SCIENTIFIC ABSTRACT PEREGUDOV, F.I. - PEREGUDOVA, ZH.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239930011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/58-59-8-18735
Translated from: Referativnyy Zhurnal Fizika, 1959, Nr 8, p 244 (USSR)
AUTHOR: Peregudov, F.I.
TIM: On the Selection of a Radar Transmitter for the Radar Study of Meteor
Traces
PERIODICAL: ajul. K omis. po kometam i meteoram Astron. Soveta AN'SSSR, 1958, Nr 2,
pp 44-45
ABSTRACT: It is pointed out that insufficiently high frequency-stability is an
important shortcoming of the automatic generators serving as the basic
type of transmitter in meteor radiolocators. In the case of automatic
generators operating under pulse conditions, another shortcoming is the
unstable lag of the high-frequency pulse front. In order to eliminate
these shortcomings, it is suggested that the transmitter be built
according to a many-stage arrangement with quartzitic stabilization and
a complex modulation circuit.
V.A. Naslednik
Card 1/1

8
30)
AUTHORt Pere&udov,.j,.I. 30Y/33-35-6-8/18
TITLE: On the Influence of the Meteor Velocities on the Hour Number
Nring Radio Detection
PERIODICAL: Astronomicheskiy zhurnal,1958,vol 35,Nr 6,pp 688-892 (USSR)
ABST;RACT: At first the author investigates the influence of the meteor
velocity on the magnitude S 0 of its scattering surface'. While
the meteor trace is usually understood as a cylinder, the
author considers the diffusion so that-the trace becomes a
paraboloid of revolution. The assumption leads to a more
e.xact expresbion for S 0 and then to an improved expression
for the'dependenae-between number of hours and wave length of
the radio-echo.station. Thereby the results of Ye.I. Fialko
Z-Ref 3 7 are precise-.*t.
Thdre aie 2 figures, and 11 referencesv 4 of which are Soviet,
4.American, 1 Canadian, 1 German, and 1 English.
APSOCIATIONt Tomskiy ;olitekhnicheskiy institut imeni S.11. Kirova (Tomsk
Polytechnical Institute imeni S.H. Kirov)
SUBMITTED: September 6, 1957
Card 1/1

82472
~~f S1112160/00010061031/032
Trixaslation from:. Referativnyy zhurnal, Elektrotekhnika, 1960, No. 6, P. 496,
(S. 5356
ATTVHOR: Peregudov, F. 1.
TrTLE: On Application of a Pulse Self-Oscillator
PERIODICAL: Izv. Tomskogo politekhn. in-t~, 1958, No. 86, pp. 144-149
-1,4
TEKT: The frequency instability of a rad pulse oscillator depends on
the tuning precision and onthe change of operation conditions.-.f It is observed
when rotating the antenna or when tubes are exchanged. It is connected with the
-spettia width of t2he main radio pulse. In 2-circuit self-oscillators an
additional!6tability is observed caused by transient processeiA~the beginning
and at the end of a pulse. Due to the presence of an nonstationary rise time
delay depending on the initial amplitude of natural oscillations, the self-
oscillator is not suitable enough for high-precision distance measurements.
V. 1. R.
Card 1/1

At

I
DOV) F.I. I

il
t
C-11(i

c

. 0 0 f I
T"irov) 150

85757
S/1 12/60/00-0/0 1 V005/005
The Characteristic of Meteor as a Radar Target A005/1001
depends on the linear electron density in the Ionized trail. If So is proportional
to lihe aquare of the elect-ron density,,the variatiun of So proceeds according to
an exponential law. In this case, the existence duration of ecto-signals from the
Ionized trail is proportional to the wavelength of radar and does not. depend on.
the linear electron density. The existence duration of S for echo-signals of con-
stant, amplitude is proportional to the product of the linoar~L,ec,',,ron density by
the square of the wavelength. For exponential decrease of So and. cross polariza-
tion. of the Incident wave, resonance splashes are observed which increase So by
- 4 times in comparison with Its normal value. Formulae are presented which
about
peralt the determination of the echo-signal amplitude and theirtime characteristiq
V.I.Sh.
Translator's note- This is the full translation of the original Russian abatract.
Card 2/2

S11 12/60/000/018/004/Vutr-
A005/AOOl
Translation from: Referativnyy zhurnal, Blektrotekhnika, 196o, No. is, p. 42,
# 6..15477
AUTHORS:, Nemirova, E.K., Peregudov, F.I.
\,V
TITIS: The Radar Stati;Xn w =1 (~Tpi-i) ~for the Invest1gatlon of Meteor\10-
'r
rai s-
T
PERIODICAL- Tr. Sibirsk. fiz.-tekhn. in-ta pri. Tomskom un-te, 1959, No. 37,
pp. 280-290
TEXT: A raoar ()L. 10 m) is described for observing the ionized meteor
trails. It makes i t*possible to determine the number of trails, their slant
range, the duration of the echo-signals, and the trail motion velocity by the dif-
fraction-pulse-method. In addition, the radial component of the wind velocity in
the upper atmospheric layers was measured from the trail drift, and the existence
of turbulence in the region of the meteor trails was stated frow the trail defor-
mation. The Pulse power of the radar amounts to about 100 kw, the dut-ation of
pulse is 5 microseconds, the repetition frequency is 300 and 600 pulses/see, and
Card 112

S/112/60/000/018/004/005
A0051PJ)01.
The Radar Station TRM -1 (TPI-1) for the Investigation of Me'%-.eo-.r Trails
the response of the receiver Is about 10-13 w. The receiving and sending antennae
are 13alf-wave vibl-'ators and were installed at the altitude of ~,/3 above the
grouid, The survey of the sky hemisphere is conducted from the position angles
200 and higher.. The block-diagram of the radar is presented, photographs of the
individual units are added, and the observation results are described. The radar
Was,constructed. in the Sibirskly fiziko-tekhnicheskiy Institut pri Tomskom uni-
versitete (Siberian Physico-Engineering Institute at the Tomsk Uni-ver,-ity-),
V.I.Sh.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

S/03-3/60/037/03/0:L6/027
AUTHOR: Leregudov F.I. E032/E314
TITLE: Dependence of the Time of Recording of Meteor Reflections
on the Parameters of the Radarptation --
PERIODICAL: Astronomicheskiy zhurnal, 196o, Vol 37, Nr 3,
pp 530 - 535 (USSR)
ABSTRACT: In the literature, the duration of meteor reflections is
usually determined' at a relative level. This method of
measurement can lead to large errors owing to the presence
.of resonance phenomena in meteor trails (Ref 4). Another
disadvantage of measurements at the 1/n level is the
fact that in some cases the zero level lies below the noise
level of the receiver. It is therefore suggested that it
may be convenient to introduce the concept of the time of
recording of a meteor reflection T P which corresponds
to some absolute level defined for a given radar station.
This level may be defined aither by the discrimination
or threshold level. Theoretical formulae are derived
for calculating the tizie oT recording of reflections from
unstable meteor trails. The formulae obtained are in
Card.1/2 good agreement with the data of McKinley (Ref 8). /C

S/033/60/037/03/ol6/o27
Dependence of the Time of Recording of'-flMoUlkeflections on the
.Parameters of the Radar Station
Acknowledgment is expressed to V.V. Fedynskiy for valuable
advice. There are 2 figures and 8 references, 3 of
which are English and 5 are Soviet.
ASSOCIATION: Tomskiy politekhnicheskiy in-t im. S.~% Kirova
(Tomsk Polytechnical Institute im. S.M. Kirov)
SUBMITTED: December 29, 1959
Card 2/2

43284
S/831/62/000/008/005/ol6
E192/E382
AUTHORS: Fialko. Ye.l., Ppregudov. F.r., Nemirov'a. E.-K.,
PokrovsRiy, L.C.
TITLE: Radar observations on meteors at Tomsk
SOURCE: lonoofernyy,e issledovaniya'(meteory). Sbornik statey,
no.g. V razdel programmy MGG'(ionosfera). .
Mezhduved. geofiz.'kom. AN SSSR. Iloscow, Iz(1-vo
A14 SSSR, 1962, 41-44
Systematic radar observations of meteors.-
TEXT: at Tomskiy
politeklinicheskiy institut im. S.M.Kirova (Tomsk Polytechnical
InBtitute imeni S.M.Ki.rov) have been conducted as part of the IGY
program. Special equipment., type T-11H-2. (TPI-2), with wavelength
of 10 m,_ pulse power 100 IcW, pulse-duration 5 lis and pulsing
frequency 6(10 cps, was used. Between July and December 1957, the
overall observation time was 602 hours, during which 135000
.reflections were'observed. Between January and June 1958, the total
observation time was 5111 hours and the number of recorded
.reflections was dj6ouO. The average number of recorded meteors per
~hoiir was 160 but the average for various days~deviated
Card 1 1A 2-

S/831/62/ooo/008/005/o16
..Radar observations on F.192/ri,382
considerably from Nn'idea of the daily -variation of the
meteor a.ctivity can he obtained from Fig.1, which shows N as a
.function of the time of the day. Tbe distribtition of time
.:,:Lntervals between neighbouring meteor reflections can be
approximated by an exponential law which confirms the'randont
chatacter of the appearance of meteors in the atmosphere. The
:distribution of the eclio durations obeys an inverse.proportional
law, as can be seen from Fig.h. The drift'velocit~ of the
meteors varies frow 0 to 50 m/s. the average being 25 m/s.
About one-third of the~riieteors produced a resonance effect.
There are 5 figures.
Fig.l. Soo
_T MTM
6 12. it a4.
T,
Card 2,/7.o_

AUTHORS:
TITLI'!,:
SOURCE:
h328.5
S/831/62/000/008/006/ol6
E192/E382
Fialko, Ye I Per
Nemirova, E.K.,
Zubarevf G:S:,,-Zolotarev, I*D. and Pokrovskiy, L.A.
Radar equipment for meteor observations at Tomsk
Ionosfernyye issledovaniya (meieory). Sb,Drrik statey,
no. 8. V razdel programmy MGG (ionosfera). Mezhduved.
geofiz. kom. AN SSSR. Moscow, Izd-vo AN SSSR, 1962,
45 - 50
TEXT: Radar equipment, type _M0 -2 (TPI-2), has been used for
meteor observations at Tomsk since May, 1957. Apart from that,
additional equipment, type M-3, was designed and built for opera-
ting at the wavelength of 4 m. The TPI-2 equipment operates at the
wavelength of 10 m and permits determination of the range of.a
meteor track, its velocity and the radial component of the drift
velocity of the track. The pulse-power of the radar transmitter
..is 100 kw, pulse duration 5 )is, pulsing frequency 600 c.p.s. (each
alternate pulse being doubled)and_ i~ s maximum range is 4o0 km. The
sensitivity of the receiver is 10 W, the antenna being in the
form of a half-wave dipole situated at a height of X/3 above the
.Card 1/4
ag-fM &Z-0 Z~~

s/83i/62/Ooo/oo8/oo6/oi6
Radar equipment E-192/E38.2
Earth.. The transmitter equipment consists of: 1 an excitation
unit; 2 - high-frequency unit; 3 - output stage; modulator;
5 - rectifier circuit; 6 - sub-modulator unit; 7 rectifier
unit for 800 V; 8 - rectifier unit for 1 250 V; 9 rectifier
uni:t for 4 kV; 10 - high-voltage rectifier for 10 kW; 11 con-
trol unit; 12 - rectifier circuits for 250 V and 2 kV; 13 con-
trol panel and 111 - magnetic stabilizer. The transmitter employs
a number of power-amplifiention stages, the output'stage being
capable of giving 100*kW pulse output. All the transmitter stages,
except the quartz stabilized driver oscillator,,operate under
pulse conditions. The excitation unit consists of the driver, a
buffer amplifier, power amplifier, tripler and a "coherent"
Voltage stage. The driver generates a frequency of 5 Mc/s and its
anode circuit is tuned to 10 Mcls. The buffer amplifier operates
without grid currents and the following amplifier stage operates
in class C; the tripler produces a frequency of 30 INIC/S and this
is fed to the high-frequency unit consisting of two power stages.
The modulating equipment'consi5ts of a sub-modulator and a modu-
lator,, the sub-modulator being driven by anode pulses with a
Card 02/4

Radar equipment ....
has a pulse power of 100
pulse-duration of 3 Vs;
anterinn* si ttinted at a lieiKht
directional anteymn.
Fig I.
S/831/62/OOO/Oo8/006/Oi6
B192/9382
W, repetition frequency of 6oo cps and
j.!t is ftirnished with a half-wave dipole
of X/3 above the rarth and A Yny-i -type
Card 4/4

5/831/62/060/008/006/oi6
nadar equipment E192/E382
duration of 5 11s, the grid p.ulses havinga duration of 7 lis or
gating pulses.of 50 to 70 lis duration. The modulator produces
powerful output pulses in the output stage and is based on
discharging a storage capacitance. The output pulses from Vie
modulator transformer secondary is applied to the anodes of the
output tubes. The receiver equipment comprises a device for
coherent pulse reception, range-measuring devices for amplitude
and brightness, meteor-velocity indica7to'r, drift indicator, noise
suppre'ssor, a synchronizing device, a photo-synchronization unit,
coherent-pulse drift indicator and power supplies. The meteors
are recorded on a photographic film moving with a velocity of
3 cm/min; under special conditions this.can be increased to
70 cm/min. The range-indicator is u.sed for visual observation
of tho reflected signals. The velocity of meteors is measured hy
the diffraction-pulse method (J.G.Davies. C.D.Ellyett. Philos.
Nag., ser.7. v..40, n0.305. 1949), the time-base being triggered by
the signal reflected from the meteor. The' equipment M-3
operates at a wavelength of 4 m, and is iised-for recording the
number, rtinge and ditratioir of meteor reflections. The equipment
CAI-d

_t,-4A25q_6j6_ rss-21MVI) OVA,
AW6 F491 AMMU-9004 SOURCE CODE: UR/0274/65/000/009/BO30/BO30
:AUrHOR: Yaregudoy, r. I.; Marinenko, V. A.; Yanyushkin, V. h.
REr SOURM: Tr. Tomakogo, in-ta radioelektron. I elektron. tekhn., Yo 3g~A964, 98-103
TITLE: An automatic radar station ~pr recording meteoric\tactivity
SOURCE: Ref. zh. Radlotekhnika I elektroavyazl, Abs. 9B199
TOPIC'-TAGS: radar meteo*r observation, meteor tracking, meteor observation
TRANSLATION: The general arguments concerning possible parameters for an automatic ra
dar for observing meteorites are expressed. The radar is intended for use in the regu
lar meteor tracking service in the USSR. A block diagram is shown for the radar ope-
rating at wavelength 1=4.2 a. to test the accuracy of the system's operation, several
observations wove made with a radar opz;rsting at a wavelength A=10 a; these observa-
tions produced a larger mount of statistical material. The results of the obierva-;`
tions, shown In a table, indicate that the course of meteoric activity at Xz4.2 u an
the W%ole coincides with that observed at 1a10 a. I illustration. G. S.
SIM CODE: 17,03/ SUN DATE: ame
WC: 621.396.969t323.164
I Card 1/1

k4W4T 6 OF38M'7E'4!(1_'___GWN`U1t CE_ OD E~:_-U-Rf3-2-2-7 6 40 0 3 10 0 00 0 9 a0 10 3
AUTHORs PerGg!!doy_C_K. J.
..........
0
RG I none
TITLEi Automatic radar station for registering activity
tit
SOURCE: _ZpTq -a t r-adioel'ektroniki i elektXq~tki~,q_y ~kckk4niki.
_ _k)~, YO
Trudy# v. 3# 1964, 9&~ 3
TOPIC TAGSt radar meteor observation, radar station, meteorologic
radar
ABSTRACT: The authors discuss some elements of the nationwide meteor-
watch network which was to have been act up in the USSR to contribute
to IGY-IQSY activities. This synchronized network of radar stations
was to have.operated semiautomatically, in that a detected meteor echo
at one location would generate an actuating signal for adjacent sta-
tions. Expe'rience with earlier radar meteor probes indicated a need fo
optimizingradar parameters for best statistical results; for example,
wavelengths should be 4-6 m 'and,pulse repetition rates should not
exceed 300/sec. The H-3 type station, developed at the Tomsk Polytech-
nical. Itletitute- to r.ap.liLcg _~hs less sensitive P-2H stations, has the
Card 1/3

L 08726-67
CC N11i KT"6033997-
Power
re.
Syn G=Mu-
nizer mitter tator
11~~.h~s We r o Harker Peceiver
cillator e
Svrk-- a.-I Photo- Discriar-
ier ewrder Imtor
Clock Power
r
timOr to] SUPP1
.Sync signal Sync signa
'from adja- to adjacent
cant station station
Pigs 1. Hateor radar station

L OE1726-67-
ACC NR: AT6033997
following optimal parameterss A 4.2 m; transmitted pulse poweL
100 kw; pulse width, 3 usec; and pulse repetition rate, 300 pulses/see
in packets of 3 pulses. The antennas used were a narrow-beam wave
channel type and a wide-beam folded dipole (see Tig. 1). Meteor echo
data from this type of station, compared to those of a station
operating at 10 m, showed the same qualitative response in terms of
daily and seasonal echo frequency, Orig, art, has: I formula, 1 table,
and 2 figures.
SUB CODE,07.43/, SUBM DATE snone/ ORIG REPS OQ3/
not
I Corti 33

FIALICO, Ye.I., prof. dolctor; PEREGUDOV, F.I.; NENIROVA, E.K.; SERAFINOVIGH,
L.P.; POKROVSKIY, I.D.; ZUBAREV, G.S.
Some results of radar observations of meteors in Tomsk in
1957-1959. Izv,, TPI 100:16-19 162. (MIRA 18:9)

PEPSGUDOV, F.I.
1 -
The Y.-~ radar satation for the observation of meteors in four
meter range. Izv. TPI 10501-34 160. (LIZA 16:8)
1. Predstavleno nauchnym seminarom radiotekhnicheskogo fakullteta
Tomskogo ordena, Trudovogo, Krasndgo Znameni politekhnicheakogo
institute. imeni Kirova.
(Radar in astronorW)~ (Meteors)

FEREGUDOV F 14 F.M.1s, aspirant; KAMM L.I.,I dotsent
Cold chloride electrolyte for iron coating. Mekh. silf..hosp.
12 no.11:18-19 V 161. WIRA 142-11)
1. Ilartkovskiy inotitut mekhanizatsii sel'skogo khozyaystva.
Zt-lectroplating)
rAgricultural macihinery-Maintenance and repair)

PEREGUDOV9 F.M.; KADANER, L.I.
I
Lamination and internal stresses of deposits obtained from chloride
electrolytes of iron plating. Zhur.pr-ikl.khim. 35 no.12:262/6-
It. 2628 D 162. (MIRA 16: 5)
(Iron plating) (Chloriden)
i

L. 0236'L-f W(m)jER(t)jFTr __jJP_(r_)_JDjjUjWR
JA_ i
C.C_ N R,-~. AP6031945 SOURCE CODE: 010080166103910091195611959
AUTHOR_.* Kadaner, L. I.; Masik, A. Kh.; Peregudov, F. M.; Bakalyuk, Ya. Yon.
t;
ORG.1 none
TITM, Incroasing the adhesion strength of metal coaiings ~by (buse metal] passivaticr
SOURCE: Zhurnal prikladnoy khimii, v. 39, no. 9, 1966, 1956-1959
TOPIC TAGS: steel passivation, copper nickel -iron
aluminum adhe sion Pat= *teo'~,
,/tBSTRACT: Th ffec of passivatipf of the steel base on the adhesion strength of
131id- aluminumrc atings deposit 'is or by hot dipping
re pper, nic LeeA_ _n~,
I ~ P _ i ed by electrolys
Was-been i-nvestijit-ed. Steel specimenswere passivated in concentrated nitric acid
at 4-8C or ir. an aqueous solution containing (g/1) NaOH-150, Na N02- 300, Fe2(S04)3'
9H20 - 5 at lo6_114c for 8.12 see. Copper coatings, deposited on steel passivated
in nitric acid, had a high adhesion strength. The average value of the-separation
work was 1.73 * 106 erg/cm72 compared with 0.63 * 106 erg/cm2 for coatings deposited
on nonpassivated specimens. The corresponding values for.nickel coating on steel were
5.01 - 106 erg/cm2 and 2.49 # 1064 The separation of electrolyticall~ deposited iron
coatings occurred, as a rule,, at the boundary between the base metal and the coating.
Anodic passivation of steel in 30% sulfuric acid solution. for 2 min slightly increased
2

~,USSR/Phy4cs, Raam~ spectra Sep/Oct~52
"Dr]pioved Procedure for Molecular Analysis on the
Bisi'ssof Rlaman Spectra,'! P. A. Bazhulin,and G.. V.
Peregudov., Phys Inst im. Lebedev, - Acad Sci USSR
Iz Ak Nauk, Ser Fi z, Vol 17, No, 5, pp 617-62o,
Desc~ibe photographic method.of molecular analysis,
based on simultaneous photography of the standard
and the tested samvle. Method has advantages. over
p reviously described (Izv AN Ser Fiz 4
(19401); 5, 594g) in eliminating errors'due to un-~
steady light of mercury lamps. Indebted to S.
274793

V1

~Polecwu AnAlyltis I mcairs of
improved methods of

Piz,
A double-henin 5p"trohraph Is de-wribell for shatililitit'0111
Photography CI Oui hivc5tigilled Ulld tile ITferellco tqlt-zltllilo'
A gradlith,11 b1= Is also prtylitced on the platf bY
using sonic luto Colupds. such as (juinille Sulfate.
Suitable standard materials are niethylcyclahexatie fo~
toluene for aromatic coinpds. Tile iotensity
and
alipUte
of fr t ines of 1,1-dimethylcyclahexine and ethyl-
I
m
benzene is tubatated, and It Is shown thrit the ffror is 10 elp.
"
analys n of a
An example is given of the qual. and quan t.
S
d
h
f
b
.
rates.
milt. o
Car
o
y
r

K.-
V,
USER/hyetce SpectraI analysis
Card ub 43
P
Uthors I L-abdaberg, G. Shatehshteya A. I Pere dov, GV V.; lzra,ilevich,,
Ot gu
e ~A aiid
L. A,
~0800,114ati6n spectra, of dipheny" and docadeuterodipheinyl molecules
Fariodua, I YL,zv. AN _SSM. SDr.., fiz. 18/6 669-671, ~ov-Dec:1954
Abstract Tha oscillation,i spectra of C, H and C )D and the depolarization of
2el? 8t112 1
combined diffus.-Ion. spectra wer nve gateg and the importance of such
studies.for theoretical interpretation and calculation of spe-otra is ex-
plained. - New possibilities for the derivation of deut-erat-ed arom. h 0-
k-~4sp dur -~~tu- -a-_-exOhUike_ieacUon_in
ewbons ove-ted- Izuthe 4i 7a ai~~Pi
-A
t-h-- -;e .n.ce-lo,f---potaas um azdde -are,briefl
-.1li~uid-deuter 4~ n e_pres
-0
Th _b ina--,p0,s6ibI - t r mail 5 ~of the- h~dro-
di e:-n= er e y1per, --osc ow
-tabulated-,- Ti e TJSSR refere bles
Mlbdh~-mol&cd are-
v ncet- (1950~44,)W Ta
InstruUtiot r Acad.-Of SC*P*US'SRR-The-P-V- N,-Lebedev Physics-In8t. and the L. Ya.
Karpov Phys.-Chem, Inst.

0 IV r. V
62-1-5/21
AUTHDRSt Peregudov G V - Harkova, 5, V,; Bazhulin,, P. A.; Plate, A. F.;
Ye
TIT-3: Cptical 116thod of Studying Hydrocarbons. Part 10. Combined Diffusion
'Spectra of Certain Naphthenes (Opticbeekiy %tod issledovaniya
uglevodorodov, Soobahcheniye 10. Spektry kombinatsionnogo rasseyaniya
nekotorykh naftenov)
PMIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Mdmicheskikh Nauk, 1957,
No. I., PP. 37-42 Ms.s.R.)
ABSTRACTt In this report., the results (combined diffusion spectra) obtained
during the study of nine naphthenic and one aromatic hydrocarbons
(three mono-cyclic cyclopentane.,- three dicyclic cyclohexane and four
bicyclic hydrocarbons with condensed rings) are presented. All data
on the intensities and frequencies of the hydrocarbons were determined
photometrically. For each bydrocarbon, a,.brief description of its
derivation and.-the.basic constants ffach As boiling point., specific weight.,
index of refraction is given. The intensity data are expressed in a
Card 113
optical Method of Studying Hydrocarbons. Fact 10. Combined 62-1-5/21
Diffusion Spectra of Cert3in Naphthenell
somewhat modified scale established by G, S, Landsberg and Associates
(10). It was established on the basis of C1.1 - C hydrocarbo that
the spectra of monosubstituted.cyclopentane hydro~ns have Zany
weak and diffused lines, A majority of frequencies in this hydro-
carbon series coincide; a distinction was observed only in the
15o - 600 crrl zone.
An increase in the radical displaces.the most intensive deformation
f5~equsncy into a zone of smaller #equencies. All the spectra observed
showed the presence of an $90 cm~` line pertaining to the fully
symmetrical fluctuation of the five-membered ringe The intensity per
molecule for the 890 cm7l frequency was found to be approximately
constant. A perfect analog7 was seen to exist between the spectra of
dicycloboxyl., dicyclobexylwthane and 1., 2-dicyc1ohexylethane and with
the monosubstituted cyclobexane hydrocarbons.
0=4 2/3, Table, There am 21 r Ieferences,Iof which 11 are Slavic.

AUTHMS Kovnar, 1.1.A. and Pere6mldov, G.V. SOV/51-5-2-6/26
TITLE; Spac Ode (KO1011at5l1nY;ja 3D3k-.r;f
1958, Vol 5, Nr 2, pD 134-140 (USSR"
FERIODIGAL; Optlica i SpaLtrcoriicopiya
433 TRA, G TPropanatioa of (06D.503) and ~'a-j proli;Afiary
r3staltz oL its -7ara pablishel In Ref 13. The present.
papbr r3por;,-.3 -aara ac-curat-la on '-.Lo Ramin. i;pactr%w )f
0 6D 5CD 3.A B Il ---as ussi maacur3 t1--o AwAaa
10 U
3P-3at-ra. A low-presa-ure ~-iqrzary 1ELmD was used as the light source.
The, --maitatioa liasq at 4358 and 4047 1 were separated out by Oglass
filters. 41 qualitativs eaLimata of dapDlarization of lines was made
wing the mathod of Ref 14. Infrared absorption a-pectram in
follo
i-1hr. 2.5-15 IA. regic-rA -j-;a also olu~aDisd. Table I gives b1ia laman and
1)afrar~ll fn)LIgoician ma56s-or~)d to vithin 1-2 cm-1 for sharo lines and
2-4 M.-l for brzM lines. Table I shows also the iubansitles of '.-ha
lines rn1aiALa 'Uo -~ho 761 cm-1 line i viliose ini;ansity io tuaken to
100 T.-xa 975, 1554 ard 158-1 inas ara dua i;o partly dautera-ba:'-
pro,;-aat as " iwaariby. The authors aloo c~.l-zalate vibrational
t1jard 1/2 ireque:,cias ef octadO1--1,-3.-O".01U$nG =olacula- They cocapare -6vic,

Vibrational Spectra of Octaderatorotoluane SOV/51-5-2-6/26
variants of f6rca constants of the B2. re~Fisintatioa of bonzone and
two variants of forea constants of interaction of the methyl gro-ap
mith the ring. Table 2 -Ives the fandazaantal frequencies of
0 H6& Gr,116, 0 H 31H and 0 D CD (both axperWantal and caloulatad
6 6 3 6 15
values). CompMe intarpretahoa of the ocWeuterotolueae spoctram
is given. G.V. Paragadov carried aat the experimants, -while
calcalations wera made by M.A. Kovner. The authors thank
PA, Bazhalin for advice and A.3,11. Bogoraolov, S.D. Osetinakiy and
L.41. Navlicova for help in expartuents and calculations. There are
2 tables and 15 references, 10 of which are Soviet, Z American,
1 Danish, 1 English and 1 French.
ASSOCIATICK: Fizichaskiy institut im. P.11, Lebadava, Lq a3SR; Baratovs~ciy
goaudarstvannyy universitat (Physics Institata imen! P.N. Lebsda7,
Acadefay of Sciaaces'of the Saratov State Univar3ity)
SV-TMTTED: October 3, 1957
Card 2/9 1. Toluene-d--Preparation 2. Toluene-d--Spectrographic ana4sis
3. Raman Sie-ctroseopy--Applications 47 Infrared Spectroscopy

76-1-22/32
, . Y I
AU111ORS: Shatenshteyn, A. I. , Pereaudov, 0. V. lzrafle7lch, e.
Kalinachunko, V. R.
TITLE: Preparation ;.T Some Deuterated Aromatic Hydrocarbons and Their
R"...,arj ilectra (Folucheniye nekotoryldi deyterirovannykh aromatichi;s-
k.ik.h uglevodorodov i ikh spektry kombinatsionnogo rasseyaniya)
PERIODICALt Zhurnal Fizicheskoy Khimii, 1956, Vol. 32, IIr 1, PP-146-151 (USSR)
ABSTRACT- Some known preparations, as well. as some ones of deuterated aroma-
tic hydrocarbons still not being mentioned in literature were ob-
tained, and their 11aman spectra were measured by means of isotope
exchange of hydrogen with ND + MID or with liquid DBr. A compa-
rison between the Raman sDec~ra of ?exadeuterobenzene- and octa-
deuteronaphtbalene preparations and those fm m the references 11,
12, 14 and 15 proves the identity of all preparations and fully
confirms the approbation of the new methods of preparation of deu-
terated bydrocarbone. The advanta-es of these new methods in rela-
tion to those of other authors are enumerated: raDid reaction, the
solvent is easily to be removed, possibility of a complete deutera-.
tion of various aromatic-, aliphatic-aromatic- and ethylene-hydro-
carbons, as well as many other organic compounds. The advantage
Card 1/4 on occasion of the deuteration by means Of liquid DBr in relation

76-1-22/32
Preparation, of Some Deuterated Aromatic Hydrocarbons and Their Ram%n SIt ctra
to that one by means of liquid 11D is the higher coefficient of
the deuteration distribution betw2en the Cu- and NBr bonds ( 0L -3,0)
in comparison to 0e- = 0,9 in CH- and NH bonds (see reference 18
and 21). In the presence of an equal quantity of heavy water, 25
times i-~iore of DBr than of ND is obtained, besides. The pure ben-
zene- and toluene preparatioh placed at the dioposal by A. L.
Libernab served as initial substances. The liquid ND was prepared
by the action of D 0 (99,6 atm.% D) upon Mg N (reference 2),
whilst the liquid Nr was producedEVntheticMy from the elements
(reference 24). The technique of the experiment has been described
in these references. Presently, the representation of the deutero-
-ammonia is simplifieds Mg 3N2 and an ampule with heavy water are
put into a steel balloon. A valve is screwed in into the latter
one. By means of destroying the ampule the reaction between ]dg 3N2
and D 20 is liberated. On occasion of the hydrogen exchange the
substances exist in the solution. As a rule the potassium amide
concentration is not great (0,02 N). The exchange reaction was
carried out once more with new sDlvent portions at room tempera-
ture during a period, which guarantees the obtaining of the equi-
librium in the exchange reaction. On occasion of the experiments
with C1 H 8 the number 6f the ND mols amounted to 50-150 per mol
Card 2/4 of subsMce, whilst on occasQ of the experiment with ben2;ene

76-1-22/32
Preparation' of Some Deuterated Aromatic Hydrocarbons and Their Raman Spectra
and toluene per mol of substance only 20-40 mol of the solvent was
taken, becatiso theae hydrocarbons (especially benzene) on occasion
of distilling after the experiment are easily entrained by ammonia.
In order to obtain preparations by means of isotope exchange with
liquid DBr 1 g of the substance was dissolved in 15 - 22 g of li-
quid DBr. After evaporation of the solvent the liquid substances
were distilled (above CuSO 4, in order to remove the ND 3 traces, or
above Na, in order to bind DBr). Solid substances were distilled
2 - 3 times.
The spectra of the combined scattering (Raman spectra) were measur-
ed by means of a two-prism-spectrograph "Huet" with relative aper-
ture 1 : 4,7 and a dispersion of 100 cm-1 in the range of 4358 R.
In.the following work the computations, and the interpretation of
the spectra are given, and the values of the frequencies are pre-
cised. The Raman spectra of following substances were measured:
C6D6' C10DV C12 D101 C6D 5CD 3' 1,4,5,8-CioD4114, 2,3,6,7-C,OD 4H4'
2,4,6,21,4',61-C 12D6H4 and 3,501,51-C12 D4H6'
The authors were advised by G. S. Landaberg,, Academician, and Pro-
Card 3/4 fessor P. A. Bazhulin. P. 11. Manochkina assisted. The density of
PIT

76-1-22/32
pxeparation of Some Deuterated Hydrocarbons and Their Raman SpL-trp-
the preparations was ineasured by Yu. I. Antoncbik. '!.he preparations
were placed at disposal by A. L. Liberman. There are 2 tables, and
24 references, 9 of which are Slavic.
ASSOCIATION: Physical-Chemical Institute imeni L. Ya. Kaxpov. AS USSR. Institute
for Physics imeni P. N. Lebedev, 110scow
(Fiziko-1zhimicheskiy institut im. L. Ya. Karpova. Akademiya nauk
SSSR. Fizicheskiy institut im. P. N. Lebedeva. Moskva)
SUBMITTE D: ('-,tober 31, 1956
AVAILABLE: Library of Congress
Card 4/4

- - ----A
b'v')J&r6
PEREGUDOV, G. V. Cand Phys-Math Soi -- spectra of deaterated
molecules of the aromatio series and their interpretations" Minsk, 1960
(Min of Higher and Secondary Specialized Education USSR. Belorussian State
Univ im V. I. Lenin). (C, 1-61, 180)
-29-

FMGIIDDVj GV,_
Interpretation Of the vibration 3100tra Of 19#thal8ne and
some of its deuterosubatitutedo opt. i spektr. 11 no.6:235-741
D "61. (HIRA 14: 11)
(Molecules-Vibration) (NaphtaleMe-SPectra)
STAVROVA., S.D.; PKRECAJDOV, G.V.; MARGARITOVA, M.F.
Mechanism of interaction between benzoyl peroxide and dimetb7l-
aniline as studied by spectral methods. Dokl. AN SSSR 157 no,3:
636-~38 JI 164. (MIRA 17:7)
1* Moskovskiy institut tonkoy khimicheskoy tdhnol6gii imeni
Lomonosova. Predstavleno, akademikom S.S. Medvedevym.

-jF..,._iw.A-~ V Ju i--ix-V. -i ha7~.-I~L AA
j
ori~n-
r wom =F
A
0 r4~ nve, ip IMI e d - er ssion-I In--pohit.3 ons- ofr
ulat -1
t'ror-kcpryt V~ A I
S"ViRk, 1. 52 2C 1
o.
sion, aser action, itlittr
M TAGS, - _rare- -barth:-661npound ch6UI r-3-ILIAM11 ated C-mis
s"mulat-d
&aelattes 44a r t i
-eait
A
-inetha-ne (10M), Da- 'and `-b-benzoYlace-tonate (BA),
(EDS-A) Eu- tn dSm-nitrosalicylald-ehyde, aBu- and Sm-p cric acid, E-u- ,7b-, and 'n-
ben
Vitljst6o _, the
-~cvmDlexcs. Only be- flrst~,W.X of- theseL:cC-MD un a action of strong
n (_. 10-2
light puls-_E~ and-could be obtained in solution of required concentratl.o
-vents -wert? var-Jous miytures and pum- s
Mole/liter) n, e so! ubstances f
-ing- - ri t peraturreS:-I%'.. absor-ption and. ImAnescence-
~tlasp --mat 1,,
t77j
-D
-7-

nijt t hia, t I h e f i e n- n Z:~-- "'v-1 T,
lu
1727- 71------~
none
STJB CODE: CC2 Ic
ATID PFESS 322D

FROM
at!,
ail Tt 6i

14 ida4iis
ih'~i-chelitelin
aT

7

W6 !P5 22 EU DBA) -3 -515-4 1 .19-3

Eu'
EM)
3 I Q) 30

- Eu, (BA)

lr 6131 10-3 8 - I(F-

6)69 JO-I j 10-1
6171 S8 -
6131 too 20 .Ds
Tb! DBH)3 . . .
l 54241 8 lor-5

Eu OA)
3 6150 k, Tb~

Sm U
o3 54n cr- 2 - I(t-i
S454 f-r2
2-

E "EDSA

5430 M 28
Mali 7D -
501 32

ra-~ olj
,
17,

PPM(;UDOV, I.G. (Uningrad., Divenskaya ul.,, d.5, kv.7)
Surgical tr6atment and radiation therapy of lym hogramd
tosis. Vast. kbire 70 no.6t119-120 JeI63 fm 16:102~)
I. Iz kliniki obshchey lihirurgii (nachallnik prof. V.I.Popov)
Voyenno-maditsinskoy ordena Lenina akademii imeni Kirova.

PSULI T*Sv
Influeneq of the specific composition of forest stands on the density
and,specific composition of earthworm populations,[with a-n-r7 in
English]. Zool. shur. 37 no.9:1307-1315 S '58. (KM 11:10)
l.Kafedra zoolegii moskovskogo gosudaretvennogo pedagogichookoge
inetituta im, Me-Leninae
(Barthwortia) (Forest influences).

BERLIN, L.B.; PEREGUDOV
Some histological changes in the skin during homoplasty and
cortisone therapy in healthy and irradiated rabbits. Biul.
'ek-6p.. 1)iol6 i med. 55 no.22116-120 F163. (MIRA 16:6)
1. Iz kafedry obshchey khirurgii (machalInik .- prof* V.T.
Popov) Vbyenno--teditsinskoy ordena Lenina. akademii imeni
S.M.Kirova-Predstavlena deyetvitellnym chlenom AMI SMR
(RADIATIOI,T-PHYSIOWGICAL: EFFECT) (HOMCGUM)
(CORTISOIZ)

PMGtIDOV,X..-P-=-4i pq~polkovnik
Cld-time soldiers are*the champions of milit&zjr discipline.
Komm-Vooruzh.811 2 no.M61-64 3 162. (143R& l5t8)
(Rusoi&-Am-Artinery)

ZE_REQ_UDQV4
_,jq&_.Vas.i~!.. yi~ podpolkovnik; MURAVIYEV, A.L.
_yp oh,
'bekhn. red.
pR o~~ red.a SLEPTSOVA, Ye.N.,
(Combat readiness. What does it mean?] Boevaia gi)tovnostt.
Chto eto znachV9 Moskva, Voenizdat, 1963. 58 1?.
(MIRik 16: 11)
(Military education)
(Russia--.Armed forces-Political activity)
a MEMO=
OW SO-OM4
W

M01r,11ANOV, G.N.; PEK,`,GUDOV 1,-V-
Using lathea pr6lraul f~~,rifxO. St-lin. i ,-
36 no.2:40 F IrJ5. (XIfin' 3823)

MOLCHMOV, G.N., kand.tekhn.nauk,dotsent;,.TEREGUDOV,L.V., inzh.
- 1- -. 1,--- -.-1
Machining precision on lathes vith numerical programring.
lfest.i~~nos,t'r. .44 no.7s6l-64 JI 164. (MIRA 1719)

norxm~ Ncx N.1 16' -IJV, B.A.; PIRI~GITIOV
nnntrcl sys'.-i'm for
i inatr. 36 no.5,,,7-9 My 165. (KIRA 18-5)

K.-YZITIKUND. Iou If Yal-ovlevic-li -, S INMAN, Ruben Rubenov Loh, LOV, F. F.
M
)rofqzsor, doKor, retsanzfnt;,.Fj.FMGUDOV, M~A., kandid.,it teklini-
rh.33Vikh nalik, rptsaazont-,
V.N.. radaktor; ATTOPOVICH, O..K., tak4sichaskil~..redaktor.
L"Stareaphotogra=etric ourvoying of open-cut mines] Stereof otograim-
me?,richaskaia anemkA karlerov. Moakva, Goo. nanehno-telthx.izd-T-,)
!it.--r.v po ahernoi I taretnoi metallurgli, 1956, 177 p. (vi"RA :j: q)
(fhotogra=etry' ) (Minn --lix-meying)

PER7'~'JUDOV, M, A.
"The Transmission of Altitude Marks of Excavatlon
ections by Trigonometric Leans," Ugoll, 110. 5,
S
0
1%9. Cand. Tech. Sci.

P=MDOV
Tj2*
-7r;~.%jZ74C Slj';iVTey t
~F 01 A (Use).
51. ~550
Short, donoribUtin of tsh-z ~I,thod c=-(1 Gtat-ramb o%", i t 0advzt-to.&D
-.to -00 Olin inv
V. ~-M

BUGAYSTS, Yevgeniy AndreyevichL_Llg~ ~GUDO kand. tekbn.
naukv otv. red.; GORCHAROVA, LV.., red. izd-n.,; SAGITUILLIZZA,
R.Lq tekha. red.
[Theory of aerial and terrestrial stereopbotogrammetric methods
for making topographic maps; second lecture fcr students of the
Mining Department specializing in mine surveying)Teoriia fftereo.-
fotogrammtricheskogo vozdusbnogo i nazetmogo metodov sozdariia
topograficheskikh kar-tj lektBila 2--ia dlia studentov gornogo fa.-
kullteta spetsiallnosti "I-larksheiderskoe delo." Moskma., Wes.
zaochrgi politekhn.ixv--t. 1960a 65 P. (HIRA 15-.9)
(Photographic surveying)

BUGAYETS, Yevge:aiy Andreyevich; FEREGUDOV, M.A., kands ~ekbn, nauk,,
dote., otv. red.; GO -r-e-U-.izd-va;
SAGITULWYA, R.I.,, tekhn. red.
(Theory of combined outline method for makimir a topographic
map; lecture 1 for students of the Mining Department
specializing in mine aurveyinglTooriia kontm-no-kombinirovan-
nogo metoda sozdaniia topograficheskoi kartyj; lektsiia 1 dlia
studentwv gornogo fakullteta spetsialinosti "Marksheiderskoo
delo." Moskva,, Vees. zaochryi politekhn. in--t. 1960. 46 p.
(MIRA 15*-9)
(Aerial photogratmetry)

060001000000000000100il
0
0
o
o

L
L A )l ,'s -A ,
,
bi t
.5, .
, Ad
4 -If

792. TACH-cKsm"ac suRm oF ora woalNGs. "Udov 14 A
VV901 (Coal), 1949, (10), 31-35.

Short description of tho msthod and stfttement of its advantAgOB.

06

::00
Au"

1.1-ItItATURE CLASSIFICATION
A Il. ILA IfIALLVW(:At
00

f. ' q *V( P 1
U 'A A 93 0 If 44 K 11 (1 1% Of
to
~ Ali

n 194
"00
64 * 0 0 0 ..6 0 q* * 0 o 0
*
1
0 0
: %
0 0 **(1- 0 0 00 0 0
* *
* *
-

USSR/Cultivated Plants. Cereals.
Abs Jour: Ref Zhur-Diol-, No 17) 1958, 77645.
Author Peregudov, N.I.
Inst
Title Valuable Varict-y-ar-ehinese'sugar cane.
Orig Pub: Selektsiya i serienovodstvo, 1957, No 1, 4.2-44.
Abstract: The Stavropol'skoye 98 variety was bred cn the
Stavropol Selection Station by means of hybridiza-
tion, selection and traininG) and at present it is
divided into districts in Stavropol Kraey- The
variety exceeds Yantarl early Dnepropetrovsk in
harvest of green mass by 31~o', in sugar ccntent of
the juice of the stems - by 6.%, nnd is =esistant
to daLinge by aphids. -- G. N. Cher-nov.
Card 1/1
M
43

PEREGUDOV, N. I.
6800. Pereguddvp N. I. Len mslicbnyy na Stqvrowl'ye stavro-02'
Kn. izd.'1954. 24 s. a. ill. 20 am. 2.000 ekz. 2~ k. - (55-1799) P
633.854.54 (47e911)
SO: Knishnaya Letopis' No. 6, 1955

OMMMEM
..:~MMVDOV,,I 'Ir.P.; BRODSKIY, I.U.
Automatic switching- U throb -linbe, of & bot-rolling mil-1, Biulotekh,-
okon.inform.Gos.nauch.-ii3sl.inot-maiich. i tokheinform. no.4:7-9 162.
(MM 15:7)
(Rolling Mille)

SOVA37-S'l-1-4054
Tranelatica from: Reft-tt"yy xh ... I. Jul,tati.rillya. 1959. Hr Z. p Z49 (USSR)
AUTHORS% Gmain. P. L.. B.btko... Y.. F., Bart.*., Vs. V., zt-6111y,
.
P Polik
ki
Y
A
T
A
P
k,
arpa
u.
.,
.&.
.
_
,
., A. J4..
TITLICi Study of the Mobility of Carbon Atoms In Stect and Alloys Using C14
Isotope (Isuchenlye podvizinostl a-omov uglarods v s~IL I sp:-kh
pr! p-a.h.hl [..top. C14)
PERIODICALt Sb. tr. In-t metalloved. I Its. tnetallov Tsentr. n.11. In-t'l chernay
mviallurell. 1958. Val 5. pp 321-365
ABSTRACTS The authors examine methods for InvestIlallnit the diffusion, elec-
trolytic transfer. and distriboll on aI C in Yet NJ. and some of their
alloys, Data wars obtained by the direct (auturadiolfraphit) meithad
on the affect of Ct, NJ, Mo, and at on the diffusion of 0 In ferritttl NJ
and 81 have appreciably lose effect on the diffusion of r, then the carbide-
-forming Cr end Mo. It -as established that the diffusion-mobility

'
1
'
4
14 ry little when the Ire and NJ are highly alloyed; It Is
8C
:*
=
',J
1
w
.
1
beo another base Is used. as It happens in Ire-Cr, and
P
y
Card I/Z under three conditions the mobility level of C approachos that cl the
allaying ettrasats. It &a experimentally verified that the C in Ire and NJ to in UA
lation statt" It .66 established that the Cattan Chat&* can change depending upon
the character of the attaltal element. ItIbItographl, 17 Taterenc*s.

Card 1/z

GRUZIN, P.L.,doktor fiz.-mat.nauk; BABIKOV.A, Yu.F.; BOR1SOV, Ye.V; ZEMSKIY, S.V.;
PZAWUM--X2,i-POLIKARPOV, Yu..A.; TMKIIU, A.H.: YMDOROV, G.B.,kand.
tekhn.nauk-; SIMMIWV. X.I..kand.tekhn.nauk
Studying the migration of carbon atoms in steels and alloys by menns
of the isoto-Dq 014. Probl. metAlloved. i fiz. met. no.5:327-365 '58.
(Steel--Metallography) (Carbon--Isotcrpes) Imin 11:4)
(Diffusion)

PERE-GUDOV, N. P.,
"An Investigation of the Mobility of Carbon Atom in Steel arid Alloys with the
with Gn=in, P. L., Dr. Phys. and Math. Sci.; Babika-im,
Use of the IsotoDe C14 " -
Ye. F.; Borisov, Ye. V.; Zemskiy, S. V.; Pc-~-ikarpwr, Yu. I,.; Tiekina, A. N.;
Fedorov, G. B., Cand. Tech. Sci.; Shwailov, M. A. Cand. Tech. Sci., page 327.
Th book Problem of mysical rotallurgy, Mosoov, 149tallurglzdat, 19.98, 603P.
(Its: Sbornlk trudov, v. 5)
Mie artiolso In tbe book preamt results of Investigations conducted by the
issuing bodv, Inst. of Pbysioal Motall=Sy', a part of the Cent. Sol. Res. Inst. of
Perrous FAtallurgy, 3mated in Dnepropetrovsk. The Investigfttiona VM omoorned
with phase tranaftratations 1n alloys, atren*ibening and softening jWwaaaes,
diffusion prooessom (mitudled vith tba aid of radioaotlva isotopes), and oartain
otbar questlow .

SOTKOV, BAA.; FUJCGUDOV, S.M.
Milk productivity of she-camels. Izv. AN Kazakh.SSR. Ser.biol.
no.6:19-26 131. (NMA 9:5)
(MAKWAg-CAMNIS)

PMWRUDOV, V., kand tekhn. nauk
Now wall mterial made of clar. Stroi. mat. 2 no.10:20-22
0 156.F (MMA 120)
(Building blocks) (Clay)

FEREGUIaL_X1adImii~&UjLQhj PRIVEMITSEVA, A.G.$ red.
LrMethod of least squares and its use in research] Metc-d
naimen'shikh kvadratov i ego primenenie v issledovanliakh.
Moskva,, Statistika, 1965. 339 P. (IMIRA .18:6)

PMGUDOVi V.V., dpte.. kand.tekhn.nauk
Air-entrained ceramics to the new efficient wall material.
Xauch.dokl.vy9.sbkoIy; stroi. no-2:193-196 158.
(MM 12:1)
(ceramics)

30(5) SOV/2-59-5-4/10
AUTHOR: Peregudov, V.

TITLE: A Comparison of Regional qualitative indices
PERIODICAL; Vestnik statistiki, 1959, Nr 5, pp 45-55 (USSR)
ABSTRACT: The author refers to the two categories of economic
indices: dynamic or temporal and territorial or spa-
tial. In the first case, the data of the initial
moment (a calendar year) is taken as a basic index
to which all the following data of the temporal or-
der (subsequent years) are referred to. In the second
case, the problem of fixing basic index becomes far
more complicated because no particular area to which
other areas can be referred to, can be taken as
basic. The author suggests a possible way out of
the difficulty by fixing a combined or an average
index for the totality of all areas imder observa-
Card 1/2 tion, and use it as basic index for each area in

SOV/2-59-5-4/10
A Comparison of Regional Qualitative Indices
particular. In working this system out, the author
arrives at a territorial index similar to that
suggested by Irving Fisher. There are 5 tables and
2 Soviet referenc-es.
Card 2/2

GUDOV, V., kandidat tekhnicheskM nauk.
Producing Nkeramzitm (clay filler for cement) and Ilerazzit'
blocks. Stroi.mat.,izdel.i konstr. 2 no.6:32-33 Je '56.(xLRA 9:8)
(United States--Concrete blocks)

4 41 Q 41 a ape

of
"go
off

h
7
AwAfted Isla,
-00

see
e

die ago
ago

t
b1p 0

off
1.16. bETALLUKKAL LIT91MATM CUSIMPICATIO01 off
ISO* Mial s" powlnv
Slum mir C04v Ott 93"nolt 511131 ONE a" Ali

10 al . F 9 a T YA -1 it So 9 a a 3 2 1
; ;-M, 'wilt %*,*, xa n it , I n In I S a CA a 0 2
*
:
1
9 6 6 0,01 0 0 0 0 0 0 a 0 10 W 0 0 G
0, W 0. * a 0 0 0 * 0 ~ 0 ed. * e 0 0 0 0
07
1A
o -0,0 0 0 0 0 0 0 9, 0, 40 0 0 Gi. *:A 0 0_00-0
0 00000 * 0 0 0.0 0 0 0 0 0 9

USSR / Cultivated Plants. Experimental Methods,, M-2
Abs Jour: Ref Sliur--3iol., 1-956, No 16, 72857.
Author :
Inst : Not given.
Title : Instructions for 1,11atheinatical Processinj~ of Re-
sults of Field Experiments.
Orig Pub: Byul. geogr. seti opytov s udobreniyami, 1957, No
1, 14-25.
Abstract: Brief instructions - example of computing the stan-
dard deviation of the experiment. A table of
squares is appended.
40
Card 1/1

oi~oo 0 411, 0 0 #61 0 0 0 0 0 0 0
11 1. 1 W
004
00 A
0 0:4 .00
00
jumbutl4b OW die law d
Sd, I/Xm. FobUse" r, t
kt
shows the -11-,
.0 bnk-ap=
.0 *4 %W points ow 'goo
b L.
O;Vt In &;.dots mot e1hninift the aTm
too
4900
Cgo
Woo
go
moo
"o
:X%4,1L'A 11tUtLOOKAL W141414110 CLASUPICAtma woe
IDIOM 411,11110#1
Raw" PIWAAAF 0
svlocp Mir L,.,v got IIIALITC116 a" lot 0
1 4 a I a Isill -
AV Ic F I q - 9 1 t~ 0 0 It I W N 0 40 1 t;
t*, "Junsturittic is cc P10 n
0
00 o f 0 00 0 0000 0 0 00 0 W 0 000 $0 0 0 a It0 be 0 00 0
0146 a &&,&see as & a G 0 a a a -0- 41 1 0 -6- a6.0 a a & toa & & of I.

PEREGUDOV, V. N.
"Problems of Index Number lAnalysis."
Paper submitted at 31st International Statistical Institute, Brussels, 2-8 Sep '58.

"WWWW~~~
P=UDOV 9 V. N.
Peregudovj, V. N. - 'A statistliml evaltuxtion of the level of differentiation and
generaUsation of the data of experimental and otker brveBtigationo", Doklady (Mosk.
a.-kh, akade ims limirpmeva),, Issue 9, 1948, (In indext 1949). p. 19-20.
W: U-431, 17 JulY 53, (LetopJ;s 'Zhurnml 'z3ykh Statey, No. 20, 19,1.9).

PER.7,GUDOV, V.N.
-- -
'4;R'
The theory of the index methods. Uch.zap.po stat. 1:84-124 '55.
(statistics)t; (MLRL 9:11)

TOMAKOV, Andrey Aleksanerovich; DRUMMIN, V.V., kand. tekhn.
naukp retsenzenlt--;_j2._EGqPQV,- -Inzh.., retsenze-,t;
YEGOROV, S.A.p rauchn. red.; OSMISKEA, A.A., red.
[Submarine transport boats] Podvod-,xye transportnye uada.
Len:1-ngrad, Sudostroenie~ 1965. 266 p. (MIRA 180)

PEREGUDOV, V. N.
LETIATOV, D. S., PEREG13DOV, V. N., VLADDilROV, G. M.
Podshipniki kacheniia sovetskikh avtOmobilei (kratk-fi spravochrak)
fAntifriction bearings of Soviet automobiles (;short reference book). Moskva,
Izd-vo, NK.JW RSFSR, 1953. 248 P.
SO: Monthly List of Russian Accessions Vol. 6 No. 9 Decemter 1953

S/144/61/000/001/004/004
E194/E484
AUTHOR: P.eregudov, V.V.
TITLE: The Proop'sets and Possibilities, of Using Aluminium in
Electrical Machines
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,Elektromekbanika,
.1961, No.1, pp.121-124
TEXT; Considerable advantages are claimed for aluminium an a
substitute for copper in electrical machines. Although
aluminium is widely available it is difficult to refine unless
cheap electric power is available. However, the cheap power from
the Krasnoyarsk and Bratsk-Hydro-glectric Stations will be
delivered to the Krasnoyarsk Aluminium Works. Already aluminium
conductors are 5 to 7% cheaper than copper and the new works will
deliver still cheaper aluminium. The main physical properties of
aluminium and copper are Vaen compared and it is concluded that to
maintain the same current 'i.osses in ifindings the aluminium section
must be 60% greater than that of copper, though the weight is
halved. When using an aluminium, winding it is not always
desirable to increase the section compared with copper but it is
sometimes advantageous to shorten the machine. With aluminium
Card 1/4

s1i4L_16l100010r,) !04/oo4
The Prospects and F,194'-.4t4
1 nsulatior,
by- using! anodized ox do aye,ra--pnd i -,he disadvanta
go
_:~. poor,--
-h be
At-t -.,copper can
f
arg* -y overcome ujj-:a-jjL-, ~.~djjous, k nds of
0 use.of
tur
h4ai cons idereid 9 ar-iin& e~windlngs of
+
in" d*- synchronous machines. A 11-.--vinium winding wires
ction-an
.:~should be mada of 60% greater section than copper, if the same
insulation is used the slot space must be increased by 60% and this
usually leads to increased induction in the tooth zone which means
an armature of larger diameter. Since an aluminium oxide film of
0.03 mm has a breakdown voltage of 100 V and a film of 0.04 mm,
a breakdown voltage of 250 V, it is possible to avoid the use of
inter-turn insulation which gives considerable economy of
insulating material and improves the space factor. If the wire
is anodized or lacquered, or both, it is often possible to avoid
the use of main insulation and machines for voltages of up to
380 V are already being made of bare aluminium wire without
structural alterations. No difficulty is expected from the low
mechanical strength of aluminium. Field windings of alternators
are then considered. The German firm HAEGII made turbo-
alternators of up to 60 MW with aluminium field windings. The
Card 2/4

!;/144/61/000/001/004/004
.The Prospects and ... jn94/E484
rotor diameter was 12% greater than with copper. One such
machine worked at Stalingrad for about thirty years without major
overhaul of the rotor winding. Aluminium field windings are
particularly valuable in salient pole machines, especially
In hydro-alternators. In these machines the weight of copper may
be very great. The use of alumin�um In the pole and armature
windings of d.c. machines was considered in detail in an article by
N.A.Panfilov (Ref.3: Vestnik elektropromyshlennosti, No.8, 1959).
In addition it should be noted that an aluminium armature winding
requires a commutator of aluminium or of an aluminium alloy.
Alum:Lnium Is a very poor material for commutator bars because it
is soft and easily worn and aluminium dust becomes spread around.
Accordingly, the commutator should be made of duralumin.
Aluminium is promising for transformers and the construction of
transformers of from 20 to 5600 kVA with voltages from 10 to 35 kV
has been described. The now series, however, retains the same
insulation an for copper and this cart possibly be reduced in the
future. Transformers with windings of anodized aluminium foil are
also of interest, the windings are compact and their manufacture is
Card 3/4

The Prospects and ...
s/i44/6i/Poo/ooi/oo4/oo4
B194/-E484
simple. It Is concluded that the use of aluminium to replace
other non-ferrous metals is of great importance. The use of
aluminium in electrical machines is not particularly difficult in
respect of design and manufacture. The output of aluminium wire
for the requirements of the electrical industry should be
considerably increased and further research work is required on
the insulation of aluminium conductors. 1"here are 4 Soviet
references.
ASSOCIATION: Kafedra elektricheakikh mashin I apparatov
Novosibirskiy politekhnicheskiy institut
(Department of Electrical Machines and Apparatus
Novosibirsk Polytechnical Institute)
SUBMITTED:
Card 4/4
July 27, 1960

PER"WIDOV, Valentin Vasillyevic)., Wr-shly propodilvatell
Mechanic" chwractcrist'.~ci cf an -a!,;:m,-hronous mctj~r
w,t.h a capocltor in Lbe rotor circ-ult (series conn--c-Arm). 1..v.
v-ys.uchsb.zav.; elekrro,-.iekl--. 8 nc..3-1332-335 f65.
(MIRA 18:5)
2. Kafedra tekkiniki vysolk.;kh rLs-spr7azheniy Novosibtralkop
elektrol-Ahni-cheskogo instituta.

P*660V~-, V.V., Icapitan 2-go ranga; SMIRNOV, A.I., kapitan 2-go ranga
Special training of crews for American nuclear, rocket-equipped,
... ines (from materials in foreign journals). Mor. sbor.
46 ho.1:80-8/+ A 163. (MM 16:1)
OTAited-States-Atomic submarines) (Nautical training schools)

PHASE I BOOK E.XPL.OITATION SOV/6076
Tere eva amoyna
aud, Y _--Abx Mariya Solomonovna Bykhovskaya, and Yelena
11adimirovna Gernet
:~'ystryye m et'ody opredele n-iya vreIdnykh veshchestv v vozdukhe (Rapid Methods
for Detecting [the Presence, of I Harmful Substances in the Air). Moscow,
Goskhimizdat, 1962. 272 p. Errata slip inserted. 10, 000 copies printed.
Ed. (Title page): I. M. Korenman, Doctor of Chemical Sciences, Professor;
Ed.: I- -N. Oderberg; Tech. Ed.; V. V. Kogan.
PURPOSE: This book is intended for chemists in scientific research institutes,
factory laboratories, sanitary- epidemiological stations, and poison-gas treat-
ment stations.
COVERAGE: The book deals with rapid methods for the detection of harmful
substances in the atmosphere in factories, wells, tanks, chemical apparatus,
~ndvET&lzbcndxts. A detailed description is given of apparatus for collecting
Card 1/$

BROVKCJ A! eksey Petrov -~-h~ V.G.., nstsen7eni T-,.'
J,
V.Ye., retsenzerit.; ZAKFUROV, A.P., reisenzea... aOp.!Lq-FV'
V.P., retsenzentz PASTUKHOV, D.V., retsenzerllt*
PRREGUDQV , I VJ. retrenzent; FCNOMA:i-EV, V.A., retsenzont;
29N~T, A.M., ret~enzent; KFHOFUI-'-qfJY, Ye.A., 1*c'I'--f--rIz--:rj-t.
MIRNOV, A.A. , inin., retsenzent
Nontact networks i.-n strJp mines] KcintaUnaia seLl na
karlera](h. Mo.,Avji, 14eidrri, 1961, 207 p. (111 R18
1. raboi,niki. Korkirishogo
ugolinykh predpriyatiy (for all except Bro-ho).

PEREGUDOV V.V. kaDitan 2-go ranga; SMIUMOV, A.I., kapitan 2-go ranga
The "Polaris" ballistic rocket. Mor. sbor. 46 no.10:81-88
0 163. (MIRA 18:12)

- - - - -- - - - -- -- - 0 0 6 rE
0*000**40#04 _Q90-44 0 & -0-1-4
:00 a 0 ~64 9
Il u 11 It 11 11 11 24 b, it' V, is YO a P V
V Jlta, 1*- rA IV M: I J
00 r
-40
Ffft'cl Of nicotine and acetylcholine on &due curve a,
skelttal Muscle of frog. 1~
-00
Ili.."liliv kil I'(
III-) I,- thr
3 fi.% gall mclIvIlliu., fatisuvil by thylbulle 111411th
MitillIlAtillit (40 pct sm~), 114,t I, Inarkrl, llvivr
11, A.
till 0
A S a. I L A -11ALLUMIGIC-1, 111104101f, I &sjjF4C&TIoj.
C.C
9 u a tv 03 It --T' It - 40
tp it it to 14 111 a R a K it N "3 n I A., di a
0 0 0 so o 0 6 0 0 0 em
0 0 0 9 0 0 0 0 0 0 0 0 0 0 V411 0 0 0 0 0 0 0 0 0 0 0 4 a 0 0
0 0 0 0 6 0 9 0 0 0 0 of

AKOPYAN. Ya*Ye.; PMGUDOVA, A.A. (Nallehik)
Result of using extraplaural pneumonolvsis in the treatment of
palmonar7 tuberculosia. Probl.tub.34 no.6 supplement:23-24 N-D 156.
(MLRA 10:2)
1. Iz respublikanskogo protivotuberkaleznogo dispensers Kabardinskoy
ASSR.
(GOLWSII TEIROT,
pneumonolysie. extrapleural (Ball))

,
'
-
m
M
r
4'6~
OFs, 6 4 44 77
c 41i *74 6
w0
2
0
We
9- 0--o 0 0 0 0 0 0 too
00000 0 701

16 U a 1$ 4#1 41 Q
~

~ on x of
-00
A
:

*00
-00
loo
00_-l whot of an Ut4rae

Cd skebw 8, Pus
; "got
GVWVA =00
Aprb"pa 6U'"'
Pg. or
*0 vlov) to the ;"" of &.rmgla
of i"tyl"imli (I" 400

SiovV!iY4 WIS441 ~ by rbythmia nuAm n"ve a**

00
4 NUTAUJA n (40 ioc~), blWx UWhd XIAUAU wo 0
mAkxm A. r goo
goo

I

tfoo

LF"lkAV WM CLASWIrAy" too
woo

AV
0 flow tigo amv tot 0.",
-r M &i
fW 0 9 In 0 .13 4 3 6 v
r a ; I
a
; I, A
:

0 0 0
0 o 0 o 0 o 0 0 e 0 0 6 0 0 0 0 0 01

0-4-0
o 0 0 0 0 0 0 0

-0 0 0 0 0

-_ - ~j - /~, A- ,
BARTMV, G.M.; FMGUDOVA, L.Te.
J:ffect of skidding speed on the friction of rubber with and without
lubrication. Dokl.AN SSSR 96 no.2:277-279 W !54. (MLEA 7:5)
1. Hauchno-isoledovateliskiy institut rezinovoy promyeblennosti.
Predstavleno akademikom P.A.Rebinderom. (Rubber),(Priction)

VSIW~T -- - -9 36 v
30 30 a
&SWU -.1 4
pop
it
Paz
#$&talM
an$ AND
ii&do
volutam.
nor od ell
No dam I
ft OA-1.4 vid. Colts Vol 10
tbo* see
.Tktd
cimte Now; at 0,.
do.10pud, esp. MwMtOcI 400
st 16 wd g9% an 0.143 to biz fk~u- 0' age
-San. b VMS. the lot 4-6 1 do mi. sort. dis-
petwo ba
zoo
C d tbejH d the
4"d is f0awlrbst Iowa.. VWI&tk IM Ody. C4% 1 .5
do. him is to 10-8 1"M shwd 15 02-
atint". a vollatkin fto 10.3 to I I: UK am. mot. of dSO
Below PH, 9.75. the 006gou"L
mt. of No 4ate hKit"IS 300
jog Wh aIvbHI"dW, h'
TM *1
Mumated b
40 1; date of
at in I , and 4%a
00 (in ZOL11VOZ. 2see
FU md 0.159. 1 gy, NACI
Oev wftbmt OWMA ~.O, ONT .0 0.1%, -a too
104, 114th NJLHCOj, too
0 10% (M owo sad 0. N.
too
541-1e~d7&41 100
r
low

k

Card, 1/1
Authors S Bartenev, 0. M. 4ndTeregudova* L B.
Title s Rate.of sliding and its effect on the friction of:rubber with
and without lubrication
Periodical s, Dokl..AN SSSH 96, Edo 2., 27-1 27~ MaY 1954
-Abstract! x Authors describe the'results-derived in studying the effect of
the rate of sliding 6n the coefficient of friction of rubber
over-metals (steel and Aluminum) 'with and without lubrication.
The -investigated rubber (polybutadiene.rubber) had a Shore hard-
--:ness 61. abcut. 90. - I t --is _-evident from the path-of,the curves-
::that the friAion cosfficient-of the tested-rubber increases
with- thel.incroase- inTate.: of ..sliding and. that, item
-value.depends
upon the rAatuz,'e of I the solid surface, Eleven references; 5 USSR
since 19390, ~kaphs.
-institution: s Scientifi P-Y~6'. search- -Institute of the Rubber-Induptry
-:Presented by 2 Academiqlan:P. S.- Rebinder, March 25,,-1954.

MOP

anG L;31-_~'-
tb-T.~~Umg AA n pxmrp..,4;
oi nabb~r, imd not
Ely 'U, ssarla~~v CvNcrit'.!~ For
(Aing thin dirftl~j,;-:m of
VhHP-ivWd!Y -ith the rubbvr witta-zi th~!

jF.

7-:7"
uZ
Ij
- ---- - -- ---

DAIIIIDVI Konstantin Borisovich; PANFILOV, N. . red.; PRUMULOVA, M.,
tekhn. red.
(The IIHN-1211 motion-picture projection unit] Kinoustanovka
Ell-12. Moskvap Iskusstvo., 1963. 180 p. .(MIRA 16:12)
(Motion-picture projectors)

ZAIMOVA, K.. rabotnitsa; PEMUDOVA, M., rabotnitsa; HARANDVSKAYL, A.,
rabotnitsa;.KAMENMIT, M.
Subsidiary work should be mechanized too. Rabotnitsa 36 no.5:25
MY 158. (MIRA 11:5)
l.Voronezholciy shinnyy zavod (for Zakharova, Pereguiova, Baranovskaya).
2,Tokhniche3kiy inspector Voronezhekogo oblastnogo soveta profsoymov
(for Kamenslci7).
(Tire, Rubber)
(Ifficiency, Industrial)

PEREGOCIVA, Ye.V., gorkiry inzhener
New shaped bit for dri2ling with the SVB-2 rig Vzr-fv. delo
no.4714:136-139 '61. (MIRA 15:2)
1. Trest Soyuzvzryvprom. (Boring machinery)

KHRYPITS, L.A.. Icand.khim.nauk; SIMAKOVSKAYA, B.A.; PZ~ ~AZh.A~,---
BELOV, V.N.; SHAPIRO, Te.S., inzho; KdJWNKArA, Pot*,
inzh.
0
Industrial proesawfor making musteron (isoborrq1-2-
motbylcyclohexanone). Mael.-ahirprozo 25-,no-11.30-32
'59. (MIRA 1-30)
1. Yeasoyusnyy nauchno-inalmovateVokiy institut sintoti-
che9kikh i naturallnykh aushistykh veBhchostv (for
Kheyfits, Simanovskaya, Peregudova, Belov). 2s Moskovskly
eintetiches~iy savod (for Shapiro, Koretakaya),
(odorous substances) (Gyolohoxanons)

MOLDOVANSKAYA, G.I.; MIFITS, L.A.; PEREGUDOVA, Zh.A.; ILIINA, G.P.
Odorous substances from alkyl phenols. Report NO.4'. Sy~nthesis
of 2-tert-butyleyelohexanol and 2-tert-butyleyclohexanone, odorous
substances with the odor of mint. Trudy VNIISNDV no.6:29-31 163.
(MIRA 17:4)

KOLOGRYVOVA, N.Ye.; (it-RASIMOVICH, T.B.; PUMMIDOVA Zh.A
; KMYFITS, L.A.
Hydrogenation of ~thak condensation product of vv%-=,esol vith
acetone. Trudy VITMIINDV no.53-6 161. (HIM 14: 10)
, (Acetone)
(Pherol ConJonsation products)

PEREGUDT2 M, F.: Master Agric Sci (dlss) -- "Improving the varieties end rais-
ing seed of local types of onions". Xbarlkwx... 1959. 15 PP (Min Agria TMEM, Rliarl-
kov Order of Labor Red Bamer Agric Inst im V. V. Dokuchayev)2 150 copies (KL, 11o
16, 1959, 109)