SCIENTIFIC ABSTRACT FETISOV, M.M. - FETISOV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412920017-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~EXP R iv&IMUM"F1.1.1-01--~n rq i-
BUKHARIN) IlikolaY Arkadlyevich; GOINAK) Vladimir KuzImich; NOSOV,
N.A.j.dots,.p retsenzent- FETISOV M H dots" red -
MITARCHUKy G*Ae, redo i~i-~va; red.
(use of electric Meamirement methods for testing aut=objies)
Ispytanie avtomobilia s ispollaovaniem elektricheskikh metodov
izmereniia. 2. izd.p perer. i dop, Moskva, Mashigz,.1962. 226 p.
(MIRA 15:5)
(Automobiles--Testing) (Electric masurements)
MAW W On W 5,41 ONOM 9! W "

Adaptability of designs of metal props to variations in the
thialme8a of coal seams. Ugol' 30 no.10:24-28 0055.
(MIRA 8:12)
1. Kombinat Rostovugo;'
(Mine t1m:19ring)

GHDUKOVP V.lo ILISHTEYN, AA; FETISOV, M.S.
Studying rock pressure in mines of the Moscow Basin. Fizo-mekb.-
siois.,davJ rasr.gor.porod no.lt6l-85 162. (MIRA 16:3)
(Mosoow Basin-Rock pressure)

DATSENKO, Makar Fedorovich; FETISOV, M.V.
(Local anesthetics of the maxillo-facial areas]Mistseve
obezbolluvannia v shchelepno-lytslovii diliantsi. Kyiv,
Derzlimeftvdav, URSR. 1959. 163 p. (MIRA 16:1)
(LOCAL ANESTHESIA) (JAWS)
7~-
~~,7777~777-
kgtEu~- omp-mu,"
;t
ff

FLITISOvy N., prof,j TITAREV, Vlqp doteent
Fourth Republio Conferanee of the Stomatologists of the
Moldavian S.S.R. gt~~ogiia 43 no.,IalTa Ja-F?6+1
(Min 17
g
5iS~:5!i nz;tl -~l
NO &
-V 1A
1MW
Ali

AUTHOR:
TITLE:
PERIODICAL:
A13STRACT:
Card 1/2
&M~
-Fetisov, N. G. SOV/32-24-10-58/70
A Semiautomatic Apparatus for the Stringing of Smalls on the
Electrodes of Thermocouples (Foluavtomat dlya nani2yvaniya bus
na elektrody termopar)
Zavodskaya Laburatoriya, 1958, Vol 24, Nr 10, pp 128T-1288 (USSR)
A semiautomatic mechanism was constructed for the stringing of
porcelain smalls onto the electrodes of thermocouples; this
apparatus increases the productivity of this process by 5-7
times. The construction is simple and can be carried out at
any pyrometric works laboratory. A diagram and a description of,
this apparatus are given. Prom them it may be seen that a
synchronous motor of the type SD-2 is used to move the vibrator.
An electric signal of an automobile dynamo of the type 520B
operating with 6 volts is used as vibrator. The feed of the
synchronous motor and of the vibrator is arranged by way of a
transformer of 220/12 volts. The semiautomatic mechanism de-
scribed has been workifig continuously for two years*
There is 1 figure*

A Semiautomatic App SOV/32-24-10-58/70
Thermocouples aratus for the Stringing of Smalls on the Electrodes of
Card 2/2
mqmn

FETISOV, N. I. , Cand of Phys-Math Sci. -- (diss) Neutron seuctra of a zion-
238 .
rlexibile dispersive I Moscowt 1957, 11 PP (Main Administration
for the Utilization oi Atom'Ic EnerEy unde r the Council of Ministers U55R,
Physics Institute), 115 copies. (KL, 35-57, 105)

T) ~S 0
CARD 1 /2
NIT a. 9 YS- AN -11
Tho,Speotrum of Neutrons Inelaatically ScattorDd~by
2W- ,
.(R,nektry neytronov, neu)rugo rasseyannykh-U
Atomn';Y' Energ~7%09579 Vol -3, Tir 9, py 211-214 (.USSR)
By means of a Wile on chamber the spectrum of the scattered
neutrons -was recorded (about 1200-pictures were evaluated).
A- target. of.. 1:1heavy" Joe vras used as a neutron source,
which was.bombarded with accelerated deuterons. The average
energy of the primary neutrons amounted to 2,5 and 30,Uev.
As a scattering substanoo a spherical uranium layer of
16.mm thickness was used# where the tareet center coincided
with the soattering-oenter. The energy distribution of the
inelastically scattered neutrons - measured in the interval
range of from 100 to 1301) KeV - can be well represented by
the statistical theory. :For the 2,5 MeV primary neutrons
the most probable scattering energy of the secondery
neutrons is within the range of 275 KeVj for %5 '-IeV
neutrons it shifte towards 375 KeV.

AUTNMI lmyp~askljy, 1. 1.. Abramov. A. I.. A-dr-Y-. I. X.. H-.- It*,
4*

GolUb&W' T. I" "I 'i'0'
' -r
U.. Zollov.. 1. -
T
'
:
=
Lra
GOy4rOv' W. T., luz-a1
270 Marolov. 1. X., Vtk;O
1A
y.'.
K. N., Sair*nkln. 0. X.. Stavieskis. YU* To.Iatraiftt-. F. I"
Usech.w, L. X.t F.tia.v. X. I., She-.. 1. 1,
TITLE. xersetteatto" or %he ftysics or Reactors V21k Font Neutroam .It
(Xwelodovontya po fialke rmktorav an systryka ..Yt--kgt)

11MODULLa (GoorkLowed from abstract 6/13)
ktonasa *norgiya. 195a. Val. 5. Xr 3. pp. ZB4-195 (=a)
ARSTRACTI The reactivity a Od the kinetic. of the reactor .." ..am.,rwd.
n
that In the center or the "%two zone like
tad be sh;*
!!
;:
K
o
1
t of the V neutron* 1. h1go.r by "151~ than that Of
2,0 M eatream. Th. effective yield of the delayed aealrons
:V n
So t.
o
reactor with a aremium shield e=**U that of a reactor
with a anap.r shield by 1.4 times its &"us%.
Reactor M .58
ri
The actly. plutonium son. is the 0-0 a. in reactor sp-1. in
l
the center of the reactor & Water-Ursal" OkmAMWPI is provided.
l
C." 1/0 Ohio,, is separated rras the platonium none ty.& ormaitta Layer

-
of 8 an thickness. Tom rsmL"-..t.r lattice 4;~.
of
cylindric 1 01.43 of real araflum. h1cA how. a diameter or
'
35 ft: .I.. man
rLal I aluminum. Th. ratio
bet ... a
,
motor and arsolua Is 15. Th: lattice spectme Is 0 ma.
Z
Al".4raments "tried oat with the vater-orsalas lattice instead
of with the pure urenlust layer sho."s
1! Th" conversion factor is reduced from 2,45 : 0.10 to
I I T 0.2.
2) X
tbe "as of 4 flzed power output of the solive zone the
:I
"to ty with which %he total quantity Islas"& 239 md
p
mrsalmn 35 Is formed Van increased by ;;g
4
Th.
locity sith which plutonium Is prodenoi lacre-ta CT
a %isoe it
02141 1.
:
4i In the an o of a fixed poror Output of the olive 2*no th.
tot&, power output of the roattor in lso~60& by 2.2 t.-M.. lu
amount.
or a *2'
2
V
h
I
I I or ." described nor. In 4.t.11 In ref-rvac- 12 men
1 120 W, the -110CAl L I
power output to
3
"
l
t

20
- a
0 M 17
a
saliva zone or the reactor
h
. .. to
card 2/p or plutonium rod., mercury 1. used as . ."last. Al'.b Lek- p
- - T1
-17% of the total volume of the active gone. The r4cAlating
ro ast
Tb:m....wrlor f,shi ld).ar .-I* fro ,gapp.r-ta.l .1loy
mal shot. & = '60,Qrs = 4 ad. Co~c with
Thick CSAS~25 CU. The a~jaft st%joad. is our-
ode. a In
r0a p r f $ th laic son.
Th. f mercury A. tat. :Live Va. 1-4. to . *.are...
presence a a
of the consent of fast Dogtrcom in the spectra.. Th. -n-rolo
f& tor was 1.6 t 0.2.
Th::r*tically the kinetic *,,am%Son for thi:,rftdt4r -mo oat-
;al,ated by 0. 1. Marabuk according to the tn94 4#T-IQP#d by
Vlsdlnirol. T "rest I "10414ticA Of the critleal same
"J.4 Ou twit1h2 an ar""r of 0. and that of the ffmott.
with .0 error or 0%. Two rrectt,:
;,".Ilo.rrttbii,rodgeulal&ytotdngnmmtdr*
a" was found to amount to C
while the experimental value was 0.24 t 0,04)~. Th rv are 7
figures# I table, end 13 references, 9 of which Irr

gl(4) M43Z 1 DNK UPLOVATIM WV/2583
Int*rnatlonal Conference an the Peaceful Uses of AtCAU EngergY.
20d, Geneva, 1958.
Doklady sov*tskilft u4h*nykh; yad6r"70 reaktary I WOMAYa OnAr-
astl3m. (01pparts of Soviet Sclentlats; Nuclear Reactors and
Nuclear Fowar) Soficowo Atomlsdat* 1952. M p. (Series: Itst.
TrU43, vol, 2) Zrrata allp inserted. 1J#000 capios'printed.
Gons?%X fto.% X.L. Dollethal, Corrospotullng Member, USSR Academy or
Scleacest A.K. Kraminp Doctor or Ph"ical and Mathematical Sciancess
&.I. Leypunsidy, Member, Ukrainian S3R Aca-Any of Sciences. I.1.
MovlJwv, CorrospondJag Member, USSR Academy of Salem**, and T.S. Z>,
PUPGOV. Doctor or mysicai and Mathematical Sciences) Zd-2 A.T.
'Alyablyevj T*ft. Zd.x Ye. 1. Xazelf.
MXP=z Thle book Is Intended for scientists and warLneers ongazood
In reactor ftmIgming, as well as for proraasar* aod OvAents Or
higher tachnical schools where reactor deNIVI is tlur&ht;.
00 the
-!!-L*Pq_jGa0md volume of eta 4611-009M.
GO 0410 energy. The sLX4oi%y2is contain the reports pre-
wanted y Soviet Scientists at the Second Intorraotia"I conferoac&
OR FIVA40*1 9808 of Atomic ftergy, h Id from September I to 13.
2955 In Geneva. Volume 2 consists a; three parts. The first Is
devoted to 210010 Power plants under construotlan In the
Valoul the second to GzVOrIBI&OtAl and research reactors,
p rUwnts carried out on them, and the work to ImprOve tj
te 'Ell
it third, Uhl h 19 ProdooLlAantly theoretical, to problems or
nuclear reactor physics and construction angine*rIng. yU 1.
Abryakin is the science editor of thls volume. See 3077268,
for titles Of &U TOLum&o Of the Get. Vieferances appear at the
tAft 11, .AM RKSU ME[ WCTUMS
sZux~qv,
31 1-1- Bondarenka
'Tio
Z, Mb
3 W -!w A: mathik v,
-3t ts_p
Vkl`4mM soy .L
&v
215
KlkOln X 16 V A,,.P.1 3 a I
rFA-PRVr_ no
OR
OrF
_Dfant &
;;;I an actor L
;Lnablo
MO. 2
DoWharov. V.V. and ot $I
weaccors-tKa rt go. 2165~ So= I:ow and habullt Thsr_1 Research
3 M e, h a V
k. Dismantling an ZxPerimental arapftlto-ura~jux
.2-9 au-
N Reactor Actor Four Years of operation (Report
no. 2297) 319
RUZ to ff!"xj -P V.K. or"Zovo V-f- 41mAnto;Ao
M ShZ00 CW ~.XV'yav'
Oka, -)Z HaacC6
far Obtsi-1-1 HIa Intd6sitY Neutron Plumes (Report No. 2142) 334
PART III- MATC3 AND EX01WIMING OF RZAMR MICW
LPypunaldy,~.A.~AetAbomay,,ym. Androyov, A.If TW
. . I
--IMT . . '. -A V I W
n 0 V , &I v V 1 0 1 be
0 U V,
g-;C
Ni"loyov,
-ftT-TV--RAil 0 Bic Vkiil-t -ov, L. H. Ua.6h sovI
3H
OWPOK-IrOV t038)
$Mv.-j..X-and B.L. r4p,...Sonogenecus Natural Uraniums Reactor
*port JiZ 2296j---'-!9
39d
v, Vol
KAtkov#.L,W.-XOxjsgarcv, t
Yu.--W. Vskly, A'.W,-WavlkoV-V g,qVP&chkln, -:---
e- A~ei L~i~p in st*l~-wat*r
--ftWr-'Kosctors and XXporleentS Wleh7.Lthe
---- - -- DreAluM Water Lattice
2145)
r0nk0. - S0lf-r09ulAtIOn In a Water-water Power Reactor
,t!.*nka.T,A.1

ANURMNKOp - V*B,; DEVKINO B*Vo; KOTELINIKOVA, G.V.; KULABUKHOT, U.S.;
LOVCHIKOVA, G.No; SALINDKOV, O.A.; ITHOMINg L.A.; TRUBNIKOV, V.R.;
I~aejastic scattering of 21+ Mev.,neutrow and the nuelear-level.
density. lAd. fiz, 2 no.5s826-838 N 165.
(MIRA 18312)

_-L-36074-66-
M(m)/9fPR)/ETj- fit-o' jjjhv-_--
Atd--NR, AT6015891 SOURCE CODE-
AUTHOR: Sallnikov, 0. A.; Fetisov,
K. I.;,Lovchikova, G. N.; Kotellnikova_, G._V.;
-
Anufriyenko, V. B.; Devkin-,-B-.-V.-- _X,
Yy
ORG: Physico-energetic Institute (Fiziko-energeticbeskiy institut) /3r/
TITLE: Nuclear level density and spectral distribution of inelastically scattered
neutrons of 14.1 Mev initial energy
SOURCEI;~qhaiutk' FLalko-energeticheakiy Institut. DokWy, FEI-30, 1965. Spektry
neuprugo rasseyannykh neytronov 9 nachallnoy energiyey 14, 1 Mev L plotnost' yadernykh
urovney, 2-18
TOPIC TAGS: neutron scattering, nuclear energy level, neutron spectrunv excitation
energy, Fermi gas
ABSTRACT: The purpose of this work isto obtain a better representation of the func-.
tional dependence of the temperature of nuclei Md the nuclear level density parame-
ters on the mass number A, the rjaclign ?t.,n?) ',?hd the neutron spectrum in the reac-
tion (n_,2n). The measured values of the nuclear level density parameters a, a' and a,'
are presented in tabular fam. In addition, a table gives the calculated values of
the temperature 7 N.and T19 according to the Femi model of the nucleus. The spectra
of the secondary neutrons in the reaction (n,2n) were calculated using the equation
Card 1/2

'-L--36074-66__
ACC NRI AT6015891
N(E) = const. E exp (- RlTjj~
All above measurements were evaluated for 14 target nuclei: Be_,L, Mg, S, K, Ca,
Sr, Tn, Sb, J,'Cs, Ce, Ta, Hg. Conclusion: (a) The linear dependence of In(NIE) on..
E shows that the scattering represents 80% of the reaction with the formation of the
compound nucleus. Further, the direct ihteraction polays an essential role in the
case of neutrons with small transfer momentum in the scattering. (b) The observed
change in the temperature of-nuclei with the excitation energy agrees well with the
Fermi gas model in the region from, 2 to 10 Mov. Timi same applies to the temperature
change with the mass number A.- (c) An increase in the level density is observed as
_% function of the mass number A, except for nuclei near those with closed shells.
Orig. art. has 10 figures, 3 tables, 7 formulas.
SUB CODEt. 20/'~ SUBM DATE: none/ ORIG REF: 004/ OTH REF: 013 -r
d- 2/2
Car

~P(c) WW
ACC NRt AP6007812 SOURCE CODE: URXfWi;~/666/ool/00~~/0061
AUTHOR: AnufrVenko, V. B.I.Devkin..~.B. V.; Ivanovg A. A. Ilotol'nWva,_G. V.;
Kulabukhoy,.~Q~,L, I kovchIKova allnikov. 0. _k.1 Timokhin,
.0 G. M
ORG- Institute of ftsics and Power Engineering, GKAE (Miko-energeticheekly
instit~~f OW)
TrrLE: Neutron transit-time spectromete
SOURCE: Pribory i tokhnika eksperimenta, no . 1, 1966, 5341
TOPIC TAGS: spectrometer, noutron,spectrometer
ABSTRACT: A.new fast-neutron 'transit-time spectrometer is described which can
measuro a noutron spectrum from 100 kov to 14 Mov- Monochromatic 14-Mr3v nouLron.6 ar
produced by a T3(d, n)He4, reactionj deuteron onergy, 250 kev; deitteron-pulse
duration, 7 nseel beam interruption before acceleration is used (sketch supplied).
The neutron detector and electronic equipment are briefly de3cribed, T11e spectro-
motor resolution determined from a 6--peak is 4 nsec1m; channel wi0th, 2.12 nsocl
integral nonlinearity, 0.25%. From a time-to-pulso-height converter, the signals are
fed toa 256-channel analyzer. -The resolution time is 6 nseal transit base, 2 m;
linear dynamic range, 400 nsec. The photomultiplier, is equipped with a noise-
elimination devicep ad the detector Is well protected from the background noise,

ACC.NRi AP 6007812
both features ensuring a high effect-to-background ratio when 100-kev neutrons are
measured. The spectrometer operation is illustrated by a spectrum of neutrons
inelastically scattered by Ma."Xri conclusion, the authors wish to thank,
B. S. NovikovskjX and Ye. P. Ukr,
- aintseafor tending the accelerator operation,
V. G. Zolotukhin for diacussing the spectrometer efficiency, and N. S. Bj~kov
Do Bityutakaya, Ve As RunWantsevap As K. Truftnovo and To. S. 6-herniche for that
part, in measurements and data Fo-aeasim.w O!ig. U-t. has: 9 figures and 3 foraulaao
(031
SM COD]Cs'18, SUEN DATXv IU&n65 /- ORIG!MWs 004 / OTH REF 006/ ATn PRms-

- -FETISOV-;--N-.M-.- -- ----

S/194/61/000/001/014/038
D216/D304
AUTHOR: Fetisov.-N.S.
TITLE: The use of barium-titanate in pulse registering
probe
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 1,1961, 6, abstract 1-E49 (Med. prom-st' SSSR,
Iq no. 5, 19603F .50-52)
TEXT: A thorough survey of existIng-probes for pulse registra-w
tion is given with a description of the construction of a probe
using barium titanate.bi-morphous element (taken from the sound
analyzer 2111K-56 (EPK-56)). Electrical puLse-oacillograms, when
using the device, aregiven., 14 references
Card 1/1

FETTSOV,,-N.S...
Gallop rhythm In slowly developing recurrent rheumatic car-
ditis, Kardiologiia 5 no.2t76-77 f63 (MIRA 17W
1. Iz kafedry gospitallnoy terapii ( gav. - prof. Ye.S.Myaso-
yedov) Ivanovskogo.meditsinskogo institata,

FETISOV, Nikolay Vasillyevich.
Kiev Medical Stomatological Inst. Academic degree of Doctor of
Medical Sciences, based on his defense, 30 December 1954, in the
Council of the Kiev Order of Labor Red Banner Medical Inst imeni
Bogomolets, of his dissertation entitled: "Variations in the
Operative Approach to a Temporal Depression."
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no. 10, 30 Apr 55, PyUlleten' MVO SSSRY
No. 15, Aug 56, Moscow, PP. 5-24, Uncl. JPRS/NY-537

FSTISOV, N.V..prof soor (Kikov)
-
Xxtraoral conduction,anesthesia. Probi. stom- 3:251-256 156
MRA 10:5)
(IMAL AUSTE3SIA) (ANXSTEESIA IN IMTISTRY)

FETISOV, N.V..professor (Kiyev)
Materials from craniosetric studies. Probl..stom 3;295-2-98
'56 iRLRA 10:5)
(CUNIOMMY)

73TISOV. N.V.,professor (Kiyev)
Surgical access to the iufra temporal fossa. Probl..Btom,.3:299-302
'156 (HRAII)-SURMY) (MLU 10: 5) 1 1 1

BILITSUL, V.A,, prof. (Kiyev); MISOT I V . prof, (Kiyev); PMN, T.I&P
kand.biol,nank imud.sed.nauk (Xiyev)
Significance of the comp;ex of B vitamins in the treatment of
paradoutonts. Probl.stou, 4:237-240 t_58. (KIU 13:6)
(YMKINS--B, ITC.-,--TMIRLMTIC UU)
(GUMS-DIOLSES)

YWISOV, W.LL'Iprof.,
Innervation of 111atovis flap ill the process of its migration. Stom&to.-
loglia, 38 no-5:33-35 S-0 159. (WMA 130)
1. Iz kafedry khirurgicheakoy stomatologii (savedtquebehiy - prof.
N.V. Fetisov) Kiyevskogo meditsinskogo Instituta (direktor - doteent
I.P. Alekseyenko),
(TISSUIS-TROSPLARTATION)
I

FET -Prqf-
NPISWI-~
J
Some problems concerning the application of mathematical methods in
surgical otomatology. Nek.filoo.vop.med.i est. no.2:168-179 160.
(MM 15:7)
1. Kafedra khirurgl6hbakoy, stomatologii Kiyevokogo meditsinskogo
instituta JaWd'Bogomolltea.
(STOMATOLOGI)

FETISOV, N.V.
~Noninjection m.eth.od of skin anesthesia. Frobl. stom. A;237-240 1600
15Q)
1. Kiyevskiy meditsinskiy institut.
(14CAL ANESTHESIA)
M
RN i-
M
0

-FETISOVP--N.V-.--,--p-r--o-f.
Purgical correction of.congenital defoi~mtiono of the a2ae and apex
nad. Stomatologiia 40 no.3:33-36 My-je, 161. (MIRA W12)
1. Iz kaf,edry.khirurgicheskoy stomatologii (zav. :- prof. N.V.Fetisov)
Kiyevskogo meditainskogo instituta imeni akademika A.A.Bogomolltsa
(dir. dotsent V.D.Bratusl).
(NOSE--SURGMY)

FETISIOV9 flikolay Vasillyevich: DATMIKO, Makar Fedorovichj SHOYMER,A.,
I i~ .'- I - -.-, - -_- -,- I
(Ineathesia. in surgery on the 'llofacial regionl Obezboll-
vanie pri operatsiiakh na cheliustno-litgavoi otdasti. Kishi-
nev) Kartla moldoveniaske, 1965. 241 P. (MIRA 18111)

2. USSR (600)
4. Shipbuilding
7. Letts be ready for sailing on time. V pom. profaktivu 14, No. 3, 1953.
9. Monthly List of Russian Accessions, Library.of Congress, May -1953. Unclassified.,

d.tekhn.nauk
Fluorescent lighting. POZh-delo 7 no.8:7 Ag 161. (MIRA 14:8)
(Fluorescent lighting)
70~
~r m f wo 1-1111M-11, RT

FLTISOV., P., kand.tekhn.nauk, starshiy nauchnyy sotrudnik
Construction shortcomingm caused the fire. Pozh.delo 8 no.W3
F 1Q. (MIYA l5s2)
1.,TSAmtralInyy tauchno-issledovateliskiy institut protivopozharrt63r
oboroxiy
iElectric power plants'--Fires a!nd fire prevention)

w~f~ - !t-t-ar-, !)! Ir-AD :!-- a' r,-u I T.5 PI-t- -'- ~ ~ 1~ ~ '-- - I.,
. - .

FSTISOV, P., inzhoner; YBXRENKO# V., luxbororg
Yireproof electoc water heater, Pozh.1610 3. no-2127 7 157-
(MLRL 10: 4)
(Water heaterd

misov. P~. A .
Automatic multi-cutouts. Posh.delo 3 no.4:19-20 Ap '57.
(MM 10:7)
1. Starshiy nauchnvy Gotrudaik TSentrallnogo nouchno-issladovntellskogo
instituta protivoposharnoy oborony.
(Ilectrie cutouts)

8(2)
AUTHOR: Petisov, P. A., (Moscow) SOV/105-56-11-17/28
TITLE: -'_A_-R`aPTT-M-0tho-d--0f Estimating the Danger of Electrical
Sparkover(Metod uskorennoy otsenki opasnosti elektriches-
kogo iskreniya)
PERIODICAL: Elektrichestvo, 1958, Nr 11, PP 74 - 78 (USSR)
ABSTRACT: This paper gives an account of the study of spark
ignition in vt,.por- and mixt-iires. The 71.ethod
of esti-.atinC; the danaer of opark ignition is based upon
the following facts: The inflammation probability versus
igniting current function P= f(I) sho,.,ied for all ,
mixtures'under investigation, including methane, that
the probability curve of mixture iGnition by an electric
spark does not only apply to methane, but also to,
all other gLs- and vapor-air mixtures, and that its
shape is independent of the physical and chemical
properties of the mixture in question, 2) The ciirve
pertaining to one specific mixture tai~os a definite
Card 113 place in the probability diaCyram with respect to the

A Rapid Method of Estimating the Dan.-er of Electrical SOV/105-58-11-17/28
Sparkover
curves for other mixtures. This position decides upon
the ignition susceptibility of the mixture. 3) The
inflammation probability curves take for all mixtures
considered in this paDer a practically parallel course.
They exhibit an almost identical slope. 4) The
function I= f(L), L denoting the inductivity in the
ignition circuit, takes for all mixtures investigated
the same place in the diagram. A mathematical relation
between the ignition current, the inductivity and the
slope of the inductivity versus inflammability curves
was determined. The recul-rities discovered in this
work provided data for Ole establishment of calculation
formulae and nomograms. This new method permits to
plot the characteristic curves of-sparkover safety in the.
voltage range up to 60 V and in the inductivity region
up to 1 H after one or two experimental points have been
determined (instead of 15-20 points, which are required
by methods used at present). The accuracy of the results
Card 2/3 is absolutely sufficient for practical purposes. The

A Rapid Method of Estimating the Danf-;er of Electrical SOY/105-58-1 1-17/24~~
Sparkover
differences between the amperages obtained by cal
culation and by experinent varies
There aro- .4 5 tables, -m 4 Soviet references.
SUB,-".IITTED.- June 5, 1958
Card 313

FETIS inzh.; SUSTAKOV, A.L., red.; OTOCHEVA,
M.A., redAzd-va; SALAZKGV, N.P., tekhn.red.
[Explosion hazard in gas mixture a, caused by electric sparks]
Vzryvoopasnost' elektricheskogo iskreniia v gazovykh smselakh.
MoBkva, Izd-vo M-va komm2n.khoz.RSFSR, 1959. 76 p. (MIRA 12:12)
(Explosions)

- ---- ------
KHCRUNZHIY. V.A.i red.; RIBAS, Yu.M., red.; BORISEVICH, Z.3., red.;
VEWYACHIKH, V.G., red.; KOST17EV, N.K., red.; MOVSESOT, N.S.,
red.; 2HIGULIN, Yu.T.. red.; RAKOVICH, I.I., red.; RUVINSKIT.
V.A., red.; TULIN, V.S., red.;.-FZT15OY.-ZA._,_ red.; FILIMONOV.
P.V., red.; IGLITSYN. I.L., red.; LARIONOV, G.Ye., tekhn.red.
(Rulets for the manufacture of explosion-proof electric equipment)
Pravile izgotovleniia vzryvozashchishchannogo alektroobortidovarxiia.
Moskva, Gos.energ.izd-vo, 1960. 54 p. (MIRA 13:11)
1. Russia (1923- U.S.S.R.) -Gosudarstvenn" komitet po avtoms-
tizatsii i mashinostroyeniyu.
(Blectric apparatus and appliances)

FETISOV P.A. kand.tekhn.naukj SMELKOV, G.L., inzh.
Increasing the quality of the contact connections of alminum
vires. Prom. energ. 20 no.11:22-23 N 165.
(MMA 18 t 11)

CUAA
IfThe Technolorical, and Ort:ani-~ational Foundation of the Records Achieved by Makar.
Mazay, the Steel Makerl', Stall fSteeg, No 4/5, 1937.
Mp-i
Or
IL M40
Mao M-08-0, ~j-W:P,

a,1909*6900066 goo eats
:
**
94006660
0
:: : Vs
W-0 0 0 * 0 0 0 0 0 0,;
'W41 0
0 *
&
0 0
0 0 0 0 0 0 0 a 0 *
*
-
-
-
4 1-- -1-#- t11-41-111-11 W 11- a 11 a a M a 16 Pa X 4 41 a 43 it -*'a 0
A

0
0
A
9L91

f!~Tl
01 -
r
oo
Mdudion, d '2W&WC9Fft"W Wed Boffer PWK Ya.
a
rov
HlInve and A. Iopstin. (HW, 1938, No. 7, pp.
tf
I# -oil

9
0* 16-26
. An ex mination of the dists, of IM heats
f
). n us~o~n
~l
was
was made to dinoover the causes of defects (oxide films and slag
1
Inclusions) in 1040-mm.-thick plato rolled from ingots weighing -0
3J-G tem. The number of defective sheeta was found to
-40
set 6.5% leas when the Wining of the ingots hail been normal than
when teeming hatl been abnormal tind accompanled by opurting
*00
The behaviour of the steel during teeming, an(]
of the metal. 'ago
d
sea uently the tiuality of the shoot, was Influenced by the duration
roM
T
r =410'
o
a
boia boil, by the carbon content on melting, and by the rate
e
of oxidation of the carbon. Sinirting of the metal during teeming
was chie Itartly to diesolved game (miti hydrogen) nd rth
'y
A
:
r

19 effect of th
to the degree of oxidation of the metal. 11
hy-
4e
Xgee
was not eliminated by additions of aluminium. The gas content Soo
could be reduced by a long boil, and this was favoured by a rapid
bnrning away of AW carbon, which at the same time prevented
oxidation or the metal. Under the conditions existing at the work*
at which the In%w0gation was carribil nut. the best n-Aultit were a**
obtained with a. carbon content, after melting. of Wt-1-3%, by
removing carbon at a rate or 045-0-5% per hr. atul with it carbon ago
content before. tapping ofO-2%, which meant a boil laitting 11-2 hr.
3
"so
AIM ILA 14TALLMSKAL UTINalk" IMASWrATM

Mogo wit all off MI 111111 *4V lot
P 3 117
it An L S I ad 0 0 5 1 if a 5 al a 2 0 1 KM

u
; 1, 7 Is 4"
g '
1
l
4
0
0 0 0 so *
0 a 0 so 0 00 000 0 000 0 q
o
0 0 0 0 0 0
o
0 00 000 * 0 0 0 0 9 ev 0 9 0 9 0-0 0 0 0 0 go 0 C, 0 0 0.00 0
. Wfl~
VMS
M, IM:
A 2 ~ i IMS -.1 1 . I

FEUSOV, S. G.
Fetisov, S. G. and Dorokhov, V. I. "The eliquation of steel on
cbromium, bottoru,111 Trudy Sta.Undkogo obl. otd-niya
VITITOM, No 1, 1949, p - 46-48
SO: U-541, 17 December 1953, (Letopia 'Zhurnal 'Wkh Statay, No. 26, 1949)

MOLOTKOVj V.A.; FLTISOV, S.G.
Investigating the nonuniformity of alloyed steel slab ingots. Izv.
vys.ucheb.,zav.; chernemet, .4 no.9:71-78 161, (MIRA 14:10)
~1* Zhdanovskiy metaU,urgicheakiy institut,
(Steel ingots)
q

MOLOTOV, V.A.; FETISOV, S.G.
Nonhomogeneity.of the sheet ingots of alloyed steel. Analele
metalurgie 16 no.2336-44 Ap-Je 162.

FETISOV. S G kand. tekhn. nauk; PROKHOROV, A.V., inzh.; STEPANOV, F.P., lnzh.
Using MK-40 steel as a substitute for MS-1 and SKhL-4 nickel-
containing steel. Stall 24 no.10:927-930 0 164. (MIRA 17:12)

UR
M J'd D/ EFR /0133/ NI 10c'01C) "-,/C)1?-7 09 N
7'i-t -V,
S. 0.(Candidate of technical icien~:ea) ; Pr:Ahc:--%r. V ('2n.,zlineer)
E,~ee-' WK-40 as a substitute for nickel 3teels MSJ-.' wid SKhL-';'
7 : 5 '-an 1 no 10; 1964, 927-930
PTL'! 'PAr.At atp,-11 mpl ublp compm-ent, maptal
nickel at - property ql7oy qt-p*', sh"et
Fu t
t. 7-le non-ninkpj e jfj
.Y-J,O I.A h g
tiu -3p.-'
Om L to 32 mm. Accomiing to it Aivsica3. ne :imd Pnu4np,.qr-
~O
toughneas pro-,-t~rties wi
1/4
p -ff-
A1--.'oJ'aa!1 ; M I M, WN
M, 'Ti~T'X MRI WIN

Ln acme respecta.
vith technical cqn(litions thE riald ooi-nt, ir-
r -I.nAT,
~, ul; sm

thnx7ml hardening for'sneets Sirn-'-L; G"t'-, DqgL-alLng
1 15 an
i! r i.,:, I-iItCh of Steel K.~-bo VA prepar
_ed at the 9'I.-1 r~.,r ee~ns'--,rting 8
~~j ii-)n-ore process iii, mtolteri pig i-rcii7i-:-=. ~~o~,aatlori
-rir the metal with manganese ma done in h s- z, c;t b 3
th,
a u
-a-ted quantity of ail4con--manzanese bef orfs ,ne triell,.Final
alLxTi-ng with eiUcon was done i-n the I - -,-- 11-, 7.51. 4',~rrc-
~-nu, O-C.-Minim (6oo-7oo gram/tan). Atiditionally, ferrotitanimi
or; 01.03555-0,042VI., Ti uithoixt emaideration -9f ifaste) van ailded to the ladle 30.
the contgnt df titard%m in.thia fildslied-metal vas A:~50ut 0.01-0.0'1,94
Ca

3 kgfton,
Orig. art. has
fRm CCIE: M

JERS

Qr
f.10 IN

BUZLYAKOV, N.I.; ZARLWA, B.V.; ,LAGUTIN, N.S.; HAYYER, V.F.;.FMIWV,
S.M.; VASILIYEVA, L.,.red.; MMIN, Yu., tekhn. red.
(Today and tomorrow; facts and figures about the staMard'of
living of the Soviet.people]Segodnia i zavtra; tsifry i'fak-
ty ob urovne zhi2ni sovetskogo naroda. Moskva, Gospolitizdats
1962. 126 P7. (KIRA 15:3.1)
(Cost and standard of living)

FETISOV, V.; FISHER, Z.
Creative brigades of construction workers in Moscow. NTO 5 no.10:
28-29 0 163, (MIRA 17:1)
Predeedatell:knmiteta postroyek Moskovskogo gosudarstvannogo
tresta No.1 Upravelniya otdelochnykh rabot Glavnogo upravlenlya po
zhilishchnomu i grazhdanskomu stroitellstvu Moskovskogo gorodskogo
ispollnitellnogo komiteta (for Fetisov).

tnt~ t2-1 n2 .1~ ms UpGa3ma ON M
TZTISOV~ V. (g.Novochorkanak)
Transformerless regulated power oupply. Radio no..4.64 Ap 161.
(MIAA 14:7)
(Ele-ctxIc power supply to appa3Zatus)
N A,
M&M
Min- gg,:,

tz as r
IMTISOV, 'qx Aleksandrovich; DROZHZHIII, Yu.N., red.; SMIRNOV, G.I.,
FOR.
Claboratory work in physics for students in grades 8-101 lob 'orstor-
nye raboty po fizike.' dlia uchashchikhoia 8-10 kJassov. Moskva.
Gos.tichebno-pedagog. izcl-vo M-va proev. RSYBR. 1957. 208 p.
(ftsics-Isboratory manuals) (MIRA 11:2)

AUTHOR: Fetisov, V.A. (Moscow) SOV-47-56-5-12/28
TITLE: Measuring the Linear Expansion of Metals (Izmereniye lineynogo
rasshireniya metallov)
PERIODICAL: Fizika v shkole, 1958,lNr 5, p 60 (USSR)
ABSTRACT: The author describes a simple device for defining the co-
efficient of the linear expansion of metals. It ccnsiatB of
2 metal supports with holes for a brass tube, an indicator and
a wedge. The tube is filled with snow, placed into the hole
of the support so that the gap between the support and the
plate-indicator does not exceed 2-3 mm. The tube is then con-
nected to a rubber steam pipe with a flask filled with water
which is heated on a gas burner or electric plate. When steam
escapes through the other end of the tube the new position of
the plate-indicator is marked on the wedge, and the length of
the legs (Pigure,2) is measured. There are 3 diagrams.
1. Metals--Me.chanical properties 2. Metals--Temperature factors
Card 1/1

MISOV, Vasiliy Aleksandrovich; Alekseyeva, N.V., red.; KOVAL=Oo
to nore
Elaboratory vorics on physics; for students of grades 8 to 101
Iaboratorays raboty polizike~ dlia uchashehikhaia 8-10 klassov,
Isd.3., parer, Moskva, Gos.ucbebno-pedsgog.izd-TO K-Ya proev.
RSFSR. 1961. 238 P (MIRA 15:2)
(Physic;-Study and teaching)

HAMANNULOV, Zh,K,; FETISOVp V.A#; SADYKOV, G.Kh.
Method of breaking up oversize pieces of ore under restricted
conditions. Trudy Inst. gor. dela AN Kazakh.SSR 12:155-158. 163.
(MIRA 17:8)
1. Sokolovs.ko-Sarbayskiy gornoobogatiteltnyy kombinat (for
Zhamankulovp Fetisov).. 2. Institut gornogo dela AN Kazakhskay
SSR (for Sadykov). ~

. - T -,I ~ ~ - "
.1 , , ,
I. ~ 11
- t
al, -`7
I 1NNI IM
-5 , ,-Nom-
_, L~ffl
AN M I.

PBAW I BOOK EXPWITATION 959
Krichevskiy, Yevgeniy Samoylovich, Fladorovich, Isonid Grigorlyevich, and Fetisov,
Vladimir Fedorovich
Blekbrooborudovaniye optiko-mekhanicbeskikh priborov (Electrical Equipment of
Optical-bbehanical Instruments) Moscow, Oborongiz, 1958. 467 P- 8,000 copies
printed.
IL-viewers. Vertsner, V.N., Candidate of Physical and Mathematical Sciences,
Kruger, M.Ya-, Engineer, Ehoshin., I.A., and Sobolev, S.F.; Ed.: Dulin, V.N.,
Candidate of Technical Sciences; Ed. of Mlishing House: Bogomolova, M.F.;
Tisch. Ed.: Pukhlikovs, N.A.; Ylanaging Ed.: Sokolov, A.I., Engineer.
PURPOSE.- This monograph has been approved as a textbook for tekhaikums by the
Administration of Secon&ary Profeaalonal Schools of the Ninistry of Higher
Education, USSR. The book Is addressed to students taking courses in the
design and construction of optical-machanical insti~uments and equipment. it
may also be of use to engineering and technical personnel in the industry.
COVEPAGE: This book deocribee basic electrical devices and systems, their design
and their special form as applied to optical-mechanical instruments and equip-
ment. The book contains selected reference material necessary to the student
Card 1/11

Electrical Equipment of Optical-Mechanical (Cont.) 959
for design projects. According to the authors, the present work is the first
attempt to systematize the varied material on the subject of electric circuits
and systems of optical-mech-4cal equipment. Part I of Chapter 3, and PhAs
I -and III of ChiPters .40 '5, 8 and'9 kere vritteh'by Ye.S. Kricbevskiy. Part II
of Chapters 1, 2, and.3, and Part II.and IV of Chapters 7 and 9 were written by
V.F. Fetisov. Chapter vas written by L.G. Fedorovich. The authors +;hank
Candidate of Physical and Mathematical..Sciences, V.N. Vertsner and Engineers
M-YA. Kruger, S.F. Sobolev, and I.A. Shoshin for their help in editing the book.
There are 132 references, all Soviet (including 3 translations).
TABLE OF CONTMUS:
Introduction 3
Ch. 1. Electrical Materials Used In.The Fabrication of ft-ts and Units
For The Electrical Equipment.of Instruments 5
1. Geneial information on electrical materials 5
2. Characteristics and classification of electrical insulating
materials 5
Card 2,11
-2.
V
EN

Electrical Equipment of Optical-Mechanical (Cont.) 959
3- Llquid dielectrics 6
4. lbsins and waxes 6
5. Bitumens, asphalts and filling compounds 9
6. Electrical insulating lacs and en la 9
7. Fibrous materials 12
B. Plastics 13
9. Electrical ceramics 13
10. Mica and rock 15
11. High-conductivity materials 16
12. High-MBiStAUCe alloys 17
13. Materials for thermocouples 26
14. Materials for contacts 28
15. Electrocarbon products 32
16. Semiconductors 32
17. Maguetic materials 38
Ch. 2. Electrical and Radio Parts Used in the Electrical Equipment
of Thstruments 43
I. Classification of electrical and radio parts 43
2. Electrical parts for connectIng instruments to the pTder
supply, for interconnecting the individual units, and for
setting up assemblies 44
Card 3/11

Electrical H quipment of Optical-Wehanical (Cont.) 959
3. Electrical parts for circuit closing., breaking and cbangeover in
instrument electrical systems
4. Electrical parts for protection of instrument electrical systems
5- Sockets and fixtures for electric lamps and tube sockets
6. Fadio, parts
Ch. 3. Electric Motors and Power Supplies Fbr Mie Electrical Equipment
of Instruments
I. Electric Motors
1. General information
2. Basic characteristics of motors
3. Control of electr-Ic motors
4. Machnical data on the basic types of instrument motors
II. Power supplies
5. General information
6. Primary cells and batteries
7. Electric batteries
8. Electric networks as power supplies
9. Transformers and auto-transformers
Card 4/ ii
51
55
58
6o
72
72
73
81
83
90
90
92
94
95

Ele ctrical. Equipwat of Optical-Mechani ca3 (Cont 959
10. Fectifiers 99
11 . Vibrapacks lo4
12. Symchronous converters lo6
13- Smoothing filters 108
Ch - 4. Electron Tubes and Amplifiers 1.12.
I. Electron tubes 13.1
1. LOperating principle 13.1
2. Diodes 112
3. Triodes 114
4. 'Multielectrode tubes 3.17
5. Multiple-unit tubes 3-18
6. Electron tube designs 3-19

plifiers
II. Am
129
7- Function and classification of amplifiers 129
8. Principle of electronic atTlification 131
9. Factors affecting the operation of the electronic amplifier 134
10. Resistance-coupled amplifiers 136
3-1. Choke-coupled. ampUfters 138
Card 5/11
7;

Electrical Equipment of Optical-Machanical. (Cont.) 959
12.~ Transformer-co-VIed amplifiers
13. Pash-pull, amplifier cascade
14. Direct-coupled amplifiers
15. Amplification of photocurrents
16. magnetic amplifiers
17. Amplidynes
18. Semiconductor amplifiers
Ch. 5. Current and Voltage Plegulators
1. Function and classification of reguJAtors
2. Current regulator tubes
3. Gas-discharge voltage regulators
4. Electron tube voltage regu3ators
5. Ferroresonance voltage regulators
6. Regulators vith - tic amplifiers
7. Voltage regulators
ch. 6. Sources and I;bceivers of radiation
I. Sources of radiation
card 611,
138
140
141
144
148
152
154
16o
l6o
162
165
167
170
172
172
175

Electrical Equipment of Optical-Nbchanical (Coat.) 959
3. The nature of light 175
2. Properties of visible radiation -177
3- Energy and light characteristics of radiation 179
4. Thermal radiation 185
5. '
Radiation from gases and vapors 191
6. Electric discharge in gases 193
7. TairminpScent radiation 196
8. Classification of radiation sources 2o1
9. Tneandeseent lamps 2()2
10. Special sources of thermal radiation 217
3-1. Gas-disebArge tubes 219
12. Low-pressuxe tabes 223
13. High-and very high-pressure tubes 231
14. Blectrodeless and pulse tubes 236
15- Thotolumineseent. tubes 241
16. Are in air at atmospheric pressure 242
II. Fadiation receivers
17. Types and characteristics of receivers 244
18. Mermoelements 248
Card

Electrical EquIpment of Optical-Mechanical (Cont.) 959
19. Bolometers 253
20. Pneumstic receivers 257
21. Other thermal receivers 259
22. Photoelectric-phenomena 259
23. Photoemissive elements 26o
24. Photomaltipliers 267
25. Photoconductive cells P-73
26. Barrier-layer photocells 277
27. Phosphor radiation receivers 282
28. Photographic-receivers 285
Ch. 7. Electrical Heating in Optical-Mchomical Thstruments 289
1. Fmation of heating 289
2. MAhods of heating optical instrwent glass parts 289
3. Methods of beating instn=nt components 292
4. Methods of maintaining constant temperature vith a given
accuracy inside the instrmnent 293
Ch. 8. Fundamentals of Electron Optics and its Technical Application 298
I. Fundamentals of electron Optics 298
cara 8/11

Electrical Equipment of optical-Vechaaical (Cont. ) 959
1. Movement of an electron in an electric field 3o6
2. Movement of an electron in a magnetic field 314
3- Electrostatic electron lenses 315
4. Magnetic lenses 325
5. Aberrations of electron optical systems 327
T-T. Technical applications of electron optics
6. Cathode-ray tubes for general application 330
7- Television transmitter tubes 340
8. Television receiver tubes 346
9. Image converter tubes 349
III. The electron microscope
10. Resolving power of microscopes 355
11. 'Wave properties of an electron 357
12. Operating principle of electron microscopes 359
13. Designs of nap tic.electron microscopes 365
14. Designs of electrostatic electron microscopes 380
15. B3hetron microscope research methods 382
16. Research with the electron spectrogreph 386
Card 9/ 2.1

Electrical Eqidpment 6f-Optical-Hechanical (coat.) 959
Ch.'q. Electric dircuits of Instruments
I. Electric circuits of laboratory instruments
1. Electric circuits of microscopes
2. Electric circuits of photometers
3. Electric circuits of colorimeters and nephelometers
4. Electric circuits of pyrometers
11. Electric circuits of instruments for spectral analysis
5. Applications and types of spectral analysis
6. Emission spectral analysis
7. Sources of light for emission spectral analysis
as Photographic methods of emission spectral analysis
9. Photoelectric methocls of emission spectral analysis
10. Absorption spectral analysis
11. Analysis by combined dispersion spectra
III. Electric circuits of astronomical instruments
12. Electric circuits of telescopes
13. Automatic guidance systems for telescopes
14. Astral electrophotometers
Card 10/3.1
393
393
393
397
402
408
414
414
414
415
422
423
427
436
437
440
442

Electrical Equipment of Optical-Yachanical, (Cont. 959
M Ele&ti-ic circuits of motion picture projectors and serial photo-
graphy equipment
15- Notion picture projectors
3.6. Aerial photography equipment
Bibliography
AVAnAZZ: Library of Congress
Card 11/11 JP/f&l
1-7-59
444
449
46o
~ Mmr
N M-Mg
I wawmx mm

FETISOV, V.0.0 kand.tekhn.nauk
Water-bearing capacity of capping rocks of the Raychikhinsk brown
coal deposit, Amur sbor. no.Z:269-z76 160. (MIRA 15-3)
1. Deystvitel'nyy chlen Geograficheskogo obsbehestva SSSR.
(Raychikhinsk region--Waterp Underground)

FSTISOV9 V.G.
Calaulating~the atability.of stripping benobeo during
9pen pit worldmg of coal deposits, Sbor. nauch. rab,
DVNIIS no.1:251-256 161. (MMA 16: 11)
'Y'
If M

MISOV V T.., aspirant
Therapy and-abemical propbyl,-Rxis of Passalurus infestation
in rabbits. Vetdrinariin 39 no.10:55-56 .0 162. (MM& 16:6)
1. Voesoyuzrqy institut gellmintologii imeni akademika K.I.
Skr7abina. (ParasiItes-Rabbits) (Newtoda)
(Antheimintics)

FETISOV, V.I., kand. veterin, nauk
Is
Hexachloroparaxylene as an efficient anthelmintle in dlorocoelios'
of sheep. Veterinariia 41 .no.2:61-62 F 164. (MIRA 17M)
1. Vs9soyuznyy institut gallmintologii imeni akademika K.I.
Skryabina.

FETISOVY V.I., kand. veter. nauk
Testing hexachloro-para-xylene, hetol, and hetoline in
dicrocoeliasis. Voterirmriia 41 no.ll-./+7-48 N 164.
(MIBA 18-..U)
19 Yeesoyuznyy.institut gellmintologil imeni akademika
Skryabina.

~~T~Scvl Vj.,,,,,asp#ant
Therapy and chazoprophylaxis of Passalurus infestation of
rabbits. Trudy VIGIS 11:161-172 164. (MMA 18: 12)

-~6 (2) SOV/111--59-10-18/23
AUTHOR: Petisov'?_T.M~, Chief
TITLE: To Increase the Quality and Lower the Cost of Projecting
Communications Construction Works
PERIODICAL: Vestnik svyazi,, 1959, Nr 10, pp 29-30 (USSR)
ABSTRACT: This article deals with the work of design organizations
in the.USSR in connection with the construction of com-
munications facilities-. The author first reviews at some
4ength a number of projects already completed or current-
ly under way; reference is made to cable trunk project
work by the "Giprosvyaz'" Institute, as well as other
rojects conn ected with inter-city telephone stations
N
TS), postal. handling and its mechanization, systems of
economical remote powering of un-manned repeating sta-
tions (NUP); he states that a series of automatized die-
sel generators for repeating stations has been developed
in cooperation with industry; also mentioned are long-
range radio relay trunks for handling TV programs and te-
lephone communications projected by GSPI, as well as ra-
Card 1/3 dio relay line projects utilizing tropospheric disper-

SOV/111-59-10-18/23.'
To Increase the Quality and Lower the Cost of Projecting Communica-
tions Construction Works
sion, radio broadcasting centre projects, particularly.6.
project for.a. powerful 3-program TV station for the
Moscow telecentre, for which the "Mosproyekt",Institute'
has developed a free-standing re-inforced concrete tow6r
508 meters tall. The "Giprosvyazl" and GSPI institutes,'
states the author, are developing new and modernizing
existing standard designs, as a result of which 60.2%
of construction-installation work in the communications
industry in 1956 was done on standard designsg as against
45.8% in 1957. Several.standard designs from thesetwo
institutes ate enumeratedg as well as their wo rk on stan-
dard documentation. The author also treats "substantial
deficiencies" in the work of the project organizations,
the conduct of project work, non-standard equipment and
the need for standardizationg and cost cutting in pro-
ject work; the changeover to cost accountingg he states,
will increase the responsibility of the institutes and
their clients for cutting project costs. Also noted is
Card 2/3 the need for full coordination between project institu-

SOV/111-59-10-18/23
To :Increase the Quality~'and Lower the Cost of Projecting Communica-
tions Construction Works
tes, scientific-research institutes (NII) and design bu,-
reaus in their work. Industrialization and mechaniza- ~
tion of construction work-, especially in connection with
construction of new cable and radio-relay lines, is al--
so discussed. The author states that the volume of pro-
ject and prospecting work accomplished by the "Gipros-
vyazl" and GSPI institutes for 1958 exceeded the volume
for 1957 by 30%; almost 50% more such work is planned
for lqqq than was done in 1958.
ASSOCIATION:Tekhnicheskiy otdel j ekspertiza GUKS ministerstva svya-
zi SSSR (Technical Department and Commission of EYperts
of the GUKS of the Ministry of Communications of the Ubsti)
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44286
S/048/62/026/W2/016~016
Uov
Un B117/B102
AUTHORs _Fe lisby _V N.
T I TL,,-: %iuasi-;ot-particle mechanism of carbon photofission-
PERIODICALs Akademiya nauk SSSR., Izvestiya. Seriya fizicheskaya, v. 26
no. 12, 1962, 1525 -*1526
TEXTt The-shell model was used to est ate the contribution of the quasi-
d-particle mechanism to the reaction 0 (pp) in the range 30 e- E -4 60 Vies
12
It wm zhown that the probability of the reaction C (A4-9p), in which only
the proton is emitted and the triton is captu.red by the residual nucleus
8
Be , can be roughly estimated only if the'following factors are considere&
Different thresholds of the energy necessary for emitting p and H3 in,t.
u omb and centrifugal barriers. The contri-
the continuous spectrum C OC
bution of the quasi-c(-partiole mechanism to the total cross section of
12
C- (f~,'P) is equal to the sum of partial cross sections for every single
quas ticle multiplied by,the probabilities of proton emis
par sion and
triton capture by Be8.i The barrier penetrability was estimated in the
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S/048/62/026/012/016/016
quas.i-d-particle mechanism ... B117/B102
3
usual way for p and H without considering the intleraction proton re-
sidual nucleus. For the cross section of He4(fp~O experimental values
were used. A comparison between theoretical d experimental data showed
that in the range of energy here studied it is the interaction between
t-quanta and the quasi-ot-particle that makes the main contribution to the
12
reaction C (S-,p). With higher energi:es,the quasi-o(-particle mechaniew
- - __ .1.
is replaced by a two-nucleon mectanism. This paper was presented at the-!
12th Annual Conference on Nuclear Spectroscopy in Leningrad from January'..
26 to. February 2,'1962. There is 1 figure.
ASSOCIATIONs Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
meni ,P. N. Lebedev of the Academy of
,,.(Physics InstitUte i'
Scii5nces IjSSR
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PPJMHOVI V.V.j
Theory of photodisintegration of light nuclei with emission
of fast deuterons. Zhur. eksp. i teor. fis. 45 no.3t532-540
S 1636 (MIRA 16M)
10 Institut yadernoy fiziki Moskovskogo gosudarstvennogo universiteta.
(Nuclear reactions) (Deuterons)
g ~n~ --Z
3:

ACCESs:r0N NR: AP4031163 S/0056/64/046/004/1395/1398
AUMOR: Fetisov, V. N.
TMZ: An analysis of phatodisintegration of H-3 with account of the rigid core of
the nucleon
,SOURCE: 2h. eksper. i teor. fiz., v. 46, no. 4, 1964, 1395-1398
Topic rAGs: tritim, helium 3, photodisintegraticn, integral cross secticn, gamw
deutenDa reacticn
-ABSTRACT: The values of the rean square radius, the binding energy, the Coulcmb
energy, and the theoretical integreV cross section atheOr are tabulated. Inasmuch
as the values for the integral cross sections calcuiAed by Varfolarayev and Grobu-
nov (Phys. Lett. v. 5, 149, 1963) with the aid of the wave functions derived by
Kikuta, ~brita, and Yamade (Progr. Theor. Phys. v. 15, 222, 1956) do not give ample
information cn the character of the photodisintegvation of H3(He3), the authors have
plotted the cross secticn curves for the reacticn H3 (y, d)n, obtained with the aid
of these wave functicns, for three sets of parameters:
I a) d 0,4-10-13 cit tt 0,4.1013 air" V = 4.5. ion au7t
b) d 0,4-10-13 0,5.1013 "71 v - 11.5-1013 w1
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:ACCESSION NR; AP40311G3
C) d = 0,6'.10-13 alt 0,5.1013 C.U-1V 4,5. 1013 CjL-1
The cmss sections-so calculated are close to those obtained by Gunn and Irving
(Phil. Mag. v. 42, 1353, 1951) if the functions for the ground state of H3 yield
similar rrean qquare radii. The value of the cmss section in the vicinity of the
maximtm is not less than 2/3 of the experimental value, and since all cross section
ocalculations have so far been carmed'out only in the Born approximation, the dis-
crepancY between theory and experiment must be due to the inadequacy in the wave
functioa of the H3 ground state. The dependence of the integral cross section on
the radius of the hard core of the nucleon is also given. It is pointed out that
a more exact treatnient of the wave funaticns of the nucleon and the deuter~on in the
:~final state must be employed. "The author is deeply grateful to A. M. Baldin for
,numerms discussions during the course of this work, and to A. T. Varfolomeyev and
.A. N. Q~bunov for a discussion of the results, and to V. P. Fanina for doing the
,canputaticns on the FIM electronic cariputez-. Orig. art. has: 1 figure,, 4 fonmllas,~.-
:and 1 table.
;ASSOCIRrION: Fizicheskiy institut Rzo N. Lebedeva. Akademii nauk SSSR (Physics
:Institute, Academy.of Science SSSR)
'Car
d

ACCESSION NR: AP4031163
SUMMED: 110at63 DATE ACQ: 07M&y64 ENCL: 00
SUB CODE: NP NR FEF SOV: 000 onw: 0,160
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