SCIENTIFIC ABSTRACT AFONIN, V. T. - AFONSKAYA, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100420010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACCESSION NR: APW45816 s/o148/64/ooo/oo9/oI95/02O)
AUTHOR: Romenets, V. A.; Afonin, V. T.; Pischikov, M. M.
TITLE: Smelting stainless steel witfCchromite In arc furnaces
SOURCE: IVUZ. Chernaya metallurglya, no. 9, 1964, 195-201
TOPIC TAGS: steel, steel smelting, chromium steel, arc furnace,
stainless steel, I
chramtum. st.0-tt
ABSTRACT: The rise in the use of staihiess steel has increased
the requirements
for refined ferrochromium, the supply.of which Is limited.
Therefore, chromIte
is currently being Investigated as a source of chromium for
stainless steel. I t
Is added directly to the charge, improving metal degasification
and eliminating
non-metallic inclusions. in the present study, three kinds of
chromite from
Kazakhstan were used containing: 48.66-54.oo% Cr403; 6.00-4.43%
SIO 14-4-11.8%
MgO; 10.60-13.84% Fetotal; 0.021-0.008% PZO 5; 0.0 0-0-077% S.
The Xomium In the'
chromite was reduced by the silicon In the sillco-chromium
compound, by the 45%
fcrrosillcon content, as well as by the aluminum in the steel
scrap. The steel
was melted In three ways. In the first, all the chromite was
added directly to
the charge. In the second, two-thirds of the chromite was added
at the beginning,
and one-third at the end of the process. The third method
consisted of melting
C,
,d 1/3

ACCESSION NR: AP045816
low-carbon steel and high-chromium scrap, chromite and
sillco-chromium. oxygen
was blown through the furnace for I hr. 20 min. to I hr. 50
min. after beginning
the process. Then the remaining chromite was added and oxygen
was again Intro-
duced until the carbon content reached 0.12-0.18%. After this,
limestone was
added up to 12 kg/metric ton; and 10-15 min. later the slag
was removed. Accord-
ing to F. P. Yedneral, the usual ratio of slag to metal Is
0.14. In the described
test 5 this figure was changed to 0.18-0-31. The best results
were obtained with
17% chromite (charge weight), where the ratio di,'d.not exceed
0.22. When the
chromite weight was 20% the ratio reached 0.24 and it was
Inexpedient to increaset
the quantity of chromite further. The quality of the steel
producel from chromitei
In these tests was no worse than that produced by the usual
method.: The melting
loss of chromium varied between 8.05 and 18.99%. When the
oxygen was added right
at the beginning there was a high melting loss of chromium.
Thus, the oxygen
should be added only when the charge is completely melted and
the metal Is at a
In two melts, when the oxygen was added for 10 minutes under a
high temperature.
pressure of 9.0 atm after 90-95% of the charge was melted, the
melting loss of
chromium was the lowest. The duration of charging was
Increased bY 5-10 minutes*
due to the use of chromite, so, that the duration of the
process was also Increas-;
ed. The furnace lining remained the same as for the usual
melts when the chromite:
content was below 20%. The cost of steel and capital
Investments was lower with
eh The authors conclude that use of up to 17%
,somln than for the usual method.

ACCESSION NR: APW45816
chromite does not Impair the technological process, nor lower
the labor producti-
vity. The use of chromite lowers the con-sumption of refined
ferro-chromium, and
the chromium Is utilized much better with chromite than by the
usual methods.
Orig. art, has: 3 tables and 4 chemical equations.
ASSOCIATION: Moskovskly Institut stall I splavov (Moscow
16stitute of Steel and
Alloys)
SUBMITTED: 29Feb64 ENCQ1 00 SUB CODE: MH
NO REF SOV: oo4 OTHER! 000
Card 3/3

TARARINp S.V.1- VOLIBERGp A.A.; AFONIN.. V.1%;
VCJ.RCBIYEV, G.M.; TITOV, M.I.
Influente of the operation of changing the contact
pins to
aut=atic contzol ef eleotrol$tir~ cellrq vith a side
Bupply
of c=ent. Met. met. 38 ro.lItSO-84 N 16.5.
(MIRA 18:11)

GRIGER, A.V.; AFONIN. V.
Dispatching systems.are an integral part of mine
mechanization
and automation. Ug-Olt Ukr~ 6 no.8:34-36 Ag 162. (MIRA
15:11)
(Donets Basin-~oal mines and mining)
(Automatic control)

AFONINJ, V.G.
Plastic and wire cable hangers. Avtom., telem. i gviaz' 6
no.9s/+1 S 162, Kn 15:9)
1. Nachallnik otdela Bvyazi i signalizatsii,
tsentralizatsii
blokirovki proyektnogo inatituta "Dongiproshakht".
(Telephone Unes)

ATONIN. T.I.: KOPOSOV, I.A,;,ROWOV, Yu.A.-, CHEMAYEVA,
Y.G,
t~ wwi~~
Surface radiometric surveying in the lover Volga
Vhlley and
Ciscaucasia. 0.60.1 pefti I.no.6.48-52 J8,157. (KM
lftB)
iiblgaI7hlley--wPetjrol6um geology)
(Chucasus, Northern--Petroleum geology)
(Gamma rays)

AFONINP_Y,H.
Elektrodugovaia svarka v pomoshchl nachinaiushchim
svarshchikam. Pod red.
Brodskogo, A.IA. Moskva, Glav. red. aviats. lit-ry,
1946. 64 p., diagre.
Bibliographys p.64
Title tr. : Electric are welding; beginner's manual.
TK466O.A415
SO. Aercnautical Sciences and Aviation in the Soviet
Union, Library of
Congress, 1955

Electrode holder for welding with large diameter electrodes.
Svor.
proixv. no-9:31 S155. (MIRA 8:11)
1. TSontralinaya laboratoriya Mintransmash
(Electrodes)

BREGER, A.Kh.; Prinimali uchastiye: - KARpOV, V.L.,
kand.khim.nRil1r;
BELYNSKIY., V.A.; CSIPOV, V.B.j. PROKUDIN,, S.D.; TYURIKOV,
G.S..,
kand.1chim.nauk; GOLIDI-M, V.A.; RYABUKHIN., Yu.S.; KOROLEV,
G.N.;
AFONIN, V-P-J* POXRC11.1.~", .", q.S.; KULAKOV, S.I.;
LEKAREV, P.V.;
FEDOROVA, T,?,; KCROTXi.-., M.A.; KHARIMOVI M.T.; NIKOLENKO,
G.D.;
LOPUKHINp A.F.; IEVDO.KT9-1.-.:, LF.; KASATKIN, V.M.; RATOV$
A.V.
Nuclear radiation sources for radiational-chemical studies.
Probl.ftz.khim. no.1:61-,72 158. (MIRA 15:11)
1. Nauchno-issledovatel-lakiy fiziko-khimicheskiy institut
im. Karpova.
(Radioch9mistty) (Radioisotopes)

LO.SEV, N.F.j GLOTOVAV A#N.;-~! ~v V~
Effeet of the coarseness of the particles of a powdered
sample on
the intensity of analytical lines during T~ray spectral
fluorescence
analysis. Zav.lab. 29 no.41421-426 163 0. (KM 160)
1. Irkutskiy gosudarstyennyy nauchno-issiedovatellskiy
institut
redkikh metallov.
(X-ray spectroscopy)
Ul.

BF L OVA, R. A.; AFON IN, V.P, ; LOSFV, ill, F~
of the stindnrd-background In X-ray :.-;T),-,ctral
fluoranconeci
A
Zav,lqb. 30 no.4:4216,131 '04.
(MIRA 17:4)
J" jrkutskLy gosudaratvennyy rinuchno- is sled ovate I
I sk iy insll.it.ut
r-j~-fl-h m-tallov i Institut geologii rudn.,rkh
mestorozhdaniy,
i-r(~ -
.,,-rraf!.i. mineralogil i Feolchimli Sibirskogo
ctdeleniyfi AN SSSR.

ROMENETS, V.A.; AFONIN, V.T,; PISCHIKOV, MA
Making stainless steel in electric ar-- furnaces
with the use
of chromium ore. Izv. vys. ucheb. zav.; chern.
met. 7 no.9t
195-201 164, (NIRA 17:6)
1. Moskovskiy institut stali i splavov,

U~'DRF f
I YEV, P.A., lmnd. teklm. nauk; !FG", f" ` "
irivh.; BOBUKPV, j".1.,
hzh.; SIDORA, inzh. -'-' ~tl
Study of a screw compremaor with oil '.njoction in
the operating
strip. -1hergamashinostroerie 10 ra.10: 40-!,2 0 164
011RA 18:2)

L-15~40-66. FS~r 2/1;YZ( ~J~~LcJLF _4LAL __4f~ T?/WW w
ACCUSIO-IN- NE., -AT502357T - - - UR/0000/65/-000/0.00/0151/ol6l-
AUTHOR- -Afonin Gdalevich, G. L
Nr. V. j3reus, T. Ki% Gorozhankin, N llf~
F~ybchin-eM ri~iiiu` T.
V M=Tel-011 als
TITLE: Kosmos-2 ionosphere
experiments
SOURCE: Vsesoyu%nays konferents~ya Do flzike kosmicheskcj&2_prqqtr n
tyAkt-, Moscov,
i1965- Issiedovaniya kosmicheskogo prostranstva (Space research); t
dy konferentsi
,14oscow, lZd-vo Nauka, 1965, 151-167
TOPIC TAGS: artificial earth satellite, ionosphere, ionosphere
composition, iono-
spheric plasma, ion temperature, electron temperature, Ion trap,
honeycomb trap,
Kosmos 2
metal photoemiasion,_E_XpLt~n
~ :) ,
ABSTRACT: The Kosmos-2 artificial earth satellite, launched on 6
April 1962 into
an orbit from 490N to 490S (perigee rt,212 km and nvogee %,15h6 km)
,was intended for
the structural study of the ionosphere and the attendant
characteristic processes
therein. In addition to a direct telemetering system, information
storage equip-
ment was installed on board -1he satellite. The principal tasks of
the satellite ver r!
1) to remeanure the ion concentration and the chemical composition of
the ionoopheric--
region from 500 to 1000 km (first done in 1958 by' ~Me--TWrT-8`ovfe-Y
p-nik) al
[
Cardi/4

_L 1540-66
ACCESS1014 NR: AT5023577
a period of decreased solar activity; 2) to investigate the
ionospheric regio.,1113
above 1000 km under nocturnal and twilight conditions; 3) to
measure the positive
ion temperature by means of a nev method using boneycomb-type Ion
traps with a very
narrow directivity pattern;-4) to sound both the ion and electron
components of the
ionospheric plasma in order to measure the electron temperature and
concentration
(from ^.212 to 600 km) by memans of cylindrical Langmuir probes;
and 5) to use a sys-
tem of plane Ion-traps for determining thq satellite attitude with
respect to its
velocity vector. A honeycomb-t-ype ion trap is shown in Fig. 1 of
Enclosure. It
consists of three electrodes (collector, antiphotoelectron grid for
suppressing
photocurrent on collector surface, and an external honeycomb cap,
connected to the
satellit 'e). The maximum current in such a trap is achieved when
the velocity vec-
tor of the incident ion beam is normal to the collector. In
addition to the above
experiments, measurements bf the variation in photoemission from
metals, (due to the
short-wave solar radiation, in the frequency region 'near the
ionization maximum of
the F-region) were made U determine the total ultraviolet
absorption in the P-re-
gion. It is stated that ibe experimental results from the Koamos-2
mission will be
F-...belpftl in preparing new ]Dnospheric studie94 Orig, ar~'.
has., 1-table,,6 fogmulas
and 15 figuresv
[YKI
ION.r none i A.
ASSOCIAT
~A

:Honeycomb-ty-pe,ibn'trap'
via. 1.
4/4

AFONIN, Ye.D.,inzh.
KOPII-4,2 fallow cultivators. Trakt. i sellkhozmash. 30
no.6:29-30
is 16o. (MIR& 13:11)
1. Povolzhakaya mashinoispytatellnaya stantsiya.
(Cultivators)

a-011-yej -1, -
Otudy-Ing the new design of a plowshare. Tra*.,.t. i
sel 'khozmash.
Ja 165# (MIRA 18:3)
1. Povolzh3kaya mashinoispytateltna", stantsiya.

ALICKBRYBV, I.; AFOMN, Yu., skonomist
Relations among.collective farms ars getting
stronger. Sellw-
stroi, 14 na,10:15-16 0 159- (MIRA 13:2)
1. Glavrqy insbaner upravleniya po stroitollatvu v
kolkhozakh
Rostovskogo ableellkboxupravleniya.
(Rostov Province-Construction industry)

AV HIN kbayjnyjnh;-aTBM, FelikB Makeovich;
LUKOTNIKOV,
- F-0
Anatoliy Alekseyevich; REM, N.I., red.izd-va;
TIKHONOYAO Te.A.,
tekhn.red.
(Screw propellers-, design and requirements of their
manufacture]
Grebuye vinty; raechety I trebovaniia k
izgotovleniiu. Koekva,
Izd-vo *Morskoi transport,O 1959. 206 p. (KM 13:3)
(Propellers)

ACC NR, AM5028932 Vl Monograph UK/
Afon in, Z. M. (Engineer); Bekenskiy, B. V. (Engineer)- Belan
F. N. (Engineer);
V (Candidate of Technical Sciencesi- ngineer);
-J) -0 .0 ; Grigorlyev, YA. N. (E
Kovalevskiy, G. V. (Candidate of Technical Sciences)
Theory and equipment of ships (Teoriya i ustroystvo sudov)
Moscow, Izd-vo "Transport"#
65. 0371 p, illus., biblio. Errata slip inserted. 8,000 copies
printed.
TOPIC TAGS: shipbuilding engineering, marine engineering, ship
componentj ship
navigation, marine engine, hydrodynamics /
PURPOSE AND COVIRAGE: This book studies the problems of the
theory of ships (statics
and dynamics) and gives a basic survey of ship engines,
construction and the stabi-
lity of a ship's hull, structures and systems. This manual is
recommended for stu-
dents in ship navigation departments of the higher engineering
marine schools and al-
so can be used by students in other departments of the same
schools. This book would
be useful for students and engineers in the Navy.
TABLE OF CONTERTS (abridged):
Preface-3
Introduction-4
Ch. I. Bouyancy of ships-9
Ch. II. Initial staKlity of ships -~-29

SALUITSKAYA., N.I.j SHKODENK01 V.I.; ROGACHEV, V.L.;
STETSENKO.' V.A.;
AFONIKA, A.P.
Spraying agairist corn smut. Zashch. rast. ot vred.
i bol. 6
no.5:22-23 My 161. (KIRA 15:6)
1(Corn (Maize) -~~eaoox.-W-
(Smuts) " (Fungicidosr

AFONINA, A. P,; VERBA, M. S.
TKTD apinst eamos corn amut. Zashch. raBt. ot vred.
i bol. 5
no,10:33 0 '60w (MIRA 16:1)
1. Zaveduyuabebaya fitoentomologicheskim
gosudaretvenVm
sortoispytatellaym udhastkom, B. Glubochitsa,
Zhitomirskaya
obl. (for Ubnina). 2. Pamoshchnik zave'duyusbego
fitoentomolo-
gioheakim gosudarstvennym sortoispytatqViplm
uchastkomp Be
Glubocbiteap Zbitomirskaya obl. (for Verb&j.
Corn(Maize)-Diseases and peats)
ute) (Dioulfide)
t

IDPTYDVSKAYk, G.Ya., kEind.biol. nauk., NIKDLAYEV, A.A.;
AFONINAR-A-V-i
selektsioner sovkhoza; DYRENKOVA, M.Ya., etarshiy
zootekhnike
Results of trials with "hybrid" fowl on the "Ptichnoe"
State Farm
in Moscow Province. Ptitsevodstvo 8 no.10:24-27 0 '58.
(Mrn 11; 10)
I.Direktor sovkhoza "Ptichno7e" (for Rikolarev).
(Poultry breading)

P I I
KAYA, G.Ya.; NIKOLAYBV, A.A.; selektaioner; DTRXBKOU,
M.Ya., zootakhnik.
Observations on the growth and viability of imported
"hybrid" poultry
on the "Ptichnoe" State Farm in Moscow Province.
Trudy Inst. gen. no.241
352-358 158. (MIRA 11:9)
1.Institut genetiki AN SSSR (for Kop7lovskaya).
2.Direktor sovkhoza
"Ptichnove" Moskovskoy obl, (for Nikolayev).
3-Sovkhoz "Ptichnoye"
(for Afonina, Dyrankova).
(Poultry breads)

XCPYLOVSKATA, G.Ta.; NIZOLATEV, A.A.; AFONINA, A.V.;
DTMXOVA# M.Ya.
*Effectiveness of using whybridl.f'owl in commercial
poultry
husbandry. Trudy Inst. gen. no. 27:181-194 160.
(MIRA 13:12)
(Poultry breeding)

KCPYLOVSKAYA, G.Ta..; AK2U&A.~.V.
Significance of brood stock selection for
crossbreeding in
poultry husbandry. Trudy Inst. gen. no. 27:195-199
16D.
(MMA 13:12)
(Poultry breeding)

KOPYLOVSKAYA, G.Ya.; NIKOIAYEV, A.A.; AFONIKA, A.V.,-
MUMMA, M.Ya.;
SOLONINA, M.L.
Produdtivity of two-line "hybrid" liens in in"breeding.
Trudy Inst.
gen. iio.28:336-345 161. (POULTIff BREEDING) WRA 14:3-1)

S/032/61/027/003/014/025
B10-1/B203
AUTHOM Sagaydak, V. G. and Afonina, A. V.
TITLEt Photoele,_tri~ spectral mt0hod Lit small amounts
Of hydrogen in belium
PERIODICAbs Zavodskaya laboratoriya, v, ?'t, no. 5, )q61t 315-316
TEXT3 High demands 5re made at present oti pare belium with respect to
its hydrogen conTent. The method deve!,~Pqd by tne authore permits a de-
term-iriation of up to 0925~ of hvdrogpn in b(Aium. The analysis can be
made in. a heliuto f".-v ~~r in glass vesse.1.9. Fig. I shows a diagram
of the
aT)T)aratus. heli't-,m rtntera a molybden't~m-g._~-aoc4 1~~srbarge tube
provided with
an cDter electrode. The diameter of the oaptllary tube is 1.5 mm, the
prea~,
sure of He in the tube, is ?0 mm Eg. The gas flow --s prod~ioed by a
fore-
pump, the luminpscpn-.~e in the disciiarge. t.uo;:- Is excited by a
high-frequency
generator. A Y11-24 'Alh-24) monochrxvitor i:; usi~d as spectrai
apparatus.
Its s1 i t is ojocescivijI y ad 1,j~3tpd fox thA linea He 49?1 c)5 slid
H 4661-33 As
- V ~,n J'j -1 1.' 7) pJA to ultip
The light is rp,-ordod o, .7 0 M lier or an f377 -1
(FEP-1) aj~pa,raT'130 -Thp cal~ivvut.ior) w&~; nllotl&d vy vieanb of
standards
Card
.A
_WRR~
q.,
�R
Ir
K,

S/032/61/027/003/014/025
Photoelectric. spectral method B)Olj'B203
of He with d.ifferert! hydrogen contents pzppared in a
special vacuum plant.
Dischat-ge tubes (-nold!ng '0 ml) with outer eiectr (lea
were filled with the
atandard mixtlires. The Intensity of hs H- and He 1.,nes
was recorded as
described abovp. The calibration (Fig. 9a) wa;~ drawn in
the Co..
ordinates I %. It wae noi only Lused to anaiy7e He in glass
Ve 8 S (I 1 5 *hU T. also leyerm"ine stanJaxa mixtures de +
H -An five-liter metal
cyli tiders. By m6ans of tne latter it la p~asIbla t,-,
produce a gas flow
and I o draw a second ruT-ve (Flg. ~16) t~ datermine H in
flowing
hellum. The roisit.jirf., error was !Q/~. Anuiyirils
incliuding sample-t&king
takes about 10 m',nutes. fAbstrartorl s not-c-;i Cf~,DplAte
tranglation.3
There are 2 tlizliros and 1 SoviAt-bloc rcferer,-:e.
ASSOCIMM balashikhIn8kly gosudarntvonnyy X.-Iorednvy zavod
(B~:asiil.~na State OxygenPiant)
Card 21~,

KUSHNER) Kh.F.; KOPYLOVSKAYAp G.Ya.; SEREDRYAKOV,
A.S.;
GORODKOVA, N.Ye.; &FONINA2 A.11.
-loww" 116-1111"
- -9
F-ffectiveness of reciprocal recurrent selection
In poultry
raising. Trudy Inst. gen. no.29:282-289 162.
(MIRA 16:7)
(Poultry breeding)

PAMPURA, V.D.1 AFONINA G.G.
Hydrothermal argillisation of granitoide near
quartz-molybdonite
veins in the Shakhtaminakiy deposit (eastern
Transbaikalia),
Dokl. AN MR 159 no.2044-347 N 164. (KURA l7sl2)
1. Institut geokhimii Sibirskogo otdoleniya AN MR.
Predstavleno
akademikom D*S, Korthinakim,

TRSIDIIIM~ Yu.;,.~ VONINP.; C.Co
b
Tempc-rat.-;--Pa- Of tlie --C"VBT,- - Of f -~'- ",e-"a2
C CmP' X
.L - I I ~:L V-- . _:n . , ~n Le
reta'l "-11 Tmn3bajka*j.!a. N 164,, .
(IMU IP38)
.4. -Tist -fmll AN SSSR, Olvtsk.
11 Y Uut geold:

FUEER, G.L.; GOLOVCHENKOo G., tekhnicheskiy rodakt3r.
[Reduction in the weight of parts made at the
Dzerzhinskii Weighing-
Machine Works] Opyt anizhenii vess. 12delii na veaovom
zavods im.
7.3.Dzerzhinakogo. Kiev, Goo. izd-vo tekhnicheakoi
lit-ry USSR,
1953. 35 P. WRA 8:2)
(Weighing-machines)

PSCILKOVSKIT, Vauvolod Ivanovich; APONINA, G., red.;
GIMaOV, K.,
takhn.rod,
EStability of the base of pit sides and waste piles in
open-Cut
mining) Ustolchivost' osnovnnii bortov i otvalov
kar'erov.
Kiev, Gon.izd-vo tekhn.lit-ry US-SR. 1959- 91 P- (MIRA
1.3:1)
(Strip mining) (Soil mechanics)

VOLOVIK, Grigori7 Aleksandrovich; AMNIVA, G.P.,,
red.; GORKAVENKO,
L.Lt tekbn. red.'
(Treatment of cast iron in the ladle) Vnedomennaia
obrabotka
chuguna. Kiev, Gos. izd-vo tekhn. lit-ry USSR 1961.
132 p.
~MIRA 15:4)
(Cast iron--Metallurgy)

KRASOVITSKIY, Ivan Konstantinovich; LITVINEUKO, Mikhail
Petrovich;
AFONINA G P red.; GORKAVENKO, L.I., tekhn. red.
[Operator of an electric mine locomotive] Mashinist shakhtnogo
elektrivoza. Kiev, Gostekhizdat USSR, 1962. 145 P.
(MIRA 15:6)
(Mine railroads) (Electric locomotives)
'C~'

VOVKp Aleksey Anufriyevich; AFIONINA, G.P., red.;
STARODUB, T.A.,
tekhn. red. -
(Blaoting]Vzr7vnik. Kiev, Gostekhizdat USSR,
1962. 214 P-
(MIRk 16:2)
(Blasting) -

FILIPPENKO, Ivan Trofimovich; NESTEROVp Petr
Grigorlyevich;
SHOSTAKi-A., lcibd. tekhn. nauk, retsenzent;
AFONINA, G.P.# red.
.......
[Basic problems of the economics of iron-ore
mining and
treatment in the Krivoy Rog Basin] Osnovnye
voprosy eko-
nomiki dobyehi i pererabotki zheleznykh rud
Kvivbassa.
Kiev, Tekhnikap 1965. 206 p. (MIRA 19:1)

BELASH, AleksaDdr Sergeyevich, inzh.; KOVALEV,
Aleksey Fedotovici,
kand. teklin. nauk; LINNIK, Grigoriy
Filippovich, kanu,
tekhn. nauk; NEOrERENKO, Vladimir Vasillyevich,
inzb.;
SHKUTA, Eduard Ivanovich, inzh.; DUDKO, V.D.,
inzh.)
retsenzent; AFIONINA, G.P. red.
[Improving systems of mining iron-ore deposits]
Usover-
slionstvovanie sistem razrabotki zhelezoivdn3,kh
meoto-
rozlidenii. Kiev, Tekbnika, 1965. 207 p. (11,114
18:12)

AFONINA) L.GN; ILMHOVSKAYA, B.M.
Use of intramuscular t,etracycline injootions and
erythromycin tablets
for treating complicated influenza in children.
Antibiotiki 6 no.12:
Ja(Y7-.UU D f6l. (MIR-A 151-2)
1. Infektsionnyy otdol (zav, - prof, S.D. Nosov) Instituta
podiatrii,
kafedra mikrobio'logii (zav. - chlen-korrespondent AM
z~SSR ixqf.
Z.V.Yemollyeva) TSentralinggo instituta
usovershenstvovaniya vrache-,.r.
(TETRACYCLI146) (ERYTHROMYCIN) (IIYLUJ4ZA)

~ACCESSION NR: AT4045607 S/2563/64/000/239/0108/0120
,AUTHOR:' Batashev, K. P.; Andreyeva, L. As; Afonina, L, G.
TITLE: Titanium-based Insoluble anodes
SOURCE: Leningrad. Polltakhnlchaskly Institut. Trudy*, no. 239,
1964. Elektro-
metallurglya tsvetnr'ekh metallov (Electrorretallurgy of nonferrous
metals), 108-120
'TOPIC TAGS: electrometallurgy, electric refining, Insoluble anode,
titanium based
anode, electrode stability, anode polarization, platinizing
ABSTRACT: Although attempts to substitute titanium, nioblum and
tantalum for plati-
num as the material of Insoluble electrodes have failed because of
anodic polariza-
tion with the formation of nonconductive oxide films, recent studies
of the authors
showed that titanium can be used effectively as the base of
platinum-coated elec-
trodes proved that the platinum doating Is porous and that there Is
adequate titan-
ium - platinum electrical*contact. As a result of thorough studies
of electrovacuump
electrospark and electrolytic.platinizing, the authors developed a
process for pro-:
ducing quality platinum coatIngs In which titanium,,pretreated with
hot 65%2HZS04
to obtain firm *coating adhesion, Is platinized at 60-85C and
0,5-1.0 a/dm In a solui
tion of 8 g metallic Pt, 30-35 9 (N"4)2"PO4'12 H20 and 22.5-250 g
Na2HP04-12 "20 Per
Card 1/2

ACCESSION NR: ATho4s607
liter. Adequate electrode stability was indicated by a platinum loss
of 1.70-4-38
g (retrievable) per ton of chlorine obtained In the protracted
electrolysis of co-
balt chloride, sodium chloride and hydrochloric acid. Rhodlum-coated
(a) and
palladium-coated (b) titanium anodes were also prepared (a) by
electrolysis of
a solution containing 2 9/11ter Rh and 25-30 g/liter H2SO4 at 55-60C
with a yield.
of 50-70% of the theoretical, and (b) by electrolysis of a solution
of PdCl2
(30-
40 g/lIter Pd) In ammonia (3 g/lIter NH ) or a solution containing
2.5-10 9 PdCI20
100 g Na2HP04 and 2.5 g*of benzoic acid pe
'12H20, 20 9 (NH02 HPOW"H201 r liter
Testing of Batashev's titanium-graphite and titanium-carbon
electrodes In the
electrolysis of chlohde solutions proved their superiority over pure
graphite
and carbon electrodes. OrIg. art. has: 6 figures and 5 tables,
ASSOCIATION: LenIngradskly politekhnicheskly. InstItut Imeni No,I
KaIInIna
(Leningrad PolytechnIcal Institute)
SUBMITTED: 00 ENCL: .00 900 CODEt M
NO REF SOVI. 016 OTHER.. 005
Card 2/2

BATASHEV, K.P.; ANDREYEVA, L.A.; AFOEINA, L.G.
.... ~--,-, ~ _
Inert anodes on a titarium base. Trudy UI
nc-239:IC8-1;~O 164.
(14IRA-17:10)

ACC NRt AP603573O-'_-rM SOURCE CODE: UR/0413/66/000/019/0094/001
INVENTOR: Al'ftan, E. A.; Deyanova, S. V.; Firsov, A. m.;
Miklashevskiy, S. A.;
Afonina, L. G.; Mednikov, M. M.
ORG; none
TITLE: Thermocouple. Class 42, No. 186733
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znalki,
no. 19, 1966, 94
TOPIC TAGS: thermocouple, microthermocouple,tL."[~_~~
ABSTRACT: This Author Certificate introduces a thermocouple (see
Fig. 1) containing
a wire surrounded by a metal layer, which is isolated from the
wire by an insu-
lating layer, so the metal layer'contacts %the wire only at the
tip. To attdin
Fig. 1. Longitudinal section through thermocouple
i - Metal layer; 2 - glass insulation; 3 micro-
~0 e1 0.0 0 .0 0 0 40. -#,v wire.
.7-J
I Card - 112 UDC: 536-532-181-4002.4

:C NRt AP6035730
microminiaturization of the thermocouple, the outer metal layer is
deposited in the
shape of a cylinder on the glass-insulated microwire. Orig. art,
has: I figure.
SUB CODE: 13, 14/ SUBM DATE: 28jun65/ ATD PRESS: 5106
Card 2/2

3948o
102 /B I 3Z
Chechernil-ov, V. I., Afon-na, L.
LU
`21'2LE t i f c .)ra-)ertias of -.he G_,:.-ma )hase of 2e, a-
errom;aLneti
Fe-Co alloys
Y V.
OD I 0~1 L Zh,,rn-,! eks,)erii.,cn`L-,al1noY too:-e"chosi. -_J'
no. 2(a), 1",62, 429-1`1
1-1 The te,,:.per~,ture d1e, endence X(T) of the
pai-a-.a.---netic s-az;ce-)
1U)
of Pe-11t;and Fe-Co con~tainin_-~' 3.03, 4.80, 6.66, 5.71,
10.~;O, 13.7~,
-,,n:,. `0.00 at:,~ Pt, ar" 5.1, 106.2, 25.0, and 5.1.0 at;O'
Oo investi,,_--L,_.J, 4.~-
i 1 .00
-rove "he ;~reoence of a "latent" ant if erroma,~ne ir,*the
~,Mzna )hacL~:i
&ssumekl by Ye. I. Kondor3kiy and V. L. Sedov (Zh-r~21F, 3 5,
157~, 1953) Jn
Fe-Ni alloys. X(T) of each of 'he alloys ,,ias _c~asured 2.n
-..ie ranL.e
850-15000Y where both aroups of alloys show a 1-i-ear course
o-f f(T'
The parama-netic Curie point. (G.) and the effective nm3netic
-,,,o.~ent -2,
also meagui-ed in each case. In alloys containing; Pte-14, a.-
a r. d 0 0 06
9P is less than 0. Pp drops ivith increasinL7 percentlaoe of
ci,
Card 11,12

U5 /;'02/0 j'- /0 53
u u
LntiferromaLnetic properties of the ...
C3. Po:c e.e. Fe+3.08 all.-;." Pt,, p .0.206 p and Thea.-O a:,e
p B
3
A 30 0 C LITT ON ',Iool-ovz:lciy ~,,ouuelarstvennyy
universit-c-lb (:.-,cscoy; state
Unin"ersity)
S U'B i T T E'D J.,arch 1,'9
Card 2/2

CHERCHERNIKOV, V.I.;-AFONINA, L.N.
Paramagnetic susceptibility of certain ordered
nickel-base alloys.
Fiz, met. i metnlloved. 17 no.2:305-308 F '64. (MIRA
17:2)
1. Moskovskiy gosudRrstvennyy universitet Imeni
Lomonosova.

ASSANOVA, Margarita
Petrovna;,AfMNA.---Iqubovl-.FvIIR,~na; ILIINA,
Nina Ivnnovna; SVETOZARSKAYA, Galina Fedorovna;
SEVASTOYANOVA, Kamila Alekseyevna; GOLMEVA, I.A., red.;
RESHETIN, G.V.p tekhn. red.
[Advanced practiqes in floriculture and landscaping)
Pere-
dovoi opyt v tsvetovodstve i ozeleneniij putevoditall.
Mo-
skva, 1962. 35 P. (HIRA 16:5)
1. Moseow. Vystavka dostizheniy narodnogo khozyaystva
SSSR.
Pavillon 'ITSvetovodstvo i ozeleneniye."
(Floriculture--Exhibitions)
(Landscape gardening-Exhibitions)

AFONINA, L.N.; ZASLAVSKAYA, A.G.;.NOVIKOV, P.I.
--, -. ..... -- 1- - - ~ -
Case of ascarlasis with an unusual course. Med.
paraz.i paraa,bolf
34 no.4t482-483 J1-Ag 165.
(MIRA 18t12)
1, Kafedra,goopitallfioy terapii Donetskogo
meditsinakogo
instituta i gorodskoy bollnitsy Nr.32, Donetska.
Submitted
May 22., 1963.

L 19650-6 B-IT(1)/,DTG(k)/BDS/tr,.C-2/t-S(V)
_6S~D__Fz_-_4 re-4/pi-4/pi-4 RB/PT-2/,tB/GW
A AR3007002
fCESSION XR:
.SOURCE: RZh. Fizika~, Abs. 8Zh2l7
AUTHOR:
AMC/A8D/An-1DC/ESD-3APGC/
8/0058/63/000/008/HO33/HO34.!
Vetshev, Zh. N.; Bocharov, V. I.; Afonina, L. Ya.
TITLE: Experimental investigation of.statistical properties of a
signal 'in _ion6spjjeric propagation- at frequencies above the
limiting
reflection frequency
CITED SOURCE: Tr. Sibfr'sk. fiz'.-tekhn. in-ta pri Tomskom un-te,
vy*p. 41, 1962,- 109-119
TOPIC TAGS: Radio.signal statistical property, ionospheri
C
propagation, reflection, meteor reflection
TRANSLATION: A-study was Tnade of.the statistical characteristics
oj*
the amplitude of a signal scattered at 21 Mc t1340 kilometers) and
at 20.46 Mc (1560 kilometers) For spatially-diverse reception, the
Card 1/3

L 19650-7-63
.ACCESSION NR: W007002
base of antenna separation was varied in a direction perpendicular'
to the path. The distribution of the amplitudes of the autocorrela-
tion functions and of the mutual-correlation -functions- of the
diver-
sity reception were Plottedby processing of the recorded signals..
Electronic computation -was used. to- determine the correlation
func-
tion along with a method of successive approximation. An analysis
of i50 sessions (lasting approximately 1 minute) showed no
dependence.
of the distribution on the frequency and on the length of the path,
25% of the distribution were of the Rayleigh type, 53% of the gon-
eralized Rayleigh type, and, 22% of the Gaussian type. Thus, in 7~%
of the cases a coherent component was observed in the scattered sig-
n
al. The spatial correlation radius for 21 Mc was ~-3%, -while for 46
Mc it was -6%.' These radii turned out to be of , the same' order
as the
,dimensions of the effective scattering inhomogenei~ties in the
ionos
phere. An analysis of the Correlation functions (under the assump-
tion that the change in the volume of the inhomogeneities is due to
regular drift) has shown that the average v'elocity of ionospheric
C,,d 2/3

L 1*5o.63
ACMSOION NR: AR3007002
-140, 110, and -47 m/sec for 21, 20 arid 46 Mc, respectively.
These~data agree with the results of other drift measurements. The
statistics of the sharp bursts contained in the scattered signal
were analyzed. The most frequent bursts had a duration of 0.2
second. It was established-that the hourly number of strong bursts
ex'ceeds this number for meteor reflectio:'-Is."~This indicates that
the
formationlof scattering configurations of ionization is connected not
only, with\ meteor activity, but also with other mechanisms
14tmosnher-
-ics; ionization of polar auror Great attention was paid to the
methodological aspect of the-research (estimate of statistical error,
data reduction procedure, etc.). S. Mikrotan.
DATE ACQ;' MepW
SUB CODE: PH, CC ENCL-. 00
Card 3/3

,~,2-AFOHINA, N.Y.
--
,
Session of the Academy of Sciences of the USSR on
scientific
problems in the automtic control of industrial
production.
Izm.tekh.no.1:80-82 J&-F 157. (MLRA 10:4)
(Automatic control)

AFONINA, N.F., -, inzh,.
Use of the GXh_1 gas analyzer in testing boiler units.
Elek. sta.
32 no.12:5-7 D 161. (MIRA 15:1)
(Boilers) (Gases--Analysis)

AFONIKA, R.G.
ft~
Difference between magnetic storms with a sudden and gradual
a ncement* Geomag,i aer, 1 no.2s240-W Mr-Ap 161. (WA 14:7)
lo Institut zemnogo magnetizma, ionoofery i rasprostraneniya
radiovoln AN SSSR,
(Magnetic storms)

AFONINA R.G.
Geomagnetic mani estation of the asymetry of solar
hemispheres.
Geomagai aer. I no*2:244-246 Mr-Ap 161. (MIRA .14:7)
1. Institut-zemnogo magnetioaj, ionosfery i rasprostraneniya
radiovoln AN SSSR. -
(Sunspots) (Magnetic storms)

AFONINA) R.G.
A survoy of geomapetic activity during 1952-1959 and some
differences between magnetic storms with a sudden and
gradual
commencement. Goomag. i aer. 1 no-3:395-403'My~-Je 161.
(MDU 14:9)
1. Institut, zemnogo magnetizmat ionosfery i
rasprostraneniya
radiovoln All SSSR.
(Magnetic storms)

AFONINA, S.i.
1" ~r - ashk..
I , ; - , 17- :, ,, E: - achoclo U..h. z.-,., .
11 - " * ?;. ;.
9'%~! ~ , A.A. 4, ~ ~ f, 37 no. 1; ~ : -- -
A 17: 10)
. ,
k

AFONINA,, T. I. Cand Bio Sci - (diss)
"ElectroplVsiological
characteristics of the Action of Carbonic Acid
and Hydrogen
Disulfide Tanks on the Organism$" Leningrao,
1960$ 15 pp, 150 copies
(Leningrad State U im A. A. Zhdanov) (KL, 49/60,
126)

S/163/61/000/001/006/OC)6
B101/B205
AUTHORS:
Mogilevskiy, Ye. M.1 Nikolayeva, N. S., Afonina, T. M.,
Linikova, Z. K.
TITLE: Improvement of the properties of viscose fiber
PERIODICALt Khimioheskiye volokna, no. 1, 1961, 37-40
TEXT: An attempt has been made to improve the elastic
properties of vis-
cose fiber by treatment with organic amines and by covering
the fiber with
polymer films. 1) Viscose rayon (metric count: 60) was treated
with
monoethyl or diethyl amine at 4~bfor 4 hr, or with triethyl
amine at 200C
for 1 hr. After the treatment it was carefully washed at OOC.
Results ale
summarized in Table 1. Fiber treated with monoethyl amine
showed increased
adsorption of iodine and decreased hydrolyzability. 2) Viscose
rayon was
treated with a 1-2i"of alcoholic solution of the copolymer of
caprolactam and
"Arl,("AG") salts (hexamethylene amine adipate) (050:40), or
with a 1-2%
solution of polyvinyl acetate in 65% ethanol at 4091 After the
treatment
it was wqshed with hot water (800C). In the former case, the
fiber con-
Card 1/4

S/18 61/000/001/0U6/006
Improvement of the ... B101 YB205
tained 3-3-% copolymer, while in the latter case, it contained
5* 5-61,11.
polyvinyl acetate. The physicomechanical properties of the
fibers (metric
count: 75) are collected in Table 4. There are 4 tables and 19
references:
3 Soviet-bloc and 15 non-Soviet-bloc.
ASSOCIATION: VNIIV (All-Union Scientific Research Institute of
Synthetic
Fibers)
Legend to Table 1: 1: preparation; 2: breaking length, km; 3:
elonga-
tion; 4: dry; 5: wet; 6: resistance to abrasion (number of
cycles);
7: unfinished rayon; 8: rayon treated with monoethyl amine; 9:
dto.;
10: treated with diethyl amine; 11: treated with triethyl
amine;
12: load, g;
Legend to Table 4: 1: preparation; 2: breaking length, km; 3:
elonga-
tion; 4: dry; 5: wetj 6: resistance to abrasion under a load
of 30 g
(number of cycles); 7: unfinished rayon; 8: rayon treated with
0.5%
f
copolymer solution; 9: dto. with 1% solution; 10: dto. with
2~3 solution;
11: dto. with 3% solution; 12: treated with 1% solution of
polyvinyl
acetate; 13: dto. with 2% solution.
Card 2/4

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AFONINA, T.M.; NIKOIAYEVAp N.S.; NDGILEVSKIY, Ye.~L;
LINIKOVA, Z.K.
F;ffect-of the structure of viscose fibers on the
degree of their
acetylation, Khimovoloke no*200-33 162. (KUI 15:4)
1, Veesoyaznyy nauchm-iseledovatellokiy institut
iskusstve=ogo
voloxna.
(Viscose) (Acetylation)

MDGILEVSKIY$ Ye.M.; NIKOLAYEVA, N.S.; AFONINA, TA; DEMINAt
N.V.; LINIKOVA, U.
Modification of the properties of viscose fibers by means
of partial
acetylation. Khim.volok. no.2:30-32 163. (KRA 16:5)
1. VsesoyuzWy nauchno-issledovateltakiy institut
iskusotvennogo
voloIcna.
(Rayon) (Acetylation)
11

WMBY, V.M., kand.teLkhn.nauk; AMDU, V.D., Insh.
Methods for carrying adV-fi-iWil-ag and --thawing
tests on concretes
to be used in building bydraulto river structures.
Trudy N1IZBB
no.-12:77-87 159. (MIRA 13:8)
(Frost resistant concrete-Testing)

S/130/62/000/002/003/005
A006/A101
AWHORS: Teymer,.D. A., Nagovitsin, V. V., Afonina., V. M.
TITLE: Hot drawing of hard-to-deform steel and alloys (From
materials of
the Coordination Conference)
PERIODICAL: Metallurg, no. 2, 1962, 28 - 3o
TEXT'.,,: At the Moscow Conference on hot-drawing of
hard-to-deform steels,
organized in July 1961 by TsNIlChM, most of the-reports were
devoted to the prob-
lem of selecting a method to heat the wire prior to drawing.-
Among various means,
such as preheating in molten lead, in gas furnaces and salt
baths, the Conference
selected preheating by high-frequency current as the most
advanced and efficient
method. The experimental investigations were made with a 100 kw
high-freqUency
valve generator for preheating up to 9 mm thick wire; for wire
of greater thick-
ness a generator of up to 8,000 cycles frequency was used.
Subsequently, high-
speed steel wire was successfully drawn to 12 - 35% partial and
up to 80% total
reduction. The drawing speed varied within 30 - 100 m/min.
TsNIIChM recommended
230 - 3200C preheating temperature for P18 (R18) grade steel,
The properties of
high-speed steel wire, drawn by the hot method, were not
different from the pro-
Card 1/2

S/130/62/000/002/c-c)-VO05
Hot drawing of hard-to-deform steel ... A006/A101
perties of cold-drawn wire. Surface defects can be
eliminated by polishing the
wire in bundles. This is however only effective in the case
of wire not over
2.5 mm thick. The design of machines for polishing wires in
bundles should be
improved in such a manner that the polishing disk would
rotate around the wire.
ASSOCIATION: Tsentral'nyy nauchno-issledovateltskiy
institut chernoy metallurgii
(Central Scientific Research Institute of Ferrous
Metallurgy)
Card P_/2

AFONINA, V.M.; BUGROVA, N.I.
, , I_
Free-cutting, high' Ftrbon steel, alloyed with
tellurium. Sbor.
0 nr (MIRA 17:2)
trud TSNIICHM no ~ :102-106 163.

A (d)/EWPti)/EIVP(k)/t~VP(z)/EIIP(b) MA
10225-66 EWTWA ~JTIA"
ACC NRs AP502T910 SOURCE CODE: UR/0133/65/000/011/200O&OOD
AUTHOR: Teymer, D. A.; Afonina V. M.
ORG: none
TITLE: Khl8G14AN4(EP197) low-magnetic-permeability stainless stee 1
-1 q
SOURM 11, 1965, 1000
TOPIC TAGS: stainless steel, austenitic steel, nonmagnetic steel,, Cr
steel, Mn steel, Ni steel,
ABSTRACT: The Central Scientific Research Institute of Ferrous
Metallu4gy has devel-
oped Khl8Gl4AN4(-EP1-97-) stainless steel (0.12% ~, 17-19%-c-r. =-
MVIET3.5-4.5% IM,
0.20-0.32% N)having h1gh corrosion resistance~ ow magnetic
permeability, and stable
austenite. EP197 steel wire an be c to 0.3-2.0 mm diameter and has a
tensile strength oX 16o-22oi g/mM2 at a satisfactory ductility.
However, the wire
is age hardenablellue to the presence of nitrides.-Y,lCold-rolled
EP197 strip annealed
and quenched has high ductility and is suitable for manufacturing
medical equipment
by cold-forming methods. EP197 steel has good weldabili~y.i~ In the
strain-bardened
condition it has a tensile strength of 170 kg/mm2, which can be
increased to
176 kg/=2 by aging at 40OCi [WWI
SUB CODE.: ll/ SUBM DATE: none/ ATD PRESS: ~Z16 -3
Card

ACC NRi__jT60'2'6548 SouRCE CODE: UR/2776/66/000/0i~6j0041 0049
AUrHOR: leymer. D. A.; Afonina, V. H.- Yelyutina, G. I*
ORG: Central Scientific Research Institute of Ferrous Metallurgy,
Moscow (Tsentrall-
nyy nauchno-issledovatellskiy instift-u-t-Weirmoy metallurgii)
4~~
TITLE: Research and development of properties of the now
low-magnetic KhlOG14AN
(EP197) st ainless steels t 'd
Moscow. Tsentrallnyy nauchno-issledovatel'skiy institut chernoy
metallurgii.
Sbornik trudov, no. 46, 1966, Spetsiallnyye stali i splavy
(Special steels and alloys]
41-49
TOPIC TAGS: stainless steel, alloying, manganese, chromium,
nitrogen, austenite,
martensite, plastic deformation, corrosion resistance, magnetic
permeability, mecha-
pical property / Khl8Gl4AN4 stainless steel, EP197 stainless
steel, 2Kh2.ON13 steel,
Khl9Gl4AN4 steel, Khl9Gl2N4 steel, lKhl8N9T steel
,;_ 17
ABSTRACT: New MOWAN4 stainless steels with nitrogen additions were
developed in
'Co x..duco NLIcontents for economy purposes. Ten grades of these
steels contain-
ing 17 to 19% 6r, 2 to 5% Ni, 0.05 to 0.2% C$ 8.5 to 15% Mn and
0.2 to 0.45% N2 were
melted. Compositions of eaqh heat were chosen so as to produce
austenitic structures.
Wire samples ranging in diameter from 1.35 to 0.6 mm were reduced
from 1.55 mm for the
Card

ACC NRt Al
study of the influence of chemical composition on magnetic
permeability as a function
of cold deformation. Tests were also made for,,eorrosion
stability in synthetic "Blac
Sea" water and for intercrystalline corrosion/tendencies in a
H2S04 + CUS04 solution.
Steels containing d.07 to 0.11% C, 9.5 to 14% Mn, 3.5 to 4.5%
Ni, 17 to 19% Cr and
0.24 to 0.32% H2 were very stable in the sea water and the
steels containing 17 to 19
Cr, 3.5 to 4.5% Ni, 9.5 to 14.5% Mn and 0.24 to 0.32% N2 did
not exhibit intercrystal
line corrosion tendencies. Magnetic permeability measurements
showed that steels con
taining 0.10% C, 12 to 14% Mn, 17 to 19% Cr and 0.24 to 32% N2
retained their aus-
tenitic structures after extensive plastic deformationslit,
room temperature. At
-1960C, all of the steels transformed into martensite as much
as 37%) with deforma-
tion. At -760C, the most stable steel was 2Kh2ONl3 hile the
next best steels were
Kh19Gl4AN4 and 4"9G12N4 iiijgr14 and 12% Mn. Belowl Mn the
percentage of marten-
site and the mag etic peide~bility increased. By temperini
KhlBG14AN4 steel wires
up to 6000C, theistrength increas(d from 1880 to 2050 HN/m
while the plasticity drop
pod slightly. Cold worked sheetalof KhlOG14AN4 gave similar
results, It was con-
cluded that Kh18Gl4AN4 steel could replace lKhl8N9T in many
qpp~icatione. orig. art.
hast 1 figure# 5 tables,
SUB CODE: 1l/ SUBM DATE: none/ ORIG mr: 003/ Oni REFt- 002

5
L 24816-66
693' SORCE-CODS1 UR/04i:5/66/ODD/003/0072/0072
AUTHORSu Veynbergp Vi Bq;--Estrinj Pt-Ia;--Galantj Ye. 19; Afon1king
AsLo
ORGs none
~ckete. Class 42f No'
TITLE iMethod for fus Liber 178521
SOURCEt Izobretenijap promWahlemWe obraztsy, tovarnvye znakif no. 3s
1966P 72
VV~ CALUO"-
TOPIC TAGSt fiberglasep plaxambibm, light scattering glass
ABSTRACT: ThiB Author Certificate presents a method for fus fiber
packets by,
compressing the packet (situated in a softened glass eheathri~n
vacuum. To obtain
light-transmitting packets of high resolution and large dimensionsp
the external
pressure on the packets ie:producea by compressed air via a heated
glass sheath
softened by application of heat. To obtain phocons of'axial symmetry,
the circalarl
uniform preesure is rehlized by means of a gasq while those regions
where the speoi-,
men is not to be compressed are protected by high-melting glass rings-*
MB CODV 11/ SM DATE i 2400t64
8
Card 1/1 262010036.9

86130
Translation from, Referativnyy zhurnal,
# 25-V3
8/112/59/000/012/071/097
A052/AOO1
Elektrotekhnika, 1959, No, 12, p. 2200,
AUTHORS~ Afon'kin, 1. .. Tarasov, V.S.
---------- kv
TITLE- On Application of Mathematical Computers to
Investigation of Gyro-
scopic 1nstrumentaR
PERIODICAL- Nauchno-tekhn. inform. byul. Leningr.
politekhn.-Ln-j,-1958. No. 5,
pp. 86-92
TEXT- The behavior of gyroscopic instruments mounted on
aircraft.,ships and
similar objecte is described by a system of non-linear
equations which have often
variable coefficients. Therefore, when analyzing such
instruments, aSSUMDtion
are often made which are not 'always sufficiently substan
iated. ;n V/
1~ " Dry friction
supports, inertia moments, large deviations of sensitive
elements, etc, can not
always be neglected. The experience of the Leningrad
Polytechnic InEtitute is
Card 1/2

86130
S/112/59/0001/012/071/097
A052/AO01
On Application of Mathematical Computers to Investigation of
Gyroscopic Instruments
described on utilization of an analog electronic computer for
solvIng the problem
on the behavior of gyrotachometer on a rocking base in
presence of dry friction
moment.. There are 7 Illustrations.
I.Ya ~T
Translator's note- This Is the full translation of the
origInal Russian abstract.
Card 2/2

ACC NR.AT7004204',
SOURCE CODE: UIV0000/6~/~/000/C~6i/66~
AUTHORS: Svet, D.. Ya.; gq~0-k-in,, V. G.; Grishin, V. V.;
Naryahkin, Be P.; Yezhovap T,
N.; Parfinovich, A. F.
ORG. none
A
TITLE- Photoolectronic pyrometry of metals in the near infrared,
Visible# and ultra-
violei spectral r6gions,
SOURCE: AN SSSR. Institut metallurgii * Eksperinentallnaya tekhnilca
i methody
vy.sokotemperaturnykh imereniy (Experimental techniques and methods
of high temperature
measurement). Moscow, Izd-vo Nauka, 1966, 3-9
TOPIC TAGS: ir pyrometer, optic pyrometer, radiation pyrometer,
photoelectric pyrometer,
yyrometry / PIRED~-5 pyrometer
ABSrRACT: A discussion of using radiation pyrometry in datexmining
the temperature of
molten metals is presented. The discussion, an extension of the work
of D. Ya. Svet
(Dokl. AN SSSR, 1961, 140, No. 4), is concerned mainly with
estimating the difference
between the luminous and true temperature of molten metals in the
near infrared, visible,
and ultraviolet spectral regions. Experimental results for molten
iron, nickel, and
cobalt respectively are tabulated. It is concluded that, to insure
accurate automatic
temperature recording of molten metals by radiation pyrometry, is is
essentia.1 to know
Card

ACC NR:
Ar7oo4204
the emission characteristics of the metals investigated. A short
discussion of type
PIM-5 pyrometer is presented, Orige art* has: 2 tables# 1 graph,
and 2 equations.
SaB CME: ZO/ SUBM DATEs none/ ORIG RU: 006
Card 2/2

SnWIN, A.M.; BORISSOV, A.M.; GRIBKOV, VJ%;
AFONIT9-5,IU.[Afonitoshin)
,j..N,j; TSUDESSOV, I.D.[Chudescrv I
LY-ermakov, I.N.]; PAIB, A. (tr;Ll;torj; ORA) A.,
red.;
EMBERG) K., tekhn. red.
(Technology of the servicing of the GAZ-51 automobile
in
agricultural use) Auto GASZ-51 tehnilise teenindamise
telmoloogia
pollumajanduses. Tallinn, Eesti riiklik kirjastus~
1962. 79
Translated from the Russian. (HIRA 15:4*
(Automobiles-Maintenance and repair)

51MIAKIN~ A.M.; BARAIW-MV) V.Ye.; BORIMN
AFONITUSIIII, V.I..:
GRIBKOV, V.M.; GHUDFSOV, I.D..
KUZNFTSOVA,, N.Ya.~ red.
[Technology of the maintenance of ZIL-150,
ZI1,i64 and
ZIL--585 motor vehicles in agrIculturel
Tekhnologii- tekh.-
niclieskogo cbsluzhivaniia aviciubile!
:~!L-L'Jro, i
ZIL-1,85 v sellskom khotialstve. Nloskva. 2963.
78 p.
'LA * 1 17
1. Perovo. Gosudarstvenr*,y Vsesoyiizn\ry
nau-~luik-lssledo-
vatellskiy tekhnologlf~heskiy insi-14'at ruonta i
eksplu-
atatsii mashinno-traktornog3 parka. 2.
Laboratoriya tekh-
nologiJ. remonta i tekhnicheskog.) obsluzhivaniya
avtomobiley
i reziny Gosudarst-vennogn soyuznor-
nalt-limi)-issledovate"Ll-
skog:~ tekhnologicheskogo institwa.

MOVOZOV, I.N. (Krasnodar); AFOITIKIN, P.S.
(Krasnodar).
war;:W;
Use of anesthesia in pulpitis. Stomatologiia
no.5:20-21 '53.
(MLRA 7:1)
(Anesthesia in dentistry) (Teeth--Diseases)

ArONIKIN P.S.
Rare case of a dental anomaly. Stomatologiia 40 no.Z;90
Mr-Ap 160.
(TEETH-4MORMITIES AND DEFOIMTIES) (MRA 14: 5)

AFONOVO A. I. Cand Bio Sci - (dise) "The Effect of
Spermatozoa)
Introduced into a Chicken Eeg, On the Embryonic
and Post-embryonic
Development of the Chicken Embryo," 1~razsnl,
1958) 200 copies, 22 pp
(Voronezh State U.) (KLy 49/60) 126)

AFOROV, I.
Great tabks and great responsibility. Prof.-takh. obr. 18
no-5:1-2 W,Ifil, (KIRA -14--.B)-.
1% -Rachillnik Glanago upr4vleniya
professionallno-tekhnichookogo
obk'io ani7a
a v , pri Soveta Mini5trov Kazakhakoy SSR.
(Kazak.hstan-Farm mechanization-Study and teaching)

Ghanges in certain reactive blood protein groups in chronic
lead poisoning.
Farm. i toks 21 no.6:64-69 11-D 058. (MIR& 12:1)
1. 11afedra biokhtmit (sav, - prof, G,A. Usbekov)
I~razanqkogo maditsingkogo
instituts imeni I.P. PaTlova.
(ROOD PROTISINS,
eff. of prolonged lead pots. in animals (Rae))
(LUD POISMING. exper.
eff. of prolonged pots, on blood proteins (Rua))

AF0140VA, v. 1;.: master Biol Sci (dIss) -- "Changes in
blood proteins and their
reactive &oups in chronlo load intoxication". Ryazan',
1959. 19 pp (Ryazan'
Med Inst in Acad 1. P. Pavlov), 200 copies (HL, Tjo 105,
1959, 107)

AFONOVA, V.N.; MOSHCHENKO, A.I.
Amino nitrogen of the blood serum in lead poisoning.
Nauch. trudy
Riaz. med. inst. 15:3-5 162. (rIRA 1735)
i
1. Kafedra biologichoskoy khImit (znv, Wedroy - prof.
G.A.Uzbekov)
R,yazanskogo meditainskogo instituta Imeni Pavlova.

AFONOVA, V.N.
Examination of the amino acid composition of the
blood serm in
ca~rbon disulfide poisoning. Nauch. trudy
Riaz.med.inst. 2309-64
163. (MIRA 18:12)
1. Kafedra biokhtmii (zav. kafedroy - prof.
G.A.Uzbekov)
Ryazanskogo meditainskORO inatituta imeni akademika
I.P.
Pavlova.

I if
RUDOY, B.Z.9 prof.; TIKI]Q41110VA, MI.; A.I.;
BAR,'d,'OVq ~J.
[IMIanual of laboratory %jork in incirganic ani
analytical
chemistry) ilukovod,-tvo k 1)!aktl,-,heskj-r,
zwdatijam po kiir-
su neorganicheskoi i anahtdcheskoi khimj~.
Fiiazanl,
li t (.
.Aazanskii irt, 19 3. 115-8 1 .

IFI Z. Aioi
a :Y" a d 'i-i
k
s tu(,' Jo a =urvoiii c -:5 n L I I
tr - 7- L 15 R 9
C ard 1/2

KR: AP5005777
t
o m c, t
art
Lo
Zd
CU, 3
GWI

HUDOY, B.Z., prof.; TIKHOMIROVA, V.N.;
AFQL~QYIij_V.V.; ROTSELI, A.I.;
BARANOVj A.At
[Manual for laboratory work in inorganic and
analytical
chemistry] Rukovodstvo k prakticheBkim
zaniatiiari po kursu
neorganicheskoi i analiticheskoi khimii.
Riazzan', Riazanskii
med. in-t im. alcacl.I.P.Pavlova, 1963. 158 1).
(MIRA 16:12)
(Chemistry, Inorganic-Laboratory manual)
(Chemistry, Analytical-Laboratory manual)

AFONSKAYA, L.G,._; AFONSKTY, M.N.
Structural and geomorphological investigations in the
evaluation
of oil and gas reserves of the miciale Amur
dcpression. Neftegaz.
geol. i goof. no.5:13-16 165. O-ITHA 18:7)
1. Moskovskiy gosudarstvennyy universitet im.
M.V.Lomonosova.

SKRIGAN A. 1.[Skryhan A. I.)- BEIENIKAYA, T. V.;
SHISHKO, A. M.
[Shyshko, A. Mj; AFONSifiA, I. A.
Investigation of low-ash sapropels from the swamps and
lakes of the
White Russian S.S.R. Part 1. Investigation of the
carbohydrate con-
tents of some kinds of low-ash sapropels. Vestsi AN
BSSR. Ser. fiz.-
tekh. nav. no.3:75-83 161. (MIRA 14*0)
(White Russia--Sapropele)

AIPONSXAYA,,L.S.; ZAIKONNIMVA, I.V.
Pharmacology of the paranitrophanyl ester of
diethylphosphoric acid
[with summary in English]. Yam. i toks. 22 no,,1:66-69
Ja-F 159.
(MIRA 12:4)
1. Xafedra farmakologii (zav. - dots. M.A. Aluf)
Xa2anskogo madi-
tsinskogo institute'
(PHOSPHIN;C ACID, rel. epds.
diethylphosphinic acid p-nitrophanyl ester,
pharmacol. (RUB))

71.
BIC1,03WAT, ACTIVI':" OF CIF Y11:10- )V1!.,Zy:TK":'1;`7 X;IC
tlc:-,." CN-

... . . . . . . .

72.

CO'.TAF,','r:V,: PATA 0.; Tz 0--
T

CQ,To,LT""pr,. 1. A. 1'~- . . . . . . . . . . . . .
443
73.
OF
'1111E, Tjl(":111,:~~; AC'710'; M!IF.1) OF

. I . . . . . . . I .
. . .
453
74.
TOXICITT M~b .1,0:LE' TOM C,-), C OF
O1W;XT0.'-ITo1X3 COITI:'UND3.

. . . . . . . . . . . . . . . . .
. . . . . . . . . . .

75.
EFF~'.CT OF C.111U,1117a).,; ON E. K.

et
al. . . . . . . . . .
:

76.

WC - .1 ON M.
D! FIN; A*,;D
CTION OF A N Ali

I. M. V. M. . . . . . . . . . . . . . . . . . .
. . .
468
77.
UZE OF 1`11-0,-03 i ~--i OF r;

. . . . . . . . . . .
. . . . . . . . . . .

70.
A-
USE OF IN 01' 'ffA=06,;V, "M FF4R. .=ML

111*11'111M,C~J. . . . .
. . . . . . . . . . . . . . . . . . . . . . .
47L
79.
11OXICOIC C-
'j OF 0. D. . . . . . . . . . . . .

4 [10
80.
P.MHOLOGicAl, CIA:.~;Fs 11~ AF`Vr2
Oj:C~V;0l':i03P11;R.'j.; h-1.

. . . . . . . . . . . . . . . . .
. . . . .
?.8b
81.
ITOTFC-11VE A,- -7;N j,:: OF p:::~v'Yo
.10I.TTLY WMi 5COPOL-

AND G. Cf;~C!1171 . . . . . . . . . . . .
. . . . . . . . . .
4qrl

all .
"C"D TA'MU'l-i 01, -Hy-~1,;= 'CTICD '. 1: .A. c -. i1f. 0'
IT, 1.!TC 17:7- TEO V)'% t han.

425
83.
1ocH&:;11,",1 OF T1.7U ACTION 01'

,j T. ",t,A,R*_-,o%-:j
T. V. Z:tf . . . . . . . . . . . . . . . . . .

500
04.
CLINICAL OPS,1711VATTON C"" IN C,!.*-,-O:'.%. V. M.
Krnr:a',)%u,
-105
85.
DI-110 (Dri--;iol 10V ccW)"M IMIAI:;:;~
0:Auco1j,". Z. M. C's."lova
508
86.
72REA`l3r1:NT 0" G. i. . . . .
. . . .
51Z

07.
--'0', 1' MWlZ WrTH
TOXICITf OF ORGIM;DVI:3.51; 1130~'- Mj NDS FG1 A!,

A. I. . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . .
515
as.
ORWJ;ONO3lTOf,1j5 A ANTIT.WIAT ION' SICKNESS WI-MVEITTIC AND
MOPmuc-'IC

AWKNM3. N. A. et n1 . . . . . . . . . . . . . . . . .
. . . . . . . .
520
69. EFFECT OF F ON' N.-v"AWPHY-~j. I.11). UITI Z.n. Minyuche%%
S24
2iirdya 1 (ch-~-,.-kxy cn," ',pp11c,%ticn
of Cc,:--, 111) Yo. 'ftejjz;ov, r"j. rubl. by Znzr-nt Affil,
ACDa. VC1 .
COUCetim cf ecc-Plot- Pc-1;c-ro 1,moonted at tho 29~9 Raz=
Coxxorcnco m CLrzAvtry of
Orgemollhoophonm Cov~rjwido.

IGNATYEVA, O.A.; ZAIKOITUKOVAO I.V., )~r-SY--AYA-;L-- S -
Antibacterial properties of organic oom-counds of
phosphorus.
Midy'a i Primenentye Fosfdrorganicheskikb Soyedirp-njy
(Chemistry, I#M
application of organophosphDrus comoun*is) k. YE.
A":417f).V, E&
Publ. by Kazar Affil. Acad, Sci. USSRp Moscow 196?,., 632
ut).
Collection of comnlete napers Drevented at the 1,059
Kazan Uouf,-rence on
Cherrdstry of ;rganor)hosphorus Communds.

KUDRYAVTSEVA, N.P.; ZAIKONNIKOVA, LV.
Effectiveness of new phosphorus organic substances
in the
treatment of diphtheria. Kaz , Med. Zhur.
no.6:4.1-44 162.
(MIRA 17:5)
I. Kafedra detskikh infektsi~kzav.-prof. V.P.
Kudryartseva) i
kafedrajarmakologii (zav.--dotsont T.V. Raspopova)
Kazanskogo
meditsinskogo instituta.