SCIENTIFIC ABSTRACT LEBEDEV, R.M. - LEBEDEV, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929020014-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V -Fen' 31
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9 ... protons Bev
The interaction Of rotono-1 . e.ergiyey 9
P
TITLE:
-Fr"RIODICAL
A.-BSTILLCT:
Card 1/2
0yr -Vjye
(Vzaimod t 28, - 284 (U33R)
emul's") 1958, 'Vol' 4, Ur 3, PP4
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with a lajer Of Uuln nhariber
of the Vac ro-
it" KV -F )f 9 -3ev P
,toemulsion thin and out
,,an ranSe
The Ph Drotona W1 The - ( The scatterinG
irradiated with hroPhs-80 tron. - cm.
Bev s1ne 7 + 1 5
of the 9 tion is 341 count). e VIC',1-n
an interag -t taj-@en into ac '2h
tons f or w 5 was no ere obsCrved- . -ter--
a0les belO .1teractiOn w rocess Of 1n
for al nuclear ir- Generated in a P bution.of he
ases Of a ular distrl .., ftotlon* @
258 C' articles nj, The ang d fOrw-' il nuclei
number Of fast Po 3,4 1 01
araountst a ClearlY preferre the reco
actio ,nparticle'3 shows rey traces T, n
these black and 9
mean nuinber Of
The Interaction of 9 Bev proto., v
in Photo
not beine _Smulsion _3_7/3G,
considered
249 found is 8
interaction stars 3 + 0
IS can be c3 .95.
free to Of the nsiderea to
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W , an be "f-reeconst'tutP- an
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and tf represent an
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star 13--t.-aces traceso an - All
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ese e mean nuzaber of fast
SUBMITT.E.D, 5 flOures, IableI stai- traces 'on Of the
December 16, It d 7 re is 3,1 + 0 s3. There are
AIA.ILABLE, Library of C 1957 ferences, I Of-which is Slavic.
on,gress
1- Photoemuls.
3. Particl., lons-PrOton irradiat
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Card 212 Is

AUMM53 Dar-hou]@. T. 3.. B.1yakov, V. A., SOT/99-7-4-12/28
Van Shm-foa-, ($legal", V. I., DcLkh-hY, %, firill-, L. P.,
LOv,k I to " '. I ?.lots" K. D.,
,

-hlah
ch-,@@
ec'O"
MLS. The Interaction of Fast ftlmamwi with lmol.i of the ?hot-
momilelom KIMA
PUZODICLL& LtommArs, euerelym,, 1959, Vol To Ir 4, vp 3T6-YT7
ADSMCT. Th. present ppr dole with the Interaction, bet.*SU 9 Bw@
pratcan, which wore Accelerated in the be= of the fiyuchro-
of the Ob*7-di--WV7 1-titut Yod-rulkh
trom.
h
.
t Ins Ituto of Suclear Res-rch)t and the nuclei of &
t
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to
st
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1b. -oh-t of th: I=rottion between . rest ;rot- And A,
o
tbd primory ..11L.1
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;;t- between -clean 4.4 choom.1, the the
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..=of
the h.1 will b. aamidsrbly I.wo then La At int-alloo,
Card 1/3 writh light cadI.L. Therefore, Is* the -her of
Mant be c-idembly greater. In the experim-ont, the =b.r.
of %partioloo far light ead boary raclri
Are, bas-
ndarly,
the -.. ?hi. I. --plolobl. .. the b"i of the .&A. A
.
:4
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r.P14ly I. -.cod. Th. =Itipll a,", of
.
th P'r U Is'cod docromom simltaaeou.ly. la, the
Prod
:
.t
,
or a
of the 6" -b f C@psrtLal*m, ar.
wh.1ch uAY be xpli..d by the a-d. f ou.j.a.
-Inum interactich. Al.* the Cr-Amt b.ta.. the
mcomentme Pg,v far C-protams arieLzatImS from intarazZioaa with
light -4 h.A,7 notI.1 point. I. the direction of the later-
Action amocad. .-h-Ism. Besides, . ..-.b - Ad. fo,
strong. partial:. by :ployine the --tod of ln-tlg.tine
4
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cro.s N-tim or %-,. of
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weight of it. photo eAl.ioc. --.to to
(5 1 2) 10-27 -2. B-Ides, the -7=t or the rx.--u.tias r-.
the wide Angulmr distrIbUtiod of the k-os-, As
::ctlm,
Card 2/3 c
11 on ther fa@tx ir-licat. that 4 noticeable fxaa-im or
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- - 1- .1. 7- "a iz Ark
-eight cualsu. und-&-a pprctl-t-ly th.
a.
in a.. single nuvl-nu@l- I.... aE - 35 t 10 4
of Its inlti&l -gj. By mean. of other mo-Anto of vi4
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11 in . to III aI= KE - 40 t 10 " I- -bt.l..d.
.t.ti.t i..l t cry of -ltLpl. p-d ti.. furni.h..
AR - (40_50) %h ?he -th=. th-k G., 1, 4-4*613-1, 1.
Z. razamto .. ... 4 N. V. tkirA Wr @h*Lr,p 1. the
be,
And L. Popaw, 1br ads anai:tusco in sz&ljxing aossuring re I I
There Are I Uhl. And I r forest..
Cord 3/3

'ai4.J @ U
SIO-56160@0q'@a@@'10". Ini!"llf-pp
B000070
AUTHORS: Belyakov, V. A.. Van Shu-fent, Gl golev. V, V,, Dalkhazhav,
N., Lebedev, R. M., Mellnikova, N. N... Nikitin, V. A.,
Petr _p I iridov, V. A., Suk, M , Tolstov, K. D.
TITLE: Inelastic Interactions of 7 Bev iC-Mesons and Nucleons
/17
PERIODICAL; Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 400), PP. 937-947
TEXT: The inelastic interaction of 7-Bev n--mesons with nucleons is
studied in this paper. The preliminary results were communicated to
Kiyevskaya konferentsiya po fiziki vysokikh energiy (Kiyev-Conference on
the Physics of High Energies). The emulsion chamber consisted of 240
140v'@W-p IU1 yers with a thickness of 400A- 5300 interactions
with the nuclei o@fiootoemulsion were observed. Of these, 535 inelastic
interactions were analyzed (Table 1). The theoretical distribution of the
charged particles was calculated by V. S. Barashenkov. Spurious scattering
was eliminated by special measurements (Table 2). 459 pions and 134*protms
Card 1/3

8088
Inelastic Interactions of 7 Bev n--Mesons S/056 60/039/004/0061/048
and Nucleons B004 B070
were identified. The angular distribution of pions and the total
distribution of all stars ( in c.m.s.) are shown in Fig. 1. For smallpr
number of charged particles, the asymmetry increases strongly. This is
principally due to pions with large momenta (Fig. 2). Therefore, the
angular distributions are very different for fast and slow pions (Fig. 3)
Pions with momenta < 0.5 Bev show an almost isotropic distribution. From
the angular and total distributions of protons (Fig. 4) it is seen that
the protons conserve their initial direction. From the momentum
distributions of pions and nucleons, the authors conclude that the
average momentum of the nucleons and of the charged pions does not depend
on the increase of the number of charged particles. The same result
follows from the data for the average transverse momenta f@j of protons
and pions given in Table 3. Fig. 7 shows tho number of neutral mesons as
a function of the number of charged particles. The results can be
interpreted only partly by the statistical theory. The asymmetry of the
angular distribution of the secondary pions can only be explained by a
perLpheric collision of the pion with a pion of the nucleon shell
(Pigs. 8 and 9). An estimate of the radius of the nucleon core gave the
Card 2/3

L391
8/056 60 .0410091038
507/00 "'Ic'
I,O,U/
Ten Sh-fsn', !Vinhki T
AVRORS- !@@
T. G.,-D.IkhASh.,. M., L.b., .,. R. It.. S.Wilal, A. A.,
1-1-tin t.t.ft.ti- of 9 B- proton. with 3-l"n.
Zh---l fi.iki, 196D.
Vol. @q.3.4 (,0) , Pp 9 7 ),. /
I
To : X. earlier ark (a.r. i). the --th-r- crrI he
jestion of V_ticl.. And 1 . .......... I a Ih:,
tdoT.t if r . r
for Is. pexti.lo.. 1. the present -ark. the study of P, -d
,continued under conditions P.-itting the
raltipl. v..tt.ricil or 11 . An H14KIO-P (AUZT-31
piI. so Irradi.t." 11 9-;.t,1,12tt%1:"fram the of the
Authors- institute Th. ia.l..tjo pp (161 end P. (94
1.1-sot'a - sore looted accorling,to t rt or ton d.. rtb:;-n,..,-
The av. rs,* nuaber of charged particleaIn pqIots r4.tI... .. 3.25!0.10
-d In pa i.t.-Ot.m. 2."!0.14. The idomtIficstLon wos 2,d* acccrj--g
toIor.3by 11-1 01 the function g1g, - f(pp) for pion. anj protons.
Th. ....a.e.tI.4 - at tort. in in the read. .5'
At- ,,. f-.. for protons And plens Latersocta(d 1)
The fiv4vl@ distribution of the socondx--y pmtong (In c.a.s.) froa p p
t.A strongly -I,otr.qLC, the sent As. true for the plan A
t-.%* distribution is sbavn only for the pro%,.. -i-t.d
ba.k..rd; ('I,. because das to spurious slittoring only tho lem-
lisit or pa could be dets-zod for fomard emission. Fig. 4 Cir- the
Ang. I su@ ditrLb,ti 0. of protons 1. p. 510- there ii no
ltffe@a.. in tb: of --' or d!:%ribution ard enorgy fortp,;..."i,rn
t h
"",r. 'r." I to,;vthtr for highcr ata I
T"
w
'1, *1 -1 1 far protons ad pin a;"r*
.able 2 far I.-
(a
T ad bI&, -r -.1-i It, Th.
I.r the I ... r -d higher .-Attpltditi.. - FI.-
is *_
he ch:Icter a., th, intemtion y
111.btIf aif..t.d by tth: n2bqrt of th @Oadarj@ hergod p4r%iclex.
Cri 2/3
Th. author. thank D. r. An
d_j, 1. 41.0u.sion..
There Are 4 fieur.0, 3 I-U.., "d'7 rvf-a... : tj 3o,i.t -d 1 173.
13SOCIA-ION: Wy.dizenoyy In.titat 7.d.r" @kh I..1.do,"iy (JAjaL-
Institute Nucl-r R ... erch
31TUTTIM., Ney 12, 1960
Cord 313

AUTHORS: Lebedev, R Smorodinskiy, Ya., S/053/60/070/02/0091'010'
y 9 B006/BO07
TITLE: The Physics of Elementary Particle @q
PERIODICAL-. Uspekhi fizicheskikh nauk, 1960, Vol 70, Nr 2, pp 361-374
(USSR)
ABSTRACT: The authors give a report on the International Conference
nn Righ Energy Physics held at KiYev in July 1959. This
report is interesting above all because of the voluminous
material of the work carried out at Dubna (USSR). The Con-
ference was attended by about 150 delegates from Eastern
Blocp:countries, and by about the same number from other
countries. As regards organization, the Conference introduced
a novel arrangement which essentially consisted in the fact
that "reporters" and "scientific secretaries" were attached
to the leoturem, and that the lectures could be heard in
Russian and in English. The secretaries were in all cases
well-known Russian physicists. Leading physicists acted as
chairmen of the plenary sessions; the Russian chairmen were L//
Card 116

The Physics of Elementary Particles
Card 2/6
S/053/60/070/02/009/016
BOo6/13007
D. I. Blokhintsev and I. Ye. Tamm. Two of the seven holders
of the Nobel Prize represented were Russians: I. Te. Tamm
and P. A. Cherenkov. Apart from the surveying lectures
seminars were heldgin which the following Russian lecturers
spoke: I. Ye. Tamm on "Diagram Technique and Field Theory",
D. DR Ivanenko on the "Nonlinear Field- and Gravitation
Theory", V. P. Dzhelepov n "Nucleon-Nucleon Collisions", and
1. V..Chuvilo on "Bubble Chambers". The plenary sessions
began on July 20. In the first session Bernardini (CERN)
spoke. His scientific secretaries were.A. Baldin -and A. Belousov
(Moscow). The report on the lecture mentions the data obtain-
ed at the Fizicheskiy institut im. P. N. Lebedeva AN SSSR
(Physics Institute imeni P* N. Lebedev AS USSR) -on the "Polar-
izability of Protons in (yp)-Collisions". BB. Prontekorvo
(Dubna) delivered a lecture, which is discussed here in de-
tail, on "Pion Scattering by Nucleons and Production of Singl
Pions in Nualeon-Nucleon and Pion-Nucleon Interactioners 7

The Physics of Elementary Particles S/053/60/070/02/009/016
B006/BG07
(Scientific Booretaries-A,-Mukhin, Yu, Prokoahkin, and
Soroko (Dubna)). First, he gave a survey of new experimental
data contributing towards explaining the problem of tho
charge-independence of pion- and nucleon progeases, and
further data concerning the search for the q -meson, and
details concerning new work relating to pion angular dis-
tribution. Investigations of single pion production in
(nn)-oollisions resulted in experimental agreement with the
phenomenological theory of Mandellshtam, which demands that
n-n-resonance interactions occur in a state with isotopic
spin T - 3/2. In the following lecture by Segre", M. Shafranov
and V. Shakhbazyan (Dubna) acted as scientific secretaries.
Next, 1-1. Veksler (Dubna) spoke about "Nucleon-Nucleon and
Pion-Nucleon Interactions in the 1-5 - 10 Bev Range" (Scienti-
fic Secretaries: N. Bogaahey, V. G-riahin, and M. Podgoretskiy
(Dubna))o He delivered-a report on the investigations carried
out in the past years in Dubna and made a comparison with
theoretical results. Figure 1 shows the phot8graph suppl@ed
Card 3/6 by him of the production and the decay of A and anti-A -

The Physics of Elementary Particles S/053/60/070/02/009/016
B006/BO07
hyperons. Investigations of the (pp)-scattering cross seo-
tion yielded new results indicating that the scattering
amplitude in ihe optical model has not only an imaginary-
but also a real part. New data were obtained at Dubna also
for the total elastic and inelastic (pp)- and (np)-scattering
cross sections at 9 and 7 Bev, respectively. Investigations
carried out by I. Ye. Tamm are mentioned. In the following,
Ya. A. Smorodinskiy (Dubna) spoke about (nn)-scattering
(scientific Secretaries B. Golovin (Dubna) and L. Puzikoy
(Moscow))and Chew (Secretaries: L. Lapidus (Dubna) and_Yi3..__
Novozhilov (Moscow)). At Dubna.proton accelerations to 635 Mev
are possible. At the following three surveys on electro-
magnetic interaction and nucleon structure A. Varfolomgj-e_v
and L. Solovlyev Moscow) as well as S. Bilenlkix and B.
Barbashov (Dubna) acted as scientific secretaries. There
followed a lecture delivered by Steinberger, whose scientific
secretaries were E. Okonov and R. Rvndin -(Dubna). The lecturer
Card 4/6 Alvarez was assisted by the secretaries A. Lyubimov an

The Physics of Elementary Particles S/053/60/070/02/009/016
B006/BO07
N. Petukhova.(deceased) (Dubna), and Salam by the secretaries
B, Valuvev-arid V. Solovlyev (Dubna). A special session of the
Conference dealt with the problem of dispersion relations.
D. V. Shirkov (Dubna), spoke about the theory (secretaries:
V. Vladimirov and A. Logunov); the second lecture dealing
with this subject was delivered b Lehmann (secretaries:-V.
Faynberg and 0. Parasyuk (Mosco A further special session
dealt with theoretical single reports ("New Theoretical IdeaBII).
Among othereq Landau spoke about diagram technique,-QarJb-y-aA-
(Yerevan) on ihe radiation of relativistic particles in the
passage through the.boundary_between two media. Two further
lectures dealt with weak interaction problems: A. A. Alikhanoy
(Moscow) (experimentally) and R. Marchuk (theoretically);
the scientific secretaries were J3, -T-oTf-eand V. Lyubimov, ard L.Okm'
and -I,Shapiro(&Toecow) reapectively. At Dubna the muon pre-
cessf-6@ in the magnetic field was investigatedg and direct
proof was supplied for the first time that muon spin is half-
integral. The group of research scientists at Dubna further
Card 5/6 succeeded in proving the radiationless muon capture by heavy

The Physics of Elementary Particles 5/053/60/070/02/009/016
BOo6/BO07
nuclei (nuclear excitation)t as predicted by Zaretskiy (Moscow).
During the following lecture delivered by Glaser, I. Kobzarev
acted as scientific secretary and during that delivered by
Powell, T@ r-ramenitakiv (Dubna), Y. Maksimenko-(Moscow), and
V. Rharitonov (Yerevan). A survey on the theory of multiple
production of particles in the case of ultra-high energies
was finally delivered by Ye. L. Feynberg (Moscow), D. Chernav@
Hkiy (Moscow) and-7. Barayhenkov (Dubna) .aoting as his scienti-
fic secretaries. During the Conference the delegates paid a
visit to the Institut fiziki AN USSR 411is-tituig-or-Physics of
the AS UkrSSR) at Kiyev, after which many foreign delegates
visited Dubna. There are 4 figures.
Card 6/6

VAN SHU-FENI [Wang Shu-f^en]; DALKHAZHAV, N.; LEBEDEV, R.M.; STRELITSOV, V.N.
Dependence of distortions and spurious scattering on the angle
of track slopes in a nuclear emulsion. Prib. i tekh. ek5p. 6
no.2:60-62 Mr-Ap 161. (MIRA 14:9)
1. Obl@yedinennyy institut yadernykh issledovaniy.
(Photography, Particle track)

L iobo5-63 EPF(n)-2/EWT(m)/BM-AFFTC/.4SD/~FWL SSD--Pa4-ES
ACCESSION AP3001188 @/63/014/005/0502/0505
AUrHM:1 Binrukov, V.; Lebedev, R. @3
TMZ*. . Thirteenth session of the Uchemy Sovet Obl@redlnennogo iwtitUta
yaderzWkh issledavaniy (Scientific Council of the Joint Institute of AtcMic
Research) [Held at Dubna, November,, 1962]
SOMCE: Atomnaya energiya, v. 14., no, 5. 1963* 502-505
@TOPIC TAGS: conference
ABSTP.AcT: Academician L 1. vekzlcr reported on the vork of the Labomtoriya
vysokikh energiy (fflgh-Energy Laboratory) and on the construction of large
physical equipment., such as a large bubble chamber and pure beam channels.
Prof. V. P. Dzhelgpoy described in detail the discovery of Pi-mesan Beta
decay and measurement of its probability and also reported on experimental
investigations of mesoatomic and mesomolecular processes and of the capture
of Mu mesons by He SuP 3 nuclei. He indicated the iMortance of experimental
and theoretical work Perforued by B. M. Fontwwrvo In the field of weak
Card 1/2

L 10405-63
ACCESSION IM: AP3001168
interactions and neutrino p4sics, G. N. Flerov spoke on the synthesis of
transuranium elements and the development of rapid methods for the separation
-@nf short-lived transuranium elements. During the session, a meeting of the
Sektslya soveta, po Mike nizkikh energiy (Low-Enerey-Physics Section) was
held. It planned future conferences on reactor plWsics and reactor
engineering, on spectroscopy of neutron-deficient isotopes and the theory of
the nucleus,,'end on inelastic scattering of slow neutrons in crystals and
liquids.
ASSOCIATION., none
SUBMITTED: 00 DATE ACQ: 21jun63 ENCL: 00
So CODE: 00 NO FIEF SOV: 000 OTHER: 000
ja/6-1)
Card 2/2

BIRYUKOV, V.; LEBFMV, R.
Fourteenth Session of the Scientific Council of the United
Institute of Nuclear Research. Atom. energ. 15 no.6:530-532
D 163. (MIRA 17:1)

L 6990-65 EWT(m) DIAAPIA-Mi ft)/@ALR(t) D
ACCMICR NP: AP4036537 S769/64/01.6/005/0459/04&0-
AUM-(R.- Biryuknv. V.; Labedev -RA--
TITLE, 15th Session of the Scientific Cmmci'L of the Joint Institute for
Nuclear Research
sa=,- Atcamays eaergiyao v. 16, no. 5, 1964, 459-462
TOPIC TAM: research, nuclear theory, nuclear science report,, auttmatic
data processing
ABSMCT: The session took place in Dubna in January 1964. it was dedicated
to the reviev aff achieveaents in 1963. Corresponding Member AIT SSSR D- 1@
Blothim x-ey, director, reported that the scientific plans for 196" have teen
essentially fu-Ifilled. Particular atzention was given to autcmatic processing
of experimental data. The graup lee-6.ers reported in detail an the experimental
and tb--oretical work accaaplisbed. Irt was poinie4 out that -internaticnal sci-
entifto cool?eratim has gro;m, partiamlarlv vita comt-ries of the Soviet bloc.
Orig, arbe ban: no figures.
Card 1/2

L 6990-65
AccESSIal IR: AP4036557
AssoMTT(Vt am*
Swann: 00
xo w SOVI 000
EWL- 00
OTM 000
BUB CUM NP
6
Card 2/2

AUTHOR- Labodev, R.S-.
TITLE. Calculation of Vibrational Spectra of Oyclopentane, and Douterocyclopentane
Molecules (Raschot kolobatellufth spektroy molelml tsiklopentana i
doyterotaiklopentana)
1"BRIODICAL. Op-tilm i Spoictroalcopiya, 1959, Vol 6, Nr 2, pp 154,-161 (USSR)
ABSTRACT; Cyclopentane, (G6H10) and its derivatives occur in crude oil.
Consequently the spectrum of 0#10 is of importance In spectrochomical
analysis (Rof 1-6). Interpretation of the cyclopentano spectrum (Ref 7)
cannot be relied on &# yet,- only the most probable relationships
between frequencies and vibration modes were reported (Rof 8). The
present paper described calculation of 'the vibrational frequencies of
cyclopentane and douterocyclopantane using a mechanical model shown in
a figure on p 165. It was assumed that carbon atoms formed a regular
peatagon with /- CGO - 1080 " aides of 1. 53 A length. The C--H bond
lengths -were taican to be 1.09 A and syum2etrical with respect to the
plane containing carbon atoms. Bach pair of G--H bonds man assumed to
lie in a plans which crost6s the contra of the carbon pentagoA.
L HGH = 109028' was assumed to be tetrahedral, /- HCG = 1090501 was
Card 1/3 calculated geometrically. Thirty nine normal vibrations of cyclopentane

SOV/51-6-2-6
/39
Calculation of Vibrational Spectra of Gyclopentane and Douterocyclopentane molecules
were dealt with u's-lng 45 natural vibrational coordinates. The kinematic
coefficient matrix elements were determined using Yellyashavich's method
(Ref 12) with a correction for the anharsonicity by means of Ospectroscolic
mass"". The dynamic coefficient matrix was represented In the usual
-way (Ref 13). The force constants of other moleculea were used (since
they are not known for cyclopentans and douterocyclopentens) and they
were taken tram the book by Vollkenshtsyn et.al. (Rot 12). The results
of calculations of the frequencies and forms of nomal vibrations are
given In Table I (cyclopentans) and Table 2 (douterocyclopentano).
Simultaneously, using Mayants's method (Ref 15) derivatives of the
frequencies with respect to the force constants were calculated. These
derivatives are given elsewhere (Rot 14). Comparison of the calculated
(column 6) and observed (R,@u= column 3j infrared aolumn 4) frequencies
in Tables 1 and.2 shove that the differences between them are greatest
for frequencies corresponding to variations of the angles ROG. This
may be due to the use of the fore* constants of other molecules in
calculations of cyclopentane vibrations. Satisfactory results were
obtained for oC-frequenclee. The calculations confizued D5h s@mmetry
Card 2/3 of cyclopentane and deuterocyclopentans. A complete analysis of C5E1O

SOV/51-6-2-@/-39
Oal.c,liritioli of Vibrational Spectra of Cyclopentane and Deuterocyclopentane Yoleciales
and 410 spectra is riot possible until the force fields of those
molecules are known. Acknowledgments are made to L.S . Mayants for
suggesting this work and Sverdlov for advice on it. 'There are
12 tables (2 of which are numbered), 1 figure and 19 references, 10 of
which are Soviet, 5 English and 4 German.
SUBUM&D: February 10, 1958
C@-Vd 3/3

SOV/51-6-3-8/28
AUTHOR., Lebedev, R. S.
TITLE: Calculation of the Vibrational Spectrum of the Methyl-
cyclopentane Molecule (Raschet kolebatellnogo spektra
molokuly metiltsiklopentana)
PERIODICAL: Optika I Spektroskopiya, 1959, Vol 6, Nr 3, pp 329-333,
(USSR)
ABSTRACT; Methyloyclopentane is a simple derivative of cyclopentane
hydrocarbons. A large number of experimental investigations'
have dealt with this compound: Raman spectra have been
reported by many workers (Refs.1-10), and also infrared
spectra (Ref.11-16). There has been, however, no inter-
pretation of these spectra. The present paper reports
calculation of frequencies of normal vibrations of methyl-
cyclopentane and uses the results obtained to interpret the
Raman and infrared spectra. 11atural vibration coordinates
used are shown in a figure on p 329. The results of
calculations are given in col.5 of a table on p 331. The
calculated rrequencies are compared with the empirical Raman
(col.3) and Infrared (col.4) values, and their interpretation
Card 1/2 is given in col.l. The calculations yielded a larger number

SUV/61-6-3-8/28
Calculation of the Vibrational S-pectrum of the Methylcyclopentane Molecule
of frequencies than those observed experimentally. However,
there are infrared lines in the region 2800-2100 cm-1 which
are observed experimentally but cannot be deduced by calcul-
ation. The author suggests that these lines are due to
intermolecular interactions (Ref.23) or due to a combination
of the fundamental frequencies or their harmonies. The calcul-
ations also failed to yield the Raman frequency at 227 cm- -
This frequency is ascribed by the author to non-planar
vibrations of the carbon ring.. Acknowledgment is made to
L.S. Mayants for his advice, There are I figure, 1 table
and 23 references, of which 8 are Soviet, 7 English, 3 French,
4 German and I Indian.
SUBMITTED: March 10, 1958
Card 2/2
Z., R"@_R

S OV/51 -7
_IUDJORS Lijbodev, R.S. and Sechkarov,
TIT LE On the Problwi of Force Cowstaats of the @,yclooontano L'Clecule
(K voprosu o s ilovykh pos toyapiqicrt violikuly tsi @clocontana j
Optika i spoictroukogi-81, 1959, Vol 7, !%- 2, p,) 1,64-169 (UjSF,)
@S TR a - (Lebed-,iv)
Z T In. an earlier cawaurii-@-ition I on,- of +-t!e uthors
re@;orted a complete calculatio!-, of the frequor-e-A'as and forms of
vibrations of @vclopentalne and deuterocycivrieitane using a ia-@chaaical
inodel and force constants of similar iaolecule8. The differeaces betveev
,;iie calcu',@ted and experimental fr,3c,,uei.,_ias ,vore up to 200 cm The
'vs forco constants of
nt .)aper de3cribas &L calcul4itior, whic@ a
the _-ycleuont'-@ne calcula-,ion
:aolacizig iipre @racizely; In thie
pe V
it LszzTe*' th,,:t Ivas point s- h ty -
""-@o - yajetry of D;z Ton- r-
dymaic coafi'icivat!; @,a_ra c;@@IrzulbLted ublw: a method and
(Ref 4). la --i@riatisn of' these corvffic-@ant--S
values of tbo d irivatives of tiie forca coustants with respect to frequency
-are uaed. The identific.ition of the fr5quencies was checked by.
comnarison of the cyclonentane s-oactrum that of deuterocyclopentane:
usin-Y -the -oller--R-Alich rule. Table 2 lists the rGsults of calculaticn-f
r@ 11/2 and thti -v,@Iues of tha vibr-ational (Ral@,an and infrarad .)

On the Problem of' Force Constants of the Cyclopentane, Molecule
SOV51-7-2-4/34
frequencios; the experimental data were taken from earlier -work
(Refs 7, 12-14). The calculated values of the force constants are
listed in Table 3. The reportei results show that the calculated
fre-,@uencies of cyclopontane are often within the limits of scatter of the
experimental va-luez. In individual cases the differences between the
calculated and empirical values reach 40-50 am-1; this is considered
to be a satisfacVry agreement. The authors point out the presence of
experimentally observed lines which are forbidden by selection rules
(they are shown.-in italics in Table 2). Two such forbidden lines -were
observed by lAndsbarg at al. (Ref 7) in the Paiasan spectrum of cyclopentane;
according to selection rules these t-wo lines shol-Ild be present only in
the infrared absorption spaptram. The authcra suggest that the observed
0
"forbidden" lines are due to stronE Intermolecular interactions in
solutions. "There are 1 figure, 3 tables an3 14 refaren:es, 9 of -which
are Soviet, 3 513nglish, 1 German and 1 t-raiislation trom Znglish into Russian.
SUEMTED, October 27, 1958
-Vard 2/2

/ZU' 00
4P P"? 0 66891
AUTHORS: Postnikov, V.S. and _J@f!bi@de@y,_R. S. -, SOV/126-8-1-14/25
TITLE: Influence of Plastic Deformati-on"on internal Frictiol?
Of IronATungstenAAlloys
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 8. Nr 1,
PP 95-102 (USSR)
ABSTRACT: Although much work (Refs 4-46) has been done on the
influence of work hardening on internal friction the
nature of this effect remains, because of its complexity,
far from clear. The present investigation aimed at
elucidating the effect for binary alloys using the low--
frequency torsional oscillation method described by
A. Ya. Samoylova and V. S. Postnikov (Ref 46). The
300 mm long, 0.7 mm diameter, iron-tungsten (1.83 and
5% W) specimens based on armco iron were supplied by the
Institut fiziki metallov i nietallovedeniya(Metal Physics
and Metallurgy Institute) of TsNIIChM. All measurements
were effected at 10-3 mm Hg, specimens with 5, 15, 25,
30, 4o, 6o, 80 and 95% reduction being used. Internal
friction as indicated by the logarithmic decrement
divided bylY, was measured with heating at about
Card 1/3 3.5 degrees/min after previous annealing at 8250C for

66894
sov/126-8-1-14/25
Influence of Plastic Deformation on Internal Friction of Iron-
Tungsten Alloys
90 min. The isothermal change in internal friction at
the same maximum oscillation amplitude was also determined.
All 1.83% W specimens were tested 7 months and all 5% W
specimens were tested I month after reduction. The
results show that internal friction of the plastically
deformed unannealed alloys is large (Figs 1,2) compared
with that of the same alloys after high-temperature
annealing (Figs 3,4) and depends largely on heating rate
and soaking time (Fig 6). The less the reduction the
more the internal-friction peak is displaced towards
higher temperatures (Figs 1,2), the peak-height depending
on reduction (Fig 5, curves 1 and 2). With isothermal
soaking at various temperatures internal friction
decreases exponentially with time (Fig 6). The activation-
energy of the "relaxation" depends on the tungsten content
and degree of previous plastic deformation, decreasing as
the latter rises. At high temperatures (about 8400C)
internal friction is at a higher level for deformed than
for annealed specimens (curves 3 and 4 compared with
Card 2/3 curves 5 and 6 in Fig 5). The high-temperature internal-

668c6
SOV/126--6-1-14/25
Influence of Plastic Deformation on Internal Friction of Iron-
Tungsten Alloys
friction level is directly related to the strength at
the same temperature (Figs 3,4). At high temperatures
the shear modulus is higher for un-annealed than
annealed specimens, these being reversed at low-
temperatures (Figs 1-5), The authors consider that
these results, together with published data, confirm
the view (Ref 3) that high-temperature internal friction
is a good index of the high-temperature strength,
There are 6 figures, 1 table and 50 references, 11 of
which are Soviet, 28 English, 10 German and 1 French.
ASSOCIATION: Kemerovskiy gosudarstvennyy pedagogicheskiy institut
(Kemerovo State Pedagogia Institute)
SUBMITTED: July 30, 1957 (Initially)
December 16, 1957 (After revision)
Card 3/3

sov/lz6-8-2-23/26
AUTHORS,- Lebedev, R.S. and Postnikov, V.S.
TITLEf Influence of Plastic Deformation on Internal Friction of
Iron and Iron-nickel Alloy
PERIODICAL: Fizika metallov i met-n-,11ovedeniye, 1959, Vol 8, Nr 2,
PP 310 - 314 (TJSSR)
ABSTRACT: The authors describe a continuation of their work (Ref I)
on the influence of plastic deformation on internal
friction of iron-base alloys. In the present work, they
used their former method 0and conditions except for a
higher heating rate (60 C per minute); the error at
high temperature has been reduced to about 1%. Results
for electrolytic iron reduced by 8, 17, 30@ 47, 70 and
920% and armco-iron + 40J-O' Ni reduced by 20-80% are
tabulated (for the Fe-Ni alloy) and shown in Figures 1-5.
Some specimens were annealed at 825 0C for 1.5 hours.
Figures I-A show internal friction and shear modulus as
functions of temperature for different reductions.
Figures I and 3 relate to iron and iron-nickel, respec-
tively, without annealing; Figures 2 and 3, respectively,
Cardl/3

SOV@1@6-r8 ?e-23/J6
Influence of Plastic Deformation on Interna riciion o Iron and
Iron-n.ickel Alloy
with annealing. Internal-friction peak values are plotted
against degree of reduction for the varicus tests in
Figure 5. The internal-friction curve for iron-zttckel has
two maxima, while the iron--tNmgsten alloy (Ref 1) has only
one. The first maximum disappears almost completely after
high-temperature annealing but the second does not. The
first is thus due mainly to previous deformation and, as
confirmed by activation-energy values (table), is
associated with recrystallization; the second maximum is
associated with grain-boundary relaxation. The authors
suggest that internal-friction values give some indication
of high-temperature strength. As before (Ref 1), the
activation energy of internal-friction recovery in iso-
thermal soaking was found to be considerably less than
that of diffusion or of recrystallization. Although this
suggests that recovery isInot diffusional, the authors
consider that insufficient experimental data are available
to discuss a dislocation mechanism (Refs 4-6).
Car42/3

SOV/126-8-2-23/26
Influence of Plastic Deformation on Internal Friction of Iron and
'Iron.-niCkel Alloy
There are 5 figures, I table and 6 references, of which
4 are Soviet, I English and 1 German.
ASSOCIATION-, Kemerovskiy gosudarstvennyy pedagogicheskiy institut
(Kemerovo State Pedp-@gdgic6Z Institute)
SUBMITTED: March 6, 1959
Card 3/3

Sj
2 ti !I R 3.5
A
A vi
A 45
6,3 2u
13
Zi
At
dt .2 g
-j t
64

24587 S/137/61/OOOZ005/041/060
A006/Aio6
AUTHORS: Lebedev, R. S.; Postnikov, V. S.
T ITI I - The effeat of plastic deformation on internal friction of iron-base
alloys
PERIODICAL, Referativnyy zhurnal. Metallurgiya, no. 5, 1961, 32, abstract 5Zh243
(V eb. ORelaksats. yavleniya v metallakh I splavakh", Moscow,
Metallurgizdat, 1960, 199-22311)
TEXT- The low-frequency method of low-amplitude twisting oscillations was
used to Investigate the effeat of case-hardness on internal friction of electro-
lytic Fe and Fe-W. Fe-SI, 'Fe-Ni and Free-Ti alloys. The measurements were made in
a vacuum 10-3mm fig) an 300 mm long specimens of 0.7 mm In diameter at I cycle
oscillation frequency. All the specImens were annealed in a vacuum at 825 0C for
90 minutes. It was established that internal friction of plastically deformed
non-annealed alloys was high In comparison to that of the same alloys which were
prelimirzary annealed, and that it strongly depended on the heating rate and the
holding time. r2n the temperature curve of internal friction a peak of internal
friction was observed which was shifted to the side of low temperatures with an
Card 1/2

24587 9/137/61/000/005/041/060
The effeot of plastic deformation ... A006/A106
increasing degree of compre3sion. During isothermal holding at varioue tempera-
tures internal friction decreases with tims. It is noted that the modulus of
shift at high temperatures for non-ar-inealed specimens is greater than for annealed
ones and is lesser at low temperatures. For Fe-NI and Fe-Ti alloys two maxima
were found on lthe tempe-ratiire dependenr;e su-,ves of internal friction. There are
50 references.
P. z
[Abstracter's notei Complete translationj
Card 2/2

27744
S/058/61/000/007/026/086
Votlw A001/A101
AUTHORSt Lebedev,_@.S., Smhkarev, AN.
TITIE: Spectroscopic investigation of cyclopentane in different phase
states
PERIODICALt Referativnyy zhurnal. Pizika, no. 7, 1961, 144, abstract 7V334
("Dokl. Mezhvuz. nauchn. konferentsii po spektroskopii i spektr.
analiziP. Tomsk, Tomskiy un-t, 1960, 108 - 109)
TEXT: The authors developed the methods of obtaining Raman spectra of
liquid and crystalline substances in the range of low temperatures, including
the liquid nitrogen temperature, The method was tested on cyclopentane. A com-
parative investigation was conducted of the vibrational spectrum of liquid eye-
@opentane within the wide temperature range (including the supercooled liquid)
and the spectrum of crystalline state. In various regions of the cyclopentane
vibrational spectrum some essential changes were noticed: emergence of a struc-
ture In the contour of some lines, arising of new frequencies, etc. The noted
Card 1/2

27744
S/058/61/000/007/026/086
Spectroscopic investigation AOOJ/AjOj
peculiarities are caused, in the authors' opinion, by deviation of the molecule
structure from D5h symmetry with temperature lowering which, apparently, can be
ascribed to change in the nature-of Intermolecular interaction.
M. Averbukh
[Abstracter's note: Complete translation]
Card 2/2

LEBEDEV., R.S.; SECHKAREV, A.V.
Study of Raman spectra at low temperatures. Izv.vys.uchebezav.;
fiz. no.3:62-65 161. (ILUA 14:8)
1. Kemerovskiy gornyy inatitut i Kemerovskiy pedagogicheskiy
institut.
(Microspectrophotometry) (Raman effect)

LEBEDEV, R.S.
Calddlating the vibration spectrum of ethylcyclopentane and H-propyl-
cyclopentane molecules. Izv. vys. ucheb. zav.; fiz. no.6:79A5 163.
(WRA 17:2)
1. Kemerovskiy gosudarstvennyy pedagogicheskiy institut.

S/046/63/027/001/023/043
B108/B186
AUTHORS: Sechkarev, A. V., and
TITLE: Effect of the temperature conditions on some parameters of
the vibrational spectra of naphthenes
PERIODICAL: Akademiya nauk SSSR*. Izvpatlya- Seriya fizicheskaya,
v. 27, no. 1, 1963, 65-68 41. -1
TEXT: Considerable changes with temperature in the vibrational spectrum
of cyclopentane were observed by Lebedev and Sachkarev (Collection
Fizicheekiye problemy spektraskopii (Physical problems in spectroscopy),
P- 386, M.-L., 1962). The authora of that joaper studied the temperature
dependence of the Raman spectra of cyclopeintane, methyl cyclopentane,
cyclohexane, and methyl cyclohexane using an WC-7-51 (ISP-51) spectrograph.
The method is described in Izv. V'jZov. rizika, 31 63 (1961). A consider-
able Rayleigh scattering, also at low temperatures (down to below the
point of crystallization) ras observed. The chRn4e in the spectra of the
five-membered naphthenee, in particular 'the increase in intensity of some
forbidden lines at low temperatures, indicate a reduction in symmetry of
Card 1/2

S/046/&3/027/001/023/043
Effect of the temperature B108/B186
the molecules on cooling. Thi s iz attributed to the interaction between
the molecules. The six-menberr-d naphthpneb hardly showed any change in
their spectra. This shows that tho molecules are not very sensitive to
temperature changes, and that, their carbon ringo'coneerve their D
3d
symmetry. The fundamental lines in thn, vibrational spectra of the
naphthenes were found to be the least nen2itive to temperature changes.
There are 1 figure and 1 table.
ASSOCIATION:' Kemerovskiy gornyy inctitut (Kemerovo Mining Institute
Card 2/2

i @1. J/ EP F E VP r
ACCESSION ?IR: AR5008ILLO-
SOURCE: Ref. 7.h. Fizika, Abs. 11)54
pi_i lpr@4 RM
UR/0058/65/000/001/DO08/DO08
AU'EHOR; Lebeftv R 5
TITLE, ICalculation of the vibrational spectrum of mono-substitutes of the cyalo--@-
11@st-@e I a er i e a
CIMD SGURC,"-P.- Uch. zap. Kemerovsk. gos. ped. in-t, vy-P. 7, 1 3, 51-60
JL96
10 1
I PT C TALS: viclopentane series, vibrational spectrum, substitution radical.
TPANSLATION: The author calculated the frequencier, of' the nomzal oaci-"Rtion.@; -@>Al
eth:ylcyclo-penta.ne P-nd a-propIlcyclopentane, wbich are compared wlt@ the freQ,@-,-ic4eg
i,@q@erinl-ntally observed in the apectrum of tbeee 0
Fhlova "hat the co=lication Introduced @nto th,- Etrucl@urle D: thi@ io-
Dy increasIng the lf@vgth of the wabstitutlr@g r&dIc&I lerid,3 tr; I i@,-
r-cquenciea correaponding to the radical. On 'he whole, the spectrum
7z@-- --ejented as a superposition of the vibration frequenciea of the ring
4C
Card

L TJ7(m)/2PF(c)/7WP(-*@ Pc -4, /P-,-J, PY,
ACMSSICV NR: AR5012255 (.R/0058/G5/G00/003/D0-3U/DO34
SOUPCE: Ref. zh. Fizikas Abs. 3D246
AUIHOR: Lebedev, R. S.; Bechkarev, A.V.
7ITLF: Rarian spectrLun of cyc ane, jcy2_@exane, 'and their methyl derivatives
=-I D SWOURCME: Uch. zap. Kemerovsk. gas. ped. in-t, vyp. 7, 1963, 61-72
TCP.IC TLAGS- cyclopentane, cyclohe-xmnet methyl derivazivel, F-mwi spectrum
TRANSLATIM., 11-e spectra were plotted with an ISP-51 spectrogm-ph, and the sources
w-are PW-2 and low-pressure lamps. In c-Iclopentane the wmere observed in the
1600-1800 r@-gicn lines derived ft-m the e?,xiting 4047 r'.
Li:-e, and the missing ftcm
earLier investigations, as well as bar@ds with stT@uct-,z-- 300-4100 and 4200-4360
CM-1. In mettrylcy-cloheptane, in the regim 1460-2700 cn- th--rrz was obierved a set
of rather intense 1L-ies, as well as a hand with structure 3260-4360 cff- beyond the
C-'O, fmq'Uencies Seventeen frequencies were obtained in cycldvexane in the region
-Umvich
of @32-146G cm Bibliography, 38 titles. A. Bor
SUB CMEE. Oct OP ENCL., 00
bntj

L 49767-6-5 Ew(@c )/sap j) /EST W Pc-4/pr-4 Rm
ON N AA5012254 UR/0058/65/000/003/DO33/DO33
SOMPLE: Ref. zh. Fizika, Abe. 3D241
AUTRORE Sqq@@ev- @A- V.
TIM: Experimental emd theoretical study of vibrational spectra of metbyl and
etIn @Icl@lent@gtne i-I
CITED SOURCE: Tr. Komir....0 r.-Pektroskopii. AN SSSR, vyp. 1, 1964, 361-369
TOPIC TAGS: vibrational spectrum, metbyl cyclopentane, ethyl cyclopentane, Rar-n
upectrum, infrared absorption, microscopic emtalysis
TFANSLATION: An experimental study was made of the Raman and infrared absorpt'an
s@pectra of morosubstituted cyclapentane using a lcv-temDerature research procedure.
The calculations of the normal vibrations of the molecules have beep. carried out.
An Int-F!7--pretation is proposed for the spectra, and some of their features are dis-
C S @.4 -, in ppurticular the influence of the approximate sy=etry of the ring of
The question of the accessible volume of a s=ple for the registration
o@ --le Ra-r-ain apectrnm from microscopic ancunta of Matter in discuesed.
S,:? G, D E QP, OC ET*CL 00

. A.F.
, Z.@.*5 , hr- b
t p .. vy . u , 0
Vibrati-rifial @,r CYC' 3-ri -
zavo; fiz. 16,1, ( 1.2 RA I '1-. 8 )
1. Facerovskly gomyy

1; .
h-Il.; 1-LIEDRIP RGC
---
some hydrocarbon! irl' thelr Raman
Characterlstic SIFr Of - 5sl343-1--144 MY 164*
spectra, Zhuro fiza kh;m- 38 no. NMI 18SIZ)
1. Kenarovskiy gornyy institut. Submitted Auge 39 1963.

LEEMV, S. Geroy Sotsialistichaskego Truds.
Our frontier in the seven-7ear plan. Sov. profsoiuzY 7 no.14:10-11
JI '59. (MIRA 12:10)
l.Haster martanovskogo teekha Kirovekogo zavoda, Leningrad.
(Leningrad--Steal industry)

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.I,h;B!,:D-;'V, S.
"A View of the Origin of Hydrosiliciferou3 Nickel Ores in Takovolf p. 269
(ZBORNIIK IUDOVA, Vol. 22, no. 4, 1952, Beograd, Yugoslavia)
SO: llontU of Accessions, Librar7 of ConCreess, Vol. 2,
Ix List East European
No. 40, October,, 1953, unclassified

The rWj; -0 thu imitation product of water- In
Cj pl;luaVen vl the mcf7mrjrph:u pro,@givs of bydr,)lhcrmnl find
pis-m-altulytic phast', 7hmr-k rolfam red.,
"Jmwn zilfrn-d"
-1)(Gerujan mim-
I I P Ty j, --A rl i@mj 5h I I (A I lp! 1"I v li c I va iol 1 -3 111 la solu hit it I

41
XA, A a*a,rescence method for detection of nickel.
dcva@a,-KDe-r=novJ&-ZboF S'k radav re-4. -mit. ova"
162)(19 7 -CaCOs pptd
dil. Ni-6Q@g'solns. give's a greenL-h yellow fluores-
ctnce with unfiltered ultraviolet light. Michael Fleh4b=-,
Distri WCAEM

LEBEDEV.9 S.,, karld. yurid. nauk, dotoent
Aggravation -,f contro7eral-es In tKe mierctanl marine of -i-mperi-
alistic countries. !-for. flot 25 no.4:44 Ap 165.
(I@MIA 18: 06)
1. Moskovskiy gosudFrqtvennyy institut mezhdunar,)dnylh otnoeheniy
Ministerstva inostranny1rh do] SSSR,

I-IAKSIF'OVIC, Z.; LEBEDEV, S.; NIKOLIC, Vera
A contribution to the geochemical study, of Avaia Moun%ain near
Belgrade: a hydromorphic anomaly in the Precica. stream and its
origin. Bul sc nat SANU 33 no.10:43-50 164.
1. Department of Mineralogy and Petrology, University of Belgrade.
Presented by Prof. Stojan Pavlovic and Prof. Pavle Savic.

BLAGOVESHCBENSKIY, Viktor Vasillyevich, kand. sellkhoz. nauk;
ItE,@ red.; SALAKHUTDINOVA, A., tekhn. red.
[Increase the productivity of farm animals] Povysit' pro-
duktivnost' sellskokhoziaistvennykh zhivotnykh. Tashkent,
Gosizdat UzSSRJ, 1962. 42 p. (MIRA 16:5)
(Vzbekistan-Stock and stockbreeding)

GRANITOVP Ippolit IAnovich, doktor biol. nauk; GRANITOV, Aleksandr
Ivanovich; LEEEDEV, S., red.; ABBASOV, T., tekhn. red.
(Natural forage lands
ugodlia Uzbekistan s.
(Uzbekistan--Pastures and meadows)
in Uzbekistan] gAtestvennye kormovye
Tashkent, Gosizdat UzSSR, 1962. 41 p.
(MIRA 16:6)

GORBUNOV, Vladimir Favlovioh; PAVLOVA, Anna Mikhaylovna; GLUSHENKOVA,
Nina Ivanovna; LEBE red.; ABBASOV, T., tekhn. red.
(For two crops a year] Za dva urozhala v god. Tashkent, Gos-
izdat UzSSRJ, 1963. 38 p. (MIRA 16:5)
(q2ibekistan-Feeds)

L NDFITY S. A., I-Enp--r. ki a-d. Tech. Sci.
Dissertation: "Degree of C-11 Purificatior with Filtprs of Tractor FnF.-ires." Sci Res
Automobile and Automotive Inst (IUMI), 25 Jun 47-
1
SO: Vechernva-m- Yoskya, Jun, 1947 (Project #17836)

ADAMOVICH.A.V., kandidat tekhnicheskikh nauk; GRIGGRIYEV,M.A.;
kandi&A tekhnicheskikh nauk
Centrifugal filters for cleaning oil in automobiles. Art. i trskt.
prom. no-8:3-9 Ag'55- OaRA 8:11)
1. Hauchno-iseledovatellskiy avtomotornyy institut
(Automobiles--E-aginea--Oil filters)
k"

INBEDEV,,,Seraf.1m.-Ale4oandrqyAeh; ABDULIN. Fuat Salikhlyanovich;
it. . - � e-rgey '@-'j@e-d'o'Avich; KOVAIJCYA. A.A.,vedushchiy redaktor;
POLOSINA. A.S..tekhnicheskiy redaktor
[Studies of
Moskva, Gos.
1956. 56 p.
(Oil
pressure wells) Issledovanie nagnotatellnykh skvazhin.
nauchno-tekhn. izd-vo neft. i gorno-toplivnoi lit-ry,
(MLRA 10:5)
field flooding)

MASR I BOOK EXPLorrATION SOV/5494
vasil-yov. Mikhail Vasil lyeTich, and Ser-goy ZakharoviCh Oushchav
Report&zh it XXI veks;'my zapisall ra33kazy dval-toati davyati I
su;ce I tokhnike buduAhchego (Raparts
sovet5kikh uchonykh o n
From the Twenty-Fir3t Century; Stories of Tuanty-111ne Soviet
Scientists on Science and Engineering Of the Future) [Mosnowl
1--d-vo Sovetskaya Rossiya , 1958. 243 P. 50,000 copies printed.-
Ed. i V. A. GolubkovA. Tech. Ed. t 'G. 1. 12e7eva.
PURPOS3 I This book Is Intended for the general reader.
CONMA03- The book contains 27 articles (told reporters by
Soviet sclentl5t3) deallnS Itith probable futuxo prcgra33 in
physics, chemistry, electrcity$ =2tallurZy, en-.inacrln5,
minin.-', medicine. biolo,-7, a@-@rlcultuzo, zooloXy, transportation,
explaration of space, and photogra;hy. Attention 13 given to
tion, autoaatle u: -cation of coal, U30 of
auto= ndtr-rwand gazif,
now metalz,moderml=ation of-oil flc213, ato=ic electric stations,
produo tion of metal parts by the process of explosion, explosions
Reports From the Twanty-Flr3t (Cont.) SOV/r>494
in doM co"truotion, cancer, Internal lonSovity reserves,
machine diagnoses of 111n,333", 3LLrS3rY Y3- treatzInt by ultra-
sonic Vibrations, mtch3alcal htart su@.,atitutea, h=-% body b3XI3,
*media al enaincer-2--Z9 arxichad foadar, a_-tj_
ficial snowfall3, Va. rallozh:@in@@z@y,
power baLm Va Wire, =12h!.n3:3 doinz Intallectual workv 01E@ auto
mobiles, (WitL lraiio motors'), au.-;* (c_'actrc=az_
Ostia raVo focused above a city which ca@;.3t 1%zated malcoujo3
to shinej, fut=-o ocean ships, *rallvany d-&_-dnauZ;hta", Moacot
or the future, mov--=Z; pavemants, and driverless auto-
mobiles, electric ca=*ra3, the of Sibarim,
us* of underground h@at, cll:-@ate con::,aj,1lYirZ on tha moon,
antimatter, and photon jo-1. N.Lr-*3 Of the Interviewed ac;ontiats
are given. The" are no references.
TABU OF CONTENTS:
331THODUCTION
Mission Into the Future 5
Cara-2/7
ROPOPts From the Twenty-ftrat (Cont.) SOV/5494
Learn to Dream (A. X. Reszeyanov, Academician]
TIM MDAYM4TAL AND MaST 1&-CRTAN-_ TMJOS
Transformation of Rl=onto -- the Future of rotallurgy I:r. P.
Bardin, Academician, Via *-Pro olden t, AS U=j
Mines Are Breathing T.Paelr Last 11. S. GmrL-uzha, Director of
YGjdOYuZnyY nauchno-In3lodoratollakly Institut Podzaz,3a=*
Al -Union Scientific Re3oarch Institute of Undareround Caalri-
catlon of Coal -- and H. A. Fadorov, Deputy Director for the
Scisntl'-io Section]
Automatic Oil Field (S. 1. Mronov, Academician, and NJ Al
Xap4ljushn
ikov, Correip�ridiW97Y=ber, AS USSR)
Ift- th4 Sources [A. V. Vinter, Academician)
Card 3P
20
25
34
45
51

Reports From the Twenty-First (Cont.) SOV/5494
Designqrn of Living Things [A, R, Zhebraks, Professors Member,
AS 13SSR 109
THE AGE OF RADIO
The Second Fifty Years in the Life of Radio (V. A. Kotellnikov,
Academician] 121
The Revplution In Intellectual Work Has Begun [S. A. Lebedevs.
Academicians Head of Institut tochnoy mekhaniki'-E--v-y-o-hi-ilitelincy
tekhni4i -- Institute of Precision Mechanics and Computing
Technique., AS USSR] 129
Man Will Kindle an Artificial Sun [Q, 1. Babats Professor] 135
The Second Window Into the Universe (V. L, Ginzburgs Corre-
sponding Members AS USSR] 145
Card.5/7

pHAsE I BoojC FXPZ.G_7AT1-@-7t SOV/5055
Voesoyuznaya konrerentolya po trenlyu I 1-nosu @ =Shlnakh. 34.
195d.
Oldrodinamichaskaya teoriya a=azki. OPOrY akol'zhenlYs. 'S=azka
4
cat Ior. .
I smazochnyye materialY (Hydrodynamic Theory or Lubr
311p Bearings. Lubrication and Lubricant Vaterials) Mosco
e;
Xzd-vo AM SSSR. 422 P. .,,at,, lip inserted. 3,800 copl
printed. (Series% Its: Trud 3" v.3
Sponsoring Ag ney: Akademtya nauk SSSR. Inatitut =33hinovedenlya.
)n -Hydrodynamic Theory of Lubrication
Se't"
h
e
o
'
r
S
-
T
T

ech
Gut-yAr, PrOfe33or. Doctor of
-
Ye. M.
a
Bel
r
int
il
and
id
h-
f T
ec
nical 3clances, and A. 1. D yachkov, Professor, Doctor o
.teal 3clencas; Reap. Ed. for the Section, NWbricat Lon and
Doctor of
ofessor
P
r
,
Lubricant Kateriale; 0 V. Vinogradav.
Chemical Sciences; Ed. ;r Publishing House. X. Ya. Klebanov
Toth. &d. : 0. X. Ous'lcova.
PURPOSE: This collection of articles to intended for Practicinj
engineers and research scientists.
(FaiEa@i: The collection, 1@uiiished by the Institut mashino-
wedenlya AN SSSR (Institute of Science of Kachlnea, Academy
of Sciences USSR) contains pavers presented at the III
V00sOyu%nAya konforentalya po trerlyu I J=nosu v ma3hina"
In rachln*4
W
ear
(Third All-Union Conference on Friction and
i
n
was hold AVrII 9-15, 1958@ Problems discussed were
shich
,
-
'
'
"It Theory of Lubrication and

Hydrodynamic Th
-
r,
(Cont.)
.'ar/50
L
U36 Of Lubricant Material.
KO-10PIkOv A @ 1. Special pastures of the Baha@ldr or
Plastic 1A
;I;4
t
R
'
n
G In
oller Bearings 291
On a Rational Regime for Lubricating
Automobile* Through Pressure Lubricators 299
Lebedev V. G., M -St*Panov, and Y, A. Gerasimenko.
selection of Lubricant Materials for Reduitlon Gears
Operating Under Low-Temperature Conditions 306
.Z-b*dev 3 A (deceased). and M. A. Origarlyev. Wear
@
?
@
;
@
Ith Various Ket6di_ of Cleaning the Oil in
the Lubrication System of an Automobile Engine 313
Uglezxtdo@ _Xe.@ 0. p and
J, L_Sharapov. 0110 Produced by
New Method, and Theli; ijfe@t on the Wear of Engines 321
S. Investigation or-
ear Of th; C . onents of Automobile Engines Operat-
W
,th Various Olin 328
Theoretical Foundation of the Require-
ments for the Operational Qualities of Oils Used In
Internal-COmbuntlon Engines 338
Chemical Composition and Operational Lubrication Materials
DruzhinIna, A. V. Reduction or Wear In Engirea Operating
an Sulfurous Diesel Oil by Means of Alkaline Additives 344
Zaq@j,avdkly, Yu. S., 0_1. Shor, and R,M. Shneyerova.
Mechanism Of Protecting Friction Surfaces From Corrosion
Wear With the Aid of Addlti,e. to th; 0113 348
XLv,jn_3_1_ and 0. P. Yovdoklmov. Oils of Optimal
'
6naroups - - -
Chemical compositi 356
-Gare-660(1.7 I

RAMATYA, K.S., doktor tokhn.nauk; LEBEDEV, S.A. , kand.tokhn.nauk;
ZAVELISKIY. V.S.; GRIGORIYEV, M.A.
Effect of oil Impurity on the vear of engines. Avt.pron. no.l:
8-11 Ja '59. (MIRA 12:1)
1. Gosuaaratvannyy soyuzWy ordena Trudovogo Krasnogo Znameni
nauchno-isaledovatellakly avtomobillnyy I avtomotorzWy institut.
(Automobiles--Lubrication)

URZONY O.F.; jMDEV_,_S.A._, red.; YEFREMOV, S.A., red.; PETROVA,
V.V., red. izd-va; KASIMOV, D.Ya., tekha. red.
(Price list for the construction of housing and buildings
serving cultural and public needs in cities and territorial
regions of the R.S.F.S.R.]Preiskurantny7e tseny na zhilishch-
noe i kallturno-bytovoo stroitel'stvo po gorodam i territo-
riallqym raionam RSFSR. Moskva, Gosstroiizdat, 1962. 212 p.
(MIRA 16:3)
1. Russia (1917- R. S. F. S. R. )Gosudarstvennyy komitet pe delam
stroitel'stva.
(Construction industry-Prices)

IZ-BEDEV, S.A., inzh.; LISIDUL., V.P., inzh.
Network for the-acid washing of a feed-water economizer.
Knergetik 9 no.2:7-8 F 161. (MIRA .16:7)
(Boilers) (Feed water)

LEBEDEV, S.A.; PICYAMEMM, V.A.; YAKHIN, S.G.
Determining the place of the formation of the stable oil e-
mulsion in production wells. Nefteprom. delo no-3:30-32 163.
(IURA 16:9)
nauchno-issledovatel'skiy institut.
1. Ufimskiy rieftyanoy

SOV/24-58-7-8/36
AUTHORS.Lebedev, S. A-, Usenko, V,, F... Shvidler, M. I. (Ufa)
TITLE: On Filtering a Flow in Transition from a Single Phase into a
2-Phase State (0 filltratsii potoka, perekbLodyashchego iz
odnofaznogo sostoyaniya v dvukhfaznoye)
PERIODICAL: Izvestiya kkademii nauk SSSR Otdeleniye tekhnicheskikh
nauk,, 1958, Nr ?, PP 56-60 (USSR@
ABSTRACT: The question of the parameters of a flow of the vapourising
liquid affected by the permeability of the saturated porous
space was investi.-ated by the authors. The following prob-
lems they describe in detail. A harmonic function p (press-
ure) confined in the space G (Fig 1) with higher pressure
than the saturated one, has a finite number of logarithmic
properties with its value becoming p. at the boundary
At the boundary of the vapourising layer, the position of which
in the space G is not known, the function p = pl (satur-
ated pressure), The operational pressure is applied to the
wells situated in G , The profile yi represents a bound-
ary of a rapourising zone gi , which contains a harmonic
function H. top Of P 57 (8@ A.Y'..@-.@:-istianovich function,
! - ty for liquids,
Ref 1), where K-i specific phase permeabiliu
Card 1/6 !@11

SOV/24-58-7-8/36
On Filtering a Flow in Transition from a Single Phase into a 2-Phase
State
In the space gi the function Hi has a finite number of
logarithmic properties conforming to the conditions H" = HI
at the zone boundary,, Hir =.H oi for wells inside the zone,
HI - H(pl) - const /-p, (0 denotes the well), The rate of
filtration of the liquid at the boundary yi is-
A
Hi
n "IrL
(n - normal to yi). The function
the flow of liquid defined by the
and 1.2). If the function p'4'= p
gi then p#' - becomes a harmonic
H*1 continaously
i
Cunction p
in G and
function in
increases
in gi (Eqs 1,,l
P:* Hi' in
F i,e,, in
all the layers,, For the wells situated in G t1he function
Card 2/6

SOV/24-58-7-8/36
.On Filterinp a Flcw in Transition front a Single Phase into a 2-Phase
State
plt = p = p0 (Eq 1.3). The pressure p@lf for the wells in
gi is:
p = Hoj. - (HI - pl)
(1@4)
Thus the production of the mixed flow can be determined from
a fiotitious flow of a uniform and no-n-compressed liquid and
the calculation performed with an application of the usual
"it
interconnection formula (Ref ?). Thus the functions p1l and
* (Eq 1-5) in -the space F are found when the pressures are
P
2
taken as pi po p 0 for the wells in G . while
Pi P2 oi- HI for these in gi and
p H pi = pr
Ac 0 at the boundary T, If the harmonic function
2
P 2 = P2 Hc the function P;"2 H for the wells in G
P11,2 = Hoi for these -in G and HI at the profile
Card 3/6

SOV/24--58-7-8/36
On Filteri-ii- a Flow in Trar-sit-Lon from a Simgle Phase in"to a 2-Phelse
State
Therefore, the flow defined by the functions and
P1
p 2 has a protJouction eqaal to that of all the wells, The
value H = H(P) is determined from Eqs (2.1) to (2.5). (Figs
2 and 3 show the indic-ating cuin-res for Q - Q(p0) and
P0 = PO (q) pr pI As an example the follow-
ing data are given! 28@8 m-??/M, 0.02 cps @L
r/ = a 0 @ 002 f or
2@35 cPs@ 0 @ 2,4-6 -t = su @i
S =; 0. 301-JiL- (s criefficient of gas solubility). The
m3atm
relationship of e--,H:- and for the. well Nr 840 is given in
Card 4/6

SOV/24-58-7-8/36
On Filtering a Flow in Transition from a Single Phase into a 2--Phase
State
Fig 4 with the lower ourve from Ref 6. Fig 5 illustrates an
interconnection of a system of two chains of wells. The cal-
culation of the interconnection of wells is carried out with
the following data: Hi 250 m. H2 = 750 m, L = 1750 m,
2cy = 2 = 400 m. x2 0, x, 200 m, Pk 170 atm, p01=80 atm,
1 a2
P02 = 70 atm, P' 96 atm, k 0.5 darcy, ji 2.35 cpsg rol
= ro2 O'l M9 h 10 m. The values of HI - Hol @ 13.4 atm.
and H' Ho2 @ 18.0 atm are based on Fig 2. The production
of the wells is obtained as q, = 100.7 m3 per day, q2
391,,0 m3 per day, for which the radii are r
i = 5.35 m,
r2 = 4.47 m respectively. ka analogical calculation based on
the tables produred by K. A. Tsarevich gave.: pol @ 80 atm.,,
Po2 = 70 atm, q, = 119.7 M3 per day., q2 = 448,4 m3 per day.
A vapourising zone consisted of one area, the dimensions-of
which are shown in Fig 6. In the case where the interference
Card 5/6

SOV/24-58-7-8/36
On Fi-Itering a Flow in Tran ition from a Single Phase init-1--o a 2-.Fhase
State
of the wells is affected by water pressure, the formula (3.1)
(Ref 8) should be applied. There are 6 figures and 8 referen-
ces', all of which are Soviet.
ASSOCIATION: Ufimskiy neftyancy naucho-issledovatellskiy institut
(Ufa Oil Research Institute)
SUBMITTED-, April 26., 1957@
Card 6/6

L@-IIBEDSIII:p S.A.;
Fei,-turos of 7i-t 0,F--ati:)n -I-, all
.L.eld. Iz-v. -acil"C"I".
Bas-L'irskiy

ZOLOYEV, M.T.; LEBEDEV, S.A.; USLIIKO, V.F.
Study of oil wells when bottom pressure is below the saturation
pressure. Trudy VNII no.25:80-li-4 '59. (MIRA 15:4)
1. Ufimskiy neftyanoy nauchno-issledovatel'skiy institut.
(Oil reservoir engineering)

IIEMEV, Sergey Aleks2Z2yich _ and ZHDANOV, P. S.
"The Stability of Electrical Systems Working in ParaUel,,u 2nd edition,
Moscow-Lerdngradl.1934

LEBEDEV, S. A.
At the plenary meeting of the conference of the Power Establishments of the Academies
of Sciences of the Union Republics and of the Affiliates of the Academy of Science,
USSR, the following paper was presented by Acting Member of the Academy of Science,
Ukrainian SISR, S. A. Lebedev an "The problems of automatic regulation of synchronous
machinery".
SO: Elektrichestvo, No. 9 Moscow, Sept. 1947 (U-5534)

LEMEVY S. A.
"The Artificial
of the International
Moscow, 1948
Stability of Synchronous MachineB$U report to the 12th Session
Conference on Large @lectric Systems., Paris, 24 Jun-3 Jul 1948,

LEBMW) S. A.)
"BMM" Part I. Publ. House of the Acad. Sci. USM, 1952
"BESM", Part II, Publishlng House of the Acad. Sci. USM, 15@52

@A I
In neror,-r no V. 1". '!hrushchov,
no. 1, 1952
Direktor Instituta Elektrotelffiniki -A-k-ademii flauk USSR,
Deystvitellnyy Chlen An USSR
50; Month List of Russian Accessions, Library of Congress, Anril 1952 Uncl.

LEMDEV, S. A. Academician
nElectronic Computer," Pravda, page 3, 4 Dec 55
Translation Current Digets of the Soviet Press$ Vol-7, No-49, page 32, 18 Jan 56

S. A.
LEBEDEV
"High-Speed Electronic Computer of the Academy of Sciences of the MIT1,11
1955
Photostat copy available in Library

T.E. EV., Sergey A. Acad.
"Certain Works in the Sphere of Computing Techniques," a paper read at the
Fourth International Instruemnts and Measurements Conference, 15-23 Sep 56, Stockholm.
B-101950,, 23 Nov 56

rl- 13 C-@ t9 -
Call Nrs QA76.L4 1956 a
AUTHOR: Lebedev, S.A.
TITLE: Electronic Calculating Machines (Elektronnyye vychiraltell-
nyye mashiny)
PUB. DATA: Izdatel'stvo AN SSSR., Moscow, 1956, 20 PP., 3,300 copies.
ORIG.AGENCY: Akademiya NaL,.k SSSR. Sessiya po nauchnym problemam
avtomatizatsii'pro1zvod3tva. Plenarnoye zasedaniye
EDITOR: None g.-'Aven.
PURPOSE: Td present the contents of a paper read before the Soviet
Aq.ademy of Sciences at the session on- scientific problems
relevant to the watomation of production processes.
Card 1/ 6

Call Nra QA76.L4 1956 a
Electronic Calculating machines (Cont.)
COVERAGE: This monograph " *a a short review of recent progress in
digital computer and calculating machine design, and a
report on the state of theory and practice in the field
as of 1956. Germanium diodes hove proven entirely re-
liable in operation. Of ten thousand_diodea installed
in high-speed electronic computers (jE@:) CM), only a few
broke down in the course of two years of operation. The
produ6tion of germanium diodes, however, still does not
meet the demand (P-3). The indium plated diode with the
gold plated filament has been developed but has not found
wide application. This type of diode has lower forward
resistance and a high ratio of reverse to forward re-
sistance which makes it possible to improve the characteris-
tics of the electronic circuit. Ln this respect, silicon
diodes have even better characteristics. Computers built
axound point-contact semi-conductor triode circuits have
Card 2/6

Electronic Calculating Machines (Cont.) Call Nrt,QA76.L4 1956 a
already been developed in a number of institutes of the Academy
of Sciencesand of industry.. gowever, real progress in de-
veloping transistorized circuits can be realized on@y by the
application of the high-frequency junction transistor of the
"pnp" type.. The mass production of these types of transistors
is of the first importance to the dev6lopment of computer
technique (P-4). Difficulties are being encountered in the
development of ferrite memory'cores especially in combination
with semiconductors and industry has notyet mastered the
problem of their mass-production. This will reiluire the
sustained and joint efforts of chemists, metallurgists and
tech.nologists(p.4). Studies are being made at the present time
(1956) on the utilization in electronic computers of seignetto-
Card 3/6

Call Nr.: QA76.L4 1956 a
Electronic Calculating Machines (Cont.)
electric core memory cells with a rectangular hysteresis loop.
They require less power for control and in this are superior
to the ferrite core. The development.of these very promising
elements, being conducted in part at the institutes of physics
of the Academy of Sciences, is proceeding entirel too slowly(p.4.).
A new dynamic trigger circuit (see Diagrdm 1, P-5T has been
developed by the Institute of Exact Mechanics and Computing
Technique. The operation of the device is described. It is
reported that various modifications of this dynamic trigger
have also been developed. The author claims that in 'comparison
with the known dynamic trigger circuits with delay lines or
elements of the type used in the IBM- 701 machine,,some systems
which have been developed in the USSR, suchas the one described
by him,, are superior in that they can perform a number of opera-
tions asynchronously with respect to the synchronizing impulses.
Card 4/6

Electronic Calculating Machines (Cont.) Call Nr: QA76.L4 1956 a
Other recent developments are discussed: for example, a very
sim le binary sum circuit with trigger cells (see Diagram 2a,
p.8@ and a sum circuit consisting of logical elements (Di-
agram 2 b, p.8). The Institute of Exact Mechanics and Computer
Technique has developed a ferrite memory storage unit of the
type Z. The @recision production of sufficiently thin crystals
(0.1 mm thick uniformly homogenous throughout, and with an area
of several square centimeters is a problem which remains to be
solved. Once the technique of growing single crystals of
BaTiOi has been mastered, it will be possible to construct ex-
treme y small, quick action memory storage units which are
reliable in operation and have low power requirements. The
advantages and utilization of seignetto-electric materials are
Card 5/6

Call Nrl QA76.L4 1956 a
Electronic Calculating Machines (Cont.)
discussed (p.17). Increasing the speed,of the operating elements
is one of the outstanding design and engineering problems which
has to be solved before computers can be improved. Some of the
most promising ways of solving this problem are discussed (p.19).
-AVAILABLE: Library of Congress
Card 6/6

LEBEDEV., S. Epp.
R91641
Elektronnyye vychislitellrrjye mashiny (electronic calculation machines) Moskva,
izd-vo akademii nauk SSSR, 1956a
46 p. Illusej Diagrse., Tables,
At head of title: Akademiya nauk SSSR. Nauchno-populyarnaya seriya.

liSSR/Electronics - Coriferences
Card 1/1 Pub. 124 - 1/28
Authors S'Lebedev, .2.. A.) Academician
Title I Electronic computers and data analyzers
Periodical I Vest. All SSSR 26/li 484%, Jan 1956
Abstract j Minutes are presented from the International Conference on Electronic
Computers and Data Analyzers held in October 195% in Darmstadt, West
Germany. Brief mention is made about the Munich computer PERM, the
Darmstadt machine DERA and the Soviet high-speed electron computer
BM which is installed in the physico-math. department of the Academy
of Spiences, USM. Illustration of the BE,121 at the Academy of Sciences
USSR is included.
Institution :
Submitted :

AUTHOR: Lebedev, S.A., Academician SOV/25-58-11-2/44
TITLE: Mathematical ("!Pshiny-matematiki)
' 7
PERIODICAL: Uauka i zhizn', 19513, Nr 11, PP 5-@
ABSTRACT: Since 1951, .9.A,. Lebedev has supervised the most important
tnsks of the Institut tochnoy mekhaniki i vychislitel@noy
tekhniki All SSSR (The Institute of Precision Mechanics and
Computing Techniques, AS USSR) , In 195Cj he was awarded the
Stalin Prize for designinp, nrid introdlicing the method of com-
pounding power renerators, The author gives in the article
his viewpoint on the future development and use of rapid
action electronic mathemasical machines, The efficient
operating time of the computer BESM has been increased from
72 to 75 7-fo. At present, the fast electronic computing
machine "BES.'-2", an improved model of "BESY-l", is being
assembled in the Institute, This latest model has an opera-
tive memory for 2,046 figures, twice as much as "BESY.-l".
The external memory of "BESM-2" consists of 2 magnetic drums
and 8 tape recorders with ribbons, The drums have a capacity
of 10,24C figures. On each drum BOC figures can be written
per second. The magnetic ribbons have an approximate capacity
Card 1/2 of 120,000 figures, The author mentions the necessity to

Mathematical Machines
adopt standardization
puting machines and to
of identical parts.
There are 2 photos.
SOV/25-58-11-2/44
methods in the construction of com-
design individual madhines composed
ASSOCIATION: Institut tochnoy mekhaniki i vychishtelluoy tekhnikiAN SSSR
(The Institute of Precision Mechanics and Computing Techniques)
AS USSR)
Card 2/2

I&BRIOV, S.A.. inzh.; ANTIPIN, Y.Y., inzh.; MrAGKOV, Yu.A., inzh.
Determining the quantity of ash and residue in furnaces by
means of nomograms. Xnergetika 8 ao-3:8-9 Mr 160.
'MIRA 13:6)
(Nomography (Mathematics)) (Purnaces)
I%.

NESTERENKO, A.D., otv.red.; LIBEDEV, S.A., akademik, red.; Th-TWBAUM,
S.I., red.Edeceasedl,- TSUKRMIK,-L.V., kand.tekhn.nauk. red.;
MrLYAKH, A.N., kand.takhn.nauk, red.; KWSHCHOVA, Ye.V., kand.
tekhn.nauk, red.; KISINA, I., red.izd-va; YFYDIOVA, M.I., tekhn.red.
(Problems in magnetic measurements] Voprosy magnitaykh izme-
renii. Kiev, 1959. 117 P. (MIRA 12:8)
1. Akademiya nauk USM, Kiye7, Inatitut elektrotekhniki.
2. Chlon-korreBpondent AN USSR (for Nestaronko, Tatellbaum).
(Magnetic measurements)

LEbKDEV, Seirgey Alekeeyevich, and SUIM4, K.
"A New Computing Machine,"
report submitted, but not presented at the Intl. Conference on Information Processing
Paris, 15-20 June 1959.
8 --1, ,
1 v

FHASE I BOOK EX1313,03TATION SOV/3769
Lebedev, Sergey Alekseyevich., Academician., and Vladimir Andreyevich Nellnikov
Elektronnaya tsifrovaya vychislitel1naya mashina BESM. tvyp.l 1: Obshcheye
opisaniye BESM i metodika, vypolneniya. operatsiy (The Electronic Digital
Computer RM /High-Speed Electronic Computer/. Fo. 1: General Description
if the BESM and Operation Methods) Moscow., Fizmatgiz.. 1959. 208 p.
15,000 copies printed.
Ed. (Title page): S.A. Lebedevj, Academician; Ed. (Inside book): Yu.M. Bezborodov;
Tech. Ed.: S.N. Akh1amov.
PURPOSE: This book is intended for personnel of computing centers. It will also
be of interest to students and scientific workers in computational mathematics.
COVERAGE: This book is the first volume of a 3-volume work on the BESM(High-Speed
Electronic Compute@ which was designed by the Institute of Precision Mechanics
and Computing EngineerinS of the Academy of Sciences of the USSR. This volume
provides a general description of the machine and its operating principles.
Basic parameters of the machine as well as the mathematical basis of its
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The Electronic Digital Computer (Cont.) SOV/3769
ope-ration are given. A structural flow diagram is given and the interrelation
between the basic units of the machine is explained. The arithmetical, control.,
input, and output-units are described. An Appendix contains a list of abbrevia-
tions used. Volume II will provide a more detailed description of the arithmetical
and other units. Volume III will treat in detail the memory units. No per-
sonalities are named. No references are given.
TABLE OF CONTKNTS:
Foreword 7
Introduction 9
Main Characteristics of the-BM (High-Speed Electronic Computer) 22
PART I. GENERAL DESCRIPTION OF THE HIGH-SPEED ELECTRONIC COMPUTER
Ch. 1. Representation of Numbers 24
1. Coding the numbers 24
2. Representation of numbers, taking into account
their order 26
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The Electronic Digital Computer (Cont.) SOV/3769
3. Representation of negative numbers and negative orders 28
4. Conditionally infinitely large numbers and zero 30
5. Summary of data on the representation of numbers on the
High-Speed Electronic Computer 32
Ch. 2. System of Instructions 34
1. Operation of the High-Speed Electronic Computer 34
2. Additional information on operations 35
Ch- 3- Block Diagram of the High-Speed Electronic Computer 56
1. Basic units 56
2. Typical sequence of operations 64
3. The sequence of operations involved in control transfer 67
Sequence of operations involved in transfer to MU
(Magnetic Core Storage) 71
5. Machine operation control
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The Electronic Digital Computer (Cont.) SOV/3769
Ch. 4. Principles of Constructing the Basic Units 78
1. Standard blocks 78
2. Arithmetical unit 84
3. Control unit 90
4. Internal memory unit 96
5. External memory unit 102
6. Input of initial data and printing the computation results 107
PART 171. MMDS OF PERFORMING OPERATIONS
Ch. 5. Arithmetical Operations 110
1. Addition and subtraction 110
2. Multiplication 16
3. Division 149
4. Changing the order of m=bers 16-22
5, Double precision nmltiplication 165
6. Division with the determination of remainder 168
Ch. 6. Operations for Transfer of Instructions 174
1. Transfer of m=bers 174
2. Transfer of the order of mmbers 178
3. Exchange of instructions between memory units 181
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The Electronic Digital Computer (Cont.) SOV/3769
Ch. 7. Logical Operations 185
1. Shifting the instructions 185
2. Addition of instruction codes 187
3. Cyclical addition 189
4. Separation of the integral part of the number Igo
5. Logical multiplication 194
Ch. 8. Operations for Conditional and Unconditional Transfers
and Control Transfer 198
1. Comparison of numbers 198
2. Operations for transf6r of control and unconditional transfers 202
3. Operationa for stopping the machine 204.
Appendix 1. List of Abbreviated Symbols 205
Appendix 2. Functional Diagram of Arithmetical Number Unit 209
Appendix 5. Functional Diagram of Arithmetical Order Unit 210
AVAILAMZ: Library of Congress JA/maz
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28(2) PHASE I BOOK EXPLOITATION "Qriv/2675
Moscow. Dom nauchno-telhniches@oy propagandy im. F. E. Dzerzhineko@,o
Vychislitel1naya t0hnil@a I yeye prJmeneniye (Computation Technique and Its
Application) Moscow, Gosenergoizdat, 1959. 391 p. (Series: Obshchestvo
po rasprostraneniyu politicheskikh I nauchnykh znaniy RSFSR) 5,000 copies
printed.
Ed. (Title page): S. A. Lebedev, Academician; Ed. (Inside book): V.I. Savel'yev;
Tech. Ed.: 0. 1. Matveyev.
PURPOSE: This collection of articles is intended for scientific, engineering
and technical personnel engaged In research, design and operation of dipital
and analog computers. It may also be used by students of vuzes specializing
in computers.
COVERAGE: The authors present fundamentals of digital computers, their elementR
and units such as arithinatic un1ts, internal and external memory and control
devices. They discuss the possibility of constructing computers using semi-
conductor elements and consider the fundamentals in the theory of lokical
circuits. They also discuss problems of programming and explain the operation
of analog computers and their elements. Brief discussion of mathematical
instruments is also presented. The articles were presented at a computer semi-
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Computation Techniqu8 (Cont.)
SOV/2675
nar arranged by Moskovskiy dom nauchno-tekhnicheskoy progagandy imeni F. E.
Dzerzhinskiy (Moscow Center for Scientific and Technical Propaganda imeni
F. D. Dzerzhinskiy) In 1957. No personalities are mentioned. References
appear at the end of some articles.
TABLE OF CONTENTSi
Foreword 3
Lebedev, S. A.-,, Academician. Electronic Digital Computers 5
The aut@io-x@-presenta a general discussion of electronic digital computers.
He describes their operation and areas of application and considers
prospects for further development. There are no references.
Artamonov, G. T., Engineer. Problem Programming and Reducing Mathematical
Operations to a Form Suitable for Digital Computers 17
The author discusses methods of representing numbers in computers and
performing arithmetical, logical and control operations. He also
presents an example of solving a complex problem and presents methods
of checking computer accuracy. There are 2 references, both Soviet.
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