SCIENTIFIC ABSTRACT PERKAS, M.D. - PERKIS, D.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240030009-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

21366
s/l26/6l/oll/oo4/oi6/023
The Effect of the Grain ... E193/E483
ASSOCIATIONt Institut metallovedeniya i fiziki metallov TsNIIChM
(Institute of Science of Metals and Physics of
Metals, TsNIIChM)
SUBMITTED; August 26, 1960
Card 6/7

The Effect of the Grain ...
qAA
it
s/i26/61/011/004/016/023
E193/E485
AV
rou We
urlod to(-'
80
4;0 "J~*L,40...
0
aa
0`-
121
1,00 3~0 50,0 700
TeNnepal
Card 7/7
~e ne

21367
s/i26/6i/oil/004/017/023
2193/9483
AUTHORS: Kardonskiy, V.M., Kurdyumov, G.V. and -Perkas, M.D.
TITLEs The Effect of the Grain Substructure and Crystal
Properties on Strength. 11. Iron and Nickel
PERIODICAL: Fizika metallov i metallovedoniye, 1961, Vol.11, No.4,
pp.615-6ig
TEXTt The object of the present investigation was to obtain
additional experimental evidence on the relative part played in
increasing the strength of metals by the variation of the crystal
structure and by the changes in other properties of crystals.
Nickel and iron were chosen as the experimental materials because
of the different temperature dependence of their yield points below
20*C. In the first series of experiments. Vickers hardness HV
and the width B of the (220) lines of iron were measured after
various thermal and mechanical treatments. After 1h annealing
at 750*C KV and B (measured at 20*0 were 65 kg/mm2 and
11 X 10-3 radians respectively; on lowering the temperature to
-180*C, HV increased to 185, but B remained'pr&ctically
unchanged'. The specimen was then deformed'pleatically
(30% compression) at -180*C, after which HV (measured at this
Card 1/5

21367
S/126/61/011/004/017/023
The Effect of the Grain ... E193/z483
temperature) was 220 kg/mm2, and' B increased to 31 x 1o-3 radians.
After heating to 200C, B of thiq specimen decreased to
22 x 10-3 radians and HV to 98 kg/mm2. When the specimen was
cooled again to -1800C, hardness Increased back to 220 kg/mm2 but
B remained unchanged. These results indicated that an increase
in hardness (strength) can be caused either by the variation of the
crystal properties alone (the increase in HV after cooling to
-1800C was not accompanied by any change of B ) or by the
change of the grain substructure (the increase in HV due to
plastic deformation was accompanied by an increase in B). In
this connection, the authors point out that when an annealed Fe
specimen was compressed at 20% to 30% deformation, its HV
increased from 63 to 85 kg/m=2 and B from 11 x lo-3 to
19 x io-3 radiansi after cooling to/-180'OC, HV increased to
200 kg/MM2. The relatively highereincrease in HV after plastic
deformation at -180*C (see above),ras attributed to a higher degree
of dispersion of the grain substrdcturet formed at this
temperature. A series of similar experiments was conducted on
nickel. It was found that, in contrast to iron, HV of annealed
Ni cooled to -180*C increased only by AHV = 15 kg/mm2; plastic
Card 2/5

21367
5/126/61/011/004/017/023
The Effect of the Grain ... 9193/9483
deformation of Ni at -180*C brought about an increase in HV
from 65 to 160 kg/mm2, and increased B from 11.4 x 10-3 to
23.9 x lo-3 radians; after heating to room temperature,
HV decreased to 140 kg/MM29 B remained practically unchanged;
after repeated cooling to -1800C, HV increased to 160 kg/mm2.
Thust it was shown that in the came of nickelt whose crystal
properties change very little on cooling, the distortions of the
second type (caused by plastic deformation at -18000 remain
practically unchanged after heating to 200C. The increase in HV
of nickel due to plastic deformation at 200C was also lower than
that attained at -1800C. This is illustrated in Fig-5, where
HV. of-tickel (left-hand scale) and the size of mosaic blocks
(Vt 10 cm, right-hand scale) are plotted against the degree of
plastic deformation N) at room temperature (broken curves) and
at -1800C (continuous curves). The results obtained illustrated
clearly the difference in the effect of a decrease in temperature
on strength of iron and nickel. The strength (hardness) of Fe
rapidly increases with decreasing temperature, and the increase in
strength due to deformation at -180*C is mainly associated with
the change in the crystal properties, the change in the crystal
Card 3/5

21367
S/126/61/011/004/017/023
The Effect of the Grain ... E193/E483
substructure playing a relatively small part. In the case of Ni,
the part played by the variation of the crystal properties is
small in comparison with that played by the formation of
submicroscopically heterogeneous structure. In both cases,
however, the effect of these two factors is additive. There are
5 figures and 7 references: 5 Soviet and 2 non-Soviet.
ASSOCIATION: Institut metallovedeniya i fiziki metallov TsNIIChM
(Institute of Science of Metals and Physics of
MetaA TsNIIChM)
SUBMITTED: August 26, 1960
Card 4/5

The Effect of the Grain ...
HY
.. ..Ju I
S/126/6i/on/oo4/017/023
E193/E433
NO T-
200-
- 4-
'
HY
S /80 Zr

.160 - B
NO
Fig.5.
/?0 =2
*
u#
qf
v
w

-/00 u
qou
A
g
O---Z;rzw;z
n
v
Rgl
e
a up
0-14
*
10 20 30
v0 50 60
70

Card 5/5

Ail,
-0 6'~
in r
~ 9
I '. .01 'S'
C'
0
.2
Mr.,
.1b 0
Do
Ul
u 1- 12 j
I C; 3 i'. IV' I
-1 21.3 h
0 e u
so
or .
6c
.201% Be a A v -8
.1 go. 0 6 1. "C a 4. coo
I A
a" 0
02 0.. 4u "0 tuo o
.!.-a go C, 3! o 0.
1.9 se
i
Me
A Joa C'V
R.4
r! I
Iap 9-0
R:~j

KARDONSKIY, V.M.; MUCAS, M.D.
- ----,Wi". -_- 9, , -
X-ray camera a m chanism for tensile testing of the specimen* Zav,
lab. 25 w.2:236-237 ' 59. (MIRk 12:3)
1. TSentral ,Wy nauchno-Iseletinvatallekly Inatitut chernoy metallurgit.
(Metals-Testing) (I rays-lquipment and supplies)

24M
AUTHORS-. Kardonskiy, V. M., Perkao, M. D. 30V/32-25-2-59/76
TITLE: An X-Ray Camera With a Device for Stretching the Sample
(Rentgenovskaya kamera s mekhanizmom dlya rastyazheniya
obraztsa)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 2, pp 256-2~7 (TJS-JR'~
ABSTRACT: The apparatus described (Fig 1) makes it possible to ori3pz-ve
the changes in the crystalline structures of metals during a
straining test within the limits of elasticity and piast_~city.
The apparatus consists, basically, of an X-ray camera to which
a device for stretching the sample is attached The changt..s
occurring during the straining test are observed by means rif a
microscope and may be Been in the shifting of the calibrat~cn
linesororian"indlestar. The sample itself (Fig 2) has a special
shape - spherical heads - which prevents their being dstorted
during the test. The indicator is calibrated to tensi-~n loads
of 1 kg, the maximum load being'200 kg. It can be seen from the
radiogram (Fig 3) of.an alloy (Pe + 4.75% SO obtained by means
of a tube developed by B. Ya. Pines (FeKa) that the ref7.exes
Card 1/2

An X-Ray Camera With a Device for Stretching SOV/32-25-2-59/78
the Sample
are blurred as the.tension increases (0, 12, 23 and 27 kg/squ.mm,
and 40 kg/squ. ;m respectively). From this blurring the
angular characteristics of the grain disorientation can be
calculated so tha*t a relation between the disorientation angip
and the strain and distortion of the sample can be found.
There are 3 figures.
ASSOCIATION: TsentralInyy nauchno-issledovatel'skiy institut chernoy
metallurgii (Central Scientific Research Institute of
Ferrous Metallurgy)
Card 2/2

24(2) SOV/53-67-4-3/7
AUTHORS: Nadgornyy, E. M., OBiplyan, Yu. A.,Perkas, M1. D_ Rczenbero;
V. M.
TITLE: Thxead-shaped Crystals With a Strength That Is Near Theoretical
Strength (Nitevidnyye kristally a prochnostlyu, blizkoy k
teoreticheskoy)
PERIODICAL: Uspekhi fizicheskikh nauk, 19599 Vol 67, Nr 4, pp 625-662
(USSR)
ABSTRACT: The present paper gives a survey of results obtained (espe3iel-
ly by papers published in Westernperiodicals) concerning
the properties and the growth of the so-called "i7hiskers",
i.e. thread-shape crystals, which, as regards order of
i
times as long as thick. The strength 2f
magnitude, are 10
these crystals surpasses that of ordinary crystals of the
same substance by 10 to 100 times their amount and atta-,ns
values that are near those calculated on the basis of the
forces of interatomic interaction. Special interest is further
caused by investigations of electric resistance (especially
at low temperatures), of the domain structure of the ferro-
magnetic crystals, as well as of photoelectric and optical
Card 1/3 quantities. The present paper presents a clear survey of what

solv/53-67-4-3/7
Thread-shaped Crystals With a Strength That Is Near Theoretical Strength
has hitherto been achieved. Part I of the paper jives details
(with numerous figures) concerning the formation,orientation,
and shape of the whiskers; breeding by the regeneration of
metals from their salts, and breeding by means of condensation
from vapors, and other methods are dscribed, as also the pro-
duction of nonmetallic whiskers; a number of photographs
shows the shape and growth of copper- and tin-whiakers con-
siderably enlarged (up to 9000 times). Part II contains a
very vivid description of the growth of such crystals as well
as data concerning a large number of papers, which are given
in a table covering two pages. Part III deals with experiments
and results concerning the mechanical properties of the whiskers;
among other things, experimental data on the deformation of
whiskers are compared with those of ordinary crystals; the
tearing of these whiskers with as well as vithout previous
plastic deformation is investigated and described in diagrams
The creeping of metallic whiskers is described (also the creep-
ing resistance of whiskers is considerably greater than that
of ordim ry crystals of the same material). Finally, the
influence exercised by temperature and by the dimensions of
Card 2/3 whiskers on their strength is described as also the influence

BOV/53-67-4-3/7
Thread-shaped Crystals With a Strength That Is Near Theoretical Strength
exercised by surface properties,upon strength. Also the
recovering of whiskers is demonstrated on the basis of fig-
ures 31 and 32 (altogether 10 photographs). Finally, other
properties of whiskers are discussed in short (part IV).
There are 33 figures, 5 tables, and 81 references, 6 of
vhich are Soviet.
Card 3/3

SOV/ 137-57-10-20075
Translation from- Referativnyy zhurnal, Metallurgiya, 1957, Nr 10. p 233 (USSR)
AUTHORSi Perkas, M.D., Shamov, A.Ye.
TITLE. A Stu.dy of the Solubility of Carbides in Garnma Iron by Mca-
sur ernent of the Width of an Interference Line (Izucheniye rast-
vorimosti karbidov v -y -zheleze metodom izmereniya shiriny
interfe rents ionnoy linii)
PERIODICAL: Tr. Kuybyshevsk. inzh.-stroit. in-t, 1957, Nr 4, pp 177-
183
ABSTRACT- An investigation is made of mild steel with 0.1% C and alloy
steels with 6 and 1 1% Cr, 0.5 Ti, or L 161o Nb, and also of
multiple-alloy steel with 0.07% Ti and 5.7% Ni, 1.45% Cr and
0.83116 V, 1.48% Mn and 1.4% V. To dissolve the carbides (Cb)
in the -y phase, the specimens are heated to 850- 13000 and
hard.ened in a Wo aqueous solution of NaOH. The X-rays are
taken by the back reflection method, Cr radiation being emp-
loyed. Ar expression is found for the relationship between the
Card 1/2 width of the (211) line to the temperature at which the steel is

SOV/ 137-57-10-20075
A Study of the Solubility of Carbides in Gamma Iron (cont.)
hardened. It is shown that as the Cr contents of the steel increase the
temperature of onset of dissolution of the Cr Cb in the y phase rises. The
subsequent process of dissolution of Cb of high-chromium steels proceeds
more intensively th.an in steels containing little Cr. Data are obtained
descriptive of the 6iffering effects of alloying elements upon the solubility
of Cb in austenite. It is shown that the taking of an X-ray of a specimen in
which all the C is in tile ferrite and X-rays of tile specimens under investiga-
tion permits determination of the solubility of Cb in the y phase by line
width.
L. M.
Card 2/2

SOV/1 37-58--8-17729
Translation irom- Referativnyy zhurnal, Metal'urgiya, 1958, Nr 8, p 219 (USSR)
AUTHORS: Golubkov, V. M. , Ilina, V. A. , Kritskaya, V. K. , Kurdyumo,
G. V. _Perkas, M, D.
TITLE- A Study oT_Ph~~Factors Determin.-ng the Hardening of
Alloyed Fe (Izucheniye f;zicheskikh faktorov, opredelyayu-
shchikh uprochneniye legirovannogo zhelezal,
PERIODICAL- Sb. tr. In -t metalloved. i fiz. metallo,, Tsentr n i in ta
chernoy metallurgii, 1956, Vol 5, pp 4 13- 461
ABSTRACT- The dimensions of regions of coherent dispersion D, and
the magnitude of distortions of type 2, Aa/a in pure Fe and
in its a -solid solutions with Ni, Mn, Cr Mo. V Co W
Ti, Nb and Si were calculated by the width of the reflexes
(110) and (220) obtained in FeK. -irradiation and recorded on
a URS-501 X--ray spectrometer; the specimens employed were
cold-rolled with an 80076 reduction and were also cut into pieces
and subjected to quenching. In addition, static distortions
'j - 2
ust and the characteristic temperature, 0 were
deterrr.,ined for the same annealed and deformed specimens by
Card 112 the changes in the intensity of spectra photographed under Mo

SOV/1 17 58 8 17729
A Study of Physical Factors Determining the Hardening of Allci,,ed Fe
irradiation at - 1830C and at room temperature. M'crornechar cal tcs!., were
conducted concurrentlV on a model RF 2 Mdch,vie. and tens;le stress strain
diagrams were plotted Tables with values of D, Aa/a q_77 0
St
07 0- b, and HV are gi~,en. It is shown that the magnitude, of D (2 4.10 b
0. 120 angstrom) and 0 were fairly close to common
St
values for almost all alloys that had been deformed, The authors t: mment on
the fluctuations of the Aa/a ~,alue, which , aries from 0. 52. 5xlO for dif
ferent alloys and emphasize the correspondence which exists between its rnag
nitude and the tensile -strength characteristics of the cleformea alloys. The
difference in magnitudes of 0 and IT _~s I of alloys in the annealed
state is also pointed Out. The mechanism of deformation a~d the elfect of The
factors indicated above on hardening of alloyed Fe are d scussed. BO)liograpliv-
37 references.
1. Iron alloys-Physical properties A B
2. Iron alloys-Hardening
3. Mathematics
Card ?-/?

126-5-3-12/32
AUTHORS: Golubkov, V.!'., Illina, V.A., Kritskaya, V.K.,
Kurdyumov, G. V. and Perkas, 1A.D.
TITLE: Stud- of the Physical Factors which Determine the
Hardening of Alloyed Iron (Izucheniye fizicheskildi
fa'L,--torov, opredelyayushchildi uprochneniye lei3irovannogo
zheleza)
PERIODICAL: Fizika Idetallov i Metallovedeniye, 1958, Vol 5, Nr 3,
pp 465-483 (USSR)
ABSTRACT: This paper is devoted to the study of the ph;Tsical
factors which determine the hardening of cc-iron alloyed
with various eloments; considering only hardenin6 which
is due fully to changes in the fine structure of the
u-solid solut-Jon without any changes in its chemical
composition. In the experiments iron was used alloyed
vcxious elements.; the chemical compositions of the
respective binary alloys of iron are entered in Table 1,
p.4G5. The. material was produced in a hiGh frequency
furnace .-.ith ingot weights of 25 kg. Al; the ingots were
subjected to diffusion nnnealing at 1200 C for twenty
hours. After houo6enization annealinG, the inCots were
for6ed to a square 50 x 50 nLm- After forgin,6 most of
the in6ots were annealed for the purpose of obtaining a
Card 1/9 uniforia arain size. After forging and annealing, the
0

126-5-3-12/31
Study of the Physical Factors uhich Determine the Hardeninj~- of
Alloyed Iron
blarj-l;:s x-.,ere cold rolled with a total reduction of 80%
-and from the produced strips flat specimens were cut which
were used for neasuring the hardness and also for micro-
Tnechani:~_nl inlre-stigations. The alloys Fe + 3% "Ln,
Fe + 4% Fe + 89-o' Cr were also hardened by quenching in
a 100% NaGH solution af8er the specimens have been heated
in a salt bath to 1000 C. The alloys Fe + 3% Yn,
Fe + 0.5% Ti, Fe + 0.60/o' W and non-alloyed iron vere also
used for studying the influence of step-wise deformation
On the changes in the characteristics of the fine Structure.
Speci,mens with initial dimensions of 70 x 15 x 8 Mir
were defor~aed in the cold state (on a laboratory rollinG
stand) i,:ituh reductiois of 5, 10, 15, 20, 30, 50, 80 and
9V16. The characteristic of the fine structure was also
studied on filings obtained from the alloys Fe + 1.84% Co,
Fe + 1.8~; Vlo, Fe + 2.28% V. Fe + 3% Mn, Fe + 4% Nil~
Fe + 8% Cr. Distortions of the third type and the
characteristic temperature were determined predominantly
on specimens produced from powders. The fundamental
Card 2/9 methods of studying the influence of alloyinG elements on

126-5-3-12/31
StudY of the Physical Factors which Determine the Hardening of
Alloyed Iron
the hardeninG of the ferrite were: X-ray structural
analysis and mechanical tests. The authors investigated
the relation between the fine crystalline structure of
a-iron base solid solutions in the work hardened state
and also some of the mechanical properties of these alloys.
Hardening of the alloys was achieved by cold plastic
deformation as a result of the martensitic y to a
transformation mechanism. For changing the properties of
the crystals of a-iron in the micro and sub-micro ranges
(properties of the crystal lattice of the a-solid solution),
the iron was alloyed by various elements, namely: Si, Ti,
V, Cr, Mn, Co, Ni, Nb, Mo, W. By means of X-ray structural
methods the following properties of a-phase crystals were
studied in the sub-micro regions: static lattice distortions
caused by the presence of foreign atoms in the lattice;
dynamic displacements of the atoms during thermal
osclllations and the characteristic temperature; magnitude
of the elastic deformation of the lattice caused by cold
plastic deformation. As characteristics of the fine
Card 3/9 crystalline structure of the alloys in the hardened state
the following were applied: size of the regions of the

126-5-3-12/31
Study of the Physical Factors which Determine the Hardening of
Alloyed Iron
coherent scattering of X-rays (mosaic block), distortions
of the second type and of the third type. The mechanical
properties of the micro-volumes were characterised by the
hardness, the yield point and the strength values. The
results led to the following conclusions:
1. A characteristic feature of alloys in the hardened
state obtained by a high reduction in the cold state or
as a result of the y to a martensitic transformatioa is
the low value of the regions of coherent scattering of
X-rays. The size of these re6ions or all these alloys
is 'v.,ithin "Che limits of 200 to 400 1. The observed
difference in the size of the blocks is near to the limit
of the error in measuring thein. However, the strength
characteristics change within %vide limits on chan.-i-ag
over from one alloy to another (hardness 2 H V between
172 and 340; a s between 511 and 113 kg/mm . Thus, the
great diffe-rence in the resistance to deformation of
various alloys in the hardened state cannot be attributed
to changes in the sizes of the blocks.
Card 4/9 2. The presence of various elements in the solid solution

126-5-3-12/31
Study of the Physical Factoi,s whicl. Determine the Hardening of
Alloyed Iron
influences to a considerable extent the -type II distortions
(non-uniform micro-stresses) in deformed as well as in
hardened alloys. A correspondence exists between the
magnitude of these type II distortions and the stren,,th
values of alloys in the hardened state.
3. High degrees of plastic deformation bring about
considerable type III distortions. In the investiGated
solid solutions considerable displacements of Lhe atoms
take place in alloys in the annealed state,which is caused
byr-5he presence in the atom lattice of iss~lved elements;
%/U- cm varied between 0.058 and C.120 i (a cm beinG the
magnitude of the static displacements of the atoras). After
deformation with a high degree of reduction in the cold
state (filings) the magnitude of Facm increased approximately
to the same level (about 0.100 to 0.120), which is near to
the level of type III distortions in cold deformed non-
alloyed iron. The higher the value of Fewm for the
Card 5/91'equilibriiEn" solid solution, the smaller was the chanGe

126-5-3-12/31
Study of the 1-bysic,,1 Factors which Determine the HaideninE of
Alloyed Iron
in this maGnitude as a result of the defor!LatiOE.
4. After hardening of the alloyed iron to martensite,
the maGnitude of the static displacements did not increase.
Thus, in alloys hardened by means of martensitic transforma-
tion no t,,rpe III distortions occur, althouGh the stren~-th
characteristics approach those of materials deformed in the
cold state. This could be seen particularly clearl,,,, on
specimens of pure iron,lia-rdened to produce martensite.
No ty-_Pe III distorti6ns were detected and hardeninG, block
sizes and type II distortions were on the same level as in
the case of iron deformed in the cold state. Consequently,
presence of type III distortions at least of a ma6nitude
detacted in measurements b~, means of intensive X-rays is
riot a necessary condition for obtaininG a high resistance
to deformation.
5. Investi6ation of the fine crystalline structure as a
function of the degree of plastic deformation carried out on
pure iron and on some solid solutions has shown that -with
increasinG- degree of deformation the hardness, the type II
Card and type III distortions increase, whilst the sizes- of the
6/9

126-5-3-12/3.1
Study of the Physical Factors which Determine the Hardening of
Alloyed Iron
blocks decrease. These characteristics change most
rapidly for low degrees of deformation; for deformations
of 30 to ?096 the change of these characteristics is slow.
For hiL~her degrees of deformation the speed of the change
in the characteristics increases again. The behaviour of
the metal in the case of very high degrees of plastic
deformation requires further detailed investigation.
6. The obtained results permit the conclusion that
breaking up-of *the regions of coherent scattering is a
necessary condition for increasing the resistance to
deformation of the metals (in the case of the "sliding"
mechanism of plastic deformation). The differences in
the absolute magnitudes of the characteristics of the
resistance to deformation for various metals and solid
.solutions is due mainly to the differing properties of
the crystals in the micro and sub-micro regions
(character -and force of the bond, static distortions and
other deviations from the regular periodicity of the
lattice) and not by changes in the size of tl,,ese regions.
Card 7/9 The established correspondence between the resistance to

126-5-;',-12/31
Study of t1-1e Physical Factors v,.,hich Determine the Harde"ning of
Alloyed Iron
deformation and the magnitude of type II distortions
should not be taken as an indication of the major role
of these distortions from the point of view of hardeninj,'.
It can be assumed that the magnitude of these distortions
(non-ituiforai elastic deformations of the micro-re6ions)
is itself due to the properties of the crystallites of
the 6iven material. From this point of view the
magnitude of type II distortions serves as an evaluation
of the limit of elastic deforination of the micro-re6ions
and can be considered as being a definite characteristic
of the properties of the crystallites of a Given substance.
It is also possible that the observed type II distortions
influence the resistance to deformation causini- an
increase in the degree of deorientation of the blocks.
The experimental data obtained in the here described viork
on the relation between the fine structure and the
stren-th of a material permit establishing certain
relations governing these phenomena and leads to a number
Card 8/9 of new problems, the elucidation of which by further
experiments is important from the point of vievi of

126-5-3-12/31
Study of the Physical Factors which Determine the Hardening of
Alloyed Iron
understanding the nature of strength and hardening (work
hardeninG) of metals and alloys.
There are 6 figures, 6 tables and 38 references,
29 of which are Soviet, 9 English.
ASSOCIATION: Institut metalloveden-iya i fiziki metallov (TsNIICh.d)
(Institute of Metallogr&phy and Metal Physics
TsNIIChM)
SUBMITTED: December 4. 1956
1. Iron alloys--Hardbning 2. Iron alloys--Physical properties
3. Iron alloys--X-ray analysis 4. Irorv alloys-Crystal structure
Card 9/9

~N.
L 20904-wM ENT(M)Mnaf wil
000/009/0028/6032
AC~XON NR: AP5022578 1251295'
7:669-15+194:669'2026
620.1
IAUTHOR-~ Peirkas W. D.
TITLE.i.-, Nature of the high.ductility of maragini 411
ISOURCE-t VAtellovedeniye I termiclieskaya obrabotka metallov, no. 9, 1965, 28-32, and
bot t6m half of Insert facing p. ho
iTOPIC.TAGS: alloy, steel, maraging alloy, maraging steel, alloy.property, steel
J)roperty
ABSTRACT: Sever" naraging steels containing 8.0~~17-9% k, -o.6-3-2% Ti,
9% Al, O~-5.25% Mo, 0-7.25% Co, and up to: 4% Ym,Tu-~e been fgated. In'
the as-quenched condition, all the steels had roughly the same streng(.1':
/Z=2 2
/m depending on cow
.105-32h kg Ming increased.the strength to 200-2h0 kg
position. The optimal combination of strength and ductilityi%? ained in steel
containlug 3.7.4% Hi, 0.8% Ti,15.25% Mo, 6.9% Co, and 0.1% Al; a teel had a ten-~
1=2 )D kg/=2
sile strength of 210 kg a yield strength of.21 a reauction of area of:
58%, an elongation of los, ana a notch toughness of 6.5 vkg/eM2A..:A steel containing
No 0. 1% Al., and 12% 31 had,a'strength of 240,kg/=2, ~ut an ~-Iongation of 8%. and

L 20966-66:'
ACCESSION NR: AP5022578
a notch toughnes M2. The strengthening effect of agin sociated
s of 1 0. nkg/c g is as
iiiib tbe f QrMiRti on of WW and NiTi intermetallic compounds, ~ The high ductility of
"arsging~allqys is primarily due to the high ductility of its matrix; prior to aging
the steels bad a 7OX reduction of area, a 14% elongation*, and a-27 - 30 kgm/cm 2 notch
toughness. The high'notch toughness of unaged martensite begins to drop only at
temperatures under -70C; this drop Is particularly pronounced in alloys with high
manganese and lownickel content. Aging of martensite lpwers the notch toughness,
but the transition of aged &Uoys Into brittle behavioritceurs attemperatures under
-1200. The bigb ductility and low NM temperature' RiheYe-Ni-base.alloys are ex-
plained by the presence of nickel, which stimulates the mobility of d1slocations.
ParticleB of the secondary phase in, the matrix precipitated during aging, pre:;;nt. t
migration of dislocations for an extended distahce, but permit. migration between the
particles. 'Mis contributes to the alloy strength but.decreases someubat the due-
and notch toughness. Orig. art. has: 3 f;lgures~.snd I table. [NDI-
itility
ASSOCIATION:` TaNIMIRM
vA
MMMMD: 00, EN SWCODE.- MM
CL
N6, BOY: 0 OTMI., 00 ATD PRESS

2 EWO~k)/Mtm)/T,/EWP(9)/F-WP~v)/EWP(t~ JJP(Z) JWJD/HW
ACC NR3 Ap6ojIDD9.1 soukE cODE.- ua/oi2q/66/ODD/063/0D29/D032
AUTHOR: Borok, V. A.; Zayteeva, R. D.; Karymanp G. M.; Perkas,,M. D.
ORG: ToNIMIRMT,
-TIM:' "Strengthening and weakening of nickel alloys containing aluminum oxide
SDURCE: Netallovedeniye I termicheskaya obrabotka net&Uov, no. 3,
1966 29-32
nicki
70PIC TAGS: nickel, 1~14 a um oxide containing alloy alloy strength-
lumin
oblng9 alloy weakening, alloy har ess
ABMACT Carbonyl nickel pmMerkmixed with a-aluminum oxide or y-aluminum oxide
powder was compacted, sinter=n a hydrogen atmosphere, and then extruded at 1050C.
~.The obtained alloys of nickel,with 0.5-7% Y-A1203 and nickel with 3 0% a-A1203
v, ngt . 'A
ere tes;V0 to hardness and.mechunical stre b Results of thq0te;ts showed that
I ()kj ontent increased to 3 and 7%, the,yield strengthN~f extruded nickel
increas;i7o:49.4 and h0 kg/mz22, respectively, compared to the yield strength of
18. kg/Mm2 for extruded nickel. without y-A1203 powder. orresponding figures
for tbe'bnrdness were ERB 76, 87, and 45,'respectively,~ncpha-Al 0 . whether added
an povder or formft from y-M-203 with high-tenperaturel ealinji Xve 11000 of
-tbe nickel-y-A1203 &Uoy, W only sligbt effect on the yield strength and hardness
of the alloy. In nickel.and Its alloys with a-M.03, the hardness decreased after
a~mealing at 4w_6ooc, but in alloys with y-M2031 the hardness sharply decreased
Cmd 1/2 66,9 214

PERPAR, M.; PERKAW1.0, J.; BAT11", f.
Chromatograpirl of Bacchiirides cn vc.,3t ~4
no.10/12:191-202 163.
1. Chair of Orvanic Chaml'str-; of the Focultv of ; -- '~ i: i,,_. (~ -3
and TechnoloCj, University of T,Jubllana, Ljubljuria.

GREMOV, D.I., inzh.;.MiLkTOV, A.I., inzh.; KITATCHIK, V.A., Inzh.,
SEYRETARI, V.P., inzh.
ProipectB of uaing synthetio materials in the manufacture of
boilers. Taploonergetika 111 noOtU-342 Mr 164.
(MIRA P-6)
1. TSentrallnyy --cotloturbinnyy inatitut.

PERYAVACP J.; PEIUIR~ V,
Analysis of inks by moans of paper and plate chromatography.
Kem, ind 12 no. U: 829-833 N 163.
1. Kemicni inotitut univerze v Ljubljanu, Laboratorij za
organsko ketmijo.

PEREAVAC, J..; PERPAR, M.
- .-I-1.1 ...-
T%per chromatography of reactive dyestuffs. Kem irA 13 no. 6:
404408 Je 164.
1. Miirdcal Institute of the University of Ljubljana, Ljubljana.

VALIA)p p.., S""j, I.; PEREELIP 1.
Early diagnosis of praguawy using the Wsive hemcglutination
motbad. Akush. i gin. no.L24-28 1659 (MTRA AM)
1. Otdol perelivaniya krovi InatItuta uaovershenstvovaniya
vrachey, Budapeaht.

EXCEMA MICA See 4 Vol 12/9 Med. Micro. Sept, 59
2D91. A NEW METHOD FOR DETECTING INCOMPLETE Rh ANTIBODIES DY
MEANS OF METHYLENE BLUE - P e r k eAI_AL- Phys. Reb. Inst.. Sza-
boles Street Hosp., Budapest - VOA-3XNT JBasel) 1958. 3/3 (155-162')
Tables 2 Illus. 2
Nethylerw blue dye Indicates the presence of incomplete Rh anti1xAies by prer ij)it -
AtIon and colour reaction. The technique Is described. (IV, 6)

PMWI, Janos
Now method for the 4etection of incomplete Rh antibodies with methylene
blue dye. liserletes orvostud. 10 no.l:)5-40 Feb 58.
1. Orvostovabbkepzo Intezet Verellato Osztalya.
(RF. FACTOM
incomplete antibody detection by methylene blue test (Ehn))
(KMTUM BWE
test in detection of incomplete 31h antibodies (Bin))

FERXM I i -
PERKM J. Serologteal metbM for isolation m4 quantitative estifttion of
transfused eryttrocytes. In English. p. 27.
Vol. 3. no. 1/2, 1955
ACTA HICROSIOLOUCA
SCIECE
butapest. Hmgary
So: East Erropean Accessions.tol. 5, no. 5. may-1956

11MGMY/Fui.an and '%;iiral Physiolo,y (NDmal and Pathological)
Dljjd. Dlo.)d Griu,,s.
A,) s J,-),Ur Ref Zhur Di~)1., Ila 6, 1959, 26454
T
Aut.'ior Perkedi, Ja:irs
111st -,=-
Title Nev Meth3d of Detectin(; Incomilete Anti-Rhesus ',.:itib,-Aies
by Methylene Blue.
Ori., Pub Kiserl. ~)rvostucl., 1953, 10, No 1, 35-4o
Abstract No abstract.
Card 1/1
- 40

VAIU, Dazso, dr.; IPER0Dj,_~anRq,,,,4r.
The effect of dissolved blood group substrates on the results of
i=unohematological examinations donei af ter th,-, delivery of the
fetus. Magy. noorv. lap. 26 no.3:135-138 MY '63-
1. Orvostovabbk-a zo Intezet Verellato Oaztalyanak kozlemenye
(BLOOD GROUP35 -(EPISIOTOMY) (UMBILICAL CORD) (BLOODS

VAIIO, Deszo, dr.; SZASZ, Ilma, dr.1 PERKEDI, Janos, dr.
Lumunological. pregnancy test witb Choriogonine immune serum.
Orv. hetil. 3.04 no.48:2278-2280 I D 163.
I. Orvostovabbkepzo Intezet, Vere3lato Oazta-ly.
(GONADOTROPIIIS, CHORIONIC) (PREGNANCY TESTS)
(DMNE SEFIUMS)

- PEJUIEDIP-- Janos, dr.; HORVATH, Endre, dr.; ROLLO, Tamas, dr.; VALLO, Dezoo, dr.
I
Unusual amountv of a blood group substance in the blood serum of a
newborn infant. Orv. hetil. 102 no.44:2075-2076 29 0 161.
1. Orvostovabblepzo Inte2et es Orszagos Verellato Szolgalat Kozponti
Kutato Intezet,
(BLOOD GROUPS) (INFANT NEWBORN blood)

VALID, Dezoo, dr. - PERKED a-
Obstetric aspects of Rh immunization. KW. noorv. lap. 19 no.
5:311-315 Sept 56.
1. As Orvostovabbkopso Intezet Ugaz. Doleschall. Frigyas. dr., az
orrostudomwWok kandidatusa) Verellato Osztalyanak (foorvos:
Vallo, Dasso.. &r.) kozl.
(RH FACTORS
Rh Immunization & Incompatibility in preg. ("im))
(PRMXUCF. blood In
M imnunization & Incompatibility (Run))

HORVATH, Ehdre; FERKEDI, Janos
An enzyme modification procedure with an object method. Kiverletes
m-vostud. 13 na.3:282-285 -76 161.
1. OrazagoB Verellato Szolgalat Kozpwiti Kutato Intezetenek Iw=
I=mmhaenatologiai Oaztalya as Orvostovabbkep2o Inteset Verallato
Oaztalya.
(BIDOD GROUPS) (ENZYMES phannacol)

PMKED1, 0.
Transport by dUMI)ers in the li,6-it of econcidc In .,n6lisl'.. ~,. 1,13
RLYT*I','''I ~:: IK 1, .'- I I,'.'G .( B,, i dn r I e -, t : - li 13 z F, k i : LE -, r e t i ~ . )
Fu&-p-,~st, Hungpl-.,,. Vol. ~', no. 4, 1958.
July
Monthly list of .~Iast Accl~-ssions (ZZAI) 1,C, vol. 8, no. 2/1959.
Uncl.

Pimm, I I.D.
. . .....
Reinforced wthod of syphilis therapy according to data of the
Institute 2.2.111avabs. Test.yoner. no.2:50-51 Nr-Ap '50. (CUM 19:3)
1. Odessa.

USSRI/Medicine - Tularemia Nicholas- Sep/Oct 52
Favre Disease
"Concerning A. S. .Shaverdov:s Article, 'Does InViml
Lymphogranulomatosis (Nicholas-Favre Dioesm)
XXist as an Independeii! 'Ncz~,Irleical Entity of Ven6-
real Origin?"' Prof 1. D. Perkel, Dept or SyWA.-
lology, Odessa Skin and Venereal Diseases Inst IMWI
"Vest Venerol i Dermatol' No 5, pp 40-42
Discusses the article by A. S. Shaverdov in "Vast,
Vexiciol i Dermatol" No 4, in which the author dis-
putes the venereal origin of the Nicholas-FavTo
233T8
disease and classifies it as a bubonic form of
tularemia. Discarding this theory as lacking in
scientific support, Prof Perkel I emphasizes tba
different causal organisms of these diseases, t1ta
differences in symptomology, incubation period,
semral clinical aspects, and prognosis, as Vell
as the presence of strumous bubos characteristic
of the Nicholas-Favre disease, and absent in cases
of tularemia. Admitting that histopathological
abanges; in the lymph vessels and lymph nodes cloody
resemble each other in both diseases, Perkel! states
that there vats rAo synchrcnizstion in the occurrence
of tularemia and Nicholas-Favre disease during tte
Odeses epidemics of 1929 - 1937,1 (Nicholas-Favre die-
a***) and 1949 (tularemia),.

M-MMI, I,]),, profivesor; GUIUVICH, Yu,L
I
lots form of tLe fourth venerewl disease complicated by cancer of the
valva. Yest.you.1 ders. DO-5:55 S-0 '33- OIWA 6:12)
1, Is Oaseskogo dermato-venerologicheskogo instituta in. Ye.S.Glavche
i Odseekogo obl"stnogo vendisWeera.
(Mv&--4a=er) (Venereal diseases)

ZHURAVIMV, N.I., XANISHINA, N.Y., WOVAKOVSKAYA, Ye.S. PEREELI. N.V.
R10BINSHTEYN. Yu.I. (Mbakra) t'z-~:"~ ,
Controversial nspects in the etiology of Xaschin-Beck d1seAse.
X11n.med. 36 no.6:148-152 Je '58 (MIRA 11:7)
(ARTHRITIS, etiOl. & D8thogen.
deformans endemicA (Rue))

?6a"Im, N. V.
Toxicity of certain forms of Funerian sporotricylelle isolated
from grain in 4stern ~>iheria L'with sun-ary in 4wzlishl. Top.pit.
16 no.4:64-69 JI-Ag 157. (MIRA 10:10)
1. It mVicrotiologicheskoy laborstoril (zov. - prof . Y.E.Azbelev)
Institute pitantya AMS :355R, kfoekva.
(mial.
fuserium sporctrichielle from grain, tox.
W3.,,14, n.1croblolop
-kussriwn sporotrichiells, tax. Oius))

GOLO#jM, N.A.; pEwIls R.Lv; STRAMOVICH, K.K.
)*tbods for determining apple viabilit7 in case of cold
storage* Lsvo vyso ueteb. sav.; pishch. teWi. no-49-U4-148
163. (MM 16:11)
I. lAningridskiy Ukbnologicbeskiy Institut kholodilinoy
proWshlennosti, kafedra obehehey i kholodillnoy tekhnologii.

S/196/62/000/003/006/012
E19VE155
AUTHOR: Porkhacb, V.S.
TITLEi Overvoliajes on
the simultaneous
a.c. and d.c. in
single-pole &hort-circui-ts dur,-ig
transmission of electri: power by
common lines
PERIODICALt Referativnyy zhurnal, Elektrotekhnika i energetika,
no.3, 1962, 27, abstract 3 E203. (Nauchn. zap,
Livovsk. politekhn. In-t, 110-76, 1960, 64..-81
TEXTi Results are given of model tests and calculation6 of
the transient overvoltages that occur in the healthy phase~ff luring
single-pole abort-circuits in a three-phase a.c. transmission 14-n-
with irsulated neutral (without trinsmission of d.c. energy) and
in the case when the neutral is connected to a rectifier and d
power in tranamitttid by the three phaseff with earth return.
The calculations are made by the symmetrical component operatcr
nothod for transients for an equivalent circuit of 2 U-shapsJ VZ
quadripoles and for circuits with distributed constants. The
difference between the calculated and model test vatues cf the
first maxima are loss than 10%~ the difference is Sreate_- fc:-
Card 1/2

S/196/62/000/003/00-/012
E194/F,135
AUTHORs Perkhach, V.S.
TITLE% Limiting overvoltages by arresters during single-p-cle
short-circuits, during the simultaneous transmisqi-_~n
of electric power by d.~~, and a,r-, in common 14nc~s
PERIODICALs Referativnyy zhurnal, Elektrotekhnika i energeTika,
no.3, 1962, 27, abstract 3 E206. (Nauchn tap.
L'vovsk, politekhn. in-t , no. 76, 1960, 79,89)
TML: Overvoltages determined by caltulations gind model
tests are given wher. arresters without resislanse ar? previd?d in
the transformer neuirals in parallel with the d.c. re-~tifiers,
When these break down, the system becomes one with solidly-ea7rtli'F1
neutral. The maxima do not exceed UO + Umaxj and the differen-
between calculated and model test values is 8%, furthermorx the
difference is great#tr than this. The arresters, of the prote-ted
gap type without reisiBtance, reliably limit overvoltages dur-ing
single-pole short-circuits under various conditions of'
simultaneous a,c, and d.c. transmission and under any :ir:ui~
Card 1/2

s/iq6/62/000/OG3/008/01`
E194/E155
AUTHORs P~erkh
Agh.-Y--s.
TITLEt Overvoltages during the disconnection of 3-phase,
short-circuits during the simultansous tranBmission
of electric power by a.c. and d.c. on common 1-.ne.&
and In a.c. transmission
PERIODICALt Referati-rnyy zhurnal, Elektrotekhnika I energe'llca
no.3, 1962, 27-28, abstract 3 E207. (Nauchn, zaD
Llvovsk. politekhn. in-t, no.76. 1960, 90-99)
TEXrs An investigation is made of overvoltages when the
phases are disconnected one at a time in the case of a three-
pole short-circuit during simultaneous a.c. and d.t.
transmission. Usually the overvoltages are no worse than in
ordinary three-phase transmission. The conditions way. howevez-,
become worse (increased rate of rise recovery voltage and
increased transient component of the voltage) If the circui*
breaker extinguishevi the are after passing through a small
half-wave of current (i.e. after a half-wave of powei- frequarl-y
Card 1/2

PERMLTV. M.
Using movable screens and PM-1 pipes for ventilating grain
on open floo:.-s. Muk.-slev. prom. 25 no.4:10 Ap 159.
(MIRA 13-1)
I.Favlottarskoye upravienlye khlebo5roduktov.
(Grain-Storag

PEMOWMD,, 1. 1. and GAVRIWVA, S. A.
"Organization of Geographical Bibliography in the USSR"
report to be submitted for the Intl, Geographical Union,, 10th General Assembly
and 19th Intl, Geographical Congress, Stockholm, Sweden,, 6-13 August 1960.

PERKRUROV, N.V.
Improving the technology of canting box bodies. Lit. proizv. ne.8:
32 Ag f62. (Fomding) (MM 15: U)

PERRHUROV, N.V.
..:Zz.
Effect of nan,7anese and sulfur cintent on the formation of ~,ot
cracks. Lit. proizv, no.4:45-46 Ap '62. OMIRA 15:4)
(Steel--Analysis) (Steel castings--Defects)

'f//j/jf,Or4 A-T-
,Elf
SEXHKA. D.L., dotsont (Leningrad); ITSKINA. R.S. (Leningrad);
WAIWOVSKAYA, O.S. (Leningrad); -FERKHMOVA, ji.I. (Leningrad);
ROTENFBILID, M.'Z. (Leningrad).
Treatment of tuberculous meningitis in adults. Klin.med. )I
no.12:31-36 D 153. (MLRA 7:1)
1. Iz tuberkulesnogo otdolentya, bol'nitey im. Kuybysheva.
(Tuberculosis) (Streptomycin) (Meningitis)

ZSOLT, J.; PERKI Maria; NOVAK, E.K.
Taxonomic stullies on procandida albicans. Io Fermentation
of ftgars. Acta microbioli acade scie Hungo 10 no.2:141-348
,63.
1. Institute of Plant Physiology (Director: I, Szalay)p
Jozeef Attila University, Szeged and State Institute of
Fqgiene (Director: T. Bakacs)t Budapest.
(CANDIDA) (CARBOHYDRATES) (FERMENTATION)
(GLASS IFICATION)

I
1i U ".3 ARY
Z30LT, Janos, PERKI, Mlaria NCVAK, K. Ervin; Institute of Plant Physiology,
Jozsef Attila University, Szeged (director of the institute: SZALAY, 1.) and
State Institute of Rygiene (director: BAKACS, T.), Budapest roriginal language
L
versions not given].
"Taxonomic Studies on Procandida Albicans 1. Fermentation of Sugars."
Budapest, hcta Microbiologica_Academiae Scientiarum Hungaricae, Vol X, No 2,
1()63, pages 141-148.
Abstract: [English a:7ticle, authors' English summary] The fermentation re-
action of 200 Procandida albi-.ans (syn. Candida albicans) strains was ex-
amined with6 different sugars. Glucose and maltose were rapidly fermented
by all strains, while lactose and raffinose were not attacked. The galactose
and sucrose fernenta,~icn varied from strain to strain and the reaction of -the
same strain often va:,ied in simultaneous or repeated examinations. During the
30 day incubation pe::,iod, 84 and 75 per cant of the strains fermented galac-
tose and sucrose, re:;pectively. As the standard identification methods al-
ways give the indica'~ed results, the fermentation pattern symbol dgsM is re-
commended for a nore objective characterization of Procandida, albicans. The
letters represent the fermented sugars (glucose. galactose, sucrose and mal-
tose). The line under a letter indicates the stability of the corresponding
property. 8 Hungarian, 3 Western references.
3

OS of*** 00 *464,00 a oil 0 0 09 0*00 goes 0 0::
~iw-#
ON VIDA'Amip smilo
**,A 0 a LA 60
D _90
.11116
Avik"Al .. &%jA4I AWL, 0
a F. 13jvqI& ari'l thr voilh part -I hav, II "Ittim%w"alic firicin Iii mmr"11'
Roth". thr ""ptIMM"I Ilrik Ili Sal""ili" "111-1 1. SMISl I.I.d. 1141-1. IV, 11fal Ili. 10 0
fl-f"wd 01111 Idir and -amp Vall-il, I.- P1,44114ch
09
so& Coe
we '00
see
9 use
bee
41ta-ti, a
1.8 i oir It Im 0 0 9 1 us 61 61 10 0 9
sale so 0 0 go 0 is 0dogoili$ 006 of G 41

VANEVICHP V.L.;, PER),IW,--EjK. _ _
Primary cancer of the gall. bladder and extrahepatic bile ducts.
Trudy TSIU 2:264-270 161. (MIR-A 15:8)
(GALL BUDDER-CANCER) (BILE DUCTS-ChNCER)

FUKS, B.I.; FWINj E.Me.; KANISHIINAO N.Fs
ftyerimantiLl hist?4-heoical ana.4sis of the devolopment of
ischemic necrosig and a cicatrix of the avocardium. Dokl.AN
SSSR 145 no.5:1154-1157 162.' (MIRA 150)
1. NovokuznetBkiy institut usaversbawtwwanip vrachey
i Inistitut okeperimentallnoy biologli i meditsiny Sibirskogo
otdoleniye AN SSSR. Predstavleno skademikom N.N.Anichkovym.
(HEART--NECROSIS) (HISTOCHEMMY)

PRR N, N.H.. USPIT-ant
Operative cholangiography wid its diagnostic value. Mairurglia
35 no.4:20-25 AP 159. (MIRA 12:8)
1, Iz 2-y Wedry klinicheskoy khirurgil (zav. - prof. B-K.
091pov) TSemtrallnogo Instituta usoverBhonatvovanlys vrachey
(dir. - prof. V.P.Lebedeva).
(CHOLASGIOGFAM
perop., diag. value (Rua))

ZAK.Yu,l., dotsent; F~MIN, E.M., kand. med. nauk
Perforating cholacystitis. Trudy TSIU 66sl8P-192 164. NIRA 18:5)

MIND, E.M., aspirant
Looal nneethesin using A.V. VishnevskYle method in the surgical treatment
of acute cholecystitle [with summary in Inglish). Xhirurgila 34 n0*6
75-78 je 158 (MIRA 11&8)
1. 12 2-y knfedry klinicheakoy khirurgii (zav. - prof. B.X- Osipov)
?Sentrallnogc Institute, usovershenstvovaniva vrachey (dir. - prof.
V.P. Labedevii).
(CHOUCYSTITIS, surgery
local aneath., method & results (Rue))
(AM,'STHESIA, LOCAL,
In cholecyBtitis surg., metl,od & results (Rus))

PEMIN, E. H., Cand of Med USci - (ftqs) "On the Clinic and Lbrphology of Acute
Cholecystitis," Moscow., 3.9599 14 PP (Central Institute for the Ad-vancc-d Training
of Physicians) M, 2-6o,,117)

P Fma N" N.
USSR/Nuclear Physics - Atoms, Excitation of Oct 51
"Excitaticin of Atoms in Merc=7 1)isciharge," Yu. Karan, N. Perkdn
"Zhur Eskper i Teoret Fiz" 7ol, W, 1b 10, pp 1182-1183
AuUiors answer criticism of their art:Lcle ('11z Ak Nau!~ SSSR, Ser nz" 14, 1950)
by Fabrilaint and Yavorskiy (:Lbid. pp 1180, 1181) and emphasize that their theoretical
curve of atomic concn is correct, despite objections IV critics. They also deny naving
based their research on data by Fabrikant ..ind Yavorskiy. Suhaitted 30 Jun 51.
PA 197T102

PEPJ,'INI, S. A.
"Problem of Agrochemic4aand Chemical Control of
Wirewomn." Dok. v-s Salkhoz. Nauk. Sel. Khoz.9
No. 5. 1948. Cand. Geol. Mineral Sci. All Union
Inst. Plant Protection, -cl948-.

KOSOLAPOV, I.I.. inzh:; PERKIN, S.G.,Jn2h
pswo~,!,-
Nftw 408irn of electric drives for remote control of fittings.
'SlOk-sta- 29 110-9:7-11 S '58. (41HA 11-.11)
(Electric driving) (Remote control)

P e [?i~ " a ,- -" I -
ICISOWOV,N.M., inahener; PERKIN,S.G., Inshener
LW Ay~ -;,- -
NachIne for cutting off and cleaning the ends of condenser tubes.
Bnergetik 3 no.6:18-19 Ag '55. (NLRA 8:10)
(Condensers (Steam)) (Metalworking machinery) I

Subject USSR/Electricity
Gard 1A Pab. 29 - 17/30
Authors : RosolapDv, I. M., and S. G. Perkin, Engs.
Title : Machine tool for cutting and triming condenser tubes
Periodical t Energetik, 8. 18-19# Ag 1955
AID r - 3232
Abstract : The fitting of condenser tubes is according to the authors, one
of the difficult tanks in mounting steam turbine condensers. A
special. tool machine was developed by the Leningrad Branch of the
Experimental Design Office of the FAin Administration of Industrial
Pbwer-Xnginearing Installations. Experimental samples of the
machino were given field testa before starting serW production.
The authors present a detailed description oA. the machine and its
operation. Two drawings.
Institution t None
Submitted : No datA)

1% ,I i d
Itt f~"t7l' f. I ~. I r ~On f . - . , 1 0 . .
Steam Pipes
Self-sealing plug for hydraulic testing of high-pressure pipeav Rab. energ. 2 no. 4, 1952.
9. Monthly List of Russian Accessions, Library of Congress, July Unclassified.

K050LAroV, 1. 1.; Engs.
Steam Boilers
Repair of co,;~prrassiun 3urfaces on covers. 11,a~). energ. 3, No. 1, 1'753.
9. Monthly List of Russ:Jan Accessions, Library of Congress, vay -1953. Unclassified.

XEOWDOVP V-,W-;
Rare elements In phospborite-boaring formations. Krat.
soob. IMGRE no.l.,87418 160. (MIRA 170)

T , ,
.. ~ '..; t 3. G. ; I ", , . : . , .
Hy~droly:ds o..' c.: en.Le---~~zulf'onic acid., a by-product' ---'
the DDT ?2.im. From. r,0-7:461-.464 J1 161.
(jAIRAI 14:7)
(.3entenesulfonin aoid)

BUZAITVA, A.I.; FOLYAK, E.A.; PERKINA, -' A.S.; KOMANTSEVA, M.I.
Use of complexometric methods for determining the basic substance
in chemical reagents. Prom. k-him. reak. i osobo chist.
veshch. no.1:22-24 '63. (MIRA 17:2)

FOLUKp E.A.; PFMINA, L.S.
Determination of impurities in vanadium pentoxide. Zav.lab. 29 na.2:
161-162 163.
(MIRA 16:5)
1. Sverdl.oviwkiy zavod khimichealcikh reaktivov.
(Vanadium oxides) (14etalo-Analysis)

3/032/63/029/002/007/028
BIOI/B186
AUTHORS: Polyak, E. A., and ~'OrkInaj_ L. S.
TITLE: Determination of impurities in vanadium pentoxide
PERIODICAL: Zavodskaya laboratoriya, v. 29, no. 2, 1963, 161-162
TEXT- (1) Copper and cadmium were determined in vanadium pentoxide by
twice precipitating the hydroxides in alkaline mediu(n after adding 2 mgFe
as collector, dis:3olvin6 the precipitate in hot HCl, and using polarograpiv
in the presence o:f.NH4OH excess. 0.001% Cu and Cd can be determined, the
relative error being 00%. (2) Lead was analyzed polarographically
without preliminary elimination of V(V), a 10% NaOH solution serving as
background. The half-wave cycle of Pb is -0.80 v with respect to the
saturated calomel electrode whereas the reduction of V(V) begins only at
a much more negative potential. The disturbing effect of Cr(VI) is
eliminated by ade.ing NaF. (3) Fe is colorimetrically determined by the
sulfosalicylate nomplex. Fe(III) is separated from V(V) in alkaline
solution, Cd(OH):, serving as collector. 1-10-4% Fe can be determined.
Card 1/2

S/032/63/029/002/007/026
Determination of impurities in ... B101#/B186
Z
4) ',ino is determined by colorimotrioully meae-aring its dithizon complex
(
at P11 9-11. 2.10-4,4 Zn can be determined.
ASSOCIATION: Sverdlovskiy zavod khimicheskikh reaktivov
(swerdlovsk Plant of Chemical Reagents)
Card 2/2

L 06589-67 Ewr (in) /E3 T (t) /r,,Tl lip(c) JDIJG
AP6029848 SOURCE CODE: UR/66-3-276-676-32-7-66-8/ 70909
Bondare L T. N.; Shvarev, V. S., Perkina, V. P. 44~
ORG: %JMk 54-Vo-Ae- %)v%*%,4ec%'%kj
TITLE: Photocolorimetric determination of cerium using phenylanthranilic acid
SOURCE: Zavodskaya litboratoriya, v. 32, no. 8, 1966, 907-909
TOPIC TAGS: colorimetric analysis, analytic chemistry, cerium, chemical composition,
?\-,(Dkc) OR ~ m %*-,Az \)
ABSTRACT: A photocalorimetric method of determining cerium contents in lanthanum oxid
is described in detai'.. The method utilizes the phenylanthranilic acid as a complexin
agent. The Ce(IV:j: phenylanthranilic acid ratio in the complex is constant and equal
to 3:2. The molar exl:inction coefficient of this complex is 15.4-103. In essence, th
method consists of dinsolving of the lanthanum oxide sample in lntl2SO4 at pH = 3
followed by cerium extraction with a mixed solution of soditua diethyldithiocarbamiriate
in ethylacetate. The photocalorimetric determination of the complex was made with an
FEK-14-57 spectrophotorieter. It is claimed that the absolute accuracy of the analysis
is equal to 1.6*101'% I.-or samples containing 0.005% Cc and is equal to 1.2.10-2% for
samples containing 0.2% Cc. Orig. art. has: 2 figures and 2 tables.
SUB CODE: 07/ SUBM I)ATE: 00/ ORIG REF: 007/ OTH REF: 002
Card 1

100
00
fit
to vowo 4W
wompose all
waso -ail
so . , , . ~- ,
use
000000.0000000:0
00000
owoo-00000;o0i.
j a % A 4) a a GP - w - - -1

IN
-
al a 4) a V
0

0
0

gawk MCI
WO of
raw

00
of
od
do ww"y hm 20%
=00
of fm
5) (") ad do nu P-1 --,--- ..
O
m . ....
bmW AK16 coo
wop, M"-
it
o
"
w
d
to buk JW%
*
6r) me
b s
m
m
y
)d
47
= 009
0 40
N"M
1w =~y 0i
s Val
=
.
Ws a owl"
(
I
b
C
is lb, rm '
Ow
z see
a
an ISMIA" to OXONISM im to see
W4 m Ask D. JL go*
up*
too
Do*
WOO
pooolnosessooooool
0-notoo, 0' 0ii-,
:W1000090900&990001

1- DVITEL, R-R-; DAVIYES, J.H.; MLVSY., J.H.; IMMINS, D.H.
2. USSR (600)
4. Collisions (fkalear Physics)
7. High energy nuclear mer-actions. Part 1. Evidences of the formation of heavy
measonso R.R. Daniyel, J.H. Daviyes, J.H. 'HAlvey, D.H. Perkins, Usp.fiz.nauk
49 no. 2, 1953.
9. Month List of Russian Accessions, Library of Congress, APRIL 1953, Uncl.

1. DANIYEL, R. It.; D&VIYES, J. H.; MALVEY, J. H.; PERKINS, D.H.
2. USM (600)
4. tienotrone
7. High energy nualcar interactions. Part 1. Evidences of the formation of
heavy measona, Unp. fiz. nauk 49 No. 2, 1953.
9. Monthl List 9f Russian Accenglons, Library of Congress, April, 1953. 1-01.

Aub"M exoplaw ftnod by wAftb d sms n d do
IL 4 7-
Ith
ka c~mpk%m of "p Im vjci&6 *to too low to be awaxurod. 7U
wistxIlty visumuts OA the COM)AINts -A wyeral metal% 'Alth tim
loWtAing amino-acmh are compaml: slycaw. a-alanine. and Slyc)1-
$I)-Lsxw. The eff"t of aubstituting tbt, H shm (A the wumm)-grotip
itudwd, The potmisovartim mwtbW of mmurra"t
C4 "'Y017
. d. a J. DAVIS.

I
ruiris. D., Who
Blectromagnetle lxwrtia brakes for trolley, buses. Zhil.-kon. khoz.
10 no.12:7-8 160. (MIRA 13:12)
(Trolley buses-Brakem)

.PEMS p D. i .
Motorh-,? without a conductor. Avt. transpe 38 no. 5:10-12
W ' 60. (YIRA 14:2)
I. Upravleniye passazhirskogo transporta ispolkoma Mossoveta.
(Motorbusen)

PERKISt Do lop CAND TECH SC39 "I EBTIGATION OF THE ME-
CHANICAL DRAKE Of A TROLLEY $U8 060M PNTUMATIC OR ELECTRO-
dJ~AV-L-
;owv 1961e (MIN Of HIGHER.ANO SEC
TECHNICAL MO_
SPEC ED RSFSR* MOSCOW ORDER or LENIN IWAVIN
ft POWER,NINST)-
(KL9 2-619 211).
-171-

FERKIS, D. 1.
Trolley buses. .-:os-'-va, Izd-vo IMinisterstva ko=tjnal'nogo kh07iaistva RSFIR, 1~1 p.
(54-778'-14)
TL252.?4
1. Trolley buses.

r I') . ~!. I.
Tr7lleytusnyi p,- *rk (T -.Diit!y '-,..is 7~~.-k) " --)sk-,ra, Iz !-.ro ".ini.sterstva ommanal I no;-, )
w - -
Khczyaystva, ~-SF:H, ll'-~3.
191 :. lia --s. , tables.
SO: N :.
75 8
. p4

- T4-t-
(Trolley bum lark] frollelbummyl park. Ko*va, Isd-vo Misisterstva
kommmalOjwgo khoxisittva WOR, 1953. 191 p, (n" 7:6)
(Trolley bases)

KAUOVNIKOV. Thlerian Monidovich.-- rERKIS. David Isayevich;
SEMUNSKIT, M.N., red.; OTOCMUA, M.I., red.isd-ra;
101TABRINA, A.D., tekhn.red.
[Trolley *buses] Tralleilbasy. Isd.2., perer. Moskva,
Isd-vo 9--ya komm.khos.RBIPBR, 1957. 238 p. (MIRA 12:6)
(Trolley busea)

I PXRKIS, D. I.
~-- . . : ~ Wrlcle=7 promotion in the wilnicipal electric transportation
system. Gor,, khoz. Hosk. 33 no-3:34-37 Mr '59.
(MIRA 12:5)
I.Nachallnilc Tekhnicheekggo otdela Upravleniya passashirskogo
transports Hos orispolkems.
Sescow-Street railways)

;" ;': -IV!,: i Il. ~ J%, Vilcr !-'rl ; 1 "-11;. ~ , f":~
( -, - I
f. I U., , - ". ! ( --! ~/ "; , . , r -. '
, -1, . ~ , ;y " . ' "', , ~ ~'* i 11.
(!"11"A
, 9oz.. 1--i i. I

IVINt K.V.; MUODYKH, I.A.; YEWAKOV, N.D.. [deceased); MARKOVNIKOV,
V.L.J. doktor tekhn. naukj VATSURO, M.A. (deceased];
KRUGIDW, L.P.; STRUBU, K.I.; DULIXIN, 1.A.; FAYN, A.G.;
RUBINSKTY, N.V.; SPISKOV, V.S.; P.I., kand. tekhn
nauk; LUCHAY, G.A., r,,jtsenzent; TROFIA)V, A.N., otv. red.*
toma; VDIDGHNEV, V.N., red.; Sff~OLYANSKIY, M.N., red.;
OTOCaVA, M.A., red,izd-va; LELYUKHIN, A.A., tekhn. red.
fTechnical handbook on electric city transportation in
three volmnes] 1ekhnicheakii spravochnik po gorodskomu
elektrotransportu v trekh tomakh. Redkoll.: V.N.Volochnev,
A.N.Trcfim-,v, M.N.Shpolianskii. Moskva, Izd-vo M-va
Kommun.khoz.RSFSR. Vol.3. (Trolley buses] Trolleibus.
1963. 722 P. (Trolley buses) (MIRA 16:10)

MARKOVNIKOV, Valerlyan Leonidovich; PERKIS7 David Isayevich;
SHPOI.YAN"'KIY' M.N., red.; i,,4. izd-va;
SALAZKOV, N.P., tekhn. red.
[Textboo-k for trolley bus drivers] Uchebnoe posobie dlia
voditelis trolleibusa. Moskva, Izd-vo H-va kommun.khos.
RSFSR, 1963. 247 p. (M RA 16.10)
(Trolley buses)

FSHKIS, David Iss:revich-. SOOLTANSKIT, N.H., red.; RACHUMATA. H.I..
N.F., takhn.red.
[Repair :)f trolley buses; manual for mechanical Remont trollei-
busov; uchobnoo posobie dlia slesarei. Koskva. Izd-vo N-va
kommnn.khoz.RSFSFt, 1960. 257 p. (MIRA 13:10)
(Trolley buses--Maintenance and repair)

FZRKIS, D.T.
AutomtIc caipling of public telephones with long-
distance vvItchIng centers. Vest. uviaxi 20 no.4:27-28
Ap 160, (MIRA 13:7)
1. Machallnik prolavodetvennoy laboratorii Snratovskoy
uezbdugorodnoy telefonnoy stantsit.
(Telephone. Automatic)