SCIENTIFIC ABSTRACT BRYUKHANOVA, L. S. - BRYUKHOVETSKAYA, N.

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• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Vol'~M 2 i; -' "S/0 2 -0 ~/ ~- !',/ 13 9/00 2 //0- ?/017f
B1041B,20~,
AUTHORS: Likhtman., V, I,, Bryukhanovaj L S., and Andreyeva. 1. A.
TITLE: Long-time strength of metals
PERIODICALt Akademiya nauk SSSR, Doklady. v, 139, no, 2. 1961. 359
362
TEXT: The effect of surface-active metallic melts on the mechanical
properties of high-melting metals has been studied in the au-thors'
laboratory. It could be shown on aingle crystals of Zn. Cd, and Sn that
the sudden loss in strength and plasticity oc~=ring under the action of
a thin film of a melt on a single crystal being stratched at a constant
ratej is related neither with the grain boundaries.. nor with the dis-
solution of the high-melting inetal in -the mel-,, r,,jr with a chemical reac-
tion between the metal and the basic metal, which leads to an interme-
tallic compounds The mechanism of thi-.ct effect cons';.sts in a considerable
adsorptive decrease of the surface energy of the high-melting metal
(Rebinder effect) both on the external surface and on the two surfaces
of the crack. S. N. Zhurkov et al., (ZhTF. 2-). '0777 (1~953); DAN, 101, 2371
Card 1/4

2.5 715 a.
S/020/61/!39/002/011/017
Long-time strength of metals B104/B205
(1955); Piz. tverd. tela, 2, 1033 (1960)) have shown that the destruction
of solids is a thermally activated process and.. therefore, depends on the
time of action of mechanical stress. Thue, it may be assumed that the
dependence of the kinetics of "lie destruction of a -metal on stress and
temperature in the presence of an active melt makes it possible to esti-
mate the role of thermal activation in this new mode of destruction. The
authors studied single crystals of zinc of varying orientation. as well
as zinc and cadmium polycrystals., The specimens were wires Imm thick
and 10 mm, long. For zinc a thin Hg film was used as surface-active melt,
and for cadmium a gallium films The results obtained are illustrated in
four grapha. C~n single crystals of zinc i+ was not. DOSS-4ble to establish
any relationship between the time elapsing until destruction and stress
in the presence of a thin film, The single crystals broke suddenly at
low stresses, and the transition from sudden rupture to practically in-
finite stability takes place within a very narrow range of stresses.
Thus, it was not possible to find an intermediate value in this range.
The same results were obtained for amalgamated zinc polycrystals and
cadmium polycrystals coated with gallium,. Amalgamated zinc specimens 2
stretched at a constant rate are destroyed as soon as a stres; of 1 kg/mm
Card 2/4

2"
5781
S/02Q/61/139/002/9'1.1'/017
Long-time strength of metals B104/B205
is reached. This corresponds to the discontinuity on the curve logt
f(P) which, in turn, corresponds to the transition from the de*struo-
;
ion mechanism based on thermally activated prbeesses to a meohanism
based on an increase in the surface energy, which'is brought about b
y the
active melt. The second mechanism occurs not before a certain atress is
attained. This corresponds to the braking strength of the metal which
is reduced in the presence of the active melt. The authors thank Ye. D.
Shchukin and L. A. Kochanova for discussions. there are 4 figures and
10 references: 9 Soviet-bloc and 1 non-Soviet-bloc. The reference to
English-language publications reads as follows: K. H. I'Jann, et al. J.
Phys. Chem., 64,
ASSOCIATION: Institut fizicheskoy khimii Akademii nauk SSSR (Institute
of Physical Chemistry of the Academy of Sciences USSR)
PRESENTED: March 15, 1961, by P. A. Rebinder, Academician
SUBMITTED: March 6, 1961
Card 3/4

S/020/62/143/001/018/030
B104/B108
AUTHORIS: Chayevskiy, M. I., Bryukhanova, L. S-., and Likhtman, V. 1.
TITLE: Durability of steels in the presence of active metal melts
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 1, 1962, 92-94
TEXT: Specimens of Steel CT50 (St 50) in normal state, with a test length
of 30 mm and a diameter of 10 mm were investigated. Part of the specimens.
were provided with 0.5 mm deep notches (edge angle 450) as stress
concentrator. In the presence of a eutectic Pb-Sn alloy, the logarithm of
the time up to rupture of the specimen at a deformation rate of about 10CA
per minute suddenly drops (FiC. I). This destruction is not related to
thernal activations. Zn-Sn melts with 50/,,, sn immediately form compounds
in the cracks of the steel specimens owing to their high surface activity.
Thus, the stress ranges in the specimens are widened very much. The
reduction in surface energy owing to adsorption is greater than for Pb-Sn
melt. Consequently, the stress at which the logarithm of the time up to
destruction suddenly drops, is much smaller for Zn-Sn than for Pb-Sn
(Fig. 2). Sn-Cu melts (5% cu) are even more active. There are 2 figures
Card 1/-T x

S/020/62/143/001/018/030
Durability of steels in the ... B104/B108
and 5 references: 4 Soviet and 1 non-Soviet. The reference to the
En.glish-language publication reads as follows: G. IV. Austin, J. Inst.
Miet., 5-8, 1 (1936).
ASSOCIATION: Institut fizicheskoy khimii Akademii nauk SSSR (Institute
of Physical Chemistry of the Academy of Sciences USSR)
PRESENTED: May 106, 1961, by P. A. Rebinder, Academician
SUB1,1ITTED: May 3, 1961
0
Fig. 1. Durability of St 50 as a function of stress at 400
Legend: (1) specimens without notch; (2) specimens with notch; (1) Spec-
imens without notch in Pb-Sn melt; (II) specim,-na with notch in Pb-Sn
melt; (T) time up to rupture; (p) stress.
Pi_g. 2_. Durability of St 50 as a function of stress at 400 0C, (specimens
without notch)-
Le-E5-znd- (1) specimens in air; (2) specimens in Zn-Sn melt; (v) and (p) as
in Fig. 1.
Card 2/3

OURCE-00M -uli7cFi-3FT766TO-Cidroo-O-/kdd~fiAO6i
ACC NRs 06035407
AUTHOR: Likhtman, V. I.; Bryukhanova, L. S.; Andreyeva, I. A.
TITLE: Measurement of surface tension of hard metals in the presence of adsorptioa
layers of surface-active metallic alloys
SOURCE; Ref. zh. 14etallurgiya, Abs. 9A41
REF. SOURCE: Sb. Poverkhnostn. yavleniya, v rasplavakhi voznikayushchikh iz nikh
1tverd. fazakh. Nallchik, 1965, 438-442
TOPIC TAGS: surface tension, alloy, adsorption, surface active coating, metal surfa,;,~-
1ABSTRACT: The author determined experimentally the surface tension a of solid Zn Vaic'
adsorbed different amounts of Ga on its surface. a was determined by the Tammaa "zero',,
';creep method. A foil of Zn T x 10-3 cm thick was used; the Fa film (5 x 10-7
jl X 10-5 cmi) was deposited electorlytically.. a experiences maximum reduction when thel
:Ga film thickness is 0.1 P. A tentative estimate of the.depth of the diffLsion Pene-
Itration of Ga and Zn makes it possible to propose that the maximum reducticu ofC
'corresponds to a monomolecular layer of Ga on '.be surface of Zn. 3 illustraticas.
jBibliography, 7 titles, (From RM Khim.) [Translation of abstract)
SUB dODE'-._-:20, 11
r_,A 1/1 UDC;

AC SSION:NR*- APS012648
ENCLOSURE: 02

:-Fig.- 2. -Relative elongation of
12 2

um
zinc foil coated with gall
layers of various thicknesses as
a function of loading at 3800C
and 3 hours isothermal holding.
--zinc foil without coating; ~i

P,
ergs 2-m It.0.005 V; 3-vD.02 p; IvO. 1
a,: cm

Card~~_4)4

B I I ILI'
a
Dr rea se of' suri,p,
_c, *ension Of sc 1-4d Metals -a','en azo4tis of
~.uvface-act.iye metull;o melts are adsorbed -on theIr suricace.
-A!" SSSR 1-~,O no-4:867-870 F 765.
Inst'tl-, fiziCheskoy kiiina-21 Aj,

BRYUKHAVOVA, L.V.
Ametional changes in the malpighian vessels of mosquitoes
Anop4eles maculipennis sacharovi Favre related to various
physiological ages in the femalese Med,paravi paraz,.bol,
29 no.5z549-552 S-0 160. (MIRA 13212)
1. 1z Fauchno-isoledavatellskogo protivoebumnogo instituta. Kav-
kaza i Zakavkaz"Ya (dir. instituta V.N. Ter-Vartanov).
(MOSQUITOES)

- BRYUKHANOVA, L.V.; SARDAR, Ye.A.; Ijm, moio
Method of'determining the quantity of blood suched by a
flea. Trudy Nauch.-issl. protivochum. inst. Kav. i Zakav.
no.5:28-32 161. (MIRA 17-1)

BRYUKIIANOVA, L.V.
...
Fleas of carnivorous --als in Ciscaucasia. Trudy Wuch.-
issl. protivochum. inst. Kav. i Zakav. no-5:98-105 1610
(MM 17:1)

LOV.; -JT . ji~
Gbse'7-t-aticcrz on suslik fleas CerLlklo-~hyllus ~:c-cpsyj:La
setosa durirg hiL-arrja~Llicn 11' their hosts. Mat. k pozzn. fauny i
flory SSSR. Otd. zool. no.40:145-176 165. 0-1111~il 18:9)

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D-issertations presented for science add engineering degrees Jr 1.'~~scoe dur n9
19,51- Sub 9 MqY 1951, Acad Med Sci. USSR
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BIRYUKHANOVA, N.A.; SHCHIPITSYNA, L.P.
Micrometho'd for determini4 the ascorbic acid in whole blood.
Vop. pit. 20 no.4;60-65 J1-Ag 161. MIRA 14:7)
1. Iz otdola vitaminov C i P (zav. *v prof, N.S.Yarusova) Nauchno-
issledovatellskogo instituta vitaminologii Ministerstva zdravookh- .
raneniya SSSR,Moskva.
(ASCORBIC ACID) (BLOOD-EMMUTION)

VPInL'-" V,S.;..,BRYUIMUQV,, V.A.; DELYAGIN, N.N.
Tei~peratvxe effect.on'the hyperf#e structure of gaMa-radi-
ation. Zhur; eksp*' i teor." fiz,-40 nq.5:1525,1527 My 161.
1. In'ptitut yadernoy fiziki Mosk-evskog6 gosudarstrarmogo
univer-siteta.
(Ga=& 3~&Yq) (Specti~=, Atomic)

S/056/61/041/oo6/ol4/054
B115/B104
LUTHORS- Shpinell, V. S., Bryukhanov, V. A., Delyagin, N. N.
TITLE: Isomeric energy shifts of the 23.8-kev T-transition in the
Sn 119 nucleus
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 41,
no. 6(12), 1961, 1767-1770
TEXT: The authors measured the isomeric shifts of the 23.8-kev 1-transi-
tion in the Sn119 nucleus in various tin compounds . An Sn119mO2 prepara-
tion served as source which was kept at room temperature. The absorber
consisted of various crystalline tin compounds and was kept at nitrogen
or room temperature. In SnF2, the absorption line is split into two
component3 due to quadrupole ifiteraction of the excited Sn119 nucleus
with tha gradient of the electric field in the crystal. The isomeric shift
6 with respect to the energy of the y-transition in the Sn02 crystal was
determined at room temperature. There was no quadrupole splitting in the
absorption spectrum of the SnCl 2 crystal. Besides in P-Sn and SnO,
Card 1/3

B/056/6i/041/006/014/054
Isomeric energy shifts of the ... B113/B104
quadrupole splitting was only observed in SnF2: 6 - (15-5 + 2-5)'10- ev~
,6 did not much depend on temperature. Measurements of energy shifts for
various compounds showed that there were no distinct rules governing the
isomeric shifts of the 23.8-kev 1-transition in the Sn119 nucleus. It
may be assumed that for bivalent compounds the two p-electrons in the
outer shell of the tin atom play a special role in the chemical bond; the
valency electrons of the following shell, the two s-electrons, affect the
chemical bond in tetravalent compounds only, and lead to a sharp change
of the isomeric shift. Hence, it follows that the density of the
s-electron wave function in the region of the nucleus is lower in
tetravalent than in bivalent compounds. Comparing the isomeric shift of
bi- and tetravalent tin compounds one may put down:
E EIV -(R 2xc - R2)[IT(0)12I _ IF(0)12 , where R and R are the
e 0 1 IV] exc 0
effective radii of the charge of the Sn119 nucleus in the excited and
ground state, T(O) the electron wave function in the region of the
nucleus. R2 > R2 i.e., the effective radius of the charge distribution
exc () 2
grows when the Sn119nucleus is excited. Since quadrupole interaction
exists, the magic proton core of the Sn119 nucleus is not spherically
Card 2/3

S/056/61/041/006/014/054
Isomeric energy shifts of the ... B113/B104
symmetric. There are 2 figures, 1 table, and 9 references: 5 Soviet
and 4 non-Soviet. The four references to English-language publications
read as follows: 0. C. Kistner, A. W. Sunyar. Phys. Rev. Lett., A, 412,
1960; S. De Benedetti, G. Lang, R. Ingalls. Phys. Rev. Lett., 6, 6o,
1961; 1. R. -Walker, G. R. Wertheim, V. Jaccarino. Phys. Rev. I~_ett., 69
98, 1961; A. J. F. Boyle, D. St. P. Bunbury, C. Edwards. Proc. Phys.
Soc., 77, 1062, 1961.
ASSOCIATION: Institut yadernoy fiziki Moskovskogo gosudarstvennogo
universiteta (Institute of Nuclear Physics of the Moscow
State University)
SUBMITTED: July 1, 1961
Card 3/3

KRAVCHENKO, A.A.;'R=--KHANOVA, V.I.
Retrapharyngeal abscess complicated by a e4rebellar abscess.
Vest. otorin. 22 n6-4:98-99 Je-Ag '60. (MIRA 13:12)
(PHkRYNX--AWr,ESS) (GEREBELLUM-IMCESS)

TESIENKO, P.I., polkovnik meditsinskoy slu7,hby; ISDOROV, K.V,,
podpolkovnik meditsinskoy sluzhby; BRYUKHANSKIY, P.G.,
mayor meditsinskoy sluzhby -
Acaricidic properties of polychlorpinene. Voen.-med. zhur.
no. 6;84 je 160. (MIRA 13:7)
(PINENE)

BATEMAN, Harry (1882-1946); Bffyq!~!OV, L.N. [translator]; KOSHLYAKOV,
N.S.., red.
(Mathematical theory of the propagation of electromagnetic
waves) Matematicheskaia teoriia rasprostraneniia elektromagnitnykh
voln. Pod red. N.S.Koshliakova. Moskva, Gos. izd-vo fizikp-
matem. lit-ry,, 1958. 179 P. Translated from the English.
(MDIA 14:9)
(Electromagnetic waves)

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iol NicW as a Funetka of Temperature. N. L. Brukhotow asid
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'
measuring the machankal Molnents exerted on The spbere-shapni en-bta
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it bythionispetkfield. It has been alliblishell that the aniNtilropy Constant
as*
can be nVitsented -.-cry accurately in a lairce trinjivrature intm-al by the
empoil" interpolation formula K - KO-l" whom Ke - 40 X W clans.:
60 4 - 0-0000341/Krads. This relation astisifies Nerniits throorcm. as
VNIMr-of - 0. It cannot. howe%vr, be extended to high tormformtZr

i
th
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e reg
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tie An
e po
nt s
e
linfopearantv cof t ioot
cointant at the actukl Curie point do" not result from this Triation.
Nevertheless. alreatly at about 400' K. very anall values of K rvsult.,n luch
of
becouies practically olem. The results of the experiments have been
compared with the theory of Akulov [Kv Abstract 3349 (1936)] which is CVO
coo
based on an application of classical statistics. Aloulov's thecirrtical Ma- age
tion, rep"aents the Vneral charactota of the temperature run-C K cmmtly,
dc-Oatillons, in detad appearing in the rc&n of low temperatures, as tolas
to be expected. Autnoss. j

'60
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AUTHOR; B, yukhatovi N, L, 48-9-:-13/26
TITLE; An Investigation of the Hysteresis Losses in Rotating Magnetic
Fields in a Magnetit Monocrystal Before and After Phase Trans-
formation (Is~sjedovaniye potert- na gisterezis vo vrashchayushchikhsya.
magnitnykh polyakh v monokristalle ma.unetita do i posle fazovogo
prevrashcheniya)o
PERIODICA-T.,; Izvestiya AN SSSR Seriya Fizicheskaya, 1?57, Vol. 21, Nr 9,
pp. 1268-m-1274 (USSR0.
ABSTiUCT: In this paper the connection between the antiparalle-1 spins of the
two groups of magnet cations with the crystal lattice is investiga-
ted, After the hysteresis losses in rotating fields have been deter-
minedp the process of the transition of the spin from its combination
with the lattice to the combination with the external magnetic field
is inirestigated. The measurement of the hysteresis losses Qr0t in a
rotating magnetic field at room temperature shows, that its course
is anal-oguous -15o that of the hysteresis losses in the nickel. mono- 3)
crystal. They display a maximum in a field of looo Oe (8,5 erg.cm
and from,2ooo Oeonwards, where the rotation process originates,
Card 113,' they tend towards-zero in correspondence with'Akulovfs theory. The
k

45-'0_13/26
Aa Investigation of the Hysteresis Los3es in Rotating Yagnetic Monocrystal Belore
and After Phase Trans-formation.
results of the measurements of the hysteresis losses at the tempera-
-ture of-li(T-lid nitrogen and on cooling the crystal in a magnetic
field are givenj, An explanation for the increase of the h~rsteresis
losses in strong magnetic fields in magndtic crystals which have been
eooled without a magnetic field is laid down. Under the influenee
of the-low temperature the redistribution of the electron density
in the lattice takes place without place chang(i of the kations them-
selves, by this disturbing the cubic symmetry and transtorming it to
a ortborombic one* Moreover, the force of combination of the spins
ith the lattice is modified, which means, that the anisotropy forces
w
l
are modified. In the case of low Lemperature the modification of the
combinations of the spins of threevalent kations, with the crystal
lattice, which are deposited in the interspace of the tetrahedrons
is of such a typue, that for these spins,the transition from their
combination with the lattice starts only in that magnetic field,
where this transition for the spins of the kations, which are depo-
sited in the octahedron intersPRCen, has already terminated, From the
curves obtained here it can be seen that the hysteresis losses in
magretic fields of the order of magnitude of 3ooo, Oe show such a
development.
Ca.r-d 213 There are 11 figures and 23 references, 3 of -which are Slavir.

An Investigation of the Illysteresis Losses in Rotating Magnetic 48~9-13/26
Fields in a Magnetic Monocrystal Before and After Phase Transformation.
. ASSOCIATION; Chair for Physics of the MoscowInstitute for Railroad Traffic,
(Kafedra fiziki Moslwvskogo instituta zheleznodorozbno.Lo tran--,portCL).
AVAILABLE.' Library of Congress.
Card 3/3

24(l) PHASE I BOOK ZXPLOITATIOM 507/3150
TserosslY4kaya konrerentstra profeamorov i prepodavatel*y padaso-
giciw~klkh Institutov
Prixenealya ul-traaicuatlki k lealedoyanlyu vashcheatvv; trudY kon-
.
forentsil, Vyp. 7 (Application of Ultrasonics forAnalysis of
Substances; Tranaketlons Of' the All-Runalan Conference of Pro-
femisOr~ and Teachers r Pedagogical Institutes, Nr 7) Moscow,
0
p. 1.500 copies printed.
Isd. NOPI. 1958. 283
Tech. X4.1 S. F. ZhItov; XdG.& V. F. Xozdrev, Professor. and
D. N. Xu4ryavtoev.
FURP0331 This book Is Intended for physicists, technicians, &At*-
nautical engineers and other persons concerned with ultrasonics.
Ight articles which t rea t ultra-
COVERAags The book contains twenty
scale Phenomena in flvs general c togorleat 1) historical data
:
on the development of ultrasonica In the Soviet Union over tho
Past forty years; 2) the Speed of sound In Suspension* of varying
concentration and number and type of components and the relation-
s hip between sou vjtlocjjy_jnd tpLt cRTpronsibility oftlectrolyteat
3) and chemic
al Properties
filcal
tlons or
ultrasonic inventig
phy
of 0
c
materials and the d t era Inat on r ph aIca I and hazical con-
:
l
y
st antgo 0. g. density of aqueous solutions, adiabatic cOmprotal-
bIlItY. nolarlty of Solutions (with given temperatures), viScamity,
surface tonslon, saturatlon pressure and also ultragonle Invooll-
ton or the carbon content and petrographic State of coals It
t
a
astrLal applications-of ultrasonics I a' g. emulsification of
d
f.
roagdnt~. cleansing of textile fibers and ."hancIng the suceptl
S
bllitY Of some synthetic fibers to dyeing, to. i and 5) appsrstZ
which Produce ultrasonic waves. No personalLtles are mentinned.
Rafer9neem Accomoany each artlele.

t9WPr:--IbIiltr'oFiorUtiOnS of Electrol7t's 65
q. V 0* - schko In-
Lon . X_A_A=It=LXdxa_:nd
-
rfff~
~105
b
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"
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Jueou
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Physical. and Ch .1 a
go
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Solutions Or RLmethyl Formamide tn the Temperature Interval
From 20 to 90.C With the Ultrason.ic and Other Ylathods 75
Otpushcbennikov_g_Z~ Investigation or the Speed or uztra-
Ou ion. and ftosulnto In the Range or Phase
*_j-.t versa 10- Of_ t he..r Ira t_9rder, .
_ 91

'
-
A
The D pendency of the Absorptl
U
j ~A
on a
f
94
P
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on
.
t
10
1
Ound . to intensity 101
Yo. M. The use or ultrasound to Create Periodic
l
ti;uctureo. 105
I and
+~el ~.Hor I& SOne New Magnetastrle-

3"njkh1nSj,,&,~y~ Ultrasonic Plethod of DetercIning the
_Si4_u_r_A_rr0_5 easu
ma~
e or Plasti
Li
r
c
quids 121
Orlshin A P Ultrasonic Method of rnveatlgatlng the
-cryZrjTjT;4T!'0n Proceed of Par
f1
a
nic Petroleum Products 127
Mtvqyev. A. X.. and ra. 0. Kirtynov SP4ed of Propagation
-
-
--
-W
-T
--ar-Tranti�ree Ul t
m oR`r
ra
A
V
'
C
A
C= 1 135
Kirlllov Rauls Ificat ton or FlOtAtIOM Rvaigants by
UleFI
KSU 0 Yavea

reahnex~~ Z
oven
- HEAtIon or cas Effect Of Sound
d
143
an
V
rtrd
on the
-url.:OouoIfl'. .PysicAl and Hygl~nle Properties of ylbors
t Process

Gory6chka-0- V- X_-4.D-itr1,y&vA
.--
'APP11411"a"r Ultrawo
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Type Dyeing Or PO4dcrYIan1trLIe
Fiber of the *XLtron
161 h

68205
9,3 0 SOV/58-59-5-11520
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 5, pp 229 - 230 (USSR)
AUTHORS: Bryukhatov, N.L., D'yakov, O.P.
TITLE- Some New Magnetostrictive Materials
PERIODICAL: V sb.: Primeneniye ulltraakust. k issled. veshchestva. Nr 7, Moscow,
1958, pp 111 - 120
ABSTRACT: The authors suggest a method for the thermomechanical treatment of
polyerystalline nickel~lwhich leads to the formation. of a "cube texturell.
The treatment consists in cold rolling with intense reduction and sub-
sequent annealing in hydrogen at 1,1000C with slow cooling. High-purity
electrode nickel is used as the starting material. The crystallographic
"cube texture" is characterized by an orientation of the (100) axis in the
direction of rolling. When the magnetograms of the mechanical moments of
textured nickel are compared with those of single-crystal nickel,.it is
seen that in the case of the above-mentioned treatment the percentage of
regularly-oriented crystals amounts to 90%. In connection with this the
measured magnetic-field dependence of magnetostriction for textured nickel
Card 1/2 is close to the corresponding dependence for the single crystal. The

68205
Some New Magnetostrictive Materials WV/58-59-5-11520
authors compared the magnetostriction curves for high-purity nickel subjected to
thermomechanical treatment with those for the ordinary nickel employed for magneto-
striction transducers; the curves for textured nickel are steeper. In ad 9 ition,
saturation magnetostriction for textured nickel attains a value of 50 X 10- , while
for ordinary nickel it amounts to r- 30 X 10-6. An experimental magnetostriction
transducer was built from nickel subjected to the described treatment. The properties
of this transducer were compared with those of a standard emitter. The comparison
showed that the textured-nickel emitter is more efficient and requires a smaller
magnitude of excitation current. The receiving sensitivity of the textured-nickel
transducer is also markedly higher than the sensitivity of a standard receiver. The
bibliography contains 11 titles.
I.P. Golyamina
Card 2/2

'AUTHORSS Bryukhatov, N. L., Grinohar, W. A., SOY/48-22-10-14/23
Te-k-am-a-s-o -v-,
TITLE: Magnetic Analysis of the Deformation Texture of Cold Rolling
and of the Recrystallization in Pure Electro.Lytic Nickel
(Magnitnyy analiz tekstury deformataii kholodnoy prokatki
i rekristallizatsii v ohistom elektroliticheskom nikele)
PERIODICALs Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1958,
Vol 22, Nr 10, pp 1237 - 1243 (USSR)
ABSTRACTs In the present paper the authors developed a magnetic
analysis of the deformation texture produced by cold rolling
and of the recrystallization in pure electrolytic nickel.
Besides, they examined the influence of the purity of the
metal, of the conditions of cold rolling, of temperature and
duration of annealing on the development and the nature of
the texture as well as of the internal stresses. In the
analysis of the cold rolling of nickel according to the
data of x-ray analyses the group of the orientated crystal
grains corresponding to the texture (110) and [1123 as well
as the group corresponding to the texture (112) [111) must
Card 1/3 be considered. The change of the sign of the second harmonies

Magnetic Analysis of the Deformation Texture of SOY/48-22-10-14/23
Cold Rolling and of the Recrystallization ir. Pure
Electrolytic Nickel
in the magnetograms of mechanical moments, which occurs at
low cooling under the influence of annealing, is explained
by the relative number of oriented crystal grains in the
one and in the other group as well as by the degree of
development of the internal stresses. Measuring results
showed that in very pure (HOOOO) nickel under the influence
of cold rolling in the case of spontaneous shrinkage
(15 - 20 passes) unto 94 - 9 % a texture exhibiting pre-
dominantly the group (112), ?1111 with well expressed
internal stresses forms. In the case of successive shrink-
age (200 passes) unto 90% at low internal stress in the
same nickel a texture exhibiting a regular distribution of
the crystal grains in both groups is produced. Such a
perfect "monocrystallization" can be attained only when not
more than 0.03% of impurities are contained. In technical
nickel of the type H2 in which the total impurity content
amounts to 2-5% under the influence of cold rolling and of
a spontaneous shrinkage of 76% and unto more than 90% a
Card 2/3 texture with predominantly the group (110), E112J exhibiting

Magnetic Analysis of the Deformation Texture of SOY/48-22-10-14/23
Cold Rolling and of the Recrystallization in Pure
Electrolytic Nickel
considerable internal stresses forms. High-temperature
Annealing only insignificantly modifies the texture of cold
rolling and-does not lead to the.formation of a clear
"cubic texture". The internal stresses having been produced
by cold rolling, in0very pure nickel are completely removed
by annealing at 400 . In technical.ni8kel on the other hand
the stresses even by annealing at 1000 can only be decreased
but not removed completely. There are 6 figures, 4 tables,
and 10 references, 8 of which are Soviet.
ASSOCIATIONt Kafedra fiziki Moskovskogo instituta inzhenerov
zheleznodorozhnogo transports, (Chairof Physics at the
Moscow Institute for Railroad Transportation Engineers)
Card 3/3

BRTUKHATOV, IT.L.; KOZEDMIIKOV, G.I.
Uee of a magnetic sonde in the analysis of magnetic anisotropy in
rolled ferromagnetic materials. Zav.lab. no.11:1319-1322 159.
(MIRA 13:4)
l.Moskovskiy institut inzhenerov zheletnodorozhnogo tranaporta.
(Iron --Magnetic properties)

BRYUKHATOV, IT.L., prof., doktor fiz.-mat.nauk; KOZHUNIKOV, G.I., inrh.
New magnetic rod method for the analysis of the crystal
structure and strains in rolled ferromaGnotic matorials. and
electrical and other alloyed stools. Trudy MIIT n0.122:
103-111 159- (MIRA 13:5)
(Magnetic testing) (Steel alloys-Testing)

24 W', 24 (6)
AUTHORS: Bryukhatov, N..L., Grinchar, N. A. SOV120-126-=-2116,~-~
TITLE: A.Magnetic Method of Investigating Internal Stresses in Cold-
rolled Nickel Sheets (Magnitnyy metod issledovaniya vnutremikh
napryazheniy v listakh kholoclnokatannogo nikelya)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Hr 5, PP 990 - 993
(USSR)
ABSTRACT: The possibility of determiniugthe amount of internal stresses
by the magnetic method is connected with the influence exerciseA
by these stresses upon the course of the magnetization curve
as well as upon the coercive forces The various possibilities
are first described-in short. The second part of the article
deals with the calculation of internal stresses. The authors
derived a general expression for the moment of torsion M - M 1 +
+ M2 + M or . M1and M2are the moments produced by the orienta-
tions of the crystallographic axes of two crystallite groups.
M6 is the moment produced in the metal by internal stresses.
Formula (6) is derived for M. The second part of the article
Card 1/2 presents results of measurement concerning internal stresses

A Magnetic Method of Investigating internal Stresses SOV120-126-5--21169
in Cold,-rolled Nickel Sheets
and their distribution in the individual depthes The authorsin.,
vestigated sheets of highly pure (N-0000) nickel (0.03~ impurities
containing 0.012% cobalt). The curves of the mechanical moments
were plotted by means of a dynamometer, both at room tempera-
ture and at that of liquid nitrogen. Results are given in fig-
ure 1, i.e., the results obtained before electrical polishing,
after the first, the second, and the third polishing at 18-190.
Similar investigations were made with a number of samples. A,
table contains numerous:results of measurement of four differ-
ent samples. The results are briefly discussed in conclusion.
There are I figure, I table, and 10 references, 6 of which are
Soviet.
ASSOCIATION: Moskovskiy institut inzhenerov zheleznodorozhnogo transporta
im. I. V. Stalina, (Moscow Institute for Railroad Engineers
imeni I. V. Stalin)
PRESENTED: March 20, 1959, by 1. 1, Artobolevskiy, Academician
SUBMITTED: March 20, 1959
Card 2/2

SAMOYLOV., V.N., dots.; BRYUKHATOV, W.L., prof., red.
[Ultrasonic waves'and principles of ultrasonic flow
detection] U11trazwk i printsipy ul'trmukovoi defektookopii.
Pod red. N.L.Briukhatova. Moskva, Mosk. in-t inzhenerov zhel-
dor. transp. in. I.V.Stalina, 1961. 62 p. (MIRA 15:3)
(Ultrasonic waves) (Ultrasonic testing)

S/048/61/025/012/013/022
B117/B104
AUTHORS: Bryukhatov, N. L._, and Grinchar, N. A.
TITLE: Study of magnetorotation hysteresis in cold-rolled and
recrystallized nickel
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya, v. 25,
no. 12, 1961, 106 - 1491
TEXT: High purity cold-rolled electrolytic nickel (99-97~) with a re-
duction of 901A was used to study magnetorotation hysteresis. Applying
this treatment to high-purity nickel causes internal stress and leads to
the formation of the "texture of the cold-rolled material" with uniform
distribution of crystallites according to the (110) [1121 and (112) [111)
groups. The formation of the "cubic texture" is due to collective re-
crystallisation resulting from a 2-hr annealing in vacuum at 1100 0G
(specimen no. 17) and at 11200 (specimen no. 74). The specimens used
were disk-shaped, 0.125 mm thick and 15 mm in diameter. Three specimens
were investigated, all out from the same cold-rolled nickel sheet.
Card 114

S/048/61/025/012/013/022
Study of magnetorotation ... B117/BlO4
Magnetograms of the momenta were plotted at room temperature before the
commencement of heat treatment and the curves of the hysteresis losses of
magnetorotation were constructed as a function of the actual field. The
shape of the curves were almost identical. Furthermore, the specimens
were annealed in vacuo for half an hour. As a result of this treatment
which diminishes internal stress to a different extent, also the hyster-
esis losses measured at room temperature were diminished correspondingly.
The smallest losses were achieved with two disks exhibiting cubic texture.
An empirical relation
QR - A exp(-BH) H
was established. It describes the course of hysteresis losses, beginning
from the point of anisotropy on the magnetization curve which corresponds
to the range of highest losses. For specimens with cubic texture and for
a spherical monocrystal the relation (1) describes the course of losses,
beginning with the weakest fields. It has been shown that by calculating
the constants A and B from experimental data, this relAtion permits to
determine the number of N (N - number of spin complexes per unit volume
Card 2/4

Study of magnetorotation ...
S/048/61/025/012/013/022
B117/B104
(1 CM3), transferred to-a metastable state by the rotating magnetic field)
and the lag angleV. The following values have, e. g. been found for
cold rolled polycrystalline nickels
no. 73 no. 57 no.62 no.73 annealed
140141 13')15' 80201 40101
N 1.69.1o 18 1.34-101 6 1.33-101 a 1.35. 1018
For specimens with "cubic texture" and for monocrystals8
no. 17 no. 74 monocryatal
1P 40 17 40401 17 10017
N 7.2.10 3.6.1o 3.5-10
The results obtained show that the splitting of spins of magnetic domains
into complexes whose transition to the metastable state and activation
is most easily achieved in monocrystal mosaics, proceeds along a plane
arall 1 to the face of the cube. In this case losses occur already in
g
ard V4

5/048/61/025/012/013/022
Study of magnetorotation ... B117/B104
the weakest fields (- 3 oe). In the case of cold-rolled nickel exhibiting
interior stresses, the splitting of the spins is rendered much more diffi-
cult, disregarding the fact that the plane of rotation of the magneiic
field exhibits 8 directions of weakest magnetization. Losses begin to
increase considerably in fields which correspond to the "point of aniso-
tropy" on the magnetization curve. In the case of specimens exhibiting-
the "texture of cold-rolled material" thU course of losses occurring in
weak fields can be described by the empirical relation qR . a exp (bH) H~
N. Akulov (Uch. zap. MGU, no 2, 137 (1934); Ferromagnetism Gostekhteoret-
izdat. M., 1939) is mentioned. There are 5 figures and 26 referencest
15 Soviet and 11 non-Soviet. The four most recent referencesto English-
lan guage publications read as followst Brailsford, F., J. Inst. Electr.
Engrs, L~, 566 (1938); ~A, 399 (1939); Beek F., McKeehan L.~ Phys~Rev_
42., 715 (1932); McKeehan L., Clash R., Phys. Rev, 45, 639 (1934); Clash
R, Beck F., Phys, Rev., Al, 156 (1935).
_~_",'SOCIATION, Kafedra fiziki Moskovskogo instuituta -inzhenerov Zhe!.eznodO::--
ozhnogo transporta (Department of Physics of ihe Moscow
Card 4/4 Ins%itute of Engineers of Railroad Transportation)

-, BRYUKHATGV, N.L,;,GRINGHAR, N.A.
tosses due to magnetic rotation hysteresis in rolled
ferroulagnotic materials. Izve vys, ucheb, zav; fiz, nol:
422-3$0,463 .- (LIRA 16-5)
Is Mskovskiy institut inzhenerov aholeznodorozhnogo trans ta.
(Hysteresis) (Magnetic materials) por

ACCESSION NRt AP4043379 6/0181/64/006/008/2510/2514
AUTHORS: Bryukhat6v, N. L.; Pakhomova, N. L.; Potakova, V. A.
TITLE: On the effect of thermomagnetic working on the anisotropy ..
and electric resistivity of iro,n-nickel ferrites
SOURCE: Fizika tverdogo tela, v. 6, no. 8, 1964, 2510-2514
TOPIC TAGS: magnetic anisotropy, ferrite material, electric re-
sistivity, orientation, metalworking
ABSTRACT: In order to ascertain which ions participate in the pro-
duction of the preferred orientation in thermomagnetic working of
iron-nickel ferrites with a small.excess of iron, the authors in-
vestigated single-crystal and polycrystalline samples for aniso-
tropy and electric resistivity. The investigations reported to
date do not indicate the mechanism whereby induced uniaxial magnetic
anisotropy!is.prQduced by thermomagnetic working. The methods of-
Card
'1/3

ACCESSION NR: AP4043379
producing the samples and their compositions are described. The
magnetic crystalline and induced anisotropies.were investigated.by
a torque method, and the electric resistivity was measured by a
two-probe compensation method. The results show that during the
course of the thermomagnetic working of the ferrites pairs of mag-
netically-interacting ions become orientied-along the tetrag6nal
axis of the spinel lattice, and this"r6sults in the induced magnetic,
anisotropy and in a reduction of the electric resistivity. The in-
duced anisotropy increases with the increasing content of Fe2+ ions.
'2+
The main role in the orientation process is played by the Fe onst
since the orientation produced by diffusion of the ions. The
electric*resistance tests show that samples which do not have many
ions of Fe2+ do not respond to thermomagnetic working. When these
ions are present, the thermomagnetic'working reduces the electric
resistivity. The change in electric resistivity is thus also con-
nected with the ordering of the Fe2+ ions. Orig. art.hass 3
figures, 3 formulas, and 3 tables.
Card 2/3. -

iACCESSION NR: AP4043379
iASSOCIATION: Moskovskiy institut inzhenerov zheleznodorozhnogo
'transporta (Moscow institute of Railway Transport Engineers)
SUBMITTEDi 23Dec63 ENCL: 00
ISUB CODE: SS NR REP SOV: 001 OTHER: 007
Card 3~3

BRYUKHATOV, N.L.; PAKHOMOVA, N.L.
Induced anisotropy in crystals of iron-nickel ferrites with
an excess of iron. Kristallografiia 9 no-4:521-526 Jl-Ag 164.
(MIRA 17:11)
1. Moskovskiy institut inzhenerov zheleznodcrozhnogo transporta.

BRYUKHATOV, N.L.; PAIgiOMOVA, N.L.; POTAKOVA, V.A.
Effect of thermomagnetic treatment on the anizotropy and electric
resistance of iron-nickel ferrites. Fiz. tver. tela 6 no.8:2510-
2514 Ag 164. (MIRA 17:11)
1. Moskovskiy institut inzhenerov zheleznodorozhnogo ti-ansporta.

BRYUKHATOV, N.L.; PAKHOMOVA, N.L.
Isothermal magnetic reversal of iron-nickel ferrites by rotation.
Izv. vys. ucheb. zav.; fiz. 8 no.6:130-133 165.
(MRA 19:1)
1. Moskovskiy inatitut inzhenerov zheleznodorozhnogo transporta.
Submitted May 23, 1964.

--J-X , 1 1',, h ~'.vi
ACC NIR: A'A"60"'079 SWIM-', CODZ: U I
AU Ti 0 11, S :BryiiMiatov,NL. Pakhorrova,_ L.
ORG: none
TITLE: Inductive anisotropy in iron-nickol forrites with high concentration of nickeli
V011,ZGE: Vsosoyuznoye soveshchaniyo po forritam. 4th) Minsk. Fizicherkiyo i
fizikolldiijiLichaskiyo ixoyLitva Axritov (Physical and physicochor.-dcal prfjDrrtios of
forrites); doklady soveshchaniya. Minsk, Nauka i tokhnika, 1966,, 103-167
TOPIC TAGS: ferrite, magnetic anisotropy, thermomagnotic effect, external magnetic
field
13STRUICT: The mechanisri involved in the development of monoaxial induced anisotropy
was invcs'k-'i-a~cd on a monocrystalline spocimon of N'O.76Fo2+ - 0 in the forin
0.12"2-07 h
of a sphere 7.150 + 0.005 mm. The subject was of interest as very little ia knu4n
about this process in Fe-Ni fer~rites with Iligh Ni content" Subsequent to ricasuremonts
erg/c in the /1-007 plane and K
of tno first, ani:;otropic constant, Kl = -29.6 x 1o3 r,13
-29.5 x 10-' ers/cm3 in the CU,07 piano (second anisotropi.- constant was very smaill,
the specixren was subjected to a thermomagnet-ic treatment described in detail. The
curves of the momentum before and after treatment in the planes /1-007 and /Tio7 at
various angles with respect to /0-017 are given and analyzed. It is suggested that
Card

L 107' -67
67
~40f _kR-.-At6026-9-7~
durinc, the thermomagnetic treatment of iron-nickel f errites with a low concentration
of Fo P? ionj an orientation of the ferrous ion pairs occurs. The axes of the inter-
acting pairs are located along edges of a cube. Thus, the ferrous ions form, a simple
cubic lattice. Qaantuitativo distribution of the ion pairs is determined by the anglc.~
botwoon the magnetic field and the edges of the cube. The monocrystallino specimen
omnployad in this study was prepared by T. M. Perekalina. in the Crystall2jgLraphic
L
instituto, JUN SSSR. Ori-. art. has: 9 figures.
SUB CODE: 11; 20/ SUBM DAM '22Doc65/ OTH REF: 007
2/~

KUTSURUBA, Ivan Vasillyevich; BRIUKHATOVA) N.L., prof., red..
7' '
[Physical principles of the operation of magnetic amplifiers]
Fizicheskie osnovy raboty magnitnykh usilitelai. Pod red.
N.L.Briukhatova. Moskva, Mosk. in-t inzhenerov zhel-dor.
transp. im. V.I.Stalina, 1961. 41+ p. (MIRA i5'-3)
(Magnetic amplifiers)

S, SwTvai 1-17 k trost tika;
Iektsli. Mo-,k-%,.!t. zhel-
I ransp. , 1~1:161. 73 i - 0,11-IRA 18:8)

BRYUKHER, E.
Preparation of earrier-free Ac228 (MsTh2) and Ra228 (MsThl)
by the ion exoY.Lnge method. Radiokhimiia 5 no.l:W-143
,63. (MIRA 16:2)
(Actinium isotopes) (Radium isotopes)
(Ion exehlikm)
V"7

s/186/63/005/001/013/013
E075/E436
AUTHOR: Bryukher, Z.
TITLE: Preparation of Ac228 and Ra228 (~IsThl) without carriers
by an ion exchange method
PERIODICAL: RaAokhimiya, v-5,'no.1, 1963, 142-143
TEXT: MsThl was separated from Th by passing O.08MTh(N03)4
(an old Merk reagent), in O-5M a~imonium lactate through cation
exchanger Dowex 50 X8 in the NH4 form. The resin adsorbs
MsThl and Th is eluted.- Previously a large proportion of Th
was removed from-Th(NO )4 by extraction from 8N HN03 solution
with tri-n-butyl phosphate. To separate MsTh2 from MsThl,.the
latter was adsorbed on resin Dowex 50X 12 in the NH4 form and
MsTh2 was eluted with 0.65 M ammonium lactate at room temperature.'
Subsequently, MsThp solution at pH = 1 was passed through resin
Dowex 50X 12 to separate ThB and ThC from MsT112, ThB and ThC
were eluted with 2N HC1 and MsTh2 With 7NHC1. MsTh2 thus
isolated contained less than 0.2%1 radioactive impurities. The
yield of MsTh2 in relation to the original quantity'of Th(N03)4
was 70 to 8o%. There are-2 figures.
SUBMITTED: September 25, 1962
Card 1/1

BRYUYIIIN, A. N.; STEPANOV, N. D.
Weaving
More about the constant speed of warDing.
Tekst. prom. 12, No. 8, 1952.
9. Mont List of Russian Accessions, Library of Congress, November 1952. WNCLASSIFIED.

Problem of using single-thread loops in knitted fabrics. Leg.prom.
14 no-5:38-39 MY 154. (MMA 7:6)
1. hzAtell direktora po narEchnoy lhasti NIILTADUSh.
- -A
(Knittingi

~ BRYUKHIM, 1.0. (at. Kuvandyk)
Improvements for snow plows. Pat' i put. khoz. n9.2.-29 7 157.
(Railreadi-Snow protection and removal) (KIRA 10:4)

3RTUKHIN
Improved monorall,truck._ Put' i put.khoz. no.6:6 Je '57. (KIBA 101'7)
1. Stantslya .)Xwv~nAji Ortnbiirgskoy dorogi.
(Railroads-1 ipment and supplies)

I
-WOKUB47- 0.1.-
Device for uncoupling anow removal machinery, Pat' i put khoz. 7
no.2.-29 F 163., iMIRA 16:2)
1-s. Nachallnik maaterskikh otantaii Kuvandyk, Kuybyshevskoy dorogi.
(Railroads-Tools and implements)

13RYUKHIN, O.N. (stantsiya Kuvandyk)
-,
- Notes on aSnow plow. Put' i put.khoz. no-9:38 S 157. (MIRA 10:10)
(Railroads--Snowplows)

KLYUCHNIKOV , V. D. . ansistent; _BRYUKHNIV-, V.-A. . j, student
Device for the determination of the angle of friction. Sbor.
dokl.Stud,nauch.ob-va Fak.mekh.sell.Kuib.sellkhoz.inst.no. 1:
45-47 162. (MIRA 17:5)
1. Kuybyshevskiy sel'skokhozyaystvennyy institut.

MOVE 0-0
93 1 1 1 nuilutI141111 ":1 11 12 Nil RD ids by son At List me-Ice
A I It L a A-A-1-111-1 I I A 1- 1 MAL"A A k A A A-J--j
.%I A. L!c
plerf-111% 1.01.
1'
anims
Vattkintskii slid
Methods of obtaln homonts of or
1) -'Do
.
.
.
-
g
C I
=1 A
B
oll
1931

A .
.
.
;
p
wN
e-nu
urvent vile
u1stion of the
14
f
C
A
.
c
.
.
. l
.
x
l
00 are in vitro in ix-n-cutalic lips rim per its. wt.i: hjmrin2(-4l: Itt-rutocchtnKs2BL. 41

If-SAufV
14)(inactive).

00
0 likk) (ulacthvl; slid INN) (iowtivr), acid !!~W
0 iniactive). The -tat-disints actitin tin the 14m.11 is greater the llowce the dislswn. elitist. -00
o1 the conilml. ne groull of -ultra-wrak" swult, tt*CtA with the -ultra.
"
1
J
.09
4.
n-44. in water.
weak
which rnagulair to form coniph-s cinniii.
Since the of g. hormull" usually pntc", weakly " or weakly Imutic prxiiertics or both, 00
cilpti. wen mmed(put todet. whethrr the -tiltra-wrik" avidi and airailalic wotild
rcart with hont"wi, to fornt in%4. t1knible comil%1%. Tht~ exist.%. were carried out
with isifultis. 111C ill"llin was pped. Ina" tile crude pra-lon. Ily trt-diing its *An. 0 0
in 0.01 N IICI with a dil. &,I. An. ,A ltenriwrhtrt~ -1 Ill, dnn,wi- with
stiffing until the centWultril "n. gave tus further plit. The ppt. wa,4 "%hcd with
0
01 N 110
dimhvd in 0
centrifu
ed
filturd
td
with X 11C1 ithc
01 N NIl
0o
go .
.
.
.
.
l,
, pp
l
conen. in the soln. must not exceed 0.05 Al. and centrifuged. The rrd-vioict ppt. t
40
,, (if Brurtotcharnia-instilin ww then wiWied with 0.411 N llCI and dried in a stream of

! see

sip-ILA -IIAL&tPfKAL LIT(XAILQ( CLASSIO'KillICIA

T
to to 44 K is of U it tt t( It 141 ;;-o k 5

0:
101,
00
00
0 *
09
and We acid-NI1.1 MIS g"Brijin th. "tue dinvt"%. V.
Tim wannialt an the wor cg,, comortion of the bko&
The mochaulsom of chaws in the peripheral Um PICtUff. 1'. AIJIMAKIN, I. A.
Aum~xim-MummAN ^mv H. A. VLADMIROVA. Iba 303-14-11cating of the hand in
dry sk to 4()-W' incremord the no. of Icucacyles. Cow1inr ImALKvd cnvtxmite tffccts.
Ile Position of the arm while taking a Wood mmi4e had a conq6tersUr rffmt upon
the morphologic blood pic-ture. W. A. I'vatmuto
0 o
00
of
00
00
0 0 0 0 0 0 0 0 0 0
0 & 9 0 &

BRYUKHONENKO, S.S.. prof. (Moscow)
"Therapeutic use of amino ncids in neuropsychic clisepses* by
A.L. Andreev. Reviewed by S.S. Briukhonenko. Vrach.delo no-3:
32?-328 Mr'58 (MIRA 11:5)
(AMINO ACIDS)
(ANDREEV, A.L.)

IR
Tticoretical problems of blood circulation .... V.-
No:,ye 1zhirurficheskic appamay i instrumenty i on'tty ilch primenen;
~ye
SURGICAL Equigment and Instrupients and Ex-nerience in Their Use)
Eosco", 1();i*7 coUection of Papers of Jaim S-le,.lt4l
I -- ific Research inst.
for Experimental Sw,gical Equipment and Instrwicnts.

A. A.)
E. D.
Artificial blood cL cidation and it~~ cliniual -nd ~,-.,T:cr-Jyrent:i1 use. lb-I
Noyye h1drurgic'nesIde appamay i instrumenty i opty ikh nriric-nen.-ye (New
Equipment and Insturulnients and -'~Nmcrienc,~ in T'neir Use.) ';0. 1,
I
iToscow, 1g-";? A collection of Paners of Vhe Scientifi,~ ]"Iesea,-~c"n Inst.
for '-Experitaental Surgic.-d Eouipment and Instritments.
AW4eX,I,*1

-~RIUKIiOI12IKQ,-_-~qrgqy Sergeyevich (1890-196o); NEsIUIFIIN, Ye.N.,
doktor prof., otv. red.; LAFCIIII.SKIY, A.G.,
st. nauchn. sotr., red.; FUCHKOV, I.T.V., prof., red.;
PERESTIORONITI, S.A., red.; YANKOVSKIYJ, I.".D., iloktorx red.
nauk, red.
[Artificial blood circulation; a collection of works
problems of artificial blood circulation] Iskusstvernoe
krovoobrashchenie; sbornik rabot po voprosam iskusstven-
nogo krovoobrashcheniia. l,osk-va, 11-lauka., 1964. 282 p.
(MIRA 17:9)

ACC NR% W008926 BOOK EXPLOITATIM
Bryukhonank!?..__�S.r~Z_�r.inpvicb (Professor)
AEtI-fkC4A;Uiioo-d circulapt Qn, collection of papers on problems of artific:lal blood
;L
circulation (Iskuastvennoye kroroobrashchaniyo; sbornik rabot po voprosam iskuts-
stvennogo kravoobrashchenlya) Moscow, Tzd-vo %1lauka"s 1964. 282 p. Muo.j bibli,
(At head of title.- Akademiya nauk SSSR. Sit;irskoye otdaleniye. Inatitut akapart
mentallnoX bi)logii i meditainy). 2500 Copies printed, Editor ~-f-ihe publishing
house: Ye A, Kolpakova; Tedh--nTc-a-T-editors: A. A. Kisele'ra, I* No DorokhIna,-
Editorial boardt Doctor of Medical Sciences Professor Is. No Meahalkin (managing
editor), Senior Scientific Colleague A. 0. lapchinsklys Professor No V. Puchkoys
So A. Perestoron1n, Doctor of Medical Sciences V, Do rankovskly
TCPM TAGSt artificial blbbd circulations blood circulations central nervous systems
medical equipment, medical experiment
PURPCGE AND COVER.LGE: The great pathophysiologist and talendad inventor So So Bryu-
Idionenko founded the practice of artificial blbod circulation and devoted his life to
its study* As leng ago as 1924, Bryakhonenko developed an apparatus for artificial
blood circulation, calling it an wautojectorme He also did important basic Woex on
anticoagulantao Inasmuch as most of Bryukhonankols studies WE're published only in
periodicals and conections (often of small circulation), a group of coneagues-haTe
collected the most Important, and some heretofore unpublished, and present them In
Card 1/4 10c; 612-13:CI-r-117

ACC NRz
this book.
TABLE CF Cai=S%
Foxon rd (B. V. Petrovskly) 3
So So Bryukhonenko - founder of artificial circulation of the blood (brief biographic
sketch) (A. G. Lapehinskly) - - 6
Development of apparatus and. method of artificial circulation of the blood
ExperlmentaLon iaolating the head of a dog (with So 1, Chechulin) ~ -15.~
Artificial circulation of the blood of the entire -ir-ganiam (of a dog) with the heart
disconnected - - 55
Apparatus for artificlal circulation of the blood of warni.-blooded animals 90
Survival of the central nervous system (apinal cord) under conditions of artificial
circulation of the blood (with So 1. Chechulin) - - 100
Artificial cix-culation. of the blood of an organism - - 11D
Instrument for aeration of the blood (with V. Do Tankovskly) 117
Device and operating principle of apparatus for artificial circulation of the blood
(with So As Pereotoron1n) . . 222
Problems of coagulation of the blood and its stabilization
Some data concerning the effect of sodium citrate and paptan in the case of exanthe-
matic tYPhuA m - 2,31
The relationshIp between fever and blood coagmUtion (with No No. Maftsj&evich,, 'Ks A*
4

ACC NRi AU5008926
RogdonovI - - 3.36
The problem of group differentiation of the blood of dogs: (with Fo_S_.-JwIIaa)-00 138
The problem of the coagulation of the blood of a dying organism (Kith V. D. Yankov.
skiy, No P, Krachatava) - - 146
The problem -ofzpacie-s'i~ecificity of chemical substances agglutinizing arythrwites
The problem of the application of specific blood stabilizers - -157
(anticoagulants) In the treatment of froat-bite and burns (with Ve A. BoRdanov.
V. Do Yankovsk:Lv) - - 161
The problem of the production of antithrombin (haparla) In the Soviet Union (wLth
V. Do Yankovsk1y, Z. A* Yaroslavtseva) - - 173
Application of artificial circulation of the blood for revival of the organism and
heart chirurgIc operation3
Application of the method of artificial circulation of the blood for revival of the
organism (with M. K, Martsil*eTich, V, Do Yankovskly) - - 185
The problem of restoration of the functions of the central nervoua;ayatem after
lengthy poriod5 of death (with No P. Yxochetova,, Po So Lavitan,, A, F, Rokashava,
V. Do Yankovskly) - - 201
Application of the "artificial lung* apparatus for the purposes of reviving a do..
ceased organism (with Yes Ve ZavadorskayajA. Fe Rokaohova, V. Do Yankovskiy) - 21
Method of artificial circulation of the blood for reviving organiBmaifrom the condi-
tion of clinical death (vith T, To Shcherbakov&, I* Martainkevich-) 234

ACC NRt
Theoretical problems of artificial circulation of the blood 240
Experiment in the application of the artificial-blood-circulation apparatus SB-3 for
complete disconnection of the heart (with To To Shcherbakova, So A. Parestoronin,
A. 0. Iapchinekiy., L. As Levitskayaj L. A. Kashchavskaya, To. Do Savfte-411---U5,
Certain peculiarities of temporary rep3acemant of the functions of the heart and lun
vvith the artificial-blood-circulation apparatus (with To To, Shcherbakwa., W. No
Martsinkevichi, S.,A* Perestoronin) - . 251
Thbore4ical bases of artificial circulation of the blow - 255
Notes.. so 267
List of selvAlfla treatises of 8, So, Bryukhonenka - 276
WB CCMI 06 ./ow, WE$ OLUI" /SM W, 082 /OTH MWa Q3,4

BRYUKHOV A. inzh.--podpolkovnik
- J__:~ 31
Fqulpnent of the control center of an airplane maintenanz-
unit. Av. i Kosm. 47 no.12s76-V D 164 (MIRA' l&-l')

THASH I BOOK EXPLOITATION 3OV/5292
xonrarentaiya po elektranike avorkhvyookoy chastoty
Trudy (Tranaaotions or the Conrerence on Superhigh-Prequency Elec-
tronica) Moscow, Gosenergolzdat, 1959. 271 p. 3,500 copies
printed.
Sponsoring Agencys Vaesoyuznyy nauchnyy sovet po radiorlzlke I radio- _.
tekhaLke AN SSSR.
Ede. (Title pago)l X. S. Dzh1gIt, Professor, and Ye. 0. Solov'yov,
C MdIdate or Technical Sciences; Ed.t S. Akalunin; Tech. Ed.:
!
G
re. Larionar.
FURPOSE: Thin book In intended for scientific and technical personnel r,
concerned with the development and operation of superhigh-frequency
devices.
COVERME: The book contains a number of papers dealing with the more
Ixportant problems of auperhlfh-frequency electronics. The papers
were tubmItted at the Conference on ZlectranIfs called b7 the
Yeasoyuznyy. nauchn" sovet po radiofixike I ridlotakhriMce AN SSSR
(All-Union Scie
tifi
C
il
n
c
ounc
for Radlophyslas and Radio Engineer-
Ing. AS USSR) and the Bruro never tekhnlki XO SSSR (Bureau of
Xodarn Zhg1neor1ngp Kinistry of Defense, UWR) and held In Moscow
In 1957. The reports deal with the following topics: problems

N
or the theory
and calculation or the delay systems of traveling-
wave and backward-wave tubes; certain phenomena occurring In a
cylindrical electron bean finding itself In a uniform wagnotio
field; the focusing of long beams by meqLns of periodic magnetic
and electric fields, and some problemn Qonceraing reflex klystrona.
Xodero types of cathodes for superhigh-frequency devices are de-
scribed. )to personalities are mentioned. References accompany
nest or the reports.
58
Pulse Power
Oveharov, V, T. CrUndrical. Electron Beam in A Uniform X3400t1c
-ri-ela 80
rozolt I Sh Concerning the Problem of Focusing a Cylindrical
_' ~'jc _now In a Periodic XA9netIc Field K
;;n
r"I a h rdh e I-V~ , A- A- a~d J~190,~A
,.,:u_ -Y --Y- -ale- - d or Tx:ve r;g_
aFro Magnetic F
ycous ng ya With 95
Wave Tubes
3 croday D., Shaping of Long Electron Banco VY A3'J"lly
- -,-I --- ad 103
Miezrrial 3.0 Electrostatic Fields
Electron waves in a Periodic
and A. S. Tger.
atWV , - -r
n._ JOT% With a Field Of Wave,
a eld nn-d~fffe j Internet 112
guide System
M. Installation for the Automatic Calculation and
TraJectorleo 1. Electric and Mag-
n 133
notic Fields in the Pronence Of a Space Charge
V __Sheet, 'Llo Propagation of Slactro-
92 - 150
magneff. NeX.'Inan! ay syc ema U.Inva* Helix and a Dielectric
amputation or a mit -WiW-jii-
C IwIro Line cEiilgulir
SehAn Conductors 171
Rul D Ya Analytlco-GraPhical M11thOd Of DetermIning the
Three-Sectlon Supertligh.proquency Filters 187
?at Concerning the Electronics of the ReflOx KlYstrOn 202
BtAnr
and 'Q. D. Zharkov. Cascade Electron hln&
ShavehiLk V _V
or h,
-0-a-ea-1 a r a Analysis Of-a--daFc-i~OtrQn
a A 226
Tearev B X Present-Day Cathode Type for SuperhIgh-PrequenDY
-D~iWH;d:icssIblo Ways of DevelopingoNew Hish-ErfIciencY
Cathodes R36

j=UKHOT-,A-aT-., - agronom
Efficiency covering quality of higb-speed plowing in turning over
stubble. Zemledelie 24 no.2;7&79 F 162. (MM 15:3)
(Plowing)

BRYUKHONUV A.V.
Results of processing the repeated phototheodelite surveys of 1956 and
1957 conducted on the glaciers of the southern slope of ~bunt Elbrus.
Inform.sbor. o rab. Geog. fak. bbsk. gas. un..-'po ~bzhdunar. geofiz.
godu no.2:73-82 158. (MIRA 15:10)
(Elbrus, Mount-Photographic surveying)

BRYUKHOV, Boris Yedorovich; STRABYKIN, A.H., red.; MMTAROVA, Ye.l.,
tekhn.red.
Cloonomy of Kirov Province and prospects for its future
development] Ekonomika Urovskol oblesti i perspektivy e9
razvitUa. Kirov, Kirovskoe knishnoe Isd-vo, 1959. 68 p.
(MMA 13:4)
(Kirov Provinos-Sconomic conditions)

BUTKIN, V.D.Y kand.tekhn.nauk; TFI-wSHOV, A.S., lnzh.; BJffUKh'(jV, B.F. , 4,rzb.
Dependence of ro2ler bit operation Indices on tiz, cori(Ii;ions of
baring. Gor.zhur. no.10:36-38 0 164. (111IR-A 18-1)
1. Nauchno-issledovatellsk!y i 1)royektn(.-koii.,,~',i-tiki,or:,k~y institut
po dobyebe polomiylli iskop!tvemykh otk-,%-iv7l

BUTKINq V.D.p kand. takhn. naukj TELESHOV; A.S.,, inzhq_~~~ ) ~B.F.~,Inzhe
Resistance and wear of roller bits depending on the hardnes a of
rocks. Gor. z1vare noo9t46-48 S 165, (MIRA 18t9)

SPIRIN, P. (Sverdlovsk); KOSYAKOVY P. (Sverdlovsk); BRYUKHOV, G.
(Sverdlovsk) --
Works of the Department of Economic Research of the Ural
Branch of the Academy of Sciences of the U.S.S R. Vop. ekon.
no.11:157-160 N 163. iMIRA 17:2)

ORWV l,? G. M. # ,.1,BOVIN, B.A.,-MATWOY. V.P.,
NIKIFbROV,. A.~.,
PASYUTIN, I.A., RAYW O.A., ROOS, , L.V..
red.;
GORYUNQVA. L.K., red. izd-v&, SIIMLIIIIKOVA, L.A., red. lzd-va,
SHAXHOVA, 1.
A red.- izd-va,; ~AGHURYA, A.M., tekhni, red.
[Forest industries in Canada3 Lesnaia promyshlennoot'Kanady.
Moskva, Goslesbumizdat, 1957. 246 p* (MIRA 11:11)
(Canada-Lumbering)

SLOBODM, V.I;,.; IVITYUK. Yu.I.-, h-UZOIU-V, P.I-'.; IIAGAYE;V, -'u.''". , LM-'JEWA,T. F.
5YCIIM,'.7,F.A.; KMAKOV,P.0.0
red.; ZAIIOVA, R.N., red.izd-va; TMIKOVA, II.F., tekhn.red.
(Distribution and specialization of.agriculture in Chelyabinsk
Province] Razmeshchenie i spetsializatsiia sel'skogo khoziaistva
Cheliabinskoi oblasti. Sverdlovsk, All SSSIR, 1963. 204 p.
(141IRA 16:12)
1. Akaderniya nauk SSSR. Urallskdy filial, Sverdlovsk. Otdel
ekonomicheskikh issledovaniy.
(Chelyabinsk Province-Agriculture-Economic aspects)

I
A. F. RRnKHC"A ani
11 Investightion of Some Delay Systems of the ?in Type" from Annotations
of Workd Go-mDleted-in 1055 at the State Union Sci, Res, lust, ',-dn, of Radio Engineeriniz
Ind.
So: 13-3,080~064

3RYUKHOV3TS, D.F.
interaction of the traction system of ballooned tractors with soil.
Avt. i trakt. prom. no.12:21-24 D 157. (MIRA 11:1)
1. MoskovskLy &vtomakhanicheakty Institut.
(Tractors--Testing)

BRYUKHOVETS,.D.F., kand. tekhn. nauk; EGLIT, I.M., inzh.
Device for testing tractor transmissions. Trakt. i sellkhoz-
mash. 33 no.10:19-21 0 163. (MIRA .17:1)
1. Moskovskiy avtomekhanicheskiy instltut.

BRYUKHOVFTS, D. F. Cand Tech Sci -- (diss) "Iat"we+o- ~'~ the running
'0~
system of pneumatic-tire tractors andpoil." Iv!os, 1958. 13 pp (Min of Higher
Education USSR. Mos Automechanical Inst), 100 copies (KL, 14-58, 112)
-49-

JRYUKII~QY -D-p-itr~yFe.dotovich; VASUIYEV, A.M.j, kand. tekhn.
nauk, retsenzent; MASLOV, D.P., nauchn. red.;
~NIMJITSKAYA, O.M., red.
[Assembling and testing motor vehicles, tractors nnd
motorcyclos] Sborka i ispytaniia avtomobilei, traktorov
i mutotslklov. Moskva, Vysshaia partiinaia shkola, 1965.
361 p. VJRk :L8:9)

PRIDOROZHKO, V.; BRYUKHOVETSKAYA, N.; FAYNBERG, S.; MOSTOITAYA, A.
Workers of flour mills in the struggle for high work indices.
Muk.-elev. prom. 29 no.6;17-18 Je 163. (MIU 16:7)
1. Luganskoye upravleniye khleboproduktov (for Pridorozhko,
Bryukhovetskaya). 2. Glavnyy inzh. Chernovitskoy mellnitsy No-3 (for
Faynberg). 3. Nachallnik tsekha Chinkentskoy nellnitsy No.1 (for
Mostovaya).
(Flour mills--Labor productivity)