SCIENTIFIC ABSTRACT SEMENOV, A.YE. - SEMENOV, B.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001547810018-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 46987-66 EMP (k)194T (m) /E,'~P(b)/ET I IJP(c) JF11JD
ACC NRs AT6024910 A, 14) SOURCE CODES UR/2981/66/00i)/004/0026/0031,
AUTHOR., - Grushko, 0. Ye.; Zalltsman, I. Ya.; Vinokarov, N. D.; S2menov,-A. Ye.;_,
Zasypki
n. V. A.; Kryukovt 1~. -A.,* A. P.; Bozhenokj, I. V.-
ORG: none
TITIES Process of castW 3-all ingots
SOURCEI Alyuminiyevyyo splavy, no. 4, f966. ZharODrochnyye i vysokoproohnyye sylavy
(Heat resistant and high-strength a:Uoys), 26-31
TOPIC TAGS: metal casting, lithium containing alloy, aluminum alloy, copper containingl
alloy-/VADZ3 aluminum alloy h-7
~AB5TRACT: In elaborating a process for casting ingots from VAD23 alloy by the contin-
luous method, the authors studied the casting properties (tendency to form hot and cold
cracks) of this alloy, established the temperature conditions of the casting, and de-
termined the methods of protecting the metal during transit from the mixer to the crys-1
tallizer and in the crystallizer. 1he chemical activity of lithium, which enters into
-o
~the com.osition of the alloy, made It necessary to protect the alloy surface during
itransit. Two methods,~;ere tested for this purpose, involving theyso of (1) sulftr di-I
oxide and (2) a fluxiconsisting of a eutectic nixture of I
.L_jjthj=~dhd potassium chlor-
ides. Only the latter method gave satisfactory results. A temperature of 700-73COC
~was found to be optimal'for casting. The quality of the ingots obtained was thorcughly,!
Card 1/2

L 46966-M Eta m)/5JP(w)/T/DTP(';)/~TI ..IJP(c) -JD I JDLJIL-----
ACC NR, AT6o24926 SOURCE CODES UR/2981/66/000/004/0170/0174
(.,\) "~) -) b
AUTHORS Semenovy A. Ye.; Novikoi~, ~I.L,; Zolotarevskiy, V. S.; Mamini, A. S 2iq
ORG: none
TITLE: Effect of manganese and d.rconium on the hot craq~~Of alloya of the
'L
VA~n system
SOURCE: Alyuminiyevyye splavy, no. 4, 1966. Zharoprochnyye i vysokoprochnyye splavy'
(Heat resistant and high-strength alloys), 170-174
TOPIC TAGS$ manganese containing alloy, zirconium containing alloy, aluminum zinc
alloy, magnesium containing alloy, brittleness
ABSTRACT., The object of the work was to determine the effect of Mn and Zr on the hot
cracking of alloys of the Al-1,;g-,"n system containing various 1,1g/Zn ratios. The intra
duction of Ma into the alloys waa found to cause a substantial increase in their hot
cracking because of an expansion of the temperature range of brittlenessy a decrease
of the elongation per unit length, and an increase in linear shrinkage. Addition of
0.12-0-25% Zr to alloys of aluminum with magnesium, ne, and manganese increases
their resistance to the formation of crystallizationVeracks because of a narrowing of
the brittleness range and an increasg-in -elongation per unit length in this ri.nge.
It is recommended that a high Zr content be used in the filler wire in weldinr Al-Mg-
Zn-type alloys, and that the Mn content of these alloys be maintained close to the
i

L 46966-66
ACC NR: AT6o24926
lower limit given by the technical specifications, providing that the corrosion re-
sistance of the welded sDecimens is checked. However, the introduct-~on of Zr in
amounts of no more than 6-15-0-17% is associated with the separation of intermetallic
phases during the crystallization, and these phases not only decrease the plastici
of the cast and deformed material, birt also raise the thermal stressos of a welded
structure. Orig. art. hast 2 figures and I table.
SUB CODES il/ SUBM DATES none/ ORIG REF: 0051 OTH REFS 001
Card 2/2 __ vmb

/E Tjr,'c) JHAlo Ta
y/ z -rl '[/JD/,
ACC NR- AT6024943 SOURCE CODEt UR/2981/66/000/004/0291/0295
AUTHOR; Zasypkinj V. A.; Semenovt A. Ye.
ORG: none
TITIZI Behavior of dissolved gases during crystallization of aluminum alloys
SOURCEt Alyuminlyovyye splavy, no. 4, 1966. ",,haroprochnyye i vysokoprochnyyt., splavy
(Heat resistant and high-strongtIL alloys), 291-4295
TOPIC TAGS$ aluminum alloy property, hydrogen, metal crysta izat~on
ABSTRACT: A comparative study of the gas.,,Vturation of N23~ VZ5, and other
alloys in ingot or liquid form showed that'hydrogen is almost completi;ly retained in;
the metal during crystallization, even tho-ug-F -nomacroporosity was observed in the I
structure of the ingots. Apparently, all of the hydrogen is present in a supersatu-
rated ion. The amoun~,of retained gas depends mainly on the erstallization rate,
natur he alloy, in: gag/vaturation and- other factors. It -wa.'3 found that in
A!-~36, Itfal
ioilu,`V93, V95, AL19, D16 and other alloys, as the gas content increases within
a cert~_alin range, the _~hHc1cne-ss_o.f the grain boundaries changes as a ritsult of-the evo-
lution of hydrogen, and interlayers and discontinuities of various sizes are formed'!
In a certain range of gas concentration, as the lattor increases, the grain size diii.
minishes. On the basis of the study, the distribution of the gas during crystallizi-
tion of aluminum alloys was determined as a function of the initial gas saturation of
Card 1/2

ACC NR:
AT60249LL3
the liquid metal, and is shown in Fig. 1.
Fig. 1. Distribution of gas during
crystallization of aluminum alloys
- - - - - - -
IC
d
4jS(___
L
In the latter, portion a-b indicates interlayers of second phases Lnd of the gas dis-
solved therein; portion b-c shows the stage of dissolution of hydrogen in the solid
solution and the formation of intrablock porosity; portion c-d is linear and charac-
terized by tho liberation of gas along grain boundaries with formation of micropores
and discontinuities; d-e denotes grain refining due to the isolation of the growing
crystals from the liquid phase by the liberated hydrogen; e-f characterizes the ap-
pearance of cellular Doro3ity and macroporosity, and point f corresponds to the maxi-
mum quantity of hydrogen capable of &ssolving in the melt the crystallization
temperature. Orig. art. has: 2 figures and 1 table.
S C n
pT ODE: 11/ SUBM DATE: non.a/, ORIG REFI 0051 OTH REFt 002
Card 2/2

M'=
A COnSPISS MOthoci fat the control of the cabbage moth
and the cabbage fly by dusdng with 11614chlofan A. H
V dend L.*X$44 .4 4lad.
%-All: CAWM'
~Ixlr. IM, 11, 1 ttld.-Du%ting 2-3 time, with he7wichluruii
13 tmlinittended fur the,%c peosat the time the jjlmit~ arrsci
out. M. G. MI.W1.

1. PL. le.
2. U.51-0.-~ (6,)0)
4. Onions - Jis:.,ases and Posts
7. CombLnt~,,I mnet.od for applying benzene hexachloride dust in controlling the onicn
fly hortophila antiqua in raising beed onions. Dokl. Akad. sellkhoz. 18, No. 3,
1953.
9. Monthl List of Russian Accessions, Library of Congress, April --1953, Uncl.

Translation fromi: Referativnvy zflurna' Gje0Zraf-*ya,
p 128 (USSk)
AUTHOR: Somenov, A. Ye.
TITLE: Northern Gorn Dest;royers (Vrediteli 'Kukuruzy na 66vere)
PERIODICAL: Zashchita rast. otu (,vedit. i bolezney, 1956, Nr 2,
pp 53-54
ABSTRACT: BibliograF-hi-c entry
Card 1/1

C-- m
if)

in- - t l-'i. --'r--.yn. --v

-
~
'
,.r,
.
C' tun(
in r
1c; Li Z, 1:1 ft;
V
.

tu 2. 0 2
-
ni"n.
C-- :-
~
-: Vi
s--
incn--

.7,
- C-
U:3
J
-
.
n
r clod.
c 0

RYABC11EIZO, Averin, agronom-entomolog; BOGOVIK. I.Y. , kand.biol.nauk;
ROGACILEV, V.L., starshiy naucbzW sotrudnik; YLARAMIN, IL.I.,
mladsbiy nauchr~7 sotrudnik; YATSENKO. G.K.; RUPAYS, A.A., agronom-
entomolog; CHIKVILADZR, I.D., kand.sel'skxkhozvayBtve=ykh nauk:;
SEMENOV, A.Ye., kand. eel Iskok-hozyaystvenykh nauk; IIANWAIT, V.V.
Brief reports. Zasbch.rast.ot vred.i bol. 4 no-3:54-56 Vq-je
(MIRA. 13: 4)
1. Nachallnik Pavlodarskogo otryada. po bor'be 9 vreditelyami
(for Ryabchenko). 2. Zaporozhakaya op7tnava etantsiya (for,
Rogacbev)- 3- Bostandyksk:o7e opytnoye pole Uzbekskogo institute
sadovodstva i vinogradaretva (for Marakulin). 4. Starshiy agronom
Khabarovskoy karantinnoy inspektaii (for Yateenko). 5. Zaveduyu~
shchiV sektorom sluzhby ucheta i prognozov Ministerstva sell-
skogo khozyaystva ArmSSR (for Manakyan).
(Plant diseases) (Agricultural pests)

k-2A6-66
ACCESSION KR: AT4037672
s/2981/64/000/003/0330/03.0
AUTHOR: lemenov Zasy*pki n,' V. A. Cab I &J I I I n. R. X.:
3A
TITLE., New pOacedures for refining aluminum *May$
SOURCE: Alyuminiyevy*ye splavy*a no. 3. 1964. Deformiruye"o splavy*
(Malleable alloys), 330-3*
aluminum alloy. &I I o~'Av If 16 /fee I I ay
TOPIC TAGS: alloy OQ A *Y-RL.A- NW6L a I I or
AKS, magnallum, duralumin all 'Fu-im I num *I loy ref Inlnqjqbulk vacuum rof IV-Ing,
no", C.Uomn granulaud
continuous chlorination refl Una tinuous fillration Wining
magnesite refining, carnallite fj~x. cryollte flux. malt gas saturation, dolorine-
tion bath, filtration tank
ABSTRACT: Laboratory and field wtperlments were carried out with alloys 016 and
AK8 to compare. the of fectivene3s of f lux and vacuum ref Ining of these *1 lays In
the furnace to mixer stages of thecasting process. Other tests concerned can-
tinuous chlorination refining and granulated magnesite filtration In the mixer
to mold stages. Vacuuming (720~5C, five minutes,: 0.2-0.5 mw H9. height ~of' metal
column In crucibi e 1001-5 mm) wa7s effective In removing solid non-"tellIc.I*Purl-.:.
ties, Its effectivenesTs Improving with high.. initial gas saturation levolis
SQ.32%l)gpurI ties at 0.15 to 0-01; at 0.35 cc/lOO Factory'tests withvacuuN14'
9)
C

L 9486-66
ACCESSION NR: AT4037672
.0adle capacity 2 tons, height of metal column 1000-1100 mm,'73o_68oc,..i5 mill.,
res I dual pressure :Zp I mm Hg) and the use of flux (20-23% cryollte, melt tempi.
700-730C, 2-3 kg flux per ton of melt) confirmed that"the formerls more effective
(0.04% impurities as compared to 0.30%); hence, continuous -vacuum refining In the
ladle or p'-icement of a vacuum chamber between furnace and mixer are recommended.
Gaseous chiorination (AM96) in the mixer pr-ved unsuitable. However. chlorination
in a special bath placed between mixer and ipold (see Fig. I In the"Enclosure) re-.
duced the content of Impurities to 0.200 MMzjcm,2 (compared to 0.284 without
chlorination; both samples preliminarily refined In the mixer with carnallite
flux). Filtration through an Interviedlate tank (see Fig 2 In the Enclosure)
containing granulated magnesite (diameter 6-10 mm; filtering compartment volume
1500 cc or greater) in liquid cryolite flux produced the best resulv!, for dura-
lumin alloys; with liquid carnallItia flux this method was best -for AN96. and] Is
n. N.-M
also recommended for magnalium allars 11. L. T!Xiell,- S. N. Ananif
Babary*kin, M. Shumskly. V. 1. Kulakov, G. A. Loey*tov, M. A. Kryukov, 1. Ya.
A-.-L. Vasil
Zalltsman, N.- D. V;nokurov, ev5kay G. S. Makarov', A. M. Landau
P. Ye. Khodakov, and V. V. SoT7,7ne:;a took P842 aspece'a ^W'V1k_ Fmi
OrIg. art. hast 4 tables and 2 diagrams.
ASSOCIATION: none
cord 2/5

L 9486-66
ACcuslou KR, AT4037672
Fig. 2. Continuous filtration of aelt during Ingot casting:.
I mixer; 2 filtration tank; 3 filter; 4 - mold.
cacd

t
-I. 7C
3: s e C,
nd Semeno
',I T'2 7:~ T c-1 C e --"I",ions of "-;e
- - U.- U- U-1
o 4-1 C diT:IC
it-, es c-
o 4
U's o n t i-i 0.-.c;chc-r-J-cal and c~-L-
bl e &DATIJ TlUr.-i allOYS
C. -l'-7, C 7r i d In d e i V T o b a tu I c Jan d Y eD. Zj ahh,v
-1) e f C, r! -yevyye srlavy; s
ccolin.- ra-t-,e ~lu*2-ln,-.- continuou-s c-ast-i-nig, t-l-e ---~,Yst.~~--I~J-
-L- '-! ue% -~-Iie r,
echa-~,-,J- cal -.12.-ope-
3 -velocity conniec ted w' i 4- 4
n I c e U..
t-es, c.,-ei~nca-l non--hoid-.~Geneity -cnd the structlu--e of
, U
o ced bj contin. ous C-~stin--- is subs -;--t-
_U ----Ll.lCncCS
incre-~~se in cas-l--;*nL; veloc-"Y. The above
',e fDytel-1.1 0l t',-.o
_ 1 - a,,:. 4 1S S t e.. 0
u L
nsiGns o' '--,-s -ef-ion incre-~~,-e vii~'- -',-e cz:,.z;--= v
verti cal di--..-ie-
U- U.-
'locity. I-hils causes norosity, visibll e at- ---250
o-n. It seens `U-'~---at only lovier nart ol- the trazisition
Ca-rd 1/3

V's 61 /1"'JOU"/GN/02~7/
D2055%3703
!.I. , =f d SE-I~e'novg A.Ye.
E1ot-c-_-acI-.inz- o' C-~ (V,715) alloys
V.-. Dob-'Irin, and CC,',
2r -1 _': - - - - - .1-
lf~, v7I
Y - f - * 0 r sbornil- st-!.tey.
7L.1111, V.I~
T-, -104
s'ud-r of t-11-c O-~' the cl~_eL'.iicai COT on ti- -
U
.i)osi~uio_/i
-;'.-;0.;- -Ulo"-
C': - o ITO al o s . e 1 ~;htl c h~-,,.L - 1- e _s in- tI)_ e c o -
coc Co :'.cu'-~. w" `0 --.'!~~S"Cj4-r J- -'-
u _L the solid---*-u-*d s-,a'e.
__._ -1
VIel"El e~~i-o-cd _-ol- Iaot
IC Ir a t J G
-.---in crac_-_ -Lo -u---,e o -U,,--,e crosc-section 0 1~
"-S an 0 - t or di- e-e: _'X-u "n'!
u 21, ons v,' el
SO i t e al d f- e t e r heirrht 20 nr-,. I_" i) f
~eS4 -_1-7. '
V95 alloy -;is .'jG t*mc-n t! '7 o +T-c otI-_.c-r
_01101.:S: DI 0.2 SJ 9: 1 5
D (0. 3 i
-20,
0-2. T',--.i-s se~~,.:Lence -:ias also obuerved d,,~'r-
-CDUS
~-! .0-- ". ;7, C Y toviards ho t-cr
C
U LD u
d 111/2

Ij
70
alloirs D205/'-')3u,)
0 - J
i-v-e S t il 'u i oil o 1~ t'- 0 On c c- c C': e: r J. C S
c
- -OST' S --)o c c! ~it J o ,-,s h a s -~:)%-!-n tc
(C u U uh- d~ rc.,
0
t ir. 71~ 5 t c diUcrOs tc-ndei,,ic-
4--'luonces S4 a, "0 C)~
I r C- E, 'D e G~ '-,'e
lnc~-C-'S
M,
-4~luence o~ S- ~.m~ 2~~ -~-11 a ',o'-crac!-*
e
z--,c tl on o c -ulas- 'i c ty of -t- ---d-', r-a--d Orin,
e E. 0 y S-1 4
U
I a--,,i-' ovi S- con-en~-s of low c
L4
~-7 I 2~ a e r e % ~7' s the hot-crpc-tci-n-
S u u U-- C 1i 071 e r
4
-L~c a co-ns,-- - ab e --"ae-,-c= o-fl ti-e ho- c a
z) de:
* n f, 7-
,r a --a e s oe~-n,:- obtained -a2?c--I-.nd 2.z~ c In- L-- e e s I - ~ 1 -L --n
n, e t s vi i n t t I-, c - ar- e s - 11 e d b r G 0 S T h ~ d -..-l c e t C c ~, c
close Control ~,-Ie C ~e!-IICC,,. co---,i~-.si ti on ti--o
D 5 1~ e c c I s il -1, c- ab 'I -i --.,duced. tcst v c s,
L u
S t Z) - c I, I: ~ -u -.fl e a 1 0:- c f a 0 -,-Cr.-' Cl
u ten~:c)-n-cy
-here are 1A -~:-e2c--Ces: 2 3 a C -U c o c:
-d, 2 o -n - o v i -~ t - b I o c r e f e r I I c e S to t'l-le
C C. ~0", 0-;iS 71.
ao J-. L-al, Ic! P.TT.
s
"a7 - L-.I- - 1 0 0 ' 8
1 -0, -47 v - 7 3 Ve--5, 1'eta-I I`ust-.-Y,
i-3.

S/137/62/000/()05/052/150
Aoo.6/Aioi
AUTHORS: Novikov, I. I., Semenov, A. Ye.
TITLE: Hot brittleness of B 95 W15) type alloys
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 5, 1962, 31, abstract 5G202
(V sb. "Deformiruyemyye albumin. splavy", Moscow, Oborongiz, 1961,
189 - 194)
TEXT: Results are presented of investigating the effect of the chemical
composition on hot brittleness of V95 type alloys. Hot brittleness of the al-
loys was estimated on a ring-shaped technological specimen. The ratio of the
basic crack length to the perimeter of the radial ring section (in %) was used
as an index of hot-brittleness. The casting temperature was 6900C. By viu-Ying
the Mn,-Si, Fe and Mg content in V95 type alloys, their susceptibility to hot
cracks during ingot casting can be considerably reduced. The effect of these
admixtures upon hot brittleness of alloys of the same type is connected wf-.th
changes in the ductility of alloys in the solid-liquid state and with chmiges
in the extent of the hot-brittleness zone in continuous-east ingots.
[Abstracter's notei Complete translation] 0. Svodtseva
Card 1/1

LOKTIONOV., A.A.; 5-7412ROV, A.Z.
Determination of the charge of relat1vIsUc nuclei by the
method of counting delta electrons. Prib. i tekh. eksp. no-3:
31-33 MY-Je 160. (MIRA 14:10)
1. Institut yadernoy fiziki All KazSSR.
(Nuclei, Atomic) (Keetrons)

SEMNOV, B.
Lot us province more coal. 14TO 2 no.1:33 Ja '60.
OMA 13:5
1. Predsedatell soveta Nauchno-tekhnicheskogo obBbchestva
gornoye sbakhty 110-3 imeni Kirova, g.Karaganda.
(Karaganda--Coal mines and mining)

SWNDV, B.
Building inter-collective farm brickworks. Sall.stroi.11 no-7:10
Jl '56. (KWA 9:9,)
i.Nuchallnik Novasibirsk(ogo oblastnogo upravlaniya po streitellstvu
v-kolkhozakh.
(NevosibirskTrovince--Brick industry)

'93mENOV, B.
Physical culture group participates in the All-Union Agricultural
Exhibition. Prof.-tekh.obr. 11 no.3:21-22 154. (HLRA 7:8)
(Klln--Physical education and training) (Physical education
and training--Klin)

uv,
MR/Blectronies Television reccivers
18/26
:Card 1/1
Authors
Title
Pub. 89 -
Semenov,, B.p and Baldin, L,
Adjusting the I'Radug-01 television receiver
Radio 12, 37-40, Dec 1954
t
I
Periodicai ,
Abstract
Institution
Submitted
The method of adjusting the !'Radu&-all col6r-television.receive.r and the
timing instrm,.'mts are described*' Detailed instructions'are given for
tuhing the video-amp3.ifiers,,.audio.r'cceiver., and-the -inlAit circuits.~
Graphs are presented:'on the frequency. characteristics:of.the, val,ious.'
star,es of t1he video siUml mplifiers, and the. audio-frukaon-4es- of
the receiver., ns well as oscillograms of the scanninG-Typtem pulses,
VoltaGes iqnresscd an the plate cathode, and :Epid of dn-ch of the- 23
tubes of the television set'aro Given in a special table'* Graphs;
table,

9(9) SOV/107-58-12-9/35
AUTHOR: Semenov, B., Chief Engineer
TITLE: --rn-t-he IRPA Laboratories (V laborall-oriyakh
IRPA)
PERIODICAL: Radio, 1958, Nr 12, pp 8-9 %'U-OSR)
ABSTRACT: This i3 an account of recent work carried
out by the team of the Leningrad Sc;ientific
Research Institute for Radic) Broadcasting
ReceDtion and Acoustics (IRPA). Details are
given of new microphones, studio equipment
for radio centers and wide-band console units
for quality control in studio channels develop-
ed by the institute. IRPA has also produced
new-type radio receivers, acoustic. systems and
loudspeakers. The !RFA has also produced a.
dispersed acoustic system, and intends to de-
velop a so-called "Dseudo-stereopaonic" sound
system, by introducing a time lag in one of
Card 1/3 the sound reproduction charrmels. The IRPA has

In the IRPA Laboratories SOV/107-58-12-9/.55
further developed the EPU-Sh record-player,
manufactured by the Yaroslwrskiy plant with
a EPK-55 pick-up, having a range of 50-10,000
cycles with an irregularity of � 5 decibels,
and a ma;T etic-electric pick-up with a range
,,n
of 30-1.5,000 cycles with an irreFular fre-
quency c.aaracteristic of � 3 decibels. The
IRP has also developed public address system
equipment including sound amplifi~,,ation sta-
tions with a range of 40 to 12,000 cycles and
and irregularity of � 1 de,--ibel, a nonlinear
distortion coefficient of less than 2% and an
intermodulation coefficient not above 4% at
normal power. For improved sound quality, the
stations' acoustic systems are bUsed on electio-
dynamic loudspeakers. Sound equipment for
the Soviet Pavilion at the 1958 3russels In-
ternational Exhibition included 'IRPA-designed
amplification apparatus produced at one of -
the plants of the Vladimirskiy sovnarkhoz, at
Card 2/3 the Tul5skiy plant and at the IR.PA experimen-

In the IRPA Laboratories SOV/107-58-12-9/55
tal plant. The IRPA is also tackling the
problem of producing an economical high-
quality loudspeaker for country a-reas. Fi-
nally, the author points out that improving
the qualitY of radio receivers and loud-
speakers is insufficient as long as trans-
mission is of poor quality. Even VHF FM
transmissions in Moscow and Leningrad are
very unsat:Lsfactory.
ASSOCIATION: IRPA
Card 3/3

0641h
6(4) SOV/'107-59--5-9/51
AUTHOR: Semenov,-B., Chief Engineer
TITLE: Introducing the Use of I],emiconductors in Broadcast
Receivers
PERIODICAL: Radio, 1959, Nr 5, pp 8 - 9 (USSR)
ABSTRACT: The Nauchno-issledovatellskiy institut, radiolresh-
chatel'nogo priyema i akustiki (IRPA) (Scien7,;ific
Research Institute of Broadcasting Reception and
Acoustics) developed a number of receivers w1iich are
being produced by the Soviet radio influstry: "Voskhod",
"Progress", "Syurprizil , "Rodina-59". Presently the
Institute is working on the development of a high-
quality VHF receiver. The block diagzam of this
receiver is a conventional one. For -the lon43 and
medium wave range, a common mixer stage containing a
P403 transistor is used. Two IF stag-as are built
with P402 transistors. Further, there is a diode
Card 1/2 detector. The VHF circuit consists of an additional

06414
SOV/107-59-5-9/51
Introducing the Use of Semiconductors in Broadcast Receivers
unit using a P322 transistor. Mixer and heterodyne
are equipped with P403 and P322 transistors. The IF
circuit is common for all. wave ranges and is equipped
with different filters. The IF preamplifier, with
tone color control, consists of two P13 transistors.
The receiver will be built in two units. The HF
unit and the LF preamplifier will be housed in one
part having the dimensions of a book. The two-channel
LF-amplifier is housed in a second unit of larger
dimensions. The author mentions that plants of the
Leningrad Sovnarkhoz are starting the production of
transistorized radio relay equipment for rural
areas, as shown by two photographs. This equipment,
receiver and amplifier, may also be used for relaying
shortwave broadcasts. There are 2 photographs.
ASSOCIATION: IRPA
Card 2/2

SEMIOV, B. _
Possibilities of developirg stereophonic broadcasting in the
Soviet Union. Radio no.1:44-45 ja 16o. NERA 13:5)
(Radio broadcasting)

KONOT4()VY;fl) kand. tekhn. nauk; SEV-1,MV, B..q i.nzn.
Mak6 more extensive use of sten-jophonic ey3terz. R-arli-,
no.L:47.-49 Ap 164. (? - C- 1: 17 ; L) ',

SE1,011OV, B.
Radio receivers and phonographs manufactured in 1966. Radic ro.l:
5-7 Ja 166. (MIPA 19:1)
1. GI.avnyy inzh. Vsesoyuznogo nauchno-issledoliateilskogo instituta
radicpriyema i aktistiki im. A.S. Popova.

SUBJECT USSR / PHYSICS CARD 1 it 2 PA - 1963
AUTHOR SEMENOVB.A.
TITLE A vlslt t e Atomic Electric Power Plant of t*ae USSR
PERIODTICAL Atomnaja 'Energija, 2, fasc.1, 82-82 (1957)
Issued: 3 / 1957
The World's first Atomic Electric Power Plant, its equipment and operation
was visited by a large number of Soviet and foreign delegations.
The plant was visited by more than 10.000 representatives of various soienti-
fic and public organizations of the USSR. Among then were delegates sent by
the Academy of Science in the USSR headed by the president of this Academy,
Mr. NESMEJANOV, collaborators of the Institute for Physical Problems of the
Academy of Science in the USSR, of the Institute for Automatics and Tele-
mechanics, of the Energetic Institute of the Academy of Science in the USSR,
as well as of many other scientific institutes, firms, and public organiza-
tions.
According to data available on the 1.September 1956, the power plant was
visited by more than 2000 delegates from 52 countries of the world. Among them
were Chinese, Coreans, Frenchmen, Englishmen, Indians, Indonesians, Americansy
Germans, Egyptians, Syrians, Mexicanst and Uruguayians. Among the guests of
honor of the power plant there were such prominent statesmen as O.GROTEWOHL,
KIM IR SEN, NEHRU, SUKARNO, J.TITO, W.ULBRICHT, U N-U, HO CHI MINH, CHU DE.

E- V, L

AUTHOR: SEMEROV B A PA 2317
-K
~E
N
i

TITLEt cientific-Technical Exhibition at Leipzig.
e
Vie
(Sovetskaya nauchno-tekhnicheakaya vystavka v Leyptsige,Russian)
PERIODICALt Atomnaia Energiia, 1957, Vol 2, Nr 3, pp 290 291 (U.S.S.R.)
Receivadl 4 / 1957 Reviewedl 5 / 1957
A13STR&CTs The exhibition was held under the tital "Atomic Energy for
Peaceful Purposes" and was opened on Xovember 11th 1956. It
showed a great variety of possibilities of applying nuclear
energy in economy. Visitors are made acquainted with the general
principles of the production of nuclear energy and are shown an
abundant collection of uranium minerals. Special interest was
disployed for the departments on existing andprojected reactors
and nuclear power plants and for the application of radioactive
isotopes in technical engineering, industry, and medicine. The
exhibition was visited by 90.000 people within 5 weeks, among
them, it is said, were many scientists from Eastern and Western
Germany.
Next, part of an article dealing with this exhibition and
published inthe communist Eastern-Germn newspaper "Neues
Deutschland" is repeated. Also Soviet films on the production
of atomic energy and its applicability were shown.
Card 1/2 Specialists interested in any particular details were able to

.-P
. . :I-
.:: i
1
1;
1
til
^ j
;04
.t: .1
:6 il
1J, - I
~P: i
I
8
R
9, 1 ,
I
. I
6
. . 11 -- - - --
0 1
0

Ni 0
25373
S/08 61/011/031/002/010
B10211~
jB214
- / ~10 0
Yevdokimov, Yu. V., Kozlov, V. Ya., Konochkin, 7. G.
Kochetkov. L. A.,.Kras,-n, A. K., Lytkin, V. V., So-terlyanov,
S. , Semenov, B. A. , Ushakov, G. 41.
TITLEt Experience from work with the First Nuclear Power *?lant
PERIODICALt Atomnaya energiya, v. 1.1, no. 1, 1961, 12 - 18
TEXTs The First Nuc'eax Power Plant in the USSR, which was the first in
the world, has been. successfully operated for seven years; this paper
presenta a short survey cf the experiences accumulated during the first six
years at this station. The station itself possesses all the eqipment
available-at a large -e3earch'reactor. The constructien of, the Beloyarekaya
GRES (Beloyarik Satq Regions' Electric Power Plant) represents a further
development of :he Firet Nuclear Power Plant. The working of the reactor
at different pownr levelst In the so-called "cold state", at 0.01~ of the
nominal power, th~ -eaztor has the llowast power level at which the automatic
power regulator ca~,. still function; the rise ir. this Ievel is checked by
measuring the neut:on fluxi the power level car be doutled within 20 see.
Card

Experience from work with
2537~~i
3102Y3214
Heating begins with -a rize of the power levell tc 5r,'V of the nomina:. power
(~4rst cyclat 160-11,700C, pressure in the second cyc2es 7 - 8 atc). then to
1~p of the nomina- power (t;:mperature at the entrance t.i the reac,;ors
1901c, Gteam preasure 12.5 atm); these parameter2 remain unchangev. on further
inc-rcase uf pow:~r. Ths total tear-ing *.:.me for the sYst,= is 3.5 -- 4 hours;
during thia time, nitroggn is blown in the graphite system to re=ove oxygen.
The parameters of the power atation for 50, '15, and 1001,4 of the nominal
power are given fn Table 1. On shutting the reactor, it in first cooled,
by utilizing th- natural less of heat, to the temperatu::-e of water in the
first cycle (11C-:1200C), which requires 1.5-2'hours. The cooling water is
-hen removed from- circualion and cooled; -.hla enables the reactor to be
cooled rapidly. Reliabi lt ty and duration of the reacto=' a operation depend
on the quality of the fuel element; the stat,-on works with tub'9 type ele-
=ents. The fuel- is contained between two tubes of nonrusting stec-1 (the
inner is 0.4 mm thick and the outer 0.2 mm thick). Thia kind proved to be
Darticularly reliablet Not a single element has been d-slocated (luring the
whole period the station has been in operation. The system of partial
renewal of the fuel element is used for guarantecing tho deepest jossible
burning. (N. A. Dollezhal at al. reported on this at the Second Geneva
Card 2/p
V

25.)73
5/089161/011/00',/002/010
Fxperience frow, wrrk with ... B1, 02/3214
Conferonce, 1958). 11'um6rical data about 'he consuaptioa are given in Table
2. Deformation of the fuel al-imenta were ohack*d, a deformation -)f
14.20 + 0.02 mm of the element jackets was found. Exporimonts relating to
the bo-iling of vrater in the fuel channels and determination of the hydro-
dynamic cha.-acte.-!st!ca of the fuel elements in the reactor were started
in 1956. The preliminaries were completed in September 1956, and one channel
was brought to boiling operation. This first boiling channel waiked for
400 hours at thermal loads of (0-45 - 0-85)-10 6koal /m2 -hr (steam content
5 - 2COa ystsia proved stt!sfactcry,
by weight, flow rate 250 kg/h r). As the a
more channels were brought to boiling operation; in the middle o:! 1957 there
were 70 such channels, more than half of the total. The boiling operation
was characterized by the following parameters. Steam content at the exit
of the channels: 5 - 2% by weight, thermal load (0-6 - 1-3) .I O)kcal/m2 -hr
water flov? rate 0.7 - 1 M/hr at 100 atm and 190OW1 at the exit. Since
superheating of steam constitutes one of the most important methods for
increasing efficiency, experiments in this connection were carried out in
the following years with a special experimental loop (Fig. 1) tc study the
methods of bringing the steam to a superheated state. For this, a method of
Card 3/9

2537*1
S108916II011100110021010
Experience from work with ... B102/3214
rtarting was perfected which requires only such equipment as is u3ed in
r.or--al operation. DurinE the period of transformation of the superheating
cperation, the superheating channel could either be closed, or it could
r-ork without cooling ("dry operation"), or with water cooling. The last
ramed method had a number of advantages: The following starting methods
atudied: Starting with continuous inorease of the reactor power,
Etarting wi-h de,;-ease of the reactor power, and combined methods (first
the former, and then the latter but lowering the power only for about
CO - 70a). To increase the safety of the reactor# a ajecial system
?-as built in 1959 which prevents the escape of the gas - steam mixture
into the ventilation system when the tubes of the experimental hcles
treak down. This system "for localizing the damage due to accident"
(Fig. 2) not only serves this purpose but also helps to purify the gas
after the accident has occurred. The system consists of a cylindrical tank
(6.2 m3) whose lower part (1.8 M3) is filled with waterl in it are placed
the cooling coils and special nozzles through which the steam - i-as mixture
E-treame into the water in the case of an accident. Thc gas is irAroduced
In a sensitive gas container. The whole system is placed in a protective
container equipped with manometeiA thermometers, and dosimetems, SAO=
Card 4/6

SEVENOV) B.; MOSOLOV) K.; GALIPERINI S.
Experience of veterans to the servicc- of' science., Prof.-tekh.obr.
22 no.4:18 An 165. (MIRA 18:5)

ACCESSION NR: AP4014673 S 10 108,(641019/001 /00 31100 35
AUTHOR: Rozhdestvenshiy, A. A. (Active member); Ser~enov, B. A. (Active
imember)
TITLE: Theory of frequency conversion
SOURCE: Radiotekhnika, v. 19, no. 1, 1964, 31--35
TOPIC TAGS: frequency conversion, frequency conversion -toheory, nonlinear
element frequency conversion, frequency conversion characteristics
ABSTRACT: Frequency conversion with a nonlinea:.- element whose characteris-
tic is specified in a general form is theoretically considered. It is'found that the
separation of a combination frequency takes place in the case where the exponent
of at least one term of the series which approximates the nonlinear-element
characteristic is higher by 1 or more than the nwW)er of tha heterodyne -voltage
harmonic used. ..A method (based on the evaluation of integrals of Tchebycheff 'a
.Cci-rd 1/2;

!ACCESSION NR: AP4014673
polynomials) is suggested for determining the nonlinear -element optimum
characteriatic which ensures a n-mmimurn conversioa factor with minimum
spurious combination frequencies. Orig. art. has: 14 formulas and 2 tables.
ASSOCIATION: Nauchno-tekhaicheskaye obshchestvo radioteklmiki i
elektrosvyp-zi (Scientific and Technical Society of Radio Engineering and
Ele ctr o communication)
SUBMITTED: 04suz,62 DATE ACQ: 07Feb64t' EITCL: 00
SUB CODE: GE NO REF SOY: 005 OTHER: 000
Card
./z
-- - - - --------- - ------------------------

S DO 5 6-513-4-38/49
AUTHORS: bli-l-r-hant5ye-e-2 P. I., Sklyarov, V. A., Semenov# B. A.
TITLE: The Preparation of the Vinyl Ester of the Acridine-g-Carbonic
Acid and Their Incomplete Acylals (Poluchcniye vin1lovogo
efira akridin-g-karbonovoy kisicty i yego nepcinykh atsilaley)
PERIODICAL: Nauchqyye doklady vysshey shkoly. Khim--*Iya i khi-micheskaya
tekhnologiya, 1958, Nr 4, pp 759-7060 (USS'R)
ABSTRACT: By vinylation of aclridine oompo-~.nds vinyl esters of the acridine-
9-c-arlocaic acid a-rid their incomplete acylals were prepared. The
preparation of the -,;-iny'L ester was carried out according to the
method developed by Faworski-Schostakowski (Pa-,,rorskiy-
Shostakovskiy) at 1800 under a pressure of 20 atmospheres. The
yield is 24. The compound is easily so!-ible in boiling water,
benzene, toluene, dioxane and other organic solvents. The
melting point is at 930-94"C. Incomplete acylal of the composed
vinyl ester was prepa-red with methyl cyclohexane in the reflux
autoclave. The acylal is a yellow liqui& with aromatic scent,
it is soluble in organic scivents and de-,omposes when heated.
The Yield is 51%. The elementaxy analys'-s gave the following
Card 1/2 formula: 023H2503N . The compound has t1h,a following character-

;0V/1156-58-4-38/49
The Preparation of the Vinyl Ester of the Acrjidine-3-Carbonic Acid and
Their In~.,omplet-e Acylals
20 20
islics: n D = 1-538; d4 =. 1.03; hR = 10';.99. The incomplete
acyla-1 of the composed vinyl estex of the acridine-3-carbinic
acid with heptanol was prepared ir. a yield. of 30%. The acylal
a light green liquid with a strong cdo-v. The emp4rical
formula is C 25H2703N and has the followinE: characteristics:
n20 = 1-31; d *'O~ 0.75; MR - 92.0. There Ure 2 Scviet references.-
D 4
ASSOCIATION: Kafedra vysckomo"7eku1ya-rnoy kh.-Lmii Vorcne,,,hskogo gosudarstven-
nog-, urliversiteta (Chair of Chemistry of Ifig'hmoleculars a'.
' he Vo -- on e 7-h State Unive--sity)
SUBMITTE'D: March 22; 1958
Card 2/2

L 61412-65 EV,-r(d)&Wp(h_)/ eAP I)
IACGESSION URt AP5oIqlo8 UR/O28#5/65/0CO/O12/M3h/0135
it Y jr5- /15
AVTHORSj .4fonin, A. N Yershova 0. 1.; Ivanovs!Eix&.~. T'S. J: 1woffe F S 1
h'Mo", A. Kh. i
Komas Ko,1k,va VY.J L ovotaki V
V
_" I
_ffe-hodchenko"'lu j_1D. jge-verovichj4l Paris - Rule-fiva. '99-&ZfiVA*'
_S-a.,_,`oV.Tb7 semen H. Wichsxio /fA. -1.1 Sh!LSjj
_Q". I Rik
I I& z1ganskiy
L S.
'1y j F-
TITLEt Transmission device of an overhead thrust conveyor. Class 81, No. 172231
SOURCEi Byulletent izobreteniy i tovarnykh znakov,-no. 12, 1965, 134-1.35
TOPIC TAGSi overhead conveyor, transmission, crane
ABSTRACTs This Author Certificate presents a transmission device of a suspended
thrust conveyor. The device contains spring-supported vanes sat in a rotary
motion by a star wheel meshing with t he drive chain of the conveyor (sne Fig. 1
on the Enclosure). To prevent the posBibility-of wedging the carriage during its
transport, the device is provided with a two-armed spring-supported lever. One of
the.arme serves &a a stopper for the carriage, and the other one (yrov1ded with a
roUer) interacts with a circular template fixed'on the star wheel* The template
has openings for receiving the roller.which freeg the carriage ..trow tbo stopper.-
Ccwd 3:13

L 61412-65
ACCESii& NRI AP5019108
Orig. art. hsat 1 diaVamo
ASSOCIATIONt Vaesoyuzn7y nauchno-iasledbvatallskiy inatitut pW)VM
transportnog-) mashinoetroyeni~m (A.U-Union Soientific Reaearch Institute of
Hoistina and Conveying Machine Construction)
SUMTTM i '22hug63 EMLt 01 SUB IMER Is"..'
NO M7 SO 1 000 OTH3RI 000

S111EITOVY -B. F. Cand Med Sci -- (diss) "A S-tudy of the Toxic,
Pronertie3 of Viruses of the Ornithosis-pstt;tacosis Group,
Isolated zn the USSR." X304 b1ost. 1957. ,12 -o-D 20 cm. ]OCCOM9X
I /' t~ - - ,,
h, -a'-'4~vy
(Academy of Sciences USSR, Ins ""tr,--Poli'6mye:-itis 6#qdd-_eo), 200
t ~f
copies (Klj,- 18-57,. 98)
- 58 -

"~wt V)
USSR / '.virology./ Human and Animal Viruses E-3
Abs Jour : Ref Zhur - Biol., No 2, 1958, No 5037
Author ; Semenov, B.F.
Inst ; Not Fiven
Title : Study of Toxic Properties of the Virus Group Ornithosis-
psittacosis, Isolated in the USSR. Communication 1. Ap-
pearance of Toxic Properties of Viruses in Experiments on
'A
,hite Mice.
Orig Pub : Vopr. virusologii, 1957, No 1, 25-29
!abstract : Viruses from strains V, Lori, and Ara were used. 14hite mice
were injected intravenously with 0.5 ml of a 20 percent virus
suspension containing yolk follicles. In mice weighing 10-12
g strain V caused intoxication in dilutions of 1:40, strain
Ara and Lori in dilutions of"1:20, and stre.in ::5 -- only in a
0 '-t
Card 1/2

SMIENOV, B.F.; LASHKEVICH, V.A.
Effect of chlort etracyc line and 037tetracyclaine on toxic properties
of Miyagawanella group in vitro [with sunmary in 'English]. Antibioti-
ki 3 no.6:73-77 158. (MIRA 12:2)
1. Institut po izucheniyu poliomiyelita AMN SSSR-
(MrfAGAVANELLA, off. of drugs on
ch lortetracyc line & o:xyt e", racyc line (Rua))
(CHLORTETRACYCLINE, effects,
on Mlyagavanella (Rua))
(OXYTETRACYCLIff, effects,
same)

GAVRILOV, V.I.; WMNOV, B.F.
First conference devoted to,rerports of the Moscow Institute
of Research on Preparatiotis to Control Poliomyelitis. Yop.
virus. 4 no.2:250-253 Rr--4 '59. (MIRA 12:6)
(Poliomzvelitis)
i
1i
"I

AVTSYN, A.P.; :;HjojjjoV, B.F.; VITING, A.I.
. ........
Morphological changes in white mice following Miyagawanella
ornit'hosis intoxication. Vop.virus. 4 no.3:289-293 Mv-Je
159. (MIRA 12:8)
1. In3titut po izucheniyu pollomiyelits, i patologoanatomiche-
skoya ot(leleniye Klinicheskoy Infektsionnoy bol'nitsy 11o.l.
(OUITHOSIS, exper.
pathol. reactions to toxic doses of Miyaga-
wanella ornithosis in white mice Pus))

SENMTOV B.F.
Study on the toxic properties of Miyagawanella isolated in the
U.S.S.R. Report No.21 Experimental characteristics of toxic
properties. Vop.virus. 4 no.3:293-296 MY-Jo '59.
(MIRA 12:8)
1. Institut po izucheniyu polien-i7elits. MC7 SSSR, Hask7a.
(MITAGAMANELIA,
virulence of Russian strains (Rus))

AGAPONOV, V.I., dotsent, polkornik moditsinskoy oluzhby; GAVRILOV, V.I.,
kand.med.nauk; SWWOV, -13.F., kand.med.nauk
Snteric viruses and diseases caused by them. Toen.-med.zhur. no.9:
35-41 S '59. OGRA 131-1)
(VIMS DISEASES)

B*F.; GAVRILOVP V.11
Toxic properties of viruses. VOP. Vi:MlOa 5 no. 1:5-13 Ja-F 160.
(MITW- 14:4)'
(11RUSES)

AKATOVI A.K.; GAVRILOVy V.I.; M221OVv B.F.
Two exa,-Vles
results of a
Ja-F 160o
of the use of the statiatical method for analyzing
virological-experiment. Yop. virus. 5 no. 1:114-117
(MIRA
(STATISTICS, MEDIUI)
14:4)

,,,-..SMENOVq B.F.; AKATOVp A.K.; GAVRIWV, V.I.
Choice of method for calcu~Lating ED 50 in the prac-Ace of
virological studies. Vop. virus. 5. no. 6.-74.1-7" ]~-D 160.
- (MM 14:4)
(POLI,DM=TUcj)

SEMENOV, B.F.; RCZINA, E.E.
Effect of protracted pausage of type I policmye:Litis virus
in tissue culture on ita virulence. Trudy Moak. nauch.-
issl. inst. virus. prep. 2:13-1-116 161. (WPM 17:1)

BOGOMOLOVA, N.N.; ~DfENOV, B.F.; STEPANOV, G.M.
Evaluation of the usefulness of different tissue ,.ultures
for the titration of the tick-borne encephalitis -virus.
Trudy Mosk. nauch.-issi. inst. irirus. prep. 2:159-161 161.
(MIRA 17:1)

SDENOV, R.F.; OGOMOLOVA, N.N.; AKOPCIVA,, I.I.
Multiplication of tick encephalitis viruses in primary,cultures
of hog embryo kidney epithelium cells. Vop.virus. 6. no.2:143-146
,qr-Ap '61. (MIRA 14:6)
1. Moakovskiy institut -v-irusnykh preparatov, Moskva.
(ESCEPHALins)

SE14ENOV, B.F.; REZEPOVA, A.I.
Effect of ~ -propiola!.-tone on the virus of tick-borne encephalit* .
Vop. virus 6 no.4t432,1+34 Jl-Ag"161. (MMA 142-11)
1. I'loskovskiy institut virusnyl:h preparatov, Moskva.
(ENCEPHALITIS) UACTOISS)

SEK21OV, B.F. iURASEVA, F.S.; RMEFOVAY A.I.; STLTANOV, G.M.
Experimental study of a "Assue vaccine against tick-borne encepahlitis.
Vop. virus. 6 no.6:716-720 11-D 161. (MIRA 15~2)
1. Moskovski nauchno-isi3ledovatell.9kiy institut virugnyk4i preparatav.
(EN&PHALITIS) (TICKS AS CARRIERS OF DISFASE)
(VACGINhS)

SF14ENOV, B.F.; REZEPOVA, A.I.
Method for the industrial preparation of a noninfectious
antigen from the tick-'borne encephalitis virus for causing a
hemagglutination inhibition reaction. Vop. virus 7 no.1:55-59
Ja-F 162. (MIRA 15:3)
1. Moskovskiy nauchno-issledovatellskiy institut virusnykh
preparatov.
(AWIGENS AND AYTIBCDIES)
(ENCEPHALITIS)
(BLOOD-kGGLWINATION)

SEMENOV, B.F.; BOMAGLOVA, N.N.; STEPANOV, G.M.
Studying the multiplication of viruses of the tick-borne encepwitis
group in chicken fibroblast cultares. Vop. virus. 7 no.2-243 Mr-Ap 162.
(MIDA 15.5)
1. Moskovskiy nauchno-lssledovatel'skijr Institut virusnykb preparatov.
WICEPHALITIS) (TISSUE CULTURE")

KARASEVA,, P.S.; SEMENOV, B.F
Comparative evaluation of the suitability of different tissues for
the detedtion of minimum doses of the tick-borne encephalitis virus.
Vop.virus 7 no-4:35-39 Jl-Ag 162~ (MIRA 15:8)
1. Moskovskiy nauchnO-iBaledovatal'skiy institut, virusnykh preparatov.
(ENCEPHALITIS) (TISSUE CULTUPX)

~ B.F.; ROZINA, E.E.
~~W~V
Dynamics of the multiplLcation of the poliomyelitis virus and of the
qevelopment of morphological changes in the central nervous system
of monkeys following intection with strains of varying virulence.
Vop.virus 7 no.4:59-64 Jl-Ag 162. (MIRA 15:8)
1. Moskovskiy nauchno-iissledovatellskiy inatitut virusnykh pre-
paratov. (POLIOMYELITIS VIRUSES) (NERVOUS SYSTEM--DISEASES)

SEMENOV, B.F.; KARASEVA, P.S.; PARIZH, B.M.; MIRONOV., V.A.
Dry tissue vaccine for preventing tick-borne encephalitis. Vop.
virus.7 no.5:613-614 S-0 162. (MIRA 15;11)
1. Moskovskiy nauchno-issledovatellskly institut, virusnykh
preparatov.
(VACCINES) (ENCEPHALITIS)

SEMENOV B F ; KARASEVA, P.S.; REZEFOVA, A.I.
Cultivation and inactivation of the virus In the preparation of
tissue vaccine for the-prophylaxia of tick-borne encephalitis.
Vop.virus. 7 no.(a654-651' N-D 162. (K[RA 16;4)
1. Moskovskiy nauchno-issledovate-L'skiy institut'viruanykh
prepai~atov. (ENCEPULMS) (VACCINES)

SENIEIDTOV~ B. F.; KARABEVA, P. S.
"V
J.,imicheskaya inuktivatsiya viru.sov iz gruppy kleshchevogo entsefal-ita."
report presented ut Symp on Virus Diseases, Moscow, 6-~) Oct 64.
Moskovskiy nauchno-issledovatel Ic;kiy institut virusnyhch pre.-.Daratov.

SEMENIOV, B. F.; REZEPOVA, A. I.
"Ge!--g.E. ;,,iu-*,-n-',-r~,i,,-~-,-zhzha,;a a:cti:,--ost' viruscv -;.z gruppy 'k-lesii:-,hevogo entsefallta
t-.~ -4 .
K -*L
kak shtammovyy pr-*Lzna' an.-ktsiya .7-L
report presented at 3ymp on Virus Diseases, Moscow, 6-9 Oct 64.
MoAovokly institut virusnykh prepaiatov.

SEMLENI-Ni B.F.; STEFAIN~7, G.M~; ROZINA, E,E,; GEITDON, Yu.Z.; CHERNOS, V.I.;
KHESTN, Ya.Ye.
S~cntan---Dus vlrusm~- in white mice silmilar tc t4-c'K,--bc-rr-e encephalitis
'lop. vil-js. 9 nc,.2;169-173 Mr--Ap lb4. (ILTRA --7.-:L2)
1. Mcskovsk-y nauchno-issledovatellskiy institut v-11.rusn-ykh preparat-ov.
.L

M-- -- -
SEMENOV,_~j..; RKEPOVA, A.I.
Method of mass serological examination for the detection of
antibodies to tick-borne encephalitis virus. Vop. virus. 9
no-3:367-368 My-je 164, (MIRA 18:1)
1. Moskovskiy nauchno-issledovatellskiy institut virusnykh
preparatov.

13 F - KARASEVA P.S.-, KURANOVA, L.K.; SALANOVA, T.A.
*--* f f
Postvaccinal and postinfection In -lick-borne
encephallLis. Vop. virus. 9 nc.5:597-601 S-0 164.
(MIRA 18:6)
1. Moskovskiy nauchno-JIssledovatellskiy institut virusnykh preparatov,

SRE1101lip BIF.
Ccniference on arborvIrus infections. Vop. -,.rinis. 10 no.2:24&-249
Mr-Ap 165. (MIRA 18:10)

KAMENSKAYA, S. A.;,-PEMENOV, B. I.; 710ITSKIY, V. S.; PLECHKOV, V. M.
Results of precision measurements of lunar radio emission at a
wavelength of 1.6 cm., Izv. vys. ucheb. zav.; radiofis. 5 no.5:
882-884 162. (KM 15:10)
1. Nauchno-issledovatellskiy. radiofizicheskiy institut pri
Gorlk~vskom universitate.
(Moon- Obsel-rations) (Radio astronomy)

L 7797-66 EWT(d)/EWT(l) GG/RB
ACC 14R: AP5627617 SOURCE CIDDE: -'Ulil0l-69/65,10-1-0/011/19521146d
:AUTHOR: Semenov, B. I.
7 IY6
ORG: none
TITLE: Dispersion of electromaj,,netic waves by limited areits of irregular
surfaces having a finite conductivifity
:SOURCE: Radiotekhnika I clektranika, v.. 10, ~no. 11, 1965, 1952-1960
TOPIC TAGS: electromagnetic wave dispi-,rsion, plectrom etic wave natterizig-,
V
;ABSTRACT:- The problem of dispersion of electromagnetic waves by a limited
irregular- surface area having a -finite conductance is solved in the Kirchhoff
can
approximation, I. e. , it is as sumed that the field at each point of that area be1
reflected by, a plane. tangentA
represented as a sum of an incident wav~e.and a wave
to the surface at that point. Both single-_ and two-dimens'iona.1 surface irregu-
larities are covered. A method of stationary phase Is used for evaluating:the
UDC: 621..371.222.3
Card I /Z

rD
a
51
5 f
s A
yt
T14t
%E oA- 3
R r3
H 4 3
h &
99
ITS I4w4..m
~j5~lg P. ,.
- al.
o.
a 9
aiv.
0
go
.3
1
a,q
hi 11
---------------

KORSHUNOVI, V.I., kand.tekhn.nauk;-SMENOV*q B.M., inzh.
Fluidized suspensions as heavy medium for gravity ccal preparation.
U9011 36 no.1;52-54 Ja 'tSle (MUM 14: -1)
1. Institut goryuchikh Ukopayemyl : AN SSSR.
(Fluidization) Ual preparation)
'. L

SR,9210V~ B.M.
Expertise on sexuall matur-:ty in male adolescents. Sud.-med.
ekspert. 7 n0-4:51-52 C-11) 164 (MIFA 18:1)
1. Kafedra sudebnoy meditsiny (zav. - prof. V.M. Smollyaninov)
II Moskovskogo meditsinskogo insti-tuta imeni hI.P. Pirogova i
1',skovskoye gorodsko~- byuro sudetnomeditsinskoy ekspertizy
machallnik L.S. Velisheva).

TITLE
semency, BZ.
BIVIBIW
Rational methoa for &&apting diesel engines to liqEyified
gaseis 4 suggestion)
V)
PERIODICAL: RefeTati,,rnyy zhurnal. Khimiya, no. 1, 1062Y 446, abstract
11,1154 (Gaz. prom-stl$ -no. 6, 1961, 43-45)
TEXT: Experimental inyeatigations carried out at the Tsentrallnyy n--i-
dizel'n.yy in-t (Central Scientific 'Research Diesel Institute) showed
the possibility of adapting diesel engines to liquifie& gas, which in
liquid phase was sprayed immediately into the engine cylinder. This
method does not reouire essential alterations of commercial diesel
engines and does not deteriorate their performance. It allows to maintaini
a high degree of compression and also the power and efficiency of the
engine, achieving a high degree of unification between such a gas engine~-
and the commercial diesel engine. Liquified gas may be used with addition;
of 5-6% diesel fuel for lubr "-tionof precision parts of the combustion
Gard 1/2

SEMENOV, B.N.
Using liquefied gaseu for engines with compression ignition.
Av-t.prom. 27 no.8:6-8 Ag 161. (MIRA 14--10)
1. TSentrallnyy nauchno-ii;sledovatellskiy dizelinyy institut.
(Motor vehicles-Fagines (Compressed gas))

SEMENOV, B. N.
Cand. Tech. Sci.
Dissertation: "Basic Principles for Selecting: the Equipment of
Construction Enterprises."
16 May 49
Pb-scow Order of the Labor Red Banner Engineerl-ng Construction Inst
imeni V. V. Kuybyshev
80 Ved-1--- -11,/Tcskv(,i
SUM 71

SEMIOV, B.N., starshiy nauchnyy sotrudnik; KAZARINOV, Y.M., starshiy
- ___ iiauchnyy sotradnik
Organizing combines of industrial enterprises in the construc-
tion industry. Stroi.prom. 27 no.4:15-17 AP 149.
(MIRA 13:2)
1. VFiesoyuznyy nauchno-i:3sledovat-el'skiy institut po organizataii
i mekhanizataii stroitellstva.
(ConBtruction industry)

1. NEBOLISIN' , I.S., il-NENOV, B.N.
2. usn, (6oo)
4. BuIlding m-Aerial3-Transporta-.ion
7. Det rmination of economi~cally effective distance in the shipment of the
produc.s of construction or=ization manufacturing enterprises. , Stroi.
0
prom., 30, No.1-1,.1952
9. Monthly List of Russian Accessions, Library of Congress, Febrtrary 953. Uncla;sified.

~S.DMOV_A B.N.. kAnd.tekhn.nauk.
1- '_-.,
Calculating the degree of mechanization, use of precast products,
completion at the plant of structural components for building.
Stroi.prom'.'35 no-7:37-39 Jl 157. (MIRA 10:10)
(Construction industry--Costs)

BAKWMYEYA, S.I.; SP~POV, B -N., kand.tekhn.nsuk, red.; KORaOTA, L.S.,
'red.; MIDOT ~T" *' ' '
I , a.j. "takhr.. red.
[.Analyzing economic aspectc of using various methods in mking
elements of underground crossings of main pipelines] Analis
ekonomichnosti metodov proJ.zvodstva rabot po zagotovke elementov
pod2emnykh perekhodov magintral'nykh truboprovodov. Moskva,
Otdel nauchno'--tekhn.informitaii, 1959. 82 p. (MIRA 13:4)
(Pipelines)

kand.takhn.nank %
.,WYtvATV,-.-F~kEknd,ftek4m.ne.uk; J9 '49NOV
0 _ , B*1*9
i,GU;X . "
Standardization of large-panel wall elements of heated industrial
buildings. Prom. zdan. no-1:36-51 159. (MUU 13:8)
(Factories--Design and construction) (Walls),

SEI.[F,lrv, B.11., Imnd.tecbn.nauk
Removing, crane loads from construction elements of industri,%l buil4!Lngs
and stnicttires. Pron.stroi. 37 no.2:25-27 F '59. (MIRA 120)
Undustrial buildings) (Cranes. derricks. etc.)

BELYANINOV, Yu.G., inzh.; SFANOV, B.N. kard.tekh.nauk
Comparison of the costs of building underground and groinid
level Kura River crossings. Stroi. truboprov. 6 no.4:2&30
Ap 161, OML 14:6)
(Czechosloi,akia--Construction industry)

----SgtC-NGVT-B,R..,-kand.tekhn.naiik
A criterion for evaluating the level of the use of prefaix7ication
techniques and the level of mechanization of construction, Mekh.
stroi. 19 no.9%25-27 S 162. X-U 15:9)
(Construction industry)

SEMNOV, B.N... kand.tekhn.nauk; SIDOROV, B.S., inzh.
Study of the efficiency of using transportation facilAties for
moving pipes. Trudy VNKIST no.14tll4-123 162. (MA 16:12)

LEYN, S.Ya.,,Iinzh.; SFIZNOV,-.B..fI., kand.takhn.nauk
Study of the structure and possibility of AWring the estimated
cost of gas pipelines. Trudy MIST no.14:1-39 162. (KM 16:12)

SEMER(I.
More exact representation of the requiremn'U3 in the machines and
mrec~anisms for pipelloie onstructicn. Stroi. trubc-prov. 10 n.,:.2- -32-
33 F 155. (1-~'I I LA 18 - 5 )
f

r - V.11.
Dissociation by interference Lwith su-imRr7 in J~nglisbj. .?ediqtriin
36 no-3:'39-43 Mr 158. LMMA 11:3)
1. Iz kpfedr,- proDedevtiki detskikh bolezney (zav.-prof, V..A.Vlasov)
1I 14ookovskogo meditsinsko~~o instituta i elektroknrdiograficheskogo
kabinets (.zav.V.N.Makarov) bollnitsy imeni 14.1r.Filntova (glnvnyy
vrneh M.N.,Kalugina)
(HEART-DISEASES)

SIMENOV, B.N.
Traumatic pericarditis following pneumonectosW in children. Vou
okh.mat. i det. 4 no.6:85 W-D 159. (MMA: 13:4)
1. Iz d.etakoy bolluitsy imeni N.F. I?Ilatova i Kliniki khirurgii
detskogo vozrasta II Moskovskogo meditsinskogo instittta.
(LUNGS--SURGERT) (PMICARDITIS)

b7,14NITOV, B. 11.
Varions signs o~' the state of the cardiovascular system during
potentiated anesthesia in children. Khirurgiia 35 ro.6:64-67
Je '59. (HIFL 12:8)
1. Iz kliniki khirurgii detskogo vozrasta (naixchnyy riLkovcditell -
chlen-korresponcient AMI SSSR zasluzhennyy deyatell nanki prof.S.D.
TernwiEkiy) i bi)l'nitay imeni IT.F.Filatova (glavnyy v:!ach M.N.
Kalngina).
(JUIBSTONSIk
potentiated aneath. in child., signs of cond.
of cardiovasc. system (Rua))
(CARDIOI[ASCULkR SYSTEM, physiol.
in potentiated anesth. in child., signs of
cardiovasc. cond. (RUS))

TISHINA, Ye.N.,, dotsent; SEMENOV, B.N.
Xosino-3hile reE.Ctions.of the blood in children. Pediatriia 37 no.11:
60-63 N 159. (MIRA 13:3)
1. Iz kafedry lpropedevtiki detakikh bolezney II MoBkovskogo meditsin.-
skogo Instituta (zaveduyushchiy - prof. V.A. Vlasov) ra baze detskoy
bollnitsy imeni N.Fs Filatova (glavuyy vrach M.N., Kalrgiua).
(BOSIROPHILES)

BUKHSHTAB, Te.A., kand.med.nauk; SFAWOV, B.N.
Problem of Le-tterer-Siwr disease. Pediatriia 37 no.'L2:24-28
D '59. (MM. 13:5)
1. 17: kafedry propedevtiki detskikh bolezney (zav. - prof. V.A.
Vlasov) II Moskovskogo meditsinelrogo iustituta imeni N.I.
Pirogova na baze detskoy bollnitsy imeui N.Y-m. Filatova (glavun
vrach M.N. Kalugina).
(LIPOIDOSIS)

VOLKOV, M.V.; MIENOV, B.N.
Diagnooin of bone xanthomatosis in children. Vol). okh mat,, i
dot. 6 no.5:86-88 My 161. 41IRA 14:10)
1. Iz kafedry detskoy khirurgii (zaveduyushchiy - chlen-korrespondent
AM SSSR prof S.D.Ternavskiy [deceased) II Moskovskogo mecUlAsinskogo
'L H.I.Pirogova i detskoy bollnitsy i~ueni N.F.Filatova
instituta ime
(1:,rlavnyy vrach L.A.Vorokhobov).
(LIPIDOSIS)

SEMENOV,I. -B.- - N.
Electrocardioscopy in intrathoracic surgery on ohildren.
Khirurgi-ta no.6:57-.62 Je '62. OLIRA 15:7)
1. Iz kliniki dets'ioy khirargii (zav. - prof. I, K. Murashov)
II Moskovskoao meditsinskogo inc-tituta imeni N. I. Pirogova I
0
Detskoy bollnitay imeni N. F. Filatova (g:Lavnvy vrach L. A.
Vorokhobov)
(CBEST-SURGERY) (MMTROCARDIOGRAPHY)