SCIENTIFIC ABSTRACT AFANASYEV, V.D. - AFANASYEV, V. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100410019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

DAVIDKOVICH, A.S., inzh.z TKACHENKO, N.A.,, 'nzh.~
GEYZENBLAZEN, B.Ye.,
inzh.; GONCHAROV, Yu,G,~ AFANAS' M, V.D.., inzh.;
RUDOY, V.S,
inzh.; KONOGRAY, B,Ya., ii-;zh,
Investigating the electroacou2tic method of controlling
the loading
of ball mills. Gor, zhu'r-.' no.5-,~50-51 My 165. (MIRA
18:5)
1. Trest po avtomatizataii weiallurgicheskikh
predpriyatly "Metal-
lurgavi--)matika", Dnepropetrovsk (for Davidkovich,
Tkachenko leyzen-
blazF oncharov). 2. Nauchno-19sledavatellskiy
gornorudnyy institut
(for : -aslyev, Rudoy,, Konogray).

USSR/General Division. Congresses. Meetings. A-4
Conferences.
Abs Jour Ref Zhur-Biologiya, No 20, 1957, 85066
Author V. F. Afanaslyev
Inst
Title Field-Seminar of Biology Teachers
Orig Pub Biol. v shkole, 1957, No 1, 96
Abstract A short report on three seminars of biologT
teachers of the Yakutsk ASSR. At the first
seminar (Summer 1954), the teachers received
some practical information on the agrotech-
nics of agricultural plants, on the culti-
vation of fruit-trees and berry plants in
the North, got acquainted with the work in
hot-houses, with the tehnique of pollination,
of sprinkling, of grafting, etc. The second
Card 1/2

USSR/General Division. Congresses. Meetings. A-4
Conferences.
Abs Jour Ref Zhur-Biologiya, No 20, 1957, 85066
Abstract seminar (Summer 1955) permitted the parti-
cipants to become acquainted with the gene-
ral organization of natural science teaching
in schools, in particular with the work of
the experimental training section; a living
strip of Nature; the museum of rtonal
studies, etc. The third seminar Summer
1956) acquainted teachers with the prin-
ciples of plant culture, of livestock
raising and machine building.
Card 2/2

-AT ZffA
X % 4. JI.C"'Y tf 41-M" X V AJ if/ 41
Pe- Pr-4 IJP~ia) ~G
,AC ESSION HR: APS012659 LTR/0369/65/001/002/0237 0242
!AUTHOR: Afanaslyev, V. F.; Severin, P. A.
1TITM Antifriction properties of metallopolymeric campositional
waterdale in gasim
iand in a vacuum
!SOURCEi Fiziko-khimichoskaya makhanika materialn-, Y. 1, no. 2,
1965, 237-242
I paper certain neti"--
A
CT
in a cryogenic-vacuum assembly. The ansembly works on the prIn--cIple
of face fric-
,tion against an abrasion'disc, rotating in a horizontal plane. The
coefficient (,f
if-riction was determined by elastic deformation, during tWiSting of
the rods to which
,,the sample holder was fastened. Measurement of wear was based on
measwvaents of
;linear dimensions and weight loss of samples, Metallographic and
x-ray structural j
janalysis show the qualitative changes during these teats. Thb pper
shcus res 6
-this awtbod*~
_t*$t5TbY 'or A bases tin bro=e 20 was used iwltb porosity
U&SUft
OM -the b2tfise wAs
Por

-410 f1w A" ~ 0 FFAUB--UCVB VU XDD Werr=lnt Or I rrittim - dm"g tesU
'VaCUUM is the same as in teBts of dry fricti4m air. orig. art,
has: 4-figures, 2 tables.
1ASSOCIATION: IPH M UACISSR. Kiev
ISUBMIT7ED! 078op64
!so PEF, SOS., 003-
mt-
Lcmd 2/2
VdCL- 00
Mani 001
SUB cm, mm

AFANASIYEV, V. F., Cand Tech Sci -- (diss) "Study of the
Process
.~!-, ~0 ---_
of Speed Countersinking of Gray Iron." Kiev, 1957. 16 pp
(Min
of Higher Education Incr SSR, Kiev Order of Lenin
Polytechnic
U_"~4
Inst, Chair of Technology of Machine Lwl)-Ak- "n), 100
copies
(KL, 48-57, 106)
- 25 -

AUTHORs Afanaslyev, V*F., Engineer. 122-4-9/29
TITM: Accuracy and surface finish in high speed Obuhter-boring
of gray cast iron. (Tochnost i chistota obrabotki serogo
chuguna pri skorostnom zenkerovanii.)
PEBIODICAL: I'Vestnik Mashinostroeni-,yall (Engineering
Journal) 1957,
No.4, pp. 48 - 49 (U.S.S.R.)
ABSTRACT: Tests carried oui with a BK8 carbide-tipped
counter-boring
tool of 32 mm diameter on a vertical drilling machine, model
2A135, machining grey cast iron of about 205 Brinell hardness
were accompanied by measurements of hole diameter to 1 p of
tool dia. to 2 ~t and profile meter recordings with an W$H-17
instrument (V.M. Levin system). At low speeds(6,8 m/min) the
hole is about 13 P smaller than the tool. At about 20 m/min
the hole is larger by about 13 ~L and at about 110 m/min the
hole is larger by about 47 p. With further increasing speed
the enlargement of the hole is reduced. The conicity and
ovality of the hole increased with the cutting speed, both from
about 5 to about 20 p in the range of speeds between 40 and
120 m/min. The surface finish is at its best at very low speeds
and at its worst at about 20 m/min; thereafter it gradually
1/2 improves and returns to about the-low speed value when the
speed reaches 120 m/min. The effect of the rate of feed on the

.AYANASIT.rV, V.F., inzhener.
Put switch boxes on a solid foundAtion. Put' i
put.idloz. no.3:b3-21
Ag 157. (Railronds--5witches) (MLRA 10:9)

AFAKASIYEV, V.F.
Study of the process of high-speed counterboring.
Sellkhosmashina;
no.8:26-28 Ag 157. (MLRA 10:1)
(Drilling and boring)

V A '11 ~Z' 177 V )1% T',
Authors' Dimma ies of Dissertations SOV/122-78-6-36/37
Vast. MRahinostroyeniya, 1958, No. 6, P. 87~
,the dynamics of cutting bevel gears with circular teeth of
modules up to 2.5 mm, and the stiffness of the machine-
workpiece-cutting tool system are analysed in the disser-
tation. The effect of the elastic deformation of the machine
tool components on the accuracy of Sear cutting is estab-
lished. The machining finish of the tooth profile depending
on the cutting conditions is examined. The studies carried
out can be used in designing machines for cutting small
pitch spiral bevel gears and for predicting the machining
accuracy and the finish obtained on the tooth flanks. x
V.F. Afaq~_S~ev - InvestiCation of the High-speed Counter-
borLng Process-in Grey Iron (Issledov-niye pxotsessa skorost-
nogo zenkeroveniya serogo chuguna). The summary vias
submitted to the Ki3wskiy ordena Lenina politekhnicheskiy
institut(Kiyev Polytechnical Institute): the effect of
various factors on the speed, finish and accuracy of holes
related to the dynamics of the cutting process in high-
speed machining of grey iron by counter-boring tools tipped
with carbide is examined. The results can be used in dev-
eloping rate-fixing systems under conditions of high-speed
Card 4,j~,, counter-boring and for the design of the cutting
tools.

AFANASIYEV, V.F., kand.tekbn.nauk
. .1 ~
High-speed countersinking of gray iron. Vest. mash. 38
no.9:
42-44 S '58. 041RA 11:10)
(Drilling and boring)

SOV122-59-3-19/42
AUTHOR: Afanaslyev V F (Candidate of Technical Sciences)
Rapid Cou'l_'*~o
TITLE: nte`r-r~ig of Holes with Increased Rates of Feed
(Skorostnoye zenkerovaniye otverstiy s u~velichennymi
podachami)
PERIODICAL: Vestnik Mashinostroyeniyaj 1959, Nr 3, pp 63-64
(USSR)
ABSTRACT: Experiments were carried out on cast iron plates
200 - 220
Brinell hardness using three-fluted counter-bores tipped
with tungsten carbide. No coolant was used. The bits
were used until the flank of the cutting edge near the
corner between the opening part of the cutter and the
sizing part of the cutter had worn 1.5 mm. Within this
limit for wear, the size, form and finish of the counter-
bored openings remained substantially correct. Trials
were made at rates of feed as high as 4.715 mm/rev,
cutting 1 mm deep radially. The length of the sizing edge
of the flutes was made (1.2 to 1-5)s,7 where sz is rate
of feed per tooth of the counter-bor~. Cutting speeds
were from 53 to 126 meters/miri. Curves are given for
wear on the flank of the cutting edge of the sizing part
bard 1/3 of the cutter versus time of use. Separate curves
are
given for various front and flank angled on this cutting

0
-OV/122-59-3-19/42
Rapid Counter-boring of Holes with Increased Rates of Feed
edge. Optimum front angle was found to be 160, and
optimum flank angle to be 50. Using these optimum
angles, formulae are given relating life to cutting
speed, to rate of feed, and to radial depth of cut. From
these formulae, a high rate of feed is seen to give
better life than lower rates of feed with deeper cuts.
Correction factors are tabulated for counter-boring
cast-irons with other hardnesses, and are compared
using 200 - 220 Brinell as the 100% basis. With counter-
bores with sizing edges of length determined by the above
formula, the quality of the counter-bored surface was
unchanged with increased rate of feed. The accuracy of
the hole depends mainly upon the symmetry of the opening
(i.e. the transverse) edges of the cutters. By using
high rates of feed (quoted as between 0.32 and 4.715
mm/rev and cutting speeds between 75 and 130 meters/min),
it was found that there was little work-hardening of the
Card 2/3 surface being cut, and that the depth of the
work-hardened

SOV/122-59-3-19/42
Rapid Counter-boring of Holes with Increased Rates of
Feed
layer was substantially less than the usual allowance
for holes which are to be reamed.
There is 1 figure.
Card 3/3

AFAXLSIYEV, V.F.
Iwirestigating high-speed hole drilling in parta
strength cast irons Nauch.zap.0d.politekh.inBt.
(Drilling and boring)
made of higb-
26:3-16 160.
(MM 15:5)

APANASIYEV V.F. kana.takhn.nauk
.t~_
Higb-Bpeed drilling of holes in bigb-grade cast-iron parts.
Vast.
mash. 40 no.10:65-66 0160. (MIRA 13:10)
(Drilling and boring)

RODIN, Petr Rodionovich; BODUCH, M.L., dots.,
retsenzeAt--
I
AFANA6!'XEV,_X~F,# dots... kandeiekhn. nauko
retsenzent
-500-unip G.I., otv. red.; CHISTYAKOVA, L.G., inzh.,
red,; C-ORNOSTAYPOLISKAYA, M.S., tekhn. red.
[Design and manufacture of metal-cutting tools]
Proektirovanie
i proizvodstvo rezhushchego instrumenta. Moskva,
Hashgizp
1962- 254 P- (Metal-cutting tools) (MUU 15W

S/181/61/003/009/022/039
B104/B102
AUTHORS: Idaslova, L. V., Matveyev, 0. A., and Afanas.1yev, V. F.
TITLE: ElectropoliBhing of n-type siliton
PERIODICAL: Fizika tverdogo tela, v. 3, no. 9, 1961, 2699 - 2702
TEXT: n-type and p-type silicon single crystals have been etched
and
polished electrolytically. Preliminary tests showed that
electrolytic
etching is reproducible, and is also more favorable with respect
to the
effective durability than chemical etching. Electrolytic etching
increased
the effective durability of samples having a resistivity of 5 - 50
ohm.cm
by 30 - 50%. The results of D. R. Turner (Ref.1t J. Electrochem.
Soc.,
no- 7, 402, 1958) have been verified by using low-resistance
p-type silicon.
Por data concerning p-type silicon c. f. Ref.l. The
electropolishing process
was applied to n-type silicon samples having a resistivity of 150
ohm.cm.
The contacts were obtained by depositing nickel electrolytically,
or by
melting on tin with an antimony impurity. Hydrofluoric acid
dissolved in
water and containing admixtures of glycerin and acetic acid was
used for
Card 1/ 4

28958
S/181/61/003/009/022/039
Electropolishing of n-typeeoo B100102 -1c
electropolishing n-type silicon. The best results for n-type
silicon were
obtained with electrolytes containing 0.9-2% of hydrofluoric acid.
Solutions with higher concentrations required higher current
densities,
wITereby the samples were heated too muchl at concentrations
lower than 0.9%,
the polishing rate was too low. It was found that the optimum
current
strength increased linearly with the hydrofluoric acid
concentration in
water. The best results were obtained with a 7 - 8 ma/mm 2
current density
and with an electrolyte having 1.8 % of hydrofluoric acid; the
polished sur-
2
face of the samples measured 4 mm , The same curent density
caused a con-
siderable heating of samples with 25 mm 2 surfaces. Using a 0.9 %
hydro-
fluoric acid concentration and a current density of 2.5 -3
ma/mm.2 made it
possible to polish the larger surfaces without cooling. The time
of
polishing was increased from 3 - 5 minutes to 10 - 15 minutes. In
order to
keep the necessary concentration gradient at the surface of the
sample, it
was very important that the viscosity of the electrolyte was kept
constant.
Por this purpose, glycerin was added to the electrolyte. The
resistance
Card 2/4

2i"088 S/181/61/003/009/022/039
Electropolishing of n-typea,o B104/B102
was decreased by adding acetic acid. Grinding of the sample
before etching
had a considerable effect on the electropolishing process. The
surfaces
of the silicon samples polished electrolytically were examined
under an
MAM-7 (MIM-7) microscope, It was found that 2 minutes of
polishing at a
current density of 7 - 8 ma/mm2 in an electrolyte with a 1.8~fa
hydrofluoric
acid concentration will furnish the same surface structure as 20
minutes of
2
polishing at 2.5 - 3 ma/mm and a 0.9% concentration. After 10
minutes of
polishing at a current density of 7 - 6 ma/mm2 (1.8%), the
surface structure
in the center of the sample was the same as on the edge; a
longer polishing
resulted in a very uniform and fine-grained structure of the
sample surface.
The grain size of the polished surface decreases with increasing
time of
polishing and increasing current density. At 7 ma/mm2, a surface
is ob-
tainedq which appears rippled but has no film; at 8 ma/mm 29 the
surface is
ideally smooth but has a film showing interference properties.
Momentary
etching at 2 - 3 ma/mm2 or reversing the polarity will remove
this film
easily. There are 4 figures and 2 non-Soviet references, They
read as
Card 314

Electropolishing of n-type...
2111 01 8
S/181 61/003/009/022/039
B104 B102
follows: D. R, Turnerp J. Electrochem# Soc., No. 7, 402, 1958;
A. Uhlir,
Bell Syst. Techn. J~, 333, 1956.
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe AN
SSSR
Leningrad (Institute of Physics and Technology imeni A. F.
Ioffe, AS USSRj Leningrad)
SUBMITTED: April 21, 1961
Card 4/4

S/276163/000/004/003/007
A052/A126
AUTHORs Afanaslyev. V.P.
:JTITLEs-' High-speed countersinking and broaching of deep holes
PERIODICALt Referativnyy zhurnal, Tekhnologiya mashinoetroyeni.Va, no.
4P
1963, 171, abstract 4B934 (Nauchn. zap. Odeask. politekhns
47, 1962w, 36 43),
TEXTt According to the now technology for processing d9ep holes in
--steel-- tubes-- the --countersinking- and broaching --bpa:itations
--are - c
out on a boring ma.chine._-_In--th.e process of machining the
workpiece-is sta~-
:,tionary and-the tool rotates,and realizes the feed'-travel. An
investigation
of the tool wear was carried--o-utwith-the purpose- of
establishing--the- optimum--1_______
geometry*of countersinke 'and,broaches furnished with T15K6(Tl5K6)
hard-
Zalloy plates. Men investigating the wear-off process and determining
the,
criterion of bluntness of.countersinks the following conditions were
adopteds
;V - 45 - 48 m/min., S. w 0-4 - 0-5 mm/rev., t - 0-75 - 1.25 mm- It
has been',
established that the maximum summary service life of a countersink is
securd
when as,a criterion of bluntness the wear along the front edges hf-
0.8-1mm,
6n the place where the cutter head passes over into the guiding part,
which.,''
ard

S/276J63 4/66
",-_:A~gh-repeed: ing- and -br 6-
countersink oa0hing- of. 2/42
AO5
r- on the-- a trip --al ong -axis - hA 0e5
orIrespo ads- -to iwea. -the
b Y*- -the finish- is- -within V5 V6 limitsazd the 4th class precision
is seculEd,
The optimum countersink geometry iu e-15ot c* 6 -4' 10 0 ,(p a 600s -
150,
the length of the transition blade,l = 1.5 mm, the strip width f 1.2.
With
an increase in the cutting speed the height of microroughness
decreases and
the hole spreading increases. A change of the feed within So - 0-3 -
1-1
mm/rev. does not affect the precision and finish of the surface. In
broach-,
ing the effect of the cutter head angle of hard-alloy broaches was
investi-
gated. -The work was carried out under the following conditiones
VwOm/miln"Opi
so - 0.768 mm/-Vev., 2t - 0-3 0.35 min. It has been established that
the
optimum cutter head angle T 150. Iffinen investigating the wear-off
process
of the broaches it has been found that the wear occurs over the front
our-
faces of the teeth and along the strips in the place where the cutter
head
passes over into the oalibr sting part. Over the back surfaces of the
teeth
no wear is observed. 'With an-,inorease of the cutting speed to within
48 -
78 m/min. the hole spreading increase3 from 25 to 37-5 microns. A
change
--~--of- the -pedal from-Ot.2 -to--O-468-mm/rev. --has -an
inconsiderable effeot-oU__'_P_r_e__-___~_____
cision and finish of the hole. A chango of the hole diameter allowance
within 2t 0-35 0.12 mm does not affect precision and finish'of the
hole.i

ITKIN, Abram Llvovich; APANASIYEV, V.F., kand. tekhn.
nauk, dots.p
retsenzent; C IMAKUVA, _rR.; GOR110STAYPOLISKAYA,
Op liff.-I
M.S., tekhn. red.
[Manufacture and use of hard-alloy metal-cutting tools]
Izgotovlenie
i ekspluatatsiia tverdosplavnogo rezhushchego
instrumenta. Moskva,
Mashgiz, 1962. 119 Detal-cutting tools) (KTRA 15 -.7)

KOSHARNOVSKIY, Viktor Favlovich; AFANASIY--EV,
V.-F.), otv. red.;
HAILOVA, TA, red.; ifE_Y,�A_NDROVA, G.P., tekhn,
red,
[Metal cutting and metal-cutting toolslilezanie
metallov i me-
taIlorezhushchie instrumenty; bibliograficheskii
spravochnil.
Kharlkov, Izd-vo Khgrlkovskogo univ. 1962. 127
(MVIRA 15:10)
(Metal cutting) (Metal-cutting tools)

Card 1/1

BORISOV, Boris. Yakovlevich; -AFANA-1q I JEV. V- F- . kand.
teklua. nauk,,
retsenzent; BASKAKOV, I.G., kand. tekhn.nauk, retsenzent;
KOVAMKOY V.V., kand. tekhn. nauk,, red.; FURER, P.Ya.,,
red.;-GORNOSTAYPOLISKAYA, M.S., tekhn. red.
(Laboratory manual in metal outting]Laboratornyi praktikum
po rezaniiu metallov. Moskva, Mashgiz, 1963. 79 p.
(MIRA 16:4)
(Metal cutting-Study and teaching)

YAKOVENKO, Grigoriy Aleksandrovich; GOLUBDV, Nikolay
Polikar-povioh;
DUMANSKAYA, Valentina Avksentlvevna;,,k ASIYEV. V-F.,,
kand.
takhn,navk,retsenzent; NIKIFOROVA, R.A., inzh., red.;
GORNOSTAYPOLISKAYAp M.S., tekhn. red.
[Rapid machining of stainless Bte6l] Skorostnaia
obrabotka nerzha-
veiushchikh stalei. Moskva, Mashgiz, 1963. 72 p. (MIRA
16:6)
(Steel, Stainless) (Metal cutting)
We

KACHER, Vladimir Aleksandrovioh; AFANAEUffj.F.,
kand.tekhn.nauk,
p9tsenzent; NIKIFOROVA, R.A., insh.,, red.j
GORMOSTAYPOLfSKAYA#M.S.p
tokhns red,
[Preoision turning of hardened cast iron) Tonkoe
tochenie
zakalennogo chuguna. Moskva, Mashgiz, 1963. 129 p.
(MIRA 16s6)
(Cast iron) (Turning)

FILONENKO, Serafim Nikolayevich; AFAN I F.,
kand. tekhn.
nauk, retsenzent; BARAB- RLE, M.Ye., inzh.,
red.;
PILIPENKO, Yu.P., inzh., red.;
GORNOSTAYPOLISKAYA, M.S.,
tekhn. red.
[Metal cutting] Rezanie metallov. Moskva,
Mashgiz, 1963,
209 p. (MIRA 16:7)
(Metal cutting)

AFANASIYEV, V.F.; PARITSKIY, L.G.; PRINT, N.F.; RYVKIN,
S.M.
Effect of trapping levels on the lux-ampere
characteristics in
silicon. Fiz. tver. tela 5 no.11:3179-3182 N 163. (MIRA
16:12)
1. Fiziko-tekhnicheskiy institut imeni A.F.Ioffe AN
SSSR,
Leningrad.

/Vur, 1;~'
L 1630L-65 FiVeVEW. (10;/., TP(b) Pf-h !JPW
ACCESSION NP.: AP4045900 Yl,.w S/0021/64/000/009/1168/117L'
_r__ __ _~Mec-,aqed)
AUTHOR: Fedorchenko.-I. M. (Academician AN UkrSSF); avgor,D.A
A f a ev V. F, Fi I atova , N iI at j . a A.
nlii_L~
TITLE: Investigation of the wear of sintered powder materials in
different gaseous media
TOP I.C. -TAGS Pinter*4 -powder.material, &x2n-Powder =Vt*1r14k1P
74~
P10'WdeT"-1M'a_'te_ft'ax.-2. -lilctibi- 600M, nt'~ wear)"I
cA e
ABSTRAM Sinteted powder materials, two on an iron powder base and
two on a bronze powder base, were subjected to friction and wear
tests in air, nitrogen, argon, and hclium. The counterbody was
nit rided;~IKI,l 8N9T_JA1S1 321 ) steel hardeneL: to 75 ER ; testing
was
done at a specific pressure of 245-10 n/m2 and a sliding speed vary-
ing from 0.5 to 10.5 m/sec. The test results showeG that the arbier."
gaseous medium has a significanz benri-ng L-n tric mecnanisrnl of
wear,
friction coefficient, and tempe.-ature of the friction surfaces of
all the sintered materiali tested, The friction temperature and wear
Card 1/2

L 1630h-65
ACCESSION NR: AP4045900
were much lower in air than in gaseous nitrogen, argonj or
helium.
identical operating conditions, the wear rate of sLutered iron-
powder materials was appreciably higher than that of the
bronze-powder
materials. The value of the friction coefficient and its
time-depend-
ent changes at a consts"t speed were determined by the
processes which
occur on the friction surfaces, And which, in tur--j, depend
on the
At a constpn.t sl-'Ini~ -e 'fect of the
ambient medium. F~~, "_-e e"
snecific -rcs-,ure on the ft,_- c e I c zi , ', ~, ', n d e
~-? nde n t o f t ~) e
ambient gaseous medium, Orig, art, rias: 3 fi?ures.
ASSOCIATION: Ins titut problem materialoznavstva AN 1JSSR
',Institute
of the Problems of the Science AN. USSR)
SUBMITTED: 25Jan64 F"'CL: C)CJ SUB CODE: MH
NO REF SOV: 002 OTIiER 001
Card 2/2

AFANASIYEV, V.F.; SEVERIN, P.A.
Investigating antifriction properties of
metal-reinforced polymer
materials in gaseous media and in a vacuum. Fiz.-khim.
mekh. mat.
1 no.2:237-242 165. (MIRA 1836)
1. Inotitut problem materialovedeniya AN UkrSSR, Kiyev.

A FA 1, ( - .- . , . ~ . I
0 %,
,- -, cf ra Llo with block f oundationg. Vast. TSIIII 14PS
24 no,6s
l'i-)l 165- (MIRA 18t9)
.., .1

(c
ACC NR. Ai602593T SOURCE CODE:
UR/0226/66/oOO/OOT/00
AUTHOR: Afanaslyev V F.; Karpinos, D. M.
-1--l-111 *
9100525q
/,- x-'
13
ORG: Institute of Problems in the Science of Materials. AN UkrSSR
(Instifut -problem-materialo-vedeniya A -U_k r-S-S R
TITLE: Anjj A
_fyiction chagacteristics&f boron nitride during dry fric-
tion in gaseous media and at low temperatures
E: Poroshkovaya metallurgiya, no. 7, 1966, 49-52
TOPIC TAGS: boron nitride, chemical compound,
iW'_1,-..r----TRH-A-" friction,
friction wear resistance
ABSTRACT: The friction behavior of five series of boron nitride
disks4
was studied under conditions of dry friction against nitrided
lKhl8N9T1
steel at 300, 273, 195 and 77K in air at a pressure of 133.322
and
in argon, helium, and.nitrogen at 300K. The series differed from
one
another by the density of the specimens (unspecified).
Temperature was
found to have a pronounced effect on the friction coefficient and
wear resistance. With decreasing temperature the friction
coefficient
increased from 0.17-0.19 at 300K to 0.32-0.34 at 79K, and the
weight
loss increased from 20-21 g at 300K to 30-32 g at 77K in a
two-hour
test. With increasing specific pressure the weight lose increased
Card 1 2
~Cgrd2

L 1032q-67 SUUMIVEWEM/ DJ1J D - ---
_AU_MF1_ 919 --- JJP(c) 6_91667WI6621d~2_'WIO~_f,'
~1`6026 SOMWE CODEt i(R763
AUTHORSt Afannalyov, V. F.; Xhimich G. S. 3q
ORGi Institute for the Problems of Materials Science, All
UkrSSR (Inatitut problem
mate ri ~foVe_d&d_f
TITLE: Effects of low temperature, vacuum, and gaseous
environment on the friction
and w-etir of material's,\
SOMICE: Fiziko khimicheBkaya mekhanika materialov, v. 2f no. 2,
1966, 209-212
TOPIC TAGSt metal friction, friction, wear resistance
ABSTRACT: The major portion of the report represents a
qualitative citing and
discussion of references on the effects of temperature, vacuump
and gaseous environ-
ment on friction and wear of materials. These include L. A.J
lutalova (Sb. Treniye i
iznos v mashinakh, M, 1962, vyp. 15) and "Effects of Vacuumlon
S ace Metals", Metal
Age, 1962, 20, No. 1, 2. It is concluded that the
wo_rk__Fto-dnt05 on Zhe effects of'
environment on friction and wear is insufficient mid inadequate
because only small
ranges of operating parameters have been investigated and moot
viork has not consider&
the microstructure of the metal and/or oxide surface layers.
The last half page of
the report briefly describes a friction test apparatus which
has been developed to
study friction and wear in a vacuum (to .10-9 mm Hg) or in a
controlled atmosphere (at
100-6000 rpm or 0.2;-20 M/eeo sliding velocity). Orig. art.
hast 2 figures ani I
table.
SUB CODEs Ill 13/ SUBM DATE, 150ot64/ ORIG RM 006/ OT11 RM 002
Card 1/1 ON&

ACC NRe AP6034196
coefficient on addition of US is due to the formation of a
prote: ive sulfide film,
However, an increase of ZnS content over 10% adversely
affected th mechanical
properties of the powder metallurgy products. An iron-based
mate, al with added
1.5% graphite, 2% copper and 8 to 10% zinc sulfide is
recommended 'or*operations in
dry friction with 45 steel. Orig. art. has: 6 figures and 1
tab' !.
SUB CODE: l1/ SUBM DATE: 3lMar65/ ORIG REF: 004/ OTH REF: LA/
Card

AFANASIYEV, V.G.
Tunnel tachymeter of the Ministry of Transportation
Construction.
Transp. stroi. 3.1 no.5:19-~O MY 161. (MIRA 14:6)
I.- Nachallnik geodezicheako-marksheyd.-;rskogo
upravleniya
Glavto=eIlmetrostroya. (Tachymeter)

FANASIYEV. Vaoiliy GripFly~vichi_FIIATOV,
Leonid Sergeyevich;
2V__ _1-1 _ _ -
C11UPEY ~ 1. ., spets.red.; PES7RYAKOV, A.I.,
red.,
SOKOLOVAO N.N., tekhn, red.; DUDAKOV, V.A.,
tekhn. red.
(Innovators and efficiency promoters in
agriculture) Izo-
bretateli i ratsionalizatory sellskomu
khoziaistvu. Mo-
skva, Selikhozizdat, 1963. 333 p. (MIRA 16:12)
(Agricultural machinery--Technological
innovations)

AYANASIYF,V V.G. inzhener.- . .
Instructions on geodetic
of subways and tunnels.
(Geodesy)
work and mine surveying for the construction
Tranaps atroi, 7 no.3:32 Mr 157.
(Tunneling) (UM 10tO

AFANASIYFV, V.G.,, inzh.; LABUTIN, E.B., inzh.;
SUKHACHEV, V.E., Inzh.
I
Remote control system for a bridge crane. Mekh. I.
avtom. proizv.
18 no.10;224-23 0 1", (MM 17M)

AFAIIASIYEV, Vasiliy Gavrilovich; ALEKSEYEV,
Aleksandr CrUsimovich;
"=W-lT6nV:ftlrM-6'-!'~6yevich; CIO~WUSIN, M.S.,
doktor
tekhn. naukjred.
(Geodesy and mine surveying in the construction of
tumels
and subways] Geodezila i riarkshreideriia pri
stroitellstve
tonnelei i metropolitenov. Moslna: Nedra, 1965.
299 p.
(MIRA 18:9)

AWAVYEVO V. 1.
"Leading Research of Russian Scientists on the Pathogens of
Malaria,' Medgiz,
~bscow, 1952

AFANASIYEV V. 1.9 JC MED SC 1 2 "EVALUATION OF
T*W&"4eS-.T-
IN D
r
RESULTS < T A CANCER OF CERVIX UTERI W4TH RADIUM AND
X-RAY$, (CLINICO-ANATOMICAL CDMPARISON). It
STALINGRADtl961.
(MIN OF HEALTH RSFSRq STALINORAD STATE MED INST). (KL9
3-619
230).
389

AFANASIYEV, V.I.
Eliminating ascariasis and Heterakis infestation of
hens,
Veterinariia 41 no.705-57 J1 164. (.MIRA 18t11)
1. Glavnyy veterinarnyy vrach Sovkhoza
"Rogachevskiyl"p Rostovskoy
oblasti.

L 131-66
EWTUVFWW/T/1~0(t) i&c) ip/in
Ap6oloM SOURCE CODE: UR/0056/66/050/003/0520/05241
AUTHOR: Garber, R. I.; Afanaslyev Dranova Zh. L; Mikhayloy-
4
-31
ORG: Physicotechnical Institute, AN UkrSSR, (Fiziko-tekhnicheskiy
inatitut AN Ukrainskoy SSR)
TITIE: -,Low temper_ature recrystallization of tungsten microor-yetals
71
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy fiziki, v. 50,
no, 3. 1966., 520-524-
TOPIC TAGS: low temperature, recrystallization., crystal dislocation,
grain structure, microorystal, tungsten deformation
ABSTRACT: Tungsten deformed at liquid_ELLrogeri temperature has been
investigated in a field ion microscope after being Icept at room tem-
perature. It Is shown that new recrystallization centers may ariae
at 600-700C in the deformed boundary region of t4e microcrystals.
The transverse size of the stable grain is 20-60A at a disorienta-
tion angle of 8-100. The.dialocation s ructure of the boundaries Vas
discussed. Orig. art. has; 9 figures. [Based on author's abstrac j
tNTI
SU13 CODE: 20/ SUBM DATE: 06Aug65/ OHIO REF: 003/ OTH REF: 001
Card 1/1 AV

L h('
5671,66 z.nW/Z SOURCE COEq~ ---UR/0- 8/66/000/004/0012/00,43
ACC-NR-i-Ai-,602)62? t 31
AUTHORt Agafonov, A. V.; Oslpov, L. N.; RoGav ~.P.; Uzunkoyanj P._N;'%
Fin_o~lonov
V. P.; Zhandanovskiy, N. B.; Perozhiginal 1. Ya.; Kol'manj Is V.; risa
Cn1Kj As 116i
-'--!MMfts1yovp V. I.; Khavkinp G.
GAG: All-Union Scientific Rnsoarch Instituto of Petroleum Refining
(Vsesoyuzriyy
naucino-i~sledovatel'sRiy insEltut po pnrorabotko norti)#' vok --
-shov Pet Ra--
finor.1,.(NovokuYbYsh9vskiy n9ftopnrorabAtyvAyi1shchiy zavod)
TITL31 Experience with cata ic rocracking of Vacuum distillate on the
hydrefin-
ing assembly of tho Novokuybyshev Petroleum Refinery
SOUR'VFl ileftoperorabotka I neftekhinlyat no. 49 1966P 12-15
TOPIC TAGS1 catalytic cracking, petroleum product, gas oil fraction,
diesel fuolp
Casolina
A551.6G-L: The VAIINP has clovolopod a variant of tho procoss for
prod,lcing fiqoli
invOlvi))G ono-step hydrocracking of sulfur-contAitlilIg vacuum
dis~.111.ates on an ilj~lr-
nu:%-cobalt-molybdonum catallat. The rnmats of 1.qboratory exporinonts
with this varl-
ant wore suco5sfully applied at the oxperimental Industrial
hydrofining assembly of
the NovkiWbyshov Petrolnim Refinery. The operation of the
hydrocracking assembly is
described. The food stock for the plant hydrocracking was vacuum
gas,oil obtained
from distillation of sulfur food stocks Distillation of the
hydrogenate producedl
I Card I/Z_ UDC s

L
ACC NN AP6023622
diOS01 Oil which MUt All the r9qii1rnrnnM s of GOST 4749-14-9 for
DL f-,rido; a gasoline
fraction charactoriz.od by a low sulfur.contont (0".002-0-03)) a
rolatively heavj frac-
tional composition (melting rango 120-1800)~ anri it low octane
numbor (42), and is
ra=viandod as food stock for catalytic rofor~lng; the ga6oous
products methane (49.9
vt. ethane (29.4%)p propane (17.8-%) and butanns (3.65). The
residue of the dis-'
tillation of fuel fractions is rocommmended as food stock for
catalytic cracking, It
is concluded that the hydr6cracking of'va'cuum gas oil on the
hydrofining assembly of
NKNPZ confirmed the results of work carried o~t by the VNIINP on
pilot plants for the
purpose of designing high-capaoity units. Orig. art. hast I figure
and 2 tables.
SUB CODES 11/ SUBM DATES none/ ORIG REFS 001/ OTH REFS 003
J
i fv
!Card 2/2

REKHOVSKIY., Yu.D..-, AFANASIYEV., VA.
Specialized crews for bridge painting. Put' i
put.khoz.
5 no.7:31 Jl 161. (MIRA 14:8)
1. Rukovoditell gruppy Nauchno-issledovatellskogo
instituta
mostov (for Rekhovskiy), 2, Zamestitelt nachallnika
Leningrad-
Finlyandskoy distantailp Oktyabrlskoy dorogi (for
Afanaslyev).
(Railroad bridges-Painting)

REKHOVSKIY, I D., inzh.;,-AFMAS!
lu -UV,.V.K.,,inzh.
Introduction of a new technology of cleaning and
painting bridges.
Sbor.trud.NII mostov no.7:129-133 162. (ERA 16:12)

KMUSHCHEV, G.G.,, kand.takhn.nauk,- AFANASIYEV., V.K.,
inzh.; YADROVA, G.I.,
inzh, --
Combined wool opinner-twister. Tekst.prom. 22
no.2:30-32 F 162.
OMA 15:3)
1. TSentml'W nauchno-issledovatelfskiy institut
sherstyanoy promyshlennosti (TaNIIShersti).
(Spinning machinery)

KHRUSHCHEV. G.G., kand. tekhn. naukj Prinimali
uchastiyet YADROVA, G.I.,
inzh.; STEPANOV, I.T., konstruktor; AFANA.S-IYFVI
V.K., lnzb.;
DODONOVA,, V.I., laborant; VORONOVA',T"..'
'1*d.'-r--t'-'-
0
Method of oombined spinning,alubblng,,and twisting in
woolen
manufacture. Nauch.-isal. trudy lbhllShersti
no.17t29-38 162.
(MIRA 17t12)

AFANASIYEV V. .; SlMAKOVA, L.N.
M-A--K
The PK-114-ShG spinning and twisting machine for
worsted
manufacture. Biul. tekh.-akon. inform. Gos.
nauch.-issl.
inst. nauch. A. takh. inform. 18 no.3:38-40 Mir
165.
(MIRA 18:5)

APANASIYLV, V.L., takhnik,
MA" -- -obiftwowNaw,
Improving the reliability of UGP-51 falling-veight
operating
mechaniams. Inergotik 4 no.8:28-29 Ag '56. (MIRA
9:10)
(Electric circuit breakers)

POPOV, L.P., kand.biol. n4gkj_ApAXARtECj,_yj,. mladshiy
nauchnyy sotrudnik:
SUKHOVA, G.V., mladshiy nauchny7 sotrudnik
Washing synthetic fabrics in automatic laundries. Gor.
khos. Moak.
32 no.9:19-20 S 158. (MIRA 11:9)
l.Akademiya kommunallnogo khozyaystva imeni K.D.
Pamfilova (for
Afanaelyev, Sukhova).
(Synthetic fabrics) (laundry)

KOGAN, M.A., kand.istor.nauk; AFANASIYEV, VA.
---- -----
Legends about visitors from outer space. Friroda 50
noo4:77-79
Ap 161. (KIRA 14:4)
1. Leningradskiy gosudarstvennyy universitet im.
A,A.Zhdanovao
(Plurality of worlds) (Interplanetary voyages)

KOGAN., M.A.; AFANASIYEV, V.L.
Are there any grounds for revising the generally
accepted idea
concerning the-prehiatory and purpose of Columbual first
voyage?
Izv.Vses.geog.ob-va 93 no.5:384-394 S-0 161. (MIRA 14:10)
(Colombo, Cristoforo)

AFANASIYEV, V.L. (Leningrad); KOGAN, M.A.
(Leningrad)
A new world map by Martellus, Priroda 53
no,5:102-104 164.
(MIRA 17:5)

AFAVASIYEV V.L.; KHAC',IA';IJROV, A.A.
Recording of the microprofile of highways and its
atatistical
c1mractarlst.lus. Avt. dor. 27 no.9;11-12 S t64.
OURA 1'/: 11)

AT/JM_
ACC NRo APS011401 SOURCE COM
VR/0067/66/036/OW/0526/0332
AUTHOR:, Afanas1yeva,V,L.; Luk1n,A,V,; Mustafin, K,S,
f3
ORO: none
Tl=: Determination of electron energy distribution-tUngli= in hollow
cathode
discharges in helium-noon mixtures
SOURCE., Zhurnal tokhnicbeekoy flzlkl, v, 36, no, 3, 1966,526-,532
TOPIC TAGS: gas discharge plasma, excited state, helium, neoup plasma
electron
temperature$ metastable state, particle collision, electron density,
energy
distribution cold cathode tube
ABSTRACT:' Electron concentrations and energy distributions were
measured and excited
state populations were calculated in 100-200 mA hollow cathode
discharges in helium-
noon mixtures. The noon partial pressure was 0.1 mm 11g in all the
measurements; the
helium partial pressure was varied from 0.3 to 7 mm Hg. The discbnrges
took place
in a 30 cm long 1.2 cm diameter water-cooled kovar tube which served
as cathode. The
two anodes were mounted in branch tubes. The electron density and
distribution
inensuremonts were made with three 6 gan long 0.06 mm diameter
molybdenum probes,which
could be retracted into side tubes to prevent their destruction during
preliminary
cleansing; discharges, The distribution functions were calculated from
the probe
characteristics with the formula of M.Druyvestein (Ze.f.rhys., 64,
781, 7000 1963).
Card 1/3 UDC: 537.525

-25511-66
L
ACC NRs AP6011401
The second derivative of the probe characteristic required for this
calculation was
obtained by modulating the probe potential at 1 MHz and measuring
the 2 191z component
of the probe current This technique and the electronic equipment
with which the
measurements were pe;formed was tested by measuring electron
distributions in mercury
pouitive columns; the results of these measurements were in
satisfactory aireement witt
corresponding data in the literature. The distributift curves
obtained for the hollow
cathode helium-neon discharges were rather close to Maxwellian. No
high energy maxima
were found, although there was a pronounced bulge at about 17 eV on
the distribution
curve for the discharge In which the helium pressure was 0.3 mm Hj.
The observeg 0
electron temperature and concentrptions ranged between 19.5 x 10 and
68.5 x 100
and between 3.3 x 1010 and 11 x 101U cm-3. The electron temperatures
and concentra-
tions were higher near the anodes than midway between them. The
measured electron
densities and distribution functions were employed to calculate the
populations of
the me-testable 23SI helium level - a.nd the-Is, 2P41- and 252 neon
levels-(Paschen's
notation). Cascade and stepwise excitation processes and electron
collisions of the
second kind were neglected in these calculations,, but collisions of
the second kind
between helium and neon atoms and collisions with the wall were
taken into Account:in
calculating the lifetime of the 08, helium level. The data of
V.PDennet (UFN, 81,
1199 1963) were employed for the lifetimes of the 2pA and 29* neon
levels. There was
population Inversion between the 282 and 2p4 levels, At a helium
pressure of 0,3 =
Hg, electron collisions and collisions of the second kind
contributed approximately
qually to the pooulation of-the 29g neon level; at helium pressures
above 3 Bg
Card 2/3

ACC NN AP6011401
C19-1
the contribution from collisions of the second kind was predominant.
As a function of
the helium partial pressure, the population of the 29 neon level went
through a - 2p4)
PInimum at 1-2 mm Hg and a maximum at 4-6 mm Hg. The2behavior of the
1.16p (202
'line intensity as a function of helium pressure to be expected on the
basis of
neon
the calculated populations to in agreement with the measurements of
VB,Znamenskiyo
The authors thank Yu.M.Kagan for his interest and valuable remarkel
and V,B,Znamenskiy
for kindly making available the results of his measurementos Orig,
arte boo:
4 foramInop 9 figures and 2 tables.
SUB. ODDE: 20 SUBM DATE: 22May65. ORIG, REFs. 007 OTH REN 005
Card 3/3

ACC NR, AP6017626
SOURCE CODE: UR/0113/66/000/002/0023/0027
AUTHOR: Afanaslyev, V. L.; Khachaturov, A. A. (Doctor of
technical sciences)
ORG: Moscow Automobile and Highway Institute (Moskovskiy
avtomobillno-dorozhnyy
institut) B
TITLE: Statistical characteristics of road surface
irregularities and automobile
vibration
SOURCE: Av-tomobillnaya promyshlennost', no. 2, 1966, 23-27
TOPIC TAGS: surface roughness, statistic analysis, vibration,
spectrum, vehicle
suspension systew, road
ABSTRACT: The electrical analog method is used to derive
formulas for the statistical
characteristics of road surface irregularities and automobile
vibrations. A diagram
is given showing the distribution functions for road surface
irregularities which are
recorded at a speed of 40 km/hr and in the case of dirt roads at
20 km/hr. It is
suggested that the distribution of road surface irregularities
is nearly normal. The
experimental data prove this. The mean square height of the road
surface irregular-
ities is given for various roads. The function Sq (w) is given
for the spectral density
of dispersion in the effect which road surface irregularities
have on the automobile.
This function shows the distribution of dispersion density in a
given frequency range.

L V033
ACC NRs AP6017626
A spectral analyzer with filters is used to determine the
points of the spectral
density function. A formula is given for determining dispersion
within the given
frequency band. The statistical characteristics of vertical
vibrations of a truck
are considered. Error is estimated for spectrial density of
dispersion in this case.
A statistical study of the interaction between automobile and
road may be used to
evaluate sutomolibe suspensions and road surface smoothness.
Orig. art. has:
8 figures, 1 table, 6 formulaB.~-I
SUB CODE: 13/ SUBM DATE: none/ ORIG REF: 005/ OTF REF: 001
2

2-';-381 V. ".. !z:,,-,ellcrftya rordtsa -'ri, ii Ar::"' v , -.1
c2 ~I-l -*
I - . u -L -- , ,
VIT. 4, S. 52-61. - s. t')1.
SO: LDto~,-- - "o ") 104Q
L, !-,:, 1, . / , .

XISLYAK, N.S., APANSITIV, Y.N.
, .11"Wwm ~-'- ,
Clinical diagnosis of periarteritis nodosa in children.
Top.o)dl.
mat.i det. 3 no-3:84-9~ Jl-Ag 158 (MIRA 11:8)
1. Is knfedry fnkulltetskoy pediAtrii (2&v. - prof. P.As
Ponomnreva)
II-go Hoskovskogo maditsinskogo inatituta imeni R.I. Pirogova
i
-?rozektur7 Detskoy eorodskoy klinichookoy bolinitsy No.1
(nauchnyy
rukovoditall - daystvital'W ohlen AMR SSSR M.A. Skvortao.
glnv=
vrnch - snalyzhenyy vrach RSFSR Tq.V. Prolthorovich).
(ARTHRIES-DISEASES)

AFANAS YNV..-VA*__($qjkva)
Morpholog7 of umbilical sepals treated with antibiotics.
Arkh.pat.
21 no.4:64-68 159. (MIRA 12.-12)
1. Iz patologoanatomichaskogo otdeleniya (zav. V.M.
Afanaslyeva, naucht*7
rukovoditell - deystvitellnyy chlen AMU SSSR prof. M.A.
Skvortsov)
Dstskoy gorodakoy klinicheskoy bollnitay No.1 (glavnyy vrach
- zaslu-
zhennyy vrach RSFSR Ye.V. Prokhorovich).
(AFTIBIOTICS, ther.use.
umbilical sepsis, pathol. aspects (Rae))
(UMBILICUS, dis.
sepals, antibiotic ther. & pathol. (Rue))

AFANASIYEV, V,14,,.
Galculativg PiPelines for oil and gas mixtures. Trudy
Giprovostoknefti
mo.4;26-40 161. (MURA 16-.8)
(Pipelines)

AIPINAS Inff VA
Calculating pipelines for oil and gas mixtures.
NOM khOz. 40
no.n:56-60 N 162. (MMA 160)
(Pipalinea)

137-1958-1-280
Translation from Referativnyy zhurnal Mefallurgiy,~, 1958.
Nr 1, p 431USSR.'-
AUTHORS. Gruzin,P.L., Zemskiy,S.V.. Trekalo,S.K.
Afanas'yev,V.N.
TITLE: A Study of the Motion of Charge Components
in'Wg-sr~Furna-ces
(Izucheniye dvizheniya shikhtovykh materialov v domennykh
pechakh)
PERIODICAL: V sb.: Primeneniye radioaktivn. izotopov v
chernoy rnetaPurgii.
Chelyabinsk. Knigoizdat. 1957. pp 59-66
ABSTRACT~ Radioactive isotopes Fe59 and Co6o wt~re used to
determine
the rate of motion of the cha!-ge at various distances from
the wall
of a blast furnace. Photon counters mounted either outside
the
furnace or in its lining (fixed counters' or introduced
within it by
A.A. Melikyan's method (mobile counters, were used to trace
the
progress of the radioalctive isotopes through the various
levels of
the furnace. Data obtained by the investigation show that
the time
during which the materials remain within a 330 m3 furnace
from
the stock line to the tuyere belt is 3 hrs. 40 min. for the
clinker
in the middle of the furnace -and 4 hrs.45 min. at the
periphery,
while for coke it is 4 brs. 50 min. both at the center and
at the
periphery.
Card 1 /1 M. 0.
1. Blast furnaces--Performance 2, Iron isotopes (Radioactive)
-Applications 3. Cobalt isotopes (Radivaetive)-4pplications

AUTH'102': Afanas'ycv, V.N.
P,
`12LE: Au'-o.,jatic Recordin~, of the 1n-U'-e--IL;4 D-"
Radioac-ive
U
U t _L - U
(Avto,aatichcs~caya re-istratsiya intcnoJvnosti radioa!:'
U t;ivno:,o
il-Ilucheniya)
Pribory i Te'~%rmilm E
(UJSR)
;~31 -'~LUCT: A ~aethod of au`ouatic recordin.: ol~' `U-1-ic
intenoity of radiD-
U
active emission is descri0ed. !'U- is 'J.-Izod on ..,ieasurinc
tho
time necessary to count a .,-i-veii au.,,b~_%2 of ,)ulzes.
a~lock
diar'rai~i of t-',e variaa` D~' oucl, auto--.adiomet,,-.,r is
v
sl-lovm in Fi-.1. It consists of `U-111a u_~Lial radiometric
block's
1-4 but has, in addition, -aechaziLcal blocks 5-10 and zervo
bloclzs 11-12. The mechanical blo---'-:3 cwatr3l the of
the rocording j)en of a pen recordlo-2 L"_nd of the Paper on
waicil
-the rocoaxl is made. The servo block i 3 controlled by ~'Ghc
vout cascade of tho cxmt*.r,,- bio,~.z -nd roverses the ajL
i)n of the pen carria-o, ound ooc2i~; ane. closes the comtlng
-e hei-h' of
bloc':. Each record c-'11sists O-L & 'pea U__ U
is to the tu-ii-:e t _- c a civen num .ber
P,0 Df !)ulses. If one lilas a Suitabie _-,-.libration of the
in-
stru'lont- ones can d,~'Uoi,i~d.,ae tho ii,te of t;'w,
:,_,adiatiml J.
V5

3 L 'D _V,_11 11! 1 t
(L - ~
is 'he of th, Y'dC.."a tile
j - u u u
0,
6; '10
'U-
LT,I- Of t',ia 'Gae :,.i~-a-
.3 L~_J'C~ (IL jJ_1-Lu'*-_M;~_J.U'_7 1"11 D07-1 "i I ~ I .
iL -,7a C -'7L -G 3"11 u
-!C:,-~Lr fr-)1.1 t.-(.l i S-Cru 1 a erl t
u i,-, u Scal I L, L u
_:cfai .3'1- ra, c s -
u
U U,,
0 f I :~l L "o --I L)y
0_1
U_ ur a'j
J 2.:A all /i a
4
s-2u-1,u:::.3_-1,U- ~~.nd S ct.~uai b-., 1 o i- 0
",)- ., u
:c J_Vcil 1 4 jDz L;
'j' G
jj-,
a v.-

01 .6-10 j I I. -V-
U U
I/ C
c a.- L") 6 0.5 --'Cc)
I I'lin, . 1-~-; loss t-h'all
C)
.1 -
C, 0 LI-I 1 011 2-- ~U- -ball
GLIL~ f0
Z;,3 -,11-3 C S . c 2.:-1b
'
-'0 u,- Ferrous
i - 11t ra 1 i-en-U--*Lf ic
lurj
G ;"r i..! 0 yE., "o, U C- U I
-'11 1j5s.
7' 7'
-') 1. Pulse counters 2. Radioactive emission-Intensity-Recording
deViCCS

18(o) PHASE I BOOK EXPLOITATION SOVA125

Teentralln" sLauchno-loslodovatellakly
Institut chernoy metallurgii.

%nstitut
Motallovedenlys. I fiziki metallov

Problemy
astal2ovedonlra I fitiki metallov
(Problems In Physical

Metailar= and
Metallophysics) Moscow MotallurgIzdat,
1959.
'
ted
li
i
4

nser
.
) Errata s
. Itst 3bomik trudov,
540 V. (Sorles
p
-

0 copies printed.
3.640

A"Ltional Sponsoring Agency: USSR.
GosudarstvannAys plano" komisslys. :.Z-

Y
Ed. of PubLisbLog House. U.N. BerLlz;
Tech. Ed.: P.0 lent ova.
5
V%

;. Ed
Editorial Boardt D.S. lamenetskaya, S.Ya.
Lyubcv (;W.
,

Y*.Z. 3poktar, L.M. t7tevokly, L.A.
Shyartaman. and V.Z. Malldn.

TMtP=- This
book is Iatended roe metallurgists.
metallurgical
re~

engineers. and specialists
in the physics of metals.

COVXRACZ: The
papers In this collection present the
results of

invostigatLons conduct" between
1"4 and lv,6. Subjects

9

card 148

~--covorod Include
errot4LI11ratIon -of metals. phraleal
methods of

Influencing the processes of
crystalIlzation, problems In the

physical
chemistry or metallurgical processes,
development of

now methods-aW eqllpment for
Investigating metals, and

production
control. References follow each article.

TABIZ OF CONTZXrS.

Problems in Phroloal Metallurgy (Cant.)
30VI'2125
Af YOT.-Y-IL Remote-control Radiometers
for Radlometric
r,'1igAT..xQ82.Or.C~rt&Ln Blast Purnace
Production Processes 492
W
Iat7sho V K 13 r R-IcActivo Isotopes for
Measuring
1.1.1. ("If 499
Latyahev, T.Z., TU.S. P11skin, and L.K.
Tatoshemko, Automatic
X*Vol Regulator for a Continuous
Stegi-castin& Installation 512
Spasakly, M.N., and L.M. ftevokly.
Righ-rr*quency Vacuum
malting Purnace . - W I
Gurevich, Yu.V., and V.Ye. Nar=ark.
Selection or Conditions for
DeformIng Typos 31530 and E1533 Steels In
tho Cast State 527 j
The strength and PleAtlelty of h1sh-alloy
stools, types
91533 and 91530, are sharply reduced with
an Increase In
temperature. Mechanical Properties Of
these steel, were
Investigated In order to determine the
Possibility of
Improving their strength and Pl85tIcIt7 at
elevated tempers-
_~,'OrDS-bY means Of alloy treating or by
diffusion annealing,--.
It gab found that a substantial lnczT.#e
In pl>ielty
rVV"t4 rrom the addition or 0.1-0.2j
Percent. Al and
0.2-0.3 percent Ba-Al alloy. Addition or
Tltanlum greatly
reduces the Plasticity.
Takmok"I V'S' X':Per'ancs Golned in the
Use Of 0amma-ray Flow-
detection Method In Metallurgy 53T
ExPeftenco gained In the use or
radioactive isotopes for
the Purpose of flew detection has shown
that it is possible
to UXQ this method In checking Castings
and w Ided
structures.
AVA=4=1 Ubrary or congress
Card 18/XB
9-4-59

V N
44
v$
VA .1
ii
15
IPA

LIDONTITIV, O.K..*, AIM~'Tlff. ~V.N.
Use of radioisotopes in studying littoral sand drifts. Blule
Okean kom. n0-3:73-79 t599 (NIBA 13:4)
1. Geograficheekiy fakulltat Moskovskogo goBudarstvonnogo
universiteta.
(Radioactive tracers) (Beach erosion)

--,--3-3/22
AUTHORS: Polovehenko, I.G. and Vasil' Vev, G.A., Candidates of
Technical Sciences, Uzlyuk, V.N. and
Berin, A.L., Engineers
TITIE: Radiometric Control of the Stock Line Level in a Blast
Furnace (Radiometricheskiy kontrol' urovnya materialov
v domennoy pechi)
PERIODICAL: Stall,, 1959, Nr 3, pp 204 - 205 (USSR)
ABSTRACT:
Ca:rdl/2
A description of an aperimental radiometric stock level
indicator is given. Its operation is based on the
irradiation of the working volume of the furnace throat
by two radioactive sources 0060 of 500 millicurie each)
and measuring of the degree of absorption of the radiation
by the burden with counters (enclosed in water-cooled
tubes) distributed in vertical rows from the four sides
of the throat (Figures 1 and 2). This indicator was
installed on a blast furnace at the Dzerzhinskiy Works
and its operation was compared with the mechanical stock
level indicators. It was found that in general stock
level measuring rods indicate a stock level lower than the
actual level of the stock in the furnace. The new stock
level indicator showed clearly non-uniformity of the
burden descent along the periphery of the furnace and the
d

SOV/133-5
Radiometric Control cf the Stock Line Level in a Ma7sl/Rurnact:
variability of the position of the maximum rate of the
descent along the periphery. The most stable rate of
burden descent was found to be at the side of the tapping
hole (tv-7eres over the tapping holes were of a smaller
diameter) and the highest rates of descent were observed
from the sides of the slag notches. The radiometric
indicator was developed by the Ukrain~kiy institut
metall:)v (Ukrainian Institute of Metals) in co-operation
with TsNIIChM. It is planned to produce an industrial
type of the apparatus with improved recording instruments.
There are 2 figures and 2 Soviet references.
Card2/2

c
30'''/i3~-'9-3-6/32
AUTHORS: Polovchenko, I.G., Candidate of Technical Sciences,
Afanaslyev, V.N., 'Uzlyuk, V.N. and Berin, A.L., Engineers
TITLE: Radiometric Control of the Size Distribution of Skip Coke
(Radiometricheskij kontroll kuskovatosti skipovogo kokE
PERIODICAL- Stall, 1959, Nr 3, p 211 (USSR)
ABSTRACT:
Cardl/2
During an investigation of the absorption of y radiations
by the individual components of burden materials carried
out at the Dzerzhinskij Works, it was found that the degree
of absorption depends more on the bulk density of a
material than on its chemical and mineralogical composition
As the bulk density of coke is related to its size distri-
bution, TsNIIChM developed an experimental apparatus for
the control of the size distribution of coke as charged
into skips. One of the coke-weighing funnels is irradiated
from one side with Co6O (activity 300 millicurie) and the
counter situated on the opposite wall recorded the degree
of G-410'sorption by coke of the y radiation (Figure 1).
A sample of such record is shown in Figure 2. The degree
of absorption for each skip of coke is recorded.
A comparison of the recorded absorption with the furnace
operating indices has shown that the absorption of
y radiation by coke varied from 5 to 12.~016 of the mean

SOV/1~1-1?-1&36
Q2
Radiometric Control of the Size Distribution o Sk:p o e
value, whereupon at a minimum absorption burden load per
ton of coke was 2 540 kg and at a maximum absorption it
decreased to 2 210 kg/t, i.e. by 13%.
There are 2 figures and 2 Soviet references.
Card 2/2

SOV/133-59-4-2/32
'Investigation and Control of the Blast Furnace Process
Using
Radioactive Isotopes and Radiations
to an indirect indication of the size distribution of
sinter and coke based on the absorption of y radiation
of the layer of the above materials in the weighing
hopper). It is concluded that a further effort should
be made in applying radiometric methods for research
and control puiposes with special attention to
utilising isotopes with a short radioactive life.
There are 6 figures and 2? references of which 22 are
Soviet, 4 English and 1 German.
ASSOCIATIO14: TsNIIChM
Card 2/2

S/137/62/000/004/130/201
Ao6o/Aioi
AUTHOR: Afanastyev, V. N.
TITLE: On a possibility of constructing a multichannel amplitude
analyzer
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1-962, 87,
abstract 41522
("Sb. tr. In-t metalloved. i fiz. metallov Tsentr. n.-i. in-ta
chernoy metallurgii", 1959, 6, 397-400) -
TEXT: It is noted that in order to extend the investigation
possibilities
of the energy spectrum of radioactive radiation, it is necessary
to elaborate a
new type of multichannel amplitude analyzer, simpler and better
than the extist-
ing ones. A considerably simpl ified analyzer circuit is
proposed, consisting of
classifier blocks, whose input and output potentials are related
in a definite
manner, shaping blocks, mechanical adder amplifiers, a block with
a memory
capacitor, and a univibrator with a differentiating circuit at
the input.
Possible circuits for the classifying blocks are given. The
principle of
operation of the proposed analyzer scheme is described. In
comparison to other
designs, the proposed analyzrr contains a lower number of vacuum
tubes and has
more stable operating characteristics. The circuit excludes the
possibility
Card 1/2

AFARASIM, V.N.
Remote radlometric control of certain blast furnace
processes.
Probl.notalloved,i fizmet. no.6:492-498 159. (HIRJk
12:8)
(Blast furnaces) (Ramnte control)

POLOVCHEIUCO, I.G., kand.tokhn.nauk; APAIIASIYEV,
V.N., in2h.; UZLYUK, V.N.,
inzh.; KRIVOSMV, A.A., ifizr.;-,'-YMOS!ET SM,, N.D.,
inzh.
Investigation and control of the erosion of blast
furnace linincs.
Stall 20 no.9:769-774 S 160. (MM 13:9)
1. Zavod im. Dzerzhinskogo i TSentrallnvy
nauchno-issledovatellskir
institut chernoy metallurgii.
(Blast furnaces-Maintenance and repair)
(Refractory materials)

S/194/61/000/012/050/097
D256/D303
AUTHOR: Afanaslyev, V. N.
--------------- Z_
TITLE: Time of count radiation moni-Itlors
PERIODICAL: Referativnyy zhurnal, Avtomatika i
radioelektronika,
no. 12, 1961, 31, abstract 12V272 (Radioakt. izotopy
i yadern. izlucheniya v nar. kh-ve SSSR. Vol. 3. M.9
Gostoptekhizdat, 1961, 203-204)
TEXT: The advantages of the method are considered: The
measurement
is performed by pulse-counting so that very low intensities
can be
recorded and the zero-point drift is absent; the signal can
be con-
veniently transmitted over a long distance without
distortion; each
measurement consists of counting a given number of pulses,
thus
ensuring equal statistical errors of all measurements
determined by
-~.-.ne selection of the number of pulses to be counted. It
is borne
out by practical experience that the time of count radiation
moni-
tors are suitable for control and regulation of a wide range
of
technological parameters. /-Abstractor's note: Complete
translati-
on. 7
Cara 1/1

-_ AFANAS' kand.tekhn.nauk; BALYUK, F.B., inzh,; BERIN,
A.L,*, inzh.;
VASILIYEV, A.G., kand.khimicheskikh nauk; GRUZIN, F.L.,
doktor
tekhn.nauk; KOROBEYNIK, V.F,, inzh.; POLOVCHENKO, I.G.i
kand.tekhn.-
nauk; SMIRNOV, V.G., inzb.; UZLYUK, V.N.
Control of the level of the blast furnace charge by means
of gamina
rays. Trudy Ukr. nauch.---;ssl. inst. met. no.?:.51-80 161.
(MIRA 14:11)
(Blast furnaces--Equipment and supplies)
(Gamma rays--Industrial applications)

2o686
~161S_D S/120/61/000/001/022/062
E032/E114
AUTHOR: Afanaslyev, V-N.
TITLE: Stabilization of the Efficiency of a Scintillation
Counter
PERIODICAL: Pribory i tekhnika eksperimenta, 1961,, No.1,
PP-74-75
TEXT: The design and operational characteristics of the
efficiency stabilizer for a scintillation counter described by
A.M. Ivanchenko and G.A. Kiballchich (Ref.1) are said to be
capable of considerable improvement if the control signal is
produced by a controlling flux of a-radiation instead of the
neon lamp flashes used by the above workers. The a-radiation
should preferably be of high energy so that with a suitable
choice of the phosphor, controlled pulses of large amplitude
can
be obtained. In this method the signal from the output of the
amplifier is fed both into the input of the recording device
and
into the input of an amplitude discriminator which separates
out
the control pulses from the total signal. These pulses are then
passed through a variable capacitor to an integrating circuit,
and the output signal from this circuit is used to stabilize
the
Card 1/2

20686
S/l2o/6i/OOO/OOl/022/o62
E032/E114
Stabilization of the Efficiency of a Scintillation Counter
parameters of the scintillation counter by means of a negative
feedback loop. In actual practice CsI crystals 37 mm in
diameter and 19 imn long were employed. The crystals were
removed from their envelope and a layer of thorium oxide
70 mg/cM2 thick (E = 4-10 MeV) was deposited on one of its
sides.
The crystal was then re-encapsulated and was ready for use.
The control signal counting rate was 30 000 pps and the time
constant of the integrating circuit 100 sec.
There are 1 figure and I Soviet reference.
ASSOCIATION: Tsentrallnyy nauchno-issledovatellskiy institut
chernoy metallurgii
(Central Scientific Research Institute of
Ferrous Metallurgy)
SUBMITTED: February 20, 1960
Card 2/2

FILINP N.A.; ZYKOV, A.M.; U#HAS'Y~W, V.11.~ "; j'.
,-P 1--,
KlLnWes of sulfuxizine rickel and r.cbA-t n-alfate
in preaerce of carbon. Tr-..,.ety ISI no.223gl6-1--l?3 '63.
(KIR"', 17M.)

GUNN, P.L.; AFANA51YEV, V-.-P,; ZEMS)KIY, S.V.;
3-TUU) V-G-;
ANDREYENKO, Z.D., red.
Nse of radioisotopes for the control of the
open-hearth
process] Primenenie radioakti-vAykh izotopov
dlia kontrolia
domennogo protsessa. Moskva., Atordzdat, 1964.
169 p.
(MIRA 17:5)

GEOIIGIYEVSKIY,l Yu.I&I inzh.; AFA!'6'YFV.LV.Np inzb.
j, ___ _
L I
Registering device for determining the technological
indices of
an aluminum electrolyzer. Khim. mashinosti-.
no.1:97-106 165.
(MIMA 18:9)

GEORG! Yhli;~hl Y, YU.I.; V-7*
Device for fLIltn.',-JfitiC d0t'.--l,--Ml:-&U-ic:.-I Of
,.hc! i.rc,&~ctiv-', ty -)f an
.1
alwainum electrolyzer. Avtom. I prib. no.2:3-"; A...,--Je
163.
. (:URA 18:8)
1. institut avtomatlRi Gooplana, UkrSSR.

AFANASIYEV, V.N.; LOZINSKIY, L.S.; POGREBIMKIY~ S.B.
One class of standard operators for computer systems oriented
on the solution of economic problems. Part 1. Kibernetika
no- 4476-82 J-1-Ag 165. (MIRA 18:12)
1. Submitted April 24, 1965.

169-~6 Urr~m)/11-A(h)., UZ_
H: AT507594 SOURCE-CODE: UR/ObOO/63/000/060/0175/0182
IALITHOR,.- Afanaslyev, V. N.
1ORG: none
07
ITITIX: A time counting method for recording radiation intensity
ISOURCE: Vsesqyuznyy seminar po primeneniyu radiQgkt1-,m zotonov V
iZM--14--'1no
vkWjc& i priborostrovenii. Frunze. 1961. Radioizotopnyye metody
avtomaticheskogo i
kontrolya control); trudy rasshirennogo sovesh-
chaniya, v. 1. Frunze, Izd-vo AN KirgSSR, 1963, 175-182
TOPIC TAGS: radioactivity measurement, radiometer, pulU counter
ABSTRACT: The use of an automatic radiometgr foFre6ording radiation
intensity is
discussed and a block diagram of the radiometer is presented. The
so-called time
counting or time measuring method is based on recording the
magnitude'of the time
interval T during which a predetermined number N of pulses is
detected. Intensity
of radiation in pulses per second is transformed into time intervals
T(1) by means
of a pulse counter with a capacity of N counts. The. counter
recycles every time the
Card 1/2

1_23169.766
ACC NR: ATS028942
capacity N is exceeded and the time between recycling instants
becomes the measur
ed parameter T(l). This type of apparatus was installed in the
first Soviet space'!
.!rockets and has found application in wall thickness gauges,
monitors for the pro- I
duction of vanes in jet engine turbines, and in scintillation gamma
ray spectro
.,Imeters. The scale of the radiometer can be adjusted to read in a
hyperbolic, loga-~
rithtnic-9or -linear - fashion--and-the-- choice- of -scale
-depends --upon-Ar -___._Tbe_proba
max
bilitl of counting error in which the length of any time interval
W) has a - Poisson
distribution is derived. If one considers the fractional error
defined as It
a=1
where X is the measured value, and Y is the true value, then the
probability that
jai is less than some value laol Is shown to be
P (Jai laol r1N, L-) - r(N, L
r 1-a Ita)
orig,,art, has: 2 figuresq 7 fomulas.
-SUBM DATE: .2lMar63/ OW
SUB CODE: 18/ ORIG REr: oog/ OTH RM.
2/2

L 03011- 7 FW
ACC IM-TX6023435
SOURCE CODE: UR/013SY66/00-0/007/0001/0003 -1
!AUTHOR: Baranov, M. S. (Candidate of technical sciences);
Afanas',zev, V. N. (Engi-
:neer); Voshchinskiyj M. L. (Engineer); Vaynshteyn, R. M.
(Engineer); NedelT-chik, E. V.
i(Engincer); Taganov, Yu. 1. (Engineer), 6e_Tn:r~1khs_,_1% N.
(Engineer)
;ORG: All-Union Extramural Machine Building Institute
(Vsesoyuznyy zaochnyy mashino-
stroitelInyy instltut)
TITLE: Laser welding of some metals 14
V~
SOURCE: Svarochnoye proizvodstvo, no. 7, 1966, 1-3
TOPIC TAGS: laser application, laser welding / SU-1 laser welder,
lKhlGN9T steel,
KO steel
ABSTRACT: The results of laser ~flding of fillet joints of copper
and L-62 silver coal
ed brass with lKhl8N9T stl(el, KOIsteel and copper are presented.
The SU-1 laser weld-.
.er (shown in ph )Ras 9a to weld thin wires Ed < 0.1 mm) attached
to semicon-
ductive and microelectronic devices. The unit power input is
regulated by adjusting
various object lenses with focal distances of 10, 20, 40, and 50
mm. Unit power input
is calculated by the formula g a W21ty where W2 is tho energy of
radiation considering
the losses In the optic system in joules; t is the pulse time in
sec and F is the fo-
cal area in cm2. The weld penetration and width are proportional
to the maximum volt-
UDC: 621.791.72:535.14:669.15-194
.-Card 112

ACC NR, AH6025621 Honograph UR/
Afanaslyev..Va Lm N.LkolaygvLch-; Latyshev, Vladiolav
KonstantinovLch;
-fin"'d-Ln,- VasNLy VasL 11yevich; FelLnger, Aleksandr
KonstantinovLch
. i
Radioisotope i4struments in metallurgy (Radioizotopnyye prLbory v
metallurgLi): Elloscow] Izd-vo "Metallurgi:ya," 1966. 224 p.
illus.,
bLblio, 2700 copies printed.
TOPIC TAGS: nuclear radiation, radioisotope instrument,
radioisotope
measuring Ln!.strumento metallurg as-W radioisotope,
COVERAGE: This book is
PURP011 A intended for engineering per)onnel
specializing.in controlling various parameters of technological
processes by-using nuclear radiation and radioisotope measuring
instruments, especially those instruments which are used in the
field
of metallurgy. The authors summarize data useful for development
of
new instrume'nts which may facilitate dealing with problems of
metallurgical industry. References accompany every chapter.
Chapter I is'written by V. K. Latyshev; Chapter 2-jointly by all
the
authors; Cha~pter 3 by V. N, Afanas'yev; Chapters 4-and 6 by A. K.
Felinger; Chapter 5 by V. V. Lyndin and V. K. Latyshev; and
Chapters
7 and 8 by V, V. LyndLn.
~;ard j_/ 2 UDC: 539.16.07:669