SCIENTIFIC ABSTRACT MESKIN, V. S. - MESROBEANU, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033710008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

14 / /L
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EIII/E335
AUTHORS: Mes'kin, V.S. and Allf-tan, B.A.
----------
TITLE: Reasons for Instability of Alloys for Exact
Resistances and Ways of Reducing It
PERIODICAL: Fizika metallov i metallovedeniye. 1960. Vol. 10.
No. 1, pp. 90 - 100
pt physico -chemical processes tak-
TEXT: The authors point out th
ing place on resistance allo sMand leading to changes of resistance
with time have not yet been studied. Mes1kin had previously
arrived at a working hypothesis that such charWes are due to
gradual evolution of hydrogen from the allo .~% The authors now
give some existing evidence on this hypothesis and go on to
describe special experiments to test it. For these, manganin
(12.42% Mn, 2.52% Ni, 1.10% Co, remainder Cu) was artificially
enriched with hydrogen either by blowing the gas into the liquid
or by electrolytically int-roducing it into 0.8-mm dia wire
after annealing and etching. For comparison ageing kinetics
were studied on the same wire unhydrogenated and on a 0.4-mm
workhardened one. Measurements had an accuracy of +- 0.00256'.
Fig. I shows that the relative change of resistance over about
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Reasons for Instability of Alloys for Exact Resistances and Ways
of Reducing It
118 days was much greater at room temperature for a hydrogenated
(Curve 1) than unhydrogenated specimen. More complex curves 0
were obtained for the different specimens with ageing at 100 C
(Fig-2) for up to 30 hours and for ageing at room temperature
(up to about 98 days) started a month after 30 hours ageing at
100 0C (Fig. 3). Further plots of averaged relative changes
in resistance versus time (days) are given in Fig. 4 and show
that after 30-hours ageing at 100 0C the resistance of annealed
and of hydrogenated specimens rises, while that of work-
hardened ones first falls and then rises. Schematic represen-
tation of relative resistance changes for simultaneous action
of several factors is given in Fig.5: this shows that although
certain combinations can lead to resistance stability, this is
only temporary. Surface oxidation also plays a part in resis-
tance changes and should be minimized, during service, as should
hydrogen adsorption during manufacture. Other measures
recommended by the authors include special heat treatment for
hydrogen removal (e.g. annealing in argon at about 550 0C) and
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Reasons for Instability of Alloys for Exact Resistances and Waya
of Reducing It
holding in oil, after etching, subjected to ultrasonic
vibrations. The latter operation (conveniently carried out in
apparatus shown in Fig. 7) was found to lead to significant
improvements in resistance stability (Figs.8, 9)., IPurthor
improvement can be obtained by ultrasonic treatment and passage
of a high current density through the wire: this treatment shold
be used in addition to the foregoing especially when high-
resistance stability is needed. There are 9 figures and 7
references: 4 Soviet, 2 English and I French.
SUBMITTED: October 21, 1959
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8 9623
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2166 11'14 /2 3 E073/E535
AUTHORS% Mes1kin- V-__S_,_Doctor of Technical Sciencen, Professor
and Popova, L. A., Engineer
TITLE.- Investigation of Alloys for Producing Accurate
Resistances in the System Copper-Manganese-Tin
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1961, No.4, pp.20-24 + I plate
TEXT: The aim of the work was to determine the possibilities
of reducing the temperatiare coefficient of the resistance a as
compared with that obtained for classical manganin. S.V.Vinogradov
has found thatfbr manganin a can be reduced to some extent by
introducing smali quantities of certain eiementso The investiga-
tions carried out in various countries led to Cu-Mn-Al and
Cu-Mn-Al-Fe alloys with considerably reduced temperature coefficients
of the resistance and also to Ag-Mn; Ag-Mr-7n: A7-Mn-Sn and Au-Cr,
Au-Co alloys. Analysis of the isotherma sections of the ternary
constitution diagram of state Cu-,Mn-Sn at 390'C M. W. Fink and
J. A. Rowland, Ref.41 And at room temperature (H. Nishimura and
M. Adachi, Ref.1 indicates that manganese reduces the solubility
of tin in copper, ine autnors of this paper investigated ternary
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alloys containing 1-7% Sn with 5.7,9 and 12;6 Mn. the full analyses
of the obtained alloys are given in Table 1. The plot, Fig.1,
gives the influence of tin on the temperature coefficient of the
resistance of annealed Cu-Mn alloys with various manganese contents,
The author recommend an allot with 9;o' Mn and 4;6 Sn for which
a -, 2-109, e-- n.36 Ohm-mm /m and 0. Fig.2 shows the 2
influence of tin on the specific electric resistance (Ohm-mm /M)
and the e.m.f. E (ILV/OC) (against Cu) of Cu-Mn alloys Cntaining
92~ Mn. It was found that the alloy No.10 (see Fig.3)*is practic-
ally stabilized after seven heating cycles, whereby the resistance
against its initial value changes only by 0.17%. Ft %3 shows the
change of the electric resistance R measured at 22 caused by
cyclic heating to 1000C for 3 hours per day, R. Ohm vs. heating
time, hours; top graph - copper alloy containing 9;~ Mn and 3% Sn
(alloy No.10), bottom graph - manganin (alloy NO-17). The
mechanical properties and the structure of the Cu-Mn-Sn alloys were
also investigated, The authors summarize their conclusions thus:
1. For manufacturing accurate resistances a ternary alloy containing
about 9)6 Mn and 4% Sn is recommended. After annealing at 9700C in
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investigation of Alloys for ..... E073/E535
vacuum (10-2 mm Hg), this alloy has a specific resistance of
0.36 Oh mm2/m, a temperature coefficient of the resistance of
2 x 17'in the temperature range 15-30% and a thermo.e.m.f. in'a
couple with copper equalling zero in the temperature range 0 to
1000C. The strength,elongation and hardness of the alloy is the
same as for classical manganin.
2. The best electric properties were obtained for an alloy with
about 11% Mn, 0.35% Sn and a!~-it 0.3% Si. In the work-hardened
state (30% reduction) ~)= t-42 Ohm,m2/m, ,15-300 = 0 and
E0-100' o.8 AV/oc.
3. The scatter in the measured values of the thermo e.m.f. values,
the strength, the relative elongation and the microhardness showed
that the investigated alloys were relatively uniform. Their other
properties, particularly stability with time, tension stability
and the technological properties require further detailed investi-
gation. R. I. Sergiyenko participated in the experimental work.
There are 3 figures, 5 tables and 7 references: I Soviet and 6 non-
Soviet.
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Investigation of A11oYs for .....
VMS" CU
M.
93,71 4,41
2 91.50 4,53
3 89.80 4.40
4 88.15 4.96
5 92.31 6.80
6 90,35 6.69
7 88,80 6,04
8 85,80 6,19
9 89.97 8.79
3."% NL
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E073/E533
Table I
Vejeemms m
So CM2.18

1.21 10
3,37 11
5,68 12
7.08 13
1.20 14
3.14 15
3,24 16
7.58 17, (Ks&c

1.07 =:
"",1 ,
[Huff)

Al!
,,Z!~tM
Cecile a
C. S.
87.91 9.63 3.05
85.91 9.08 5.14
83.87 8,97 6.99
87,08 11.68 1.06
85.42 11.63 3.12
82.16 12.60 5.63
81.35 11,35 7,28
84.36 12.87
-<
V
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Fig.2

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O"r. 2. Bnmcme omea ma yAcwtoe sAeKTPU-
conpoTnue"me p m T.3.jLc. E (a nape, c
meAwo) cussoo CU-Mn c 9%'Mn.
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E073/E535
Fig.3
(visit
4 wit
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4wmo
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5/129/61/000/008/011/015
00 9073/E535
AUTHORSt Meslkin.-V-.S.. Doctor of Technical bciences
Professor and AlIftan, E. A., Engineer
TITLE% Some methods of stabilizing alloys for precision
resistors
PERIODICAL% Metallovedeniye i termicheskaya obrabotka metallov,
1961, No.8, pp,43-46
TEXT: In an earlier paper (Ref.lt Fizika metallov i
metallovedeniye, Vol.10. No.1, 1960) the authors expressed the
hypothesis that variation in the resistance with the progress of
time is caused by gradual elimination of hvdroizen from the alloy.
Experimental verification of the hypothesis has shown that,in
addition to rejection of hydrogen, the formation of a fine oxide
film on the surface and hydrogen redistribution at various
temperatures play an important part. Therefore, it is essential
to prevent penetration of hydrogen into the alloy during the
entire process of manufacture and, primarily, during the process
of smelting. In the solid state.pickling -hould be reduced to a
minimum and the hydrogen absorbed during pickling should be
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Some methods of stabilizing S/129/61/000/008/011/015
E073/9535
eliminated by heating the alloy to an elevated temperature in
oil which should preferably bu murred it the surface of the metal
using ultrasonics. The objoct of the work described in this
paper was to verify experimentally this assumption. Before
starting the measurements, manganin wire of 0.8 mm diameter was
etched for 30 min in an aqueous solution of 2% H 2S04 and
2* K2Cr20 The anticipated influence of pickling was confirmed by
the results', as can be seen from Fig..I, which gives Lhe relative
change in the electric resistance. %. as a function 3f time, hours
(curve I -unpickleo -~pecxmens, curve 2 - pickled spec.; lens). To
verify the effect of heating in oil with and without i1trasonics,
the specimens were soaked in (vacuum) oil at temperavares between
20 and 110*C. The following values of the relative crop in the
resistance in % were obtained.
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2 (,cl: 7 F
Some methods of sta bilizing ... s/i2g/61/000/00 8/011/015
E073/E535
Heat treatment 0.5 mm 0.4 mm
annealed wire unannealed
wi re
Soaking in oil and holding in
air, 11 days o,o4o 0.014
Same, plus I hour i rradiation
by ultrasonics o,i34 0.455
Same, plus heating in oil to
IlOOC for I hour '-1.089 0.229
Soaking in oil and boiling in
water for 6 hours during a
period of two days 0.122 0.605
Soaking in oil and boiling in
water for 30 hours during a
period of two days O~174 1.085
An experiment was also carried out to verify the increase in
the stability resulting from irradiation with ultrasonics in
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Some methods of stabilizing S/12q/6i/ooo/oo8/oil/015
E073/E535
air. The results of this treatment are shown in Fig.3
(relative change in the electric resistance, %, as a function
of time, hours; curve I - specimens treated with ultrasonics,
curve 2 - reference specimens). Holding of the alloy in oil
leads to a removal of the adsorbed hydrogen, facilitates
hydrogen diffusion from the alloy and stabilizes the latter.
Intensive mixing of the oil at the surface of the metal by
means of ultrasonics intensifies the stabilizing effect.
Passage of a direct or alternating current will have an
additional stabilizing effect on the alloy. There are
6 figures, I table and I Soviet reference.
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E193/E383
AUTHORS Mes~kln, V S, SergiyenkO. R.1- Popova L A, and
P r e-ya-e-T'r R .. R
TITLE Search fo r corrosion. and wear-resistant ailoys for
precision electrical resistance devices
PERIODICAL Izvesttya vysshikh uchebnykh zavedeniy
Chernaya metallurgiya no. 11 1961 159 - 164
TEXT The conventional electrical resistancr- alloys
exemplifLed by manganin and similar Cu-Ni,-Mn alloys although
satisfactory from the point of view of the electrical Droperties
have a low resistance to the action of some corrosive media
(sulphur-bearing or ammoniacal atmospheres) and are not always
suitable for service in tropical or marine surroundings. A
hard wearing alloy free from these limitations would solve
many design problems and it was for this reason that the present
investigation, concerned with Pd-W and Pd-Nlo alloys wa;; under
taken The experimental specxmens were prepared by drawing
molten alloys into quartz tubes (2.3 - 3 mm in diameter'. pre-
heated to "0 OC. and swaging the resultant rods to 1~2 1.5 mm
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in diameter. After a serLeS Of exploratory measurement c31 I ov--
of practical interest were drawn to wires 0.2 0 25 mm in
dLameter which were then used for the determi.-at ion of eleL -
t r ic a I resist ivi t y , C', temperature coefficient of elf-, trical
resistance. cx, and thermo-omf against copper, E - The
measurements were taken on specimens either cold-worked to
approx. 50% reduction or vacuum-annealed The results are
reproduced graphically,
In Fig, I C ( ohm mm 2/m, graph a) a, ix 10 It graph' ) and
E IuV/ or graph '- ) are plotted against the W contt-nt iwt.%)
in the Pd-W ailovs vacuum-annealed at 700 OC the (urve in
Fig 1 has been divided into two branchecl s_;cale an the vigh,
hand gide relating to branch 1. experimental points denoted
ty circles had been obtained earlier, (Ref. I V A NemiJov
A A Rudnitskiv - lzve5tiya sektora platiny IONhh kN
1949 no.23 101) Since the temperature-dependence r)f
in the 15 90 0C range was linear data reproduced in Fi g I
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relate the entire 15 - 90 OC range. The concentration dependence
of i", a and E of the Pd-Mo alloys is demonstrated in a
sim-ilar manner in Fig. 3a, I-, and P., respectively. It will be
seen that in respect of their electrical properties the Pd-Mo
alloys are inferior to Pd-W alloys. Since, in addition. they have
some other shortcomiLngs, the most promising of the Pd-W alloys
(i.e, the 20% W-Pd alloy) denoted by a code mark ('.%- ZO (PV20)
was selected for further tests. The results of contact resistance
measurements. carried out on wires 0.25 mm diameter are
reproduced in Fig~ 4, where the contact resistance (ohm) LS
plotted against the contact pressure (g) Curves 1 -5 relating
to the fcllowing experimental conditions I PV20 in contact
with itself (both wires vacuum-annealed at 800 00, 2 -
manganin in contact with manganin;3-PV20 in contact with PV20
both specimens prelim.Lnarily held for 24 h in a sulphurous
atmosphere (0-02 g of SO.. per I dm3 of air) 4 - PV20 in contact
with PV20. both wires preliminarily held for 24 h at 55 60 0C
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in air of 98% humidity, 5 - PV20 in contact with Pv2o. both
wires preliminarily held for 36 h in a 25% ammonia solution
( i t 1-9 stated in t his c onnec t ion that contact res ist anc e between
manganin wires held preliminarily for 24 h in ammonia solution
was infinitely large). In the next series of experiments the
stability of l- was studied~ The specimens were heated in air
ax 100 OC for ~ h and after a 24 h interval their at room
temperature was measured. this treatment being repeated several
times The results- are reproduced in Fig. 5. where the change
in resistivity (0/0 due to cyclic heating is plotted against the
total time (hours) at loO 0C. Curves I - I relating to various
PV20 specimens Curve 4 to manganin (the eff,&zt of gimilar
treatment in boiling water was more pronounced the inrrease in
1. of' PV20 after 25 cycles amounting to 1 75%) Since after
cvclic heating of the PV20 alloy its t- at room temperature
remained practically constant this treatment should provide
effective means of stabilizing i.) of thiq alloy LITS and
kg/mm2 and 1% in
e.ongation or PV20 w+~re reqpectlvely 133
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Search Cor ccrrosion- and F193/r383
the cold-worked condition, and 33.2 kg/mm 2 and '25.3`-~ after
annealing. Wear-resistance of this alloy was also iound to be
much better than that of manganin. It was conclud#--d that high
strength combined with good wear- and corrosjon-re~istance render
the lIV20 alloy suitable for some applications. _)ince, however,
this alloy is inferior to manganin in respect of its electrical~
properties (a and E), search should be continued for a
material with better electrical properties which, at the same
time, would be cheaper and easier to produce.
There are 5 figures and 5 references: 2 Soviet-bloc and
3 non-Sovict-bloc.
ASSOCIATION: Leningradskiy institut aviatsionnogo pribor-
ostroyeniya i zavod "Lenteplopribor"
(Leningrad Institute of Aviation Instruments and
"Lenteplopribor" Works)
SUBMITTED: February 22, 1961
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ff,#1KIN, V.S.; SERGIYENKC, R.I.; POPOVA, L.A.; FREYDELI, R.R.
Investigation of corroo',on-resistant and wear-resistant
a.Uoys for a high degree of resistance 4ccuracy. Izv. vye.
ucheb. zav.j chern. met. 4 no.1-1:159-164 161. (MIRA 1-4:12)
1. Leningradskiy institut aviatsiomogo priborostroyeniya i
zavod "Lenteplopribor".
(Allop--Corrosion)
(Mechanical wear)

21359
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gill/9435
AUTHORSt Me-9-1kin, V.S. and Al'ftan, 9,A,
TITLE. Inveattgation of the Influence of Ultra-Sontca on
the Results of the Heat Treatment of Alloys
PERIODICAL. Fizika metallov i metallovedenlye, 1961, Vol.11, Mo.4,
pp-533-544
TZXTt Ultra-sonic vibrations can affect transformations in
alloys directly (e.g. Ref,5) or by improving heat-transfer rates
to liquids and hence cooling rates in quenching (Ref.1 to 4).
E.A.Allftan (Ref-13) is among those who have reported that
dispersion hardening processes in heat resisting steels in
affected. He has also shown (Ref.23) that ultra-sonic vibrations
accelerate processes primarily at lattice imperfections and
improvements in strength and plasticity characteristics can
therefore be expected from such vibrations during heat treatment.
In the present work this has been studied for isothermal hardening,
low-, medium- and high-temperature annealing after hardening to
martensite, dispersion hardening of beryllium bronze and the
sulphocyaniding of steel. The apparatus (Ftg,l) conxisted of a
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generator of 800 W Output at 10 to 100 kc/s (1), a selenium
rectifier (2), autotransformer (3). --ondenser bank (4), choke(5),
magnetostriction vibrator for 25 to 26 kc/s (6). water cooling
Pipes (7). control rheostat (8), furnace (9), nitrate bath (10),
thermocouple (11), galvanometer (12). The test steel specimen
(13) was screwed (if made of bronze it was attached with a special
holder) into the vibrator and a control specimen (14) was also
placed in the bath,. The amplitude of vibration was determined
from the length of lines produced in the field of view of a
microscope by silver particles on the specimen and the vibrator
surfaces, The steel specimens were m,3atly square or round in
cross-section, the beryllium bronze (2-05% Be) was a straight
wire 3 or 3.5 mm diameter. The maximum and minimum variable
stresses were calculated4 the stress rose to about 10 to
12 kg/MM2 for steel and to 4.5 for bronze specimens,, Fig.2a
shows the amplitude of alternating stress (kg/MM2) plotted against
distance in mm from the bottom end of steel specimens of the
various types, and where mechanical test-piecas were cut out
from the specimens. For studying isothermal hardening type 11 and
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Investigation of the InfLuence EIII/E435
IV specimens of 35,".'~",CA (35KhGSA) and type IV of 40%t~-4't`4JA
(40KhNMA) steels were used, normalized from 890 + 10 and
860 + 10'C, respe-tively Specimens were prehe-ated and then
tran';f,rred to the nitrate bath and subjected to 7ibration for 10
or 20 minutes at 400 ~4700C and 345-385% (35KhGSA and 4OKhNMA
respectively) and air cooled, Vibration was stopped when the
specimen had cooled to 100 -200%, The control specimens were
subjected to the same treatments but without vibration With
35KhGSA steel, no significant change in structure or grain size was
produced by the vibration treatment but toughness in,.reased
somewhat, Specimens treated at 470 contained not over 1% austenite,
those treated at 400*C contained 10 to 15%. With 4OKhMMA steel
vibration treatment had a negligible effect on plasticity and
hardness but increased strength and gave a more dispersed
microstructurbt indirect indications are that toughness would not
fall through the treatment For Investigating low- and medium-
temperature tempering,type III specimens of ".50 (St-50) steel
were used, normalized from 880 t 10*C and oil quenched at the same
temperature, Tempertng was efFe--ted at 200 4WC (~ 50CV
ultra-sonic vibration had no effe:t at the lower temperature but at
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Investigation of the Influence Elll/E435
higher temperatures it Increased hardness and slightly, toughness.
For high-temperature tempering, type III specimens of 3OKhGSA
steel were normalized and then oil quenAed from 8900C tempered
at 600*C and subjected to ultra sonic treatment for I to 6 hours at
5000C,, Although the treatment Increased toughness. the type of
fracture was generally slate-like and no final conclusion on
reversible temper brittlenesg was therefore possible. Ultra-
sonic vibrations produced in oil were found to increase the
hardenability of St,50 steel and the authors recommend the
adoption of this method of hardening in Industry Tempering
beryllium bronze at 275 and 325% with vibration after water
quenching from 7700C gave a higher plasticity than without
vibration, CT..20 (St 20) steel was sulphocyanided in a bath of
75% potassium ferrocyanide, 12% anhydrous hyposulphite and
13% caustic soda at 570 * 20% for 30 to 120 min, the beat
effects were obtained where the vibrations intensified stirring
rather than producing maximum vibration stresses In 1',e specimens,
and this should be utilized in practical applications Finally,
the authors found that the martensite point of an austenitic steel
(0,31% C, 0.13 Si.. 0..86 Mn, 23,15 NO was not significantly
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Investigation of the Influence Elll/E435
affected by ultra-sonic- treatment at +10 to -220C, after water
quenching from 9000C. The authors' general conclusion is that
the practical application of ultra-sonic treatment should be
rostricted to specially important parts where even a small
improvement in properties is advantageous, There are 5 figures,
5 tables and 23 references4 9 Soviet and 14 non-Soviet,
ASSOCIATIONt Leningradskiy institut aviatsionnogo priborostroyeniya
(Leningrad Institute of Aviation Instrument
Construction)
SUBMITTEDs July 4, 1960 (initially)
October 20, 1960 (after revision)
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25924 E193/E480
AUTHORSt Mealkin, V.S., Mishkevich, R.I. and Serova, N.Sh.
TITLEi The variation of hardness in technical r)latinum-tungsten
and palladium-tungsten alloys
PERIODICALt Fizika metallov i metallovedeniye, 1961, Vol.12, No.1,
pp.140-144
TEM The object of the present investigation was to obtain more
complete information on the effect of composition on the hardness
of Pt-W and Pd-W alloys. The experimental materials contained
10 to 90% W (at 10% intervals). The test pieces for hardness
measurements, in the form of discs 2.5 mm in diameter and 0.7 mm
thick, were made by the powder metallurgy technique. The powder,
mixed in a ball mill, was compacted with the application of a
binder (12% solution of bakelite in alcohol) under a pressure of
4 tons/cm2. The green Pt-W compacts were vacuum annealed for
1 hour at 850*C, sintered for 20 minutes iL vacuo at 1700*C and
then cooled to room temperature in 15 to 20 minutes. The Pd-W
compacts were sintered for 3 hours in argon at 400 mm Hg at
1300*C, these conditions having been found to give maximum soundness
of the sintered material. The results are reproduced graphically
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The variation of hardness ... E193/E48o
in Fig-5 and 9. In Fig-5, microhardness (kglmm2) of the Pt-W
alloys is plotted against the W content M, graph (b) relating to
microhardness of the a-phase (Pt-rich) measured under the load of
50 and 20 g (curves 4 and 5 respectively); curves in graph (a)
relate to (1) microhardness of the specimen measured under the load
of 200 S; (2) microhardness of the a-phase measured under the load
of 50 g and (3) microhardness of the A-phase measured under the
load of 50 g. In Fig.9, microhardness (kg/mm2) of the Pd-W alloys
is plotted against the W content W, graphs (a) and (b) relating
to the a and A-phases respectively, curves I and 2 showing the
results obtained under loads of 20 and 10 g, respectively. The
results shown in Fig-5 and 9 relate to alloys cooled at relatively
low ratenj the pronounced increase in hardness of alloys

ontaining 70 to 80% W has been attributed to a diaorder-ordor
:
transformation resulting in the formation of a superstructure.
This view is supported by the fact that hardness of quenched Pt-W
and Pd-W alloys of this composition is considerably lower.
Metallographic examination of the experimental specimens confirmed
the findings of E.Raub (Ref.8j Zs.Metallkunde, 1958, 48, 2, 53)
that 30% tungsten can be dissolved ir. palladium at room temperature.
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The variation of hardness ... E193/E480
There are.9 figures and 8 references: 2 Soviet and 6 non-Soviet.
The three references to English language publications read as
follows: Jaffee R.I., Nielsen H.P. Techn. Publ. No.2420, AVZTE,
August 1948; Hultgren R.R., Jaffee R.I. Appl. Phys., 1941', 12,
501; Vines R.F. The Platinum Metals and their Alloys,.
International Nickel Co., 1941..
SUBMITTED: October 21, 1960
Card 3/4 Fig-5.

/rES-K-;,V V, S.
PHASE I BOOK EXPLOITATION SOV/6158
Seminar "Sovremennyye voprosy fizicheskogo metallovedenlya,"
Leningrad, 1961.
Sovremennyye voproey fizicheakogo metallovedenlya; materialy
seminars, provedennogo v Leningradakom Dome nauchno-tekhnicheakoy
propagandy 9 - 11 maya 1961 g. (Present Problems In Physical
Metallurgy; Materials of the Seminar Held In Leni rad House of
Scientific and Technical Propaganda, 9 - 11 May 1;91). Leningrad,
1962, 60 p. (Series: Leningradekly Dom nauchno-tekhnicheakoy
propagandy. Sektslya metallovedenlya I termoobrabotki. Seriya:
Metallovedentye I termicheskaya obrabotka) 4500 copies printed.
Sponsoring Agency: Obshchestvo po rasprostranenlyu pollticheakikh
I nauchnykh znaniy RSFSR, and NTO Mashprom Leningradskoye oblast-
noye pravlenlye. Leningradskly Dom nauchno-*.ek-hnicheskoy propa-
gandy. Sektsiya metallovedenlya I termoobrabotki. Ed.: N. F.
Vyaznikiv, Engineer, Candidate of Technical Sciences; Ed. of
Publish!.ng House: D. P. Freger; Tech. Ed.: V. A. Bol'shakov.
Card 1/3

Present Problems In Physical Metallurgr,(Cont.) SOV/6158
PURPOSEt This booklet is intended for scientists and engineers
Interested In physical metallurgy.
COVEMORs This booklet contains five of the fourteen reports
presented at the seminar on "Present Problems of Physical
Net,allurgy,*.held In the Leningrad House of Scientific and
Technical Propaganda on May 9-11th, 1961. The program oi the
seminar was worked out by the Organizational Committee under
the supervision of Academician N. N. Davidenkov. The reports
review a number of new trends In the development of physical
metallurgy. No personalities are mentioned. Each report is
accompanied by references, mostly Soviet.
TABLE OF CONTENTS:
ie::B:~Iin, V. S. The K-State in Alloys 3
Dianov, S. V. Intraphase Decomposition (K-State) and
Its Significance In Modern Alloys 11
Card 2/3

VEYNGARTMIs Abram Mikhaylovich, kand. tekhn.muk; DELLE, Vasiliy
Adoliyevich, prof., doktor tekhn. nauk; NOSKDI, Aba
Vladimirovich,, kand. tekhn. nauk.; SOKOIDV, flikolay
Nikolayevich, kand. tekhn. nauk; TOVS71M., Yevgeniy
Vasillyevich, kand. tekhn. nauk; SHMZHAN, Veniamin
M,atveyevich, kand. tekhn. nauk; 1EBEDEV, K.P., kand. tekhn.
nauk, retsenzent; AIMHIV, D.V., inzh., retsenzent; XESIKIN
Y.S.,-doktor tekbn. nauk,, nauchnyy red.; KLIORDA, T.A.,
red.; TSAL, R.K., tekhn. red.; KRYAKOVA, D.M., tekhn. red.
[Shipbuilding steellSudostroiteltnaia stall. [By] A.M.
Veingarten i dr. Leningrad., Sidpromgiz, 1962. 303 p.
(MlRA 15:11)
(-Shipbuilding materials) (Steel# Structural)

3 7-2.46
S/148/62/000/003/Oli/Oll
EIII/E435
AUTHORS: Mes'kin__Y,_5.., Sukazov, E*A.t Sergeyev, Yu.G.
TITLE: Corrosion-resistance of magnetically soft alloys of
the iron-aluminium system
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy.
Chernaya metallurgiya, no-3, 1962, 153-158
TEXT: Corrosion resistant alloys for use in magnetic circuits
with an air gap should 'have a coercive force that is not too high,
sufficient electrical resistance and a ductility high enough to
enable them to be rolled to a thickness of 0.1 to 0.2 mm.
The authors describe experiments on alloys of iron with 4 to 14%
aluminium and various additions on which the corrosion resistance,
shaping properties and magnetic properties were studied. For
good shaping the aluminium content should be under 12%, but then
additions to improve corrosion resistance are needod: chromium
and nickel contents tried were 0.7, 1.3 and 2.5% each, that of
copper 0.5%. To refine the primary crystals 0.5 to 0.8% Mn was
added. Various heat treatments were used. The authors conclude
that the alloy with 9% Al and 2.5% Cr (0.5% Cu and 0.5 to 0.8% Mn)
Card 1/2

S/148/62/000/003/011/011
Corrosion-resistance ... El1l/E435
is of practical interest. This alloy has a comparatively good
corrosion-resistance (tested in a cabinet witt, 98% relative
humidity at 45 to 500C), high electrical resistance (1 to
1.2 ohm mm2/m) and, if annealed at 1150 to 1200% and then rapidly
cooled, a high coercive force. However, its induction is not
high enough and shaping properties are not very satisfactory,
therefore, further research is needed. The authors propose to
carry this out in order to find the range of application of alloys
of this type, comparing them with alloys of other systems
previously investigated for this purpose. Results will be
reported in a further communication. There are 7 figures and
3 tables.
ASSOCIATION: Leningradskiy institut aviatsionnogo priborostroyeniya
(Leningrad Institute of Aviation Instrument Construction)
SUBMITTED: April 20, 1961
Card 2/2

S/126/62/013/001/012/018
r-193/E383
Sergiyenko, R.I. and Popova, I-A.
T IT 1, El: Anomalous eloctrical resistivity and formation of
the i~.-state in palladian-tungsten and palladinn-
molybdenum systems
PPAIDDICAL: Fizilca metallov i metal loved eniye, v. 13, no. 1,
1902, IZ,t) - 131.
One of' the main manifestaticns of the formation of
the K-state in an alloy consists of the fact that the electrical
rosistonce of tho alloy increases after annf-aling and decreases
aft(
r cold plastic deformation or quenching from sufticiontly
li.igh temperature. These eftects were observed by the present
authors in palladian-tungsten and palladian-molybdenum alloys
whose properties they had studied in connection with a search
for corrosion-resistant alloys which could be used as high-
precision resistance materials. Those results of this investi-
gation which relate to annealing-induced anomalous variation of
electrical resistance and other properties are reported in the
Card I#

S/126/62/013/001/012/018
Anomalous electrical .... E193/E383
present paper. The experiments were carried out on Pd-base
alloys containing 5 - 20 W or 2-5 - 10 wt-~,~ Mo. The
experimental wire specimens were obtained by drawing molten
alloy into rcela-In tubes (2-5 - 3 min in diameter) and sivaging
I a in At" The, prop(,rties
the r'44 in -iis manner to 1.2 - 1-5 tam diameter.
of the alloys were determined on both cold-worked and vactium-
annealed specimens. rhe results are reproduced graphically.
~n Fig. 1, the changes in the electrical resistivity
0.0) and temperature coefficient of the electrical rosistivity
a of palladian-tungsten alloys,brought about by annealing
(I hOUr at 700 OC, followed by slow cooling) specimens cold-
worked to 110-50'0 rpduction,are plotted against the W content of
the alloys. It will be seen that annealing brought about an
anomalous increase it) electrical resistivity of the alloys
containing 15 - 201~ W and a corresponding decrease in the
temperature coefficient of the electrical resistivity, I nimilar.
of':~ct having been observed in palladian-molybdenum alloys
:7-ore than 7," Mo.
V 'rhe effect of annealing on the thermo-enif
o1 ttio alloys studied against copper was less pronounced but
Card 2/5

s/i26/62/013/001/012/016
'.nom.iloti~; rlectriciij .... E193/E383
tilt, 111axima on thv vnif/concentration curves for tliv annealed
1; 1) ec 11,
11rf-I'(1 Slight ly h i Li-hor- than those for cold-tvorked
11~1.iL ol'l.v I. 'File allomalou~~ ncrf,ase in the Ploctrical resistance
%q~is observe(i also in specimens annealed at loirer tenipet-atures;
gnitude ol' thi-s oft*ect increased with increasing
the mav
i maximum after annealing at
annealin!~ temperature, reached a
700. 'Coillid stayed at this level up to annealing temperatures of
I loo C. The r(-suLts of' the last series of experimCTItS are
reproduc ed in Fii4. 6, wbere the microhardness
2) of' the Pd-19.-)1. IV alloy, cold-worked to 501, reduction,
is plotted against the annealing temperature, curve I relating
to specimens cooled slowly klOO - 120 0C/hour) after annealing,
curve 2 to material cooled at a faster rate and curve 3 to
water-quenched specimens. Analysis of the results obtained led
to the conclusion that the formation of the K-state is a
result o4' at least two processes: disorder-order transformation
and n the atoms, each
, change in the electron structure of
process affecting different properties of the alloys. The
Card 3/5

5/1'26/62/013/001/01~2/018
Anomalous electrical .... EL93/E383
increase in hardness is associated with ordering, short-range
order only being attainod in the alloy since Long-range order
w-onld be bound to be reflected in a decrease in the electrical
resistivity. Short-rinjge order (if scattering of electron
wavns only is taken into account ) should either have no
influoiwe on the elecLrical resistivity or Lead to its decrease.
'A the same Lime, short-range or-der, entailing an increase in
_ie number of the solite atoms in the vicinity of' a solvent
.tom, can cause substantial changes j n tht- e1 ectron structure
o1 atoms in th~ systvill and a correspondinv, change in its
electrical and other properties. In particular, it would appear
that the change in the Plectrical resistivity accompanying
formation of the K-state is associated with the decrease in
tlie number of s-electrons. There are 6 figures.
SUB~iITTLD: February 218, 1.961 (initially)
June 24, 1961 (after revision)
Card 11/5

"
-
L__~,
MSIKINP V.S.; MOSHKEVICH, Ye.I.
Effect of hydrogen on the properties of transformer steel.
Fiz. met. i metalloved. 13 no.6:945 Je 162. (MIRA 15:7)
(Steel-Hydrogen content)

71
STEELS, (USSRJ
tik ved#aye t botka
erml 64kaya obra
-E,11
~tect- *1& strain
gy. experiine
0 4- 4'di i t 6 a- "a L x Vn' t1*ifiA't6 *Lth a high
ft IWI
A taih- boateirials
Uftc
P
~fa rsuperhlg~%-Oress 'e gages.. The* 41:t st,eels lesied contained
G., $Oro Jd"? 4~,'66 to 58%-:Si, 0. 4546 CO`6~6 16i,A. 13-16, #.'04%;'Cr, 2.67* to'.
ff 'CC -G. 28 to 0. 800~xo,
tOOL*ithl'o.$Ofo"d.~~d6~64fw.dr, iniiiiiid~naNi)
to. 2
9% steel spiciikenx
qr,,*o Irquenc, 'and-t p*red-'*r.";n1&r`tempered,- Le.'
alp t= 11, boVe t4 614, f6i_ 10 to 60.mfn*',i
per&.
e*martemp'dred, ape, c1hiens -w' r"e te!m er'ed.'- 'Men'thespec-
doe
'e ' p
d~~ed kil ztiritohii~jt 1. 444, L%fw.. 3Lt. zvoni,tempewure.. -Some,
U In 91 wa retempored after'strain hardev4~ ~t was found that strain
:.All-ca ex: did, ~n6fsiffect the1ensile 4tre' th~ and4tictility, but increased
ng
ROPOIC,*O'DaL limit aAd yield strength almost to the magnitude. d the tensile
w
th R i~ -after straimhardi ir creased the tensile strength, wNme,
ac F
C"A 142

ZPAI* IMIMNM., CF-

,-;UKAZC % , E. A,; -'FS I KIII, V.S., I ,--)f. , :At.or- tekhr- r.a~-X, ~-o I -
I ,e, iignetic a' ; a !-.- tLrp- " . - '~ - -'. . ;
I c-k* I: i iFt. Lerdnt~ra ; , Len i,,gr. in-t av; at sor.T,,-) cc, ~ .r ' I ~- ~' :--
!; , , ,-, n 4 :a , I~tr,z. . ( J~'T ',_A . - : . I )
L. I J- -a

-MXS 'KIN, Veniamin SemerwAch
(Principles of steel alloying] Osnovy legirovaniia stali.
Izd.2., perer. i dop. Moskva, Izd-vo Metallurgiia, 1964.
684 p. (MIRA 17:7)

L 42989:66 DJT(m)/EV1P(w)/T/EV;P(t)/ET1 IJP(c) JD/JG-ArB-/Di
ACC _NR, -AR6014102 SOURCE CODEs UR/0272/65/000/011/012 1213
6/0
AUTHOR; Mealkin, V. S.
TITLE: Corrosion-resistant and abrasion-registant alloys for accurate variable
resistors ~< /%
SOURCE: Ref. zh. Idetrologiya, i izmeritel-naya tekhnika, Abe. 11.32.1143
REP SOURCEs Sb. Onnovn. napravleniya i perapektivyrezvitiya tekhnol. priborostr.
m., 1964, 142-152
TOPIC TAGS: corrosion resistance, wear resistance, w4ar resistant alloy, corrosion
resistant metal, electric resistance, palladium, tungsten , variable resistor
ABSTRACT: A palladium alloy containing 18.5--20.0% of W (P201 is suitable for
producing corrosion-resistant accurate resistors, especially for equipment to be d
in automating technological processes in the metallurgical, chemi ca , petroleum, a"ndla
other branches of industry. The alloy is highly resistant to weax% which property
makes it especially proper for resistors subject to friction.11 5 illustrations.
Bibliography of 6 titles. L. Iyanova. Z12ranalation of abstrac!7
SUB CODE: 11
Card UDC, 389s621-316.8

z
ACCESSION VRI APS018058 00
UR/6i29/65/ODO/GO7/6b"j ~O
-:TITLE.- Neit resistant alloy's
'T --SOURCE metallovedeniye. i t
beekaya obr-abotka iwtallov no. 7, 1965,,46-50
':.~'TOP IC TAGS:'11 alor sorro ii.K_
co:rOsion stability,., alloy co*ctivLty,, contact
eta c e halladium-allLw. gold alloy, manganin, tM2j!tetV41loy, chromium 1,
-,:.resi n
alloy"Zic -1 ,uoyi SqpZe lloy-silver 4'~l loyj -manganese, a 11o-1, ant-~ny--aTl
alloy,--. sulfur, contenti, alloy h~r_dn elasticity limit PdV-20 alloy
and simul-
-In -the nearcb for Alloyrs with high electrical r
-Sergiyen ) carried
teneous corrosion-stability
the author,-(Jointly with R. 1.
out a cotvarative study of the-contact resistan . 4ectrical resi i nd
qjv ty a
stabil itX 4841ndt corrosion of manganio, M-20W.Pdjefifth 18.5-20%yj~ EM -2.8
8%- of 5- 2% Cull Ag +
-114,and -8.8% Mn,, Ag-+ 9.07. Mn + 1% Sb
-A& + -.8, 8% _Mn + TH
8'4 4 1% Sbp - a0 -7 contact with various similar alloys
-changes in PdV-20 resisto- si on- the F-
-Ths.article-alio contains.data, on temperature r

B004/BO75
AUTHORS: Meskina. E, 1,, Fikhman, V. D,, Petrur. in,
-T'sar-kova, A. V.
TITLE: Ways for Reducing the Consumption of Dimethy! Formamide in
the Production of Nitron Fiber
PERIODICAL: Khimicheskiye volokna, 1960, No. 4, pp. 1)-15
TEXT: The authors attempted to determine the losses in dimethyl foi*mamide---
(DMF) in the individual stages of the production of Nitron fiber and the
possibilities of reducin 9 these losses. They experimentally studied the
hydrolysis of DMF at 100 C in 25, 60, and 92% aqueous solution. A KY-1
(KU-1) cation exchanger was used for analyzing the mixture, To study the
effect of impurities on the hydrolysis, it was studied also with additions
of 0-17% oxalic acid, and admixtures of stainless steel of type 1X 19H ~T
(1Kh19N9T) (this steel is used for the construction of apparatus in which
Nitron fiber is precipitated). The experimental results are given in Fig.
The lose in DMF due to the hydrolysis at 100 0C was estimated to 0.027 kg,
at 600C to 0.001 kg per kg of fiber. Furthermore, the authors studied the
Card 1/ 5

Ways for Reducing the Con3umption of D.-metnjl 5/18~z/60/00D/ D3,Z/ XX
C
Formamide in the Production of Nitron Fiber B004/BO7.)
effect of various rectification methods an the DKF losseo. They foind that
the rectification of the mixture water-DMF in vacuo at only )0-103 0C' con-
siderably reduces hydrolysis. A general calculation of the DKF losses in
the individual divisions of the pilot plant (in kgper kg of fiber) yieldej
the following results:
spinning division and chemical division . . . . . . . . 0.09-0 40
rectification . . . . . . . . . . . . . . . . 0.04-0,07
vacuum distillation . . . . . . . . . . . . . . . . . . . 0.06-0-07
0,20-0,-3
The DKF losses in the chemical division and the spinninp division consist
of the lose occurring when changing the filters (0.018 M52 kg/kg of
fiber) and the amount of DUF carried along by the fiber (0,006-0.02 kgl'kg,.
These losses can be reduced to 0.001 kg/kg by additional washing. Furtner
losses were caused by the removal of DMF by ventilators. These losses are
due to the insufficient packing of the apparatus in the chemical division.
They can be completely eliminated. In the spinning division, however, tne
evaporation of DMF cannot be avoided. This loss is estimated to 0.112 kg,lk~-
The authors discuss the regeneration of DWY from the ventilator air of the
spinning division. T. M. Ivanova, collaborator of t,-e first association
Card 2/5

'Nay s for Re flu c ing t:.f-- . -j;.:iump t I on jf' r I ir.- Lt., 3/1 '/4/ ,,,
Formamide in the ?roductior, ',f FJber B004/BO75
has already studied adsorption by means of charcc;dl r, P. ',W k?"" e Ij, r
inadequate. On the basis of the equilibrium curve ~f Presjure f
DKF above water, absorption of DMF by water is sugo:,estei. The Nater Of the
distillation column of the rectifier division is capable of absorbing up
to 90% of DIAF contained in the ventilator air. Considerinp the possible
improvements, the following conclusions are drawn:
DMF losses, kglkg Nitron chemical division 0.01 - 0~01'1
by the fiber 0,001
spinning division 0.04 - 0.045
regeneration 0.05 - 0.06
other losses 0.009- 0-008
The following can be regenerated in the absorption of DUF from ventilator
air by means of water: 0.055 - 0.04
remaining loss O~075 - 0.05
There are 4 figures, 4 tables, and 4 references: ') Soviet and I German.
Card 3/5

Ways for Reducing the Con3umptlon of' S/1 83/ 60/30 -,/ DC,4,
Formamide in the Production of Nitron ~-iber B004/BO75
ASSOCIATION: Kalininskiy Ifillai "TIN (Xalinin Branch :if thI3 All Unio:,
e-K
Scientific R(.!-qearci, o' 3:nth-ti- Fiber.,- Y ~ i
i~, I ~ , Fikhman . VD rksperimental'ridy zu-j-)i INII";
(Pilot Plant of ~he All-Union'Scientific Researci Institu,.E;
of Syntnetic nbers): Petrunin. N. I , Tgar kova, A V
Legend to Fig. 2 : I " ..
of DMF without additions;
the type 1Kh18?T)T; 4) 601/1~1
for DMF); 5) 92% DMF without
HCOOH moiq/l.jo4.
)IIJt 101', Of :)'T -6 1 t h 1) U t ~A I'l I t I ) r-,J : ' , I - ~ , -) I , ' , , -
5) 60,14 DMIF with allition ,f .9,.ainleas st,:e! ,f
DMF with adJition cf ox,41ic aci-J (0,17~- cai~:.Iatp,J
addition; a) hours, 'rl) totil :-~,ntent -,f
Card 4/5

S/18 60/0c, 2,,'Or /-,/ - -5 '- - - .-
- - I I .
0' z
-004,X _;
si~
ll~
0
0
u
:3
I
a
~z
Card 5/5
.el) r-
,
t

THIMOTA, T.T.; KES'KINA. P.A.
-.-, ~ - ~11 I ~~
Improvements In the technological aspects of the manufacture of
food concentrates. Kons.i ov.pron. 12 no.8:35 Ag '57. NLRA 10:10)
1. Koskovskiy ordena Lenin& pishchavoy koubinat imeni Kikoyana.
(Food, Concentrated)

--- MESK-0, -Gabor
Fi f teen year 9 of the - ~-.r T' - 1: - -- - , - i'- -i -il ty in 7-!3 -prom.
Magy kem lap 1) - L .% 't_)4
1. rhnmJe!-qI Irl(t,icttry University, veqzprem.

: : %: .. - - . ~ . . . 4 '- 1 1 - - , , , - -
. I I I . I - . - . . .
I I f - ;-~ ' . '. ': - ~ I ', - ', ~ I , r~. i ~ k -, -. -, F g',* 4~ ~ - 0:-o '. ' . ~ - " - --, 1,. . - .
1 me

KESKO, K.
Studies on &chromocytes. Pao. belorv. arch. 5 n0-3:97-101 Sept 1952.
(GIML 25:5)
1. Doctor. 2. First Internal Clinic (Director - Prof. Dr. Janos Angyan),
Pecs Medical UniverBity.

HMO, ralman. dr.
Ob mutual relationship between waves in varimis electrocardio-
graphic leads. Kag7.belorv.arch. 12 no.5:139-142 0 159.
1. A Szekazardi Keg7ei Korhaz (Ijp6zgsto: Dr. Pelilmn grzaebet)
BolMrogyuszati Oaztalyanak (Foorvos Dr. Keeko Kalman) kozleaenye.
(BLECTRWARDICOR&Pff)

MESKOV Kalmn, dr.; FENYOHAZI, Ldszlo, dr.
Role of reBpiratory tract infections in congestive heart failure.
Om. hetil. 102 no.16:740-742 16 Ap 161.
1. Szekszard Megyei Korbaz, Belgyagyaazati Oaztaly.
(RESPIRATORY TRACT INFECTIONS compl)
(HEART FAILURE CONGESTIVE stiol)

MSKO, Laszlo, okleveles banyamernok
Analytic e-mination of the worldng of almost horizontally situated
seam groups. BanY lap 96 no.4:249-261 Ap 163.
1. Borsodi Szenbanyaszati Troazt, Misk * .

SCHLENK, Balintl WSKO, Laszlo
Current integrator for measuring the ion current of accelerators.
ATOWI koal 6 no.3/4tl5l-156 D 164.

SZABO, Marton; RIPPEL, Gezu; MhSKO, Sandorne
Applying epoxy resins in protecting the component parts in
teleco-mini cation technology. Elir techn 14 no.2:67-72 Ap 163.
1. RE141X Radiotechnikai Gyar.

STEINER, J.; FORMANEK, G.; MESKO, Z.; FISCROVA, A.1 CERNY, J.
The "scimitar syndrome" - right-Bided partial subdiaphragmatic
transposition of the pulmonary veins. Cook. pediat. 20 no.S:
689-692 Ag 165.
1. 1. detaka. klinika (prednostka prof. dr. 1. Jakubcova) a
katedra chirurgle detakeho voku (veduci prof. dr. M. Kratochvil,
DrSc.) Lakarokej fakulty Univerzity Komenskeho v Bratislave.

UM/glectricity - Personalities Nov 52
"Professor 1. L. Kaganov in Connection With Ilia
50th Birthday," V. V. Meshkov et. al.
"glektrichestvo" No 11, P 87
Brief review of professional life and main organ-
izational affiliations of I. L. Kaganov, born
I N%y 25. Made director of Chair of Ionic De-
vices and Converters (Chair of Industrial Zlec-
tronics) at Moscow Power Eng Inst in 1943, he
created new courses in industrial electronics,
240TT1
has published 95 works including 5 books (one of
them "Electronic and Ionic Converters," Ist edi-
tion in 1937, latest 1950, a textbook), and has
recently directed developrat-nt of new types of
semiconductor and dielec firing devices for
ignitrons, new inverter systems with high pcmer
factor for long-distance power transmission, nev
systems of ionic drive with high power factor,
and ionic frequency converters. He has been
avarded Labor Red Banner, Red Star, Badge of
Rotor, and medals.
240M

KORENI K.; WSKOVA, M.; BRIX, M.; ZILAVY, S.; CAND, M.
Metabolism of glycides in patients following stamac~ resection
for gastroduodenal ulcer. Bratial Lek. Listy 44 no.7:422-428 '64.
1. 1 chirurgicka klinika Lek. fak. Univerzity Komenskeho v
Bratialave (veduci prof. MUDr. K. Carsky).

KADLIC,T.; JACZ,K., MDr.; KMKOVA 1-1 - '.IIKLAS,R.; SUIODI,J.; -'.ORA.VEG, R.
--- 2,,,,,~ . )
Tnjuries of extremities resulti-ng from accidertal intra-arterial
injections. Bratisl. lek. listy 45 no.7t414-4-19 15 Ap 165.
1. 1. chirurgicka klinika Lekart3ke fakulty Univ-rz'ty Komerskeho
v Bratislave (veduci: pr3f. MUDr. K. Carsky); Neurochlrurgicke
oddelenie Krajowe4 ustavy nar~,dnihr~ zctra-s--' v Bratislave (veduci%
MUDr. K. Jacz, CSc) a Chirargicke oddelenie Obvodniho ustavu
narodniho zdravi, Nitra (vedu:-I.- primar MUDr. S.Frastacky).

BEMLIYEV, M.; MASMKOV, K.K., doktor geol.-miner. nauk, red. ;
MESKUTOV V red.; GULZHLyEV, E., red.; KHkJTCVCjVA, Ye.l.,
r I. STRELITSOV, E., tekbn. red.
[Ruesian-Turkmen dictionary of geological tems]Rusako-
turkmenskii slovarl geologicheakikh terminov. Pod red. K.K.
Mashrykova i V.Meokutova. Ashkhabad, Izd-vo Akad. nauk
Turkmenskoi SSR, 1962. 226 p. (MIRA 16:1)
(Russian language-Dictionaries--Turkman)
(Geology-Dictionaries)

SPITS)I;p Vikt.I.; MMMEYANOVA, G.M.; VIKUMV, A.I.
Sme characteristiis of uranium ox'-de-tlr-,r. b7 trivalent '&tcn
ions. Atom. energ. 17 no.21119-123 Ag 164 (MIRA 17t8)

MRSIrMIKIII, A. 11.
Wedge devices for a simultaneous punching of holes in
cylindrical parts. Kuz.-shtam.proizv. 2 no.1:43-45
Ja 160. (MIRA 13:5)
(Shoot-metal work)

KALIGHFMOI Ye.S.1 MNIANXINO L.S.
Now design of the oblique bar for a contlazoom furnace. Sbare
rate.prodl,vnedr.y pr6isv. no.303-34 160. (MIRA 14 j 8)
1. Novolipstokiy notallurgichookiT savad.
(Furnaces, Reating)

MWAYIV, G.V.
~
Saint Nicholas Day. Nashi vesti no. 21:1-2 D '52. (W12A 7:9)
(Patron saints)

HXWAYIV, G - V -
On the threshold of the Now Tear. Mashi vesti 9 no.21:1-2 Ja '53.
(Refulpeo--Political activities) (W-RA 7:9)

MBSNTAYIV, G.V.
The future is in the past. Nashi vesti 9 no.26:1-2 Mr '53.
(Russia-Politice and government) (KLRA 7:9)

035y"Y'N , G.
On the 50th annIversary of A.P.Chokbov's death (JulF 15. 1904-1954)
Nashi westi 10 no.59:1-2 JI 154. (MIRA 7:8)
(Chakhov, Anton Pavlovich, 1860-1904)

MONYAYEV, G.
In mazory of the Cesarevitch; on the 50th birthday anniversary
of the Covarevitch Aleksal likolaevich. Bashi vesti no.61:1-2
Ag 154. (MIRA 8:1)
(Alexis, Grand Dmks of Russia. 1904-1918)

V, -HYATroy, 0"
I -,-~ ",~ - ~
Christma soods. Mashi root i no. 70:1-2 jo 155. (KIRA 8, 1 )
(Christass)

NZUUYU. G.
V
General X.I.Dragonlrov; on the 50th Anniversary of his death,
1905-1955. Usht vesti no-73.1-3 F'55. (KMU 8:3)
(Dragoalrov, Mikhail Ivanovich. 1630-1905)

Parer-strains of dysentery bacterl&, Qw.m4krob 1o1, 9 spidem. I
lummuk. 27 no.3;24 Mr 156. (KLM 9:7)
1. Is Chernovitskay oblastnoy manitarno-spidestologichaskoy
stantoll.
(SHIMLIA,
paraosentertas (Ran))

ERIBERSU, S.; MCDIC, R.; JCSTj J.; CUKROV, J.1 MESOJEDIGp B.
Adsorption of phenols on the Yugoslav coals and colms.
Test Slov kem dr 9 -i2o,1/2:21-26 Ja-Je,- 162.
1. bxstitut za kamijo Univerze v LjubIjani.

. MESOYEDO KIB~, and TSAKADZE, D.S.,, (Thiliri) 14MAADZE, ru.Q., HATINyA,'J, S.G.
"On the Dynoodes of an Oscillatory Motion in Perfect Rotating? fluids
Theory and Experiment."
report presented at the First All-Union Gongress on Theoretical and Applied
Machaides, Moscow, 27 Jan - 3 Feb 1960.

MOYED, K.B.; TSAKADZE, D.S.
- I
Experimental study of dissipative propesses in a steadily rotating
classical fluid by 4 method b&sed on the damping of an oscillating
disk. Soob.AN Gruz.SSR 26 no.2:145-148 161. (MRL 14:4)
1. T~Alieskiy gosudarstvennyy universitet im. I.V.Stalina,
Predstavleno akademikom E.L.Andronikaohvili.
(Fluid dynamics) (Vibrations)

TSAKADZE9 D.S.1_14ESOYED, K.B.
Use of hollow cylinders In studying the t1scau prqmrtl~s of
liquids. Trudy Inst.fla.Aff Gruz.SSR W13A219 162.
(Liquids) (Viscosity) (KIM l6s2)

ANDRONIKASHVILI, E.L.; MESOYED, K.B.; TSAKADZE, Dzh. S.
Possibility of the existence of Onseger - Feynman vortices at
temperatures above theilpoint. Zhur. eksper. i teor. fiz. 46
no.1:157-161 Ja'64. (MIRA 17:2)
1. Institut, fiziki AN Gruzinskoy SSR i Tbilisskiy gosudarstvennyy
universitet.

I
IfESOYED, K.B.; D.S.
Meanuring, the frr.-:jzenrf v.,, of -ribratianB of a
light disc suslDended I!i ru*--t*..ng vater. Trudy Inst. fiz. AN
Gruz. SSR 9:147-L49 "-3. (MIRA 17:7)

I VANOV , Ch. ; B IP B1,11 ~A N , '~.V.
Pro te ins i r, barley. ; t . 1 . .* ,~ ~,Y, .~ k r I, -m t,- e, t. ~, n . .-~ - I , ~ -- -~ c
162[publ. 1631.
I

MESROMM. Lydia; KITRICA, Natalia; MESROLM. Ion
Respiration of varlons bacteria sensitive and resistant to
antibiotics. Stud. corcet. inframicroblol.. Bucur. 7 no.3-4:
477-484 July-Doc 56.
1. Cominicarm prozentata do acadminician C. Innescu-Mthalosti,
in sodints, Soctimi do stitnte mpdicale a Acadomiet R.P.R.
WITIBIOTICS, off.
on Micrococcus pyagmnns & E. coli. reap. of anti-
biotic-resist. & antibiotic-sensitive strains)
(IGGROCOCCUS PYOGMS, metabc%lism
resp. of antibiotic-resist. of antibiotic-emnsitive
strains)
(I.MCIISRICHIA COLI, motabollan
(SAMR)

~EAI,'7:,
MESROB&CM, Ion; MESMBNANU, Lydia; MITRICA, Natalia
HOWL
Mechanism of action of body fluids witb bactericidal properties
on respiration of various bacteria sensitive and resistant to
antibiotics. Stud. corcet. inframicrobiol., Bucur. 7 n0-3-4:
485-501 JuIT-Dec 56.
1. Comunicar" prozentate, do academician C. Ionescu-Nihaieett,
in sedInta Soctiat do ottinto medical@ a Acadomtsi R.P.R.
(AIMIBIOTIGS, effects
on 1. colt & micrococcus progenos, rtwep. of resist. &
sensitive strains. off. of lysozyme & acid extracts nf
leukoc7tes)
(MICN)COCCUS PTOGMS, metabolism
reap. of antibiotic-resist. & antibiotic-venattive strains.
off. of lysozyme & acid extracts of lonkocytoo)
(ICSCHIMICHIA COLI. metabolism
(SAWI)
(LTSOZYME, effects
on resp. of antibiotic-resist. & antibiotic-sensitive
strains of 1. colt & Micrococcus pyogenes)
(LIMCMIS
acid extracts. off. on resp. of antibiotic-resist. &
antibiotic-sensitive strains of 1. colt & Micrococcus
pyogenes)

SUMZM-,, Given Nww
Pountrys Rumnnia
Academic Degrees*
Lffiliatiant-not given-
Sourcei Bucharest . MI-cimblologia, Parazitologia, Spidemiologia, Vol VII
11 No 4 Jul-Aug 1961- vp 3b9-371-
Datal The fm~rtance of the First Tr*atise on Bacteriology by Cornil-
BabeL. in 1885."
Authorst
MESHO BRANU --I. *- ~-Pro f . -
-Dr,-
too "I"1

MMROBFAIJUI Lydia; 14wROBIANUp 1,; I-LITRICA, Natalia
The thermolabile (neurotoxins) of g-ram-negativ- bact-,r-'a. I. The
"S" and "R" neurotoxins of Bacillus t,,phLmuriLm. Arch. aoum. path.
exp. microbiol. 20 no.3:399-423 S 161.
1. Travail do l'Institut "Dr. I. Cantaouzinoll Section de Physiologie
Microbienne at do la Chaire de MicriUologio de la Faculte de Redecine
Bucarest.
(SAMONULA TYPHIMURIUM) (TOXINS AND ANTITOXINS)

MF,SROP�AkU,j,.-i M&SROBBANU, Lydia; GEORGESCO, M.; DRAGHIGI, Doamica;
ALMUTA, Elena; IEREMIA, T.
Action of microbial toxins on tissue cultures. III. Cytotoxic
action of themolabil-3 endotoxinB (heurotoxins) of gram-negative
bacteria. Arch. rom. path. exp. microbiol. 21 no.1;19-30 Mr 262.
1. Travail de la Chaire de Microbiologie I de l'Institut Yledico-
Phamaceutique Ducarest at de ItInstitut "Dr. 1. Cantacuzino" -
Service de Physiologie microbienne.
(TISSUE CULTURE) (ENDOTOXINS) (SAIXONELLA) (SHIGELLA)

MWROEEANU, Lydia; MSROBEANU, I.; MITRICA, Natalia
The themolabile andoto3di2a (heuroUxina) of gram-negatire bacteria.
II. The neurotomine of dysenteric bacilli. Arch. roum. path. exp.
microbiol. 21 no.101-46 Mr 062.
1. Travail do l'Institut "Dr. I. Cantacuzino" - Service de Physiologie
Microbienne et do la Chaire, do Kicrobiologie do la Faculte de Medecine
do Bucarest.
(ENDOTOXINS) (SHIGIF.I.M.) (&UMONELIA TYPHIMURIUM)

FT R N7 T A
Z&AI
Prof, Director of the "Dr I. Cantacuzino" Insti-
tute (Director al Institutului "Dr I. Cantacuzino").
"Gaston Ramon, 1886-1963.1'
Bucharest, Microbiologia, Parazitologia, Epidemiologia, Vol 8,
No 5, Sep-Oct 63, pp 471-473.
Abstract: A eulogy of Prof. Gaston Ramon, who died at the age
of 77. He had been one of the leading scientists of the Pasteur
Institute of Paris, where he began his activities in 1911.

WSROBEANU, I., prof.
Now activa antibiotics against staphylococel r"sistar.,. *.o -he common
penicillins. nLercbiologia. (Bucur) 6 ne.1-C79-83 JFt-F Ibl.

mEsRoREM, 1. , prof.; ANGELESCU, 1. , dr.; POPOVICI , Marcel&, dr.;
c7LGL% Geza, chimist
Third Congress of Microbiology hold in Budapest, October 3-5,
1961. Microbiologia (Bucur) 6 no. 1:90-91 J&-F 162.

14ESROBWU,L,prof.
Ion Cantacuzino and the stages of development rf t~.e Insti-
tutul "Dr.l. Cantacuzino". Mikrobiologia (Buc-ar) 8 nc,.t):
487-498 N-D*63.
1. Director al Inatitutulul "Dr.I.Cantacumino".
4-1

MESROBEANU, I., prof.; MATEESCU, Maria
The scientific work of Professor Ion Cantacuzino. Kikroblo-
logia (Bucur) 8 no.6001-515 N-D163
1. Director al Instituttului "Dr. I.Cantacuzino" (for Mes-
robeanu). 2. Sef de laborator la Catedra de mic."ibiologie I,
I.M.F., Bucurestl,~-,'for Mateescu).

MESROBKM I I,
Professor Im Cantacusino* Arch. roum. path. eicp. microbiol. 23
no.3t"9-464 S163
1. Directeur do IlInatitut ODr. I. Cantaauzina". Riaarest.

WROBWUp I'l ARI(VpR.; WIMMs B.
Rxperimee of tbd o*. r. Cmt&m$JMo*j Serylow,&& la Pbl6mrjolite.
Arch. ro=. path. exp. siarotdol. 9) nqJ#713-718 3263
1. Travail do 1'Institut IW. 1. Gentacuzinop; Semice de la Folio-
myelite, Ricarest.

MESROBEM, LyTj.a: 1,; MITRICA, Natalia; CHOITORFZCO, Trina:
MARI, A.
The present stage of research on the neurotaxinif of
ve bacteria. Arch. roum. path. exp. microbiol. 23 no.3:775-782
3163
4- 14 A G .0
1. Travail de l'Institut ORr. L Cantaaizine . Bunarp- .; , - I -, N, I.-
de Microbiologie de l'Institut Medico-Ph&mu--;eu~,- , Ti, iiucarust..

MESROBEM, 1. prof. 1 BONA, C., dr.
Pinoc3rtosis. Microblologia (Bucur) 9 no.6,469-475 rl-D 164
1. Lucrare efectuata In Institutul de microbiolopie, I)araz',Tc)-
logle i3l epidemiologie "Dr.l. Cantacuzino", Bucureat,'.