SCIENTIFIC ABSTRACT MOZHIN, A. N. - MOZNAIM, G. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135510009-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

First model
Nominal d-c voltage ----------- 9.999
Reso lution -------------------- 1
------ 2000tso
Si xzal~ 61aict resistance
Conversion time ---------------- 3
Z.,
Permi4dible temperature ------- +lS+3S
S -~-voltagevari&tion -------- tio
Upply
Abtolute conyersion error ------ t (0. OZY#
UX+ 1)
Orig. art. has: 3 figures.
Second model
10. 2375 v
2.S Mv
2500t 100 ohms
0.15 msec
zot S C
t 10
(0. 0S% UJ,4- Z. 5) My

SARGRUMVA, G.T., inzh-.,;,-MGZHILOVA, L.V., tekhaik
Single-cut tie-tamping machinery. Pat' i pat.khoz. 4 no.9:48 S 160,.
(MIRA 13:9)
(Railroads-Equipment and supplies)

KOZHIN, N.V., inshemer.
TM-51 Installation for transforrixg uIlled peat frou narrow-gso to
wide-oge cars. Terf.prou.33 ao.6.*36-37 156. (KIRA 9 - 10)
1.FeleyvbWe terfoprodprlyatlye.
(Peat-Tranowtation)

v
BUBM, G.I., kand.okon.nauk; AVDAKOV, Tu.K., dotnent. kand.ekon.nauk;
SARTCHN. T.G.. kand.ekon.nauk; PRZOBRAZHHNSKIT. A.A., kand.
istor.nauk; ATMOT. Ti,.K.. dotsent. Jmnd.akon.nan ; POLTANSKITO
Y.Te., prof.. doktor Istor.nauk; ZUTIS. Ta.Th. [Satis. J.11
GULANTAN. Kh.G.. prof., doktor skon.nauk; OULANW. Ih.G.. prof.,
doktor ekon.nauk; KONTAYST, A.I., dotsent, kand.ekon.nauk;
KHROM9 P.A., prof., doktor ekon.nauk; SHALASHILIN, I.Te.# dotsentp
kand.okon.nauk; SHOUAM. I.N.. dotsent. kand.ekon.nauk; POGIZ-
BIMSKIT. A.P.. prof., doktor ekon.nauk; ORLOV. B.P.. dotsent. kand.
ekon.nauk; TYUSIM. T.A., kand.ekou.nauk; BALASHOVA, A.T.. kand.
j-.,--kand.ekon.nauk: KINDAROV. A.T.. dot
ekon.nauk; XQg!Y,_V P sent,
kand.ekon.na-uk; WIGALIN, G.I., prof.. doktor ekon.nauk; GOLUBWI-
CHIT. I.S., prof., doktor ekon.nauk; TOSMSENSKATA, T., red.;
BAKOYSTSKIT, 0., mladshiy red.; KOSKVINA, R., tekhn.red.
Ef[istory of the national economy of the U.S.S.R.; lecture coxiras]
Istorila narodnogo Ichozinistva SSSR; kurs lektaii. Moskvn, Izd-vo
sotsiallno-okon.lit-", Iq6O. 662 u. (MIRA 13:5)
1. Deystvitellny7 chlen AN Latviyokoy SSR (for Zutis).
(Riisaia-Economic conditions)

USATOVP I.A.$ kand. elion. nauk; GUBIN, B.V., kand. ekon. nauk; SFII'a.'OV,
A.D.# dots.; LAPTEV, Ye.N.; MOZHIN, V.P.., kand.ekon.nauk;
GWER(A', R.1%; KORYUIIOV,-e.-ff.-,-TSTMNTC.MYT,-P.P.; I-SamT, !I.Y.;
FILATOV., N.L.; FILIPPOVA, E., red. izd-va; LEBEDEV, A., tekbn.
red.
[Economics and finance of socialist enterprises]Ekonomika i
fA sotsialisticheskikh predpriiatii. Moskva, Gosfinizdat,
=ansy
1962. 404 P. (MIRA 15:9)
(Industrial management) (Finance)

NEDELIN, S.I.; GUMEROV, R.M.; KORYUNOV, S.N.; MDZHM V P . KOSYACHENKO,
G.P., prof., red.; KONDRATIYEVA, A.,5;Z~izd- - LEBEDEV, A.,
tekkn. red.
[Collective farm mdl6tary income sad dUterentiAl land ren'tj
Donezhnye dokhody kolkhozov i differentsiallneia renta. Mo..;
skya, Goafinizdat, 1963. 222 p. NAA 16:3)
1. Moscow. Nauchno-isaledovatellskiy finanaovyy instl*QL
,2, Otdeleniye finansov sellskogo khozyaystva Nauchno-
Issledovatellskogo finansovogo institute (for Nedelin,
Gumerov, Koryunov, Mozhin).
(Collective farms-Finaws)
(Rent(Economic theory))

KOZHINA. K.
Several problem of wage organization in construction. Top.
skon. w .8:149-152 Ag '60. (MM 13:7)
(Moscow-Construction industry)
(Wagoe)
I P
. I
"
kI

MOZHINA M
Changes in the distribution of industrial vorkers according to
the wage level in the U.S.S.R. Biul. vauch. inform.: trud i zar.
Plata 4 no.10:18-25 161. (MIRA 14:10)
(Wages)

MOZOTY, Ye.
Issuing credit to finance the nechanization of graln procure~.ent
stations. Den.1 kred. 17 n0-5:52-53 W '59.
(mIRA 12:10)
(Altai Territory--Grain-storage) (Credit)

S/102RMOO/006/002/004
(//0 33 1 3 D299/D305
AUTHORS: Krynets'kyy, I. I., Mozhova, E. A. and Zhalnina, D. F.
(Kiyev)
TITLE: Investigating nonlinear astatic self-adaptive systems
PERIODICAL: Avtomatyka, no. 6, 1961, 15-25
TEXT: Stability and performance of nonlinear astatic self-adapt-
ive systems are considered; two different approximate calculation
methods are discussed. The accuracy of the approximate computations
is estimated by means of exact mathematical methods and by the el-
ectronic simulators "H-I(MN-7) and j4n7--5(IPT-5). The control pro-
cess is described by the equation
TVT + (T + V)X'* + ~ + CF(x) 0 (2)
where T is the time constant of the lant, C the gain, V - the
time constant of the controller , F(x the nonlinear characteris-
Card 1/ 7

31925
3/102/61/000/006/002/004
Investigating nonlinear astatic ... D299/D305
tic of the servomotor, x - the input variable. By means of a deucri-
bing function, the nonlinear function F is linearized:
F(x) = h(A)x (3)
where
1 4s 12
h(A) F(A sin lot)sin cdt deot = rA2VA7 (4)
0
hence the nonlinear Eq. (2) reduces to the linear equation with
one variable coefficient
TVx + (T + V)X" + x' + ch(A)x = 0
(5)
Card 2/7

31925
3/102/61/000/006/002/004
Investigating nonlinear astatic D299/D305
By the first approximate method, the solution of the nonlinear equ-
ation is sought in the same form as the solution of a second-order
differential equation, provided the smallest root of the characte-
ristic equation
TVp3 + (T + V)P2 + P + Ch(A) = 0 (8)
greatly differs from the other roots. Substituting p = u + io,
one obtains
x = TVu3_ 3TVu&32+ (T + V)U2 _ (T _f_ V)Q2 +u. + Ch(A) ~ 0 (9)
and
Y = 3TVA) - TVW3 + 2(T + V)uc,) + to = 0
(10)
Prom Eq. (10) one findstJ 2 and substitutes it in Eq. (9), whose
right-hand side becomes
Card 3/7

31925
S/lOY61/000/006/002/004
Investigating nonlinear astatic D299 D305
8TVu3+ 8(T + V)u 2+ 2u + L +L ~Vj +
+ T + V = Ch(A) Ch(A)hcr h+1 Ch(A)h'
TV 'k 'k (11)
hcrh hcrH
where H'k is a dimensionless parameter:
H h1k
cr (12)
h'k being the tan4ens of the inclination of the linearized characte-
ristic, hcr = 2SI?r&t- the maximum value of h, determined from the
Card 4/7

31925
3/102/61/000/006/002/004
Investigating nonlinear astatic D299/D305
parameters of the nonlinear characteristic (without the higher har-
monics). Eq. (12) is the basic working formula. The dependence of
0
performance on H* is determined by means of a generalized perfor-
mance diagram (shown in a figure). In constructing the diagram,
3 cases are considered (different values for u and CO Thus in the
first case:
T t- V
u = 0, W o h h = CTV
_rTV
one obtains
H1k 2h 2 (13)
A 2 = M + M Mf (14)
2 Mf
7 - F-4
Card 5/7

31925
31102,1 - 1/000 '006/002. '004
Investigating nonlinear astatic ... D2997DO305
where
M ~ ;4: ~S
~)2
The obtained working formulas,in conjunction with the diagrams,
permit determining the limits of stability and of the transient
processes. A comparison of the working formulas with the curve
based on the exact formulas shows that the working formulas can be
used in practice, provided the system has filter property and the
minimum root greatly differs from the other roots. If this is not
the case, i.e. the roots are multiple or commensurate, they have
to be taken into account. The construction of the transient pro-
cesses, taking into account the 3 roots of the characteristic equa-
tion, is shown in diagrams. A numerical example illustrates the
use of the first method. On the Becond approximate method, the so-
lution to Eq~(5) is taken in the form: x=xl+ x 2+ X3 = C11p1t +
Card 6/7

31925
S/102/61/000/006/002/004
Investigating nonlinear astatic D299/D305
+ C21P2t + C3lp3t. Stability and performance are studied on an
equivalent system, by linearizing the nonlinear characteristic F.
Thereupon, the usual criteria (Hurwitz's, etc.) for linear systems
are used. A numerical example is given. The 2 approximate methods
can be applied provided: a) the system has filter pro erty and the
minimum root is incommensurable with the others, or b~ only one
condition holds - that of the filter. An estimate of the accuracy
of the methods, carried out by exact mathematical investigations as
well as by experimental studies, proved their practical feasibili-
ty. A third method, based on rough working formulas, involves deter-
mining the stability limits by describing function analysis, and
the limits of the monotonous transient processes by exact methods.
There are 5 figures and 8 Soviet-bloc references.
SUBMITTED: July 3, 1959
Card 7/7

mo-ZHUL- , V. G.
Pamiatka motoristu elektropily po tekhnike bezopasnosti. Moskva,
Goslesbumizdat, 1950. 11 D. illus.
Memorand-m on accident prevention for electric saw operators.
ELC: T3951 M74
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Congress, 1953.

W' -~-- - 3 :7E q
111OZITULI 3 7. -1.3 . -i Ito",) 1. ~'.
Lumbering
Aesuits oil using skildin~_ rr,,--ndn,-1ry -it, Luzh5viy iol-gin'r . -,A - .r .I. ~ --
no. 7, 19-,2.
2
9. Monthl List of Russian Accessions, Library of Congress, September - 195X, Uncl.

. .-. -~iULIV
I I .: . I
rjkhr~..na truda na lesozarntovk--kl-. i '-e3ospl--vtt~ frotqcUor. of '---bo:- -,r.
lo;-gin~- ..nd lo;, floatinF-7. 2-e izl., Profizdat, 1.9537. 138 r).
0- !,orthly List of 'Russian t=assions, voi. 6 1 o. 1-1 Webr-u~ ry 1951,

MOZITULIP V.G - LARIN, VA., red.; GCRYUNOVAP L.K.v red. izd-vt!;
-- A.P., tekhn. red.
(Safety measures in operating electrical equipment in lumber-
ing]Elektrobezopasnost' na lesozagotovkakh. na lesozagotkakh.
Moskva, Goslesbrvjnizdat~ 1956. 64 P. (MIRA 15:9)
1. Russia (1923- U.S.S.R.)Ministeretvo lesnoy promyshlennosti.
TSentrallnoye byuro tekhnicheskoy informatsii.
(Lumbering-Electric equipment)
(Lumbering-Safety measures)

I T !a2musvioN KTAGKOT, V.A.. redaktor; SARMATSKATA, G.I..
--w
juagujwt (
redaktor lzdatel'atta; SHITS, T.P., tekhnicheakiy redaktor.
[Safety engineering and fire prevention in lumberiogj Tekhnilm besepasno.-
sti i prativoposharnaia tekhalks n& lesozagotovkakh. Kesicya, Geolesbun-
izdat, 1956. 209 p. (KIRA 10:4)
(Imabering-Safety methods) (fire preTention)

K,02- LTL. 7. 0 .
Be-~-Ieczer.stw,) prar~y i
(Wyri "b;r5zawq, Panstwowo ";yda4n. '~oanic7.e i T#
(Labor -5afpfy and protectiqn 'ir- Jn lumberl-no. Ist ed.:
Not in 'DIC-
SO: Mont)-ily ',-*--t of "Pst Eur--).re!3n -~(-ces-;-.-ns (1-1-7,1/' ;,us;

MCZHULI, Vladimir Georgiyevich; FEDOROV, N.S.,, red.; PROTAIJSKAYA, I.V.,
- -------- N.Les tekhne red*
[Safety measures
nika bezopaanosti
kakh. 1961, 261
(Forest fires)
and fire extinction
i protivopozharnaia
p.
(Lumberi4g-Safety meas4res)
in lumbering camps] Tekh-
tekbnika na lesozagotov-
(MIRA 15.2)

Bfflflin' in& Borisovna; NIKITIN,
L.I., red.; MYAKIJSHKO, V.P., red.t&-7a; SHIBKOVA, fLye.,
tekba, red,
(Labor protection in lumbering camps and timber rafting]Okh-
ran& truda na lesoiagotovkakh i lesosplave. 3. izd., perer.
Moskva, Goslesbumizdat, 1962. 124 p. (KIRA 16:2)
(Lumbering--Safety measures)

MZHZHERIII. V.14.
Simple sighting dmvIca for the AT-I telescopes. Biul.eta.npt.
nable.ink.sput.Zem. no.1:7-8 160. 04IPJ~ 13:5)
1. Krymakaya stantalya nablyudeniya inkuwAvennykh aputnikov
Zemli.
(Telescope, Reflecting)

MMISKIT, A.7.9 mlsdahly nauchnyy sotrudaik; BRAWCOK. N.V.;
SAVRUKHIN, A.P.; LhTrMV. A.A.; CHUPRINA.
R.I., aladahty nauch-Vy sotrudnik
Remilts of photographic observations of artificial earth
satellites. Biul.sta.opt.nabl.isk.sput.Zem. no.8:17-24
'59. (KIBA 13:6)
1. Astrosovet AN SSSR (for Nevellskiy). 2. Naebullnik stautsii
optiches-kik'n nablmmeniy Uzhgorodskogo gosuniversitata (for
Bratiyehuk). 3. Nachallnik stantaii fotomblyudeu:Ly iskusstrenwkh
sputalkov Zemli pri Instantaii nablyudeuiya sputnDwv Irymskoy
astrofizicheskoy observatorli (for Mozhzheria). 5. Nachal'aft
fotografichookoy stantaii Tashkentskoy astronomicheskoy
observatorii AN UzSSR (for Latypov). 6. Astrosovet AN SSSR (for
Chuprina).
(Artificial satellites-Tracking)

VC 11 loo.

steliai -. 'maj
&.44~14
,- ~ ~-- w~ "

RVARtWo
7777=777

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-;66.~:_;_D1T4Wt 1JP -JYT(CW)LI
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AW NRI A ~_:,,,SOURCE COD9.1 UR10366
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fii a Aili ICA; tademy of Sciences S55R
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-StlanCOL'to a no-on by._60 Optical method
siour as, t 0, lilt th
SOURCES 1hurast iskspttl tit' I tioret skoy fisikL, Halus
me , al no
19669L
Priloshentya v. 3, no. 219-223
-TAOSs- no, on noon earth distances distance measurements noon
TOPIC.
location -optical loi- ti, tLeation
-out lager app
ABSTRACT J A description is given of the experimental measurement of
to L
the: ist&ac ,0 the noon by means of an optical locator, A schematic
9 f ocator-'L In Fig. 1. Rub and photomultiplier 2
~,_~,Tare` fixid-.rigidl in-the Kude focus OfL telefCo 0a 3* A tunable inter-
f font of-theLphot6aUltiplier and behind
L I ireh~al f ilti,r q 4' L in
isp rain'.. Kirive an-be-autonatically switched from receiving
h
d
rations-
ransmAtting:.- qLge iplier,output &uplifter and pulse
:__AGd',"th4.-ueasureueut of the time:, Intervals between
06-(from the U on), of laSer Pulses to made by
_t *Midi 141i;''.4014 fo
Sllictt 0
1, 14,

L M02-66
ACC NRs AP6010439
Fig. If Schematic of the locator
counter 1,:,.which to activated by that portion of the laser pulse
directed -to.-. the pbotonaltiplIer. The laser oversted at 6943 1, 01th a
pu, e've lad dart
kil'on of 1 7 j and 5-10 see# respectively. The
iv,ws ar: t Irr
dtaqietir_""-~ th alescope, a or-was 2*6.a and its focal length
164,Jif~ 4 -."am~,_diametisr wail
-13 ant :and the dtvoigence of the bass
**flecte- I too 4 mirror was 23 sac -:Of s-
arc.. The filter pas
--an -instrument& neasur-GrAnt, of ti
tiO77- Ibiw4bastvAit "the User our AGO.'-was. -'coaf lead to as &VIS&
0c' d'-At-_~9~Abe.'
l
ate "46tili th F enter ea..,-crate- I klho grapbic,:---~-
Culdl-
Z

A.CC NR, Ar6019595 SOURCE CODES uR/0293/66/004/003/0414/0426
AUTFOR: Mokurin, Yu. Hurbasov, V. V.; Lobanov, V. F.; Yozhzherin, V. M.;
Sukhanovskiy, A. N.; Chemykh, N. S.
OIRG: none
TITLE: On the feasibility of measuring lunar disk and orbital parameters
by optical radar
J SOURCE: Fosmicheskiye issladovaniye, v. 4, no. 3, 1966, 414-426
TOPIC TAGS: lunar albedo, moon, lasor application
ABSTRACT:
Yu. L. - Kokurin and coworkers [I I have reviewed the theoretical
problems in laser ranging of the moon, with the object of determining more
accurate values for several Earth-Moon parameters. The authors discuss
methods for 1) obtaining a more detectible reflection signal and 2) using the
measured range to compute such parameters as mean lunar orbital radius,
lunar disk radius, parallax constant. and Earth equatorial radius.
The basic range equation for a reflected electromagnetic signai is taken
-as a starting point. The factors are the same as in the radar range equation,
uxcept that the return signal varies inversely as the square, rather than as
the fourth power, of range, since it is assumed that all the generated laser
flux is incident on the Moon. Using an average figure for atmospheric ab-
sorption, a lunar albedo of 0. 1, and an effective t e I e s c o p e a r e a o f
5.3 m2 (actual area of a telescope currently in use), the authors calculate
Lqard 1/5 UDC: 523.31.082.5 + 521.61.082.5

ACC NRz AP6019595
that the relationship between reflected and transmitted etiergy is
Wr,,,fj - 2 x 10-1 " Wtr.
It follows that with the highest sensitivity photodetectors now available,
W U: must be at 'Least 150 joules in order to obtain from the Moon a con-
sistently deLectible reflection, i. e. , one that does not require statistical
analysis to be detected. The palse must be as short as possible to maxi-
mize range resolution; 'riolvever, present laser pulses of the energy 'evel
demanded would have durations of the order of milliseconds, which rneans
a ranfe uncertainty of several hundred kilometers. If Q-switching is used
to shorten pulse time, there is an intolerabic loss in power amplitude. The
conclus-ion is that only when more powerful short-pulse lasers are developed
can there be a significant in lunar ranging measurements.
Factors which degrade Lne, ti , nw~;!w ai~c also discussed. On(? of
th,ese is tne unavoidable divorg- 'ilk i), uln !;I Lli~: atinoSpherc estir---Led
at 2" to 3", which would give a Lunar sijoL of sorn.- 3.5-5 i-CM across. Con-
tour irref-ularities within U-,F3 aj :a can add to the range un-
certainty in the return signal. ii Ll'ie ioi'~n of range smear. " Owin,, to tj-)e
Moon's curvature, a similar effect occurs which increases as a funt.,ion of
Card 2/5

ACC NR. AP6019595
the distance of the target area from the center of the lunar disk. An obvious
wa to improve the technique would be to place some form of mirror an
Y
the AMoon; the authors propose an optical corner reflector for this purpose
(see Fig. 1) and have analyzed ways of optimizing its design. With the density.
of the reflector material assumed to be the limiting factor, it is shown that
one large reflector is more effective than several small ones. For a glass
corner reflector, the gain 8 in return signal over that from the lunar sur
face alone (assuming a ruby laser) is calculated to be 0 - 2.15 x 1() -3 a'' I
where a is the length of ajoint edge in cm . (see Fig. 1). Assuming a glass
density of 2.7 g/cc, the authors find values of gain ranging from 8 = 25
for a = 10.4 cm up to 8 = 1330 for a 28.2 cm. Some loss in reflectivity
1. Corner reflector (Hexagon indicates effective reflective area)
must be anticipated, such as by dust contamination, so the foregoing fig-
ure.s are based on a reflection coefficient of only 0.5.
C,,,d 3/5

ACC NR& AP6019595
A
Orientation of the reflector would be critical. If the plane of the aper-
ture is not nearly normal to the laser beam, a severe loss in return signal
results; for example, a 15' offset would mean a signal loss of approximately
3076 (Initial acquisition of the reflector is not discussed). Constraints on
reflector geometry are also quite severe, if diffraction losses are to be
minimized. For a reflector with a = 14 cm, it is estimated that the angular
tolerance between adjoining planes should be held within 0.1"; with such
tight tolerances, temperature extremes and mechanical stresseu could be
Card 4/5

ACC NR: AP6019595
critical factors in reflecitor performance. Under reasonahl roo:.i :7nndi -
tions, however, it is calculated that a reflector with 6 = -40 wouid .eturn
art adequate detectible signal to Earth from a Q-switched rub lascr of
y
4 to 5 joules output.
The possibility of confusing a genuine signal with noise or
rather than reflector return can be minii-nized by using mulLi!-, 'A:ction
and correlating the results. In fact, if three photomultipliers aro used
simultaneously, the experiment could be performed in dayligiit, a low
probability of error.
The authors conclude by giving the procedures for calcui~' Mean
lunar orbital radius (mean distance between Earth and Moon mass centers),
radius of the lunar disk, Eartli equatorial - ~dius, and parallax
I constant. All of these are obtainable froin Knowledge of an arbi,_ ary iinc-
of-sight distance from the Earth to We :,vioon, ineasured as described above.
T he calculations show that, wluii the -d ri~riging metnod, 1 -:-imete-Ei
such as the Moon's orbital radius and Lli,;k radius could be deteciiiined to
accuracies of several hundreds of incters, i great improvement over the
present accuracy of several kjlonietc~rs. bitforturiately, these ~t_curacy figures
d t Feew- to be-tied to any tolerance on the range measurement.
NB~ V. L, no. V Orig. a_rt:, har- 33 formulap 2 flotres and table.
Card 5/5 SUB CODEg 03,20 / SUBM DATr,., 26tlayO ORIG F1 009 OTH REFt 003

KUVAYEV, N.N., kand.tekhn.nauk; MDZHZHF.RIN, V.M., inzh.
Conditions for the formation of funnels caused by the mining of
ore deposits. Bezop.tftia v prom. 7 no.3s23-24 Mr 163.
(KIRA 16:3)
1. Krivorozhekiy opornyy punkt Vaesoyuznogo nauchno-issledovatellskogo
marksheyderskogo instituta.
(Mining engineering)

Name& MOZHZHEVELOV, B. N.
Title: engineer
Works in the field of acoustics (loud speakers, microphones, public ad-
dress system, etc.) Author wrote an article on American acoustic equip-
ment. Many U. S. types of loudspeakers, dynamic speakers, microphones,
etc* are mentioned with which the author seems to have a good familiarity.
REFs R. F. #1, pg 39, col 2, 1937

MOZHZHEVELOV9 B.N.
Perspektivy blizhaishikh let. fThe outlook for future years7. (Radio., Nov. 190,
v.20, no. 11, p. 2P). DLC.- TK5hO-F76
8D : Soviet Transportation and COMPOMications. A Bibliography, Library of Congress,
Reference Department, Washington, 1952, Un-cl-assified.

-xJ
:0--Tos
asoov r". i C) 1. ie. . M.

UM/Radio
Radloficatim
Radio Receivers
may 49
"M Radio Industry.and Eadiofication of the
Country,* S. H. Mozhzbevelov, Board Mem,
Min of Industries Manufacturing Comunicatioh
Vaterials, 2 pp,
Madio" No 5
Number*of broadcast receivers produced In 1946
WMA 21 times greater than number produced in
1940. Very soonAlekeand ovakiy radio factory
vill release tvo-band, tbres-tabe receiyars
(ARZ-49) which will coat considerably lsse than
UBM/Radio (Contd)
May 49
0
--q
W
the "Rekord-47." In last balf of 1949, new
receivers will be released by Novosibirsk,
Sarapul, and Imeni Kozitakiy factortes.
.-Imp
44/49T101

BORISOV, Vilctor Garrilovich; BIRG, A.I.; DZHIGIT. I.S.; TMIN. O.G.,
KULIKOTSKrT. A.A.; I*OZHZHNnWV. B.S.; SKIRHDV, A.D.; TARASOV.
7.I.; TRAM. B.F.; CINNIK, F.-U."11RINSHUR, V.I.; KALININ. R.K.
redaktor; TON)NIN. X.P., t~khnlc;~skfy redaktor
(Youvg radio amteurl IUzwl radiollubitall. Isd. 2-oe, ispr.1
dop. Moskva. Goo.energ.izd-yo 1955. 271 p.(Kassovala radio-
bibliotaka. no.224) (MLHA 8:11)
(Radio-Amateurs' sammle)

FV~ L.OV, Aleksey Dmitriyevich; MOZHZHEVEU)V, H.N. , retsenzent;
VASILIYEV, K.F., red.
[Radio equipment assembly; basic design principles] U-zly
radioapparatury; obshchie onnovy eonstruirovardia. mo-
sl-va, Izd-,.ro "Fnergiia," 19t4. 461) p. (M h-U, 17: ~ ;'

Andrev
Yu-.'y
ienzer.*
rl~e
-senzer.
3, ate :..:7
s ~Ip- r-~

h0756
s/l2o/62/OoO/Oo4/033/047
E192/E382
AUTHORS: Alckseyev, A.G., Gorelkin, A.S., Mozalevskiy, I.A.,
Mozin,_I..V.__, Tarasov, D.I. and Trokhachev, G.V.
TITLE: The use of permalloy pick-ups for mass magnetic
measurements on the proton synchrotron
PERIODICAL: Pribory i tekhnika eksperimenta, no. 4, 1962,
179 - 184
TEXT: Measurement of the relative magnetic fields at
injection fields of H = 90 Oe is effected by means of permalloy
pick-ups with magnetizing coils (Giordano, S., Green, G.K. and
RoZers, E.J. Rev. Scient. Instrum., 1953, 24, 848). The
magnetizing coil is supplied with DC and'is connected in such a
way that the direction of the magnetic field HK of the coil
and that of the measured field are in opposition. When the
magnetic field reaches the value "K , a signal coil of the
pick-up produces a voltage pulse. The field H i at the point
where the pick-up is.situated is evaluated from the for,;-lila:
Card 1/4

S/120/62/000/004/033/047
The use of permalloy pick-ups ... E192/E382
14. = 11 + A 4Ti
I io it '
where 1-1 io is the field due to *.he maGnetizing coil,
It
Iit is the rate of rise of the field at the point i, and
L'~,T is the tijac interval between the pulses obtained from
the reference and the measuring pick-ups.
The quantity Ifi can also be expressed as
Hi = IciEli + (/_Il/at)i j!2~ Ti I, where k is a constant which is
determined from H = kI and I is the current. The equipment
for the measurement of the field in a block (unit) consists of
19 pick-ups which were situated alonZ the arc of an equilibriw.1
orbit at distances of 100 mm from each other. A pick-up has the
form shown in Fig. 2 and consists of2a permalloy strip 5 having
transverse dimensions of 10 x 100 mm and correcting rods 2
made of the same material; the pick-up also contains a magne-
tizing coil 3 and an induction winding 5 * For measuring the
rate of ri3e of the magnetic field the magnetizing current of the
Card 2/4

5/lao/62./000/004/033/C47
The use of permalloy pick-ups ... E192/E382
pick-ups is varied by t 100,~, which corresponds to A ti = 600 113.
The actual measuring equipment was connected to the pick-ups
by means of hi-h-frequency cables. The magnetizing coils of the
pick-ups were connected in series and supplied with a current
of 150 mA, stabilized to within + 0.02%. The current was meas-
ured by :iicans of a potentiometer, the error of measuraaent being
0. 02%. Since the width of the pulse produced by the pick-ups
vias inuch --reater than that required for achieving the desired
accuracy of the measurements, the pulses were suitably shaped by
ineans of shaping circuits. The equipment had to work in a hall,
where the perturbing electromagnetic fields were comparatively
strong, the spectral maxima occurring at 50 C-P.s. and
20 - 30 kc/s. The low-frequency interference was eliminated-by
suitably choosing the intermediate stages of the forming circuits,
whilst the high-frequency noise was suppressed by means of an RC
filter. The equipment could measure time with an error of 4 ps
and the current with an error of 0.020,")', so that the maximum
measurement error did not exceed 0.10%. There are 4 figures.
Card 3/4

S/i2o/62/000/004/033/047
The use of permalloy pick-ups ... E192/E382
ASSOCIATION: Nauchno-issledovatel'skiy institut elektro-
fizicheskiy apparatury GKAE (Scientific
Research Institute of Electrophysical
Equipment, GKAE)
SUBMITTED: April 10, 1962
FiZ. 2:
Card 4/4

lob
-,.-AUTHORS:
o: -np -1c
2 r-::: 9o

j3C
ti

L" ` L", 3
S/120/62/000/004/044/047
E192/E382
AUTHORS: Alekseyev, A.G., Vasil'yev, M.P. and M.ozin, I.V.
TITLE: An instrument for measuring the rate of change of the
magnetic field of the proton synchrotron
PLRIOUICAL: Pribory i teklinika eksperimenta, no. 4, 1962.
236 - 239
TEXT; The instrument waA designed for the 7 GeV proton
synchrotron and it permits measurement of the reproducibility
of the fiold-change rate and its absolute magnitude with an
accuracy of 0.1%. The device is based on the potentiometric
measurement of the e.m.f:
E = - kdB/dt
induced in the measuring coil. The measuring coils con"I~ts
of a number of series-connected turns situated in the yokes
of the electromagnets. The voltage U K from the coil is
applied to the input device 1 (see Fig. 1, which shows a bloc'k
diagram of the instrument), where the signal is compared with the
voltage of a reference element 2 The comparison is performed
Card 1/3

S/120/62/000/004/044/047
An instrument for .... E192/E382
tile whole time interval occupied by the induced pulse,
the duration of the pulse being proportional to the rate of rise
of the magnetic field. The switching device 4 selects tile
duration and instant of the measuroment and transmits tile diff-
erence signal through the amplifier 3 to the recorder 5 The
switching device is actuated by tile cycle initiation pulse U'l . V
The input circuit of the system consists of a filter, a reference-
voltage source and a voltage divider. The switching devic- 4
receives the initiation pulse froin a nermalloy )ick-up situate,.
in the electromagnet. The pulse is amplified, then applied to
a phantastron delay circuit. The trailing edge of the phant,~is-
tron pulse determines the instant of commencing the measurement.
The delay can be varied from 10 jus to 1.5 sec. The indicating
device of the instrument is in the form of a simple vacuum-tube
voltmeter. There are 4 figures.
ASSOCIATION: Nauchno-issledovatel'skiy institut elektro-
fizicheskoy apparatury GKAE (Scientific Research
Institute of Electrophysical Equipment GKAE)
SUBMITTED: April 10, 1962
Card 2/3

S/120/62/000/004/044/047
An instpinient for .... E192/E382
Fig. 1:
~i
Card 3/3

.MDZIN.-L3L.--
Voltage fluctuation coLt:--'- at zhx- outlet of a cascade geaeerator. ?rib,
i tekh. eksp. 8 no.2:164 I/w-Ap ~63. (MI.~A I,- i4)
(Electric generators)

'-hil? Individual is tne f attontl-r.. :,ov.profi3At.,,--:, -) rio.7:55-~7
J I If)-P,)
rwisedatel' komit,~ta jr,,'soyL=a ya Iavokogo koribinata tekhnich"k1kh
(Tarcs'la,vi-Te tile
(Trac*.e
~nii ne)

C(Tjkjrl,~' "Izechonlovekli.9
CATFLORY Fore. n. j,:,) c,
K
JABS. JOUR. MhDiol. No. 4 .1959,
WTHCIR 1'ozln~i,
INST.
TITUE
OPJG. PUB. ZI b o r . 1957P TJO-14 p 3-39
ALIISMACT t r
n i~ n -n
Ink, 1"
r L V
Card:

MLZ13, V.
Calculation of horizontal reinforcement for reinforced-concrete eler-ert---
loaded u-ith eccentric stress and for irestressed-concrete elements. c.47'5.
INZIP-NMISEE STAVEY. kraha, Cze choslovakia. Vol. 3, no. 11, Nov. 19 5.
-Monthly list East European Accessions (LEAI) Lr. Vol. -, no. 2, Fel. 1?;' )
Uncl.

"-Czis, V.
aes-ig,i of three - 'to matives for a Ir Jr. ~ r-irige r) I [ restrep~.-! -I cconcret;~.
P. 509 (Inzen~ rske Stavly) Vol. 5, no. 10, ('Ct. 1)7, Fraha, Czechoslovakia
r-
SC: :'C,'-.:HLI i!:DEA CIF LAST v,-'TjRCF.,,A" ACC-,-S-,I"'.S -TC, 7-L. -1, 7. 1, JA"'. 11,r(-

MOZIS, Vilem, :mz., dr.
nTables for designing reinforced concrete sections subject to
bending stressw'by [inz.) Frantisek Man. Reviewed by Vilem
Mozis. Inz stavbr 11 no.2:80* F 163.

MOZIS, Vilem.,jua., dr.
I-
Deaigaing of complicated reinforced concrete sections.
Inz stavby .11 no.4.-129-132 Ap 163.

13 , V I -,..rr.. i nz, -r.
ez-,-stressui fraw coz-,st"ctlons with inclined stamhicrL9. 'nz 3tavr~.,,
l-) no.5t220-224 AlY

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