SCIENTIFIC ABSTRACT STARTSEV, V.YE. - STARUKHIN, N.M.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653010006-9
• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


V(,7 -.- " -1 1-11-.'T" V"
IJ. I ~- 1
SLL,Id,~r Of LUre relatiGnship of the electric conductivity
c f s J ng
1. ~ _;Ie cr,~:stals of moiybdenum, -and tungsten in the low temperature
ran,r-e. Fiz. meL. i metalloved. 18 no.6:SS8-894 D 164.
(1*1!F-f',. 18:3)
1. nstl-utit kristallografii z".!T SSSR i institut fiziki inetallov AN
SSSR.

"01-730-' - _1'/ b 3- W6 6
ACC NRj Apo 2 Q.Pl) SOUPCE COD'I": -U-R/01266/606 02 7
AUT"HORS: Volkenshteyn, 11. V.; Dyakina, V. P.; Novoselov, V. A.; Startsev, V. Ye.
ORG: Institute of Metal Physics, AN SSSR (Institut fliziki metallov JUT SSSR)
TITLE: Peculiarities of the temperature dependence of electric resistivity of
~Xsprosium at low temperatures
SOURCE: Flilka metallov i metallovedeniye, v. 21, no. 5, 1966, 674-677
TOPIC TAGS: dysprosium, electric resistivity, resistivity
ABSTRUCT: The electric resistivity of highly purified'dysprosium (R 30OX/R42K 105)
t*as measured over the temperature interval 1-5--300K to determine the magnetic
contribution to the electric resistivity as a function of temperature. The resistiv-
ity was meas-ecl On 10 x 1 x 0-5 mm strips made of distilled dysprosium using a
cryostat (R. V. Colvin and S. Arajs. Phys. stat. sol., 1964, 4, 73). The results are
shown in Fig. 1. These results were found to agree well with the theoretical predic-
tions proposed by A. K. Mackintosh (Phys. Lett., 1963, 4, 140). This is demonstrated
in Fig. 2 which shows a comparison.
UDC: 539.292:

L 40-201--r-56
ACC NRt AP6017302
tr-7,

01,

0
Fig. 1. Electrid resistivity of~ Fig. 2. Low temperature electric resistivity:
dysprosium: 1 - total.resistiv- 0 experimental results; solid line - curve
ity; 2 magnetic resistivity-. -4
kT
9 m Ole with a/RC)C , 1.27 x 10 degrees
A/k = 30K; dotted line - curve of T 2 function
having common point with experimental remdts at -,-,i
T = 24K.
Orig. art. has: 2 formulas and 3 figures.
Card 2/2,,W-/" SUB CODE: 1-1/ SUBM DATE: 1OAug65/ ORIG REP. 005/ OTH REF: 004
i C 102. R, (T)
R--P77

L-AU; Nk- AP6037057
SOURCE CODE: UR/0056/66/051/00511311/1316
AUTHOR: Startsev, V. Ye.; Volkenshteyn, N. V. Novoselov, N. A.
GRG: Institute of the Physics of Metals,~ AN SSSR (Institut fiziki metallov AN
SSSR)
TITLE: Galvanomagnetic properties of molybdenum crystals in intense effective
fields
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 51, no. 5, 1966,
1311-1316
TOPIC TAGS: molybdenum, crystal, molybdenum crystal, single crystal,
transverse magnetic field, galvanomagnetic effect, Hall effect
ABSTRACT: The anisotropy of galvanomagnetic properties (Hall effect which is
even with respect to a magnetic field of transverse voltage and magnetic resistance)
of a high purity single crystal is investigated at liquid helium and liquid hydrogen
temperatures in transverse magnetic fields up to 25 koe. The results are discussec,
F-
within the framework of the theory of galvanomagnetic phenomena [I. M. Lifshits,
Sqrd 1/2
Z.

STARTSEV. V.T.; RAZHAKUNIII. S.L.; YEGOROVI, V.K.; PASHANOVA, L.D.; YlffSbTBV&
"W~= ~.~:'-BAST14 K.Lfo; BELOECRODOV, P.P.; DEDOV, N.D., red.
[Econonq of Amur Province; a statistical manual] Marodnoe khoziaistvo
Amurskoi oblasti; statisticheskii sbornik. Blagoveshchensk, Am-arskoe
knizhnoe izd-vo 1957- 111 P- WRa 1i:6)
1. Amur,(Province). Oblastnoye statisticheskoye upravleniye. 2.
Statisti6heskoye upravleniye Amurskoy oblasti (for all except
Bolqborodov. Dedov). 3. Nachallnik Statisticheskogo upravleniya
&Wrakoy obla6ti (for Beloborodov)
(Amur rrovirice-Sta tis ties

1. D-TARTZV, Ye.
2. U31Z (600')
4. T-umbermen
7. Fully satisfy the cultural interests of lumberjacks. V pom. profaktivu 14 no. 7
1953
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

STARTSEV, Yevgrenly Mikhaylo-vich; FOLYAKOVA, V., red.; KUZNETSOVA, A.,
(Beans and corn are companion crops] Boby i loakuraza druz-hat.
Moskva, Mosk. rabochii, 1962. 17 p. (MIRA 15:6)
1. Upravlyayushchiy otdeleniyem No.5 sovkhoza im. I maya
Shchelkovskogo rayona (for Startsev).
(Beans) (corn (Maize))

VICHIRKIN, S.G., gorayy Inzhener; AUUa~,,Tu..G.
.., ",, gornff inzhoner.
Sliding of interml dumps at the Kmyvhbur= iron mines. Ger.shur.
no.4:57-59 AP 156. (MLRA 9:7)
(Kerch--Strip mining) (Iron mines and mining)

STIRTSEVI, Antonina Illinichna; KAL NSKIT. V.G., red.; TIMOVETIVA,
N.V., tekhn.red.
tProcedure for examining labor disputes] Foriadok rassnotroniia
.I trudovykh sporov. Moskya, Gos.izd-vo iurid,lit-ry, 1960, 124 p.
OKIRA 13:6)
(Labor disputes)

Dynamics of content of auxin% in leaves and flowers vf
red clover, A. M ~ Aft Lwev jud A. V. Start-~j (ArA.I.
Sci.
71. %37-40CIOW).-Auxin kvul in young Aovmr buds i.
VVry low. but it r6cs rapidly with plant development.
cspecially in the polka grains; the auxin levels In the
~kaves are consistently very low. Addni. P% K fertiliz, -
tion causes a rise o(auiiins in the reproductive orpris of th..
ptAnt, slong with the &xneral finprovenient of the comli-
tion of the alant. 0 . M. KoKoLipoff

STARTSWA, A. V.
Chemical Absto
~Vol. 48 No. 9
I-lay 10, 1954
Biological Chemistry
We UM04f substances-06-al-
X
oidle Eej d
EvI red davir AA. M. Alckseev and
KI
WS iol, lost, Acad. Sci. U.S.S.R.,
-Natsk S.SS.R. 93, 709-12(1953),-The
bins of sabownces, w are specific o4.-activators
present in plant and animal tissues, was followed in red
I Ants using Vornk idilis as'le index-of activity.
eJY the bi. material declines In the leaves at the time
=
of stem formation, probably by flow of the material to the
stem matter during its growth. jVhen stem growth sub-_
sides, the bios content of the leaves rises. In the flower
clump the bins content declines steadily as the flowers de-
velop. Highest blos content is found In the. flowers of
plants that are supplied with NT-P-K fortified with - B.
Seed formation serves again to Increase the bios content of
these parts of the plant and the content of bios rises with
development and ripeningof the seeds. Fertilization of the
plant increases the accumulation of blos matter.
G, NI. KosolapDff-

ALMSEUT, Aleksey Mikheylovich; VASIVYLTA, Irina 14ikhaylovnfi;,
ST-ARTSWA. Anna V.asillyevna.; qq�KV, N.A., otv.red.;
SHAROVATOVA, I.B., red.izd-ve; ASTAFIYMVA, G.A., takhn.red.
[Physiology of metabolism in red clover] Fiziologiia obmena
veshchestv klever8 krasnogo. Moskva, Izd-vo Akad.nauk SSSR,
1959. 145 P. (MIRA 13:1)
(Red clover) (Plants--Metabolism)

ALIKSNM, A. M..; VASILIYNVk,
Metabolic role of the main root in red clover. Bot.zhur.
45 no.6:785-794 Js '60. (MIRA 13:7)
1. Biologicheskiy institut Kazanskogo filial& Akademii muk
SSSR.
(Red clover) (Hoots(Botany)) (Plants-Metaboliam)

NADIROV, N.K,; STAqTSEVA, E,P.
Study of the adaorptive properties of clays. Khim. v shkole
16 no.2--63-66 M:T--&p 161. (MIRA 14,-6)
1. Pedagogicheskiy inatitutg Khabarovsk.
(Clay) (Adsorption)

OZHIGANOV, V.S.; LEVANTO, M.A.; KOROLEVA, V.A.; Prinimali uchastiye:
KOZLOVSKIY., N.I.; ABOIMOV, P.S.; STAECSEVA, G.B.; KRIVONCSOVA, R.B.;
SHEBSTYUK., M.I.; KORIOVALOVA, T.,'~-.,-ZH-A-BO-T-1W-Y,-=.M.; RADIN, F.A.
Improving the technology of producing electrical steel. Stall
22 no-4:343-346 Ap 162. (MIRA 15:5)
1. Verkh-Isetskiy metallurgicheslciy z-avod.
(Steel-Electric properties)

DOKSHITSKAYA, A.I.; OZHIGANOV, V.S.; STARTSEEVA, G.B.; LEVANTO, M.A.
---
Using type AlCaSi complex alloys in the manufacture of transformer
steel in electric furnaces. Trudy Ural. polJLtekh. inst. no.116:
89-101 161. (KM 16:6)
(Steel-Blectrometallurgy)

KHOLODOV, A.I~; DOKSHITSKAYA, A.I.~ STARTSEVA, G.B.; LEVANTO, M.A.
p
Some indices oil technological conditions for the manufacture of
transformer steel in electric arc furnaces. Trudy Ural. politekh.
inst. no.116:102-109 161. O(IRI 16:6)
(Steel-Electrometallurgy)

~A CC- N RF-A E663 2" 8 SOURCE CODE:
AUTHOR: Galaktionov, I. I.; Startsev) G. P.
!ORG; none
iTITLE: Light source for investigations in a shock tube in the near vacuum ultraviolet
~SOURCE: Zhurnal prikladnoy opektroskopii, v. 5, no. 3, 1966, 385-386
:TOPIC TAGS: discharge tube, shock tube, uv spectrum, flash lamp
iABSTRACT: The authors describe a simple design of a U-shaped flash lamp that
!produces a continuous spectrum from 1600 A to the visible part of the spectrum (Fig.
11). The working pressure is 6 - 10 mm Hg. The flash is ignited by discharging a
capacitor from 2.5 - 3 k- through an artificial long line consisting of LC sec-
tions. The uniform part of the flash lasts 50 psec, and the amplitude is reproducible
from flash to flash within 5%. A sample oscillogram of the absorption of C02 heated
in the shock tube to 5000K, obtained at 1720 A wavelengthj, is presented by way of
an example. Orig. art. has: 2 figures
-Ord 1/2 UDC: 535-89 + 533.6-071.8

ACC MR: AF60
.32448
Fig. 1. Overall view of the source and of the law-
pressure compartment of the shock tube. 1 - UP peep-
hole, 2 - low-pressure compartment,, 3 - peephole mount,
4 - lamp gasket flange, 5 - nut, 6 - long diaphragm,
7 - capillary, 8 - tungsten electrodes.
SUB CODE: 20/ SUBM DATE: OqNov65 ATD PRESS: 5100

of se'00I
Fn)t s'
T, -Y.L -I, . ..-. -V~I,
2
. - . o-
01 - 3A

B"LENIKIY, Ye.Ye-.: Vf"TLAY V.4.; START":~EV~, l.f.
-)P g-'nserz and the 2ong-leaf carl-ine thi.,~t2s on
C,
0S.2hell1w a inhibiticr. Mat. k izu,2b. zh,~,nl. i drug, lek. rast.
Da,11. kl-nxt. nc).5.133-135 163. WIM 1738)
1. Pern;~kiy farmatsevticheskiy imst.if,,~jt.

?bar=- 93L
"Infliaefice. of Thermomagnetic Treatment Upon :the
Zloict*i6Ial Resistance of Soft Magnetic Materialop"
Ya. S. Shun, -1. Ye'. Startseva; Inst Phys of Metals,
U2%1 Affil, Acad Sci USSR
Dok Ak Nauk SSSW' Vol LXXIV, No 3, PP '473-475
4 Investigates subject influence on resistance amd
P4 its ~ftriation in magnetic fld for 66-permalloy
W-1zng, .~ &M idrO. 6 rnu, diam,: to, verify, es-
suWtioa that oriented magnetos trictive stressos
174TT4
VSSR/Physics Magnetism, Thermo- 21 SeP 50
(Contd)
occurring during thermomagnetic treatment chwWa
structure and crystal lattice. Submitted 7 Jul 50
by Acad 1. P. Bardin.
174T74
P-
W

SOV/1 12-58 -1-92D
Translation from: Ref erativnyy zhurnal, Elektrotekhnika, 1958, Nr 1, p 9 (USSR)
AUTHOR: -StarL L Ve. -
u-v-a,
TITLE: Investigation of the Durability of Residual Magnetism in Soft Magnetic
Materials (Issledovanive ustoychivosti ostatochno namagnichennogo
sost3yaniya myagkikh magnitnykh materialov)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree of
Candidate of Physical and Mathematical Sciences, presented to Ural'skiy gos.
un-t (Ural State University), Sverdlovsk, 1956.
ASSOCIATION: Ural'skiy gos. un-t (Ural State University)
1. Magnetic materials--Magnetic properties
card 1/1

5TA9T-5EVh,, T,
USSR / Magnetism Ferromagnetism
Abs;Jour : Ref Zhur - Fizika, No 4, 1957, No 9534
F - 4
Author : S-bartseva I.E. Shur, Ya. S.,
Inst s ute of Physics of Metals, Ural' Branch, Academy of
Sciences USSR, Sverdlovsk.
Title Residual Magnetization of Nickel and Its Stability.
Orig Pub Fiz. metallov i metallovedeniye, 1956, 2, No 3, 568
Abstract A study was made of the influence of the preliminary treat-
ment (recrystallizing ann ling, oxidizing annealing, and
plastic deformation by tension or compression) on the value
Of Ir of nickel and its stability against alternating ma-
gnetic fields, mechanical vibrations, and temperature fluc-
tuations. It was observed thatLtreatment of the material
(even such treatment that does not lead to the creation of a
crystalline or magnetic texture) can change radically both
the value of Ir as well as its ability. In this came the
stability of Ir can both increase and decreasewith increa-
Card Lsj~ag Hc.
4;
USSR/Magnetism Ferromagnetism.
Abs Jour : Referat 2hur - Fizika, No 5, 1957, 12003
Author : Startseva, I.Ye. Shur, YA.S.
Inst
Title Change of the Magnetic State of Soft Magnetic Materials
Under the Influence of Alternating Magnetic Fields.
Orig Pub Fiz. metallov i metallovedenlye, 1956, 3, No 1, 190-191
Abstract Report on a study of the variation in the value of Ir of
annular specimens of nickel and perntindure under e in-
fluence of alternating magnetic fields having an amplitu-
de that diminishes smoothly to zero. It is shown that
such an alternating field cannot only demagnetize a resi-
dually-nagnetized specimen, but in some cases it can in-
crease the Ir of the specimen, and also change the sign
Of Ir.
Card 1/1

STAE,ISEVA, I. Ye., and SIRE, Ya. 3 -
"The Structure of the Realdutil Mal-metized Ferrowagnetic by Aid of the
Method of Powder Patterns; the change of this structure under the Influence
of a Chaneing. Magnetic Field."
PRPsr WOO=W at the A-U-Wm =*tlng m Magotle Struoturo of Fe=omagmetios
,:,=G 1958, 1n Mmno7mk,, VOGt1W *P=a=*d 'by Imt. Of Haysios, Mad. Sol, DaW,
cmd Comm. for Mr4petism, Dept F4m-Matb Sci, AS LW,

SOV/126-6-4-6/34
AUTHORS: Shur, Ya.S.,
aart Be va _ 1. Ye
TITLE: Change in the Magnetic Structure of Residually
Magnetised Crysta15 of Silicon Iron in the Case of
Demagnetisation with an Alternating Field.(Izmeneniye
gnituoy struktury ostatochno namagnichenn,7kh
kristallov kramnistogo zheleza pri razmagnichivanii
peremennym, polem)
PERICDICAL:Fizika metallov i metallovedeniye, 1958, Vol 6,
Nr 4, pp 614-620 (USSR)
ABSTRACT: In earlier work of the authors,(Ref.1), relating to
studying by means of powder patterns the magaetic
structure of silicon iron cirtals which are in the
state of residual maguetisation, it was established
that the magaetic structure of a residually maGmetised
crystal may consist of basic magastic reg;LorLs the
ma vector "r
guetisation. - . of these regions is orientated
in-the direction of easy magnatisation, which is near
to the direction of the fi*ld of preliminary
Card 1/? magnetisation of the crystal), reverse regions (with

SOV/126-6-4-6/34
Change izx the Magnetic Structure of Residually Magnatised
Crystals of Silicon Iron in the Case of Damgnatisation
with an Alternating Field
anti-parallel orientation of the _f. vector),
supplementary closing regions of various types and also
sub-regions which occur around dofecits. Thereby, the --
authors defined as "closing regions", regions which form
around the surface of the crystal and-redue-vt its total
enorgy. It was also-established that the -type of the
magnetic structure in the state of resi&ual
magnetisation depends on the crystallographic
orieutation of the surface of the specimen, on the
orientation relative to the crystallographic axes of the
crystal of the field which brought about the pre"iminary
magnetisation and on the type of the magAetic structure
of adjacont crystallites. It follows therefrom that
the type of magnetic structure in the residually
magnatised state can differ for differing crystals.
Therefore, it can be anticipated that th* change in the
Card 2/? magmatic structure in the case of demagnetisation of

SOV/126-6,4,6/34'
Change in the Magnetic Structure of
Crystals of Silicon Iron
with an Alternating Field
Card 3/7
Residually Magnetised
in the Case of DemaVietisation
residually magnatised crystallites will also differ.,
depending on the type of their magnetic structure in
the original state of the residual magnetisation. The
details of the process of demagnetisation can be
established only on the basis of directly observed
hAlagess of the magnetic structure and, in order to
stablish these,, experiments were carried out which are
described in this paper. The, experiments were carried
out on polycrystalline specimens of silicon iron
containing a large nimber of crystals with various
crystallographic orientations of the surface. Tho
linear dimensions of the individual erjstaIlitas were
0-5 to 2.0 mm* For excluding the demagastiaing-offeet
of the ends of the specimens, the investigations were
carried out on rings of 40.mm outer diameter and 28 am
iinin r diameter with a thicImess of 0.21. - 0.2 mm.
Preparation of the surface of the spa cimens and of the
magnetic suspension was carried out by means of methods

QOV/126-6-4-6/34
Change in the Magnetic Structure of Residually Magaetised.
Crystals of Silicon Iron in the Case of Dema,-;aetisation
with an Alternating Field
described in earlier work (Ref~2). Otservation of the
powder patterns was carried out by means of an instrument,
a photo of which is reproduced in Fig,l. The investigated.
specimen was placed ix. froat cf the objecti-Te- lens of the
microscope in a special attachment which was fixed to the
stand of the microscope. The specimen colald be turned
about its axis and could also be displaced along its
radius by means of-screws. Preliminary magnetisation of
tho-investigptod spec-imen waz effected by the field- of a
circular perz,=*nt magnat of 200 Oe; the demagae'u"Lsation
was effected by a 50 cps magaetic field. The ci):-eular
magnetic field was gone-rated by passing a (d.c. or a.c.)
current through a coil which can be taken apait and
which surrounds the specimen. The amplitude of the a.c.
field was made to --mrj continuously each time from the
ma-riolm value to zero by me-ans, of a special transformer
Card 4/7 with a mobile core, The powder patterns vmre photographed

SOV/126-6-4-6/34
Change in the Magnetic Structu-ne. of Residually Mapznetised
Crystals of Silicon Ii~on :iu Case of Demagnatisation with an
Alternating Field
by means c,f a camera which was attached to the
microscope in su--h a way that it was possible -to follow
the magnetic structuxe of the specijwn whilst the
exposures were being taken. Some of the obtained
powder patterns are reproduced. (Fig.2--5). On the basis
of observation of the powder patterns in a large
number of crystals with various crystallographic
orientations. the following tonclusions were arrived at:
1. The procezz of N-ariation of the magnet4 "c structure
of a crystal under the effect of an a.c.field during
transition from the residually magaetised into the
demagnetised state takes place as foilows: the
suliplementary surfaoe regions become transformed into
re,"rse regions; tha reTerse regi-ons become ex~uended
and subseqjbi~t fragmentation of the re-werse regions was
observed; vab-rt&icus newr became transfomed into
reverse regions.
Card 5/? 2. Supplementary reF
,tons and regicus with reverse

S-OV/126-6- 4-6/34
-Change in the Magnetic Struct~e of Residual!y MKgnetised
Crystals of Silicon Iron in the Cast of Demagaotisation. with an
AlUrnating Field
magnetisation, ivh:.xb. occun In the cLys~al in the state
of residual umgapA,-,saf;j-c-n, 7vaduee the stabi'lity of its
magnetic. stvacture agaii,.at, the demagpaltising
In pxesenra (if revvrse J*egions the residLially magnetised
state is the most uustable-4 e-~ven in very weak magnetic
fields a displac-.9mant of the inter-domain boundsxies
takes place. This --an easily, be. linde~rstood
if it is taken dmt~:~ that during
displacement of t'ba bouri(3-3xies of xevversii naSnetisation
regicas no appre:~A.a'-Ile Ln their areas takes place,
Vhilst transformation cf V- suppiem-t%ntary regims 'Into
--e-mr-se regions is alwa-ys linked with a consideisbls
increase of a:c-saz --,f the. inter-i.3maj-n bc~,.mdaries.
3. In the case -A rercated magr-stisation with a d~c.
field, the ap :pearance of tLe ma-gr--tt-ic, structur-0- in the
state c.-C res2.(--aal zagr-etisaticu viiii differ sach time
in the same way aa t-te c,.1- the zaegiati12~
Card 6/7 structi.,-re ef a -i-r- of 2:*--pea.t7.e,1

SOV/126-6-4-6/':~
Change in the Magnetic Structure of Residually Magnetised
Crystals of Silicon Iron in the Case of Demagaetisation with an
Alternating Field
demagnetisation by an a.c. field of equal maxinrum
amplitude.
4. In the caze of polycrystalline specimens, the
crystallographic orientation of adjacent grains will
show an appreciable influence on the change of the
magnetic structure of the individual crystallites.
There are 5 figures and 5 references of which 4 are
Soviet and 1 English.
ASSOCIATION: Institut Fiziki Ketallov, All SSSR (Institute of
. Metal Physics, AS USSR)
SUBMITTED; 18th July 1957.
Card 7/7

ex ?1
68181
SOV/58-.59-5-10798
Translation from- Referativnyy Zhurnal Fizika, 1959, Nr 5, p 128 (USSR)
AUTHORS: -Stark�gy-a~, I.Ye., Shur, Ya.S
TITLE- M~gnetic 3tructurec;/of Iron Silicide Crystals in a State of Residual
Magnetization ;4
PERIODICAL- Tr. in-ta fiz. metallov. Urallskiy fil. AS USSR, 1958, Nr 20,
pp 125 - 130
ABSTRACT. Using the powder figure method, the authors studied the magnetic
structure of individual crystallites of polycrystalline iron silicide
samples in a state of residual magnetization. The authors discovered
that in each crystallite, in addition to the "basic" magnetic domains
(magnetized in the directions of easy magnetization that are closest
to the direction of the field by which the sample was first magnetized),
there generally exist "reverse" and "supplementary" magnetic domains of
various forms. In the "reverse" domains the spontaneous magnetization
vectors are oriented antiparallel and in the "supplementaryft domains
either antiparallel or at an angle of 900 relative to the magnetizatioa
Card 1/2 of the "basic" domains. The form of magnetic structure in a state of

AUTHORS: ..-5tartseva, I. Ye., Shur, Ya. S. SOV/48-22-10-6/23
TITLE: The Magnetic Structure of a Ferromagnetic Substance With
Remanent Magnetization and Its Change When Demagnetized
by an Alternating Field (Magnitnaya struktura ostatochno
namagnichennogo ferromagnetika i yeye izmeneniye pri
razmagnichivanii peremennym polem)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1958,
Vol 22, Nr 10, PP 1189 - 1193 (USSR)
ABSTRACTt In previous papers (Refs 1 and 2) assumptions concerning
some particular features of the magnetic structure of a
ferromagnetic material with remanence (1r) and their
influence on the stability of remanence was made. In the
present paper these assumptions are checked by means of
a direct observation of the structure in the case of presence
of a remanent magnetization as well as in the case of its
annihilation by an alternating magnetic field. Because of
observations of powder patterns on the surface of single
crystal grains of the polycrystalline samples the following
conclusions could be deduced: In a state of remanence in
Card 1/3 crystals apart from the magnetic ground domains also inverse

The Magnetic Structure of a Ferromagnetic SOV/48-22-10-6/23
Substance With Remanent Magnetization and Its
Change Wher. Demagnetized by an Alternating Field
V
(obratnyye) and supplementary (dopolnitellnyye) domains of
various kinds exist, among them also sub-domains. The
existence of these domains leads to a decrease of the
remanence which is greater as compared to the theoretical
value. In the state of remanence the nature of the magnetic
structure depends on the crystallographio orientation of the
crystal surface and on the orientation of the magnetizing
field with respect to the crystallographic axes. Supplement-
ary and inverted domains decrease the resistance of the
magnetic structure to the demagnetizing influences. Sub-
domains usually do not change into inverted domains. Changes
in the magnetic structure of a crystal with remanence at a
demagnetization take place in the following way: Some
supplementary surface-domains change into inverted domains
by growing. These inverted domains expand with the increase
of the amplitude of the alternating field. In the case of
even stronger alternating fields sometimes a disintegration
of the inverted domains can be observed. In polycrystals
Card 2/3 the nature of the magnetic structure of single crystal grains

The Magnetic Structure of a Ferromagnetic SOV/48-22-10-6/23
Substance With Remanent Magnetization and Its
Change When Demagnetized by an Alternating Field
with remanence as well as the change of the structure at
a demagnetization is considqrably influenced by the crystal-
lographic orientation of neighboring grains. There are 4
figures and 8 references, 6 of which are Soviet.
ASSOCIATIONs Institut fiziki metallov Akadem:Li nauk SSSE (Institute of
Metal Physics,AS USSR)
Card 3/3

MOROZ, V.G., inzh.; STARTSEVA,. I.Ye.
Manufacturing cast fittings for high pressure.pipellnes.
Xhim. mas'.i. no.4-.45-47 Jl-Ag '59. (iaRA'12:12)
(pipe fittings)

~7.). Tf) N IF, v j
PILASE I BOOK EXPLOITATION SOV/5526
Vsesoy-u-noye soveshchaniye po magnitnoy strukture ferrozagnetikov,
Kra3noyarzk, 1958,
rwlia-gnitnaya struktura ferro-magnetilcov; rraterialy Ilsesoyuznogo
~;ovczhchaniya, 10 - 16 iyunya 1958 .-., Krasnoyarsic (iiagnetic
Structuro of Forror.-aEnetic Substances; Materials of the All-Union
Conference on the Nagnetic Structure of Ferromagnetic Substances,
Ht'~ld in Krrasnoyar3k 10 - 16 June, 1958) Novosibirsk, Izd-vo
SIbIroXogo otd. j'U1 SSSR, 1960. 249 p. Errata slip Inserted.
1,500 copies printed.
Sponaoring Agency: Akademiya nauk SSSR. Institut fiziki Sibirakogo
otdcleniya. Komisslya po magnetizmu pri Institute fiziki metallov
Resp. Ed.: L. V. Kirenskiy, Doctor of Physical and Mathematical
Sciences; Ed.: R. L. Dudnik; Tech. Ed.: A. F. 111azurova.
PURPOSE: This collection of articles is intended for researchers in
ferro.magnetism and for metal scientists.
Card 1/11

Magnetic structure (cont.) SOV/5526
COVERAGE: The collection contains 38 scientific articles presented
at the All-Union Conference on the F.agnetic Structure of Ferro-
magnetic Substance3, held in Krasnoyarsk in June 1956. The m,---
terial contains data on the magnetic structure of ferromaSnetIc
materials and on the dynamics of the structure in relation to
mr,3notic field change3, elastic stresses, and temperature. Ac--
cordinG to the Foreword the study of ferromagnetic materials had
a _-i%cceLiz1'xxl beginning in the Soviet Union in the 193013, was
oub~;equently digeontinued for many years, and was -resumed in the
1950's. No personalities are mentioned. References accompany
individual articles.
TABLE OF CONTENTS:
Foreword 3
Shur, Ya. S. [Institut fiziki metallov AN SSSR - Institute of
Physics of Metals, AS USSR, Sverdlovsk). On the Magnetic
Structure of Ferroma-Snetic Substances 5
Card 2/11

.~:agnetic Structure (Cont.) SOV/5526
Kir,~-.n3lciy, L. V., and V. V. Veter (Institute of Phj,3ic3,
Sil-rian Branch AS USSR, Krasnoyarsk]. Measuring the
Width of the Boundai-I Layer Between Domains in Ferro-
magnetic Substances 53
Star la and Ya. S. Shur [Institute of Physics
s A*U'Ril*l', 6verdlovsk]. Magnetic Structure of a
.5r;rro=-u.r--tic Material of Reoidual 14a-netizarion and Its
C~,-~Lnge Under the Effect of a Variable Magnetic Fir;ld 59
Kiren-7,1ciy, L. V., N. I. Sudakov, and L. I. Slobcduukoy
(Ir.2titut fi--Iici SO AN SSSR, peda3ogicheskly institut
institll'e of Physics, Siberian Branch AS USSR, Teachqrs
Tnotitute, Krasnoyarsk). Temperature Dependr-neq of
Hysteresis Losses in Rotating Magnetic Fields in Iron
Silicide Crystals 61*
Sudovtsov, A. I., and Ye. Ye. Scm-2nenko [Fiziko-
t~--!Q-,n1chf:;51-ciy In-t AN' UkrSSR - PhysicotechnIcal InstItute
AS UkrSSR, Khar1kov]. F-ffect of Domain Structure on the
Card 5A1

,,-4T VAY I.Ye.; SHURP Ya.S.
... ...
Characteristics of the domain structure of magnesium-manganese
ferrites with a rectangular hysteresia loop. Fiz. met. i
metallo-ved. 11 no. 1:158-160 Ja 160. OaRA 14:2)
1. Institut fiziki metallov AN SSSR.
(Ferrates--Magnetic properties)
(Magnesium-manganese alloys-Metallography)

84962
(lo q 3, la /4 0)
S/056/60/039/003/048/058/xx
B006/BO70
AUTHORS: Shur, Ya. S., Start--ava, 1. Ye.
TITLE: Temperature Hvsteresis of the Domain Structure of
Ferrosilicon C ya al=
~;l
PERIODICAL: Zhurnal eksperimental%noy i t'soreticheakoy fiziki, 1960,
Vol. 39, No. 3(9)v PP. 566 - 573
TEXT: The aim of the authots was to study the general rules governing
the temperature hysteresis of the domain structure of ferrosilicon crys-
tals. The magnetic structure was observed by the method of powder pat-
terns. Single and polycrystals with 3.5% Si were studied; they were in
mm large and 0.3 - 0.7 mm thick. All the samples
.he form of disks 15
were annealed at 1,2500C before they were ground and polished. The ef-
fer;t of cyclic temperature changes on the magnetic structure was investi-
gated. For this, the samples were heated from room temperature to dif-
ferent temperatures (UP to 55000? and cooled again to the initial tem-
perature. The samples were heated by a special instrument which was
placed in a vacuum chamber (Fig.l). This instrument as well as the
Card 1/3

84962
Temperature Hysteresis of the Domain S/05 60/039/003/-048/058/XX
Structure of Ferrosilicon Crystals B006YB070
experLmental method are described in the introduction. The maximum
strength of the magnetic field was 600 oe. Photographs of the domain
structure were taken for one and the same sample a after the first
magneti.zat_ion~ b) after heating and cooling~ and c~ after the second
magnetization. It could be established that no significant ~-,hange In uk
the0domain structure took place when the sample was heated from 200 to
200 C and oooled again to 200C. A hysteresis is first observed on heat-
ing to 400 - 5500C. Figs. 2, 4i, 5, and 6 show powder patterns which il--
lustrate the transformation of the domain siru~_ture in one cycle.
Figs. 6 and 7 show a scthematic representation of the structure of the
types B and A. The investigations showed that a eignificant irreversible
transformation of the magnetic structure in mono-, and polyarystalline
samples takes place in a cycle between 200 and 400 - 55000. This change
in the stru~~turA shows itself in the following way: The dimensions, the
form, and the number of closure domains are changed, and the boundaries
between the principal regions are displaced. Finally,, the results are
discussed and theoretizally interpreted. L. D. Landaug.Ye. M. Lifshits_~_
L. V. Kirenakiv, and I. F. Degtyarev are mentioned here a-re 7 figures
a_-4_d_TeTe__r~_nces' : 6 S__o-1r__i-;e_f -and-T-USK
Card 2

P41962
Temperature Hysteresis of the Domain
Structure of Ferrosilicon Crystals
ASSOCIATION:
SUBMITTED.
S/056/60/039/003/048/058/XX
30061B070
Inatitut fiziki metallov Akademij. nauk SSSR (Institute of
Metal Phyaics of the Academy of Sciences USSR)
April 16, 196o
Card 3/3

2A0
Vol
S 048 61/025/012/005/022
B102 B138
AUTBORS: Zaykova, V. A., and Startseva, I. Ye.
TITLE: Stability of magnetic state of magnetically soft materials
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya,
v. 25, no. 12, 1961, 1455 - 1461
TEXT: Besides the stability of magnetic states the authors studied the
possibilities of determining the most stable state of the domain structure.
Anni,lar sDecimens of coarsely crystalline silicon steel were used to deter-
mine the variations in magnetic induction due to field, and flat specimens
for those due to tensile stresses. Stability was determined from these
and from the changes observed in domain structure. The former were measured
ballisticallyj domain structure by the powder method. The following demag~-
netization methods were applied: (1) A damped alternating field, no
external magnetic field; (2) Magnetization in the direction of the Earth's
magnetic field H e up to maximum residual magnetization, application of an
anti-field, and again application of H e Demagnetization as in (1).
Card 1/4

316034
S/048/61/025/012/008/022
The nature of the rectangular~*. B1161B138
the greatest PR occurs during a hysteresis cycle in which most crystallites
are in the state of maximum induction and where the principle domains. in
which magnetization is unfavourably oriented relative to field.vanish. In
addition, in all crystallites, closed domains with magnetization differentl-y
orientated from that in the principal part of the crystallite, are left
behind on the surfaces and possibly at internal lattice defects. The
boundaries between the principal and closed domains are distorted~ There
is no noticeable increase in the closed domains when the field vanishes.
Therefore P R becomes almost equal to unity. It can be seen that in all thzee
cases the curves obtained after demagnetization. through heating, are
steeper and higher in the first-section than these obtained after demagneti-
zation with a variable f ield. The dif f erence increases with -P .~ This means
that, unlike the metallic" ferromagnetics, the permeability ofR Me- Mn ferrite6
in weak fields after demagnetization with a.variable field is much smaller
than after demagnetizat~ion through-heating. This is probably due to a
particular kind of structuxal defect. In a demagnetized crystal the domain
boundaries are arranged in such a way that the total energy is at a minimum.
These botindaries are probably distorted by demagnetization with variable
Card 2/3

S/048/62/026/002/017/032
Bio6/B104
AUTHORS: Startseva, 1. Ye,, Glazer, A., A.., and Shur, Ya, S.
TITLE: Temperature dependence of domain structure in ferrosilicon
crystals
PERIODICAL: Akademiya nauk SSSR, Izvestiya, Seriya fizicheskaya,
v. 26, no. 2, 1962.~ 262-265
TEXT: Earlier studies of the domain structure in ferrosilicon crystals
(Ya, S, Shur, I. Ye. Startseva, Zh. eksperim, i teor, fiz., 39, 566 (1060))
have revealed a temperature hysteresis of domain structure, This fact may
possibly be the cause of the departure of "he calculated from the measured
temperature dependence of domain structure. It was investigated as to
whether experimental and theoretical data will agree better when this
hysteresis is excluded. This may be accomplished by allowing the specimen
to attain the state of equilibrium at every temperature, The domain
structure of ferrosilicon with 3.5 % Si was examined by the maEneto-
optical Kerr effect. Annular specimens (outer diameter 40 mm, inner
diameter 28 mm, 0.35 mm thick) were cut out from coarsely crystalline
Card 1/3

5/048/62/026/002/017/052
Temperature dependence of.- B106/B104
textured ferrosilicon. After polishing the specimens were vacuum tempered
at '2000C, and subsequently their surface was slightly oxidized in order
to 4.ncrease the angle of rotation of the plane of polarization, The
(01%) face was near the surface in most of the crystallites. Temperature
dep-ndence of the domain structure was studied in the range of 20-6000C.
At ~?very temperature the specimens were carefully demagnetized by
alte.rnating magnetic field with its amplitude monotonically decreasing to
zero, This procedure was to eliminate the temperature hysteresis of
domain structure. The studies led to the following conclusions: (1) The
domain width is strongly temperature dependent when temperature hysteresis
is eliminated by demagnetization at every temperature. (2) The temperature
dependence of the domain width observed in equilibrium agrees qualitatively
with the calculated data,, Strictly quantitative comparison of experimental
and theoretical data was not possible as it is riot known how the magnetic
flux is closed at the crystal edges. (3) Various authors found in the
study of different ferromagnetics great discrepancies between the
experimental and theoretical temperature dependences of the domain widths
These discrepancies are obviously due to the fact that the observed domain
structures which exist in metastable states were ccmpa--ed -.,,ith th~
Card 2/3

MOROZ, V.G., inzh.;-STARTSEVA, I.Ye., inzh.; IVAKO, L.P., inzh.
I
Effect of heat treatment A the structure of 25L steel. Metalloved.
i tem. obr. met. no-5:14L21 W 162. (NIRA 15:5)
1. Irkutskiy filial Gosudarstvennogo nauchno-issledovatellskogo
i proyektnogo instituta neftyanogo mashinostroyeniya.
(Steel-Heat treatment) (Steel castings-Testing)

S/126/63/015/002/004/033
E039/E420
AUTHORS: Bogoslovskiy, V.N., Startseva. I.Ye.. Zhuravleva, M.G.,
Shchepetkin, A.A., G.I., Shur, Ya.S.
TITLE: The effect of phase composition on the magnetic
properties of magnesium-manganese ferrite with a
rectangular hysteresis loop
PERIODICAL:,Fi:~,ika metallov i metallovedeniye, V.15, no.2, 1963,
181-186
TEXT: A maknesium-manganese ferrite with a rectangular
hysteresis loop and with a sufficiently simple composition was
used to facilitate the interpretation of the results obtained.
Toroidal samples 12 min outer dia, 8 min inner dia and 3 nun high
ivere used. After a second annealing in-air at 1200*C they were
cooled in a C02 atmosphere. The composition was Fe203 - 42.8mol%,
NfgO - 14.4569, MnO - 42.8c (as )'InC03) which corresponds with the
formula
(~NlgFe204)0.3(~InFe2O4)0.6(Mn3o4)().l

S/126/63/015/002/004/033
The effect of phase ... E039/E420
induction Br, the maximum induction Bin, the induction in the
field of 90 Oe B 0, and Br/Bm on the pressure of oxygen when
annealing at 600*2 was investigated. Br shows a steady decrease
with increasing oxygen pressure up to 150 min Hg, while for the
other parameters there is little change for oxygen pressures above
50 mm. 1,jaximuin squareness of the hysteresis loop is obtained at
10 min pressure of oxygen. A comparison of the results of
physicochemical analysis, X-ray and magnetic investigation suggests
that the spontaneous rectangularity of tfie hysteresis loop in this
ferrite depends on the presence of the Mn3+ ion which leads to
local distortions in the crystal lattice, There are 2 figures.
ASSOCIATIONS: Institut inetaliurgil UFAX'SSSR
(Institute of Metallurgy UFAN USSR)
Institut fiziki metallov AN SSSR
(Institute of Physics of Metals AS USSR)
SUB'MITTED: August 10, 1962
Card 2/2
p2l~
K~f

ACCESSION NR: AP4042347 S/0129/64/000/007/0031/0035
AUTHOR- Mosoz, V. G., Startseva, I.-Ye... Popov, K. V.
TITLE: Cast steels for low temperature operations
SOURCE: Metallovedeniye I termicheskaya obra~otka meiallov, no. 7, 19641, 31-35, and
insert facing p. 25
TOPIC TAGS: cast steel, steel alloy, cold resistant steel, steel 12N9L, steel 2OKhN3ML,
-steel 12N5L, steel 15N3ML, steel 15N3FL, steel 12KhN2ML, stool 20N3L, steel
20GMIML, steel 20Kh2D3L, steel 15DKhGSL, steel 1OKhS2N2DML, impact toughness,
heat treatment, structural uniformity, fine-grained structure, transition point determina-
tion
ABSTRACT: Experimental castings form 11 steel alloys (compositions given ) were tested
for resisiance to low temperatures in a cast or variously hbat treated state to f6rmulafe
recommendations on the use of pearlite and ferrite steels for castings operating at tempera-
atures as low as - 100C. The temperature corresponding to an impact toughness of 2. 0
kg/CM2 was accepted as the transition point. Heat treatment involved normalizing (900
or 1050C) and tempering (650, 660 or 720C). Transition points for the optimal heat
1/2
C ~ -rd
Ir

L 22897'-65 EED-2/EWT (1)/z-WT (m)/VWP(b )/E.-hP(t;) IJP(c) JD
ACCESSION NR: AP5001240 8/0126/64/018/005/0711/0716
AUTHOR: Bogoslovskiv, V.N.; Shchepetkin, A.A. - Startseva. 1. Ye. Anloov V. K-,
Chufarov, G. ., Shur, Ya. S.
TITLE: Effect of the phase composition on the magnetic properties of magnesium-
manganes -iron ferrite with a rectangular hysteresis loop
SOURCE: Fizika metallov i metallovedeniye, v. 18, no. 5, 1964p 711-716
TOPIC TAGS: ferrite magnetic property, magnesium ferrite, manganese ferrite, spinel
solid solution- hysteresis loop
ABSTRACT: The object of I this work was to find out whether the rectangularity of the
hysteresis loop of Mg-Mn ferrites is related only to the presence of vacancies, or
whether trivalent manganese ions also playa major part in this phenomenon. An
Mg-Mn-Fe ferrite obtained from a mixture of 34 mol. % MgO, 8.5% MEW (in the form
of MnC03) and 57. 5% Fe?,03 and having a relatively. high rectangularity coefficient ofthe
hysteresis loop was investigated. X-ray diffraction was used to determine the concen-
tration of the components of the spinel solid solutions, the magnetic characteristics were
measured by the ballistic method, and changes in the composition of the solid solutions
Card 1/2

L 22897-65
ACCESSION NR: AP5001240
were Induced by annealing the samples under various conditions. It was found that the
increase or decrease in the rectangvlarity coefficient of the hysteresis loop is due
primarily to the formation and disappearance of Mn3+ ions, although there is a simul-
taneous change in the concentration of vacancies in the spinel solid solution. Samples
containing an appreciable quantity of vacancies -but no Mn3+ ions have a rectangularity
coefficient of less than 0. 5. The authors conclude that the rectangular shape of the
hysteresis loop of Mg-Mn-Fe ferrites obtained from a mixture containing over
_
-due- the-preme - e.of Mn 17,6n~iWWh_ cause local distortions
-50 hiO -__VF6203
16 to ne
the crystal structure of the spinel solid solution. Orig. art. has: 1 table, I figureo and
7 formulas.
ASSOCIATION: Institut metallurgii, Sverdlovsk (Metallurgical Institute); Insfltut~fizjld
metallov AN SSSR (Mastitute of the Pbysics of Metals., SM)
SUBMITTED: 02Nov63 ENCL: 00 SUB CODE: MM EM
NO RE F SOV: 007 OTHER: 010
Card 2/2

MOROZY V.G.; STARMVA, I.Ye.; POPOV, K.V.
Cast steels for operation at low temperatures. Vet.--lloved. i term. cbr.
met. no.7:31-35 J1 164. (,TRA 17:11)

BOGOSLOVSKIY, V.N.; SHCHEPETKIN, A.A.; STARTSEVA,..,~Je.; ANTONOV, V.K.;
CHUFAROV, G.I.; SHUR, Ya.S.
Effect of phase composition on the magnetic properties of the
magnesium-manganese iron ferrite with a rectangular hysteresis
loop. Fiz.met. i metalloved. 18 no.5:711-716 N 164.
(MIRA 18,-'~)
1. In5titut metallurgil, Sverdlovsk i Institut fiziki metallov
AN SSSR.

AGAPOV, N.F., kand. tekhn. nauk; ZHEREBOHEVSKIY, V.I., insh.;,4TART~q~p_
- K.V.,. ir,,zh.
Production and use of bitumen emulsions in Kazakhstan. Avt.
dor. 27 no.8;14-15 Ag 164* (MM 17:12)

MIROLYUBOV, N.N., prof.,- STARTSEVA, Ye.K..,, Rand. med. naulk
Plenum of the board of the All-Foissian Sclen-'k-MUC Societ7 of
Roentgenologists and Radiologisto. Vegtn. rentgen. i radiol.
38 no.4.,85-86 ii-Ag'63 (MM 1-7.v2)
1.

DOBROVOLISKIY, Viktor Konstantinovich, prof.; LEBEDEVA, V.S., kand.med.
nauk, starshiy nauchnyy sotrudnik; ULIRIKH, Ye.S., kand.biolog.
neuk, starshiy nauchnyy sotradnik; TAGUNOV, S.A., prof., doktor
med.nauk Edeceasedl;.STARTSIVA, L.I., kand.med.nauk, starshiy
nauchnyy sotrtidnik; T,1Wk'KAC--Ta--.B., red.; KELARASH, G.A., tekhn.red.
ETherapeutic physical culture] Lechebnaia fizicheakaia kullturs.
Leningrad, Gos.izd-vo med.lit-ry Nedgiz, Leningr.otd-nieq 1960.
349 P. (MIRA 13:7)
1. Chlen-korrespondent Akademii maditsinakikh nauk (for Yaganov).
(]=OISE THERA T)

STARTSEVA, L.I., aspirant
Extermination of Spilachna. by ladybird larvae. Zashch. rast. ot
vred. i bol. 6 no.7:46 Jl 161. (MIRA 16:5)
1. Djallnevostochnaya opytnaya stantsiya v-sesovuznogo instituta
rast.eniyevodstva, Primorskiy kray.
(Maritime Territory-Pota4es-Diseases and pests)
(Maritime Territory--Ladybirds-Biological control)

STARTSEDIA, L. N.
Hbr., Inst, Obstetrics & GynecO109Y, -c.1949-. Cand. Medical Sci. "Diathermal Surgery
during Treatment of Certain Pathological Conditions of Cervix" Akusher. i Ginekol., No.
4. 1949.

STARTSIVA. L.N., kan&idai neditsinakikh nauk
morphological changes in tissue dissected by diathermy from the
car7ix uteri. Akush. I gin. no.4:35-36 JI-A-g 154. (MT&A 7:11)
M VIX. U M INS. surgery.
diatherar, morphol. changes in dissected tissue)
(DIATHMTO
morphol. changes in asr7tcal utorins tissue dissected
by diathermV)

STARTSEVA, L.N., kandidat meditsinskikh nauk (Leningrad)
Coniform diathermic excision of the cervic uteri. Almsh. i gin.
no-5:53-56 S-0 '54. (MI-RA 7:12)
(MVIX, UMINE, surgery,
diathermy, coniform excis.)
MATHEW.
electrosurg. of uterine cervix. conical excis.)

YAGUNGV, S.A. [deceased]; STARTS'EVA, L.N.
Use of physical culture and medical control in labor. Akush.
i gin. 35 no.3:14-19 )tr-Je 159. (MIRA 12:8)
1. Iz otdeleniya fizioterapii i lechebnoy fizicheakoy kulltury
(zav. - chlen-korrespondent AM SSSR prof.S.A.Yagunov) Ineti-
tuta akusherstva i ginekologii AM SSSR (dir. - chlen-korrespondent
AMN SSSIL prof.P.A.BeloBhapko).
(LABOA
prep.. phys. culture & med. control (HuB))
()QC9RC I SH THEWY
value in labor prep. (Rus))

YAGUNOV, S.A. (deceasad];
Using an aerophotarium in wmedical establishment. Vop kur. fizioter.
i lech.fiz. kul't. 27 no.1:16-20 162. iMIRA 115--5)
1. Iz otdeleniya fizioterapii i lechebnoy fiz..cheskoy kulltury
(zav. - chlen-korrespondent AM SSSR prof. S.A.Yagunay [deceased))
Instituta akusherstva i ginekologii MV SSSR (dir. - ~;hlen-korrespondent
AMN 63SR prof. F.A.Beloshapko).
(RADIOTHERAPY) (CLIMATOLOGY , MEDICAL)

GURTOVOY, L.Ye., prof.[deceased]; IVANITSKAYA~ Ye.P., doktor med.
nauk; MAZHBITS, A.M., prof.; PREYSMAN, A.B., prof.;
STARTSEVA, L.N., kand. med. nauk,- TIW7EVTSEVA, G.V., kand.
64.nauk; SHUB, R.L., zasl. deyatell nauki lAtviyskoy SSR
prof.; YAGUNOV, S.A., prof.[deceased]; PERSIANOV, L.S., prof.,
otv. red.; ZHMAKIN, K.N., prof., zasl. dayatell nauki RSFSR,
red.; RYABOV, G.Z., red.; RDMANOVA, Z.A., tekhn. red.
(Multivolume manual on obstetrics and gynecology] Mnogotom-
noe rukoyodatyo po akusherstyu i ginekologii. Moskva, Med-
giz. Vol.4. Book 1. (General gynecology] Obshchaia gineko-
logiia. 1963. 674 P. (MIRA 16:9)
1. Chlen-korrespondent Akademii meditsinskikh nauk (for
Yagunov, P~rsianinov).
(GYNECOLOGY)

Procreative fun^--,-*on of women after sta -therm-y of t.h-e
,_Tical dip
cc-!rvi;x uteri. Alcush. i gin. no.1 57-63 163. ('!ITIL 17:6)
1. Iz otdeleniyi fizioterapii (zav. - kand. med. naul: N.
Startse,:a) lnstituta Pkusherstva i ginekolocii. (dir. - prof.
.,..A. 'Oetrov- M-aslakov ) X-24 SSSR.

141KHff LOV. V. G. ; STARTSEVA, MA.
Rating the advantages of soliusurlmin therapy for kala-azL,,* in
infants. Pediatriia no.4:80 Jl-Ag '55. (I-UAA8:12)
1. Iz kliniki gospitallnoy pediatrii Tashkentakoy gorodgkoy
stantsii, tropicheakoy meditsiny.
(KAL,A-kZAR) (ANTIMONY-MROICUTIC USI)

MIKHLYLOV, V.b.; STARTSEVAL M.A.
Treatment of infantile visceral leishmaniasis with solusumin as
revealed by data from the Parasitological Department of the
Tashkent City Sanitary and Epidemiological Station. Mediparazei
paraw.bol. no.5:563-567 161. MIRA l4t1O)
1. Iz Instituta krayevoy eksperimentallnoy meditsinay Akademii
nauk Uzbekskoy SSR (dir. instituta G.M. Makhkamov) i kafedry
laboratornoy diagnostiki i parazitarnykh bolezney Tashkentakogo
instituta -usovershenstvovaniya vrachey(dir. inatituta M.A.
Mirzamukhamedov).
(KALA-AZIR) (OTIKONY-THMUMTIC USE)

STATITSEVA, M,-E----, and SMM, Y. S., (Svedlovsk)
"Stability of magnetic structure of Residual-Magnetized Soft magnetic
Materials," a paper submitted at the International Conference on Physics
of Magnetic Phenomena, SvEsdlovsk, 23-31 May 56.

KUDRYAVTSEVA, N.A.j FUSHKAREVA, Z.V.; qTARTSLTA
~,
Some derivatives of -,O-math7l-3-aminophenothiazine. Zh-,Ir.org.khim.
I no.28364-366 F 165. (MIRA 18--4)
1. Urallskly po2itakhnicheskiy institut imeni S.M.Kirova.

SHOSTAKOVSKIY, M.F.; KALABRIA, A.V.; STARTSEVA M.Ya.; POD'YACHgNKO, N.P.
Synthesis anid transformations of vinyl aryl ethers. Raport
No.4: Synthesis and properties of vinyl ethers of ortho-,
meta-, and para- cresols and para.-tert-amyl phenol. Izv.
Fiz.-khim. nauch.-issl. Inst. Irk. un. 5 no.1:90-100 161.
(MIRA 16:8)
(Ethers) (Phenol) (Cresol)

S/15 60/003/005/009/016
B01 3YB058 '/
AUTHORS: Kochergin, V. P., Pozhidayeva, G. A., Startseva, N. A.
TITLE: Dissolution of Iron in Melts Containing Zinc Sulfate and
Halides of Alkali Metals and Zinc
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khim-".cheskaya tekhnologiya, 1960, Vol. 3, No. 5, pp.892-897
TEXT: The rate of dissolution (corrosion) of iron in aqueous ZnSO 4 - ZnCl
ZnSO 4- LiC1--, and ZnSO 4- KC1 solutions, as well as in ZnSO 4- NaF-, ZnSO4-NaCl-,
ZnSO 4- NaBr-. and ZnSO 4- NaI melts, was studied here. It was the aim of the
study to investigate the possibility of using sulfate halide u-.;,,lts for the
heat treatment of steels, and to find possible bases for producing new
salt melts which are less aggressive against iron and steels. Chemically
pure ZnSO 4 ' 7H20, LiCl - H20, KC1, NaCl, ZnC12 * 1-5H20, NaI, NaBr, NaF
were used for producing the melts mentioned. Melts with NaBr and NaI
content were produced in carbon dioxide medium. Metal samp1es were prepared
Card 1/4

Dissolution of Iron in Melts Containing Zinc S/153/60/003/005/009/016
Sulfate and Halides of Alkali Metals and Zinc B013/BO58
in the form of plates, and polished. The determination was made by the
method described in Ref. 9. The rate of dissolution of iron in aqueous
solutions was determined at 5500C (Fig. 1) and in melts at 5000C (Fig.2).
It was established that the rate of dissolution decreases during the first
2-3 hours, and then remains constant. By adding ZnCl 2- LiCl-KC1 to the
ZnSO4 melt, the dissolution of iron is slowed down much more than by V
adding NaF, %C~ IbB!,21aI. In melts containing zinc- and alkali metal halides,-
an increased solubility of iron may be observed in the absence of zinc
sulfate. When increasing the zinc sulfate content up to 45% (Fig. 3),
accelerated dissolution of iron was first observed in sulfate halide
melts, which slowed downt however, with a further increase of the zinc
sulfate concentration. It can be clearly seen from the polytherms for the
rate of dissolution (Fig- 3) of iron in sulfate halide melts that the
dissolution process is influenced by the nature of these melts and the
complex formation within them. A similar effect was observed at different
temperatures of the melts (Fig. 4). It was established that the dissolution
of iron in aqueous sulfate halide melts is accelerated at a temperature
increase according to an exponential function. A lower solubility cf iron
Card 2/4

Dissolution of Iron in Melts Containing Zinc S/153/60/003/005/009/016
Sulfate and Halides of Alkali Metals and Zinc B013/BO58
was established in melts from which the water was previously eXtracted in
vacuo, as compared with aqueous melts. The rate of dissolution of iron is
higher in ZnSO 4- NaF and ZnSO 4- NaI melts than in melts with zinc sulfate,
sodium chloride, or sodium bromide. Passage of dry air through aqueous
melts with zinc sulfate as well as zinc-, sodium-,.and potassium chlorides
contributes to the slowing down of the rate of dissolution of iron in
these melts (Fig- 5)- In order to prevent corrosion of'metal products in
molten electrolytes, it is, there.fore,.suitable to treat them with dry air
at increased temperature or in high vacuum. Since the rate of dissolution
of iron is only small in sulfate chloride melts with a zinc content of
more than 70-80 moleo,.these melts m*ay be used as heat carriers (Ref. 16)
or for the*lieat treatment of steels. I. F. Afonski~-t A. A. Kroshkin,
I. Ya. Tutov, Y6. A. Smollnik6v, and N. P. Luzhndya-are mentioned. There
are 5 figures and 16 references; 13 Soviet, 1 German, and 1 US.
a
ASSOCIATION: Urallskiy gosudarstvennyy universitet,im. A. M. Gorlkogo,
Kafedra neorganicheskoy khimii (Ural State University imeni
A. M. Gor'kiy, Department of Inor,-anic Chemistry)
Card V4

Dissolution of Iron in Melts Containing Zinc
Sulfate and Halides of Alkali Metals and Zinc
SUBMITTED: December 15, 1958
S/lt53/60/005[005/009/016
B013/ ~D058
Card 4/4

t).
PHASE I BOOK E(PLOITATION sovI6181
Urallakoye noveahchRniye po apektroskopii. 34, Sverdlovsk, 1960.
.Materlaly (Materials of the Third Ural Conference on Spectros-
copy) Sverdlovsk, Metallurgizdat, 1962. 197 P. Errata slip
inserted. 3000 copies printed.
Sponsoring Agencies: Institut fiziki metallov Akademii nauk SSS.R.
Komlsaiya po spektrookopil; and Urallskly dom tekhnIkI VSNTO.
Eds. (Title page): 0. P. Skornyakov, A. B. Shayevich, and S. 0.
-Bogomolov; Ed.: Gennadiy Pavlovich Skornyakov; Ed. of Publish-
Ing House: M. L. Kryzhova; Tech. Ed.: N. T. Mallkova.
PURPOSE: The book, a~collsction of articles, is intended for staff
members of spectral analysis laboratories In Industry and scion-
tific research organizations, as well as for students of related
disciplines and for technologists utilizing analytical results.
CW 1/15

//9)
lems of the application of atomic and molecular spectralanaly-14
sia In controll1nx the chemical composition ofv"ious materiall i
In ferrous and nonferrous metallurgy, geology, chemical Indus-.
try, and medicine. The authors express theIr thanks to G. V.
Chentsova for help In preparing the materials for the press.
References follow the Individual articles.
TABLE OF CONTMUS:
Foreword 3
PART I
Sheratkov, Yu. A., and L. F. Makelsovskly. Investigation of
the dependence of the total Intensity of spectral lines
on the concentration of elements In an arc-discharge plasma 4
Card 2A5
Hatorlale of the Third t1ral Conference (coat.) ~SOV/6181
COVERAGE: The collection presents theoretical and practical prob-
i
:40

Materials of the Third Ural Conference (Cont.). SOV16181
Fishman, I.. S. Remarks on a system of standards for
analysib of complex alloys 73
.ShIryayeva, N. Ye., Yu. I..Mallkov, and R. A. Kozlova.'
Photoelectric-stylometer analysis of vanadium cast Irons 76
Basova, Ye. P., A. B.-Shayevich, and S. B. Shubina. Spectro-
graphic determination or harmful non-ferrouB metal Impurities
in raw material intende'd for production of metallic chromiUM 77
Sorokina. N. N. Spectral determination of cerium,
lanthanum, and barium in steel 80
Shayevich, A. B., and N. D. AgIrtoeya. Spectral determination
of vanadium, manganese, silicon, and chromium in ferro-
vanadium 86
Outkina, R. 1. Chemical-spectral method of analysis of high-
purity'nickel 88
Card 7/15

BELIKKOV, H.Yu..; POTOREYKO, G.,; STARTS3VA, R.
~. ~.. -~. , - " c' -': -
Temporary bonds of the respiratory apparatus in decorticated
cats. Biul. eksp. biolA med. 41 no.2:17-20 F 156. (MLRA 9:6)
1. Iz kafedry normallnoy fiziologii (zav.-prof. D.G. Kvasov)
Leningradakogo pediatricheskogo meditsinskogo inatituta. Predstavlana
daystvitellnym chlenom ANN SSSR P.S. Kupalovym.
(RWIRATION, physiology,
conditioned temporary vonds In cats after cerebral
decortication (Rua))
(REFLEX, CONDITIO M ,
conditioned temporary reap. bonds in cats after
cerebral decortication (Rua))
(CRREBR&L CORTNK, physiology,
same)

KLIWNOK, B.V.; KONDRATIYEV, A.A.; Prinimali uchastiye: BASYROVA, Z.V.;
YELEPINA, V.I.; ZI?MLYANSKIY,, A.T.; PITKIS, L.N.; STARTSEVA, T.K.;
YANTSEN, Ya.ya. I------------ :__
Counter-current horizontal extractor for processing hard materials.
Izv. vys. ucheb. zav.; neft' I gaz 4 no.2:75-77 161.
(MRA 15:5)
(Paraffins) (Diesel fuels)
I I

-STAMEVAP T.V. (Ufa); SHVIDLER, M.I. (Ufa)
Numerical solution of problems in plane filtration flow in
media with random nonhomogeneities. Izv. AN SSSR Otd. tekh.
nauk. 14ekh. i mashin-ostr. no.2:33-37 Mr-Ap 163.
(MIRA 16:6)
(Fluid dynamics)

DOILOVA, L.S.; Frinim-all uchastiye: VEBER. IjB., student;-STARTSEVA, T.V.
atadentka
Characteristics of turf-Podzolic soils formed on two-component
depoeits. Pochvovedenie no-5:53-63*My 163. (MIRA 16:5)
1. MDskovskiy gosudarstvennyy universitet.
(Roslavl' Dtatrict-Podzol)

STARTSEVA IYE. K.r CAND MED SCII
'F9" OF.,GUNSHOT OSTEMYELITIS OF THE('TUBULARLLONG BONES
OF THE LOWER EXTREMITIES, OCCURING IN THE KNITTING OF
FRACTURED BONES IN40 A VICIOUS UNION.- IRKUTSK9 1960.
tiRKUTSK STATE MED INST). (KLI 3-619 235).
468

Ye.K.
... ...
Determination of the functional stqte of the Iiver In variou3
diseases with j!31- labelled rose bengal. Med. rad. 8 no.S:
31-34 Ag 163. WRA 17:10)
1. Iz kafedry rentgeno-radiologii (zav.- prof. N.N. Mirolyubov)
Irkutskogo meditsinskogo inatituta.

RADIROV) N.K.; STARTSEVA, E.P. [Startseva, Ye. P-1
Adsorption properties of clay. Biol i khim 5 no.l.-6o-62 163.
1. Pedagogicheski institut, g.-Khabarovsk.

vi
1 -.7- T; Tar c e,

BOIM, F., diplamovany ekoaom; KRUPPE, F,., dipl. inz.; RICHTER, J.,
dipl, inz,; STARTULL, W., dipl. inz.j ZULLICH, H., dips.. inz.
Forming the working process with respect to man. Pod org 17
no.6:281 Je 163.

STARUKH, M. A.
"Vitamin B and Stomach Secretions in Young Children During Acute
Gastrointestinal Disturbances." Cand b1ed Sci, L'vov State Medical Inst, LIvoy,
1954. (RZhBiol, No 8, Dec 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SQz Sum. No. 556 24 Jun 55

S'YARUKH,,..#-A.,,,,-kapd.med.nauk
Glycogenosis. Sov.med. 21 ao.11:101-104 h '57. (MIRA 11:3)
1. Iz kafedry detskikh bolesney (zav.-doteent l.M.Rudnev)
Llvovskogo meditsinskogo instituta (dir.-prof. L.B.Kuzmenko) na
bnze oblnstnoy klinicheskoy bol'nitsy (glavnyy vrach I.A.Karagodin).
(GLYCOCrENOSIS, case reports)

STARU01, M.A-., kand.med.nauk
Sugar content of the cerebrospinal fluid in children with tuberculous
meningitis. Fed., akush. i gin. 20 no.6:28 158. (KELA. 13:1)
1. Detskaya klinika (zav. - prof. S.I. Ignatov) LIvovskogo meditsinskogo
instituta (direktor - Prof. L.M. Khzmenko).
(SUGAR IN THE BODY) (CEREBROSPINAL nUID) (MMNGEES--TUBERCULOSIS)

STARUKH, M.A., dots.
Influence of ascrobic acid on the permeability of vessels in
young children with pneumonia. Ped. akLsh. i gin. 22 no. 1:32-
33 '60. OMIRA 13:8)
1. Kafedra propedevticheskoy i fakulltetskoy pediatrii (zav. -
dots. I.M. Rudnev [I.M. Rudniev] Ltvovokege gosudaretvennogo
meditsinskogo instituta (direktor - prof. L.M. Kuzlmenko).
(ASCORBIC ACID) (PNEUMONIA) (BLOOD VESSELS)
"~ -t

STARUldl. SOZAISKIY, O.M. [swi!ans,kyi, 0.111.1
Giant cystoiaa of the ovaxy. Ped., abish. i gin. 24 no.1-
3 of cover 162. 1 (MLRA 16 z8)
1. kkusherskc-einekologiche,-kiy otdel (zav. - kand. med. nauk
S.I.Tregub [Tc,--hab .7 S.I.] Llvovskogo instituta oMrany mate-
rim9tva -i detstva (direktor - kand.jwd.nauk L.Ya Davidov
(Davydov. L.IA.]) i Llvovskaya oblastnaya klinicheskayt boll-
nitsa (glavrqy vrach - T.I.Plaklova).
(CYSTS) (OVARIM-TUMPS)

STARM, R.M.
Antenatal i)revention of sta-phylecoccal infection. Akush. i gin.
40 no.5:87-89 S-0 '64. (MIRA 18:5)
1. Llvovskiy nauchno-issledovatellskiy institut okhrany materinstva
i destsva (dir. - kand. med. nauk L.Ya.Davydov, nauchnyy rukovodil.all -
doktor med. nauk A.I.Vylegzhanin).

KONOROV, A.V., prof.; STARUXHIN, N.M., inzh.
Over-all mechanization and the use of containers in housing
construction. Stroi.prom. 27 no.4:1-5 AP 149. (MIRA 13:2)
1. Voesoyuznvy nauchno-issledovatellskiy institut po organizutaii
i mekhanizataii stroitellstra.
(containers) (Loading and unloading)

STARUKTIN. N.H., natichnyy sotrtidnik; SOL'GINOVA, M.N.. nauchnvy sotrudnik;
SOIA)V'"'VA, T.P.. nauchnyy sotrudulk; SUGRCBOV, N.P., nauchnyy
sotrudnik-pri uchastii rabotnikov Lozhnikovs. N.N.j Lagoda, S.G.
i Shiehmdo, N.N.; SKVQRTSOVA, I.P., red.tzd-va; GUSLVA, S.S..
tekhn.red.; BCROVURV, H.K., tekha.red.
(Construction of a multistory frame-panel apartment house in Moscow]
Opyt stroitel'stva karkasno-panellnogo mnogoetazhnogo zhilogo dose
v Moskva. Moskva. Gos.izd-vo lit-ry po stroit.arkhit. i Btroit.
materialam, 1958. 67 P- (MIRA 11:6)
1. Akademlya stroitelletva I arkhitektury. Institut organizateii
i m"khanizateii Fitroitelletva. 2. Sektor organizataii zhilishchnogo
i grazhdanskogo stroitellstva Nauchno-issledovatel'skogo inatituta
organizataii i mekhanizataii stroitel'stva (for Starukhin. Shullginova.
Solovoyeva, Sugrobov). 3. Stroitellno-moutazhnoye upravlentre No.6
tresta Moozhilstroy Glavmosstroya (for Lozhnikov, lagod, Shlrihmilo)
(Moscow--koartment houses)

STARUKHIN, N.M., nauchnyy sotrudnik; SIMIGINOYA, M.N.. nauchnrjr sotrudnik;
SOLOYITWA, T.P., nauchnyy sotrudnik. Primala uchastiye YETSINA,
A.I., starshiy takhaik. SKYORTSOVA, I.P., red.izd-va; TOCINA.
Te.L., tekhn.rede
(Construction of an experimental residential block in Noscowl
Opyt stroital'stva eksperimentallnogo zhilogo kyartala v Moskva.
Moskva, GoeAzd-vo lit-ry po stroit., arkhit. i stroit.mterialam,
1959. 110 P. (MIRA 13:2)
1. Academiya stroitelletva i arkhitektury SSSR. Institut organi-
zataii, makhanizatnii i tekhnicheskoy pomoshchl stroitelletvu.
2. Sektor organizateii zhilishchnogo stroitel'stya i tekhnologii
proizvodstva rabot Nauchno-issladovatellskogo institute organi-
zatsii, makhanizateli I tekhnicheskoy pomoshchi stroitalletvu
(NIIOMTP) (for all except Skvortsova, Temkina).
(Moscow-Apartment houses)

MEBJC61NU, M.I., inzh.; SAYINOV, S.G., Inzh.; ST.4RUMN, N.M., inzh.,
nauchnyy red.; TTUtENNVA, L.M., red.izd-va; OSMO, L.M.,
tekhn.red.
(Laying plank and parquet floors] Ustroistvo doshchatykh I
parketnykh polov. Moskva, Gos.izd-vo lit-ry po stroit.,
arkhit. i stroit.materialam, 1959. 155 P. (KIRA 13:2)
1. Akademiya stroitel'stva i arkhitektury SSSR. Institut orga-
nizatsil, mekhanizateli i tekhnicheskoy pomoshchi stroitallstvu.
(Floors)

SOKOLOV, K.M. YEVSTAFEYEV, S.V.; ROSTOTSKIT, T.K.; STANKOVSKIT, A.P.;
VARENIK, Ye.I.; ONUFRIIEV, I.A.; SVESHNIKOV, I.P.; UKHOV, B.S.;
BAUMAN, V.A.; BJARSOV, I.P.; BASHINSKIT, S.V.; BOYED, A.G.; VALUTSKIT,
I.I.; ZAPOLISKIT. V.P.; ZOTOV, V.P.; IVANOV, V.A.; IrAZARIMV, V.M.;
LEVI, S.S.; KAIDLEMV, Ye.K.; 14MNKOV, A.S.; MIROPOLISXAYA, N.K.;
OSIPOV, L.G.; FERZLIMAN, L.M.; PJnWV. a.D.: PXTROV. N.M.; POLTAKDV,
V.I.; VATSSLAVSKAYA, L.Th.; VAKHRAIARM. S.A.; VARZHITSKIT. A.M.;
VLASOV, P.A.; VOLIFSOIT, A.V.-, VOSHCHININ, A.I.; DZHUNKOVSKIY, N.N.;
DOMBROVSKIT, N.G.; YEPIFANOV, S.P.; YEYRFJMNEO, V.P.; ZZLICE3NOK, G.G.;
ZIIAIN, P.A.; POPOVA, N.T.; ROGOVSKIY, L.V.; REBROV, A.S.; SAPRYKIN, V.A.;
SOVAIOV. I.G.; SOSHIN, A.V.; _~jTARUPtIll,. ,F.; SURWAR, G.S.; TOICHATA
D.P.; TROITSKIT, Kh.L.; TUSHNYAKOV, M.D.; FROIOV, P.T.; TSIRKUNOV, I.P.
Andrei Vladimirovich Koncrov; obituary. Mekh. stroi. 16 no-1:32 Ja
'59. (KIRA 12: 1)
(Konorov, Andrei Vladimirovich, 1890-1958)