SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614020009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GAIAKTIOITO'V., P.A., kand, takhn. nauk; DRIBIN, L.F.
Inveatigating technological processes and solutions of simultaneous
jet degreasing and pickling. Trakt. i sallkhosmash. no.4:41-45 Ap
'59. (MIRA 12:5)
1.Nauchno-issledovatel'skly institut Traktorosellkhozmah.
(Metals--Pinishing) (Metals--Pickling)

C' (Halaktidionao, E.H.]
ii-nder the influence
162.
110.4--
Z0
(MT RA 17:8)

GAUKTIONOV S.G. [Halaktsienau, S.H.]
----------~
Nature of the affect of chlorides on potato plants. Vestsi
AN BSSR Swi%,biial. nav. no.108-41163. (KTRA 16:9)
(Pi"Ts., EFFECTIVE CHLORIDES ON) (POTATOES)

ACC NRt
AP6026472 SOURCE CODE: UR/0423/66/000/004/0017/0019-
AUTHOR: Kandilov, G. K.; Galaktionovp S. P.
ORG: Baku Electric Machine Building Plant (Bakinakiy elektrbmashinostroitel'nyy
zavod)
TITLE: Use of fiberglass micanite tape as a substitute for micaceous tape in the
chassis insulation of high-voltage electric motors
SGURGEt Z& tQkhnicheskiy progress, no, 4, 1966, 17-19
TOPIC TAGS; mica, electric motor, insulating material, electric insulation, fiber-
glz,ss, expoxy plastic
ABSTRACT: The authors note that for a wide variety of reasons (excessively high
costs, short supply of material, manufacturing difficulties and high percentage of
manually performed production operations, and non-,miformity.of finished output), the
micaceous (pinched) insulation presently used in high-voltage electricmotors cannot
be regarded as a satisfactory solution to this technological problem. The present
pajer discusses new micanite insulation tape materials developed at the Electrical
En3ineering Institute im. V. 1. Lenin (Elektroteknicheskiy institut). The new mate-
rials, produced from unused mica tailings, cost 1/3 to 1/4 the price of conventional
mica insulation and have been found to be superior to the latter in a number of para-!-
meters. The lack of technological experience has thus far impeded industrial utili-
Card 1/2 UDC: 621.313.333:621.3.027.3:621.315.61

IACC NR: AP6026472
zation of the new micanite materials. The development of a production process for
iifiberglass micanite insulation tape with an epoxy-poly ester lac and adhesive compoundi
icovering layer is described. This insulation, production of which has been begun at
the "Elektroslyudinit" Plant (zavod "Elektroslyudinit"), is to be employed as a total
isubstitute for micaceous insulation for 6000-volt stator windings. The many tech-
i nological and economic advantages of the new materials are briefly discussed. Further
1 research for improved characteristics is recommended. Orig. art. has: 1 table.
SUB CODE: ll/ SUBM DATE; none/ ORIG REF; 003
'A

1401), 15 SOV/32-25-1-41/51
AUTHORS: Shelyubskiy, V. I., Galaktionov, S. S., Kukarkin, G. A.
k---------------------
TITLE: Machine for Testing the Bending, and Determining the Young
Modulus of Glass (Pribor dlya ispytaniya na izgib i opredeleniya
modulya Yunga stekla)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 1, PP 114-116 ('USSR)
ABSTRACT: The limit of the bending strength and the )tung modulus of glass
are usually tested on metal testing machines (Ref 1) or on
simple laboratory apparatus (Ref 2). No equal increase in stress
can be adjusted there, which fact decreases the measuring
accuracy, as the strength of glass considerably depends on the
rate of the.increase in stress (Ref 3). An apparatus was con-
structed which records automatically the magnitude of the de-
struction stress and makes possible a determination of the
maximum deformatioh, The operation principle of the apparatus
(Fig) is that a motor (by way of a worm screw) on a lever of a
supporting girder displaces the stress while the other arm
exerts a certain pressure upon the sample from below; thus, the
sample is pressed against a suppoit fixed above the sample. The
Card 1/2 position of this support can be adjusted and the support itself

SOV/32-25-1-41/51
Machine for Testing the Bending, and Determining theYoung Modulus of Glass
is connected with an electric contact which automatically
records the stress in the case of the destruction of the
sample.. The magnitude of the stress is calculated according
to the equation (1). The meal3uring accuracy depends on the
production of the sample and is about 2-3%.
There are 1 figure and 4 references, 3 of which are Soviet.
ASSOCIATION: Gosudarstvenn~yy nauchno-issledovatellskiy institut elektro.-
vakuumnogo stekla (State Scientific Research Institute of
Electro-Vacuum Glass)
Card 2/2

L 26401-66 EV1T(m)/EWP(t)/ETI IJP(c) JD
ACC NRI AP6013070 SOUICE CCIDE: UrVO048/66/030/004/0637/0643
AMTiOR: Bundel'.A.A.; Vishnvakcv.A.V ;_Ga1ak;t4Qa*vij% qj!ketskAX#.,H.I_; Zhukov.G.V.;
Kamenskaya,S.A.; Kreytser,K.A Oranovskaya,T.V ChashchinN.A.
ORG: None
TITLE: On the effect of the preparation conditions on the format ion of traps in US
and ZnO base phosphors and the Influence of preclecomposition phenomena in s Iolid solIu-
2.0 in ZnS on their luminescence /R-eport, Fourteenth Conference on~Lumines-
tions 94-Qu
cence Wld in Riga,16-23 Septe er 19657
SOUME: AN SSSR. Izvestiya. Seriya fizicheskaya, v. 30, no. 4, 1966, 637-643
TOPIC TAGS: luminescence, crystal phosphor, zinc sulfide, current-carrier,"),0400W
ABSTRACT: Introduction of new experimental methods has increased rather than duced
'incq
the disagreement among different; investigators regarding the structure of- , 'Ifide
luminophors. On the basis of previous investigations of glow curves and tho:polarity
of the photocurrent carriers the authors showed that for the mos It.part the discrepan-
cies are due to inadequate control of the synthesis conditions, i.e., that the phos-
phors studied by different grouris differed as regards structure owing to uninten-
tional variations of the preparation conditions. Experiments show, for example'Ithat
truly self-activated ZnS exhibits only one glow curve peak,,but that it the compound
Card 1/2

L 26491-66
ACC NRi AP6013070
is exposed to rxygen, even at laii pressure, during heating a second glow-curvis peak
appears and this is accompanied by change in the polarity of the photocurrent: carriers
(from n to p). Various experiments were carried out with pure, self-activated and
impurity-activated ZnS and ZnO (including surface oxidized specimens) and several
series of glow curves are reproduced. Data on the polarity of the current carriers in
photoconductivity are also adduced. The curves and data demonstrate theefficte-of
the synthesis conditions. A series of-phosphors was prepared by heating different
mixtures of ZnS with Cu2S Without flux at 1000"C' followed by reheating with quar5tz
powder (to prevent caking) in sealed tubes at 10500. These ZnS:Cu phosphora*wOre*
studied immediately after preparation, after various heat treatments and after storage
for some months at 200. Theirattributes differed considerably. again indicating the
importance of synthesis and otherconditions. It is pointed out that.understanding of
the peculiarities of the complicated chemical system constit4ted,by copper-activated
zinc sulfide luminophors requires further thorough investigation of thG,ZnS-Cu2S--wCu
system. Orig. art. has: 1 formula.and 6 figures.
SUB CCDE: 20/ SUBM DATE: OQ/ ORIG REF: 008/ am REF: 008
L C rd 2/2 OV

14 111 W'AW11 11.1911 [1
MEN=
ACC NRs AP6007072 UR/0047/66/0$6/002/0250/0257
AUTHOR: jGalaktionov,S,V,; FilimonovG.F,
ORG: none
TITLE: Influence of backward radiation on the amplification of signals in a'weakly
modulated onp-dimensional electron beant
07
SOURCE: Zhurnal tekhnicheskoy ftzlki, v. 36, no. 2, 1968, 250-257
TOPIC TAGS: traveling wave amplifier, traveling wave interaction, electron beam:i
backward wave amplifier,
ABSTRACT: The authors discuss the theory of thetraveling wave amelif ier with parti-
cular reference to the influence of backward traveling waves. The treatment is based
on linearized equations previously given by L.A.Voynshteyn (Radiatekhnika i. elekt.ron-
ika, 2, No. 7, 883, 1957). It is shown that a backward wave is always present and,
although the maximum amplitude cot the backward wave is always small compared~with
that of the forward wave, the presence of the backward wave limits the increase of
the useful gain that can be achieved by increasing the length of:the electron be .am.
The saturation of the useful gain (as a function of the beam length) is not due*o
redistribution of energy between the forward and backward waves; it is suggested that
the saturation is due to the fact that useful gain takes place only in the terminal
-Card 1/2 UDC: 538.1566

"V. 1112
m
~I'lit,ti~-liftip4i~lviipm%it~~W.,Mt-~l,--~r4tfK,i~~p- nfu. 41

/9- Z
AUTHORS: Veresbchagft L. F. Se I,- A,. A.
TITIE: The Indicator
r ~j
Pump (Indikatornq,!.,,
sverkhvysokogo
PERIODICAL: Pribory JL T e -r-,, E'.- ~7
(USSR).
ABSTRACT: Diagrams froi,.-i
laboratory machirie vviLtIt 000
flow of 15 litres/11-lour. Tt, SSSR plimp,
type M-7/6 000 in havur- The K-38
'7
is for the compressiori
L
rate of about 4 toris/lv-,1~1 i:, A -r model,
Tlie ,:,acchines
the K-1?7 is at -the
were made in 1943 3 blit V.'. Tli e
0" irlii i-n :1 ia. -3, n d
pressure transduce,r, 1.:3
Q xe d t o the
8 mm long, with an
wall of the obtura-vrr n a -u'r P
A U 17
outside the preqs~ife ce,
as a tempera-
ture com-oensator.
0 11 of
pickoff cylinder and F
-i-, and comper,
circuit of Lhe
uardl/4 sator are arms of a Tl 1r 1 F,
P _'D _11 - -1

)13
'The Indicator Diagram of a
and fed via a
oscillograph type are f ed
from an oscillatcr -,ic '0 c T- r if an
instrument 3TC-25,-7
Y
When used vii th i, ble dia. of
7 mm increases the -Tlo'. For
the smaller pump Litt e ~~,a I e
-pp
mentary volume to aboli-7,
A es shed
--h a na,.,--c,-:
(0.2 L-Ln) did
that the use of su f
not reflect on the i 0 the
pickoffs were linear up tc :A "LL'. F 1:~ :-,how the
means adopted to t-Le i; and K-6,.
respectively. Piston 1"l-' ~i wi-t-Iiin
0.1 mm; top-dead----z-entre wci!.~ in X-38~
Fig. 6 shows part of an ',:n`~en c n'K Com-
t~ t:! 1:1-~ Ile ijjt;O~ !I
pressing a 1:1 mixture i nd
vessel of capacit -m I," -r: K 115 c~.,ripressing
:i - -- i e *.. In
water into a reservoir
this case marked
ir origin
has not been establisl~--.ed z: 8 s t he K-6
uard2/4 results re-plot-ted in t,h~~ c. -f:

77
P
The Indicator Diacpraz, o f a Sa-~
diagram. Also super-csed

j U - c-'!' j-
thermal and pol-tropic. oper CX"
ed by
collaboration with 'V.V. R,Ip-'~. Z~

of the fundwriental d,0,-.':, -1 s 0 J! 11cwinc,,
comments may be made on I t:
ti,
i f~ io
open the pressure valve ~00 -'.00 ~'::i --:r-e;atg!r tLan
the pressure on the otlic--r
exo i a i n.
by the variations in den-:.~.,,-
tightness of fi-.of
at wound 2 000 atia. ',-irtiest
pressure, near top-dead-,--e-.~,. -1 Li
portions of the dia'-
fluid is very v4scous.
but does so while t-he t~:
-T-'7 j.

thus wasting some olC 7N
L;-,
no -1: be
at bottom-dead-centno.
incomplete fillin,- of
pressures as 90
curves do not agree very
Ulf
that the Dump took 0-12' sc-
piezometer from wh-~
uard3./4

-.-!
The Indicator Diar.rram of A
18 sec. The calcuir
ation of the cylinder --tnd
Dlotted as indicatc)." di,li 0''
because of the lowe e COO
diagram starts soo-n al' L- -0 atin.

diagram is dela ed tr
D L
time, the ,,iston F

n t
show the diffe, T
explained by the fact 10 --t-
while the oil Dump 'n
the individual d i a U-;,.- -i m on
be higher than in othc-L, ii., e
is concerned, the A:~' J,
at 3 000 atm. and t'k-.e.
figures and 3 Slavic. reff-,
fi-SSOCIATION: Super-hij~li P--essurt- A-Sc. USSR,
(Laboratoriva I S R)
A! SS
SUBMITTED: March 8,
AVAIIABLE: Library :)f
uard 4/4

AUTHORS: Vereshchagin, L. F., Semerchan, A. A.~ Filler, F. 57-11-26/33
Gulaktionov, V. A.,
TITLE: The Role of the Receiver at the Flow of a Watcr Plux at Superso-
nic Velocity (Ziiacheniye resivera pri istechenii vodyanoy strui
sverkhzvukovoy skozosti)
,IIERIODICAL: Zhurnal Tekhn. Fiz., 1957, Vol. 27, IIr 11, pp. 2640-2646,(USSR)
ABSTRACT; Here a theoretical computation Df the depenaence of the pressure-
pulsation-smoothing degree in the receiver on the capacity of at
pressure produotion in thia recoiver by means of a hydraulic ultra-
high-pressure compressor was carried out. The influence of the re-
ceiver-capacity (contents) on the pressure-pulsation-smoothing de-
gree in the receiver is investigated by experiment, The results of
the computation were compared with those of the experiment with re-
gard to the pressure-puleation-smoothing degree of the water in
the receiver and it was ascertained that the theoretical computa-
tion in spite of a number of simplifying assumptions shows a satis-
fyin*onformity with the data of the experiments. On account of the
results of the experiments the water jet, which flows out of a 5-6
liter receiver at supersonic velocity, may be looked upon as well
smoothed with regard to the impulse-pressures and consequently also
with regard to the impulse-velocities.There are 5 figures, 2 tab-
les and 3 Slavic references.

s/l2o/6o/ooo/oo4/Ol3/028
0. Tplo E073/E435
AUTHORS: Vereshchagin, L.F., Galaktionov, V.A., and Popov, V.V.
TITLE. On a Tetrahedral Holl Press for Producing Pressures up
to O,lM atm at Temperatures up to 200'-C
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No.4, pp.io6-"1o9
TEXT.* The possibility of obtaining very high pressures is of
considerable interest from the point of view of producing new
materials (synthetic diamonds and borazon) and also from the point
of view of geophysical and geochemical investigations, It is
anticipated that in the near future, metallurgical investigations
will be made at very high pressures and temperatures since the
effect of pressure on the displacement of the equilibrium cur-Ves
of the diagram of state may be considerable, H,T,H-,)Il. (Rev.
Scient. Instrum., 1958, 12.9, No.4, 267 - Ref.1) devised an
interesting tetrahedral press in which the pressure is transmitted
to the specimen by means of a plasti-- solid body without
additionally introducing an element in the liquid pk'iase. The size
of the pressure zhamber is also larger than that of the design
developed by Bridgman. The authors were Intereated in
Investigating the possibility of obtainIng high pregsures by thi-;,
Card 1/16

87X4
S/120/60/000/004/013/0-e_8
E073/E435
On a Tetrahedral Holl Press for Producing Preisures up to
O.lMatm at Temperatures up to 200 nC
method and also the obstfticle.,: inlr,:oived In intrea:iing further the
pressure and the temperature in equipment of this type. For this
purpose, an equipment consisting of four hydraulic- p.resser,
arranged in the apices of a tetrahedron was designed and tested.
The- pistons with end pieces, as shown in Fig.l., -compress a plastI.I.:
solid body in the form of a tetrahedron with sides of about 10 mm.
The photograph (Fig.1) shows iups (a) whiCh, if suitably arranged,-K.
effect the compression of the plastic solid body in the form of a
tetrahedron, The same figure shows a tetrahadron from
pyrophyllite in various stages of preparation of the containerffb)-
initial tetrahedron during fitting of the container; (B)
substance under, investigation which serve)s simultaneously as -the
heating element). The container is intended for housing the
material to be investigated and also serves as a low-.re:Eistan_-e
electric heating element. The electrical circuit- for heat;ng lie
container consists of tups which are insxxla~ed from the body and a
container in the form of a metallic tube with Metalli,_
Card 2/6

6 7.3r 1 4
S/120/60/000/004/013/028
E073/E435
On a Tetrahedral Holl Press for Producing Pressures up to
O.lMatm at Temperatures up to 200%
strips are welded to the covers which pass from the pyrophyllite
tetrahedron along its edges and are in conta--t with the tup.s. The
high current density for a voltage of a few V is obtained by using
two-stage stepdown transformers. The temperature is evaluated from
the fusion points of certain metals that are placed inio the high-
pressure zone. Fig.2 shows a photograph of the apparatus, TheF
force coupling between the hydraulic rylinders zan have various
forms. In the given case, the cylinders are 'Linked by columns
which are in tension when the specimen is in ~_,ompresslon. The
large diameter of the columns is due to the desirability of
reducing the stresses in order to eliminate any changes in the
direction of the axes of the cylinders during the pro-cess of
compression. To ensure initial convergence of the-, ::ylinder axes
strictly in the centre of the tetrahedron, the lingth of the
columns 1 tan be varied by means of regulating nuts 2, located
on both sides of the flanges 3, on which the cylinders 4 of ths
hydraulic presses are fixed, To observe the deviation from the
Card 3/6

S/12o/6o/ooo/oo4/0l3/028
E073/E435
On a Tetrahedral Holl Press for Producing Pressures up to
0.1 Matm at Temperatures up to 200~-C
correct position of the axes of the -_,ylinder, the tups are
substituted during the calibration by rods with sharp tips. The
ends of the rods should converge into one point and the angles
between the rods should be equal. In spite of the very careful
initial adjustment of the cylinders and of the tups, there were
short-circuits in the heating circuit, indicating thm at large Y
pressures (exceeding 50000 atm) the position of the tups differs
from the initial one. Strain-gauge measurements showed that the
tensile stresses in the individual ~~olumns may differ very
greatly (by a factor of up to 2) and this is attributed to
disturbances in the symmetry of the compression of the
pyrophyllite tetrahedr-on, To localize the moments arising in the
ease of nonsymmetric loading in the press the tups can be prevented
from shifting by using pull rods, which apparently has been done In
the design of Holl, It was established that inside the
pyrophyllite tetrahedron the pressure increases linearly with
increasing forces in the hydraulic cylinders until such time as tha
Card 4/6

8737,',
3/120/60/000/004/0
E073/E435
On a Tetrahedral Holl Press for Producing Pressures tip to
O.lM atm at Temperatures up to 200%
thickness of the pyrophyllite film at the side faces of the tups is
reduced to hundredths and thousandths of a nuii. After that,
a further increase in the force of the hydraulic presses does not
result in an increase of the pressure of the specimen since the tups
transmit the pressure to each other without compressing the
pyrophyllite in the centre. The pressure which could be recorded
in an equipment of such a type was 70000 to 80000 atm. It was
established that the principle of Holl is correct. However, its
practical realization leads to numerous difficulties which are
analysed in this paper. There are 3 figures and 3 references:
I Soviet and 2 non-Soviet.
ASSOCIATION: Institut fiziki vysokikh davleniy AN SSSR
(Institute of High-Pressure Physics AS USSR)
SUBMITTED: December 15, 1959
Card 5/6

8
S/120/0/40oo/oWolVo28
E073/E435
On a Tetrahedral Holl Press for Producing Pre.-~sures up to
O.lMatin at Temperatures up to 2000C
to 1'1~
P.c. i. nauGonee cYL9ecTDC't"UC AMM,
yeTanonuit. a - mHowhim, 6 - mexoA.
11LIft TeTpa3AP B "POttecce monmwa moit-
TeftiMpa, 6-HOUTC1111CPAIIII IICCRCAYe-
moro DenjCcTiia; oit me - aneitTponarpcna-
TUM111A DROICHT
Card 6/6
PuC. 2. 06111101 1311;jTC,'PaIAPII'IeCK0r0 nPORMCa-
Honounw, 2 - peryinipommue raftKii,
- ~.aamtw, 4 - rimpau.11111-101c BPeccbl

S/020/60/132/05/24/069
B014/B125
AUTHORS: Vereshohagin, L. F., Galaktionov, V. A., Semerchan, A. A
Slesarev, V. N.
TITLE: A Hi -pressure and High-t Apparatus With
Conic Dies
PERIODICAL: Doklady Akademii nauk SSSR9 1960, Vol. 132, No. 5,
PP- 1059 - 1061
TEXT: The diagram of the apparatus described here is shown in Fig. 1.
The two 1,12nically pointed diepliroduce the high pressure in the cylin-
drical working area of a matrix. The matrix is pressed into protective
rings to prevent its deformation. Fig. 2 gives a total view; Fig- 3
shows the matrix with the dies. The working area has a final diameter
of 11 mm, and a height of 25 mm. The dependence of the temperature in
the middle of the working area on the output of the heater in graphi-
cally represented in Fig- 4. Studies at pressures of 60-709000 kg/OM 2
are being carried out on the apparatus at presentq at which tempera-
Card 1/2 A

A High-pressure and High-temperature Apparatus 51020V6011321051241069
With Conic Dies B014/B125
tures up to 20000C are reached. By means of this apparatus it could be
determined that Armoo iron which was melted at a pressure of T09000 atm
and exposed at 20000C was unusually hard after slow cooling. This ef-
fect must be more closely investigated. There are 4 figures and 3 ref-
erences: 1 Soviet and 2 American.
ASSOCIATION: Institut fiziki vysokikh davleniy Akademii nauk SSSR
(Tna+i+"+& fnr R4gh Prannisre Physion of the Academy
of Sciencen of the USSR)
PRESENTED: March 11, 1960, by G. V. Kurdyumov, Academician
SUBMITTED: March 1, 1960
Card 2/2

GALAKTIONOV, V.A.
Induction heating of die-casting molds. Prom. energ. 16
no.4:4-6 Ap 161. (,',MIA 11~:q)
(Induction-heating) (Die casting)

S/030/62/000/007/004/004
1007/1207.
-AUTHOR: Galaktionov, V.A. Candidate for Technical Sciences
TITLE: High-pressure-research apparatus
PERIODICAL: Akademiya nauk SSR. Vestnik. no. 71 1962, 73-76
TEXT; This is a brief review,on recent results obtained
both in the USSR and abroad, in the design and construction of,
new high-pressure equipment. For pressure's up to 1000 kg,/CM29
Soviet industry produces in series the H)KP (N%hR) type pump.-
For pressures ranging from 12060 to 15000 kg/cm2, the Soviet
scientist L.P. Vereshchagin developed a continuous-operating
hydroco~ipressor. The works of foreign scientists, F.V. Bridgeman,
Card 1/2

-s~/-03C)/6L,)000/007/004,"004'-.'
1007/1207
High-pressure :~es'earch.
E. Lloyd, England, and P.R. Boyd, on high-pressure research and-
equipment are described, and the design of a new appartus for
pressures up to 170,000 kg/cm2' developed by Vereshchagin is out-
lined. 'With this apprn-cus, Vnreshchagin and co -%Yorkers developed
a new structural modification Of Si02, Sermed Stipoverit, charac-
fjerized by a much higher density than the natural mineral. There
are 2 figures.
Card 2/2

C A L', 11, T YC NO V , V . A- .
Forests and Forestry - Study and Teaching
Conference of the forestry department of Tomsk Universit," Les. khoz. 5, No. 7, 1952.
1952
9. Monthly List of Russian Accessions, Library of Congress, September -100M Unclassified.

GAUKTIONOV, V. D.
Kanal VolgaDon. L The VolgaDon Canalj. Hosk7a, Vodnyi transport, 1939.
54 p. illus., maps. DLC: HEI;66.V6G3
SO: Soviet Transportation and Communications, A Bibliw-rUhX. Library of Congress,
Reference Department, Washington, 1952, Unclassifiedg

AKHUTIN, A.K., doktor takhnicheakikh nauk, professor, inshener-polkovnik;
KADIR, YA.M., rediaktor; GAL&UINOV, V.D., redaktor; KAJACHZV, S.G.,
takhnicheakiy redaktor.
[Transformation of the rivers of the U.S.S.R.] Proobrazovanle rek
SSSR. Moskva, Voennoe isd-vo, Voennogo Ministerstva Sotuss, M,
1950. 88 p. [Microfilm] (KLPA 8:1)
(Rivers)

GAIAKTIONOV, V. F.
I'Vulga-Don Canal", a pamphlet in the German language prepared by V. B.
Galaktiono-~-., Chi6f Geologist on the canal; printed in moscow, 1953.
Cont,ains a pictorial account of information relevant to the canal construction,
the equ"Liment used in the construction, the type ships using the canal, the power
station of Minlyamskaya, the lock systen, used on t1le canal, and the operation
thereof. k fully automatic concrete factory is mentioned., a turbo generator
manufactured for the power plant in the Elektrosila plant in Leningrad and a group
of Len.ngrad scientists experimenting in a Lenl.nrrad factory in the laboratoiy for
high voltage current technique for long distance lines.
D 1~- IN 1-5-Y ~) -13 ,qf )-. 5 Y

GALAKTIONOV, V. D.
Volgo-Donskoi kanal. , no. 2 (12)
L The Volga-Don Canal. (Sovetskii Soiuz, 1951
p. 5-8, t1lus., map),
To be put in operation in spring of L952. The same article is also given in
the English edition of the periodical. DLC: Slavic unclass.
SO: Soviet Transj2ortation and Communications, A Bibuoaaphy. Library of Congress,
Reference Department, Washington. 1952, Unclassified.

GALAKTINOV, Vaailiy Dmitriyovich.
..... .
[Roi~.te to the ocean; the Lenin Volga,-Don Navigation Canal]
Doroga. na okean; o Volgo-Donskom sudokhodnom kanale imeni
V.I.Lanina. Moladaia gvardita, 1952. 78 p. (Microfilm]
(Volga-Don Canal) (MLRA 7:11)

GAIAKTIC'NOV, -VSILIY Dr"ITRIYEEVICH.
The V. I. Lenin Vol,- -Don _'.1-tip;Ing Canal.
a
House., 105.1
37 p. illus.
2 EU C'C-S FU I a
~bscov, For itm Llan. ag b ishin.
429N15
7r6.122
.G1

GAUKTIONOV, V.D., kandidat geologo-mineralogicheskikh nauk.
09
From the Northern Donsts River to the Donets Basin. Hauka i
zhizn' 22 no.1:4-6 J& 155. (HLBA 8:2)
(Donets Basin-Gawas)

GALUUIONCV,V.D., kandidat e;eologo-mineralogiche3kikh nauk
I---------
On the Volga, at Stalingrad. Nauka i zhizn' 22 no-7:4-6 Jl 155.
(MLRA 8:9)
(Stalingrad Hydroelectric Power Station)

lira" lilt Ituflagni
kWN'YLT, T.L.; BAUM, V.A.; EAUKGARTXU, N.K.; BRUZIN, V.D.; BIRYUK07, I.K.;
BIR7MOV, S.K.; BUKHIN, S.I.;,BOROVOT, G.A.; BULW, K.Z.; BURAKOV,
N.A.; V3RTSAYZAR, B.A,; VOVK, G.K.; VCWVJ, B.A.; VOSHCHININ. A,P.;
Imnd. tekhn. nauk; GAWIN, Te.K.; GILIDMIAT,
Tai.ll., kand. tekhn. muk; GIYZBUM, K..K.; GLIBOT, P.S.; GODIS. N.G.;
GOWACHW, T.N.; GRZHIB, B.T.; G1131M)V, LoYe, lmd, a,-I&a mank;
. I.Ta.; DARILOV. A.G.; DKITRIYU. I.G.; DKITRIYXWO,
Tul ; DOHMMOV, D.M.; DUBININO L.O.; DUNDUKOW, K.D.; ZHOLIK.
A.P.; ZIMMICH. DJ,; ZIXWW, 764T.; ZIMASKOV, S.T,; ZUBRIK, K.M.;
KA OV, 1.7.; KlffAZXV. S.N.; KUWAY117, N.M.; KOVARIVSKIT. T.T.;
KOSMO, V.P.; KOMISTOW. D.V.; KOSTROV, I.N.; KOTLYARSUY, D.M.;
KRIVSKIY, M.N.; ICUZHWSOV. A.Ya.; LAGARIKOV. N.I.; IOAWV, T.G.-,
LI131ACHU, V.P.; LOONOV, P.I.; KATSKATIGH, K.k.; XHLllTXM=O,
K.I.; )WMLITICH, I.R.; HIOAYIOV, A.V.. kand. takhn. nauk;
MUSIYWA. R.N.; NATANSOX, ~J.; NIKITIN. K.V.; OM, I.S.;
OGULINIK, G.R.; OSIPOV, A.D.; OSIMg N.A,; PJM(rr, V.I.; FMSMIN,
G.A., prof.; PlYAW&A, Yej.; HAMPUT, Ta.D.; RUIVY, N.P.;
ROZANOV, M.P., Imnd. biol. pauk; ROCIUMV, A.G.; RUB331CHIK. A.M.:
RIBMEUSKIT, V.S.; SADCHIKOV, A.V.; UMISTSOV, V.A.; SIMMO. P.M.;
SINYATSUTA, V.T.; SITAROVA. M.N ; SXNOVIKOT. K.S.; MVITSKIY.
Ye.A.; STOLUROV, B.P. [deceasedj; SUDZILOVSKIT, A.O.; SUTSOVA,
Te.D.. kand. takhn. nank; FILIPFSKIY. T.P.; KHALTURIN, A.D.;
TSISHWSKIY. P.M.; CHEREASOV, M.l.; CHEWSHN. A.A.; CHUSOVITIN,
N.A.; SHMOPAL, A.O.; SH901M, P.A.; SHISMIO, G.A.; SHCHMM,
I.S.; AWAL'. 7.F.; UKOBSON, A.G.; TAKUB07, P.A., AMKHMJLISKIY,
(Continued on next oard)

ANDON YH7, V. L.... (contimled) Card 2.
Ye.A., retsenzent, red.; AKHIJTIN, A.H., reteenzent, red., RITA
U. S. , reteenzeni, red.; BARLBANOV, V.A., retsenzent, red.; BATUM,
Y
P.D.: retsenzent, red.'-, BORODIN, P.V., kand. tekhn. nauk, retsenzent,
red.; VALUTEKIY, I.I., kaud, tekhn.*uauk, retsenzeut, red.;
GRMMI7HV..V-M-. 'kand. tekhn. Uauk, reteenzent, red.; GUBIN, N.Y.,
retoonzent, red.; GUDAYIff. I.I., retsonsent, red.; YMOLOT. A.L.
Imind. toldm. nauk, reteenzent, red.; KARAUlOV, B.F., rietsenzent,
red'; KRITSKIY,'S.11., doktor tokhn' mauk, retoeinzent, red.; LICIN.
V.V.: retsenzent, red.; LIUKIN, V.V.' retsen2ent' red.; WSKIN. Z.D..
reteenzee., red.; XkTRIROSOT, A.Kh., retsenzent, red.; MENIWAY117,
D.M.0 retsenzent, red.; 9023LI, M.P., doktor tekhn. uauk, retsenzent,
red.; aBRMOV, S.S., retsenzent,' red.; PBMSIEWI, P.N., retsenzent,
red.; POLTAKOV, L.M.. reiteenzent, re'd.; RUMYANTSIIV. A.M., retsonzent,
red.- RYABCHIKOV, Ye.I., retBensent, red.; ST&SWOV, N.G., reteen-
sent: red ; TAXANVIV, P.P., retsenzent, red.; TAM30VSKIY. S.V I
prof', do~;or tekhn. naiak,'retaenzent, rod.: TT77M 1, R.R.. ret;en-
sent: red.; PADORW, Ye.M., retsenzent, red.; SHWYAKOV, M.N.,
retsenzent, red.; SHM&KOV, X.I., retsenzeut, red.; ZHUK, S.Ta.
[deceased], akademik,'glavnyy red.; RUSSO, G.A., Imud. tokhn. nauk,
red ; FILIMONOV, N.A., red.; VOIKOV, L.W., red.; GRISHIT, M.K., red.;
i~aill, V,D,, prof., doktor tekhn. nauk, red.; KOSTROV, I.N., red.;
LIKHACHW, V.P., red.; MEDV3DEV, V.M., kand. tekhn. nauk. red.;
MIOAYWY. A.V., kand. tekhn. nauk. red.; FATROV. G.D., red.; RAZIN,
N.V., red.; SOBOLEV, V.P., red.; FMIGIR, B.P., red.; FRZYGOM.
(Continued on next card)

ANDONOYEV, V.L.... (continued) Card 3.
Ye.F., red.; TSYPLAKOV, V.D. [deceased], red.; KORA3LINOV. P.N.,
tekhn. red.; GIMIN, Ye.M., tekhn. rail.; KAGHIEWSM, N.V., tekhn.
red.
[Volga-Don; technical accoi~nt of the construction of the V.I. Ienin
Volga-Don Navigation Canal, the TSimlyansk Wdroelectric Center,
and irrigation systems] Volgo-Don; teldinicheskii otchet o stroitell-
stve Volgo-Donske-go sudokbodnogo kama:La imeni V.I. Unina, TSim-
lianekogo gidroutla i orositellnykh eooruzhenii, 1919-1952; V Piati
tomakh. Moskva, Cos. energ. lzd-vo. Vol.l. [General structural
descriptions] Gbohchee opisanie soomshenii. Glav. red. S.I&. Zhuk.
Red. toms M.M. Grishin. 1957. 319 P. Vol.2. [Organization of con-
struction. SPOCiELliZed operations in hydraulic enginoering] Orga~
nizatsiia, stroitellstm'n. Spetsiallnye gidrotakhnicheskie raboty.
(Gent1m.,ed on next card)

ANDONIM, V.L.... (contimied) Card 4.
Glav. red. S.IA., Zhuk. Red. toma I.H. Kostrov. 1958. 319 P.
I OGHA 11:9)
1. Rwaia (1923-- - U.S.S.R.) Ministerstva olektrostantaii. Dymro,
tekhnichookogo otcheta o stroitellet-re Tolgo-Dona. 2. Chlen-kor-
respondent Mmdemii nauk SSSR (for Akhutin). 3. Daystvitellzv7'
chlen Akademii t3troitelletva i arkhitektnry SSSR (for Grishin,
Razin).
(Tol,,m,a Don Canal-Hydraulic engineering)

KOGAN, Yakov Llvovicht kand.geol.-mineral.naukj q&LUTIONOV9 V.D.9 kand.geol.-
mineral.naukt nauchnyy red,,; MARIYANSKXY, YO*S.,, inzh.p retsenzent;
DMUKOVp M.D.9 b3shri reteensentj WV]ffSKIY, Ye.S.j, insh., retsenzent;
DVOUINg L.M. 9 tekbn,,red.
[Unit for performing shear tests on BoUsl Ustanovka dlin ispytanii
6MMtbT Zia advig. Moskva,, 1959. 29, p. (Mu~cow. Vgeg*juzqyj proektno-
iWakatel.lskii i rianobno-iseledovatel.liskU institut 961droproaktu
imeni S.IA.Zhuk. 1ekbuicbeokoe soobshcheniev no.6). WMA 13312)
($oil neohanics) (f6sting-machlnes)

FEDOROV, L.T., kand.tekhn.neuk; LEONTIYEVSKIYO B.B.; GILIMBUT, Ya.D.,
ksnd.tekhn.na-%k; KORENISTOV, D.Y.; ROSSINSKIr, K.I., kand.tekhn.
nauk; KUZIMIN, I.A., kand.takhn.nauk; K011DUTSKAYA, A.A., inzh.;
IiISAR-KUKHAKEDOVA, G.N., inzh.; FANOVA, G.M., iiazh.; ROZONSTVKNSKIT,
G.L.. insh.; SIMIKOLENOV, A.S., iuzh.; TSMVSKIT, S.V., inzh.;
ZEUKOVA. K.F., inzh.; GRISHIN, M.K., retsenzent; KRITSKIT, S.N.,
doktor takhn.nauk, red.; MMCMI , M.P. , doktor te1dxn.naukg red.;
DATARICKa- T.D., kand.geol.-min.nauk, red.; ZAVALISfIN, I.S., inah..
red.; KALTSM, N.A., in2h., red.; KLMAYLOV, A.V., doktor tekhn.
nauk, red.; PSTROV, G.D., inzh., red.; RAPOPORT, Ta.D., red.; RUSSO.
G.A., kand.tekhn.nauk, glavnyy red.; WASTITANOV, V.L. inzh., red.;
TITOV, S.V., in2h., red.; TISTROVA, O.N.. red.; LARIONOV, G.Te.,
takhn.red.
[Hydrology and water economy of the Volga-Don] Gidrologiia i vodnoe
knoziaistvo Volgo-Dons. Pod red. S.N.Kritskogo i M.F.Mankelia,
Moskva, Gos.energ.lzd-vo, 1960. 146 p. (MIRA 13:11)
1. Moscow. Vaesoyasnyy proyektao-izynkatel'skly i nauchno-isaledo-
vatellskiy institut *Gidroproyekt" inxini S.Ta.Zhuk. 2. Deystvitell-
nyy chlen Akademii stroitellstva i arlihitnktury SSSR (for Grishin).
(Don River--WBter resources development)

GALAXTIONOV, V.D., kand.geol.-miner.nauk
Alluvium as foundation for hydraulic structures. Trudy Gidroproekta
3:7-62 16o. (MIRA 13:7)
1. Otdel inzhenernoy geologil Vsesoyuznogo proyektuo-isynkatelf-
skogo i nauchno-isoledovatellskogo institute. PGidroproyekto imeni
S.Ya.Zhuka.
(Soil mechanics)
(Alluvium)
(fVdraulic engineering)

GALAXTIONOVO V.-D.
W; Improve economic indices. Zhil.-kom.khoz. 10 no.l:
1 _20 V90. (NIRA 13:5)
1. Direktor elektrovatl, geXurgulle
(Kurgan--Blectric power distribution)

GALAKTIONOV, V., inzh.; SERGEYEV, N., inzh.
New type of dredger for the Amu Darya. Rech. tranop. 22 no.2:
29-31 F 163. (MIRA 16:5)
(Amu Darya River-Dredging machlnery)
r,
I.

L 23411-66 EWT (d)/EWP (c)/EWP iv)/T/E-,d P (k)/ET- P (1 )/ETC (m)-6
ACC N1. AP6004141 SOM= CODE: UR/0125/66/000/001/0069/0072
AUTHOR: Baran, To. S.; Calaktionov, V. 1.
ORG: Mosrentgan Plant
TITLE: Vray *!2aratua for detecting flaws In welded joints
SOURCM. 4vtoodiftbaskaya. avarka, no. I' i966," 69-72.
1OPIC TAGS:. z~ray detection, x ray apparstuss flawidetecti6n, ste4ill aluftinulh~'
10taliurgic tbstin_g'~machine/ !!UP-k
x ray, flow detector
Lb
~O
luTiL Ile two types of portable industrial x-o'rsy apparatus, the
Am. a authors descK
RUP-120- and the RUP-200-5 urrently,manufactured by the Mosrentgen Moac W. XA
qu p"p t Plant ----- F_ thei 10,gthe 'ay 0/
I as we I as their new, improved versions liUP-156- RUP-15
9
01300-10*Fand the RUP-400-5, whose oerial production at this plant ia~scheduled to begin
in 1966. Apparatus of this kind Is designed for the radioscopic examination of'rel-
atively inaccessible areas of weldments and structural eleme~is in shops, hangfre,
shipyards and an construction siftes as'well an under field conditions in the presence
of an ambient air temperature of from -10 to +35*C and relative humidity of up to
80%. The various designs of this apparatus generally have in Icommon the following
parts: 1. X-ray and transformer unit represented by an oil-filled tank containing a
Card 1/2 UDC-. 658.58:620.179.

I JillM
USSP"Iraectricity FD-1115
card i/1 Pub. 41-9/13
Author : Stekol'nikov, I. S., and Galaktionov, V. I., Moscow
Title : A study of the characteristics of a long spark, III. Channel stage
of spark in the "rod -- rod on surface" gap.
Periodical : Izv. AN SSSR. Otd. tekh. nauk 5, 105-118, May 1954
Abstract : Presents results of systematic study of Yarious parameters of the
channel stage of a spark discharge in a "rod -- rod on plane gap
from 100 to 400 cm long. Examines speed of the leader heads at the
moment of their approach by using electrooptical shutter. Reveals
transitional stage from leader to main channel by means of oscillo-
grams of current which are synchronous with photos of the leaders.
Photographs, diagrams, graphs. Three references.
Institution :
Submitted : April 19. 1954

~x n t- R < Vk C), ~ C, kjj V - 1 ,
SMOLINIXOT. 1.S.; GALLITIONOT, T,1,
I
Reatrio potentl#ls In long-~pan cables struck bjv lightning
and the selection of minisium Ustances between the sv~ppor-
t1mg cable and the aeadmating wire. Isv. Al BMU Ott. tskh.
nank no. 9*'-O-~34,5 054. (KMA M)
(11160trIC lines-Overhead)(Lightning)

RAMZES, B.Ya.; NISNEVICH, bf.-L.; GAL (T_TOffD3E,_Y_T_, inzh., retsenzent;
BOGOSLOVSKIY, V.A., inzh., nauchn. red.; KOMAROVSKAYA, L.A.,
tokhn. red.
[Quality control of crushed stone, gravel, and sand for build-
ing work) Kontroll kachestva shchebnia graviia i peska dlia
stroitelinykh rabot. Moskva, Gosstrojjzdat, 1963. 191 P.
(MIRA 16:7)
(Sand and gravel industry-Quality control)
(Stone, qrushed)

GAIAKTIONOV, V.I., inzh.
Causes of increased vater requirement of mortars and concretes
containing fine sand, BetA zhel.-bet. 9 no.5%224 My 163.
(MIRA 16:6)
(mortar) (Concrete)

BEREZIN, D.V., inzh.; GAULKTIO~'103~./..I., inzh.
Influence of the forms of agg--Rgates upon the strength of
concretes and mortars. Stroi.. mat. 9 no,7:15-17 J1 163.
(MM 16:11)

BARAN., Ye.3,; GALAKTIONOV, V.I.
.- ... -- - I -
~ 11
X-ray units for industrial flaw dot-action.
Gos.nnuch.-issl.inst.nauch. i tekh,inform.
(Noneestructive testinfr)
(X-Rays-r-iidustrial applications)
Biul-tekh.-ekon. inform.
16 no-5:24-28163.
(MIRA 16:7)

ANT1PASHINY N.M,, inzh.; GALAKTIONOV, V.I., inzh.; YESHCHENKO, T.I.,
inzh.; YAKUNICREV, V.I., inzh.; YAKONYUK, N.S., inzh.;
LENEKHOV., V.N., kand. tekhn. nauk
Preparation of fine natural sand. Stroi. mat. 10 no.l;
25-26 Ja'64. (MIRA 17:5)

KURCHENKO, L.N.;. GAIAKTIONOV, Ye.A.
. ............
Helmint6 of.Wdrine x1odents in some districts of Sverdlovsk Pr'ovince.
Uch.zatjUrGU no.31:96-107 !59. (MIM 14:5)
verdlovsk Province-Wormap Intestinaland, parasitic)
(Paranites-Roaentia)

UJAKTIONOV, Yu.I.
Analyzing static stability of complex power systems. Izv.
AN Arm. SSR. Ser. tekh. nauk 18 no* 2:16-25 165.
(M,IRA 18:12)
1. Vsesoyuznyy nauchno-issledovatellskiy institut elektro-
energetiki. Submitted Septemb,--r 19, 1964.

L 10654-63,
EWT(m)/BDS--ESD-3--R~j
ACCESSION NR: AP3001217
S/0078/63/008/906/1395/13'99~
AUTHOR: Galaktionov, Yu. P.; Arstakhov,L.V..
TITLEt Spectrophotome!rr~iaM udy of.: samarilun (III) -and e~ropl !'(III
with diethylenetriaminepentaacatic acid
SOURCE: Zhurnal neorganicheskoy khimii,'v. 8, no. 6, 1963, 1305-1-399,
TOPIC TAGS: triv4ent Sm, Eu, spectrophotometry, acidulation-constant instability
constant
ABSTRACT: The.complexing of'trivalent.Sm and'Eu in aqueous solu~~ons~wiWdi6thy-
studied- comp'.10kes are'Nmed:
lenetriamine pent-aacetic acid was . the follo" ~il
Me sub 2 X sup + (PH 0.9-1.3); Me H X sup.1 (only for Sm ;, and Me I sup ~r (PH
1.3-1.9). Acidulation and instability constants were determined for the'd'omplexes.
Orig. art. has: 10 figures, 1 table, 6 equations.
ASSOCIATION: Moskovskiy institut tonkoy khimicheskoy tekhnol:o0i im. M,iV. Ldmono-,
sova (Moscow Institute of Fine Chemical Technology)
susaTTED: 3ooot62 DATE ACQD: o1ju163 ENCL: 00
Card
-----------------------------

GALAKTIONOVY Yu.P.; ASTARBOV, K.V.
Spectrophotometry of the complexes of rare-earth elements
with diethy:Lenetriaminspentaacetic acid. Zhur. neorg. khim.
8 no.11:2493-2497 N 163.
Spectrophotometr7 of the complexes in the system neodymium
(111) - hexamethylonediaminetetraacetic acid - acetic acid
water. Ibid..62498-2506 (MIRA 17:1)
1. Moskovskiy institut tonkoy khimicheskoy teklinologii
imeni Lomonosova.

1iI',N*,,,;9Fif4 MrSHIRM 11.11. ?11111 W.F.WfIf U11 19i 411 HAR-1:141 F1 11 1111MMIMM IMUM1111fiVifiYujillgil
L 169?2~&3
EWT(M)/BDS ESD-3 RM
S/076 lie" 71! 7
/153/037/004/012,1029:.
AUTHM Galaktionov, Yu. P. p, Lidin, Re A., ~.Astakhov,~ K'. V.:
3TM75TF-a7pic investigation of'~omplex formatin at,ween europlum
TITLE: Po n b
and ethylenediaminetetraacetic 'acid
PERIODICAL: Zhurnal fizicheskoy.khimii, V_,37, No. 4, 1963) 829L_834!:
TEXT: The reaction of the complex formation of europium and eu#opium.
(II) with ethylenediaminetetraaceti---acid in an acid medium'(pH 4.0),is studied
polarographically. The-half-wave:reduction potential of th6 com-olex Eu~(Iil) Y_:
is found to be -0.975 volts (Sat. cal. el.). The non-stability Constant of:the
complex Eu (III) Y- (pKLfir)r ~ 17.03) which is obtained::polarographically with
the help of Schwarzenbach s method is valid for 20 degrees and an.ionic strength-,
ofAt = 0.1 (Li2SO4). The polarographic diffusion constants of hArated eur6pium~
(III) and europium (II) ions are equal respectively to 6.0 10-:6- and 8.9.~ '10-6
5.1
cm2 - see-1. -71he instability constant of the complex of diValen 't europium with
ethylenediaminetetraacetic acid is determined for the first'.time. 1ts value~:at
20 degrees and an ionic strength ofAL = 0.1 (Li2SO4) is found to be 1.32 - 10-12:
and pKEU(II)y2- = 11.88, There are 4 tables and 1 graph. The most, important
Eaglish-language reference reads as follows: E. J. Wbeelwright):F., H..Spedding,,
Card 1/2

A=_RR_%TV6003643 SOURCE CODE: UR/0078/65/0101010/2386/2389
3,5
AUTHOR: ,Galaktion2n Yu. P.; Astakhov, K, V.; Zhirnova.L N. Me
ORG: Moscow Institute of Fine Chemical Technol~AX;im.iMp V, Lom 6no4ov.
(Moskovskiy inatitut tonkolr kh1m cheakoy FWKG_odogrfr~
TITLE: Complexing of neodrmium.(III) with ethyXentdiaminetetraucetic
acid in aqueous solutions
ky khimii, v. 10, no... 10.' 19650 2386-2388
-SOURCE: Zburnal neorganichesk
TOPIC TAGS: comElex olecii-lev neodymium compound,'I specIt.rophotometric
analysis
ABSTRACT: Complexing between Nd3* and EDTA was studied~, with an' sr-~
spectrophotometer, and the pH was measured with:aiLP-'5.8'potentio'meter
with glass and calomel-electrodes. From the absorptioi spectra' -b..f neo-
dymium perchlorate in the presence and absence of;EDTAJ and also!fr6m
a study of the absorption spectra of a series of4olutions with:a co'n-.
stW ratio of NO to EDTA b ,ut changing pH values~,, it.is concluded',tha,"
NO forms a complex of a Single composition with EDTA. The for'iiation
of this complelElstarts at jpH 1.2 and ends at pH 2.:4. Between pH:2.4,
and pH 10, no change was observed in the optical d.ensiiy in the'series
UDC: 546.657~.*. 541.49
1/2
Card

ACC NRs AP6003643
of solutions (PH values above 10 were not used). The maximum on them
diagram of the isomolar series (at PH 3.5) shows that a~complex of 1';l
composition is formed. On the basis of these data~ the-reaction 'of com.
plex formation at PH 1.2-2.4 i's represented by,the..'generial.equation
+ nH+.
me++ He-my' Mello-m-%y"
where n was found to have two values: n 2 (pH 1:!2-16:0)'and n 3
(PH 1.8-2.4). Considering the predominant forms of;~disiociationbf
EDTA in those PH intervals, the complex formationjo represented a
follows:
Met.+ + HtY UeH:Y+ + 2H+
(PH 1,2-t,B) and' (la
M(13+ + 113y- - Mey- + 311+
.(pit 1,8-2,4).
Acidolysis constants were calculated for reactions.'U*a)~and (lb)' 'an&
dissociation constants were determined for the complexesformed hy tbese,'
reactions. Orig. art. has: 4 figures, 1 table.
SUB CODE: 07/ SUBM DATE: ~23Jan65/ ORIG REF~:. 004/ OTH..REF.-J!0:03
2
C /2
ard

L 45576-66 EWT m)/EWP(j)j/EV1P WETI IJP(4-) JD/JG/RM
AP6027189 18V
ACC NR, SOURCE CODES UR/0078166/olf/666 i81V
'-AUTHORS Galaktionavp Yu. P.; Astakhoyp K. V
ORGI Moscow Institute of Fine Chemical TechnologX im. K. V. Lmnonavoy (Moskovskiy Ir
stitut tonk*7 kh1zich9skoy tokhnologii)
TITIS& CoWlexing of samarium (111) and europium (III).with acetic acid In aqueous
solution . . All
SOURCES Zhurnal neorganicheskoy khimiig v. 119-n6. 89 19661 1813-1816
TOPIC TAGS1 samarlum compoundp wwropium compoundp acetic acid
ABSTRACT9 The complexing of Sm3+and Eu3+ ions with acetic acid (me) in aqueous solu-
tion was studied spectrophotometric,-Ily in order to determine the composition of th*-
acetate complexes formed at a constant MeNc ratio as a function of the PH. It was,
found that at an HAc concentration of 0.1 mole/l (9~9/cHm = 1:33)j, at least three ,
COMDlexesla" formed in the solutions 149A02+, M9Ac2 , and XeAc3(for both samarium and
europium). The limits of PH values atwhich the complexe's predominate were found:
MeAcz+ predominates in the PH range of 3.5-3.8 (for Sm) and 3-3.7 (for Eu); M9Ao2+' at
3-8-4-3 (Sm) and 3.7-3 .9 (Ea); M*Ac I at PH > 4.3 (for Sm) and > 3.9 (for EV). The
acidolysis and dissociation constan a of these complexes were determined. Orig. art.
2
has$ 3 figures and 2 tables.
SUB CODE$ 07/ SUBM DAT91 1,10A64/ ORIG REFS 0051 OTH REFS 005
UDC1 547.2921165.9-3 .29vi66.
,ard
J-

SOURCE CODE: tM/3138/65/000/3NT3
AUTHOR: Bayatyan, G. L,; Galaktionov, yu. V.; Zeltdovich., 0. Ya.; Landeberg, L. -,G
ORG: &yatyanj institute of Physics GX1AE, Yerevan (Institat fiziki GUM,
Yerevan)
T=LE: Iarge scintillation counters and couaters for operation in magnetic fields
SOURCE: USS. Gosudsistvennyy konit'et po, ispol I zov"iyu atomnoy energii. Institut
teoreticheskoy i eksperimentallnoy fiziki. Doklady,,no. 373, 1965- Bol'shiye
stsintillyatsionwn.e schetchiki i schetchiki dlya, raboty v magnitnykh polyakh, 1-16
TOPIC TAGS: scintillation counter
photomaltiplier,.,mapetic field, light wave
ABSTRACT: Large scintillating counters aad long light guides are essential for work--
in the area of strong magnetic fields. The authors have tested a variety of such
counters in their experiments. The counters differed in shape and size of the
crystals and length of light guides. In the case of each counter the authors de-
termined the dependence of its effectiveness on the voltage of the photomultiplier
and, in some cases,, on the area of Dassage of particles through the scintillator.
Measurements vere conducted by studyLag cosmic rays and - .a beam gei~erated
by the ITEF accelerator under high load conditions.' The signals from the counters
entered the high-speed coincidence cirtuits. The resolution period of the circuits

ACC NR, AT6oo16_oo
was 10-15 n see. From the outputs of these circuits the standard signals proceeded-tc
a slow coincidence circuit, which had a resolution of 10-7 see. and an effectiveness
of 100%.. The experiments were conducted with large dimension counters).counters
operating in strong magnetic fields,-and counters with magnetic field compensation.
Measurements of the arnplitude-slectrum of signals from the multipliers, taken with the
magnetic field turned on and offp have shown that the activati6a of ihe magnetic field
results only in an insignificant, shift of the spectrum toward lower amplitudes OY 15-
20%). The authors thank V. A. I~Yubimova for her useful evaluations and Yu. V,
Devyatikh, E. A. Strellnikov, ard V. D. Tarasova for their participation in the
measurements. Orig. art. ]um: I formula, 2 tablesj, and 7 figuxess
SO CODIC: 18.' SM DATS: 26,Aj265/ ORIG MW: 003/ OM MW: 000
Card 2/2

85706
BOo6/BO70
AUTHORS: Allkhan A~l I., Galaktionov Yu. V..,_Gorodko7, Yu. V..;
_ __ L_2v.Z__ i - -
X24,iseyev, G. P.,, Ly-ubimov, V. A.
TITLE: Measurement of the Chirality of the p-.Meac-L
PERIODICAL: Zhurnal eksperlmentallnoy i taoreticheakoy fi.z-,kj, 1960,
Vol. 36, No. 61 pp. 1918 - '4920
TEXT: The muon chirality was measured by thR authors Df the present
"Letter to the Editcr" by a method described in Ref.l. The method is
based on the measurement of the scattering zross ssotions of polarized
muons from polarized electrons. This cross se,~tion dependa -;n the mutual
- of f I
orientation he spins of the ocIliding particles. An ~-ndependent mea
surement of the number of 5 showers was made ` ~,h-.~ showers being released
by cosmic muons in magnetized iron and consisting of two or more par-
ticles. The experimental arrangement is shown in a Fig. and described in
the text. About 500 muons pass through the apparatis every minute, one or
two of these produce showers with m=~-3. Up to now 116~000 showers with
m~t3 have been recorded. The energies of the shower-producing muons were
S/056/60/038/006/049/049/XX
Card 1/3

85706
Measurement of the Chirali';y of the g--Meson 5/05 6o/o3a/006/049/049/XX
B006YB070
between 3 and 6.5 Bev. The following results were obtained from the. ex...
periments: For p4 mesons, -the difference in the number of showers for two
different directions of the current in thr- winding of the #-,riangle (Fig,)
gives the effect, a+ ~ -007 1 0-41F (s - (N,_'_N_)AN,.N.')); for ~- mesons,
a - +0.82 + 0.42. For boM:k signs of the sharges of the mu,on the effect.
ig given by s, = 0.58 v 0.29. Thc- theoreti~.al value for a 5()% poiar--za-,
tion of the muon is 0.6. The sign of the effe,-t corresponds tr, weak V-A
interaction, (according to -which the spin of the muon is diretoted opposile
to its momenium), that is, to a left-hand c~hirality of th v meson. The
probability for the effe-;~; to be zero or negafiv,~ 1v ~~--10 2. The experi-
ments are being continued to improve the statistL..,.al. 6.couracy. There are
1 figure and 2 Soviet referen,,-es.
ASSOCIATION: Institut teoreticheskuy i eksper'Amentallnoy fiziki Akademii
nauk SSSR (Institute. of Theoretical and Ex2erimental
Physi3s of the Academy of Sciences USSR
SUBMITTED: April 29, !960
Card 2/3

S/05 6o/o3a/oo6/049/C,1!,,/~.",,.
B006YB070
Legend to the Fig.:
I, II, III - hodoscope counters
for the determination of the
muon trajectories; S - counter
series for shower recording;
A - iron -0~-oke of the permanent
magnet for the determination of
the sign of the muons ftbm, their
deviation in the magnetic field;
iron core of the electro-
magnet with triangular cross
6ection in which the muo'ns
produce showers; the field in-
duced in B attains 14,4bo gauss.

L 45992-66 EWT11)/EWT(M)/T Ijp(c) WN
1 XZC _NR: AP6030128 SOURCE CODE; UR1012016610007004100
AUTHOR: Bayatyan, G. L.; Galaktiq!~gy,_Tik, V.; Zeltdovich, 0. Ya.; Landsberg, L. 0.
ORG_: [Bayatyan] Institute of Physics GKAE, Yerevan (I stitut fiziki GKAE);
Institute of Theoretical and ~bcperimental Physics GKAE, Moscow (Institut
teoreticheskoy i eksperimentallnoy fiziki GKAE)
TITLE: Large scintillation counters t%nd counters intended for operation in magnetic
fields
SWRCE; Pribory i tekhnika eksperimenta, no. 4, 1966, 56-59
TOPIC TAGS:scintillation counter, particle counter
ABSTRACT: The results are reported of testing (a) large (up to 700 x 350 x 15 mm)
scintillation counters with one photomultiplier and (b) long-lightguide counters
capable of operating in strong magnetic fields.'The large counters with 190--250-mml*
lightpipes were illuminated by a gamma~ beam from CS.137; the irregularity of light
collection was found to be 40~ or less. The effect of the scintillation-crystal
shape on the efficiency of paxticle recording was also explored. In the second type:
of counters, the ambient magnetic field was eliminated by either a compensating
magnetic field derived from a special solenoid or by using lightguides long enough
(1500--1800 mm) for locating the photomultiplier in a (50--100-oe) region perzmitti4
Card 1/2 UDC: 939.1.074.3

L 45992-66
ACC NR: AP6030128
application of magnetostatic shields. In one case of magnetic compensation, the
counter operated with an efficiency of 0.997. "In conclusion, the authors wish
thank V. A. Lyubimov for usefxLl discussions and graduate students Yu. V. Devyaty-
Ye. -A. Strelinikov, and V. D. Tarasov for their part in measuremenUs_.11 Orig. art.-
has: 4 figures, I formula, and 2 tables. JQ_
71 -
SUB CODE - / 9 SUBM DATE: 12Aug65 ORIG REF: 004 ATD PRESS,: ~6'8-7
Card 212 pb

L 65207-65
o
l
~7-
~SUBMITTED: 02JUnSS

NO REP--Sov:z
.000

fl

:
;
jj
is

i~b

rk
r4.
.

14439-66 EWT(K)/i zjp(,O)
NR: AT6002501 SOURCE CODE: UR/3238/65/000/372/0001/0008i,
.AUTHOR: GalAtionowL Yu. V.; lanftbe!j, Le G.; Pyubimovq V.~
ORG: none
TITLE: Efficiency of scintillction counters in registration of neutrons with a
momentum of several bev/c
SOURCE: USSRi Gosudaretvemyy.komitat polspollzovaniyu atemnoy *nergii. Instwit 1
teoreticheskoy i eksperimental"noy hzLki. Dokledy, no. 3~2:,: 1965~1* Issledoviniiye~ ? I
effektivnosti registratsii neyltronoy a impullsom*neskollko Bev/c stsintillystsioiny-'.
mi schetchikazi, 1-8
TOPIC.TAGS: scintillation cow2ter, neutron detector, pion scattering, neutri6n
scattering
ABSTRACT: The authors studied the efficiency-of scintillation counters for regis-
tration of neutrons. The neutrons were produced by plon-neutron,scatterinj 'at
angles of 120-1800 from a target of heavy or ordinary water located within icylin-
drical spark chamber. The counter signal produced by forward scattered neutrons was
Card 1/2

L 14439-66
.0 NR: AT6002501
cc
A
recorded on an oscillogr~ph while the chamber was simultaneously p .hotographed. The:
efficiency of neutron registration was determined by using the photographs to, 'Sort'
out backward scattering events. Two-types of scintillation counters were studied.
In the first type) a block of scintillating plastic was used for registration of
neutrons. The scintillator had a thickness of 280 mm on the path of the neutron.
Neutrons were recorded at angles of 1120 from the axis of the~counter. The effi-
ciency of,this type of counter vA-as found to be 0.5810.07 for a neutron moment um of.
2.1 bev using data for a heavy vater target. The second type of neutron recorder
was made up of three thin (15 mm) scintillation counters with~iron plates 6 cm:thick.
in front of each of them. A separate photomultiplier was used for 'scanning each
scintillation counter. This type of counter has an efficiency of 0.51 1 0.061for
a neutron momentum of 3.0 bev/c. -The authors are grateful to~G.- A.. aty , 0.
Ya. Zelldovich and H. N. Luzhetskiy for assistance with the asurements. We are
also grateful to M. Ya. Balats for discussing a nimeer of ideas in S:etting up the
experiment. Orig. art. has: 1 figure, 3 tables.
SUB CODE: 18/ SUBM DATE: 21Ju165/ ORIG REF: 001/ OTH~REF: 00V
Card 2/2

L 30993-66 -v.1-71(M)/T
ACC NR: AT6002498 SOURCE CODE: UR/3138/65/000/350/001/0012
AUTHOR: Alikhanov, A. I.; B~Xatyan, G. L.; Brakhman.-E. V. P.;
-; Eliseev, G.-
Galaktionov, Yu. V.; Landsbe!j, L. G.; Lyubimov, V. A.; Sidorov, L. V.; Zeldovich,
O.-Td-.-; Yetch, F.
ORG: none
TITLE: w - meson-neutron elastic backward scattering at 1.4-4.0 bev/c
SOURCE: USSR. Gosudarstvennyy komitet po ispol'zovaniyu atomnoy energii. Institut
teoreticheskoy i eksperimentallnoy fiziki. Doklady, no. 350, 1965. Pi sup minus-
meson-neutron elastic backward scattering at 1.4-4.0 Bev/c, 1-12
TOPIC TAGS: pion scattering, neutron scattering, elastic scattering, scattering
cross section, angular distribution, spark chamber
ABSTRACT: The auth?~j study the elastic backward acalle)Z Wreaction
w + n 4 w + n I
in the 1.38-4.05 bev/c range. A spark chamber %=--~ used with photographic and neu-
tron counter registration. The experimental installation was highly efficient in
Card 1/2

t 30993-66
ACC NR: AT6002498
recording y-quantum from n0-decays, and the admixture of inelastic events
w- + n -* 7r- + n + Xwo+-
in the 1700 cases of the elastic backward scattering reactions which were selected
for study was no more than 2%. The solid angles for these cases were measured and
the absolute cross sections were determined. Tables are given showing the cross
section an = cy D20 - 'H2 0 and R = OH20/OD2 0 as functions of energy. The total error
in calculation of these cross sections due to necessary corrections for pion-pion
and pion-neutron scattering in the ambient medium, electronic efficiency, beam com-
Eosition and the shielding effect of nucleons in the deuterium was 25%. Data for
an and scan> as functions of energy show some irregularity in the 2-3 bev region
which may be due to resonance. Measurements of angular distribution for pion-neu-
tron scattering show a minimum in the 162-1800 region. The momentum transfer func-
tion is used as a basis for calculating the width of this minimum. A comparison of
the experimental data obtained in this paper with those in the literature shows
that the cross section duldo is approximately inversely proportional to energy when
the momentum transfer is constant. Orig. art. has: 4 figures, 2 tables.
SUB CODE: 20/ SUBM DATE: 00/ ORIG REF:* 000/ OTH REF: 009
Card 2/2

GBKALGV) KJoy kand, aellvkokhoz~ nauk, GALAKTIONOVA, A.A.
........ . .I;, -
Dosage and methods for the admixture of mineral components
In the commercial production of peat-mineral-ammonim ferti-
liters. Trudy VNIITP no.18338-54 161. (MIRA 17t 1)
1-

couvaRx U15SH
CATEGORY Cultivated Plants. M
Grains. Leg=e3. Tropinal Cereals.
APS, JOLM. Kh9iol.,- Vo, 31 1959, No. 10917
AUT'iOR rv.LlAtionova' A- M.
73T. L-istituto of the South
TITLE On the SelectIon of the Varieties azd Hybrids of Corn.
ORIG. PLM. S. kh. Povolzhtya, 1958, No- 4, 47-49.
RE T PA G Racalts of t~ia trial (1955 1956) of oorici varieties and by-
brLds of lo-ml mncl southern origla on the fialds of the
Scientific Rd-s3aroh Agrioulturza Institute of the South-
sast, Ponzenskaya, Kuybyshavakaya, agriaultural experiwnt-
al station, and Kinaltskaya m"L Kamyshinska~-- breeding
stations. With rasp-eat to the yield of drf weight corn,
the first plaaaa in the nort.4ezu and northwestern oblasts
were taken by the faat,-~buring varietieit VM-OnOxhakaya
76 9-nd hybrid Bazsaah-L*skiy (32-49 centnars/ha). In the
aanlrall oblasts of the zone, hIgh yields (-19 centners/ha)
were obtAdned from the mid-season and late maturing Vari-
CARD: 1/2
CATI-r-iop,y
A Bc. , TOLR
1959, 'To. 1.09.1-1
AUTHOR
TITL-z
ORT0. PUT3.
A B S T 9 ACT aties Md bybrid" auko'rizlsk'y 1) V':R 42j, Minn8acta 13;
in the "Ore 80'ztherly region, fxVM KmmodarskVa 1/49.
I.- F. Kh'76tova
CARD: 2/2
. .... .........-

GALAKTIONOVA, A. M.
How to obtain high yields of millet Moskva, Goo. izd-vo selkhoz lit-ry, 1954. 30 p.

.-1 i!f!;:Fv :-it ;It, 1"i ~ Z!I- 'I I I ~ I - - ~ 4" ~ - , ,
. .1 .."1, 11 ;11- 4 IF:11: ! -, - -
GALAXTIONIOVA, A.1%
3534, GALAKTIONOVA, A.M. KukurU2a V Povolzhlo. Saratov, En 12d., 1954
32s. a ill. 20am. 2,0009kz. 40k--(54-57334) P 633.15 (47.8)
SO: Knizhnaya Latopial, Vol. 3, 1955

, ~1 It 11 41 i -1,1 ..; -I i: i i ;.; -
SHPICHINETSKIY, Ye.S.; ROGELIBERG, I.L.; LUZENBMG, A.A.; GOLOMOLZINA, Yu.A.
AGAFONOV, A.K.; Frinimali uchautiye. MOROV, V.M.; GALAKTIONOVA,
GjA.~GAVRILOVA, N.G.; SAMSONOV) I.Pq KOPEM~ V.P.
Investigating th, ftrkeniW of Alckol Strips during SMWIM1490
Trudy Giprotsvetmetobrabotka no.20:125-135 161. MIRA 15-.2)
(Niekel--Heat treatment) (Annealing of metals)

RAZENILOVA, N.T-I, GALAKTIONOVA, G.F.
Concerning the form of gal21um occurrence in the oxidation zone
of sulfide deposits. Geokhimiia no.1:90-92 162. (MIRA 15:2)
-f
1. Institut mineralogii, geokhimii i kristallokbimii redkikh
elemento,W.AN SSSR9 Moskva.
(Gallium) (Sulfides)

1 i ; : ! F .. i R 1 ! ~ -1 11 , .'LIUI I- I I ; I ! I :~ I .
RAZENKOVA, N.I.; GALAKTIONOVA, G.F.
Experimental study of the mode of occurrence of thellium in the
oxidation zone of sulfide deposits. Trudy IMME no.18:5-19 163.
(MJRA 16.12)

ACC NR: A71005344 SOURCE' CODE: UR/0131/67/rjO9/Gc)l/()I:19/0183
AUT Rubinshteyn, B. Ye.; Galaktionova, G. M.
OFU; none
TITLE: Ferromagnetic resonance in single crystals of bismuth-calcium iron-vanadium
garnet
SOURCE: Fizika tverdogo tela, v. 9, no.' 1, 1967, 17~-183
TOPIC TAGS: garnet, ferrite, ferromagnetic resonance, line width, line broadening,
magnetic anisotropy, crystal lattice structure
ABSTRACT: To check on the results previou-sly obtained by one of the authors (Rubin-
shteyn, F-L-i v. 6, 3538, 1964) that when the Fe3+ Ions are replaced by V-9+ i
ons in a
garnet their anisotropy constant decreases and the single-ion model is applicable,
the authors measured the ferromagnetic-resonance line width, the effective g-factor,
and the anisotropy constant for the garnet B13-_,xCap-xFes-.xVxO,2 with 1.13 < x < 1.46.
F"Ine sirgle crystal growing (by A. G. Titova and R. A. Petrov) is described els-ewhere
,(Izv.._A,'; SSSR, neorganicheskiye materialy, in press). The value of x, determined
from thellattice parameter, was 1.,13, 1.22, 1.26, 1.35, 1.37, and 1.40". The measure-
qqats '--were made on polished spheres of -0.5 mm diameter in a TE,og cavity at 9228 MHz.
The-results are presented in the form of plots of the line width Ld the anisotropic
constants against the composition and of the effective g-factor and of the an.J1sotrojrj
constant against the temperature. Trhe anisotropy is shown to exhibit a weak deper.-

A,(;!Z NR- A F,7005344
dence on the composition, and the reason for this is briefly explzLined. 7he I.-Ine
width increases with decreasing x, as a result of the fact that the garnet a-p roaches
1! ... -P
the compensation point. Me g-factor decreases little on approaching the compensa-
tion point. The authors also calculate the anisotropy constant, assuming a sirgle-
ion.'model, and find good agreement between the calculated and the experimental values.
The authors thank- A. G. Gurevich for a discussion of the results. Orig. art. has:
4 figuies, 4 formulas, and 1 table.
suB mD~: 2o/
suBm DATE: i4am66/
ORIG REF: 002/ OTH REF: 009
2/2

OZOLIN, L.T.,.,QALAKTIONOVA, K.N.
Ways of inc. "ing iron recovery and
concentrates at the Olenogorsk Plant.
1 580
(019nogorsk-Ore dressing) (Iron
improving the
Obog. rud 3
ores)
quality of
n0,2:17-23
(MIRA Ilill)

SHORSHER, I.N.; GAJAKTIONOVA, K.N.
Flotation of
3 no-5:3-9
iron ores vitb
'58.
(Flotation)
i
cation collectors.
(Iron ores)
Obog.rud
(MI]RA 12:5)

IT; . H
TITKOV, N.P.; BOGDANOVA, Z.S.; GALAKTIONOVA, K.N.; KOOVA, M.D.; LAKOTA,
B.M.; OZOLIN, L.T.; Prinimali, uchastiyet CHRKOVA, K.I.; ASHITKOV,
Yu.R.; SMIRNOV; Ye..A.; PLATUNOV, A.A.; GALICH, V.M.; PATKOVSKAYA,
N.A.; VLODAVSKIY, I.Kh.; GORLOVSKIY, S.I.
Outlook for introducing the flotation of ferrous metal ores.
Gor. zhur. no.9s57-62 S 162. (HIRA 15-.9)
1, VseBoyuznyy nauchno-issledovatellskiy i proyektnyy institut
makhanicheakoy obrabotki poleanykh lakopayenWkh, Leningrad.
(Flotation) (Iron ores) (~knganese ores)

it 11 VII MIS MY 111300
it r 9 .1 1 1., v Y~ v _mjs CC. w Ilf-A-4 A-1_1 _j _r_ At 4ta.04:
_I_jL_A I I

ie 11 J
'4VCt%u15 A.0 ..Uptaills w. _41

Moir of llydrollm in the PrAterta of FoArniallow of
it 04 Flakeo. (In Rumian ) N. A. CAlktiolovi. larillya
-
: moo
Akideriall Natik SSSR (B Itain
At
adritty of
id th'-
Sciences of the USSIU. Section o Technical Sciences.
f
zoo
01 Nov. 1949. p. 16M 11774. 400
Dt-scrilm-s a wries Of CXlk-Funt-uti imide III cbrify thr
f If
l
i
f
I
d
t
h
f CIO 0
%latus o
, in sliv
it, ro
e
ormat
on o
un
e
it t
ILikes. lit-suits indicate that unrichusent of the int-tal zoo
0e Willi 11, 4~wntialls' changt, its diaracteroti": it
i
n a silver-ullpite infor and lm~vjurs rv~i%tjnt 14)
a
uir
no*
t
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l
tonosion unch-r normal conditions. Nictli4xi of inves- E
KID
114.1n) va'utull folita"r. 1,
ig~ktwu. using .1 high-fr"
6wribed. D.4t.t we tabumcd and diart,41. 11 irl.
1
qo
Con Sol Res
Ins
t of Fe""'y
t
l mg
as
4
a
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USM
. moo
tie*

S L A RIETALLURWAL LITIERATUNI CLAIISIFICATION
led-, -7-
131 Cw 041 lit
wb U is to is I r v 0 An I I It rw 0 A N I w 111 9 A] it 3-_
Im
cp of a 0 10,0069 Kit 111tt KRU It Ot
0 Ole 0 go* *** 0 41 000 *00 00 900000000000000000,0

USSR/ Chemistry. - Physical- chemistz7
Card i/I Pub'' 22 - 19/40
Authors Galaktionova, N.A.
Title Effect of hydrogen on-the properties of &U63"1
Periodical Dok,, AN sSSR 99/3s 411-413t ~ov .1954
As
Abstract The possibility of absorbing the hydrogen by cast F*4i-n illoys~,* and the
effect of the hydrogen on the properties of theli5tal: were investigoods
Analyses, rads by the mathod of hot extraction in vacuums shoved that cast
magnetic-solid alloys in solid state.are charaoterized ty conaiderabI4
fluctuations in the hydrogen content and that the Moults of H,4eter~ined-
by the absolute value, exceed the'normally defined H-amounts Inisteel. An
analysis of a greater number of samples showed that the Fe-Ni-Al alloy die-
played a great inclination toward H-absorption.~. The effect of H an the
lattice of the investigated alloy was found to be anal,agous to its effect
on the lattice of alpha-iron of alloyed steel. :Pour U,SSR refereoces'(1946 -
1949).. Table; graphs.
Insti,tution
Presented by Academician N.T. Gudtoovv May 5. 1954

7
USSR/Solid State Physice Systems, E-.4
Abst Journal: Referat Zhur - Fizika, No 12., 1956, 34667
Author; Galaktionova, N. A.,, Nikiahova, F. B.
Institution: None
Title: Effect- of Titanium on the Structure of Iron-Cobalt~Aluminum Alloys
Original Periodical: Fiz. metallov i metallovedeniye, 1955, 1, No 3, 506-509
Abstract: An investigation was made of the structure of the alnico-5 type alloys
with addition of Ti (0.8 - 5%) after hardening (cooling from a temperature of
123000 in a magnetic field at the critical speed), in high-coercive state, and after
tempering for an hour at 850o. The investigation methods used were metallography,
electron diffraction, X-rays, dilatometry, and the change in the magnetic proper-
ties. The added Ti contributes to a breakdown of the )%2 phase, increases the amount
of the iron-rich P phase, and lowers the degree of dispersion of the latter. In the
absence of Ti, specimens in the high-coercivity state display a broadening of the
lines in the X-ray diffraction patterns. In the 0 Ti alloy one observes a resolu-
tion of the doublet, a considerable increase in the period of the P phase lattice,
and no change in the lattice period of the /52 phase. A treatment of the obtained
experiinental results is given.
/ OR/ - 1 -

18(7) PHASE I BOOK EXPLOITATION SOV/3086
Galaktionova Nadezhda Andreyevna
Vodorod v metallakh (Hydrogen in Metals) Moscowq Metallurgizdat,
1959. 255 p. Errata slip inserted, 3,200 copies printed.
Reviewer: V. I. Yavoyskiy, Doctor of Technical Sciences, Professor;
Ed.: M. A. Maurakh; Ed. of Publishing House: Ye. V. Dokukina;
Tech. Ed.: A. I. Karasev.
PURPOSE: This book is intended for technical personnel in industrial
plants and scientific research institutes. It may also be useful
to students taking advanced courses in metallurgy at schools of
higher education.
COVERAGE: The author discusses the interaction of hydrogen with
metals and certain nonmetals, Including adsorption,diffusion,
solution, and chemical reaction. Attention is also given to
the effect of hydrogen on the electrical, magnetic, mechanical,
and corrosion properties of metals and alloys and on the develop-
ment of specific defects. No personalities are mentioned. There
are 499 references: 97 Soviet, 250 English, 118 German, 21 French
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Hydrogen in Metals
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5 Japanese, 2 Dutc)i, 2 Swiss, 1 Swedish, I Czech, 1 Italian, and
1 Chinese.
TABLE OF CONTENTS:
Ch. I. Basic Physicochemical Properties of Hydrogen 3
Ch. II. Interaction of Hydrogen With Other Elements 11
Some basic assumptions of the theory of chemical bonding 11
Adsorption 17
Diffusion 23
Solution 28
Chemical reaction 47
Ch. III. Hydrogen-Metal Systems 59
Group I of the periodic table 59
Lithium subgroup (Li, Na, K, Rb, Cs) 59
Copper subgroup (Cu, Ag, Au 64
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Hydrogen in Metals
Group II Of the periodic table
Beryllium subgroup (Be,
Mj, Ca, Sr, Ba, Ra)
Zine subgroup (Zn, Cd, Hg
Group III of the periodic table
Scandium subgroup (Se, Pr, Nd, Sm Gd)
Boron subgroup (B, Al, Ga, In, Ta~
Group IV of the periodic table
Titanium subgroup (Ti, Zr, Hf, TO
Carbon subgroup (C, Si, Ge, Sn, Pb)
Group V of the periodic table
Vanadium subgroup (V, Nb, Ta)
Nitrogen subgroup (N, P, As, Sb, Bi)
Group VI of the periodic table
Chromium subgroup (Cr, Mo, W, U)
Oxygen subgroup 0, S, Se, Te, Po)
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