@)

I fN
r1 -
V
GURARI, Natan Grigorlyevich; ALIWANDROT, M.P.. doteent. kandidat takhnichs-
skikh nauk. reteenzent; FALRYBY, G.A., inzhenar, ratsenzentp-wwUla,
V.A.. Inzhener. speteredaktor; IYAWYA, N.M., redaktor; GMLI13, N.M..
takhnicheskiy reUktor
[Hoisting and transporting oquipment in the meat and dairy industry]
Podleano-transportnoo oboradovanis miasnoi i molochnoi promyshlen-
nosti. Moskva. Pishchopromizdat. Pt.l. [Load-lifting machines and
elevators] GruzopodOemnye mashiny i slevatory. 1956. 192 p.
(Hoisting machinery) (KLRA 10-1)

INDUKff,,V,4,s~..,,veterinarny7 felldsher
-
Bradication of Nosems, disease in bass. Vaterimariia 36 no.4:
51 Ap '59. (MIRA 12:7)
1.Vasillyevekly vetertnarny7 uchastok, Podlmovskiy rayon
Saratovskoy obla3ti.
(Aureonrein) (Bees-Diseasets and pests)

DEDUKHOVA., M.
4
Sea, fishes, and ultrasonics. IUn.tekh. 7 no,4231-32 Ap I
(MI '~3 9
RA 1.614)
(Sonar in fishing)

.NOVINSKIY, G., izobrotatell; DEDUAkOVA, V.
Paginear learm from liffe Izobr. I rats. no.7;15-16 JTl 162.
1. (MIU 16:3)
1. Korrespondent zhurnala '"Isobratatell i ratsionalizator* (for
Dedukhova).
(Cybernetics)

LZBEDEV, N.V.; IA)GVINENKO, B.M.; FADEYEV, Ye.V.; NEFEDOV, G.N.;
ZILIBERMINTS, L.A.; DEDUKHOVA, V.A.
Motor reBponses of anchovies to accustic stimuli. Nauch. dokl.
vya. shkoly; biol. nauki no.2:91-94 165. (MIRA 18:5)
1. Rekomendovana kafedroy darvinizma Moskovskogo gosudarstvennogo
universiteta im. M.V. Lomonosova.

--L,
D
VAUU F. As
Dissertation: Varieties of Tsitell-Doli (Tr. Vulgare V. Ferrug.-Ineum A3.)
and 7heir Selection Importance for Mountain Farming.* Cand Agr Sci, Georgian
Agricultural Inst, 28 Jun 54. (Zarya Vostoka, Tbilisi. 13 Jun '~+)
SO: SUM 318. 23 Doc 1954

C/. j Ire) ])0:L4/1)105
AUTHORS: f(ozes, G.. Lapeda u, H., Zaharfa, G., Arabian,
L., Nadu, 0., Darto?, V., and Pedulercu, L.,(flueharc3t)
TI TI.X: New types of selenium rectifici-cells
)INUODICALt LIOCLrotchnica, no. 2-3, 1962" 72 - fib
MAT: Tho article describes the possibilities of improvinr the perforinance
or Rqmanian selenium rectifiers and presents three w-w rectificri df:velopeti by
ICEr-in:;titutul do cercotAri cloctrotchnica (Meetrotechnical Re.-.earch fn:;U-
tute) and the Uzzincle "Grigore Prooteazin" ("Grigorc ;'rcotrn.-;.Y' Plant). Tile
performance of Rumanian selenium rectifiers was impr..,ved Other by inercashir,
the-invcrse-peak voltage As in SV-I rectifiers, by increasing till! current
density as in SY-3 rectifiers, or by increasing the Inverse-peak volta,,U and
the current density as in SV-2 rectifiers. The SV-1 cell was improved by in-
troducing t1allium in a concentration of 8.10- 3% into the SnCd counter-electr-Ae
and applying solid sulfur-in-seleniux solution on thot surface of the selenium
layer. This gave the SV-1 call in nonnal cooling conditions an invcrse-peak
Card 1/3

R/00 4/62/000/00 2/00 2/0
New types of selenium rectificr-ceLls 1)(0.4/1)10",
voltage of 25 40 v f) a current density of 25 m;t/sq cm, a specific rectifying
power of 0.3 0.4 w75q cm, an over-all efficiency of 9.5 - Ni% an operatins;
temperature of 65 - 75*C, and a volt-moIscre charactcri:;ric aui fihown in Fig-5.
The SV-1 cells are produced in series by the "Grigorc Prcotva-,all Plant. An
increase of the current density in SV-3 rectifiers wa.; achieved without re-
ducing the inver3c-peak voltage by providing the SnGd counter-electrode with
adequate thallium. The SV-3 cell has in natura-1 cooling conditions an inverse-
peak voltage of 25-30 vef, a current density of 50 ma/:;qcm, a specific recti-
fying power of 0.8 w/sq cm, an over-all efficiency of 9G.', an operating tem-
perature of approx. 60*C, and a volt-ampere characteri itic as shown in Fig.19.
In forced cooling conditions, the specific rectifying ,nower increasizS to
2.4 w/sq on. Serial production of the SV-3 cell is beliq, prepared. Is, SV-2
rectifiers, the alumintra baso'was first coated 11ith a 0.5 - 1.5-A -thick cad-
mium layer and then with a 60 - 70-ik-thick selenium layer. The noa-rectifying
junction was obtained by soldering under pressure a 40-A -thick bisinuth-coatcd
aluminum sheet on the selenium layer. The SV-2 rectifier has in natural
Card 2/ 6

P1004AZAIC)OIC j.-AxWooz
New type3 of selenium rectifier-cells L 01 41DIOS
cooling conditions an inverse-peak voltage of 35 - 50 v,,, a currunt density of
50 ma/sq cm, a specific rectifying power of 0.7 - 0.9,1. wbiq cm, an over-au
efficiency of 96 - 97,., an operating temperature of 65 - 70*C and a volt,ulpere
characteristic as shown in Fig. 'IS. There are 31 figures.
ASSOCIATION: Mozes, L., Lapedatu, E., ZahariA, C., oml' Fricilmann, A.: W!.'T;
Arabian, L., Radii1 0 Bartq, V., And Dodulescu, L.: Uxinelo
"Grigore Preotean.11 it"Grigore Prooteasat' Plant).
Card 3/6

MOZES, G. (Bucuresti); LAPEDATU, E. (Bucuresti); ZAHARIA, C. (Bucuresti);
FRIEDMANN, A. (Bucuresti); ARABIAN, L. (Bucuresti); RADU, 0. (Bucuresti);
BARTOS, V. (Rucuresti); DEDULF.SCU. L. ( curesti)
New types of selenium rectifying cells. Electrotehnica 10 no.2/3-72-86
F-Mr 162.
1. Colectiv de la Institutul de Cercetarl Electrotehnice (for Mozes,
Lapedatu, Zaharia, and Friedmann).
2. Colectiv de la uzinele "Grigore Preoteasall (for Arabian., Radu,- Bartos.,
and Dedulescu).

DEDULIN, 1.
"Sixth series of competitions among Ural short-wave amateurs."
So. Radio, Vol. 12, p. 3, 1952

SONOVA, A.G.; GIRASYUK, L.G.; MUSBUO, A.I.
Data on the serodiagnosia and epidesiolo,7 of typhus. 2h=. mikroblol,
epid. i imm-Ln. 29 no.11378-82 N '58. (MIA 12: 1)
1. Is Rostovskogo-na-Donu inatituta Mininter6tva sdravookhranoniya SSSR
i Gorodskoy sanitarno-epidemiclogicheskoy stantaiij
(7YPHUS9
epidemiol. & serodlag. (Raii))

KOVALEVSKAYA, I.L.; EPSHTEYN.-LITVAK, R.V.; DMITRIYEVA-RAVIKOVICH, Ye.M.;
KURNOSOVA, N.A.; SHCHEGLOVA, Ye.S.; FIMDIIIPJID, Ya.14.;
KHCHIK, S.R.; MAKHLINOVSKIY,, L.P.; PETROVA, S.S.;
GOLUBOVA, Ye.Ye.; GONCHAROVA, Z.I.; SAR14ANEYEV, A.P.;
SIZINTSEVA, V.P,; Prinimali uohastiye: MEDYUKIIA, G.A.;
OSOKINA, L.A.; RACHKOVSKAYA, Yu.K.; OSOVTSEVA, 0.1,,;
,DjZK2E!LO, -_KOVALEVA, P.S.; KARASHEVICH, V.P.;
CHEBOTAREVICH, N.D.; CHIGIRI, T.R.; SEULISKAYA, S.D.;
KIDGHETZ1111YEV, B.A.; DEMINA, A.S.; ZUSIMAN, R.T.; YESAKOV, P.I.;
SYSOYEVA, Z.A.; ZIN(YVIYEVA, I.S.; FALICHEVSKAYA, A.A.;
DENISOVAp B,D.; TIMOFELEVA, R.G.; SYRJUSOVA, A.V.;
LYANTS14PY . S. G.
Reactivity and imimmological and epidemiological effectiveness
of alcoholic typhoid and paratyphoid fever vaccines in school
children. Zhur. mikrobiol., epid. i bmaun. 33 no.7:72-77
Jl 162. (MIRA 17:1)
1. Iz Moskovskogo, Rostovskogo, Oms1cogo institutov epidemic-
logii i mikrobiologii, Stavropol'skogo instituts. vaktsin i
syvorotok i Ministerstva zdravookhrE'neniya RSFSR. 2. Rostovskiy
institut epidemiologii i mikrobiologii (for Kovaleva).
3. Stavropol'skiy institut vaktsin i ayvorotok (for Sysoyeva).
4. Kuybyshevskiy institut epidemiologii i mikrobiologii (for
Zinov'Yeva). 5. Saratovskaya gorodskaya sanitarnG-epidemiolo-
gicheskaya stantsiya (for Lyantsman). .

=WSIW, A.M.
I
Reproduction of the eastern sand snake Iryx tataricuB Licht. Trudy
Inst.zoolA paras.AN U~.SSR 5:95-98 156. (KLRA 10:5)
(Zeravehan Valley-Serpents)

----- - -------
V
lud P idb,
EffeiFo I ~Wi mi vi iisa d,w e
jccted to qw-IoM chtmkal tiezitraucts. jI_ W
CID,
Xul cff=t of oa
Strata xku asilling *A's InvastInIti A. P K.
Cherricta millyals of mili-naittvi ft= it h,,gl -pre Lsme ill
sh V VtLtv
1% :~UYJ 1-1 1 t -p ~,Cj If, 4 jtd~ i
tamcd ~D8-4~-7c, ki t Imctianu b. aX,-3(W at'd
line 20.7%). ili~olt~ 12M, and keriaship D!A59~ The
-nalysi-4 -of the gasolbis fm.-tion i1owed 13.11 %o aromatic, lit
1.4617C. naphlbenle; itad 55.37% Parmfin-.0
A 'K tl,,I)v

DXDUSW,K0,,.G,X*., kand.khim.nauk; SAWMITEVA, 'P.A., Inzh.
Syntan as a reagent for treating cl8.v-j)aj3e f luidg. Trudy AzNII
DN no-5:121-135 15?- (MMA 12:4)
(Oil well drilling fluids)
(Tanning materials)

IMUSMIKO, G.Ya., kand,khtm,nauk; SAMIYNVA, T.Aso lush*
Lowering the viscosity of weighted oloy-base fluids b slectro-
phoreals. Truo AsNII DN n0-51136-144 157. &IRA 12:4)
(Oil well drilling fluids)

j.&~~iO
KARKAROVA, T.A.
G.Ya.
Electrophoresis in weighted drilling muds. Azerb.neft.khoz. 36
no.8:11-14 Ag '57. (KIRA 10:11)
(Blectrophoresis) (Oil well drilling fluids)

2ER-GRIGORITAN, A.!., inzh.; AVETISTAN, A.A., In2h.; GASAN..DZHALALOT,
A.B., inzh.; GUKHMAH, M.I.. inzh. (deceased]; DAMAN, S.Kh.j
inzh.; DADASIM, B.B., kand.tekhn.nauk (deceased]; DANIMTANTS,
A.A.. inzh.: DEDUSENKO, G.Ta., kand.tekhn.nauk,- IOA STAN. R.A.,
inzh.; KULIUT, I.P., kand.tekhn.nauk;
KULI-ZAIN, K.N.. kand.tekhn.,wuk-, LANGLEMI, M.L.. kand.takhn.
nauk; MAISRA, R.S., inzh.[deceasedl; HIKHATLOT. Y.R., in2h.;
KURADOT, I.M.. inzh.; POLTAKOV. Z.D.. inzh.; PROTASOT, G.K.. kand.
tekhn.nauk-; SAROTAN, A.Te., kjtnd.tekhn.zauk; SEID-RZA, M.K., kand.
tekhn.nauk-, TARANKOT, V.V., inzh.-, FRIDKAII, M.Te., inzh.-, SHNEIDEROT,
X.R., kand.tekhn.na-ak; TAISHNIKOVA, Te.A., kand.tekhn.nauk; SMIN-
GZLIO A.S., red.izd-va
[Driller's handbook) Spravochnik burovogo mastera. Izd.2., iapr.
i dop. Baku, Azerbaidghanskoe gos.izd-,vo neft.i nauchno- tekhn.lit-ry,
196o. 783 P. (Oil -wr,11 &-illin.-) (MMA 13:5)

DIDUSINKO, G-Ta.; YUZBASHETA. Ye.G.; GUSMOV, I.S.
~~ am IX I
Use of sulfonol in drilling. Aserb. neft. khoz. 39 no-7.-14-16 Jl
16o. WRA 13:10)
(Oil well drilline,) (,')Uf onol)

KASUMOV, M.A..; DEDUSENKO,_G.-Ya.
Viscosity reducers for clay mado fron wild tannin-bearing
plants of Azerbaijan, Izv, vys. ucheb, zav.; neft! i gaz
4 no.9:27-.32 161, (I-IFY, 14:12)
1. Azerbaydzhanskiy gosudarstvennyy universitet imoni Kirova
i Azerbaydzhanskiy nauchno--isoledovatel',skiy institut po dobyche
nefti,
(Oil we'Ll drilling fluids)
(AzerlAi Jan-Taimins)

YESIMAN, BooLffn IoSIfov1ch;.D=SENKC~_rjfflina Yakovlevnal
YAISHNIKOVA, Yevatollya Alek9androvnaFIUUU_IN_A, ye.J.'
ved. red.; TAKOVLF.VA, Z.I., tekhn. red. -
[Effect of temperature on deep drilling processes]Vliianie
temperatury na protsess burenila glubokikh skvazhin. [By)
B.I.EsIman i dr. Moskva, Gostoptakhizdat, 1962. 150 p.
(HIRA 16:2)
(Oil wells-Thermal properties)

DEDUSENKO,.G.Ya.; POKIDIN, A.K.
Thermal stability of natural clay muds. Stor. nauch.-tekh. inform.
Azerb. inst-nauch.-takh. inform. Ser. Noft. prom. no 4t48-52 163.
iNIRA 18:9)

DFDUSENKO., G.Ya.; SENENKOVA, V.S.
Effect of viscosity reducers on the mechanostructural properties
of clay muds. Sbor. nauch.-tekh. inform. Azerb. inst. nauch.-
tekh. inform. Ser. Neft. prom. no.609-86 163. (MIRA 18:9)

SHPW,TNPi"f N.M.; I)FRISENKO, G.Ya.; FROTASOV, G.N.
Using hydrooyolones for removing sand and borings fron. !Aght--
weight muds. Sbor. nauch.-tekh. inform. Azerb. In!-,t. n1luch,
tekh. inform. Ser. Neft. prom. no.6:68-78 163. (MIRA 18-.-9)

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UssR/bhemistry - Acetylene Ccotpomnds ]rob 49
Chemistry - Synthesis
"Synthesis of ButyLisopropylacet.Tlsw," L. Deftsonko,
1Ab Org Chas, Azorbayftban IrA lust, 3 IPP
"Zbur Obahch Khim" Vol XIX, No 2
Synthesized butylinopropylacetylenb-for first time
aijd dete=1ne! Its physical constants. Obtained
oxidation products of butyllsopropylao6tyla-me vhlloh
confirmed Its atructure. To eth;~l magnesium brcodde,
obtained in usual manner from 17.23 grwwof
magnesium-and 77.2 grms of ethyl bromide, ad&sd
408.2 gre of isopropylacetylene drop by drop,
]w -46A9720
USSIR/Cbemistrry - Acetylene Compounds (Contd) Feb 4'9
diluted by same voltime of absolute other, With
a6ehamical mixing dnd pericdlc voool-Ing. Submitted
21? Oct 47.
46A9T20

tC8 Wwy. ~Lr Etc QHICI
pye Buetc(611=1-11 which tree 416 concA. KOIJ'
-7
1.4211s.
&, pfperatwe bei.ted It fro. at 120~0'
rid. (a 11.) and 14,
Avdi'16i with "ll'O
eltd, vv th Rho; t a ext. N*d,
treated with 10% 11cl Nva'a ppt.. of dj:~~?a s
OR.
I
:j,". 'al"I In. The gx1fte prodact, ~~t. 1,84%
ll"t
obtained lis U.3%-jrield whm tlv, Opnporointa were
Eerd 1. the prentimof HsO In Riled tub~-10brv; *t
ec-Quip.
DWC7 sail, in, 2W' (from Rtv,)); d
I h 2 int.149 BrCf~aj; Caft e
2021. Heating Utebaseivit ve th
v?.. (Nom Btli the:
diUnroals di-HC sM, decomp, 21ti M.
-ed.
flee base could not be: purif 0,4. Xoolm~~'

- tBDUSSMO. L.S.: MOVSUNZAIN. N.M.
Study of formtIon reactions of vinyl other wrideo and chlorohydrits.
Trudy Azerb. ind. inst. no.17:93-107 157. (MIRA 11:9)
Others) (Chlorohydrins) (Oxid9s)

3/152Z(iO/000/004/002/003
B001 /B054
AUTHORS: Shikhaliyeva, R. A., Mo,,rsumzade, M. W., and Dedusenk-o, L.S.
TITLE: Alkylation of Benzen4e by Polymer Frac-.ions in the Presence
7_
of Aluminum Chlori.de
PERIODICAL: Izvestiya vysshikh u(,.hebnykh zavAde.ni,y. Neft' i gaz, 1960,
No. 4, pp. 85 -- 90
TEXT: In their previous report, the authors described the results Of
benzene alkylation by the fractions of ethylene polymer in the presence
of AM 3 at temperatures of 60-650C.; the yield. in alkylates was at moot
16% of the theory. To increase the yield and prevent a polymerization-
and depolymerization reaction, the authors worked. at lower temperatures
in the present investigation. The results of 'these experiments show that
the yields in alkylate fraction aboN,e 1410L)C) were higher at a tempera-
ture between 200 and 25 C and at the ratio of 0.9 moles of polymgr fra,,,-.
tion to 2 moles of benzene than tho yields obtaine~i at 60o and 61;0C. Tha
experimental part describes in. detail the benzeno ~Llkylation by small
Card 113

Alkylation of Benzene by Polymer Fractions in S/1;52j6D/OOO/OO4/002/003
the Presence of Aluminum Chloride 1300'?/B054
polymer fractions in the presence of AIC2 3' and the oxidatien of the
alkylates with potassium permangana*-e to clarifj the -omposition of the
alkylates. The polymer used was obtained by hydration of ethylene with
H2so 4' Its olefin contc-,r-t exceedecl 50%. For tha alkylation, -Jt is most
convenient to use fractions which do not boil at a pressure of 9 MM Hg
above 1100C. The highest yields are cbtained with a paa.5age of HCI al,
the beginning (if reaction .. at a temperature between 8 and IVC, at a
ratio of 10-15% of Alcl 3 to the polymer fracticn.. and 1 mole of the lat-
ter to 3-2 moles of benzene, and with prolongee. mi.xing. Alkylation is
accompanied by partial polymerization of the irLitial product. The
aluminum chloride also depolymer-,zen, in part, the polymer fractionj
which leads to the formation. of alkyl benzene ivith a lower molecular
weight than expected. Under the above reaction -onditions, the principal
amount of polymer fraction is regained in an u'.11ebanged state, and can
be re-used for benzene alkylatioa. The yield In alkylates is at most
25%e referred to the olefin conient in the initial fraction. There are
2 tables and 2 references: 1 Soviet and 1 German.
Card 2/3

Alkylation of BenzAne by .'Polymer Fractions in E:/152/60/000/004/0.)2/003
the Presence of Aluminum Chloride 11001 /B054
ASSOCIATION: Azerbaydzhanskiy institut nefti i khimli im.
M. Azizbekova (.Azerbaydzhan institute of PetToleum and
ChemistrL i
__Laani M. Azizbekov)
SUBMITTED: October 16, 1957
Card 3/3

MOVSUMZADE, M.M.; DEDUSENKO, L.S.; ISR-IOANESYAN, L.A.
Hypochlorite oxidstion of isobutylene and the action of iodine
on isobutylene oxide. Izv. vys. -acheb. zav.; neft' i gaz 3
no.7:71-75 160. (MIWL 15:5)
1. Azerbayd7,lLansl--iy institut nefti i khimii, imani
M. Azizbekova.
(Propene)

MOVSUMZADE,, M. M~; -DEI)IJSEIP(O,-L. - .,.
Dealkylation of polrethylbenzonee. Azerb.khim.zhur-. no.4253-60
961. (MIM 14:11)
(Bentene) (Alky-1 groups)

SHIKHALIYEVA R.A.; MOVSU147ADE-, 14.M''!; IEJ)'JSENKO-0 L.S.
of
A]Jcylation of benzene by polymeric fractions in the prevence
aluminum chloride. Izv- ris. uchab. zav.; neft' j gaz 3 no.4:85--90
l6o. WRA 15:6)
1. Azerbaydzbmiskiy ihstitut nefti J khimij imeni M. Azizbekova.
(Benzey,e) (Allglation)

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DIDUSUKO. Yu.R.
--
Investigation of the heat exchanger for a counterflow-type gas
turbine with constant combuBtion. Sborn.tru,i.lab.prob.bystr.mash.
3:144-167 '53. (KWA 9:9)
(Gas turbines) (Heat engines)

INDUSENKO, Yu.M., kandidat tekbnicheskikh nauk.
.1
- ~-~
Optimal relation of mean flov -velocities In cross-current heat
exchangers having a checkered tube arrangoment. Sbor.trud.lab.
problsbyntr.mash. no.4;115-126 '53, Wa& 7:W,
(Heat engineerinf':)

111MUM, Yu.14., kandidat tekhnicheskikh nauk.
~ ..
Comparlison of countercurrent sud checivered gas flow beat exchangers.
Sbor. trud. lab. probl. byu tr. mash. no.4:127-132 153. (VLRA 7:12)
(Heat exchangern)

USsR/Engineering - Gas Turbines FD- 1585
lcj~ V r t: /V-1 1.1/ L))Y0.,nA -
Card .171 : Pub. 41-6/18
Author : Dedusenko, Yu. M. Khar1kov
me rwaWA"P.
Title : On the selection of thermotechnical characteristics and the
reduction of dimensions of tubular heat exchangers of gas turbines
Periodical : Izv. AN. SSSR. 01-d. tekh. nauk 8, 53-64, Aug 1954
Abstract : Selects optimum parameters of heat-exchange apparatus by establish-
ing the following: effect. of resistance of heat-exchange apparatus
on the efficiency of the gas turbine engines; optimum relationships
of parameters of counterflow heat exchanger; and optimum relation-
ships of parameters of heat exchanger with cross current. Studies
small-size heat exchanger with counterflow of working medium.
Diagrams; graphs. Five references.
Institution
Submitted july 16, 1954

4A

2
94.-~Jw
6

aiting'
4~s~ihi rom. 4;p
_
~U

s0 ii rubiAtifl jest axebugu ki the beat 4tp~emrioa of the dip-
amp guai i io Part. the crmmo
ft.~4 thij lpxxk~ olphisiule in the beat
46.11AUPTIA xtl"19~0& The XA61114pre e4l.4s"x 4:4 given
IM6 sly"
i6i, fnm~ irdortsof the Cyclc~&Od ~J!J~& dili~ee of resell,
it i,,64ws tbii~Io ~Mr
trwilit
L jinim e-sepentria4h, Ov~ outivii pirsiWir laxseo;
Tbe Co-
it
p i'lx~ tWol to We des
ed ~tjpdoij~~f the tUWor beall.
_.r L~~i to> iii,i iouiia
ov
USSR

77

DIDUSINKO Ym,. Milmt"46L- PROSIM, G.F., otyetetve=.rr redaktor;
, I.Y., redsk izdatellistys; SITACEINKO, Ta.l., tekhnichs-
skiy radaktor
[Optiml grouping of tubular heat-excbange apparatus -in gas turbines]
Optimallusts, komponovis trubehatyldi toploobsennykh apparatov gazovykh
turbin. Kiev, Izd-vo kkademli naulc USIIA, 1956, 134 p. (MLRA 10:1)
I't Doyetvitellnyy chlen AN USSR (for Proskura)
(Gas turbines)

, 1,
124-11-12845
Translation from: Referativnyy Zhurnal, Mekhanika, 1957 Nr 11, p. 77 (USSR)
AUTHOR: Deduseako, Yu. M.
TITLE: The Influence of Fins Attached to an Exteirnal Heating Surface on the
Fundamental Indices of Cross-Flow Heat"Exchangers in Gas-Turbine
Installations. (Vliyaniye orebreniya naruzhnoypoverkhnosti nagreva na
osnovnyye pokazateli perekrestnotochnykh teplo-obmennikov gazo-
turbinnykh ustanovolt)
PERIODICAL: Sb. tr. Labor. gidravl. mashin. A N. SSSR, 19 56, Nr 6, po 168-179-
ABSTRACT: Utilizing material published in an earlier paper (Izv. A. N. SSSR,
Otd. tekhn. n.,1954,Nr 8,pp 53-64 - Ref. Zhurn. Mekh. , 1955, Nr 9, 5034),
the Author compares smooth tubular and finned heat exchangers with
cross flow for optimal mean velocities inside and outside the tubes; he
arrives at the conclusion that the employment of a finned surface per-
mits some reduction in the volume of the cooler. For the example
shown, the reduction attains approximately 25 percent.
(N. A. Kolokol'tsov)
Card 1/1

DEDUSMO, uriz, at& IBM 8010MIPPOT, A,P,, otv.red.; REMINNN, T.I.,
r
-WOMMOMMU"i POIT72:21I TZTS. I.M., takhn.red.
[Regenerative networks and regenerators in gas-turbine systems]
%generativnye ekhavy i regeneratory gazoturbinnykh ustanovok;
teoriia i raschet. Kiev, lzd-vo Aked.nauk USSR, 1960. 267 P-
(MIRA 14:4)
1. Chlon-korrespondent AN USSR (for Filippov).
(Gas turbines)

6/731/0()0)01 ~;rooqoos
0
4. 1034/1234
AUT HOR i Dedusenko, Yu. M.
TITIE: Heat exchanger of nosted tubes for a gas turbine installation
SO LFICE I Akademlyn nnuk 11kraino'koyi MR. Laboraoriya gidmvlichookikh
mashin. 3bornik trudov, no. 9. 1961. 113-123
=(T: Utilization of the heat carried away'by the exhaust gases from a
turbine usually requires an excessively large heat exchanger. A compact type
of heat exchanger can howevor be formed by a system of nested tubes (figure 1a),
vffiich can be either plain (figure lb) or ribbed (figure 1c). Both cases can be
described by the s torrelations, on adopting for the ribbed tubes a mean
~itimeter dm - 51, where ; is tho cross-~sect~ional area of the tube. The
oa L77PLT
ribbing' coo2ficion, x x -u-, where u is the perimeter of the ribbed tube.
Tr d nean
Interrelations are derived for dotermining the optimum conditions for thE doeign
of a compact heat exchanger. The problem is reduced te. finding a ratio between
the mean velocities of flow at thich, for the given duct resistancest the
Card 1/2

Heat exchanger...
S/731/000/009/004/005
1034/1234
coefficient of heat transmission reaches a maximum or, in other words, the
hoating surface reaches a minimum. A numerical example is vorked out. It is
noted -that nested tube systems are likely -to-prove usefiLl in coolers for
compressor installations. There are 3 filWres.
Figure I
Card 2/2
yase,;
C,

DEDUSENKO, lu.m.
Designing refrigerators mads of pa:Lred pipes, Sbor.-turd.Lab.gidx-.
msh.AN URSR no*10:153-156 162* (NIRA 15:12)
(Refrigorators)

DEDUSENKOf YuoM.; PAT,OIrSKIY. V.G,
Using an electronic digital ccmputi3r in calaulating a~-i-angements of
gas-turbine units for optimum paraneters. Trudy lab.g1dr.mash.AN USSR
no.11:171-181 164o (MIRA 17:10)

DEDUSENKO, Yu.M.
Heat transfer and 17drodynamic re3istanco cf prc-flled tabes. 7~-udy Lab.
gidr.mash.AN USSR no.lltl82-189 164. (MTRA 17s-10)

FILIPPOV, A.P., otv.red.;._,R red.; NAMAINAYA, II.K.,
red.; BULGAYDV, V.N., red,.; SYTNIK, II.K., red.; STALkYEVA,
S.A., mlad. red.
[Operating processes in tvrbomachines and the stnbility of
their elements] Rabochie protsessy v turbomashinakh i proch-
nost' ikh elementov. Kiev, Naukova dumka, 1965. 1'/2 p.
(MIRA 18:6)
1. Akademiya nauk URSP. Kiev. 'Instytut mekhanyky. Xharlkov-
skiy filial. 2. Chlen-korriaspondent A' Ukr.S,,*l (for Filippov).

-ACC NRt AT7002152 (Ni~ SO'URCE CODE: UR/0000/66/000/000/0007/0019
AUTHOR: Dedusenko, Yu. M.; Dedkovi, G. Ve
~ORG: Kharkov Affiliate of the Institute of Mechanics AN Ukr8SR (Kharlkovskiy filial
tin-ta mekhaniki AN UkrSSR)
TITLE: Determination of the optimum cyclic and condensation parameters for gas tur-
bine installations
,SOURCE: AN UkrSSR. Tormodinamika teplovykh dvigattl*y (Thermodynsistes of heat
engines). Kiev, Izd-vo Naukova dumka, 1966, 7-19
;TOPIC TAGS: gas turbine, vapor condensation, turbine compressor, thermodynamic cycle,
thermodynamic efficiency
~ABSTRACT: The authors consider the use of high-power gas turbine installations as
basic engines and propose a method for optimizing the following paratneters with re-
I
-spect to maximum efficiency: the degree of expansion and compression in the turbine
iand compressor groups, the parameters of the working process In the compressors and
conditions favoring minimum surface area for all condensers. It is ewsumed that the
gas turbine installation is the single-shaft type with any numberof combustion cham-
bers and intermediate condensers, and that the following parameters axe known: the
initial temperatures of the working fluid before the turbines and of the air before
,the compressors, the efficiency of the turbines and compressors and the rate of water
Card 1/2

ACC_ NR_s___AT1O02i52
,r-Low to all condensers. The hydraulic resistance of the gas and air channels is
.taken into consideration as well as the differences in thermal capacities and rates
,of flow in the various sections. The loss factors Xc and Xt for the compressor and
Iturbine groups respectively are found and the condenser characteristics are then de-
~ermined with respect to a given Xt by varying Xc* When the optimum degrees of com-
pression and expansion with respect to maximum efficiency have been found, the para-
meters vhich determine the compression process may be c&lculated. These data are
then used for selecting optimum heat exchanger parameters. The proposed method is
4pplicable to various types of condenser surfaces with certain changes in some of the
equations. Orig. art. has: 3 figures, 47 formulas- ' I
CODE: 13, 20/ SUBM DATE: 05mar65/ ORIG Rgr'- 005

. 0 %14~.
botow
1 119,216 .
I

V.. T-.
DEDUSHENKO, V. Lz "The modern detection of pulmonary tuberculoBis in adults
its organization and effectiveness." Kiev Order of Labor Red
Banner Medical Inst inieni. Academicinn A. A. Dogomolets. Kiev,
1956. (Dissart.tion for the Degree of Candidate in Medical Science.)
Knizhnaya Ietopis'
No 32, 1956. Moscow.

AIEKSANDROVSKIY, B.P.; VOROBIYEV, M.F.; DEDUSHENKO, V.I.; MAMOLAT, A.S.j,
RIGHENKOP S.G.; KRUTORSKAYA, V.D.; YASHCHENKO, T.T.
Clinical X-ray and functional characteristics of patients with
a solitary lung 9-10 years after pneumonectomy. Probl. tub.
no.2t23-28 165. -. (MIRA 18:22)
1. Ukrainskiy nauchno-isaledovateltakiy institut tuberkuleza
i grudnoy khirurgii imeni akademika F.G.Ymiovakogo (direktor -
dotsent A.S.Mamolat)p Kiyev.

T IT
L 35815-66 ENT (k (t) JFTT up(") jn
Abe-ki-AP6015246 SOURCE CODE: IJR/0125./66/000/003/-664-~)~~~r-I
AUTHOR: Klyuy!v, M. M., Dedushav, L. A. 31
ORG: Elektrostal' Plant (Zavod "Slektrostal"')
TITLE: Processes of deoxidation during electroslag melting
SOURCE: Avtomaticheskaya avarka, no 5, 1966, pp 49-52
TOPIC TAGS: electroslag melting. redox reaction, synthetic slag, metal purification/
/ShKhl5SG steel, 91481 steel, SP350 steel
ABSTRACT: Along with its definite advqntages, electroslag melting has the disadvan-
tage of resulting in the oxidation ofillaga_q~ing to-the presence of oxides of
elements With a variable valence, the presence of scale on the electrode and the
oxidation of the electrode during the melting, all of which leads to the accumulation
of weak oxides in the slag, which reduces its refining power. This disadvantage is
eliminated by performing the melting in an inert atmosphere or by deoxidizing the
slag during the melting. In this connection, the authors present the res lts of anj
experimental investigation of the electroslag melting of ShKhl%G~ E14813nd EP350 I
teels, demonstrating the possibility of additionally rediiZ-ing t7he Z~~_taminatfo-n--oT
etal by deoxidizing the slag during the nalting, given specified conditions. Deozi-
:

L 35815-66
ACC NR: AP6015246
I
dation was performed by periodically adding alumocalcium or a mixture of alumocalcium
and crushed electrodes. Findings: deoxidation of this kind contributes to removing
oxide, ailicate and globular inclusions from the metal, nince the evolution In the
slag of such an active deoxidizing agent as Ca contributes to reducing the oxidizing
ability of the slag and hence also to a more thorough refining of the metal, while
Al at the same time passes into the metal. It was also incidentally established
that, despite the decrease in the silica content of slag, due to the passage of some
Si into the metal, the C&O:SiO2 ratio for the slag remained roughly constant;
evidently the CaO:SiO2 ratio is self-balancing when the slag used is based on a
fluoride (CaF2) and when Si-containing steals are malted. Orig. art. has: 7 figures,
2 tables. -0
SUB CODE: .13, 07, 1l/ SUM DAM 22Jun65/ ORIG REF: 009/ OTH REF: 001
Card 2/2

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DENISOVO S.A.; DEDY, V.Yu.
Logs of open pits as a method for studying the geology
of deposits. IJzb. geolo zhur. 7 no.3s83-134 163.
I . (MM 16til)
1. Almal7kcskaya geologo-razvedochnaya ekspeditsiya.

DEDY, -".Yll.
C,, .-I E
Onbzone, of th~! 1--achingy oxidt.tjon zom in r,',-
posits. !Izh. geol. zhor. 9 no.1,2k~-',,', 165. (j,',TIIA 18:5)
1. Altynt,r)ukanski.y kombinat.

DEDYP V.111.
i .- - ~
hl,orphc;o,,Icql ch;-rActerintic.3 tt;~~ :7 !,.ic- "al-
:!opper-porphyry ilzb. i!nnl. zlhur, A n,).-*)-,61.-66 16,'.
18,:",
- - - ~ .1
I . Rudnik

DI-Ty 11 Yu
- - I - - - k~" - .I . -' -1 .-
Oxidation zone In the Kallmakyr copper-molybdenum deposit.
Zap. Uz. otd. Vses. min. ob--va no.1603-87 164.
(MIRA l8t6)

DEDITA. Bedri
---F-01-1-0w-in,r, a now course, Voppsikhol. 4 no-3:149..150 W-Je 158
(MIRA ll:El)
(ALBAN IA-FSTGHOWGY)