SCIENTIFIC ABSTRACT STADNIK, YE.V. - STADNY*K, B.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652810010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STADNIK@ Y,-" -'If ,
*-'ilerrnal regime of 'ie underground c' @,*@..-. -ta--.ge.
Tr.viy VI.TIIGAZ no,22:358-3"'.2 I @",.
17:1.0)

ZORIKINY L.M.; PETSYUKHA, YAKOVLEV, Yu.I.
Gas saturation in the formation waters of the Lower
Carboniferous and Upper Devonian carbonate sediments in the
southeastern part of the Russian Platform. Trudy VNIIGAZ
no. 25t88-9.4 165. (MIRA 18:12)

69910
s/109/60/005/04/026/o28
13 0-0 E140/E435
AUTHORS: Chirkin, N.M. and Stadnik, Yu.G.
TITLE: On Certain Pro pert 1@ @a; Waveguide/with Both
Conductors Loaded by Discs P
PERIODICAL:Radiotekhnika i elektronika, 1960, Vol 5o Nr 49
pp 694-698 (USSR)
ABSTRACT: This is a continuation of earlier published work
(Ref 1,2). It is assumed that the disc spacing is
substantially less than the wavelength in the waveguide
whose walls are assumed ideally conducting. It is shown
that the coaxial waveguide with loading on both
conductors have the same dispersion properties as coaxial
waveguides with loading on only a single conductor. The
number of passbands however is increased, for example the
first two passbands of the wavegu�de with loaded
conductors occur in the same frequency interval as the
first passband of a single-loaded coaxial waveguide. it
is shown that anti-phased and co-phased waves with complex
resultant field may exist simultaneously. This is
Card 1/2 accompanied by deterioration of the delay properties of

s/ioq/6O/OO5/o4/o26/O28
E140/E435
On Certain Properties of a Coaxial Waveguide with Both Conductors
Loaded by Discs
the waveguide. There are 2 figures, I table and
7 references, 6 of which are Soviet and 1 English in
Russian translation.
SUBMITTED: September 18, 1958 LIr
Card 2/2

ACC NRt
AR6035276 SOURCE, CODE: UR/0169/66/000/009/DO16/DO16
AUTHOR: Stadnik, G. G.; Stadnik, Yu. N.
TITLE: Use of -s-cismic prospecting in the Belorussian rnassif to map the
crystalline basement
SOURICE, Ref, zh. Geofizika, Abs. 9DI06
REF SGUill CE- Sb. Geol. i perspektivy metallonosn. dokembriya Belorusaii i
smezhij. -.-nov. Minsk, Nauka i tekhnika, 1965, 96-99
TOPIC 'FAGS: seismic prospecting, geophysics, gravimetric survey, geomagnetic
field, map
ABSTRAcr: A basis is given for practical multidisciplinary geophysical
investig-.itions during the mapping of a crystalline basement and during deter-
mination of its petrographic composition. The correlative method of refracted
waves with its high frequency modification, which is explained by the shallowness
of the basernent (100-500 m) is recommended, together with magnetit and
gravimetric surveys. The connection of the tension of the magnetic field with the

ACC NR- A1160352'76
boundary velocities in the cry staHine basement has been established. This shows
that it is possible to use the correlative 'method of refracted waves together with1
a magnetic survey in malting maps of petrographic compositions, and to identify
zones of deformation. A. Titkov. [Translation of abstract)
SUB CODE: 08, 20/
2/2

/)Lj@ S/120/62/000/004/037/047
,_@ I @ G _7@)6? E140/E420
AUTHORS: Golldin, L.L., Stadnikov, A.G,
TITLE: Arrangement of along' the
accelerator ring
PERIODICAL: Pribory*i tekhnika ek3perimenta.,9no.4, 19629 IL99-202
TEXT: The scatter in low-field characteriAics (injection
conditions) of the manufactured'magnet3 is such that special
measures must be taken to reduce its effects. The article
describes the theoretical considerations and the computations
undertaken to find an arrangement of.the magnets such that the
distortion of the equilibrium orbit be minimized. The
computations were carried out manually, with verification of"tho
final arrangement on a computer. Good agreement was obtained.
There are 2 figures.
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
GKAE (Institute of Theoretical and Experimental
Physics GKAE)
SUBMITTED: March 29, 1962
Card 1/1-

STAnT`1K7111, A. G.
S/120/62/000/004/042/047
Elho/E420
AUTHORS: Barmin, V.V., Dysheva, G.K., Tumanov,.G.K.,
Agapkin, I.I., Andreyev, V.N., Veselov, M.A.,
Golldin, L.L., Luzin, V.N.,"Radkevich, I.A.,
Sokolov6kiy, V.V., S.tqdnikov, A.G.
TITLC: Inves* or W,@C on.@ tCh. horizontal
tigation and
component of the low-induction magnetic field of the
proton synchrotron
PERIODICAL; Pribory i telchnika eksperimenta, no.4, 1962, Z23-1.zq
TEXT: Pormalloy probes modulated at 10 kcs were used to measure
the position of the neutral plaxie of the magnetic field, It was
found that the distortion of the neutral plane i*n the residual
field was determined mainly by the neutral pole.. This distortion
decreased as the @xcitation of.the C-blocks was increased.
Due to hysteresis offectsw the measurements had to be carried out
under operating conditions. A description of the probe and its
associated circuits is given. The mca5urements show that 67 of
the maghats have a deviation of the neutral plane in the range
+ 0.5 mm, 16 magnets have 0-5 to 0-6 MM, 3 magnets 0.6 to 0-7 mm
Z@ard 1/2

S/12o/62/Ooo/oo4/o42/O47
Investigation and correction ... E140/E420
and .12 magnets >
., 0.7 mm. The average error of measurement is
.-0-17 The method of correcting thu-neutral plane errors by
i@ean5 of windings on the neutral poles is described. There are
11 figures.
ASSOCIATION: Institut teoreticheskoy i oksperimentallnoy fiziki
GF,AE (Institute of Theoretical and Experimental
Physics MAE)
SUBMITTED: April 11, 1962
I
Card@-;2@/2

E'z_ _,TZ;A V _C@ -T _@t `
ACCESSION NR: AP4041040 S/0120/64/000/003/0152/OIS7
i AUTHOR: Kato, M. Ya.; Stadnikov. A. G.; Golsdin, L. L..' Baranov. V. V.
TITLE: Method for designing the pole shape for single-zone isodynamic magnetic
eparators
I :OURCE: Pribory* i tekhnika eksperimenta, no. 3. 1964, 152-157
TOPIC TAGS: separator, magnetic separator, single zone magnetic separator,
isodynamic magnetic separator
A method of calculating isodynamic fields is described; it is
suitable for both the single-zone magnetic separator design and the measurements
of magnetic susceptibility. Since the neutral pole obstructs the entrance into the
gap, it is desirable that the isodynamic field be created without the neutral pole.
Formulas that describe the pole shape ensuring a quasi -isodynamic field without,
the neutral pole are developed. Curves plotted in dimensionless coordinates

:.ACCESSIONNR: AP4041040
based on experimental data are submitted as a verification of the formulas. Hints
for the practical design of pole shapes are given. Orig. art. has: 4 figures and
i;f 16 formulas.
ASSOCIATION: Geologicheskiy institut AN SSSR (Geology Institute, AN SSSR)
SUBAdTTED: 0.3jul63
SUB CODE: EM
ENCLs 00
NO REF SOV:

GALAKTIONOV, A.T., kandidat tekhnicheskikh nauk; PANKIVICH, I.P.
STADKIKOV, G.Do: LUGINA, N.A., tekhnicheskiy redaktor.
;50.
(3clectric welder; handbook for workers] Blektroovarshchik; spra-
vochnoe posoble dlia. rabochikh. Isd.2-3, d6p. i perer. Moskva,
Goo.nauchno-tekhn. Izd-vo mashinostroit. lit-ry, 1954. 303 P.
(Electric welding) (mubi 8:8 )

SHIROKOV, Sergey Ivanovich, inzh. (deceased]; Prinimali uchastiye:
ZAYETS, Y.N., dotsent; GLumICH, M.I., dotsent* STADNIKOV, G.D.,
inzh., retsenzent; WMIMAK, L.G., inzh., retsenzent-, MGM.-
N.A., tekhn.red.
EProduction of boilers) Kotellnoe proizvodstv'o. Izd.3. Moskva,
Gos.nauchno-tekhn.izd-vo mashinostroit.lit-r7e 1960. 280 p.
(KpA 14:3)
(Boilers)

GALAKTIONOV, Andrey Timofeyevich, kand. tekhn. nauk; PATSMVICH, Ivan
Romanovich; @T@T 43 DUGINA, N.A.,.
tekhn. red.
[Electric welding; a welder's handbook) Elektrosvarshchik;
spravochnoe posobie dlia rabochikh. Izd-3-, dop i perer.
Moskva, 14ashgizj 1961. 392 p. ?14IRA 15:2)
(Electric welding)

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ThO Oci& Owd dmmcttf Of bilundims coaku -P,@ L, SrADm=y_ Palim a
J."Pe-vi 11. 65-75. 41-4(19*1); cf. C. A. 24. IIY9.-LX-t*ilvd Aualyws of cauts from
Cie llo@luvakia. Rtma and Sdmvia are given. The compti. and prulmitirs of a clad -90
0 andomsuctLire of the peat layer indicate that, during the period of Sesmsation of tile 1.00
mother SnAtcfial foc theft grades of cvA a periodic sequence of dun occurred upon the
ttrf.Am (hie lmriod was rich in microvegetation, and high in ods and fats which, after 1,60
-ttlills upon the flottom. gave riv to the Nvhmd foffmatimq. In (Aber Deriods the -00
0*8 % t-goAtitin wits rich in celltdow. and ligniu. giving rim to sedimenu of shiny hard coal.
00 N. jwrimi was distinguished by only ont flora; many tyrrs were present betides the .00
Imme. (11V de"b donut show typical 1xvilead of bulnusfiffrustiollot.
0 An alternative explanation Is that strejuns poured into a central basin bring large
111111s. Ill VVg0AtiOT1 C1,1119, Crill IOW Olld lifuln. This M&M Was Mixed With the micro-
vrXelation KT.WiU9 UPOn the surface of the basin and conig. fati. Coucurmit Wdi-
00 -viltuli til xave li@ to a cial of Mixed origin. Tile ileriodicity is confinned fly [Arerm
'f
saml and "I twi%ven tile mityuja (,f (,wl. is, tile j.,gh,,,d jurntatiml..' th- fat$ were coo
con-ted into ixlYmers of uimtd. fatty acidn, which remain inmpl. in org. m)lVm1%
;,,,-I have 'lot been altered through the acts. In the shiny layers -1 hard coal. tile
00.
1.4mers of tile fatty acids were converted into bitumclis, which are ml. in org. wAvvnts.
00
llot@' elai, filmord under shmiLra condition-, of temp. and premsure; file dilti-mit cim-
001 vrt.'1011' of fattv acids an due to a cat;dytic effect of the ash elements in ImArd cml.
rhe change of'straight-chAin fatty acids to mbas. of aliphatic and lwAymethylenc coo
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ell k-._benjcnr mixt. The residue was repestedly extd. a total of 121.-M-MM%. The estd. pest was again cztd.
*9 with HjO a, 1@mj ternp., at W and on a boiling with a 117u sq man of N&OH on a water bath. The humic a
Imth; th,, RrO used in the extit. was always rePlace4"witt"h
00 and dried scids ;Jrre me@d. from the aLk. suln. with dd. HON. (A
freh. The sq. cxts. were cvaPd. to dryam lowed by wim-thing. by decatitation and drying. The fil:
trates were evapd. to dryness and the residues obtained 400
00 id. in succirmitin with ether and sk. The former
were ell
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ljY ltx chem. osture mW its origin. pum buloic coal doL, 1141t fww, and thutfure this
00 8@7 tYlIc GO coal don not Produce cukr- Purt sapropelites represent tuilts. of tranlonngg.
i - film products of fatty wide which can easily he fuwd, This coal prothices a good
0 u, wmi-colit and coke when distd. COW of nliard orisits PmIuces goaxi voke only in C&W of see
:0 all Cm#.Vw of salwupelite In the riot. Thereltice X(xpd coking coal is to tit found in the .00
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no

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AdIll jAV mile 41 4243 #A

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temefel chomakal dwaracterialks of Coined cools
Tho 0.01 as
i
L. Sj#4ajl ( -Oke , t'km. (C. S. S It -) J. No. 3.
Irl MUM); Chamos & indwitrw JI. ltk;7; cf. C. .1. 27.
LNPI?4.---A (lesuriptitali of the charactcfintit-N wh"i shIptild
be detal. in evaluating the mking qualities of ewl.
A. Papitiraii-Omit tare_

N
-00

as ji"
200
Goo
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600

4 - I L A INITALL 94KAL LITIO&TURIE CLAISIVICATIOm
is,
also*. .&P
a!;
itattai Sall i"
00
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U 0 AV 10
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0 i
1@ It i. X , P11 11 ?4 )l iV 01 0
11, 14, fit A I I AA U it- tt
Th@ Of COW. G. L. Stadnikov and N'. G.
ntov. Kki". Tvffdor Topad-,4,.
C. A. P. 177.-A ombrr o( thiinjes are fcvicwc,l.
A. A. Nwhtfitigh
00 a
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06
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a a k_1 a L@jl_-x -v - y f11--jLJ-J, AA 10 M cc tto I 1 4.2 J., 1 4 $1 u #I O'ce,
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slam S1 0911-- Pa.."
janoo-j -j A. Get
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I IV 11 12 11 tA Is It 17 11 A A I'l is VJS 191 IS it U U14 aIs W 111 31 v$I u li Vir
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A. A MOTALLUNGICAL LITISATWE CLAS$IVKAT)Ck
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oil WWO of
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Oils
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1@ IS Al ii 11 a P ft to am #4 u it 0( aK (I Jrt it xKW At-11

0 0 0 0 0 0 0 0 0

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i ';@ A.r- I- @.114S

Cows from Ike Ssb%^%h deppsif St..Inikm
Kho"t, I'twdec" IllehilarMul'IT--
tlal%L4 Kainvoivand Kiefolivy W .1.2kMINXII aw

00 c!

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a; zoo
00

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09

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a.o
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ST ;t
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0 90 0 0 0 0 0 0 '0 09 0 0,

i i d t I all If rl 11 u fs to fr 111a AS
to r mo . 0 a to A K -M JMLAX PP. M-I-k- A- Lt- -i -L
4
!IT .D 240 evolls -1 -ik- A.-t A A-
., Pat
Ovoctsis.1..0

The bads fw 69 cdommmW cWmAudon ad A

06 a cook. 0 L �,tA4wkuir.- Kkim. Twodozo Tophte 4.
513-77(MO2-A ficutativc standardizatimi ol kti@ilirn-
n ctud.s in-prew-itted. A. A. l1whtlingk
i
0 0
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5 a - I L A ONTALL411611CAL LITERATIolill CLOSWICATION1
to
0 0 0 0 0 0 0 0 e 0 0 0
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T IF Vi
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0010 0 ISO 0 0 0 00 0 0 0 4 0 0 0 0 0
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0 W- W- W-

a
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L Ely I I z Ap A M, M U @-fi iL.% 4 -t- 44 4

oil ibak of dw o@Mm pA W Bwspsm Russia. G. L.
06 c S. Sftwbvgka)-a mW N. V. M4&7d-iW-
-P
t-
W - 44 0 WNW- rb
m
l
h
Ki
4
p
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c
e
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a
n
.
OO
.
W
a Wks of the h4virlog shale d"kimits inclamtima cbrm.
00 ead hmAmW. catinwditatim pfodurts we dis-
Undurvidl, Z"WevAil. WAS-
*
d
i
d Si
ePtim
ts.
mesuml
Sovd
ev*R, Kash*&. Kom an
A. A. boakthask

doo

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oo .00
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0

it 14110100 .1p 0-Ir 42MI 414111(Nzi *)Iasi cat O-V III
.
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I "All"I I @'c v y "
3. !J. L.
'A' llopros@i 0 I-etod-akb Jtnall-za 'Uoryuch-lkh allantsev, roryuchiya o'lantsy,
1934, No. 3, 44.
SO: Goryuchiye Slantsy #1934-35, WN .871
G .74

V w
TV 0
, w '. It is it U
A- a @x f 141
CbmCWWN of coal$ hem *A IstwIsk "d h*wtvk -00
baskm 0. L, 996&&Ov- CObw & CAM- (U- 3- S' R ')
4, No. arldni. data on the CIWM.
,=Pa. cj cmb flow the Kusmtlk heft arm with thm
a, ol Kessvwv ow Rapupmt (C. A- 33, IMI). The
data an Ow cbm. NOW PhIs- Prof-tiCs Of C4101 41004ts
of the Idtmt* IsRals we tabulated and disruawd. C. B.
.00
00
00 Soo
8*6
00
00 too
00 000
@ W4,;
MORI
000
............
0 AV 10 a V
FW-14 1 , , , ,I ; 4 ad 0 a a -1 9
is -0 11 0093 106
0 00 1
oil 0 ff1;0 01 0o 0
0 Ce 0 0 0 0 0 0 0 6 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 199 0
99000090990009000

'.64 00 0000000 0

1, 'a 1. jo It It a J4 A 16 :? a A) 11 u is D so it is 0 'o
4
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00 G.J.-
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rail arlittale atimer 4W oil dW*. U. L.
11
90 S the on. mom and tit that ash of kukersite leadd to the CW-
clu%i(m that the material which formed arc. substances of
0
A the Owkwas lit part accumulated in We and of planklmic
0 origin Adid was to part lirought in hviat the asith slid of
lij;Worijin, i. ii., the or%. main of kukaMte must be
It ving a aspropelite-buistic bass. The scidic
.01 It'
j t. (,. kuk", .1. lit* I.,
their phenolic character; this h particti h
00 the part, wbkb an dktu.1;1=y
noutral distillates. The
.lit usual humic substaom which ykW on dista. the typi-
cal pboutills or asphaltents of a pbencil type. The org.
00 man of these kukersites is decidedly different from the
bog-licad cools investigated by S., which give a primary
tar free front cyclic (dihydroxy aks.) or keto, aks. The
OF 4 4 t
-Ar",
W
bead Uws, contain a considerable awl. ed aranswic by
carbinit, and the visalient of uwald. clasiptia. isi OWN frise-
tims is higher than in the cvrrmpunding bactiow froms
the bug-beed cua12, The content of pbenols In the pli.
mary tart 1rum the Volga Abales indicates avily a WNW
admixt. of huntic substances in the erg. roam. Plide the
ultimate "y-,is makes the presence of con5ititrable
quantities of huntic substances probable. The prevewe
of aromatic hydrumbtass in the light friactkas of The
KAshpirs Aale, tar can he considered protred. There is
also proof that the org. mass has patwil through a stage
Ce 0
of reductionv in which the humic substa were sub*-led
to some changes. They lost their *,idic properties and to 0
their ability to produce phenols on dista. Itntead the)
yield arowtIstic hydtocarbons. A. A. Bochtlingk
light ftections of the kukersite tan, unbike those front bog-
I L A METALLU*GKAL UTISATURE CLAMPKATION
too
........
_L'I
Al
Od 0 9 0 1 St 80 1 AD a
1*0 0*06 *0110--
00 0 0 0 00 0 9 0 a, 0 0 0 0 9 0 0
0,11I * 0 41, * 409 iIa a as
00 0 0 * 0 0 0 0 * 0 & 9 le 9 40 6 0 00 0 0 0 0 0 4 a 0

vw
rr
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A-4-A

a
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ol..0
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oo
m
!@ g

The composidm of primm" tan ftm "Propolil" or _100
4mullk cows

00 9 A. G. x
1-.Puw S. 136-40(lou).-TWS were C'K(d. with taraisatla-
of 2 omw ts: Swasubw b. lacknor No* maid varims
aaawk u amww. cyckAwwuwm, tivethyk-yck)-
C
-
=_
k-
WWI ditX'nl
l
&t
011
E
1
C
t V
A
t
11
Y
' AmOlf, Kt,0,
,
U
ether. A. A. Doelatlinsk

00

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A @11 - I L2111TALLU"ICAL UTEW&T(Aff CLASSIFICATION
"'CIO 11" C',
U AV 990 431
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to
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If O,P 0
V It J7 8 X JS 1. P A N It It 14 0 10 V 1. to
A A 1- 1 -1 X J k L A k F V 4 1 t v V AA sm LL m ki, i I &;os
@.d
faw due., 4d CAL. N1. -00
Will ftmaiddins fwr,sb*;,KftWjj"
00 ;06
0
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Spe
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1400
It& M111ALLUDGICAL LITIVATURt CLAIINKAT"
.00
Iliad) 41f 'I., Q.C fill 131 do ov- 5-1
57 .0 .1 1 1. .1 1. 1 1. 1 ; 11 -T a 1w a 0 9 1 v w 3 a 9 1 X
0 0 0 e 0 0 s J 0 * 0" J 0" 0 '*1 *" '0 0" 0,;0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 o 0 &
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8 0 U a V - It a 0 W is PR 'U, Ag AM -AF V_'AU W. W I-
16F 119111111211 U 13 11 is A11122 B1421 26zylsjg Jall 12n 14 J$ is V a M a
L -a r- a A
0 1
f. C0 9 as
-
00 .......

00 L/V Methaoils for Ike itiasAysisal saUd fuldii. GA.Sladawi-
041110 lo.v. Kkim. Tattroilego; Top6m 3,
ill casis and dudes is held I trairimAy by the day
witt in tile 44b. Drying of IlV'* leaves mooot of tile
r
"i. AlTro if*- Ms. fliny".
Vi
ul tile Close. while eartnive ttlil
."
l
111011J..411 With 11CItonVvilipt tilt Vby 111.
1.1.k all it t It.. Torill.wid %4 1 I't @ itill-il.k.
1. tNarnient With a 3% HF Koln.. followed by trwaliurnt

vIJTA I tKfMVM`Y
osith IiCl, the tjorration bei led 'I . In
,
=n
" i
L
6
id
t
j
.
WU
8
ic
ract
s
,
.
,
the analysis of priftiary ac
-
r-
&uhstanvroo
The pbeags
%)I
anti -inmol
) im
t
th
00 .
r
.
.
u pe
r.
c
ill
.
bel,mipus i- the former. The noolutc of tile in". iaih-
i. do,od. I,v dimii, It ... to . %% int, d-k at owdu,ooty
00 Up to 3.74), (tor"Ap. .1 the site viorhl "I
0
0 1 he diAtAloote sad the rL@Wuq twul& daid. 'I ILV fsaluer ib
*
lagn. VI caustic. iind tile itilut. nrlitial
tirated Viath a 1(19
h
f
l
i
k
d
t

10
400 . a
ter t
e
ud
s t
t
oil b CAW. with el
ry. The neutra
0 cvapa. of the ether. The &tit. residurs, am divided into
phorrsolo itad twbovoylic iwi4l& by sstg. the stoln. with C(h
and exta. of The wpd. folloortall, with ether, the yield ad the
phruols briull then deid. iu the usual numuer. The aq.
; treated with dil.
-miln. left after the cxtn. of phenals L
lf,4SA)g, follom"I toy an extu. with rther of the Fetid. cat-

AI laoxylic acids. the yield of which iss tictd. after the cvapn.
of ether. A. A. liorhilmak
-- - ----
- -----
I I L a METALLURGICAL LIVERATWIF CLASSAVIC411010
.'i..
S a ad 0 a 0 1
L
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00 A
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Z,m MIT i L 4-4-1. 1 1 L. L,
do IMF-
if imlddGiRWZ 0. L
pdwr (1) ami NO in ?be a& 8
lk Ow.- - Fift 8 ebm adbd OD Ummw
"a ndsm a* ammons of a smopsmab is (1). Is soft
*sea, On. AmL (e)
NMI
.4c%
its 1700 "IF a4w 0vt %ILLII CIC O"T It
a rw Oww'liff"OlU431 v
00 Ll 4
U 'A AT
0 0 0
-00,
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lonalle .0 40 OOV
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0 0 0 0 * 0 0 * 0 4 0 0 0 OLJ'
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C. M I I .- K P lx--Ll 30@ Y "'ll #6 % t- S AL
00 1-C-Cis'll A@D IS .-.1 -1
00
0 0
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,
ideutiOll to the fact that owing to th. p""""
of a C-Memble strat. Of MYM outissids. in the gawlitte
/1
2 see
J!
a' "t t"I's, the amt. of unntd. corugotist/
1 .
'
- detd. withmt Mud to this fact is eirvashv. This errof
40j
,
a ma& by V. V. Cbelintftv and A. 11. Sivernev (cf.
00 a! C. A. A. Botlifingh
00 j:
z
0. 300
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Ai,
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; tp to J'p 11 ,a a,
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@ MAI) ft A S IN Od 0 0 0 1 W 5 Ali 4
Ic 3 4 9

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t
M 000 0 9 0 0 41 0 0 0 9 0 0 ,
4k 0 0 4
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jai - - - - - -is @11 S AD
SIM I I x it 11 a .a
Ij 1. .1
@A
At op " It U UM n W U It 0 W it Q I) N 40 je 0
If
k
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5@iiof.i,
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:

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th
i
i
W
A
h
)
-
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e
rev
ew
t
.
S. 39&4o](1934
!@o (m
e

of coal. A. A. DuWhilinsk
i0a
art

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00 -3
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0
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Ae

STAD'IrIFOV, Georgli 1--ort lev@ch.
(The analysis and study of coal) 2., perer. i znachitel 'no dop. lzd.
Yoskva, Izd-vo Akademii nauk SSSF, 1936. 215 P. (50-LU67)
TIP325-S78 lq,@6 NN

TT 'T T T 7 T
Allb im I*D AWO'il" C,40141
poocluts AND olpaprot'if W.042 0 0
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6 "1 03 "1; ; a & it it 44 'A I
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00 0 0 0 0
0 0 0 0 0-010 q 0 0 a

STADNIKOV, Georgil Leon levich.
(The origin of coal and potrole-um) 3- perer. i dop. izd. 191 tablitsa.
1 138 risun)-ov. Moskva, Izd-vo Akaderrii nauk SSSRP 1937. 611 p.
(50-41615)
TNBOO.S559 1937

STADNIKOV. G.L.
Determination of phosphorus in coal by the -ohoaphomolybdate method.
Patent U-S-S-R- 78.459, Dec. 31, 1949-
(CA 47 no.19:9866 '53)

71
3C68. COPLIS AID EXES LIABLE TO SFONTA, 6 ITATIO Ti IR L
TuM17 - UGLI
CHMilp,OTERISTICS Arv i'LUCIDS OF RZCOMI.IMIG
I FIOMDY 1 1117.4 GO)IDGICFESKAWL MIARAKTERISTI'l-A I MILUDY OFU
478pp.; ab--rr. In UPO:L (C(3.IL
give
-cr,.or
sn zei- na r-Ir. oas and cher-Ical rc-7"

STADNIKOV G.
"Formation processes and properties-of mineral fuels.0 SeNegrigorlev.
Reviewed by G.Stadnikov. Zhur.prikl. khIm. 29 noeZ:317-#18 T 156.
(Coal) (Petroleum) (Griger'*T, S*Ke.) 1. 1; (MLRA 9:6)
W

STADNIKOV, G. L.
--:,-,@,-@,-@"
Modern concept of the origin of petroleum.
31 no.4:107 JI-Ag '56.
Biul.MOIP. Otd.geol.
NLRA 9:12)
(Petroleum geology)

STADNIKOV. Georgiy, @*qnVj
' ' '_ Wytp4; IAHIN. V.A., doktor khimicheskiy nauk.
o vetAv'einnyy reclaktor; PAYLOVSKIY, A.A., takhnicheakiv redaktor
[Physical methods in coal research] Fizicheakis metody v Issledovanil
uglei. Moskva. Izd-vo Akedemit nauk SSSR. 1957- 88 p. OMA 10:2)
(Coal--Analysis)

STADNIKOV, G.L.
[Clayaj
373 P.
Glinistye porody. Moukva, Izd-vo Akod.nauk SSSR, 1957.
(MIRA 11:1)
(Clay)

STADNIKOV, G.L.
Present theory on the origin of petroleum. Trudy inst..nefti.
lo:16-37 157. (MIRA 11:4)
(Petroleum geology)

I. 'Uv", G.-l'.
GOLID-vl'@LLID, . i. ; STADINI K- -. 1 11
Deteraining the ortizp-', density of a nneatljork j;I the =elLiranlrary
prospecting of deposits formaing ribbonli7ce shapes. Rauved. i ok-h.
nedr. 30 no.3:11,-21 Ag 164. (MIA 17: 10)
1. Vostochno-Kazwkhstanskoyc geologicheskoye upravleniye.

STADNIEDY, L.K.
Converting weekly self-recording mechanisms into daily mechanisms.
Meteor. i gidrol. no-3:45 Mr 156. (xW 9:7)
(Noteerological instruments)

VAN NAY-YANI [Wang Nai-yen); VIZI, I.; YEFIMOV, V.N.; KARZIIAVINA, E.N.;
KIM KHI SAN; POPGV, A.B.; PIKELINER, L.B.; PSHITULA, M.I.;
ISTADNIKOX,,,T.; CHEN LIN-YANI; CHARAPOV, E.I.; SHELONTSEV) I.I.;
MOW * Mu.: YAZVITSKIY, Yu.S.@,.
Neutron resonances in Rhl03. Zhur. eksp'.@ i teor. fiz. 45
no.6:1743-1753 D 163. (MIRA 17:2)
1. Obl'yedinennyy institut yadernykh issledovaniy.

VAN NAY-YANI [Wang Nai-yenj; ILIYESKU, N.; KARZ11AVINA, E.N.; KIM KHI SAN;
POPOVP A.B.; PIKEL'NER, L.B.; STADNIKOV, T.; SHARAPOV, E.I.;
YAZVITSKIY, YU.S.
Neutron resonances in praseodymium and therbium. Zhur. eksp.
i teor. fiz. 47 no.1:43-51 JI 164. (MIRA 17:9)
1. Obl'yedinennyy institut yadernykh issledovaniy.

-1 -MT . -17 - - , -
%! @- : , '.. " - @ @@! "I" , j , -1. - `, - , - I - --) , Al !; -.-' , V, - .,I . -
. i @:@ - NA- ., 1 , 'I' f y I
. I @, 1 i I ) -. 01 . `
vl@.niqll,@ @ I @ @
D am, p- i n g a powerful. gRsser, Naft, khoz, -,I no. 14-:60-o"
. 0
D 163. i-MTRA 17,.-6)

STIAD7,1KC)VA., A.V., Cand Ked Sci -- (diss) "State ol' irmnnolbiologilcal
veactions to X ",@" ztages of tuberculosis infection." Marlkov,
1959, 1-1 pp, (KharIkov State !,-ed Inst) 210u, copies (Fl, 36-5@., 120)
- i0b -

L 42979-65. EVIT WAm W/T PG-4 R14
ACCESSION NR: AP5009428 S/0289/64/000/003/0095/0104
AUTROR: Torgov, V. P.; N* layev, A.V.; Mil@haylov, V.A.; Korolenok, L.N.,;_
Stadnikova, L. G.@ Kotly revskly. 1. L.
TITLE. Study of the extraction of uranyl nitrate by some derivatives of pyridine-K-oxide
SOURCE-. AN SSSR. Sibirskoye otdeleniye. lzves@tiya_. seriya kbimichbskikh nauk, no.
i 1964, 95-104
TOPIC TAGS: uranyl nitrate extraction, uranium refining, pyridine o)dde derivative.
percfxyacetic acid, distribution isotherm, tributyl phosphate
A13STRACT: The article describes now compounds of uranyl nitrate with derivatives 0
pyridine-N-oxide (synthesized by o;ddizingthe corresponding pyridines with peroxyacet1c
-acid), and discusses the mechanism of extraction of uranyl nitrate by some of them.
With regular pyridine-N-oxides containing one N 0 group, uranyl nitrate forms
compounds of the composition UOp(NOA) 9 - 2PvOx- with molecules containing t%v(% DT4 0
Isotherms of the distribution of
groups, it forms the compounds V02(N03) 2- PY
um@.iyl nitrate between water and solutions of pyridine-N-oxides in some organic solveats.
at 25 + 0.05C are plotted. The graphs show that the extractioaby o&alkcylpyridine@N-
oxideW in the region of uranyl nitrate concentrations corresponding to the linear portions
Card 1/2

L 42979-65
ACCIESSION NR: AP5009428
of the isotherms and when tributyl phosphate is used Is determined by the process
2+' UO
UO ag + 2NO aq + 2PYOX0 'C- org
2 rg 2(NO3) 2* 2PYOX
TO evaluate the extracting capacity of the various 4@,- alkylpyridine-N- oxides, the
equillbriwn constants of this process were -calculated. It was-shown that these oxides
aret much more effective extracting agents for UO )'2 Um tributyl phosphatot.l.
.2(NO3
ASSOCIATION: Institut neorganicheskoy khimii Sibirskogo otdelealya Akademli nauk
SSSR, Novosibirsk (Institute of Inorganic Chemistry, Sib@riaa Branch, Academy of
Sciences oLthe SS@338R)
SUBMITTED: 3.0Ju164 ENCL: 00 SUB CODE: IC
NG REF SOV: 005 OTHER: 003
Card

KNYAZXVAt M-S- (Xo*va)
Analysis of phenol mixtures by the o3ygen sorption wthed, IST,
AN SSSR- Otd- takhe nook@ YAte i topl. no.6:182-184 11-D 160*
(Phenols-Analysis) (MIA 13:12-)

Y,1,7YAZI-w"VA, Nf.I
I', S. (i,!0@31-vfl); ST.ADNIKOVA, M.V. (fdoskva)
I-henolic hydroxyli in natural products. Izv. AR. SSSR. Otd.
toldi. nauk. Met. i topl. no.3:191-196 my-je 161. 041RA 14,7)
(Lignin) (Humic acid) (Hydroxyl group)

TSATUROV, , A.I.; STONIKOVA, N.K.
New data on oil and gas potentials of upper Cretaceous sediments
in the Karabulak-Achaluki area. Geol. nefti supplement_t6no.8:
64-70 '58. (MIRA 11:9)
1. Checheno-Inguabskiy sovnarkhoz.
(Sunzha Range--Petroleum geology)
(Sunzha Range--Gas, Natural--Geology)

TS-kTUROV, A.I.; STADNIKOVA, N.K.
Petroleum potential of upper Cretaceous sediments, in the central
"12:1-3 D 160.
part of the Terek Range. Geol. nefti i gaza 4 no.
(MIRA 13:12)
1 Upravleniye nefteparerabatyvayushchey i gazovoy prosyshlennosti
ahecheno-Tngushatakoy ASSR.
(Terek Range--Petroleum Geology)
f

3/089/6@/012/006/009/019
B102/B104
-V
AUTHORS: Bally, D., Cheorghiu, Z., Stadnikova.,-T.-
TITLE: Total neutron cross sections for As, Se, Sb, and Te in the
energy range 0.0027 - 0.0100 ev
Atomnaya energiya, v, 12, no. 6, 1962, 514 - 519
TEXT: The cross sections measured by the authors have hitherto been
studied only in the range E @,0.01. The measurements were made with and
n
without a second collimator and using a neutron crystal spectrometer with
a plane mica single crystal. An C4M-8 (SNIA-8) counter filled with BF
3
was used as detector. The resolution 8 N/k of the instrument with two
collimators vas 0-015. The specimens were relatively pure, except Sb
which contained about 1 -P' impurities. Grain size varied between 0.8 and
50 f(X) is illustrated graphically. (1) As: The total scattering
cross section was calculated by assuming 5 barns for the coherent dcattering
cross section, and 3 t.0.6 barns was obtained for the incoherent one. The
absorption Gross sections for neutrons with 2200 m/sec were assumed to be
7
4 and 4.9 barns. (2) Se: The results are consisteyitwith those of
Card 1/2

S/08@/62/012/006/009/019
Total neutron cross sections 4or ... B102/B104
E[--;elstaff (AERE, NIR 1147)- 12-5 barns was assumed as absorption cross
ser,t.ion, an-i 10 barns as coherent scattering cross section. Hence, the
incoherent scattering cross section W:ts 4.5 barns. (3) '3b: The coho-,ent
scitterinr, cross section was assumed to be'3.8 barns, and the absorption
cross section 5.7 and 7.6 barns. Hence, the incoherent scattering cross
section was 0-5 barn, the error exceeding 50 r%. The scattering cross
section for small angles and E n = 0.003 - 0-0045 ev was - 2 barns. (4) Te:
For an absorution cross section of 4-7 barns and a coherent scattering
cross section of 4 barns, an incoherent scattering cross section of 3 barns
was obtained, 'the error being 10 @fa. There are 6 figures.
ASS001ATION: Institut atomnoy fiziki AN Rumynskoy Narodnoy Respubliki
Bukharest (Institute of Atomic Physics of the AS of the
Rumanian People's Republic, Bucharest)
SUB,,',ITTED:. 11ovember 4, 1961
Cara 2/2

MESHALKIN, Ye.N.; STADNIKOVA, Ye.l.
Ganglionic block in operations on the heart and large vessels.
Khirurgiia 35 no.9:3-10 '59. (MIPA 13:12)
(HFART--SURGERY) (AUTONCMIC DRUGS)

tNi
usm lZotil.--me 0.,

-,-t, At.!--y 0! 5:11e.,.C. IZM,
... !bL 4-,
r -4 -,,.d .! t@e Ch&Ir of Cb.-st
i-tit-
for the AA--, Trinicg Of
V.-C 01, LUM, Ye. A., Ctztral antituta
rzr the Tr.1R.M3 Of
T. . ,
FH7
..n
ral
@.t,nte.-! m!
r @r
for Ihe aa-e-4 or nlyullclsa.,
@.A r.d C@,iAlz ml IlW=, V. I., Cotr-l
1-tittt. for the Tr.I.IcA of
X,2cov - 'Prat'lenj 1.
d@r!mg c;O.At.4On3 vIth artl-
flTia.1-- rrod-,1 -te *Cell-Loc. af the
V.= cm*
V. A., lore
It-4, r- .ry of
U-,t ,
--tt.1 fr the Itt-ci.
tat'... of an A..!.=7 Of Vx@Ucsl
SltO-.. usm, vo-o@ - of
termInal s&.2teS In Ovar-d-r@-d or h1ber-
rmt-d mnlmilm*
I., lZotitule of Mirser.r
1=11 A. Y. Vlshn,Y-Xly, A.,,-!c=V of
COI.-c.. Z=I, &..-v - 'The
of 1-1 --th-1. br A. 7.
t.cImIqLe,
0 i

MIKAYELYAN., A. L., (Novosibirsk, Akademgorodok, d. 2-V, kv. 4;
OSTROVSKIYP V. -
Temporary cessation of the brain's blood suppl7. Grud. khir. no.5:
48-52 161. (MIRA 15:2)
1. 1z kliniki grudnoy khirurgil i anesteziologii TSentrallnogo
instituta uBovershonstvovaniya vrachey (zav. - prof. Ye. N.
Meshalkin) i Instituta eksperimentallnoy biologii i meditsiny
(dir. - prof. Ye. N. Meohalkin) AN SSSR Sibirskogo otdeleniya.
(BRAIN--BLOOD SUPPLY)

MESHALKIN, Ye.F.; AIEKBINA, R.G.; DAMIR, Ye.A.LSTADNIKOVA Ye-'I-
Fluothane aresthesia with hypothermia in o@erations on the
"dry" heart. Eksper.khirA anest. 6 no,,/+.*22-24 161* (MIRA 14--10)
(HEART--SURGERY) (HYPOTBMaA) (FUJOTHANE)

ST.4.DNTKG1i -. 9 Ye @ 1 , @ P A INKRUSH I NA 5? G@V@
Method of.' comuensat.ing for massive and rapid losBe
I tj of blood.
Trudy Inst. kiin. i eksp. kh!r. All Kazakh. SSR 9;6C.-6) 163.
(MIRA 17;12)

, jill,
6LLDP
Cysts of the maxillary sinits. Tnudy goe.nauch.-issl.inst.
illcha, porla i nosa. 6:387-393 '55. (MIRA 12:10)
1. Iz 1clininheikogo otdelenlya (zav. - prof.A.A.Atkarskaya)
Goandar3tvannogo nailchno-tealedovatellskogo instituta ukha,
gorla i nosa.
(NOSE, ACCESSURT SMSMS OF-DIbEASES) (CYSTS)

STATITITSKAYA, 1. A., Candlielate Jjed Sol- (diss) -- "The pralem of t'l-Ile cys,'s -,If
the maxillaxy sirrases". mpscrrw., 1959. lh pp (Moscow med Stomatological Instu of
the Min He<la RSMj)2 200 copies (FM, Fjo 2@-j, 1959,

KUZIMICHEV, A.P. (Moskva, 2-y Obydenskiy pereulok, d-13, kv.2);
STADNITSKAYA, I.A. (Moskva)
Metallic foreign body (knife fragment) in the left main
bronchus. Grud. khir- 5 no-5:92-94 S-0 163. (MIRA 17:8)

TrADNITSKIY, D.G.
Modern geomorphological phenomena in the Prut Valley. Geog.
zbir. no.7gl27-131 '63- (KRA 17-12)

STAIWITSKIY, G.T.
Effect of dry disinfectants on germination in pines. Zashchoraste
ot vred. i bol. 7 no.4:57 Ap 162. (KMA 15:12)
le lanirgradakiy institut leszogo khozyaystvae
tSpeed-Disinfection) (Pins)

IKINORANSKIY, V.A., aspirant; SOKOLOVA, T.A.;-GAMPER, N.M., kand.sellskokhoz.
nauk; LESNIKOVSKAYA, A.Ya.; VLAD114IRSKAYA, N.S.; TELEYMANOV, N.K.,
STKDNITSKIY, G.V., nauchnyy sotrudnik, NAUYDV, F.V,, -nauchryy
so r
Practices in the use of new preparations. Zashch. rast. ot vred.
i bol. 8 no.8:30-31 Ag 163. (MIRA 16-.10)
1. Rostovskiy gosudarstvenn3rf universitet (for Minoranskiy).
2. Voronezhskaya stantsiya Vsesoyuznogo instituta zashchity rasteniy
(for Sokolova). 3. Vsesoyuznyy institut zashchity rasteniy (for
Gamper, Lesnikovskaya, Vladimirskaya). 41 Zaveduyushchiy entomologi-
cheskim, punktom Tetyushskogo rayona, Tatarskoy ASSR (for Teleymanov).
5. Nauchno-issledovatellskiy institut lesno-o khozyaystva, Leningrad
(for Stadnitskiy, Naumov).

LAM, V.I.; STADNY-K,__@,-L.,; KUZ'MA, Yu.B.
Thermoelectric stability of thermocouples from certain
tungsten-rhenium alloys at high temperatures. Teplofiz.
vys. temp. 1 no.2:299-305 S-0163. (MIRA 17:5)
1. Llvovskiy gosudarstvermyy universitet, imeni Iv. Franko.

L 1 -63 EFR/&-.'T(l) AFF(c) An(n)-2/E7P (q) /4E,1T(ri)/BD3/T-2/t3 (v)
s -2/ES(w)-2 AFF-1CASD/SSD._ -Ps-4/Pr-4/Pi.-4/Pe-4/Pab-4~Pt-4 MIMI.
ACCESSION NTR: AP3003205 S/0115163/000/006/0021/0022-
AUTHOR: Margjqj@.@Qt_M-. Usatikov, I. F.; Xamenetsk@y, A,.__p.;'Lakh, V. I.-
Siadny*k,,B. 1.
TITLE: Refractory insulation of thermo-electrodes vsed in measurine higli-
temperatur@_"__
SOURCE: Izmeriteltnaya tekhnika, no. 6, 1963, 21-22
TOPIC TAGS: insulation, refractory insulation, high-temperature
measurements, VR-5 alloy, VR-15 alloy, VR-20 alloy
ABSTRACT: As porcelain caps and beads slipped over thermocouples withstand
only temperatures of up to 1. 000-1, 500C, other materials - MgO, Al., 03 , and
- were used for developing refractory insulation for high-temperature
ZrO,,
thermocouples. Wires from tungsteni.-rhenium alloys containing 556 (VR-5).
151o (YR-15), and 205o, (VR-20) rhenium, @vere annealed at 1,400-1,650C in
Card J/Z

L 19712-63
----------
ACCESSION NR: AP3003205
0.001-torr vacuum and in hydrogen. VR-5/20 land- VR-15120 thermocoupleal were
made from these 0. 34-mm wires. The MgO caps and beads were tested
separately for five hours in argon at 2,40OC; they also worked in induction'
furnaces at temperatures up to 2, 000C without appreciable vaporization o3@
volatilization; however, in 10-" -torr vacuum at temperatures over 1, 60OC'4a
"considerable wear was observed. Orig. art. has: no figure, formula, oi
table.
ASSOCIATION: Ukr@iin@sid ellskiyinstitut ogxxeuporov
y..nauc. o.-issledovat
(T-Tkrainian Scientific @-Res*e'arch'lustitute of Refractories)
SUBMITTED: 00 DATE ACQ: 2zju16 3 ENCL: 00
SUB CODE: IE NO REF SOV: 00 1 OTHER: OOZ
Card 2/2

ACCESSION NR: AP4044906
S/0226/64/000/004/0015/0020
AUTHOR: Glady*shevskiy. Ye. L, Lakh, V.-I., Skolozdra, R.V., _
_�tadny@k.1.A..k-,
TITLE,: A study of the mutual solubility of disilicides of the transition metals belonging
to groups IV, V, and VI
SOURCE: Poroshkovaya metallurgiya, no. 4, 1964, 15-20
i
TOPIC TAGS: silicide, disilicide, tranhition element, silicide solubility, solid solution,
powder metallurgy
ABSTRACT: At the present time, the practical significance of the disilicides of the
transition metals is constantly increasing, and great attention is being given to their
investigation. The mutual solubility of the disilicides of transition metals belonging to
groups IV, -V, and VI has been Investigated particularly thoroughly. 11us, of 36 possible
binary systems,' 20 were investigated earlier. The present authors have reduced the gap
kstill further by investigating the systems T!Si2 - CbS12, VSi - CrS12, VSi2 - WS'21 ZrS12
CbSi 2, Z rSJ 2 - WSi CbSI, - MoSi.,, CbSi2 - TaSi-Z, and 6bS12-WSi2, omitting only the
scarce disilicides ol'hafniGm. Radiographic and mr@rographtc methods, as well as
microhardness measurements, were used. The specimens were prepared by fusion of
COM 1/4

ACCESSION NR: AP4044909
high purity metals (content of basic metal not less than 99.5%) with silicon (99.99%) in
an electric are furnace with a watercooled copper base, using non-consumable tungsten i
electrodes and a helium atmosphere, and were annealed at 800C for 1500 hours. Powder-`
graphs taken in cylindrical chambers (d=57.3 mm) under Cr-K radiation were used for
radiographic phase analysis, and lattice constants were determined by the method of
Preston in a chamber 86.4 mm In diameter. Samplcs were etched in mixturls of con-
ccntrated hydrofluoric and nitric acids. Microhardness was determined with a PMT-3
hardness metcr having an accuracy of + 25 dan/mm2 (1 dan/mm2 = 1 02 kg/mm2). All
2 of the t'crnary systems Me - Me 11-Si proved
the investigated sections Me'S12 - MeIrSi i
to be pseudo-binary with limited or continuous solubility between the silicides. A
summary of the results with regard to the mutual solubility of the disilicides Is given
in Fig. 1 of the Enclosure. Continuous series of solid solutions formed in two of the
eight systems (VSi - CrSi2 and CbSi2 - TaSi Like the other series known, these
2 2)-
were formed between isostructural disilicides of metals which are very close neighbors
in the periodic system (elements of one group, Cb-Ta, or of one period, V-Cr). In the
six remaining disilicide systems, limited solid solutions were formed, consisting of non-
isostructural compounds. The greatest mutual solubility was exhibited by diallicides
Card 2/4

ACCESSION NR.- AP4044906
for which the value@i TMe' - 7me W
F= 100':
were the gmallest, where yMet