SCIENTIFIC ABSTRACT BASHMAKOV, A. D. - BASHMAKOVA, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203820017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

IADYZHENSM, Boris Niko3zqevich; BAWMAKOV, Aleksandr Dzitriyevicb;
POZDNYAMAO G.L.p red, iza-va; VENETBUY, 3.1.1, IZd-Va;
OBU dVSMA, G.P., tekbn. -red.
[Treatment of liquid metals by povder in a gas stream) Obrabotka
zhidkogo metalla porosbkoni v strue gaza. Moskva.. Goo. nauebno-
tekbno izd-vo lit-ry po chernoi i tovetnoi metallurgiis 1961& 115 Po
.(Povder metallurgy) (Idquid metals) (KM 14:12)

JOMRoV, N.G.. naucNW sotradnik; YOKIN, A.Do, nauchu"
notrudnik;
-R�MggL A-L$ naucbm" notrndn4lr; RUDAWYA, A.G., naucbnn
sotrudnik; MOSEALETS, Ye.So, naucbnyy sotrudaik; 'Say,
V*I,q redo; PWIRIMg B,A., red,; MYAROVA, YaJis takhnared
[City of Kirov; raferenoo'book-j Gorod Kirov: sprevochnik.
Kirov.
Kirovskoe Imishnos lxd-,Yo, 1957* 150 p. (MM 113:8)
1. KiroveW oblastnioy krayevedchaskiy zazey (for Komarov,
Yokint
Bashmkov, Audakoval Mosimlets), 2. 'Direktor Kirovakogo
obleatnogo
krayevedchiskogo wasaya (for Nedellskiy).
(Kirov)

Ak
KOM M V, N.G.; SOBOLIT, V.A.; BASHMOT, A.1,; IMUSSKIT, A.Vot Imnd.
istor.na ; ZMA . 'A-.C-.TIWSM=bl Teess; MISMUMITO jl*Tao;
KOSHCMOT, V.A.,, KARMOVA, To.A., red.; MYAWTA, Te.l.,
takhn. red.
[City of Kirov; a referenoe book] Gorod Kirov; spravochnik.
lirov, Kirovskoe Imiahnos isd-vo, 1939. 166 p.
(MIRA 13:6)
(lirov--Gaidebookd)

31M
S/145/61/000/011/002/004
D221/D303
AUTHORS: Polyayev, V. M., Candidate of Technical Sciences,
Docent, and Bashmakov, Engineer
_4~_
TITLE: Calculating the turbulent boundary layer during
coolant feeding through a porous wall
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Mashino-
stroyeniye, no 11, 1961, 118-128
TEXT: The authors consider a plane plate situated in a
stream of compressed gas. It is assumed that a film is maintained
along the whole length of the plate. The authors quote the equa-
tions of the steady turbulent flow which are solved under the
following assumptions: The speed of the liquid film with respect
to the wall is neglected; the temperature of the film is equal to
the boiling temperature of the coolant; the losses due to heat
transfer are small, and the heat is used for raising the temperature
and evaporation of the coolant; the thermal capacity of the bound-
Card 1/4

31234
S/145/61/000/011/002/004
Calculating the turbulent boundary D221/D303
ary layer is constant; chemical interaction and secondary effects
are disregarded, and it is assumed that Pr=l. The authors reduce
the problem to analysis of a dynamic boundary layer. After mathema-
tical manipulation a relationship is deduced which allows the dimen,
sionless speed for a known Reynolds number to be determined. The
numerical computations demonstrate that this equation is well approx-
imated by a linear relationship. The latter is a function of the
wall temperature, and to a lesser extent of the flow speed.
RexI 2(xtfJo -1) eXtfl 1 (28)
w = xCl (xi )e 0
0 0
permits also evaluation of changes in the dimensionless speed ke,
during the variation of J 0 at constant speed u6,. The total flow
of the coolant is considered when it is fed through a porous element
Card 2/4

31234
S/145/61/000/011/002/004
Calculating the turbulent boundary ... D221/D303
of length and for a total length of plate L. This results in
X 1g Re X, 'gi -1,29 (33)
0,2065
G Ab#W6 e
x 00
where the coefficient of dynamic viscosity can be determined from
an approximate formula due to Stepanov,
c , V7. 1 _1
Mi
By the -assumption of b-IrD,
Card 3/4

Calculating the turbulent boundary-#*.
31234
S/145/61/000/011/002/004
D221/D303
G - 2,75A-b 11% el'935 1g Rex,w- 1,29 (34)
can be used for pipes. Curves illustrating the relationship between
the specific flow of coolant and the Reynolds numbers as well as
experimental results of Kinney and Abramson are plotted. The
comparison reveals a good agre6ment, although for higher intensity
of feed there is an increase of discrepancies in the above. There
are 2 figures and 4 references: 3 Soviet-bloc and 1 non-Soviet-
bloc. The reference to the English-language publication reads as
follows: G. Kinney, E. Abramson and G. Sloop, NACA Rep. 1087~ 1952
Aoo~_;CIATION: ATVTU im. N. E. Baumana (MVTU imeni. N. E. Bauman)
Card 4/4

BASHKAKOV Aleksandr-Mikbayloviob; KOZLOVt Alskoey Ivanovich;
SUKHOV., I.V., red.; TELMHDV, R.Kh.,, red.izd-va; GVIRTS,.V.L.,
tekhn. red.
[Lifting-oapaoity liadtor for jib oranes. Self-gripping
catah for obeet mta4als] Ogranichital? grwwpod"emnooti
dlia otrolovykh podlemykh kromov, Samosasbimnoi sakhvat dlia
listovogo xaterialoo-. Leningrad, 1963. 17 p, (Lenipgradskii
AOM nauchno-tekhnichookoi propagandy-Obmen peredovym opytan
Periia: Mokbanichookaia obrabotka metallov, no,12)
(MIRA 16:10).
(Crimea, derricket etc.-Zafety applisnoes)
(Natorials Wwdling-.1quipment and supplies)

BASHNMVP Boris Aleks"rovicht-KHDROSHAVINA, A.G., red.; VORONTSOVA,
--Z.-Z., takhn.
[Sugar beets for the fie,ids of Udzurtia]Sakharnuiu evsklu -
na polia Udmurtii..Ishevsk, U~martskoe knishnoe iad-vo, 1961.
17 p. (MIRA 16:2)
1. GlavW agronom sovkhoza Yashbakhtinskiy Kiyasovskogo rayons.
(for Bashmakov).
(Udmurt I.S.S.R.-Sugar beets)

BASHKAMV, G., Insbener-stroitel's
Mucational, training grounds for builders are needed.
Prog. -takhn. obr. 13.no.8:16 Ag '56. (MLRA 9M)
(Building trades--Study and teacb1mg)

:BWW&OVv G. A*. TAWW,
1100 of polyetl~rlefte v''emsels for the pvoft6tf6n-'d~d
trimopcrtation
of tissue cultmaq'. v0p. Vine 8 no.5s628-629 84163-
Nim 17t1)
1. Virusnaya nauclmo-ia sledovatel I okayo, laboratortya i ka-
fedra mikrobiologii Voyanno-meditsinskoy ordenaILeAna aka-
demil imeni S.M. Kirova.

SINITSKIYv A A.$ prcf.;,TARASOV, V.N.; GORVO N.Ye.; G.A. 11
may= meditsinakoy aluzbby
WayB of improving the methods of virological studies; a review
of the literature. Voen. mad. zhur. no.10-39-42 0 165.
(M',,-RA ISM)

'AP6028731
SOURCE CODEt
0402/66/000/00h/0492/0497
UR/
AUTHOR: Tarasov, V. No; Ba8hmakoYj._G. Ao
?ORG. Virus-Scientific Research Laboratoryt Military Medical Order of
Lenin Acaj-
emy im. S. M. Kirov, Leningrad (Virusnaya nauchno-iseledovatellakaya
laboratoriya
Voyenno-meditsinskoy akademii)l Microbiology Department, Military
Medical Order of~
Lenin Academy im. So Mo Kirov, Leningrad (Kafedra mikrobiologii
Voyenno-moditain-
skoy akademii)
TITL9: Cell culture on the surface of high-molecular polymers
SOURCEi Voprosy virusologiip no. 4, 1966, 4921-49T
TOPIC TAGS: cell culture, high polymer, polymethylmethaerylates
polystyrene, cellulose nitrate, pentoplant,.fluoroplaot, virusp
cell monolayer method jej 406
-ABSTRACT:
;cell' mon'olayers 4ore giown"on various plastic's. An" shown-
:by the table, the plastics find little or no biological
.activity and are suggested, for use in tissue culture.-*
'The beat growth occurred on polymethylmethaerylate, poly- 7-
Istyreneg cellulowe-nitratet pentaplastp and fluoroplast
!our La qtLq_yRi~~on a_ of various types of vessels
rd 112 UDC: 5M005.23*6TOoT

ACC NRI AP6028731
icommonly ueed in vi~iu-s-"eitudiss wera teatod and found suit-
44ble. and..AoaY-qp!Lept-.!,.for,-IabQr-aAp~Fy ues... LWA-50.- CDR ILI
BUD CODES 06/ SUBM DATEt i5jun6h/ ono mr: OTH REFt. Oil/

rd
2/2

ACC NRe AP6027250 SOURCE-COD38 UR/0177/66/000/00T/0044/009
AUTHORt Bashmakoy Go At (Major; Medical corps); Topleninova# No A@
ORG: none
TITLE: Using fluorescent antibodies to detect tick-borne and
Japanese encephalitis virus
SOURCE: Voyenno-moditainskly zhurnaig no. To 1966, 44-49
TOPIC TAGS:. fluorescent antibody techniques disease diagnosis,
diagnostic method, Japanese encephalitist tick borne encephalitis,
virus, virus diseasel antibody, enceptalitis, fluorescence
ABSTRACT:
.The fluorescent-antibody technique was applied to various types
.of cells'infected with tick-borne encephalitis virus to deter-
mine its value as a diagnostic method, This method reveals
!viruses in 18-48 hr depending on the types of cells studied,,'--
:Virus was detected in the medium after 24 hr, making this the
fastest available methods .[WA-50; PE No. Ill
SUB CODE: 06/ SUBM DATE: none
576.858.2

:USDMOV g2orfidy M93?gnovioh I
A.--- ~
Ngul control of the Internal order of collective farms]
ftayovoe regullrovanle vnutronnego rasporiadka v koMozakh.
Moskva, Gosiurisdat.,1960. 137 p. (KnA 14:2)
(Collective farms)
I.- . E

EASHMA
Anciejk.~!athematics in the early part of our eras Isto mate
issl.'W&ol4:473-490 '161. (KMA 16%10)
(Mathematica.. Ancient)

POLYATEV, V.M.f kand.tekhn.nauk, dotsent; BASHMAKOV, I.V.9 inzh.
Calculating turbulent boundary layer in supplying coolant through
a porous wall. Izv.vys.ucheb.zav.: mashinostr. no.11:118-128 161.
(MUU 14:12)
1. Moskovskoye vyasheye tekhnicheskoye uchilishche im. N.E.Baumana.
(Boundary layer)

BASHxMVIO'K'I* kand.med.nauk, podpolkovnik seditsiuskoy slushly
31pert evaluation of dry perforations of the tympanic membrane. Tom.-
med,shur. no.9t74-76 8 159* (min 13:1)
(TIVANIC KWRM, diej
(JURISMUDIMON)

medenauk (Moskva)
Unusual etioloCr of perichondritis of the prinna. Vest.
otorin. 21 noo3:86-88 W-Je 159. (MIR& 12:9)
(MR. XMMIAL, die.
perichonaritis of pinna (Rue))

BAMMMV, I.I., IwaLmedenauk Obskra)
Cement plug in the external auditory canal, Vest.otorin. 21 no.51
9l,.92 8-0 159. (KIRA 13t1)
(UR, IXTRiMp for,bodies)

I

I BASMWOV, K.J. 9 kand.med.nauk
What causeo looo of the voicel Zdorovle 7 no. 4:30 Ap
161,
(MBU 14: 4)
(LARYNX-DISEASES)
~ I

;I"M.IKOV K.J.
36Wid Mod ntuk
Itohing ears. Zdi*avle 7 no.701 JI 161. .14:
(EAR.-DISMSES)

d.nauk
Believe in Wain viotory. Zdorovle 8 no.2tl6-17 F 62.
(IWALIDS) (NIRA 15:4)

BAOMKOV K kand.med.nauk
godmay io an insidiou Mnoooo Sovaprofooiuzy 19 no*3130
T 163,s (TMSn&.DISnSES) (KRA 1612)

4'.
16(1)
-AUTHORSt Bashmakov,M.I., and Faddeyev,D.K. SIOV/43-59-19-4/14
TITLEt On the Simultaneous Representation of Zero by a Pair of
Quadratic
Forms of Four Variables
PERIODICAL: Veatnik Leningradekogo universitetaq Seriya matematiki
mekhaniki i astronomii, 1959, Nr 19(4), pp 43-46 (usn~
ABSTRACTs Theorem: Let
2 2 2 2
[F1U a 1X1 +a2 x2 +a3X3 +a 4x4 , 0
P2= b ix1 2+b 222+b3x32+b 4x42 m 0
be a curve of genus I in the projective space over the field k
the characteristic of which is different from 2 and 3. In orde?
that on (1) there exist,;, a rational point it is necessary and
sufficient that on the surface
(2) (al+blt)x,2+(a +b 2+(a +b t)x 2+(a +b t)X 2 . 0
2 2t)x2 . 3 3 3 4 4 4
in the projective space over the field Kos k 0(t,s) there exial,
a rational point; here t is.transcendent over k and
0
2
Card 1/2 a - (a 1+b t)(a2+b2t)(a,+b 3t) (a 4+b4t)'

.On the Simultaneous Representation of Zero by a Pair
SOV/43-59-19-4/14
of Quaaratic Forms of Four Variables
A rational-point on an algebraic manifold in the projective
space over the field is a point the coordinates of which belong
to this field.
The authors mention I.R.Shafarevich.
There are 2 Soviet references.
SUBMITTEDs JulY 1, 1958
Card 2/2

mUUM

1. BASEMOV N.
2/ USSR (600)
4. Snow
7. Aechanization of snow retention work. Kolkh proizv 13 no.1, 1953.
9. 14onthlE List of -% 1!lan Accessions- Library of Congress. April
1953, unclass.

.- :~ SASHKAMV, N.A., tnithener; GRISM, F.P., inshener.
Upertence with using the T-163 vibrating machines,
strol, 13 no*8i25-29 Ag 156.
Makh,
(MLU 9:10)
(Concrete)

ALEKSEYEVp G.P.; ANDONIYEVp V.S.; ARNGOLID, A.V.,- BASKIN,
S.M.;
BASLZJWI,-.LA-,- EEREZIN, V.D.; EERHAN, V.A.; BIYANOV,
T.F.;
GORBACHEVO VA; GRECHKOt I.A.; GRINBUKHt G.S.; GRONDVO M.F.-
GUSEV, A.I.j DEMENTIYEV, N.S.; DMITRIYEV, V.P.; DULIKIN,
V.Tas;
ZVANSKIYt M.I.; ZENKEVICHO D.K.; IVANOV, B.V.-j INYAKIN,
A.Ya.;
ISAYENKO, P.I.1 KIPRIYANOV, I.A.; KITASHOV, I.S.;
KOZHEVNIKOVI,
N.N.1 KORKYAGIN, B.V.; KROKHIN, S.A.; KUDOYAHOV, L.I.;
KUDRYAVTSEV., G.H.; URIN, S.G.; LEBEDEV , V.P.; LEVCHENKOV,
P.N.; LEMZIKOV, A.K.; LIPGART, B.K.; LOPAREV, A.T.;
MALYGIN,
G.F.; MILOVIDOVAO S.A.; HIRONOV., P.I.1 MIKHA7LOV, B.V.,
kand.
tekhn. nauk; MUSTAFIN, Kh.Sh., kand. tekhn. nauk; NAZINOV,
A.D.j
NEFEDOV, D.Ye.; NIKIFOROV, I.V.; NIKULIN, I.A.;
OKOROCHKOVp V.P.;
PAVLENK0, I.M.; PODROBINNIK, G.M.; POLYAKOV,, G.Ya.;
FUTILIN, V.S.;
RUDNIK, A.G.; RUNYANTSEV., Yu.S.; SAZONOV, N.N.; SkZONOV,
N.F.;
SAULIDII I.P.; SDOENIKOVj D.V.; SEMENOV, N.A.;
SKRIPCHINSKIY, I.I.;
SOKOLOV, N.F.; STEPANOVI, P.P.; TARAKANOVI, V.S.;
TREGUBDV, A.I.;
TRIGER, N.L.; THOITSKIY, A.D.; FOKINt F.F.; TSAHEVt B.F.;
TSPSULIN,
N.A.; CHUBDV9 V.Te., kand. tekhn. nauk; ENGEL', F.F.j
YUROVSKIYt
Ya.G.; YAKUBOVSKIY, B.Ya., prof.; YASTREBDV, H.P.;.KANZIN,
I.V.,,-prof.,
glav. red.; MALYSHEV, N.A... z-am. glav. red.; MELINIKOV,
A.M., sam.
glav. red.; RAZIN, N.V., zam. glav. red. i red. toma;
VARPAKHDVICH,
A.F., red.; PETROV, G.D., red.; SARKISOV, M.A., prof.-
red.;
SARUKRANOV, G.L., red.j SEVASTIYANOV, V.I.., red.; SMI6;V,
K.I.19
red.; GOTMAN, T.P., red.; BULIDYAYEV, N.A., tekhn. red.
(Continued on next card)

ALEKSEYEV, G.P.-(continued). Card 2.
[Volga Hydroelectric Power Station; a technical report on the
design and construction of the Volga Hydroelectric Power Sta-
tion (Lenin), 1950-19581 Volzhakaia gidroolektrostantsiia;
tekhnicheskii otchet o proektirovanii i stroitelistva Volzhskoi
GES imeni V.I.I enina, 1950-1958 g9. V dvukh tomakh. Moskva,
Gosenergoizdat. Vol.2.[Organization and execution of constrution
and assembly work] Organizataiia i proizvodstvo stroitellno-
montazhnykh rabot. Red. toma: N.V.Razin, A.V.Arn lid, N.L.
Triger. 1962, 591 p. rMIR& 16:2)
1. Deystvitellnyy chlen Akademii stroitellstva i arkhitektury
SSSR (for Razin).
(Volga Hydroelectric Power Station (Lenin)--Design and
construction)

BA~IIMA07, N.I., ~rintl.aal'Mco,-.bos,nuak
FarvAnr T)ractices in 'dArt Kazakbstnn Province.
Zemledelie 7
12-17 !,~,T 15'). (MIRA 12:?)
1. eoeuderstvennaya, eel 'skikohozyaystvaunaya
opy-tnaya utantsiya.
(West Knzat:hstan Prnvince-AgTicult= e)

ZHOLOBOVAp Me (Rostov-na-Donu); SHCHEGOLEV, N.
(Rostov-na-Donu); BRODSKIY,
A. (Kiyev); BARANENKOj S.; SUbBOTIM9 G.; BASHMOL-Le, KOVALEVAt
Me; GHRMIRI,~Vt-, YEGORIYEVA, A., kand.geo-gr-aT-.nauk-;
PU-i-ft, V.;
GOLID, M. (g.Baku)
Readers' letters. NTO 4 no.1:26,27,29,41,50,56 Ja 162.
(MIRA 15:1)
.1. Predsedatell I-.veta nauchno-tekhnicheskogo obshchestva
Ukrainskogo
filiala Vsesoyuznogo nauchno-isaledovatel'skogo instituta
gazovoy
proVshlonnosti (for Baranenko). 2.,Direktor Umskogo
Doma,tekhniki
nauchno-tekhnicheskikh obshchestv (for Subbotin). 3. Uchenyy
sekretarl Leningradskogo oblastnogo pravleniya
nauchno-tekhnicheskogo
obabcbestva energeticbeskoy promysblennosti (for Germer). 4.
Zame-
stitell predsedatelya Leningradskogo oblastnogo pravleniya
nauchno-
tekhnicheskoe-o gornogo obshchestva (for Yegor'yeva). 5.
Zameatitel,
predsedatelya Latviyskogo basseynovogo pravleniya Nauchno-
tekhnicheskogo obshchestva vodnogo transporta (for Puzyrl).
(Technological innovations)

BASHMAKC9, V-A.- R OV) N.M. starsbiy doroobnyy master
1 .9
Speed up the elluLwUou of deftetu. Put, i put.khoz. 6
no-5:18 162. WU 15:4)
1. Naeballnik liummmkoy distantaii O~tyabrlskoy dorogi
(for
Basbmakov). (Railroadg.-I-taintenanee and repair)

24-7500 75998
sov/7o-4-5-2o/36
AUTHORS: Kosevich, V. M., Bashmakov, V. I.
TITLE: Study of the EJ-,aa-T_M5t`Fog~eso Twinning in Metal, ~-
m-cv!iw.0 x1!;
PERIODICAL: Kristallograftya, 1959, Vol 4,. Nr 5, PP 749-755 (USSR)
ABSTRACT: Polysynthetic Or single bands of "twins," possibly form-
ed due to glide and partially or completely vanishing
after the crystals are releaved of load, were found
to develop as the result of plastic deformations in
bismuth, antimony, tin, and zinc crystals. Platy
crystal fragments, 4 x _3 x 1.2 mm, were bent by a
device placed on the stage of a microscope Mim-6.
Applying load P to the device they produced a "twin
band parallel t; (111) cleavage plane, or "twin"
bands, whose width, b., was measured under microscope
with an accuracy of + 0.311. Then, taking the load
off, the reduced width, bol, was measured again. The
Card 1/4

Study of
16he Elastic Stages
of Twinning In 75998
Metal :'~-q
o~~-rystale
$OV/70-4-5-2o/36

difference bi
-- bol 8e, represents the width-of:the

elastic part
of the "twin" band. Applying loads P
23

P
... , OeI2,
8el
*** were obtained. 8 el proved to

3
3

increase with
was reached,
the increasing P, until 8

max

which then remained constant despite
larger P applied

in the course
of further tests. 8max was proportional

to the length
of the "twin" band, P_
* For instance

In BI: 8
max
(1.1 x 10-3~ -3) rm. In othEr ucrds
� 0-05 x 10

max
max

max_--.,
--- I.C is

a constant for a given orientation of

k

max

'twin" bands i
yen crystal.
In the'cuse of (111)
n a gl

position of "
~
twins, C Is about 1.1 x 10--~ in bismuth,

1.37 x 10-3
In antimony, and
0.11 x 16-3 in zinc.*
!%,Card 2/4
All
Generally, C
is a function of the elastic limit.

Study of the Elastic Stages of Twinning In
Metal Vionoar~~;"I-; SOV/70 -4 -5-w/36
Since, however, cryntals ve,01-101 tho ,Aruutural ve-
arrangements necessary for the disappearance of elastic
"twins" after taking off the load, the experimental
8max ratio is always lower than that calculated
,9, max
theoretically. The bending of a readily "twinned"
crystal in the op ?I osite direction leads to a gradual
disappearance of twin" bands. In the case of reversed
bending - an In,
6max II Is larger th ax I of the pre-
ceeding direct bending. If the bending direction is
reversed once more, Kax iii>~ max ii > 8 max I' This
points to the Increased resistivity of crystals after
each elastic deformation. Having bent the crystals
alternately in reversed directions, the resistivities
could be increased to a stage at which the "twin"
bands became completely elastic; i. e., they disappeared
Card -3/4 when a load was applied, and appeared again when the

Study of the Elastic Stages of Twinning in
Metal Monocr~stals
ASSOCIATION:
SUBMITTED:
75998
SOV/70-4-5-2o/36
load was taken off. Relaxation between the two
successive deformations reduced the elasticity of
bands. The elasticity of "twin" bands is higher in those
crystals whose critical shear streSses are higher. Sn
crystals, whose elasticity is high, had completely elastic
"twins" even after first bending, while B1 and Zn crystals
required several reversed deformations to achieve the same
kind elastic ".twins." There are 6 figures; and 7 refer-
ences, 5 Soviet, 1 U.S., 1 U.K. The U.S. and U.K.
references are: J. J. Gilman, Acta Metallurgica,
3, 209-211 (1955); R. W. Cahn, Advances Phys., 3,
363-445 (1954).
Kharlkov- Polytechnic Institute imeni V. I. Lenin
(Khar1kovskiy politekhniche3kly Institut Imeni V.
I. Lenina)
September 1,'A,
Card 4/4

KOSLIVICH, V.M.; MMZ, N.q.4; B&SHWMT. V.1.
Iffect of inclusions on the twinnin of sinc
crystals. Kristallo-
grafiia 5 no.3-426-431 *-Je 160. (MM 13! 8)
1. Kbarlkovskiv politekhnichookiv institut im.
V.I.Leniva.
(Zinc crystals)

J.- - --- - 68632
/00 9.900 S/126/6o/oo9/02/022/033
AUTHORS: Kosevich, V.M. and Bashmaholl,/M5.
TITLE: Investigation of Twi_nningj~;f -Metallic Crystals Using a
Concentrated Load
PERIODICAL; Fizika metallov i metallovedeniye, 1960, Vol 9, Nr 2,
pp 288 - 293 (USSR)
ABSTRACT: A concentrated load was used to give a quantitative
estimate of twinning in monocrystals of bismuth, antimony,
and bismuth-based alloys. The loading used was a
microhardness tester PMT-3 with a diamond pyramid. The
type of impression obtained is shown in Figure 1. It is
shown that the length of the twinned band (1) and the
diagonal of the impression M are related by the
equation t =-a + ad (Figure 2b, 4). The coefficient a
can be used as a q-u,-Antitative estimate of the intensity njC
twinning of a given crystal. With homogeneous bismuth-
antimony alloys, the.value of a markedly increases with
increase in antimony content, The increase is similar
to that for microhardness. Figure 5 shows a (continuous
line) and hardness (dotted line) against antimony content.
Cardl/2 In alloys containing over 1% Sb twinning begins with th

formation of elastic twinning interlayers and proceeds
as intensively as it does in pure antimony. In bismuth-
lead and bismuth-tin alloys, with increase in alloying
element a at first slightly increases and then remains
constant. This is again similar to the behaviour of
microhardness with respectio alloying concentration
(Figure 6). There are 6 figures and 8 references, 2 of
which are English and 6 Soviet.
ASSOCIATION: Khartkovskiy poll.tekhnicheskiy institut
(Kharlkov Polytechnical Institute)
SUBMITTEDs July 15, 1959
Card 2/2

KOSUICHI V#M*j, KAXOV v, I,.
Studying the relmmtion of twinned single crystals. Fiz.
met. i metilloved, 3-1 no. lilOO-107 A 161. (KM 14:2)
1, Kharikovskiy politekhnicheskiy institut, im. V.I. Lenina.
(Metal crystals)

BASHMAKOV, V.I.; SOLDATOV, V.P.
Certain properties of the boundaries of residual twinning streaks.
Fiz. met. i metalloved. 16 no.5s768-775. N 163. (MIRA 17:2)
1. Fiziko-t6khnicheskiy institut nizkikh temperatur AN UkrSSR.

W. TIMAKOV, V. N.
Bashlaakov,, V. N. "biology of the muksun of the Oba River,"
Trudy Barabin. otd-niya Vsesoyuz. nauch.-isxlad. in-ta ozer-
nogo i r*ch. ryb. khoz-va) vol. in, 190, p. 91-16a
SO: U-3566) 15 March 53,, (Latopis 'Zhurnal Inykh Statey, No.
14, 1949).

mm I BOOK MaWITATION SOV/4837
Baebmakov., Viktor Petrovich, and Aleksandr Dmitriyevich
Dubinin
=...' ii7pzro~yakt~iroyan~iye~remennykh i tseMkh peredach
(Calculation and
Design of Belt and Chain Drives) Kiyevi, Mmhgiz, 119591 127 P.
17,000 copies printed. (Series: Biblioteka konstruktora)
Sponsoring Agency: Nauchno-tekhaicheskoye obshchestvo
mashinostroitelluoy
promyeblennosti. Kiyevskays, oblastnaya orgimizatsiya.
Reviewer: V. N. Levinson., Doctor of Technical Sciences.,
Professor;
Ed.: V. S. Radchik, Candidate of Technical Sciences, Docent;
Chief Ed. (Southern Department, MashgLz): V. K. Serdyuk,
Engineer;
Ed. of Publishing House: G. D. Tynyanyy.
PURPOSE: This book is intended for junior designers.

BASHMAKOV, V. V.
Cand Tech Sci - (diss) "Theory and design of radio engineering
semiconductor reversible thermostats." Moscow, 1961. 14 pp;
(Ministry of Higher and Secondary Specialist Education RSFSRj
Moscow Order of Lenin and Order of Labor Red Banner Higher
Technical College imeni N. E. Bauman); 200 copies; price not
given; (KLI 7-61 sup, 232)

BASHMMV, Ta.
Road construction in Mosdok District. Art.dor. 23 uo-1:28
ja 160. (KM 13.0 5)
1. Zaveduyushebly Mosdokskim doroshrqm otdolom,
(Mosdok District--Road construction)

RASIOUO'I, YU. 1. -
.. Progressive method of manufacturing metal
structures for a
sulfute plant. Avtom. evar. 17 no.1202-75 D 164
(MIRA 18:2)
1. Mimisterstvo montazIu.-ykh i spetsiallnykh
stroitellnykh
rabot UkrSSR.

Assembling elements of the main building of a sulfate
plant by
the continuous production method. Prom. strol. 42
no.12;15-17
D 164. (MRk 180)
1. Minmonta%hspetsstroy UkrSSR.

28o16
3/081/61/000/015/005/139
LID B101/B110
AUTHORSs Abdullayev, G. B., Aliyev, M. I., Bashehaliyev, A. A.,
Aliyev, G.M.
TITLEi Effect of halide impurities on the physical properties of
selenium
PERIODICALt Referativnyy zhurnal. Khimiyaq no. 15P 1961, 29-30,
abstract
1513196 (Bb "Vopr. metallurgii i fiz. poluprovodnikov", M.,
AN SSSR, 1;599 80-88)
TEY,T: The authors studied the effect of halide impurities on the
crystallization rate, electrical, thermal, and optical. properties
of 6e.
X-ray analysis showed that at annealing temperatures from 60 - 800C
iodine
impurities accelerate Se crystallization. In the presence of I and
Br, Se
begins to crystallize at 60 0C, 'while pure Se begins to crystallize
only
at 800C. Halide impurities increaso the electrical conductivity of
Se by
several hundred times. The dependence of the hole mobility on the
Card 1/2

28016
S/081/61/000/015/005/139
Effect of halide impurities on the BiOl/B110
impurity concentrations shows a maximum. With rising
temperature the hole
mobility in pure Be and in Be with iodine impurities
increases, while their
concentration decreases. This phenomenon is explained by
structural
peculiarities of Be which is a polymer, and by the effect of
the inter-
crystalline amorphous layers acting as potential barriers. On
transition
from the amorphous to the crystalline modification, thermal
conductivity
of Be increases from 3-13-10-3 to 7-01-10- 3 Cal/cm-sec-deg
(25'C). In
this case specific heat decreases. At 640 m/Lthe
forbidden-band width of
the amorphous Se is 1.94 ev, that of crystalline Be (at 680
m/4) is 1.83 ev.
[Abstracter's notes Complete translation.]
Card 2/2

PAMMXOVAj A. Ya.
Bashmakova, A. Ya. IIV2riation in the specias composition of the
fish of the Toms. Aver within the bound2ries of the Tomsk fish
factory," Trucly B2ralbln. otd-niya Vsesoyuz. nauch.-isxIed.
in-ta ozernogo i rech. ryb. khoz-va, Vol. III, 19h9, p. 109-13
sor U--1%6, 15 MQrch 53, (Letopis lZhunial lnykh Staluey, No. 14,
1949).

BWMAKOVA, I.B.; STORCHAK, L.I.1 DOBROTIN., R.B.
- -----------
History of the natural sciences in Russia. Vol. 2. Ed. by
N,A,Figurovskii and others. Reviewed by I.B.Bashmakova, L. I.
Storchak,'R. B. Dobrotin. Vest. AN SSSR 32 no.5:133-lY7 Yq
,62. (KRA 15:5)
(Bibliograph$-Natural history) (Figurovskii, N.A.)

-- -------------
.MSEVAKOVA, I.G.
Bashmakova., I.G, "The arithmetical books of Euclid's OWlementslip
In the
collection: =-matem. issledovaniya, Issue 1, Moscow, 1948, p.
296-238.
SO:U-3042p 11 March 53, (Letopis lnykh Statey, No. 9, 1949)

BASIMIKOVA, I. G.
371/a. Obosnovaiye teorii delimonti v trudakh ye, i.
Zolotareva. B. ab:
ist-matem, issledoraniva. Vyp. 2, Mt-L 1949, s. 2330351
SO: Letonist Zhurnallnykh Statey, Vol. 7, 1949.

WHKANOTA, I,G.
-U~.~MOW
Xethod of differentials In the works of Archisiedes.
Ist.-mat. Isal.
no.6:609-658 153. (MM 7:9)
(Geometry--larly works to 1800)

MSTVkathematics - Methodology Jan/Feb 53
*The 21 Oct 52 Joint Session of the Moscow Mathematical Society with
the
W.
Semina on Marxist-LenWat Methodology of Mathematics of the Moohadoo-
Mathenatical Faculty of Moscow State Univereitr" (reports)
us~ Maten" Manks Vol WHT No 1(53)v p 176
I* G. Bashmalcova reported on the project for prograndag a course on
the history
of mathematics. In the onvulAg;,discussing the following
participated: P. S.
Aleksandrov, So A. Yanovskaya, S. V. Foxin, L. A. Tumarkin, A. G.
Kurooh, B. I.
Segall A. P. Yushkovich, and A. S. Parkhomenko.

BASHKAKOVA,I.G. (Moscow); YUBMERVICH.A.P. (Moscow)
Leonard Ruler. let.-mat.1sel. no.7s453-512 054. (MLRA 8:6)
(Ruler, Leonard, 1707-1783)

Call Nr: AF 1108825
Transactions of the Third All-union Mathematical Congress - (cont. )
mosew
jun-jul , 6 Trdd '56 v 1 Beat. Rpts., lzdatel'stvo AN SSSR,Uoscov,
1956, 237 PP.
Turkin, V.' K. (mose'0w). 'mathematical Methods in the
Theory of Isotopes Separation. 226
Khokhlov, R. V. (Moscow). Certain Problems in the
Synchronization Theory of Auto-oscillating Systems. 226
Mention is made of Krylov, N. M. and Bogolyubov., N. N. 226
Yanenko, N. N. (Moscow). Asymptotic Formulas for the
Functionals of the Solutions of Thomab-Permi Equations. 226-227
Section of the History of Mathematics 228-237
Reports by the following personalities are included:
Bashmakova, I. G.. Moscow). -Interpretation by Ancient
-TReelk Mathematics of Some Problemsof Mathematical Analysis. 228-229
Card 76/80

SOV/124-58-1-23
,Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 4
(USSR)
AUTHOR: Bashmakova, 1. G.
TITLE: -_TJe hitiTFcLe_an Treatise "On the Buoyancy of Bodies"
(Traktat
_Axx
Arkhimeda 11 0 plavayushchikh telakh")
PERIODICAL: V sb.: Istoriko-matem. issledovaniya. Nr 9. Moscow,
Gostekhteoretizdat, 1956, pp 759-788
ABSTRACT: The author characterizes briefly the first book of the
treatise of
Archimedes and then focuses his attention entirely on the second book
in an attempt to clarify just what methods Archimedes used in finding
the position of equilibrium and to what extent these methods approach
those used to date. It is pointed out that Archimedes does not provide
a determination of the position of stable equilibrium of a buoyant
body,
but it is apparent from his demonstrations that he considered as
stable that position of equilibrium toward which a body would return
after finite disturbances not exceeding a specified limit; Archimedes
did not introduce any concept of unstable equilibrium whatsoever.
Well-known propositions are reproduced relative to the necessary and
Card 1/3 sufficient conditions for the stability of the equilibrium
of a bucyant

SOV/124-58-1-23
-Whe Archimedean Treatise "On the Buoyancy of Bodies"
body, which are currently used on the basis of the works of C.
Dupin (1814) and
A. Yu. Davidov (1848). Thereupon it is asserted that
Archimedes' postulates may
be applied to all buoyant bodies the surface of the centers of
which is a surface of
revolution having its center of gravity on its axis.
Archimedes' demonstrations
relative to the position of equilibrium of a segment of a
paraboloid of revolution is
tianslated into the language of analytical geometry. Thereupon
the author shows
that. Archimedes' demonstration may be turned into a method,
with the aid of which,
accordi'ng to the author, Archimedes found the position of
equilibrium; the author
also shows that that method is equivalent. to the di?k!
rm',nat*; on ..of all possible
normals drawn from the center of gravity of the segment of the
paraboloid to the
surface of the centers. The author points out that in the
first part of the second
book Archimedes did not -mploy explicitly the surface of the
centers, but that in
proposition 10 oi that booj~ he does explicitly examine a
certain modification of the
surface of the centers, which he ther. employs for the
determination of the position
of equilibrium. Having examined all possible positions of
stable equilibrium of a
segment of a paraboloid of revolution for those cases in which
the base of the 'seg-
ment touches the liquid surface or is partly submerged,
Archimedes carries out all
further discussion relative to the intersection of the
paraboloid with a plane passing
through the axis. In connection therewith he constructs two
auxiliary parabolas,
Card 2/3

SOV/124--58-1-23
:rhe Archimedean Treatise "On the Buoyancy of Bodies"
one of which is the geometric locus of the centers Of gravity
of segments of the basic
parabola cut off by chords that pass through the point of
tangency of the base of the
segment with the liquid surface. The author concludes
therefrom that the question
OIL' the presence in Archimedes' thought of a surface of
centers (even though in a
somewhat different sense than that employed today) must be
answered in the affirm-
ative; however, no explicit use by Archimedes of the concept
of a metacenter can be
found. In his conclusion the author points out, and not
without foundation, that the
preva,l
'ling view on the science of antiquity in terms of a sharp
division into theoret-
ical, 'pure", and applied sectors, between whicil there are
virtually no points of
contact., dppears unjust. To substantiate this view the author
adduces a number of
add`tional examples of the close tie between theory and
problems of mechanics and
astronomy with reference to the third and second century B. C.
A. K. Nikitin
Card 3/3

B & # 7v/) P144, ~~ ~ 1~ 6 ~-
BABOAKOVAl 1 0
'~ *w
v" ~
Z;;Zot or 7heb'asto theorem of algebra. Ist.-mat. isel,
w,lo:257-304 ~
157, (MIRA Iltl)
. (Algebra)

E
PRAn i MU XXIPWrfk?XON SOV/1366
Istoriko-matematlaheakiye
lawledovardya, TV. n (80"areh 1n
PAthematleal Mistory. wr n) 316930W,
TlVMAt6lI, 1958. 792 P.
3,000 OoPles Prlntod-
Im. ( tio Page in, O.F. mW
rumMeTlah, A.P.) M. (Inelde
bookli Konop=. A.A.j Teah. 34.s
lbr&&Mva, N. Ys-
MRFMi Me bo* Is later44-1 ::r
mathometlolons MA OWWr$
Interested In the h1stary of
mathematles wd may serve &S WW
basla for a sultablo, talverelty
text an 6o h1stary of mathemstles,
therebT tlUU%g the soot sertaus amp
In Savlat mathematical
uterature.
OMCPA=o This book sontUns reports
*Me by imembers of the seatlan
an the MUM at ma-4matles at the Vard
All-Thdam, Flathematleal
Oangreso Alab 41mRWd problems of the
h1story of mathmatloo 04
varlous artleles an the awfloories
at the Me" at matboostles
cam 3/8
l"tures an t" mistory
or-mmmlEme to Anal*" emove

B&SHKUWVA, I*Go;. R7BNIXOV, K.A.; YUSH"T CH, A.P.;
TAN75UTLO S9A.
Program for the course in the bletory of mathematics
at Moscow
stage' University. let.-Nat.iiel. no.3-1:185-192 ',~
1580
(MIRA 32:1)
40

R&SM&KOViL, .1.01, (Moskva)
Lectures on the history of mathematics of ancient Oraeces
lot.-mt9inal, nagil:M-438 158. (min 12 1)
(Hathematiosp Greek)

XUKMIN, Boris Vasillyeviohv prof.; RYBNIKOV, Konstantin
Alaksayevich,
prof.;, BASHMOTA, Izabella Grigorlyevna; YU VICH, Adollf
Favlovto%rWM*AYA-ftflyo,,Mektfflftol"%; SPASSHY, Boris
Ivanovioh. dotsent: HIELAYLOT. Glab Konstantinovich. starehiy
nauohuyy sotradnik: KATUOT, D.Ta., prof., otv.radel GORD9 M ,
D.I49 prof,# red,l IVANWO, D.D., prof,, redo; KMTAYTSNV9
P.S., prof., red.; XULIKOVSKIT, r.G., doteent, red.; JMGIAN.
.A*Khot prof** redo; SUEV SOV, N.Se, prof., red.; VBRMIMV,
V.K., assistant, red.; KONONKOV, A.F., red.; TBRHAKOV, H.S.,
takhn.red.
[programs of courses on the history of the physicomathematical
sciences] Programmy po Istorii fiziko-matamaticheskikh nauk.
Moskva, 1959. 40 p. (KIRA 12:12)
1. Moscow. Universitat. 2. Orgicomitat Vessoyuznoy mezhvuzovskoy
konforenteli po f8torii filiko-matemAtichask1kh nauk (for
Kukarkin,
Rybaikov, Spas6kiy. Gordayevv.lvanenko, ludryavtsev.
lulikovskiy,
Kikhaylov. Khrgian. Shevtsov. Varkhaiov, Kononkov).
(Physics-Study and teaching)
(Kathematice-Study and teaching)

B48MOXOTA, I.G.
One problem to the theory of algebrato equations to the works
of J. Newton and 1. Waring. let.-mat. isel. no.121431-4156 15
(Equations, Theory of) (MIRA 13:11

BURM
Review of B.L. Van der Varden's boeACOAn awakening
science;
mthematics of ancient Imt, Babylon and Greece
(translated
from the Datch3. Reviewed by I.G. BasIn oviL. Usp.
mt. nauk
15 no.2t253-257 Mr-Ap 160o kMIRA 23:9)
.(Nathexatice, Ancient)

Interuniveraity ConZerence on the history of the Physical and
limthoratical Sciences. Usp. w-t. naul: 15 no. W05-214
r-D 160., CNIM 14--21'
(Fhysice) (mathomatics)

BASHMAKOVAj I. G.
Doe Phys-Math Sci (diss) "Cycle of studies on the history of
ancient mathematics." Moscow, 1961. 24 pp; (MOBCOW Order of
Lenin and Order of Labor Red Banner State Univ imeni M. V.
Lomonosov); nubber of copies not given; price not given; bib-
liography at end of text (41 entries); (KL, 5-61 sup, 190)

A~ ~.~ ,
BASMEAKOV*,I. N. Cand Ned Soi -- (diss) "Certain
biochemical indicators of
the blood norm of hypertension patients and their
W~M-R~ in the process
of treatment." Dnepropetrovsk, 1959. 14 pp ( Min of
Health UkSSR.
Dnepropetrovsk State Med Lzt), 200 an copies (KL,
46-59, 139)
-W-

BAMUOVA, I.N.
Some biochemleal indexes of tho'blood serum in bypertensiou
patients and their chmWes during treatment. Vraob*delo U0.7t
2o-22 ji ,6o. (KIRL 1317)
1. Pervaya gorodob&ya bollultea, g. Dnepropetrovsk.
(RTPARTMION) (MMUK)

LAW92TRA ION,
Minical aspeato of elootrophoretiolwroatigation of serum
proteins
in the blood of patients with hypertension* Torap.arkbo'
32 no4802-
75 Ag 160. (MIM 1313-1)
1, Is terapevtichookogo otdeleniya 1-y gorodokoy bolinitay
Abepro-
petrovoka kna ovoditell - dotsent VON. %yak).
ON) (BLOOD PRO=S)

DZYAK# V.N., dotsent; KUSMMUA A.G. kand.med.nauk; BASHMAVVA9
I.N.
Glinical eignificancre of some biochemical indexes in
hypertension.
Vracho delo no,,4:140 AP 161, (MIRA 106)
1. Kafedra'fakulltetokoy terapii (uv. - prof. B.A.Zialkind)
Dnepropetrovekdgo mecUtsinskogo instituta.
(HrMTEMION)

B&SMUMAs ION* P kftnd.wd.zi~uk
Characteristics oi lipold metab olism in patients with
hypertension.
Sov. mad. 25 no.5t9&100 My 161. (MIR& 1416)
1. Is terapevt1dheskogo otdeleniSm I Gorodskoy bcalnitsy
(nauchnyy
ri4ovoditell - daktor meditsinskikh nauk V.N.Dayak),,
Dnepropetrcqgok.
(HIPERTFMION) (LIPIDS)

WMIAKOVA~ M. A.
"Experinental and Clinico-%.cterlological a,.ta on the Raising of
the 'Resiatance of
Flexner Dysentery Bacteria to ~9vomvceLtLin. 11 Yin Public Health
USSR, First Leningrad Iled
Inst imeni Academician I. P. LMPA*,~' 1955
(Dissertation for the Degree of Candidate of Yedical Sciences)
SO: Knizhna-va Latopi2l, No. 32, 6 Aug 55

STARTOY.As T.G., SHUVALOVA, Ye*P., dote., RASHMAMVAj, MvAe
Increase in the resistance of Arai Yl-&--To- OmthoWcla
and 1,evoWeetin. Trudy ZXZ 2:258-266 155 (MIRA 11:8)
1. Kafedra mikroblologil (zar. - prof. V-N. Usmadamianskly)
i Kafodra infeKsionnykh bolesney (sav. - prof. K.T. Glukhov
(deceased)) Pervogo Leningradekogo maditelnekogo Institute ineal,
skadartika. L?. Pavlovft.
SHIGILLA PARADYSMMMIAR)
WROMYoris)
M

TWI339 K.D.t kandmed*-nauk; BASHKAKOTAt K*A.9 kmnd*med*nwdk OWJ"4u)
hooblem of amopeoifio Immological roqatiirity in patients
with suppurative ffurglool diseases. Klin.med. 38 no.IU61-67
N 160. (=A 13W)
.1. 15 kafedry obahchey khirmVU (say. - prof. I.V. Dannoy)
1, kikfedry mikrobiolodi. (say. - prof. S.A. Mj"Ida) ftlftin-
sk o meditsimakogo ftstitotao
IOUPFURVICS) (metame (D"ITI) ("W"MIS)

I -- ~ - 11- -1'-,,- -~v

MA "A
ACCESSION NRI AP4041757 S/0076/64/038/00b/1606/1608
j;AUTHOR: Hitskevich, P. K-t Bashmakova, M. 1.
TITLE i Changes I
n the electrical conductivity of certain organic
1~semLconductore on malting
SOURM Zhurnal fisicheskoy khimii, v. 38, no. 6, 1964, 1606-1608
TOPIC TAGS1 organic semiconductor@ electrical conductivity
ABSTRACTs A study has been "de of the templerature dependence of
the electrical conductivity of naphthalene, anthracene,
phenanthrenst
acridines phenazinep a- and 0-naphthoquinolineg o-phenanthroline,
and benzanthrone In the solid and the liquid states. This research
was done because of the paucity of data an the conductivity of
simplej
.organic compounds in the vicini*ty of the melting point. In the vi-
cinity of the malting point, the dependence of log(conductivity)
(log o) of the compounds In the solid and the liquid state was a
linear function of reciprocal absolute temperaturee On melting*
o jumped by more than one order of magnitude# The activation energy
"C.;,d .11 / 2

ACCESSION NRs AP4041757
for conduction in the vicinity of the melting point for the solid
and liquid states was determined. The logarithm of the ratio of
conductivities in the liquid and the solid states at the melting
point was a linear function of the melting point, on cooling of the
compounds after superheating 20--40C above the melting point,
conduc-
tivity changed Irreversibly. This irreversible change corresponds
to the region of supercoolinge *The results are interpreted In terms
of changes in the energy spectrum of the compounds and In terms of
the Yas I* Frankel' theory of the mechanism of melting (Ya. I.
Frankel', Kinstichaskaya teoriya xhldkostey (Kinetic Theory of
Liquids),
Izd-vo, AN SSSRg 1945)o This work was done at the Dnepropetrovsk
Con-i
struction Engineering Institute* orig, art. hast 3 figures and I
table,
ASSOCIATIONt Dnepropetrovakiy lnahenerno-stroitell.ny*y-inotitut
(Dnepropetrovsk Construction Engineering Institute)
11~SUBNITTEDt 25Feb63 ATD PROM 3066 ZNCLI 00
SUB CODEs IN NO REP SOVt 004 OTHERs 003
tord,~11 2/2

L 8565-b6 -,,Tt 1 )/Z_'viTk
ACCESSION M: AP5021183 a/0139/65/CK)C,/01-)4/C,151/0155
AUTHOR: Mitskeyich. P. K.; BashmA
, )y
TITLE: Investigation of the electrical conductivity of oKe.
~icse~ndcoDductors on
melting
SOURCE: rVUZ. Fizika, no. 4, 1965, 151-155
y, organic semiconductor temperature dependence,
TOPIC TAGS: electric conductiyjt
activation energy, absorption spectrum
ABSTRACT: The electrical conductivity of fifteen organic
compounds has been stu-
died at their melting point. The temperature variation of the
electrical con-
ductivity was exponential for all the compounds In both the
Eolid and liquid state.
T
lbe activation energy of the conductivity and the
pre-exponential factor were de-
termLi-ned for both states. The semiconductor nature of the
conductivity was ob-
served in both states. A comparison of the calculated values of
the thermal ener-
p.~epe,' &nthracene phenanthrene,:&nd benz&nthrone-1
gy of activation of solid na
with the long- wave I engtb fall-off of the ~_Ciorption spectra
indicates the singlet
excited states of tbeir molecules take part In the daTk
condur!tivity. It is shown
that introduction of beteroatome of nitrogen, the methyl
radical, and the OH group
whdch glyes rise to kWdrogen bonding into an aromatic molecule
Increases the con-
Card 1/2

L 8';65-66
AOUSSION 0 AM1183
ductivity at room temperature and decreases the activation
energy. The transit/ilo"n
from the solid to the liquid state is accompanied by a
jump-like increase in the
conductivity. A linear relation has been established between
the logarithm of the
conductivity jump and the melting points of all the
investigated compounds. A
linear relation was observed between the thermal activation
energy wid the pre-
exponential factor for the conductivity of organic compounds
having conductiyitlee
in the range of 10-19-10-15 ohmi-IcW 1. "The authors thank 1.
D. Fozenshteyn for
useful directions." Orig. art. has- 2 figures and I table.
ASSOCIATIONi Dnepropetrovskiy izkzhenotrno-6troitel'myy
institut (Dpeyr?petTvysk
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AUTHOR: Bashmakova /0703
'z t" Mitskevichl P.
ORG.- e ro etrovsk Engineez
Llli~o 8~tr- ing and Construction
~uT 'nstitutO (Dnepropetrovskiy 'q
inzhe rno-stroIt-ejT,,.Y Luau,_
TITISI Electrical conductivity and intermolecular interaction in
organic compouds
SOURCE: Elektrokhimiva, v. 29 no. 6. 19669 700-703
TOPIC TAGS: electric conductivity, intermolecular force,
naphthalene, organic azo Cora.
pound
ABSTRACT: Data on the relationship between the structure of
naphthalene
,'Iderivatives
(amnaphtholl 0-naphtholl A-methyInaphthalene) and organic azo 3
W'f the naphthalene
0- s 4
series and their electric properties were obtained by studyingteTir
eir optical absorption,
spectra, recorded in benzene solutions with an SF-4
spectronhotorm+a- q%_
donor nronn"+'-- -4' nty -

ACC NR. AP6018983
of intramolecular hydrogen bonds, which weaken the
intermolocUar interaction. Orig.
art. has: 2 figues and I table.
.2 0
SUB CODEt 071/SUBM DAM 31MAA5/ ORIG REFs 011/ OTH RSFt 002
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