SCIENTIFIC ABSTRACT KHLYBOV, B. M. - KHLYSTOV, I. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722110008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-- ~ ---- ---- - :---I
- MYBOV, i--~.-~anditekhnnauk
Drawbacks of' the consecutive layout of a distributing lead-in*
rod.i oantekh. no.26-10 Ir 163. (MM 3.02)
(Hot,vater beating) (BDt-4mter supply)

LEVIN, Boris Isaakovich; 13HUDIN, Yevsey Petrovich; hT11,7BOV, B.M.,
kand. tekbn. nauk, red.
[Heat exchangers of beat supply systems] TeploobmenrWe ap-
paraty sistem. teplosnabzhaniia. Moskvat Energiia, 1965.
256 p. (MIRA 18:5)

KIILYBOV, G.M.
Prepa.,ing the track for electrification. Putt I puttkhoz, 8 ro,803
t64.
(MIRA 17:9)
1. Starshiy dor02hnyy master, stantslya Ziiywrka, Gorlkovakoy doragi.

MMTBOV, P.I. .(LeningradY
Therapeutia and prophylactic action of prolonged oxygen inhalation
combined vith narcotics and nouroplegic substances on the course
of cerebral anemia. Pat.fivloloksp,terap. 4 no.U59-61 J&.-7 160.
(MIRA 13.15)
1, Iz Wedry patologiabookoy fisiologit (nachalinik - chlen-
korrespondent ANN SSSR prof. I.Re Pterov) Toyanno-meditsinskoy ordena
Lenina, akademti Iment S.X* Xlrova.
(AMIA aner. )
(BRAIN blood supply)
(OXYGIM)
(BMITMTBS pharmacol.)
(HIBIELTION AWIFIOILL)

GORBUSRIN, P.B.; GURRVICH, H.S.; VEBOLISIN, I.S.; BUESURTH, D.I.;
VAYHTSVAYG, A.S.: LAZARIVICH, S.K.; NARTSEV, Tu.V.; KONTOROTICH,
I.A.; TSIMBALYUK, A.?.; KUTS&NOVA, A.A., red.
I
W-va, NAUMOVAI G.D.6 takhn.red.-, TSKKIHAO Ye.L., takhn.rea.
D~ongrrange planning for the expansion and location of sources
of supply of builditg materials and equipment for the construction
industry in economic administrative regions; basic regulations]
Perspektivnos planirovanie razvitiia i rasmeshcheniia material'110-
takMicheBkoi bazy stroitel'stva v skonomiohaskikh administrativnykh
raionakh; osnovnya polochaniia. Moskva, Gos.izd-vo lit-ry po stroit.,
arkhit. i stroit.materialam. 1960. 78 P. (HIM 13-9)
1. Akademiya stroltel'stva i arkhitektury SSSR. Inetitut ekonoioiki
stroitolletvas 2, Institut ekonomiki Akademil atroltalletva i iorkhi-
tektury SM (for Nabollsin, Bukshtayn, Vayntavayg, Lazaravich,
Kartsev). 3. Otdal ekonomiki i organizataii Goestroya SGSR (for
Kontorovich, Khlybova. TSimbalyuk).
(Building materials industry) (Construction ihdustry)

POLAND Forestryi Dendrology. K
Abs Jour: Ref Zhur-Bioli, No 7, 1958, 29531.
Author : Xhlyn't Li
Inst : -1ftM'9TVMr.-
Title : The Hornbeams.in the Xurnicki Arboretum in Poland.
(Graby t Kurnitakom arboretuma (Pol'sha).
Orig Pub: Arboretum koft., 1956, (1957), 2, 117-126.
Abitract: In systematic order a description is given of
7 species of hornbeam (the section Euoarpinus
Sarg. i Distegocarpus Sarg.) raised from seeds
in 1928-1938 which were obtained from different
places in Europe, Asia and North America. Char-
aoterizing descriptions are given of growth,
fruit-bearing and the frost resistance of each
species. It is noted all the hornbeams with
Card 1/2

'Av:n~, , i--i, sl-,~-Y 13"IADZE,
ABPOSIMOV, C.S.; KAMNELISOIN, S.M.; ME N. ui .cavar. Al
M.As
Letters to the edJ.t.:,r. r--,Itl I r-u~,.khcz. 9
1. Starah-iy P,'jrM-*T'OVShn:ll".k
Sverdlovskoy dorogi (for Abvc3lm.~v% 2. 'Awny sT
takhriicheakogo Ct4 la ~IY47
gJpv,,,tr-inra-', TbIllsi. (fo:,
darcgi (for hhlynin~
3. c.antsiya Kirovabud, ~akdvkc-
4. Nachallnik rellsosvarochnogc ,Wazda, stant5iya Ct-,,3ha, Beloras-
skay dorogi. (for AbWadze).

%HLYNIN, Yii.V.
Ccry-elation of artorial pressure r-nd d1uresis In hypaphysect~m'_2vd
dogs following a water intako. Ne.uvoh, trudy Iticiz, red. frisL. 15M.
153-1%, 1626
Effect of ephedrine and caffeine on arterial pressure and
dluresis in hypophysectomized dogs following a water inta1k.-.
lUd.sl56-158
E,l"fe.-.t of aodium nitrite and pituitrin on arterial press-are ELd
diuresis in hypophysectontized dogs following a water
Ibid.
Effeot cf ephedrine on arterial pressure, diuresis and the
composit'" n of blood (quantity of wator, chlor_'na and the Allonatocr-Itf-c"
index) in dcgs following a watel- ani salt intake. Ibid..-!--'-, _16.4'
(M ILRA 17 -
1. Kafedra Patologloheskoy fiziologii (zav. kafedriy - prof.
L.N.Karlik) rVazanskogo meditstnskoge instituta Lmenl Favlova.

KHL-R4IN, U. V.
MININ, Y-U. V.- won Changes in the Perspiration Function in the Process of Adaptatim
of the Organium to Water I=wrsions" Avazan' Med Inst imeni Academician 1. P. Pavlovp
Romun's 1955 (Dissertations for Degree of Candidate of Medical Sciences)
SO., kdzhnaya Let9pis'. . No. 26., June 1955., Moscow

KIMYNDV# No
Whire to increase the effectiveness of machine accounting and cal-
oulating work in the State Bank.~' Doi. I kred. 18 no.9:25-34 8 160.
(NM 13 18:)
(Ban and banking-Acoounting) : (Machine accounting)

XPLYNOV -N.-
-------------------
Status and objectives of a bank's accounting operations Den.,~
I-red. 19 no.8:31"2 Ag '61. ~Ywm 14-9)
(Banks and banking--Accounting)

K H ILY_PQV X-~v -pol k ov n ik_,
Recommooded literature for soldier4; booklets on mili tary life and
military education. KommoVooruzh.Sil I no.2:89-93 0 160.
. (MM 14:8)
(Bibliography--Military discipline) (Bibliography--Military.education.)

Reorgamizatiox.of ~alaxoe sbeet and industrial branch reports.
Des. ilmed. 20 no.22s23-31 D 162, (MIRA 166-1)
(Basko and bankint-Accaunting)
(Machine accounting)

KARDA OT, Ivan Stepanovich, polkovnikg'kand.filosof.usuk;~-KELIMOV,
NX, red.; BIMMUMWM. P.T., red.; 87MINIKOVA, M.410.
takhn.red.
[International obligation of the Soviet Armed Foroes] Inter-
natsionslinyi dolg Voorushann,*h S4 SSM. Moskva, Voen.issd-vo
M-va obor.SSSR, 19600 211 P. (MIRA 13:5)

UZYNOT, Nikolay Semenovich; F.AVBWAYBYA, L,, red.ixd-va; LIMM# Aillp
[Organization of the accounting operations in the State Bank]
Organizatelia uchetuo-operatelonnoi raboty v Gosbanke. Moskva,
Gonfinizdat, 1959. 135 P. (MIRA 13:1.)
(Banks and banking-Accounting)

1, amnov, V.
2, USSR (600)
4. Iron and Steel Workers Japan
7. How the steel workers live in Japan. V POM. -Drofaktivu No. 1 1953.
9. Monthl List of Russian Accessions, Library of Congress, A,.)ril -1953, Uncl.

- - __ - --- MMYNOV, va- - - __ - - - - - - - - - - - - - __ - - ____
7
Life of Japanese ooal miners. V pon.profaktivu 14 no.16:39-42 Ag 133.
Vapan--Coal miners) (Coal miners--Japan) (KUW 6:7)

t ve
"Crisis in the Care of Public Health in Jap an. Tr. fmm the Russian." P. 4.,
(ZDRAVEN FRUNT, No. 51, Dec. 1954, Sofiya, Bulgaria)
SO: Monthly List of East European Accessions, (BEAL), LCj Vol. 4
No. 5, May 1955, Uncl.

mir Molayerich; GARSITAj
t -
NDSKVINA, R., ekb_n._r_ed7.
[Poetitinn nf the laboring class
World War] Poloahanie raboahem
Hirovoi voiny). Hoakwa, lmd-vo
156 p.
L., red.; POPOV, A., red.;
In Japan after the Second
klamea, Uponii (Poole Vtoroi
sotsialluo-ekon.lit-ry, 1958.
(14IR& 11:12)
(Japax--Labor and laboring classes)

KOSTOUSOV, A.I.; BRITSKO, K.M.; VOLODIN. Ye.L; GRZMMKHIN, A.I.; DZGTT&_
PMO, U.S.; DOBROSKOK, A.N.; MMANYAN, M.Ye.; NAYMOV, I.A.;
PROKOPOVICK..A.Yes; T3LTATNIKOV, LP.; UMNSKIT, Ta.K.-,_NgZ_NOr5.
Te.A., nsuohn" red.; YEVSNVICIMV, V.I., red.;
B=VA9 L.Got takhn.red.; NADBINSKAYA, A.A., takhn.red.
[Machine-tool manufacture in Japan) lAponskoe stankostroonle.
Pod obahchei red. A.H.rrokopovicha I H.S.Kardaniana. Moskva, T!Sentr..
biuro takhn.informataii,.1959, 461 p. (KIRA 13:9)
1. Moscov (Province) Oblastnoy sovat narodnogo khotyaystva.
(Japan--Machine tool industry)

OKOTI, Kadsuo (Okochip Kafto)b red.; MMIYA, Kikio, red.; RAKZNS, V.B,
[translator]; KHLTNOV, V.N.. red.; TUZKUKHAM=Y. R., red.;
AIITXMOV.A. Te..-Utffr.7317-
[Working class of Japan) Rabochii klass Uponii. Red. I
vatup.statlia V.N.Khlyuova. Moskva, Izd-vo inostr.lit-ry,
1959. 518 p. Translated from the Japanese. (MIRA 12:ill)
(Japan--labor and laboring classes)

LYUBINDVA, V.V., doktor ekon. nauk; NOVIKOVA,.O.G., kand. ekon. nauk;
SERGMVAP A.G.9 kand. ekon. nark; IVANDVO N.P., kand. istor.
nank; OBORINA, G.A., kand. ekon.-nauk#.KFILYNOV V N kand.
ekon. nauk; DANILEVICH, M.V.v doktor a n. naa; MKUTAYEVA,
T.S., kand. ekon. nauk; USOV, G.A.O.-kand. lot. nauk;
SkL'KOVSKIY, O.V., kand. geogr. nauk. Prinimali uohaWyei
FASCHMKITO V V., kand. lot, nauk; FIROGOVAp I.M.1 PRONIN,
S.M.; USVYATSOVO A.Ye.0, MAKAROV, V,q red.j DARONYAN, M.,
alldshiy red.; ULANOVA, L., tekhn. red.-
(Real.wages during the period of-the.gemeral orisip of capi-
talism]Reallnaia zarabotnaia plata v period obshchbgo krizisa.
kapitalimm. Moskva,, Sotsekgiz., 1962. 558 P. (MIRA 16:3)
1. Akademiya nauk SSSR. Institut mirovoy ekonomiki'i mezhdu-
naivdnykh otnosheniy.
(Wages)

IESIKI, O.A.
0 snizh eni.1 soderzhaniya korolykav ferrosplavov v
shlakakh.
report 3ubmitted for the 5th Physical Cheidoal Conference on
Steel Production.
MOSCOW
- 3 0 m

YESIN, O.A.; SF"ALINj Z.Tt, MMyny, V.V.
Studying the properties of fusionn FbO--Na O--SIO by matkne of
electromotive forces. Zhur. neorg, khim. j 10:241g-241; 0 157.
(MIRA 11:3)
1. Urallskiy politekhnicheakiy Institut,im. S.K.Kirova.
Ousion) (Oxides) (Electrolysis)

SOV/137-58-8-16387
Translation from: Referativnyy zhurnal, Metallu rglya, 1958, Nr 8, p 23 (USSR)
AUTHORS: Sryvalin, I.T., Nikitin, Yu.P. 112~1~~
TITLE: Interphase Tension in Sulfide-slag Melts (Mezhfaznoye natya-
zheniye rasplavov sullfid-shlak).
PERIODICAL: Tr. Ural'skogo politekhn. in-ta, 1957, Nr 67, pp 64-68
ABSTRACT: The interphase tension of sulfides on the boundary (B) with
the slags (S) at 1200-12500C was measured by means of X-ray
photography of a drop. The Cu sulfide contained (here and
further on in weight 56) Cu 77.71, S 20.47, and Fe 1.82, WhIle
the Ni sulfide contained Ni 72.8 and S 25.7. The density of the
sulfides and S was calculated approximately by the law of Ld-
ditivity from data relative to solid components. The calcula-
tion of LT was done graphically. The error in the measure-
ments did not exceed 20%. The (r of CuZS on the B with S
[CaO 12, A1203 15, the remainder (FeO+SiO2)] decreases
from 340 (FeO 0) to 150 erg/cmZ (FeO 50)', for Ni3S2 on tl~e
B with S [ CaO 27, A1203 11, the remainder (FeO+ Si02)1
varieb from 45.0 (FeO 0) to ZOO erg/cm?- (FeO 35). The'de'-
Card 1 crease.V
/2 -of-. iir explained by the approach of the nature of the

SOV/ 137-58-8- 16387
Interphase Tension in Sulfide-slag Melts
sulfides toward that of the S in proportion to the increasing concentration of
FeO in the latter. Upon the substitution of CuZS for Ni3S? in the matte, the
Lr on the B with S (SiOZ 72, CaO 8, A1203 6, Na?O 141 decreases from .470
(Ni3SZ 100) to 300 erg/cm? (CuZS 100). The a- -vs. -composition curve
is concave upward. The values for a- are close to those of the surface ten-
sion o"' sulfides measured earlier. The authors explain the decrease in the
losses of sulfides in the slag by the increase of a- upon the decrease of FeO
in S or Cu2S in the matte.
S. P.
1. I-lebal sulfides--Surface tension 2. Slags--Properties 3. Mathematics
Card 2/2

AUTHORS: Xhlynov, V. V., Yesin, 0. A. S.OV/ 2o-12o-1-36/63
TITLE: Elcctr`-o-c-a-ffT=ary Motions in Melted Sla-.,,-,o(Elelztrokapilly4trnyyo
dvizheniya Y rasplavlennykh shlakakh)
PERIODICAL: Doklady Akademii nmuk- SSSR, 1958, Vol. 12o,,Nr 1,
PY- 134 - 136 (USSR)
ABSTRACT: At temperatures of 1370 - 1500 OC the authors noticed a iihift
of the drops of Cup Nip Mnp Ag, Ni S to a certain electrode
on the suxface of a slag containina 2 52~. CaOt 41'%- Al 0, and
2 .;
7A S102* The experiments as well as the arrangements for the
measurements are discussed in short. in come of the exporiments
the authors could observe the simultameous motion of a great
amount (2o - 30) of drops of different sizo (0,5 to 3 W) in
cases where liquid electrodes of Ni S 2 supplied from gruphite
feeders. In agreement with the theory such motions were not at
all observed in the case of solidified metal drops and pieces of
solid mapenium oxide. The results of the experiments in an
oxidizing atmosphere (air) are compiled in a table. The same
Card 1/3 table contains the values of the specific movabilities. As the

Electrocapillary Motions in Melted Slars SOV120-12o-I -36/63
metals and nickel sulfide move in opposite direction the
detern,ination of the sulfur content corresponding to zero
movability is of interest. The experiments carried out in the
case of field gradients E - 5 - 6 show the following: a. de-
croase of the sulfur contained in the alloy Hi-S fron 26% (N13 52)
to 0,4% is practically of no influence on the movability. This
is probably dependant on the great capillary activity of sulfur.
In the case of a small content of sulfur the surface of' the
Ni-3 melts is positively char.-ed, in tho caso of high and
medium sulfur content, however, negatively. Various details are
given. The dislocations observed and discussed by the authors
are electrocapillary motions of the drops at the surface of the
slag. This is also proved by a quantitative conparison of the
theory of aleotrocapillary motions with the results of the
present work. There are 1 table, and 17 references, 15 of which
are Soviet.
ASSOCIATION: Urallskiy politekhnicheskiy inatitut im.S.Y,.Kirova (Ura,l
Polytechnical Institute imeni S.M.Kirov)
Card 2/3

Slectrocapillary Xotione In Melted Slags SOVAo-1 2o-1-31' )/63
PRESENTED: January 2# 1958, by A*N.Frumkin, Romberg Academy of Solencest
USSR
SUBMITTED: October 15, 1957
1. Slags-Analysis 2. Slags--Test results 3. Slags-
Teaperature factors 4. Electrodes-Applications
Card 3/3

5114)
AUTHORS: KhVnov, V. V., Yesin, 0. A. SOV/20-123-2-,31/50
TITLE: -Eitraction of Sulphide Inclusions Prom Molten Slags by Means
of an Elootrio Pield (Izvleoheniya sullfidnykh vklyu~iheniy
iz rasplavlennykh ahlakov pri pomoshchi elektricheskogo polya)
PERIODICAL: Doklady Akademii nauk SSSRp 1958t Vol 123, Nr 2, pp 320-332
(USSR)
ABSTRACT: The present paper gives the results obtained by an investiga -
tion carried out by the authors of the use of the electro-
capillary motion of liquid metal drops for the purpose of ex-
tracting sulphide inclusions from molten slags. Experiments
were oarried out at a temperature of - 14000 in boats of
corundum or porcelain, which were filled with molten factory
slags of the following composition (in %)! CaO 15; A1203 10;
S102 43; Pe 20; MgO 10; Ni 0.1-0.2; Co 0.02; and S 0.15-0.2.
A large part of nickel and cobalt was contained in these slags
in form of matte inclusions of from 10-4 to 0.2 mm. Carbor_
undum rods were used as current conveyers. In preliminary ex-
periments, matte drops of large radius (r - 0.9 to 1.3 mm)
were dipped int o slags, and after 2 - 10 minutes aLconstant
Card 1/4 electric field with a field strength of from 5 to 7 v/cM was

Extraction of Sulphide Inclusions From Molten
Slags by Means of an Electric Field
SOV/20-123-2-31/50
connected. The cell was then quickly cooled, and the path
covered by the drops was determined. The inclusions move with
velocities of u. - (7 + 10)10-3 cm/sec in the direction of the
cathode, and this 2corr esponds to a mobility of v - u;/Er -
- (1-0 + 1.5).10- cm/sec.v. The authors also investigated the
influence exercised by the composition of the slags. The
results obtained with Ni332 drops in iron-less slagzi of various
compositions are given In a table; they show that the mobility
of the drops is inversely proportional to the visco4iity it
of the slags. The data obtained for different iron oxide con-
tents in the slags are given in the second table. The charge
of the sulphide in iron-less slage is'negative; it decreases
after an addition of FeO, passes through zero, and then
becomes positive. With increasing FeO concentration during
the formation of the double layer, transition of-the iron ions
from the slags into the sulphide apparently begins to play
an ever-increasing parti F + -.Fe( - 2e and not
a(slags) sulphide)
the inverse displacement of the nickel ions Ni
Card 2/4 Ni 2+ (sulphide
(slags) + 2e. After 8 % FeO is attained, the Drocess

.Extraction of Sulphide Inclusions From Molten SOV120-123-2-31.150
Slags by Means of an Electric Field
2+
Fe (Slags)-*"'e(sulphide) - 2e begins to predominate. Holieverg
a further increase of FeG concentration reduces the mobility
of the drops in spite of the fact that their positive cl~erge
increases and the viscosity of the slags is reduced. Coacep-
tions on an ideally polarizable drop are absolutely out of
place in the case under investigation. Tho oquation detivr_
mining mobility contains a depolarization coefficient. The
reduction of drop polarizability is probably the main roason
for the reduction of its mobility in the slags which contaiTl
iron oxides. An additional proof of the correctpess of uhat
has been just said is furnished by the results obtained by
experiments carried out with constant PeO concentration (23
and a variable ratio between C&O and S102 contents. Alec) in
this case the mobility of drops hardly depends at all on the
viscosity of the slags. Theexperiments discussed fully con-
firm the possibility of extracting valuable sulphide in-
clusions from molten slags by means of electrocapillary
Card 3/4

Extrattion of Sulphide Inclusions From Molten SOV/20-123-2-31/50
51ags.by Means of an Electric Field
motions. There are 1 figure, 3 tables, and 8 references,
7 of which are Soviet.
A'SSOCIATION: Ural'skiy politekhnichaskiy institut im. S. M. Kirova (Ural
Polytechnic Institute imeni,S. M. Kirov)
PRESENTED: June 25, 1958, by I. P. Bardin, Academician
SUBMITTED: June 24, 1958
Card 4/4

5(2)p 240) SOV/156-59ml-10/54
Ifikitin, Yu. P., Yeein, 0. A,9 Khlynov, v,
----------------
TITLE: On t) ie Strzicture cf the L'loctz,,-c Double Layer at the Boundax-y
Betwoen Liquid Sulfides and Silicates ( 0 stroyenii dvoyno'o
0
elektrichaskogo sloya na, Cranitse mezhdu zhid-kimi sulffid-=l
i silikatami)
PERIODICAL: 1'Tauchnyye doklady vysshoy shkoly. Khimiya i khimicl.eska7a
tekhnologiya, 1959, Nr 1, PP 40 - 42 (USSR)
ABSTRACT: Electrocapillary measurements were carried out on boundary
layers between copper and nicl-ol sulfides on the one hai- 'd
and silicate (iglass) on the other hand. A double layer is
formed the ne-ative charge' of rhich is on the sulfiden whereas
the positive charCes are-formed by the cations of silicate.
~It may be concluded from the charge denmity (Table 1) that
the cation excess amounts to 1C~J' at most; the remainir.0 90111~'
of the surface are occupied by cations and anions neuturalizing
each other. The measurement of the exchanGe currents in a slaf;
poor in metal in contact with nick-el or copper sulfide at
14000 (Table 2) shows insignificant current intensities only
Card 1/4 in --;bite of hiGh temperature. This is caused by the s,,..all

On the Structure of the Electric Double Layer at the SOV/1 56-'t, /n- 1 - 10,154
Boundary BotTreen Liquid Sulfides and Silicat;:.-a
copper and nickel ion content of tho alaC. It is these ions
which are decisive for the potential rather than the con-
centration of calcium ions, Sla-s with a hif-her Cu or 1,i
content showed also sl~rongcr exclian-e currents (Table 3)~, The
measurement of the capicity (Table 3) ahows t":at the positive
side of the double layer is fornod mainly by sill-cate,ions.
The capacity is almost independent of the composition of the
sulfide phases and (in the cace of slags poor in me'l-al) near
the capacity of aqueous solutions, Diolten sulfides, parchlo-
rates, and nitrates rnd of silicates which are in contact
phorus. 71ith ~sili-
with east irofi'~ferrosilioon or forrophos
cates, howeviar, the dielectricity constant is lower, uhich
is explained by the concentration of the electron sha:Js
of oxyGen. The cations in the slaC which have lari-,c ol* * ectro-:
static fields(si4+, A13+) unite the oxy[:en ions to Complex
anions, An FoO addition incr,_,aaeo the- caT~,acity cf the double
layer. The sulfide is oxidized and SO
2 i:: forriud. At the
Card 2/4 same time the double layer is formed in a diffore-.t livv,

On the Structure of the Electric Double Layer at thc IS 0 V/ !15 r - 51 r
Boundary Between Liquid Sulfides and Silicates
The Fe cations pass from silicate to sulfide and c'-ar.~e
it positively. The negative layer, thereforet no,~,7 couzists
mainly of oxygen anions. The deformation of its clou *il of
electrons by a shift toward the positive layer decreases tho
si/e and increases the ca~~acity of thi double layer T'
is also confirmed by the fact that with an increasint: -*r*c,,--
content in L;ilicate the interphase volta.,,,-o of the suLfides
decreases considerably. Those data are confirned by C~o in-
vesti~,ation of the electrocapill-ory motion of dro~-)s. iln the
elact~ric field drops of copp-:~r and nic'lzel --ulfideo in sili-
cate move toward the anocle. If about 7r~ reC are introduced
into the slaa, the motion is revors0d. L The plottii.U of r.,Iectro-
capillary curves, the measiurement of the e~.cl-ai,.i;e current
and capacity, the observation of the olectrocapillary motion
of drope show a sufficiently detailed picture of thc otructure
'. YJ (' L
of the cloctric double layor at th(u, bounaary bo. ;e r, li(,uid
sulfide and molten silicate. There are J7 tables and 15 refer-
Card 3/4 ences, 14 of which are Soviet.

On the Structure of the Electric Double Layer at the SOV/1 56-59-1-1 --/.~4
3oundary Between Liquid Sulfides and Silicates
ASSOCIATION: Kafedra toorii metalluraiclieskikh protsossov Urallsho-o
politakhnicheskop ir,-~titu-ta (Chaii, of tho Thc,,:ry*cf
MetallurCical Processes of the Ural Poiytachmic I-.1:;tit1,,t0)
SUDMITTED: February 22, 1958
C ard 4/4

S/081/62/000/002/015/107
B149/B102
AUTHORs Khlynov# V. V,
TITM Structure of the sulfide-olag interface
PERIODICAL: Referativnyy zhurnal. Khimiyap no. 2, 1962, 87, abstract
2B622 (Tr. Urallskogo politekhn. in-ta, eb. 93* 1959, 8C;- 83)
TEXTs The capacity C of the electric doable layer at the sulfide-'sls;9 2
interphase boundary (IB) has been measured. C represents 14 - 16 jifyom
in nonferrous slags and 100 - 105 /022 in slags containing 5% FeO amd
23-5% PbO (for technically pure Pb~. The results obtained are correlated
with the dependence of interphase tension at this IB on the composition of
the slag. A qualitative picture'of the IB atructure is given. IAbstracter~s
note: Complete translation.
Card 1/1

5(2) SOV/78-4-4.-28/44
AUTHORS: Sryvalin, I. T.$ Yesing 0. A.s Khlynov, V. V.
TITLE: On the Deviations cf Molten SI-licates From Ideal Solutions
(0b otkloreniyakh rasplavlernykh silikatov ot ideal,lnyk!7
rastvorov)
PERIODICAL, Zhurnal neorganicheskoy khirniij 1959, Vol 4, Nr 4, pp 877--S83
(USSR)
ABSTRACT: The deviations of molten silicates from ideal solutions an
well as the activity coefficients were.oompute~ by,
the following semi-empirical.equations:
RT Iny, = (2Q-q)l;2 + (2q-2Q)N3, and
2 2
RT ln = (2q-Q) N2 - '2q-2Q)N3
1-2 1 % it
where T donotee the absolute temperat-ore, R ~ gas constant,
le fractiona, Q,q - coefficionts of certain phyeical
importance and N,,N 2 = number of the atoms A and B. The
Card 1/2 silicate melts of.the systems Fe0-SiO PbO-S-LO,,, CaO-SiO, and
21

SOV/78-4-4-28/444
On the Deviations of Molten Silicates From Ideal Solutions
MgO-SiO 2 were investigated by means of these equations. The
a-.1tivity ~f SiO 2andJeO at 16000 was calculated and is 1i9ted
in table 1. The values agree well with publications. In the
syst-m PbO-SiO, the activity at 9000 was calculated and Is
"Sm
repreaented in figure 3. In th13 SYS' the authore.observ,ad
Po3it-I've and negative deviations from the ideal nolution wit-h
PbO, while they found only positive deviations In the oa.5:2 of
3!0 . The systems CaO _S4 0 and MgO-S-.0 were thermodynamiz-ally
2 . 2 2
chara~;terized by determinations of the activity of CaO and.Mj.;O
at 16000 and 1700")- Figure 4 shows the negative deviation .:;f
the mel-"- C-4-S~O 1> frum the ideal solution at '16000. For the
system MgO-SiO 2 ihe aut hors computed Q and q according -co, thQ
composition of the corresponding liquid phases a' 1700 --c
measu--.,?mer,t results applied and the results of the computation
of Q and q ara -z:ontairned in a table. There are 4 figur:~n,
2 tableg, and 14 references, 11 of which are Soviet.
SUB14ITTED Jarwary 17, 1958
Card 2/2

KRLTROV, T.Y.. inub.; YXSIH, O.A., prof.
Application of electrocapillary movements to reduce for-
roalloy losses In slag& Isv*vysoucbeb*zavw; chern.met* 2
no.713-11 J1 1598 (MIRA 13:2:~
1. Urallakly politakhnichmeldy institute Rokomendovano
)mfedrojr tooril metallurgicbeekikh protsenoov Ural'skogo
POl1tG1ChAiChG*kDgO inGtitUtA*
(Blectrompillary phanomenR)
(Iron alloys)

IMYNOV, V. V., Cand Tech Sci (diss) "Electrocapillary movements and their
use for extracting inclusions of valuable metals from melted slag". Sver4lovsk,
1960. 17 pp (Min Higher and Inter Spec Educ RSFSR, Ural Polytech Inst im
S. M. Kirov), 150 copies (KL, No 10, 1960, 133)

O.A., proj%, doktor tollchn.nauk
ansistant; MIZE
Activity of lead oxide in PbO - Na 0 - S102 melts det~,rmincr"' 17 U-0
olectromotivo force mothod. Txmd;gUral. politokh.inst. no.91:114-
127 160. (MLI L02)
(Lead oxido) (Activity coefficients)

------ -------
KHLrxovp V.V.j YESIN, O.A.1 NIKITINO YQ.F.
Electrocapillary motion of sulfides in oxide malts* Izvovp4ucheb.
zav.; khim.i kbim.tekh. 4 no.1:53-56 161, (14DA 34:6)
1, Urallskiy politeidmicheakiy institut imeni S.M.Kirov4 kafedra
tooril, metallurgichookikh protsQosov*
(Sulfides) (Electrocapillaz7 phenomena)

KUYNOV, V.V.
Structure of the sulfide slag boundary. Trudy Ural. polil~ekh.,.
inst. no.9300-83 '59- (WRA 15:3)
(Surface chemistry) (Sulfides-Yetallurgv)

NIKITIN, Yu.P.; YESIN, OeA-j-K-n-Y-NO-VE-V--V"1- SOMKOV, A.I.; KOROTCHENKDV) A.A.
Electrochemical investigation of the burning out of carbon. Irv.
vp, ucheb, zav.; cherns zst*~5 Uo,5rl6-24 162, (MIRA 15:06)
1. Urallskiy politekbnicheskiy institut,
(Liquid metals)
(Electrochemical analysis)

-.,~..;-ZOROKIN, Yu. V.; YESIN, 0. A.; KHASIN, G. A.; VACHUGOV,
G. A.
Character of the movement of steel drops in slag. IVV* '178.uchiob-
zav.; ebern.mat.7 no. 5:22-25 164. (MIRA 1785)
1. Urallskiy politskhnicheekly inatitut i Zlatoustavskiy
metallurgicheakiy zavod.

YJILYNOVp V.V.; YT-SINp O.A.
- I tCIP~6A~,.~ ~,
Losses of ferrochromium resulting from its adhesion to carbon*
Izv. vys. ucheb. zav.; chern* met. 7 no.80-14 164.
(KRA 17:9)
1. Urallskiy politekhnicheskiy inatitut.

ACCZSSXON IRR: AP402963V- ----'--8/0279/64/0001002/0026/0030
:kUTHOR9 Xhlytov'j V. V. (Sverdlovsk-Zlatount); Yesin, 0. A. (Sverdlovsk-Zlhtoust);i
Xhasin, G. A. '(Sverd1CnFs_1krZ1atoust); Vachu8ov# G..A. (Sverdlovak-Zlatoust);:Sorokin,
Yu. V, (Sverdlovok-Zlatoust)
TITM. On the mechanism of extracting nonmetallic impurities from steel drops in
slag
SOURCE: AN SSSR. Izv. Metallurgiya I gornoye delo, no. 2. 1964, 26-30
TOPIC TAGS: ShXh-15 steel, ANF-6 slag, EI-736 steel, impurity, extraction
ABSTRACT: The authors investigated the passing of ShKh-15 steel drops through a
,layer of fused ANF-6 slag and its purification from non-motallic impuritiesa The
amount of large impuritias decreased during this process to a greater degreik than
did the fine impurities. Impurities larger than 10 p, present in tbie Initial metal,
disappeared completely. Ibis cannot be the result of flotation, since the vlwtal of
the mobile drop was intensely agitated. It was experimentally shown that the con-
vent of solid, non-ustallic Impurities in ShKh-15 and EX-736 steals decreasad by
passing drops through an ANF-6 slag layer. The content of the impurities diocreased
'with an increase,of the path length in accordance with the law of attenuations
;I Card 1/2

~ACCESSXON NR: AP4029831
Larger impurities were extracted faster than fine impurities. The higher the im-
:purity concentration, the more rapidly they were eliminated from the metals :The
impurity content in large drops fell slower than in fine drops, The obtained regu.-
jarities were qualitatively and quantitatively clear,, stemming from a definite
.mechanism impurity extractions It was assumed that the internal eddy movements of
,the impurity delivers the drops to the surface layer which remained there without
;returning Into the metals Orige art. has: -3 figures and 2 formulas.
---:-,jASS0r.IATION: none
sum=: l8Oct63 DM ACQ: 3OApr64 ENCL: 00
iSUB CODE: ILI NO-REF SOVt 008 OTHER: 000
Card 2/;

45 EWPWMEWP~O/ETI IJP(C)- JD/JW
L
892 EWT(m)/
I ACC NR, MFM 1'4ff tA J SOURCS CODE I
AUTHORS 30mm im, V411 maynoyl Y. V. I Yeviny 0. A.
offis Ural PoXytoohnio Institute (Ural'skly politeMudaheekiy Institut)
TIMI Kinstios of spreading of a fluorlde-axid elt on solid oxides
SOURMI Zhurmal fisloheskoy khJulij, y " 40~ "79 0
Ar .6 n*6 1966 1598-1603
TOPIC TAWS calciun fluoride# alwdnm wddep fluid flow# surface tensiont
ble thermbmamics
AWTUCTI The "ading of AW-6 welt (70%'C&?2, 30% AIA) on plate& of A12AP V400
W~,- eiks No gn . Time 004W W#h t,09 same I qu14 was studied at I 172DON
4 OR -
with the aid of high- :90 1300 fram per second). Two
st-ages were observed in the spreading process.. -In the first =, the liquJA assumai
an Irregular shape with breaks In Its surface., The rate v at which the plato becomes
covered at this stage Is Independent of the surface tension of the drops, but depends
on the temperaturej the aaUvation enorgy values indicate a viscous character, of the
resistance to the flow of the liquid. At a constant temporaturep v depends 4m the
plate material and decreases In the series A120).1,M90P Zrogs, SiO2 (on.7the procoated
plate v Is approximtely the -saw as an $102). e transition to the secord stage is
due to the action of the tension of the swIt. In this stapp v Is =oh loweir than In
.d 112 ums s3z.61

L 45892-66
-AtC-Wks-AW2-6130
the first. The observed behavior can be accounted for by formal relations of'. irrove:
sible th9p!RtM!!AosV /OAg* JIA* hant 2 figures and I table.
.SUB COIS 07/ S DMI 2IJu3.63/ MM RIWI OOB/ OTH REFS 004
Card 0~

SISTARINAs V.Foc dotment;,. SAVOMMO, V.A.; 33MYNOTA, Z.N.; MIITA. Ya.A.;
NORTSOVA, Z.1e; GLOYSMAt A*Xw
Treatment and prophylaxis of rietets In children by mosive domia
of vitaimin D at a district,zedical center* Vop.okh.mt. I dot. 4
no.6t64-67 W-D '59. (MM 13r4)
1. Is kafedry datetikh bolesney Omakogo maditainakogo Inetituta
Imaul R.I. Irallaina I Detakoy gorodukoy klinicheekoy bolluitay.
(TITANNS--D) (RICKWS)

KHLYNOVSKAYA, N.I.
Effect of the diurnal variation of air temperature on the
intensity of photosynthesis of the potato In the northern
regions of the U.S.S.R. Kteor,.I. gidrol. no.10.-44-46 0 165.
(MIRA 1819)
1. Kolymskoye upravleniye gidrometeorologichoskoy sluthby.

RABINOVICII, L.A.; Prininali uchastiye: SOKOLOV Ye.1.1 SAPOZHNIKOV, VX;
Making forgings by pressing on horizontal forging machines. Xuz.-
shtam. proiz#, 3 no 8:8-13 Ag 161. (MMA 34:8)
5orging machinery)

MUAI~ ni rad)
,wow tatke -A~
Coneideration. of the dynamic nonlinearity of magnetic amplifiere
in the deoign of automatic control eyotems. Avtom. i--telem. 24
noontl533-1538 N 063. (KMA 16 t 12)

SOV/24-58-10-2/34
AUTHOR: Khlypalo Ye. I. (Leningrad)
TITLE: An Approximate Study of Transient Processes in Class Two
Nonlinear Systems (Friblizhennoye issledovaniye perektodnykh
protsessov v nelineynykh sistemalch vtorogo klassa)
`~IERIODICAL: Izvestiya akademii nauk
SSSR Otdeleniye telchniCheskikh
nauk, 1958, Nr 10, PP 5-11 (USSR5
ABSTRACT: The 'second class' is one.in which the nonlinear kunction
depends on several variables and their derivatives; Jt is
claimed,that this is the first treatment of the probIli6em. The
approximation used is to represent the transient in the non-
linear section by a sine function of variable frequency and
amplitude; the harmonic linearization method is applied to
this function by assumin&that t-he time-derivatives of the
functions, are small-, Eq. is applied, where x 1 iS the
variable and Eq.(3) defines the other symbols. Eq.(4) is
the transfer function of the linear section (assumed:to act
as a filter); the problem in essence then reduces to solving
the linear differential Eq.(5).' The subsequent develLopment
is then straightforward; the results are given for socond-,
third- and fourth-order equations at the bottom of p ?. The
Card 1/2results are found to be very similar to those for class one

SOV/24-58-10-2/34
An Approximate Study of Transient Processes in Class Two Nonlinear
Systems
systems, except that the condition that a + iw is not a
root of (18) must be applied; this is always possible in
practice. The servo of structural diagram as of Fig.2 is
then considered at some length; the motor is assumed..to be
an asynchronous two-phase hollow-rotor one. The errors are
shown to be acceptably small. The paper contains 8 figures
and 3 Soviet references,
SU13MITTED: April 11, 1958.
Card 2/2

S/024/62/000/005/004/012
Cooo F,140/E135
AUTHOR:, 4K
.DjyjmLIa4_Xe,_L (Leningrad)
TITLEs Special aspects of the study of nonlinear syste"
with variable time constant
.~.PERIODICALS Akademiya nauk SSSR. izvestiya. otdoleniye
tekhnicheakikh nauk.. Energetika I avtomatika, noej,
1962. 89-95.
TEXT: The systems considered by the author are those in
which the time constant for a-risIng-transient-is different firom
.that of a descending transient. -An example.of-a system with
this*characteriatic in a magnetic amplifi-er-'With.poaitive feedback.
The method of solution is that of harmonic-linearisation. In the
equation obtained not only the time co~nstant-varles,.but the
amplification factor an well. - However, these derpendencies arie
.on frequency only-, not on amplitude as is the-case-for other
types of nonlinear systems. Thus-l Belf-oacillation In the usual
sense' may be absent from such nonli-near systems, Graphical
methods are given for determining the limits oi stability and.
dard 1/2

S/024/62/000/005/004/03.2
Special aspects of the study of :,El4O/El35
the transients in such systems,
There are 8 figures.
SUBMITTED: March 2# 1962
Card 2/2

KHLYPALO. Yo, Leningrad),
Special features in the study of nonlinear oystems Vith
variable inertness of the sections. Izv. AN SSSR. Otdo
tekh. nauko Energ, i avtom. no.5t'89-95 S-0 162. (MIRA 150-1)
(Automatic control)

XILYPAWY, M.G.,
Second conference of dermatorenereologists of Xagadan Provinca~
Zdrav. Roo' Feder.. 12:46 D158 (MIRA 11112)
jMAGADAN PR I'N(M--DMMTOIWT)

CH, losif Solomonovich, prof., doktor biolog.neuk-, ZW.TPAT-OV, M.P.,~
spetered.; QK-T-HHSMYB,V.l., red.; GUSSAXOVSKATA, O.N., red.;
YADOROVA# V.V,, takhn,red,
[Man in the Per North) Chelovsk na Severe. Kagad-3n. Kagadanskc6
knishnoe lzd-vo. 1960. 55 p. (MIRA 14:4)
1. Institut obahchey I kommmallnoy giglyany AN SSSR kfor Kandrpr).-
(RUSSIA, NORTMULN-MAN-INYWO02 (W GLIMITX)

KMFENK09 G.P., red.; ZHIVOTROV, B*F*j tekb3i, red,
[Materials of the Scifttifie &M Technical Conference of the
Representatives of the Stgar Industry of Kazakhstan and
Kirghizista, held in Frunze in 1961]Materia3,v Nauchno-
tekhnichookoi konforenteii rabotnikov sakhamoi promyshlennosti
Kazaklistana i Kirgiziij, Frunze,, 196L. Frunze, In-t nauohno-
tekhn. informatsii, 1961. 138 p. (MM 15:12)
1. Nauchno-tekhnicbeBkaya konferentsiya rabotnikov sakharnoy
promyahlemosti Kazakhstana i Kirgizii,, Frunze, 1961.
(Kazakhstan-Sugar research)
(Kirghizistan-.Sugar research)

SHOYKM, , L.Ye.; KHLYPENKO# G.N., red.
[Mechanization of laboratory processes in mking analyses
of au ar beet samplesj practices or the Karabtlty Sugar
I Makhanizataiia laboratornykh protsese ov pri proiz-
Plant
vodstve analizov prob sakharnoi svekly; opyt Kara-
Baltinskogo sakhexnogo zavoda. Frunzoo In-t nauchno-
tekhn. informatsiij, 1962. 18 p. (MIRA 18t1)

YUDENICH, Vladimir Petrovich; TOXARCIWK, Leonid Zakharovich;
KMPENKOj MV., red.
MNMWMW~
[A deserved fame; achievements of the N.I.Popkova com-
Munist labor brigade in the Frunze Broad Combine] Zaslu-
zhennaia slava; dosti2heniia brigady kommunisticheskogo
truda N.I.Popovoi na Frunzenskom khlobkombinate. Frunze,
Sovet narodnogo khoziaistva Kirgizskoi SSR [n.d.) 10 p.
WRA 170)

"~IDZIDV, Vasilly Nikolvevich; NIWIT.MUT, Anatolly Avgustich; SUgARDEDY'.
V.P., redaktor; YXDDBDV, B.M., redalfto~; A I retsenzent;
SLAVYANbTrT, A. K. , retsenzent; XkRLSIK, x.1.4._lFS_4kM_hhlcbeskiy rodattor
[Technology of pyroganic processingof,wood] Tekbnologila pirogene-
tichaskoi, pererabotki, drevesimr. Moskva. Gos.lasbunisdat. 1954.
619 P. I (HLRA 8al)
(Wood-Chemistry) (PY"Iyals)

- ,w I - I " !*
. ~ ., t ~ ", . , ~? -,, -T - , , V 1 . -

AHMIST, V.P., polkoynik; BORISOV, D.S., polkovnik; ZHZLIZ=, V.I.,
dotsent. kand.takhn.nauk, general-laytonant lnzhanernykh voyak
V otstavkes oty.red.-, NAZAROV, K.S,p doteent, generial-polkovnik
inzhaneruykh voyak v otstavks, red.; KWN0V, A.F., general-
polkovnik inzboneraykh voynk, red.; SHCR, D.I., dotsent, kand.
takhn.nauk, inshoner-polkovalk %apse&' red.; ROSSAL, N.A.,
polkoynik, red.; KK6YSTAL9V-..$.1.9 polkoynik, red.; SMOMONIK,
[The Soviet military engineers, 1918-1940; collection of articles]
Sovetakie inzhonern" voiska Y 1918-1940 gg.; abornik statei.
Moskva, Voen.izd-yo M-ya obor.SSSR, 1959. 141 p. (MIRA 13:4)
(Military engineering)

XWSTOV, A.I.
heart wound. Khtrurgiia no-8:71 Ag. (KLRA 9:2)
1. Is Osinnikovokoy gorodskoy bolOnitoy nool Kemerovskay oblaBti.
(MLW-SMGM)

XHLYSTOV. A.I.
Surgical removal of a splinter from the anterior media6tinum.
Khirurgiia no.8t73 Ag. 155. (Wak 9n2)
1. Ix Osinnikovskoy gorodskoy bolluitsy no.1 lemerovekoy oblasti.
(MEDIASTINUN--SURGICRY)

MILYSTOV, A. I.
isolated wuund of the pericardium and lung tissue. Khirurglia.
no.9:74 S 155. (=A 912)
1. It Oninnikovskoy gorodskoV bolinitsy no.1 Kemerovskoy oblasti.
(MICARDIUM-WOUNDS AND IHJMIX)
(IUNGS--WOUNDS AND INJURINS)

JXHLYSTOT, A.S.; KOTTUMV, Tu.N.
Ferromagnetic resonance in ferrite. Izv. ucheb.zav.; Fiz.
no.1:8649 158, (min 11:6)
1.0ibirskly fisiko-tekhnicheekly institut pri Tomekom gosuniversitete
imenl V.V. Kuybyvheva.
(irerrits-Nagnstic properties)

8/139/~9/000/05/018/026
AUTHOR: Xhlystov, A.S. 3201/E191
TITLIt Design of.Magnetelfor Magnetization of Ferrite Plates in
Rectangula-r-Ta-veguidesp
PIMIODICAL: Izvestiya -sshikh uchebnykh zavedeniyj Fizikaj
1959t Nr 57PP 109-118 (USSR)
ABSTRACT: Ferrite plates used to isolate (decouple) a magnetron
from its load have to be magnetized uniformly to
saturation in a constant field. These plates are
located along either the narrow or the wide wall of a
waveguide. The magnetic field is produced by an exteirnal
source, i.e. by a permanent magnet or by an electromagnet
outside the waveguide. The present paper describes :
design calculations of a toroidal electromagnet with a
circular hollow-cylinder cross-section. The design
formulae are obtained for a maximum uniform field
produced with either wedge-shaped or rectangular pole-
Pieces. Non-uniform magnetization of ferrite platesand
the use of Ferroxdur are discussed. Design calculations
Card are reproduced for electromagnets with a coil. of
1/2 rectangular cross-section. The results given can be
used in construction of both permanent magnets and of

69167
S/139/59/ooo/Wo26/034
320VE191
AIJTHORS: KhlXst21hAJk,,, Zhilyakov, S.M. ~ and Petrakovskiy, G,A,,
TITLE: Magnetic Properties of Nickel-Chromium Ferrites,1.1
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy) Fizika,
1959t Nr 6, pp 168-169 WSOR)
ABSTRACT; Nickel-chromium ferrites (NiFe2-,Cra0l+) were prepared':by
the usual ceramic techniques from "ah" and "chda" oxidles
taken in stoichiometric ratios. The oxid6s.were mixed[
in steel-ball mills for 21+ hours (using ethyl alcohol).
After drying the mixtures were subjected to a
preliminary 1-hour heating in a Silit electrical furnace
at 1100 OC. Then the materials were quenched by rapiel
cooling in air. Powders.obtained in this way were ground
and pressed (2-3 tons/cm2) into samples of required
shape, using polyvinyl alcohol as a binder. Finally the
samples were fired at 1300 OC for 12 hours and cooled at
the rate of 600 per hour. The measured magnetic
properties of the samples are given in Figs 1 and 2 and
Card Table 1. Saturation magnetization, 1+13(M, was measurod
at room temperature; it is given as a function of
composition (a ranging from 0 to 1.0) in Fig 1 (uppe_

69167 /o6/026/034
6/139/59/000
E20l/Hl9l
Magnetic Properties of Nickel-Chromium Ferrites
curve) and Table 1 (co3umn 2),- The value of OCM is
reduced by introduction of chromium ions into the
ferrite: it falls from 2300 gauss at & = 0 to
practically zero at a = 1.0. This behaviour can be
explained in terms of Neel's theory (Ref 1). Chromium,
ions which have the tendency to six-fold coordination
(Ref 2) occupy octahedral compositions up to compositIona
with a = 1. Then the structural formula of the
ferrite is::
Fe[NiFel_.Cra]04
.Magnetization at the absolute saturation of a ferrite with
the structure given by Eq (1) is:
JL2 + (1-a)5 + a-3) - 5j yB = 2(1-a) pB, (2).
The above equation shows that magnetization of the
ferrite passes through zero approximately at
Card a (3)
2/If which agrees qualitatively with the results obtained

8,/139/M)"00/06/026/034
9201/2191
Magnetic Properties of Nickel.-Chromium Ferriteg~,:.
(Fig 1). Theresults obtained shoi`~hat at concentrations
0.4 < w 4C 0.8 the materials with a comparatively high
Curie point (To = 480-200 00) and low saturation
magnetization can be obtained. This is of practical
importance since the lower frequency limit of very-high-
frequency ferrite devices is governed by the losses due to
ferromagnetic resonanca. This frequency limit is given by
(Ref 3) >47cm + (4)
where Kl - is. the first constant of magnetic anisotropy
Of a.cubic crystal, czp is the angular frequency of e.m.
waves and y is the magneto-mechanical ratio. Fig 2
and column 5 of Table 1 show that the initial permittivity
)io (at 100 c1s) falls sharply with increase of the
chromium content. Values of the Curie point, coercive
force (in Oe) and density (in g/cm3) are listed in
Card columns 3, 4 and.6 of Table 1.
3/4 There are. 2.' figures, 1 table and 3 references ~ of which
1 is Soviet, 1 French and 1 English.

cs'
In I
R~
'G.
0
Ls.
0
too

w
WN rn
-03 41'
0
HE z-
BIOS C";;
Hint 13
R0* 1Aft we
b,.
1
C"s W-1 1 1
ov
A z
'01 H81 HUMH 10 10
06
.S.1 w
u
00
's lual pill I Ifiasuffila
lei

69459

5/139/60/000/01/037/041
AUTHORS: Khlystov, A.S. and PetrXV-1301J9,1G.A.
TITLE: Copper and Cobalt Additicns on the
Properties of Nickel- c hromium Ferrites_7L(
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniv-, Fizika,
1960, Nr 1, pp 222 - 227 (USSR)
ABSTRACT: The authors studied nicke.11-chromium ferrites with
additions of cobalt and copper to determine the optimum
compositions and technology ofmanufacturing temperia,ture-'
resistant ferrites for 10 cm range resonance rectifiers.
Optimum amounts of copper and cobalt additions were
found to~produce ferrJtes capable of operating at hi gher
temperatunes, maintaining a minimum width of their f erro-
magnetic-rnsonance curves. The Curie point of the ferriteis
0
is in the vicinity of 400 C. The initial ferr;te
powders were compacted under presmure of 'I t/cm ;
initial. ronBting tsmparature for ferriLes wiLth coppita-
additions was 900 C for 6 hours~, for ferrlte5 With
cobalt additions it was 1 100 0C for 8 hours, The iroasted
compacts were gro2nd in a vAbromill , The componenti~ were
Card.1/3 pressed at 2 t/cm Eight percent. by weight of a, IP

69459
S/139/60/000/01/037/041
The Effect of Coppw and Cobalt AAHOI/oHN91on the Properties of
Nickel-chromium Ferrites
water solution of polyvinyl alcohol was introduced 0a$, a
binder. Tlie final roasting temperature was 1 150 C for
20 hours (copper added) and 1 350 0C for 12 hours (cobalt
added). Measurements of finished specimens show that the
width of the ferromagneti.c resonance curve is A H = 500 Oe
for Ni o.985 Co 0.015 Cr 0.7 Fe 1.3 04 and Ni o.98o Co 0.020 Cr07 Fe 1.31D4
fer 3- Aes (Figure 3). This makes it possible'to use ;hem
in IR'67EW range. Rectifiers made from these-ferrites and
placed on the wider waveguide wall in the optimum position
produced a forward loss of 0.5 db and a backward loss of
17 db at 2 980 Mc/s; the standing-wave ratio did not
exceed 1*19
There are 4 figures and 15 references, 4 of which are
Soviet, 9 English, 1 French and I translation from
English into Russian.
Card 2/3

69459
s/139/6o/ooo/ol/037/041
10 8
The Effect of Copper and Cobalt Addjj'04"2~ the Properties of
Nickel-chromium Ferrites
ASSOCIATION: SibIrskly fiziko-te1dn10heskiy institut pri Tomskom.
gosuniversitete imeni V.V. Kuybysheva of Tomsk State
(Si orian Physieg-t2cl3nica InstitutO
-y imeni V,V, Kuybyshev)
Universil.
SUBMITTED: April 109 1959
Card 3/3

INLYS ZHIRTANDVe Box*
Magnetic characteristics of lithlum-aluminum ferrites, Isvpv7si
ucheb,sav,;fis. no.2.-151-153 160* (MIRA 13:8)
1. Sibirskiy fisiko-tekhnichaskiy institut pri Tomskom gosuniveir.sitete
ime Vevaltwbysheva.
(Terratee..-Ragnetic properties)

.hTa=*v4.S.; SHONDTIN, N.M.
Magneoium.-chromium-copper ferrites for use In lower part of the;
VFW range, IzT*vys*urhebxav*;fis. no.2tlV-160 16o.
(MIRA 13:8)
1. Sibirskiy fisiko-tekhnicheekly institat pri Tomakom gosuniveisitete
im. V.V.Xuybysheva
(Per;;tes) (Miorowaves)

ADMION IRS M150211% *0139/65/000/004/0.
AUTHOR
MTM; The problaii-o-f-vW1 r
tar~ng twberm&U7 stable materitle for the decJ
i 70PIC VOS: territep decimeter vave, thermal stabilitys- wavegulde antenw~ sau-
wiuum Cwtainiva allayi saturation magnetization ,to,
44
ABSTRACT: 7equirements are discussed -for the parameters of ferrite naterltals in
-come4ion vitb the tbermal otability essential for ferrites used in ante-11na-
vlvr,wdde system in the decimeter bmd. 7he temperature dependence of tie
191,turation magnetization vas--investisated for ferrites with the formula
L10.5re.1.5-aAlao's for a . 0l 0. 46$2 q -0041 O.L45L, 0.50" 0.55, 0.60, and 0-70-
The ferrites were yr&pa*d from wddeB by the usualceramic method under % prer-
sure of IM atm. The tmperature dependence of the saturation wignetization of
the ferrits spheres vas measured vitb a vibrational wguetweter in a field of
6= Oe. The 581*1e Isall heated by bigh-f-reTuency currents and cooled by Uquid-
mitnSen Tapore It vas found tbat the saturation ragnertization changes vith a1w.
xdz=i Ion content. For a ferrite vith a a 0,70 the aLturation magnetization did
xa.t dbange by =we tbu jOj In the r=ge frm 0 to 270C; for ferrites vith a 0,,60
Cord 1/2

XHLYSTOVO Me
"
Effect of pkagnetic crystallographic anisotropy on the fontl
of the.tensor of the permability of ferrites. Izv. vys.
ucheb. zav.; fiz. 8 no.4:50-54 165. (NIRA 1.8:12)
1. Sibirskiy fiziko-tekhnicheakiy inatitut Imeni V.D.
Kuznetsova. Submitted December 29, i963.

'Add tik ~611~21ga
SOURCE CODE I
_Wdi30766/000/60 0
A' MORS: Khlxsto' ?A. Neamelovj N, S. ~30.
ORG: '.]ajjMri~m rhvilgoteebnicill InstitUte im, M. J2, K!jzj3QtsPy_
_(Sibirskiy, -f1ziko,-tekbniche skly - Ins t1tu t)
TI TLE so Ferrite itesonant gates with coaxial rectangular, and qtrip
wan guides containing dielectrics. 1. Theor-petical design of retsonant
ferrite gWies
SOURCE6. IVLTZ. Fizika' no. 6,,1965J 98-106
TOPIC TAGS: ferrite
switch, rectification, waveguid6 element.,
ferromagnetic resonance
ANSTRACIT: - The autbdrs 'consider a.plane-parallel analog of a coaxial
line, a rectangular'waveguide, and a strip waveguide with ferrite
and die lee tric' plate Inserts located In the H plane. Trancendental
equations are derived for the propagationoDnetants of the eleetpomag-
netic wave In these systems.-An approximate soluttun of these oqua-
tions Is praberAted.- 4 or-lerrite plates of small thickness. Ana1rtic._

IT
AC(1 NR: AP 6002088
expression& are obtained for:;the rectification ratio in this system.
It is showil analytically thai; In alleases the maximum rectification
ratio occurs for reBonant values of the magnetic field. For each
syntem triere Is obtained an analytic expression for the optimal, value
of the ferrite magnetization- at which maximum-rectification rt~tio
should be observed, The optimalmagnetization depends on 'the fre-
onstant of the d blectric employf)d in,
quency and on the dielectric c
the system, and on tne-goome-try-ot the system. The maximum potisible
rectification ratio is thi: same for all three devices. Orig. art
bas: 3 figures and 58 formulas,
SUB COM., 20/ Sual', bATB-.., .'I~AprA/ oni d PEP: 0031 OTH REP: 003

2

ACC 832 SOURCE COM UR/0139/66/000/005/0007ifOO12
AdTHOR: Jhlya"VI.,~-A. S.; Nesnelove No so~
ORG: Siberian Physico-Uchnical Institute imeni V. D. Kuznetsov (s1birskly tizilto-
tekhuicheskly Institut)
TITLE: Coaxial, band,'and rectangular waveguides containing a dielectric as ferrite
monance gates
SOURCE-$ IVUZ. Fizika, no. 5, 1966, 7-12
TAGS: waveguide, dielectric.layer waveguide, rectangular vaveguide, ferrite
ABSTRACT: Graphs of the characteristics of various types of waveguides are presented
based on computer calculations using formulas derived-in an earlier paper by the auth-
ors Mv. twov M"R, Pizika No 6, 1965]. The'effects. of the thickness of the d,ielec-'
tric layer, the dielectric constant (permittivity), the-bandwidth of the ferromagnetic
resonance as well as the effects of sme other parameters an the wideband properties of
the devices and the optimum magnetization intensity were examined. For a coaxial reso-
nance gate, there is an, elliptical polarization of the magnetic field of superhigh fre-
quency. The elliptical. polarization is closest to circular when the occupation angle
t/z a 3/0 at thi dielectric-air boundaryq' In band waveguidep, the optimum magntitiza-
tion intensity asymptotically approaches zero with increasing thickness of the dielec-
I Card

ACC NR, AP6033832
tric plate. In rectangular waveguides, the configuration of the superbigh frequency of
the magnetization field varies at different points as a result of the influence of the
lateral metal walls* The optimum magnetization intensity depends on the position of
the di6lectric plate. Dielectric losses were not taken into account in the calcula-
tions. Orig. art. has: 14 figures~
SUB CODE: 20/ SUBM VATEt OSJan65/ ORIG RM 002

ACC NR, AP6033836 SOURCEODDEs. UR/0139/66/000/005/00i,.L./Oos
A)THOR: XMystov, S*; SablijIMas Ks A.
-to
MG: Sibepian Physico-TachnLeal IWtitute Ina, V~.D* Kuznetso (SibirokLy fizLko kh
.1nicheskLy institut)'
L
!TITLE: Relat.ionship, between phase shift and the temperature in ferrite pbaso. shifters
ISOURCE: IVUZ. Mike, no. 5, 1966, 51-SS
TOPIC TAGS: phase shift., phase shift analysis, phase shifter, ferrite, magnatic, per-
meability, Curie point, dielectric permeability
ABSTRACT: Conventionally prtpared Mg-Cu ferrite-chromite specimens were used to verify
the assumption that the thermal instability of a ferrite phase shifter is deteviined by
the relationship between the microwavu magnetic permeability and temperature. Superim-
s t on of the magnetization curves obtained at various temperatures indicates that
the relationship between the phase sbift and the temperature is especially proru)unced
in the range of weak bias fields, and reaches a maximum when the field is zero. An
installation was-designed to measure the thermal relationship of the phase shift ip a
vanishing (fade-out) field. The phase shift was measured by comparing the phase ~f
the investigated signal with the phase of the reference signal; the magnetic W and
dielectric W permeabilities of ferrite were measured by open-circuit current. 7he

WC-6 -NR.AP'i033836
experimenta'Lly determined phase shift -,aused by a temperature variation in the 25-
-1000C range is 2200C. The dielectric constant goes up slightly with increasing tem-
?erature. The magnetic permeability goes up from 0.69 at 290, to 0.93 at 1000c,: and
3pproaches unity somewhere in the Curie point range. An equation defining the stave
propagation rate in a ferrite specimen in waveguides was constructed. The calculated.
phase shift was A4 = 2120C. The authors thank Engineer G. I. Yudin who made data"On
phase shift meazzurement with relation to the field at various temperatures avai:Lable.
Drig. art. bast 6 figures.
SUB CODE: 09/ SUBM DATEi 2Wan65/ ORXG REr, 003/ OTH IMN 003
Card

SOURCE CODE: UR/0413/67/000/002/006
ACC NR. AP706~6T3-
MENTOR: Khlystov, A. B.; Zhilyakov, S. M.
)RG: None
ftTLE,. A ferrite material. Class ~1, No. 190501
,OURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 63
rmal stability,-.saturation magnetization
.OPIC TAGS: ferrite, the
MSTRACT; This Author's Certificate introduces a ferrite material vhich contains
)xides of iron, iLluminum ana lithium with the composition LiO.5(l-a)Fel.q+0.lcL*,UO.6
1 0 where a=0.004-0.010. The material is designed for therma
.I-COCOO 41 Ily atable~satu
!ation magnetization in the temperature range from -150 to +285OC-
iUB CODE: 11/ SUBM DATE: 29Nav65
Card 1/1
uDc: 621.---ji8.124

I., 11,HLYSTOVO F.
2. um (6oo)
4. Horuaing
7- From the experience of public committees cooperating in bousing
administration, Zhil. -kom. khox. 2 No. 12, 1952
Monthly List of Russian Accessions, Library of Congress, MW j9513. Unclassified

More old to pr1mary troft-union organisations. Boy. prof solusy 2
no'.'6:94-28 A 134. (MLRA 7:7)
1. Preasedatell, H*ak6vsk6jm obkom prof soyuse robachikh amehino-,
(;r%d; vulong) (Nnobinery Industry)

GUROV., S.; ALUUMOV. A..- 2RAKOWN. IL (Minsk); XMTSTOT, I.;
TUK'YNV, I.; AMSUIROT, S.; GLWJTSUrA, A.;
Letters to the editors. Sov.profsoiusy 16 no.io:5o-34
16o. (MIRA 13:6)
1. Zamestitell predeedatelya zavkom Dneprodsorzhiuskogo
metallurgiabookogo zavoda imeni fterichinakogo (for Ourov)e
2. BWstvitelli*7 chlen Vsesoyusnogo geograficheskogo
obsbchestva pri AN SSSR (for Tuulre'r)- 3. Tekhnicheekly
inspektor Bstonskogo movets. profeoyuzov, Tallinn (for
Girutskaya).
(Ifficiency, Industrial) (Labor and laboring clauses)

i
UNCFVSKIY, A.G.N inzh.; VOLPXAN, G.A.# :Lnzh.;- YEVINA, Ye.l., inzh.;
SEGEDIROVA A.A.~ inzh.j SKRITSKAYA, I.M., inzh.; KHWA, A.I., inzh.
4
--FJU,Y.CITGVJ, I.I.$ inzh.
Municipal engineering faui:.jitieg. Gor. kboz. Moak. 35 no. 301-41
mr 161. ' (MIM 14 5)
(Moscow-Ouidaipal services)

SERYY' YU.1., otv. red.; IVANOV, L.M.,, doktor
ist. nauk, red.; KIRIYAHOV, Yu.1.# kand. ist. nauk,
red.; KUZMSOV, V.I., kand, iste naukp redej
-AMSTOV, I.P., kand, ist, nauk,, redo
(Papers at the October 1963 academic session in Rostov-
On-Don devoted to the history of the working class in
Russia during the period of capitalism] Doklady na nauch-
noi sesaii, posviashchennoi istorii rabochego klassa Rosaii
v period kapitalizma Rostov-na,Donu, 1963 g. Rostov-na-
Donu, AN SSSR, 1963. 206 p. (MIRA .17:5)
1. Nauchneya sessiya, posvyashchennaya istorii rabochego
klassa Rossii v period kapitalizma) Rostov-on-Donj, 1963.
2. Inatitut istorii AN SSSR (for Ivanov). 3. Rostovskiy
gosudarstvemiyy universitet (for Seryy).