SCIENTIFIC ABSTRACT BOLSHAKOVA, N.K. - BOLSHAM, Y.M.

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• Collection: Scientific Abstracts
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• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Coars"Bes Discusoic. an the Methods of gov/153.-58-3.-30/50
Isvestigstiad the Complex Formation in 3clutions
stsbil4ty of the lpyridLustea- is *h-AgOd I- dependence on
ske "ITOMS. To. I T_. a in hi I at-* .?be Ifl.-Oo 0
of the solvent upon Ia CUPO-Itio: M qj&bIlity of Coapi..
I*"* discussed the polaroaraphic lavostiffaticD method Of
th ohlorlde and Skiocyenle ocoplosoo of lead in q...v:
9=1 sol.tLoas at different content of the non-q ... 0
"lease a" at a constant Ionic atr*ngAh. A *top-vi.s
character of the complex formation was found as wall an the
Lastability Constants of the complexes. The Influence of
the dielostria constant of the solution an the stability of
the Isvestifstod complexes see proved. In %be I.ature ty,
1. r. Vasil yov am the -Investigation of Aqua Complexes I
Sixod solvestoo the Bain attention was devoted to the D:O:.-
at* of the qwaisativo "Carding of the 0.1vatic. off. to
In the complex f.rabtion- The applicability of the polaro-
0"his MOSILod in the Aeleminstion or the composition end
stability of the squo somplesee is Stood solvents was proved
mad experimental material as the tbormodynamics Of She
"asoolalloa of the CaAaLus-squo complexes Is aqueous ethanol
cast 106 emissions Was mentioned. I. I. ToLmachov. 1. 1. res"Slor
mod 1. V. Tassamyev stressed In their lectuxos the doo-soLty
of a more *ooplots end general Investigation of the salvation
V89006808. A. 9. labko add A. N. Golub pointed out the
great Importance of The izvowligations of the ooa;.I.x fares.
ties "allibria In non-squidaus solutions, sad made several
OVIIIG&I somments a& the loolaro by To. 1. Tr'y". The
t*LIOWLW "Isatisto took part in Shia discussion, L. P.
A&MOOT10b. C. I. ghatstanowakly, A. P. No.k,in add A. 0.
11"s4khOw. As the tidal so-zine of the cc-foronce A. A.
GFLAbsT6. CerrIapanding Mentor, A3 USSA, said in his speech
"at seek a oomforose. W" very urg.st. A detailed disou.-
9103 Of It& 40tGrElmation methods of the composition of the
oomplexos. am .011 as of the method used in the atudy of the
quaintilativo characteristics of the stop*L*o complex fares-
Una was extremely useful for all who sttanded Shia -Odf-r.nc..
Card 16/16

ROTKOVA, S.V., starshiy bibliograf; METSATUNITAN, I.A.. bibliograf;
TAHAHATSV, I.Y., akademik, otv.red.; TRORKV, V.G., doktor khim.
nauk, naucbnyy red.; SPIVAKOVA, B.M., red.; 'KAN, F.K.,
doktor khim.nauk, nsuchnyy red.; SPERANSKATA, Te.I., kand.khim.
nauk, naucbnyy red.; DETCHMAN. E.N., kond.khim.nauk, nauchnyy red.;
BASHIIA)VA, N.I., mledBhiy nauchn.sotrudnik. nauchnyy red.;_~~_CPOP_SP_,
KOVA, N.K., mladshiy nauchn.sotruanik, nauchnyy red.; KASHINA, R.S.,
t 61kI ~.r e d ~
[Chemistry of rare elements; bibliographic index of Soviet and
foreign literature] Khimii~ redkikh elementov; bibliograficheskii
ukazatell otechestvennoi i zarubezhnoi literatury. Moskva, Izd-vo
Akad.nauk SSSR. No.l. (1951-1954). 196o. 418 p.
(KIRA 13:11)
1. Biblioteka Otdeleniya khimicheskikh nauk AN SSSR (for Rotkova).
2. Institut obshchey i neorganicheakoy khimii im. N.S.Kurnakova
(fer'Tronev, Perellmon, Speranskaya, Deychman, Bashilova, BollshBkova).
(Bibliography--Metals, Rare and minor)

TARAI-11YEVp I.V.; WLISIIAKOVAO N.K.
Process of gal3jum sulfate rormation in aqueous solutions.
Zhur.neorg.khim. 7 no.13,:2241-2244 S I &. (MIRA 15:9)
(Gallium sulfate)

TAMMI)MV, I.V.; BOL2SHAKOVA, 11,K.
Interaction of components in the system GaC'3-KXH2-xSO474120.
Zhur.neorg.khim. 7 no.9:2245-2250 S 162. (MMI 15:9)
(Gallium chloride) (Systems (Chemistry))

BOLISHAKOVA, N.K.
Twentieth International Congress on Theoretical and Applied chemistry.
Isv. AN SSSR. Neorg. mat. 1 no.5-823 My 165. (MIRA 18:10)

TANANAYEV, I.V.; BOLI IAKQ~%,
KAZAKOVA, T.I.
Cesium gallium and rubidium gallium alump. Zhur. neorg. khim.
10 no.2:378-384 F 165-
Thermal decomposition of thallium -gallium and ammonium gallium
alums Ibid.:385-388 (MIRA 18: U)
1. Submitted July 1, 1963.

SPIROKOV, V.I., red.; VILICHINSKAYA, L.P., red.,- NOVIKOVA, A.M., red.;
KUFTYREVAY Z.I., red.; DONETS, Ye.P., red.; KASTRYKINA, M.A.,
red.; DOLMATOVA, A.S., red.; EENEVOLENSKIY, I.I., red.;
BOLISHAKOVA, N.L.,, red.; EELYAKOV, P.V., red.; BADINA, L.S.,
tekhn. red.
(The economy of Ivanovo Province; statistical abstract] Nai-c_-_
noe khoziaistvo Iyanovskoi oblasti; statisticheakii, sbornik.
Ivanovo, Gesstatizdat, 1962. 227 p. (MIRA 16:6)
1. Ivanovo (Province)Statisticheskoye upravleniye. 2. Na-
challnik Statisticheakogo upravleniya Ivanovskoy oblasti (for
Belyakov). 4. Statisticheskoye upravieniye IvRnovskoy oblasti
(fot all except Badina).
(Ivanovo Province--Statistics)

M. rT.
BOLISHAKOVA, Y. 11. - "Substances of the Dios and Plant Resistance to Unfavorqble
Conditions of ti-,e Medium." 4Dissertations for Degrees in Science and Engineerinp
Defended st USSR Higher Educational Institutions) Min Higher Education USSR, Tomsk
State U imeni. V. V. Kuybyshev, Tomsk,"1955
SO- Knishnava Letopis, No. 31, 30 July 1955.
*For the Degree of Candidate of Biological Sciences.

ILITASHEVICH9 V.A.j BDLISHAKOVA. N.B. , Imbe; WFF5S., G.S.; BIBIKOYA9 T.T.9
inzh.-khimiF-
Continous bleaching of cotton fabrics in open width on the AO
-n0 production line. Teksebpm. 21 no.12:37-43 D 161.
MM 15:2)
le Ispo2njayuishchly ob7asannosti saveduyushchogo laborstoripy
varochnootbollrjl& =shin Voonoyusnogormchno-isoledova+.ellakogo
institute tekstillnogo, vashinostroyenlys, (for H*shevich).
2. Voesoyuznyy nauckno-iseledorwatellskiy institut tekstillnogo
mashinostroyeniY& (for Bol'AMkova). 3. Glavnyy inah. otbellno-
kramillnoy fabriki Olukhavskogo khlopohatobumsbnogo kombinata
imeni VoIjanina (for Iopem)o A4 Shimicheskaya laboratoriya
Glukhavskogo khlopchatobumashnogo kombinate. Imeml V.I.Ionina'
(for Ribikova).
Imm "Ching)
iremembly-line mothods)

-
"Some laws in the behaviour of the vertical component of short-period oscillations
ti
of the geomagnetic field of stable regime (.PC).
report presented at the Intl. Association of Geomagnetism and Aeronomy, Symposium on
Rapid Geomagnetic Variations, Utrecht, Netherlands, 1-4 Sep 59.

'TR 0 IT TS K,4 14 V j I.; fill-; I, I N*1 I ih 1:0 TA
BULATOVA
Fin-3 sTru3-rure of marne, t I storim-,
82-86
i fiZ4
nsT.-- ut ~ki zerali ~'S~"'

L29174-66 - MIT(l)/FCC dR
ACC,Nk, AP60.18883 SOURCE CODE: UR102031651003100570BM70873
60
AUTHOR t Bollshakova,_O.' Ve*
ORG: de6g~~hicai Station Borc; tinstitute of "ics of the Earth, AN SSSR
(Goof izicheskayn stantsaya 11~~r-ok'I-n-sUE-t-a fisiki Zedu AN SSSR)
TITIE: Micropulsations of. the geomagnetio field and cbmamics of the magnetosphe 61'::1
SOURCE: . Geomagnetim i . aeronomiya, ve 5, no a 5. 1965, 868-873
TOPIC TAGS.i earth magnetic field, magnetio storm, storm, upper atmosphere, solw
corpuscular radiation, magnatosphere
ABSTRACT: On the basis of the'Inverse dependence of the periods of nicropulsations
on the level of magnetic activity the author considers the relationship between the
periods of the palsations and the extent of the magnatoppheree It is demnstrated
that there is an inverse dependence between the period of pc and the X. magnetic
index and that the size of the magnstosphere influences the period of the pulsationse
The maximm of KP in a recurrent storm corresponds to the time of compression of the
magnetosphero by; a quasi-stationary stream from an active region on the sun; subse-
quent decrease of KP corresponds to attenuation of.this compression and therefore the
change of stable oscillations occurring inversely proportional to KP during a recurre
storm is direct confirmation athe dependence. of the periods of riorojm1sations of the
goomagnatic field on the size of the nagnatosphereo-LThis dependence is observed

L 29174-66
I ACC NR, AP6018883 01,

82706
s/09/6o/ooo/oo6/002/002
E073/E535
AUTHORS: Bollshakova, O.V., Zybin, K. Yu. and.Malltseva, N.F.
TITLE: Certain Relations Governing the Behaviour of the
Vertical Component oYthe Short Period Fluctuations
of the Stable Regime\~~ ~~ Field (Pc)
(in accordance with observations carried out during
the I.G.Y.)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geofizicheskaya,
196o, No.6, pp.818-827 + 1 Plate
TEXT: The authors evaluate the results of observations
carried out in the following three geophysical stations of the
Institute of Physics of the Earth, AS, USSR during the first
six months (August, 1957 to January, 1958) of the I.G.Y.:
Lovozero (Murmansk region) - 670 581 northern latitude,
350 051 eastern longitude); Borok (Yarosla v region) - 580 021
northern latitude, 380 58, eastern longitude; Petropavlovsk-
Kamchatskiy - 530 061 northern latitude, 1580 381 eastern
longitude.
The primary evaluated data are the 24 hour photographic recordings
of fluxmeter induction apparatus with a 90 mm/hr scanning speed.
Card 1/4

82706
s/o49/6o/ooo/oo6/0O2/OO2
E073/E535
Certain Relations Governing the Behaviour of the Vertical
Component of the Short Period Fluctuations of the Stable Regime
Geomagnetic Field (Pc) (In accordance with observations carried out
during the I.G.Y.)
The authors investigatedthe frequency spectrum of the field of the
short period fluctuations, the daily characteristic of the times
of occurrence of short period fluctuations, the daily character-
istic of the average maximum amplitude of the short period
fluctuations and their behaviour as a function of the geographic
distribution of the observation points. The data are described
in considerable detail. For the purpose of elucidating generally
valid amplitude relations, the authors introduce the term "degree
of Pe activity" and investigate its behaviour. The degree of Pc
activity was selected in the same way as the international
geomagnetic activity characteristics. However, in the given case
the amplitude of fluctuations with periods of 10 to 50 secs
during each hour of the 24 hour day was evaluated at 0.1 to 2 Balls.
On the basis of the obtained results the following conclusions
are arrived at:
1) The short period fluctuation spectrum in the range between
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82706
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E073/E535
Certain Relations Governing the Behaviour of the Vertical
Component of the Short Period Fluctuations of the Stable Regime
Geomagnetic Field (Pe) (in accordance with observations carried
out during the I.G.Y~)
10 and 90 sees is a discrete one, the probability of appearance
of fluctuations differs for differing periods.
2) According to the daily characteristic of the number of cases
of occurrence of short period fluctuations of various periods,
the spectrum can be divided into groups of 20 to 30 and 60 to
90 sees monitored ("controlled") according to local time and a
40 sees group monitored ("controlled") by world time.
3) The daily characteristic of the average maximum amplitude of
the short period fluctuations of various periods obeys a general
law and is monitored in accordance with local time.
4) The group of fluctuations with periods between 60 and 90 sees
observed at the station Borok obeys laws similar to those
pertaining to the Pc type fluctuations.
5) The degree of activity Pe evaluated according to 3-ball scale
enables comparing the relations governing the behaviour of short
period fluctuations of the Pc type with appreciably differing
Card 3/4
NOO:

82706
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E073/E535
Certain Relations Governing the Behaviour of the Vertical
Component of the Short Period Fluctuations of the Stable Regime
Geomagnetic Field (Pc) (in accordance with observations carried
out during the I.G.Y.)
amplitudes at various stations. The degree of activity Pe has
a clearly pronounced daily variation with a half-daily maximum.
in accordance with the local time, it has a seasonal
latitude shift, i.e.
6 aracter and indicates a tendency towards-a
the maximum degree of activity Pe will occur earlier at the
stations in the higher latitudes..
6) Disturbances with periods below 50 secs should be subdivided
into proper PcA disturbances and disturbances of the same period
which occur in absence of stable fluctuations of the given period
(the latter is particularly characteristic for polar stations),
Acknowledgments are expressed to G. N. Petrova who directed the
work and to the following who joinTry- -with the personnel of the
geophysical stations participated in evaluating the obtained
experimental material: G.M.Solodovnikov., K.Ya. Sergyeva,
L.V. Kopeleva, L.V.Pestretsova, V.V.Sperantov, L.A.Nabatnikova
and R.S. Rybak. There are 12 fl flures and 2 tables.
ASSO(;IATIUN:- ademiya nauk SSS Institut fiziki Zemli (Academy of
Card 4 4 Sciences USSR, Institute of Physics of the r9rTE7
SUBMIT4D: August 6, 1959

PHASE I MM EXPLOITATION SOV/5215
Akademiya nauk SSSR. IMczhduvcdomstvenny7 komitet PO provedonlyu
MczhdunarodnoEo goofixicheskogo gods. III razdel proGra=ny 11.3a:
Zomnoy maenetlzm I e=nv toki.
Xorotkoperiodicheakire kolebaniya elcktro=agnitnoF0 POlYA =CM-U
(Short-Period Oscillations of the Earth-s Elootromngnotic
Field),Koooow, Izd-vo An sssn, 1963.. 114 p. 1,W0 copies
printo d (Series: Ito: Sbornik statey, No. 3)
Reap. Ede.: A. 0. Kala5hnikov, Doctor of Physics and Math=atiesp
and V. A. Troitakaya, Candidate of Physics and Mathemation;
Zd.t Ye. P. Shchukina; Tech. Ed.s Ye. V. R33,uni.
PURPOSE: This Publication it Intended for geophysicists.
COVERAGE: This collection of articles, publichad by the Intor-
departmental XGT Co=ittee or the USSR Academy or Scioneca,
troats problems of geomarnetiam and tolluric currents. In-
diyldual articles deal with various (ahort-porlod, Zirantle,
steady, etc.) oscillations of the torrestriftl clectrc=amotic
field, particularly In the aretic region. No perocnalition
Are mentioned. Briaf English abstracts accompany each article.
References follow Individual articles.
TABLE OF CCErMrMs
Afenabl"Va V 1. Short-Porlod Oscillations or the Earth's
-xiiONIC ireIT-
Xabuladz.o V. V. Some Regularities of the Disturbed Field or
-0khatainakaza M. V.. Yu. S. Raetrunin, 1_3_4olcltyanskly,
and- _V__Skc -Ft v. in the Exci-tition-of-
Tr hA '.
akLOA--F"-k T_1ZMcffi_Hiona In Niddl. Latitud.s 17
'"I E_ n40-Y~A. Short-P riod oscillations of the Electro.
muq. Field (Accordinr etc Ob. arvationa In Irkutsk) 23
i
Dubrovokly, V. 0. Rapid Geoelectric and Geo.,aa&netIc Varintions
ties (According to Observations In Ashkhabad) 35
Troitakayn, V. A. Steady Oscillations and Cha.1n Oscillations
In the Arctic and Antartic 41
Zqbcreva, E. P. Preliminary Remults of Earth Current Obser.
iiti_~n_a In-TUal Bay 62
kikitina N X Prell=inary Results of Earth Current Obser-
vrfli~n;_ath~~arentsburg Station (SpItabergen) 69
A
Zubareva. E. P , G 1. Korobkove, V_ 11. Nikitina, and V. A.
_1 giiira--Puli-affo,~a In ih~_Soidet_kratic During
a .656 Period
the 1~35 W 76
Bm-aukov, 0. M., and K. Yu. Zybin. Nonperpendicularity of the
-Ve-c-Fa-ra 6f_W6_E and H Variations of the Earth's Electromag-
netic Field 83
Troitskays, V. A., and M. V. Mellnikova. Charactori3tlo
Intervals Of a Period (10.1
moo), in the Firth-v ElectromaLmetic Field, and Thoir Relation-
Ship With Phenomena In the Upper At=oophLro 100
-CK. Ya;iZybin, and N. F. MAI-toova. Scale
%g1a'111h_111O1v11t Oj, V
th Beh& or of the Wlr:_tfial'dOinp~nent of
Short-Porlod Oscillations of the Geo=agnotic Field In a Stable
Regime ( PC ) 108/1

3270-1
s/o4g/61/000/012/005/009
D206/D303
AUTHOR: Bollshakova, O.J.
TITLE- Some characteristics of appearance of regular geo-
magnetic field pulsations with a period of 3 - 7
min. at the Lovozero Polar Station
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya geofiziches-
kaya, no. 12, 1961, 1861 - 1617
TEXT: The author reports briefly on regular pulsations of
the vertical component of the geomagnetic field recorded at the Lovo-
zero Polar Station during the I.G.Y Pulsations of 3-7 min, period we-
re the most stable of those recorded at Lovozero : their mean durat-
ion was five hours. Diurnal variation analyzed on 280 selected days
showed a maximum of appearance at 12.00 hours universal time. The
pulsation periods were constant to within 1 - 2 min. and sometimes
even to several seconds~ The mean amplitude was several tens of gammas.
Inspection of records obtained at other stations on the same meridian,
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32701
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Some characteristics D206/D303
but at different latitudes indicated that the pulsations with 3-7 min.
periods were characteristic of polar regions. The pulsations had the
same period as those designated Lpc by J,Jacobs and K,Sinno (Ref,,2%
World Wide Characteristics of Geomagnetic Micropulsations, Sci. Rep. ,
no~ 2. 1960). The pulsations were frequ;ntly of beat type: their ampli-
tude increased and then decreased. There are 3 figures and 2 referen.-
ces? 1 Soviet-bloc and'l non-Soviet-bloc, The reference to the English-
language publication reads as followsi J. Jacobs and K, Sinno '. World
Wide Characteristics of Geomagnetic Micropulsations, Sci, Rep.9 no~2,
196o~.
ASSOCIATION; Akademiya nauk SSSR, Institut fiziki Zemli (Institute
of Physics of the Earth, Academy of Sciences, USSR)
SUBMITTED: March 13, 1961
Card 2/2

BOLISHAKOVA, O...V..
Some characteristics of the occurrence of regular variations of
the geomagnetic field with a period of 3-7 minutes at the Lovozero
Polar Station. Izv. A14 SSSR. Ser. geofiz. no.12:1816-1817 D 161
(MIRA 14:12;
1. Institut Miki Zemli A14 SSSR.
(Lovozero--Magnetism, Terrestrial)

TROITSKMA, V. A.; BOLSHAKOVAJ, 0. V.
"Continuous Pulsations of the Earth's Electromagnetic Field and the D~namics of
Magnetosphere"
paper submitted for Ultra Low Frequency Electromagnetic Fields Symp, Boulder,
Colo, 17-20 Aug 64.
Inst of Geophysics, AS USSR

Varlat'.onj; Pri t;~Atir Wrid lnt~.)ncl Gy with tho pbcs,, c-f thn soleur
t , q T, , e g ac- e -1 c
(,.ycac~ frc~pa Cl, ,of stable variation, 1. t eom, -n t-
A--ron. zhur. 4.2 .3-2-Ag 165.
~AantsLyra Pcrok inEitAtuta f-lailil, kli SSSR.

L 4208L-66 DLTLI~,
I ACC NRi AP6003338
SOURCE CODE: UR/0387/66/000/001/0076/0079
AUTHOR: Troitskaya, V. A.; Shchepetnov, R. V.; Dollsbakova, 0. V.; Matveyeva,
ORG: Institute of Physics of the Earth
,_A~ SSSR (Institut fiziki Zemli AN SSSR)
TITLE: Characteristic properties of rapid variations of the Earth's electromagneticI
field in the polar regions
SOURCE: AN SSSR. Izvestiya. Fizika Zemli, no. 1, 1966, 76-79
TOPIC TAGS: electromagnetic terrestrial field, electromagnetic field variation,
solar activity, pearl shaped variation, stable variation, polar-region, magnetic
storm, irregular variation, aurora, magnetically coupled region, magnetic force
line, proton, solar cycle
ABSTRACT: During the IGY short-Deriod variation measurements of the
electromagnetic field in the polar regions of the Soviet Union were
carr.ied out at five Arctic stations Wheys Island, Barentsburg, Cape
Chelyuskin, Tiksi Bay, and Lovozero) and in Antarctica W
irnyy
and Oazis). Analysis of data obtained -showed that the properties of
thepolar regions are associated with the cycle of solar activity.
Especially rapid irregular variations of type Pil and the frequency
of excitation of pearl-shaped variations PcI depend upon the solar
cycle. The daily rate of these variations differs from those at mid-
dle latitudes. Soviet observatories noted giant pulsations of typ e's

L 42084-66
ACC NRz AP6003338
Pg and Lpc in the polar regions. Simultaneous excitations Of st ble
variations occur in the polar regions during equinoxes and very seldom
,during solstices. . . . i
Regular stable variations are typical of polar and other latitudes.
Stable variations of type Lpc occur mostly in the polar regions. their
vibrations last 3-7 min. This type of variation takes place in middle
latitudes only in mag
,netic storms, appearing mostly at noon. Rapid
irregular variations of type Pil occur with high intensity in the auroral
zone where their amplitude reaches hundreds of mv/km. The amplitude
of Pil variations diminishes rapidly to the north and south of the auroral
zone.~ . This type of variation occurs before midnight and in the morning
houfs. The Pil -type variations are very much associated with auroras.
The appearance of these variations testifies to the development of auroral
processes. in the upper atmosphere.
Special interest was aroused by the pearl-shaped variations. Figure
1 shows this type of, variation which was obtained on 6 August 1964 at
Tiksi Station. Long-term records at USSR observatories made it possible

I 208b -66
ACC NR: AP6003338
T i ks it,. 6 AuruGt 611
Fig. 1. Pearl-shaped magnetic vibrations
to conclude that the frequency of appearance of these variations increases
with the decrease of the latitude of the observation point. This kind of
variation occurs in magnetically coupled regions. The formation of pearl-
shaped variations is hypothesized to be a movement of accumulated par-
ticles around a magnetic force line. Traveling from one hemisphere to
"the other along the force line between magnetically coupled points, the
particle cluster increases the intensity of the magnetic field in the di-
rection towards which the cluster moves while decreasing the magnetic
field intensity behind it. The increased field causes intense vibrations
which form the pearl. Another hypothesis explains this formation by
magnetohydrodynainic waves which propagate from one hemisphere to
the other.
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'~Cc N-R, - -A-P-
6003338
Experimental simultaneous obaervations were carried out in two
magnetically coupled points, SogrA~ the USSR and on the French is-
land of Kergelen in the Indian Ocean. Processing of recorded data led
to the following conclusions: 1) 1Ma%ima of individual pearls in opposite
hemispheres are shifted by a half-period. Periods of envelopes over the
pearls are preserved in both hemispheres. 2) No delay in phase s was
observed when the movement was from east to west. 3) Periods of pearl
formation in coupled regions are equaL These data cannot be considered
as a support, of either the first or the second hypothesis.
Orig* art. has; 3 figures. [ATD MESS: 4172-F]
SUB CODE: 08, 03 / DATE SUBM: 08Apr64 / ORIG REF: 004 / OTH REF: 006
Card 4/4 ef'

ACC NIP, SIOURCII: 00DE:
~-AUTHQK: Troitskava, V.A.; Bollsha~ov-d 0. V.; Matvey.~va, E. T.
ORG-z Institute of Physics of the Earth,_.AN SSSR (Institut fiziki zemli AN SSSR)
TITLE: Sudden electromagnetic field variations as an indicator of the state of the
radiation-belts anci -~h'
pjji~~e of the earth
SOURCE: Geomagnetizm i aeronomiya, v. 6, no. 3, 1966, 533-540
C_
TOPIC TAGS: Vs=ddann radiation belt, geomagnetits measurement, geomagnetic field
ABSIqZACT: Changes in the posrti'on of the boundary between the magnetosphere and the
external radiation belts,brought about by excited stable oscillations and intensity
changes in the belts as a function of excited irregular short-period oscillations,
are investigated. The measurements were made by Electron-1, Electron-2, and Explorer-
-XII satellites. The data show that- 1) The boundary between the magnetospbere and th
radiation belts fluctuates about its mean position ^.10R e, where Re is the radius of
the earth; 2) Geomagnetic field oscillations of Pc4 type (50-15 0 see) are observed
when the boundary is located at a distance of IOR e or more; 3) Gecmagnetic field os-
cillations of Pc2 and P0 types (5-40 sec) appear when the boundary moves toward the
earth; 4) The extremum values of the boundary positions vary from 7.5 R e to 12.5 R e
UDC: 550.385
1/2

ACC NR~ AP661-09i9 --T
I~1
5) Periods of stable oscillations (T) are proportional to R5, where R is a radius of -i
the magnetosphere; 6) The existence of stable oscillations (rc) in the main storm
phase may indicate that the compression of the magnetosphere continues during this
phase; 7) Intensity changes in the radiation belts are closely connected with the a,
troduction of charged particles intD the upper atmospheric layers; and 8) The presenm.
of irregular short-perlocl oscillations of "pearl" type (Fcl) is connected with sharps-,-..
intensity changes in the radiation belts. Orig. art. has: 9 figures.
SUB CODE: OB,22/ SUBM DATE: 14Aug65/ ORIG REF: 008/ OTH REF: 005
ATD PREMV43

USSIR/Humn ard Anirnl Ehysiology (Norval and Pathological). T-4
Blood Pressure. Hyperteision.
Abs Jour : Rof Zhur - Biol., No 16, 1958, 74811
Author : Bollshakova,, R.M.
Inst : Ukrainian Scientific-Research Institute of Clinical
Medicine.
Title : Food Leukocytotic Reactions in Patients with Hidi Blood
Pressure@
Orig Pub : Materialy po obmenu nauchns inform. Ukr. n.-i. in-t klinich,
meditsinY, 1957, vYP- ij 44-46.
Abstract : No abstract.
Card 1/1

VOSTROIUIUTOV, Ye.G.; BOLISHAKOVA, S.I.
Buffing of the vulcanized treads in recapped tires with
variouB tools. Kauch. i rez. 23 no.1235-40 Ja 164.
(MIRA 17:2)
1. Nauchno-issledovatellskly institut shinnoy promyshlennosti.

MAZURIN, A.V.,- BOLISHAKOVA, T.A.; OVODOVA, V.F.; BSTRINA, N.E.
14.S.Maslov (1885-1961). Vop. okh. mat. i det. 6 no.8: 3-94 Ag 161.
?MIRA 15.1)
1. 1z kafedry propedevtiki detskikh bolezney Il Moskovskogo meditsin-
skogo institutaimeni N.I.Pirogova.
(MLOV, MIKMIL STEPANOVICH, 1885-1961)

MENI3HjKc)V' V.V.j kand. mod. nau1c; BOL,SjjAy
Modification of the ma+-1- j for determ.Ining 4-hVt-irfxv-3-r,,F--thoxYria-ndeli,
acid in urine. KardiOlOgila 3 no.5!91-9~j ' 163. ' .1
RA 17. 9 IN
1. Iz mezhkjj.jjjchGskoy i-ormona-11no.1; laborlitorqi ljri (~c,.s-
terape'~-ticheskc klinila
- ,, tal ?noy
SSSR Prof. A.L. ',~y,,srlikov)
O"deria Lenirla
instituta imenj Seche.110va. "lc" t snskogo

NIKOLAYEV, KAjJj'!l;. AJ
i3GLISHAKOVA, T.D.; GEFluk-SIV. ill". K()
[Fhooclirorr,o'-Ytojaa] Fookhromotsitoma. [1:,,]
i dr. Nedit-,ira, ]c1(-,5. 23 5 1: - (1.1i"A 18:2)

S/181/61/003/010/033/036
B125/B102
AUTHORSt Nikitinskaya, T. I., and Bol'shakovaq T. V.
TITLEi Dielectric losses and electrical conductivity of fluorite
PERIODICLLt Fizika tverdogo tela, v. 3, no. 10, 1961, 3224 - 3228
TEXTt The authors determined the electrical conductivity a and the
dielectric losses tan.'bbetween 400 and 109000 cps of pure fluorite and
of fluorite with Eu++ impurities. The crystals involved were artificially
grown by I. V. Stepanov's and P. P. Feofilov's method (Doklad na I
aoveshchanii po rostu kristallov, 1956 (Lecture at the 1st Congress on
'Vrystal Growing)). The europium, content was 4.01~~. The conductivity of
2 - 5 mm thick crystals was measured in argon atmosphere by the pulse
method described in Ref. 6 (G. M. Zakharovet AL PTEP 4, 82, 1960), and
the losses by a modified MS15 (MLE) bridge. In addition, the authors
determined the dielectric losses of pure and of impurity X-irradiated
fluorite crystals (200 kv2 10 ma). The experimental results fit the
straight lines log a - f(') for pure as well as for impurity crystals.
Ir
Card 1/3
M2 --T~

8/181/61/003/010/033/036
Dielectric losses and... 13125/B102
In the first case the line is somewhat eteeper~ In the impurity crystal
a increases rapidly, especially at low temperatures (at T - 2000C,
cr 16 - 140). The frequency dependence of tan 6was measured with pure
oi~ItAffr!t +20 and -1400C. The losses were found to be almost frequency
independent and almost equal for both temperatures. The losses in impuAty
crystals at room temperatures increase in the low-frequency range and
decrease with o), according to the I/W - law. Experimental results fit the
latest theoriesq according to which a considerable number of additional
vacancies arises when an impurity of a different valency is introduced.
The rise of both conductivity and losses may be due to the strong effect
of the impurities upon the density of dislocation lines in the crystal.
In case of a plastic deformation of NaCl crystals, conductivity may rise
significantly (up to the 100fold), as is exemplified by L. V. Stepanov's
experiments (Ze. Phys., 21, 630, 1932). This effect may also be due to an
increase of positive and negative vacancies due to a displacement of the
dislocations which are responsible for the crystal deformation. The
appearance of additional dislocations during the hardening of an impurity
crystal is possibly accompanied by the formation of additional vacancies,
in which case both conductivity and losses are increased. Crystals con-
taining impurities are much more easily oolored under the action of
Card 2/3

B/181/61/003/010/033/036
Dielectric losses and... B120102
X-radiation than pure crystals. This is an additional argument in favor
of the foregoing consi ~erations concerning the increased dislocation
density in case of Eu+ introduction. The dielectric losses of pure
fluorite drop by 10 -15%. A theoretical explanation of these facts
appears to be difficult. There-are 4 figures and 14 referencess 4 Soviet
and 10 non-Soviet. The three most recent references to English-language
publications read as follows: I Lidiard. Hanrd. Phys., 20, 19571 R. Ure.
J. Chem. Phys., 2-6, 13639 1957; R. Christi, E. Pukushima7Phya. Rev.,
118, 1222, 1960.
ASSOCIATIONt Leningradskiy politekhnicheskiy institut im. M. I. Kalinina
(Leningrad Polytechnic Institute imeni M. I. Kalinin)
SUBMITTEDt March 3, 1961 (initially),
June 20, 1961 (after revision)
Card 3/3

MENIS13YKOV, V.V.; BOLISHAROVA, T.D.
Methylation problems in catechol. amine metabollsm. Vop. med. khim. 11
no,20-17 Mr-Ap 165- (MIRA 18fJO)
1. Mezhklinicheskaya gormonaltnaya laboratoriya pri Gospitallnoy
torapev-ticheskoy klinike imeni A.A.0stroumove. I Moskovskogo
ordena lenina meditsinskogo instituta imeni I.M.Sechenova.

T- T I
USC,q Mefteine Penicillin Therapy Antibiotics Sep 49
"Ste,ndard Use Of Penicillin in the Treatment of Children,," Y. Lo Ganburgq To Us
Bol'shakova, Therapwtics Clinic Immi $peranskly, Ord of Red Banrer of Labor Inat
of Pediatrics, 1 3/4 pp
*Sov Med No
FA 151TC-0

IIIKITINSY.AYA, T.I.; BOWSMAKOVA, T.V.
Dielectric loss and electric conductivity in fluorite. Fiz.tvero
tela 3 no.10;3224-3Z28 0 ~61. (MIRA 14:10)
1. Leningradskoy politekhnicheakiy institut imeni M.I.Kalinina.
(Fluorite-Bleetrie properties)

BOLISRAKOVA, T.V., inzh.
Automatic ignition of the gas flame. Svar.proizv. no.5232-34
My 162. (MIRA 15212)
1. Vsosoyuznyy nauchno-issledovatellskiy institut avtogennoy
obrabotki metallov.
(Gas welding and cutting)

BOLISHAKOVA, V. and SUKHORUKHOV., K.
nFree and Bound Hornone of Cel-I Division in Plants," Dokl. AN SSSR, No.53,
page 471, 1946
Tomsk State U.

BOL18HAKOV-41 V. F.
BAMIN. M.P.; KATUSIS, I.I.; GIAVINSKAIA, T.A.; FESINA, Z.A.; BOLSHAKOVA, Vol&
7ADOROVSKATA, R.F.; RAPOPORT. B.N.; RUSSONIK. S.1.
Use of othyloneglycol sonoothyl other in dersiatoloff. Test, Von,
t dern. n0.3:11-15 Ky-.To 154. OUA 7: 0)
1. Iz Gortkovskogo koshno-vanarologicheekogo institute. (dir. prof.
X.P.Batunin)
(SKIN, diseases,
*ther., 2-othozyethanol)
(AICOHOL, REM, derivatives,
*2-ethozyethasol, ther. of skin dim.)

(Ozollva) iu U-4 ircatmmt-ol ~M cazu at vr~rjwol-gypt3 C, get.
~11. 11. W4uWn, .1. -1. Mabi.,43, T. A. Glaviw"Li.Z. A,
nat"r."a"p- T.'. N,. r'apDpr)rt-. and
1 ~2 i
"n., 'lm Elf
pi'j. Rm &411
tho t-ib;IItmL-IA'-0 -'!!~ 6setl arz 171':t;:;jhu-1' I ILIfiv!;s shffi're.')
-cm. yoxsi3-0 t e 151~ anij I
.6
sycv5h
%-
tutvri'.0,ir, 1111pu5
(3 1). Thr..

'I'ohy' -ru ~wwjrqnj~us with Uhyl-
nD, f: I
t

itij,11~1ji arld Kr.4tYjCjdiTj (tDr
D,.Vor tubturn',tr and al~v Jr. aa mfilmnit ck;;'-
Ci~ ~'Dd ljv'n oll 2 ,
ED, wiix 12f! lf,,r ,mir
71-e-
(Rvmwion)
JLL-ii

-ACCESSION NR: AP4039766 S/0125/64/000/006/0029/0032
AUTHOR: Vinogradov,*V. S. (Moscow); Karan, A. B. (Moscow);
Dol'shakova, V. M. (Moscow)
TITLE: Argon arc spot welding of unsupported aluminum alloy thin
sheets
SOURCE: Avtomaticheskaya avarka, no. 6, 1964, 29-32
TOPIC TAGS: aluminum alloy, alloy thin sheet, arc spot welding,
sheet arc spot welding, thin sheet, thin sheet welding, AMg6
alloy welding, AMg6 alloy
ABSTRACT: In an attempt to develop a suitable technique Lor TIG
or I
MIG spot welding of unsupported thin aluminum alloy sheets,
four welding techniques have been tested: TIC and MIG with melting
through the upper sheet and TIG and MIG with holes predrilled in
the upper sheet.Tests were conducted with AMg6 alloy sheets I mm
(upper sheet) and 2 mm (bottom sheet) tfiick. ADSP-2 and ADSV-2
automatic welders fitted with modified electrode holders and a
card 1/2

,
.ACCESSION NR: AP4039766
f
time control unit were used. The time control unit permitted spot
or continuous scam welding with direct or alternating current.
Both techniques of TIC welding produced unsatisfactory results.
Satisfactory spot welds were obtained with both HIG welding
techniques. To obtain an adequate fusion, the bottom sheet should
also be m'elted through. The oxide film on the bottom side of the
bottom sheet supports molten metal and facilitates the weld
formation. A d-c welding machine with steep or slowly drooping
volt-ampere characteristics is recommended. Orige art. has: 5
figures.
ASSOCIATION: none
SUBMITTED: 14May63
SUB CODE: MM
Card 2/2
DATE ACQt 24Jun64 ENCL: 00
No REF SOVt 000 OTHERi 000

~rTNOO.Amv. V.57. A.B. Y.M.
(Moskva).
Selr,,:~tlng flow, she-.,ts for argon-az-c uspend-ad spot weldiri.- of
al-nminum allnvs. Avtom. srar. 17 nn,,6,:29-32 Ole "/ (M 3 s "
0 , ili A

KARTIMVICH, F.S.. kan4.geograf.nauk; SOBCLEV, Ye.Ta., kand.geograf.nsuk;
BCLISBKOVA 1,L&., kand,ekouom.nauk; LAPETA, D.D., kand.ekonom.
naUK; Ud&RMJLI, (V.A*@ J18nd.geogrsf.nauk, istarshiy prepodevatell;
ANICHMO, G.V., kand.gsograf.nauk; KOTT, G.Z.; TZJBILKO' N.P.,
kand.ekonom.nauk; KOROLMiKO. I.K.. kand.ekonom.nauk; GUTSEV. Ye.G..
kand.geograf.nauk; CHEMMO, V.A.; COMM, L.P.. Prinimali
uchastiye: KOZLOYA, A.I.; KOVALEVSKIY, P.V.; MAZURENKO, R.V.;
KUVEYSHA. Ye.I.; KRYLOU, V.S.; SKRZ INSKIY, I.I.; KURKINA, Z.A.;
KAL CHITS, T.A,, ROKANOVSKIY, N.T., red.; KOSTEVICH, X.R., red.;
TMSEVICH, L., redizd-v&-, SIDEREO, N., takhn.red.
(Distrilrution of the industry of White Russia for the processing
of agricultural raw materials] Razmeshchenie promyshlennosti BSSR
po parerabotke seliskokhozisistvennogo syrlia. Minsk, 1959. 193 p.
(MIRA 13t6)
1. Akademiya nauk BSSR, Minsk. Institut ekonomiki. 2. Zaveduyu-
shchiy sektorom rasmoshchaniya proizvodstva Instituta ekonomiki
Akademii nauk BSSR (for Kartinkevich). 3. Institut nerodnogo
khozyaystva im. V.Y.Kuybysheva (for Gladkiy).
(White Russia--Industries, Location of)

BOLISHAKOVAs-lelQptina Favloypg1--doyarka; LEBEDEV, P.B., red.; YEJAGIN,
A.S., tekbn.red.
(My experience in increasing the milk yield of primapara heifers]
Moi opyt razdoia pervotelok. Moskvap Izd-vo wSovetskaia Rossia,*
1961. .15 P. (MIU 14: 6)
11 Kolkhoz imeni Lenina L7ubytinskogo rayona Novgorodskoy oblasti
(for Bol'shakova).
(Dairying)

A. EOL171FAXOVA V. S.
7Y3ALKINA) - I
Soil 1;dc roorg ani sins
Pbysiological ebaracteristics of actinoaVces in several types of soil. Pochvovedenie
no. 8, 1952.
i
9. Monthly List of Russian Accessions, Library of Congress, I~ovejlber 1953, Uncl.
2

RUNDV, Ye.V.~:-40L'-~H~KOVA, V.S.
Effect of.the improvement of virgin Solonetz soils on microbiolo ical
*4~
processes. Trudy Inst. mikrobiol. no.7a298-311 160. (MIRA 14.
1. Institut lesa Akademii nauk SSSR.
(SOIL MICRO-ORGANISMS) (TILLAGE)

SUKACli'LV,, V.N., akademik; MOLCHANOV, A.A.; DYLIS, N.V., doltor
biol. nauk; TSEL'IlIKER, Yu.L.; KAIRFOV, V.G.; RAFE-':"
P.M.; DD,:ESMAN,, L.G.; PERELI, T.S.; YBEGOiIOVA, S.A.;
Y121IKEYEVA, M.G.; BOLISHAKOVA, V.S.~ ZCINN, S.V.;
ALEKSANDROVA, V.D.; LEbEDEV,,D.V., red.
[Finidiunwitals of foroot biopoconology] 0sno%-'%? loz-moi
biogeotsenologii. Moskva, Nauka, 1964. 573 P.
(MIRA 18:2)
1. Akaderdya nauk SSSR. Laborator.-Lya lesovedeniya.
rn

BOLISHA]ff)V,i V.V.,
Problem c1' OrganizIn,
on structures of TnriTe
no.20:10-lal
(W (H, dmillic

KACHUGIN, Te.G.; AKSMIOV, A.A:;-BOL"UTA OVA, V.V.; KITATE 0, L.G.,
red.izd-va; BIKOVA, V
[Recommendations on the study of reservoir shore transformatioal
Rekomendatsii po isucheniiu pererabotki beregov vodokhranilishch.
Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po gaol. i okhrane nedr,
1959. 118 p. (MIRA 13:3)
1. Moscow. Vaesoyusn" nauchno-iseledovatellskiy institut gidro-
geologii i inzhenernoy geologii.
(Coast changes) (Reservoirs)

BOLISHAKOVA, Yeo
Instruction on Moscow for young construction workers. Prof.-teldi.
obr. IS no.22:24-25 D 161. (MIRA 24:22)
(MOSCOW)

BOVSHROVA, Y"H ~ YAGODIN, 1.
= ~.-- p
Banks and Fhunkin!~
"Increasin, Tho Collection Of gooney," Dan. i. kred, 11, No. 2, 1952.
Yonthly List Qf Aussain Accessions, Library of Congress L---,L 1952 U~IICL-~63IF-I-D

W is 4.4 M91-y4;j I.- ~W
USE-R/Miscellaneous - Communication-work planning
r - 9/23
oird 1/1 Pub - 133
Authors :1 Pylev, V. V., Head of the District Communications Office of the city, of
Ron,u~y- ~ Sumv Region; and Bol shalcova)E. M., 5enior Economist
1! The deficiencies J' a ev~
Title in planning
an lii~Mg economic factors of managing
local comm=nications offices must be eliminated
Periodical i Vest. svyazi 8, 14-15, Aug 1954
Abstract I The author describes the difficulties encountered by the Ronqy District
Communications Officewhen, according to instructions received from the
Central Reaional Office, its work was reorganized on a self-paying basis in-
stead of being operated on governm-ent subsidies. The defects connected with
new planning are analyzed and methods for their eliini-nation proposed.
Institution :
Submitted :

BU I SHAKOTA, Ye. AI I
. , - I s. '.'~ ~ Z:.. - I
Planning of payment and receiving work in State Bank branches,
Den. i kTed. 16 n043:25-28 Mr '58. (KM 110).
(Banks and banking)

BOL'SHAlMVA, Yn. M,,
VpA~RNMWOM"
New developments in State Bank contrnI over small-lot
wholesaling of goods. Don. I kred. 14 no-9:53-56 S '56.
(MLRA 9:10)
(Banks and banking) (Wholesale trade--Finance)

BOLISHAYOVA, ~,. V.
37435. Izmenchivost' sostava i kolichestva moloka pri mefvibovoy, -ibridizatsii
arh-hara s tonkorunnymi ovts-gmi v gorhoy zo.Ve kazakdistana. Izvestzy'a akad. Nai*
kazakh, SSR., No- 71, Seriya Biol., VYP- 5, 1949, S. 65-104--Biblio7r: 45 nazv.
SO: Latopis' Zhurnallnykh Statey, Vol- 7, 1949.

BOLISHAKOVA. Ye.V., kandidat biologicheskikh nauk
...
some data on the variability of internal organs la sheep in
intraspecific hybridization. Trudy Iast.ekep.biol. AN Kazakh.SER
208-47 '54. (MLRA 10-2)
(KAZAKHSTAN--SMMP BMDS) (VISCM)

BUTARIN, N.S. [deceased]; BOL15HAKDVI~,Z&,X.
Chanue in the wool cover of crossbreds in developing the argali
0
Merino sheep variety of Kazakhstan. Izv. AN Kazakh. SSR. Ser. biol.
nauk nc.2:60-65 163. (MIRA 17:10)

R"ILMMOLOV BOLISIPKOV ~ cvart.~d " ";R'0V;, A !~
.--u; __ _ 1 31 1 , - I. i
inhgrit-am-e and varialiility of the wool 7-ir-I'd and i9ml7th in !h.3
prmess of Anter-- Fk-qcif ic hybridization of the Arkharp, -,Kith
sheep. Trrdy Inst. eksp. bio3. AN F-azakb~ SSR 165.
(mMA

.A.D-57-3-3735
TranalAtion from: Referativnyy zhurnalo Geelog'.11-yaj, 1957D Hr 33
p 18o (USSR)
AUTHORS: Rel'tov., B.F.1, Nov.tskaya., N.A., Bollshakic~va, Yu.S.
TITLE,* Further Experimental Studies of Osmotic Phenomerm ir.
r0herent Soils (Dallneyshiye eksperiment-allnyye- issle-
doiraniya osmoticheskikh yavleniy v*svyazn..ykh g--ay~taldl)
PERIODICAL: Izv. Vses. n. -i. in-ta g!.drtt9k1Lq.., 1955., Nr 53,
pp 1~7-164
ABSTRACT: As a result of the difference :La osmotio prasaureB
between soil solution and water at the ~.,anta,3t of
fresh ground and salty water, there ocemrs a pa--k~ng
of the soil beaamse of extraction of wat-ez- frc.-m it-0
At the contact of 89.1ty gro=-d with fresh water, water
seeps into the ground and causes it to swell. The
difference in osmotic pressures is expressed by the
relation PI - P - A P = 6h " i~ RT(cl - 02) where h
is the height oi a water column equivglent" to the
ostiotic pressure, cl and 02 are the aonoet:~~ations of
card ".L/4

15-57-3-3735
Further Experimental Studies of Osmotic Phenomena (Cont.)
salt in the soil solutions and in the water medium, and (pis the
coefficient of semipermeability. And
kosm
h = i~PRT(cl - C2) = k (cl - C2),
Ir
Yhere kofm/k is the osmotic activity of the soil. Osmotic
deformat ons depend on the variation in osmotic pressures and
grow larger with an increase in the difference, i.e., with an
increase in the osmotic activity in the soil and in the dif-
ference in concentrations. Experimental investigations were
made with the instrument described earlier (RZh Geo, 1956,
3604) on samples of Oglanglinskiy bentonite and Upper Cambrian
c1cys of the Leningrad region. A solution of an electrolyte
was used which would have a minimal effect on the adsorption
equilibrium of the soil-solution system. With low concen-
trationsQf electrolyte a filtration was observed toward the lowest
concentration of salt, This phenomenon cannot be explained from
Card 2/4
Nil,

15-57-3-3735
Further Experimental Studies of Osmotic Phenomena (Cont.)
the point of view of electrokinetic phenomena, nor from that of
capillary osmosis as described by B. R. Deryugin (Kolloid. zh.,
1947, Nr 9, p 5). Investigations have shown that the concen-
t~ationof salt k sm does not change more than one order for clays
of different Uneralogical composition over a wido range,, The
Coefficient of gravitational filtration in these samples varies
w.'thin a range of four orders, The Oglanglinskiy bentonite has
the highest osmotic activity, the Cambrian clays have less, and
the Glukhovetskiy kaolin has least. Activity increases
with decrease -in -poro�ity ana also varies *with' ionic'
exchange. The effect of osmotic filtration may be used for
draining over-u-jist cohesive soils. Laboratory experiments
have shown thttt it is possible to make use of surface drainage.
To accomplish this, the surface of an area requiring drainage
is drenched with a concentrated solution of electrolyte con-
taini 'ng polyvalent cations, such as CaCl 2- During vertical
drainage in individual bore holes, porous ceramic pipes filled
with calcium chloride solution are lowered. It is recommended
that a shield of bitumen emulsion be used for a cover to
Card 3/4 -

15-57-3-13735
Further Dcperimental Studies of Osmotic Phenomena (Cont. )
prevent swelling of salty ground in contact with fresh water.
Card 4/4 L. I. L

BOPSHAKOVAJ Y-U. S,
EOLISHAKOVA, YU. S.: "Investigation of the transfer numbers and
electrokinetic potential on colloid membranes of various struc-
tures." Leningrad State Order of Lenin U imeni A. A. Zhdanov.
Leningrad, 1956.
(Disseration for the Degree of Candidate in Chemical Sciences.)
SO: Knizhna Letopist, No. 26, 1956

SOV/124-57-9- 10692
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 9, p 123 (USSR)
AUTHORS: Boll shakova, Yu. S. , Rell tov, B. F.
TITLE: On the Coefficient of Electro-osmotic Seepage (0 koeffitsiyente
elektroosmoticheskoy fill tratsii)
PERIODICAL: Izv. Vses. n. -i. in-ta gidrotekhn. , 1956, Vol 56, pp 36-47
ABSTRACT: A survey of investigations dealing with the determination of the
coefficient of electro-osmotic seepage. The authors question
Casagrande's [ Leo C. ; Transl. Ed. Note] proposition that the coef-
ficient of e1 ectro-osmotic seepage for various soils be taken as
5x,0-5 cm /sec v. A number of investigations performed by the
authors in accordance with a specially developed technique have
demonstrated that, depending on the porosity, structure, and
composition of the soils, the coeffickent pf electro-osmotic seepage
may vary from Z.8XI0_6 to 1.l3xl0_"cmL/sec v. Bibliography:
11 references.
A. N.
Card 1/1

YRIDRDMBERG, D.A.; BOLISHaOTA, Tu.S.; LIPSHITS, T.S.
Relation between the specific electric conductivity, and the
porosity of spile. Koll.shur. 22 no-3:357-364 Hf-Je 160.
(MIRA 13:7)
1. Leningradakiy, universitet, im. A.A.Zhdanova.
($oil research)

BOLISHAKOVA, Z. [Ballshakova, 2.3, zasluzhennyy master sporta
For the prize of 'Robotmitea i sialianka.1 Bab. i Bial 36
no. 7:19 j1 160. (MMA 13;10)
(Yhite Ruasia--Bicycle racing)

500)
AUTHORS: Blokh, G. A., Kogan, M. S., SOV/153-58-6-18/22
Bogdanovich, N. A., Bol LshakaY&,_Z,__N._L_
Tyuremnova, Z. D.
TITLE: On the Stability in Water of the Petroleum and Benzene-
resistant Rubbers (Ob ustoychivosti k vode maslobenzostoykikh
rezin)
PERIODICAL: Izvestiya vysehikh uchabnykh zavedeniy. Khimiya i
khimicheskaya tekhnologiya, 1958, Nr 6, PP 101-107 (USSR)
ABSTRACT: The rubbers mentioned in the title get into contact as well
with water at normal and at raised temperatures under opera-
tional conditions beside the substances to which they are
fesistant. A particular shortcoming of the rubber products
for special use (butadiene nitryl- and chloroprene rubber)
in operation is their low stability in water. They 8well up
to 3-5~fo at normal temperatures and up to 7-90i4o at 100 . In
consequence of this water penetrates e.g. into cables. In
the present investigation the action of the following factors
upon the stability in water of the rubbers mentioned in the
title was investigated: a) vulcanization conditions (duration,
Card 1/4 temperature), b) substitutioh of the hydrophilic components

On the Stability in Water of the Petroleum and SOV/153-58-6-18/22
Benzene-xesistant Rubbers
of the rubber mixture by hydrophobic ones, c) introduction of
synthetic resins, d) of lead oxides and e) the previous heating.
On the strength of the above mentioned the attempt was made
to increase the stability in water of the mineral oil-
resistant rubbers from synthetic hoine-rubbers (SKN-26, nayrit)
technologically and according to schedule. For this purpose
the mentioned rubbers wers soaked in technical water for 1-5
and 10 days at 60 and 100 . The composition of the experimen-
tal rubber is given. The action of the duration and the
temperature of the vulcanization (142, 151 and 01600) on the
stability in water is shown in figure 1. it 25 this action
is practically equal to zerog 0it rises to a certain extent
at a water temperature of 100 if higher vulcanization
temperatures are used. The previous heating of the rubber
did not cause any important effect. Furthermore the influence
of all rubber ingredients on the stability in water was
investigated. Figure 2 shows that an unfilled rubber mixture
which consists of only SKN-26 and the group which accelerates
the vulcanization swells in water much more than a mixture
Card 2/4 with filler. Dibutyl phthalate reduces the swelling of the

On the Stability in Water of the Petroleum and SOV/153-58-6-18/22
Benzene-resistant Rubbers
filled rubber in the case of boiling by the 2-3 fold, as com-
pared to unfilled rubber. This influence cannot be observed
at room temperature. FiGure 3 shows the influence of the 0
nitryl groups. They increase the stability in water at 1 0
by almost 505- The introduction of synthetic resins improves
the physico-mechanical propertie's of the rubber. Cresol
formaldehyde resins do not improve the stability in water,
Yarrezin-B-resin deteriorates it at 1000, increases it, however,
at room temperature. Carbolite resin and alkyd resin improve
the stability in water. The stability in water of the rubber
on the chloroprene rubber basis may be improved by the sub-
stitution of the zinc oxide and magnesium oxide in prepara-
tion by minium or red lead, combined with Thiuram and diphenyl
guanidine. The introduction of soot and the removal of chalk
mixtures from the preparation has a similar effect. There are
6 figures, 1 table, and 6 Soviet references.
ASSOCIATION: Kafedra tekhnologiij reziny, Dnepropetrovskiy khimiko.-
tekhnologicheskiy institut i Yaroslavskiy zavod rezinovykli
Card 3/4 tekhnichoskikh izdeliy (Chair of Rubber Technology,

On the Stability in Water of the Petroleum and sov/153-56-6-18/22
Benzene-xasistant Rubbers
Dnepropetrovsk Institute of Chemical Technology and Yaroslavl'
Plant of Technical Rubber Products)
SUB14ITTED: November 29, 1957
1
card 4/4

SOV/138-59-4-11/26
AUTHORS: Blokh, G.A., Kogan, M.S., Bogdanovich, N.Aa, ~o~ishq4ov_4
and Prokhorovich, E,P,
TITLE: Barium Sulphate as a Replacement for lead Oxide in X-Ray
Absorbing Rubbers ( Sernokislyy bariy kak zamenitell okisi
svintsa v rentgenrazinakh)
PERIODICAL: Kauchuk i Rezinal 1959, Nr 4, pp 42-44 (USSR)
ABSTRACT: Formulae are given relating the stopping power of material
to.the wavelength of the.X-rays, the dencity of the
material, and to its atomic number Z.. Barium has about
one third of the stopping power of lead when considering
X-rays of longer wavelengths, but has greater stopping
power than lead to X-rays at the lower end of the spectrume
Table 1 gives the composition of the standard mix used
for protective rubber sheet. This contains 1000 parts of
lead oxide by weight to about 138 parts of rubber, sulphur
etc., and of two other mixes containing 900 parts lead
oxide and 100 parts Lithopon (Lithopon is an equimolec-
ular mixture of barytes and zinc sulphide), in one case,
and 750 parts of lead oxide and 250 parts barytes in the
other case - the same rubber mix being involved in all
three cases. Table 2 shows the equivalent thickness of
Card 1/3 rubber mixes containing different percentages of Lithopon

SOIT/138-59-4-11/26
'Barium Sulphate as a Replacement for Lead Oxide in X-Ray Absorbing
Rubbe rs
instead of lead oxide as compared with the thickness of
a lead sheet of the same stoppin(.;powar - these determin-
ations being made by using an X-ray 2ource and an ion-
ization chamber. 'The stopping power of barytes is greater
than Lithopon. Table 3 shovis that replacement of 25% of
the lead oxide by barytes gives the same equivalent thick-
ness as the standard mix with only lead oxide filler.
The mix with 25% barytes has similar mechanical properties
but has a specific gravity of 3.9 as against 4.62 for the
standard mix. This lower density is the main advantage*
Table 4' shows equivalent lead thicknesses for replacemeit
of lead oxide by various percentages of filling materialsy
includin antimony penta- and trirsizlphides, Lithopon,,
barytes ~barium sulphate)/and barium carbonate. As a
result of these investigations, the Yaroslavl' Factory of
Card 2/3 Technical #abber Components, now 3:eplaces 25% of the lead

SOV/138--59-4-11/2'
,6
Barium Sulphate as a Replacement for Iaad Oxide in X-Ray Absorbing
Rubbers
oxide f ormetly used in the standard X-ray rubber mixes
with barytes. This gives an annual saving,of 65 metric.
tons of lead oxide which is equivalent to 56 tons of
lead. Greater proportions of barytes can be introduced
into rubbers which are intended only for absorption of
X-rays of wavelengths at the lower end of tlnp s-oectrump
i.e. X-rays in the 0.260 - 0.200 kX range -8
(1 kX = 1900202 A = 1,00202 X 10 cm).
There are 4 tables and 4 Soviet references.
ASSOCIATION: Dnepropetrovskiy khimiko-tekhnologicheskiy institut
i ,ifaroslavskiy zavod rezino-tekhnicheslr-ikh izdeli;v
(4iiepropetrovsk Chemical Technology Institute and
Yaroslavl' Factory of Technical Rubber Components)
Car d 313

BOGDANOVICH, N.A.; BOL'SHAKOVA, Z.N.; TYURFI-MOVA, Z.D.
Industrial testing of soft butadiene-nitrile rubbers. Kauch.i
rez. 20 no.5:45-46 Mjv 161. (MMA 14:5)
1. Yaroslovskiy mavod Rezinovvkh tekhnicheskikh izdeliy,
(Rubber, SynthetAQ) (Butadiepe) -

4053 65'. VIT(m)MI( IW( I Ica-4/PrA
-7-7-76
)AcCESSib-,1_ ~B: iM068ho- 71" 7; ift3816516o*031601910023
WOB B anovich., Dol shako,~a!k
AUT bgd__ N A -_ - - - . .; 8-kharov, N. D.; Ilychkova, Ye. K.;
Tpwemnova, Z. D.; Alltov,: A. I -Pb-di-RH
!
TITLE- The influence of some compositional factors-on the,stdbility of er n-, rl e
ifrom`c~hlorosulfonated polyethylene,in corrosive media
SOURCE: Xauchuk i rezina, no. 3, 1965,
TOPIC TAGS: chlorosulfonated polyethylene, synthetic rubber, acid resistant rubbers,
ABSTRACT:- Because 'of its high degree,of saturation, chlorosulfonated polyetbylene I
is relatively stable in corrosivemedia.', It,appeaied to be of interest-to M-esti-~
gate the effect.of various components ofAbese' types of rubber on -bbeir bebaviour
toward various-corrosive media. The influence of a number of conventional vulcaniz_~
_.ing agents, decelerators, plasticizers and.fillers was tested. The chemical stability
of rubber types prepared-from eblorosulfonated.~olyethylene.was compared to the
che, on
mical stdbility of conventi albutadiene ubber.'.The penetrability of each acid
10as tested by measuring t1jeL conductance of.Vater whicbLVaS separated from the -acid
by a film of, the substance under investigation.L Conventional mechanical strength
tests.were'also performed. The test result's areshown in tabular and graphic form.
................... .... ...

B0L'SHM,-.la-,M.; VINDGRADOV, A.A.1 VOLOBRINSKIY, S.D.; GEYLER, L.B.; GRUDINSY-ly,
Fd ;-DOIZINGV$ A.I.; ZILIBMMAW, R.I.; KAZAK, N.A.; nEETENIK, B.I.;
KMZEVSM, B.A.; LIVSHITSt D.S.; NELINIKOV, N.A.; MININ, G.P;;
MUKOSEYEV., Yu.L.; NATFEL-*D,, M.R.; PETROV, I.I.; RAVIN, V.I.; SAMOVER,
M.L.; SERBINGVSKIY, G.V.; SYRCMYATNIKOV, I.A.
Lev Venimninovichs, 1�05.$. on-his 60th birthday. Prom. energ. 20
no.9:43 3 165. (MIRA 18:9)

BAMDAS, A.M.; 4QLIM ZU
BORCHAYINOV, G.S.; GLA NOV, A.A.; ZALFS'SKIY,
A.M.; KONSTAYTTSOV, 8 A.; LIVSHITS, D.S.1 LYCHKOVSKIY, V.L.; MTLLER,
G.R.; PETROV, I.I.; iiiSKOV, V.I.,- SAWMV M.L.; SYROMYATNIKOV$ I.A.;
CHILIKIN, M.G. -
Professor IUrtt; I.Aontdovtch Makoseev; 1905, on his 60th birthday.
Elektrichestvo no.6-:91 Je 165. (MIRA 18:7)

Boi,'Sw, n. M.
USSR/Electricity Electrical Standar& Voltage May 49
"Comments on A. A. Matmov and S. A. Gelikonskly's Article, 'Improved Scale
of Standard Voltages in the 10-220 Kilovolt Range,'" Prlf S. A. Burguchev, M.
M. Lebedev, Engr, 1. S. Bessmertnyy, Engr, Ya. M. Bollsbam, Engr,, G. S. Plisso
Cand Tech Sci, 3 pp
"Elektricheetvo" No 5
Burguchev believes authors are not free from usual errors prevalent in analysis
of intermediate (10-35 kv) systems (primarily for rural areas), 1.e.t lack of
concrete ephmples or comparisons. But article is very valuable theoretically.
Considers further investigations necessary before changes can be justified.
Lebedev has no objections to author's conclusions on 154 kv, but sees no
factual basis in article for excluding other possibilities. Considers article
valuable as first stage in program for organizations concerned. Agrees that
20-kv standard is desirable for rural electrification. Bessmertnyy states
that article does not take into account developmental aspects of existing
6-kv municipal networks; therefore, 20--kv standard requires further analysis.
Pliss notes that authors' chief variation from 1941 approved standards is
154 kv. Recommends that "Elektrichestvon publish full project on standards
developed by Min of Elec Power Plants, and then draw conclusions (continued
in "Elektrichestvo," No 6,1949).
PA 55/49TA

L: ~s V-1 F1 m, Ya. V)
Subject USSR/Electricity
AID F - 1477
Card 1/1 Pub. 27 - 28/36
Authors Bol'sham, Ya. M., Eng. and Messerman, S. M., Eng.
Title Conference on automation and remote control problems in
Andustry (Current Events)
Periodical : Elektrichestvo, 2, 75-78, F 1955
Abstract : The conference took place in Moscow on 0 20 and 21, 1954.
It was organized by the Main Administration for Electrical
Installation of the Ministry for Metallurgical and
Chemical Construction together with the Technical Council
of the Planning Office for the Heavy Electrical Industry
(GPI TPEP). Over 150 representatives of planning,research,
and construction organizations and offices of various
ministries and:dopartments participated In the conference.
Fifteen reports were presented and discussed. A list of
reports and a summary of the discussion follows.
Institution: None
Submitted : No date

DANILENKO, A.; CHUMAKOV. H.:SERBINOVSKIY, G.; GRACHEV, V.; HERAMUSUIN, A.;
BOKOWV, B.; BOLISHAM, Ta.;TAYTS, A.; NETFELID, M; FRENKEII, S.;
LTuDmiRsKiT, VESTIFiNEVSKIY, So; MWILOY, A.;
BROZGOLI, M.; SOLOVIYEV, F.; KLYUYEV, S.; ROZEBTALI, A.;BMIJUIOV,V.:
WROFETUK, A.
Solomon Mikhailovich Livehits; obituary. Prom energ. 11 no.12:34
D '56. (MLRA 10:1)
(Idvahits, Solomon Mikhailovich, 1901-1956)

BOLISHAM, ya.x.'.-inzh., red.; 4VZNER, A.S., red. izd-va; TOM, A.M., tekhn.
red.
[Manual of consolidated indices of the cost of planning and research]
Spravochnik ukrupuenufth pokazatelei stoimosti proaktnykh i isyska-
tol'skikh rabot. Woditsia Y doistyie s 1 iamria 1958 g. Pt.28.
[Idnes and structures for electric power systems] Vnepioshchadoch-
nye'ko?mm1nJ aii i sooruzhaniia po eiektroonabzhenliu. Moskva,
Goo. izd-vo lit-ry po stroit., arkhit. A stroit. mterialiou 1957.
11 P. (min ilro)
1. Hassia (1923- U.S.S.R.) Gosudarstvenw komitet.po delam
stroitelletva.
(Blectric power distribution)

BOLISHAM, Ya.M.; YERMIIA)V, I.I.
Technical progress in the electrification of industry during
the 40 years of Soviet rule. Prom.energ.12 no.11:24-28 N '57.
(MIRA 10:12)
1. GOBudarstvennyy proyektnyy institut "Tyazh-oromelektronroyekt."
(Electrification)

BZWV, N.N.; 3-01j'SHAN, Ya.M*- GORDRYRV, A.H.; GRLCHXV. V.A.; YERMIWV, A.A.;
ZAIRSSKIY, A.M.; TTIR, Ye.N.; KNORRING, G.M.; KONSWRTINOV,
B.A.; KDPYTOV. N.V.; WIT, G.O.; MITJM, G.P.; HATYELID, M.P.;
FRINTSNV, A.A.; SMINOVSKIT. G.V.; SOKOWY, B.A., STASIWYTS. A.B.1
TAYTS. A.A.; KBRAMUSHIN. A.M.
Mikhail Ironstantinovich Kharchev; obituary. Belov and others. Prom.
snerg. 12 no.12:33 D 157. (MMA 10t12)
(Kharchev, Mikhail lConstantinovich, 1896-1957)

SYROMYATIIIKOV, I.A.; GRUDINSKIY, P.G.; PXTROV, I.I.; KOROLIKOVA, V.I.;
S M IYOVSKIY, G.V.;
_pp~'SHAM, Ya.,M,; LIVSHITS, D.A.; FAYERKAN, A.L.
NAY12LD, M.P.; ZHIVOVB,-']C.S.,- -ONKIN. A.K. (Moskva)
Candidate of engineering L. P. Podollskii. Blektrichestvo no.1:96
Ja 158. (MIRA 11:2)
(Podollakii, Lev Petrovich, 1887)

IJ U n T, I,
AUTHORI N~M. 90-58-7--81/8
TITLEs All-Union Scientific and Technical Conference on the Ellectric~
al Equipment in Buildings and Outside Installations Liable to
Explosions (Vsesoyuznoye nauchno-tekhnicheskoye soveshchaniye
po elektrooborudovaniyu vzryvoopasnykh pomeshcheniy i naruzh-
nykh ustanovok)
PERIODICAL:Energeticheskiy Byulletenl~ 1958v Nr 7, pp 29-33 (USSR)
ABSTRACT: The conference was held from 14-19 April, 1958 in Stalino
and was convened by the Gosplan SSSR (State Planning.. USSR)
jointly with the Nauchno.-tekhnicheskoye obshchestvo energetiches-
koy promyshlennosti (Scientific and Technical Society of the
Power Industry ), the Moskovskiy dom nauchno-.tekhnicheskoy
propagandy im. F.E. Dzerzhinskogo (Moscow House of Scientific
and Technical Propaganda imeni F.E. Dzerzhinsk-iy), Gosudarst-
vennaya inspektsiya po promyshlennoy energetike i energonadzora
MES (State Inspection of Industrial Power and Power -Suparviaioa
of the NES ) and Institut Giproniselektroshakht. A total of
590 people took part in the conference and 36 reports were
read including: V.S. Tulin, "State and 1959-!965 Development
Plan for .4search Work, Construction Projects and Producticn
Card 1/3 of Explosion-Proof Electrical Equipment and the Problems of

90-58-7-8/8
All~Union Scientific and Technical Conference on the Electrica2 Equipmert
in Buildings and Outside Installations Liable to Explosions
Co-ordinating this Work"; V.YeXleshchankop 'fa~M.Bollsham,
I.I. Rakovich "The Requirements in Elec-,ric-il-Equ-i-pm-e-,,T-~ror
Buildings Liable to Explosions",, representative of the Plan's
KHEMZ, Elektrosila and imeni Kaiinin "Designing Single Serieb
of Hermetic Electric Motors"i P.P. Kovalev, "The Use of Elec,
trio Power in Gas and Dust Infested Buildings, and the Plan-
ning of Common Rules for-Preparing Electrical Equipment for
Installations Liable to Explosions"; A.F. Pankratlyev "Elec-
trio Motors for Buildings Liable to Explosions ', According
to Foreign Data"; P.A. Kolodochka, Transformer Sub-stations
Liable to Explosions", N.N. Yudinp Low Voltage Apparatus for
Mines and Factory Installations Liable to Explosions", A.S.
Tsibarov, "High Tension Compartments for Buildings Liable 'In
Explosions"; L.A. Salltsevich and A.S. Zusman, "Electric Light-
ing Equipment for Buildings Liable to Explosions". The case
for explosion-proof electrical equipment in the oil and gas
industries was put forth bys V.Ye.Obren5kiy 'Novokuybyahev
Oil Refinery), Ye.A. Venetsianov (Tsentroelektromontazh),
Card 2/3 N.S. Movsesov (Glavelektromontazh), B,A, Delibash (Tsentro-

90-58-7-61/8
All-Union Sciontific and Technical Conference on the Electrical Equipment
in Buildings and Outside Installations Liable to Explosions
elektromontazh), M.F. Shidlovskiy (Giproneftezavod), V.V.
Peyve (Giproneftezavod), P.I. Polikarpov (Syzran IOil Refinery),
A.Ya. Berg (Kuybyshev Oil Refinery) and A.A. Blekhman (Lengi-
progaz). The work of investigatory organizations such as
MakNII, VosNII, TsVII UPO and . GipronL--elektroshakht was
summed up and the conference agreed that the electrical in-
dustry had failed in developing better explosion-proof equip-
ment. Specific defects in machinery and installations, and
also some improvements, are mentioned. The article lists
proposals agreea on by the conference and intended for the
guidance of plants of the electrical industry and research
and experimental organizations during the 1059-1961; period.
Card 3/3 1. ziectrical eqIdpwnt-Conference 2. Electrical equipment
-Hazards 3. Electrical equipment-Safety measures
USCOMM-DC-55,134

OSTROVSKIT, Abram Semenovich;-.BOL'5UM,.T&.K., re'teenzent; M$SSERMAN,
S.M., retsenzent; IM IZIV, G.P., Imnd.tekhn.nauk, red.; KATV373V.
G.I., tekhn.red.
[Remote control of electric drives] TelemokbanizatsiiO upra-rleniio
elektroprivodimi. Koskva, Gos.energ.izd-yo, 1959. 127"p.
(MIRA !2:6)
(Remote control) (Electric drifing)

RKNOM, Vladimir Ivanovich; 3~MSKIY, Nikolay Mosanellyevich;
BCLISHAM, Ya.X inzh reteenzent; KNCRRING, G.X.. kand.
.L- fto X! &9
0111M.-In "r"*.; SOBOLWA. Ye.K.. tekhn.red.
[Designing of electric power equipment for industrial enterprises]
Proektirovanis silovogo alektroobortidovaniia promyshlennykh pred-
priiatii. Moskva, Gos.energ.izd-vo. 1960. 382 p. (MIRA 14:4)
1. Hachallnik takhnicheskogo otdola institnta MTY82hpromalaktro-
proyaktu (for Boltsham).
(Blectric apparatus and appliances)

RAKOVICH, I.I.; VENETSIANOV, Ye.A.; NAMLID, M.R.; MOVSESOV, N.S.;
BOL.ISHA14-7a.M.-
Problem concerning the use of cable fittings and wires with
aluminum strands in class V-Ia areas vith explosion hazard
conditions. Prom, energ. 15 no.8;38-44 Ag 160. (MIRA 15-1)
1. Gosudarstvemyy institut azotnoy promyshlennosti (for Rakovich).
2. Vsesoyuznyy trest po-elektrifi*tsii promyshiennykh pred-
priyatiy tsentralInykh rayonav SSSR (for Venetsianov, Nayfelld).
3. Glavnoye upravleniye po proizvodotvu elektromontazhnykh
rabot Minstroys. RSFSR (for Mozsesov). 4. Gosudarstvennyy
proyektnyy institut tyazheloy elektridbeskey promyshlennosti
(for Bol'sham).
(Electric wiring---Safety measures)
q~.
-T

BOLI SIUYI, Ya.M.
Concerninr the use of electric motorE in class V-1 compartments.
Prom. enerp. 15 no.11:57-59 N 16o. (MIRA 14:9)
(ElActric motors)
(Electric apparatus and appliances--Safety measures)

AVINOVITSK171, I.Ya.: ALEKSEYEV, S.V.; BARJUMV, B,I,'.; GELIIAPX! , ,,,Yp,.
DVOSKD"4, L.I.; DOLGINOV, A.I.; YERMILOV, ;i~A.; ZjII-E=SIJY, i~~Ye.;
KINENEVA, V.V.; KLD-IIK:X-MI, V.1,11,0* Yl-!YAZE;VSKIY, ~;i.A.; KURIETSOV,
P.V.; RIVKD4, G.A.; FEDOROV, A.A.; SLRB321OVSKIY, G.V., red.;
BOLISILU-1, Ya.M., red.; BRANDUIDURGSKAYA, E.Ya., red.; VORONIV,
(Manual for power engineers of industrial entorprises in four
volumes] Spravochnik energetika proryshlenrqlch predpriiatli v
chetyrekh tomakh. Mosh-va, Gosenergoizdat. Vol.l. [Electric pover
supply] Elektrosnabzhenie. Pod obshchei red. A.A.Yedoi-ova, G.V.
Serbinov5kogo i IA.M.Bollshama. 1961. 840 p. (MMk 15:6)
(Electric engineering)