SCIENTIFIC ABSTRACT YEREMENKO, O.M. - YEREMENKO, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962710019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHORS t Babko, A. K., YoreLienko, 0.
TITLE: Investioation of the Photoractri-c
Cerium as a Peroxide Complex (Iz'.ichcniye
koGo uctoda o-prodeleniya tocriya
komplekoa)
75-13-2-9/27
_1'eterninat ion :"ethod of
fotometriches-
v vide perekisnogo
P-1-MODICALt Zhurnal Analitichcokoy Khimii, 1950, '101- 13, Nr 2,
pp. 206-210 (USSR)
ABSTRACTt For the photometric determination of cerium thia method
has the Greatest importance, being based upon the for-
mation of a colored conpound in the reaction -,,ith hy-
drogen peroxide in alkaline solution (Reference 1-4).
This method permits the determination of cerium in pre-
sence of other rare earth metals. The colored complex
forms in citrate containing solutions (References 2,5,7
in ammoniacal solution (Reference 6), and also in a 5%,
solution of potassium carbonate (Reference 4). The reac=
tion is well r&produciblo and specific and is marked by
high sensitivity (Raferenoon 30). Tho dotermination
Card 1/4 methods described in publications, which are based upon

Investigation of the Photometric Determination Method 75-13-2-9/ ?7
of Cerium as a Peroxide Comnlex
this reaction, however, have deficiencies; above all
the colored peroxide complex of cerium is not soluble
in water. Plank (Reference 1) indicated that the colora=
tion with H202 is formed quickly, but that in this in-
stance a precipitate deposits. In later wor%a (aeferen.
ces 3 '4) this fact was not considered and no attention
Vlas paid to the influence of the formation of a solid
phase. Experiments, however, showed that just this fact
represents the main difficulty of the determination.
Even in case of strict obaervation of the prescription
usually aftcr short time turbidity or tho formation of
a precipitate occurs, so that the naaaure..-ient of the
color in a colorimeter or photocolorimeter often is not
possible at all. Experiments showed that the fornation
of the colored peroxide a'amplex of cerium depends much
on the acidity of the solution. Ir acid solution or also
at a P.-value of 7 or 8 only a weak or no color at all
forms, while at or above coagulation or turbidity
Card 2/4 PH

InvestiCation of the Photonctric Deter;-Iination Method 75-13-2-9/27
of Cerium as a Peroxide Complex
of the solition occurs. The nuthors tried to find condi-
tions on ihich the 2hoto7Autric deter:Anation of cerium
as -,)ero::ide corrilex is To ;)revent the deponi-
tion of a nroci"itatc variois stabili:;crs -i.'ere tested.
Of all i11vC1:3ti!'atcd coniounds only ~;lyccrol -.-,-as an saitable
ntabilizer. This actirn has only in )rcoonce of complex
forming; com,-,)oundz ~;lycrrol ha;,~ this uffect. %n increase
of the citrate concentration increa-ges the stability of
the colloidal aunpension, however, binds it, a part of the
cerium and by this provento the quantitative formation of
the peroxide comqlex. As forner Cotaplexion III was suited.
In presence of CoLiDlexion III and of a buffer solution
vith pIT 9 a highly dispersive form of the colored cerium
complex formo, co that a stabilizer is not necessary.
But if a high quantity of salts in present in the solu-
tion the application of L;lyccrol ia expedient.
Because cerium usually detected from the precipitate
of the rare earth metals, the authors viorked out a
Card 3/4 method to solve the oxalates of the rare earth t;iatals

Investigation of the Photometric Determination 75 -13-2-9/27
Method of Cerium as a Peroxide ConPlex
without previously annealing then. This can be obtained
by direct dissolving of the oxalates in sulfuric acid
with persulfate or in nitric acid with per!aanganate.
The performance of the developed photometric deternina-
tion is eivon exactly. Th(jre are 1 figure and 7 references,
6 of which are Soviet.
ASSOCIATIONs Ukrainskoye "eolo8icheskoye upravleniye, Kiyev
U
(Kiyev, Ukrainian Geology Administration)
SUBMITTEDs January 71 1957
1. Rare earths--Analysis 2. Cerium--Determination 3, Photometry
4. Dithioglycerol--Chemical reactions
Card 4/4

YMMENKO, Ir.N.-'_rM!qLK_0. 0 H - BRUYEVICH, T.P.
Thormodynamic proportios of liquid solutions In systeavload -- bin-
rmth and cadmium -- lead, Ukr.khim.shur,17 n9,5:658-677 151.
(Mud 9:9)
I.Znstitut chersoy metallurgii AN USSR.
(Lead-bismuth alloys) (Cadmium-lead alloys)

Cherdcal Abr,'-.
Vol, 48 No. 6
Mmr. 25t 19"
General and Phyoicfjl Chtmlfltu
flo-dymunk chAf4c!*rI1VV!~0o p, liquid
w'j'3nT' %". 11 1 It ~_'&Pm
. I -~'_ -nrVr% q anti rm'I'k
Kfwn, att an
c.m.1, nd tonp. ci~ffx. ryf ext.f. in "m lystttu: PIA*
3UT i KCI mill. An. "t Of, in
4- LiCI I I'll In .6b A, w 1. tb.
yangc- 1 7,.4)'. Tim te'uIll a" (abill-Ite'l With the calcd.
val... : I malvity ropfTc, rrjnti%~ 1,.,rtiat molar beat ca.,
p.16t- md rutrvi'k-I 0 the 0,mix7acall ill Ph'Sh hit Am.
Dt A laf iwm if oin W, -ility fit th H %,,III. art! V111:111, "fill thm de.
.' r7am, V. 'th ril". fit frillp, Ir"r 'Sh the View i(itioni Ate fleg. Its
'11; twup 14., "If~rvzljl for I'll dir (I'Matiill Orr ties. up to
N*rh StItcr %vilich thi. cnm~fiwll Iw"mot, very Stnall
lint pa" The diffi-fellre of tbefirml rapicitki of thc com-
puiz~nt%of tlsi~%%-tem either lit pure matt nr In "In. depends
,),fly- Ott thr CO'llim. and not on tcmp. Solim of 1%-Sb
appvu- to forin Without changr In the mol. stotc Of the com
IKM(-tltn. 0. M. KfArilann(If I

A
AUTHOR: Zosimovich, D. P. and Yeremenko, 0. M. 73-1-20/26
TITLE: The Precipitation of 'C-ob-a-l-t-f-r-o-m--Z-ine~ulphate Solutions
by Permanganate. (Vydeleniye Koballta iz Rastvorov
Sernokislogo Tsinka Permanganatom.)
PERIODICAL: Ukrainskiy Khimicheskiy Zhurnal, 1957, Vol. 23, No.1,
Pp - 103 - 109 (USSR).
ABSTRACT: Contemporary methods for the production of zinc electro-
chemically are based on the electrolysis of purified
solutions of zinc aulphate with in~soluble electrodes
(viz. Ref. 1). Various methods have been described for
the purification of concentrated zinc sulphate solutions
and the removal of copper, cadmium, iron, arsenic and
other impurities. (viz. Refs. 2 and 3). One of the most
harmful admixtures appear to be cobalt ions which cause
considerable lowering zinc yield. Experiments have shown
that the co-oxidation co-precipitation of cobalt in zinc
sulphate solutions depend on the concentration of zinc in
the solution. A decrease in the concentration of zinc
causes an increased pH of the solution and also an increased
amount of precipitated cobalt. To achieve a total precipi-
tatiod of cobalt by permanganate a 50 times greater quantity
of divalent ferric ions than cobalt ions have to be employed
Card 113 or 8 - 10 times the quantity of jaanganese ions than that

73-1-20/26
The Precipitation of Cobalt from Zinc Sulphate Solutions by
Permanganate.
of cobalt ions. Trivalent iron was not found to be
suitable. Manganese has to be completely acidified to
achieve the total separation of cobalt from zinc sulphate
solutions when a large excess of manganes ions is present.
Tables on the relation of the oxidation of cobalt to the
zinc content in the solution (graph 1), on the relation of
the pH of the zinc sulphate solution and of the concentra-
tion (graph 2), the separation of cobalt in relation to
the content of divalent iron and to the content of divalent
manganese (graphs 3 and 4) are given. It is shown in
table 1 that the separation of cobalt depends on the zinc
content and on the pH value, as well as on the presence of
tri- and di-valent iron (table 2). TaUe.3 gives data on
the oxidation of cobalt at partial oxidation of the diva-
lent manganese. There are 5 graphs, 3 tables and 15 refer-
ences, 1~ of which are Slavic.
SUBMITTED: October, 30, 1956.
ASSOCIATION: Institute of General and Inorganic Chemistry, Academy
of Sciences, Ukrainian S.S.R. (Institut Obshchey i
Card 2/3 Neorganicheskoy Khindli AN USSR.)

4 73-1-20/26
. The Precipitat-io'n of Cobalt from Zinc Sulphate Solutions by
Pe rman gana-ter'.
I
I
AVAIIABLEI: Library of Congress
I
Card 3/3

2 AF~79/ASD JDIJG
L 1!68 -6
ICCESSPON. NR: AP3001452 S/0073/63/029/005/0532/0538
36
~AUTROR: P~lipenko, ~A. T.; YcMeanenko, 0. M.
ITITLE4 Comparative characteristic of spectrophotometric methods of determining
and niobi=. 1, General cr!'terion and Inorganic reagents
A. MURCE: krainskly n
_ihimicheskiy zhlwnal,.v. 29, o. 5, 196)p 532-538
-,TOPIC TAGS: .-spectrophotome
-trio methods, absorption spectrap Nb thiocyanatel tanta,
ump niobium, inorganic reagents
1ABSTRACT: Spectrophotometric methods for determining Ta and Nb with Inorganic
Irealento were compared using the formal molar coefficient of extinction. The
absorption spectra of thiocyanates and hydron,,en peroxide complexes were determined
photometrically, The yellow Nb thiocyanate can be detected in presence of the Tip
!very lightly colored and the colorless Ta complex; extraction with ether gives
Avery definite separation, especially at 385 millimicrons. Brightly colored Mo, W,
;U) V2 Fo. Cop Cup An and Pt thiocyanates interfere. To determine Nib in the pres-
ence ot' W, it is better to use the ~dven method in water-acetone instead of ether;
i this so 'r r4nq-Mli, but noticeably 1--w-ara t-he
dc-trimental influenC6 of W. H sub 2 0 sub 2 complexes vith Mot Ta and Ti in the
Card, 1/2

L 12883-63---
'Accissroii ni -AP3001452
:presence of stronT acid oolution, permittinq determination of Nb in the presence
,of Ta and Tip but ineffective for Ta in the presence,of Ti. Orig. art. ha3: 8
ifigures.
ISSOCIATION.- KtevskI7 mosudarstvenny*7 universitet im. T. G. Shevehenko (Kiev
~'State UniversitY)
-;CLI' 00
'SUBMITTED: OlMar62 DATE ACQ: 12Jun63 El
SUB COM .00 NO TU' F SOV s020 016
iCard 2/2

L A.FFTC/ASD-
'ACCESSION HR: AP~001453 S/0073/63/029/005/0538/0547 57
-AUTHORt Pilipenkop A. T.; Yeremenkop 0,. 14.
11ITLE: Comparative characteristics of j3pectrophotomstric methods of determining
;tantalum and niobium. 2. Use of orgranic redgents
ISOURM VkrainskiyQimioheekiv zhurnalt v. 29# no. 5,1963t 538-547
TOPIC TAGS i absorption spectra.-SF-4 aliectrophotometerp Nbj-Tap pyrojallolp
lpyrooatocholp Trilon Do hydroquinonoo, 0--oxyquinolinot phanylfluoronat dimathyl-
';fluoroneo arsenazog alizarin 8, sulfosalicylic, acidp quercetint methyl violet,
~rhodamine B rhodanide
hydrogen peroxidep heteropoly acid# thiocyanate, Ti
ABSTRACT: The absorption spectra (data obtained on-SF-416ectrophotometer) of Nb
:and TaIcomplexed with pyrogallol, pyrocatechol, Triljn-7B-,hydroquinoH7e, -o-oxyquino-
:line, phenylfluorone, dimethylfluorone.. arsenazo, alizarin S, sulfosalicylic acid,
quereetin, methyl violet, rhodamine B, rhodanidep hydrojen peroxide and heter
opoly
-acid were studied to determine best method for determining these elements. Extrac-
,tion with thiocyanate (rhodanide) gave sharpest separation of Nb; extraction with
imethyl. violet for Ta. The interference of Ti, Mo, Fe, V,-and other associated
Airpurities in the analyses was also studied. Orig. art. has; 1 table and 9 figures.
Card 1/41

PILIFENKO.. A.T.; YEMEMENKO, O.M.
Comparative charactoristics of zipactrophotcin3tric nothods for de-
termining tantalum and nioblum. Part I.- General criteria and .Inorganic
reagento. Ukr.khim.z?;ur. 29 no.5:532-538 163.
Comparativa charac teri a tics cif upectrophotomatric iwithodu fe- deter-
mining tantalum tuid n1oblum. Part 2: line of organJe ruagenta, 538-
547- (14111A 1t,:,))
1. Kiyevskiy gostidarstveunri univoraitot im. T.GShevehonko.

M ALIIVI YF
KANIKOVSKAYA, ye.N.j VA, O.M.
tings. piAst. m"sy no.21
,Aals from nawdust with linoleum typ" cOft
70-111 165.

d2E
YAKOVLEVAI A.D.; 0221ETSOVA., K.B.,- FrJnimli
0"_Q.N.; GOROIIOVICHO Z.p.; ZBORZHILp L.S,
uchastiYeagwo-9
sqlfochlorinated polyethy6
Paint Mixes and coitings based on (MIRA 16t11)
leme* Lakokras.mat. i ikh primo no.4t-25-30 162

RUKAVTSOVA.9 V.F.; STIFATOVA, N.N.; KOROBKINv V.B.,- I-IDROZOVAp T.I.,-
SOFRONOVA, V.A.; SHAFUROST, P.D.; PIATONOVA,, N.P.,, YEREMENKO, O.S.;
IVANOVAP A.M.; SIIAYEVA, N.Ya.; SUYETINA, S.M.;
Study of the dust factor in the founding departments of six
Krasnodar plants. Nauch. trudy Kub. goo. med. inst. 19:63-76
162. (MIRA 17:8)
1. Iz sanitanio-epidemiologichaskoy stantaii g. Krannodara
i polikliniki, No.8 Krasnodara.

S/262/6210()o/004/024/024
1014/1252
AUTHOR- mcnkoG.-S., Horbatyy, Yu. P. and Virozub, 1. 0.
TITLE: ~tlcl radial equilibrium in a turbine rotor
PERIODICAL: Referativnyy zhurnal, Silovyye ustanovki, no. 4, 1962, 89, abstract 42.4.562. "Collection
prats'. in-ta teploonerg" AN URSR, 1961, no. 22, 55-59
TEXT: An approximate method for determniation of flow parameters in a turbine rotor is considered
with centrifugal and Coriolis accelerations taken into account. It was assumed that the liquid is ideal and
non-compressible, the flow non-turbulent in absolute motion, and the cascade cylindrical, Approximate
formulas were obtained for the dependence of velocity and pressure on the radius of the inter-blade channel
section, and an the distance along the turbine axis.
[Abstracter's note: Complete translation.]
Card 1/1

S/526/62/000/024/007/013
D2-34/D308
10THORS: Virozub, ISO., Horbatyy, Yu.P., -Yexemenl7co, O.,S. and
Fedosenko, H.P.
TITLE: Some results of the investigation.of a ring grid
SOURCE: Ahademiya nauk Ulcrayinslkoyi RSR. Instytut teploener-
hatylty. Zbirnylc pratG'..no. 24,, 1962. Teploobmin ta
hidrodynamika, 86-90
TE.XT: The grid was studied in 9 sections along the height
of the channel between the blades, with M'. 0.5 and O.B. The dis-
tance from the outlet edge plane to the point of measurement was
4.5 and 9 mm. Graphs of the variation'of flow parameters, of the
velocity coefficient and the stream outlet angle vs. channel height?
pressure distribution along the profile (in the sections 111, V, VI)
and'flow charts are -fiven. It 0.5 has better efficiency than
1-1 0.8. There are figures.
Card 1/1

000/024/0013/013
S/j2r/
50
3
Dj54 0 S . and
-0
ljorbatYY
b -L -0 - I a CoTt-
v-!-cozu , 1-1 P - S
jzedoscauo I , . nS -of a nz op er at
93TVIC)VLS .,,,vestigat'O udev V"-YI
I e8
AerodYTLL"lo short b184 t t,,I.Oeller-
relative"y USTI -1-astyt*",Loobiaiu ta
Tep
uOyi -L962.
131f.'c UOO 249 th
rats
Al %birnyl'. P 97 le.ligth re
ety1c] -, ~ - .91-- .
h dynwi-Ical blade Oed be 0.
tor to were lac asl , ,
i.dro
meall d'-sme 8VA th 6 til
.Lo%.l P btveou I . al-ou-
tjot~j rp-at
The rat'o 0 c t gap e em see ife
.Lo.38. . i. ila a v t for d3. St at ITL
Nihcel- Wa~ al- dOV10 - V r COa a
onst.an fhe
16, a arly dge. - .
rid-'a e vas
'Worldns tjom 1. 5 T% tlet e
dire the Wo Maiv
he f- t 0 at 0 re ar the oll directIO
f I. V
irS ,.,iud The air r ne, Of -the
.Vill ess'ar
t
,(, be
he , ,-harply
'l'a,
'Liei.Z.Ilt s f ~ci-OTIOY
0 S +-
ai-A ar bit
channe fer
Ck,
fec 6
af
bers of r the streal
ati.0'a
the Core 0 tati.0-a did
of ro ation
card .-L/2
SON

S/~26J62/000/024/008/013
Aerodynamic investigation Ia 4/D308
D23
al grid'. The outletangles decrease with increasing velocity
coefficient. Energy losses are greatest near. the blade ends. In
the channels of the worldn~ wheel a considerable part*of the work-
ing substance'flows frora-the root towards t~c end, especially when
the velocity of rotation increases. The experimental increase of
the axial component of velocity is much larger than the calculated
one. The rate of flow through different sections of a thin cylin-
drical layer of the working substance is not constant. There are
9 figures and 1 table.
Card 2/2

I YEREMENKO, P.
I --l-, - - - _
i
In honor of the 47th anniversary of the Great Ootaber. S~troi.
I truboprov. 9 no.32a3pl It 164, (MIRA 1812)

liLitilcily of th-) 1:rc~vnin-'a of -tccjcti(-,n;; of, S-:nthr%,Ao and
With thO I-1011) Of Tal;~(;d Slilfur."
Deconpotiltion of Polythlon"t013
Alacril L. V.
Cand Clio" 00jj Inat of jqjyz;jcaj Glier-Uti-
0 *. "()1, 54)
Pisarzh-31dyj Acad J'ci Ukrainlan ~~ap )U "oP 54. (111) 21 j
SO: Six., 4322 29 'Allar 55

11-7
USSR/ Chemistx7 Physical chemistry
Vard _1/1 - Pub.- 151--10/35 -
Authors Brodskiy, A. I., and Bremenko, R. K.
Title Reaction of polythionates investigated with the aid,of marked sulfur
Periodical Zhur,ob. khim, 24, Bd. 7 1142 1150, July 1954
'Abstract i The results obtained in studying the mechanism of trithionate formation,
with the aid of radioactive sulfur, are described. The mean activity of
trithionate was found to be identical with the activity of its decomposi-
tion products - silver sulfide and sulfuric acid. The structure of
polythionates, which was established long ago by D. I. Mendeleyev, was
confirmed in this experiTient. The entire reaction process of polythionates
(addition., separation ani exchanee of complete sulfite and thiosulfate
groups), is explained. Nenty-five references: 4 USSR since 1870, 21
German, USA and Italian, Tables.
Institution Acad. of So. Ukr:--SSR, Th3 L. V. Pisarzhevskiy Inst. of Physical Chemistry
ubihitted
S
8 February 15) 1951,

Ye 9,~: M e r4 iro, PY, K,---.
Investinqons of the reactions of polythlonales, with the,
aid of labeled sulfur. It. - Reaction of and.
~enl,Mhlonats., R. K. Eremenko and Y41.b"U,'.4dskff.i
*r XAPM ~ig. I
Olisheke nrr,(x 1065): I-A. %Y.:
'-11Wh.--Tctrathkniate find pentathirmate, fike trithic-MAte"
contahl-imbtanctled clinins of sulfide .9 atoms, With sulfite
groups at tht ends (cf. C.A. 48, 132110g). Distribution of
111L lahelvd S was detd. by tremment rA the products with
KCN: S.Oj-- + 3CN- + 1110 - S.Ox-- + S04-- +
SC9 + 21ICN: or S.O.-- + 4CN- + IIjO - SO#-- +
SO, + 2SCN- + 21ICN. Mitribution In the thlomil-
c
fale wi% thtit field. by reactina with Ag": S.Oj-- + 2Agl*
-1- 1W - Ag-S + S04-- + 211 +. All thecentral (iulfide) S
atoms of the polythinivite ippf--Lr in SC%1- and in the sulfide
Satotti of SOj-- (fitia!15- fit Ag~S), where."all end S atoms
appearfinallyasSO.-.
To
a soln. ot 4.6 g. tribeled .14.0, in ',,) tilt. ligmine at - 15* was
III portions, with e.-toling, 45 fill. -.titd. Of W)aq- SON.
,-f 14):. 'rise (ng, layer wioi iet!iovcfI, flr was I-assed
t1jr,~tigit tile nq~ lilyer to trlnov# So-, tile s,~ln.,Nas C~"-d to.
W. mid 1) g. IQfl In Cf) fill. M011 %r,.4 added. T~,e piftil.
i-~:.O. 1'. s I% itil F Oil, dried , ,it-[ rccr%,St : it was
fr- imni -)tfi,r thi-tiff3ir,'! A " e, or
i"-ride. K!".0* NV1.4 pri.f.d. IN, by '10,111, of aq. X-SPI
tolog, Lif 4.1cli qljfitle 8 lo ice-CF-411 114fille in F1011, ir, (Clonq
froill (111-111f.it emill SO: fit tile pr"-.4ence 01
ri, llitv. I., :w(p. PA fill. courd. IICI wai; addefli
M- III' I% Ialwkd NitS101 In 10 ini. HtO
.1!!. 1, (its N't -.,It). KS w-is evolved. The
W--.*I-,i stor-Cla ;~4'd
pptd - NxC1 wits removed, and t
"I
at room temp., filtered, cffn,~fl. in memo at 40' in A mr,
ualn filtered, and 6.0 mi. AcOll tint$ 5.4 g. RoAc (as a,
flurry formtd by addn. of AcOll to a &fill. ate. *fall.) Weft
cidticil. The pptd. KAO,, rerrystd. Ifffm OAN MI, Was
free ffrAn chloride, suffiffe, sulfatel or other Polythimilates,
In X:&O. and KAO# all the activity was found n the cen-
flat (sulfide) 5 atortvt, evenly distributed except in the
K.S.04 from thiostillate and 150:1 In Whiell case tilt ditribu-
'flon wzts 21.1 on the two contral a(unis, Thivse results sug.
gc!it that the reactions Invo!vrd In lite prirpris. ate: for
KAO., S-Ch + 211,0 - %(011 h + 211 + + 2CI -, S.40TI)i
4- + 211+ - YSO,)3-- + 211,0; or (in presence of
i-line as oxiclizing agent) 2-qgO,-- - 0,&%%0.-- + 2,;
or ;%0,-- + 211+ + 11,0 then %(Off)? +
SVO,--, theil 0,&S&SO,-- +
2S(SOj),-- + 2SSO far Kj%Os. IAsj +
SSO--- [AsIs + Sol--. thcti 'AsIS + 2SM.-
0,S&SSSO,-- + [As] (IMIS ,in bitt-rinediate sulfi.le compfl.
flaturft. A15o in 1. Gco. Chem.
V;S.S.R. 23, 11611-0Q1955) (Fnj;l. tranilation).
Lawrence S-immers

a 'V r a
'USSR/Chemistry Analysis methods
card 1/1 Pub 22 - 24/49
Authors. I Brodskiy, A. 1. Memb. Corresp., Aced. -of So.. USSRI and Yeremanko. R. K.
Title -1 Study of the reaction oftetrathionates and pentathionates by ineans of
radioactive sulfur
Periodical I Dok. AN SSSR 101/3, 487-490. Mar 21, 1955
Abstract I Experiments are described in which radioactive S.was applied to the study
of formation and destruction reactions of tetra- and pentathionates which
were derived frcm initial substances containing radioactive S. In order to
investigate tho aotivity distribution in the polythionate obtained, penta-
thionato was decomposed with potassium eyanide. Results obtained by
studying the reaction with radioactiv,4, S are linted. 14evea referencess
2 UE-SR, ~ Gorman, 1 Italian, 2 USA and 1 Ln6lish (1870-1954). Tables.
Institution Acad. of So.# Ula-&Mp 'Ile L, V. Fisarzhavaleiy Inst. of phys. Chem.
Bubmitted I July 30, 1954

1: 47315;~66---
-I-XCC-NR---AR602B3-- SOURCE--66-DE. UR/0269/66/000/005/0014/0014
AUTHOR: Yereirrenko, R. P.
TITLE: Precise solution of the shadow equation
SOURCE: Ref. zh. Astronomiya, Abs. 5.51. Ill
REF SOURCE: Byul. In-ta teor. astron. AN SSSR, v. 10, no. 6, 1965, 446-449
TOPIC TAGS: shndow, earth shadow, shadow equation, Intersection point,
elliptic orbit, orbit eccentricity, eccentric anomaly
ABSTRACT: The intersection points of the elliptical orbit of a satellite with the
Earth's shadow are determined by a precise solution of the fourth order algebraic
equation, with respect to the value tan E'/2 (E is the eccentric anomaly). No
assumptions are made for the magnitude of orbital eccentricity. [Translation of
abstract) [AM)
SUB CODE: 22/
Card 1/1 afs UDC: 521.4

RABII.OVICII, O.M.. prof.; FAYIRSHTM, D.G., kand.tokhn.nauk; SV.I*XVICH,
G.L., lnzh.; TIWIMliKO, R.Y.
Touting a stuam ouparbeater of a bollor fired with natural
gas. Illek.ata. 31 no.1:2-8 Ja 160. WIFA 13 4.5 )
(Superheaters,Togting)

RABINOVICH, O.M., profoj FAWSHTEYN, D.G., kand.tekhn.nauk; PETIKO, V.M.,
kand.tekhn.naukj- LBIWEV, F.M,) inzh,; VISOTSKATA, Aol., inzh.;
MMNKO) R.V,, insh,
Increase in the evaporation capacity of boilers converted'to
operation on natural gas, Energetik 10 noell:11-14~ H 1626
(MIRA 15:12)
(Boilers)
(Gas as fuel)

YMMMIKO. S.
Turning out qualified highvsq technicians. Ayt.tranap. 32 no.3*.
31 Mr 154. (XLRA 718)
1. Rostovskiy doroxhno-makhanichooki7 tokhnikum.
(Road construction vorkers)

YMEMMIED, S.
IncreAse the accumulation of local industr7. Fin. SSSR 20 no.l:
43-45 Ja 159. (MM 12:2)
1. Zaveduyushchiy Llvovskim oblfinotdelom.
(Lvov Province--Industries)

PROKOPCHUK, A.Ya.; VREMENKO., S.A.
~
Resistance of the homatoencophalic lArrier in rabbits. Dokl
AN B3SR 8 no. 1:66-68 Ja 164. (MIRA 17.5i
1. Minukiy gosudarstvannyy noditsin3kiy Institut.

&A
YEREMENKO.-S.A. [Yarome S.A.); YERFMENKO, V.B. [Yaromanka,, V.B.) JK
Amount of cere ospinall fluid in rabbits. Vestsi. All BSSR.
Ser. blial.nav.iA0.1197-100 164. (MMA 17:6)
1
#Iv

PROKOPCHUK, A.Ya.; YEWENKO S.A.
Ufect of ass cn 'the d1stributim of arsenic radicizotope
(pS7,4,1 4a the b-ain of a dog, D~k'. .. IN Bl-SF 8 no.20A-132
F 264: - (MIRA 17:8)

'PROKOPCHUK, A.Ya.; FILIPCHly, GRINGAUZ, M.Ya.
Problem of the permeability and protection of the skin. Dokl. All
BSSR 8 no.10:680-681 0 164. (MIRA 18:3)
1. Inatitut fiziologii AN BSSR.

KEYLIMANY V.A.; YEPLE~IENKOP 5.1.
Electric hPat treatmx-nt of bjtv,,rr-n wit1j, t llrE. tyt.dcr. ;.~?,
.7u bu f.
no.30-9 Mr 1,55. (MIRA 28:51" 1

SOV/137-58-10-20629
Translation from- Referativnyyzhurnal, Metallurgiya, 1958,Nr 10, p4z(USSR)
AU,rHORS: Shirokov, N.I., Petukhov, B.G.,_~e~~~.
TITLE: Deoxidation of Rail Steel Without Aluminum or With Replace-
ment Thereof by Silico-calciurn (Raskisleniye rellsovoy stali
bez alyuminiya ili s zamenoy yego silikokall'tsiyern)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Chernaya metallurgiya,
1958, Nr 1, pp 41-54
ABSTRACT: To reduce the alumina - inclu s ions content of rail steel, this
being one of the assumed causes of rail lamination, experi-
mental heats of grade R50 steel were run in 380-t basic open-
hearth furnaces without deoxidation of the Al in the ladle, and
also with replacement of aluminum by Si-Ca. Determination
was also made of [ 0] and of the stable nonmetallic inclusions
(NI) in the liquid steel in the process of melting and pouring.
It is established that the contents, composition, and quantity of
stable NI in the steel during the period of pure boil undergo
virtually no change and are not dependent upon the duration of
the boil of the steel in the furnace, The NI and N content of the
Card 1/3 steel at the moment of its release from the furnace increases.

SOV/ 137-58- 1 D-20629
Deoxidation of Rail Steel Without Aluminum (cont.)
After deoxidation in the ladle in the ways indicated, ( 0 1 is the same as in
standard Al deoxidation. In a ladle sample of the metal, the smallest
amount of stable NI and the most favorable composition thereof (minimum
A1203 contents) are found upon deoxidation with Si-Ca. The production of
first-grade rails from this metal is lower with standard deoxidation than
with the variants practiced in these experiments. The macroscopic struc-
ture of the rails improves upon deoxidation by Si-Ca in the ladle and is im-
paired upon deoxidation by Fe-Si al6ne. The quantity of stable NI in the
finished rails declines relative to the ladle specimens of the metal both with
the standard and with the experimental methods of deoxidation. The quantity
of stable NI in the experimental steels is virtually identical in either pro-
cedure and is less than the content thereof in steels deoxidized in the ordi-
nary way. In the experimental fiteels, the inclusions consist primarily of
Si~ (50-657o), while in the standard heats the dominant component is Al?03
e0jo). The total degree of contamination of rail metal deoxidized in the
standard way and by the experimental procedures is virtually identical and
is considerably greater than in ladle specimens due to sulfides and oxides
and the appearance of sulfosilicates in the NI. Consecutive planings of the
rail heads show that when aluminum is replaced by Si-Ca, the number of
clear rails, excluding those showing NI in the form of scratches due to
Card 2/3

Deoxidation of Rail Steel Without Aluminum (cont.)
SOV/ 137-58- io-zo6zq
reduction, is greatest, but the mean length of the scratches on one rail
examined was also the greatest of any. Steel deoxidized by the experimental
methods is of coarse granular structure (Nrs Z-4). Upon deoxidation by the
experimental variants, u-b increases (by 1.3-0.9 kg/mmZ) and the plastic
and resilience properties diminish: 6 is reduced by 0.6-0.376 and ~p by 2. 1-
1.476. At the test temperature, + 200C and -400C, ak diminished by factors
of 1.5 to 2. Owing to the impairment of these properties, the question of
eliminating addition of Al or replacement thereof by Si-Ca will have to be
solved after track-service testing of experimental rails.
1. Steel--Processing 2. Steel--Properties 3. Steel..-Impurities
4. Aluminum oxides--Determination
Card 3/3

SOV/ 137-58-10-20613
Trans'lation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 10, p39 (USSR)
I
AUTHORS: Levin, A.M., Danilov, P.M., Yeremenko, S.N., Pravdina, T.E.
TITLE: Oxygen, Nonmetallic Inclusions, and Certain Problems of the Tech-
nology of El~ctric Steelmaking (Kislorod, nemetallic,heskiye vklyu-
Ocniya.i,nekotoryye voprosy tekhnologii -clektroplavki stali)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Chernaya metallurgiya,
1958, Nr 1, pp 55-74
ABSTRACT: Specimens of metal were taken durin 13 heats of various
steels in 30-t electric-arc furnaces. [01 was determined by
the Herty method and by vacuum melting, the nonmetallic in-
clusions (NI) were determined by electrolytic and metallo- ,
graphic methods. It was established that in low-carbon steels
(LCS) [ 01 at the end of the oxidizing period attains 0.0616, but
declines to 0.0216 when ready for tapping, and further to 0.0176
during tapping. In medium-carbon steels (MCS), ( 0 1 was
0.041-0.01016 at the end of the oxidizing period and dropped to
0.010/6 when it was time for tapping. In high-carbon steels (IIQS)
01 fluctuates in the vicinity of - 0.0116 during the entire heat,
Card 1/2 and approximates 0.005% when ready for tapping. It is found

SOV/137-58-10-20613
Oxygen, Nonmetallic Inclusions, and Certain Problems (cont.)
that only in the LCS did f 0 1 diminish to less than equilibrium with C during
period of Fe-Si and Al deoxidation, while in all other cases it was higher
than the values in equilibrium with C. The most pronounced diminution in[ 01
occurred during the slagging off of the oxidizing and the making of the white
slag. Upon deoxidation of the Si, the LCS first displayed a pronounced dim-
inution in [01 , which later slowed down or ceased completely, while in MCS
a smooth drop in[ O)Nas observed, and in FICS there was no change in [ 0] in
the ma ority of cases. During tapping there was a pronounced reduction in
j i j
C
) n the LCS, a less pronounced reduction in MCS, while both decreases
and increases in [0] were observed in FICS. On deoxidation, the Si contents
of NI in LCS rose on the average from 0.0038 to 0.0288% and then declined to
0.0176 at the time of Al addition, subsequently rising to 0.029Z%, and declin-
ing again to 0.017o during tapping. A similar regularity was also observed in
MCS, but in HCS the NI contents fluctuated -0.007%, did not increase after
Si deoxidation, and increased after Al deoxidation to less than 0.01%. The
data obtained are taken as good cause for recommendation of intensified
deoxidation of the steel at the outset of the reduction period by use of com-
plex deoxidizers and addition of Fe-Si to the slag in addition to Fe-Si, as
this makes for a shorter heat. Bibliography- 7 references.
I. Steel--Production 2. Induction furnaces--Operation 3. Steel A.Sh.
Card 2/Z --Impurities 4. Oxygen--Perforrance

SHIROKOV, IT.I., kund.teklm.nauk, doteent; PUTUMOV, B.G., inzh.; YKREMIKO,.
Effect of the inethod of IntroducinF alumin Into the metal
on the quality of rail steel. 1zv.vyseucheb9zav.; chern.met.
no.6:29-34 Je 158. (HIRL 12:8)
1. Sibirskly metallurgicheskiy Institut I Kuznotakiy metallurgi-
cheskly, komb1nat. Rekonandovano kafedroy- metallurgil utall
Sibirokoffo metallurgicheskogo Instituta.
ZS_t9el--I1etallur,Cr) (Railroads--Rails)

DANILOV, P.M.; KIWIAROV, A.D.; YERFARIKO, S.N.; OLAZKOVA, L.V.
Oxygen content and nonmetallic Inclusions Ir steel with its
deoxidation by aluminum. Izv. vys. ucheb, zavo; chprno meta 4
no.8148-55 '61. (MIRA 14t9)
1. Kuznetskiy metallurgicheskly kombinat i Sibirskiy metallurgicheskiy
institut.
(Steel--Oxygen content) (Aluminum)

__L_ 24542-66 EWT(d)/
.EEC %),772
ACC NR i AP600632-9 SOMWE COME t UR/0413/66/000/002/0052/0052
AUTHORS Tankevich., YD. H.j Yeromoriko, ~S.,,
ORG: none
LITLE: A bridge for measuring the parameters of complox,impodances. Class 21p
177967
SOURCEt Izobroteniyaj promyshlonn~jie obraztsy, tovarnyye znaki, no. 2, 1966, 521
TOPIC TAGS: o1ectr1o meastiring instr-rument, electric impedance
STIUCT., This Au~hor Certificate prosont3 a brldeo for measuring the parameters
of complex impedances, for example, the tangent of the angle of capacitor josaes
U
at the time of their-quality inspection. The device contains a power supply gen-
orator, a bridge circuit,, an ampliflerj and a phase-sonsitivo detector. This
detector responds to the voltage component of the bridge circuit unbalance, The
bridge circult is found in the quadraturo with its power eupply voltage. The
dc-sIgn increases the precision of the unbalance voltage selection of the quad-
ratura component, The reference voltage to 'the phase-nonsitive detector In fed
.g RG clxcuit connected to
from one of the elements of the aeries phase-oplit-tin
Card I
UDO.4' 621*3179733.025

KHAZAN, G.L.; TARNOPOLISKAYA, N.M.; BATTRMOO R.I.; GOGRAROVA, R.N.;
YRRSHWO S V.; XANGUARI, S.S.; KUTEFOV, V.9. (Eharikov)
Influence of the microclimate of the plant and of indstr1al
labor on the incidence of respiratory diseases among machinery
industry workers. Vracb.delo no.2il99 7 160. (MIRA 13:6)
1. Ukrainskiy nauchno-iseledovatellskly institut gigiyeny truda
i professionallnykh zabolevanly.
MCHIMMY IWWSrRT--MWIC ASPICTS)
(HISPrMTORT ORGANS-DISR&SES)

YAKHONTOVI V;y prof@ (Tashkon"01 YFREMENKO, T. (ushkent); PA)GOMBOVAp A.
(T shkent)
Entonaphages of the apple and oherry ermine motho flyponomauta
A
malinallus L. and Hyponozeuta padellus. Zashch. rast. ot vred.
t bols 10 no.8%53-54 16KO 4, (MMA 18111)

CHIGMMKIXI P.K.; LIWINOVA~ MIRWIMICRUIKO, S.V.; YLTMR~IIKUf T.D. -
Allsviati~g the seaBonal*facters of work. None. I ev*~prssa* ne.7s
33-36 Jl 163- (MIRA 16a9)
1. Konaervnyy kombinat v Krymaks.

-LITVINOVA, I.F.; MWMMOs T.D.
Mechanization and automation of produetidn procesves in the
Canning Combine in Krymsk. Kona* i ova prom* no&7L41-42 Jl
163- (MIFLA l6s9)
1, Kanaerynoy kombinat v Krymake,

y of T. S., Cand, Agr Sci -- "Scolytid beetlec - 46^18-truc-
E714 E 4f KC
14
0 Tashkentskaya Oblast Drutt--p-lim+f3e
Len, 1961, (Min of Agr USSR. All-Unlon Ordert~ Lenin Acad
Agr Sci im V. I. Lenin. All-Union Sci Res Ins rotection
k
of Plants) (KL, 8-61, 253)
364 -

TEREKMOP T. S. aopirant
The bark beetle Scolytus ruguloBuB Ratz. Zashch. rast. ot vred.
i bol. 5 no.lft3t 0 160. 1 (MIRA 26t1)
1. Taabkontakiy sel'Bkokhozyaystvennyy institut.
(Tasbkont Province-Bark beetlen-Extemination)
;I

BF,RF,ZOVSXIYI V.M.; YEREMERKO T V
Alloxazine and isoaUmazine series. Part 49 Now synthesis of 21-
der,xyriboflavine and synthesis of its 2-thio analog. Zhur. ob.
khim. 31 no. 11:3831-3835 N 161-. (MIRA 14:11)
1. Vsesoyuznyy nauchno-istiledovatellskiy vitaminnyy institut.
(Riboflavine)

BEREZOVSKIY, V.M.; TULICHINSKAYA, L.S.; YEM4ENKO, T.V.; RODIONOVA, Ye.F.
BARSKAYA, M.A.
Series of alloxazine and isoalloxazine. Part 5: Catalysts of the
reaction of secondary aromatic orthoaminoazo compounds with
trihydroxypyrimidines. Zhur. ob. khim. 31 no. 11:3689-3694 11 161.
(MIRA 14: 11)
1. Veesoyu=yy nauchno-iseledovateltakiy vitaminnyy institut,
(Alloxazine) (Isoalloxazine) (Catalysts)

BEMOVSKIrp V. me;. ENKO, T. V.
IUO- and ixo&Ummzine serl*s. Part 8t fttbesis of ga]Aeto-
flayine, antagonist of the vitamin-R2. Zbur. ob. Wlim. 32
no.12:4056-4059 D 162. (MIRA 16:1)
1. Voeooyuznyy naucbno-insledovatellakiy vitaminny7 inatitut.
(A31cacazine) (isoalloxatine)

BMZCVSKIY,, V.M.; )MREMENKO, T.V.
Chemlstz7 of allo- and isoalloxazines. Usp. khIm. 32 no.6:
671-706 Je 163. (MIRA l6s8)
1. Vaesoyuznyy nauchno-iseledovatellskiy vitaminnyy institut.
(Alloxazine) (Isoalloxazine)

YXRIMNKOl T.Teq
Testing the strength of casing pipes, Nqft, khozg 35 uo#22113-25
D 157o (mm 11:2)
(Pipa-Testing)

E VxEMEN KO, I I e- -
AUTHOR: Mocheruyuk,, D.Yu. sov/93-58-4-5/19
TITLE: Testing the Watertightness of Casing Couplings Under External
,ykhsoyedinaniy obsadnykh trub na
Pressure (Ispytaniye muftov
germetichnost' pri narazhaom, davlenii)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 4, py 26-27 (USSR)
ABSTRACT: The author states that casing joint leakage is due to plastic fail-
ure in the engaged threads as shown in Fig. 1. This was determined by bench
tests and application of radial external pressure. A comparison of collapsing
pressure on smooth pipe and on coupling joints showed that the pipe body in
the area of initial threading weakens on the average by 10.9 percent. This
comparison was based on collapsing pressure data given in the dissertation
"TLasting of Casing Deformation in Extra Deep Wells", by T.Ye. Yere nko. The
author concludes that the collapsing pressure at the lo~e_r_eff_6_f a casing
string must be calculated by the weakest spot in the initial threaded zone,
that 6 5/8" casings with wall thickness of 10 mm. are 10 percent stronger
when the torque does not exceed 550 kilogram-meters, and that reliable joint
tightness at the lower part of a casing string can be secured by welding the
joints after tighteneing them with wrenches at low torque. There is 1 figure.
Card 1/1 1. Pipe fittings--Test methods 2. Pipe fittings--14echanical properties

YERDMO, T. Ye., Doe Tech Sci (diss) -- "Investigation of pipe casing for re-
sistance to crushing by external pressure with a simultaneous axial load".
LIvov, 1959. 24 pp, (Min Higher Educ Ukr SSR,, LIvov Folytech Inst), 150 copies
(KL,, No 24, 1959,, 133)

YEREMKO, T.Ye.
Yeans for reducing the amount of metal used in manufacturing oil
and gas wel.1 casings. Neft. khoz. 38 no.12s2l-27 D 160.
(MIRA-U:4)
(Oil won casing)

-JZMMENKO,,T.Ye., doktor tekhn.nauk; MOCHERNYUK, D.Yu., kand.tekhn.nauk;
GEIETIY, N.G., inzh.
Ef et of flow properties and flow conditions of slurries on the
Md replacement process in well cementing. Nauch..z~p-
Ukrniiproakta no.9t56-65 162. (min 16:7)
(Oil well cementing) (Gas well cementing)

T
YERP-ENEM T.Ye.; 1,131',0711B. L..1.
t i [,r -i t-ek. prvs~,.;, stability loas ir. a
.q the f rjr
A- I
w(- ---i. vys. ucheb. -za- r-ft
i gaz 7 no.8.211-26 16-41 0-flit, :10)

-7EREMENKO. Terently Yefimovicht BULATOV, A.I., red.; ISAYEVA,
---- OV-1-Vid. iid-1- - .
V, tp 0 a
(Bracing oil and gas wells] Kreplenie neftiarWkh i gazo-
vykh 9kvazhin. Moskva# Nedra, 1965. 213 PIRA 18:5)
(M

Yl,-,RF.M,',NKO T.Yu.; YAKOVIEV, V.A.
.1.
Selecting methods for determining the servict lifet, M.,? rd' bit,-,
In. vys. ucheb. zav.; neft' I gaz 8 no.3:29-32 165. 041RA 18:5)
1. Llvovskiy politeklinichonkly Inatitut I Inatitut "UMNIMPRONEFT".

YERMMKO,V., kapiltany komundAr zvenap voyennyy lst,,lLlk 1-gr, k1al-9a.
--------------------
Systems for attention svitching are nocessa:ry. Av - 1, Yosm. 4?
no.l2z6O-6'L D 164 (MIRA 18-17. )

yEH14ENKO, V., insh.
Consolidate transportation Offic~s. Sotestrud 4 no-71127-128
J1 '59- OM 13: 4)
(Railroads, Industrial)

TMMANKO, V.
Methodological problems in the standardization of the vorkIng
capital of collective farms. Yop. skon. n0.7:80-92 Jl '59.
(MIRA 12:13.)
(Collective faraw-Vinance)

OLESHCHIMOO V.; YM14ENKO V- . ,'I, ~
semiautomatic machine for grinding teeth- MashiAostroltell wo2:15
(WPA 16:3)
F 1639 (Grinding machines)
I

YKMWKO V. kvid. tekhn.nauk
,Storage of garlic and onions in refrigerators. Sov. torg. 35 no.9--
48-49 S - 162 - (Vegetable s-Storage) (MIRA 16:2)

YEREMENKO, S.A. (Yarome S.A.);. YE.RE.MENKOI,, V.B. (Yaromenka, V.B.1
Amount of cere ospinal fluid In rabbits. Vestsi. AN BSSR.
Ser. b:Ual.nav. 1o.1:97-100 164. (MIRA 17-6)

YJRDM A .11-rIch- VABIL173Y. A.I., radaktor
[Storage of onions and VrUc] Khranonte luka I chemooks. Mosirva,
Gos.tml-vo torgovol lit-ry, 1956, 54 ps (NIRA 10:8)
(Onions--storage) (Garlic--Atoroga)

R E 1-0 C- N ,,, L, 1.1v.1e.
'K
I

PARANONDY. A.. prof.; TMMONKO VO.D. dots.
. L :-: -~-, , ,
Reduce losses In onion and garlic. Sov.torg. n0-5,43-44
MY '59 04iWk 12:7)
1 jGarlic) I(Onions-Diseases and posts)

YEPMWKO, V.D.; MIROCHNIK, F.M.; SPIRINA, K.F.
Sanitary control of vegetables and fruits treated vith methyl
bromider,gas. Gig. i oan. 27 no.309-63 Mr 162. (14IRA 15:4)
1. 1z Moskorzkoy gorodskoy sanitarno-epidemiologicheskoy stant9ii
i Instituta narodnogo khozyaystva imoni G.V.Plekhanova.
(FRUIT) (VEGETABLLS) (METIWE)

YEREMNKOj V.; 11YUGE, S.
New remedy against ~ and garlic pests. Sov. torg. 34 no.8:57-58
Ag '61. (Onions--Diseases and pests) (MIRA 14:8)
(Garlic--Diseases and pests)

YERWENKO, Vladimir Danilovich; SIFELINIKOVA, TS.B., red.
-1-11-1111- ~- -- - ,-
(Storage and processing of onion and garlic] Khranenie
1 pererabotka luka i che3noka. Moskva, Ekonomika, 1965.
110 P. (MIRA 18:5)

-IMMENKOp Valentin Fedorovich CIEMMIXOP V.Pab BGDROVAp A,p red,j
.- I KIN p--Yix;j, tekhn, red,
[A paradise for the rich and a trap for the poor] Rai dlia
bohatykhp pamtka dlia bidrqkh. Yqivp Dersh. vyd-vo polit, lit-ry
UROR, 1961. 415 Ps I (MIRA 2419)
(United States-Economio conditions)

MIKHAYLOV) S.S.; KAGAN, I.I.; 'Xupmulol V.I.
Afferent innervation of cerebr&I veirlo. Vop. neirokkir. 27 no.5:
7-12 S-o 63. (14IRA 17-5)
2. Kafed-a operativnoy (zav. - prof. S.S. 141.khaylov)
Orenbargskogo inatituta. I

YERE.MiKO, VJ. (Orenburg, Sovetskaya ul.) 14, kv.24)
-1-1. 1
R~~ptor innervation of superficial veins in the human brain. Arkh.
anat.0 gie-t-. i~embr. 46 no.2332-35 F 164o (MIRA 17:22)
1. Kafedra normallnoy anatomii (zav. - dotsent V.Yu.Pervushin) Oren-
burgskogo gosudaretvennogo meditainskogo instituta,

YUEMMIKO.V. 1.
Practice of manufacturing gears with hard slits. Avt.trakt.prom.
no.9:24-25 5 155. (MIRA 8:12)
1, Lipetakiy traktornyy zavod
(Gearing)

ff ,- mm, -.-
QOUR=- L z: - 0 a :
ACC- NR-
AR6035409
IAUT11ORs Nizhenko# V. I,; Yeremenko, V. I.; Sklyarenkop L. I@
ITITLEE: Use of the lying drop method to determine the surface energy and denaity of
'liquids that.wet the substrate material
i I
SOURCE t Heft zh. Metallurgiya, Aba. 9A51
RZF. SOURCE: Sb. Poverkhnostn. yavleniya v roAplavakh i voznikayuahchikh iz nikh
tverd. fazakh, Nallchik, 1965, 21.1-215
TOPIC TAGS: aurfaco propeity, liq%dd propertyg ourface energyg fluid density mcasurc-1
zent, calciura fluoride, copper
ABSTRACT: It is shown that the lying drop method can be used- for an exact determina-
tion of the surface energy and density of liquids by forced formation of a symmetrical
drop of the wetting liquid on a substrate even at contact angles less than 450. The
method was verified on CaF2 and Cu. The data obtained agree with the earlier deter-
minatiOnG. 4 illustrations. Bibliograplay, 11 titless (From RZH Fiz.) (Translation
of abstract)
~SUB CODE: 20. 11
Card

VYEMI T717).-V7. -Tr.
Ivanov, V. V. ,nd Yerc!ren',--o, V'ilm"# - "Material for studyinlrp, V-e 3ew"Ced of tYe b
Cha~lan Doum region". Uchen. znPJ87-4 (ur'-al:j!-jy ped. i uchitel. -Ir-t L-%
P
. J)
PMUO It 1.941,, (Coltrln-hnrulJnr,: 19471 tetrt.1clo 4), p. 1-P,, - atbIlorps 9 iten.".
SO: U-3042, 11 Marell 53, (Letopis 'Zh-=iial Inykh Statey, No. 8) 10,49).

v----YMMNKO, --
Steam Turbines
Tatbine opera%.Ing practices. Blek. eta. 23
nol 4 (1952)
Inzh.
MLPA. Library of Coneress, August 1952, UNclassified.

TmWobs, V.t.
TJgq"HKO, V,K,, lashener.
1-4 2 no.6:11-12 JO 154.
for cation filters. Imr&t1k (nU 7:7)
Drain W filtration)
(jilters and

14N), 205)
A Roza Given
Conference an Questions of Tqz-
ding ftiglastring
PMUO=CAII ATtozatichookays averts. 2959, Val 12. Kr 5 (-,4)
VP nSR)
ABSTZACTs Tb6 **ioAt1f1Q-T*chn1ca1 conference an question of
welding engineering convened in Kbarlkqv fram Worth
?1- 13, 1959. no following Organization$ convened in
the conforenatt The Scientific-Technical State Co=it-
too of the Council of Kinist4re of the Mcrg',M. the
Khe -kmv Sovuerkhom, Us Zustiguts of Electric Welding
iSSUL Z60. Pat*=& Of the Academy of Sciences Of the
UkrSSR. the X4*v and Khaxlkov oblaot administrative
M of the . Af*or the int-loduction Or
:Xchine industry
Comi
the of ME McrSSR, G,y. roateAka, who confe.
rouce heard the report of koademiatoz AS McrSSR. 'P.T.
Paton -On the Raintroductlan, and production of Welding
Care /3 2mgIneering". After that. -the following ruports "to
board at the conforonces Yeabtr.at Gap Plea MwS.1
IR
D.J. Polyakov an establishing
bases In the republic for the dsv9IQPmQat of welding.
Vice Chairman of SaynarthasT.1t. I&ki)vl*v On the intro-

angizopering In 'the enter.77--ses of
ductiola of "Uin
etrQvs economic administrative a_-%. chief
of
the DU*VrO
of ?ecbzie I AAMJ-19trstiOn Of the Kharlkov Savuarkhat
:
rusuboy an the introduction of virou*osive weld-ne
T.1
;
::re:rlng in %be #at*r;Pr1aeV of the SoMarkhog Cam-
A-
!!*%;I C
OML_
3ft
a R taikov an succossea of the tavocu
struction Paclor7 In introducing welding oub-trievring.
n (institute or
Candidate of Tochmacal Sciences I -'
; =
11totrio Welding Laenilb- 0-F&TOM) a or- .. -_
=&tlq welding. Chief of Welding Dwp&rtmt=t of the ~0~0-

the use
1
zmmuwskty "sshims, Pactory V r,
:n
!!"
g
t
chin
.
h U1141".
of *41so%rio Slas- weldtng'r i

Candidate of Ttoh=ltal Sciences L-A. yulm-3--ko opok*
'
l .
,trt-
f OrTelaixg DOP
an ceramic flux far welding. Chi
sent of Kh r-ko Turbine Toatory. S.T. rorman an the
card 2A now of rsdN.I.v-ft0 welding in carlon dioxide. Cana'.-
a-sto a-f Technical Sciences p r Sovba on, new equIV-
j1t"-tE~--T
stt-uT
C
a
gant for w --ked ou
:
f
trIa Welding imantra.0. Paton. candidate o
K tstedsv (Institute or W*141=9
Saienc-0 V'
_~
imetaU.0-.- new works an VoInt.ww1ding. E=41-
V
an now welding equipn*nt. worked out
,
'
1
1
Q
L,
no
z
--
LjrectOr of the Institute of VN.
V,-
-
6fdb
by
-
v
Aytogen, C&A411att Of TOOhn lc&l -.tel.neto T.A Anton
.
flazt trql ~~-s
I
.a%U,wpwaU Lit the gap
on recent
E
f Technical Scioatts Y-1 - .. ~;
Adidace o
metals. Ca _!Eit ItUTF71.
f Technology of 1!*taLs at VQI*O-
(Chair o
moat Sad Itlk P-OductiOn) On m to* method or
h
t
e
vacuum diffusion ftoldir4~
(;m

YMU06%09 YiktoT Mi ylovich.-ImPit8n', ZZI' ITSHAII,LoN.t red.; BUTOTA,
I te~khnred- t. NTaifun-" T18d'vostok' Pri-
[The whaler "Taifun-wl r"toboe (Hln 14.
morskoe knizhnoe 'zd-lo' 1960. 23 P- .5)
(Wboling)

"_ 1.01L I.- __- ". ~0_II - -. -; I
-M
JACCESSION NRt AP4028422 3/0181/64/006/004/1013/1017
AUTHORS i Yeremenko, V. V.; Zvyaginv A. I#
TITLEt Light absorption by cobalt fluoride crystals above and below the Neel
,temperature
iSOURCEt, Fizika tyerdogo tela, Y. 6g no. 4, 1964, 1013-1017
TOPIC TAGSs light absorption, cobalt fluoride, Neel temperaturet antiferromagnetio
stateg,electron phonon interactiont Van Vleck mechanism, absorption band
11ABSTRACTs The authors considered the effect of temperature in the interval 20-400K
on the absorption band.in single crystals of CoF2 in the near infrared region (wave-,
rcth--of-- 1-4 microns), above and below the point of antiferrovagnbti ordering
(Keel temperature of about 38K). The parvw~eters of the absorption band do not
change anomalously during transition of the material at the Ngel temperature. To
find ad explanation for this, the limits of the absorption band were defineds and
"~possible mechanisms for the formation of the band were considered. It.is concluded
,that the prinoipal causes are the great force of alootron-phonon interacti *ort and the
EVan Vleck mechanism of allowed transition. As for the temperature dependence of the.-
absorption maxim= in the frequency soalst it in found that when the optical It
Cqr~_' 1/2

may shift
AP4028422
ot ohax,90t the absorPtiOn is
soment dOes 1 )tjon) only 4hen there 11JUi
..ition of the i*lic 'Pin xc,,Ange inters, )d et&tei. ng
ecause of or
tr -. Boale (b i1 during Wan"tion to the ex0it' Or""Onai
-
in hsnk Profe~80r yerlCint 0
-the freque Lzi the exchange integri, =d we,
Izarked Oh%F16s 1 take this OpportunitY to t ..Got in the w6rkv
Ilia c~et'=t inter art. bA*' 4 figures &na 2
JcOn6luGionv ,SSR, for Measurements-11;* Or'g-
,member Of the a 1M the
Iyurko for ,,ti,ip&ting in Kbarko"
t6t AN Ukr
"formulae. st,tut nizkilch tespers
W.10heaki;r U1 t"Go AM 'WW
010S, piziko-t, f Low TemPOrs ENCLt 001
I'JA'
'kSSOCUTI(
ASSOM Gal Institute 0
achni
~(Pb loot4
.(PbyaicOt
00
16SepO
Ito RV 005
OB CODEI Opt
SUB CODE I
-7
~2/2-

LEVCIO,,KO YevgeniY Andreyevich; SOLODOVIAIK, p.S., retsenzent;
V.F., st. nauchn. sotr.y kand. biol. nauki
RATPIIOVA, ~;, ;K st. inzh. I retsenzent;
retsenzent; T.E~ - q ~ , I
KU-yjjAj-,1, red. I Bor'ba s vreditelimid khle~,nykh
rranarY PeStO (I.IIRA 18:9)
[Control of 9 a. Y,0108, 11)65. 142 P-
zapasov. I-',Oskv
1. ,%vnduyu 011w lily V,:()k3O~,j,zjjapo Tiralchno-
fakogo inaULULO , *rnii j jwoduktov YOP,'O W,11"
J13sledovatel solod~,Vnik). 2. Cosudarj3tvennY7 proizvod-
rabotki (for boproduktam J kombiko=,OVOY pro-
stvennyy kornitet po kh"Le
117shlennOsti It SFSlt (for Yeremenko).

YERE M KO. V. N. AND SOLOMKOv V. P.
Dilatometric Study of Sintering of Single Component Metallic Conglomerates
Sintering processes of Cu and Ni powders of 60-85-micron granulation,
previously compressed into briquet . r studied using Chevenard's of
Gu powders was found to obey the lawt 0 mtnfoD all temperatures (A 2
= shrinkage, 2 and n constants) The graphic-4/L(t) in logarithmic scale
agreed well with Shaler's assumptions (J. Metals, 185, 796, 1949).
(RZhFiz, No. 5, 1955)
SO: Sum. Wo. 639, 2 Sep 55

T1900M, T.N,, kandidat khimichaskikh nank
....... snAy Inat. chara..
o( -solid solution bour4arl of the Ni - Bb system* I(MM OM
met. AN UWR 3:139-147 149.
(solutions, Solid) 11

Chemical Abst.
Vol. 48 No.- 3
Feb.- 10, 1954
Metallurgy and Metallograrby
Conill a diagrant
N. Frrinrnk IT uti,7n.
d'ourn. It
study was ruade by using Mo powder prvp,l. fruninnimrnium
ncolybdate by a ptmess Involving If, reduction of I fie oxides.
This 'Nfo contained C 0.015, Si O.W. Fe 0.013, P 0.(X)I%,
and a trace of S. The tlectrolytic Mn containol C 0.012,
Nin 0.02.4. Fe O.Wl, 6 0.6f-y2-31 anti trare_,j c,f At, P, and Cn.
A 25% Mo roaster alloy was prelml. for in,iLing the alloys.
The alloys were tnelted in cordandurn cru(-ihl,.-s in 4 Krypt