SCIENTIFIC ABSTRACT AFANASYEV, L.L. - AFANASYEV, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100410013-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BRONSETM, L.A., dotsent; AFAR SIYU. L.L., dotsent. BASH,
H.S., dotsent;
VUSKO, Yu.M., UAKARMO, G.V, p
dotsent; LZYDERKAN, S.R...dotsent; LIVIYANT. la.A.,
ispoln.obyazan-
nosti doteenta; LYUBINSKIY, N.M., inzh.; NAYDOOV, B.F.,
inzh.;
FINKSLIMUZIN, A.L., inzh.; KHROMOV, A.A., inzh.;
CHUDINOV, A.A*,
inzh.; GCBXRW, I.M., red.; GALAKTIONOVA, Ye.N.,
tekhn.red.;
DONSKAYA, G.D., tekhn.red,
(Centralized automotive freight haulage]
Tsentralizovannye pare-
V02ki gruzov avtomobilinym transportom. Pod obshchei
rBd. I.M.
Gobermana. Moskva, Nauchno-takha.i2d-vo H-va
avtomobillnogo transpor-
ta i ahoseeinykh dorog RSrSR, 1960. 2o6 p. (MIRA 13:9)
1. Moscow. Avtomobillno-dorozhnyy institut.
(Transportation, Automotive)

ANOXHIN, Vaeiliy Ivenovichg kand.tekhn.naO.;__gANA�1YSL
LL., kond.tekhn.
nauk, red.; NA IMSON, V.A., red.isd-ve-0 SOKOWYA,
T.F., tekhn.red.
[Russian motor vehiole8l Otechestvennye avtomobili.
Moskva, Goo.
nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1960. 758 P.
(MIRA 13t9)
(Motor vehicles)

IMP L., kand.takhn.nauk
-A~ -1-- -.1--- ~
The 46th International Automobile 3xhibition in
Paris. Avt.
transp. 38 no.105-58 JR 6o. (MIRA 13:5)
(Automobilee-Exhibitions)

APANS I Tiff I L La.
On roads of peace and friendship.
Ayt.transp. 38
no.8:47-49 Ag l6o. (MIRA 13:8)
1. Predeedatell avtomobillnogo komitets,
Federateii
avtomobilloogo i mototeikletnogo sporta SSSR,
(Antomobile racing)

.. AFANAS I YEV. L.
Taxicab transportation in Paris. Avt.transp. 39 no*4r58-W
Ap
161. (NIU 140)
(Faris-Taxicabe)

AFANASIYEV, P.
Now optibal stand for the inspection of wheel:
alignment. A'7t.
tranaps 19 noo5t59-61 My 161, (MIRA 1415)
(Motor Vabioles-Wheels)

CAFANASIYEVI L.,
The 47th International.Automobile'Exhibition in Pario
Avt.transp. 39
no.lt58-60 Ja 161. " 1413)
(Paris-Exhibitons)
(Automobiles)

AFANASIYEV Leoni ; KOLYASINSKIY, Boleslav
Staniglavovich;
MOLUVP Aleksey Aleseyevich; KRUZE, I.L.., nauchnyy
red.;
MANAKIN, N.V.,-red.; BODANOVA, A.P., tekhn. red.
(Garages and service stations; album of
drawiugs]Garazhi I
stantaii oboluzhivaniia avtomobilei;
allbom,,ch'artezhei. Mo-
skva, Avtotransizdat, 1902. 104 p. . (MIRA 16.1)
(Garages) (Service stations)

AFANASIYEV, L.; SABININ, A.
Green light to automobile racing. Za rul. 20 no.4:4-5 Ap
fUs'
(MM 15:5)
1. Predsedatell avtowbillnogo komiteta Federatsii
avtomotooporta
SSSR (for Afanaslyev)o 2* Zamestitell predsedatelya
avtomobillnogo
komiteta Federataii avtomotosporta SSSR (for Sabinin),
(Automobile racing)

AFANASIYEV, L.
r- Congress of the Intermational Automobile
Association@ Za rule
21 no.101 Ja 163. (MMA 3.6s1)
1. Chlen rukovodyashchego Komiteta Mezhdunarodnoy
avtomobillnoy
federatsii MO.
(Automobiles-Zoeietiesp etc.-Congresses)

AFANASIYEV, L., prof.
Forty-ninth International Exhibition in Paris.
Art. transp.
41 no-3:61-62 Mr 163. (MIRA 16:4)
(Paris-Exhibitions) (Motor vehicles)
1~\

ARKHANGELISKIY, VA; AE&AWD-Y....L.L., doktor
takhn. nauk;
DEUTERINSKIY, L.V.; 1URIM, V.A.; SERGEYEV, N.M.;
TSUKEREERG, S.M.; ANOKBIN, V.I., kand.
tekhn.nauk,
retsenzent; TSErENKO, V.G., inzh,, retsenzent;
YEGORKINA, L.I.0 red.izd-va; FAKHIMSON, V.A.p
red. izd-va;
SOKOLOVAt T.F., tekhn. red.
[Motor vehicles; design, operation and repair]
Avtomobili;
ustroistvo, ekspluatatsiia i remont. Moskvat
Izd-vo
"Mashinostroenie," 1964s 510 P. (MIRA 170)

AFANASlYFV,.L,L,%,-PrOf.
MoNcow Highway Institute contributes to highvay
construction.
Avt.dor. 26 no.12:14-15 D 163. (MIRA 17:4)
1. Rektor MoskovEkogo aytomobillno-dorozhnogo
instituta.

AFANASIYEV, Leonid. Leonidovich, dbkl%.O--
tek-hn. riauk, pnnf.;
P
BRONSHTEYN, L.A., red.
[Automotive transportation] Avtomobilinye
perevozki.
Moskva, Transport, 1965. 350 P. (MIRA M6)
1. Moskovskiy avtomobillne-dorozhnyy
institut (for
AfannOyov).

ARKHAIGELISKIYI V.M.,-, AFANASIYEV,__~.Lp doktor
tekhn. nauk.;
ILARIONOV, V.A.; SEKGEYEV, TSUMBERG~, SX.,
DEKHTERINSKIYI, L.V.; ANOKHIN, V.I.,, kand.
tekhn. nauk,
retsenzent; TSETENKO, V.G., retspnzent
(Motor vehicles; their design, operation and
repair] Avto-
mobili; ustroistvo, ekspluatatsiia i remont.
Moskva, Ma-
shinostroenie, 1965. 510 P. (MIRA 18:8)

!antlyevichj AFANASIYEV, L.M., kand.gool.-mineral.-
RALYUZHNYY, Vaailiy Avi ' r.A ~ - ' 4 -%* A I
nauk, otv,red,; -GRISHINA, T.1 J.'" -.t ;4 "IUSIKOVA,to
tekbn.red.
[Petrography of granitoids-and the metallogeny of thO
eastern part
of the Katunt Alps in the Gornyy Altai) Petrografiia
granitoidov'i
voprosy metallogenii vostochnoi. chasti Katunskikh Allp
Gornogd
Altaia, Moskva Iwe-vo Akad.-nauk SSM, 1963. 131 p.
(AkademUa
nauk SSM. -Ins4tut geologi-i rudnykh mestorozWenli,
petrografii,
mineralogii i geo)chimii. Trudy, no.85). (MM 16:5)
(Altai Mountains--Granite)
(Altai Mountains--Ore deporkts)

L 11;
USSR/Electricity Literature
Dec 52
"New Books on Electricity, Electrical Engineern-, and Electric
lower Znif,-.ineerin,7,
lublished in 195211
"Elektrichestvoll No 12, p 89
Lists 17 titles rublished in 1952, including the following:
"Electronic Semiconductors
and Their Arplications" (Elektronnyye I-luprovodniki i ikh
primcneniye"), 51' I-r-, by
G. M. Abdullayev; and "Synchronizati-,n r-f Induction Mctors by
the DAG System"
("Sinkhroyiizatsiya asinkhronrykh dvignteley To skheme DAG"), F4
rp, a short rnrual by
I. B. Uvarov and L. N. Afanaslvev.
-----------
PA 242T34

BAULIN., I.S... inzh.;
DIYAKONOV..'V.N.,,'kAndptekhn.nauk.; USKOVAI O.N.., kand.
tekhn.nauke; SM, Ye.A... inih ;'KOIMMOVO A.D.,, inzh.;
AFAIIASIYEV,
L.U,j inzh.; EVIJKAr%OV., A.V.J. inzh.
Inveotigating the mechanism of rail contact-fatigue
damages
(defects 82 and 64). V9bt*&TSNII-MPS 21 no.4:27-30 162.
WIRA 15:6)
0ailroads-Ralle-Defects)

081-1 -
-A S'
to &
00 it
*0 A
Meclim-kA St-gth of Gtass. (In Rumlan.) L V.
Afans'ev and Yu. E. Fein. Sfekol'maya i Krrumi-
CA"kaw Prornyahleximst (Glass and Ceramic In.
dustry), Y. 4, Nov. 1047, p. 16-20.
Thi!s11trennh9,th of 918116 Is compared with that (if
me 5. various factors involved are thor-
ou
ehly discussed.
A I a . I LA.1T4LLVR(,1C.L Wf*& Ot
Mei IJon? S)t,*IJV-
-r--- 16A
V m 5 a 3 a V law
Ke
1~ Is -,,-a Aip Pq a I? it OP it It is It 41 011 R CE If
too
see
are 0
Net
No*
vet
use
0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0 0 0 0
000 0 1O' Of 0 a 0 0 * 0 0 0 0 0 0 a *
19* 0 * * * 9-9-41-0

L Y Fein
04f
of tooling OX rapidly from Abs.. I%&
cjccIktb-
wi~at:sp
4b Wfummin point an Wmpmed a 0,
"la trests"t Of Md*IL R. R CiAxmx.

APANAS IYEV, L."V.
At the seminar of track supervisors. Put' i
put. khoz. 6
no.8;7-8 162. (MIRA 15:10)
1. Starshiy J,nzh. aluzhby puti Llvovskoy
dorogi,
(Railroads-Maintenance and repair)

A,UKSAIIDROV, V., general-mayor
inzhenerno-tekhnicheskoy sluzhby;
AEA_VAS'Y-9Y,1L, mayor tekhnicheskoy sluzbby zapasa,
Storage and analysis of facts. Av. i kosm. 45
no.11:84
162-6 (MIRA 15:11)
(Information storage and retrieval systems)

XHOHMO,A.; AFAIASITIV,M. (g.Chkalov)
When will the Ministry of Trade and the "Central
Union of Con-
sumers' Cooperatives" answer the questions of
radio amateura7
Radio no.6:17 Je '55. (MLR& 8:8)
1. Rukovoditall kruzhka radiolyubitelley
Stepanovskoy semi-
letney shkoly, Bobrinetskiy rayon, Kirovogradskoy
oblasti
(for Khomenko)
(Radio--Apparatus and supplies)

AFAMS IYJJV, X.
I .
Fora wide-ranging exchange Iof experience (letter to
the editor).
Silt.bAd. 7 no.12:22 1) 57, 04IRk 13:5)
1, Direktor-inatituta "Bilsillproyekt."
(Parm buildings)

AFANAS"YEV, M., student IV kursa
Investigating the accuracy of measuring the
mirvature radii of
spherical surfaces by the ring spheromoter (with
balls).
Trudy MIIGAIK no.42:71-81 160. (MIRA 14:9)
1. Optiko-mekhanichaakiy fakultet Moskovskogo
instituta in-
zhenerov goodezii, aerofotoslyemki i kartografii.
(Spherometer)

'LPANASIYFVJ MI
Voluntary inspector. Sov. shakht. 12 no.614l Je 163,
(MIn 160)
1. Otvatstvannyy sekretarl mnogotirazhnoy gazety
"Shakhter",
g.Kara anda.
Mraganda-Coal mines and mining--Safety regulations)

AVANMOYNT, N.A., dotsent (Leningrad).
~- - ' ~-- -'~' ~- ~; -~ ~ ~ v- -, ~ '.; t -; " -
Lessons on the subjects: chemical reactiona,itoms, and
chemical elements.
Khim.v shkole no.4:38-43 Jl-Ag '53. MBA 6;8)
(Ghemistry--Study andteaching)

AnNASITSV, N.A. (Lgningrad)
- ,
. , r
Demonstrations with gases (without draft). Xhim.v
shkole 10 no.3:
58-61 My-je 156. (KM 9:8)
(Chemiatry--Experiments)

PANOVKO. Yakov Gilelevich, doktor takhoichookikh nauk,
professor; BIZUKHOV,
N-Lp aoktor tekhnicheskikh naukg professor, rat enznetl.
MAROYMY, Now
, MJL- kandidat takhnichookikh nauk, aotsent, red:ktor;
r0~23SIS.L.-O
-I-nzhener, reclaktor izdatelletva; TIMNOV, A.Ya.,
tekhnioaskiy
reaaktoit; SOKOLOVA, T.F., tekhnichackiy redaktor
(Youndations of the applied theory of elpstic vibratio'nal
Oanovy
prikladnoi toorii uprugikh kolebanii. Hookva. Goo.
nauchno-tekhn,
izd-vo mashinostroit, lit-ry, 1957. 335 P. (MIRA 10:11)
(Vibration)

AKSELIROD, Isay Solomonovich; AFANAQIYEV Mikhail
Aleksandrovich;
-i fl- -'Ifi&k 'BoH 'vibh Aafid
VEY14BLAT, Boris Markovich; G MM, I so
tekhn. nauk; DUBROVSKIY, Aleksandr Ivanovich;
KAMENTSEVy
Vladimir Petrovich; KAMINSKIY, Boris
Aleksandrovich, kand.
tekhn. nauk; KOLOKOLOV, Nikolay Mikhaylovich;
EPSHTEYN,
Anatoliy Mordukhovich, prof.; KIRILLOV, V.S.,
kand. tekhn.
nauk, red.; GOLUBKOVA, Ye.S.,, red.
[Road 8 1 or's manual; the construction of
bridges and
culverts Spravochnik inzhenera-dorozhnika;
stroitollstvo
mostov i trub. Moskva, Transport, 1965. 735 P.
(MIRA 18:7)

VIDUYEVp Nikoley Grigorlyev-ichp prof.9 doktor
tekhn.nauk; RAMOV,,
DaniiI Ivanovich; PM7Ap Vladimir Viktorovich; MOISRIVp
Vladimir Yulianovich; AStVFV- Mj I IIeksandrgjich;--
LEVCHUK, G.P,, detsent, kand*tekhn.nauk, retsenzent;
KUZINq N.A.,
inzho-geodezistj apetared.; KMOMCHENEO, F.I.,
red.izd-va;
ROMANOVA9 Y.Y.9 tokbnred.
[Surveying In bridge construction] Geodezichaskie
rabot7
v mostostroenii. Pod red. N.G.Vidueva. Moskva, Izd-vo
geodes.
lit-ry, 1961. 337 p. (KERA 34:7)
(Surveying) (Bridge construction)

AFANAS'YEV, M.B., inzh.; IVANOV, V.N.$ kand.tekhn.nauk
Curvatures in the design of continuous transit curves.
Avt.dor. 28 no.10:17-18 0 165.
(MIRA 18:11)

AFANA~!~ ~,;-RUBLHVA, K.I.; BANNIKOV, N.I., red.;
GORIKOVA, Z.D.,
--- *"" tekhn.red.
(Production norms and wages on stte farms) Normy
vyrabotki i
oplata truda v sovkhozakh, Moskva, Gos.izd-vo
sellkh02.lit-ry,
1959. 204 p. (MIRA 12:10)
(State farma-Production standarts) (Wages)

-'-Andreyev, 01cir Vladimirovich; l3abkov, Valeriy
Fedorovich; Gerburt-Geybovich,
Andrvy Vladimirovich; Krutctskiy, Ycvgeniy
Vladimirovich; Zamakhay~v,
Mitrofan Semcnovich; Bim -Bad, Maks
Isaakovich; Ornatskiy, Nikolay Petrovich;
Porozhnyakov, Vladimir Sergcyevich;
Pryakh1a, Alckscy Ivanovicb; Sebellnikov, Petr
Ivanovich
Highway designing (Examples) (Proycktirovanlye
aytomobillnykh dorog (primary),
Moscow, lzd-vo "Transport". 66, 0395 p. illus.,
biblio. , tables. 6, 000 copies
printed, 3d ed. , rev.
TOPIC TAGS: highway network. highway engineering,
highway structure, hydraulic
engineering, hydrological calculation.
PURPOSE AND COVERAGE: The book gives technico-
economic fundamentals for
road network designing, and present's examples of
transverse and longitudinal
cross sections as well as methods of determining
openings in small artificial
structures. Calculations of earth beel -tability and
thickness of road pavements
are given; planning and design of hi,.,-. in
complicated conditions is described.
Hydrological and hydraulic calculatiMs Inv-)lved in
the planning of crossings of
UDC: 625.721. 2(075. 6)

large water expanses are examined. The book is
Intended primarily as a text-
book for highway engineering students at
institutions of higher learning and may
likewise be useful for engineers and technicians.
The autbora express their
gratitude to the reviewers: professors, doctors of
technical sciences Ya. A.
Kaluzlisidy and 1. A. Romanenko, to docents,
candidates of technical sciences
V. A. Dogayeva, L. A. Barats, N, 1. Baskevich, V. M.
Hislyakov, and 1. A.
Nosich; to the chief engineer of the GPI
Soyutdorproyekt V. B. Zavadskiy, and
to engineers A. A. Semenovskiy, M. I- Sokolov, and
A. S. Fedner; also to
ituiEructors of MADI, doctor of technical sciences
1. A. Bronshteyn. and
candidate of technical sciences Ye. N. Garmanov.
TAB LZ OF CONTENT [abridged]:
Foreword -- 3
Ch., 1. Designing of highway networks and technical
and economic comparison of
alternative designs -- 5
Ch.. 2. Designing a highway -- 28
Ch., 3. Calculation of earth bed stability and
thickness of road covers 206
-C.,d2/3

Ch. 4. Nighway designing in difficult terrain
235
Ch. 5. 11irliway designing in urban conditions
328
Ch. G. Manning of highway reconstructions --
354
Ch. 7. Hydrological and hydraulic calculations
of crossings over large water
expanses -- 380
Literature -- 399
PB CODE: 13/ SUBM DATE: 08Jul66/ ORIG REF: 003/
3/3

26588 S/185/60/005/003/003/020
45 0 t274/D303
AUTHORS: Afanaslyey, M.G., Gordiyenko, A.G., Kolisnychenko,
I
~L.R_._,V3.'VFa_ms, A.P. and Sydorendko, -L.I.
TITLE: Measurement and stabilization of the magnetic field
L
of a powerful electromagnet by the method of nucl-
ear magnetic resonance
PERIODICAL: Ukrayins1kyy fizychnyy zhurnal, v. 5, no. 3, 1960,
319-325
TEXT: A device is described for measuring and stabilizing the
magnetic field of a d.c. electromagnet. The device has the
advan-
tage (compared to earlier devices of this kind) of
incorporating a
single pickup for measuring a wide range of values of the
magnetic
field, and of stabilizing strong magnetic fields (up to 12.5 k
oer-
sted). Magnetic fields of 2.5 to 12.5 k oerst. were
investigated.
A basic diagram of the pickup is shown. Lithium kin a solution
of LiCl is used as the source of nuclear signals. The LiCl
solution
Card 1/4

26588 S/185/60/005/003/003/020
Measurement and stabilization... D274/D303
has an admixture of paramagnetic FeC13 or of MnS04; this is
neces-
sary for reducing the relaxation time. A block diagram of the
meas-
uring device is given. It contains an oscillator, rectifier, low-
frequency amplifier, voltmeter and RC-filter. It was
experimental-
ly shoxm that the design of the pickup and of the oscillator
ensure
a high stability of frequency; for 8 - 10 hours of operation,
the '
frequency oscillations did not exceed 1.5-10-5 for a �576 change
in,
voltage. The amplification factor was chosen so that the output
signal should be sufficient for controlling the stabilizing
circuit
(over 5 v). The observation of the nuclear signal and the
measure-
ment of the magnetic field were carried out by the ordinary
method
of G.K. Yagola et al. (Ref. 5: lzmeritellnaya tekhnika, no. 6,
1955).
The accuracy of magnetic.-field measurements is determined by the
accuracy of frequency measurements (equal to 6-10-5) and by the
accuracy of determining the position of the signal on the
oscillo-
graph screen. The results of measuring the amplitude of the
proton
and lithium signals as a function of magnetic field strength are
plotted for a 10 W electromagnet. Another plot shows the results
C ard 2/4

26588 S/185/60/005/003/003/020
Measurement and stabilization... b274/D303
of signal-to-noise ratio measurements as a function of field
strength. For lithium, the highest ratio was 10. The stabilizer
contains an electromagnet with a principal and an auxiliary
winding.
The relative error &r consists of a dynamic m-d a static error.
The static error was reduced to a minimum of 10 - 23%. In order
to
ensure stability of the system, the ratio of the time constant of
the principal winding to time constant of the stabilization
circuit
was taken as equal to 2 - 3. Experimental curves are given with
the
relative error of the stabilization system. The total relative
error does not exceed 3-10-5 over the entire range of stabilized
field strength (2.5 - 12.5 k oerst). In conclusion, the device
was
put into operation for a long time; it was found reliable and
handy,
and, therefore, used for experiments with magnetic analyzers.
There
are 7 figures and 12 references: 8 Soviet-bloc and 4
non-Soviet-bloc.
The references to English-language publications read as follows:
11'.A. Thomas, Phys. Rev., 79, 339, 1950; N. Blombergen, E.M.
Purcell
K.N. Pound, Phys. Rev. 73, 679, 1949.
Card 3/4

26588 S/185/60/005/003/003/020
Measurement and stabilization... D274/D303 ./
ASSOCIATION: Fizyko-tekhnichnyy instytut A14 USSR (Physico-tech-
nical Institute AS UkrSSR)
SUBMITTED: August 14, 1959
Card 4/4

28435
S/185/61/006/002/007/020
;L 3 0 0 (Ao Ifj Ile D210/D304
AUTHORS: Afanaelyev
&ffs, Villyamst A.P.9 Horbiyenko, A.H.,
_Oid-Sy-borenko, L.I.
TITLE: A remote proton magnetometer
PERIODICAL: Ukrayinslkyy fizychnyy zhurnalt ve 6, no* 2, 19619
191 - 195
TEXT: Normally for measurements of magnetic fielAs in the range
1.5 to 13 koe and higher it is necessary to use different detec-
tors using protons, nuclei of lithium and denterium. In this
paper
the authors describe a proton magnetometer capable of measuring
magnetic fields from 1.5 to 13 koe using a single proton
detector
operating at frequencies up to 60 Mcls. The difficulty of
measur-
ing with a single proton detector lies in the need to use very
high frequencies. This can be obviated by using lithium and
dente-
rium detectors which require lower frequencies because of their
higher electromagnetic ratios; howeverl the disadvantage of
these
Card 1/3

28435
B/185/61/006/002/007/020
A remote proton magnetometer D210/D304
detectors is that they have a low signal to noise ratios
compared
to the proton detector. The magnetometer was constructed in
three
parts, The detector was connected to the principal part of the
mag-
netometer by a cable 0.7 m long. The control section of the
magne-
tometer was placed in a control chamber 20 m away from the
magneto
In order to transmit through the cable a frequency of 60 Me/a,
necessary for measuring a field strength of 13 koe an additional
coil of inductance Lk was utilized as first suggested by Popov#
As
I. of the Institute of Technical Physics, AS UkrSSR. The
inductan-
ce of this coil is considerably smaller than the total
inductance
of the detector coil and the high frequency cable. The operation
of the magnetometer was carried out in two ranges. In the lower
range (7-5 to 22 Me/s) the impedance of the detecting system was
made up of the detector coil, the capacity and inductance of the
cable, the capacity of the variable condenser and the input
capa-
city of the magnetometero In the higher range (20 to 60 Mc/s)
the
additional coil Lk was included in the detector circuit. The
ran-
Card 2/3

AFAXASIYEV, M.I.
-
The P-88-12 opinning machine. Biul.tekh.-ekon.inform.
no.9:46-47
1586 (MIRA 11:10)
(Spinning machinery)

AFAW IXE;V, M.I., kapitan tekhnicheskoy aluzhby
They made it therwelves. Vest.Vozd.Fl. no.7176 n , 61.
(Parachutes-Testing) (MA 1418)

DOROSUMO, G.G.; GLAGOLEV, V.I.; FILIUSHKIN, I.V.;
AFANASIYEV, M.I.
Palculating the
fast neutrons.
counting efficiency of an organic crystal detector for
Vop. dot. i zashch. ot izluch. no.100-99 162.
(MIRA 16'.3)
(Scintillation counters)

S/032/62/028/002/001/037
B101/B11O
AUTHORS: Vigdergauz, M. S., Gollbert, K. A., Savina, I.
M.,Afanas~wM.,
Zimin, R. A., and Bakhareva, N. I. I
TITLE: Chromatographic analysis of microimpurities consisting of
acetylene and diene compounds in complex hydrocarbon mixtures
PERIODICAL: Zavodskaya laboratoriya, v. 28, no. 2, 1962, 149 -
150
TEXT, A report is given on a method of chromatographic
determination
of acetylene, propane diene, methyl acetylene, divinyl, and
ethyl acetylene
for the purpose of controlling the purification process of
pyrogas or the
propane-propylene fraction. The analysis was conducted with an
experimental
model of the xr7t-2 (KhTP-2) chromatograph which was provided
with a detector V/1
for heat of combustion. Air served as carrier gas. Among the
known
sorbents, none was found which permitted the determination of
the peaks
of the dienes and alkynes to be ascertained. A system consisting
of two
3 m long columns, diameter 4 mm, was, therefore, chosen. The
first column
was filled with Inza brick powder (0.25 - 0.50 mm) soaked with
25%
diisobut.vl phthalate. This column permitted the separation of
hydrogen
Card 1/3

3/1032/62/028/002/001/037
Chromatographic analysis of ... B101/B110
ASSOCIATION: Novokuybyshevskiy filial instituta
sinteticheskikh spirtov
i organicheskikh produktov (Novokuybyshevsk Branch of the
Institute of Synthetic Alcohols and Organic Products)
Card 3/3

~,5h5l.
cz
ATMORS: Doroshenk.o., G4 %a 4*0 Ot,ig6lev, Vs~ L, .Fi1yuahk1n, 1.
T1,
Afananlygy, X.: 1.
TITLEt CalculAtion'of3fif 'iou~ting etficileiioy in fast-neutron,
red=4 in S for a'. 0 A40 f or., a ith an argan ic, crystal-,
SOURM. Moscow.~ lnzh~htii~--Ili"iche'ekiy-16stitul. Toproo
408100ta
V zashobity'at . Isluoh*449 'Is,A9621 go_`99
TEXT, The ing ef f io iinoj' A -18' ~410418 to for a
faft-fliffliroft
detector with a 30 w-thick.etilbihe, Prytial as 'volatillatoij 4
Is tbo
-.neutron ene'rgy and B the. ieo6rdivig, threshold., Le., Ahe
loweet nieutron
energy record4tL* In stilbene',tht'nintronsi-are riaorded via the
recoA
protona or via nuol~edr reactions. with carbon or hydrogen. The
carbou
nuclei play an important- P.art 'aimce'-.thOir density is higher
(C 812b -and
14
In the high-energy range the total
(n,c)*Intor'aetion*oroos-fioation is of
the 'order of, that of' (n,k) sPatterifigo -- jWltiplt
scattering- effects are
negligible for medium-size crystals. :.In first approximation
(single
scattering) c, -is-calcu.lated frow.the 'Collision. pro'Vability'
Card 1/~

-$189-21621000100110141022
Calculation of thd counting B102/DI86
P, (E0);;;: e7'-(N(t- (E.) dg
for -the distance 1-x from the left window. Since WF6,-B) p (N
)da
Tj (Eo)aD- (where a B/Z -the neutran.anez~ay'fraotlon retained
after
the first collision, E bRing tfie energy of.the
peattered.nom'tron) 8n4
ctB= one A t &o
-.7
V~
91 ;9j.
-where
Be SeW.
-(n and nC being the nuclear concentrations of H aina Cj O(F.)
the (app)
se.attering crose-Bectioni. 0,(B).tbe tot&% (n,O).ec'attering
~rove-aectian)
Card 2/3'

VIGDERGAUZ, M.S.; -AFANAS
, -! , _ ~..I a -
Chromatographic analysis of C9 - C hydrocarbons of
pyrolysis
resin. Khim. i tekh. topl. i masel'8 no.12:28-35 D 163.
.1 (MIRA 17:1)
1. Novokuybyshevskiy filial Nauchno-iesledovatellskogo
institute.
sinteticheskikh spirtov i organicheskikh produktov.

VIGDERGAUZ,, M.S.; GOLIBERTj KA.; AFARAVIEVp M.I.;
IAASHUKOVA) Gc.A.
Analysis of straight-run psoline by gas chromatography*
Neftekhimia 2 no.1:3-8 Ja-F 162. (IMA 15-- 5)
1. Nauchno-issledovate.llskiy institut sinteticheskikh
spirtov i
organicheskikh, produktov., Novokuybyshevakiy filial.
(Gasoline) (Gas chromatography)

VIGDERGAUZ, M.S.; GOLIBERT, K.A.1 AFANAS iYEV M.I.;
MASHUKOVA, G.A.;
.--- - -I P
ZIMIN, R.A.
Analysis of liquid products of pyrolysis and cracking
by gas
chromatography. Neftekhimiia 2 no.3:405-409 My-Je '62.
(MIRA 15:8)
1. Nauchno-issledovatellskiy institut sinteticheskikh
spirtov i
organicheskikh produktov, Novokuvbyshevskiy filial.
(Petroleum products) (Gas chromatogi-aphy)

VID'-,RGAUZ, GOLli3- 'U, K.A.
LANTSUVA, L.T.; GC:--.SKUl,Vj, O.L.
Rapid chromato,:-,7a-,Idc-- analy:Jis af hycl.,-,,2arb,~n
NefteldiJmiia 2
no. 6: 82, 5- VO 11-D I 61~
(III-HA 17:10)
i,i,;tiVJt, s,,~irtov i
icheskildi produkl.-ov, filiad.

VIGDERGAUZ, M.S.;,AFANASIYEV, M.I.
AnaWas of isomotric octenes by gLs chromatogrAphy.
fleftechimiia
3 lid.*3: 425-429 14Y-Je 163, NIRA 16: 9)
1. N&uqbuo-ias1edovate1'skiy institut
sintetichegkikh spirtov i
organicheskikh produktov, Novokuybyshevskiy filial.
(Octene). (Gas chromatography)

VIGDERGAUZI H.S.; AFANAS'YEV, M-I-; GOLIBERT, K.A.
[deceased]
Analysis of microinpurities by gas chromatography.
Usp. khim .!
32 no.6:754~771-Je 163. (KMA 16;8)'
1, Nauchno-iseledovatellskiy institut sinteticheskikh
spirtov i
organicheskikh produktov, Novokuybyshevskiy filial.
(Chemistry, Analytical)
(Gas chromatography)

VIGDERGAUZI M,S.; AFANASIYEVp M.P.
Chromatographic Separations of Substances"in columns
operating with
peak load samples Neftekhimiia 3 noo6t9ll-915 N-D
163.(MIRA 17:3)
1. Nauehno-isa1edovat63:,"-akiy institut sinteticheskikh
spirtov i
organichaskikh produktovt Novokuybyshevskiy filial..

V*l-'GTl.HGAU'-,, "Yjcv - ,
Gas chvorwutogrctp~~v cr, f,'cftckhjm'
119-1ZI Ja-F 164 1 ~,~
.1 a I - v "I ~, .- 2 -i ' Lo 41 , i ~ -;-. te " i c. h e s
-',, -~~
. Naucbno-lzoledovate.' I-Ai.
i organ i chesk-.'I'Mi produki c,-,2,, f il!,~

VIGDERGAUZ, M.S.; 'vwASITEVP M.I.
De t-ennInation cf c-f' prcmdierm and rAthylacetylene
', - nlirif-"ed propane-propy-lene fra-,*.i,-,n L-i gas
chromato raphy. Zhurr.
I
enal.khim. 19 no.9,.1122-1127 164. PRA 17--10)
1. Novokuybyahevsk Brancb of Sc'-entific--Regearcb
IrstAtutle of
Symthetic Alcohols and Organic ProJucts,

VIGDERGAUZ, M.S.; GOLIBERT, K.A. [deceased],
AFANASIYEV, M.I.
New stationary phases for gas chromatography. Khim. i
tekh. topl.
i masel 9 no.12t6l-63 D 164. (MIRA 1W)
1. KWbysbevskiy filial Nauchnc~-issledovatelvskogo
instituta
sinteticbeskikh spirtov I organicheskikh produktov.

CHABROVA, O.G.; #FANASIYEV, M.I.; VIGDFRGAUZO M.S.
Analysis of hea'vy"pyrolytic resin from petroleum
hydrocarbons
by gas chromgtography. Uzb.khim.zhur. 9 no.1-13-17 165.
. . - .. - , . - - (MIRA l8t6)
1. N6vokuybyshpv6kiy filial Nauchn&-issledovatellskogo
instituta
sintpticheskikh'spirtov'i organicheskikh produktov i
Institut
khindi AN Uzbpkskoy SSR.

ANDREYEV, L.V.; AFANASIYEV9 M-Io; CHABROVAt O.G.,
VIGDERGAUZ, M.S.
Quantitative interpretation of gas chromatograms. Uspo
khim.
34 no.5:920-948 14Y 165. (MW 18: 1)
1. Novokuybyshevskiy filial Nauchno-issledovatel'skogo
inatituta
sirteticheskikh spirtcv i organicheskikh produktov.

f, 51 i,-,
s-I
trud-,, VNIILTEMASHa
no-10:7z,-80 `63. (!flPA 18-2)

AFANASIYEV, M.K.
Planning, accounting, and calculation of the cost
of oil-
recovex7 produets in tte combined preparation of
oil in the
field. Neft. kboz. 42 no.70-13 J1 164. (MIRA l7s8)

AFAIMSIYEV, M.K.; YERSHOV, E.B.
11-1--e- -. -
Simple method for checkinf, the prol)er mounLinE. of the
el-,,ctro-
magnet in a mass spectrometer. 7av. lab. 31 no.1:86 t0'5.
(MIRA IS: 3)
1. Leningradskiy nauchno-issledovatellskiy institut
radiatsionnoy
gigiyeny.

SOV-127-58-8-19/27
AUTHCR3: Tronza, I.S. and Afanaslyevt L.L., Engineers
TITLE: Guide Pulleys for Shaft Elevators (Rolikovyye
napravlyayush-
chiye dlya klettyevogo pod"ydma)
PERIODICAL: Gornyy zhurnal, 1958, Nr 8, PP 70-71 (USSR)
ABSTRACT: The authors advise the replacement of slide bars
(skolozya-
shchiye rapravlyayushchiye) in mine shaft elevators by guide
pulleys. This will prevent deterioration of different parts
of the elevating mechanism and cage, which wear out very
often
when slide bars are used. A detailed description of the pul-
leys is given. There are 7 diacrams.
1. Mines--Equipment
Card 1/1

AFANASInV, G.D.1 AFAXAS'YAV, -L.M.; BELIKOV, B.P.;
KOPTZV-
DVORNIKOY, V.S.; MIKHAYLOV-, N.A.; MONICH, V.K.;
FAVORSKAYA,
N.A., prinimali uchastip a DISTAROVA. A.N., YELIS=A,
O.P.-,
NARMIIN.IA.S.; TUNAKOVSKATA, Tu.V.; USTITEV, Te.K.,
doktor
geolwmin. nauk, otv. red.; NERANOVA, G.F.. red. W-va;
BYKO-
VAs YeV*q tekhn, red,
[Principles of the geological mapping of intrusive and
extrualve
formations as exemplified by petrographic studies in
Kazakhstan,
Transbaikalia, the Northern,Caucasus, and Maritime
Proviricel
Printaipy geolo'gicheskogo kBrtirovaniia intnizivukh i
efluziv-
nykh formatsii na primere petrografichoskikh
issledovenii Be-
vernogo Kovksza, Kazakhatena, Zabaiksllia i Prinorlia.
Moskva,
Gos.nauchno-takhn. izd-vo lit-ry po-gaol.i okhrane
nedr, 1960.
341 Pe (mm 14:5)
1. Akademiya nauk SSSR. Institut geologii rudnykh
nostorozhdeniy,
petrografil, mineralogii i-geokhimii. 2. Sotrudnik
Institute geolo-
gichaskikh nauk AN Kaz. S~R (for Monich). 3. Sotrudnik
Vseooyusno-
go geologicheskogo inatituta ( for Mikhaylov) 4.
Sotrudaiki
Moskovskogo goaudaratvennogo universiteta (for
Yunkavskaya-r Dista-
nova)
(Rocks, Igneous)

A
TRONZA, I.Sa, inzh.; AFANSIYEV, M.M., '-nzh.
Roller and channel guides for skip hoists* Gore zhure no
6*4 1
Je 161. (Mine hoisting--Safety appliances) (07N. 6)

AFANASIYEV, 111.1-41.
The separation of 1-3-butadiene from a mixture with other
hydrocarbons through
the formation of the cuprous chloride butadiene. M. A. Lur'e, M.
N. Marushkin, M.
M. Afanns'ev and A. I. Punenov. Sintet. Kaucbuk 3, No. 6, 19-29
(1934); Chem. Zentr.
1935, 11, 1977-8; cf. preceding abstr, Conen. of the butadiene
(I) from the gases of
petroleum pyrolysis presents considerable difficulty. I forms a
complex compd. with
Cu 7- ClT_ which has the compn. Cu , C17. C#H,&4H 7. 0 or Cu ,
C1 X. C,,H,.according to the condi-
tions of the reaction. The reaction is 2NH It CUC12- +
CVH,i~Cucl C*HL+2N H Cl. The
reaction is reversible; the double coml3d. is decompd. by the
action of N H.Cl. For
this reason the velocity of formation of the double compd.
decreases as the free lffix
accumulates. The reaction, however, proceeds very well if excess
solid Cu J_ Cl,_is added
to the soln. of NHY CuClV so that through the soln. of the Cu 2-
Cl the concn. of NH,/CuCl,
in maintained at a const. level. The double compd. is a pale
yelioir powder smelling
faintly of I. It burns with a slightly smoky flame and is not
exploded by heating,
detonation, etc. The compd. can be kept 'indefinitely in a
closed vessel. It is de-
compd. by moist air. When treated with concd. NH,/C1 or alkali
chloride solns., I
is evolved. It can be kept under 0-free water. It readily
dissociates on heating.
From a study of the dissocn. of the double compd. in relation to
the temp. a value
of+15,70k cal-Imol. was obtained for the reaction for the
formation of the double
Cu compd. at temps. from 00 to 64.70. The temp. of decompn. at
760 r1m. Hg is 62-50.
The compd. is formed also from I and dry CuCl,.
I+Cu,.Cl;---CuCl, C,,,H'l5,7o4 cal.
49
The course of the reaction with solid Cu,.Cl.was examd. with the
help of the Gibbs
phase rule. It was shown that beginning, e. g., with a gas
contg, 30 C,,H,the
(Continued on Page 2)

'"Aa4S'YEV, M. M.
absorption of the C#1111at 270 amunted to 94.4%; this was
co-q)letely given up again on
decompn. Temps. above 2r are not suitable for the absorption
process. The presence
of vinylacetylene (II) in the gases of petroleum pyrolysis rakes
the isolation of I
difficult because this compd. likewise combines with Cu.$.Cl.,_In
NE., solns. of low Cu...
Cl,,.sontent 11 forms a difficultly sol.yellow ppt. which
decomposes upon heating; in
concd. solns. of Cu Cl II does not form a ppt. but becomes concd.
in the mother liquor
V seps. out. In this way it is possible to sep. the 2 hydrocarbons.
while butadiene- Cu2,C%,
When liquid hydrocarbon mists. are allowed to act upon solid
Cu7,Cl,,,II is very well
absorbed by the CupCI.. . If a mist. of gaseous hydrocarbons, on
the other hand, is
allowed to act on the solid CujCljII is fixed only to a very
slight degree. The purest
I. therefore, is that which has been allowed to react with the
solid Cu C1 in the
vapor form. M. t M

AF,AU,'.P,SIYrEV,
Contact decomposition of hydrocarbons. Conversion
of-&-butane
under the action of carbon dioxide over nickel-alumina
catalysts.
A. A. Balandin, M. N. 14aruschkin, and M. M. Afanasiev
(Acta Physico-
chim. U.R.S.S., 1942) 17, 82-92).- With rise in temp.0)
from 4ooo
to 6ooO, [COI and [H.
,&.1 of the product from C,~ H,,and CO.,_over a Ni-
Al..,Oj catalyst increase, and the vol. increases tenfold.
The hydro-
carbon content is all CH,4at 6000 (amount decreasing with
9). For low
initial CO.-content, CHIis > original indicating decomp. of
C,.,Ht*
C4'H/I
j
and decrease in the C and H content of pro~iucts indicates
decomp. to C.
C,,H[Iis found in some experiments but is not due to
pyrolysis since no
olefines are produced. The results are explained on the
multiplet
theory (cf. preceding abstract). With the catalyst the
CA,first
suffers rupture of a primary C-H linking followed by that
of C-C to
give H. CHI., and Pr. Pr and H recombine to give C.A. and
CH,, with
C02, gives CO and H,. The shortened chain repeats the
process (calcu-
lation shows it to be more favourable). Alternatively CH..,
gives C
and H.-or is hydrogenated to CH,,,. CO.,-and PrCHO under
similar condi-
tions give olefines (amoitnt ine'reases with &4) as well as
paraffins,
but #must be higher than with C'~Hfo. This indicates that
PrCHO is not
an intermediate in the C H -CO reaction. J. H. Ba.
V to 12,

AFANASIYV . M. M.
31.1f.1tals - Fatif-i,,n
Thecry c%i: fattut. stremiTtlh in a stitf~. c, ttn-l-icn.
u
mehh., No. 2, 19148
Month1v ilist of Russiar. Accesz;ions, Lil)rL;rv cf
'. "S T--= .
Conz-n~,9c. 13,52. TPTL!~
0

S/064/6o/ooo/oo7/oc4/oi o
b020/1054
AUTHORS: A. TUlkh-k.y.. Z.
and
TITLI. Liq.Ld-P"44 HyAration of
01-f-~,.
t2=ODICLL. Xhl.i.h..il.y. p1owy.hI-.%'
, 1960. X.. 7, pp. 16 - la
TZKriTh. -%x;r#(1;v*;tLgC&tad
cation-r-hangs r-In. vl-.h different
fun. %jo..1 grou s- 0'1 . - OCR. *to.)
as catalysd f- -.be hydration
0f left.. .. -TL..--hand. -a-fts.
Reform -he he ca-
11coolt- fr- In. 1. to -.A. a form by
treata-t.
10% B.I :, - - , CL
tic with d-st"Iml v&I#r, unt-I %h6
ra-t"Ar
Then -a dried 1. t" -d t~
tI,;tl.I. :.I I
IandII, h
Lgh-
I& n1, .1 r P A-1
the butylane fl-tl.. from C.... of .he
ng
Industry were taken .0
C~d 1/3
by d1:%Il,,I,, -f.th-
th TT
I ur A cId pr do r. to d. t
I. I -IA ;'*,.led birl.fly.
apyl&1. oh end t' rbIA.I .111
o
fPro
axsjained -p1-$ of the cstiDmlt*m KY-2
.. I... Cent. Cra.p In Cr.l.. 0.5-3 we
M
WI - 05
W ti.1 r..btyl .. fra.AIt..A11 Th,
sh- be t th .. ..i-h A, t1ch'.7 &.1-%I
t
-~A 2f %.*bU%Y.,
W.Imt. in tho process of lIq,--d-;h&-
hydral. *V-
'1 2 shows Ih* d*p:-I-:u...f.-A- '35
.-..Iy.t 00 the
.P. todhI - ba 'or ' I- .-th
I;p
c,at-otAg-bl. dr 1. .~t%-I%y, "I
rogtn.r.t-t .1%. 1% .11.
bf _%lomites vxx %*.t*d on Isad --f--4
by the IRMA.
the liq Id-;b.s. hydr.ti..,.f Vr-P
1210. %A y". -y'
ticit. cAv-,- (SZT-')tI-N.
f
C-p. ph I
Cron shb1, 2) -'.b . -rtfx7l -i
d I
r"o
Cp
LAC %h. gulf. 6~-u; c.I .-t. 1-1 1 .0
t. ..1-1
Ca,rd 2/3
75-56% of r,oyl- Th. rere
.h I f
'Iff I '
Jose. ,h.:4 ---.tOLtOL irl, Iy A
At '7~L -t
It to 4 -6 0a, I. ard-r At I hich y Ib
the liq, ":. Ta-Te 2 flyure.. 2**.,1'.
~!d-ph- 13-14 If pr.pylan
..:.hyd',
w,ad 16 term : 54US.6 Brit-ah. -d I
Germ-
C-rd 313

28U9 8/010
V61/006/004/00
A057/A129
AUTHORSi Menyaylo, A. T., Klimenko, M. Ya., Verkhovskaya, Z.
N., Afanaslyev.-
M. M_
TITLE: Extraction of isobutylene from butane-butylene mixtures
ilkODICAL: Zhurnal vaesoyuznogo khimicheskogo obshchestva imeni
D. 1. Mendele-
Yeva, V, 6, no. 4, 1961, 470 - 471
TMM Isobutylehe is manufactured usually from C4 fractions of
pyrolytic gas
PrJrom produqts of dehydrogenation of butane and isobutane. In
the present paper
a patented method (USSR patent no. 16207 of September ~0, 1955,
and no. 122746 of
November 5, 1958) ;~pr_extraotion of isobutylene is described.
The method is based
on a liquid-phasp hydration of Isobutylene in fraction C4 to
trjmethylcarbinol and
subsequent dehydration in presence of cation exchange resins
with an active sulpho-
group [KY-2 (KU-2), C_GC (SBS), CPA-3 (SDV-3) types' as
;atalyst. During hydration
isobutylene lain,the gap~q~ia phase, while the water flows down
the granulated
catalyst. Some experimental results presented in Table I were
obtained on a la-
boratory circulation apparatus with tubular reactor (diameter
35 m, height 800 MM)
filled with the catalyst (200 ml charge). Experiments no. 1 and
2 demonstrate that
Card 1A

2039~ S/06.V61/066/00VO08/010
Extraction of isobutylene from butane-butylene mixtures AO57/A129
ASSOCIATION- Nauchno-issledovatellskiy institut sinteticheskikh
spirtov (Scien-
tific Research Institute of Synthetic Alcohols)
SUBMITTED: October 4, 1960
Table 1. Experimental results of the liquld-pbase hydration of
isobutylene (ca-
talyst: SBS cation exchange resin#' temperature 100'C)
Legend: (1) no. of the experiment; (2) pressure in atm; (3)
concentration of
isobutylene in the gas (vol. %); (4) molar ratio H20/C4H8; (5)
volume rate
1/1-hr; (6) contact time in seo; (7) concentration of the alcohol
in the con-
densate (vol. %); (8) productivity of the catalyst g/1-hr; (9)
conversion of
isobutylene per run n
40 IlD
-KomL%t No TPAlkw4- npoii3wAm. KCkH%CPC%%
MM Pw6r".
wMMoG TeAMOCTI,
&M, orflowit" CKOPOCTb KURTANta womew "TaXIMTOPS AM
Ton % (GOWMI,.) HlOIC1114 #/.s-qnt 11 "K. CATt P1.1-40C 38 OrOXOA
__ - - - - - .I a'. (-) %
I to 96,6 18, 5, 29r, 89 9,3 439 46.7
2 10 97,0 4,0 292 90 33,9 436 46,9
3 10 25.0 4,2 302 87 5.1 58 23,4
4 10 15,0 4,1 326 81 2,8 31,0 19,2
2,9 4,2 282 114 0,6 518 21,G
I Cai~d 3/_3 ' ' I

MENYALO, A.T.; KLIMENKO) M.Ya.; VERKHOVSKAYA, Z.N.;
AEANASIYE!, M.M.
Recovery of isobutylerie from butylene mixtures. Zhur.VKHO
6
M.4:470-471 161. (MIRA 107)
1. Nauchno-isaledovatolinyy institut sinteticheskikh
spirtove
(Propene~) (Butane) (Butene)

AFAN. A.S-IYZVI'- ~nzh.
Calculating mine fan shafts for the critical rotation
sPeed
by the method of forces, I2V* vys, uchebe zav.; gore
shure
no.8tlOO-105 164 (MIRA 18:1)
1. Leningradskiy ordena Ioenina i ordena Trudovogo
Krasnogo Zha-
meni gornyy institut imeni G.V. Plekhanova.
Rekomendovana kafedroy
gornoy mekhanikio

AFANAStYEVO M.M., inzh.
Gyroscopic moment of a disk. Vest. mashinostr. 45
no.4:33-35
Ap 165. (MIRA 18.5)

"EWP
L~ 8939--66-- -EWr(1)/EWr(m)/EWA(d I/ N), TP(n I In
~NR, AP6026855 ~ ~ I . . - SOURCE CODE: TjR'/0170/65/009/004/0527/0532
AUTHOR: Kessellman, P. M.; Kitlyarevskiy, P. A.; Afanaslyev, M. M. .
~' f~
Y Y) 5- IF-- qy, I S "~- - - ?:2
ORG: Industrial Institute im. M. V. Lomonosov, Odessa
(Tekhnologicheskiy institut)
TITLE: The equation of state for carbon'loxidAin the temperature
interval from
273 to 4000 K and at pressures up to I000xI05 newtons/m2
SOURCE: Inzhenerno-fizicheskiy zhurnal, v. 9, no. 4, 1965, 527-532
X/7 Yq,
TOPIC TAGS: thermognamic state equatio , carbon dioxide, virial
coefficient
ABSTRACT: The authors attempt to correlate anexisting experimental
material aw
to set up an equation of state which reflects the experimental thermal
and calorific
data on carbon dioxide with a high degree of accuracy. For
temperatures from 273
to 800 K and pressures from 1 to 1000x1 05 newtons/M2, the equation
consists of
elementary functions of the form:
PU
Card UDC: 536. 71

L 8939"66
Acc NR, AP5026855
The elementary functions go, r2, have the form
A((#) J]ald, 1b,
Values of the coefficients in this equation are given in a table.
Analysis shows that,
starting with T=770 K, at P=(1-600)xlo5 newtons/m2, two virial
coefficients, B(T)
and C(T) are sufficient to set up the equation of state. The virial
coefficients are
determined from existing experimental data. For the region of
parameters T=770
to 400o k and P=(1-6.00)x,05 newtons/m2, the equation of state was
setupin the viri-
al form: + A, + As
where 1A, =Bd.-r; As QP,,,T- 'The coefficientsAl and,A2 were
determined analytically.
Results of computer calculations according to Equations I and 2 are
shown to agree
well with existing experimental data. Orig. art. has 2 formulas, 3
figures, and
I table
SUB CODE: TD, GC/ SUBM DATA: 05Apr65/ ORIG REF: 0081 OTH'HEF: 012
6? e/
,r~,A2/ 9

B/16
D263
'127
FAUTHOR: Afanaelyev, M. N.,~
_TITLE: An attempt at applying the metallometric method and
quantitative assessment of dispersion aureoles in
Kuznetskiy Alatau
PERIODICAL: Referativnyy,zhurnal# Geofizika, no. 2, 19639 99'ab- i
stract 2D55 Byul. nauchno-tekhn. inform* M-vo geola
i okhrany nedr..SSSR, 1962t no. 1 (35)j 36-41)
Metallometric surveying on a scale of 1:50,000 is carried
out in combination with geological and geophysical studies. Samples
.(40 - 50 g) are collected over a 500 x 120 m network, from a depth
of 0.2 - 0.6 m, from the subsoil layer revealed in small holes,
band consist of the-1 mm fraction. They are then analyzed spectro-
scopically for 15 - 20 ore elements. The discovered dispersion aure-
oles are studied. in more detail with metallometric surveys on a
scale of 1:10,000 (100 x 40 m network) or 1:2000 (20 x 20 m net-
.work). After discovering prospective dispersion aureoles, they are
Card AA

assessed in an approximate quantitative manner. Two methods may
be used for this urpose': ti of the
Comparison of the productivity
:discovered dispersion aureole with the productivity of an aureole
0
of the same element in a known dep sit . (2) Partial dissection of
the aureole by mining methods, with groove sampling of the minera-
lized zone. The reserves are then calculated, from the exposed por-7
tion, by multiplying the contents determined for 1 m pocket by the
:..mean depth assumed for the given mineralization. The overall re-
serves may be determined from the aureole by comparing the produc-~/
tivity of the dissected part of the aureole with the undissected
parts, and adding.the two quantities. Comparison of reserves com-
:puted from metallometric surveys on a scale 1:10,000 with values
::obtained from surface exploration shows satisfactory agreement, and
;usefulness of the method for a qpqjAitative estimation of recently
discovered. dispersion aureoles Abstracter's note: Complete trans-

,AFANASI'M, M.M., gornyy inzb.
LowerIng long materials into tile mine. Gor. zhur.
no.6:72-73
ja 164, (MIRA 17:11)
1, Leningradskiy gornyy institut.

...q~~ASIYEV, M.M., inzli.
kigul-ar vibration3 of the Phrift, ~C a mirle fan taMrg
inLo account
the disalJgmient of tho rotor. i zv,,qs. u-heb. zave ;
gor, zhur, 7
no.7s]-17-D-0 164. (MIRA 17:10)
1. limingradoMy or6ana Lenina A ordena Trudovugo
Krasnogo Ziiameni
gornyy inst-itut imeni Plekhanova. RekomendovarLa
kafedroy gornoy
mekhanikll.

AFANASIYEV, M,N.
Usa of Kapp line measurement in geological mapping.
Pazved,
i okh. nedr 28 no. 1201-34 D 162. (MIRA 160)
1. Temir-Tuimskaya geofizirhoskaya ekspoditsi,a.

" \ -, t ~-- \~, I"
APANASOYEV,H.P., inzhener
Organizing the maintenance of antenna frames.
Vest.sviazi 15 no.9:
23-24 S '55. (MLRA 8:12)
(Radio-Antennas)

AFANASIYEV9 M.S.; GOREV9 X.V.; TITOVA, V.A.; MUKAREVA,
G.B.
Possibi3lky of using gamma surveys in searching for
ore depoBits
associateF with granitoids. Sbor. st. HGiON
no,lt~c)-46 162.
(MIRA 16:3)
(Granite-Radioactive properties)

PRONIN, M.Ye., prof.; AFANASI EV Mov,, kand.
sellskokhozyaystvennYkh
nauk
Fertilizing corn under semiarid conditions,, Zemledelie
24 no-8:68-
70 Ag 162. (MIRA 15:9)
1. Voronezbskiy sel'skokhozyaystvennyy :Lnstitut*
(Corn (Raize)-Fertilizers and manures)

?IV-V,/-
A~-,TAMKV, M. V./ Cond Agr Sci -- "Study of.4a4i=bt=J
elements of the s,-stsm
of fertili;.ation of' corn on lixiviated chernozem." Kiev,
1960. Min of AGr M-SSR.
UkrainiRn Acad A&r Sci). (KL, 1-Gl, 200)
-282-

AFANASIYP,T, 14.V.., student IV kursa
Using the "dihedral" and "tangential sphere" methods
in measuring
the curvature of nonspherical. surfaces. Trudy MIIGAIK
no.45:107-
115 161. (MIRA .14:7)
1. 14oskovskiy institut inzhenerov geodezii,
-erofotosllyemki
kartografii, optiko-mRhanicbeskiy fakulltet.
(Surface meaourementL- (Lenses)

-1 -. %-- -- ~-, * .-, -, - 71~ ~ ~ ~, . I . ~ I
, - : tll , '! I. 71*1-1~-.~-- -.* -1- : - 1. 1 1 :.:
1 1. -1 1 -i
V-~: ~ ~ --:! e 7)t~ ~. " ~ ~ .1 ~41 1
- % -- - - L . -- -2v -

Dissertation: "New Data on the 6tructure and Function of
Quadrigeminal
Bodies." Inst of Neurology, Acad Med Sci USSR, 27 jun 47.
SO: Vechernyaya Moskva, Jun, 1947 (Project #17836)

AFANASIYEV9 N.
What is the trajectory of a missile? Voen.znan, 37
no.3:24
?tr 61. (MIRA 14:4)
(Trajectories)

K-
--------

'

017/63/000/002/0D2/003
8/
AUMOR: Af!na ~yuv
TITLE: Weapons of the motherland's defenders
"-~:iizxMICAL: VoyearWye 2naniya5&1. 2. 1963$ 16-17
F
T]=* The articlo traces the development of Soviet weapons development
from 1918 to
the present. By the start of World War 11.t the Soviet armed forces
had developed
,aand put into service automatic veapons., antitank vreapons., tan3m.,
and artillery. Do-
f. .
1clendes in Soviet aviation were discovered at the start of the war.,
but these
were eliminated., while now types of aircraft were developed, The
Communist Party
and the Soviet Goverment continue to strengthen the armed forces*
Ground forces
have been completely motorized with an adequate supply of vehicles and
armored car-
riers inciuding amphibious carriers. The artillery consists of various
types of
mortars, antiaircraft Yeapons and cannon and rockets of variwas sizes,
Me basic
combat strength of the Soviet Navy, is the submarine fleet., including
atonic subma-,
rines, armed with rooket/nuclear weapons. Soviet aviation, inoluding
fighters and
w., bombers., is *equipped with air-to-surface nuclear rocketse 7he
primary firepover of
the Soviet Armed Forces now is the nuclear roclet.. from tactical
rockets to the
ICB9. The article is accompanied by nine photographs of Soviet veapons
some in
Card 1 of 2

cl~----.i ." If 2
" .1 " I ~ I .-1 1. . - I
I ...

AFANASIYEV, N.
We are creating a model school experimental farm.
Prof.-tekh. obr.
21 no.9:24 S 164. (MIM 17: 11)
1. Direktor khvalynskogo sel'skogo
professionallno-tekhnicheskogo
uchilishcha No.17, Saratovskaya obl.

AFANASIYEV. N.--SILINOV, V., glavnyy inzh.,; BACHILOV.
I.; CHERTKOV, A.,
glaiifi-konstruktor; SOKOLOV, Ya.,- TRUKWOVA, A., tekhred.
[Trench silo with a capacity of 215 tons; (walls lined
with clay
reinforced with sticks)] Siloook-hranilishche
transheinogo tipa
emkostiiu 215 ionn (a glinokhvorostianoi oblitsovkoi
sten. Proekt
no.003. Minsk, Gos.izd-vo BSSR, Red.nauchno-tekhn.lit-ry#
1955.
2 P. (MIRA 12:4)
1. White Russia. Ministerstvo gorodskogo i sel*skogo
stroitel'stva.
2. DirektorlBelsel.lproyektal(for Afanast-ve-v). 3-
Fmkovoditell
masterskoy4o~2--*Ae-istrll rgjel~tao (for Ispolnyayushchiy
P
obyazannosti nachalinika smetnogo
eaktorsoBelseliproyekta"(for
Sokolov). 5.gBelsellproyaktl(for Sillnov, Chertkov).
(mios)

.__,ATqAB'Y3Y N.- GILINOV, Y., glavnyy Inzh.; 811CHNUOY,
0.; GOIU)ON, A.;
GORALIK, S., glavnyy kongtruktor: SOKOLOV, Ya.:
THUKHANOVA, A.,
tekhred.
(Pit silos of 50 ton capacity; brick, rabble. and
stick-reinforced
clay walls, Plan No.0081 Silosnye iamy na 50 tonn; stany
kirpioh-
nye, butovye i glinopletnevye. Proekt no.008. Minsk,
Gos.izd-vo
MR, Red.nauohno-tekhn.lit-ryv 1955. 3 p. (MIRA 12:4)
1. White Russia. 14inisterstvo goroaskogo i Bellskogo
stroitellatva.
2. Direktor'l BalBellproyektall(for Afanaslyev). 3.
Nachallnik
proyaktnogo otdela"Belseliproyaktall(for Shchelkov). 4.
Rukovoditell
mAsterekoy No.1 nBelsal"proyekta" (for Gordon). 5.
;spolnyayushehiy
obyazannosti nachallnika smetnogo
sektora"Belsellproyekta"(for
Sokolov). 6.'Be'lsell.proyekt"(for Sillnov, Gorelik).
(Silos)

APANASI.YEV, )T.; SILINOV, V., glavnyy inzh.; BACHILOV,
I.; CHOTKOV. A..
glavnyy konstruktor,* SOKOWV, Ta6; ONISKO, A.; TRUMMOVA,
A.
tekhred.
[Trench-type silo with a capacity of 60, 90, and 150
tons (wells
lined with brick or rabble concrete)] Siloookhraniliahche
transheinogo tipa emkostliu 60, 90 1 150 tonn (steny
oblitsovany
kirmichom ili butobetonom). Proekt no.004. Minsk,
Gos.izd-vo
BSSR, Rea.nauchno-tekhn.lit-ry, 1955. 3 P. (MIRA 12:4)
1. White Russia. Ministerstvo gorodskogo i sel'skogo
stroitel'stva.
2. Direktor "Belseliproyekta" (for Afanaslyev). 3.
Rukovoditell
masterskoy "Balsollproyekta* (for Bachilov). 4.
Ispolnyayushchiy
obyazannosti nachallnika smetnogo sektora
'Belsellproyekta" (for
Sokolov). 5. OBelsoliproyekt" (for Sillnov, Chertkov.
Onisko).
(silos)

AZAHASLMff-,1L, SILINOV, V. j glavnyy inzh.; SHCHELKOV. 0.:
GORDON, A.;
GOMILIK, S., glavnyy konstruktor; SOKOLOV, Ta.; TRUKHANOVA,
A.,
tekhred,,
[Tower silos with 35 to 40 ton capacity mde of precast
reinforced
concrete rings. Plan No.0061 Silosnaia. polubashnia na
35-40 tonn
is sbornykh 2hel9zobetonnykh kolets. Proskt no.006. Minsk,
Goa.
izd-vo BSSR, Red.nauchno-tekhn.lit-ry, 1955. 3 P. ' (MIRA
12:4)
I* White Russia. Ministerstvo gorodskogo i sel'skogo
stroitel'stva.
2. Direktor"Belsellproyekta 11 (for Afanaslyev). ).
Nachallnik proyakt.no6o
otdela'Belsollproyekta4(for Shchalkov). 4. Rukovoditk3l'
masterskoylkr'1~01-
sellproyaktal(for Gordon). 5. Ispoln.obyazan. nachalinika
smetnogo
sektora"Belseliproyektall(for Sokolov).
6.*Belsoliproyekt'l(for Sillnov,
Gorelik). (Silos) (Precast concrete construction)