SCIENTIFIC ABSTRACT ANTEIFEROV, V. N. - ANTSYFEROV, M.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101820003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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ACC NRt iW6036698 SOURCE CODE t--W/"WW/-0Kj-01j:jO041/004 5
AUTHOR: Antolferov, V. M. (Perm'Y; Shafit, 1. A. (Peru')
. ...................... ..
ORG: none
I
nTLE: Investigation of the technological characteristic* of W-Ni-cu alloys
itepersion strengthened with airconiua dioxide
;OURCE: Poroshkovaya metallurgiyal no. 11, 1966, 43-45
MPIC TAGS: sinteced alloy, tungsten, nickel alloy, copper containing alloy,
tirconium dioxide containing alloy. alloy sintering, alloy density
kBSTRACT: The effect of the additionof 0.01-0.4% Ni, 0.1-40X Zr02 and 0-15Z Cu on
the density of sintered tungsten-base alloys has been investigated. Alloy powders
oere compacted under a hydrostatic pressure of 1100 stm, sintered at 235-1265C in a
Nydrogen atmosphere for i hr and at 1785 A 10K for 2 hr. and furnace cooled.
Increasing the nickel content to 0.4% increased the density of sintered compact$ fro=
79% for unalloyed tungsten to 91.1%. Further experiments were made with W-0.4% Ni
base alloys. Additions of up to 3Z Zr02 increased the density of sintered W-3.4% Ni
Blloy to 96%. With further increases In th r02 content, the density gradually
decreased, and at a Zr02 content of 10% bele equal to the density of the inItial
W-0.4% Ni alloy. Small copper additions (up to 3%) slightly increased the density of
W-0.4%a-10% Zr02 alloys, but larger additions decreased-it below that of the initial
Card 112

ACC NR, AP6036698 i
W-0.4% Ni-10% ZrOZ alloy. The obtained results showed that W-Ni-Cu-ZrO2 alloys
sintered at 1785K in hydrogen have high density and can be used as structural
materials. Orig. art. hast 4 figures. (HSI
SUB CODE: 11, 13/ SUBM DATE: 2BOct65/ ORIG REFI 003/ ATD PRESSI 5109
1
0

ANTSIMOV, V.S. (Hookya)
Similating problem on the penetration of a solid body into the
grourvi. Priklemat. 1, mokh. 22 no.6:856-860 N-D '58.
(MIRA 11:12)
(Soil mechanics)

'SIFERCV,
One-diAensional notion of soil witt shcck waves. Izv.AN Aterb.
SSR.Ser,fiz.-nat.i tekh.nauk no,5j19-27 160.
(KERA 14:4)
(Shock waves) (Soil mechanics)

301. ( -41-IS) Vo %, c,,,-
ANTSIFi-,'1OV. V-..- I3..J-clj,-,j. V. U C 1.
U,
tnl,nts of E.'r,th fro;,~ Shook Wnvcs", 1 1 , ~ ;)7; (Xoricow state
Unlv) 1:50 coplea (KL Supp -l'2-CI,

-W-SIMOVI.
One-dimenzional soil movements vith different boundary
conditions. Vest. Hook. uns Serols Hatopmekh. 17 no.5:6~-73
3-0 162, WRA 15:9)
1. Wedra gazovoy i volnovoy dinmiki Moskovskogo
universitata.
(Shook waves) (Soil mechanics)

Ail 1"' 1") 2 k
(Hoskva); P.&KIDUTULIN, rb.A, 'Xosk-ra
!-,t,jwgatlor, of acmpressiv-,~-ahearlng ~vrturlvi t. tons iln a nonlinear-
1 128
t. I antic modium, Priklo mat* i mekb. " nce115-71-j,'S Py-Ji-164
(MIRA 17:7)

T~ - 5 -
"Determination of Relation of Average Cross-section of Fission of Pu239 and
U235 in Blocks of Uranium-Water Lattices." (cl()56)

. . __:~ -T -~ - - -
8 ;-i 1 Z:) L 7 Z~R ;, T , Ye .
"Problems of Nel Burning in Light Water Cooled and Kxlerated Pover Reactors,"
paper to lie presented at 1956 UN "Atoms-for-Pence Conference.

IV
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TURLOp Alekoey Afanaslyeviths kumwt&jAVM-?-9*vibjdl.p r9teensentl
ANTSIFEROV, Yu.G., red.1 BOGOSIAUTS, N.P.0 takhm. red.
[Now devalopwnto in free forging) Novoe v avobadnoi kovke.
Moskva,, Goot nauohno-teMnsiad-vo imahinostroit, lit-ryl
1961. 22 P. (Biblioteka rabochago-mahinostroitelia,
Seriiai Peradovaia tekhnika - onnova kommnisticho8kc
trudal no.11) (MIU 15 tT
1. Urallskiy vagonoetroitellnyy savod (for Turlo).
(Forging)

LYAPTSEV, VasMy Mikhaylovich, tokarl; SIIABAS)IOV, S.P., kand.taklin.
naukp retsenzenti ALTSIMIOVp Tu.G.,- red.1 DUGINA, 11,A.,
tekhn. red. .........I
(Advnnoed methods for machining on lathes] Peredovye motody
tokaLmol obrabotkio Yoskvno Mnshgizo 1961. 20 p. (bibliotoka
rabochogo-mashinostroitelia. Seriia: Peredovaia tekhnika -
oonova komministichoskogo trudap no.7) OURA 15:7)
1. Ural'skiy vagonostroitoltrwy zavod (for Lyaptsev).
(Turning)

KOVALFV, A.Yu.; VOLOVIN, P.A., red.; ANTSIMiNA, G.M., r,:d.
ITho M.Lenin Volga lVdroolectric I-ower Station]
Volthaknin g1droelektrostantalla Iv. V.1.4inina. rod
red* 1'.A.Volodina. to-skviij Izd-vo lit-ry Fo stroitell-
stvup 1904. 1.42 p. (MIRA 17:7)

P4,'AA-1,P
ANUIFEROVA, T. A. Cknd Diol, Set -- (dies) "ID0r4&**0ef the yield of alfalfa
seeds in Penzenukays Oblast by t& means of rf44444*s6&I mowing and better
utiligntion of polllnv%%~~ insects." Pentm, 1957. 1.1 pl-. (Min of HiGher Education
IV
USSR. Gorlkly Stnte Univ), 100 copies (KL, 4.58, 81)
-14-

ANTSIFIROVAt ?.A.; DOBROSMIDT, P.A.
A school agricultural exhibition. Rol. v shkols no.6:72 N-D 15?.
(KIM 10 % 12 )
1, Chemoserskaya erednnya shkola Golitsinskogo rayona Penseuskoy
oblasti j0*11tsino Distriot-Agriculture-Study and teaching)

I ~. 7:'Ji/Cal t, t . ~,. x I ". t ~ * - F ..I '. I- : . -f I
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Can'. 1/1

ANTSIFEROVA, T.A,
Effoot of mowing of alfalfa on its aftergrowth and seed producticn.
Uch. zap, Penz, gos, ped. inst. no.6t8l-87 '59. (MIRA 1515)
(Alfalfa) (Seed produotion)

Increasing lAbor Productivity in Machine Building (Voprosy pavyshenlya
protavodetellnosti truda v mashinostroenii) Goeudaretvennoye nauch-telth.
izdat. mashinostroitel,l literatury, Moscow, 1957. 511 pp.
(Table of Contents authors below)
This collection presents a comparative tech. and economic analysis cf
most effective methods and industrial processes for obtaining high labor productivity
in machine building. Output may be stepped up by further standarization of machine
tools, materialop and production methods; draving on unused potentials.
Covers all stages of planning and production as performed in modern plants of
USSR, actual experience, and new methods are discussed.
ANTSIFCIROVP V. P.0 GRMOVSKIYj S. P., "Use of Die-Rolling Methods," p.289

"Basic Feat%xres of a High-Powered Quartz iLagnetometerll.
Tr. TAshkgn&sX. Georla, Oboerj., No 9,, pp 60-84, 1954
The schematic diagram of a mn~-netometer designed b- Lho author is
descrived. It consists of a quartz frr,,ne with a threid to which the
operating magnet is fixed. The formula for the setting rinft oyeration of
the magnetometer Is derived. Th, instrument allows the noasurement of
the absolute value of the strength of the terrestrial magnetic fieldp but
not the vectorial variation. (RZhFiz, No 9, 1955)
30t Sum No 812, 6 Feb 1956

AIRSILIVICR. M.0.
Mathowatical processing methods of owpatic observation results
(harm,nic analysis). Ity. All Us.SSR. $or. fis.-mat. nauk no.2t
87-93 158. (KRA, 11110)
1. Institut wateaRtiki I mekhaniki iment V.I. Romanovskogo
(*kgnattea, Terrestrial--Observations) (Harmonic analysis)

- - -------------
ANTSIUMORt M.G.
Ikthavatical processing methods of magnetic observation results
(spherical analysis). Isy. AN Use SSR. Bars fist -wte nauk nos3t
97-109 t58. (MA Ilt 10)
IsInstitut watsimitiki i mokhaniid AN UsSUR.
(Mpatism, Torres trial-4bee rva ti one)

ANTSIZaVIOH, K.O.
"loal nature of disturbed diurnal solar variations of the
geovapetio field, IsvAN UseMoSer.fise-mat,nauk nos3l
93-100 158, (MIRA 11112)
I* Institut vatematiki I makhmiki Ig. VeIe'Rommovskogo AN Us=,
(Magnetism, Terrestrial)

AUTHORs Antailevich, M.G.
I-------
TITM The Interactionot Corpuscular Flows of
Field of the Earth
IN
S/16 60/000/03/07/011
C1 1 IYC222
11
the In With
the Magnetic
PERIODICALt Isvestiya Akadenii nauk Usbakskoy 33RO Seriya fisiko-matemati-
cheakikh naukt 1960v No- 3s PP. 44 - 51
TKXTs The author considers the orbits of the particles emitted from the sun
in the magnetic field of tho earth. He states that according to H. Alfven
(Ref- 3,7) the sign of the aagnetic moment of the particle does not depend
on the sign of the charge of the particle, ao that the orbits calculated
according to Alfven are valid for electrons as well &o for protons, and
therefore an equatorial annulus of flow can not appear, By a small change of
the hypothesis the author obtains different (homologous) orbits for protona
and electrons and therewith a good agreement with the observations. The
nuthor repents some considerations of an ealier own paper (Ref, 1) and of
a paper of L.I. Dorman Oef. 4). lie mentions N-P. Ben1kova. There are 5 figures
and 12 references, 4 Soviet, 2 German, 3 English and 3 American.
A3SOC11TION* Institut watematiki imeni V.I. Romenovskogo AN Uz SSR
(Institute of Mathematics imeni V.I. Romanovskiy AS Uz SSR
SUB TYPi Janu 9, 1960 111B
Carf

86390
S/020/60/135/002/013/036
3,2.700 B019/BO77
AUTHORSt Antsilevich, M. G. and Shevnin, A. D.
TITM Evaluation of the Geomagnetic Observations Obtained From the
First Soviet Cosmic Rocket
PERIODICALi Doklady kkademii nauk SSSR, 1960, Vol. 135, No. 2.
pp. 298 - 300 /X/
TEM The measurements made by the first Soviet cosmic rocket showed that
the goomagnetic field strength decreases much faster with increasing height
than had been calculated. The measured field strength varied as follovai
Thor* is a minimum of 4-10- 5 oersteds at a distance of 20,800 km, a
maximum of B-10-3 oersteds was found at 22,000 km, and above that height
the decrease is very slow. Antsilevich concluded from studies of a magneto-
gram of Tashkentakays obaervatoriya (Tashkent Observatory) that a small
magnetic storm must have occurred on that day causing the disturbances of
the magnetic field. Observations of 16 stations indicated that a magnetic
disturbance started on January 2, 1959 at 11 h 20 min universal time. This
Card 1/2

86390
Evaluation of the Geomagnetic Observations 5/020/60/135/002/013/036
Obtained From the First Soviet Cosmic Rocket B019 B077
storm reached its peak after 12 hours and its lowest value after 14 hours.
The earth had paused through a weak corpuscular current which caused thi
disturbance. Since the first Soviet cosmic rocket went through the same
system, the magnetio storm showed up in the measurements. The authors
conclude that the corpuscular current created an equatorial current belt,
and assuming the mean diameter of the belt as rmean - 26,280 km, the
current is calculated to be 6.5-10 a. There are 3 figures and 2 Soviet
references.
ASSOCIATIONt Institut matematiki Im. V. I Romanovskogo Akademii nauk
UzSSR (Institute of Mathematics imeni V. I. Romanovskiy of the
Academy of Scienoea Uzbekskaya SSR). Institut zemnogo
magnet.izma, ionoefery i rasprostraneniya radiovoln Akademii
nauk SSSR (Institute of Terrestrial Yagnetism, Ionosphere.
and Propagation of Radio Waves of the Academy of Sciences
USSR)
PRESENTEDi August 5, 1960, by Ye. K. Fedorov, Academician
SUBMITTEDi August 4, 1960
Card 2/2

AWSILEVIC11, M.G. - .......
Goonagnotic field variations of August 9# 10P 24P 25# September
1# 21 109"07 and 'Harch 11.. 1960. Geomg. i aer. 1 no.3020-325
H~-Jo I . (MI%% 1409)
1. Irwtitut matematiki imeni V.I. Romanovskogo AN VzbSSR.
(Magnetism terrestrial)

ACC NRI AP7002208 SOURCE CODE: UR/0203/66/006/006/1126/1128
AUTHOR: Antsilev Sofiyenko, L. A.
ORG: Institute of Nuclear Physics of the AN UrSSK (Institut yadernoy figiki AN
U2SSR)
TITLE: Ionospheric current system of the initial phase of the geomaCnetic atom on
4 September 1957
SOURCE: Geomagnatizm i aeronomiya, v. 6, no. 6, 1966, 1126-1128
TOPIC TAGS: geomagnatic disturbance, ionospheric disturbance, ionospheric electron
density, A.)Prre. 67-4-g..7%.
ABSTRACT: The construction of an approximate equivalent current system for the
ionosphere during the initial phase of the geomagnetic storm on 4 Sept 1957 is
described. The storm started suddenly at 1300 hr; its initial phase lasted approx-
itutely 1 hr and 20 min. Differences in geomagnetic components before and during
the initial phase of the storm were calculated from hourly mean values obtained by
39 ground stations for the hour preceeding the storm and during its first hour. The
daily solar geomagnetic variation SRwas found from these differences. The approxi-
tiate equivalent current system in the ionosphere (see Fig. 1) was constructed from
the above data. A dense current stream of approximately 150,000 a flows in a wester-
ly direction toward the sun above the polar cap along the 9th hour meridian. This
Cutd 1/3 _UDC; ..550,388.2050-385-

ACC NRs AP7002208
Fig. 1. Diagram of ionospheric current flow. Dots
represent ground stations; arrows show the magnitude
of current don4ity and direction of current flow where
_a C& 14 . g, _, _5..10-4 CR.
bard. ..2/3,
L

ACC NRt AP7002208
current streim splits to form two rotating current streams, the stronger of which
has an intensity of %120,000 a. Directions, positions, and magnitudes of tile
Current system agree analogically with those of current systems found by other re-
searchers. Orig. art.*has,. 1 figure. EWA-31 (IV)
SUB CODE: 04/ SUBM DATE: 07Apr66/ ORIG REF: OOl/ OTH REF: 006/
J~0-rc --3LL

TAM450N, K.K., prof., dnktir tokhn.nauk: ANTSIPEROVSKIr, V.S., inth.
Computing decrease In pratensioning, as a result of stressing
concrete reinforcement at different times. Tranap. strol. 8
no.8:29-10 Ag 1.58. (Prestrewd concrete) (MvU 11:10)

ANTSIPEROVSKIY, V.S., insho; KUSIINERFV, A.M., k8M.takhn.nauk, *sent
A 55-m. span made of precast prestressed concrete. Trudv NIIZHT
no.24t239-247 161. (MIRA 16:5)
(Railroad bridges--Deaip and construction)
(Prestressed concrete construction)

ANTSIPEHOVSKIY, V.S., lnzh. (Novosibirsk); RYABYSHEV, B.A., inah. (Novosibirsk)
Repair of the underwater parts of bridge footings in the winter.
Put' L put.khoz, 7 no.12t26-28 163o (KRA 16g12)

ummam 11 lox's Mlt*!,~~Ipzolruruys VOOSS inah.
CAW" Of tiho fwmtLen of CrIv
'ab in
Cftk,T=U Ar trewcada, oua,, pNmnt mmuti-ac
ja 166. 15 DoOt45.46
OMA 10012)

0 VSV 11Y
EXCLRPTA HEDICA Sea 8 Vol W~o 'Neurology Oct 59
SOM THE CLINICAL PICTURE OF MUMPS MENINGITIS INADULTS (Russian
text) -&ptsypolovoki Y. 1. - Zil.NEVHOPAT.IPSIKHIAT. 1959. S0/3
(310-312)
ivonty- six patients were studied. Lesions of thee rantocer*bral nerves and
cerebral focal symptoms were completely absent. Repeated vomiting was not *b-
served. Thtro was no corrtopondence b9twton the manifestation of the meningral
symptoms and the dogret of the Inflammatory alterations in the csr. A meningtal
r*actionof the CSF without symptoms of meningitis (&symptomatic talent montnititts)
was rwood. Sobsequent analyst* of the CSF revosltd an albumifto - cellular disso-
elation throughout the course of the 4istast. The normalization of the CSF was
much slower than the clinical cars. Administration of penicillin and chlorteiracy-
cline d14 not affect the course of the disease.

ow

. -_.' It," &
AITTO UA )Us As
AN'TSIZ, G. A. -"Interrelation of Foms of Methodologleal Work in the School."
*(Dissertations for Degrees in Science and Fjqineering Defended at USSR,
Higher Educational Institutions). Laningrad Pedagogical Inat imeni A. I.
Gertsenp Chair or Pedaeogicap Leningradt 1955
801 MjsbMa Letople' No. 34, 20 August 1955
* For the Degree of '.Indldate in Scionnes

ANOKHIN, S.I.; G11T.SEV, Ye.G.; COLOVANCHIKOV, Met.;
NIKITENKOp V.G.; SHELKLYAYEV, A.I.; MARTINKEVICH, F.S.,
red.j PASHKKVICH, O.N., red.; VASIL'YEV3KlY, L, red. izd-
val VOLOKHONOVICH, I., tokhn. red.
(Improving the efficiency of large-coals transports in the
White Itassian S.S.RlRatelonalizateiia, perevozok massoyykh
gnisov v Belorusakoi SSR. Minsk, 1963. 241 p.
(MIRA 16s7)
1. Akademiya nayuk BSSR. Minsk, Instytut ekonomiki.
(White Ituasia-Freight and freightage)

ANISUPOV, G.
Simplify calculatiorm and accounta for comploted passageno
Hor. flot. 25 no. 12t14 D 165. (MIRA 18:12)
I* NacluLlInik planovo-ekonomicheakogo otAtela Baltlyukogo
parokhodstva,

ANTSUPOVO Moo
Resul,ts of operating 'Arkhangellak*-type ships. BbIl.takh.-skon.
inform, Tekh.upreMin. nor.flota 7 no.lltl6-23 162. (MIRA 160)
1. Starshiy Insh. planovogo otdola Baltiyakogo gosudarst"nnogo
morskogo parokhodstva.
(Merchant ships)

AUTHOR: - Antsupov, M.N. SOV/130-58-12-5/21
TITLE: Gas Cleaning at High Gas Pressure (Rabota gazoochist3d pri
povyshennom davlenii gaza)
PERIODICkLi Metallurg, 1958, Nr 12, pp 11 - 13 (USSR)
kBSTRACTs The blast furnaces at the Cherepovetskly metallurgical
works operate at 1.5 atm top pressure, the throttle on
Nr 1 furnace being after the scrubbers and on Nr 2 after
the electrostatic precipitator. The author states that
while all flanged joints have functioned successfully
there has been trouble with the water seals on the precipi-
tators until the design of the water valve had been
modified. At present the top-pre3sure is limited by the
insufficient height of the scrubber water-seal by-passes.
Float arrangements have worked well, the arm for the high-
pressure precipitators being lengthened, but the author
criticised the doubled iqolating system which is dif.L'icult
to instal. The design of the water separator after the
throttle group on Nr 1 furmice is unsatisfactory. When
Card 1/2 Nr 2 furnace works on one scrubber at low top-pressures the
pressure drop becomes excessive and the author recommends

das Cleaning at High Gas Pressure SOV1130-53-12-5121
the provision of a bypass and goes on to consider changes
in gas volume resulting from rapid changes in top pressure
on this furnaeo and measures taken to deal with these
fluctuations. For dealing with the large decreases in gas
output occurring when the big bell is opened, an automatic
system has been provided which simultaneously reduces the
gas flow to the boilers for a short time. The author
mentions that du3t production from the furnace is 14 kg/
tonne pig iron and that this is removed satisfactorily
although the cleaning of the thickener water could be im-
proved. Nr 2 furnace is shortly to operate at higher top
pressure and the author enumerates the measures taken to
prepare for this.
ASSOCIATIONI Cherepovetskiy metallurgicheskiy zavod
(Cherepovets metallurgical works)
Card 2/2

ANTSUPOV, Petr Alekseyevich; fW-.*-MNNIKIOVP F., red.; KARZHAVINA, Ye.,
1, takhh. r6d."-," z - '-
(Volunteer offices of technical infomatlonj Obahchestven-
nye biuro tekhnichookot Informataii. Lipets, Lipetakoe
knizhnoe Isd-vo, 1963. 18 p. (MIRA 16:11)
1. Rftbotnik savodskogo otdela tekhnicheskoy informatail
Lipetskogo traktomogo zavoda (for Antsupov).
(Technology-Informntion services)

L 2"4 2-66 ZWVS - 'ZPY(n)-2/00(m) WW
ACC NRS AP6007943 SOURCE CODEt UR/0089/66/020/002/0106/0111
AUTHORS: Ananlyev,,V. D.; Antsueov P. 113.1 Kapitsa, S. P.1
'KnariTum H. T I Ila tora,--T7M-.
Molekh1n, V. N.1 er ulov.-L.--A.
ORO: none
'TITLE: 30 Mev microtron injector for a fas~-neutron.pulsed reactor
SOURCE: Atomnaya energiya,
v. 20, no. 2, 1966, lo6-11i
TOPIC TAGS: linear accelerator, particle accelerator component,
fast neutron, fast reactor/M
ABSTRACTS The authors describe briefly the main features and
parameters of the 30-Mev microtron injector (linear-accelerator in-
jector) now In operation at the Laboratory of Neutron Physics of
OlYaN. The use of a microtron helps greatly reduce the duration of
the reactor activity buret and by the same token improve the resolu-
tion attainable with fast-neutron experiments, since the reactor does
not become supercritical and serves only an a neutron multiplier.
Card 1/2 UDCt 621-384.611.3

L 22417-66,
~-ACC HH: AP600794)
;The m1orotron Is identical in design with that of the IFP (L. M.
~Zykin et al., Transactions of International Conference on Accelbra-
tors, Dubna, 1963, p. 1049). The Individual units of the microtron
;as modified to operate with the IRR reactor are described briefly,
together with the results of approximately 350 hours of operation..
.The electron current, separated and focu3ed on a remote target,
.reaches 60 ma in pulse. An original optical system for extraction,
ifocusing, and aiming the beam on the target, together with the good*
e
monochromatic properties of the beam (energy scatter 0.3%) and small
langle divergence ensure 100% efficiency of utilization of electrons
rematning In the last (thirtieth) orbit. The author3 thank D. I.
~Blokhintaev, P. L. Ka Itea Fran and F. L. ShaRlro for con-
1. M.
;1tinuous intere aig- and S.,- K. olayly
_1 B. 1. Voronov, and
'B. N..Bunln, whose cooperation contri ed to the construction of the
!accelerator. Orig. art. has: 6 figures
SUB CODE:' SUBM DATES .09Aug65/ ORIO REFS 0031
Card 2/?~e4/

ANTSUPOV, P.V.
Speeding up w&U-tosting operations in oil and gas prospeating,
Razvad. i okh. nodr 27 no.1#112-15 Ap 161. (M RA ]At 5,
1. Trost "Llvovnefte asrazvedkan,
MI wells--Testing)

KLITOCRENKOt I.F.;_AjVaUBML,,, P.V.; VULII M.A.
Prospects of oil and gas in the Pokutye section of the Carpathians*
Geol.neft i gaze 6 no.lOtl3-17 0 162. (MIRA l5tl2)
1. Glavnoye upravleniye geologil i okhrany nedr pri Sovete
Ministrov Ukr6SR i Ukrainakly nauchno-iseledovatellokiy v
goologorazvedochnyy institut.
(Pokutye region-Petroleum geolo")
(Pokutye region-Gas, Natural-G6vlogy)

ANI~~UPOJ,L P.V.; VULI, M.A.; RYNSXIY, M.A.; KURIUTS, I.I.; LEVASHOV, F.I.
I _
New data on the coymmercial prospecting of the Strutyn' oil
field. Neft. I gas. prom. no.lt6-9 Ja-Mr 164. (MIRA 180)

ANTSUPOV, P.V.; RYNSKIY, M.A.; VUL', M.A.; KUHILFTS, I.,; f.1.
Ollkhovka, n now oil fieLi in the Carpathi.%n oil- nnd rnm-)vnr1nR
province. Nottagas.gooi. i rmoriz. no.205-19 164. (MIRA 17t4)
1. Kabiahskaya XRB tresta "L'vovneftf4gazrn%vedkA".

ANT'.;UI'OV, P.V.; ORLOV, A~A.
Structural geology of the Pokuty~%.-IhikovlnA section of the
Carpathians. Nef L. i gaz. prom. ni. -it 6-8 JL S 1641 .
(XIRA M12)

PALIY, A.M.; MTSUPOVt_t!Vj_VULI, A.M.l OVCIIAROV, S.M.
Recent data on the gas potential of the ternary sediments of
tho southeastern part of the outer son* of the Carpathian
piedmont fault* Weft. i gaz, prom. no.4t6-9 O-D 164
(MIKA Its'&)

AjNw,r,z"(T1'-'V, 1'.V. - 13b:,UVATYYp 1. 1. ; U~iXV, A.A.; MWINAKCV, A.V.
Proapecto for finding co%.-nercial gus In the BukovIna VAirt of
the outor zone of the Curpatfilim piedmont fault. Noftegaz.
geol. t goofiz. no.3:37-38 165. 18:7)
1. 'Aroit "Livovnoftegazrazvedka".

S 0191 61) 000 002 (14-41 044-2
IN N) I
A I'TH )R~ P~ I Y T ak anov,,
t I i F 111, if-i 1,2 ()f neco)i, ro H% i I a r p~)j CN. Ply
chlori if' 1)n V0111nIfItTiC
SOUI(C~: Plasticneskiyo massy, no. 2, 1965, 41-42
TOPIC TAGS: polyvinyl chlorldo, polyvinvi 01jorific foFtm -,pollymor moch~mical property,
1-m-)Ivinpr volmnotric lApight. collular polvrner
T T1. ~:I! 1!

L 277941a.69 ------
ACCEMON NR: "6004316
kiffilPT Impact coprnprr-sSioll. J-g tiso aftc-ted hy, !he wall flexibility but 1.9 dettmnim-d
1~
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N
1

A C F,!;;Sl I)N NM N T' ri 43 1 -1 FNC'I,()ST'R F
Y I The dependence of Mr-gs M lo~ "of-ri-tton l) arxi thf dy-namic rrc..Jllllts )f
4'1~1;ifi. ttv 17", rm thf
Card 3/3

ANTSUPOVA9 A, Set CAND MED SO 19. "qOMPARAT I VE EVALUAT ION
At u8.-# Gont-
Of CERTAIN L-A#Q t"A METHODS Of'~DIAONOSI TYPH
i
KIY# 1960e (GORtKIY STATE MED INST IM So Me KIROV)* (KL9
3-619 230)o
387

GRENNAUS9 G.I.; DEMAREVA, V.T.; ANISUPOVA, A.S.; SMUT, I.L.;
KOLUSHat I.P.
Some data on the study of Q fever in Gorkly and Gorkiy Province;
anthoral abstract. Zhur. mikroblole epid. 1, Immun. 40 no*5t9O
Y,y 163. (HMA l7t6)
1. Is Gorlkovskogo inatituts, epidemiologil i mikrobiologlip
Oblastnoy veterinarnoy laboratorli I Oblastnoy sanitarno-
opidemiologicheakoy stantali.

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INtmv. lh*Wv A&W Nab* A S '~ 9, ", 425 NN'd,
cf. watliter. VA. St. -I It. jwm. %$-I
ii"41.1ifts wils POUNIO. -Oft.
*drtom. &kind the fin" al i%ommiAlkin kno"11 bw I-
T1w formatom of tow
ZIM, 1= avisme"I'A tive 1"111411v 1,01t,"?
Masao into a with "fv"uf*l .4 Is-
billykne &W PrCMt:Clli. Tliw ptm-rom, is an,ikoa~s
to pulymerwt6m of 10owlykar Afi(l Ilic fildiff owsr A
womerimatiou is cb&W coutradkoo with tl%v4.p1",rt,t "I "f.
chafte. Diets. W The goorne (twibon. b, UP 001'. gave a
cul.b. 1311~46. ubkb witli 1% KMo%savv a ouLW (fadkm
it kcia aks.. Wlwh. 1V
In.W"din.154%
MON. %hilt ibe Witt it uniolenithed. Ammig uWa.
Om I cis W"q wilits! lettinn, STMIDA lvhkh wily Me.
r. I CIM.U Went WWJ. anif 110 01mrs, no"# W %bhb mt or-
lamit'l In the pure slaw The twIAWA cil"I '11m,wr "Ivsl
hatt come (rum MCCII.CMcMel. ishit, MCRICO futtim.
tim Inditwes The Witial I-wr%tv,%,r t-4
c. St K.Wutud

Ch ci atry - Orl;at-le ehe:duLrv
P.-ird 1/2 Pub. 22 )-9/52
Author3 I Batuyev, X. I., end. Antsus, L. 1.
Titlo I Optical investigt-tion or the chmical structuro of A. H. Butlerovs'
oxcktrnol
F-ariodical I
Institution t
Vok. AN Sz;~',R 10012, 267-270, Jan 11, 1955
Various opinions are prouented regarding the cherAcal structure of
A. 31. Untleroval oxo),tijnol 0811,,02). ,Jnce the oxoIctmol spectmu
showu an intensive frequency of 1692 cm- it indicates beyond doubt
that this molecule has a enrbonyl group. Thu oxo%ti.-nol prop~rtilua
whIch are dwont-tratcd by fl'Xt1'G11C Inertia of the mirbolKfl
1;r)up are explained by th- otrong affinity of the carbonyl Croup in-
its five-membered ring.
Acad. of Sc. US5111p The, 14. D. Zelinakiy ImAitute of Organic Ch-,Actry
Presented by : Acadcmician B. A. Arbuzov, Juno 22, 1954

Periodical. i r,-1%. All "IS.M 10012,
Ca.rd 2/2 Pub. 22 -~I?/52
Abstract I The carbonyl group,
hydrogen bond or the
be highly reactive.
(1883-1953).
207-270, Jan 11, 1955
in conditiortu warrantint, the -evvi-cince (,!' th,
rive-membemd oxoktonul ring, wat roun(i to
Twelve references- 10 USSR alld 2 GeM-An

- 7 , T - --
~ -, -T~j~ JIT, . . 1 1. i~:, - - LI- I I
"In.fluen,cc dc Iv rnmirication du radical dodey1c dons les dod(!eylbel scrc-
sulforntes, our leurs profrictes tctslo-netives et leur deternilt '. " a
Iviyer preoented at th,7 Thirtleth Inicrvotionn.1 Congreva of Caerlivnl
Athcl~s, 17-24 ~~p

T(080
SOV/62-59-12-214/143
V THO RS L. I Petrov, A. D.
r '~ T L F POlYm0'-iza1!.Wn Of P"Opylene Over ZnC-12 Catalyst.
CommunIcation 4. Dehydropolym erizzat ion in the Course
of' Polymerization of Propylene Over ZnCl2
PERIODICAL: Izvent.1ya Akadernii nauk SSSR. Otdele"Iye khImicheskikh
nauk, fir 12, 1959, pp 2199-2202 (USS10
AE~STRACT-. Fout, attempts were made to polymerize propylene over
ZnCl,- First atteizipt: 83% propylene, at 2000, at
c
1,'; 0 - 100 atm, rate of feed of' propylene, 900 mVhr, and
outflow of 1 'Alter of gas, 6-7 minutes. In the above
attemipt the formation of diolefins, cyclo-olefins, and
cyclodlolefins was observed. In the fraction 69-76',
3-methylpent-2-ene was found. Second attempt: 50%
pvopylelie, at 60-800, and at 100-1~Q atm. Two fractions
of po3yrierization products were investigat-ed. In the
firs", rraction (bp up to 1000), 85% of benzene was
round. In th,~ second fraction NP 150-15110), UP to 9W)b

I',-- ly-crIzation of' PrOPYIene Over ZnCl2 77080
f';j'alysl- Communicatlon 4. Dehydropolymerization gov/62-59-12-24/113
it, ~A'(` C~,JVSe Of Polymerization of Pvopylene
e,-er ZnC,
~2
aliVlbenzenes were lovind. Third attempt: the ratio
of' C. If to C IIB wan 1: 1. Rate of feed = 3,500 ml/bour.
'rile E~Oflow ~f~ I liter gas - 2-2.5 minutes, at 2000
arid 60-60 atm. In the fraction with bp > 1500, 58%
tet,amers arid pentamers were found. The formation of
aromalle hydrocarbons was not observed. Fourth
att.empt: 83% pi,opylene, rate of' feed, 900 ml/hour,
outflow = 4.5-4 minutes, at 2000, and at 40-60 atm.
In the fraction up to 1000 , 7.15% saturated hydrocarbons
were found. The yield of the fraction with bp > 150o
(tetramers and pentamers) was 50-60%. The scheme
of 11~-,.he conversion of' 3-t-ne"JAYIP
I ent-2-ene Into benzene
Is riven below.
'Ard 2/3

Polymerization of P.-opylene Over ZnC12 77080
Cataly3t. CommunIcation 4. Dehydvopolymovization SOV/62-59-12-24/143
In the Course of Polymovi;-ation 01' Pilopylene
Over ZnC1
2
c'1 I, - (:11 , t-. - (A I I -- It 2G" "IcII - 4. 211,
(!Its ell! (:It,
III* + 2clis - (.*It - Clio -- 2clit- rill - Clio ell, - Clio -Clio + Clio - ell -elld
*Abntrn(!t0r'A Note: ThIc nhould be CH3CH2CH3.
There is I tablej 1 figure; and 6 references, 5 Soviet,
I Oerman.
ASSOCIATION: Zelinskly Institute of Organic Chemistry, Academy of
Sciences, USSR (Inatitut organ1ch03koy khimil imeni
N. D. Zelinalcogo Akademli nauk SSSR)
Card 3/3

66460
SOV/20-129-1-26/64
AUTHORSt A~tsuv, L. I., Petrov, A. D.. Corresponding Member, AS JSSR
TITLEt Catalytic Polymerization of Propylenepropare Mixtures Over
Phosphoric Acid on Xieselguhr
PLRIODICALs Doklady Akademii nauk SSSH, 1'959. Vol 129, Nr 1,
pp 95 - 97 (USSH)
ABSTRAM The nuthors proved in previous papers (liefa 1,2) that ZnG12 and
HKO are fundamentally different catrilynto with ro,4~ard to
0 ofins. In the preoent paper the ii..ithomi trli:d to determine
the conditions under which tile uoe of phosphoric ticid on kit,jel-
guhr will produce the above polymerization withoat tile forma-
tion of satur3ted hydrocarbonn or tile depos,.tlorl of carbon. The
results obtained show that tile input rat-! of the procesn in of
great importance in determinine, the character of poly.-neri;,ition,
yield, arid fr.-ictional composition of tile poly!ner produced, Tile
optimurn valuen of this rate depend on tile ratio of propylerle
and propane In the initial (3as and on /polymcri zat ion tomper-
ature. The polymer yield was 2-1.5 lih with a propylene con-
tent of 83~,Z and an irWut rate of 2-2.5 1 Ver one liter of cata-
lyat per hour. Optimuim temperntire was 75-20C0. The cholce
of corresponding input rates tind tcmpurpitures i3 important for
Card 112 the normal progres3 of the process and for obtaining optimum

66480
Catalytic polyrerizzation of Prorylenepropane Mixtures SOV/20-129-1-26/64
Over Phosphoric Acid on Kieselguhr
yields of tetra- and pentaners of the nbove mixtures. H5P01, it;
contaminated -much slower by lm7-jrities containing sulfur
than ZnC12. The branching of the dq,,,iircd polymerizntlon frac-
tions to also very Inturesting. It. is supposed to be minimal
in the case of the synthesis of detergents and maximal in the
case of sur ac-active substances With a long duration of
contact isomerization decreases accompanied by a reduction of
branching. B. V. Lopatin plotted the infra-red spectra. There
are I table and 5 Soviet references.
SUBMITTEDt July 6, 1959
Card 212

ANIBUS 0 L.I.; PETROV, A.D.
Synthesis of aromatic hydrocarbons from olefins. Nertekbimla
2 noelz28-30 J&-F 162, (MA 150)
lo Inatitut organiohesko khimii AN MR im. N.D.Zolinakogo.
(Mef= (Hydrocarbow)

ANTSU5t L.I., PETROV, A.D.- SHCHFULINA, 0.1.
0 r
7 ~7;:"F:, -
Catalytic dehydroeyclopolymerization of C and CLolefine on
zncl and ZnCl2 " ZnS' Iav. AN SSSR. 4 S or. is. n0.103
2 1
186&,1870 0 164. (MIRA 17tl2)
1, Inetitut organichookoy khIall Im. N*D. Zolinskogo AN SSSR*

ANTSUTA To 13 arkhit.; KIRILLOV, N.P., arkhit.j KUZNETsOV, V.V., arkhit#;
2- t-19 - a I
SIDTINTSEVAp M.N.j arkhlt.; FrATIN, S.G., lnzh. Prinimli uchastiya:
CHUYENKO , R.G.p arkhit.1 FOSEVICII, Yaja., arkhit,; GLAZKOV, ?.I.;
at. tokhniki GOLUYJIOV, G.I., in2h.1 SAMSONVA, T.T., inth.; KOI=VA,
Yo.Ye., at. tokhnik-; MAWOVAp T.N.t takhnik; SHAMATp H.S., insh,l
SEVJNOVAp G.V.9 insh.; PIATUNIN, Yu.S.j gr. inzli- ; VOLINOVA, T.F.,
takhnik; SOWVIYMI, M.I., inzh.; MOREV, I.A., takhnJk.
(Two-apartment house with two-room apartmants; st"ard plan 1-102-51
Dvukhkvartirnyi chiloi dom, kvartir7 v dve kormaty; tlpovoi proekt
1-102-5. Moskva, Allbor. 1. 1960. 27 p. (MIU 14:10)
1. Moseow. TSentrallwy institut t1povykh proyektov.
(Apartment houses-Designe and plarw)

ANTSYMOVO 0. V.
"An unusuaUy severs June frost in IrkutakNo Prirodat No* 1. 1949
SO t KLRA

0 lee

Al t L L L L IL i IL 0 F
I L AA 08 Q CID CL

40
-00

-00

so RmWm of RoW mW tim Pfowum of "W XW. I I, Mill
-
'
as"I
lotw X-ftfilwv the 11iffen-114 Int-thtmis i,( mughing the mitt
s.o, 4.1,
so '
dit, nolla (in order (4) obtain a better irrilt) shich air otill nooml in as*
so a 111111141"HIN, 111ilho. and tho ball 1-114-vto ullidi thev wo the 411milly
4-1 lite h-16,11 forlal. flit Itilowimu).
MO
see
too

too

-A

0 0 0 411 0 0 0 04 111 o 0 0 0 0 0 0 0 o 0
00 0 000 0 000 0 a 0 00 0 *also 0 000 so* 0 0000 a
0 0 0

0 04
j1q*,?.OTj 0.- so toy ! OTOO
A s j 1. S 0, 1
Of so
"00
I.K.AnisibM. (KorhPolyrnnsys .160
*0 OW, 1937, No. &4, pp. W-ft)-(TR"Busaian). A number of 2*0
go ejampleo Mv quoted *Web iivz~e ame foulto In rolls, such as. .00
for example. iWorred Chemical ocimpowtion 1411tv inclusions, 40 *
Incorrect wW irregular cooling. inwnal cme~rjkc.. all of shieh l1o*
hwl W a Mmatum failm of the Mle. As a rmalt of the con.
aideration 4 ibm (axilts wA.Uwk effects. the autlior auggeds a
number of improvemants 4 So pWud Im lwtxvw wh h ilit, object
of produckw lifgh-quality wils.
ct&IWKAV the X-t. %A too
oil" 6
low
AAA $#two syl 9 a 9 0 4
a U 0 -lilt ~1
~ ~n te '0 '0
00 b 0 0
oil* 00 0 0
1~10 0 0 00
0 0 0 o 0 0 0 o 0 o 0 o 0 0 0 Wo 0 9 0 0 0 0 0 0 9 0 0 0 0 0 0 4- 1 6 a go

1 0 of IS It w 0 4 V 0 a 0 v a ,, a
-I Sao
0*4 jil-L -
ps 4? ~ I -_ I .-V d..
00
-00
00
of c . of
*0
TIM fthl ApAwl ftWe an kr1w 01 MAqtl"jj OUWG
.60
42-46). fin Russian),
4 211-1`114111 the lhnv.la work by the author *06
1w ainjettlep (if thftle.
11W tw-~ uut" hip-ro
ouny ""Illiaratbri%. raidiv at ripyal"I 1,11, rKturr. It "All
Ithl"An thai the SjIj"jOII;nf 1he"jinItat, qt thirti, C' .Vr of W410 %&A X*6
gTrater thin morr remop oxi'le it "tntalneti. The'fivrmation of an 000
4 adhering omk- one with a high femme.olkip "Intent--in aso
favourril by tempmures brturmn W)' and 10410' C, Inthr&rvowl too
6e part of the a"Irle the aullw examines the effe" ordifferent sei-tion.
eolli" "quenc" on the Amount ofecaloon t1w surface of the ruilvil
ocluds. Finally rvreftnt* ismaille to the use of steam or% &ter. wal
r
p
IWU*6'0 (Or 1110 frMOTMI Of Wale Ififfing rolling.
Igoe
Al WOO
aw of *sit*
,vw'iie
T, UIAL termi 001w00043.
u
I~nl
* ~01611031 lot
a o0 0 0 0 0 0 0 0 * 0 0 o 0 0 0 o 4

-- ---------- -
too
Miterial TG*t TeoWltues
steel
*Aplazstut for trwL Datw1dration of the Pl&BtiCitY
of a bbtll,o 1. T. Antalferorp Chief, Pro"Ction bs~,
Olanspetsbtallp. Mn of )btal. Industrr. 1l pp
rZavod Lab' Vol XIVP No 12
Zdaimfsae some plasticity teste,vhIch baTe been pro-
pm-rd. &Womte methMs to A&ko thIs t)pe of test
of greater ust to lmdnetr1*9 Itealing vith ste*l.
hqAqT1cY3

ANTSTYnOV. I.K*
LProgressive work methods of I.F.Fastukhov in drossi" metal; Chelyabinsk
metallurgloal plant] Peredovye setody truda I.F. ftetnkhoya po sachietke
metalla, Cheliabinskil metallurgicheekli savod. Kooky&, Goes nauchno-
tekhn. iod-vo, lit-ry po chernoi I tevetnoi metallurgii, 1952. 23 Po
MU 615
1. Chelyabinekly setallurgloheakI7 sayod, (Steel-Metallurgy)

'lU
'P4 -

BIMIYANOV, V.P.;AJMY7=Y. 1.K., inshensr,
"ThellOO(Y 'blooain& sill." A. A. lorol*v and others. Reviewed bjv V. Y.
ftrllanoys Stall 16 no*9t863 5 '56, (KLFA 9111)
1. Vs9soyusWy nochnyy politakhnicheekly institut (for Durlyunow).
2. Hinisterstvo ohernoy vetallurgii SSSR (for Anteyferov).
(Rolling mills) (Koroley, A. A~

ORIMEV, A.P., dotsent ; AhT6YFK-W, inzhaner.
"Brief handbook for rolling mill vorkers' by D.IA.Ouremich,
Heviewed by A.P.Omdev. I.K.Antoyforoy. Stall 16 no.10:951-!56
0 056. (KMA ic,-g)
1. Dnopropetrovskly metallurgichaskiy Institut (for Gruder).
2. Hinisteretvo chernoy metRllurLpli SSSR (for Antayferov).
(Rolling (Xotalvork))

PROTASOV, A.A., insh.1 ANTSYFEROV. I.K., insh.
'Rollabil.ity of steel and alloys," by IU.M.Chiahikova, Fbviewed
by A,AsProtanov, I,K*Antayferoy# Stall 23 no.5t450-452 My 163.
(MIRA 160)
1. 7Avod Itlektrostall"Ifor Protasov).
(RollIng (Metalwork)) (Chishikova, W.H.)

ANrSYFFRO'l I.K . InO.; YfRMANON, M.Z., kand. "khn. nauk; GAWFTS, F.M.;
SLAVIN, VA.; IZONTIM, Yu.S.,o DF-W-NISHIN, V.P.; FOMPATEV, A.F.
Pook revIews. Stall 25 no.2047-150 F '65. OURA 180)
1. Sinarekly '.rubnyy savod (for all except Antayferov, Yermanok).

Via I"iW-IGW#U flv~ vii
044, Ca 1. 1 kv toll, %%A 11. mi. 11. lip 1131 1 IA
1%, SAIIKM qkmw"~ft it., wrld Alwalitn. 14 4 thm to
i"I pkati4o,* 16, fusaii-kri, at*mIsikive- %' - 41 % "..I
it.&SM44.1, I - 0, %' - 04"1w IiI.V6,11. 1.0-1
'Jho. 61"1 1%,. .16* tU&M.- A th- J-64-
W. -h14, " 1. 11wh kW. SIW 60.4 %41 *W1141114k S-A. 1,
gims. A IkPPJ4- -.%peciewafteal mdana6ka. tA 46,
t%"144.m X' Gia sitese
j V ". h.u. o' I

WSR/PlkYsics Acoustics, Noise
r1ov/Dec 49
"Several Applications of Vibroretry in Structural Acoustics," 4 pp
1z Ak Nauk SSSR., Ber Fiz~ Vol. XIII, 11o. 6
Established connection between vibration level and noise level. This formula
makes it possible to predict level and spectrum of noise in unfinished spaces.
With help of audio-frequency vibrometer, weak spots In sound-insulating safeguards
can be determined, paths which sound takes to penctrnte from one space Into another
can be traced, etc.
154T78

a 1 1. ii 11 if U it
A L I L -&--L -k -J~ lk 0 P G A
. ..I. I-
emm., Vol. 3t No. 5
99 t
I? it H Bill a a pa Ap'"P.011 No
IIb V'Il-A I-L PA 0 (X 0 014A b 9
I.110.1
-rR,4AIS,.,,,.Al
bib bV811041 snooze
A A-J- AA-L 0 - 11. A
'-p .-0
4V,41jAd4e
W to 6 -rd
Antsvferov M. itle band electrodynamic vibromt*r of a wide
rings,
"Of the larr* nuuber of vibronters described in the literature
0913 there sire only two portable ones which are made for work in the
00.3 Reoustical frequency ranget the electrodynamda rhillpe vi'mmeter
13 0. %Yers, Philip,-ltteshn. Rundcham 1, 237 (1940)) " the 1hur
Brea. polaoslectric vibroprobe (B. Daurnzweiger, Jour, Acous. Sm.
Ann r. )03 (1940); 11.11. 5cott, Joijr. Acous. 5oc. Amr. ;1,
04 46 (19A. The ranges of both are lipdtod, however, to fre-
*0 crienclas free 10-30 cycles to 500-1000 cycles. However, the
0 present state and the future possIbIlItlas of developent of
applied Aeousties demands a vibration change in a wider frequency
range: at least from 300D-5000 cycles. At the same time, the
its vib. ter muat have a hirh sensitivity, TwrwittinR an amplit 0
I., rwasurement of a vibrational vvlocity of the order 10-5 to 10~9 cm/89c.
(ov*r)
.1. 61're,ime,
V TI
U aw No At.. I I *-a ~ 1 4 -F JIAI1 0 Od G- 4 01 V aI do -4 6-1
0 ""040111 aft its 111o" 1401 No I I to
-00
see
81*0
use

00 The electrodynamic vibrometer which we described satisfies these conditions,
00 and can be used for the inventigations of soil, constructional inst&U-
40 ations, vz.-chanisr4, otc., in a wide range of acoustic frequencies. The
69 construction of this equipment to the first experiment in this d6rection, 00
Coneenuontly, the vibrveeter is not free from isrew shortcoutings which, 00
however,, do not hinder its successful utilisation. At the same time, 0 0
00 1! a sonsitivity Is 1000 times Freater thRn th-mit of the foreign Instruments, :10

4110
while the frequency ranre Is considerAbly iodder," 0
Of 00
to 00
90

00 Zhiirnsl Tekhftleheskvi Fitiki, Vol. 19, No. 10 (1949)
04

USSR/Geopbysics - seignowstry Jul/Aug 50
PArthquakes
b8ocoolary Resonances in a Seizwgraph With Spring
Suspension," M. S. Antsyferov, Geophys Inst, AcALd
Sci USSR
'01z Ak Nauk SSSR, Ser Geograf i Geofit" Vol XIV..
#h No 4, Pp 317-333
z
Calculates influence of distributed parameters of
seisawgraph's I'vibrometer's) springs upon its fre-
quency response in form of approximate formul" Of
frequencies and amplitudes of secondary resons ea.
Compares theory with experizwnt. Recc - inds
IM 1(AT38
UMR/Geopbysics - Seismometry Jul/Aug 50
(Contd)
methods to suppress frequency d1stortlons caused by
secondary rtsoza=ez. Submitted 26 Dee 49 by Acad
0. YU. Sb:mIdt.
164T38

A,',-r3YFNR2Y,_ M. 3
U33R/aCOPIVOics - 13010mogra.P1111) Calibration of Sep/Olct 51
"Vibrational Platform for Investigation of VibroiAteri In Sonic Mapanon," M. S.
Antayfcrov, Geophys Inst, Acad Bei USSR
It Ak Nauk SSSR, Ser Gcofi%, No. 5, PP 31-39
Describes vertical vibrational platform with clectrodynamic exciter designated
for calibration of Vibrometers and scismgraphs within a Afreouency band of 5-10
to 5,000-1,000 cycles. Araplitude of platform oscillations my be adjusted within
wide range. Considers possibility of control of amplitude and phaGe. F. A. Surin
and 1. L Kly4in took part in tests. Submitted 12 Jun 51.
193T34
Vilks?

ANTSTMOT, H,S.; GOLIIWARB, M,L.
- wwww""
Research results vith a string galvanometer. Trudy Oeofiz.lnat. no.22i
19-25 154. (MM BW
(Galvanometer)