SCIENTIFIC ABSTRACT B.S. FRANTSEN - I.N. FRANTSEVICH

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413610012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FRAN7.;V1, R.S. , mayor m ed. aluzhby
Defects of medical selection in aviation schools. Voen. ned. zhur.
no.2:67-69 F 159. (MIRA 12:7)
(AVIATOBS
mod. selection in aviation schools defects (1w))

ZASUKHA, F.F., kand.tekhn.nauk,~ 1AZUTIIII, A.G., inzh.j ZAVERYUM , A.Kh.;
inzh.,- VOLEGOV, V.P. . inzh.; FRANTSE31YUK, I.V. , inzh.
Selection of an efficient type of sheet rollin mill. Stall 21
no.VtIO90-1092 D 261. ~11'-IRA 14:12)
1. Urallskiy nauchno-issledolatellskiy institut chernykh metallov
i Novolipetskiy metallurgiche ikiy zavod.
(Rolling mills)

SOV/109- - -4--3-8/38
AUTHORS; M.I. Rodak and A.V. Frantsessoi-t
TITLE: Application oP the-TU-r-Ulu-l-e-ii-c-e--T-heory to the Scattering of
Radiowaves at Wandering Irregularities (0 primenenii
teorii turbulentnosti k rasseyaniyi~ rad-Jovoln na
bluzhdayushchikh neodnorodnostyalL,)
PERIODICAL; Radiotekhnika i Elaktronika, 1959, Vol Nr 3,
pp 398-403 (USSR)
ABSTRACT: In an article published
(Ref 1) obtained the following
correlation function of
scattered by means of a
(scatterers):
ffE-1 = E (t) E (t s) :=
in this journal, G.& Gorelik
formula for ,he
the electromagnetic field
cloud cf wandering irregularities
N,
T-os k A.34 cos djo S, (1)
where k = 2k0 sin k0 and w,, are the wave number and
froquency of
angle, s I
,a
a scatterer
Card 1/4 scatterers.
the forms
radlated wa-fe; 0 iz `V-~t--.3 sr-attering
~ --projection of the displacement of
time s , and N is the number of
scattered field is represented in
tho
is the
iuring a
If the

SOV/109-- - --4-3-8/38
Application of the Turbulence Theory to the Sc%attering of Radio-
waves at Wandering Irregularities
E M = X M Cos 00 t + Y (t) sin 4)0 t9
the correlation function of the field amplitude
co!'Ponents is expressed by Eq (2). On the other hand-
G.S. Gorelik showed (Ref 2) that tha ...-)rrelation function
fo.L- the intensity of the scattered field is g''.'en by
Eq (3). The aim of this paper is to find a relationship
between the above formulae and the general principles of
the turbulence theory. It is assumsul (Rof 3) that a
turbulent atmosphere contains la~rga-scalo whirls (w.,'Lnds)
having dimensions of the ordei- L and small-s,:-ale winds
having dimensions t . For the reg-ion, where 'the local
turbulence is much smaller than L and mur~h greater than
~ 7 the so-called structural funotion fcn, D(e) for the
field of turbulent velocities is expressed by Eq (4),
where Vq is the proje-.'[P.Ion of tho -vGlooity at a point
* on to an arbitrary direction -Li-5, '3q is
* coefficient of the order of 1 and i is the
average velocity of the energy dissipation per unit mass.
Card 2/4 It is usually assumed that in the trop:_-sphere L is of
the order of 100 m or more, while Y, JS of t-he order of

SOV/109- -4-3-8/38
Application of the Turbulence Theory to the Scattering of Radio-
waves at Wandering Irregularities
Card 3/4
a few cm. It is shown that in the region where L >> ).1
Eqs (1) and (2) can be written as Eq (7). When
calculating the correlation function for the intensity of
the scattered field it is first necessary to determine
the probability function w ICIR(
I i - I Of
which is dependent on the siape
scattering volume. This probability
regarded as being in the foam
(Refs 1+ 5); this leads to
of Eq (~) can be in the forn
equations on page 1+01; 72-
scatterers with respect to
R is the radius of the sph3re
distribution; the function
density of finding two partLeles
volume at a distance e -
and R ~~oW the intensity
written as Eq (13). In its
expressed as Eq (1~-). By c3mparing
and the dimensions of the
function can be
of the normal distribution
&q (8). The function P(P)
of either of the last two
is the spread of the
the scattering volume, while
having a uniform density
p(p) is the probability
from the scattering
It is shown that if P ~> X
-lorrelation function can be
final form this can be
the spectra of the

SOV/109- - -4-3-8/38
Application of the Turbulence Theory to the ScaGtering of Radio-
Waves at Wandering Irregularities
amplitude components of the scatterod field and the
spectrum of the field intensity it is found that the
width of the latter is smaller than that of Lhe amplitude
spectrum, when the cloud of the scatterers is smaller
than the external dimension of the turbulence L ~ The
effect becomes pronounced if the dimensions of the
scattering volume are reduced. On the other hand, when
the dimensions of the cloud are muc,.h greater than L .
the effect disappoars entirely. The woTk des-.ribed 'was
done under Dr. G.S. Gorelik~ who died soon after the
manuscript,x.ras suumitted to the edito-r of the journal.
There are 6 reference's, 5 of which are Soviet and 1
Card 4/4 English; one of the Soviet referen(-.-es is franslated from
English.
SUBMITTED: July 8, 1957

S/109/62/007/005/013/021
0 D201/D308
AUTHORS: Atsarkint V.A. Zhabotinskiyt M.Ye.p and PrantsesBon,
A-V.
TITLE: Achieving the limit sensitivity of a radio-spectros-
cope for the observation of electron paramagnetic re-
sonance
PEiIODICAL: Radiotekhnika i elektronikat v. 7, no. 5, 1962,
866 - 873
TEXT: The authors consider the three basic noise sources which li-
mit the sensitivity of a paramagnetic radio-spectroscope; the SHP
receiver noise, the relative frequency instability of the signal
generator and of the cavity resonator and amplitude and fre uency
instability noise of the local oscillator (where applicable~. After
comparing various radio-spectroscope systems it is conclude'd that
maximum sensitivity is obtained in a superheterodyne system with
double magnetic field modulation and APO from the cavity resonator,
in which system the effect of both klystron and resona:tor instabili-
ty on sensitivity may Pe neglected. Relevant circuits of an actual
Card 112

S/109/62/007/005/013/021
Achieving the limit sensitivity ... D201/D308
superheterodyne radio-spectroacope are given, the instrument opQra-
0
tes at.29,5 mc/s and has a deep 5 c/s modulation of the magnetic
field. Its calcul ted sensitivityt with the receiver noise only,
should be 6 x 10-~5 g/mol DPG (Abstractor's note: Diphenyl guanidi-
ne?] with the Q of the resonator equal to 1o4 and the indicating in-
strument passband of 2 cls. The_experimentally measured sensitivoity
was actually found to be 2 x 10 12 g-mol DPG, which is considered to
be in good agreementf if the inaccuracy of such factors as the r.,m.
s. value of noise is taken into account. The experimentally found
sensitivity of the instrument when observing_t e paramagnetic reso-
nance signal on a CRO was found to be 2 X 10 18 g-mol DPG with the
receiver pass-band of 12.5 ko/s. There are 4 figures.
SUBDUTTED: June 17, 1961
Card 2/2

ATSARKIN, V.A.; GERASIMOVA, E.A.; MATVEYEVA, I.G.; FRANTSESSON, A.V.
Paramagnetic resonance of a trivalent chromium ion in the
crystal lattice of magnesium tungstate. Zhur eksp. i teor.
fiz. 43 no-4:2272-1274 0 162. iKIRA 15:3.1)
1. Institat r~qotekhnikl i elektroniki AN SSSR.
(Parama tic resonanc6 and relaxation)
(Chromium)
(Magnesium Wi4state crystals)

105,.TLINIKOVP V. A.? jakad miks GUSIKOVt 0. Ya.; DUBROVIN, V. M.1
DUBINSXIY, B. A.; KISLIK, M. D.; KOROURG, Ye. B.; KWASHIN,
V, P', MORMOVI V.'A.1 NIKITSKIY,'N. I.; PETROV, G. M6';
PODOPRIGORA, 0. A.; RZHIGA,, 0. N.t
SHAKHOVSKOr. A. M.
Radar tracking of the planet Mercur7. Dokl AN SSSR 147 noo(i
1320-1323 D 162. Nin 16:3.)
1. InatiIiit radlotekhaW I alektronlki AN SSSR.
(mercur701anst)) (Radar in astronmW)

ATSARKON, V.A., ZHABOTINSKIY, M.YE., FRANTSESON, A.V.
"Electron spin resonance of trivalent chromium ions in spinel and
magnesium tungstate crystals.*
Report submitted to the Third Intl. Gonference on Quantum Electronicss
Paris, France 3.1-15 Feb 1963

e V
KOTELINIKOV, V.A., akademik; APRAKSIN, L.V.; DUBROVIN, V.M.; KISLIK,
M.D.; KUZNETSOV, B.I.; PETROV, G.M.; RZHIGA, O.N.; FRANTSESSON,
A S.; SHAKHOVSKOY, A.M.
$adar contact with Jupiter. Dokl. AN SSSR 155 no. 5:1037-1038
Ap 164. (MIRA 17:5)
1. Institut radlotekhniki i elektroniki AN-SSSR.

ACCESSION NR: AP4009982 S/0169/64/009/001/0114/0117
AUTHOR: Zhabotinakly. M. Yo. ; Irrantsoodon, A. Y.
TITLE: Paramagnetic amplifier'for planet radar
SOURCE: Radiotekhnika i elektronika, v. 9. no. It' 1964, 114-117
TOPIC TAGS: paramagnetic amplifier. radar, planet radar, 700 mc
paramagnetic amplifier. Venus radar investigation, Mercury radar investigation,
ra.diotelegraphy via Venus
ABSTRACT: A 700-mc paramagnetic resonator-type amplifier was developed
and built for radar probing of the planets. A ruby with a 0. 0 17% Cr concentration
is used as a paramagnetic substance; the magnetic figure of merit is found to be
pr6portional to the temperature within 1. 7 -4. ZK. A constant magnetic field of
about 140 oerst is oriented ai right angles to the crystal axis. The two-frequency
resonator is represented by a quarter -wave strip line. Cooled to liquid helium
temperature, the resonator is tuned to about 11.0 kmc. An AFC system tunes
the pumping klystron to the resonator with a stabilization coefficient of ovee
Card 1/Z

ACCESSION NR: AP4009982
10. 000. At pumping frequency, the resonator to Q-factor is over 5 x 10aat 10 mW.
The resonator to immersed In liquid helium and a 40-gram permanent magAet In
attached to it. It is claimed that the above paramagnetic amplifier "was
successfully used in radar contact of Mercury in June. 196Z. and of Venus in the
October 16 2 -January 16 3 period. In November, 19 6Z, the amplifier helped to
establish a radio telegraph communication via Venus. 11 "'The authors wish to
thank L A. Kuz'min for his help in developing and building various parts of the
amplifier, and also M. M. Dedlovskiy for his participation in operating the
amplifier. 11 Orig. art. has: 3 figures.
ASSOCIATION: none
SUBMITTED: 16Jul63 DATE ACQ: 10Fsb64 ENCL: 00
SUB CODE: RA. AS NO REF SOV: 004 OTHER: 001
Card Z12

L 60852--65 EEC_4/,!u(1 (v)/FdT (1)/FBD GW/WS-4_
ACCESSION NR: AP5018071 UR/0020/65/i63/001/0050/0053
AUTHOR: Kotel'nikov, V. A. ; Aleksandrov, Yu N ; Apraksin,_ 1,. V.
Dubrovin, V. t.; Kislik-M. D.; Kuznetecy. B. ~.? etrov, G. M fthlift, 0- N.-
Frantsess __T r ST, I
on. K. N .; Shakovsk8j. A. M.
TITLE: Radar observations of Venue in the Soviet Union in 196h
SOURCE, AN SSSR. Doklady, v. 163, no. 1. 1965, 50-53
TOPIC TAGS: radio wave reflection, Venus radar observation, radio emission messure-i
pent, radar observation, radio utron
.r r,
ABSTRACT: Radar observations of Venue at m were conducted between 11 and 30
June 1964 by the Institut~e of Radio Engineering and Electronics of the Academy of
Sciences USSR. Frequency modulation and periodic linear frequency modulation of
radiated signals were esiployed. Paramagnetic and parametric amplifiers were used
at the receiver output. SiKnal analysis was performed by seen@ of a 20-channel
analyzer with a filter bandwidth of 1.2 ape for each channel. The r* flatted
signal spectrum and messur4ments of the radial velocity of -the motion of Venue
were determined on the buts of the Doppler shift of the signal spectrum of the
central frequency in relation to the radiation frequency. Frequency manipulation
jCWd

L 60859-65
ACCESSION NR: AP5018OT1 0
was effected with the radiating signal shaped as two alternating telegraphic pule*
packets at twg carrier frequencies differing either by 62.5 or by 2000 cps . At each
frequency,pulee duration and the intervals betveen transmissions vere 4.096 sec.
Radio wave reflection from the Venuslan surface and measurements of the distance to
Venus were effected with linear frequency modulation. The resul ta or the
measurements of the distance io Venus and of the radial velocity of its motion
are shown in Fig. 1 of Enclosure. with the vertical sections showing rms error
values, which till 23 June did not exceed 15 km for 5 min of observation (at a
deviation of 4 kc) and after 23 June did not ixceed 2 km (at a deviation of 32 kc).1
Measurement error for velocity did not exceed 2.5 cm/sec. Signal propagation time
was calculated with an accuracy of *5 viec, and Doppler frequencyg with an
accuracy of tO.05 cps. The tot.al rma error value for the initial data was ihOO ka.1
The energy distributioq of signals reflected from Venus depending on distance AR
is shown In Fig. 2. 7be following c;nclusions are drawn: 1) The width of the
Doppler spectrum of the reflected signal caused by the rotation of Venus does but
exceed 15 cps. 2) The Venustan reflection factor s."rages 19%. 3) The enera
in the central band of I cps is approidmately ono balf of the enera of the vbolt
spectru'll. 4Y The orientation of the Yonmian "I#* of rotation Is practically -
perpendicular to this orbital plame. art. hasi 4 figurea. low]
iUrd -2/5

L W59-65
ACCESSION XR-. AP5018071
ASSOCIATIONi lastitut rMlatekbalki i radloolektroniki Akadeaft nauk NOP Qn-
stituts serim and llactronics. AcadM of Sciencesj9m)
SUBMIT=: 12Apr63 IXCLi 02 SUB COVEs DC
NO TW SOVo 003 mm 1 000 ATD "968 1
SL

L 60859-65
ACCESSION NM AM1007
Fig. 1. (a) Variation In the relative calculated value of the distance
'velocity
of Venustan motion
to Venus and (b)'the radial
Ar - Difference between the measured and calculated distance from the
seasuring'point to the closest point on the surface of Venus& Avr - dif-,
ference betvomm the maeured and calculated radial velocity of Yeausian
reflection -center, In -relation to -the -manuring-point
ZNCWSUR31 01
b

L 6059-65
ACCESSION IM i AP5018071
ENCLOSURE: 02;
Fig.'2. Itnera rasp distributt on of signale reflected from Venus obtained
by linear frequendy modulatloq (a) with a deviation of 4-kc (a - 0.0025
for narrow filters and q 0.6014 for wide filters) 'and-W with a
deviation of 32 kc

ACC - NR_tKP_7002662___ _80URZT-MM. _~_4/o_1_o9_/__6_Tjd1_2 _/001 /0o~_6_[d_66i__
i I
AUTHOR: Zhabot;inokiy, M. Ye.; Frantoesson,-A. V.
ORG: none
JTITLE: Reflex-type multi resonator quantum' paramagnetic amplifiers
with active material in all resonators
SOURCE: Hadiotekhnika i elektronika, Y. 12, no. 1, 1967, 56-62
TOPIC TAGS: pa~rsmagnetic amplifier, amplifier design,
ABSTRACT: The 1possibility of increasing of the bandwidth of reflex-
type quantum paramagnatic amplifiers by means of multi-resonator
systems vith.the active material in all resonators is considered. By
approximately u,niform negative losees and applying contour integration
the bandwidth f such s stems was evaluated. The three-resonator
quantum parama;etic' amplifier wa~ analytically inyeatigated; it was
theoretically aind experimentally shown that *a three-resonater quantum
p,aramagnetic amplifier with an amplification factor of 20db operating.
in the decimeter wave range (21 am) provides greater bandwidth than a
traveling-wave'quantum paramagnetic amplifier. Orig. art. has: T
figures and 9 6rmulas.
SUB CODE: 091 SUBM DATEs o6Aug65/ ORIG REFt 002/ OTH REF: 006
Card 1/1 UDCt 621.375.onAh

ACC MR; ----A11'7002663---- SOURC111- -COD1."Y UIV0109/ o7lol-'Voo'. /oU63/(;U66
AUTHOR: Zhabotinskiy, M. Ye.; Frantsesson, A. V.
ORG: none
I TITLE: Quantum parametric amplifier with three resonators for 21-cm waves
SOURCE: Radiotekhnika i, elektronika, v. 12, no. 1, 1967, 63-66
TOPIC TAGS: parametric amplifier, resonant amplifier
ABSTRACT: A parametric amplifier with three resonators has been designed which has.--
an 18-Mc passband at 20-db gain. The miniature resonator system is
formed by three parallel 1-mm-wide foil strips 114 A long and 1.5 mm
apart. In both sides of the set of strips are placed two 2 x 9 x 15-M
ruby plates. The strips and ruby plates are mounted along the wide side
I of the rectangular (4 x 17 mm) waveguide section. One end of each strip
.4s.soldered to the waveguide wall; the other end passes through the wall
to be used for resonator adjustment and connection io the coaxial cable.
A permanent magnet provides a 2000-oe magnetic field. The amplifier
operates at 4i2K,-helium consumption is 1.3 L per 24 hr. The amplifier
was installed and tested In the modulated t.A#iometer system of the
ard 1/2 uDC: 621.375.029.63

ACC NRz AP7002663
Pulkovo radioiele"o'cope. The radiometers,.hadl a 'l0OOK-equiv~1ent*.it'LpuC___
noise temperature which was reduced to 120K-after installation. Orig. art,
SUP CODE: 09/ SUBM DATE: 09Aug65/ ORIG REF; 002/ ATD PRESS: 5111
Card 2/2

Him
FW..- zso-~ V.A. DECIPIUSD
c 1 1961
SEE ILC
Bolts

FRANTSF.SSnN. Yu.V.
Contact alterations of enclosing rocks associated with the
"Egiontey" kimborlite vein. Nauch.soob.1AFAN SSSR no.4:12-16
16o. (MIRA 14:12)
(Yakutia-Kimberlito)
(Metamorphism (Geology))

FIIANTSESSON, Ye.V.
........ 7---
Comparison of the magnetic properties and chemical composition
of ilmenites from kimberlite pipes In Yakutia. Geol. i geofiz.
no.6:89-96 162. (MIRA 15:7)
1. Inatitut geologii Yakutskogo filiala Sibirskogo
otdoleniya AN SSSR.
(Yakutia--Kimberlite)
(Yakutia-12menite-Magnetic properties)

FRANTSESSON, Ye.V.
Composition and age interrelationship of the nEgienteyO kimberlite pipe
and vein. 'INiLach.soob. IAFAN SSSR no.7:99-106 162. (KMA 160)
(Siberian Platform-Kimberlite)

FRANTSESSON. Ye.V.
Composition and structure of the "Hir" kimberlite pipe. Trudy
IAFAN SSSR. Ser.geol. no.8:19-38 162. (MIRA 15:7)
(Yakutia--Kimberlite)

FlAN'T."oESSC-11-11, Ye.V.
Nature of the sculptur-d 6urface3 of k=berlite allnerr--2:3. Veot.Y-,sk.
uri.,I;or-4*. Gool. 19 no..5s55-61 S-0 164-
(MIRA 17:12)
1. Kafedra peturografii Moskovskogo univerniteta.

Petrochemical characteristics of ;Cinberlites ard their posi-
tion in the classificatian of igneous rocks. Vest. 'If sk. un.
"'o
Ser. 4.,Geol. 20 no. 6-.45-52 N-D 165 (,%IIRA 19:1)
1. Kafedra petrografii, IMoskovskogo gosudarstvtorLrogo iniiver-
siteta. gulnitted July 25, 1964.

MA PSE OV. S.G., red.; VVIIIA, G.P., takha.red.
Nikolayevich; KOW
Nchinlet's bantlbook on repair of freight cars] Posobie alesarlu
po remontu gruzovykh vagonov-,v poesdakh. Moskva, Goo. tranap. zhel-
dor. izd-yo, 1958. 190 p. (HMA 11:5)
(Railroads-Irelght cars-Maintenanco and repair)

FRANTS", Andrey Hikolayevich; KOKAROV, S.G., red.; VKHINA, G.P.,
(Rechanials manual for the maintenance of freight care in
operation] Posobie slesariu. po ramontu. gruzovykh vagonov v
poezdakh. Izd.2., parer. i dop. Moskva, Gos.tranap.zhol-dor.
izd-vo, 1959- 235 P, (MIRA 12:12)
(Railroads--Freight cars--Maintenance and repair)

POPOV, A.I., insh., retsenzent;
ARSHINOV, I.M., inzh., red.; VOROTNIKOVA, L.F., tekhn. red.
(Economy of materials and parts in car repairing] Ekonomiia
materialov i detalei pri remonte vagonov. Moskva, Trans-
zheldorizdat,- 1963. 138 P. (MIRA 16:4)
(Railroads-Care-Maintenance and repair)

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FMITS-EV, A. V.
i
Moscow - 'Water Supply
Problem of reservoir operation at the Moscow water works. Gor. khoz. Mosk. 27, no. 2, 1953.
Month?,,,y. List of Russian Accessions, Library of Congress, June 1953. Unclassified.

Ucha water-supply ronorvoir and problems doalt with In7estigatiLg
It. Trudy Gidroblol. Ob-va 9:5-12' '59. (111U 1z: 9)
10chinskays laboratoriya Moakovskogo vodoprovoda.
(Ucha Reservoir-Water-P~=Lfication)

FUNTSEV, A.V.
Manganese in Ucha Reservoir. Trudy Gldroblol. ob-va 9:13-28
159. (MIRA 12:9)
1.Uchinokaya laboratoriya Mookovskogo vodoprovoda.
(Ucha Reservoir--Manganese)

FILMSEV, A.V.
Some wzys of controllinr the life of fresh waters. Trudy Gidrotia'-
ob-va 11:323-330 '(-1, (MIRA 15.1)
1. Uchinskaya laboratorlya MoBkovskoro v0doprovoda, st~ Mamontovka
Moskovskoy oblasti.
(Fresh-water flora)

FPANISEV, A.V.
Problems of improving the quality of water in the Moscow
sources of water oupply, Trudy Gidrobiol, ob-va 14.,42-51 163.
(MIRA MO
1. 11chinakaya laboratorlya Moskovskogo vodoprcvoda, FbAva.

SORONO P L.N. , inzh.; FILONOV, V.A., inzh.; NSENZUK, F.A. . inzhe;
TSIRLIN, B.M., inzh.; PAVIJSHCHL,7, V.B., inzh. Prinimali
uchastiye: BABAKOV, A.A.; BOROVSKIY, V.V.; USHG104KOI B.V.;
IAZUTIN, A.G.; ZAVERYUKHA, A.Kh.; EMATITSMUK, I.V.; ORLOVA, T.K.
Experimental rolling of stainless steel slabs on a 1200 mill
with coilers in the furnace. Stall 21 no.12:1092-1096 D 161.
(MINI 34:12)
1. Zavod "Zaporozbstall" (for Sorokop Filonov, Ksenzuk,,
TSirlin., Pavlishchev).
Rolling mills-Ecuipment and supplies)
Steel, Stainless)
~

FRANTSEV, V.I. (Moakva)
Olinical aspects and therapy of complications caused by transfusion
of Rh incompatible blood. Klin. mad. 32 no.M40-43 11 154. NLRA 8:1)
1. Iz fakulltetakoy khlrurgicheskoy kliniki
Il Moskovskogo maditainskogo instituta imeni
parelivaniya krovi (sav.-S.N.Volichkina) 1-y
bollaitty iment, Pirogova.
(RH YACTORS
Incompatibility, causing compl, In
(BLOOD TRANSYUSION, complications
(dir.-prof. A.N.Bakalev)
I.V.Stalina I kabineta
gorodskoy klinichaskoy
transfusion, ther.)
caused by Rh incompatibility, ther.)

FRANTSEV, V.I. , 6and Med Sci (diss) "Llechanical jaundice
and its treatnent by surgery." Mos, 1958, 12 pp (Second
Mos 6taLe "-.ed !-nst im N.I. Pirogov) 250 conies (FL, L'21-56, 11d)
- 70 -

FRAInaw, V. I.
Obstructive jnundlce and trentment through surgery [with summnry
in English. NkBper.khir. I no.2:26-11 Mr-An 159. (MIRA 11:4)
1. Iz fnlailltetskoy khirurgicheskoy kliniki Imeni S.I.Spnsokukotolcogo
(dir.-orof. A.W.Bnkulev) II Moskvvakogo meditainakogo instituta imeni
11. I.Pirogovn.
(JAUNDICE, OBSTRUCTWE, aurg.
statist. (RuR)

FRANTSNV, V.I., KAPULLER. L.L.
Resoction of the bronchi as a radical surgery in bronchoadonoma
[with summary in Nnglishl. Eksper.kh1r. 3 no.504-4o S-0 '58
(M IR.A 11: 11)
1, 12 kAfedry grudnoy khirurgii i anestexiologii (zav. - Prof.
Ye.ND Reshalkin) Teentrallnogo instituta usovershenstvovRniya
vrachey (dir. V.P. Lebedev) i patologoanstomicheakogo otdeleniya
52 -y gorodskoy klinicheskoy bollnitsy (glavnyy vrach F*S. Petruahko).
(BRCUCHI, neoplasms
adenoma, surg.. bronchial resection (Rue))
j~"

MEDYMOV, I.A. ; FI~ANTQJL-Y.I.-
Use of T)lastic prostheses in inoperable cancer of the esophagus. 3kBp.
khir, 3'no.6:12-16 W-D '58. (KM 12:1)
1. Iz kafedry grudnoy khirurgii i anesteziologii (zav. prof. Ye. N.
Meehalkin) TSentralInago inatituta uaoverahenst~vovaniya vrachey (dir. -
V. P. Iebedeva).
(ISOPHAGUIS . neoplasm
recanalimtion using plaotmans prosth. in inoperable cases
(Rua))

MRSHALKII~ Ye.11.. prof. (Moskva, ul. Khmeleva, d.6, ky.11), FRANTSEV o V.I.,
Constriction of the pulmonary Artery an a method of treatment in
Biaenmonger's complex. Lwith summary in English]. Vest.khlr. 81
no-7:29-34 J1 158 (MIRA 11:8)
1. In kafedry grudnoy khirurgii i anestestiologii (xav. prof. Ye.N.
Neshalkin), TSentrallnogo insituta unovershenstvovaniya vrachey.
(GAIRDIOVASGUALR DEFECTS, COUGHNITAL, surg.
(Rus))
(CARDIOVASCULAR DMCTS, CONGINITAL, surgery,
Nis nuenger complex, nrtif. constriction of Puln. Artery
(RU:))

HISEWZIN, Te.W. (Mosk7a, u1. Kostyakova, 8, k7-73)-,--)TgTSxV, V.I.
Initial observations of late results following anastomosis of
the peripheral ends of the vena eava superior and the branches
of the pulmonary artery in case of dextroposition of the bulbus
cordis (in Fallot's tetralogy). Grud.khir. I no-1:52-59 JA-7
'59. (min 13:6)
1. Iz Imfedry torkillnoy khirurgii i anestesiologii (zav. - prof.
Te.N. Neehalkin) TSentralinogo iustituta usovereheustvovaniva
vraohey (dir. V.r. Lebedeva).
(MRkLOGY OF MIX") (MLk"--S1W31RY)

Repeated operations on patients with dextroposition of the
bulbus cordis (tetralogy of Fallot) treated bv Blalock-
Taussig anastomosie* Sksper,khIr. 4 no94:25-33 Jl-Ag
159. (MIRA 12:11)
1. Iz kafedry grudnoy khirurgii I anastesiologii (zav. - prof.
Ye.H.Meshalkin) TSentrallnogo instituta usoverehanstvovaniya
vrachey (dir. IA.D.Koyrigina).
(TICTRAlWY CCr YAJJM surg)

lovv-t-rt, Of "21,
h,&I V-4 Choir Of Lh--t
(%"4.ry C..tlll I.L.Litl.t.
f'r t~lq LAI ~A 0 1~.~ at 1.-J& 'Awo
64 .
A. t for At., 04--l at nvslct~lsj
%r-o v-stiv-, Y,,-, w4 MV~MT1, V, I.,
7 ji,%Ij~its jur Of
A.Uto o9cU4,04 or tU
1:-,4, Lotqrwry Of
f-,r tht 1.4usel
%Att.~ of an urgmi.., Azte~y 0.1 llelio~
k1cl2q:48 VAILM, K:4cow - oT,,,t=,t of
to mint! st%t*2 In OVur-4ru"cA or Mot-
Of Dr&orf
Iz4ftl A. V. vlohns'llky, Acslcrq Or
V0,11-1 1M.- L%M, M-- - ,1%.
pylociplos of lot&, 4-00916 %Y A. 7-

NESHATAN, Ye.N.; DAMIR, Ye.A -FRANTSEN, -V,.-I-.,--.(Moskva, 3-Y Shchukimkiy
prospekto d. 3p kv.Ugi
Su,rgical treatment for an anomal confluence of the pulmonary
veids, Grud. khiri*2 no.6:33-37or-D 160e (MIRA 1-4-ii)
1. Iz kafedry grudnoy khirurgii i anesteziologii (zav. - prof. Ye.N*
Meshalkin) TSentrallnogo instituta usover*henstvovaniya vrachey
(dir. M,D.Kavrigina).,
(PULMONLRY VEIN--ABNORMITIES AND DEFORMITIES)

FR0TSEV, V. I. (Moskva, D-98, 3-y Shukinskiy prcyezd. d. 3, kv. 11); WITROVSKII P V.yu.
El.ectroencephalographic observationB in cavopulmonary anastomosis
in dextroposition of the bulbus cordis (tetralogy of Fallot). Grud.
khir. no.4:33-43 261. (MIRA 14:12)
1. Iz kafedry grudnoy khirurgii i anesteziologii (zav. - prof.
Ye. N. Meshalkin) TSentrallnogo Instituta. usovershenstvovaniya vracbsy
(dir. M. D. Kavrigina).
(TETRALOGY OF FALWT) (ELECTROENCEPHALOGRAPHO
(VENA CAVA--SURGERY) (PUIXONARY VEIN-SURGERY)
V T-

FRANTSEV, V.I.
Operative and postoperative complications in anastomosis of' the
superior vena eava with the pulmonary nrtery in dextroposition
of the bulbus cordis (tetrnlogy of Fallot). Vop. pat. i reg. org.
krov. i dykh. no.1:201-206 161. (141RA 180)
X

MIR) Ye.A.; SADYKOV, N.M.; FRANTSEV, V.I.
Anesthesia and the management of the period of operation of the cava-
pulmonary anastomosis In patients with dextroposition of the bulbus
cordis (tetralogy of Fallot). Vop. pat. I reg. org. krov. I dykh.
no.1:353-357 161. (MIRA 18:7)

FROTSEV, V.I.
Contrast angiography in the functional examination of an ana-
stomosis between the superior vena cava and a branch of the
pulmonary artery. Grudn. khir. 4 no.5:58-62 S-0162
(MIRA 17:3)
1. Iz kafedry grudnoy khirurgii i anestezi.ologii ( zav. - prof.
Ye.N.Meshalkin) TSentrallnogo instituta usovershenstvovaniya
vrachey ( direktor M.D. Kovrigina), Adres avtora: Novosibirsk,
ulitsa Vavilova, dom 2, Institut eksperimental*noy biologii i
meditsiny.

_j., ka:l,i. r
SADYKHOV, N.M., kaxid. med. nank; FIt0-TSZL-Yj. i!&-,A
IJue of nritlcongubuiLn following the entablIE ftent c-f P1,11nocaval
arastomosis in tho case of the da-drormisition of bulbus cordis
(tetralogy of Fallot). Azerb. med. zhur. no.9:19-26 S 162
(MIrLk 18:1)
1, Tz Imfedry grudno,.. khimirgii i arieutpziologii ( -.uv. - prof.
Ye.N. Merhalkin) Mo-~irallnogo inot~iUita usovershpi,,Stvovani~a
vrachey (direktor V.P.I,ebedeva).

PuLhoCcrieoia r)f arld '3
;-hir. 5 rin,i'l I I r~-) I N-D16-3
it

BELOVA, L.G.; #~W
q�EV,, Y.I.
Clinical aspecto and diaenosifs of bacterial andocarditis com.-
plicating congonital heart defects. Sov.Mvd. 27 no.7:1-1-15 J1163.
WIRA 16:9)
1, Iz detskogo otdoleniya serdechno-sosudistoy khirurgii (zav.
V.I.Frantsev) kliniki (zav. - prof. Ye.N.1behalkin) Instituta
eksperimentalinoy biologii i maditoiny Sibirskogo otdeleniyAL
AN WSR,
(EMOCAMMS) (ITE-A -A NOFMITIES Ala) DEFORRITIM)

TSYGANKOVA, S.T., kand.biol. nauk; FRANTSEV,.,V..I., kand.med.nauk;
FURICHENKOP M.N.
Hemopoietic characteristics in patients with Fallot's tetralogy.
Ter. arkh. 35 no. 4:74-79 Ap 10. (MIRA 17:1)
1. Iz klinichoskoy laboratoril (zav. I.I.Yevnina) i khirur-
gichoskogo otdeleni)a (zav. v.I.FY&ntsev) Instituta. eksperi-
mentallnoy biologii I meditsiny (dir. - prof. Ye. N.Meshalkin)
Sibirskogo otdeleniya AN SSSR.

PRESS-AN, L.P. prof. red. FRAETSLV, V.I. , doktor nauk, red.
LEONRIKO, A.V., red.; ShUSTER, M.A.,
kand. wd. nauk, red.; ZATHAN111, red.; il.(SCV, 1,G.,
kand. med. nauk" red.
I
(Problems of clinical redicine and occuptitional patholog"f]
Voprosy klinicheskoi neditsi%v i profpatologii. Moskva.
1965. 143 P. (MIRA 18-4)
... Moscow. Oblastnoy nauchno-Insledo-,ratel'skiy kliniclieskiy
1
institut.

18,3200
AUTIMR3%
:'IT11, I'XL'
10,
A133TRACTs
card 1/8
3 3 -1 .11 /30
SOV/'
Y~'- A. (D)ct-r of Tt,hnl~%l 3tl--a, 11-f~inor).
T~eg--Amnko A F. ., P4.km1.c,,k. V. D.
I . i . I J." 1, ~"V' 11 ir~ v a k I k h,A
Prantaev,
91:,:t r Qtmllllt*KY I "A"A P-%"'O ~( IVI
1k r I r, r,I Steals
$tell, If), "r 1, 45-51) (USSR)
This to a Jescriptl or 'r ollctm-
slag r,-lt%njr of
A';'j IfAhNVA steels
Thq ~he.lc.l n r Then'- , (%) is ro ljows
Cr, 1.30-1.601
S--90.(r2Oj P"WO,027i HI-CO-31 Cu-5~0.2',j 3hwh!"G, C.
0.70-1.10; Mm, 0.20-0.40. Cr, 1.30-1,61ji
3!:90.0201 PS~O.Wjj Nl-'!~0-3; C,, -.,;; 0.2s; -d
J8KhMVA, C, 0.14-0.219 Ka. 0.25-U.95L.31. O,IT-0~37t 3m&
0 031 PAWO.035; Cr, 1.35-1-651 MI. CIO-4-50; W,
0:8-1.20. Yu. V. tAtAmh and H. 1. M&Xnlmovtch or the
ASSOCIATIONO Zaporothlye Machine J)ulIdjnS Institute and
~Dnaproopetsgtgl,- plant (7Aparothakiy- mazhin-
ostroylttllr4y Inatitut J gavad 'j)n~VrQ8POt41tAl")
card 8/8

CHUYKO, N.M., doktor tekhn.nauk; PEREVYAZKO, A.T.; MOSHKEVICH, Ye.I.;
Prinimali uchastiye: RUTKOVSKIY, V.B.; KONISHCHEV, M.I.;
FRANTSEV V P - DEMIDOV, P.V.
Controlling the gaseous phase composition in an electric furnace
by means of an air curtain. Met. i gornorud. prom. no.2:15-18
Mr-Ap 162. (MIRA 15:11)
1. Dnepropetrovskiy metallurgicheskiy institut (for Chuyko).
2. Dnepropetrovskiy staloplavillny-I zavod vysokokachestvennykh
i spetsialInykh staley (for Pereryazko, Moshkevich).
(Electric furnaces) (Gases-Analysis)

KLISHIN, I.; FRANTSEVA., G.-; PESIN, L.; RUKAVCHUK, A., plotnik
The experience of Innovators and the creative genius of
efficiency promoters. Stroitell 8 no.ls24 A t62. (MMA 16s2)
1. Instruktor peredovykh metodov truda Novosibirskoy
normativno-iiialedovateltakoy stanteii (For Klishin).
(Building-Technological innovations)

L 17653-65 AM %'Pb-4
Arl CES NH: AR40078 I 3/0299/64/000/013/rx,013/M,01"
SOURCZ: Ref. zh. Biologiya. Svodnr.,y tom, Abs. 13M84
AUTHOR: Frantsovap K, A.
TITLE: Participation of tissue mucopolysaccharido3 in transplant-
immunity
CITED SOURCE: Sb.
organov, 1963- Yer-e'van, 1963s 99-100
TOPIC TAGS: polysp-acharidet mueopolysaccharide, tissuo, immunity*
transplantation, homotransplantation, skin, ancretion, lymph,, mouse,
serologic activity, accretion
TRANSLATION: The r-ffect of mucopolysaccharide preparations on
hoMotransplant skin accretion, their serolo,~~ical activity, and their
capacity to produce reactions in the lymph system cells was investi-
gated. The mucopolysaccharide preparations were made from a mixture
of internal organs of pure bred inice and rabbits extracted by a
phenol method and followed by lyophilization. Tests were conducted
Card 1/2

L 17653-65
ACCESSION TIR: AR4045754
on pure bred 0 131 HALB, and CP mice. Skin how-otrans plant at ion was
ron do 0~7m,t P#~
made f , n ce, of the same broods from which the pro aration
was male. The mueopolysaccharido preparations were administered in
0.05, 0.1, and 0,3 doses 5 days before skin transplantation. In one
series of experimontsl mucopolysaccharide preparations were injected
repeatedly before and after homotransplantation with a total dose of
10 m7. Lai-go doses of mucopolyaaccharide preparations langthened the
life cf homotransplant3 by 2 to 3 times in experimental animals
compaxed to control animals. Small doses of mucopolysaccharide
preparations did not affect the nature of homotransplant accretion or
its sloughing off period. The effect of mucopolysaccharido prepara-
tions on regional lymph node reactions to transplants was tested in
experiments on rabbits. It was established that the weight of the
lymph nodes increased twofold 5 to 6 days after injection. A hiato-
logical investigation of the lymph nodes showed that their lymphoid
cells increased considerablyt the sarne as in a reaction to a
homotransplant, which indicates antigen activity on the part of
tissue mueopolysaccharide preparations,
SUB CODE: LS ENCL: 00
Card 2/2

FRANTSEVA, inzh.
Sprayer with a flat jet. Mokh. stroi. 19 no.6:24-25 A 162.
(MIRA 17:2)

red.
:P'VA A Ya
[U-c- of minerni fertilize.-s iii irt ilial.ion a
bibliographic Ilstj Pi-ironatile minor-alInykh u(tobrenil
pri oroslicidl; ijibliogral'tchooki.1
i":8j
10 F..
1. ,~osco~j. -1.~-,ontralltiaya nau---hnayti
biblioteka.

9M
AUTHORS: Shchuka~rev, S. A., Vasillkova, 1. V., Drozdova, V. M.,
Frantseva, K. Ye.
TITLE: The Determination of the Formation Heat of UO 2Cl 2aqu' U 02B- 2aqY
U02Cl. 2-H20, U02C12 .3H20, U02Br 2' H20 and UO2Br 2-3H20
(Opredeleniye teplot obrazovaniya UO 2Cl 2aq' UO2Br 2aq'
U02C1 2'H20, U02Cl 2' 3H20, U02Br 2- H20 i U02 Br2 .3H20)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 1, PP 39-41
(USSR)
ABSTRACT: The crystal hydrates of uranyl chloride and uranyl bromide
were produced from anhydrous UO 2 C12 and UO 2Br2by treatment
with inert gas containing Btean at room temperature. The
synthesized oompounds were nnalyzed by the determination of
uranium according to th, Vannadate -iethod. The chlorine and
bromine oontent was determined. The determination of the
solution heat of anhydrouo uranyl chloride and uranyl bromide
and their monohydrates and trihydrates in water at infinite
Card 1/3 dilution was carried out at 250. The rr,,~,,ults are shown in

10.V /7,q-~- 1 -8 1 A8
3 1 1- 1+ - /14
The Determination of the Formation Heat of UO cl UO 3r UO I'!
2 2aou' 2 2aou' 211 2* Iq20,
UO 2cl 2-3H20, U02 Br 2-H20 and UO2 Br2*3H20
table 2. The following values were giv--~n:
,6H UO2 Cl2 23.86 + 0.13 kcal/mol
AH UO2 Cl2 H20 -13-32 + 0.23
,6H UO2 C1 2* 3H20 -.10.00 + 0.11 kcal/mol
AH UO2 Br 2 ~ -33.28 + 0.32 kcal/mci
&H UO,,Br H 0 --24.42 + 0.08 kcal/mol
" 2' 2
AH UO2 Br 2-3H20 -21-51 + 0.12 kcal/mol
On account of the values of the solution heat the formation
heat of UO 2Cil.)aq" I U02Br 2aqu' U0")ci,).H")0, U0r)c1,-3H,0,
UO2 Br 2-H2 0, and U02 Br2-3H2O was epiculated and summed up in
table 3. The values of the formation heat of U02 C1 2solid and
UO 2Br 2solid ... a, follows:
I - Imc I
&Hformation(2980K)U02C123olid ~ -~101 .9 .Kcr-I /
Card 2/3 '6Hformation(298OK) UO 2Br 2~;olid ~ -2e1.6 kcal/mol.

30'1/78-4-1-8/48
The Determina~ion of the Formation Heat of UO 2Cl 2aqu' UO2 Bz- 2aqu' UO2Ci 2* H20,
UO 2C1 2.3H2 0, UO2Br 2-H20 and UO2Br 2- 3H20
The dehydration heat of UO 2 C1 2-3H2 0 was calculated according
to the following equation: UO 2C1 2' 3H20 = UO 2C1 20H20 + 2H2 0gas.
This value is in accordance with th(.- valuo obtained by thu
tonsimetric method (Ref 4). There are 3 tables and 6 references,
4 of which are Soviet.
SUBMITTED: September 5, 1958
Card 3/3

05890
5(2) SOV/78-4-11-43/50
AUTHORS: Shchukarevp - Be A,,q Semenov, G. A.,. Frantseva, K. Yo.
TITLEt The Mass Spectrometric Investigation of the Sublimation of
Some Oxides of Vanadium and Niobium
0
PERIODICALt Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 11, p 2638 (USSR)
ABSTRAM The composition of the vapor over VO 21 V2 0, and Nb02 was investi-
gated in the evaporation of the oxides on a platinum film in an
ion source as described in reference I at an ionization voltage
of 50 V. In the evaporation of VO and NbO the ions VO + and
+ + 2 2' 2
NbO2 predominate, the ions VO in the case of V 20Y A table gives
the intenaities of the ionization currents at 1500 - 18000K as well
as the sublimation energies. The deviation of the sublimation
energy found for V20 3 with 11112 koal/mol from the data by
J. Berkovitz . W. Ao Chupka and Mo G. Inghram (Ref 2) for the
process [V0] (V0)
Card 1/2

0589ri
The Mass Spectrometric Investigation of the SOV/78-4-11-43/50
Sublimation of Some Oxides of Vanadium and Riobium
SUBMITTEDs
i a an sumo d t 0 be due to the eirdumstance that no VO
develops in the solid phase of V 20 30 and the value found is
influenced by secondary processes. The dissociation energy of
VO2 was found to be in good agreement with reference 2 and
amounting to 12,7 ev. The dissociation energy of NbO 2 was equal
to 14-8tO-5 ev. There are I table and 2 referencesp I of which is
Soviet.
My 11, 1959
Card 2/2

SXY62/145/001/016/018
B145 B101
AU~IITOSI Shchukarev, S. L., 8emenovt G-A., afid Franteova, K. Ye.
TITLE: Determination of the saturation vapor pVes6u)?&;-of h1obium
dioxide
PERIODICAL: Akademiya nauk SSSR.- Doklady, v. 145, no. 1, 1962, lig - 121~F
TEXT: The saturation vapor pressure of niobium dioxide was measured in i
the ran6e 1936 - 21220K using a variant of Knudsents' effusion method (see
Z. Phipps, C. VI. Sears, 0. C. Simpson, Manhattan Project, Div. IV, 14bi
The Transuranium Elements, N. Y o 1949t P. 704, and An. N. Neemeyanov,
Atomnaya energiya, 3, 227 (1957j), and the heat of sublimation and the
dissociation energy of gaseous NbO 2 were calculated from the results. The
cylindrical effusion chamber was of forged molybdenum (diameter'of the
effusion opening: 0.308 mm, ratio between the areas of the material to be!
vaporized and the effusion opening - 500 1 1; heating by electron b6mbardi'
ment; attainable vacuumt 1-1o-5 mm Hg; 21000K). The oxide has the com-
position NbO and was tagged with Nb95. The'valuee medsured satia-
2.008
Card 1/2

6 1
B102 62/145/001/01 /0 8
Determination of the saturation ... B145%101
fied the equation -log P - -30300/T + 12-42 mm (heat of sublimation:
136 + 2 kcal/mole) . Fibm the.,p~bllshed values of -(FO - Ho )/T and of
T 296
H0 - H0for condensed and gaseous NbO the sublimation enthalpy A H0
296 0 2'. 0
17.1s calculated as 141 � 0.4 kcal/mole. Tilt dissociation e4ergy of gaseovs,
NbO 2' calctLated f=n ptlaished data for the heat of sublimation of metallic
Nb and the heat of atomization, worked out as 14-9 + 0.1 ev. There are
2 figures and 1 table. The most important English-language referencesares
j. L. liarerave, Proc. of the Symposium on High Temperature - a Tool for
the Future, Berkeley, California, 1956; Physicochemical Measurements at
Hif,h Temperatures, Ed. Bockris, White, Mackenzie, Butterworthe Sci. Publ.~
1959; L. Brewer, G. IA. Rosenblatt, Chem. Revo, 61, 3 257 (1961).
ASSOCIATIOX: Leningradskiy gosudarstvennyy iiniVersitet im. A. A. Zhdanova
(Leningrad State University imeni'A. A. Zhdanov)
PRESENTED: March 3, 1962p by A. N. Terening Academician
SUBMITTIOs February 27, 1962
Card 2/2

5/IJ3/62/005/005/001/011
E071/E133
AUTIWW'i Shchijkarev, SCUMIlov, G.A., and-Frantseva, K.Ye.
T I *r I L : A mass spectrometric study of the evaporation of NbO
11 P WD! CAL: Izvostiya vysshikh tichelmykh znvedeniy, Khimiya i
101 i [Iii c1le.91caya teklillologiya, v-5, no-5, 1962, b9l-693
&T: Niobiimi motioxide for the invemtigation was obtained by
the rethiction of ptire riiobixim pentoxide (99.901,,) in dry hydrogen.
A of NhO Wam placed oil a 1m) *trstuit or iridluitt strip in the
josiic soiircc ot a rimms sp-ctrometer 1-1 VI-130i (Ml-1305). The
temi-cir-41 tilre was Illeamured witli a cal.ibrated tmigsten-rhenium therino-
collpit. %';t!jd('q1 to tile strip. Tilt! pt-vsellce in the vaipour of tile
tol jou ing ionm leas Vgtablishe'l: N'b ~ I ljl'k~ I L1710 Njb0!l+. in order
to tile origiii of.* Nl%k)'t imis, the potential of* their
aj)jW1Ir;L1Il(-F' W414-3 (~Viklltfttt~l by PLUttillS thV 4.1010MIdellCe Of iollic
cort-4!lIt INII()" agaillst the iollimillif potelltial. This wa* evaluated as
JV.j ev. Complete abseixce of' NbI joms at nit ionising potential of
li V ii1dicated that thcse were formed due to dissociation.
ion.i.-tation. Thus ther(! were two typo!b of ions corresponding to the
netitral molectile.-i present in tb,.~ vapotir NbU2 mid NbU.
Cnrd 1/-2

ACC NR:
43
U,v
Sucaukarov) S. A*; Somnonov, G. A.; YAD
ORG: Loningrad Stato Ordor of Lonin Univorsity ima %. Zaclanov,
&)3udarstvezinry ordona Lonina univeralt6t)
T-_TLZ: Tnormodyn=ic study of evaporation of tno lowar oxildon of nilobium
~SOURCZ: Zhui-nal noorganichaskoy khimii, v. 11, no. 2, 1966, 233-2316
TOPIC ThGS: niobium compound, thormodyn=lc analyals, mans npoc~romotry, x ray
ZYA.00 1,t-j T1 OA)
,analysis, hoat of discociation
ABST,:UCTi 7his is a continuation of tho praviou3 works of tao authorr, on tho Gvapora-,
0 'a
tion of Nb o_xidas (Zh. noorg. khimii, 41 263", 1959; lzv. 'uchob . zavcd.
i k-ILL-u- telk~,nologiYa, 5, 691, 190'2; and WICLAN 145, 11.9,'1962) att-.,mpV',n_,, to
:ovaluato qu~:..ntitativoly tho pammoters of tho procos,-,as tho ovaporat'on
~of N'00 and ""'b02 and connisting, of M043urin
a the valx3r by tho offu.-,ion
with sLmultanoow mamg-spootromoturic analycis of tho procuctf, o f- ovaljorrAtion. r4~ho st -dy
U UU-,
~of the evaporation of IW at 1600-2200C under oquilibrium conditions subst~mtllqtcd t'ho
'conclusions of the proviou,-i works rogarding.tho prosonco of azd i-_olt)cu]L-as ifi
-he gas phanos At temporaturos of >2300C N"Y,* ionn woro obsomid in tho ~."'Li3ion cl-,.~,zboxr
after complote disappoaranoo of tho ion curronts of 'L_'IaO~ and Tao heat of suloldxaa-
Card- __UDC:__546.882.2/-5-31_._ 636,7___

ACC NIRj AP60" 901.3
tion of Nb OH29g o a 173 kcal/g-at), WIllich acroad woll with 'I") lil-firatura dat,,, (11!.S
%0 . L"
kcal/r.-oxt), wan octorminod from tho zui~;id,ir coafficlent of tho cuznra log(!' 2)
f (1~T) plottod after moasuring tho dopandonco of tho A-Intoni ty Of Nb' or,
,X-ray phaso analysia of tho raniduo loft oStor ovm~oraUon dai~Gc'%Iod tho nrc'sonco Of
,N730 and Nb and no NbO 2 in tho solid phaao. 'Liorof;z-G, tho of jNbo
of tho following roactions: llbO,.olid lfc-juji~(,N-c,0) and 2NW, + CNID]. '.Cnli
of each r6action in tho ovaSWrat On Of Nb-0 W13
P.Ir J. 2 L
iDLwing ovajx)ration of I'b02 a" 1500 - 2100C, tho mar,. indic.t tho
~of predominant 11b02 and subordinato NbO in var., '-,,Z frc:~a fractions of at
.15WC to 7-43*,V" at 2200C. Tho x-ray phaso analysls d..,Iut)e'~ d only ;.0, in tho',--.oild
,J~
6 was thus concludc~d that two reactionn wore th,~ ovapo.,atvion of I%W;
1;'1~02 olid,hc5T-cj~ (Nb02) and NIU02 r;o1id,liqZU" (IN Lo ) + (0). v"t-ADV ol vo
k I
"t!) of thono two rnaction~-, woro moanurr-J. -14,o
,gaG componoi
racy) with data from provioun invontigati.on's. 71"a Of a.-.Q
1:'L02 molecules and tho of din,~ocl,~.tlon woro calcu--i.,toc fc~o an
:A Do a -59.5+1 kcalhaolo and V-) = 14.6-~C).! :,v ard foi- ',I~ r-~; 1%
0
and - 7.8-W.3- ov. Zho molting hcatn Of and I:bo Wozo 18- "d
22 kcal/mole, reapectivoly. 'fho oquation of fiFoo cnorL7 of IUio azd 421'W0
from tho demonts oan bo writton aa
a ,~)Jroo
== -
Imbol).

C;Uro
vich t,rd G.
Aacl"
of f0.
colla.
cinnod and of
arld I tablo. 't, J3.
SUB C'DLEI 07/ SUL. .~l DATZ 3 )()Jun64/ ORIG Ria.-, 01l/ 006
Lqard 3/3

I 114 -1wI 11411ait 11a14 is JS 1' 11A
A I 1
VV It of 11uSOais 11a
IQ41 11
10
AI I AA of (A 0it
00
4 .
so

Medib"I Properties 9t alloy dools at hilik Itimpof
,
'
0-
C
fl 4 -
1
%
tuires. vrolskil (11.11 kb %
00 .4 .
,
. is wit
and 41:41
,
. 00
typt-s st"? Iftled for tensile strTnKth. Affissfinn End, ~

redurtkm,)f %rrs a, temp. 1,,,m "0 to MIS, At (will'
a 00
V the Its-11ir strirnsil.4 wrfr 24 11. "27.4. 54.7 and 34 11 Its. 0 0
a I~Nw' all Irdned appP111 2A -0

00 a -Ilw 6.1mula R No .
0

F" J..f tile and, V
00 1 the slim. temp. it"'he ",n*, 00
.4 tile SIM"
Ii., in the ifiltrUil
04 z hwo deldtlu .00

OW '400

a q

v --00

I
, 7JZOO
f
,

t
0: I
"
00

00 2 xg 0

200
00 IS

A I a it AAITALLUPGKAL LifIRAT4,111 CLASISIFICAft(lb t:09

T 00
j- r j-'T 1 4 It
40 Is I -VIA
I S
o

0 At 4t0 Is K a N a ofu ts I
f 0
It I ZAI
000 00 0 0 * 0 0 9 0000 0 0 0
0 0 0 of 0 0 0 0 a 0 0 0
0 0
0 0 0;0 0 a 0 0 0 0 0 0 0 4 0 0 0 0 46 0 4 0 0 0 0 9 4 0 0 Oi

0 0 e Is 6 9 0 0 4 a 0 0 g 0 a 0 0 4 0
-a-*- 0-40- 09 0 0 1b 0
I r 6- i v it 11 it 14 of Is if is It x if zj a is It v At M 10 11 L' It W b It v I
I AA
A a jL 9 hij 9 1 '1 V V 1. 1 N M PC (I o A & J~o
00
.00
0 0 Us awUnIcal properties of hypercutectold and With- ~49
0 flayed assets at the rolling temperature. Nt. .00
XMI It. K-1renk".
o. I' :M 43-, Mm If-P 1935. It. -LN.70. -I
20. lAlm.- Vk,,tk il WIRtIm.-I -I J. 1K -00
Ihe tcm . fimit at WWII metAl, 1,1-v 111vit I)IJAIC I
00 tics AnTat whh-h hi't wtwkinir In thertfivit. j -00
Ityprieutectold qti,vl4 with C I W and 1.12"t. ai %t It -00
*0 as a steel routs. C 0.7.3, W Cr 1.5. %, 0.", %111
Si 0.2.5 and one contig. C 0.2", Cr 17.1, Ni 9.2.
00
anti Sl 0.3% were ust-il. A* a f,mift J %ptot. ri twu t. d,
oo temp. litnits for safe rolling of thew 51rch are givt-n.
%I. G. Moore
:1-o
- r:911.
Too
00
.,Go
oe
A I I L A .11ALLUNWAL LITI&A
00 tst CL
L it -7- 1,
U lily MOACI fA I I N 0 1 Ar iw- go
InT 19 as m 0 14
0 0 o 0 a :0, 0" 4; 0 0 a 0 0 0 0 0 0 111 0 a 0
0 a
Of to to o 0 0 .9 0 0 0 0 0 0 o o

*0 14000000 0
fliefoufflou too w v v
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oot
so
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eels
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Nil 9" ux MuMpail G~j 44
--& I-, -kiii-14- J. Al 7--T~of
L~1#..SLA MITALLIONSKAL LITIMATM CLASWWATM ,aloe
saw liv$83AVA 60.14. lareol
Of
L X.,
any. Ind. .00
1--
ow. A 87--:w
XT. -00
:so
r. 04
too
0 0
coo
Woo
Igoe
lVAQW3 "to GOT a" .4116,
a An L 19 Ild a a 9 1 If a 0a 0-3
-u a av 0) a " a I; I; F,-
so Is 444
-S 0 0 0 * 0 K
*01000000000000000000s
006-0410140-6 0 000*0*09:00- ,0 0 9 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0

03- 1 S I 1 0 to it u 1i u is 11 1: 18 a
" D n jw 16 v Is ?w III it u u M a a v is x 0 it 41 13 a a v 0
A A C a I I I
, Y
00 T A A N cc go a .A k I $.,I. I
06

The nature of the creep of metals and its detriwinAtion
by mesas of a beading test. 1. J:garij vvviol. N.
and M
K
.
ilullanov. N
00 ;:11tion k
mittin -jie. deerv ,I
Aml !.,Ill. ......
.00

goo
so a: .00
no
40

zo

tre 0

-
141, W 0
-T
- It'll dw a.. .1.
00
It
a Is It of a I IF izA 0 ad 0 -0 1 x so 0 a
MW 11 S. 3
0 q!0 0 0 0 o 0 0 4 0 0 0 4 0 0 :10 0 0 o 0
0 oile 0 00 0 0 41 0 0 4 0 0 0 0

00 oat** 0 a a 6 a 0 a a 0 a a-#*-

1. if 14 If A if V .1 J4 a h 17 Al m A, it v 11 m 1%
L L-1 -6 ft -J. L L 1, p a I 1 0 v it -A I L AA Ill CC Cc U
so

00
0 0
00,
so C-M! of dii 4021&tlon and the degree ol quieting
of of 0001 by MIP&BB Of X-fay illumination. 1. hattt,.q
of I W 7, Mt. 11, 62 tkew. 193s -00
It .. ....
-
0
00 f%r. .4 411-thillhIn 411ij 44 0
09 1 r lit 4 1,1411111111411 villb % 14%,

1 .11.11tr Ill'"" ..I I...' flight dot, m-1-41. 111,
0
0 1114 Imly valvilut Willi Ill.- .1. XI't M 4.
so j 11.1. %vith ill"It-al'ililt qut, lallic .I lilt ImIll, ;at
as

of
00
so goo
0 ioe ;00
00 f .00
so I :; 0 0
00 Noo
00
00 a
00
1,111fil-111111 CLAWFKAM- it =*a
00 s Ilea
00
7- - - - -
'. L' a ~
. t. I.
D U U 49 (1 is '
V n W 8,
'v a a 11 It a K it to it ~10 m 0 14
to rp it
414
o ~
s

too
00
j
0 j
AIR-ILA
b 6 Av to it
0 0 11111 41111111 0
0 0 to
tillnevii
An LnVwWaUm logo W#
111LIAl Of
N. lAtiliku and M. licarlishka. JSL&I, 1938, No. 2, lip. 1111 71). 11 1:
Itulasiall). It is pointed out that crushh4i, lthiult is one 14 tilt, mail
catiars id tile %eraf railA, haareivived very uiu0i, lc~* affelitloll [hain
the acar due to frictinn. In oamsiara-tion asith uc,tr. ill,- tlworit~ of
Fink, Houder and JUdIrr am revicatird anal mnew rt-mills of X-ruy
mittlyows carrit4t out by the tatilthorat %at% (tip ~Wrq.ltwk It nitritiolt (a(
train tint opititi4l ; Ilitw- (end tit Plipport Filth to 1111-ol %. The i4water
pArt All tilt' IMIIWX deAlA With 11011le UXIterillIPSAA oil tilt'. VFII*llit%X ill titV
murfam, Invers of holloiA eyfirmiricid six-vinionx aubject4A to %enr tra,to
in an Allister we^r-tc*t1'ng machine. using varyisig lond- %%ill% m
constant number (if revolutions and tire twilij.' A rail oteel ron.
tAining 04MI of carbon, 0-6801 of mangnnew, 0-230. of itilivon,
.0 in
0-023% of phosphorus and 0-034% of sulphur was tiewd. After tile
tests, tile variAtion with depth of tile deformation daije to 11111.4-11111liVILI
work applied it) the otater curved surfaces or tilt.
plems unn aitudirtil. For this purpaw the ourftu -v unta graolititIly
t,tchaitil muny und tile nviditatil strtwoeto went dorrinititA by tilt X-rav
inethoil. It was found that In teat,pietvat, testol lit ailk-t-ilit, pri~.olrt~
up tit lit) kg. per sti, nini. the depth to which tile th-formation lactie.
tratoi %&it sivall stul remained wristant. On exixiAing a specific
pressure of IOU kg, per sq. mm., the resistance of the surftive layer,
which is a characteristic of the given material, is cavervollIC, Altai the
"~'otrr of deformation rapidly spreads into tile interior of tile test-
pletv with well-marked pointa at which the value of tile second-caraler
atreasea is a maximum. The stresve in the layer inititediately
adiacent to the surface are reduced owina to the setting in of i)LL#tic
deformat
LL AL I . i0an-trushing of the metal in that nNioll. With further
int-n-nett, it, tile Apecifir prtwure the lao,4itilill air 111j,xinjilln re'4idlial
1, 111trviss, moves into the interior of the metal.
1 1 MIA %Irmo 01111irs! 9 a a 3 1 V -0
01 ;! "', " r , ; it a 11 IN
is I C It 1.
0 0 0 0 0 0 0 0 0 to 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0
1_00
.1-00
-00
to 0
too
ros 0
goo
300
111111119
t2to 0
1
7040
wool

w
w
IF w w w IF
IF
t t t

JR NO It 0 4 li
0
-
01"MM Ale 0,1010161114 1"01
as
00 J. i:--j?ANTSUV1C". I-M-
00 A
00 9

so*-
l
a
'
l
, bWeboiamb 01 nukaU
0"
PAW116i
9
W-m
7LUCWW am[ I. M.
.
W. Chm. Cbwkoy Unly.,
m,
~
0
).-TM tmp, coeff. 0( bwd-
17
.O- 1
ION.
nm (A) of abdab Is nkw to "r ULP.
00 eqmUm 7 14/(P + 0-00M).

it
s

0 - I L A 1111TA&LIONSICAL Ll"RATION CLASWCATON 40
gnaw 91"42LVA Do- 9~11.
solos* M&P a.. 041 &All= 0.. 111
ko v 1 10 al; 'a' a i a, j di jW0 A IF I- AA I I I N 0 4 1 1 ff it 9 a
0 0 a 0 0 0 0 41 0 0 0 0 0 0 0 0 0

77 "T
19 ~11
woof 041000 *06 0 E,~
t -O'._h, -4- a 0 0 0 0 0 111 0 9 0 0
oo 0 10 .0 It
41a 1 4 1 It I I I ot it u u m is is fr is IT a if n 30 9 U w a a 341 is 39 0 At 41 43 IN a
at
I- ? 4 1 1 _.I_.v _M" Ct
A cc I I A -1 1-11 ,_ I A -A.- . .
00 if A.-C )No bilotal
-4111
go
CnWd" strength and surface cottolion in ftlAtinif
to the crushing of tail steel. 1, N. VronL-A-vii'll, N V. :00
00 1-
!;-,1, J 1" 4
"
1
1 9
bi
IF t'. 111-
,wil'
.
,
146,111i4., M. S. 1
lki-tim.own 4
Vhv,~ it', S S R.t S. 11-4 MWIN,
'All. 1% of t-I A, 111,1'.14114 ,, Owl, -.41' mmc,l 4 -00
Orell kk* 1-30, %In 01,1. '.11 W2.1. V Ill'Ji.f. 1
-00
00 ri wriv ttlilel tit au Am,ht ... achitiv. Awl Ill, I [it, Lii. - 1 0
. tile 111-1111111M 13V%'f W3% gictil. lly IVI'l-3felily (111-1VIRK 401
1
L., 1.11 11"t fill, It ."A I Allig I.mli-I 'llaglAm

o
::
0 sl~. tit.-. I Ile W.. ".."I ImA I It
#p hill, 1,011 Ibv 1111.11,41V
,file h., 'Im .00
00 I I mill 14 "AI,[ is). I., a**
-IA kit.i4wi. film. attil tit" of hiKhrr ("11111K ItIeWill %. I fit-
rChictilots of tile 116111, 1)( file fill$. tile pleviinK tmtt of
00 I.Clat at gollitfic wht it- riwt..ioll ill `.,"~ 110 Al., ill.
:
see
Ill,we rut"i'lly ilibell file ptrvoirvr,A-:-I,l W, kit, /~i.
mm~ I i. indilwoulcrit .( the no. , , , Alinim X-rAv
111%vOignit"ll ill The oxi.h., l'-fillu'l m% tile IIIIINA
revealed chirliv a-FrAlt, Art-) tv- atid FeM.;
Ihtr ohmerk-r,of Fromirifirms the ilinvy #4 FmL i C. A. 27.
ItArtman
"I'ALLUMCKAL'LITIRAIL91 CtAHWICATICH
U III AT .0 At v
If
IT u is ar ar at
M.
00 0 0 :19 *Go* Ip
0 0
too 0
it 0 a a
r 0 0 g a
0

A $A. _11.1
AItIr4, K
*0
pov" Ofq% "N'
o:
4141
40
00
00
00 U
00
Pommlomorphism In Me Sbutum of QueudW md Tempuw
WWV T*1* SAUL 1. Frantativitch, M. 114irtimliko and L N.,
INtill, 1939, IM717W-M-00),-. I I it Ittimian). 11n,vi(ins
inventigators litul muggotod and shown that
ill I vre" was munecteil with Um Inv%wilm of OW)rbite %%it It martramit it-
ndomorphimin anil that this In turn wits munected with Or
1
71iing, Allif 1110re Imirtictilarly with the quenching
[it the pmaimt reftwirch tho mulitions for the furination it( thi.-4
I ylw of structure werv at udiril in In Wmwrv ex I x,rintents i it 1 0-52
NlAwn at(-*-[. After being subjected to ail1crent quefivililix 1111d
tempering treatments file speeinierm were exittilitm,l jilet,110.
gmphimlly by X-rays (photographing on plates
through filters in iit~lcr to distinguish the different interumliati,
stnicturell)and byhardrim tests. lnad(lition,tli4-ititticittlioitortioit
of ct-ferrite in specimens annealed at different temperatums wits
studied. Into temperature at which wiftening of vcimprtw^mI
Specl.
Illens (m,mirred was also deteminiml. The forination of (Inellelling
crorkm in oliecimem quenched in diffi.rOnt 111441j;% fn)lll diffen-lit
14,1111mviraturt" was filitillY. colillon-i-11 tt*tx %-re
00
00
'00
IS 0
09
;1**
;:! 40
:00
-00
00
too
% lee
xlTAtkVPUKAL tiffitalk,41 CLAJIIPKATM.
W
0 0 tviviv Cott OtA via vrocal Ater 4 1 ;KA

00
so
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
of
so
00
00
1)1"r 'he O"tit' lil'"IN'ttiM Ol PUT11IGN-41 MIN-Villit-lix
with both it n-pularsorbitiestnicturoand it s4winti.-Pinictuto vio,
rust-trusitic lisrudomorphism. A de"iled divicumimi, Imitetl oii
tile eltirrimental data, in pmeented of the quenching avul tem1wring
lwxx*s with referenm to the gencois of pwtitimorphattit fomiationit
ill the temp-ml structurna. Apart from the funilitmental vatimes
lor fill, tranoftirnintion of martetwite into a heterogrumits inixtim-
of AM ivillolitile. 1141terlw1witirs ill the fill-tal 111141 oxvgell
content are regarilml, wider orrtain touditioiw of hi4tt in-ittall-Ilt,
an factorm favottring lite occurreum of ill Morbilk.
anil of shrinkage cracke. The stages of the tmns ormatioti of the
tuarlonxito lattice were determinctl by X-ray analysis and also de.
inowitraited by "wrootion tests. The twed ttv raise lite temperature
raiwe of helit. trmintent (inliximum temperature AIX)Ut 'X10 C.,
for the development of sorbita with the object of livoillilig Imeliflo.
morphism avid consequent brittleness is, pointed out.
00
so
00
00
00
*0
00
00
00
00
of
00
00
00
00
00
00
as
00
00
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0
a 0 0 0 0 0 0 * 0 di 0 0 is 0 0 0 0 0 0 0
0*0004*00::0::0 00
L.ALALA - a 0 a 00000000000000000000000

n
L It
A i
4 t _Q 4
.
-
_
i
A

An x-tit
thW t
h
y mo
ot t
e rapid c"tral of the evalatiou of
Ps durlag im Met "it Powing of al"I.
N
B
h
!aI
1 so
.
lwu2
1
a. 8, A, Ko"Irrika.
N
A
1
1
h
d '00
DOW
t
s an
1=1
A. S. rkwhey. 4jnJskjyA L4.~.
~~:;
Kkim Referal
r
Zk
1043
N
3
M

06 a
.-
.
.
o.
,
,
In lab. expla. t6 mvwl was tutit'l I, the Itelltieve" Nb

00 .

fuma:e. The samplemi weft taken di4ring nitirtitive L"llint

4-4 she niotal. alter t1coxid4tkin with fort'itimiff-41sese and
l
IM 00

ir eritta
M &W afivir killing the inewl with AL Rapid
%oudifkallft am fila0an Of the sam
Olit
le W
4
inm ti 00

1010 .
,
a
p
v -00
cinditions were 170 kv.. I ins., f(PL-ul di,ratkv '-! timi. *9
'"id thicktivas of the unissle IS nisti. The lime ir-Imi-d
1
th
i
1
e vat
om upciatimA wai, 4 Inin. I %ti- 1".1mg Ow
n)Wt1IWkGn41vF 111.411t ti"Iditidtit, .1ww
I fli
g it i.
t
t
,
"
n
v 1"
1-t
afmcciie sit stagco, 4.1 the nwhing 14m.- and I., if, I Ow

It IMMwist of Lillims 4 11w -ircl. All X-ray tAIP, fix capid
anadraiii fix Open-licAuth furnscirs was also drvi-I, The '00
lab. hdr%iffit"Ifor the airmiltanirmis work with 2 isilws (5.1
x 7.4 in.). W. It If. lm

C, roe

S L kCyjtLtjWGKAt. LITINATURE CLASUPKATIC" too

'im 1 .100

4
-it a.- oat Ise,
_ t, n it x MW A s ;so
0 0 0 0 0 0 a 0 0
0 0 0 0 0 0 0 0 1111 0 411 0 0 0 411 0 0-0 to 0 0 0

0 4 0 6 0 0 0
C
c., 0
A1 1 1 L
1 ::
A o s at
A . . 6 X J__k_ A X P 6
1 4 1- A L. At i CC 00
lot A.
.
v9
as 1 L t t
. t 4 4 IN
i
t' i,
0
ft 1
pl
PIV Moo A-D oll"frot'll bto I
. ..Off,

O
01 tIoff' I"
ftn~ by X-Ray
%Ats,'I,,r
anil N
Khoo
WhIto (Trud
Ing
K
Y

0
~ J
.
-
.
.
.
y
1'
'11
I'mor
If
Ah.
11111f
Aisr
114 Oil
NAim
1041
IN4
fi,jor"I
(9)
4
0 a
00 .
.
..
.
..
..
.
.
.
.
.
;
.
;
28. 2.5421. -jIn Itumilian.1 Mrailit"wnt of the first-onkr inwrival sinaft-s
fly tho- Sachm owth,xi mimiriv a lowiviettv (if the latti,v parlowl-ter of the
flital utuf--r iny"tigatWoo in the unstrreart! state id.); vilorrituental deter.
1111114ty'n 41hill in offen insilloommilile. (olixker awl bid 14. Z. .00
00
M'AwIlkwadio
1913
5M) offrr &to Indirect nwtim-1 fibr
1034
196
Md. At
V
1
,
.
,
.
.
.
.
'".-fluining J
hi.w.
for the surfliev-stmos"I state by %T"ns of thftv X-ra
.
y p
Afraphoo. V. and L th-scritor a niethod for d;tertnining J. fi-r thin volutne. GOO
0 -tr,., tolfe fir towans of four X -my phouwrapha. The determination of
l

O d -t hol
of sucersolive, approximations is descri 1*41. Therhm-foli"irti-d
by the tw
W emir are looiAloil out, awl the charWo In the Intenvilkis of interfr r too
so, 111111%W111111 Iffider thi, indut-mv of the Oral-ortler at too are analv".
see
SOS of
9 00
goo
'00
-00
A, V, - S L I
141U~J to 041 OM stsill Q.. 1%,
u I AT so Is it of 2 a a 3
or 0 to It ; a W man of XNA00 14

O'll, i4 ibis 0 9 0 a 000 0l
00
* a 0 0 0 006
0 %L 11 10 Is 0 v v it m *It*
A k - L- lk J-1-fi, -1 A L L A X F Q A S I U I t-1 I -I AP ftM 00 U k
00 a
00 e1,
00
00
90
go J
a

The kittatka of re"Ums in the system motal-emulft-
-S
Kko,"
Tr
9#4 sk
d
l
u
m
.
.
i.
y
' Kk
Kh" t
Got f
ffi
p
-
it.
l.
o
.
o 00
i
Refiral. Oar. 4. No. 0, 12-13(1041).-1n thr Pe-ftfinial

process devekK*d by Perrin and Ponevin. the nu4ten 1*0
metal is pouted from * "ht of 4 5 m. Into a synthetic -00
slag ubm compa. dets. the direction of the trAnint;
-00
I. e.. droswOost or depbostwi-lion. The re 14 If,.
persed thereby wW the rmetio" tAkes piss-r fit the rand. .00
sion state. Awly of the khtetir% of the rvsciWn in thm
"Wem kIMMIN that the reaction velocity depends only
'~mt djjju%wn lwcauw all chem, stAv-s #A the rrwtxn arr
f
ul
l
th
th
i
L;~;; k
t
e tne
, o
tmotms. uy app
ng
y
livracti,wly 200

u
l
"
Stroolultbor for the diltuskm F. deri
z
"I
'O
the nxctiKm Velocity whose Pam"Sete
l
t~0 =0 0
i
radius of the dispersed Parlicles. W. R. It
too.
1 As# St
t; It It a Ot V9 It it N
Ole
~q : e 0 0 a o go 0 *see 0 a *a a
Foe
-0
Ago
see
US 0
7
too
5-1
W n 1 :14
0 0

~-~AIMSEVICH, ! - N - ; K[MILISHCHOVA, T. F - ; A~ T. -7.
"Cathodic Protection of Cias Vains" (Katodnaya zashchita raj:-istral'-V':di
gazoprovodov), AS USSR, 1949, 8o Dp.
Institute of Ferrous Yetallurgy, AS USSR

FRANTSHVICH, I.N.; BORUSHKO, M.S.
Recryntallization of ship building steel upon deformation in high
temperature conditions. EnAr Inst. chern. met. AN URSR 3.-io~-114
149* (KLRA 8:7)
1. Chlon-korrespondent Akademii nauk USSR. (for Frantsevich)
(Shoat steel-Testing)

-FBA "13MCH, I.N.; BORUSMID, H.S.; BARKOV, V.N.
--- --w93?;qv5~;;r-
Mechanical proportion of low-carbon and low alloy steel at low
topperstarem. Trudy Inst. chern. mt. AN UOR 3:3.15-125 149.
(KM 8: 7)
1. Chlon-korrompondent Akadwdl nau ULU. (for Irantsevich)
(Stsel-~-Twstixg*) (Metals at low temperatures)

FUNTSEVICH, I-A-, chlon-korragpondent; BCRUSHXO, M.S.
Mechanical proportion Of 10v alloy steel at high temperatures and
their recr7stallization by beat treatment* Trudy Inet. chern. met.
AN URBR 3:126-138 149. (MLRJL 8:7)
(Steel-Heat treatment) (Metals at lov temperatures)

27122 1,11 korroatinlyunhchoy zhelonoy konstrulctoli I 7vshchltnY-'4 ~Oteatvl~l V
potents y ,,shchitY. Zhurnal prlkl. Xhiml j, s
uslo,jyj-,kh k~tlclll
io r: 5
SO. I;T-O;?Isl ITO. 316

FRANTS."VICH, 1. N.
Frantsevich, I. ff. "Comparative studies of the corrosive action of gbils",
Ukr. khim. zhurnnl, Vol. XIV, Issue 2, 1q49, p. 15-23, - Bibliog: 7 items.
SO: U-4392, 19 August 53, (Letopis 'Zhurnal 'nykh Statey, No 21, 1949).

N. Yj= kb and T F.
ar. I kldc Khem. (),
Appl I Chem.) 22. 6-113 -8k)(INU).-The JklICHiLd, of Fe
hnn.'t4 In "arious lumples of "Is' "Hasurol against .1
Cu'CuS(x"td. eirctrolle. tranged from -0~38 to -0.65 V.,
drimuling on the "I. Coutintry to Rogrt% (C.A. 35.
1 tw of F* 11sron pipeml) In the "I cannot be
;4=1b=h_1hCFr/pC' 'clectrotlepotroli'll, Rather.
It Is dettl. by the potential of Fe/tle 1 1. with the m%fixi.is
411:1JUM of (1W di-Illf"I Ill 1110 Wit (Akro hm. -Nottnt
'1116 gives It -11,118 I-OlWhigm.4 'X, to, aH., I r.. a 1114
tile pit od the &"I vAlyiuj between 4 and U, me C.111 C11K.0
Em to vissy between -u.0 and -0.48 v. Sulictl". ition 44
the effect of tile 0 clectmir r"utts it& & hmeruill id thr
uppet HIM, antl a Inot4dellillf 4r lite rallgr 411 tile im."il-Ir
potmilials. Tile tuill. protective ptile,111,41 F, llrcr~-,rv fm
CamtIve catkoilk 4 jection aglinlit rumi-m (1,velmd thr
,anudk_ Po"llons Pe by applicutiou 14 a llcg~ ImlentL11
bultietth connect"i with an empendAble cmrodible metal
In the "I) ;. cul"J.. following A schelor Cmirclills
that of flis"M and Clem (V.A. 34, 3010). 1,. -11 AM v .
And. with the 0 ovvivoltAfe takets into ammint, -it t1,16 v..
Lt., tti4tivt to the SA(d. CICCIMIC, -111030 V,
This is YAW rut utlinsulated pipes. and can tiW it, (he
Ase of pipvt IMMY costril with potou* insuLiting nuttrriak.
N'. Thon

Chemical Abst.
Vol. 48 No. 3
Feb. 10, 1954
Hetallurgy and Metallography
WSLI1111M (drikilmi- orool"katilml KISS U: od uKraintitn
S.S,R. t'1. N~ FI Alit
In; ~I~
t u be. il
zt,~i cza,d the C df-pwited on the
ftlil,, during dcc,~,apu. Ow v: wti,,o. Preliminary
(tvatowlit of tit(. sti'd tillic '601 fill inervaqed thc Catalytic.
vfr~ct, whilt: tr,mfmv( %66 (), dv,~rva'jcd it. *['lit! pteonce
of I.iv *,", (.I,- i" th'. luii(. d'inviiol b"'(11 th~: foritla!HtiWe
iln't Ili, 1,-, t-f conlpl,N hN C11,1117,5 In
p(.1 C,:Ilt Ill 'imilig thernut khcwnpli. .111vaLd Ow- reaction
ime; ill,! rutc~ ill( I ex;,A with lit 1)(-r ci~nt Ill. Cit-
slomkA that wii,l-~-s ,f Ve 1,, bv lit, thm
rL1:V111:otiZl9 fot tt~(Z Chasige ill cataMUE7 activi!v of tile tithe.
Thmnall of a colltg. 0, 0.1
anil ill a who with a catboiii.,eil mufamand with a,
-;Iduu-to-vol. r-ttio of 2.7 ,btove,~ that the proilocts at 600
and 700' w rp wj~oilablv (or ctirbtirit~;og beeatv;c they weire
to,) rirh ill C find )),ol ;I large ;ont. of wi,aol.
D.-~olvpo. at ~,-) an'l litIPW pr~'.Jocefl ga 1myllidi that
1"'tc cs!wfilijll~ (Af, and f1j'awl al W-P a ~lnall amr. of
,ofl,l ;Tu-?o,-tqol volvnicriz,ttion -va; oh!abicd. TIIL-refore,
cArIMI`iziII9 K, I,
fltvruial dec,,injin. v 9,W %vaq 1w,t for 1 1
Tiv! ratc of bt,ol-itio;z J C ' apf,:cd %%ith previotis data.
Ttst-i of i ;irbal-iriiw 9AA( ', Wer,~ nuide ill a Lilt. lipp. Ott qtccl
D] Kit (C 0.2, Si N1:1 0-f;R. 11 Cc oxj%,
tracco( Ni)at 92.V withava,flowriff! I.Ahr. witha proparic-,
bittaite tilixt. that %v~i5 &-onlivi. in a 7-1mra(My licated tubc-
a t from. Ofy) tn 92-7-'. D~coinpo. teinim of 000 to.
925' xav(~ (:lirb%rizinr ratc, ~oni~%vlmt low,:r than the inax.
rate at IOV, hitt th.,-v b-t ;inct C dcpo~itiott oil specf-!
mv-ri awl lilt, tidw ww, qvnitic(l. The mirtcWructure of tile'
(.11rhilri/x~iI hy~r "a, With a gradual transition to
1!%~ -, -, A F-v fit,,- anprated at the sur-
iv-.- tzit, ;-w.- 'ir-. or nw-,C.. A ga'; tiow of
r t1q;I i~ it.;?!" thall lower or
:j, ;w,1 12 I.P:r. iii ItQ-. valiteti prfj-,
V .1w,i Cii:.- rarburizing Ras ww;j

moo=
ilig tellipi. of 925' aii~fgii* flows of It I./hr., it carburizi-41
t? 0.9 ur thc ileiptli tile fit-it lime. Thz -Ith
t1111C fIlf: jj,:jjtjj %vils (,tljy'().j 1111,1 tile r
,~Jq erAlIrl Ile jp%e,j 14
n neutral litill. Cnilmri"Ilig lit Oh"i, plodlwvil objcctioll-
abtc free (Tinviffl(Q. C"rb;ijizitig at 1475~ wxi abotit 25~o
slower than at 025' httt i, avoided overlicatiag tile Core,
After curbis6zhiv at 925', thr. 1--J fif,it-heatment ~,vartnil-
quelICIIIII)c nft,,r 20 mill. at 875 ', :1 vemid qiwtichitig after
30min-at 7110', wid letnp,,-higat IP)to2(W)2'. Tkh I i c 1 t -
men t gavt-. a I tar, I n, -i 4 ,f X-I i 41~.' P, a j! m r i i ic case, a! i d
a fitte-gtaiiwt (,ov. G. ("Ily

-1iU,
Metallurgical Abst.
June 1954
Electrometallurgy and Electrocheirdstry
Elec~rolytlo Production itkel and b1olybdentum Alloys.
-----v and
ffGm-.Tj,2, 25, 4). 350-
.itT'i oo twagi-1,111); J. .1ppl. Chem. U.S.S.R., 19.5.0. 25. (4).
511 (in eleetrutdo"ition of Ni-Mo
allo% i from tartnate or citrate bathi wm imeMigated. starting
fi-;o a bath cuntg. Nto 12, Ni 4, Poebelle salt 200g./i.. NH,011
to lilt 10 .10-5. Tho 1,eit tomp, rango was 25'-40'C.;
,VC. or mth high e.d. thm deNsits 1. -amp dark.
.1 Wt
Na or K mlt~, werv, wided to improve the throwing power.
Tivi ant-It, material had a cotuiderable effect on both the
bath belsaviour and the atilwarance of the deposit; improved
brwht depo-mui wem obtained by it.3ing ca!'t Ni-Ife, anodes.
Mo Ntai the moit effident alloy, but with this the
'~:i cwt-sitraticn it% the hitth stron~jy increased, and it ivu
iw~,t-~iry to remove Ni froin thei electrol-vto by heating to
dcc-mi1xvi~, tbo N11, complex anti precipitate Ni(OH), It
was ntcc-i-4ary to circulate the electroly-te and maintain
continuouji supervision of its comlin.: rough volurnetrie
nwtho-.Li for determining Xi and Nio (with dimethylglyoxime
mid Ph mLtatv, rv.Ap.), suiLible for routitio control. am given.
rw. Ito contesit of the deposit is related to its concentration
in the bath, but not to the Ni: M.) ratio in the bath. The
ciimnt efficiency increases with an increaset in Ni concentra-
For ti fixed bath comlin.,
tho ";Irmit, en"e~e1lev k cl,.-.,lLv ft'l.itetl to the cathodic CA.,
being gmatt-st at -SO mamp./cyn.'; it is atio dependent on

X, /J. P-1i A4 7--~5,L IJ;!---
parison With tho millitt, of'uml-'f 1.), VnUm-L and K~%'Li
tU.S. Patuit 2,499,~-4)7, 7 M,irvf, -,!iwNvkf 0;-o flo-
fart Tilt a b;~t I i A nimAt I i I, -r- c I! I ~ lt~; I Ili I, -nt". Aq-L~lt it
Acid,# or A nvridcri ; rvph' 4 11 win 's I ft- i:' I -I,.,. i~- t I 1 0,
(70 g.11.) aino pvc go.)4I rtivilt,. If Ow %qv, j;,j:itv,t,
of Ni alld sfo ill tile baflv4 i4 - 'IN l"A. r~-:Ok' ar., I't-
dile"d. To obtaill Ox 1, !1,, ItIll't t-
" t:featcd (e.g. tor a I'l. 1-th, I milp. I, f~r -5. k..
illfs M and Mo 1),tvilig 1~1 Iw I ),-.
positstwiltilin fit) to2.51", .11"alid fir'. th-,
Obtained at lower v.d. : thov ')61ilo Ill it'! i 't ill to
colour. riioie %vio, -nipti. ill. it I,, t i,.o o I I., ,,, ii
Cold 111141 hot I : I IWI, 11"t 5N alki'll, mid k"I'i II
bilt di.,liolve Mouly ill boilillif I : I If ~4)' mid 1-1 11
X-ra v hivelfivatillil -hott'-d thit Ow dej,"'it, b."1 bxx.
"I trutAllre, c11Ak"wfen~(:'- of I Ill- I "did ~"I"-kwi H'A th'i.oli'v
ritramuler %v:%4 3-55 A. (~-untmrv t,. V, I.; I-,
interital pi-k-ent. Nh tAIo:;r%piw
(otchlog svith bot Ilvi)4 s (1111 11,11 1~'~"J :' ph
C"'atil.gg bav" Lvou dc-p-ired fill ('11, br'-' "It'l V~t-p)'~tod
11 feet; the adhem,-, v, 6-tn-r m, Oil- s.-l
olitt itigH - - 10 It IK-,-( Of.rimor,id, 1 Loll wo mt,
Ni 4, M,i H. K vii rate -,11. Kilfl '-s 5 ~-,,J,. o 03",.
N11,011 to giv.- pit Ill M-5 uelik lt-1111i.
c.d. 20 mainij,.irm.l. V. E. T.