SCIENTIFIC ABSTRACT TSAREVA, YU.S. - TSAREVSKIY, G.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756920008-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 32832-66
ACC NR- AT6008666
results of the study show that the distance between two averaged standards for the majority of
symbols Is much greater than the sum dispersion of the symbols. The quality of recognition
decreases with field overlapping of the symbols. Dispersion of straight symbols such as H or
T Is 1. 5 to 2 times lower than for round letters. The fragment methods are discussed. The
fragment method used can be improved by the addition of several thresholds, up to 5, and
several gradations In weight, up to 10. This will result in increasing the reliability of recogn]
tfon. OrIg. art. has: 7 figures, 2 tables, and 6 formulas.
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W&Sk/ Chemistry - Physical chemistry
09rd 1/1 Pub. 22 - 29/47
Authors t Vagramyan, A. T., and Tsareva. Yu. S.
Title Internal stresses of electrolytic nickel depositions and their porosity
Periodical : Dok. AN SSSR 98/5, 807-809, Oct 11, 1954
Abstract : The effect of surface-active substances and alternating current on the in-
ternal stresses and porosity of electrolytic coatings was investigated. The
effect of 2,6 - 2,7-naphthalindisulfonic acid and paracresol, on the porosity
of an electrolytic Ili-deposition, in explained. The extent to which the
value of internal stresses is affected by the addition of the above mention-
ed substances is discussed. The parallelism between the effect of surface-
active substances and variable current on the internal stresses indicates
that the porosity of electrolytic depositions its due mostly to the stresses
in the5e depositions. Two U3SR references (1951 and 1952). Graphs.
Institution : ...
: ed by i Academician A. N. Frumkin, May 21, 1954
"F0,

U611-R/Chemistry Electrolysis
Card 1/2 Pub, :L47 - 2o/26
Authors I Teareva, Yu. S.; Sololchina, V. G.; Kudryvtsev, N:-T.; and Vagramyan, A. T.
Title
I EFiect of' surface active substances on the mechanical properties of
electrolytic Cu-depositiolis
Periodical t Zhur. fiz. khiia. 29A, 166,173, Jan 1955
Abstraot I It was established experimentally that surface active substances added
some times to an acid copper sulfate solution for copper plating
produce different effects on the mechanical properties of the deposit.
It was found that surface active substances can cause internal con-
traction and expansion stresses depending upon the nature and concen-
tration of the substance and the current density.
Institution Academy of Sciences USSR) Institute of Physical Chemistry, Moscow
Submitted June 9. 1954

Periodical : Zhur. fiz. kh1m. 29/1, n6-173, Jan 1955
Card 2/2 Pub. 147 - 20/26
Abstract I It was established that coppor dapositjobtained from electrolytes
containing thiourea and naphthalindisulfonic acid possess sufficient
plasticity, high micro-hardness and small internal stresses. An
instrument is described which records automatically any changes in
internal stresses of electrolytic deposit in electrolysis processes.
Nine USSR references (1935-1951). Table; graphs; drawing.

q
USS-U/Chemistry Electrolysis
Card 1/2 Pub. 147 22/26
Authors I Vagramyan, A. T., and
, -La. U
Title I Internal stresses of electrolytic metal deposit
roriodical i Zhur. fiz khim. 29/1, 185-193, Jan 1955
Abstract I The basic factors resulting in internal stresses in electrolytic
metal deposit were found to be: changes in lattice parameters, changes
in the distances between the deposition crystals, amalgamation or
orlargemont of deposition drystals and the formation of chemical
compounds between the metal and the admixtures included in it. A
thorough study of the internal stresses of electrolytic metal de-
positions showed a parallelism between the internal stresses origin-
ating in the deposit-ion and overstrain.
Institution Academy of Sciences USSR, Institute of Physical Chemistry, MoscV.4
June 9, 1954

Periodical Zhur. fiz. khlff,. 29/1., 185-193, Jan 1955
Card 2/2 Pub. 147 - 22/26
Abstract The electrolysis concLitions and the composition of the electrolyte
were found to have a definite effect on the internal stresses.
Eleven referencesi 6 USSR; 3 German and 2 USA (1922-1954)o Tables;
graphs.

KA'!TTC77`7, T. ^jh. y 7. Y-
Clothin~, Trade
j,,Ijjtj,)je :,tyle, ijroce-3:9 on a non a v~t-hanized conv~,yer. L,!i,. prnr.~- 1Z t.r). 4: ~'-9 .;) 1,,52.
I
9. Monthly List of Russian Accessions, Library of Congress, July -1956. Unclassified.
2

GAPOVENK0. H.JFO-. TSAREVA, Z.Ta.
Subcutaneous rupture of the retroperitoneal duodenum. caused b7
inJury. Khirur&iia 33 no.4:145-146 Ap '57. (MIRA 10:7)
1. Iz khirurgichaskogo otdelenive (zav. M.Y.Gaponenko) Shchelkavsko7
bollnitsy.
(DUODEM--WOUNDS AND INJURIES)

I -~
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ii

15-57-7-10356
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 7,
p 252 (USSR~
AUTHORS: Tsarevich, K. A., Kuranov, 1. F.
TITLE: Computing the Production of Central Drill Hole in
a Circular Distribution Worked by Buoyant M'ethod
(Raschet debitov tsentrallnoy skvazhiny v krugovom
plaste pri uprugom rezhime)
PERIODICAL: Tr. Vses. neftegaz. n.-i. in-t, 1956, Nr 8, pp 9-34
ABSTRACT: Bibliographic entry
Card 1/1

TSAREVICH, K. A. - . V, I. F.
ComputIng, the flow of the central well of a round-sbaped oil pool
In the case of elastic drive. Trudy VITH no-8:9-34 156.
(MLRA 9:12)
(Fluid dynamics) (Petroleum engineering)

,r,- ~ -,X~ - V A
- , iTT- ) 'I . - .
Fue Is
T ~ , : 4
I I". z-, ~ -lu ---2-
So~e Il-P-

L MAMMA, NO) inzho
Effectiveness of capital Investments in coal mining, Min
delo 17 no.31:42-44 262.
1* M+=o-geolozhki inatitut,

TSAREVSKA, N.P.
.410M~ Certain problems in the methods of detarmining economic effect
of capital investments in coal mining, Godishnik Min gaol
inst 7:503-510 t60/161 (Publ. 1621.

SITNITSIKA, I.G. [Sytnytolka, I.H.], kand.med.nauk.;TSAR.EVSKA, P.M.
Clinical picture of celiac disease. Ped., akusk. i gin.
25 no.lt22-23 163. (KIRA 16:5)
11 Drugs, likarnya Moskovolkogo ra7onu m. Kiyeva(golovniy likar
A.O"Rudik (A.O.Radyk]). (CELIAC DISEASE)

KRASIL15HCH,IKOV, L.B.; TSAREVSKA'fi,, A.A.
Apparatus for meanurirq! roflection IndIcatrisea In the
region of the spectrum. 1rudy GOO no.100:131-132 160.
(MIRA 13:6)
(Reflection (Optics))

M
L 00837-67 EWr(m)1Er(j-j RIA
ACC -NRI AP6027779 SOURCE CODE: UR/0190/66/008/008/1455/1458
AUTHOR.,* Kargin, V. A. Tsarevskaya, 1. Yu.
ORG: Institute of Petrochemical �ynthesis, ANSSSROnatitutneftekhiriiicheakogo
sinteza AN SSSR)
TITLE: Deformation of crystalline po utylene
SOURCE: Vysokomolekulyarnyye soyedineniya, v. 8, no. 8, 1966, 1455-1458
TOPIC TIAGS: spherulite, polybutylene, crystalline polybutylene, material
deformation, elastic deformation, structure degradation
A13STRACT: Deformation of crystalline polybutylene was studied. It was shown
that polybutylene obtains high reversible deformations in the limits of the state.
Crystalline formations (spheruliterg) behave as a homogeneous substance the
deformation of which corresponds to the deformation of the whole sample. Thus,
the elastic deformation without a structure degradation could reach some 10%.
Orig; art. has: 7 figures. [Based on authors' abstract] INT1
SUB CODE: 07/ SUBM DATE: lOJul65/ ORIG REF: 005/
ird 1/1 hs UDC': 678.01-.53+678.742

ACCESSION NR: AT4020711' S/0000/63/000/000/0219/0223
AUTHOR: Kargin, V. A.; Tsarevskaya, 1. Yu.
TITLE: Mechanical properties of polybutylene
SOURCE: Karbotsepn Y111ye vy*sokomolakulyarnyleye soyedineniya (Carbon-chain macro-
molecular compounds),, sbornik statey. Moscow, lzd-vo AN SSSR, 1963, 219-223
TOPIC TAGS: polybutylene, opticeil property, x-ray diffraction, thermornechanics,
dynamometry, polyolefin, crystalline polyolefin, turbidimetry, vitrification
ABSTRACT: Two polymer modifications were obtained by the fractionation (rapid
cooling) of benzene solutions of polybutylene originally prepared using TIC14 +
Al (isobutyl)3 as a catalyst. It was shown by optical, x-ray, thermomechanical
and dynamometric investigations of these polybutylene fractions that fraction I
is a typical crystalline polyolefin with a vitrification temperature of -35C and
a melting point of iOOC, while fraction 11, under the usual conditions of the cry-
stal)ine state, shows elastomeric properties under the Influence of mechanical
stress. This phenomenon can be explained by the rapid destruction and re-forma-
tion of the crystallinia structure. The turbidimetric titration curve for un-
fractionated polybutylene is also given. This polymer can be looked upon as a
re
crdinforced plastic material, in which the elasticity is furnished by fraction 11
1/2

ACCESSION NR: AT4020711
and the strength by fraction 1. This combination of properties is of-great
interest for producing highly elastic crystalline plastics. Orig. art. has: 10
figures.
ASSOCIATION: Institut neftekhimicheskogo sinteza AN SSSR (institute of ~etro-
chemical Synthesis, AN SSSR)
suamiTTED: o4ju162 DATE ACQ: 2OMar64 ENCL: 00
SUB CODE: OC, KT NO REF SOV: 003 OTHER: 001
Card

IZKAYLOV, N.A.; TSUEVSNAU'VAILF-4-
Physicochemical analysis in solutionsp and calculation of the
yield of the reaction, Part 4: Reaction of amines vith butyl
alcoholp acetonep and acetic acid (from cryoscopic data).
Ukr, khim. zhur. 26 no.6s688-696 160. (MIR& 14:1)
1. Kharlkovskiy gosuniversitet im. A.M. Gorlkogo i Luganskiy
sellskokbozyaystvennyy inatitut.
(Aminea) (Acetone) (Acetic acid)

IZMAYLGV,, N.A. [deceased]; TSAREVSKAYA, M.N.
PbYsicochemical analysio in solutions and calculation of
the reaction yield. Part 5. Reactions of acetic acid and its
chlorine-substituted derivatives with aromatic AmInes studied
by cryoscopic data. Ukr. khim. zhur. 28 no.1:101-108 162.
(MIRA 16:8)
1. Kharlkovsk-"y gosudar.-itvenn3rj universitet im. A.M. Gortkogo
i Luganskiy sel'skokhozyaystvennyy institut.

IZMAYLC-V, N.A.; TSAREVSKjtYA. M.rj.
Physicochemical analysis in solutions ~tnd calculation of the
reaction yield.. Part 6: Reaction -.)f acetic acid and its
ebloro-substitUted derivatives with aromatic amines (from
electric conductivity data). Ukr, khim. zhur. 27 no.4:437-442
161. (MIRA 14:7)
1. Kharlkovskiy Fosudar.9tvennyy universitet im. AsM.Gorlkogo i
Luganskiy sel'skokhozyaystvennyy Institut.
(Acetic acid) (Amines)

MAKIN, A.I.j NIKITINO BA.; TSAMVSKAYAp N.P.
Using rare earths for tinting glass. Stek. i ker. 18 no. 3:33-34
mr 161. (KMA 14:5)
(Rare earths) (GlaospColored)

SHAFMIMY11, I-Ya.; TSAUVSKATA, Te.A.
ComPlexometric determination of calcium and magnesium. Izv. Otd.
est. nauk AN TAdzh. SSR no.1:81-87 158. (NDU 12: 1)
l.Kafedra khimii Tadzhikskogo sell sk*kho;7*ystvennegq instituta.
(Calcium--Analysis) O(weslum-Analysis)

SHLYZOHMN. I.Ya.-,BDNDLRI. V.V.; MALAKHOVA. S.I.; KHMATOVA, A.T.;
TSMVSKAYA,,Ye.A.
Hew method for the determination of nitrates. Dckl. AN Tadzh. SSR
1. no.21:11-15 '58. (MIRA 12: 1)
l.Tadzhikskly sel'skokhozva"tveuny7 institut. Predstavleno ak-Ademi-
kom AN Tadzhiksko;r SSR S.Yusupavor.
(Soil4--Analysis) (Nitrates)

TSAPSKI, Petur, lnzh.
FormJng the water soale and otabilizing cooling warer by sodium
phoophato in thermeloctric plants. Mektroonergiia 15 no.8s
9-12 Kr t64

S/03 621028100910091009
B104YB102
AUTHORS: Zaytsev, 1. F., and Taarevskiy
TITLEs A portable vibration viscometer with numerical reading
Pk,HIODlCAI,s Zavodskaya laboratoriya, v. 28, rio. 9, 1962, 1135 - 1137
TEXT: A device for industrial measurements of viscosity is described.
It meastires the numbpr of vibrations-of a light disc in the liquid to be
investigated, the disc being attached to the arm of an electromagnetic
vibrator. The device consists of two electromagnetic systems and one
electronic semiconductor switch. The immersed measuring disc, (1) fixed
at the anchor (2 of a vibrator, is set in vibration-by the electromagnetic
system I (Fig . 1~. The frequency of vibration depends on the viscosity.
The number of vibrations counted is transferred through the trigger io
the electromagnetic system II which works the ratchet mechanism (3) of
the numerical indicator. Temperature fluctuations of 2 - 30C do not
affect the accuracy of measurement, but greater fluctuations necessitate
corrections. There are 3 figures.
Card 1/2

5/032/62/028/009j'OG',~/1-0',,
A portable vibration viscometer ... B100102
ASSOCIATIONt Ukrainakiy proycktno-konstruktorskiy I nauchno-is.-jrdo-
vatellskiy institut po obogashcheniyu i briketirov~iriya
ugley (Ukrainian Design and Planning and 5cientific
Research Institute of Coal Enrichment and Briquetiniz)
Fig. 1. Schematic diagrain of the viscomett:r.
Card 2/2

TSAREVS-Y-1Y, A. F.
VOPROSY EYOIIDIIl Fl.F(,TzlGE!;:-:RGII IIA
UGLEOBOGATITELIIIYYII FABRIUKII Z- PF,()'.3-
LE-2 OF ECONO.Tl OF ELEMIC FG4E.-M IN
COAL PRO','ES31!'rj PLANS, BY,7 A. SUDEINK0 I
SUDENKO, AI-F]KSEY MIKHAYLOVICH. MOSUA, UGIr-,rE?.-HIZDAT,
1956.
70, Z- 22 P. DIAGRS., TAUES.
R932q3
"LITERATURAII: P. 71

SUDMIAO, Aleksay Mikhaylovich; TSARBYSKIY. Anatolly Fedorovich; SILISIEM,
A.B., otvetstvennyy re"ktor; GAMIR,
ANDRIM, G.G., takhnichaskiy redaktor; rL'IHSKAYA, G.X.,
takhnicheakiy redaktor
[Problems of economizing electric power in coal preparation plants]
Voprosy ekoaomil elektroeaergii na. ugleobogatitallnvkh fabrikakh.
Hoskva, Ugletekhizdat. 1956. 70 P- (MLRA 9:9)
(Coal preparation) (Xlectric power)
.. 1,

TSAUVSKIY, A.K.; OGORODNIXOV, S.F., lush.
Using injectors In auction pipes of dredgar~. G'Idr. I wel. 9 no.10:
50-56 0 '57. V (KLRA 10rll)
1. Chlen-korrewpondent Tsevoy=noy akadmmij eel I skokhozyayetvonnykh
nauk in. T.I. Imnins (for TShrevskiy).
(Dredging mohinery-Attachments)

TSARZVSKIT, A.M.
Ifork of the All-Union Scientific Research Institute of Hydraulic
Inginsering and Reclamation in the field of hydromechanization.
Makh.stroi. 14 no.3124-25 Mr '57. (MIRA 10:4)
1. Chlen-korrikepondent Vaesoyuznoy ordens, 6enina akademil sel'sko-
khozyaystvannykh nauk imeni V.1.1enina.
(Dredging machinery)
(Dams)

i,,.
27226 TUSAREVSKIYY A. llurspiollftiw
.1 Gidromellhanizatnii Zemlyaziykii habot Ponsj-jjo-~
Nizme.,ir,osti.Llc,,pros.r Osusidt. ~Ielioratsf i -~-a
) . V sb: K Vo-)rosu *'
I Razvitiya Froizvodltlu. -lil Polesll;a~ Vinj`y, 19119, r,.2C6-13.
SO: Letopis' Zhtiriialfnykh Statey, Vol. 36, 190

ZAYTSEV., I.F.; TSAREVSKrr, A.F.
Portable vibrational viscosimeter vith a digital(congmter
reading. Zav. lab. 287no.9:1135-1-137 162. KIRA 16W
1. Ukrainakiy proyektno-;-k6nstrLAtorskiy i nauchno-isslado-
vatellBkiy institut po otogashchanivu i briketirovanlyu ugley.
(ViBcosimeter)

176T
USSR/Rydrology - Excavators Feb 51
"New Type of Floating Excavating Pump," A. M. Ts&rev-
skiy, B. I. Pugavko
"Gidrotekh I Meliorat!'Vol III, No 2, pp 69-79
Min of Water Econ Uzbek SSR constructs series of
mech irrigetional and soil excavating machines PZU-
VNIIG and M-2, expected to be used in constr of hy-
dro-generators in regionis of Kuybyshev, Stalingrad,
Main Turkmen Canal, Kakhovka on Dnepr, South-Ukraine
and North-Crimea canals. Description and diagrams of
machines.
4M 176T57

11 Men=,-L-4; PUGAVKO, B. 1. E~lg.
2. UssR (600)
4o Dredginir, Machinery
7* Cl"njnf; of irrigation
6 no.9, 1952 systems bY means of kydrO-Mchanization. ITekh- TMd. rab.
9
Xalhl Ist 2-
' ~ Ll- f Russian AC -c-e-S-SI-Ons, Library of Congress - -------- ~1953- Unclassified.

I
ri. A!.) MU POPOV, V. 1.) AIUONIOVA~ M. E., PAVLOVICII, L. A., "aam,"A'
R.-M. and-001-MMEVA) T. Ya.
"About infectious nature of atrophicol liog rldnftlri."
Veterinarlya, Vol- 37, No. 4, ig6o, p. 38
S c~ - I - ~ o-6. p S C'N-JAI~o - A, , ~ AILL i~"U* k ~ ~ R~ f~
j0 - %-~ 0-tiku"a., m s k~j

TSARRaMMIY, V.A., kand.tekhn-nuuk
Selecting diesel lubricating, oils and estimating their quality
during the operation of diesel locomotives. Trudy TSIIII I'TS
no.180:43-78 159- (Kft 13:4)
(Dingsl locomotives--Lubrication)

T _!.~ 1 "' VIV I Y , r't . ! 1 .
Dra i na 17c
Results of scientific vork in the f,i,Id of lard reclamation and its int-O'luctlon intc
productJon (Work of the All-Union Sci(2ntific Research Institute of Hydraulic Ingincering
and Reelramation) . Dost. sellkhoz. no. ", 1952.
Monthly List of Russian Acc~ssions, Librar-,- of Congress, Nov(.,mb#7.r 1)'j2 UP-1CLA3:31FIED

T-l"WuChiYe.
Floa t it] I irl 1'i rld I'c c I ar-'L or 0, .,)1! j
Y. Tj~,n--Vukiy (i dri)
10 F. 'I I ILI

ZAYTSEV, I.F.; DUBROV, 11.9 ZMIMOVICH, Tu.P.; MAWHITS, G.I.
Autcmation of thr- prr--ess f-;r det-3rmining the molsl~-;re of the
charge. Koks i khIm. no.8-16-17 162. (~MIA 17-2)
1. Ukrainskiy proyektnc-konstruktorskiy i nauchnn-issla,i.1wit,31 I -,-
kiy institut po obognshcherilyu i briketirovaniyu ugley (!'.)r ZAY-
tsev, Dubrov, Tgarevaldy). 2. Vcnimuiarsky koksokhimicheskiy zavod
(for Zasimovich, Mamchits).

TSAREVSKIY, A.M.. laureat Stalinskoy premii, kandidat tekhnioheskikh nauk;
V.- 4, . -" ItEmotm, Ij-L., inshener.
Filling earth dame in river beds without first cutting off the current with a
stone barrier. Gidr.i mel. 5 no.12:)0-42 D '53. (MLRA 6:11)
(Dams )

TS SKTY- A-M-- kandidat tekhnichookikh nauki PUGAVKO, B. I., lnzhmner
Small-R12ed KZU dredge. Kekh. trud. rab. 10 no.8:41-42 Ag 156.
(KA 9: 10)
(Dredging machinery)

TSARICVSKIY, A.M., kandidat tekhnicheekikh nauk; HJUVO, B.L. inzhener.
---*
Suction dredge for cleaning ponds. Nauka I shisn' 20 no.10:38 0 153.
(MI2A 6:10)
(Dredging machinery) (Ponds)
. ::-,- 41 - - . - ~- i -
- _i. '.- --
~ I . - - ~I , -, -1- - . . 'i

TSARMKITI Aleksey Mikhaylovich, kandidat tekhnichaskikh nauk-, ZHILKOV_
on lob, kandidAt tekhnicheskikh nauk; PUGAYKO, Bo-
ris Yullanovich, inshener-konstruktor; XOROZ. I.I., redaktor;
ISILMITIVA, P.G., tekhniabeakly redaktor.
(Minor hydraulic engineering equipment; now machines for the dredging
of lakes, canals and small rivers] Xalala gidromekhanizatstia; novye
mashiny d1la ochiatki prudov, kanalov i malykh rek. Moskva, Izd-vo
*Znanie,s 1954. 31 P. (Vs.esoiuznoe obahchestvo po rasprostraneniiu.
politicbeskikh I nauobnykh znanli, Ser. 4, no.23) [Microfilm]
(Dredging machinery) (VIRA 7:11)

KILAKUT. David Iazarevich: KOBYLUKOY.L.K.o redaktor: PXY V.I., te!dmi-
cheskiy redaktor; TSARIVSKIT A.M. rodaktor; PATIAWA,x.m.. tek2mi-
cheakiy redaktor Z-~~
[Damming rivers by hydromechanical means] Perakrytio rok Sposobom
gidromekhanizataii. Koskva,.Goo.izd-vo selkhox.lit-ry, 1935. 151 p.
(Dams) MRA 9:3)

S07/25-59-1-21/51.
AUTHOR: Tsarevskiy, A.M., Director of the Institute
TITLE: The Irrigation of the Golodnaya Step' (oroshenive rolodnoy
stepi)
PERIODICAL: Nauka i zhiznl, 1959, Nr 1, PP 35-37 (USSR
ABSTRACT: The article deals with a new irrigation method for the Go-
lodnaya steplpcomprising millions of hectars in the 3 Cen-
tral Asian Republics - Uzbekistan, Kazakhstan and Tadjiki-
stan. The Vaesoyuznyy nauchno-issledovatellskiy institut
gidrotekhniki j. melioratsii (All-Union Scientific Research
Institut of Hydraulic Engineering and Melioration) developed
two types of sprinkling machins which have both been tested
in the area concerned. The tractor-mounted 'IDDA-100,11" e.g.
Card 1/2 has the ability of sprinkling 100 liters of water per se-

The Irrigation of the Golodnays, Step' SOY/25-59-1-21/51
cond, and thus irrigates 15-16 hectars in 24 hours. This
unit consists of an intake valve and 2 long vanes similar
to the wings of an aeroplane. There is 1 photoand I drawing.
ASSOCIATIONt Vsesoyuznyy nauchno-issledovatelfskiy inatitut P,'idrotekhniki
i melioratsii (All-Union Scientific Research Institute of
Hydraulic Enpineering and Melioration)
Card 2/2

F~_ Ly 1 17, M
300) 7",7/09-50- 1 r-7/1, 1
AUTHOR; 'Dorozhko, P.K., Engineer
TITLE: Extra-mural Session of the Scientific Council of the
11MIGIM at the "Pakhta-Aral" Sovkhoz
PERIODICAL: Gidrotekhnika i melioratsiya, 1959, TTr 10p PP 58-60
(ITS . T~)
ABSTRACT: The Extra-mural Session of the ITchennyy sovet Vsesoyuz-
nogo nauchno-issledovatellskogo instituta gidrotekhni-
ki i melioratsii imeni A~'T. Kostyakova (Scientific
Council of the All-Union Resenrch Institute for Fy-
draulic Fngrineering and ~Telioration imeni A.TT,P7ost-,ra-
kov) ,-ias held from 15-17 July 1959 nt tl~ 'e "'Pakhta-
Aral" sovkhoz (Kazakh ~75T~) and was devoted to t- e in-
troduction and further development of sprinkling and
other methods of mechanized watering in cotton-gro,~,-
ing districts. The Session was attended by represent-
tives of 76 research, planning, construction nnd ope-
rating organizations connected with the water economy
Card 1/7 of the Kazakh, Uzbek, Turkmen, Tadzhik, Yirgiz, A.zer-

Extra-mural Session of the O)cientific Council of the VITTT"I" ~t
the "Pakhta-Aral" Sovkhoz
baydzhan, Georgian, Armenian, "oldavian and Ukrainian
republics, and also by representatives of cotton nov-
khozes and kolkhozes in the Golodnaya step' region,
The Session heard V~e following papers: Director of
VITITGi!,, Corresponding T'ember of 1,-T~e VA-'IVhTTT!., 4_2.1~
Tsarevskiy on "The Tntroduction of T'ew Trrigation '~'_
qu. pment in Cotton-gro-,,.,ingll; t'~e Director of tine a kn -
ta-Aral" sovkho.- V,':~'T. Fulikov on "The Pesults and
Prospects of Using Sprinkling Inuipment on the "Pakh-
ta-Aral" 'Oovkhoz"; Senior Agronomist of the "Pakhta-
Aral" sovkhoz A,V. Paradiyev on "The lystem of Agro-
meliorative Iffeasures on the "Pakhta-Aral" Sovkhoz in
Trrigating, Cotton with '~prinklersll; Candidate of Ppri-
cultural 7ciences P.S. Dymarl of the V?'TIGi`,R on
"The Scientific and Practical Pesultn of 'tu,lier of
Cotton Sprinkling"; Candidate of Fngjneeri!~p 17ciences
II.N. Pukov of the VITIT(,,i!,I on "The Technicnj rind Pco-
Card 2/7 nomic Tndices of "prinkling "a( .hine.911; Cnndid,-,te of

Extra-mural qession of the "cientific Council of tl--e !r"TT,!i- at
the "Pakhta-Arallf Sovkhoz
Engineering -sciences IT.TT. 'Techayev of tl-e Uz-ekska a
do7bdevallnaya stantsiya (Uzbek f7prinkling I'tation~
on'r,,xperience From the Introduction of Sprinkling in
the Uzbek Candidate of Agricultural Sciences
V.1.1. Romanov of the VITITIP1 and TT.F. Despalov of the
Pakhta-Arallskaya op tnaya stantsiya (Pakhta-Aral
'Fxperimental. Stations on "Cotton-watering 7outines
With Sprinklers"; Candidate of Agricultural 9ciences
Pfl.V. Preobrazhenskaya of the VITTICTV1 on "The Course of
the Water-Salt Cycle in. Soils With Sprinkling"; Candi-
date of Agricultural Sciences A.T. Orlov of t~ie T-TTT-
Giil.' on "The Economic Efficacy of Trrigating Cotton
With Sprinklers"; Engineer Kh. G. Ibragimov of Vie
VITTIGiT" on "The Experience of Organizing Planned Vfa-
ter Utilization in .1,prinkling Cotton Over Targe
Areas"; Candidate of Fngineering Sciences IT.A. rri-
Card 3/7 Coryan of the V?TI1GV' on "The Experience of TTSing

Extra-mural Session of the 7cientific Council of t,,e at
the "Pakhta-Aral" Sovkhoz
11
Sprinkling !:Iachines on the " Tlakh la- Aral" ",ovkhoz"
Candidate of Pngineering qcierces ~T.F. '7amsonove- o-P
the V?TTTri" on "Teveling Trrigable Areas With Long-
Framed L.evelers"; Fingineer T.T. Velichko of t~e
VT,TIlGi!l on "The Irrigation of Cotton and nther Agri-
culti;ral Crops With a "Iaterir.~7 Trstallatl-on "ale of
Flexible Pipes", In the discussion on pnints rnir,,,~
in the Papers t'-e participaled: the -enior 'rn,-ineir
of the ~'Pakhta-Aralll sovkho- ",Va. Tolpado, enior
Hydraulic Technician of tl-e rovkllo7 V . ?T ,vurlyev, 17e-
nior Agronomist of t'~e qovkhoz imeni vominterna D,17.
Yozlov, a mechanic of the section imeni Dzernhinskiy
Terzi, rcientific personnel - ~7h. Tlustafayev of the
Azerbaydzhanskaya dozldeval'naya stantsiya (Azerbayd-
vlian Sprinkling 9tation), T.'~). Popov,) of the 'Inkhtq.-
Aral Fxperimental ')tation, P.T. I.Ioskallts,)v of the
-2sentrallnaya opytno-meliorativnayn stantsiya (Central
Card 4/7 Experimental rqelior,,itive F~tation) !,A. Peresypkin

Extra-mural Session of the scientific Council of the V-,!T,'TiM at
the "Pakhta-Aral" Sovkhoz
and Yaslennikov of the Uzbek Sprinkling 9tatior, '%'T.
Samarkin of the Turkmenskiy nauchno-issledovatellski y
institut zemledeliya (Turkmen Penenrch Tnntitute for
Agriculture), D.1% 1~ervalishvili of the Georgian
ITITGVq, Said-Vhodzhayev of the Ak-Kavakskaya opytnaya
stants'Lya (AK-Yavakskaym Experimental Station), F.7. Tebe-
dev of the VIMOT,~, T.D, Panenko of the 7oldavskiy
institut oroshayemogo zemledeliya (Yoldavian Institute
for Irrigation Agriculture), V.P. Nemkova of the
Yuzhno-Yazakhstanskoye oblsellkhoz-upravleniye
(Southern Kazakhstan Oblast Ag-icultural Poard),Pngi-
neers IT.K. VozhE-,ill of the Ukrgriprovoffl,71,oz, V.P. Shi-
lovtsev of the A.zgiprovodkhoz, P.T. Denisov of the
Gosstroy of the USSR, etc. The Session discussed the
promising results from the use of sprinklers and wa-
tering installations of flexible pipes in the irri-
gation of cotton-growing areas, quoting the increased
Card 5/7 cotton yields from cotton farms where these had been

C. r
r
Extra-mural Session of the ~~',cientific Council of t,I)e V' ',T(~-Lm at
the "Pakhta-Aral" Sovkhoz
adopted. The D-DA-100" sprinkler (desi,-,ned by the
VJITT(7~ip.l) had given good service on the 117alkl,ta-Arrillf
sovkhoz but the "Iession criticized t'~e Tashirmash
Plant for producing defective and poor-quality nprink-
lers and other meliorative machinery. To help exterd
the use of watering equipment on cotton farms intens-i-
, e k~_
fied research on such equipment is required. The TT7b
skaya akademiya sel,skokhozyaystvenn,rkh nauk (Uzbek
Academy of Agricultural !sciences) should encourafTe
and equip the Uzbekskaya dozhdeval'naya stantsiya
(T.Tzbek Sprinkling 'tation) and organize a chain of sun-
porting centers to introduce watering equipment in t7re
Golodnaya 9tepl and Yhorezm region,, A supporting cen-
ter of the Fazakhskiy institut vodnoro khozyaystva
(Kazakh Tnstitute of Water 7conomy) sholld be orpanized
at one of the sections of the 11"akh+a-Aral" sov-
khoz and a Sprinkling Taboratory at tl,e "uj-anska,,,a
Card 6/7 opytno-meliorativnaya stantsiya Experintrital

-7/9 9- 0-1 r'-7 /1
Extra-mural Session of the r')cientific Council of the V'TTTqiP.' at
the "Pakhta-Arnl" 3ovkhoz
Melioration Station) to cnver the Azerl,nydzhan
The Session fell that Vae Tashirmash T'Dint should in-
crease its output of PT-4A leveling machines to co-
ver the needs of Vie cotton-growing, reeion~-, since
leveling greatly increasecthe efficacy of sprinkling,,,
The Session also advises research and practical .,.,ork
for the improvement Pnd wider use of -,vaterir.- instal-
lations of flexible pipes,
Card 7/7

T5ARFV.'-)KIY, A.M.9 kFind.tekhri.rinuk; VATKO'l."MY) K.A., In-,,h.; HFUSTALFV, M.I.,
flydrocyclonp, its usp Pnd hydrAulle calcuIntions. Gldr. I r-pl. 17
no.4:1.1-20 Ap 065. (MIRA 18:5)
1. Vseooyuznyy nauckmo-isOpdavatejIskly institut gidrrt(,khniki
i mf-liorptslt imeni A..N.Xcst~iikc~vq (for TSnrevsk~ly, Vntkc-vsk!y).
.1 Ir, 1 IsMy institlit trrrspcrtnogo
--7-77-7

MELAMUT, David Lazarevich, kand. teklin. nauk; NIKOLAYEV, Vas1liy
Mikhaylovich, kand. tekhn. nauk.; TSAREVSKIY A M retsenzent;
AFANASIYEV, B.P., red. iza4-v'a; RLDIONOVA, V:M.-, tek-hn. red.
(Hydraulic filling of nerrow-proflle (Inma and small dams in
agricultural construction work' Namyv uzkoprofillnykh damb i
malykh plotin v sellskom stroitellstve. MoskTa, Gosstrolizdat,
1963. 241 p. (MIRA 16.7)
1, Vsesoyuznaya ekademiya sellskokhozyaystvennykh nauk imeni
V.1,Lenina (for TSarevskiy).
(Dams)

TSAREVSKIY, Al-e.ksey-Mikhaylovich; YELIZAVETSKAYA, G.V., red.; DEYEVA,
V.M., tekhn. red.
(Hydraulic mechanization of land improvement work] Gidro-
mekhanizataiia meliorativnykh rabot. Izd.2., dop. i ispr.
Moskva, Sellkhozizdat, 438 p, (MIRA 16:7)
(Hydraulic engineering)

M
TSAREVSKIYJ, A.M.; MKOLAIEV, V-1 -, inzh.
Hydraulic-fill construction of dama of a narrow ~:ross Section.
Gidr. i mel. 13 no.11:22-35 1; '61. (1 14: 10;'
1. Chlon-korrespondent Vaesoyuznoy akademii sel'skokhozyaystvenn-
ykh nauk imeni V.I. Lenina (for TSarevskiy).
(Dams)

TSAREVSKIY, A.M.; PUGAVKO, B.I., inzh.; FOMMO, V.11., inzh.,
Excavating pumps witb vew working parts. Gidr. i nel. 13 no.2:
51-56 F '61. (KIR;~ 14:9)
1. Chlen-korrespondent Ilsespyuznoy akademii sellskokhozyaystven-
nykh nauk imeni II.I.Lenina (for TSarevskiy).
(Excavating machinery)

-TSAMSKjy, A.M.; MEJAM. D.'L., Itand.teklin.nauk
One-sided hydraulic-fill construction of dans vithout Protective
facing of the upstream slope. Gidr. J. Mel. 12 no.9:23-28 S 160.
WRA 13:9)
1. Chlen-korrespondent Vsesoyuznoy akademli 9el'ekokho%Yaystvonnykh
nauk im. Ienina (for TSarevskiy).
(Tedzhen Reservoir-Dams)

p0pFf,', 5.1. (Svordlovsk); S)MITIOV, L.A. 'Sverfilov~ik); T3A::iEV-S-Klf#
(Sworillov,A); DZIF,M111W, N.K. (3vordl(,v!ik); I'A:;'['IJKIICJV, A.I. (,;V,~rll .
Erfcct or vrinidtum -.)n the donnity lind surf"ICO! jWGjPrt.lwi W 11,11ill ir- r:.
Izv. AN SSSR. Met. no.1:62-67 Ja-F 165. (MIllil, 181-5)

ACC NP%t 16160351412 GOUI)'CE GOD!.,:
AUTi0ji: Popell, S. I.; Sheratobitov, 1S. A.; Tuarevukiy, B. V.
TITLE. Determination of the speed of penetration of molten oxides in capillal-.1-
poroui3 materials
SOUBCL. Ref. zh. Xetallurgiya, Aba. 9A70
REF. SOURCE: Sb. Poverkhnostn. yavleniya v rasplavakh i voznikayushchik-h iz nikh
tvcrd. fuzakh. Nal'chik, 1965, 550-557
TOPIC TAGS: poroGity, metal surface impregnation, powder metallura, refractory oxide!
ALSTRACT: 11he authors determined the rate of impregnation of pressed samples of I
powders of fused magnesium by iron-silicate melts at 1220 -- 1420'. For the inves-
tigaled compositions, the height L of the impregnated part grew with time parabol-
ically, like Z2 = kT, where k in a constant. It in established that k decreases with
increasing fraction of S'O in the melt and increases exponentially- with increasing
1 2
temperature. As the grain dimension increases from 0.10 to 0.60 mm, the value of k
increaGes ut 13450 from 0.31 to 1.28 =2/oce. The influence of the temperature on the.-
rate of impreGTation is due to the chaage in the viscosity and the contact angle. 3
illustrations. Bibliography, 15 titles. D. Kashayeva. (Translation of abstract] L
SUB CODE: 20, 11 i
LC.rd 1/i- ___ - -# UDC: 669.046.587j666-764.1

I
~
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~.J*114-'
,_"'i
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4~-~
;e S-N-1
~gn
ia,
g
r, PA NO,

ORLYA,11SKIY, Ya.G.; TSARLVSKIY,, B.V.; POPEL' 3.1.
Effect of deoxidizers on the suface finish of carbon steel cas-
tings. Lit. proizv. no.10t4,5 0 163. (MIRA 16:12)

FOPELI~ S,I,j TSAREVSKIYj B.V.j DZHEMILEV, N.K.
Isotherms of den,sity and surface tonsion of iron and zanganf.~se
malts. Fix. met. i metalloyed. 18 nojs468-470 S 164. (MIR- 17ill)
1. Urallskiy politekhnioheskLy institut imoni Kirov&.

SHERSTOBTTOV, M,A.; POPELI, S.I.; TSAREVSKIY, B.V.
Methods of determining the rate of penetration of melts Into
capillary porous materials. Porosh. met. 5 no.8:50-54 Ag 165.
(MIRA 18j9)
1. Urallskly politekhnicheskly institut Imeni Klro7a,

A C Q ilf' T
. . . . . . . . . ...

AUTHORS; Popell,
(Sverdlovsk)
s/i6o/62/000/006/003/022
E071/E151
S.I., and Lazarev, L.L.
TITLEs The penetration of iron alloys into packed sand
PERIODICALI Alcademiya nauk SSSR. Izvestiya." Otdeloniye
tekhnicheskikh nauk. Metallurg~ya i toplivo,
no.6, 1962, 49-54
TEXT: The pressure (pk) at which cast iron, steel and
Fe-C-Si penetrate into pores between rounded grains of quartz sand
of known size distribution was determined. Using the determined
values of Pk, a (surface tension of the'alloys) and 0 (wetting
angle), the effective mean radius of the pores was calculated.
The experimental procedure and apparatus used are described in
some detail. Sand specimens (20.2 mm diameter, 23 mm in helght)
were made by compression under a standard load (3-5 kg) of
mixtures of washed quartz sand with 4% of bentonite and 5~2* of water
and subsequent drying at 200 *C. The reproducibility of the
results was about IW~. The mean radius of pores for a majority of
sand fractions tested was found to be 0-31 - 0.41 of the radius of
Card 1/2

The penetration of iron alloys ... s/18o/62/ooo/oo6/003/022
E071/EI51
sand grains. With increasing temperature from 1380 OC the
penetration pressure of an iron alloy containing It.65 carbon
showed a slight local decrease at about 1615 OC and then followed
a sharp increase on approaching 1700 *C. These changes are
related to the surface melting of sand grains and their subsequeht
sintering. With increasing concentration of carbon and silicon in
iron the penetration pressure decreases comparatively uniformly
from 338 to 250 mm Hg (at 4,6,j,' c) or to 264 mm 119,(at 3.6% SO.
Sulphur causes a more'marked decrease in the penetration pressure.
lncreasing the sulphur concentration from 0.004 to o.136% causes
the value Of Pk t .o decrease from 245 to 107 mm Hg-
There are 4 figures and 3 tables.
SUBMITTED. April 10, 1962
Card 2/2

23617
14 E-t4/ 11) 45' S11491601000101,210021020
AUTHORS: Tsarevskiy, B. V., and Popell, S. I.
TITLE: The effect of alloying element--. on the surface properties of
iron
PERIODICALa Izvestiya vysshikh uchebnukh zavedenly. Chernaya metallurgiya,
no. 12, ig6o, 12 - i6
TEXT: The data existing in literature are contradictory. The purpose
of the described investigation was the simultaneous measurement of the sur-
face tension and the angle of contact and an evaluation of the adhesion oil
iron alloys in liquid state to aluminum oxide by the obtained 6 and & value&
The test equipment and techniques had been de?cribed previously by B. V.
Tsarevskiy, S. 1. Popell (Ref. 10: Izv. vyssh. uoh. zav. Chern, metallurgi-
ya, 1960, no. 8) in coniaecAion with.a study of the surface properties of
Fe-C alloys. The 6 and 0 at 1,596ob were determined by the "method of im-
mobile drop", in argon. Carbonyl foron purified from C and 0 was used for
solvent; all-oys were prepared wi-,.h high-purity S1 ~_nd electrolytic. Ni, Mn
and Cr, 'he latter in the form of preliminarily prepared alloy with 26.7%
Card 1/6

23617
S/1, 4P- /60/000/0 1 2,~002/020
1 ZY
The effect of alloying elemento on the- A161/A ".)
rr. The alloyina elements viere held in hot dried hydrogt~n and subuequenfly
uegazoed in the vacuum at 8000C. The backin,--3 viere r,-~ad~,- ~,f Al')03~ The den-
sity valueo of iron and the most part of alloy5 wQr,o det,-~rminf~d ~;:~,Ine the
handbook of G. Mellor (Ref. 11: Comprehensive Treatise of Inorganic and
Theoretical Chemistry, 14, 2. 1934) and extrapolaticn; 'he density -of n'-I--'
by data of P.. Kozakevitch, G. Urbain (Ref. 5t Journal of Irnn and Steel
Inst., '86, 2, i67~ 1957); the surface tension by the 6raphs in the work
of S. 1. Popell, N. N. Krasnovskiy, 0. A. Yes1n., Yu. P Niki'~'n (Ref. 12.
Trudy Urallskogo politekhnicheskogo institula, sb- 49, 76, Metallu-rgizdat,
;954)., The detexmination error of 6 was and cf 0 -k5' "'he results are
given in a table and 3 graphs (Fig. 1, 2 and 3). Increase of Si content to
5-15 (weight) in iron caused 6 decrease to 1,615 erg/=2; Mn reduced the
surface tension even more, and e in alloy with 12.2cio' Mn was only 1,365 erg/
cm2; N1 increases the surface tension, to 1,790 erg/CM2 at 19.8~o' content;
pure nickel had 6 = 1,810 erg/CM2. The ratio of 6 to the Ni-content war
expressed by a straight line (Fig. 2, curve 1); Cr rontent to 27% redu,~ed
6 to 1,600 erg/CM2 (Fig.. 2, curve 2). The much higher effec* of Ni and Cr
on emay be duck to the content of canillar.,,-act ive impuri tie-:' in other in-
Card 2/6

23 b17
S,/1;48/60/000/012/0021020
The effect of alloying elements on the. V64/A1,73
vestigations, particularly of S. Oxygen which proved to have the highest
effect - 0-0761i'fo 0 caused 6 drop in Fe-O to 1,235 erg/C=2 (Fig. 3), and these
results are close to already available data. It was evident that an addi-
tion of Sit Niv Cr and C changed the bond forces insignificantly - at 105
(at) Si or 12~j,.' (at) Cr the cohesion dropped Z, and at 12'p' (at) Lin the drop
exceeded 20cio'.- It is not excluded that the effoct of Mri will be lo-Ver in
complete absence of oxygen and sulfur. The higher cohesion of melts con-
taining Mn or 0 with oxide surfaces obviously makes the liberation of solid
inclusions from metal into slag more difficul4., It seems to be one of the
reasons for the sticking of manganese steel and oxidated low-carbon steel
to refractories. Conclusionst The adhesion of iron alloys to solid alu-
minum oxide is not high in systems Fe-Si, Fe-11t, and Fe-Cr, and amounts to
7 _: 2etl, of the iron cohesion. It raises with raising Si and Ni content:and
drops when Cr is added. Addition of Mn and oxygen into iron increases the
adhesion, and at 12", Mn or 0-076cia' 0 It, equals !,065 and 1,235 erg/cr2
/Q , re-
gDo-%tively. There is 1 table, 3-figures and 14 references: 9 Soviet-blo,:t
and 5 nou-Soviet-bloc, The four references to EnClish-langua6e publications
read as follow9t P, Kozakevich, G. Urbain. J. of Iron and Sleol Inot., 186,
2., i67, 1,957; P,, A.. 11alden, W. D. Kizq.,~ery. J_ of Phyjical Chemistry, 59,
Ca rd 31/6

23617
S11 4 8 1601000,10' 22 /00 2 1020
A.
The effect of alloyin-- elements on 'he... A!
577, 1955; G.. Mellor (mentioned in text) , '934; Kengery. J Am, e rCeramJc
Soc- 37, 2, 42, 1954. -
ASSOCIATIOIT: Urallskiy politekhnicheakiy institut, (Ural Poly tec!.z.i Insti-
t1ite)
SUBMITTED: April 28, 1960
Card 416

IT
nd r
lilt
0-r* fit, U e,

-rel 01-t Z' t
T r
it! I,

CMUIOGGROV9 Pavel Vasillyevich; VASIllp Yuriy Petrovioh; WZINf P.G.j inzh.j
retsenzent; TSAREVSKIY B V inzh., reteenzent; SIDORMIKOp R.A., kand.
tekbn. tekhn. red.
(Making castings with a wwoth surface] Poluchenie otlivok s chistoi
poverkbnostliu. Moskva, Gos. izd-vo mashinastroit. 3.it-ryp 1961. 143 p.
(MIRA 14:7)
(Founding)

TSAK-VSKIY. B.V.; POPELY, S.I.
, "W.aw
Liquid Fe and Ferm alloys to solid oxides.
report submitted for the 5th Physical Chemical Conference on
Steel Production.
IV, G S C 0 w .-- - 1 3'~ ~ 1 -,
0 U -1, 1

~,--TUMSKIY, B.Y. - POPW, S- L
Surface properties of iron-carbon alloys. 1zv* as uchebe zav.
chern. met. no.8:15-21 16o. ZY (HLU 13:9)
1. Urallakiy politekhnichoakiy institute
(Iron alloys) (Surface tension)

3/1 V01 ('~ If, f
A16t./Ao2g
AUTHORS. TsarevSkty, B.V.;
TITLE-. Surface Propertips of Iron-Carlion A'Ll,,v~~
PERIODICAL~ Izvestlya vysshikh uchebnykh zavedenly. - Chernaya mo-,allurglya.
1960, No. 8, pp. 15 - ?I
TEM The exisung data on the sArface tenslon of I.ron-carbon alloys belng
different and contradictory (Refs. 1~2,7), the des~rlbed Invest1gation has been
carried out to obtain more accurate data on the effect of carbon on eturface ten-
sion ~f iron and to determine the wettability of aluralnum oxide and molren rnagne-
sia by iron-carbon alloys, The value of surfa--e te nsAon arid contait angles was
used as a criterion of adhesion to the liquid and solid phase. Th-e "imobile
drop method" was employed for eimultaneous determinatIon. of' ourfase tension and
contact angles. The experimentaI Installation Is briefly des,~rlberd and shown in
a diagram (Fig. 2). Fe-C alloy was placed into a ronmdese t~-,ibp ('2") inaerte~-
into a corundum tube ("3") and vilth it, into the carbon tube of the installation
fumace, with a 911ght inallne; the wbe w-Itb the sample was rinsed wIth pure
argon before switching on the furnN~e and brought, Inl.o horizontal position when
the sample bezame brightly lumine9cen-, al. i,ioo - i,2ooOl 1.n trak,? tho drop (FIgs.
Card 1/3

S/ 1 48/6Q/000'10018.11) 13/0 18/)9
Surface Properties of Tron-Carbon Alloys A16i/AO29
2~ "4") symmetrical and prevent flowi.ng. The drop was heated to 1-5000-1. held
for 12 - 15 mJ.n and photQgraphed on supercontrast diapositive plates. The follow-
Ing, facts have been observed, 1) With a C content. Increase to 4.1% at, 1,50-500C
and o.oo4% s the effect of C on the surfa,~e tention of' Iron drops from 1,710 to
1,620 erg/cm saturation of the surfa:e layer wit-b C is not reached a!~ a -4 C
.;ontent. 2) Addition of C produces a more Intensive drop of the surface tension
in alloys containing 0.026 - 0.03% S. This Is caused by additional adsorption
of sulfur, the activity of whirih grovis with growing carbon content. 3) With the
carbon content in pure carbonyl 4-ror. rallsed -,o 4.1%, the contact angles on a lin-
ing of aluminum oxide are reduc-ed from 141 t.:; !3-20~ 4) With the carbon content
in pure Iron raised to 4.1%, its adhesion lo aluminum oxide Increases from 380
to 540 erg/cm2, The adhesion of cowerci&I Iron to molten magnesia Is of 660
erg/CM2; at 3.15% C it increases to 890 erw/cm2. There are 4 fiLvires, 2 tables
and 13 references4 10 Soviet, 2 Engli.-ah and 'A. Frencti.
ASSOCIATION. Urallskly po1!1ekhn1,-,heskiy (Ural Polyt,echntcal lnstltut-o)
SUMMED., Mar,:h 7, 1960
Card 2/3

Surface Properties of.Iron-Carbon Alloys A161/AO29
Figure 2:'
Diagram of the Installation for Determining the Surface Tension and the Contact
Angles.
P
Ar
Card 3/3

S/126/6o/o1o/oo6/012/022
19,11S-0 E193/E483
AUTHORS: Sidorenko, R,A.
TITLE: The Effect of Sulphur on the Surface Properties and
Structure of the Nickel-Carbon Alloys
PERIODICAL: Fizilca metallov i metallovedeniye, 1960., Vol,10, No 6
pp.866-872
TEXT: The object of the present investigation was to study the
relationship between the surface properties of alloys formed with
carbon by the elements of the iron sub-group and the form in which
graphite is precipitated in these alloys, To this end, the
effect of sulphur on the surface tension of nickel-carbon alloys.
and on the contact angle subtended by these alloys on solid
graphite, was determined; these data having been correlated with
the structure of the alloys with particular reference to the form
of precipitated graphite, The starting nickel-carbon alloys
contained 2.4% C, 0.002% S, o.ooo4% 0 and 3.35 cm3/100 g 1j,
The sulphur content was increased by addition of a inaster alloy
containing 0.8% C and 1.43% S. The measurements of the surface
tension and contact angle were carried out at 13600C on polished
graphite plates. The following conclusions were reached.
Card 1/3

S/126/60/010/006/012/022
E193/E483
The Effect of Sulphur on the Surface Properties and Structure of
the Nickel-Carbon Alloys
(1) Sulphur present in the alloys studied displays high surfacc.
active properties and causes a considerable reduction ill the
interfacial tension at the alloy-gas and alloy.-graphite interfac'~.-
A noticeable decrease in the contact angle begins when the sulphij,
content exceeds 0.07%. (2) With increasing sulphur content in th-
alloy, the quantity of sulphur adsorbed on the graphite surface
increases, reaching the saturation point at the sulphur content
of 0.06%. The distribution of the sulphur ions in the adsorbed
layer is similar to the configuration of these ions in the (110)
plane of N'3S2. (3) Sulphur affects directly the form in which
graphite is precipitated in nickel-carbon alloys, inhibiting the
formation of spheroidal graphite and promotIng the precipitation of
lamellar graphite. (4) In contrast to the Fe-C alloys. in which
increasing the sulphur content above a fraction of a percent leads.,
to refining of the lamellar graphite, increasing the sulphur
content in the Ni-C alloys brings about an increase in the size of
the graphite laniellae. (5) The affect of sulphur on the structux-
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s/126/6o/olO/006/012/022
E193/E483
The Effect of Sulphur on the Surface Properties and Structure of
the Nickel-Carbon Alloys
of the alloys studied is associated with its surface-active
characteristics and can be explained on the basis of a hypothesis.
according to which sulphur is preferentially adsorbed on the
(0001) planes of the graphite nuclei. Acknowledgments are macip
to Docent S.I.Popel for valuable advice. There are 4 figures.
2 tables and 22 references: 12 Soviet and 10 non-Soviet,
ASSOCIATION: Urallskiy politelihnicheskiy institut imeni
S.M.Kirova (Ural Polytechnical InBtitute
imeni S.M.Kirov)
SUBMITTED: April 25, 1960
Card 3/3

TSAREVSAIX,,,.-B.V.; POPELI, S.I.
Steel adhesion to vario-us refractory materials. Izv. vys
uclipb. zav.; chern. met. 6 no.12:9-13 163. (MIRA 17:1~
1. Urallskiy politekhnicheskiy institut,

CHECHULIN, V.A.; KS_AREVSK4x. _B-V,_
Gas reactions in the foundry mold. Lit,proizv. no.7:38-41 JI 161-
(PIM .14:7)
(~blding (Founding)) (Gases in metalsY

S11 37/6 P,/6w/oo4/oo4/2o i
A0061AI01
AUTHORS: Tsarevskiy, B. V., Popel', S. I.
T=-: Adhesion of liquid iron and ferroalloys to solid oxides
FMIODIGAL: Referativnyy zhurnal, Mletallurgiya, no. It, 1962, 8, abstract 4A37
(V sb. "Fizrkhim. osnovy proiz-va stall", Moscow, AN 333R, 1961,
97 - 105)
TEM The authors determined simultaneously surface tension of melts aand
of contact angles 6; from these values adhesion was determined. 6and e were
determined by taking photographs.of a lying drop in purlfi6d argon atmosphere.
Either corundize backings (pressed at a pressure of 600 kg/cm2 from chemically
pure A1~03 powder, roasted at 1,6000C and polished) or magnesite backings, made of
compact melted magnesium lumps, were used. The initial metals were purified
carbonyl or technically pure Fe, Si of 99.95% purity and electroly-tic Mn. Ll~of Fe
containing (in %) C 0.037 - o.o7, s o.oo4, o oxo42, P 0.006, Cr 0.01, traces of
Si, Mn and2Ni, was 1,710 erg/cm2; & on a A1,0 plate was 1410, and adhesion was
380 erg/cm . The weak effect of C and Si on P- and 0 was established. With a
Fe
Card 1/2

Adhesion of liquid iron and...
S/137/62/COO/0014/OOV201
A006/A101
concentration of C realsed up to 4.1% and Si to 5.1%, the magnitude of O'decreases
2, - decreases by 80 - 150 7 erg/cm2.
to 1,625 erg/cm 6 , and adhesion increases to 51
The authors confirmed high capillary activity of 0 in Fe on the boundary with gas
and solid Al oxide. Adhesion of Fe-C and Fe-Si alloys to solid oxides is small.
It is 12 - 20%j of the metal cohesion, smoothly decreasing with a higher C and Si
content. The introduction of 0 in Fe increases adhesion very strongly. At
0.076% 0 concentration, adhesion attains 1,235 erg/cm2. The authors confirm a
greater reduction of C from the introduction of C and Si in Fe of technical purity,
which is presumably explained by high S concentration whose activity increases
from C and Si addition. Adhesion of commercial alloys to oxides is higher than
that of pure Fe.
T. Kolesnikova
[Abstracter's note: Complete translation]
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3/081/62/000/008/013/10-7
3!66/B-,O-,
AUTHORS: Tsarevskiy, B. V., Popell, S. I.
TITL:',- The adhesion of liouid iron and ferroalloys to solid oxides
P -4-11 Q) DI. C A LReferativnyy zhurnal. Khimiya, no. L!, 1962, 72, ab.31.~-;Ict
8B516 (Sb. "Fiz.-khim. osnovy proiz-va otalill. I.1., AN ISSSR,
1961, 97-105)
TEXT: The surface tension 0 and the contact angles 0 of iron alloyed with
0 C and Si or, oxide backings were determined simultane-,usly. The rerults
o~t'ained are used to calculate the adhesion of liquid iron to solid oxides.
counts to 1710 erg 2, il
The (I of the iron stud4ed am S/cm the 9 on a plate made
2
from Al 203 are 1410, and the adhesion is 360 eres/cm . It is established
that C and Si have * a slight i.-;flue'nce on a and 0. lncreasin~; the concentra-.-
tion 017 C to 4.1 ~- and Si to 5.1 ~-~ -educes the maaf.,nitude of a to
10625 ergs/cm 2 and 9 decrease 16Y Bvl5o- High capillary activity of 0 n
2
iron on its interface with a Eas and with solid aluminum oxide is
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S/Oel//62.11'000/00 6/0 1
The adhesion of liouid, iror.... 3;
c or, -fi r.,.- a d .It is established that the adhesion of iron-carbcn and iron-
sillLcor, alloys to so-Lid oxides is small, amounting to 12-20 of the
cohesion of the metal and decreasin~c. smoothly wit-, increa-se in the 0 and
Si content. The introduction of 0 2 into iror, 6ives an extremely s-arp
! 0
incre-~se in adhesion. 'Wlth a concentration of 0.076 /~ 2 the adhesic%
reac'-es 12'2 2. -med that a more 4--lanse reduc'-Gn ~n
5 er6slclm Lt is confi. .1 6 - -
a results from the introduction of C and Si into commerciall-y pure iron.
This intensification is apparently brought about by the high concentration
of sulfur, whose activity is increas-ed by the introduction of C and Si.
The adhesion of the coramercial alloys to oxides is higher than that of
pure iron. [Abstracter's note; Complete translation.]
Card 2112

TSAMMM -B. Vs- (Sverdlovak); POPELI I S. I. (Sverdla7sk);
IAZAREVY L. L. (Sverdlovsk)
FlOnetration of iron alloys into packed eand. Izv. AN SSSR.
Otd. takh. nauk. Met. i topl. no.6:49-54 N-D 162
(MIRA 1~:l)
(Porous materials) (Liquid metals)

DZIIEMILEV, N.K.,, IVIII, S.I.; VjAIIEVSKIY, D.V.
Inotherim of' derrilty and. aur&race tension of wngar,,~s,- and
silicon melts. Poroah. met. 5 no.1001-74 0 165.
(MIRA 18ill)
1. Urallskly politekhnicheskly Institut imeni Kirova.

TSARVSKIY. G.S. (Odessa, Mayski)
xy qasojopejae - a cepheld with a varying period. Astron.teir.
no.205-.20-21 0 '59. (MIRA 13:6)
(Cepheido)

TERLIMSOVA, Me.; LANGE, G.A., PWYA, N.B.; SATANOYA, B.A.; KHOWPOV,
P.N.; TSAREVSKIY, G.S.
QX Cassiopoiae. Astron. tair. no.201:12 Ap $59. (MIRA 13:2)
1,Institut astrofisiki J.N Tadsh. SSR. Odesskaya. astronomichaskeya
observatoriya, GosudarstronVy antronomlohaskiv institut in. P.x*
Shternbarga i Astronomicheakir sovat AN SSSR.
(Stars, Variable)

TSARUSK 1 aoplrant
Variable atars and stlellar evo-1-iticn. Ze--.4. voel. 1 V--tz
165. cxal Ia.-8)