SCIENTIFIC ABSTRACT MEYEROVICH, L. A. - MEYERSON, F. Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033720015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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a:i a ' :) f -4 r e s
re-feren~~es: 2 et-blo,: and 2 non-`Ov`e~.-bloc. refe-
re."Ices to -_-,-e
ul- ~Lla ~e Public-~ t i on a G as 0,
e I v e . PT rea 3 ,%, s
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53, 195! 3usci-, A. ---asley~:
v Ileitzert. 3STJ. no. 34, 11,55.
Card 5/j

ACCIMs AM5737, Sam= CoIxt
mmedsmichi ve p@
A11=1011, La Aa &GMT# K. V.1
i none
A two-cycle d1odeless shifting regleter using ferrite cores. Class 42#
No. 174833
SOMM: Byulleten' isobritenly 1, toyarmykh snakov..noe 18, 1965v 88
TOPIC TAGSs ferrite phase shifter, ferrLte core mmoryt circuit coupli
on shifting regis
ABSTRACT., This Author Certificate presents a two-cycle diodele
'a signed to incr 'the registerls response time
tar using ferrite cores. It me do same
and reduce the power consumption. Each register seaddischarge, contains buffer and
cores-connected directly to the tie ring, The normalization cores are coup-
qutput~
nected . to the ~ buffer owes bF short-circuit coils. The windings of the nor=Un-
-tion cores,, having a smiall ocerolve.force for their shifting In the -0 statep
-connected to tbs. SGUMM of tbs shift current of a given cycle. The shift
normilution cam In the +B av commted to tbs shift am as t
t
he
sour" 'Or., 0 second c7clse- -,lbese, nomillsation cores shift vl~ In the

L 494746
ACC Ims AP5m5m
+B'state are-connected to the shift windings in the -8 and the +8 state of the
first and second buffer cores, with a large ccercivi~force,, and the third and
fourth
acres, with a small acercive force,, thereby formilng the Indicated short-
circuit tie . rings. The abirt vindings in the +B state of the first and third Cam
the shift windings In the -B state of the second and fourth owes a" GCOMACtOd
U.sorles, and Visas' InAwng we comected to.the shift cument, sawas of the
given cycle, The. shift windings in the +B state of the first and second cores are ii,.-
-sA connected,by a ballast resistance to the series-connected vindingm of the output
ewes of the preview, discharage, The shift windings in the +B and the -0 states
of the third and,fourth cores,, connected mwiesp,are Joined to the shift car-
In
rent source, The series-connected shift 4indings in the +9 state of tbb first and
seednd cores and the shift in the -B+state of the third and fourth cam
are.connecte
d,to the. shift windinip. in the otate, Ibe first and second output
corfav- with a'mmLU coarcive farce,, are.a2w.counected In series, tJwm forming
a ring, The serlse-connected
Ii the +9 avA-S state'of the first
I and second:output cores are connected rqopootlv*2y to.-- the. shift. palms sonvem of
the first and: miammod copme
SIUB COIXt
;ard:

ACC NR,Ai,,6029462-
AUTHOR: Meyerov-ich, L. A.; &jytieY,
ORG: None
TITLE: Magnetic current pulse ot;cillators
SOURCE: Radiotekhnika, v. 21, no. 8, 1966, 49-55
TOPIC TAGS: pulse oscillator, pulse generator, computer applicatioa, digital com-
puter, magnetic circuit, frequency stability
ABSTRACT: A new current pulse oscillator design principle used for advance pulse
oscillators in digital magnetic computers and as current oscillators in magnetic
yokes and possessing substantial advantages over other types is described. These
oscillators, in addition to reliability and effective use of power, provide a h-igh
degree of pulse amplitude stability under s~Arply changing load conditions and a
short pulse decay time when the !,ad is inductive. Experimental data on two
different ty-pes of magnetic current pulse oscillators are given. Orig. art. has:
19 formulas and .5 figurac.
SUB CODE; 09,20/SUBM DATM None
UDC: 621.-- r~
Card 1/1

ACC NRi AP7001432 SOURCE CODE: UR/0413/66/000/021/0156/0156
INVENTOR: Mep~~~i c Kon e v , K. V. ; Su I in , L . I
ORG: none
,e of a magnetic diodeless shift register.
T17LE: Logic NOR circuit based on a stap
Class 42, No. 188141 [announced by the Military Order of Red Banner Academy of
Communication (Voyennaya krasnoznamennaya akademiya avyazi)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 21, 1966, 156
TOPIC TAGS: magnetic circuit, logic circuit, shift register
ABSTRACT: A logic NOR circuit is described (see Fig. 1) which is based on one
stage of a diodeless magnetic shift register using toroidal rectangular bopinput,cuqut
0'6 Fig. 1. Logic NOR circuit
1, 2, 3, 4 - Cores; 5 - write winding; 6 - read:
winding; 7 - priming winding; 8 - bias winding;!
winding.
windings; 11
- output
9, 10 - input
to -3-r//
100 2 3
70
Card 1/2

ACC NRs AP7001432
and buffering cores, and a system of windings. The cores are threaded by a common
wire without a ballast resistance. An additional input core is included in the
common loop to prevent reverse flow of information during the NOR operation. The
read winding interlaces all cores, the write winding is passed through one output
i core, and the priming pulse winding is threaded through the buffer and output cores.
The constant bias winding is threaded through input cores only. Orig. art.
has: 1 figure. [BDI
SUB.ODDE.- 09/ SUBM DATE: 02Aug65/ ATD PRESS: 5110
L-Caro 2 2

ACC NR,
AP7004780
SOURCE CODE: uR/o4l3/67/000/001/0093/0093
INVENTOR: 2!~~~ Khvedynich, V. P.
ORG: none
TITLE: A magnetic shift register. Class 42, No. 190082. [announced by Military
Acadeqr of Communications (Voyennaya Krasnoznamennaya akademiya a yazi) )
SOURCE: Izobreteniy,,, promyshlennyye obraztsy, t.,,Lrnyye znakl, no. 1, 1967, 91
TOPIC TAGS: computer component, shift register, MqC,&)F'r1C COA?F,
ABSTRACT: An Author Certificate has been issued for a magnetic shift register which
contains magnetic cores with input, output, and control coils. In order to provide
multiple-amplification of the magnetic flux, every section of the register contains
four transforming cores with one-turn input, output, and control coils, and one gate
core with one-turn input and control coils. The input coils of transforming cores are
connected in series to form a closed ring, while the input coil of the gate core and
output coils of the transforming cores are-connected in series and also are coupled
to the output connectors to form an output coupling loop. The control coils of a-11
cores are connected with the sources of current clock pulses and the input connectors
are tied to the inputs of the second and the fourth input coils of transforming
cores, while all input coils of transforming cores are joined in conjunction with the
control cores. The output coils of the first and second transforming cores are con-
nected counterclockwise, while the third and fourth are connected in conjunction with
Card
!_112- - UDC: 681.142.07

ACC NRi AP7004780
.the input coils, the input coil of the gate core is connected counterclockwise with
ilrespect to the control coil. In order to provide simultaneous amplification of flux
and current when one-turn coils are used, the series-connected output coils of the
first and second cores and respectively the third and fourth cores are connected in
pars,11el, while the input coil of the gate core is connected in series with them.
Orig. art. has: I figure. (GS]
SUB CODE- 091 SUBM DATE: 20jul65/
..Card--2

Mg M OVICH, M.. Inzh.
All-purpose kitchen hearth. Stroitell no.3:27 Mr 159.
(KIRA 12:6)
(Boilers)

MEYEROVICH, M., inzh.
-11-purpose heating and cooking unit. Stroitel* no. 3-27 Mr 161.
(l,aRA 14:2)
(Furnacev)

Kff=OTICH, .0.; KILIMIKOV, T.
Istablishing work norms and wages in
no.6:144-149 is 160.
(Agriculture-Production
Ofages)
agriculture. Top.skon.
(MMA 13:6)
standards)
-t I

RZYBROVICH, 0.
Economic ;,roblems in the further d..,velopipent of the collective
farm system. Vop. ekon. no.7:159-160 Jl 161. (MIRA 14:7)
(Agr."culture-Economic aspects)

YZIERCNICII, R. I. (Prof.)
Raostroistva SkheirW Tela Pri PsIl-lichei3kikh Zabolevanitakh (Sensory L.sturbances
caused by Cerebral Lesions), -',(,17 p., Leningrad, 194e.

DORCFSTNV, Boris Grigorlyevich, starahty prepodavatel'; NZYMVICH.
Shmrka SacWlovich, kand.tekhn.nauk, dote.; STUMUM. Andrey
Nikolayevich, inzh.; KMOCHXIL, Aleksandr Leont'yevich, inzh.
Mxperimental investigation of the ventilation for the new-type
starting resistors in electric locomotives. Ixv.vys.ucheb.zav.;
elaktromekh. 1 no.11:107-111 '58. (MIRA 12:2)
1. Kafedra tooreticheakikh o9nov teplotekhniki Novocherkaoskogo
politekhnicheakogo inatituta (for Dorofeyev). 2. Zaveduyushchiy
kafedroy teoreticheskikh osnov toplotekhniki Novocherkasskogo
politekhnicheakogo instituta (for Heyerovich). 3. Movocherkas-
skiy elektrovozostroitel'nyy zavod (for Stukalkin, Knrochka).
(Electric locomotive6--Equipment and supplies)

110- ~-S -- 9--:'12 5
AUTHORS: Dorofeyev, B.G.7 Lozanovskiy, A.L., EnE-ineeisand"
Mleyerovich Sli~S., Ushakov, V.G., Candidates of
TITLE: The Coolin~_.of Tape-wound Starting Resistances Type KF
(0b okhlazi,denii 1rntochnykh puskovykh soprotivleniy
tipa KF)
PERIODICAL: Vestnik Elektropromyshlennosti, 1958, Vol 29, Nr 5,
pp 9 - 12 (USSR).
ABSTRACT: Resistance-allcy tape-wound resistances, type KF,
are used as startinC resistances in electric locomotives, type
N8 and VL-23 and in mo,or coaches, trolley buses, etc. TLey
are cooled by free or forced-air circulation and are appreciably
lighter, smaller and cheaper than cast-iron resistances.
However, they are not widely used because inadquate information
is available about their thermal rating.
The Novocherkassk Polytech-nical Institute and the laboratory
of the electric locomotive works made an experimental study
oi tne cooilng of the resistances. They consist of' assembiies
of standard resistance elements. An individual element,
illustrated in Figure 1, consists of resistance-ailoy ribton
wound on edge to form a coil wbicli is insulated fron, its
Cardl/5 channel-si,aped supportinL~ bar by 2 segmental porcelain insulators.

1 !C- 58 -5-5/2;
The Cooling of Tape-wound StartinE Resistances, Type KF
The rate of air flow and the aspect of the element in relation
to the flow have an im 'c)ortant bearing on the rat'Ln~*. lt is
known from opr-ratin~- e that the hi~,h,st 'Local tempora-
, experigne
ture should not exceed 450 C, or else the :-orcelain .1il-,ulators
crack. It was required to find the relationship between the
permissible loading and the air speed.
Thermocouples were used to determine the temperature jf the
element at different placed,. The air speed ranged from
0 - 18 m./sec. The surrent was 8o chosen that the hiLhe,-.t local
temperature did not exceed 350 C. In one arrangement, the
porcelain insulators were arranged head-on to the aii stieam,
as shown in Fig. 3a, which is the usual arrangement. The
arrangement of 3b, in which the insulators are edge-on across
the stream, was also tested. In both cases, the -,uter edgles
of the resistance elements were found to be better cooled than
the inner. Thus, the conditions of cooling a~e n--,t c.-~Aly
changed when the element is turned throuGh 90 . Also, under a
wide range of conditions, the m.aximum temperat-,ire is on the
leeward side of the coils. For example, with an air flow of
15 m/se3 and a current of 14g A, the temperature Df the leeward
Card2/5parts of the spiral was 382 C, the top and bottom were at

11(,,- 58 - 5 - 312,55
The Cooling of Tape--,vowid StartinG Resistances, Type XF
142 0C and the windward side 90 0C. Holes were than made ~n
the supportinc bars to reduce the temperature of the leeward
side of the coils. The holes occupied 20% of the area of
each bar. With this arrangement the coolin6 was muct more
uniform and the current ratinE could be increased. TLe
relationship between the rate of air flow and the permissible
current in the element, in the two alternative positionincs
described above, are shown in Figure 4.
Tests were next made on a complete starting-resistance
assembly consisting offour rows of seven elements each.
Measurements were made of air flow, coil temperatures aiid
power. Once a6ain, the middle of the elements was h,)ttest.
The temperature diff'crenge between the windward and leeward
parts of a coil was 100 C. The third row of elements was
the hottest, and showed the highest temperature 3n its lee-
ward side but the porcelain insulators did not Get too hot.
-A nf the relationship between the permissible curren
and the rate of air flow for a maximum tefnDerature of 350 C
is given in Figure 5. In addition to the usual a--sembly with
the elements arranged one behind the other, a staggered
Gard3/5 honeycomb arrangement was tried, the size Df tle box and

110- 58-;-3/25
The Cooling of Tape-wound StartinE Resistances, T~-,e U
the number of elements being unchanged. Again holes were
drilled in the ba-rs. TLe performance graphs plotted in
Fig.5 show that the rating is highf--r with the honeycomb
than with the usual square arrangement. With an air flow of
45 M3/min*l the permissible current for tlIe standard box is
46.?5 A but in the fi.odified assembly it was 51.9 A. This
applies only with forced cooling; with natural ventlIntion
the honeycomb &rrangeirient is not so god.
A number of tests were also made under conditions of transient
loading to detrrmine the time 0different loads ta,,,e to
produce a temperature of 350 C. The honeycomb arrnnEement
was used and the result!~ given in Figure 6, show that the
resistances take ab-ut an hour to reach a steady temperature
with the normal rated current., althouCh cast-iron elements
take still lonEer. Starting from cold, the resistances can
carry up to three times rated current for 5 minutes. Under
transient conditions, tie rate of forced ventilatijn is
important only for li,-h~ currents. With cu rents of tk.p
order of 60 A and air-flow rates up to 20 m5/min, the
permissible time of operation is 4 - 6 min and is pr-ictically
Card4/5 independent of the rate of air flow.

110- 58-_~--3125
The Cooling of Tape-wound Starting Resistances, Type U
There are 6 figures.
ASSOCIATIONS: Novocherkasskiy politelchnicheskiy institut
~Novocherkassk Polytechnical 1nstitute) and
Novocherkasskiy elektrovozostroitel'nyy zavod
(Novocherkassk Electric Locomotive Works)
SUBMITTED: June 24, 1957
Card 5/5

ACCESSION HRt AT4030882 9/2884/60/106/000/004310047
AUTHOR: Meyerovich, Sh. S.; Batishchev, Ya. F.
TITLE, Heat conductivity of carborundum
SOURCE: Navocherkasak. Politekhnicheskiy institut. Trudy*,
V. 106, 1960. Teplotekhnika i gidravlika Oleat engineering and
hydraulics). 43-47
TOPIC TAGS: carborundum refractory, heat conductivity,
conductivity dalculation, conductivity measurement
ABSTRACT: The temperature dependence in the 0-1000C range of
heat conductivity of commercial carborundum has been measured because
of contradictory data in the literature. The measurements were
based on the principle of the steady flow of heat through a plate.
Experimental equipment is described which was designed by the
Leningrad Scientific Research Institute of Refractories. The
experimental plot of heat conductivity v's temperature is shown to
;Cord 1/2
1. .- --- --

i ACCESSION NR:
AT4038882
be a straight line. the equation of which is given. Good agreement
was established between the data derived from the equation and
certain data from the literature. The reliability of the equation
is confirmed and its use in heat-transfer engineering calculations
is recommended. Orig. art. hasi 2 figures and 6 formulas.'
ASSOCIATIONt none
SUBMITTED: 00 DATE ACQ: 16Jun64 ENCL: 00
SUB CODE: NO REP SOVt 008 OTHER: 000
Card 2/2

DOROFEYEV, B.G.; MEYERDVICH, Sh.S.; NOVOGRENKO, N.M.
Study of heat transfer and temperature fields of improved KF-1
and KF-2 electric resistors. Izv. vys. ucheb. zav.; elektromekh.
4 no.2:136-143 161. (KLRA 14:9)
(Electric resistors) (Electric raUroads--Electric equipment)

MYFROVICH Shmnrko Samullovich, knnd.t(!khr.nauk, dotsenti DOROiFY1,V,
1' -r'yovillb, knn,% tok hn,nnuk , I nrjoInyixyuqhnhly
8or 1. Br go
nhyazannosti. dotsen*a
Heat emisalcin of KF type AInctric resistors. zv. vfs. ucneb. zav
elektromekh. 6 no,11:12"I-12'73 '63. 1":4)
2. Zaveduyu-9brMy kafpdr~)y 1,ouretAchortkikh ,.qnov
Novo(~herkasskogo poll tW.nI cneikogu (for Meyorovich).
2. Kafedra tooretichask1kh ~)snov tepIotr-kt;nJxI NavotherkFisskogo
Dolitekhnicheskogo Instituta (rcr Doroft.-yev'.

T. A.
Um/ckmIstrT-x=wq*m " Fob 194T
Obeid itry-gloya 1o-(2.2. 1) -WeptAm 9kwIss
Chemistry-fthers
"S*nthesis of Some Derivatives in the Bloyclo-
(2.2.1)-Eeptane Series," A. F. Plate, T. A.
Mayerovitch, 6 pp
"Itv Ak Nauk Xhim" No 2
Utension of the field of applicability of diene
synthesis as a result of utilization of a repre-
sentative of vinyl ethers as a philodiens.
?A 7
OT3

"Ace tylat!on of thp Hyd rormr~),)Y. r ~y Kfmi I n1mv IF Met 1,-) , it
~uh --2 'Feb 51, All-Uttion 3cl R,-q Inst. of
tiRl '-11F. ~41ritstr.v of ti,P 1--~isfry
r)rp,,.-ntp,! for scipiwp ~nd
t/k,g-)w !~irl,,g l)51-

ACC -,R~ Al'uO3i52Z soul~C;L col)E: 3
AUTEOR: Nicycrovich, Ye. A. (Engineer); Palabtin, L. M. (Candidate of lccraiica,
sciences); 7517tonoV.-A. an'diciate of tcc)inical sciences); Po,),ov, K. Y. (Ei~,4;ncerl"
Screbryarak, L. B. (Engineer); Sobolev, 1. S. (Engineer); Syzranti3cv, V. 1. (Enginecri
ORG: none
TITLE: Disk-type bruslilc6fi synchronouti generator
SOURCE: Elcktrotekhnika, no. '), il)u'6, ~1-23
TOPIC IAGS: sync' CrLtLL_Jr, maciinc, brush~ess gi-iierritor
Y '0 U 13 1 - I -
(I fOT. gen
Q% GkA(~C ) 0'l(\y\cX,c
ABSTR.ACT: A gen(!ral UesCri,)~lllfl U;' A r,k2V; 111:6";rl 69 '056
r.:*,Fwi3 ;cn-irator 'see fij,.urc) is
Bull. izubr. , 1965, 110. 7) 0.,
the W.Ab UL,Vclk) t:~! t %I," Gc:114111 is iiliprc)v(,i-r,:i,t
over a previous Dt:s;gr,
:ca~~irL;6 an some cl,aracteristics ul 'Ire Tixsc conciuti,onti are
ofic rc;L: ( A,) 7ile riew cict"t;rl ~"lLi 'L 3;" i-a, 0116',li O"fier t-/?cs Uf
brusiiiess synchrunuus gcner.LLOrb; (_') 7ile ljcW rutor t_,~Azi fligil rllec~Laracai streng"n,
_Card_-l 42 ___UDQ:_62i._3,3.3ZZ

ACC NR. AP003i5~2
c (.1 tu ,,IS 's 'ki., CabC
7-
(31 7r,( c (i T.
it n (I I"L.,) guou tic-tL rein,tv- i;i(~ Vc
Tocr,a. Sc. G. N. Friurn;in, Er,,;,necr.~ Ye. V.
.cl S.1"'i'tov, V. P,
--i,ovlcii, inu Ltijurs P.-Lrt in
S. K. Lytii
and intinufactu ring thc
d-.., riew generaLur. (Drig. am, niiti: 0 figurcti tina i a1)c
SUB CODE: 09 SUBM DATE; none ORIG REF: 00Z OTH REF: 004

A. ; MXYFROV! (11, YH. 0.
Is of dy'7,amic s *, d-i or rgy to
of' the blood neutropn'I rea~-Acn in v~~rc.
no.12:10-14 D 165.
. KL)11~ - 1 'riyy i n!i t,! t,w t. me d i t s i ria k i ~ 1, t. 1,,:.
re pa ra tc,,) Ime n 1 L. A. Tarase v i -ha (d i re k L,,r
14i k hay I ov I Mos kovskaya tube rku I ez naya K s a -i
"Zakhar
I (glavnyy vrach V.P.Petr"A),

MEYEROVICH, Ya.M.; DLOUG1Y, V.V.
Hydraulic sorting of wastes from the crushing of iimes-~one vllthout using
suction dredge feeding of starting material. Strol.mat. 1C. no.8:21,-,6
Ag 164. (MIRA 17t12)

AHRIKOSOV, S.V.; A SZTCV, A.P.; ZCTOV, N.M.; KUURTASHOV. G.F.; LAPOV, N.I.;
LK03M. V.P., inzh.; CHZKMXM. Te.Te.; !U!WQTICH. Ts.A.. inzh..
retsenzent; RTBAKOVA. V.I., inzh., red.izd-va; SMOLOVA. T.F.,
te khn. re d.
(Gesoline-electric and diesel-electric power units with a capacity
from 0.5 to 400 kilowatts; reference bookj Benzoolaktricheskie
i dizallelektricheakie agregety moshohnontliu ot 0.5 do 400 kvt;
sprevochnik. Pod red. V.P.Lebedeve. Koolma, Goo.nouchno-takhn.
izd-vo mashinostroit.lit-ry, 1960. 543 p.
(]KIRA 14:1)
(Zlectric power stations)

1. PkrlROV, A. D., and students SUMIN, 1. G. 1,EYEFOVICH, Z. A., KUDHIINA, K. N.,
and THE ONOVA, G. N.
2. USSR (600)
"The Synthesis of Secondary Alcoho~s and their Dehydration on Alumina,,, Zhur.
Obshch. Khim., 9, Nb. 23, 1939. Lab. of Organic Chem., Gorlkiy State Univ.
Received 21 June 1939.
I= Report U-1626, 11 Jan 1952.

1 . YEYER0VShIY, V.
2. '-SZR (6GO)
4. Noving Picturos, 1)ocumaritr4ry
7. Order of showing poptilar science, scientIfic and jocurnertcry
news films, hinornakhanik, No. 10, 195~--
9. Monthly List of Russian Accessions, Library of Congress, February-1953. Unclassified.

vzuas, G.
3650. KEYERS, G. Aerodinamika vertoleta. Perevod s angl. V. 1. Biryudina
Pod red. I.P. Bratukhina. K., Ocorongiz, 1954. 256. s.s. ill. 23am. 12r.
_f (r
80k. V per.-Bieziogr: a. 245-252. (54-57607) p 629.-35.4 .16-3)
SO: Knizhnaya Letopial, Vol. 3, 1955

Mi',UIL~ON P A._
?ion6'ers of the future in the Aj%*i Con3truction and installation
Adminj.Dtration. Muk.-eiev. prom. 27 no.7:3-4 Jl 161. (MIRA 14:7)
1. Nachallnik j',Itayskogo viiravleniya 6petselevatormellstr*.
(Altai Territory-Grain elevators)

SOV/98-5 9-10- 7/2 0
AUTllORSs tu, erson, A.B., Candidate of Economic Sciences, and Avaky&n, A.B.,
TITLE% The Problem of the Allocation of Funds Spent on the Construction
of Reservoirs
PERIODICAL% Gidrotekhnicheskoye stroitel'stvo, 1959, Nr 10, pp 25-30 (USSR)
A.BSTRACTt The article is in the nature of a discussion of the allocation of
expenditure related to the construction of reservoire, the total
surface area of which, including lakes such as Baykal, Onezhsloye,
etc., amounts to 7 million hectaris. Expenditure is divided intos
1) General expenditure on construction; 2) special expenditure,
connected with the use of the reservoir by some branch of the e-
conomy, and 3) indirect expenditure on expansion, modernization,
etc. The various proportions of the total expenditure on reser-
voirs is shown in the table, which shows that about 70% goes to-
ward the preparation, and in this connection 2 problems artmei the
allocation of the available funds in proportion to the benefit
Card 1/3 derived from the reservoir as part of the GES, and the amount of

SOV/98-59-10-7/20
The Problem oi Lhe Allocation of Funds Spent, on the Construction of Reservoirs
funds to be allocated to cover the cost of transferring buildings
and equipment to make way for the reservoirs. It is to the latter
question that this article is mainly devoted. Such expenditure
should be distinct from unproductive losses such as those caused
by natural disasters, etc., and the socialist conception of reim-
buraable outlay is dwelt on briefly - financial outlay must be
compensated for by the setting-up of means of production; the fi-
nancial resources which can be regarded as reimbursable are enu-
merated (expenditure on the moving of population, research of the
natural resources of the flooded area, etc.). Fig.1 shows in dia-
gram form how the productive funds used on the area flooded are re-
covered, usuaily requiring isochronous constructiot, instead of ca-
pital repairs, which provide for gradual recovery. Expenditure on
the recovery of losses incurred by the flooding of an area is only
required to restore the status quo as it was before flooding, i.e.,
to break even, and the correct calculation of this expenditure is
of great importance. The authors proceed to deal with the recovery
of unproductive funds, including personal property, which is car-
Card 2/3 ried out at the expense of the accumulation fund and citizens'

SOV/98-59-10-7/20
The Problem of the Allocation of Funds Spent on the Construction of Reservoirs
personal income; this is normally realized in the form of electric
energy producted by the GES. Diagrams of the recovery of unproduc-
tive funds are shown in figs.2 and 3. Touching on the question of
whether the value of property destroyed by the flooding should be
compensated for by the construction costs of the GES, the author
finds that it should be compensated for by a sum equal to that
spent on the dam, GES, etc.; in the event of compensation being
more than adequate, it should be paid in the form of a lump sum.
A quotation from Marx is included which states that compensation
should only be paid for the results of human labor, not for the
deprivation of natural elements. There are 3 diagrams and I table.
Card 3/3

WF~RSON,__A.-B., kand.ekonomicheskikh naukj HAZAROVA, V.N., inth.
Calculation of damage from temporary inundationa under niftral
and controlled conditims. Gidr.stroi. 31 no.3:41-42 Or 0461.
OUPA 14:4)
(Floods)

I "'j.
- mir-'y ti, A . B. . kand . wilik I %"i VA f, " . , 1, r,~, . j 1( ~ P ' Of . . 0 ! r A'
-ongt erm -)r,-Rr ' 18 '- ', Or ~ '- , :!~- '0-t K *-, I I - ~ -1 - , -~ n - . 1- 0 -': . ?
I- ~ - ., L ~-. I ~ ~ , M-.,~? 1-:1 c

UdSY/Elec ronics - Instruments Dec 52
"A Modulation Meter," A. Meyerson
Jll~,dio'//No 12, p 27
Describes a meter for measuring the modulation index (from 10 to Unit
consists of two duo-diode tubes and a millianmeter with a full-scale sensitivity
of 100~,^Q . Frequency variations of the modulating voltage from 2W to 1G,OOG cps
do not cause a change in meter reading.

K9MSON, A.
Pbrtabl* board for testing processes of radio tubes. Radio no.12:
60 D '53. OWU 6:12)
(Radio--Apparatus and supplies-Testing)

MZyZRjgj AW#!jajx Heyerovich; KCRNDORS. S.F., redaktor; FRIIXIN. A.M..
-- tekhnichwslfft*redaktor.
(Direct current ohmmeters] Ometry postolannogo toka. Kookys.
Goo.onargatichookoe izd-vo, 1954. 119 p. (Kassovaia radiobiblio-
teka, no.204). (KM 8:3)
(Ohmeter)

KUIRIWH. A -
Combined manuring insturment with a resistance box. Radio no.S:
56-60 Ag '54. (KIRA 7 - 8)
(Electric meters)

PHASE I BOOK EXPLOITATION 1126
Meyerson, Anatolly Meyerovich
Radioizmeritellnaya tekhnika (Radio measurement Technique) Moscow,
Gosenergoizdat, 1957. 414 p. (Series: Ma8sovaya radiobibliotake.
Uchebnaya seriya, vyp. 284) 75,000 copies printed.
Ed.: Korndorf, S.F.; Tech. Ed.: Medvedev, L.Ya.; Editorial Board of
Series: Berg, A.I., Dzhigit, I.S., Kulikovskiy, A.A., Smirnov, A.D.,
Tarasov, F.I., Chechik, P.O., Shamshur, V.I.
PURPOSE: The book may be used as a textbook for studying the fundamen-
tals of radio measurement technique. It may also be used as a ref-
erence book for constructing measuring instruments. The book is
intended for readers who have completed the seventh grade of second-
ary school and who have studied the fundamentals of radio and
electronics.
C a rd-47~

Radio Measurement Technique 1126
COVERAGE: The author discusses basic methods of making radio measure'"
ments and describes the constructions of various measuring instru-
ments. He also explains the principles of their circuit design.
No personalities are mentioned. There are 178 Soviet references
( inc lud Ing I tra ns la t ion) .
TABLE OF CONTENTS:
Introduction
9
Ch. 1. Basic Concepts of Measurement Technique 13
1. Measures and measuring instruments 13
2. Basic characteristics of measuring instruments 16
3. Requirements of measuring Instruments 20
Ch. 2. Measurement of Direct Currents 21
1. Construction and basic characteristics of a permanent-
magnet moving-coil indicating instrument 21
2. Permanent-magnet moving-coil milliammeters 26
Card 2/12

KUMSON. A.M., inzh.-mayor
Training aid to teach students to tuns to hosing radio stations.
Yest.Tozd.Fl. 41 n0-2:83-84 F 159. (KMA 12:4)
(Navigation (Aeronautics)-Study and teaching)

1~17IEiIMSON, A. 7111L.
Steam Boilers - Pfficiencies; Electric Fower 71ants
n+..
Test on 8pT,1:1inv -ngineer vovalev's -F-thod 'In the 6,ciler rr, m -" on -c-z-r -'-,
'Faek.sta. 23 no. i. (!~~2) In-h.
2
SO: Mont List of Russian Accessions, Library of Congress, August 1951, Uncl.

. I
///~ It /\~. ' 11 1,/ -."
ALDURIN, S.M., inzhener; KIYJRSOV, A.Ya.. inshener.
Nechanicol drive for zonal valves of chain grates. Zlek.stvj. 28
no.9:83 S '57. (MMA 10: 11)
(Furnaces)

METYMON, A.Ta.. inzh.
Operation of burning-process regulators ta boilers equipped with
chain gratos. Xlek.sta. 28 no.12:8 D '57. (KIRA 12:1)
(Boilors--3quipment and supplies)

15-57-4-4986
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 4,
P 134 (USSRT
AUTHORS: Golynko-Vollfson, S. L., Meyerson, B.
TITLE: Production of ffigh-3trength Gypsum by Boiling in
Salt Solutions (Polucheniye vysokoprochnogo gipsa
metodom varki v rastvorakh 5oley)
PERIODI("AL: Sb. nauch. rabot po khimii i tekhnol. silikatov.
Moscow, Promstroyizdat, 1956, pp 178-185
ABSTRACT: Bibliographic entry
Card 1/1

WTIM014, D.S., arkhitektor; BOGDAKOV, B.N.. inzhener.
[Series of Standard Projects, no.228) Seriia.
Moskva, Gos. arkhitekturnoe izd-vo. No.
house with a store] Proekt trekhetashnogo
magazinom. 1949. 68 p.
tipov7kh prook-toy, no.228.
9 (Three-story fourteen-apartment
chetyrnadtoatikvartirnogo doma 9
(M7-Rh 6:11)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye po tipovomu proyektirova-
niyu i massovomu stroitellstvu. (Architecture--Designs and plans)

RUDKOVSKIY, Ye.N., inzh., red.; ~LEYJ%aQLJj,.S.O kand. airkhit.,
red.; LIISKEVICH, V.K., kand. arkhit., red.; O'ISEF, Ye.F.,
inzh., red.
(Provisional instructions on fire prevpntion requirements
for designing 10 story and higher apartment houses; for
use in experimental design and construction] Vremennye uka-
zaniia po protivopozharnym trebovaniiam dlia proektirovandia
zhilykh zdanil vysotoi 10 etazhei i bolee; dlia primeneniia
v eksperimentallnom p.oektirovanii i stroitellstve
(M 295-64). 14oskva, Stroiizdat, 1965. 8 P. (MIRA 18:8)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy komitet po
grazhdanskomu stroitel'stvu i arkhi~akture. 2. Gosudarstven-
nyy komitet po grazhdanskomu stroltellstNru i arkhitekture pri
Gosstroye SSSR (for Rudkovskiy). 3. TSentrallnyy nauchno-
issledovatellskiy i proyektnyy institut tipovogo i eksperd-
mentallnogo proyektirovaniyti zhilishcha Gosudarstvennogo ko-
miteta po grazhdanskomu stroitel'stvu I arkhitekture pri
Gosstroye SSSR (for Meyerson, Litskevich, Otsep).

KORMNIKOV. Vaailiy Teremeyevich, kandidat tekhnicheskikh naak; IWIMONI,
D~S.,Jcandidat arkhitaktury; XCROZOTA, G.T., redaktor; AGRANO*~kIT,
Ye.i.. takhnichaskly redaknor
[Standardisation of houses and climatological factors] Tipizataiia
shilishche I prirodno-k1inaticheakle uslovita. Moskva, Gos. Izd-vo
lit-ry o atrott. i arkhitakturs, 1956. 198 p. (KLRA 10:2)
Urchitecture and climate)

KIIMSOU. N.G.
Problems of economic geography of Central Asia in dissertations
of (wedusts students of the Institute of Geography of the Acads-
my of Sciences of the U.S.S.R'. Izv. AN SM. Ser.pog. no-3:110-
112 MY-Je 154. (ICOA 7:7)
(Soviet Central Asia-Sconomic pograyby) (Sconomic geograft-
Soviet Central Asia)

GAYZL' A.G., KVIRSON, N.G.
*Nature and agriculture of the VolVL-Ural interfluveg by K.S.
Buianovskii. A.G.DDekach, T.M. Fridland. Reviewed by A.G.Gaell,
IeG. Meerson. Izv.Aff SSSR.Sor.geog. no.6:128-132 N-D 156.
(Caspian Bepression-Geography) (KLaA 10:1)

-01/00
raork,
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Construe
43
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L
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P
A&, as ng Pumpa-1.1W,;:8g#ei&Lve Golutioni Mainly of alm.~
i
its - mid: ton plants j.-on coridi,
q num- gulf ftbn,~Sulfatd~, in:vlatevv Preparat
orM 'Id arable' chan U~
gu are 'carried 'cout.
2 T tat, Lea "it'-the"; t4ro LM4)'did not
a -Ina -lav -TELL- (T
-3
P=P a
a olution'of 'aumimm'..'sulfatem'due, to' the- constant distortiaTt
A~qd `J=ming of tbg had been drilled ind tapped~'.~
VAI~es -Iaiiction'!~ and ddliverj) 'into. which. sUinless steel
0 a ~ were corresp4nding hol-eiv
d being driLled.
a -666pleteLy. I
vpiaing6f the _.*abie ~4ai;. a iminatedj,~~tfld,pjmwft
'Adsir 2
The danger.
Adauc-4tely ig,~; 330-340 litarii:bf.zolution per,hour.
"of _A,dhankld.
e,pump au put due to, a' :of.the liquid
m overload
:th t
LM-
1:16414 aferred: frm, the dellvery-to,'tbe sueti=.,aide be;
tran
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75~oo
'4A _thdt,_:_OU,tput
'can*be controlled,
ia~tlc i it. 70r lmanua~y -mm6tit` itoppins, the Ptum The PS-43
produ 'C'ed''Dj: t .6
vo, 6 s: ~, 300 to -moo, Lite
"na on, for, to ~1
t
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A ~'Pto ecveaa U9
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arA& 500,-40011ftei~s/hl~_ f,
vange-,.p cdntr*L d6va
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"d "d u with An ~-dutout of.LOG
g ~-ptuV t t*

i---
Ik / L / L /,(-,s Cl /V/ c-- - -Z
EUTAROVSXIT, M.S.; DOWOPOWV, I.V.; DUKITRASHIO. N.V.; KAKANIN, L.G.;
KRATCHMO, D.T.; ODD. A.L.; POM, M.I.; ROGTOV-
TSXV, M.I.; RTAZAMIT. P~OTA. TO.F.
Pavel Georglevich OzhevskII; obituary. Isv.AN SSSR.Ser.geog. no.5:
99-89 3-0 154. (KLRA 7:10)
(Oshevskii, Pavel Georgievich. d.1954)

MARSHAK,M. Ye., prof., oty.M. -MWEY YFI,Z.Z.,9nm. otv. red.; ARONOVA,
G,N., red.; KF N. . red. ; ROZANC
-VA, L.S., red.;
(;OLUBTKH, L.I., red.; BMCVSKAYA, N.A., tekhr.. red.
[Physiology and pathology of the heart] Fiziologiia i pato-
logiia serdtsa; sbornik, posviashchennyi shestidesiatiletilu
deistvitellnogo chlena AMN SSSR professora V.V.Parina. Mbskva,
1963. 310 P. XRA 16:9)
1. Akademiy8 meditsinskikh nauk SSSR, Moscow. 2. Chlen-
korrespondent AWI SSSR (for Marshak).
(HEART)

F. '41. (Phys)
Z. (PhYs) -- "The `,c:-ariisj7, Of Compensat r-- y
Kidney and "ts 'Eti-mulation ypertrc
by P'lYsical AL e
u
"10scOw State M(dical Inst imeni I. v. St ents. th
22 Sep L,2,secold
(Di
Degree Of Candidate i:1 Medical Scienc,s) Isserta-ic-n for, the
SO: VPchernava I-los
kva Jan~.
ax7-Dc,,,,b,, 19,,,2

KMTMOR, --'. Z.
9ffRct of excision and stimulation of the cerebral cortex on
the d"velopmftat of conpensator7 h"ertrophy of the kidney in
rabbits. Dnklady Mcad. nauk SSSR M no.2:401-404 11 May 1952.
(CLNL 22:2)
1. Presented tvy Academician A. D. Speranslciy 8 4arch 1952.
2. State Sciftntific-Research Institute of Physical liethods of
Therapy iment I. M. SachAnnv.

%4MRSON, F.Z.
Data on the development and mechanism of a compensatory process
in experimental heart failure. Arkh.pat..16 no.4:30-43 O-D 154
(MLRA 8:10)
1. Iz Gosudarstvennogo ts"ntral'nogo nauchno-issledovat"llskogo
instituta fizichaskikh notodov lechnniya imeni prof. I.M.Seche-
nova (dir. O.V.Glebova)
(HURT DISIPIASX. experimental.
comp*nsatory funct.develop.)

USSR, Medicine Pathopnysloiogy FD-256.L
Cara ~ ~ Pub. - 1'-~11'2-,
Au*.nor Meyer6on, F. Z-1 G V.
TiLle on a metnod for f~~r:aing un experimental stenosis Qf tne aorta
Perlodica.i Byu- e4sp. bio- i meu, 5, 50-)2, May
AbaLract Describes a method for forming an experimentai stenosis of the
aorta in rabbits which permits the following: constriction of the
aorta following an appreciab-Le interval of time after the operation,
graduad coastricticin or the aorta, and remova-i of the ligature after
a period of constriction of the aorta without requiring a second
operation. Diagrams. Three references, two of them USM (since
194o).
Institution Centrai Scientific Research Institute of Physical MetaAs for
Therapy imeni 1. M. Sechenov (Director 0. V. Giebova), Yaita
Submitted July 22, igl)4 by Academician A. D. Speranskiy

USSR/Medicine/Medicine- Cardiolo~W- Neurophysiology- Ultraviolet FD-29145
irradiation
Card lil Pub. 17-9/23
Author Meyerson, F. Z.
Title -71"Mue'nce of ultraviolet Irradiation on the reflex regulation of
cardiac activity
Periodicai Byul. eksp. biol. I med. 7, 33-37, July 195)
Abstract Author describes his experiments with ultraviolet Irradiation,
in doses which produce erythema, in the nerve regulation of the
heart activity. He determined an inclination toward depressit)n (if
reflex bradycardia and 'In some rtines even an increase In reflex
ta(~hycard in fJltraviolet light in erythemutic doseB had a defi-
nite ef*fe(:t on the reflt-x frcquen(7y o1' cnrdlac activities but -
with some exct~ptions - did not noticeably affect "he original
heart rhythm He concludes that a basic rt)le is played in the
mechanism of' the Irritating effect uf erythema fr)m altroviolef,
irradiation un the nerve. regulutori of the heart activity, by
pulse currents conditioned by Irritation of the skin receptorF;.
18 references, 18 WSR, 7 since 194o, graphs and table.
Institution Central Scientific-Research Institute of Physical Methods uf
Therapy imeni Sechenuv (Dir. 0. V. Glebova), Yalta
Submitted 23 August !91)4

EXCERPTA YIDICA So Vol. 10/8 Patholo~,-,
--:- - ---I a 5 1 Lv- 57
2369. MEYERSON F Z *Restoration of renal function after pro-
- ~e- dT '
~o~nj ~h~yd~roi~ephrosis (Russian text) ARKH.PATOL. 1956.
18/6 (109-111) Illus. 2
After recalling that the renal function may be restored 9 weeks after ligature of the
ureter, an attempt to made to understand the mechanism of such restoration. After
ligature of the ureter, a certain number of nephrons either function less or do not

- F -
C--' %.~ _~ I
t
function at all. This functional inhibition has a reflex origin. It is by means of these
nephrons temporarily put at rest that the renal function can be restored.
Tverdy - .' -itwerp

PIOVrKOVSKIY. I.A.. professor; KIRMSON. F.2.. bmadidat maditainakikh nauk
Second All-Union Coafe