SCIENTIFIC ABSTRACT SALNIKOV, I.S. - SALNIKOV, V.G.

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• Collection: Scientific Abstracts
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• Document Release Date: August 25, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


32(3) SOV[l 1 Z-59 -3-5069
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3,
pp 108-109 (USSR)
AUTHOR: Sal'nikov, I. S.
TITLE: Railroad Electrification e r
(El kt ifikatsiya zheleznykh dorog)
PERIODICAL: Vsb.:Vopr. razvitiyazh.-d. transp. M. ,Trans zheldorizdat,
1957, pp 16-39
ABSTRACT: A short historical sketch of railroad. electrification in the. USSR is
'Data is submitted Icharacterizing technical a economic eff ective'--
presented.
ness of the electric traction. It is noted that the electric -traction efficiency
s
amounts to 16 -1876 when supplied by thermal station ; 24 2801a when supplied by
heating -and - electricity stations of high and superhigh steam parameters; 60%
in case of hydroelectric generating stations. Major characteristics. of -electric-
traction and st.eam-traction operations are compared for 2-track and, 1 w-track,
lines. Cost of transportation is lower by 25-3016 with electrical traction than
with steam. The total length of electrified railroad in the USSR will take the
Card 112

32(3) SOV/112-59-3-5069
Railroad Electrification
first place in the world by 1960. A characteristic feature of modern railroad
electrification is the switching over. from the. electrification of individual
sections to the electrification of main lines; this radically changes the operation..
of the most heavily loaded. lines. Wide, ad-option of electrical traction will start
a complex electrification of all- railroad utilities. Simultaneously with
electrification of 40, 000 km of railroads, according to the "General Plan of
Railroad Electrification, 11 abo U, 20% of rayon centers and 201c of kolkhozes will
be electrified. - Electricai-energy, consumption for traction will grow from 13,,
billion k-wh at the present time to 50 bill7ion 1--wh in 1970. . Important engineering
and economic advantages of the 50-cycle single-phase System are noted.
Considerations on modernization of the DC system and stepping up its efficiency.
are submitted. A number of Major steps toward strengthening the po.wer supply
of the existing line sections must be taken. See also RZhE, 1957, 899.
V.A.K.
Card 2/2

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SOKOLOVSKIY, V.D., Marshal Sovetskogo Soyuza; BELTATEV, A.1.9 polkomik;
GASTILOVICH, A.I..,.doktor vayenrrykh nauk, prof. general-
polkovnilzi DENISFWKO, V.K., polkovnik; ZAVITALOV, I.G.,
general-mayor; KOLECHITSKIY, V.V.,,general-mayor; IARIONOV,
V.V.Y kand..vqy@ykh nauk polkovnik; NTRKOV, G.M., polkov-
nik; PAROTIKIN,'I.V., kand. voyennykh nauk:polkovnik;
PROKHOROV, A.A., general-mayor;.POPOV, A.S., polkovnik;
SAL11W-L.,K@., polkovnik; SHIMANSKIY, A.N., polkovnik;
t*ffEREDNICHF.NKU*, M.I., generaL-mayor; SHCHEGOLEV, A.I., pol-
kovnik; MOROZOV, B.N., polkovnik., red.;@KONOVALOVA, Te.K.,
tekhn. red.
(Military strategy] Voennaia strategiia; Izd.2., ispr. i dop.
Moskva, Voenizdat, 1963. 503 P. (MIRA 16:10).
(Strategy)

USSR/PharmacOlogY. Pharmacogaosy. Toxicology Toxicology. T-11
Abs Jour Referat Zhur Biologiya., No 16., 1957, 71988
Author Sallnikov., M.N.
Inst
Title The Clinical Picture and Treatment of Sea Scorpion Bites.
Orig Pub Vracheb. Delo, 1956, No 8, 865-866
'Abstract A case of wounds produced by a Trachinus draco bites is
described. After a few minutes at the site of sting foot
a pain and burning sensation appeared spreading to the
shin. Hyperpnea and cardiac pain appeared; the foot be-
gan to redden and swell. The patient received a turni-
quet on the shin for 2 hours, and an alcohol dressing was
placed on the foot. 40% of glucose with ascorbic-acid
was administered intravenously; a 1:50W solution of po-
tassium-manganate and, a table-spoonfull 7-8 times daily
and 0.1 g of ascorbic acid 3 times-daily was administered
internally. Promedole was given once. After 2 days the
pains subsided; the swelling-disappeared after 7 days-
Card 1/1 log

@, fu@

YEMCHRIKO, A.I. , otv. red.; TOPACHIEVSKIY, O.V.
[Topachevslkyi, O.V.], doktor biol. nauk, glav. red.;
HOLL, Ya.V., red.[deceased]; r.'OVULE, V.A., red.;.
VLAD1241IROV, V.I.[Vladymyrov,, V.I.], doktor biol. nauk,
red.; VINOGRMOV, K.O.LVynohradov, K.O.1, doktor biol.
nauk, red.; TSEYEB, Ya.Ya..doktor '@iol. nauk, red.;
SALINIKOV M.Ye [-'!a'llnykov M.
IE.], kand. biol. nauk,
kand.,khim. iauk, red.; ZEROV, K.K.,
kand. biol. nauk, red.
[Some problems of the physiology of digestion and
metabolism in fishes],Deiaki pytannia fiziologii tav-
lennia ta obminu rechovyn u ryb. -Kyiv, Vyd-vo AN URSR,
1962. 115 P. (Its Pratsi) (MIRA 17:11)
1. Chlen-korrespondent AN Ukr.SSR (for Yemchenko, Roll,
Movchan).

TOPACHEVSKIY., O.V.[Topachevslkyi, O.V.], glav. red.; MOVCHAN, V.A.,
red.; AWAZOV, 0 M., doktor geor-r. nauk, red.;
VLAD11111ROV., V.I.[Vladymyrov, V.I., doktor.biol. nauk, red.;
VrAOGRADOV., K.O.["lynohradov, K.0 -.1, doktor biol. nauk, red.;
TSEYEE-3, Ya.Ya.[TSeeb, 1A.IA.b-doktor biol. nauk, red.;
SALINIKOV I.I.Ye.[SallrWkov, M.IE.]. kand. biol. nauk, red.
ZEEUV@
biol. nauk, red,
[Desna River within tile boundaries of the Ukraine; sarxitary-
hydrobiological and hydrochemical characteristics] Desna v
mezhakh Ukrairy; sanitarno-hidrobiologichna ta hidrokhimichna
kharakterystyka. Kyiv, Vyd-vo "Naukova diunkal 11 1964. 158 @Pe
(MIRA 17.17)
1. Akademiya muk URSR. Kiev Instytut bydrobiologii. 2. Chlen-:
korrespondent AN Ukr.SSR (fo; Topachevskiy). 3. Vsesoyuznya
akademiya sellskokhozyaystvennykh nauk imeni V.I.Lenina i-
chlen-korrespondent AN Ukr.SSR (for Movchan).

89-8-4/26
AUTHOR SAL21TIKOV, O.A.
TITLE -Kn@ar @Dlstr@ibution of 204 MeV Neutrons, Scattered Elastically and In-
elastically by Chromim, Iron and Lead
0&voye raspredeledye uprugo i neupruga rasseyannykh, ney@ronov s ener-
g4ey P,34 MeV ra yadralch Cr, Fe, Pb. Aussian)
PERIODICAL Atomneya Energly'i, 1957, Vol 3, Nr 8, pp 106 111 (U.S.S.R.)
ABSTRACT The following measurements were carried out:
.
a) Cross see tion-of elastic scattering b*. I E
2934 Mev I
,
n
Cr Fe Pb
--jo-ul-W + 1,1 6,2 O,d 20A + 1P7
45' 6,3) + 0.,5 299 + 0,3 '17#7+ 0,7
600 1.99 + 00 1.94 + 0,2 296 + o.4
900 10 + 091 2,0 + M 4,3+@ OP5
1050 1,8 + 0,2 3,6 0,4
1350 1,,6 + 0,2 194 + 002 2A + 0.,2
C ard 1/2

Acad, Scl. IISSRi@,-Idoscow

32997
..;1.64V611000100010241033,
B108/B102
AUTHORS: Lovchikova, G. N., Sallnikov, 0. A.
TITLE: Inelastic scattering cross sections of,2.5-Mev neutrons
SOURCE: Krupchitskiy, P. A., ed. Neytronnaya fizika; sbornik statey.
Moscow, 1961, 294 297
3
TEXT: The cross sections for 2.5-Mev neutrons obtained in a D(d,n)He
reaction and inelastically scattered from various elements were studied
with the transmission method. The.detector, a threshold ionization
chamber with U 238 or Np 23.7 on one electrode, wa s placed in9ide the
SDherical soecimen. The ratio of the number of counts with the scattererl
to that without scatterer was measured. The inelastic neutron scattering
cross sections were calculated with the aid of-these ratios. The inelastic
scattering cross section of K was not observed. The cross section pf-Na
238
determined with U detector was 0.34 � 0.07 barns. It is caused.chiefly
by the excited 2070 kev level. The cross sect-ions for molybdenum were-
0.46,� 0.03 and 1.36 0.04 barns, respectively, for Np237 and U238
Card 1/2

32997
S/641/61 /000/000/0241/033,
Inelastic scattering cross sections ... B108/BlU
detectors. The corresponding values of barium were 0.,77 0.10 and
1.47 f 0.16 barns, In strontium, the only level (1-85-Mev).is excited
by the 2.@-Mev neutrons. The cross sections of.strontium were 0.32 0-15
and 1.10 - 0,13 barns, respectively,- for.Np237 a U238. c
nd omparison.with
the results of other authorshas shown. that theresults presented, are
applicable. The authors thank A. I.Leypunskiy, Membpr of the AS UkrS.SR.-.,
and I. I. Bondarenko, Doctor of Physicaland Mathematical Sciences, V. P.
Kharin, and B,, V. Devkin for their interest and help. There are.1 table.
and 3 non-Soviet references. The three references to English-language
Publications read as follows: Bethe H. A., Beyster J. R., Carter R ' E. 'J.
Nuol. Energy, j, 207 (1956); Hughes D. J., Schwartz R. B. Neutron Cross
Sections, ML, N@ Y@, 1958; Feschbach H., Weisskopf V. F. Phys. Rev., 76
1550 (1949)@
Card 212

29541
S/08 61/011/005/006/017
B102YB101
24@1 @:2,2 t,1,5
AUTHORS: Lovchikova, G. N.p Sallnikov,_O.,A.
TITLE: Inelastic interaction cross sections offission.neutrons,
PERIODICAL: Atomnaya energiya, v. 11, no. 5, 1961, 442 443
TEXT: An aluminum container tilled withmixed uranium oxides:enriched in
U235 up to 75fo and exposed to the thermal neutron flux of a reactor served-.@-'
as a fission neutron source. The neutrons were recorded by a multi-
238
electrode U _fission chamber. The effective threshold ofthis detector
for fission neutrons was found to be at 1-4 h1ev6 A natural isotope
mixture was used as a scatterer. It was.of spherical shapelwith an inner-
diameter of 90 am. T = N was measured for several elements. N
2/N
denotes the number of counts without:scatterer and N that with:sdatterer.
2
This ratio is determined by all processes which reduce number or energy of.
the neutrons@ Inelastic interactions playthe principal role. For
energies between 1 and 14 Mev, their cross sections amount to 1 10 mb.
Card 1/3

29541 S/089/61/011/005/006/017
Inelastic interaction cross ... B]02/BIOI
Transmission cross section and inelastic scattering cross section were,
calculated by a method published in Ref. 2 (see below)., The usual
,corrections were found to be much below experimental error limits, and were..,
therefore not taken into account The neutron background was measured but
was of no effect because of the Lgh fission threshold of U238. The table
gives the results of measurements. Except those for iron, the data had
not been published before. Table
numberlof atoms a >
transm, inel.
6lement 3 20 T
Der em x1o barn barn
Na 254.3 2.0 0-037 0-47�0-08
K. 133.1 2.3 0.981 0047�0.11
Sr 180.0 3.1 0-950 0-93�0-08
Ba 163-7 3-8 0-933 1.36+o.io
Mo 639.9 3-0 0-727 1.54�0.03
Nb 176.7 3.2 0-663 1.44�0.018
Fe 845.8 2.2 0.807 0.73�0-04,
There are I table and 2 references: I Soviet and 1 non-Soviet. The..
Card 2/3

MO
S/089/61/011/006/002/014
/000 B102/B138
AUTHORSt Leypunskiyj A, I,, Abramov, A. I.* Aleksandrov, Yu. A.,
Anik C,-V-, Bondarenko, I. I., Guseynov, A. G.,
vanov, V. I., Kazachkovskiy, 0. D., Kuznetaov, V. F.,
Kuzlminov, B. D., Morozov, V. R., Nikolayev, M. N.,
_,1;l';11ov,.1 I 1.ir..ki., G. N., Soldatov, A. S.,
c av, -i.,Ytki., M. G.
TITLEi Investigation of the 5P-5 (BR-5) fast reactor (spatial and
energy distributions of neutrons)
FERIODICALt Atomnaya energiya, Y, 11, no, 6. 1961o 496 - 505
TEXT: The fast research reactor BR-5 and its experimental equipment is
described in brief and some of its neutron spectra are given and discilssed.
The following data are given: fuel - plujonium oxidel coolant - sodiuml
reflector - thin layer of natural uranium plus thick layer of nickelt
power - 5000 kW. The reactor has many vertical and horizontal holes for.
technical and physical atudico and is well supplied with experimental ,
equipment. Leypunckly gave a detailed description of the BR-5 reactor at
Card 14

21106
S/089/61/011/006/002/014
Investigation of the... B102/B138
the Second Geneva Conference (1958)- Inside the core the neutrons have
energies of more t.,n 100 kev which they lose almost completely in passage
throurb. reflector and shield. In the outer layers of the shield, their
moan onortV does not exceed some tens of ev. In the ke-7 range (rr>50 kev)
spectra were measured for the most important beams and channels, For the
other ca5ea, they were determined from threshold reactionc. The soft part
of the apeotrum within the reflector was determined from the spatial
diatribution of neutrons wit), E�15 ov. racordod Yith rold resonance indi-
cators, The total ncutron flux ran determined only at the points where
Ulu Pu 239 fiouion cross section was constant, Dircc-t neutron spectrum
men--urements were carried out in a vertical (OK-70) and a horizontal (B-3)
channel using (1!Q3.,Ar)-filled. ionization chamber in the first case and the
neutron tranmiasicn method with n-hexane in the second. The neutron
spectrum of the horizontal channel was also determined_by phatoemulsions,
From the rates of indicator and fission reactions Au 117 (n,r), U"'(.,f)
231(.,f), Th Cu (n,W) the abrupt
PU N.13(.,,_) 63(n,r) , and A127
Card 2/1

--/C-,,- 31 /0 1 I/C-06/002/o 14
inveatigation of the ...
drop in neutron energy in the N! reflector wua detc-mined, and the
nctivity crkured by resonance neutrons (En 4.9 ev). The fast neutron
flux (k; > 1-4 Mov) In the core center was found to be (2-4 t 0.2) -10 14,
n 4.
and total flux was (8.2 1 0.3)-101 Expurim,intal re3ults werfj verified
by energy-Group calculations (16 groups). Good agreerc.nt between theory
and experiment was also found for the chatinel opcctra. The authors
thank D. S. Pinkhasik, Il. N. Aristnrkhov, and the re-ictor pcrranncl for
assistance. There are 10 figures, 2 tables, and 2 Soviet references.
SUBMITTLDs August 1T, 1961
Table 1. Reaction cross sections in the core center.
Legundt (1) Heaction; (2) e;perimcnt; (3) d caloulated, given in barns.
Fig-, 7.* -Neutron transmission spectrum (n-hexane) for the horizontal
channel B-3-
Card 3/)

ANIKIN, Nikolay Aleksandrovich; DROBYSHEVSKAYA, Nadezhda Ivanovna;
DUDINOV, Vladimir Alekseyevioh; KONIKOV, Arkadly
Sergeyevich; KONYUKHOV,, Sergey Mikhaylovich.- MESHCHERINOV9
Fedor Ivanovich; POLETSKIT, Aleksandr Timofeyevich; POLYAKOV,
Glob Maksimovich; CHERNOBAY,
Dmitriy Gavrilovich; GAVRILOV, P.G., kand. t-elft.nauk, retsen-
zent; NEFED'YEV, G.N., kand. fIz.-mate nauk; SOKOLOV, V.M.9
kand. fis.-mat. nauk; SOKOWVSKIY, V.I., kand. tekhn. nauk;
FdJDIN, S.N., insh,; MINOV, X.S.9 kand. tekbn. nauk; DUBITSXIY,
G.M., doktor tekhn. nauk, red.; ZAKHAFOV, B.P., inzh., red.;
KONOVALOV,, V.N., kand. tekhn. nauk.. red.; PERETS, V.B., kand.
takhn. nauk, red.; ROZENBERG, I.A., kand. ekonm. nauk, red.;
STEPANOV, V.V., kand. tekhn. nauk, red.; SUSTAVOV, M.I.,, inzh.,
red.; SHABASHOV, S.P., kand. takhn. nauk, red.; DUGINA, N.A.,
takhn. red.
[Handbook for inventors and innovators]Spravochnik dlia izobre-
tatella. i ratsionalizatora.. (By] N.A.Anikin i dr. Izd,3,, ispr.
i dop Moskva, Mashgis., 1962. 791 p. (MIRA 16:1)
iTachnological innovations-Nech&nical engineering)

-~/go~/62/006,1000/022/04'4""-~@ J,!IJ
B102/b234
AUTHORSt Popovp V*@ I., Sallnikov,. 0*'1 A eg Bluchevskaysp VO M*
T IT LE: Scattered neutron spectrai in the case of initial energies Of
3 Mev
SOURCEI Yaderr.;ya reaktaii pri malykh i arednikh energlyakh; trudy,
Vtoroy Voesoyuznoy konferentsiij. iyule,ig6o 13d. by-
9
0,
k, So Davydov and others. Mosoowq Izd-vo AN sasRO@1962j256_26
'Y.T -hllev neutrons inelastically scattered rom
f
TL The energy spectra of:3
several metals used in reactor construction were measured in order to,obtain_;.':,,,
:information on the behavior of neutrons in core and shield. The*measure-
ments were made in annular geometry iwthe case of 600 scattering$ An H +Ar,@'.:..
filled ionization chamber served as@deteotorj this and theexperimental
arrangement is described in Atomnaya ene r.giya:3, 498P 1957- -A deuteron-
bombarded heavy-ice target served as neutron source; the pu-lsw.from the
chamber were analyzed by means of a 128-channel pulse-height.analyzerd
Bes,ides the spectra of neutrons scattered through 600 from Nay' Sig Pb and
Bi also the source spectrum was measured in the dir
action of the deuteron
Card 1/2

5/903/62/000/000/022/044
S
-attered neutron spectra in the
c
B102/B234
beam. The nuclear levels excited and the meanscattering cross sections
ware determined from the energy distributions measuredl(cf. Table).
v
in the range 2-45,- 44-00 Me also t
n
h excitation curve wao, onstructed,
e
under the assum tion that inelastic sc attering in this range is isotropic
drops linearl
within error limits; a y with increasing B T here are 5... f ii-!Ii@!
in
Ures
and 1 table.
ASSOCIATION: Fiziko-energeticheskiy:
institut Gasudarstvennogo :
Element
ener
mb/sra
d
Komiteta Bove ta Ministrov g) ,
SSSR po ispol,zovaniyu

.

atomnoy 6nergii (Physi
" ' " . .
ilT.
N

0,46
. z _j

40*4
and Power Eng
ineering S1 i9a 45:@4
,
-Institute of the' State Pb 0,6ew-t,t 34*7

-Council
committee of the t.5-2,0

on,
of Ministers of USSR 44:L7
m
the Utilization of Ato ic
: "�5
Energy)
Card 2/2_

SALINIKOV, O.A.; SIETANIN, S.F.; LEVCHIK, Yu.E.
Program controlled milling machine. Stan.1 Instr. 34 no.4:40
Ap 163. (KRA 16:3)
(Milling machines-Num6rical control) .

SALINIKOV 0 A - LIKWENSHTEYN) I.I.
Establishing programs.for machine tools with pulse step-by-
step program control system. Stan, i instr. 34 no.6:18-19
Je 163,, (miRA 16:7)
(Machine tools-Nmerical control)

SALINIKOV, OcA.
Converting macbile tools to programmed eofitrol. Stan. i instr.
34 no.lltlO-Il N' 163. (MM 16:12)
-AT;

SALINIKOV, O.A.
Producti-Aty of machine tools via, pulse-stepped program control.
Stan.i instr. 35 no.9:9-10 S 164- (MIRA .17:10)

SALINIKOV, O.A.; LIKHTENSHTEYN, I.J.
Step-by-step electrohydraulic drive with an advancing motion.
Stan. i instr. 36 no.6:10-11 Je 165. (MIRA 180)
I

L 36074-66 EdT(Mj/E7JP(t)/ETI jJP(e) JD/JG
A X NRt AT6015891 SOURCE CODE: UR/3158/65/000/030/0002/00:
I AUTHOR: Sallnikov, 0. A.; Fetisov, H. 1. ; Lovchikova, G. K. ; Kotel Inikova,_ G. V. -
I
lAnufriyenko, V. R77-D-evIM, B. V.
,FORG- Physico-energetic Institute (Fiziko-energeticheskiy institut)
TITLZ: Nuclear level density and spectral distribution of inelastically scattered
neutrons of 14.1 Mev initial energy
S0URCEt;V-9kn "nk, riziko-enorgeticheekLy inatitut. Doklady, FEI-30, 1965. Spektry
neuprugo rasseyannykh neytronov a nachal'noy energiyey 14, 1 Mev i plotnost' yademykh
urovney, 2-18
TOPIC TAGS: neutron scattering, nuclear energy level, neutron spectrum, excitation
energy, Fermi gas
ABSTRACT: The purpose of this work is to obtain a better representation of the func-
tional' dependence of the temperature of nuclei Pnd the nuclear level density parwe-
ters on the mass number A, the r*A=12E (n.,n I) 17nd the neutron spectrum in the reac-
tion (n,20- The measured values of the nuclear level density parameters a, a# and a"
are presented in tabular fom. In addition, a table gives the calculated values of
the temperature TN and TI, according to the Fermi model of the nucleus. The spectra
of the secondary neutrons in the reaction (n,2n) were calculated using the equation
Card 1/2

L 3607h-66
ACC NRI AT6015891
N(E) = const. E exp (- EIT11)
All above measurements were evaluated for 14 target nuclei: Be-,-71a, 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 interaction plays 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 Mev. The same applies to the temperature
change with the mass number A.- (c) An increase in the level density is observed as
a function of the mass number A, except for nuclei near those with closed shells.
Orig. art. has: 10 figures, 3 tables, 7 formulas.
SUB CODE: 20/ SUBM DATE., none/ ORIG REF! 004/ OM REF: 013
Card 2/2
MI

ANUMMENKO, V.B.; DEVKIN, B.V.; KOTELIKKOVA, G.V.; KULABUMOV, U.S.;
LOVCHIKOVAI G.N.; SALINIKOV. O.A.; TIMOKHIN,, L.A.; TFLUBNIKOV, V.R.;
FSTISOV, N.I.
Inelastic scattering of 14 Mev. neutrons and the nuclear level
density. lAd. fiz. 2 no.5:82"38 N 165.
(MIRA l8sV)
1:rr A

L 207 20-66 E'ffr(,')AYr(m)ATC(m)-6 DIAAP@WP(c) WW
SOURCE CODE-: 76-1-2ohW-5 i/o6!;@Jooo
ACC NR: AP60O7812 o66/66
.@/V @
AUTHOR: Anufriyenko. V. B.; Deykin, B. V.; Ivanov, A. A. Kotelinikova, G. V,;
Kulabukhav. Yu, S,j Lovehikova. G. N-1 Saltnikov. O_, A.; Timokhin, L. A.L
Fetisov, N. I. .
ORG: Institute of Physics and Power Engineering, GM (Fiziko-energeticheskiy
TITLN: Neutron transit-time spectromete
SOURCE: Pribory I tekhn3ka eksperimenta, no. 1, 1966, 53-61
TOM TAGS: spectrometer, neutron spectrometer
ABSTRACT: A new fast-neutron transit-ti-me spuctrometer is described which can
measure a neutron spectrum from 100 kev to 14 Mnv. Monochromatic 14-Mev neutrons.are
produced by a T3(d, n)He4 reaction; dcuteron energy, 250.kev; deuteroR-pulse
duration - d (sketch supplied).-
, 7 n3ccl beam Interruption before acceleration is use
The neutron detector and electronic equipment are briefly de3cribed. The spectro-
moter resolution determined from a S-peak is 4'nsec1m; channel width, 2.12 nsecl
Integral nonlinearity, 0.2%. From a time-to-piLlse-height'converter, the signals are
fed to a-256-channel analyzer. The resolution time Is 8 nseal transit base, 2 m;.
linear dynamic range, 400 neec. The photomultiplier is equipped witl@ a noise-
elimination device, and the detector is well protected from the background noise,
Cardi.19 539-1-=439-195-5

L 20720-66
CC NRt AP6007812
loth features ensuring a high effect-tc-bickground ratio when 100-kev neutrons are
easured. The spectrometer operation is Illustrated by a spectrum of neutrons
nelastically scattered by Mn."In conclusion, the authors wish to thank
i. S. Novikovakiy and Ye. P. Ukr-aintsevafor tendingthe accelerator operation,
G. Zolotukhin for discussing the spectrometer efficiency, and N. S. Biryuk.,ov,
D. BityutsWa-ya, V. A. RumWantseve, A. N. Trufanov, and To. S. Chernic Qkp for thek
art in measurements and Wa-U -procesaing." Wig. but 9 figures and 3 formulas.
(031
UB GODIs 10, 09 / SUBK DONt lUan65 / ORIO NOs 004 M RZF 006/ ATD PRESS:
dJ113

ACC 11R' AR6035@27 SOURCE CODE: UR/0372/66/0001008/GO11/GOll
AUTHOR. Kalashnikov, V. I.;_!!all k y@_R@ A.; Lyakhovitskiy, Ye. M.
TITLE! Randim-process analyzer for the investigation of automation systems
SOURCE: Ref. I zh. Kibernetika, Abs. 8G6 5
REF SOURCE:t Pribory i ustroystva sredstv avtomatiki i telemekhan. Resp.
mezhved. rau6no. -tekhn. sb., vyp. 1, 1965, 8-15
TOPIC TAGS: 'irandom process, correlation function, autocorrelation function,
extreme low frequency, analyzer, random process analyze .. dAevembms-,
M
ABSTRACT: The ASP-1 random-process analyzer, developed at the El. -Simula-
tion Laboratory of the Ebar1kov Polytechnic Institute, is described and its techni-
cal characteristics are given. It is designed for calculating the basic statistical
characteristics of extremely 1-f stationary random processes recorded on a
magnetic tape from an object or a model. The device makes it possible to record
the following statistical characteristics: 1) the mutual-corr elation function of two
stationary random processes, 2) the autocorrelation function; 3) dispersion (RAIS
Cara 1/2 i UDC! 62-5.001.5

_5Z@ 2'
_NRI AR603'5 27
deviation); 4) mathematical expectation; 5) the integral function of random -pro"c ess;
-probability distribution. With digital reading the calculation error is 2. 5-3. 55.
The special features of the performance of the basic and el. -mechanical unit are
briefly described. The results of the experimental testing'of the ASP-ls opera-
tion are given. @ There are fivt illustrations. [Translation of abstract] [DWI
SUB CODE: Ogj 13, /a.
C.,d 2 2

ACC NR: AP0013488 UR/0120/66/000/002/oO22/0027
AUTHOR: mogillner,,A.I.; Sallnikov, O.A.;Timokhin, L. A.
------------------
ORG: None
TITL E; A correlation method of energy spectra measurement'of nuclear particles by
their fly-by time
SOURCE: Pribory i tekhnika eksperimenta, no. 2, 1966, 22-27
TOPIC TAGS: neutron , neutron beam , neutron energy speQz&4"
neutron spectrum) generator
Abstract: This paper proposes and describes a correlation method for the measurement
of the energy spetrum of neutrons. A new method was needed because of some basic draw-
backs of the classical method, which causes a conflict between the spectroscope resol-
ving and light-gathering power. In the approach to the new method, the spectroscope isl
censidered as a linear system with a modulated neutron beam input and a velocity-of-
-counting detector output. on this basis, it is shown that by using an optimum pseudo@
random digital modulation sequence, with its autocorrelation sequence approaching thl-k
of a white noise, cycled at a sufficiently slow repetition rate, the measurement of
the crosscorrelation function between the velocity of counting (output) and the modu-
lating signal produces the impulse response of the spectrometer. This impulse response
is, however, approximately equal to the desired normalized time spectrum of the neu-
Card 1/2 UDC: 539.121.64

ACC NR: AP6013488
trons, multiplied by a constant. Thus no special measurement of the backgound noise isf
required. The generator of the backgound sequence, described in some detail, is based
upon numerical techniques using the code shift register with linear constraints. It
generates + I and - I sequences of random duration with periods of e.g (2 - 1) where
d is an integer as large as 34. A statistical analysis of the method's precision is
given. An experimental verification of the method was conducted on a nuclear heat ge-
nerator at zero power which had an approximately Maxwell neutron spectrum. The correla-
tion method was compared with the classical one. The correlation method was bet-
ter than the classical one not only at high backgound noise, but also near the spect-
rum maxima. Authors thank S.I. Chubarov and L.A. Matalin for a discussion of reaults
and valuable comments. Orig. art. has: 7 figures and 24 formulas.
SUB CODE: 20 SURM DATE: 24jun65 ORIG REP: 002 OTH REF: 006
Card 2/2

SALTIKOV, P.I.
Rainstorms and rainstorm parameters for the calculation of
stonq runoff in Transbaikalia. Zap. Zdbailk. otd. Geog.
ob-va SSSR no. 21,09-49 t64 (Iffm 19: 1)

PARAMDNOV, VJ.; SALINIKOV,, P.M.
I.esting gearboxes and feed mechanisms under loading. Stan. i
instr. 36 no.6t26-27 Je 165. (MIRA 180)

9ALINIKCV, S. A.
Metal Cutting
Drive in automatic device for oxygen cutting. Stan. i instr., 23, No. 5, 1952.
Monthl List of Russian Accessions, Library of Congress, Nov ember 1952. Unclassified.

:7 s@,"
. . . . .. . . . . . .
-19694_-w65@
6
=-EWT%--L-j VC Y
11/0000/0067-
ACCESSTON HR: AP4049471 510006,
Aviv-OR.* 5allnikov. 3.t Ye.
TITLC:" Atlas of Kus@@a dblahtf
SOURCE: Geodeziya i kartoEafiya. @10 11, 1964, 6o-67
-TOPIC TAGSs geography, mapp rainfallt,agriculturej economics
@ABSTRACT: The importance of recent efforts in compilation and publication of
geq4rap hic atlaaes in ;he 134SH is cited. Special eqphaais was placed upon atlases
.tf*'regiaps in the eastarn, parts of the Soviet Unicn@ in particular# Vie
Rustanavikaya oblast'. The main divisions of this atlas are: 1) natural features;
.2) populition; 'aid 3) industry. The atlas contains 79 pages and 132 aulticolored
.-maps andkfigures. ]lap scales are 1:1 500 000, 1: 2 500 000, and 1: 5 000 000.
4 teX1 --and
qut I- A @@@UTV Y"@aywx__Xll Was
Mid or
IMP.- e-conterits=rd
rescui-AA; po-pul-a-tion-0 -a-gi-i-c-u-1...
it
publid-1-ealtht and iving @onditions. The first group of Maps. portrogs.
butl6n`bf mineral reaourcee and underground water; the ascend group
di&t V
clinate and surface water; the third with geographic land form, relief, soil;;.
.Card IP

SALINIKOV, V.
1--l-1-1- 4., -. r.'- - @
Repeated use of water in washing motortrucks. Avt.transp.
43 no.11:28-29 N 165. (MERA 18:12)

SAL'NIKCVP V. . - -------- - - - ---- -- -- - - - --- --- -- -- - - -
Cotton Growing
Simple Improvements for collective farm cotton dryers. Khlopkovodstvo no. 6, 1952.
Monthl List of Russian Accessions, Library of Congress, November, 1952. Unclassified.

q&ItNTY FUVANOV, V.;
,QV,.!.E., inzh.; DOLGOV, V., inzh.; DUDNIKOV, V.; C
VALIKOV, K.
Exchange of experience. Airt.transp. .1+2, no.12:49-51 D 164.
(MI RA 18: 4),

SALINIKQVP V., inzh.
Reconstruction of a preventive maintenance station. Avt.transp.
43 no.3:22-22 Mr 165. (MIRA 18:5)

L__@,n58_66 ENT (1) /T JK
ACC NRt AP5023737 SOURCE CODE: Uft/'0346/65/000/008/0107/010'8
AUTHOR: Lavrentlyev, Pe A*; Anisinj,.34 D,
Salinikovs.Ve G
ORGt Kazan Veterinary Institute (Kazsnq@iy@veterinarn institut)
yy
TITLE: Use of bacteria for m
-quito 'control,
SOURCE: Veterinariya, no. 8s 1965P 107-108
TOPIC TAGS., insecticide, bacteris.,@ entomology
ABSTRACT: With the growing resistance of bloodsucking insects to
various chemical insecticides, the entomopathogenic effect of bacteria
cultures on mosquito larva was Investigated as a possible biological
control method* In a series of experiments the effects of three spore
cultures (Bacp thuringiensis berliner, Bac, dendrolimus Talalsev, and
Bac, cereus var@ galleria,e Isakova), onebacterial reparation
entobakterin-3 (based on Bac. cereus vare ganeris.J. and two nonspore
cultures (Bact. prodigiosum and Pseudomon'as pyocyaneum) on the larva of,-.
Aedes, Culex and Anopheles mosquitoes were studied with different con-
centrations of bacteria. cultures per square centimeter of water surfaces
andwitb water temperatures ranging from 16 to 2800 Findings show that-
under laboratory and natural conditions the three spore bacterial