SCIENTIFIC ABSTRACT IGNATOV, V.A. - IGNATOVA, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000518410004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-;,,,~ACGE3410N M., ATM4462-1'.
oxi-tradic ne persist v
the migration of Nb and Nb-containi
compound 0' Int . the,~ 6
s-fr'MA6 weld 0. a rroUnding regions (A. V. Rather, P. M. Gural
1062, no. 8,, p. 12-11-- 0. L. Petrov, Neodnorodnos
R Ye. Mazel'iVeploandrgetika,
:metalla avarnykk Po- edine'-Lyi L- ' SudpromgLz, 1963, p. 20-4). Consequently, the
n
author$~applied.the aut6radiographit: method to the problem and found that there
Is rto significant.migTation of Nbq~,:.neitVer during the welding proceAs nor during
I h-temperature aging..- Tidi(confirms the qualitative conclusions
_pro onged hig
based an -calculations of ~diffusionkhobility of.alloyIng elements within
steel. This means that. the otrong:carbide producers -Ti and rib cavinot be respon-
sible for the observed tendeiicies.towards local disruption. The rcsults~also
-9110W~ that witbin the veld Nb is distributed quite kinevc:nly and is located mostl
_; _ _ _ ~_ -fidni-10'i - Ex" - 1, - - .I.. -
in interdendritic sections'aud *n'the cry4eallite bog. .0riments with
reduced lib yielded resulis'.*which'.toincide.quAlitatively vith carlter data by:.-,~
L. S. 'Llyshits and Lo P. -Mklira"~ (Svarochnoye proizvodtitvo, 1959, no. Is pa
ZO-Z2,), Origi art:. has'; 2 formuli6, 5 figures, and I tribld.
lnstitut ibi. M, 1. ~'jilini
MS na
(L,,niingrad Polytechnic-,Xnstitute);"'
q MICLI. 0
SUM 00 U11 CO
'2
Jcj!j~jjjt. 100

ACC'NRo 'AR603302 SOU RCE CODE: UR/01 96/.66000/ 007/1003/1003
AUTHOR-.' Ignatov. V. A. .- Andreyev, E. V.
----------
TITLE: Some problems in the designing of end-type Induction motors using pripted
windings
SOURCE: Ref. zh. Elektrotekhnika i energetika, Abs. M4
REP SOURCE: Tr. Vaes. taochn. energ. in-ta, vyp. 29, 1665, 126-135
TOPIC TAGS: electric motor, conductor, printed winding
ABSTRACT: A meihod is given for calculating the dimensions of the printed
winding of an end-type electric motor with evolute shaped front sections. The
external and internal diameters of'the plate, the number of conductors n in the
winding, the minimal width of conductor bmin and the minimal distance between
two adjacent conductors b &'min are given in the calculation. First, the diameter
of the base circumference of the front section evolute is determined by the formula
n(bmin + b min)
d I 'i
X
1/2 UDC: 621.3.045.049.75

ACC N'b AR6033921
Then the width of the internal front sections and the external diameter of the active
zone to calculated. This to done on the basis of the known Internal diameter of the
front sections and the known central angle corresponding to the half of the polar,
pressure. The influence of the printed:winding conductor thickness on the starting
torque and on the motor utilization factor, whose values decrease with the decreas-
Ing conductor thickness, are sf~died. Orig. art. hae..: 3 figures. Bibliography of
10 titles. N. Astakhov.
CODE: ON
2/2
r

IGIIAMV.
Mutual. assistAnce. Zashch. rant. ot vred. I bol. 9 no.7t5-6 164.
(KIFA 18:2)
1. Nachallnik Kaliningradskoy stants1i zashchity rasteniy.

AUTHOR: Ignatov, V.P.
131-3-9116
TITLE: Enrichment of Magnesite Povider by Magnetic Separation
(Opyt obogashcheniya magnezitovogo poroshka magnitnoy
separatsiyey)
PERIODICAL: Ogneupory, 1956, Vol 23, Nr 3, PP 136-138 (USSR)
ABSTRACT: Burnt magneaite povider contains calcium oxide, so that waste 13
produced as a result of the hydration of lime. This can be pre-
vent.ed by storing the moistened magnesite powder or -mass at a
certain temperature, which, however, complicates the technological
process and is not a full remedy. For the purpose of separating
grains with a free content of lime the method of magietio separa-
tiort was employed. The magnetic properties of different gmins
which foxw the components of the magnesite powder.M 0,M2 produced
by the plant "Magnezit", where investigated. Five groups of grains
were separated, which is described in detail (table 1). On the
strength of experimental results magnesite powder with a size of
grain of 3-0 - 1.0 mm was treated by means of an electromagnetic
Card 1/2 separator (see illustration). Test results ar'e given in table k.

Enrichment of Magnesite Powder by 131-3-9/16
Magnetic Separation
The content of CaO in the enriched powder was reduced, which
caused the editors of this periodical to recommena all scientific
research institutes to accelerate the development of a rational
scheme for the enrichment of burnt magnesite powder. There are
1 figure, 2 tables, and 4 tofekenoes,- all of which are Slavic.
AVAILABLE: Library of Congress
Card 2,12 1. Magnestte, powder-Purification 2. Calcium oxide-Elimination

1 r, (2) ~;07/72-5)-l -11/16
AUTHOR D,na
TTTLE: Conversion of Periodi,.- Furnaces Fron
Cas Heating (Porevod pechey -orlolic
tver.jo~,o topliva na nrirodnyy t-azz)
PERIODICAL: Steklo i kcramikn, 1959, Ur 1, n 33-35
Solil "lie! to Mitural
-eako,~-,o deyatviya s
(USSR)
ABSTRACT: Gnn burners were tined for the convornion of the kilnu (Fir, 1),
causing a flecreace of the tet-perature ,,,radient in the kiln
chamber and an iL-IrovLr-.ent of firin,-7 conditions (Fi,-, 2).
On choosing the optimum firing conditions for ceramic pipes
the workin.- characteristics with ~-Ia3, the temperature gradient,
the shape of the products, the inoisture of the raw products
and the degree of volume changes on heatin(,- of Vie products
were considered (Fig, 5). Concerning the wastaquola and the
firing quality the temperature conditions of curve 2 in
fij,,ure 4 have proved to be the best. Curves 2 and 4 in
f iguro 5 offer the best cooling ronlitione. By the conversion
of the kiln3 the workin,- conditions have been considerably
improved and it has been posoible to reluce the number of
Card 1/2 workers, to improve the quality anl the lezilrn of the pipes

"0V/72--'-')-I-1 1/16
,j I
C!)n'ter3 on of Periodir Fiirnacc:) From Sol i 4.o Nalurvl ~Ian Ypating,
and to reduce the nmount of firin.,, waste. In conclusion,
the editors atato t'iat the oxporience of t;e KharI-o,,.'?kiy
"eramikotrubilyy zavod (Khar'lkov llorl: lor Ceramic Pipes)
in. the fi,-.,ld of kiln zop..,eroions has lo be conji~!erod in do-
m: and conatvictin,-, new -aa hQntin~- s-.-atems. There
igni.
are 5 fi:7uros.
1,SSOCIATION: K)mr1kovskiy
(Khar'vov 'Nork for C-ranic 1'i7~C3)
Card 2/12

ALENTIYEV, A.A., doktor tekhn.nauk; IGNATOVO V.F., inzh.
Study of the physicomechanical and thermal properties of ceramic
material during burring. Stroi. mat. 9 no.402-34 Ap 163.
OURA 16: 5)
(Ceramic materials-Testing)

6UNDAit', '"Anaida Adwovna;.IGNATCV, V.I., rea.
i
[Jaundices) Zholtukhi. Moskvit, 11'e(Altninaf .196,11. 35~1 [,,.
(MIRA 18:4)

fT,` E
ACC NRt AP601862 5 SOURCE CODE: UR/0065/1~6/0,7jO/OO6/0053/(jO56
AUMOR: Chertkov, Ya. B.; 1gnatqy,__V, .M,
ORG: none
TITLE: Comparison of the effectiveness of et-fuel additives
-56
SOURCE: Khimiya i tekhnologiya topliv I masel, no. 6, 1966, 53
TOPIC TAGS: fuel additive, jet fuel, additive effectiveness
ABSTFACT: A study has been made of the effect on jet fuels of the following
additives: 1) 2,6-61-tert-butyl-p-cresol. (Iono "1):12) p-hy~!qxydiphenylamlne
desipnated PODFA11in the source; 3) FOA-2, ~aje by 'Dupont; an*d-"-4-)'~'a--C-'--il-li-P:Iliitic
21sso
amine with__~ -tertiary carbon atom In the alkyl proup, recommended bv The
experiments were conducted with TS-1 fuel containing about 0.13% total sulfur and
about 0.003% nercaptan sulfur, and with a highly hydropenated fuel (3-4% aromatic
hydrocarbons). This highly hydrogenated fuel was tested,with and without in-
dividual sulfur compounds of various tpes added in amoinits permitted by cLIST
specifications for standard TS-1 fuel! The following amounts of additives were
used: 1,3, or 4, 0.05%; 2, 0.01%. The fuels were heated with agitation at
150C for 6 hr in air. It was shown that: 1) lonol. and PODFA Inhibit initial
oxidation of Lhe fuel components; 2) FOA-2 and the aliphatic amine inhibit oxida-
tive condensation of existent soluble oxygen-compounds which would form insoluble
Card UDC: 665.521.3
29347-66
ACC NRI AP6018625
sediments in the absence of additives; 3) at high fuel temperatures and in the pre-
of reactive sitifur compounds, such as mercaptans, lonol and PODFA, unlike
alloys from
FOA-2 and the aliphaLle amine, do not protect copper and copper
corrosion. Orig. art. has. 3 tabLes. [B01
SUB CODE: 21/ SUB."I DATE: none/ ORIG REF: 003/ OTH REF: 003/ ATD PRESS:,5'6 0
Card 2/2

L 3_1871-35
AWSSION M1 AR5OO5W8
order boundary condition in assumed on the boundary separating the cyl4nder f
rM
the!medium., Vrcm the teMerature field in the cylinders obtained under ouch as-
sumptions, the authors seelt the heat flux on the boundary separating the cylinder
from the medium, The flux is not equal to a(T. - TO)s vhere a -- coefficient of
heat transfer from the cylinder to the currents Tc and To -- the initial temper-
stures of the medium and of the cylinder, reopectiye3,v.- rrom this the authors
obtain the functional dependence of a on the times on the thermopbysical char-
atteristics of the medium, and on the cylinder material.
It is noted in conclusion that this functional dependence can be readily
established by applying similarity theory to the initial system of differential
equations. A. B. Drossy,
SVB COM NEp TD ZMCM 00
L 14656-66 EV1T~)/EWP(m'/X'1TWATC 6 t WE FF (n) -2/ENG (rr, )/HVIA (d)/r-,Tc (m) -6XIAM
Auu NX; AX600309 JDAM SOURCE CODE: UR131611631COOI0151025310256
Y/
AUTHORS; Kudryashevs L. I. (Professor, Doctor of technical sciences); lgnatov';P~/
V. P.-
ORG: !LqXbyshev Aviation Institute (Xuybyshovskiy aviatsionnyy institut); Joint
Scientific -Technical Conference on Problems of the Mecbanics of Li id and Gas
(Kustovaya nauchno-teklinicheakaya konferentsVapo voprosam mekhwdki zhidkostl IV-
gaza)
;"S
TITLE: On the relationship between the external and internal heat transfer
processes during overflowing of a cylinder by an infinite plane-2arallel flow
SOME: Kuybyshev. Aviatsionnyy institut. Trudys no. 15, pt. 2, 1963. Doklady
kustovoy nauchno-tokhnicheskoy konferentsii po voprosam mekhaniki zhidkosti i gaza
(Reports of the Joint scientific-technical conference on problems of the mechanics
of liquid and gas)s 253-256 '
,TOPIC TAGS: heat transfer', uniform flow, NuBselt number, temperature distribution.,
thermal conductions unsteady process
ABSTRACT: A theoretical analysis was made to estab3ish a relationship between the
,Card 1/3

L 14656-66
'Acc xR: AT6w3o94
external heat transfer and internal conduction over a cylinder of radius R in an
infinite fluid. The governing equations, initial, and boundary conditions of the
'problem are given by
a-j.4%
'J's +-r
X= allIVA-0 +
alt or"- r or' Qi It < I
0) to; t~r. 0)
0; 11(0, -C) 0 CO:
0;
its(Rt 0
where the iaitial fluid temperature t. is less than the initial cylinder tever-
ature t . After some algebraic manipulations, the solution of the above system
yields Ke following expression for the heat transfer coefficient
Card ~ 2/3 - --------

)VU a-Dm 8'K,2
I(II..
Allp
a,; Fol
1.3.K. _
as D
The connection between the internal conduction and external forced convection can
then be shown through the functional expression
Re; Pr;, k.; 'k.,
Orig. art. hao: 17 equations*
SUB CODE: 20/ SUBM DATE: none/ ORIG REF: 002

112-2-4713 D
TRANSLATION FROM: Referativnyy zhurnal, Elektrotekhnika, 1957,
Nr 2, P- 319 (USSR)
AUTHOR: Ignatov, V. S-.
TITLE! A Sectoral Radio Beacon With Phase Control of the Antenna
Radiation Pattern; Analysis of Instrument Errors and Ways
of Minimizing Them (Sektornyy radlomayak s fazovym uprav-
leniyem diagrammoy napravlennostl;analiz instrumental'
nykh oshibok i metody ikh umen'sheniya)
ABSTRACT: Bibliographic entry on the author's dissertation for the
degree of Candidate of Technical Sciences, presented to the
Leningrad Higher Marine Engineering College (Leningr. vyssh.
inzh.-mor. uch-shche), Leningrad, 1956.
ASSOCIATION: Leningrad Higher Marine Engineering College (Leningr.
vyssh. Inzh.-mor. uch-shche)
Card 1/1

IN if 61' Ignativ, Y. S.
lwbrmerk '-rors of
it,.; t. ru-,;,~ntal I nyye
fazovrashchatelya)
a Differen'AQ-Fh~iiirf I , i,!r
noarc,-~hnoo t i
f r" Dit Hadioteklinika, 191,8, Vol. 11, Nr 9, pp. 9- - t, U~'A
A B:,"f R A CT This is an inveatigaticn af a raii,.w-er if C-,) c ~ f,,r: in: iuenc ine th e
performance of a differential ph!ise in,.rerter. The errrr;-~ oto*.sed
by these factors are estimatea quantitatively ana a method ~,f
measuring these errors is gj~ven. It J-:! shown that st~m~- errorr,
of the phaEe inverter may cancel. The folio-.wing summarizing
.3tatements can be madet 1) The accurnoy off the per',7,rmance of a
phase inverter is to a isigh degree deDerident upon tn~, perfection
of the deE'Lgn and upon the careful production of the goniomever.
Among all errors investigated these are the most important,
which are caused by the follcwing circumstances: a) by the ir,-
homogeneity of the mag:if~tic field within the goniometer, b) by
an inequality of the voltages at the diagonals of the capaci-
tive bridge and c) by the Anw~curate MVtUal DOSition ot the
staturs of the gonion(.ter. In the development of phase invertc.-o
Card 1/2 iL ia neceseary to take Hpeciai mfanurcs for reducing theL;t

Instrument Errcrs of a Differt-ntial-Phane Inverter --'C'V~
errors. 2) A necessary condition ior an aecurate, perfcrnance of
a phase inverter is an accurato halanclug of the capacitive
bridge and a wenkening of the npurious capacitance coupling in
the gonicweter. 3) A possible &~tui,ing phase of the
transformer exerts only a small upon the accuracy of
the phase Inverter, If in the op-4ratinn r~f 7hc phase inverter
the usual stantiards. af!tj prccautions ere '.ak-n *.his error can be
neglected. There are 1 figure at:d ~ references. 4 of which are
Soviet.
.;1jHM1TTFD: March 20, 1957 (initlialiy) and February 15, tal'ter rttvision)
Card 2.- 2
1!~T-7777777777

IGNATOV, VI.,,,)~and-tekhn.nauk, starahly- naucl,My notrudnik
Sector radio beacons with phase control nf the directional
diagram* Moraflot 19 no.6o.40-41 Je I~a. (.qvu 12:0
I.Arkticheskiy I autarkticbeskly naucbno-isoledovatellakiy, institut.
(Radio beacnne)

IGNATOV, V.S., kand. tekhn. nauk
Instrumental error@ of sector radio beacons with phase-
controlled direction 41agrams. Trudy TSNIIMF no.23:24-32
'59. (MIRA 1W)
(Wio beacons)

V. S.
Direction finding accuracy of medium-mave reAio stations In
the Arctic. Probl.Arkt.i Antarkt. ao*2j67-76 16o.
(KM 13t6)
(Arctic regions--Radio direction finders)
The publication is intended for Soegraphers, oceanographers, and
readers interested In the Arctic and Antarctic regions. This collection of
19 articles pub]-ished by the Arctic and Antarctic Scientific Pesearch Iwtitute
deals with ice conditions in the Arctic seas, vitL atmospheric circulation and
anticyclonee, aurora phenomena, and methods of oceanographic observation .

IGNATOV, V-3-
Estimating the accuracy of determining the deviation of terrestrial
radio direction finders by the use of aircraft. Probl.Arkt.i
,Lntarkt. no-3:115-118 16o. (MIRA 13:9)
(Radio direction finders)
(Arctic regions--Aeronautics in surveying)
OCURA"1=14"ttea at %%O 114414 114 Aatankle %leatino IU##4"6 is.
67ties" a us water teaparow. to the Antis 8.018. U4
Ud- at Aftue 8.148, me O"W" of A,4" - ---- - ---- - --
diaeft" ae"WVa"t 0." mad wA "WIllos",
, of to"rStaas Lba dateralawom of is, mubase
by dipole eleat"C""a 94OWSO am -Osaa activity La ftlatl" t.
go
sod utltai.. It-

- - TqAT0V9 N.S.- .--- -
At the Vostok Station, Inform. biul. Sov. antark., ekep. no.1607-38
160o (MIM 13:32)
(Vostok regionp Antarctica-Atmospberic te4erature)

IGNATOV, V.S., kand.tekhn.nauk
Preliminary rns,iltq of auroral oboorvations at the South
Geomagnotic Pole. Inform.biuI.Sov.antark.oksp. no.18:
24-27 160. (MIRA 13:7)
1. Arkticheskly I antarktichnnkiy muchnn-issledovatell-
Bkiy institut.
(Aurovis-SVoc tru)

IGIUMV, V.S-, Icand.tekhn.nauk
Thermal method of IGtudYiz)9 the structure of the Antarctic snow and
firn cover. Inform. bid. Sov. antark. Asp. no,21-.16-18 160.
(MrU 13 2 10)
1. Arkticheskly i antaricticheskiy nauchno-iseledovateliski7 institut.
(Antarctic regions-Snow-Deasity)
S/2987 1
16 9/61/000/009/018/056
D228/D304
AUTHOR: Ignatov, V. s.
TITLE: The trial thermal cutting of ice holes at the Vostok
station
]PERIODICAL: Referativnyy zhurnal. Geofizikaj no. 9, 1961, .55,
abstract 9V4,51 (Inrorm. by-ul. Sov. antarkt. ekspeditaii,
no* 229 19009 22-24)
TEXT: One of the designs of a melter, by means of which the cutting
Of holes with a maximum depth of 52 m was accoliplished, is described.
16 electric coils, divided into -1 groups each with a power of I kwy are
set in the melter's hermetic frame. To increase the melter's efficiency,
its frame was filled with fused aluminum. The high efficiency of the
melter is noted together with its ability to effect cutting in a mass of
continental ice during the complete absence of water filtration on the
melting of the ice. From 5 to 8 hours are spent in the hoisting of the
melter from a depth of 40 - 50 m. Z-Abstracter-s note; Complete trans-
lation.-7
Card 1/1

39105
.~,,169/62/000/0006/089/093
j.':2 6D 35 0 4
4
t~ :.n Z:~e -~-V-y period, s espec-
7-
% 0 r s o n h e h o u r s
j 4 hrs s Orl 0 n.,,al var-'ations of
--e eauency of
zhem zhere
u f
ora., z-adio
'D Z, v u L J r-, 6 a zh- -~,-Cy ma4r..Ly
n
Col.-
1 G' A' C A,
inlad-,ldy red., VILL'al'o-KAYA, teklin. rea.
[one year at the cold role) God na poliusa kholoda. '.'ojkva,
C.eografgiz, 3.962. 11+3 P- (V,11,A 15:6)
1. Arkticheskly i antarkticheskiY nauchno-,if3sledovatuellskiy institut
(for Ignatov). (Antarctic regions-Itussian exploration)
P

S/169/62/000/011/06fi/077
Spectroscopic observations 'D228/J307
radiant fom,:-, prevail in tile second halt:.. .~ maximum, at 21-22
local time, is especially distinctive in tile (tivirnal variation of
the frequency of auroras. A '*morning" maximum (06-08 hr) is also
ex,pressed sufficiently clearly, Out it is considerably -.maller than
tile "evening" maximum. The wonthly variation of allroras has oil(,
maximum, fallirqr approximately oil tile middle of the polar iiight
(June). There is a tiiiiiimum o~ visilble auroras in ;eptcm;)or. Lost
auroras were observed at all angle of i:ron. 0 to 300 above tile hori-
zon. They were usually of considerable intensity. aialyzinig, mab-
netic- ionospheric disturbances and auroras gives some grounds Zor
supposing that a second inner zone oj~ activity exists near the
South Magnetic Vole. The observational results showed that the
green line A5577 EOIJ and tile violet bands 11-1G"12+ -A. 3914 R,
~, 4278 R, which also impart a characteristic blue-green color to
most auroras, are most intense aud are always -present in the s cc-
tra of southern auroras. Th-- red linos AX 6300 and 6364 14111[01j
were observed regularly, too, but their intensity was considera"Ay
less. The intensity of these emissions grows considerably as tile
Card 2/3
S/169/62/000/oll/068/077
Spectroscopic observations ... D2281u307
magnetic activity-intensifiv-~. INGN2+ JL 4708 R emission had a small-
er intensity in tile auroral, spectrum. The emissions )~~- 4340, 6563 R
were also o6served in the s-)ectra of auroras of great intensity.
Since the wavelength measurements coincide witil 11 y and 11,
emissions may k. , those
be presumed to belong to neutral hydrogen. The yellow
sodiuril doublet X 5890, 5896 R was recorded regul,3rly at da;m and
dusk. 0`odilim lines were noted, too, in auroral and air ilo,,j spectra.
Transitory (from several minutes to an hour) "fla,,hesv
[01]X 5577 Of tile line
R were sometimes observed at night, especialLy at dalm.
The intensity of all other spectral line3 also decreased simultan-
eously with the green line radiation "splashes". Moonlit clouds
are indistinguishable from auroras on photos of the C-180 c era.
The spectral m an,
,ethod of observation is free from these disadvantages
and can be recomiended for unerring auroral registration.
Z-Abstracter's note: Complete translation-7
Card 3/3

IGNATOVI V.S.- MILYATEV, N.A.; NIKOLISKIY, A.P.
Results of geophysical studies In the central Arctic. Probl.
Arkt.i Antarkt. no.lls65-74 162. (KIRA 16s2)
(Arctic regions-Magnetism, Terrestrial)
(Arctic regions-Ionospheric radio wave propagation)
%.)J~'t_)
!-,/2J3/ 62,1"00-2/00 1/01010L)
1Fnntov Z"
of 1~on ipheric observntions at the
.SouUi goonmino't"Ic polo
f 1:'A L: Goomrwric"'t-m I horonomiya, v.'s?, no.], 1962, 91-98
m-7XT: ionospheric data collected at the station Vostok
780217',Aj~ f,2?6" in IS;59 are
,-)resented. The ditta noro obt-11nad by means of a automntic iono-
soheric statlon linving the follo-~ilng properties: 1) frequency
r P, npc :1 - 18 Me , 2) pi.ilso durqt1on: 50-~1101L see, 3) pulse
110notition: 50c [).9 ,4 ) minimum nowor 'output : 2.,S.Kwat~'pulso,
5) receiver sensitivity 1OLt4V -e:lih a signail to noise rntion 2:1
6) froquency mnrka - every 1,*.',c,. 7) height marKs - every 50ian.
LoIx pressure (450-4C'10 mrr, Hg) Cnll3ed breakdown of the electronic
6 Oil I Pre n t .Very low hkirvidity Lnterfered with the fllr.. Pad
r.'roi.indi-ng reduced antenna efficiency. The structure of the
Card 1/2

S/203/62/002/'001//010/019
1023/122;5
I-PI") rrinul'U3 (D'
lonc3phore -~.nr the :3out*A Polo IS SUCh, that f-.-,,in. Is
often lower than I'll1c ,12ho F. Inyor is at a height of 90-1201-cm,
0, 1,3
t'ao ionization datialtv 1.~ c,-,nn~~cted wl.th tho Zenith angle of t2'
The critIcal frool-16-ney h"-3 a naxLnmim noproyinritoly at nuon,
reaching - 3.5.'.c In tht., and decrOq3ing in vinter. The ?
1A-yer is at a height (,if ."he mqxj,-,u-,-, critical froquene-y
of F, was obat)rvod in siinmer nt noon: 5%,01, and of *,-,7, in April:
L
S. 8114c ~',"Qrong 101103'pherle d1sturbances wore ohser~ved In .,ay
and July, the7 Seam to lie connected with an Increqse of the solar
activity lovel. '--~rtta on spor-011c formations in the E laver are
i; iv e n. Chnrnctorlatica ol' rndllo.;~ commanicatIon at medium and
short waves are discussod. There Ftre 6 figures and 2 tables.
A S S (-)C I A 111 10! T :Arkt-ichoski7 1. Antarkticheski7 nauahno-issledo-
vntells;(ty Institut (Arctic nnd Antarctic Research
ILngtitlitfi)
S1 9 "'. iT 11 !K D;Ovjm",)Or '27, --,061
Csird 2/2
C

h3157
S/20,V62/000/0075/000/021
1023/1260
AUTITOR: ignatov, V.-7.
TITIL: Ionospheric d13turbnnca at tho poles of homogeneous
riagrintl7ntion
.rr~, v.2, no.3. ll,'60, 464!-469
PERIODICAL: Geomngneti%m I Iteronoml-
TEXT: The followinr, choracteristirv of ionospheric, dirit--irbances in
the reClons of poles 'of homoganeou3 magnetizWon are Investigated.
Appearances of complete absorption-blactiouta; anomqlou.-I Incresse of
the or Meal f requenc lea of the a porad Ic layer Es E., >, 3 1,10gn-
cycles); considerable deviations of A
,J.F2 from the m~dlnns ( Aly-C.
20%) determined for every. full holir tho day on several mngnetical-
ly calm dayn. Data collocted durint; 195Q are used. The (11iirnal*Ftnd
seasonal variations of the prameters arn determined for tho Vostok
station, located near the South goomngnetic pole. The results are
coinp4refl with data from the Milo station, loented nenr the North
geomagnetic pole. It is shown thrtt thern urn no essential 'dirfnron-
ces betneen the structure of the ionosphere near the Southern and

3 lrmloo- ow bor lool
-/2n. / V / -
i 02 3 / i r.,.r) 0
Ionosphoric (11rf.1u,bancoeve
the Northnrn georirgnotle poles. Typtcnl arens of E and P nrc) ob-
sorvf3d In both places In thn nurtmor. The lRyer F1 disappetrL: with
the polar night nne is ret)lnrnd 'h- tho night-la-cr E which may be
observed at nny time. Similarity of tho coiirse of' dinturbance3 In
the ionosphere near the magnetic polfis is proved though thern -Ira
some loc-..,.il featlires, caiwed hr el3mit1c conditions, the geographical
positions of the poles; ate. rfhe totnl level of Ionizition dar!nr,
the whola year cnn vary apprnelably between the two stations. There
are 4 f1g,tres and 11 referonces.
A;SOCIATION: Arkticheskiy I Antnrkticheskly nauchno-isledovatell-
skly institut (Arctic E%nd Antarctic Research In3titute)
3 TJ BM I 11"i E D: January 26, 1962
Card 2/2

IGNATg,-~ kand. tekhn. nauk
Stability of the supporting surface of the landing strip at
Vostok Station. Inform. biul. Svve antark. eksp. no.32:39-43
162. (MIRL 16:4)
1. Irkticheskiy I antarkticheakiy nauchno-issledovatel'ski)r
institut.
(Vostok Station, lntaratica-Runways(Aeronautics))

-1 - -. 7"'LI ri.nutd-
. . -01 x-I kan~d.telsL . (Stontslya Vostok., Anv-irktida)
At the Pole of co2d. Priroda 51 noo9:74-76 S 162. OURA :15:9)
(Antarctic regions) ... % .

IGNATOV, V.S.
Connection between auroras, ionospheric and magnetic disturbstnces
in Antnratica. Trudy AAKII 241 no.4:99-103 162. (MIRA 151-8)
(Antarctic regione-AuroraB)
(Antnretic regions-Magnetic storms)

L 102SI2765 FF.O-2/1;WT(d)/E-2-G-1+/EED-2 Pu.4/Po-4/PP-4/Pq.-4/Pg-4/Fk-4/pi-4
ACCESSION MRs AR4046021 B/0274/64/000/007/BO49/BO49
SOURCE: Ref. zh* Radiotakhnika I elektroovyas'. SvodfWAY toms Abe. 7B302
AUTHOR: Ignatovp-V. So
TITLEs Principal technical characteristics of a sector radio ran
CITED SOURM Iriform. ab. TIeentr# n4-i. In-ta morek. flota, vy*p. 98j 1963j 32-39
TOPIC TAGSs radio range-directional-pattern bearing
TWISIATION i Principal teabni6al characteristics are considered of a sector ra&o
range with phase-controlled directional patternj recommendations for selecting
optimum characteristics are given. A formula is developed for the width of
dirntional-pattern lobes and for the accuracy of bearing determination depending
on the base length (diatance.between the radio-beaoon outer antennas)i the concept
of.equi-atj wne
interdependence betweezi-the Orindpal.teahnioal. Wwacterietice. Three ilkstra-
tions. Bibliograpby 1 2 titlas
am 0=1 XG EXCL 1 00
-7i 7

J21ATOT,
lodometria detarminatian of the penioillinase of ataphylo-
cocal. Lab. delo 8 no.1005-3-7 t62 (KM 17 W
1. Kafedra biologicheBkoy khimii ( mr. - prof. N.N.Tvanovskly)
Saratovskogo maditoinskogo Inatituta (dir. - dotaent N.H.
Itmov).

m
IGNATOV, V.V.
Nucleotide composition of Staphylocaccus albus resistant to
ponicillino Antibiotiki 6 no&6:503-506 Je'63 (MIRA 170)
1. Kafedra biologichookoy khimil ( zav. - prof. H.N.Ivanovskiy)
Saratovskogo meditsinskogo inntituta.

. IGNATOV, _V.V.,
Nucleotide composition of the DNA of staphylococci resista-t to
antibiotics. Zhur.mikrobiol.,epid. i immun. 41 no.5ilOO-M My 164-
(1-,,RA 18,-2)
1. Saratovskiy meditsinskiy inatitut.

i- h-4844-6-T EVTT(l) G 7
ACC NRo AP7nt)0249
SOURCE CODE! UR/0213/66/006/003/0519/0328
AUTHOR; Vasillchikov2 N.7ye; Ignatove Yet I.; Shumilov, Av Vs
-1'-1
ORG: Department of Oceanologyq lbscow State University Im. M. V. Lomonosov
(Moskovskiy gosudarstvanyy univarsiteti, Knfedra okeanologli)
TITLE: Redesign of the 'Okeant hawser winch Into a cable winch
SOURCE: Okeanoloniya v. 6, no. 3, 1966, 519-528
TOPIC TAGS., winch, connecting cable
ABSTRACT: The redesign of the "Okenn" hairser winch Into a cable winch has been
described In detail, accompanied by seven detailed diagrams and phtotgraphs.
Detailed directtons are given for splicing the cable (a method developed by the
All-Union Scientific Research Institute of Geoph s); the diameter of the cable
YsIc
to all intents and purposes is not enlarged at the splicing point and there Is no
change of the mechanical and electrical characteristics of the cable. The
redesigned winch and the mentioned splicing method have successfully withstood all
tests. Orig. art. has: VfIgures. fJPRS: 37,05Q7
SUB CODE: 13 / SUBM DATE: 08 Apr 65
Card 1/1 UDGt 551.46.073: 621.866

IGNATOV. Yo.M., inshoner; TBIULHO. M.P., starshiy tokhnIk.
Simplified type of anchor pull rods for 25-50 motor most. Test.
eviazi 14 no.3:28 Kr 154. (KI-RA 7:5)
(Radio-Antennas)

50), 11(5) SOY/152-59-1-17/31
AM;*01IS: Klimenok, B. V., Ignatov, E. M.
TITLE: Partial Freeing of Diesel Fuel From Paraffin by an Aqueous
Carbamide Solution (Partsialinaya deparafinizat3i,,a dizelf-
nogo topliva vodnym rastvorom karbamida)
PERIOICAL: Izvestiya vyssbikh uchebnylch zavedeniy. Noftl i t:az,
1959,Vffr 1, pp 63 - 68 (USSR)
X
ABSTRACT; Two variants of the partial freeing of diesel fuel from
paraffin by means of an aqueous carbamide solution are
described in the present naper. The procedure is to frce
widely one part of tlie diesel fuel from paraffin and nub-
sequently to intermix the freed part with the unfreed one.
By the first variant, diesel fuels with low solidification
point were obtained by extensive freein6 part of the fuel
itself from paraffin. By the second variant, they were ob-
tained through extensive freeing of the heavy fractions from
paraffin. Under invontiCation rore diesel fuels extracted from
the Ural-Volga petroleum. Their evaporation temperatures were
Card 1/3 between 210 and 3500, the solidification point was at -131,

Partial PreeinC of Diesel Fuel Prom Paraffin by an S(,V/152-r"-9-1--,7/31
Aqueous Carbamide Solution
density at 200C amounted to 0-8430, the refraction ind~~,x at
200 C amounted to 1,4680, viscosity at 200 C amounted to
4-423 centistokes and the content of ordinary paraffins about
26%. The diagram resulting from the investiCation of the
first variant shows that 1) the solidification point is no
additive quantity. With each additional per cent of the share
of fuel freed from paraffin in the mixture, the solidification
point drops accordinGlyj 2) to obtain a standard cold- 0
weather diesel fuel with the solidification point at -45
the fuel freed from paraffin must be mixed with the unfreed
part in a ratio of about 2:1 (parts by weight); 3) to obtain
a standard diesel fuel with the solidification point at -600
for arctic temperatures, the ratio mentionod muot be about
6:1. On the basis of curve 3 (Fig 3) obtained on investigating
the second variant it is possible to determine which heavy
fraction is to be separated and submitted to extensive freeing
from paraffin in order to obtain a diesel fuel with the de-
aired solidification point. after mixing the freed part of
the fraction with the distillate. The two varianto are
Card 2/3 compared to each othL,r. The coml:arison shows that the yiQld

Partial Freeing of Diotjel Fuel From llar.-kf'fin by an SV-,V/l 5 2-5 01-1- 17 /7 1
Aqueous Carbamide Solution
of freed-from-paraffin diesel fuel in larCer Yrith the second
variant, namely, by 2,~ when producing cold-weatrer diesel
fuel with the solidification point at -45o.There are 4
figures, :1 tables and 1 Soviet refere.-.ce.
ASS(.CIAT101i: Ufimskiy neftyanoy inotitut (Ufa Petroleum institute)
SUBMIT i'I"D: October 28f 41958
Card 3/3

IGNATOV, Yu.
it to nocessary to rains tho roquirnmonto for tho quality of
meat products. Hias.ind.SSSR 10 no.2:21 '59.
(MIRA 13:4)
1. Starnhiy inzhener inepektaii po kachestvu myasEL (Azorbay-
dshanakayn SSR).
(Meat induetry--C~uality control)

SHAMOWINAIll VoV.0 IONVU, Tu*ro
DatmajAmtion of the reglcn Of aYnchrOOOM "r&t'cn of
an autmUo ph&W fr*qUWW trlm vYBtW4 32skUvffvW
39 no*2003-37 0 9659 (Km 28112)
io &iuitw revs 28, 1964
-'Z' :'--~~-z-'-- --~-

1, OM014-67 IN-Wr W) OD
1- ACC NRt AT60-2'233'9
SOURCE CODE:
uR/oooo/66/m/oOO/0013/0018 1
1 1
AUTHOR: Petrishchev, V. I ; Shakhgilldyan, V. V.; Ignatov, Yu. F.
ORG: None,
i
ITITLE: Experimental investigation of the statistical properties of a system for phased
automatic frequency control
'SOURCE: Va i
..._e~oy'~_~naya nauchnaya sessiya, ponvyashchennaya Dnyu radio. 22d, 1966.
Pektsiya teorii i ie'khriiki-'fii; s'i"g6ald1-. - Doklady.- m6s c6i*' 'i�66,
A
TOPIC TAGS: AFC, filter circuit, low frequency, phase detector
ABSTRACT: The authors describe the experimental equipment and measurement methods
used for studying a typical phase AFC circuit (see figure on card 2) conbisting of a
phase detector (PD), low-frequency filter (LFF), control element (CE) ar~d~tuned os-
sillator (TO). The experimental model was built with semiconductor devicles to'elimi-:
nate the effect of variations in the &-c supply voltage. Oscillator stability ~as im
proved by thermostatic control. Harmonic voltage was fed to the PD input from a* stan-
dard generator (SG) together with normal stationary noise from a special gene or
(NG). The experiment consisted of determining the average frequency di.-i-_'erence betweeg
,TO and SG, the average time for operation of the system in the synchronf~us state (tpe

L 02404-67
ACC NM
average time between two phase displacements by t2v), ING,
I'll
the density distribution for phase difference and the
probability for disruption of synchronization. A
special device was developed for this purpose (D in the
Ifigure). Experimental results are given for two specific
low-frequency filters. Analysis of the experimental data
shows that a proportionally Integrating filter with a
I
large time constant and zero initial mismatch gives an
average time to disruption of synchronization which is
independent of the time constant and increases with a S
reduction in the ratio of RIC to (R+.R,)C. The average
time for synchronous operation with a proportionally
integrating filter is nearly independent of the initial
mismatch up to O.IA where A is the frequency band of the
system. There is a sharp reduction in the average time
to disruption of synchronization when mismatch is in-
creased beyond O.1A. The average frequency difference
for the system in this case is practically inaependent of the relative time constant
if the initial mismatch is no greater than the holding band. When the holding band is
less than the initial mismatch, the average frequency difference increases sharply witb
the relative time constant. The average time for synchronous operation also increases
with the relative time constant when the initial mismatch is zero.. However, the
Card 2/3

L 02ho4-67
ACC NRt AT6022339
~relative time constant increases, there is an Increment in the phase of TO bj n-2v
(n=1, 2,...) with each.individlial disruption of synchronization, n increasing with the
Irelative time constant. Orig. art. has: 5 figures, 4 formulas.
ISUB CODE: 091 SUBM MTE: 09Apr66

t 58814-65 1)/!.* (M)/ETF(c )IM (k) -~/EPF(n) - 21EWG (M)/EPR/r/
47PU:4 lip(c),
ACCESSION NR: AP5015695 UR/0076/65/039/oo,6A536/1537
543.644
-A-UTHOR-.-Igmioy,-Yu.-I,;-qltos.tenko,.Yu..- Qubina,--'P.N-

TOPIC TAG& on rea n exchanger .--:ion exchange, morphine adsorption, esin coolingj:
calcium adsorption, adsorptive cApacity

BSTRACT:-- The effect~4164_ _on the properties of KU
ra q
turp
ion exchange" resins was studied by immersing the latter in liquid nitrogen for 10hr, -
r tive
-al -at-voonj tern oraturefor24hr. No changes inaclsorn

ns).-.qr U exte;pa
'capg
-
At--
-mordam- --15490%-
this-increage
expected
Bmuse~of-
b is
INM
w
lan
-
-
-
-
-,
.
O S
e
y7
g
-that the ion exchangers would perfprenti.ally- adso-rb-organic ions ascompared td-'Uhtr"ted
exchangers. Static experiments with morphino hydrochloride confirmed this hypothesis.
It is concluded that the thermal treatment of condensation cation-exchangers may be used
to alter their- selectivity, -particularly in the adsorption of large organic Ions. Pro-
liminary exposure of ion exchangers to low temperatures is preferred to treatment at high
Crd 1/2
- - - - - - - - - -

I NATOV
- G ,_ju.I.; IZ14AYITjV, N.A. [deceased)
Exchange of ions of different valency in nonaqueous solvents.
Zhur. fiz. khim. 39 no.10:2482-2485 0 165.
WIRA 16: 12)
1. Khartkovskiy khimiko-farmataevticheskiy Institut i Khart-
kovskiy gosudarstvennyy universitet imeni GorIkogo. Submitted
July 20, 1964.

11. llu~ -:, t -l'-.
~rer,.irirl;L TleltE; for !,rocas:sing %ut ,vir,~iwu:jus irvi boiaes)
'.I !~.
izd-vo tok-hn. I ekcn. Ut-ry pa vopro am 15"'2.
~Bib-.Aotaka zi,-r.otovltjlia)
t~)14-217tl)
Tslcbl - 1 5

AUTHORSt Ignatov, Yu.V.9 and Tretlyakoval L.I. 28-4-10/35
----------------------
TITLEi Determination of the Warmth-Insulating Properties of Clothing
Material (Opredeleniye teplozashchitnykh avoystv odezhnykh
materialov)
PERIODICALt Standartisatsiya, 1957, # 4, JulY-August, PP 39-42 (USSR)
ABSTRACT: The article considers the theory of heat exchange through
clothing and means of measuring this heat *
The authoxs criticize the standard device - rOCT 6o68-51-
which is based on a stationary flow of heat (clothing in
contact with the skin on one side and with a rigid stationary
object on the other, as in sitting or leanings According to the
Research Institute for Wool and other organizations, the
accuracy of this device is about 10%.
Widest used are the measuring devices based on the theory
of normal conditions, developed bj Professor G.M. Kondratlyev.
The bioalorimeter (Fig. 2) is based on thiR principle. The
average.accuracy of measured cooling is; with the use of this
devices 2-3%; the duration of a test is 12-20 min. The bicalo-
rimeter enables not only the measurement of the thermal resist-
ance value of various materials but also the changes of these
Card 1/3 properties with changes of the physical and mechanical factors.

28-4-10/35
Determination of the Warmth-Insulating Properties of Clothing Material
An izivestigation of cotton-wool linings enabled the determina-
tion of a linear relation between the total thermal resistance
and the weight of linings (Fig. 3). A chart is given that shows
the total thermal resistance of some animal pelts, nylon furp
cotton and wool materials. The simplicity and convenience of
the bicalorimeter have been noted by individual investigators
and by institutes, such as S.G. Zyrin, N. Ye. Rikiforova,
D.A. Mendeltsong of the Leningrad institutes of Precision
Mechanics and Optics, of Work Hygiene and Occupational Diseases,
and others. Extensive iise of this instrugent in the research
laboratories is#however, handicapped by the absence of a
standard.
The authors say in conclusion that this standard would be
best developed by the laboratory of Professor G.M. Kondratlyev
at the Leningrad Institute for Precision Mechanics and Optics.
Card 2/3 There is 1 drawing, 3 graphs and 1 table.

28-4-10/35
Determination of the Warmth-Insulating Properties of Clothing Material
ASSOCIATIONs All-Union Researoh Institute for Animal Raw Materials and
Furs (Voesoyuznyy nauchno-issledovateltakiy institut zhivot-
nogo syrtya i pushniny) and Moskva Technological Institute
of Light Industry (Moskovskiy tekhnologicheskiy institut
lNgkoy promyshlennosti)
AVAILABLEs Library of Congress
Card 3/3

IGNATOV, Yu.V., stareMy nauchnyy sotrudnik
Heat insulating properties of the various kinos of marmot and
nutria skins. Nauch.isal.trudy NIIW no.1-lid-51 162. WRL 16:5)
(Rides and skins-Thermal properties)
, I-"?-
-----, ~_~ , . 1P. ~ -7-

TSEREVITINOV, B.F.; IGNATOV,, Yu.V.j IGNATENKO, V.B.; KRUSHINSYM,, V.V.
Heat insulating properties of fur hats. Kozh.-obuv,prom, 4
no.l2s19-22 D 162. QM 1611) 1
(Clothing, Cold weather-Testing)

IGNATO-V Yix V
Wear resistance of sheep pelts and artificIO fur. Kozh.-
obuv. prom. 7 no.51lP-21 %t; 165. (MMA 180)

T ~-T- - 7-
IVANITSKrY, Svyatoslav Turlyevich, insh.; NG114ATOVj "#AWjrujWJi,- Insh.:
W _~
111N. V
KARHANOV, Boris Sargeyevich, inzh.; HIM. Yeavolod Vyachislavo-
vich, insh.; BXKKSS% Y.Y.0 Insh.0 reteenzent; GINTSBURG, M.G., reteen-
zent; MLYANSKIre YeAs, insh., rede; UVAROYA, A.F., tekhnered.
[motorcycles: construction, theory. design] Mototsikl: konstraktaiia.
teoriia. resobst. Moskva. Goa. na.uchao-tekhn.ird-vo mashinostroit.
lit-ryg 1958* 503 p. (MIRA 11:4)
(Motorcycles)

PAKSHVER, E.A.; IGNATOVA, A.I.; VINOGRADOV, G.V.
Temperature dependence of the viscosity of polymer solutions.
Vysokom. soed. 7 no.11:1964-1967 N 165. (MIRA 191l)
1. Nauchno-inisledovatellskiy inotitut sinteticheakikh volokon
i Institut neftekhimicheukogo sinteza AN SSSR.

SEMEVSKAYA, V.Ye.; PODLUBNAYA, Ye.T.; IGNATOVA A.V.
Improved methods for the analysis of fusel oil. Trudy T&JIISP
no.6:1.5-5-163 '58. (MIRA 14:12)
(Fusel oil--Analysis)

O$HMYAN,
Aelective extraction of volatile acids from aqueous solutions
With ethyl other. Trudy T4NIISP no. 8sI30-136.159.
(MIRA 14il)
(Acids)

OSIDIYAN# G.L.; MUIOVA# A.V._
Identification of free and esterified volatile acids in vodka.
Trudy TSNIISP no, W36-139 159, (KUU 1431)
(Vodka) (Acids)

OSHMYAN, G.L.; IGNATOVA, A.V.; SUSYKINA, A.V.
Production of the heavy type rum. Trudy TSNIISP no. 13134-40
,62. (MIRA 17;5)

S/137/61/000/012/141/149
AOO6/A1O1
AUTHORS: Shcherbakov, V. G., Anikeyeva, N. P., Ignatova, A. Ya., Magala,T.Z.
Tr=t A method of spectral Ahalysie'to'determine impurities in Irigh-
purity molybdenum metal
FERIODICALs Referatl" zhurnal, Metallurglya, zio. 12, 1961, 4, aba-traot 12K22
(08b. tr. I?-
Vaes. n.-i. in-~t tverdykh splavoV", 1960, no. 3, 56-63)
TE(T Mo-anhydride obtained by'aaloination of Mo metal at 550 - 600 0C is
mixed with carbon poOder in a ratio of 4 portions Mo0j and 1 portion carbon
powder, to obtain carbide formation. A portion of the mixture obtained is
placed into a-carbon container with a carbon eleetrode cover. The container is
placed between graphite electrodes. A carbon receiver IS placed above. The
container temperature rises within 1 minute up- to 1, 900 C, holding * time is 60
seconds. The spectra of the carbon receivers 'With the condensates are photo-
graphed with the aid of a spectrograph In an a-c aro of 3 amp intensity. The
width of the spectrograph slit Is 0.01 mm. To determinn Fe, Al, Si and Mg, the
carbon mixture with 6% CuO in respect to the carbon weight was mixed with M003
in a 1 : 1 ratio. The carbon electrodes were manufactured with a 3 mm cup, the
Card 1/2

S/137/6z/ooo/012/i41/i4q
A method of speotral Analysis.,.. - A006/A101
upper electrodes were truncate-cone-ahaped. Prior to taking the photographs,
the electrodes were roasted In an a-c aru of 10 amps intensity. The distance
between the spectrograph alit and the light source was 250 mm, the alit width
was 0.012 mm. The spectrum exaltation source was a 10 amp d-a ar~.. The sample
was-oonneoted to the arc anode.
L. Voroblyeva
[Abstracter's note: Complete translation]
Card 2/2

IYA-TOVA f,
.. .............. . .. - ------
country ct"SUSSOM
Otsecrf sea
. 1. 1939. go. 80"
pat net ID101, Ov
Abe. JOuP-
Aft-
at ibe Al
Title wtw .8 lu"a
"ties
_4. WIN Join, AS, "r-
Pub. I lav Ott- kl--53
Ift* 1.
. 6. at 0.5. -A
kled V
"'Ptce"'04
votr'Gt assal. at"
5 at *a%@ VIO e4rat"
"w"J%"t$ sets. as IOU se 1 0 .4 1,104 W-WO
vatsetre, 10M.) 'Itble V.-M 000""*
0 eam ibs &M
as
as tv
led 661mis. It 18 "'w"t" Oat v
".a
out ON "are k 0140me Ot
aste atreew 9POO tbo
'"Wa Mile
car4t

ZHELIAZKOY, D.K.; KOZI4)YSKI, G.; HIKOIA)YA. 14.p.; IGILkTOVA, I.p.
Experimental and clinical studies on hair growth stimulating effect
of trichlorotriethYlamine (TS-160). Suvrem. mad., Sofia 8 no.10:
72-83 1937.
1. 1z Utedrata po farmakologlia pri VWI--t;ofiia (zav. kAtedrata: prof.
P. MIkolov) i latedrata p0 dermatologiia pri VMI--sofila (cav. katedrata:
prof. L. Popov).
(NITROGIN MUSTARIM, effects,
trichloroethylamine on hair growth (Bul))
(ITHYIANIM, effects,
same)
(HA IR, effect of drugs on,
trichloroethylamines on growth (Bul))

PETROVA, Stella Vladimirovnaj VOLKOVA, Nina Mikhaylovna; SARMITSUA,
L.-S,, retsenzent, IGHATOU_Q-j-_reti3enzent; RYCHKOVA,
0.1., red.
(Technology of the tailoring of men's suits) Tekbnologiia
poshiva muzhskikh kostiumov. Moskva, Legkaia Industriiay
1964. 269 P. (MIRA 19:1)

69686
P/00 s/126/60/009/03/oo6/033
Is-/ / 0 Eill/E452
AUTHORSt Druzhinin, V.V. and Ignateva, Q.V.
TITLEt Crystallographic Texiure~_;n_d Aniso Magnetic
St!ropy of the
Properties f Hot-Rolled Dynamo e1
.;x_7
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol 9, Nr 3,
PP 353-337 (USSR)
ABSTRACTt Druzhinin has previously shown that there is a
considerable crystallographic texture in hot-rolled
dynamo steel leading to appreciable magnetic anisotropy
(Ref 1) which can be in either of two directions. In
the present work, the authors have studied this effect
in different sheets from packets rolled in various
ways at the Verkh-Isetsk Metallurgical Works (two of the
rolling procedures are shown in Fig I and 2; the third
being different in that it did not involve doubling).
Sheets were rolled to a thickness of 0.5 mm from 10.2 in
eleven passes. For studying texture, 40 mm diameter
discs were cut from each sheet and their moments
determined magnetometrically with an inter-pole field of
3000 oersted. Magnetization was effected at various
Card 1/3 angles to the direction of rolling (Fig 3, 5 and 6 show

69686
S/126/60/009/03/oo6/033
E111/E452
Crystallographic Texture and Anisotropy of the Magnetic Properties
of Hot Rolled Dynamo Steel
moment an a function of the angle for rolling by
procedures 11 2 and 3 respectively). Anisotropy of
magnetic-induction was studied on 250 x 30 mm strips cut
out at various angles to the direction of rollings Fig 4
shows magnetic induction as a function of this angle. The
authors conclude that crystallographic texture anisotropy
is due to sheets being doubled during rollin Rolling
without reversing the texture type is (100~ ZI'OP>; with
reversing it is mainly .
In sheets with a ~106) texture, best properties
are obtained when magnetization is effected at 30 to 45*
to direction of rolling; with the other texture, when
magnetization is effected parallel to this direction.
Differences in the crystallographic texture in rolling
with and without reversing is associated with rolling
conditions in two-high stands with a single driving shaft
when the roll-pressure on the sheet is not at 90*. The
authors suggest that further work is needed to elucidate
Card 2/3 the mechanism of the formation of different textures. V~

69686
S/126/60/009/03/oo6/033
Elll/E452
Crystallographic Texture and Anisotropy of the Magnetic Properties
of Hot Rolled Dynamo Steel
Experimental rolling of the steel was carried out by
engineers A.V.Serebrennikov and A.G.Korsunskiy. There
are 6 figur-es, I table and 2 Sov-ie-t--r-eYerences,
ASSOCIATIONiVerkh-laetakiy metallurgicheakiy zavod (Yerkh-Isetak
Metallurgical Works)
SUBMITTED: July 11, 1959
Card 3/3

AU11140R,13: ZakLiai-ova, M. I., 1,~i t(,v~-- I a_.'1 IT. A.
TITLE: Investivation of the Phrtse Tr;:n:~for;a~,,_tior y -3, (Y + a)
in Alloys of Iron Nlclj~ol (Isslodov-1i lye fl,,,Iovo6o
prevraulieboniya y Y + a) v 1~iplavakh zholeza s nikeleLi)
PERIODICAL: Fizikin lletallov i IMpt;t1lovedonLye, 195al Vol 6, Nr 3,
PP 475-479 (USSR)
ABSTRACT: The polyidorphous trarisforiiiations in alloys of iron
with 30 and 32% Ili -,Ire invevti--,';tcd since in spite of the
fact that much vwrk has been done on the problena of
y -,* (y + cc) trancforfa~.ttions in Fe-Ni alloys (Ref 1), the
extrelae stability of Lhe non-equilibriwa o-tate in these
alloys has so far not been satisfactorily clarified. The
alloys were produced from electrolytic iron and electro-
lytic nickel. After castinE, thn alloys were subjected to
homogenization annealing at 0 1000 C for ten hours, then to
heatinG for 18 hours at 600 C which aas followed by
quenchinir in water. The sirije cryctals %trere produced by
the method of recrystallisation ut 1200('C- -Lfter continuous
annealinS for 60 hours, crystals of 20 Arab grew in 1 mm
thick plates. The investigations were effected by X-ray
Card 1/3 and microscopic analysis of po lycry,.- tall ine spccii~iens and

SOV/126-6-3-12/32
Investigation of the Phase Transformations y--O~(y + cc) in Alloys
of Iron with Nickel a
X-ray analysis of static sin6le crystals. The procesu of
polynorphous transforiaation wasostudied for isotherual
heating at a temperature of 400 C; at this tei:qnerature
32% Ri containin6 alloy in the equilibrium state should
contain about 27% of the a-phase. For investi6atinT, the
y --v (y + a) transformation by X-ray structural
analysis, powder was filed froia the hoiao2;enized specimen
which was heated at 600 C for go hours znd then subjected
to isotheri-iial annealin6 at 400 C. The X-ray patterns were
photographed usin6 iron radiation in cameras of 111, cm dia;
the LpScimen dia. equalled 0.4 mia. It was established that
at 400 C the transforiiiation is very slow. Deformation of
the alloys at room temperature does riot only accelerate
the process of y to a transformation; deformation of an
alloy aSter bein6 subjected to martensite traTisfornation
at -196 C will accelerate also the reverse y to a trans-
formation, At temperatures above the Liartensitic point,
the initial sta,,e of the y to a transfoi,Xation proceeds
Card 2/3accurdino, to the relations 1--overnin - the reconstruction of
Ul b

investicration of k"'ho Phaso Trw,,_-forj4i,-.t1o,- y--,& (y + in Alloys,
of Iron aith Bickel
4-r,jj~_.f r1 tior
the lattice in the case tj " 0 :1a 'S.
The forminE of the y-phase is located purallel.
to the plane (111) of the y-8hase. Apparently for a
tempering temperature of L~00 C the lattice coherence is
disturbed in the initi.~~l stalw,,e of -t ran--f o riaa 4'. ion ,:ihich
brings about a brakirv, of the trvz~sfor-iatior. procLts.,;.
Further increase in the 6rovith of the nuclei of the
a-phase is by diffusion; deforuiation zones cre for.-ted
in the matri;: around the nuclei.
There are 2 fi6ures. 1 table rin~'i 4 referencesi 2 of w1iLich
are Soviet, 2 En,:,lish.
ASSOCIATION: lvloskovskiy L,,osudarstvcnny-j univorsitet Laur-i
IA. V. Lomonosova (iJoscow State University im-eni
M. V. Loiaonosov)
SUMUTTED: Jurie 23, 1956 (initiftllV), Feb.8,1957 (aft~ar revis'lon).
1. Iron-nickel alloys--Transfoi-mations 2. Iron-nickel alloys
--Stability 3. Iron-nickel alloys--Casting 4. Iron-nickel alloys
--Heat treatment 5. Iron-nickel alloys--X-ray analysis
Card 3/3

tAUTHORS: 20-119-3-27/6c~
Zakharova, M. I., Ig
n ~tova~ I. A.,
J_ _
'
Semenoval L. A.p Kfiitanova~_N* A.

TITLE: An Investigation of the Phase Composition of Iron-Vanadium
and Iron-Chromium Alloys (Issledovaniye fazovogo sostaya
splavov zheleza, s vanadiyem i zheleza s khromom)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol. 119, Nr 3,
PP. 498-500 (USSR)
ABSTRACT: Though there is a domain of the a-phase in the state
diagrams of the alloys in question which passes over into
the domain of solid solutions of the a-phase at > 12341C
for Fe-V-alloys and at 8200C for Fe-Cr-alloys, thece trans-
formations are assumed to be more complicated, because
these alloys are transformed rapidly in the single-phase
region of the a- as well as of the a-phase. Thus the
brittleness occurs very obviously after annealing at
400-5500C in these alloys that belong to the single-phare
region. The plastieity is here reduced to zero# by this
their practical applicability is restricted. According to
references 3 and 4 a solid solution rich in chromium is
Card 1/4 assumed to precipitate at low annealing temperatures. An

An Investigation of the Phase Composition of Iron-Vanadium 20-119-3-2~7,,'~,;
and Iron-Chromium Alloys
modification of the properties which does not correspond t,.,
the single-phase structure of the solid solution was
observed also above the transformation temperature from
a- Into the a-phase (ref. 6,7). It is difficult to be
explained by the atomic regulation which is assumed at low
as well as at high temperatures by several authors (ref 7).
In the present paper the structure of the alloys in
question was to be investigated after a heating bqtween
1400 and 6000C with quenching in water. The investigaticit
was carried out by means of X-ray diffraction methods In
the polycrystal and by means of microscopical analyig~ii. The
alloys were homogenized after casting at 13000C fr(ir. ?Q to
100 hourn and immediately afterwards quenched in water.
Structure of the iron-vanadium-alloys. The radiographs cf
the powder obtained by means of a file were taken with a
chromium radiation. After a homogenization at 113000C thtve
alloys are (with a vanadium content of 28,5-74 %) n,-t
Eingle-phase, but two-phase. It was proved
Card 2/4 that on a background of the crystals of the a-phani~-

An Investigation of the Phase Composition of Iron- 20-119-3-27/65
VanadiurLi and Iron-Chromiurn Alloys
(hardness- 250 kg/mm2) crystals of another phase with a
hardness three times greater than the first mentioned
become visible. The content of this last phase increases
with increasing vanadium content. The radiograph confirmed
this: 2 systems of lines appear on it. The other phase is
denoted as D-phase by the authors. The content of the
phases was determined in the case of different vanadium
contents. The two phases still existed at temperatures
above 11500C. In the case of annealing at 800*C the alloy
with V-content of 28,5 % consists of the a-phase only. From
43 % V on it consists of a- and Y-phase. In the case of
annealing at 600:C and 49,5 % V it consists of theLT-phase
only. Thus the course of the phase transformations in more
complicated at a vanadium content of 28,5-74 % between 1400
and 600*C, than described by the phase diagram in
publications, i.e.
(a+ 0) --+ a - + 0)
Card 3/4 Chromium-iron-allgs., After the same treatment the

An Investigation of the Phase Composition of Iron- 20-119-3-27/65
Vanadiwi and Iron-Chromium Alloys
microscopical and radiographic investigation showed that
the 9_Uoys with 55, 42 and 48 % Cr consist of the a- and
P-phase crystals in the case of annealing at 13000C. The
amount of the R-phase decreases with dropping temperature
(figure 1,2). In the chromium-iron-alloys with 35-48 % Cr
the phaae transformations consist of a polymorphous
transformation of the 0-- into the a-phase as well as of
the a- into the P-phase, exactly as it was the case with
the above mentioned vanadium.
There are 3 figures and 7 references, 2 of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow state University imeni M. V. Lomonosov)
PRESENTED: November 12, 1957, by A. A. Bochvar, Member, Academy of
Sciences, USSR
SUBMITTM November 12, 1957
Card 1~/4

KISHKIN, S.T.; POLYAK, E.V. Prinimali uchastiye: ROVENbElY, G.M. [deceased];
IGNA'MVA, I.A.; TRUSOVk, Ye.F.; TUMANOVA, G.I.
Kinetics of the failure of heat-reaistant all3ys during the creep
process. Issl. po zharopr. splav. 7:295-308 161. (MIRA 14:11)
(Heat-resistant all3ys--TeEting) (Creep of metals)

S/590/62/105/000/008/015
1031/1242
AUTHORS: -oheshenev, 14.i., Canrlidate of Technical Sciences
and Ijmatova, I.V. 9 Lsig.
TITLE: Effect of cobrtlt on the structure and properties
of 12~n chromium bteel
SOURCS. Moscow. Tsentrallnyy nauchno-isaledovatellskiy
institut tekhnolo-,ii i mashinostroyeniya. Trudy.
v-105, 1962, 114_124
TEXT: The exioting on the effPct of cobnl-V on
heat-renisting properties of steel are scnrce nnd often contra-
-dictory. A 12~ Cr steel of the JI/I 756 (E1756) type with the
cobnlt content varyin.T from 0.4 to 3.68~ was selected for study.
Card 1/2

S/590/62/105/000/008/015
1031/1242
Effect of cobalt on the structure...
The addition of cobalt shprply improved the heat-resisting proper-
ties and, especially, the creep behavior of the 12~ Cr steel at
600-06300C. The maximt.un effect was obtained with 1.5-2~ Co. Since
the addition of cobalt his no effect on the precipitation of age-
hr~rdening elements like tun,-.,:sten or molybdenum in the ferrite solid
solutiin, the toughenin,~- effect is probably due to the contraction
of lattice parameters (from 2.8669 to 2.8657 1) caused by the
diffusion of cobalt in the solid solution. There are 4 figures
and 7 tables.
Card 2/2

mm i BooK maWITATION SOV/3767
Orloy, G. *.0 V. L. Lesniohenkoo U. B. UtudsaT2 V. I. Mazurovp and
X. F. 19U&tov&
Izgotovloniy* 21toynykh form, pressovaniyes god bol'shis davleniyem
High-Pressure Method of Ylsking Yomdry Molds) Moscovp 1958. 28 P.
8eries: Peredovoy opyt proixTodstya. Ser. nTekbuologiya mashinostroyeniya.,"
i
rip. 31, Litaynoys proizvodstvo) 4,,000 copies printed.
Sponsoring Agenalest Obshchestvo po rasprostranoniyu poUticheakikh i nauchnykh
znaniy RMM,, and Moscow Dom usuchno-tekhnichaskoy proyagandy imeni F. E.
Dzerzhinskogo.
Edez L, S. KovAtAntinov; Revievert L. M. Garmash; Tech. Ed.: R. A. Sukhareva.
PURPOW: 2Us booklet Is Intended for metallurgists optelallalng In the
production of castings.
COVEW1 I Odd boo"-, t deals with'the results of experimental, investigations
undertak&2 by NI=vtoprom of the process of compression molding under high
peosure. Practical recommendations are presentedo and an investigation
;of the bamid production parameters conducted by the authors at NlMvtoprom
Card 112

ORWV, G.M.; IGHATOVA, K.F.; USITIC10,10, V.L.; HAZUROV, V.I.; UTEHISOV,
U,Be -
Progressive molding method. Idt.proizv. no.2:6-8 7 160.
(MIRA 13:5)
(Molding (Founding))

i
I Ai~ ;i!~L,A~ .
11255 k,. of Tabacco from One Der-are." p. l'i"R
(KOOPhRATIVU0 ZEMOELIE, Vol. 9, No. 12,, 1954, Sofiya, llml~,aria)
SO: Monthly List of East European Accessions, (LEAL), LCp Vol. 4
No. 5, May 1955, Uncl.

~ "trovot ,
I ". , L.
L
"Ai,,ricultural Cooperatives in the Vill.age of Krupnik." p. 8,
(KOUPF,IG%TIVN0 ZEMEDELIF., Vol. 10, No. 2, Feb. 1955, Sofiya-, &aquaria)
SU: Monthly List of Fast European Accessions, (EUL)p LC, Vol. 4
No. 5, MAY 1955, Uncl.

IT'A' 07A, T,
;,oman cottor, picklar of Cherkovo. 2.
Sofiya, Voi. 1c), no. 7, Jul.,~ 1(,~555.
X: Yonthly List of East Ellirop---an Accessionn, (E%AL), LC, Vol. 4, no. 10, Uct. 1955,
Uncl.

IGNATO-VA,, L.
A new vision is born* p, U.
Vol. 10, no. 9, Sept. 1955
KOOF-EhATIVNO ZMEDELIE
5ofiya, Bulgaria
Q
vo: "jastern European Accession Vol. 5 No. 1. Jan. 1956

IGNATOVA, L.
Is it profitable for Dolni Lozen to raise poultry? p. ~4.
(Kooperatvino Zemedelie, Vol. (12) no. 3, Mar. 1957. Sofiia, Bulgaria)
SO: Monthly List of East European Accessions (FEAQ LC, Vol. (,, no. 10 October 1957. Uncl.

CheMical Abstracts
May 25j 1954
Pharmaceuticals,
cosmeticop and Perfumes
I
V 2!45PU oll of Artwulzin
M I Lk)r
L-AL 5b4han r, and i-9'-TrnZ--YV2,Vvt
1 kiNalpom--,
Kazakh. S.3. R- No, P. oi. I o. 1, 7&A
The ewn(W ~11 Of A- =0fd14Pif4 COUtAlol 30.77% Mr-
bouyl comptis.. including 17,411% caraphor, and othtt sub.
stances Including tuJonc which was hicutified as the 2.4.
dinItropheny1hydrazone. m. Ial-W. The oil conifthis
12.3% clueale, 8.72% ftee Alvi.. and 10-04% esterifieti ales.
~G. M. Kmolapoff

I ~OAI 00 of Artemisix micEwIsdia, M-.L.Gmzm
Chemical Abstracts
A.Z na
'in M: I" , 4MI I
May 25o 1954 j.,
. FRiJO-544) of A. warroscis
Pharmaceuticals, dia contains 40% cineole and 33% camphor. Th4 oil con-
Itains Nuall anits. of ots, achis Aniont which only AcOlf
Cosmetics, and Perflumes woo Identifled. Pippents which give the oil a am COW
am also prtsent; their nature Is unknown. The higher
Itartioni contain sesquiterpena which locut atuAcwti.
The multut picrates m. about 125*. The Xreen pigments
&;r quite distina from the %aulenes. 0. M. Kosolapoff

~7 N A 1 -0 V
S R
d carbluot compounds of u:6 ossendd A
"Imp
unit I -L;Iqy,
Ser. K~irn, 103s~ 'a, 8, 141-MI(in Rw~Lin, Kamkh
-sul"MAry, 153).-The oH celutainq 6% c~trfjottyj comloh.,
mAttly kinwrIL: thulattf.4, the cwteipoading mics. us wtll;ts
th"'Jancura thc cutuman ItalsWitks In cloentc. Fa, 1, ;:
a Pura CirMUlt A, W-4tRIEnt with N4 11 nwao=,,~
The (lit caufaini 6-7% thujyl ak, Which appain to IV thu

-----------
'kiog. ZZ, -1 in-N
0 Ttle
r4l cortala,; cinwl 42, t-i-vnPher 11) Is, cild'A'Y'11.5
(jlfvv~.M.'I lily jillill ouloot olut jichlkl), and a
wbOi "n m1w.-ticia px+ls -a4, Axi4Uitc giving ~I J,icv 3h'. 11k. -
123 It appsicutly Lu that if
mv-1-11 ra-

22 oa a study
M., 1. Gorysxv.' T. H. Serkehaeva
1, U. Shabunov. Isvest. AQ
WISTIL 'Set. KAim. JOS6, No. 9.
simjkm cmtwm essential all WbIch Contaifts tcrPelit a"..
54 4 embonyl wwpda.. Including 4jS% cum-
'\,~Isor and gaydes. Tbc all from A. p"jim coutains
I
.2% J-"bmene. 18.3 bwdeol. 25.5% b"neol tAltis.
especially caprotte, 14 imnipheue. 1.43% phenols, and
small amts. of terpeve sks. and carbonyl conjpds. A.
arpmria cad" essenfistl bil Whkh conwns Mowucyclk,
temem Numo deriv.. zu. 167') awl appartutly azutrue
forining "uhtrpents, 0. M. KO-LAr-ff

WVALWO, P.N.; IONATDVA L.A
U-==L-
Separation of cadmium from emll amounts of zinc in a nitric acid-
citric acid solution by means of an aluminum cathode, and a polaro-
graphic determination of zinc. Uch. sap. RGU 40:127-l* 158'
(KM b: 10)
(cadmium) (Zinc-Analysia) (Aluminum)

GORYAYEV, M.: IGIIATOVA, L.A.; TOLSTIKOV, G.A.
Ultraviolet absorption spectra of 2,4-dinitrophonylhydrazones of
certain terpenes. Izv.AN Kazakh.SSR.Ser.khim. no.1:85-86 159.
(NIRA 13:6)
(Terpeneo--Speotra) (Hydrazones--spectra)

GORYAYF.V. H. 1.1 -11114TP AA.
L. ~_
Sesential oil from Traobyopermum copticum. 12V.AII Xazakb.SSR.Sere
khim. no.1:90-94 159- (MIRA 13:6)
(Essences and essential oils)