SCIENTIFIC ABSTRACT AFANASYEV, S.M. - AFANASYEV, V. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100410018-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AFANASIYZV, S.M., Inthener.
-mwUpw*
The SA-2 universal vibrating unit. Nov.tekh.i pered.op.v
stroi. 18
no.10:21-25 0 '56. (WA q: 11)
(Precast concrete) (Building machiner7)
i,
14-

ACC N.-,: A1160L7782 SOURCE CODE: Ull/0126/66/022/001/0027/0031
AUT;IOR: Afanaslycv, S. V.; Barsukov, V. N.; Pliner, G. Ye.;
Cheropkova, K. F.
ORG: Lenin-rad Steel Rolling Plant (Leningrads1dy staleprokatnyy
zavod)
TITLE: Recrystallization and magnetic properties of pernialloy 65N
SOURCE: Fizika nictallov i motallovedeniye, v. 22, no. 1, 1966,
27-31
TOPIC TAGS: pcrinalloy, inetal recrystallization, magnetic
property, magnetic permeability
pernialloy 65N
V1.
USTRACT: Pernialloy 65N (0. 02% C, 0. 44% 111n, 0. 2170 Si, 0.
008% P, 0. 007% S, 65. 5% Nip
remainder Fc) differs from the other binary Fc-Ni alloys in that
it acquires high magnetic
properties only arter its heat treatment in a magnetic field, due
to the attendant directional
ordering of its atonis Nvhich results in the rise of magnetic
anisotropy. In this connection, iho
authors investigatcd the effect of the do-rce of deformation (from
17 to 98.6%) and temperature
ol annealing (from 700 to 1200*C) on the structure of this allo
and on its magnetic properties
0 y
before and after thennomagnotic treatment. The thermomagnetic
treatment itself was carried
out in a vacuum (residual pressure 10-2 mm Hg) at 650*C in a
10-oersted magnetic field. Grain
1/3 UDC: 669.15124.018.58
Card

L 089005-67
ACC NR, AP6027752
as e%aiiihic
sizo W, , . (I metillographically and magnotic proportics were
measured by tho ballistic
d-c niediod. Piadings: on Via basis of tho concomitwitly plotted
recrystallization diagram
(F ig. 1) it is established that three basic,types of
recrystallization. structures may be induced
in pennalloy 65IN for the degrees of deformation and
temperatures considered. Tbus, for the
CQ
,72
j
/,0
Fig. 1. Recrysta"-zation diagram of the
alloy 65N

T
09D')5
-6?
ACC N,~; AP60277621
k1c.'Ormation c < 2. 0 grain size monotonically increases widi
temperature, the recrystal-
lized grains disl)lay non-ordered orientation and the
recrystallization is either prhnary or
preliminary; For c >2. 0 annealing temperatures below 1000*C lead
to tho formation of a cubic
Loxiurc of primary recrystallization; an([ for c- 2.0-2.3
(85-0011'o), following annealing at
1000'C, largyc extendcd grains of secondary recrystallization are
observed. The specimens
displaying the maximuni magnetic penucability (450, 000-500, 000
gauss/oc), the most rectanp'-
lar hysteresis loop and the lowest coercive force (-0. 002 oc)
wcro found to be those which,
prior to ilicir thermomagnetie treatment, bad a secondary
recrystallization structure-with
ni.Lxinially larn grains. "Ilic authors are indebted to the late
Professo V. S. Mes1kin for a
critical examination of the IMS and for his intorost in this
project. 11 Orig. art. has: 3 figuros.
SUB CODE: 11, 20, 13/ SUBM DATE: 25Nov64/ 0R1G REF: 008/ OTH REF:
002
Card 3/3 nst

SAVARENSKIY, I.P.; ANANASO nV. T.?.
M: Vodnyye ResurBy Srednego Povolzh'ya i ikh Ispolizovaniye
(Water Resources of the
Middle Volga Region and their Utilization), Moscow - Leningrad
1946
Soviet Source:
Abstracted in USAF "Treasure Island", on file in Library of
Congress, Air Information
Division, Report No. 90488. UNCLASSUIED

~,A
Ground water@ of the middle Volga region and
their
ciassification according to their mineral
composition F 11
AfanaCty- Daklad~v O.M. N'a&.k S.S.S.R. 58.
1701 4
Chem. Ze"s, 1040. 511; Cf. C.A. 45. =30f- F-
I'S'.9mioll of finalythVI re"Its in %howl tile
OtAngr in the chAracter of the walem with
inmusing depre
of miocralitation. N1 G. Nfoote

AFANASIYIN, T. P.
UM/ rolosy, MY 1947
Water, Undergrmd.
"The Chemical Zoning of Subterranean Waters In the
Central Volga Region)" T. P. Afanaslyev) Lab Hydrogeo
Prob Imeni F. P. Savarenskiy, Aced Soi USSR, 4 pp
"Dok Akad Nauk SSM, Nova Ser" Vol LVI, No 6
Doscribes bydrogeological researeh and discusses ex-
periments designed to tabulate degree of mineraliza-
tion- of subterranean vaters in Central Volga Region
-
Submitted by Mademician. D. S. Belyankin, :24 Dee
1946.

.up Chmolical composition and zMal diatlibuth)" -11 tht'
groundwater In the middle Volta region. -T-r-Alan"'ov,
Dek4d Ak4d NaAtk. S.S.S.R. 56. 621-4(1947). C".
Zent Russia~ Zone Fd.) 1049. 1. 2S.-The horixontal and
Vert Udistributions of the ground-wateT types were deid.
It
n he hasis of &U analyses. The decree of mineralization
of the water Increases with Increasing depth. The type of
water also changes with Incrmsing depth according to the
following series: HCO,- - IICOI-,ISO.--- SO.-- -
Cl-. M. G. Moore

k Ptindpal Natults of tht
hydromton of the Middle
!, P. AlAoAs'ev. - PWTv
La~. 6'ki,q,ol
-Ldmilhim Akad. Sauk
S.SS.R. 1,
A
-WK1018).-Mineralitation
of water at 5 locatiatiq
in tilt
tAlklillf Volga millity is
ploticilltsilifill Vill
ion * drill 11'show -
I tit all Incte,tv from I.
lwr 1. at I lie surface to
P- 17
t !, at '.NX) tit. dri
tlt~ rhe attilim o-a 8 A
Shvlttt~
--hruir Gm vihmi(Vilts
~mlslrtiatirml iialm
Itilis
oblaitivil b teptemitting
7 conibloAtions of .1
vations
s** Ca** kj*) as rows. and
7 rombinitionq (it 3
.miotu?IlCO,-'. CI-, SO,-)
ascotunins. the small
W.tresso
forived being nunibcrtd
downwards from I to 411
slatting at
I lie top left. 1'. If.
Goff,-k-lulk

AFANABOUT, T.P.
The lower Kazan depobite of the Cheboksar sector along the
Volga. Trudy
Lab. Gidrogeol. Problem im. F.P. Savarenskogo, Akad, Nauk
S.S.S.R. 3, 361-
86 148* (MLEA 3.2)'
(CA 47 n0-19:9870 153)

AFANAMEVI T. P.
USM Agr1o; tii*,~ POP
Soil- S,
LlierAtvre
M FaCtOre of Soil Fm tion, Geneals,
ima Geogmpb~ of Soils" ~p
*Poebroved"'No 9.
MOts varioui books cm the study of soils, among
ih=-,, -.T.'7. Afhmbl~ev,s "Basic Hydi-ology of
the
'Middle- Reec~6a of the Volga)* S. S. Butslk6ls'
Iwll~:Mhol ogy of lanaslips.* and B, F. Petrov's
"Altay Los so.
61/49Tio

1. AFAWIYEV, T.P.
2. USSR (6oo)
"The Uain Hydrogeological Features
of the
Middle Volga Region." Trudy
Laboratorii
gidrogeilogicheskikh problem imeni
Savarensk&,
Volume 1. 1945P 06-96).
9. Meteorologlya i Gidrologiya)
No. 3., 1949.
1WReport U-2551s 30 Oct 52.

AFANASIUV, T.P.
............
-~r,
Waters from the Upper Permian sediments of the N. Volga
Basin. Trudy Lab.
Gidrogeol. Problem im. F.P.Savarenskogo, Akad. Nauk
S.S.S.R. 2, 93-121 149.
(CA 47 no.22:12703 153) ( M A 5:9)

1. AFANASIYEV, T.T.
2. 'USSR (600)
Volga Valley - Water, Underground
7. Geochemistry of undergroun3 waters -.f the central ':olga
region. Trudy Lab.gpdrogeol.,
1-robl. 10. 1951
9. Library of Congress, !'arch, I ~5-3. Uri clar, sJ f I. ed.
1,b Jpt of Rus,:Aan Accessions,
ILL

1. APANASI)MV, T. P.
2. USSR (6oo)
4. Water, Underground - Kuybyshev Reservoir Region
7. Underground waters in the territory of the Kuybyshev Reservoir,
and the trend
of further research on them. Izv. AN SSSR. Ser. zeol. No. 5, 1952.
9. Monthly List of,Russian Accessions, Library of Congress, April
-1953. Unclassified.

1. AP.-TA'SlYIN, T. P.
2. USSR (600)
4. Volga Val' ey - GeoloM,, Stratigraphic
7. Geology of the rLiddle Volga and Xwna valleys. DokI. AN SL5H 86
no. 5, 19',2.
9. Monthly List of.Russian Accessions, Library of Congress,
Fc:bruc~.r;;- -1953, Unclassified,I

,AMSITIV T P : SLAYTANOV, N,N. - redaktor; UVILINA, 1,A,;
rodaktor; CMI-P
Si;YGMMO, G,X., tekhn4.choskijr rodaktor.
0 , I.M., rodaktar;
(Undergroua& waters in the middl V 1 a and middle and
lower Kama
Vallep and their hydrechomical :Qn:1415 Po4zemaye vedy
Srodnegs Ps-
volzbIla i Prikamlia i ikh g haskala zoaalluest'. Mookya,
Izd-vo AkeAemii mauk SSSR, 1956. 261 p. -4iagramatic
hydregoole-
gical profiles] --Skhematichaskie gidrogeologichaskre
profili. Ai
(MIkA 9-.65
l.Chlon-korrespendeat AN SSSR (for Slavyanov).
(Water, Underground)

KASHTAFOV, S.G. (Kazan');
AFAHASIYXV, T.P. Mazan'); KILIDOV, N.N. (Kazan')
Underground waters of the Volga-Kama region.
Uch.zap.Kaz.un. 115
no.10:126-129 155. (MLRA 10:5)
(Volga Valley--Water, Underground)

7r
AUT11ORS: Gordcycv, D.I.,, Afunas~ycv, T.F., and
Laharenll:o., F.A.
Ic
TITLE: In Alemory of Nihola'l- N"ilmlayevich sl'-xYallov
PERIODICAL: Izvestiya Akademi-'L nnul: SSSR, Scriya
--eologicheshaya;
1959. Nr 6~ pp 112-11;5 (ITSSI~)
ABSTRACT: Thi s is an ai~ticle to the memory of ti-Lu
viet hydroCoologist 1%17,-~ Slav-vanov. cor es r-diTlg -
Mem-
re po
ber of the AS USSR, vil-ic, died oil Ocl-obua, 16,
He received 'the deCTl,c of Doctor of Scicrices
hav`nr~- to defend -n thicsis on 'Lh,-, recormenda-l-ioa of
Ahademicians V.I. Vernadskiy, V.A. Obruchev.ard F.I.
Stepanov. He was onc, of the creators of hydro-co-
LD
chemistry as a science.
Card 1/1

MAKARENKOj F.A.; AWASOYEV, Tj p doktor geol,-min.nauk,
otv.red.;
TUGARINOV, D.N.y redAzd-vaj.- KOVALISKAYAp I.F...
tekhn.red.
[Characteristics of subsurface flow in the basin of the
Don River;
regime, balancep hydrocheristry; and geological
activity) Kharekte-
ristika gruntovogo stoka basseina Dona; rezhim, balans,
gidrokhimiia
i geologicheskaia deiatellnost'. Moskvay Izd-vo
Akad.nauk SSSR,
1961 73 p. (Akademiia nauk SSSR. Laboratoriia.
gidrogeologicheskikh
problem. Trudy., vol-34). NIRA 14t6)
(Don Valley-Watery Underground)

doktor 9~01 -
GORDEYEV, Demlyan Ignat'yevich; AFANASIYE -minerai-
nauk, otv.red.; SPRYGINA,-fl., ~ed.izd-va; SU511,0VA,
L.A.
tekhn.red.
[Nikolai Nikolaevicb Slavianov; his life and worki
Nikolai
Nikolaevich Slavianov; zhizn' i deiatel'nost'. Moskva,
Izd-vo
Akad.nauk SSSR, 1962. 135 P. (Akademiia nauk ISSSR.
Laboratoriia
gidrogeologicheskikh problem. Trudy, vol.43). (,-,IRA
15:3)
(Slavianov, Nikolai Nikolaevich, 1878-10,58)

ANASIYEV, T.F.
General characteristics of the distribution of
underground waters
in the Volga-Ural oil-bearing region. Trudy
Lab.gidrogeol.probl.
42t94-100 162. (KRA 15:9)
(Ural-Volga region--Water, Underground)

., otV.
,,P.j, doktor geol,r%jn. rcul-
GAVIIYUKHIIIA, A.A.; q~ -3
red.
[Formation of underground waters under the effect
of artificial
discharge as revealed by a study rade in Moscow]
Formirovapiie
pod:,ei-,aWkh vod pod vliianier, iskusstvennoi
razgnizki. (na pri-
more 1,1,oqkvy). Moskva, Izd-vo "Ilauka," 196/4.
130 p.
(1,MIA 17 '. 5)

KULAKOVP II.V.; -T,*J:.7~SIYEV, T.F., doktor
nav(-~.n. rcd.
flnleohydrogeo2oo:-al conciltJors governin, he faz
,3 t t on
of gas ai-d oil fields as revealEd by a stuoy
r.Lde in the
Volga Valley portion of Saratov and Vo--,~gra5
Frcv3-n,.-e1
Pall eogidro, color! cheoHl usl~-:vJ11a
fc-rilil-rovanilla
t,
. ykl, prlmerE,
skoj,,c lovulzhIla, IcW,.j-

AFANASIYEV, T.P.; GASHICHEV, V.I.; YELIN, S.N.;
KAPLYANSKIY, B.A.;
--- LAVROVA' G.I.
.9
Automation of crushing and grinding processes at
the No.1
Apatite-Nephelite Ore Dressing Plant. Obog. rud 9
no.4:
36-41 164. (MIRA 18: 5)

'" ZJJ~LQ -'I'x
V , I . Ii df -.t(,r geol , mill.
n1i;ik, otv. red.
L and hydrog(iocheirdstry of the Volga VEMey.,, a
brJef -Allyiel Gidrogeologlia i
gidropoklilip.41ja Povojzhlia,,
kz-titld-i ocl~ev),. 1,11osk-va, Nau~.~,,
T-1165., .170 p. (VIRA '18:120

KOZLOVA, Padezhda Dmitriyevna; AFANASIYEV,
T.P., doktor geol.-
miner. nauk, otv. r .
[Geochemistry and the formation of underground
waters
as revealed by a study in the middle Don-
Valley) Geo-
khimlia i formirovanie podzemnykh vod; na
primere
Stednego Dona. Moskva, Nauka,, 1965. 164 P.
(MIRA 18:12)

32325
S/081/61/000/024/007/086
21. 600b B138/B102
AUTHORSi Trukhmanova, Ye. S., Afanaslyev, T. S.-~_
TITLEt The use of special ionization chambers to measure the
activi-
ty and check the purity of radioactive preparations
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24, 1961, 61,
abstract
24B418 (Tr. Tarbkentsk. konferentsii po mirn. ispol'zovaniyu
atomn. energii. Tashkent, AN UzSSR, v. 2, 1960, 382 - 389)
TEXT: The possibility is investigated, of using an ionization
chamber
with 4-C geometry to measure activity in production
conditions. This
kind of chamber was found torhave a number of advantages over
those with
external irradiation. It is only slightly dependent on the
shape of
preparation, there is practically no external background and
laboratory
workers are exposed to only a low degree of irradiation. To
test for
impurities it is suggested that a differential ionization
chamber with
spectral sensitivity should be used. In this type of apparatus
measure-
ment is made on the principle of compensating the current from
different
Card 1/2

S/ 137/6 2/000/006/028/16 _3
A006/A101
AUTHORS- ReznIchenko, V. A., Sidorenko, G. D., Solov'yev, V. I.,
K,:Irwizin,
I. A., Dmitrovskiy, Ye. B., Afanaslyev, T. V.
TITLE: Developing electric melting techniques for
perovskite-titaniun-
magnetite sinter
PERIODICALt Referativnyy zbiirnal, Metallurgiya, no. 6, 1932,
13, abstract 6,711.)11
(In collection: "Titan I yego splavy", no. 5, Moscow, All SSSR,
1961, 54 - 59)
TEXT; As a result of experimental industrial investigations on
the clec-
Iric melting of perovskite titanium-magnetite sinter, the
possibility was prov~_-d
of extracting Nb into cast-iron and of obtaining titanous slag.
Nb east-iron
can be used as an initial product to obtain Nb slag which Is a
raw material f'c,-
producing Nb metal. Titanous slag can be employed for TIO
production. For
2
nielting,sinter was used containing 25% perovskite and 75%
titaniuin-magneti~c-
contrates. The Fe content In the sinter Was 39 - 115,1,', T102
content war, 12 -2
Melting was conducted in an ore-heating furnace with a cupola.
lts capar-.1r-y
Card 1/2

107-57-1-16/60
AUTHOR: Afana (Pargolovo, Leningrad oblast)
TITLE: ' , A Hew-Year Questionnaire (Novogodnyaya anketa)
PERIODICAL: Radio, 1957f, Nr 1, P 14 (USSR)
ABSTRACT: The author reports on his radio contacts and
communica-4ons in 1956. He worked
amAteur stations of all Soviet republics and 105 oblasts, all
contineits and 65
countries of the world. His transmitter capacity is 25 w; his
7-tube receiver is of
the superheterodyne type. As an.operator of radio club VHF
station 063019 he
established numerous long-distance communications in the
38-40 me band,
AVAILABLE: Library of Congress
Card 1/1

POPOY.. I.; tYANASITRY, Y.; SUKHOVA, G.
- ---
%,WhOW,
Using synthetic washing agents in laundries. Zhll.-kom.khoz.
8 no,10:2-4 158. (MIRA 11:11)
(Washing powders) 4

AFANAS'YEII, V.
-----------
Landscaping fini prot.c~,tion o' I r.- 4~,,-"K~~ o.:
the Volga-BaltJc 30r,
Waterway through &fforestation. hei,,h, 41*
no,.)-14v-~u '61:.
t'MIRA 18~1,:)
1, Glavnyy inzh. proyekta -Jnst'-tuta

L 45520-66 EWP(m ~-.,.'T~~D/T-__2_, ~FSS-_~___IJP
ACC NRs
AP5027656 SOURCE CODE:
AUTHOR: Afanaalygy,_J.
ORG: none
TITLE: F-arthly professions of a stellar substance
S.
SOURCE: ~iauchno-tekhnicheskiye obshchestva SSSR, no. 11, 19659
18-21
TOPIC. TAGLI: plasma propulsion, plasma research
ABSTRACT: The historical development of the plasma engine is
discussed*'
Scientists are said to feel that techniques for developing a
thermonuclear reaction in plasma are still in their infancy and that
many problems have yet to be solved; however, sooner or later
controlled thermonuclear reactions will provide man with an
unlimited
energy supply. The temperature of plasma can be changed; it has been
proved theoretically that this temperature change can vary from one
thousand to tens of thousands of degrees, and plasma power from one
kw to millions of kw. The use of plasma in reaction engines was
initi-
ated in 1964 in the Soviet Zond-2,,ppaceeraft, Terrestrial plasma
has
opened promising prospects in the conquest of outer space, and,
accord-
ing to Academic'-an V. Kirillin., the Soviet Union will be able to
start
building industiial magnetohydrodynamic stations.by 1970. [WH]
90" 21/ SUBM DATE: none
Card i ji
UR/0309/65/000/011/0018/0021

StrU5 lire of I (,;Qxaq line, A. A. flonoinarev
V. A. Aini)[15- ev.lk"tr "i-~j Mkik?"'OST111kin.
1),,k1,jdyAkad,.?Va7t*
clAlurdic aiidAdkini,C.A.

28, 4n5l; Farlow, rt at., CA.
29, 7751-Condensatioti (if

AM with 5-methyffurfural gave
2870 3-(2-mcthyl-5-fnry))-

I b& 98-100'. 'This
h0rogenated over Cu chro-
-propena ,
nitte catalyst nt 120* and 120-35 atin. in EtOll gave 75%
'C'

3-(2-iiiethyl-5-fitryl)-i-pr,7pa?tol, b, N-W, 1.4775,
d.~

1.0322, which, hydrogenated over -NN-kicselphr at I
boatin.
and 120* in MOIL gave 2 productq: X(2-inethyl-5-teir --
hydrafuryl)-l-propanol, his 111-13'. Pilo' 1.4635. d-o
0.0972.

SO

W&
and b,,- lf)2-4*, nj,*
1.4412, do 0.020, ril? 1.4-128 (15.0% yield) (cf.
Alexander,
- C-A - 46, 1535e). Me.~CO and 5-meth)-ifurkiral gave
'4'-~2 ;,etliyl-5-fitryl)-3-b:itets-2-atte, b4
105.5-7.0, Ill. 35-0'.
This hydrogenated over Cu chroinite at 88-95 atm. and
120*
In EtOH gave 80.5% 4-(2-i)3rthyl-5-flipyl~-2-bitia~iol,
bj,
130.5-8.0*. nV 1.4700, d., LON), which hydrogenated
over Ni-kieselguhr at 130-40 atm~ and 120* gave: 73.6%
4-(2-itiethyl-5-teirohydrofuryl)-2-btitapiol, b,,
134-0*, 000
1.4542, d3o 0.9574, and 3.1%
2,7-dir)ie-th)-l-1,6-dioxaspiro-
14.41nonatte, b. 167-9% nif 1.4381), do 0.0594, which
gives a

ositive Tollen test. These results indicate that the
g
ydrogenation of furan aldehydes; leads to
tetrohydroturnit

ales. which oil further hydrogenation
Ciffitr vic-ld atd.

furan ales. or the spiro tirrivs,
Thus, hydrogenation of
futfurylideneacetone all()
3-("-iiietby)-5-ftiryl)-2-propet-,aI
should yield 2-methyl-1,6-(Iioxa,,piro(4.41notiane, along
with the satd . futan ales.. confirrning the identity of
the 2
five-atom rings in such comptis. which is possible only
in
spiro derivs. G, NI.. Kosolapoff -

rONOMAREV. A.A.; AFAIIAS'Ylff, V.A.; KUROGFSIN, N.I.
Study of furan compounds. Part 3. Structure of
1.6-dioxaspiro-(4,4)-nonanes
and the mechanism of their formation. Zhur.ob.lchim. 23
no.8:1426-1430.6g 153.
MRA 6 8)
1. Kafedra organicheakoy khimii Saratovskogo
Gosudarstvennogo universiteta im.
N.G.Ghernyshevskogo. (Oxaspirononanes)
(CA 47 no.22:12344 153)

- law, fi. ~ - --.
ounue 'I" . , -

4- - -- ------
MR/ Chemistry - Organic chemistry
Card 1A Pub. 22 - 22/46
Authors a Rubinehteyn., A. M.; Zakharov, B. A.; Pribytkova, N. A.; and
Afanasyev, V. AO
Title About binary oxide catalysts on the MgO base
Periodical t Dok. AN SM io3A,. 83-86, Jul 1, 1955
Abstract --s Investigation-was conducted to determine-the effect of
equimolecular a-mounts
of metal ok1desj belonging to various groups of the periodical system,
on
the catalytic properties of HgL1 during the decomposition of alcohol.
X-ray
analysis data show that a part of the metal additives introduced into
the
solution activates the MgO catalyst and the second part either
produces no
effect (negative effect) or deactivates the catalyst. Results obtained
with
inert or deactivated CaO, SrO, BaO, PbO and CdO additions are listed.
Five
references: 1 Eng. and 4 USSR (1945-1954). Table; graph.
Institution : Acad. of Sc., USSR, In6t.,of Organ. Chem.
Presented by : Academician A. A. Balandin, February 16, 1955

PDTDY tiliB -OPPrdalenjia velicWny ptly"khno-at! k-I
WIV.
Alli

I I I " ~ [ .
RUBINSHTHYN, A.M.; AYAW'YZV, V.A.; PRIBYTIOVA, N.A.
Determining the surface magnitudes of the component@ of
mixed )~~
Gr203 catalysts. Isv. AN SSSR Dtd. khim. nauk
no.12:1505-1507 D 156.
(K12A IOW
1. Inatitut organichaskoy khinii in. N.D. Zelinskogo
Akademli nauk
SSSR.
(Catalysts)

AUTHORS: Rubinshteyn, A. 11.; Slinkin, A, A.; Afana6mv, V. A.
62-1-4/21
. . . ...........
TITIZ: Determination of the Size of the Specific Surface of
Catalysts in
Dynamic Conditions According to Ono Adsorption Equilibrium
(Oprodeleniye velichiry udellnoy poverkhnosti katalizatorov v
diramicheskilch usloviyakh po, odnoma adsorbtsionnoma ravnovesiyu)
PERIODICAL: Izvestiya Akademii Nauk USSR., Otdeleniye Khimicheskikh
Vlauk,, 1957,
No. 1, PP. 32-36 (U.S.S.R.)
ABSTRACT: Experiments were conducted to determine the feasibility
of the M. I.
Temkin (4) method in determining the size of the specific surface of
catalysts on the basis of one adsorption characteristic. The
development
of a new instrumert for measuring surface dimensions of catalysts
and its
advantages over available instruments, are described. Results show
that
the calculation carried out in accordance with the Temkin method
(equation 2) is perfectly satisfactory not only at standard low-
temperature adsorption of nitrogen but also during the
determination of
equilibrium in conditions of benzem vapor adsorption in a gas
carrier
flow at ordinary pressures. The latter method opens greater
possibilities
Card 1/2

-A- Mww'or
4~ U

AUTHORS: Afanaslyev, V. A., Rubinshteyn, A. 141.
SOV/32-24-7-21 /65
TITLE: The Determination of the Surface of Catnlrsts
Accordin,r to the
j L)
Adsorption Isothermal Lines (Opredeleniye poverkhnosti kata-
lizatorov po izotermam. adsorbtsii, snyatym v protochnoy
sistene)
PERIODICAL: Zavodnkaya Laboratoriya, 1958, Vol. 24, Nr 7,
PP- 830 - 832 (USSR)
A13STRACT: In order to avoid the complicated vacuum apparatus,
the rarire
of application of this system, the accuracy of determinction
and the means of producint; samples is investi,~7ated. From the
scheme of the apparatus and from its description proceeds that
nitrot;en tras used as carrier gas, benzene and carbon tetra-
chloride were used as adsorb-ate and lit-O-catalysts were used
as
catalysts (in pure state or with admixtures of metal oxides
and of ma.cnesium, salts, respectively). Data by Katzow (Ref
3),
and Brunauer and Emmett (Ref 1) were used in the computations.
The method is based upon a computation of the relative vapor
pressure from a given equation by means of the results of the
measurements. The adsorption isothermal line is drawn by
Card 1/2 plotting the adsorption, taken in millimoles or moles
of ad-

The Determination of the Surface of Cat---lysts According
SOV/32-24-7-21/65
to the Adsorption Isothermal Lines
sorbed vapors per gram of weighed sample, versus the relative
vapor pressure. The results were checked by other methods and
were graphically compared. It may be seeni~ that the deviations
d.o not exceed + Ml~o as the surface varies Yithin the interval
of from 20 to 75 m2/g and above. The tine necessary for the
determination of the surface can be considerably reduced, if the
equation Brunauer-Emmett-Teller (Ref 2) is applied. There are
2 figures and 4 references, 1 of which is Soviet.
ASSOCIATION: Institut organichoskoy Ichimii im.N.D.Zelinsko,-o
Akademii nauk
SSSR (Institute of Organic Chemistry imeni N.D.Zelinskiy )AS
USSR)
Card 2/2

5(2,3)
AUTHORS. Rubinahteyn, A~ M,., Afanavyev, V, A,.,
SOY/20-124-5-32/02
Akimov, V. M,,, Priby-trov-a--17-T.-,=Ovetskaya.. K,, I~
TITLE. The Influence of the Composition and of the Conditions
of the
Thermal-Treatment on the Structure and Catalytic Activity of
Al203-ZrO 2 Catalysts (Vliyani-ye sostava i usloviy
termicheskoy
obrabotki na strukturu i kataliticheskuyu aktivnost'
Al203- ZrO 2"katali zatorov)
PERIODICAL: Doklady Akademii nauk SSSR., 1959,, Vol 124, Nr
5, PP 1076-1079
(USSR)
ABSTRACT: The authors axe riot aware of publications on
results of
systematic changes of the ratio of components or of the con-
ditions of the thermal treatment nor on the determination of
the specific activity of the catalysts mentioned in the title.
They have invesligated'the decomposition of absolute isopropyl
alcohol on such catalysts which had been produced by precipl-
tation with 10 7"0 ammonia from 10 ~~, solutions of Al- and
Zr-
nitrate at room temperature and PH 8,7-9.-5, Durin,-, the cal-
cining of samples of the catalysts at 400, 600, and 7500 it
was
Card 1/4 found that the dehydration of the hydroxide is
already

The Influence of the Composition and cf ihe Con- SOV~
20,124-5-32162
ditions of the Thermal Treatment on the Stxvcturo and Cata
ytic Activity of
Al 20 3"ZT02Catalysts
Al203' It can be concluded that the addition of ZrO2 does not
result in an activation of Al 203 under the oonditions given.
Figure 3 shows a diagram - the variation of A OD with the com-
positiun and the caloininj,- temperature of the catalysts
(1-7500, 2-6000; 3-,1000) - for experimento carried aut at
2600.
The fact that A-,, is conatant. throughout a w3.dv range of
ZrO 2
c(,Dcentrations seemo to Indicate that the rc?act3.on ia
tal"Ang
place in this cafit, only -,r, Al203whereas ZrO2 behaves only
as
an inert support. All this is iii good agreement with the
resulis of the X-ray analysis (made with the assistance of
L. D,. Kretalcva), It. ha,,4 been found that in
co-precipitated
catalysts ZrO 2 and Al 203are present as separate phases
rather
'chan solid aolutionf~ ~in agreement with xeferance 4).
Neither
the increase of the temperat-ire at wh--ch the experiment was
Card 4 cavried out (up To 3201") nor off the volume velocity
(up to

The Influence of The Composition and of the Con.-
SOV/20-124-5-32/;~2
ditions of the Thervial Treatmenc on the Struc:tnre and
Catalytic ktivity of
Al2 03-zrO2 Catalysts
'12h"") have deatroyed, oz., the whole, the p,-cture of
figure 3
nor affected "he onn.,'jisjons 4~erived therefrom in table 1,.
I
This relates to the .catalysts calcined at 600c), The total
activity (Table 1~ and A with the calcinin, 1.emper-
increase
ature between 400 (11)'d 600, (Vig 3) probablj beezauoe the
fincot
POTeS aTe deatroyed, xibich are difficultly accesoible to the
alcohol mole---ules There are 3 fiTurps, I table, and 6
referen-
ces, 4 of which Eie Soviat~
ASSOCIATION; Institut vrganicheskov khimii im N- D.
Selinskoje Akader.1ii
nauk SSSPR (Tri-Atitute ~f Or-anic Chemi-stry imeni N. D~
Zelinskiy
of the Ai~aCemy Gf SGienees~ USSR)
PRESBNTED: October 17, 19;8r by A,, A, Balandin, Academician
SUBMITTED-. April. '19., iq15,8
Card 4/4

RUBINSMIN, A.M., PRIBYTKOVA, N.A., APANAS#YZV, V.A.,
SLOKIN, A.A.
Structure and texture of almdna - chromic oxide -
potassium
monoxide catalysts, and their antivity and selectivity
of
action in the decomposition of A,- 'A GH. Kin, i kat.
1 no.1:129-
143 Ny4e 160. (MIRA 13-2 8)
1, Institut organichookoy khimii im.
N.D.Zelinakogo*Akademit
nauk SSSR.
(Alumina) (Chromium oxide) (Potassium oxide)
(Butanol)

20360
2,2091 S/'020/61/136/005/021/032
12, 7 1 Ll B004/B058
AUTHORSa Afamaslyev, V. A., Ponomarenko, V. A., and Zadorozhnyy,
W. A.
TITLEs Adsorbability and catalytic activity of platinized carbon
with regard to the addition of some silanes to unsaturated
compounds
PERIODICALg Doklady Akademii nauk SSSR, v. 136, no- 5, 19619
1123-1126
TEXT3 In previous publications (RAfs. 1 to 3) on the addition of
alkyl-
and chloro-alkyl silanes on halogenated allyl ether it was found
that the
adsorption interaction of the reacting molecules with the catalyst
surface
has a great effect ;n the addition reaction. This effect was
checked in
the present study by investigating the capacity of platinized
carbon
(1% Pt) to adsorb (C ff ) SO (1), CH.jC H (II), C H (C H
2 5 3 1 2 5)2S'H 2 5 3 7)2S'H (III)~
Cl3So (IV), C 2H5SiHCl 2 (V), and CH 3(C2H5)SACI (VI). The
experiments
were conducted in a continuous apparatus at atmospheric pressure
and 200C.
The relative partial pressue of the vapors was varied between 0
and 0-5-
Nitrogen served as carrier gas. Before the experimentp the
catalyst was
Card 1114

2o36o
S/020J61/136/005/021/032
Adsorbability and catalytic ... B004/B058
heated to 3000C in a vacuum (approximately 10-4 mm Hg). The
pressure P
of the saturated vapor ,,f I - VI was determined in the
same apparatus.
P. was determined from 'rhe equation P./P - v/V. P is the
total press-are
(atmospheric pressure) im the system, v the volume of the
substance vapor-
ized per unit time, and V is the rheometrically measured
total volume of
the mixture. A linear increase -)f adsorption with
increasing length of
experiment was found for all alkyl silanes. P. was
calculated at
v I MI/.min (velocity of silane vapor) and v = 20 ml/min
(velocity of
2
the carrier gas). The experimental data for the compounds I
- VI are com-
pared in Table 1 with the values calculated according to
Haas and NewtorL
and Antoine. Fig. 2 shows the adsoxption isotherms at 200C
for P/P from
0 to 0*5o A different adsorbability of the substances was
found . Cgloro-
alkyl silanes are adsorbed more intensively than alkyl
silanes. A
quantitative estimate of adsorbability was made by a
comparison of the
various areas Wo cccupied by the molecu)-s. W, was
calculated from the
2). 0
BET equation by usingwo for benzene (40 A These data were
compared
with the reactivity of the compounds in the case of
simiiltansous addition
to 1,1,2-tri.fluorc-2-chloro-ethyl allyl ether (Table 2).0
With increasing
Card 21%1-

20A
B/020/61/1436/005/02-1/,032
Adsorbability and catalytic ... BOO41BO56
G)o (deOTeasing adsorbabil-ity) of the silanay and
increas-ing yield of its
addition products resulted. For substances with equal w.,
the yield.of
addition produots~is equals too-&- The
following,interpretati.onis,given
for concurrent reactionss- Owing'to the increased
adsorbability of-ohloro-
alkyl silanes, hIghly active chloro-silyl radicals (CI 3~i
and Cl 2'�iC 2'~)
form on the catalyst surfacep They seize upon the hydrogen
of the tri-7
alkyl, silane under the formatiou of a less active
trialkyl-silyl.'raclidalt
Only the lattex,;.relacts with.-the unsaturated bond of the
etherv, Apart
from,thisIg howevero also a direct addition of the chloro-
Gi4l radical to
tIhe unsatur.ated compound takes placen With the concurrent
addition re-
action of (CH (CI)S'iH'with C1 sin or C R SiHC1 the
higha.f.adsorb-
Y) r'ZH5) 3 2 5 2t
ability of (CH axid its weak Si4 bondpr as compared with the
3)(C2H5)(C')S'H
other two comrounds, oauees the predominant formation of
the radicals
(CH on the catalyst surface* These radicals are, hovdver,
3)(C~V(CI)S'
unable to seize upon the more strongly bound hydrogen of Cl
3SiI[ or~
Card 3/~

20360
S/020/6.1/136/005/92-1/032
Adsorbability and catalytic B004/BO5B
C05 MCI 29 Inrpi-te of the stronger adsorbability of CH 3Y5
c1m, a
predo~inantaddition of*this compound to the unsaturated ether
sets in in
t4ii,'qase~ Thi8'int6rptetatlon may also be'valid-foi the
forming radicals
(X:~ IC.1..~R - CH 00? CFClH),R' Thdr6 aTe 2 figureal 2 tableaq
2
.37. 2 2
and'q.. Soviret-bloc meferences,*
ASSOCIATIONg.. Institu-t organicheakoy khimi:i imp N.
D*.Zelinskogo Akademii
nauk SSSR (Institute of Organic Chemistry ime,ni N. D.
Zelinskiy,, Academy of Sciences USSR)
PRESENTEDi September 17, 1960, by A. A. Balandinp Academician
SUBMITTEDj September 14, 1960
Carld 41

AFANASIYEI V A - BYSMOV V.F.; DEKABRUN, L.L.;
KULITMV) YU.N.;
!-t~$ y
:~~~NYANTS s A. U.
Multipurpose spectrometer of nuclear magnetic
reaonanceo
Zav.3,ab. 28 no.1:102-103 162. (MIRA 15:2)
L Institut khimichaskoy fiziki AN SSSR.
(Spectrometer)

A,FANASIIE.L..Yk~Al~7._AFX4d!-~vevich;
KITAYGORODSKIY, A.I., doktor
fiziko-matem. nauk, prof., otv. red.; VOWEYNO,
I.V.,
red. izd-va; POPOVA, M.G., tekhn. red.
(Physical methods for studying the molecular
structure of
organic compounds ~Fizlcheskie metlody
Issledovaniia etro-
erdia molekul organicheskikh soedinenii. Frunze,
Izd-vo
All Kirgiz.SSR, 1963. 247 p. (MIRA 16:10)
(organic compounds) (Molecular structure)

VuLIK~,-l'N,,;11TEYNj I...V.) doktur fiz.-rimtem.
nauk, prof., red.;
"HEYNIKEA, Yu.N., doktor khi--.. naw.., red.;
Yu.Yu.., kan'. fiz.-mat 71
nau?,, red.;
kand. khim. nauk, red
[Transan-Lions cf the Conference on ll~e.
HivsicRl !.~3.lhods of
~Audy of Organic Goiqoun6s and Cherical '-:'rudy
~,oveshchaniia po fizj~!heslxl-im metociar.
cheskikh soedinenii i khi,,icheski'l-.h Frunze,
Ilim, 19c.;4. 268 p. 1-1:'-!L1)
1. Soveshchaniye po fizicheskim metodam.,
issledovani~a
orgazdch.pshikh soyedinerilly i kh-Jrichesk--*,kh
protlt~essov.
Frunze, .1962. 2. Institul. v.~solomolehaiyLmykh
coyedineniy
P11 1,1361(9 Leningrad (for Vollkenshteyn). 3.
in-st-Itut
prjoilanykii soyedineniy A.TNI .3S51i, Posk-va
(for Snaynkcr..
4. Kaza--skiy gosudarctvenny-y univerol-tet, ~f,:r
Samitoy .. 5. Institut orpiricheskoy W-Rdi
Kllr-*,,~-;:~)y
SSR) Fr-nze (for Afanaslyev).

AFAN-AS'!T4V~--,V,,A-; STREL'TSOVA, I.F. (h-unze)
Spectroscopy of aqueous solutions of carbohydrates.
Part 1.
Zhur. fiz. khim. 39 no. ltllO-115 Ja 165 (MM 19tl)
I, Institut organicheskoy khimii AN Kirgizakoy SSR.
Submitted
March 12, 1964.

ACC NRt 2
"APS013262 SOURCE CODE- TIR/0413/66/000/008/0052/005
INVENTqR: Afanas' vev,- V. A.; Volodin Yu. A.; Smirnov, V. A.
Druzhinin, A.
ORG: nohe
ITLE, .'bxide-coated cathode. Class 21, No. I
T
SOURCE: Izobretenlya, promyshlennyye obraztsy, tovarnyye znaki,
no. 8, 1966, 52
TOPIC TAGS: electron tube cathode, surface active coating,
iridium osmi
cathode
ABSTRACT: An Author Certificate has been issued describing an
oxide-coated
cathode for electronic tubes containing a base on part of the
surface of which is an
emissive coating. To suppress the emission with an *nactive
st~rjace coating and to
obtain a clearly defined emitting surface, an. iridiumAr
osmium4oating is applied on
the inactive surface of the emissive coating. (Translation] [NT]
SUB CODE: 09/ SUBM DATE! 20Apr65/
111,4c UDC: 621. 385. 032. 213. 6

LFANASIYEV, V.A., iisaJotont
From the histucr,-j of the domestic leathcir
;l-,-cl-'uc~--*-'-n. Ilauch. trady
I-ITI111 no.27:3-26 153. (1-1114 17:11)
1. Kafedra organizatsii 1)roizvc)d,-tva i el-cnomiki
leftoy promyshlen-
nOS4j Mloslcavskogo teklinologichoskogo instit-uta
le-kc),:, promyslilennosti.
u L'

AF,~NASIYEW, V.A., assIsIlumt
Leather ir.d;5try in t~,e uh-tases cf I e Lef
E*auch. trudy "TILP
n0.28:3-31 163. (1,11RA 17:11)
1. Knfedra 01--~m~Zat"M proizvoa,.!tvrt -1
promyshlenno~;Li vloskovoko,j-o d1no.Lituta.

it the book: Frol-Jemy obshchey 1,.ara5itOlOvii (Iroblezs
"Parasitism and Spibiosis, in k,
of General Farasitology), 15-21, Leningrad-Yoscow, 1937

APANAS I YRV, V. A.
Afanaslyev, V. A. "The production problems of
eating silk-
worm coccoons by fur-baaring animals,"
Karakulevodstvo i
zverovodstvo, 1949, No. 23 p. 40-114.
SO: U-3736, 21 May 53, (Letopir, 17,hum2l InykIi
Statey, No. 17, 1949).

'is f yv ~ V , A I
'f [-V V. f~-
ri FFI 0
lldeshovDa sodorzhardye PI
2410,5 A 'FILO 1: JA-S 1 E, VV. A I
~ S.
A zveroVodstvOt 10/101 ':0-
rakillevodstvo I
zvorol v SOV- 'h'
i I
31:-3o.
so- Letopis, Illo. 32, 1949-

APANA9110l V, ~I,
"Effect of Keeping Silver Fox in Smaller Pens with a Vioven
Wire Floor on Their
Productivity and Viability," Kar. i Zver., 5, No.4. 19$2

1. AFANTASIYEV, V.A.
2. U-J31:1 (600)
4. Fur Farming
7. Procurement of animal feeds is an importarit ta.-,k of
st"Ite -fur farms, Kar.izver..
6 no. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress,
APRIL -1953, Uncl.

ABRAMOV, M.D., redaktor; AFAIIASIYICV, V.A.,, redaktor;
P&UIDIX, N.Sh.,
redaktor; NICHAYAke"Ye.G., redaitor; FIDOTOVA, A.F.,
takhaicheakiy
redaktor
(Raising fur-bearing animals] Zvedrovodstvao. Izd.
2-oe, perer. i
dop. Moak-va. Goo. izd-vo selkhoz. lit-ry, 1956. 615 P.
(MLRA 9:9)
(Fur-bearing animals)

USSR/Farm Animals - Wild Animals.
Abs Jour ; Ref Zhur - Biol., No 1, 1958) 26pi
Author : V.A. Afanaslyev
Inst
Title Notes on Scandiuavian Husbandry of Wild Animals.
Orig Pub Karakulevodstvo i zverevodstvo 1956, No 5, 47-53
Q-6
Abstract Describes breeding in Scandinavian animal
husbandry.
Describes the essential criterion in selecting and
matching
wild life anim&ls, the quality of the fur, its color and
size. Presents the registration forms used in the wild-
life breeding ranches in Scandinavian countries.
Card 1/1
USSR / Farm Animals. Wild Animals. q-4
Abs Jour Rof Zhur - Biol-j, No 10; 1958, No 45247
Author
Inst Not given
Title Seal Meat - a Good Protein Feed for Growing
Fur-Bearing
Animals.
Orig Pub :Karakulevodstvo i zvorovodstvo) 1957p No. 4)
28-32
Abstract :Experiments in feeding rav and jerked seal
meat to silver-
black foxes) Arctic foxes and rdnks showed that seal mat
possesses high nutritive qualities and is not inferior to

AFAVA31YEV, V. A., 'J'and. A~~ri. Sci. (diss)
'I.-.atlo:7r:lizatlo,-, of
I
:fethods of Care an~i Feedin:, of Furbearin, Ani.-L-.alS
on Ani:.-I-I Onv-
-1 - ,
k.-,.OzeB"l 1,:Oscow) 1961) 22 up. (Irloscow Veter.
Acad.) 20k~ copies
(KL Su-,)p 278).

008
TC-CESSION NR: AP5016081
UR/0302/65/000/002/0017/0019
681-142.642
Kazais, E. B.1 Plotnikov, A. D.
AUTHOT!.'.
TITLEt Specialized arithmetic unit
SOURCE: Avtomatika i priborostroyeniye, no. 2, 1965, 17-19
TOPIC TAGS: arithmetic unit
.,ABSTRACT: The development of a specialized few-digit arithmetic
unit based on
Ithree-eyele, ferrite-diode logical elements is briefly reported. The
use of a table
lof binary logarithm-antilogarithms has'simplified the logical
circuit of the unit
land has accelerated the multiplication, division, and
evolution,operations. The unit
~performs'addition and subtraction of numbers, yiAds logarithms, and
can add,
isubtract, and shift the logarithms. The number*code has 17 binary
digits; the
lmantissa significant part has 11 digits; order, 4 digits; order sign
and mantissa
sign, I digit each. Orig. art. hast I figure.
1ASSOCIATI01
none
ISUBMTEM 00 ENGL: 00 SUB GODZ- DP, EG
NO REF SOV6. 001 OTHER: 001
Lord

ALANASOIEV-,-V-A..,-kand.tekhn.nauk, dotsent
Concrete compaction by surface vibration. Trudy NIIZHB
no.21:146-
162 '61. (YjIRA 14:22)
1. Loningradskaya Krasnoznamennaya voyenrio-vozdushnaya
inzhenernaya
akademiya im. A.F.Mozhayskogo.
(Vibrated concrete)

1 1
i

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0 11 it It it If 11 1
,

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Ofirinites of the Khabooeto region
itioutheastern port

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of the Kola Podasula). A. MmW-% V. fe"J.

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so all

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Illatractilic. perowkilir. the ilarrilitalmle -our i, rmit.

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IX""I Of I'VION'llItIC Paid J)Yt0%t-IIV-faAJ1l1AT Alma);

of si

tile coulact wit 11 tile of Illoglivis"it % tilt- Illit -glaill,
al t..

valth gimil pyloitt-ale, Itichlilliv.

I-It-aa-1-11 Alsdlv~
% 4at v;ti 1"41% lilt., 4

0100
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Aregivivil. I tic tire (factioll ad the livigmat"I'l ,It%
1111("cam

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t&iu%I2A9%Cr,0A. Many oft lie joint 4 oil iliv
olivimi,

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ka.kkilt- ~c

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E.Irettiov, C. e:. 33, 76WIV) at which ali anAvm,
hova,!
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, 4 1.

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C(N 3.35 slid .1; 16.39%. 1) W. I'vat-

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;9 0 0 0 0 0 0 0 :14 0 Co 0 q 0 4 0 0 0 4 0 0 0 0 0 0 0
so :10 o goo 0 0 * o 0 0 0 0 0 gio 0 0 0 o 0 0 * 0 q a * 0 * 0 0
0 0

APANASOYEV,,__Yladimir Aleksandrovich', APfNKO,
M.I., red.;
I
jd~i IIENKOp F.I., red. izd-va; SUNGIJROV, V.S.9
tekhn. red.
[Optical measurements) Opticheakie izmereniia.
Moskva, Izd-
vo geodez.lit-ry.. 1961. 238 p. (MIRA 15:2)
(Optical measurements)

TITLZ. $clout I fie -techfti~l Conferenov
of tbo U11GA I L In
9959 (X-chro-takhnichookays konforantoija
UIIGL I K 1959
PREXOMALs Isweetlya wye.hikh uchebakh
~vwdvulr. Gend-11. I -nfut..-
Y-k.. 1959. Mr r,. pp 144 - 146 (USSR)
ABSTRACT.
ft. periodic oni-tific-t-hoLcal ".f.-Ace
of the ltomkqlm~ij
Institm% inah"arv,w C.cd..Li. I
kartog-fil 2:>
12-o' of Geodetic. A-1-1 Survey ad
Urtcar.phl .
1.1.117=1111:i& on April 22-24. 1959.
with the particips-
ti" of 500 pers.". 31 lacturee a- Th.
L.trO-
doctor, op .. h -as boi& by 2~rcrae.cr A.
A. Ituto.. Candidate
We MilosophLeal SCIone" A. 1, IT,no,
I-Z,r.6 no -The Ou--
st.adim Worl, of Materialistic rhil-phy'$
Candidate or Tenn-
-Madi V\
nl*4a S;: w:: A Koadre.hk-j" a -A Goo-
devy, I adl G oTTwim-.T---r-5c, - 0.
Bg."A" on
oAcoa,acy of the Sciatica of the laverso
Position Computation
"Ith Coordinates of Different Gooltio
37stomm's Candidate of
loolenjosl Sciaccoo P. F~ Sbakin reported
on -GmvlAetry In
T.dwy-. tax* of vw".l peact-1 C-IdLd.A*
of Tachnical Sol.-..
21!mbAjjP--.= -X.,ewtLRmtLaa-jf-,tb-
Balsa Co'*ral., the
.5riimtloo 09 Irro*rx Shah conorallalas
the Relief In photo
1
scaphy's Post-grodusto stad"t To. V.
mckhov Do -The Influmme.
of th Zoloanding Z"cr On the &45cwi~ ~ay
~f 3 utium of LL sar
S%"t & Systabo'- Pdat-Sradeat* St4ad"t S.
D. Droz4g, reported
'as the so!atl- of Linear S,*t- L. of a.,
got" Sets - pedant dealt ml.th ~Th*
]Lzporlomv
Im the Appll"tlda of PoSS11"tic With Short
AbaLm, a" C.-t..t Vertical B-1.'. Doctor
of phy.je.1 ad Kth..
MeLti"I Sclancee A- N. raymall'berg
loetwred 00, -30u4 Integralm
Yz the Theory Application t:fth:.N.-
4--l- of A~tw,.L-l Z-th S.t.111tee"
Candidate T ithle.1
SVl~" A- S- VAIKYee' On -rho
Zt-re0e0aparstor With Corrootam-.
'th"
ELO&I Sales." 9. N. 7-.I-.kLr 1,oported
an -The Go. , Of r"oh-
or
Una the F.-I.- for the Plase Aerial
3arvoy and 1". "ti-
t"LAN I Aerial Sareoy-. Candidate of
Technical
Rodl-aw, 4.4 candidt. of Technical Sol-
Card 20
TJ'PQ AvrIAI_Q&mmm.-. Cgs-__
~i- of Tocbicl Scl..c n 'I'
XrobOM opLd ColIL-tor r ... r1ol
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of the Airplane
Le, the Aerial Photography Path-,
Pomt-lmd-t. St,d..t
APPILe too f the lust.zt.m..- 11~~No-
at.
graph, To. M; !- Aa.l.tmmt r.. P. Ar.haac,
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be 'C-p-t
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L-;.-.c.l- PhOtOth
"Ilt. S---yLg opo"tions., Doctt~r of
T*cbzlc&l a
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zoc."m: -of
b,'.-25*onococ*.Dmll~gDot:rCor~tT.ch.io.I
-Ni--l Dpa.it. 1. the US51
and Their RQPrO4ucti*u on F~Dhnalc 2"Psof
Assistant
-NEYw- the "Uthod of Geographic 1"*stigAt
Lou on the rL.ld--
Daring (the Pra;o&mtor7 Editorial Work on
the Cartvjrsp~.Ing
Obj:c* Free ttha Working E-Pari- Acquired
by the K-h.h.,.-
key .1. p.dl Lj,. ZpedttLo, of the M~IGA
I Z tg5a)-.
A, 3, TOI&IMIkha"oolt -Itb -The Problem,
of I.
Proolog the Relief Representation, of .
jlt 1--bit.4 Territory
on the ?.P:gr-Phl- Rap on the Scale of I
I 100GO-. C..d--Ut.
of Technic
A~ 1. th! P'llch sP*k8.04"SeP- Of
C-ljLI,.t.d
of Technical 3 mpr-h:-L.o AtIgatom or tb
le-t .. Cud A. to
U..-.hik., dealt Lth 'A. S. Pop.,
&.1mat'"t Inventor, FQdsiQ-4-&0-t-T0-*the
100th Birthday of
A. a. pop-)- 5-der X-dutrar
'JUrror ;b -ff---Y-XAksX1vT lent. ;d
J:ct!,- -.r r.r ... Or
re A :Lth Crem&271~wlmam Intensity
G, Sork p p rt The rrbloa of co.P-tlng
the T-I.-
tl-- ad the IncMdof L:"r--Y L- the S--cX
... ut Of Ph,-
-.tltl "'. C- Idt of T-&AL..l SOL..."
It -11h -Method. of
!L ~Vg -;:1-al K-L- Ch-m*t*rL0t1.0a of
Aerial Camara obj.qtlv"
Wltb Drupp,ag At-phorl. p-.__ .4
T-p.rat.--. Zgin.a,
J_ML~~
jactared On ~Tortlcal Rule Systems of
Righ-pro-
di.las Optical T eadalltow-. A-istant 1.
.." aid of VA--
.5,ght,ug by T.1 .... pea WIth Z..
plate.-.
Vr.d..t. Student 7. P. 7^1thtim- dealt -I
t~
Card. 415 somear....t. a. - Fair of St.ro-
S-.Io. held a. Aprll 24 th-
do"oell A l,;&&VdzLaUt,atLcn of Go,-
d"y and Cartography A a ry Internal
Aff.1- of
tb: az$a)- A- Xw ltlr~v 1-turod on -Th*
PInn end
Doo-lar ... t or T.pofr.,~---- :. - - -
r- .,.

KULAGIN, S.V;; AFANAS'Y9v,-V.A.p dotsop
retsenzent; KRAUSH, LoYaep
dot ..Teiie-n-z'ent; FELL, V.G., dots.,
retsenzent;
YESHCHENKOp N.V., red.; TITOVA, V.A.# red.
[Photography and photographic apparatus]
Fotografiia i fo-
toapparatura. Petredavodak, RosvuzizoAt, 1963.
282 P,
(MIRA 17:7)

-4 of.
(c 10 M 16 VKVD)
OL IL 0-
towl8
6.-o -ft"
C JL V-
rs~
P.-
C. Aq-
"14v %,* W-tor" sto,totvt low.-ors
too.,
It m"
(c I& AO 22 R&M)
L 5 No"."
.I-_-
.10
IL C
IL it Ks-
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V & S_
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"Patems.. trydo.,
santponxim
P)__ IL IL A-
'me
J, 10
1. IL Pp.-
r. AL L-somp
H-
L A.
ory..
Cestomm" NwIlft Of MIND bill"WIS smi"y at
lot. A. 11. POW MORS), MIDOW,
8-22 01M.

"All vw, 0
Jill
Wit
*,I'Mi 2!
1 Jill

S11 23/6 1/1000/022/016/0224
Aoo4/Aiol
AUTHOR:- Afanas'yev, V.A
TITLE: AutomLtic tabling unit
PERIODICAL.- Referativnyy zhurnal. Mashinostroyeniye, no. 22,
1961, 19, abr'ract
22D115 (V sb. "Avtomatiz. i puti primeneniya vychisl. tekhn. v
khim. prom-sti, Lugansk, 1959 [19601, 48 - 52)
TEXT: The author describes a permanent storage unit developed
by the Ll-
sichansk Branch of the Automation Institute. The unit has been
developed to be
used in combination with a pH-meter and conductivity meter to
measure the con-
centration of salts and bases in the juice vapors of the
ammonium nitrate shop.
The unit is a memory system of an automatic table in which the
pH-valUe deter-
mines the number of the table column, while the conductivity
value determines
the line number. A prohibition cell on a ferrite core with the
s4uare shape of
the magnetic characteristic serves as elementary memory cell.
The memory system
is a ferrite netting with a number of horizontal rows equal to
14,.since.7 bina-
ry digits are necessary for the recording of the concentration
of the salts and
bases in per centj with an accuracy of up to 1%. The number of
vertical rows is
Card 1/2

S/123/61/000/022/016/024
Automatic tabling unit A004/A101
determined by the number of divisions of the electric
conductivity range. The
recording of the values of the salt and base concentrations is
effected by the
prohibition buses passing consecutively across the ferrite
netting. The author
points out the possibility of using the automatic tabling
units In various tech-
nical fields owing to the universality of the discrete unit
used in it,
F. G. M.
[Abstracter's notes Complete translationi
Card 2/2

L
__ ", 0~
ACCESSION NR: AT5011627 "F!,XfOC IDDO/DW/0542/0548
ALTMOR: Afaras'yev, V. A.; Pikalevski,,,, L. V.
TITLE: Decodei circuits based on f erri
Vseso.-,-,,,znoye sove shcha_'. a -qm tk i telp-
r, 6 111 1 Me rt t' 10 1 V C
e' ementyavtmat ik i tp ~-el '-'C'V
TOPIC TAQ9: decoder circuit, ferritc r-rans4stor matrix decoder
ABSTRAUT'! Matrix decoders folloutin2~ pnt-nr- q~!-ive switching
given by
/V -2 A A - -A
A - -A A
At ~-`~AeIAAJA

T
51370..65
ACCESSION NR: AT5011627
are CQ-,,Sf~C!!~;Vv frOT ZeTO on OTIC'rg of th2
(u~here e03 el, ...J, en-2, 8n-I
dE-coded binar- o d e an d -C,,
~~(-C-""e z
ptitf-r and cuil' ru I
19S4) . I
w,,,~ twc, inp-rs
decoders described b y (1) ana coverl:,i; L L
-somewhat and -obtains
IA(e,
. IV ... V e1 V e,)-.
e,
A e,

L51370-65

ACCESSION NR: AT5011627

one can then associate to eRch fk
an
element which
should trigger on
ly in the
presence of a ptilse not
e-itering
into the lnracl-et
"~i, absence
of all the
W.thii. th,

And
(n-1)
closed inputs). It Ls easv
to materfalfzp -
:c, clements using
ferrite
toroids, The article Prescrits 0~
~ 'r. d -- s
r a c ; C~ 7 0 f
a t i c h
a
dec,der c-arrviiii,, out the awl.
q
--odi-
eontain~,-ig

4i, -(!,rs s
re a'
ssed. ,) r ic., art. har-

A"SX-LATION: none
SM11TrED- 29Sep64 ENCL- 00 SUB CODE: DP
NO REF SOVi 004 OTHER- 002
Card 3/3-7"Iff,

AFANASIYEV. V.A.; KAZAIS, E.B.; PLOTNIKOV, A.D.
Special-purpose aritImetical device. Avtom. i prib.
no.2:17-19 Ap-Js
165. (MIRA 18M

AFANAPYBI, V.A.; ITENBPRG, I.I.; KAZAIS, E.B.;
SWLKOV, V.A.
Network for progran interruption. Avtom. i prib. no.l:
40-43 ja-Mr 165. (MIRA 18.-8)

AFANASIYEVS V,D., kand. tekhn. nauk
Selecting the foming angle in the production of epirally
welded
Pire. Stall 25 no.J2j1Ill-lU3 D 165# (MIRA 18.-12)
ie Vmesoyuznyy nauchno-issledovatellskiy I
proyakt,no-konBtrukirrokiy
imlrltut motallurgicheskogo, mashinostroyen.413s.

AFANA8'Y3 VD,, kftnd. takhn. nauk.
-I_ ;hza
WOZZA;
Investigating a rAw system of electric drive for
drum-type flying
shears. [Trudy] TSHUTHASH 73:77-126 155. (MIRA 110)
(Shears (Machine tools)-Blectric driving)

APANASOYEV, V.D., kandidat tekhnicheakikh nauk.
Investigaffng individual roll drives fased on cold
rolling milles
[Trudy] TSNIITKASH no.80:58-83 1569 MR& 10:1)
(Rolls (Iron mills)~-Nlectric driving)

GURIVICH, Asr1yell Tefimovich; ROKOTYAN. Tavgeniy
Sergeysvich:_AZLVASA=SY-
V D rdalctor; IPOBZDIB, I.S., redaktor; GORDONP L*Xep
redaktor
P-i~zoluetel stva; HIRWV, A.P., tekhuichaskiy redaktor.
(Methods for investigatingiriolling mills] Matedy
iseledovaniia
prokatnykh stanov. Moskva, Gos.nauchno-takhnAzd-To lit-ry
po
chernoi i tsvetnoi metallurgii, 1937. 494 p. (HLRA lo-.6)
(Rolling mills)

APANASIYNV, V.D kaudidat takhnicheskikh uauk.
'Autoeafization of now rolling mills. Yeet.mRsh. 37
no,6:3-8
je 157. (XLRA 10:7)
(Rolling mills) (Automatic control)

A'UTHORBi Afanaelyev, V. D., Candidate of Technical
105-58-3-3/31
1'c1`5-n_c-es-,-rv__o'9otenko, V. A. ,Engineer
TITLE: Speed Control of a Direct Current Motor When,Fed by a
Magnetic
Amplifier (Regulirovaniye skorosti dvigatelya ostoyannogo
toka pri pitanii yego ot magnitnogo usilitelya~
PERIODICAW Elektrichestvo, 1958, Nr 3, PP- 14-19 (USSR)
ABSTRACTO An-approximated, yet rather simple computation
method is given
here. It admits the determination of the mechanical character-
istios of the amplifier motor system according to the work
charaotiristic of the ampl�fier from the catalogue. For the
computation of the statio characteristics of direct current
motors of low output which are fed from the power supply (in-
dustrial frequency) over a magnetic amplifier the inductive
resistance of the armature can be neglected and substituted
by An equivalent effective resistance Re- (equation (1)).
Thus the task consists in finding artificial amplifier
characteristics in various load resistances which differ from
the nominal ones. For this purpose the conception of the uni-
Card 113 versal characteristic (Ref. 1) is used. The amplifier

Speed Control of a Direct Current Motor When Fed by a Magnetic
105-58-3-3/31
Amplifier * ..A -
ohara6teriatio consists of relative units, i..e. as function
of tho steering-control current, taking into account the posi-
tive feed-back of the amplifier. The experiment~al- and com-
puted characteristics of the magnetic anplifier."M-1 given
here show that they differ by 10%. Therefore it C*an .be adsum-
'ed that the computation method given here guarantees sufficient
accuracy for practice. The computations for other amplifiers
have analogous results'. The description of the checking of the
p9asibility of a substitution of the motor load by an equival-
erit-offeotive resistance by experimental way follows. It is
shown that the introduction of only corresponding positive
current feed-baok is not sufficient in order to obtain fixed
mechanical characteristics of the motors. Besides.this also
the negative voltagd feed-back has to be carried out. The ex-
periments showed that in sohemes.with magnetic amplifiers with
internal feed-back it is necessary to use additionally a small
winding for the exteriL&1-q7o0itive current feed-back; i.e. in
such a way that the current feed-back factor is increased by
3-5~ and the carrying out of the negative voltage fedd-back is
thus faoilitated. Comprisingly is said that the selection of
Card 2/3 the.amplifier type is very important for securing the
demanded

Lit
ir
5 k R
fill
0 a
its b.,
14
as
IR
Effh'fti
r vj
pul
OPP
cl
Eli.
ILE
rig
I R
P-P F

MJZHANOVSKITp MIgerd Yladielavovich; Prinimal
ucbastiya P151f=9 M.Ts.
BRUI-HININ, N.N.. kand.tokhn.nauk, reteenzent;
AFANASIUT, V.D.,
ksnd&tekhn,uaukj red.; XISELEVA, T,I,, red.
V.V., takhn.red.
[Electric drives on reversing rolling mills]
Blektroprivod
reversivnykh stanov gorischei prokatki. Moskva,
Gos.nauchno-
tekhn.izd-vo lit-ry po chornoi i tovetnoi
matellurgii, 1961.
444 p. WRA 14:1)
(Rolling mills--Electric driving)

_A?ANAS IIEV t - VaxUly- -D I
- tekhn.red. gpjjqyjqbj__QUREVIGH, A.Ye., red.;
YEI-00., V.V.)
[Electric drives of automatically controlled flying
shears]
Elektroprivod avtomaticheskikh letucIdU nozhnits.
Moskva,,
Gosenergoizdat, 1962. 143 P. (Biblioteka po
avtomatike
(MIRA $)
no.59) 15:10
(Shears (Machine tools)-'-Flectric driving)
AW'

PUMM I BOOK F"LOITATION SOV/5985
Rokotyqn, Ye. S., Doctor of ToohnIcal Scioncos, ed.
Prokatnoye proizvodetvo; opravochnik (Rolling Industry;
Handbook) V. 1. MoDcow,
Motallurgisdat, 1962. 743 p. Errata slip Innartod. 9250
copiou printed.
Authora of thia voltirtint B. S. krkrenko, Cnii0drito of
Technical Sciknne"s; V. D.
Afanaalyav, Candidate or Tochnictil S--icticca; 11. Ytt.
Bravvin, Fnglnoor; H. P.
Vavllov, Enginoor; A. 13. Vornlic, DvJnonr; K. A. Golublkov,
t'nFlnuorl S. 1.
GuInkin, Academician, Academy or !3cJt:nc-ni 11-SR; A. Yo.
GurovIchIEnginoorl V. 1.
Davydov, Candidate of Tochnical V. G. Drozd, Enginoor; N. F.
Yormolayov, Enginoor; Ye. A. Mitovich-6topha, Enginearl N.
It. Kirilin, Candidate
of Tochnical Sciences; 14. V. Kovynov, En:~inoor; A. 11.
Kogaa, Bng~noor; A. A.
Korolov, Professor; M. Ye. KuCaycnko, Euginoor; A, V.
Lackin, Rnrinoor; B. A.
Lovitanskly, Engineer; V. H. Lujovokoy, Diginoor; I. M.
I'Vorovich, Candidate of
Technical Scioncoo, M. S. OvOrarov, V. 1. Pastornak,
Fnglnoor; I.'L.
Parlin, Dootor of Tochnical 3cinnoon; 1. S. Pobodin,
Candidate or Technical
Saienooo; Ye. S. Rokotyan, Doctor of Technical Sciancon; H.
H. SnOyan, Candi-
date of Technical Sciences; V. V. Smirtl*ov, Candidate or
Technical Scioneen;
V. S. Smirnov, Corresponding Flamber, Acadomy of Soiencoe
USSR-, 0. P. Sokolovskiy,
Card I/D

_V
Rolling Industryl Handbook
SOV/5985
Enginoori 0. P. Soloylyov, Engincurl M. A. Sidorkovich,
En[;Ineor; Ye. M.
Tratlyakov, Engineer; 1. S. Trivhovakiyp Candidate or
Technical Sciences) G. N.
Khankin, Engineer; and A. 1. Tnalil;ov, Corresponding
M-mbar, Acndam'y of Sciences
WSR. lntroduotion2 A. 1. Tr-rolikov, Correapondinr
Monbor, Aendon.7 of S'Mionces
USSR; Yo. S. 'i okotyan, Doctor of Technical Scioncon;
and L. S. Al'ohovakly, Can-
didato of Technical Sciences,
Edo. of Publishing Housot V. M. Gorobinchonko, R. M.
Golubehik, and V. A.*Rymov;
Tech. Ed.t L. V. DobuzhinDkaya.
PWOSM This handbook in Intended for technical personnel
of metallurgical and
machine-building plants, soioatific roicarch
Institutes, and planning'and do-
sign organizations. It may, also be useful to students
at schools of higher
education.
CMMGEi. The fundamentals of plastic doforrntion of
metals am diacussod aAnj
with the theory of rolling and drawing. Mathods of
determining the power con-'
aumption and the fovrca~-Irfrollifi~ with plane surface
or grooved rollo,ve
Card

Rolling Industry; Handbook SOV/5985
6. Calculation of the drawing force and required power 644
7. Auxiliary equipment of drawing machines 646
PART IV. ELECTRIC DRIVE AND AUTOMATION OF ROLLING MILLS
Ch. 27. Electric Drive of Rolling Mills (B. A. Levitanskiy)
1. Selection of the motor and of the drive type 661
2. Power consumption and efficiency of the main drive 663
3. Characteristics of electric machinery of the main drive
and of
auxiliary mechanisims 664
Ch. 28. Electric Drive of Reversible Bloom:Lng and Slabbing
Mills
(B. A. Levitanakiy)
1. Rolling condition and principal requirements of the
electric
drive 682
2. Calculation of power and selection of reversible drive
683
3. Control of the motor at the reversible rolling mill 691
Ch. 29. Electric Drive of Shape, Plate, Sheet, and
Tube-Rolling Mills
Afanaslyev)
Card W19

Rolling Industry; Handbook SSOV/5985
1.
Electric drive
of continuous billet mills
699
2.
Electric
drive
of shape mills
700
3.
Electric drive
of plate and sheet
hot-rolling mills
704
4.
Electric drive
of plate and sheet
cold-rolling mills
708
5.
Electric drive
of tube-rolling mills
713
Ch. 30.
rlectric Drive of Auxiliary Mechanisms (V. D.
Afanaslyev)

LAbridged'i

1.
Electric drive
of flying shears
715
2.
Electric drive
of the screw-drawn mechanism on reversing
mills
718
3.
Electric drive
of coilers of cold-rolling mills
719
4.
Electric drive
of transfer tables
721
Ch. 31. Automation of
the Rolling Process (A. Ye. Gurevich)

[Abridged]

1.
Definitions
and general requirements

722
2.
Organization of the rolling
process

725
C ard 18/19

. ~z' I
AFANAS'YEV,_Jj,,Jjj; Dig1jovich- BORISOV, Yurly
Matveyevich; GUREVICH,
Azrlyel- YerlMovlCh; IZVITANSKrY., Boris Aronovich;
MAKEYEV,
Ivan Fedorovich; STEFANOVICH, Nikolay Nikolayevich;
KHALIZEV,
Georgiy Petrovich, kand. tekhn. nauk; 'SINITSYN, O.A.,
kand.
tekhn. nauk, retsenzent; NEMIROVSKIY, M.I.,
prepodavatell,
retsenzent; YAKOVENKO, N.N., red. izd-va; ISLENTIYEVA,
P.G.,
tekhn. red.
(Electrical equip~pnt of ferrous metallurgy
enterprises] Elektro-
oborudovanie predpriiatii chernoi metallurgii. [Byj
V.D.Afanaslyev
i dr. Moskva, Metallurgizdat, 1963. 606 p. (MIRA 16:9)
1. Dnepropetrovskiy metallurgicheakiy tekhnikum (for
Nemirovskiy).
(Iron and steel plants--Electric equipment)

VALITER, ~.K.; 'ALYLBOVSY%iY, I.I. [Zaliuoovslkyi,
2.T.);
JTlUCfMRFlVP -I.A. [lailacharloi, V.O.J,
AF.UNASIYEV, V.D.
Plousurement of omagnotic ratlot: ~lf' in Ejie
,yr
excited state. Ukr. fi-,,. :'mr. 8
(MIRA 17: 8)

S/056/0/044/004/002/044'
B1021BIS6
AUTHORSt Xlyucharevj V. A.o Vallter, A. Koo Zalyubovskiyt 1. Lp
Afanse 1yev V. Do'
182
-------Xessurement--of-- the Syromagnetic ratio of the W nuel
eus in
the first excited state
PERIODIULl'-`Zhurnal eksperimentallnoy i teoretioheskoy fizikis V* 44t
no- 4o 196~$ 1136 - 1140
TBXTs The authors developed an apparatus suitable for measuring the
gyro-'
magnetic ratio of excited nuclei according to the method of Coulomb
exoita
11 as to the method of n-correlation. Its main parts are a two
tion 46 we
Channel goniometer, an,olectronic recorder, and an electromagnet
generating
fields. of UP to*35000:gause. The )r-detector consists of a N&I(TI)
crystal;
-FF
with an d?--)Y-42 ( U-42) photomultiplier; its pulses are fed to a
fast-slow'
coincidence circuit. The gyromagnetic ratio of the first excited
state 1
(100 -kev) of the even-even W162 nucleus was measured by the
4,g-correlation;
methods Neutron-irradiated natural metallic tantalum was used as a
gamma
sources The gyromagnetic ratio was determined from the perturbation of
...the rr-correlation of the 229 100 kev,caacade caused by the
magnetic