SCIENTIFIC ABSTRACT VASILYEV, G.T. - VASILYEV, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858820019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BANGE, Boris Ottovich; V I Petr
- ULL KOWY,
Vladimirovich, dot sent-,-Tm-nd-.-t6khn. n-mik; KM, Azariy Samoylovich,
doteent, kand.ekonom.nauk-, DANIWV, S.P., inzh., retsenzent;
L17KIKA, T.L.. red.izd-va; VkMOVITSKATA, A.I., red.izd-va;
SM NSKAYA, O.V., tekhn.red.
[General information for forging-miachine and pu'na'h operators]
Obshchie svedeniis dlia kasnetsov. Tod red. F.V.Kamneva. Moskva,
Gos.nauchno-tekhu'.izd-vo maghinostroit.lit-rys 1958. 114-p.
(Bibliotecbka kuzaetza-novatora, n 1) (MIRi 12:3)
(Forgin93

VASaI~L~IYIT ZAWy Vasillyevich; BMTOVA. Ye.M., reclaktar; NEKWOTA.
ft.w.- .1. --
.. tekhn?'*c=e ty redaktor
[Water supp3y and savage disposal for enterprises of light Industr7l
Yodoonabzhanie i kanalizataiia predprilatit legkol promyshlennosti.
rad. 2., perer. i dop. Ifookya, Goo. nauchno-tekhn. Izd-vo Kinister-
stva promyshlennvkh tovarov shirokogo potreblentia SSSR, 1954. 234 p.
Nater supply engineering) (MLRA 7-10)
(Bower age)
(Pactory and trade waste)

I- I.---.- , asil.lyevich; LUKIMH, N.A., retsenzent; VMITSUTA,
VA51L'YSV,-P,ri&oriY..V
Te.M., red.; )RDOW, L.Ta,p takhnred,
[Purification of waste waters from enterprises of the textile
Industry] Ochistka stoohnykh vod predpriiatii taketillnoi pro-
myehlennonti, Moskva, Gosnauchno-t6khn.izd-,vo lit-ry po legkoi
promyshl., 1959. 227 P. (MIRA 13:5)
(Sawage-Purification)

VASILITRV, G.V., inzh.; FFMYIMLI, R.V., inzh.
- -: ~ , I ~ . - i , ~
Automatic control, regulation, and signalization on the whaling
and whale processing plant "Slava." Sudostroenie 25 no-7:15-18
Ji 159. (MIP.A 12:12)
(Whalers) (Automatic control)

VASILIYEV, Grigoriy Vasillyevich; G114SBERG $ S.Kh., retson-.ent;
I.A.9 redi
[Water supply for enterprises of the textile industry)
Vodosuabzhenie predpriiatii tekstillnol prou7shlennosti.
Moskvaj Legkaia Industriia., 1964. 273 P. (MIRA 17ill)

VASIL'YJJV, G.V.
Using a single pouring lip in teeming cast iron into lwUes.
Biul. TSNII= no.4s4l-42 158. (MIRA 1135)
1. Magnitogorskiy metallurgichookiy kombiuat.
(Cast iron-Metallurgy)

VASILIMWg G.V.
Using curved bricks in lining tapping sponts, Blul. MIICHK no.6:
44 158. (KIRA 11:5)
1. Magnitagorskly metallurgichookly kombinat.
(Open-hearth furnaces)

VASILIYEV, G.V.
Changing the method of placing ingots into the soaking pits.
Biul. TSNIICHK n0.7:40 158. (MM 11:6)
l.Magnitogorskiy metallurgicheakiy kombinat.
(Steel ingots) (Fuxnacee, Heating)

VASILIYEVI G.V., inzh.; KOHE.'r3iIY, B.A-j, izh,; POU-TA15,1VI ji--11.
Specialization has improved the operations of ninO
Shakht. stroi. 8 no.8:4-5 Ae, f64. 1,1.,))
l.Yagozovskoye shakhtostroiteltnoye upravleniye.

ILIYEV, G. V., Lngr
USSR/Metals - Heat Treatmc.-nt
Oct 50
"Are Surface Hardening," K. K. Khrenov, Active Mem, Acad Sci Ukr aintan SSA, 6. V.
Vasillyev, &Zr, Kiev Ord of Lenin Poly-tech Inst
.gl
"Avtogen Delo'4M 10, pp 1.-
Mperimeni.s to heat a metal with a direct action DC carbon are in process of surface
hardening of rail ends. Possibility of melting a metal was eliminated by moving are
along surface to be heated with aid of transversal alternating magnetic field. ImetKod
is efficient, convenient in regulation, arid less expensive than hf currents or oxyactylene
flame. Dexcribes laboratory installation and are heating technique.
4w PA167T82

VASIL V, G. V*
Con itions for Int_ermittent Sp2t Weldinp, (In Russian).
7-
I. P, Trochun and G. V. vasillev, Avtogennce Delo (Welding),
v. ZLp Nar. 1950P P. 11-14-
Describes above method of welding characterized by interrupted
application of the welding currentp necessitated by a difference
in the sheet and the rate of heat escape from the surface of
the sheet and the rate of heat escape from the surface of the
sheets through the electrodes. This method is recommended for lcN-
carbon steel sheets ot 3-10 mm, thickneep. Special advantages are
discussed. Optimum conditions of welding kor different cases are
indicated. (Inwdiate source clipping)

BORT, M.M., kandidat tekhnicbeskikh nauk; BYALOTSKIY, L.A., assistant;
TASIR~~- iZJ; aosistent; GANUNKO, M.N., kandidat takhnicheakikh
vOCS; GE-Im"NU, F.G.. kandidat takhuicheakikh nauk, otvetstveaW
redAktor; TROCHUN. I.P., kandidat tekhnicheskikh nauk; SEH=, V.K.,
vedushchiy redaktor; inzhener; RUDENSKIY, Ta. V. , tekhnicheskiy re-
daktor.
(Blectric welder's reference book] Spravochnik elaktroavarshchika.
Ixd. 2-e. perer. Kiev, Goo. nauchno-tekhn. isd-vo mashinostroit.
lit-ry, 1954. 515 P. [Microfilm] (MLEA 8:1)
(Electric welding)

BCRT, Mikhail Mikhovlrvich; V I
Nikolay Antonovich; flyiNSSA ,URriy VqBil'yevich; GORPENTUK,
. Anstof15r-1h1t~rt76Vfdh; ASNIS, A.Ye.,
kand.tekhn.nauk, retsenzent; KHMOV, K.K., akAdemik, red.;
SOROXA, X.S., red.izd-va; RUDIMSKIY, Taj., tekhn.red.
[Gas welder's ~iandbookj Spravochnik gRzoevnrahchika. Pod red.
K.K.Khrenava. Kiev, Gos.nauchno-tekhn.izd-vo mAshinostroit.
lit-ry, 1957. 275 P. (MIRA 11:1)
1. AN USSR (for Khrenov).
(Gas welding and cutting)

AUTHOR: ShnaXer, B.I., Engineer, Learned Secretary 135-58-20/20
TITLE: Review of the "Manual for Gas-Welding Operators". Edited by
K. Y. Khrenov, Member of AS UkrSSR (Retsenziya na knigu.
"Spravochnik gazosvarshchika"pod redaktaiyey akademika.
AN USSR K. K. Khrenova)
PERIODICAL: Svarochnoye proizvodstvo, 1958, Nr 8, PP 47 - 48 (USSR)
ABSTRACT: This is the review of a manual for gas-welding operators
composed by M. M. Bort, G. V. Vasillyev, 11. A. Corps-
nyuk and A. D. Kotvitskij~-.--rf-was published in 1957.
.ASSOCIATIONi Sektaiya evarki Klye-yakogo obl. prayleniya NTO Mashprox
(Welding Section, Kiyev oblast NTO Mashproz Administration)
1. Welders--Manual 2. Books--Review
Card 1/1

BORT, M.M., kand.tekhn.mauk; BYALOTSKIYp L.A.9 inzh.: VASILITEVq G.V.p inzh.;
VOSHCHANOV, K.P., inzh.; GAPCHENKO, M.N., kand. o MUtr;-GGUWff UK
N.A., kand.tekhn.n&uk; GREBELINIKp P.G., kand,tekhn,nuuk; DYATUN9
V,I,p kand,tekbn.nauk; TROCHUNq I.P., kand.tekhn.nauk~ KHRENOVt K.K.,
akademik,- SaROKA, M.S.9, red.
[Electric velder'-s handbook] Spravochnik elektroevarshchika. Izd.3.,
perer., MoskTap C~6sonaucbno-telcbm:;izd-vo,madiinostroit,3.it-ryt 1961.
748 P. (MIRA 14:6)
1. AN USSR (for Khrenev).
(Electric welding)

VASIL'YEII, G.
P A 4A,,,W2
UMNd1o Receivers Apr 48
Ciroaits - Analysis
"Negative Feedback in 6H-25 7H-27 Receivers,*
G. Vasillyer,
"Radio" No 4
Explains how use of a negative feedback circui will
Improve the audio-frequenov quality of subject ra-
oeivers.
4W. - - --- --.- - - -- - 4/49T72

USSR/Elootronics - Magnetic tape-recorders
Card 1/1 Pub. 89 - 21/29
.Authors I Vasillev, G.
-Title I The double-track recording of magnetic tapes of comwroial and amateur mdz~
netophones (magnetic tape-recorders)
Periodical : Radio 9, 48-49, Sep 1954
Abertract t Two-way recording of magnetic tape-recorders'is described. Particulars and
relative characteristics of double recording of various commercial and ama-
teur type magnetic tape-recorders are cited.. The operation of the following
systems of double tape-recorders is explainedt 1) "Dnepr" (Dnieper); 2)
"Dnepr-311; 3) -1140-211(MAr -2); 4.) 141AG-2A"; 5) ItMAG-2PII bur -20); and 6)
I'MAG-511. Drawings.
InStitUtiOri
,)W)mitted- - -

t
tt-
AID P - 4417
Subject USSR/Radio
Card 1/1 Pub. 89 - 15/18
Author : Vasillyev, G.
---------------------
Title : A steel needle manufacturing and sharpening machine
Periodical : Radio, 4. 47-49y Ap 1956
Abstract : The use of steel instead of sapphire or corund needles
in tape recorders is reported. A special device to
adapt phonograph needles for use in the tape recorder
was designed and its structure is explained. Nine
diagrams.
Institution : None
Submitted : No date

107-57-4-39/54
AUTHORZ_:K~_~ij~yev, G, _quperintendent of Sound Recording and Demonstration
Laboratory, Gor'kiy State Conservatorium (Gor'kiy)
TITLE: Stereomagnetic Sound Recording (Stereomagnitnaya zapis' zvuka)
PERIODICAL: Radio, 1957, Nr 4, p 48 (USSR)
ABSTRACT: Principles'of stereo sound recording and playback are explained. A
dual-track tape recorder with separate amplifier, oscillators, and loudspeakers
replaces two tape recorders which would have been actually needed for stereo
recording. The stereomagnetic system of recording and playback was first
d*'VeloPed in the USSR in 1947 by Professor I. Ye. Goron. The "acoustic pers -
pective, " which we sense in a binaural recording, is a necessary condition for
the preservation of the natural timbre of the sound.
There are two figures in the article.
Card 1 / I

VASILEV, G.
The importance of the force factor in P-n electric-power system. p. 220.
(Elektroprivreda., Vol. 10., no. 4, Apr. 19570
.00- Monthly List of East Etiropean Accessions (ZEAL) LC, Vol. 6., no. 7j, July 1957. Uncl.

4UTH,~,R Vq S 11 - 1, --r , - - -
7.!
- "
TITLE: A Rover I) crarior. ;I, e- rcduc
110ccrder (lie verburat!3 ionnyy Ur-,4 t f or an Y'vZ -1 9 oC,-ie ti., 3c,,znd
','03r,1-011ZVO~yushchiy t~l~k ctlya
ma,3nitc-fona
PERIODICALt iiadic" !~),r"S, jTr 1"'. ~~ ~*6_1 7
ABSTRACT: author orc.~ucc-,, a -_ avcrb;_-ra-! ion renroduTin,,
f ujilt for
an lm"K-15 _-agz,,PtJ_:, this LiTparal:19 inlyodices

-
t L
nio :,,fund rcccrdingm, thu!: Jim,
provin;: and .,aality. For exampir." tlh,'! re-
I ` - hcmr
boccimeLs `u!Ler, r.(
and mcrc boautifi.il 461' t'ic. i- m,.mum r-verberaticn i~ !-,r-lected,
T1.9 relrpr~,ercitlor, 1-ioc!- oj' the crd.-Mary ropr,.-ducifi-
hr-ad for bu:;i.c, and the mv.1ti.-
c1otted nound waveS It .3hort,
time; the intenrJty 'If the
peate' -,,_-ad7ii1
Julatz.or. uf cimr.- o-~-
achiev~,d bY a rh~_-7,stjz whi,:. iy docreases The
rcver'b,~,ration 13
r hrid',rez: the pri.-ary h~~ad_ -lie
r~-vcrbTra'."Lon r,.inii~ur-
qjt~ta of : - -
Self-ccr".11ired :.-1.a!r".!-_1t3.c. !,r_-..v 1j end-type (ocen' rje,--.,i11L-y
Card 1/2 ccreO. A ful_j of th.~~, unit is c c c,ro r.

SOV/107-58-10-37/55
A Reverberation 1~eprodvoinp, Unit for an L~-`Z-15 Yag-netic 3o,ind Recortler
to a comment frc,-n the editors, one of its defects is that as
Vie regulation of the time of reverberation is a~~hieved by
the brid-ing of the primary head, the latter's st---nsitivity
is reduced as well aj the ~-eriaral level of transmIj,Aon.
There ii I circuit dingrn"i, 2 ilii;eramao I tWAn an(31 I fi,,;urn.
AT]),,) C I ii T 10 N - Laboratoriya zvukozapini (",orlkovskoy konservator-ii (The :-,ounO-
2ecordin'- Labor-itory of the Gorlkiy ~'onaervatory)
Card 2/2

ft-j- -P.- M"-

r.

V-4 0 r

now
It 10 Ac 14 sbm)
t JL 'Awks'.
A. ALL
0
IL jt~
p-v w~-
S. A 317-
IL X. 5"-
C. .A z . ..a,- - . ..
.. Z=c- " -r-
IL C 2-.-..
A. IL W~
11
fc Is AO n q1too)
L C I- ICKAI
IL AL lr-"-
Vxw
IL * rp-
A.-" aq..-w p-
'."m' ("Oft), anew#
G.M am.

VABILIYEVV G.
Long-playing and ouperlong-playing phonograph recordu with direct
reproduction. Radio no.103-55 Ja 160. (MIRA 1315)
(Phonorecorde)

S/169/61/000/010/028/053
D228/D304
AUTHORSt Vasillyev, G. V., Vasillyev, K. N., and Goncharov, L. P.
TITLE: Automatic panoramic ion03phere station of the AWC (AIS)
type
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 10, 1961, 2,
abstract 10G15 (Geomagnetizm i aeronomiya, 1, no. 1,
1961, 120-127)
TEXTz The design and operating principle of a station of the AWC (AIS)
type are described in general outline. A series of such stations were
prepared in the USSR for equipping the network of observatories taking
part in the I,G.Y# and I.G.U. The brief technical data for the station
arei output power of 5 - 10 kV ; linear frequency-band of 1 - 10 or I
10 Mc/B ; overlap time-range of 20 sec.; impulse duration of 50 - 70~-sec-;
repetition frequency of 50 pulses/See.; frequency marks through 1 Mc/s
height marks through 50 km; linear frequency-band of 0 - 250, 0 - 750, and
Card 1/3

S/169/61/000/010/028/053
Automatic panoramic... D228/D304
0 - 1500 km; general heterodyne tuning for the transmitter and receiver;
receiver sensitivity of 10 V ; passage band at the 0-7 - 20 kols level;
program of automatic operattan after 60, 30, and 15-5 min. or continuously.
B-type indicator in a tube with a diameter of 25 am; recording on 35-mm
film; antennas with two vertical rhombs in the range of I - 6 and 5 18
Mols ; alternating single-phase charging voltage of 160 - 230 V and
50 c/s ; input of 1.7 kW. The photographyv block-circuit, specimen iono--
grams and outline of the antenna layout are given. The described station's
advantages are: the high output power, the presence of two frequency bands,
the indicator with a large screen, the simplicity of the circuit, the small
size and weight, the effective antenna system, and also the high opera.-
tional reliability. In the constructional respect, the most original
units developed by the authors include: the modulator, which guayantees
the transmitter's reliable and qualitative working; the aimple and reliable
scheme of automation, based on the use of a standard An4 (KPCh) contact-
actuating clock; and also tho extromely effective antanna-System for the
wide frequency-band. The station's outfit--.which together with the upaxe
Card 2/3

Automatic panoramic ...
S11691611000101010281053
D228/D304
parts and instrument includes a set of measuring devices, a fully equipped
antenna-syntem, a power plant, appliances for developing the photographio
film, etc.--enables it to be deployed at any site. Z ~bstracterls notes
Complete translation.-7
Card 3/3

S/904/61/000/000/007/011
D218/D308
AUTHORS: Bonchkovskaya, Yu. S., and Vasillyev, G. V.
TITLE: Apparatus for the determination of absorption
by the A2 method
SOURCE: Doklady Nauchnogo simpoziuma po ionoefere,
Rostov-na-Donu, 21-22 aprelya 1960 g. V razdel
programiny 1fIGG (ionosfera). Rostov on the Don,
Tzd-vo Rostov. univ., 1961, 80-88
TEM: The apparatus for the A2 method (recording of mean
field strength due to extra-terrestrial radio sources) is de-
scribed. The apparatus was developed at the Ionospheric Division
of L43MAP (IZMIR) AS USSR. The specifications of the apparatus
are quoted as follows: (1) The five-element Yagi antenna is
tuned to a mean frequen8y of 30 "'Ic/sec, and the beamwidth at
half-power points is 30 - (2) The axis of the antenna points
toward the Pole Star. (3) The effective height of the antenna
Card 1/4

-1/000/000/007/011
S190410
Apparatus for the ...
above ground level is about 3 m. (4) There is a superheterodyne
receiver with two HP and three IF arni)lification stations; t.11e
detector is iinear, the worlixing, frequency is 28.5 11,1c/sec, and
the intermediate frequency is 455 jcc/sec. (5) The receiver
noise factor is about 3.5, and its fialf-power bandwidth is
7 Ice/sec. (6) The power amolification coefficient of the re-
12
ceiver is about 3 x 10 The block diagram of the apparatus
is given in Fig. 1. The apparatus has been used for short-range'
forecasting at the above institute. There are 3 figures and 1,
table.
ASSOCIATION: Institut zemnogo magnetizma, Jonosfery i
rasprostraneniya radiovoin MT SSSR (Institute
of Terrestrial Magnetism, Ionospliere,and
Radiowave Propagation, AS USSR)
Card 2/4

S/904/6'1/000/000/007/011
Apparatus for tne... D218/1)308
*41AUM040
P FIT T ~7-bl CONOnarm
fiemeA(m--P i4wrpmv -
q0cmd MOACQ
0//
910PPOPell-
e0tKNtW6
-220 v
PISC. 1. BAOK-CXCMJ YCIIWAMS 9AR 113MUPCIIIIN florAOLAC1111R.
Fig. 1
Card 3/4

S/904/61/000/000/007/011
A-Dparatus for the ... D218/D308
Pig. 1. Legend: (1) control instrument, (2) noise generator,
(3) H1, amp, (4) mixed, (5) IF amp, (6) detector, (7) DC amp,
8) pen recorder, (9) 1st netrodyne, (10) 2nd hetrodyne,
) ferro-resonance stabilizer, (12) electronic stabilizer.
M
- ~/ -r - - .. -1 .. - ~ - - - . - -

S/904/61/000/000/008/011
D218/D308
AUTHORS: Vasillyev G V and Kushnerevskiy, Yu. It.
TITLE: Yanually controlled ionospheric station with
mechanical link between the transmitter and
the receiver tuning
SOURCE: Doklady Nauchnogo simpoziuma. po ionosfere,
Rostov-na-Donu, 21-22 aprelya 1960 g. V razdel
programmy MGG (ionosfera). Rostov on the Don,
Izd-vo.Rostov. univ., 1961, 89-100
_TEXT: -The station was designed for the study of absorption
-and winds in the ionosphere by vertical pulse sounding. Motions
of small-scale irregulariti-is were investigated using spatially
separated receivers which racorded pulses reflected from the
ionospnere. The three antennas were placed at the corners of
a right-angle triangle with two equal sides of 110 m. The magni-
tude and direction of irregularity drifts were determined from
Card 1/2

S/904/61/000/000/008/011
Manually controlled... D218/D308
the time shift between corresponding points on the amplitude
curves. The apparatus was developed at M3MVIp AS 'USSR.
Its principal characteristics viere: (1) frequency range--
0.5 " 16.0 DIc/sec; 2) power Der pulse--20 - 50 IfW; (3) pulse
length--100 ~tsec; M pulse repetition freq'uency--50 cps;
(5) receiver sensitivity--2 ~LV; (6) mechanical-link-enouring---
that-transm-i-t-ter--and--re-c-ei-v,~!j~ WeYe tuned.to the same frequency;
(7) the same transmitter could be used to operate on two or more
fixed frequencies because Aride-band amplifiers were employed.
The apparatus has been used since 1958 for IGY measurements.
-Typical results showing velocity and direction disA$.
-ributions are
reproduced. There are 7 figures.
ASSOCIATION:- -----Institvt,--ze=ogo-ina-gn6tizm6L-, ionosfery i
rasprostraneniya radiovoln All SSSR (Institute
of Terrestrial Magnetivniw Ionosphere, and
Radiowave Propagation, AS USSR)
Card 2/2

L401Q12-65
ACCESSION qR: A15009252 UP, 2831./64,000/013/0102/0105
-R: ~kov!a V. V.; Khurdzhua YU. S.
AUMQ N. P. Vas--
TTTLE- Some re.-sults of maguremente of the ab,3or7tfort of galactic radio noittes
SOURCE- AN i5SR. Kexhduvedomstvenny, i4eofiricheskiv kam itet. V rardel progra=y
MGG: lonosfera. Sbornik statey, no. 1.3, 1964, 102-i05
TOPIC TAGS: radio wave propagation, radiation absorption, galactic radio noise,
cosmic ray, ionospheric F layer, solar activity, magnetic activity
-ABStRACT: -The article:I- re -zone - blot conclus Long - concerning _t~e-H-urna L and-
p
9-e-a-9-o-nat -variAttans in the ah9jorption (LY-of-catimic radio-frequency ra
antenna aimed at the No-th 5tar, the measuremears were maae aL L-nikito. LraPD5
of the monthly mi-dian d1urnal variation of L show that it is rf-racterized by hLgh
, =2
% Q

ACCESSWR ft- AT5009252-
majanpt !c c~taracterfst ic s c
A "A
1 Tj-
FEW'=

-07
or,qq -
L 16467 -66 EWT(d)/T/LWP(l) IJP(c) BB/GQ
C NR: AT6004641 SOURCE CODE: UR/3190/65/000/004/0038/0052
AUTHOR: Vasillyev. G. V.
Org-. none
TITLE: Experimental device for the coding and introduction of electrical sigm
electronic com puters )bt4
SOURCE: AN SSSR. Vychislitellny vy tekhn
y tsentr. Soobshcheniya po . chislitellnoy Ike,
no. 4, 1965. Vvod I obrabotka. spetsiallnoy'informatsii v EVM (Input and processing of
special Information in the electronic computer), 38-52
TOPIC TAGS: computer input unit, coding, data processing,catitode ray tube, binary ~~odc
ABSTRACT: The use of general purpose memory- contai n I ng electronic computers permits
the storage of Information over the necessary periods of time and the processing of signals
according to any required algorithms. Such computer use for the processing of electrical
signals necessitates the design and construction of special devices for signal-to-codo con-
version and the introduction of such a code Into the computer. The present article
describes an experimental device which converts electrical signals into the binarycode.
46
Card 1/2

L i8467-M
ACC NR: AT6004641
It uses a special coding tube with a plane (two-dimensional) beam the scanning frequency
of which may be promptly varied within the - 0 to 33 ke range. This Is important because
flie sennning speed determines the spectral %vidth of the processud Liiglial. 'n1c tube, indi-
cator-ampliffer, scamaing pulse generator, and forming and cyclic code units are de-
scribed. A discussion is given on the cyclic-to-direct code converter, the output direct
code pulse shaper, direct code indicator, decoder, and dccoded signal indicator. The tubes
were developed by Cand. of Techn. Scl. A. M. Kharchenko and Engineers S. P. Kinakh
and B. S.-Malldyell. Orig. art. has: 9 Was and 13 figures.
BUD CODE: 09 SUBM DATE: none ORIG REF: 006
Card 2/

C AT6027217 SOURCE CODE: LIP/0000/66/000/000/0094/0096
AUTHOR: Popov, N. P.; Vasillyev, G. V.-
ORG: none
,20
TITLE: Description of a wideband antenna'for vertical ionosphere Bounding
equipment
SOURCE: AN SSSR, Sibirskoye otdeleniye. SibirsIdy institut zemnogo'magnetizma,
ionosfery I rasprostraneniya radiovoln. Issledovaniya po geomagnettzmu i aeronomil
(Studies in geomagnetism and aeronomy). Moscow, Izdvo Nauka, 1966, 94"96
TOPIC TAGS: hf antenna, dipole Antenna
ABSTRACT: A folded dipole antenna in an inverted Vtconfiguration (see Fig. 1)
modeled on the French deaign was tested at the Siberian Institute of Terrestrial
Card 1 m
Fig. 1. The Inverted V antenna

L 41145-66
ACC NR, AT6027217
Magnetism, jpnosphere and Radio Wave Propagation of the Siberian Department of the
soundi
Academy of Sciences USSR. The antenna, intended for vertical ionosphere ng,
TW
0,6-
Nig. 2. Traveling wave ratio and input
013- .. impedance as a function of wavelength
0 t -'for the inverted V antenna
z
A/AO
has a wider frequency range than a rhombic antenna, i.e., from 0.37 to 1.67 ~o where
Xo 30 m. The relative field strength of the main lobe was not less than 0.5 for
the frequency range from 3.7 to 16 Mc. The input impedance of this antenna is not
constant with frequency, as can be seen from Fig. 2: however t~~ traveling wave ratio
Card 2/3

L 41145-66
ACC NIh AT6027217,
(TWR) did not fall below 0.3 (see Fig. 2) when the antenna was loaded by a load
resistor RH - 650 ohm and fed from a feeder line whose characteristic impedance was
600 ohm. The antenna design formulas are as follows: h - AO/4, H - 2h, 1 - 3h,
D - 0.01 Amax, and d - Ao\,r2-. The dummy load may be realized by using two-series
330-ohm resistors whose mid-point is grounded. Orig. art. has: 5 figures. [BD]
an I
SUB CODE: 0 'JISUBM DATE: 25Dec65/ ORIG REF: 004/ OTH REF: 001/ ATI) PRESS:
57057,

of nan-! tar
.7 '.r, M) prophyl--x'.j of traLmati~m..
travm. i ortc,,il (1-aRk 18!2"
1. fclaitskiy gosudaraLvmnyy institut

SAaLL!-YZ-V,_,g.qqj,giy Vanillyfivictij I,'.IKIIAYLOV, Vwdliy MilklUril;
IV. ~ I r 1,
BOBYLEVA, L. . e.1, -
[Practice in operational producti~jn planning in L~o
machinery i-ndustry] Opyt operativno-proizvod8tvennogo
planirovaniia v mashimstroenii. 'Aovkva, Ekonom:Lka,
(MIRA 18z10)

LZ f,-'~-TITVIP :!j
h. r.o,,. 4
into a p-, vyr~n. t~t-xi

LIKHArllr'l,' L.Ya., lnzh.,- KHARITONOV, A.S., inzh.1 VASILIIEV, G.V.; STARIKOV, V.F.v~
Using overall dust au 'upresnL,~n at the "Albaehevskala-21 mine. Ugoll
40 no.6:61-63 Je 65. (~a-?A 18.-7)
1. Vostochny-y nauchno-i33ledovatell-okly institut po bezopasnosti rabot
v gernoy promynhlennosti (for all ex,-epil- Kharitonov). 4'. Shakhta "AbaBbev-
skayR-211 (for Kharitoriov).

VAS IL IYL I -
. . F,-* 1-., . - - ~C.,:-~.
- a~.,l - - - .
The EIPG floatLng ar-d cr I!Br . - r,
no.12:1+1-42 16J. ~ .~'T!,~
(-','xctlvt,tir.g laacIdiatir~)

PHASE I BOOT. EXPLOITATION SOV/5730
Bort, M. M., Candidate of Technical Sciences, L. A. Byalotskiy,
Engineer, 0. V. Vasillyev, Engineer, K. F.Vodwhanov, Engi-
neer, M. If.--Wchenkio-, C;andidate of Technical Sciences, N. A.
Gorpenyuk, Candidate of Technical Scienceso P. 0. Grebellnik,
Candidate of Technical Sciences, V. I. Dyatlov,.Candidate of
Technical Sciences, I. P. Trochun, Candidate ofTechnical
Sciences, and K. K. Khrenov, Academician, Academy of Sciences
UkrSSR.
Spravochnik elektrosvarshchika (Electric Weldor's Handbook) 3rd
ed., rev. Moscow, Mashgiz, ig6i. 748 P. 75,000 copies
printed.
Resp. Ed.: F. G. Grebellnik, Candidate of Technical Sciences;
Ed.: M. S. Soroka; Chief Ed. (Southern Dept. Mashgiz): V. K.
Serdyuk, Engineer.
PURPOSE : This handbook is intended for weldors. It may also
be useful to foremen, designers, and process engineers.
CaN:~:174-3-

Electric Weldor's Handbook
SOV/5730
COVERAGE: The book deals with processes and techniques of
manual, semiautomatic, and automatic are welding and with the
surfacing of ferrous and nonferrous metals. Electroslag and
gas-shielded electric welding are also discussed. Detailed
characteristics of electrodes are given, and the compositions
of fluxes are considered. Attention is given to the metals
used in the industry, the weldability of these metals, and
welding equipment, devices, and tools. Stresses and distortions
occurring in welding and the possibilities of their elimination
are analyzed. Weld-inspection methods are described. The
appendixes contain conventional weld-specification symbols and
the codes for qualification tests of electric and gas weldors.
No personalities are mentioned. There are no references.
TABLE OF CONTENTS:
Foreword
3
CardjZla

Electric Weldor's Handbook SOV/5730
Ch. XIV. Making Weldments (I. P, Trochun) 62o
1. Preparations of metal for welding 62o
2. Fixtures for assembly and welding 621
3. Assembly of weldments 623
4. Examples of assembly and welding of some typical
constructions 630
5. Repair welding 650
Ch. XV. Inspection and Acceptance of Weldments (
G. V.
-
Vasillyev)
' 652
1. org~a~nza
~-.o~ of acceptance inspection 652
2. Principal types of rejected welds 652
3. Inspection methods in weldment production 664
Ch. XVI. Organizatlon of Weldment Production (M. M. Bozt
and I. P. Trochun) 700
1. Equipment at the weldor's workplace 700
2. Basic principles in setting standards for electric
welding 702
Card 12/13

VASIL!UV,..G.V..assistent
Students are mastering the profession of textile workers. Tekst.
prom. 19 no.1:92-93 Ja '59. (KM 12:1)
1. Kafedra tkachestva Moskovakogo teketillnogo inatituta.
(Textile industry--Study and tes;chlng)

TASILITRV. G.V.. insh., assistent
. . ... ...............................*........
Iffect of weft tension on the forming of the fAbric.
Tekst.pron. 20 no-5:30-34 MY 96Do (KM 13:8)
1. Ufadra, tkachestva Mookovskogo tekstillnogo instituta.
(Looms)
A

,VASIL,T17, G.V. assistent
I ~z
Investigating the weaving process on a double width loom. Tekst.
prom. 20 no.4:32-37 AP 160. (MIRA 13:8)
1. Kafedra tkachestva, Moskovskogo tekstillnogo institute.
(Looms)

AUTHOESs Va~shavskiy a. M., Vasillyev, G Ya., 2o-2-31/010
Karpov, V. e.`, Lazurld1n, Yu. S., etrov, 1. ya.p
TITLEt On Isotopic Exchange Between Gaseous Hydrogen and Solid Poly-
mers Under the Action of Nuclear Radiation (Ob izotopnom obmene
mezhdu gazoobraznym vodorodom i tverdymi polimerami pri dey-
stvii yadernykh izlucheniy)
PZRIODICALa Doklady AN SSSR, 1958, Vol. 118, Nr 2, PP. 315-316 (USSR)
ABSTRACTo In the case of irradiation of polymeric hydrocarbons gaseous
products, which mainly conatain hydrogen, are separated out. The
explanation of the problem of the reversibility of the correspon-
ding process, i.e. of the possibility of the penetration of hy-
drogen from the gaseous phase into the molecules of the polymer
during the irradiation would be desirable. The author6~ried to
explain this problem by the method of the marked atoms, using
deuteriumi they studied the exchange of isotopes between the
gaseous deuterium and various solid polymers4n the radiation
field of a nuclear rector. The following polymers of the vinyl-
series were examinedo Polyethylene, polypropylene, polystyrol,
dard 1/3 divinyl-caoutchoue, polymethyl-metacrylate. The performance of

On Isotopic Exchange Between Gaseous Hydrogen and Solid Poly- 2o-2-31/6c)
mers Under the Action of Nuclear Radiation
the measurements is described shortly. A table illustrates the
effectively found percentage of deuterium in~he above given poly-
meries after the irradiation. The results of various parallel
measurements differ at the most for o,o2 per cent. On occasion
of all these polymers it was shown in particular that the pene-
tration of deuterium is not connected with the adsorption of
gaseous deuterium. The control testa, which were made for this
purpose, showed that, if there is no radiatiop, no dueterium was
found in the polymer. The effects, observed here, obviously are
cuased by a chemical in*eraction between the molecules of the
polymer and the molecules of the d6ut~erium an occasion of the
action of deuterium. The highest quantity of deuterium penetrated
into polyethylene and into polypropylene. In polybutadiene and
polystyrol the exchange is some what slower, whereas in the case
of polymethyl-metacrylate no signs were noticed of an exchange.
At present a mechanism with the formafio49f free radicals, is
assumed for polyethylenes R-CH2-Rl-- + R-CH-Rj + H.Probably the
deuterium penetrates in the case examined here because of a
reaction between a.polymeric radical and a deuterium molecule
Card 2/3 into the polymer: R + D2 >RD + D, RH + D-A + U. The equili-

On Isotopic Exchange Between Gaseous Hydrogen and Solid Poly- 2o-2-31/66
mers Under the Action of Nuclear Radiation
brium concentrat on of the solved deutrium in the polymer has
the order of lo- mol/g.The penetration of deuterium into the mo-
lecules of the polymers may, to some dogree,'also be caused by
exchange of isotopes between the gaseous dueterium and the free
radicals. There are 1 table, and 5 references, 4 of which are
Slavic.
PRESENTEDs June 24, 1957, by V.A. Kargin, Academician
SUBMITTED# June 24, 1957
AVAITABLEs Library of Congress
Card 3/3

~11 VSILITEV, G.Ya.; KONOVALOV, Yo.~.; PANhOV, V.G.; YASJIJN, D.A.
Tangentlal channels and recom9triictir)n of the thermal column of a
VVR-14 reactor. Atom. enorg. 19 no.5./+65-467 N 165.
(M.111A 18:12)

.L 28 -nUm)~~LC(fy V~G m Z!~~IPLP WHANI
361:;~O. __I 1_
L_U
ACC NR, AP6001699 (N) SOURCE CODE: UR/0089/65/019/005/0465/0467
A
UTI Ko
HOR: Vasil'Xev. Q,~,Ya novalov, Ye; AD; Pankov V. Q
h
Yes in, D.
s"'ot 'cal Inst
sicoteohnical Institute lo. A. F. loffe, AANN 1818SRR, Leningrad
FORG;
ikRt_Zek_hn_iceh_es _yM`MTU
u
rl"MT
(Fiz
(Fiz
TITLE: Tungent channels and reconstruction of thermal column of the
VVR4 I reactor
SOURCE: Atomnaya. energiya, v. 19, no. 5, 19650 465-467
TOPIC TAGS: nuclear research reactor, nuclear reactor technology
nuclear reactor component/VVR-M nuclear reactor
ABSTRACT: In order to improve the operation of the VVR-M reactor in-
stalled at the Physiootechnical Institute im. A. F. Ioffe, some changes
we're made in the number and disposition of channels and in the rearrang
ment of thermal column. The reactor was originally provided with 9
horizontal channels located in concrete shielding. In 1961 1 a channel,
No. 10, was added at a distance of 1390 mm from the core center. In
1963, two channols, Noo. 11 and 16, v~ere bored as tanp*,,-,nt to the ber-
Yllium reflector. Such a tangont po,~itJlon roduot)d tho ofrout Or gaf"1111~1
background on irradiated s;amples. The therr-nal colurin (3040 fxa
originally composed of six -raphite disks, was then reconstructed. The
Card UDC: 621.039.519

" 40,;Oq_,O~
_,ACC NR, AP6001699
1-Reaotor tank; 2-Beryllium reflector; 3-Reactor
bore; 5-Carriage niohe, 6~-Data'transmitters; 7-Movable
cast-ion shield

L 28364-66
ACC N,R1 AP6001699
14-
last five graphite disks were replaced by one concrete d-isk carrying
four horizontal channels, No. 13 with d = 120 mm, Ilos. 12 and l5with
d = 102 mm and No. 14 with d = 80 mm. Channel No. 14 was bored 1C cm
lower than the three upper channels. The arrangement of channals is
shown on Card 2/3. The physical parameters on chanals Nos. 1, 10, 11
and 16 were given in a table. The addition of channel No. 10 was sug-
gested by Yu. V. Petrov ondurov
.. member of the Institute staff. I.A. K
proposed the channels Nog. 11 and 16. V. S. Gvozdev showed a great
activity in creating the tangent channels. A BraMude is expressed to
D. M. Kaminker (Scientific' Supervisor) for-hia interest and assistance.
Orig. art. hast 2 diagrams and 1 table.
SUB CODE,. 18 SUBM DATE: 23-AprOs' ORIG REF 002 OTH RFF-. 001
r-A

VASILIYEV, G.Ya., inzh.; LOD7HLV.`.').KIi, Ya.L., imLti.
Using tooV-ed clutches in the ~,f ire
units of zol-lers. Khir.. i neft. mashlnooLr. no-4:-19-40 C '64.
( '~ 11 Ik -'L7 : 3.2 )

UM/ket'sle ~ . -rob 48
Metallography
Micrahardness Testa
E- &fect of the Size of Grains and the Boundaries Be-
a'* tvean Grains on Microhardness and the Method of Its
SDstermination," G. Ya. Vasillyev, All-Unlon last of
4 Aviatioa Materials, 4 pp
CL4
4Zav. od lab" Vo I X1V, No 2 3 - 7
,Tj~%e microhardness of a structural component Is &e-
,termined by the mean value obtained in center of
.largest grains. High reading is obtained on grain
boundaries, especially If Impression is made on a
Junction between several grains. The latter takes
4/49T66
UMM/Metals (Contd) Fab 48
#4ce more often than it to observed, since Junction
asy be 'situated gnat below surface. Vasillyer Cebu-
lates readings, and shows; the influence of grain
site and impression location on microhardness
readings in graphs.
4NW 4/49766

),'(A Y,
vp,.Sll*YFV CI.Y,.L.,;
V
ZA I'l LAI? Y I
by
53-55 F. Y
batcho.;, 4 'A 17
t -~y shln.,,,yY
z fA V 0 (1 .~t YI 11

VASIL'YEV, G.TA-! SHVARTS, A.G.; MOV, I.A.; MESROPOVj Yu.D.; Priniqiai
v;cbastiye: BAHANCV, S.B.; BISFIROVA,, A.A.; GINZBURG, L.V.,-
C!OROKHCVp N.D.; KARLIETYANp D.A.1 KEFERSHA, LA; IW-PJMA',' M.M.
I
Manufacture of diaphragms at the Baku tire faotory. Kauch.i rez.
2-1 no*lt45-47 Ja 162. (MIRA 15:1)
L Nauahno-issledovatellakly institut shinnoy promyshlennosti
i Bakinskiy shinnyy zavod.
(Baku-Tiresp Rubber)

L 46172-66 - EWT~m)l IE,*(J) IJPf q) Djam
IACC NR, APhOzn&i M SOURCE CODES W0138/66/000[003/00161001
AUTHOR: Epshteyn, V. G.; Vasillyev, G. Y&.; Serovj L .; Kur!kin K._A.; Iff1pina
L. A, Po4ak p M. A. __j_
ORG: Yaroslavl Technological Institute (Yaroslavskiy tokhnologichaskiy inatitut)-37
TITLE$ New type of softener with an aromatic base
SOURCES -Kauohuk i rezina,, no. 3, 1966p 16-18
TOPIC TAGS1 rubber chemicalp petroleum product, plasticizer
ABSTRAM In order to brgaden the source or raw materials for to rubber Industry, an ex-
tract named "azaroplast"
~,(Azerbaydzhan aromatic plastjoizer),Pobtained from the furfur-
al purification of lubricating oils of Baku crudes, was tested as a softener. Azaro-
plast was tested in compar~pon with other commonly used sof,~Sners in standard mixes
based on NK natural rubber land butadiene-styrenAj~ BARK ;ubber and In a tread mix
consisting of 70% SKS-3 and 30% NK. The tests showed azaroplast to surpass the
other softeners in plasticizing effect. The vulcanization rate of mixes containing
azaroplast was praotical3,v the same as that of mixes with the other softeners. Vulcan-
izates of standard mixes based on NK and SKS-30ARK and containing azaroplast had in-
creased strength characteristics. Replacement of mazut with azaroplast in tread mixes
wil.1 permit a considerable increase in the extrusion rate and produce higher strength
Card 1/2 UDCi 678.049-37-004-12

ACCESSION M AP4038909 3/0138/64/000/0()5/0053/0055
AUTHORSt Vasillyev, G. Ye.; Yemellyanov$ D. P.; Epshteyno V, G.; Polyak, M. A-;
,Zakharkin,--o.-A.-j-'Y'a~F-tii-it'Ve A.; Golkino V. B,
TITLEz Improving the quality of rubber compounds by means of carbon black master
"batches
ISOURCEs Kauchuk i rezinap no. 5p.1964# 53-55
TOPIC TAGS% carbon black, SKS30ARM rubber basep SKS30ARKM carbon black, gas
,furnace carbon blackp furnace PM 70 carbon black, vulcanization index
ABSTRACT: This investigation involved three types of master batchest 1) a low.
modular protector batch on SKS-30AM rubber base$ containing (per 100 g rubber)
40 g channel carbon black and 20 g gas furnace carbon black; 2) a carcass batoh on
'SKS-30ARK-15 and natural rubber base (in a 90slO ratio)? containing 40 g gas furnace
carbon black; 3) a protector batob. on. 80-30ARKU-45 rubber base, conta 50 9
I ining
:PM-70 carbon black. The batches were prepared in EL laboratory mixer. Their dis-
,charge temperature was within the 160-11750 range.. They were rolled and stored for
24 hours before being incorporated into a base mix. The tests for the physico-
mechanical properties of the vulcanizates of rubber compounds prepared with these
oar'~o blaok-rubber mixtures proved their superiority to the controls of the same
Card V2

1ACGESSION NRt AP4036909
;composition but prepared under standard procedures. The laboratury data were
I
tchocked at the Yaroslavl' Tiro-Plant under factory conditions. Orig. art. hass
'2 tables.
'ASSOCIATIONt Yaroslavskiy tekhnologicheokiy inetitut,(Taroslavll Technological
'Institute); Bakinakiy shinny*y zavod (Baku,Tire.P1ant);-YAros3Avskiy shinrw*y,,
,zavod (Yaroslavl'-Tire Plant)
SUBMITTEDs 00
DATE ACqs' 05Jun64
ENCLs
SUB CODEs IdT
iso-rd
NO REP SOV, 003
OTHERs
00
005

TYURD1, Sergey Timofey-vich,, kand. tekhn. riauk, BAZAIJUVA, ltdclaida
Ivanowia, nauchn. sotr.; ILICMKO, Boris 11.-*Yo1ayeVj,;h,
nauchn, so-tur.; AVDEYKVA, A.V., doktor tekhn. nauk,, pro-f.,
retsenzent; SKLIRIKHIN, I.M., kand. tekbn. nauk, retsenzent;
CHERNYAVSKIY, N.F., inzh.-konstruktor, retsenzent; SEBKO,G.,
red.; VASILIYEV, I.p red,
(Protective coatings of containers in wine making] Zashchit-
nye pokrytiia rezervuarov v vinodelii. Simferopol', Tzd-vo
"Krym," 1965. 105 p. (MIRA 18:5)
1. Zaveduyushcbiy laboratorlyey 'Vsesoyuznogo nauchno-
issledovatellskogo instituta vinodeliya i vinogradarst-va
"Magarach" (for Tyurin). 2. Laboratoriya Vsesoyuznogo
nauchno-issledovatellskogo instituta vinodellya i vino-
gradarstva "Magarach" (for Bazanova, Illchenko).

PASHUTA, Molay Timofeyevich, inzh; VASIL"IEV, I.,, red.; BATUhh:, I.,
red. -
[Rivals of metals] Soperniki metallov. Simferopol',
"Krym," 1965. 52 p. (MIRA 19-12)

VASII,1)1,'Vp, ~!,; TERIAETSKIY V.
y
S,,mll transistor i zed transmitter-receiver zet. -Adic Lc.'~:
21-23 SS 1651. ( " -- 1- +-,, - ~, ,

GOR.DIYENKO., I.; VASIL'YEV, I.
Sense of life. Mast.prom. i khud.promys. 4 no.4:2-3 Ap 163.
(MUU 16 110)
~- ~ ". I
,1.4,
i1,

VASILSYEV. 1.
In#aregional co-rcial contacts A ng the countries of Southeastern
Asia.-. Vnesh. torg. 42 no.10:22-27 162. (MIRA 15:10)
(Asia., Southpastern-Commerce)

VASILIYBV.q I (Ryaahsk)
Neglected area. 14ast.prom. i khud,promys. 4 no.3t22-23 Xr 163,
OHIRA 1634)
1. Spetsialinyy korrespondent zhurnala "MEistnaya prowhlennoot'
i khudozhestvennyye proWsly".
(R,yazhsk--Service induatries)

VASILIYEV, I.,
Na--yn Meat Combine (standard projects Ifo.1839). Mias. :Lnd.
S (MM 16:10)
S
SSR 34 no.4:35-36 t63.
1. Kuzgipromyunomolprom.

VASIL'YEV, I.. inzh.-polkovnik; FEDIN, S., inah.-podpolk.ovnik
In two shifts; flight day. Avj kosm. 45 no.4:71-76 Ap 163.
(MIRA 16:3)
(Aeronautics, Military-Flights)

VASILIYZV, I. ,
Give more attention to innovators' suggestions. Fin- SSSR 21 no-8:76-
77 Ag ,6o, (MIRA 13:8)
1. Nachallnik operativnogo Upravleniva gostrudsberkass i goskredits,
Voronezhokoy oblasti.
(Voronezh Province--Savings banks-Accounting)
(Suggestion systems)

VASIL17NV, 1. jg.Y4auga)
Superficially and ignorantly. Prom.koop. 13 no.6:9 Je 159.
OaRk 12:9)
(Kaluga Province--Cooperative societies)

VASILIYZV I :~amcl..takhn.nauk
11
Device for determining the strength of concrete in construction
elements. Stroltell no.4:20 Ap 158. (MIRA 11:5)
(Concrete)

KAMINSKIY L.; VASILIMI I.; SHCHERBAKOVA, 0., neshtatnyy korrespondent
(Leningrad); WAYTSEVA, Z.
Quality, economy, culture. Mest.prom.i khud.promys. 4 no.2:2-6
F 163, (MIRA J6.-2;
1. Starshiy ir-zhener upravleniya bytovogo obsluzhivaniya Gosu-
darstvennogo komitsta Soveta Ministrov RSFSR po delam, mestnoy
promyshlennosti i khoduzhestvennykh promyslov (for Nagaytseva).

VASI:&V, 1.
# e-111,11 r, ~1-1111 M, I L."117, r"I"T4141, li~' 1111,1116"r-r,
-%fit MAW`
'0
bv midul. withdrawal (it tile tas,s rich in 0 (in tile 2nd distil. of tile ligilid air) from tile
sil:11'e, betweess tbl. romll l1v z mill file lower bAk. phle of tht: trip column. c It

VASILIYEV, 1. (Krasnodar)
Mobilization of reserves tr
y the Kuban people. Hest.prom.i ~hud.-
pronqB. 3 no-431-2 Ap 162. (MIRA 15:5)
1. SpetsialInyy korrespondent zhurnala "Mestnaya promyshlennost' i
khudozhestvennye promysly".
(Kubpn-Manufactures)

VASIL'YZVP L, inzh.-polkovnik; FEDIN, S., inzh.-podpolkovnik
In two shifts. AvA kosm. 45 P0,3356-60 Mr '63. (MIRA 160)
(Airplanes, Mlitary-MVntenance and repair)

VASILIYZV, I., professor, doktor biologichookikh nauk.
Revivification of trees in cities. Zhil.-kom. khoz. 3 no.5:13-20 W '53.
(MI-PA 6:7)
(Trees-Wounds and injuries) (landscape gardening)

VABILOUV, I.
--, .-: -.,-S. .
Ineuies of workers' Interests. Sov.profsoiusy 2 no.3:89-90 My 154.
Off-RA 7:6)
(Transport workers) (Trade unions)

VASTLIYEV. I ) MARINOVA, Ye.) B02ISOV, M. D, and WIMOV, M.
Issledovaniya Vozmozhaosti Primeneniya Kristallicheskikh Schetchikav
iz Sernistogo Kadmiya.
Report submitted for the Nuclear Electronics Conference,IAEA, Belgrade,
Yugoslavia, May 1961.

- - --- --T- - - --- - -- -- - - - -- -- - - --
SMIRNOV, S.; BOGOMAZ, N. I~,P~elyabinsk); P -- -- I
~$KAREV, A.; VASILIYEV
-(Leningrad); KHAR&, V. (Saratov);'VOLKOV, A.-tKa~novoj
Exchange of experience. Radio no.1:38 Ja '6)o WRA 16:1)
(Radio-Zquipment and supp3-tea)

VASILITIff, Ivan (Sofiya, Bolgariya)
Treatment of symphathetic inflamwtion. Oft.zhur. 15 no.2:91-93
l6o. (MMA 13:5)
(MM-IMAMPATION)

VASIL'YEV, I.; TERLETSKIY, V.
Small transmitter-receiver set using transistors. Radio
no.10:19-21 0 165. (MA lg::L2)

,11(7) SOV/561-35-5-11/56
tUTHORS: _~a~~~.Tetrzhak, K. A.
-ifTLE: Radiochemical Investigation of the Photofission of Th 232
(Radiokhimicheskoye izucheniye fotodeleniya Th 232)
PERIODICAL: Zhurnal eksperimentallnoy i teoretic'liesk-oy fi-.i-k:, 1958,
Vol 35, Nr 5, pp 1135-1140 (USSR)
ABSTRACT: The investigation of the photc-fission of heavy nuclei at low
excitation energies in able to supply information concerninL;
U,
various nuclear propertieu (investigations were carried out
of: photofission threshold, differential cross section, dis-
tribution of fission products accordin '- to mass, energy ,
and charge, angulLr anisotropy of fiosion products distri-
bution, etc.). In tiie introductinr~ several earlier papers
dealing with this subject and concerning inventigatione of
the distribution of fission products according to mass
Hiller (Khiller) and Martin (Ref 1), and Avdonin and Petrzhak;
Ref 2)) and investigations of the photofinnion of U~38
Refs 3--5) arediscussed. The present paper deala with inves--
~
tigations of the fisvion fragments of Th232 at a maximum
bremsstrahluni, energy of 10 MeV. Work was carried out at the
Card 11,t betatron of the Leningrad3kiy tekhnologicheskiy institut

SOV/ ;6-35-5-: 1,", 5 S)
Radiochemical lnvesti,-,a~ion of the Photofission of Thf,32
(Leningrad Tochnolot-ical Institute), uhich attains a maximum
ener.-y of 15 ';TeV. The samples (tilorium oxide, mixed uranium
oxide) had a wei,x-,ht of 0.5 - 1 .- and were irradiated for
10 hours. Oavgin~; of betatron radiation eneray was c4rried 2
out at the photonuclear threulhold of the reaction cu13(y,n)Cuu
-with an accuracy of + 0.3 Mev (con(,ernini- naxinimbrencstrahlung
Q
energy The constancy of radiation energy was controlled by
means of an ionization chamber. The irradiated saml)le ,gas
dissolved in acid and investi,-,ated as to fission ProJucts.
This process is described in :,Iiccrt. After one irradiation
2 - 5 fra,,,-ments, 3nd after 2 - r') irradiatio to 12 fra:,,-
ments were foun(l. The following yield of TP32up
photofiaolorl
vas obtained:
83(2 Sr91(9,7),ZT97117,O), Mo"(6,9,3), :-"'(5,3),
Br .4), U
Cd"'(53), Cd"'(2,83), SID 129 (412), j133(20,9), Ba'390,43),
j
Ba140 (306), Ce14303,O). The riumberi in brackets denote lialf-
lives. Yield determination was carried nxi% accordin,,; to
On r d 2 comparative riOasure,!,.entn of Ce-143. Tlie error comnilled in de.-

2OV/~ -5-11/156
Radicchemical Invecti-ation of the Photofiseion of Th'52
"ermininG activity amounted to 61j'~) within f*ie ran.-'e of tile
peaks and to 10-1217'1 within tl,.e ran-c of valleys. rreater
errors occurred in tile case of Sbl~' and j133. The results
obtained by invostigating tLe fission product yield in d,2-
11 ow.-, y figure 1. ctirvr--
pendence on tile rlas,) n~~,-;bor is b.
r 232
obtained (Th 1 10 Mav) i.,i coripared that obtained
accordin- to reference 1 (photofissi~~n rf V-1232 at M
09 MeV
2;iS
and according: to references 3., (1,11101.'OfiSOion of U at
10 Mev). In the nrescnt pajer ~,ata cun-~errdn,-- the deuonlence
of the peak-tc-valley ratic of I,,,-t232 ind Tj236 photofi.32ion
7ield cirves on the
peak ~nerc7 in te inle~-
val ~jf from 0 t;~ 14 MC-17 arc, I .-.- 4 -r
for 4jjc firot tj e
21). Re-ult:3 a~rs,--~ vie!'- w'th '~,oce of reference
as viell az with those obtalzied 1-/ developed
,(Rf!f 11'. Ponr
a now method of CE-.1culating yield There are 2 fi,,~IrE!2,
2 tnl)lefj nnd 11 reference!,,, 1 of whicl, i8 Soviet.
ASSOCIATION: Leningrad.3kiy tekhno1oL-,iches1-.iy institut
(Lenin,-,rad Technoloi-ical Institute)
Card 3/A
3

A'- L-L YL V
BARON, N.M.;KWAT, E.I.; PODGORNAYA, Te.A.; POHOMARWA, A.M.; RAVDELI,
A.A~; TIKOFZMA, Z.N. Prinimal uchastiye VASILITHY, I.A..
'Mi;~ 0' T'.P., red.; PETRZHAK. K.A., red.; LOBINA, H.K., red.;
LEVIN, S.S., tekhn.red,; FOKKINA, T.A., tekhn.red.
[Short reference handbook of physicochemical constants] Kratkii
opgavochnik fiziko-khimichaskikh velichin. Pod red. K.P.Miahchan-
ko.i A.A.Ravdelia. Izd.3., dop. Leningrad, Goo.nauchno-takhn.
isd-vo khim.lit-ry, 1959. 122 p. (MIRA 13:2)
(Chemistry, Physical and theoretical--Gharts, diagrams, etc.)

VASILIYEV, I,A,, Gand "hem Sci - (dilss) llizadic~-ine---J*cal st-I.-J".7
of the photofission of tnorium 232.11 Len, 195,), 16 pp with
P v
graphs (TAIn of Higher -ANddcation USSR. Len Order of Labor Red banner
Tech Inst im Lensovet) 150 copies ( KL, 2b-59, 123)
- 19 -

SOV/120-59-1-13/50
AUTHORS:Vasillyev, I. A. and Petrzhak, K. A.
TITLE: The Efficiency of an End-Window Counter as a Function of the
Hardness of P-Spectrum (Effektivnost' tortsovogo schetc-hika
v zavisimosti ot zhestkosti beta-spektrov)
PERIODICAL: Pribory i teklinika eksperimenta, 1959, Nr 1, -61
(USSR) . PP 57
ABSTRACT: The absolute activity og..,a number of short lived disinteg-
ration products such as Bru--l (2.33 hours), Sr9l (9-7 hours)o
Ag113 (5-3 hours), Cdll7 (2.8 hours) and Ba139 (1.42 hours)
was measured. It was not mssible to obtain these isotopes
with a sufficiently high specific activity and the necessary
0
presence of an isotopic carrier in the purification of these
isotopes and other disintegration products meant that it was
not possible to carry out accurate measurements in a 4'K coun-
ter. Furthermore, the low half-life of theseisotopes makes it
difficult to determine the efficiency of an end-window counter
using a 41(counter since this is a long procedure. For this
reason measurements of the efficiency of a counter for a ser-
ies of isotopes with simple P-spectra and different maximum
P-particle energies were undertaken. From such data it is
possible to determine the dependence of the efficiency on the
Card 1/4 maximum energy of the P-spectrir4~.' In this it is assumed that

SOV/120-59-1-13/50
The Efficiency of an End.-Window Counter as a Funstion. of the Hardne3S
of P-Spectrum
the efficiency does not stronGlj depend on the form of the
P-spectra. The work was carried out in a 411 coLuiter (Ref 2)
which was of a cylindrical form and had two wires. The dia-
ineter of the counter was 60 mm and the length 80 mm. The
counter was filled with pure methane at' a pressure of 400 min 11g.
In each measurement the plateau was taken axid from its pGsition
the absolute activity of the specimen was found. The radio-
active specimen was deDOS~'t-PO" in solution on a thin colloidal
film (10-15 micrograms/cm ). It was then dried and, tra--,s--
ferred together with the film on to an aluminium foil, which
had an aperture fo.- the specimen, and was measurea ja the
4'Off counter, The counter was compared with another 4Y counter
whose efficiency is assumed to be 100116. Result of this t~om-
parison is shown in Fig llf--om which it follows that the
efficiency is independent of the ener- of the P--partiries and
Oy
is on the average equal to 0.965. The standard cotaiter is
shown, in Fig I and incorporates a mica window 1,7 Mg/cM2 thick,
Results obtained are summarized in Table 2 and Fig 2. In Fig 2
C>
Card 2/4

'30V/120-59-1-13/50
The Efficiency of an End-Window Counter as a Function of the Hardness
of P-Spectrum
the absolute counting efficiency is shown as a function of the
surface density of the specimen for various energies. Experi-
ments show that the absorption within the specimen strongly
depends on the maximum energy in the P-spectrum. This effect
reduces the efficiency by a factor of 3 for low energy radia-
tion. For high energy radiation (of the order of 1.5 MeV)
the effic ncy is independent of surface densi"y in the range
mg/cil C)
1-20 m The counting efficiency at a given surface den-
sity may be represented as a function of the maximum energy
of the P-emitter. This function is shovm in Fig 5 for a lay-
er 5 mg/cM2 thick. The curve consists of two very different
sections. The first section shows the very strong dependence
of the efficiency on energy up to, say. 0.5 MeV and beyond
this point the efficiency is independent of the maximum
energy of the P-spectrunn. It follows from Fig 3 that within
experimental error the absolute efficiency is independent of
the form of the P-spectrum since different emitters were used
to plot this figure. The relative solid angle of the counter
Card 3/4

SOV/120-59-1-13/50
The Efficiency of an End-",ffindow Counter as a Function of the Hardness
of P-Spectrum
was 0.111. There are 3 figures,, 1 table and 3 references;
2 of the references are Soviet and 1 is English.
ASSOCIATION: Lenin-radskiy tekhnologicheskiy institut (Leningrad
a 0
Technological Institute
SUBMITTED: January 31. 1958~
Card 4/4

VASILI'M,V, I.A.; FETRZHAK, K.A.; SUSHCHKOVSKIY, V.D.
Determination of absolute activity by means of an end-window
counter. Prib. i tekh.eksp. 6 no.4:39-42 J1-Ag 161. (MIRA 14:9)
1. Leningradskiy tekhnologicheskiy institut.
(Nuclear counters) (Radiation--Measurement)

S/081/62/000/004/002/087
B149/B101
AUTHORS: ya2iLxffv~~ Pe trzhak, K. A.
TITLi: Some regularities in mass spectra of heavy nuclei fission
products
PERIODICALt Referativnyy zhurnal. Khimiya, no. 4, 1962, 41, abstract
4B268 (Tr. Leningr. tekhnol. in-ta im. Lensoveta, no. 55,
1961, 5 - 22)
(DC)
fraFments according to the mass number A, have been calculated on the
Swiatecki empirical formula (RZhFiz., 1956, no. 9, 25009). Good agreemen
was obtained with the authors' experiment on photofiesion of Th232 and with
literature data on photofission of U235, U238 and on spontaneous decay of
238 242 252
U , Cm , Cf . With the increase in excitiLtion energy E of the interl
mediate nucleus a tendency toward more symmetrical fission is observed
The location of the peak among heavy fragments is nearly independent oi th
Af for the nucleus undergoing fission, but among the light fragments it
Card-1/3--
for fission
TEXT: The locations of the maxima of distribution curve

3/081/62/000/004/002'/067
Some regularities in ... B149/B101
changes considerably. This fits Hill's theory (RZhFiz., 1956, no. 3. 6398)
according to which the outer nuclear shells are subjected to symmetrical
fission, and with increased E, deeper nuclear shells become involved. On
the strength of the experimental data regarding the shape of the DC it is
deduced that with the increase in A f and E, the half-width of the peaks
grows, and the yield maximum drops. The narrowest peaks are observed in
the case of spontaneous decay and fission by low-energy photons. The
fine structure" of the DC is explained by the influence of closed nuclear
shells consisting of 82 neutrons or 50 protons; this is confirmed by agree7
ment of the experimental maxima of "fine structure" with the authors' cal~-
culations. The calculations for the DC have been made following Fong's i I-$-).
methoWRzhKhim., 1957, no. 7, 21916), as applied to photofission of Th232'
and U2 . The calculations are in good agreement with experimental resultb
as regards curve shape and location of maxima. On the basis of their cal-I
culations, authors believe that the narrowest and highest peaks of DC would!
be observed in Th230 photofission products. They show that the ratio be-
tween the yields of the most probable and the most syMmetrical types of
fission depends not-only upon E, but also upon the nucleus undergoing
Card 2/3
. - __ ---. I-

51081,162100010041002
/087
Some reFularitien in B149/B101
fission. In the range of E >15 Mev, the curve describing the above ratiol
1 as a function of B becomes tripartite. [Abstracter's notei Complete
translation.]
Card 3j~

L 3-05;85--66 1
-- ffi__r~ EWT(M)/EPF(n)-2/W(t)/WF(b) LJF(c) JD/JG/GG
ACC NR: APS025397 SOURCE CODE: UR/0181/65/007/010/3110/3111
411
AUTHOR: Avdonin, V. P.L Va. P nko, tWAqv
.4 * Mikhallche__ J. A.; Plpr 0. T.
Shibayev,'V. A. _xt,
:ORG: Leningra _ec_ oloRical Institute im. Lensovet (Leningradskiy tekhnologicheskiy
Institut)
~TITLE: Generation of emf during annealing of NaCI(Ag) single crystals exposed to
beta radiation ?-'
-1, 54;
:SOURCE: Fizika tverdogo tela, v. 7, no. 10, 1965, 3110-3111
TOPTC TAGS: sodium chloride, crystal phosphor, single crystal, beta radiation
-r
ABSTRACT: When an alkali holidR' .4 - I phosphor is bombarded by beta parti-
tingle crysta
cles and heated at a constant rate, a potential difference which varies with thermo-
luminescence is generated between electrodes vaporized on the opposite faces of the
crystal. The authors-study this phenomenon in a sodium chloride crystal activated
by 0.005% silver chloride. The methods used in growing the crystals and Miking the
,measurements are briefly described. Curves are given for the voltage developed
Card 1/2