SCIENTIFIC ABSTRACT SHENDEROVICH, A.M. - SHENDEROVICH, YU.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549110002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L h7312-65
ACCESSION HRt AT5007922
:ASSOCIATtOlit Fiziko-tekhnitheskiy institut AN UkrSSR (Physicatechnical Institutat
;AH UkrSSR)
SUBMIMM 26May64 ENCL: 00 SUB 'CODE t ES.
REP SOV: 000 OMRS 000

91

IL'T."I'v O.G.-, A.M.
kc-asureme-it's of" monl ;tj,?L,,r lnductsflces~ r,_,
~ _. te-kh. no-8155-56
Ag 16 5. W:.R.A ld,:9)

11 11A-

Cm I ,
, I.-A
Condi"omr fcr rar..idly fadin5r, -field's ir. innector
devices, Part 2 . Ukr f z. zhur, 10 nG,9.985--9K-j
18:9)
IWAltut J"' Ul"'S0*,'I,- IK.harl,kov,

Lma_66 EWT(d)/LnIT(1)/EpA(s)-2/otPV(m)/EEC(k)-2/riA(d)/T/K'-Pt ~/ZWR(ZVEWPI
ACC NR, AP5025895 IJP(c) JD/GG/WS-2 SOURCE OODE: IM/0057/65/035/010/1825/1833
AUTHOR: Shenderovich. A.M.
Y (4 , 'G7
ORG: none
TITLE: Propagation of electromagnetic waves in a ferrite I lecto
_4 q(l-T~- ecto
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 35, no. 10, 1965, 1825-1833
" I. V 14, 5- ~_ 2 1, tj 4, 57
MPIC TAGS: cyclic acceleratoi, particle accelerator component,_ferrite electromag-
netic wave
-z"
ABSTRACT: The author discusses the propagation of electromagnetic waves in an infi-.
.nite plane line partly filled with ferrite magnetic material in order fu assess the
.possible advantages of employing ferrites in the construction of inflectors for stor-,
pge rings and deflectors for cyclic accelerators. The partly filled plane line was
selected for discussion because it leads to tractable mathematics and is sufficiently
like a real inflector so that the results derived for it are of practical Interest.
It is shown that the critical frequencies for 7M waves are considerably above the fre-
quencies that occur in the pulses employed for infectors; TM -.,es, therefore, will
not propagate in a ferrite inf lector. The critical f requenc: -5 t,3r TV,, waves with
m > 0 are also high and these waves are also of no practical significance. The dis-
persion equation for TEO waves is derived and is discussed in detail for the two li-
miting cases of low frequency and high pexmeability. It is shown that in both cases
Card

L 7752-66
ACC NRt "5025895
the propagation velocity is nearly that of light in vacuum and that the waves closely
approximate transverse TEM waves; in the case of high permeability the waves approxi-,
mate TEM waves at all frequencies of practical interest. Expressions are derived for
the electric and magnetic field strengths and for the stored cAergy. If the permea-
bility is large the stored energy is (d/2)Wi.f., where d is the dielectric constant
and Wi.f. is the stored energy for the corresponding iron-free inflecto_r. 7be large
stored energy is due in part to peculiar features of the model, and a greater advan-
tage in this revi~,jct can be expected for practical inflectors. It is concluded that
f errltAp. gan bz employed with advantage in inflector design. The a:.jthor thanks V.D.
TkacheM~ and A.A.SharshaZi-cfor valuable advice and a discussion of the results.
Orig. art. has: 33 formulas, 3 figures, and 1 table.
SUB CODE: 20 / SUBM D -ATE: ogNov64 / oRia REF: oo8 oTH REF:,oo3

ro-i
22

L
A~P6019585 SOURCE CODE: uR/0l!5/66/O00/0O4/0090/(
AUTHOR: Il'in, 0. G.: Shendero-vich, A. M. 411-7
ORG- none 13
TITLE: Oscillography of magnetic-field pulses ~TA
SOURCE: Tzmeritel*naya tekhnika, no. 4, 1966, 90-91
TOPIC TAGS: magnetic field measurement, oscilloscope, electron beam, time signal/
OX-19M oscilloscope
)ABSTRACT: The described -method Is based on direct action of the measured field on
the oscilloscope beams and is free of the distortion introduced by the intermediate
elements (amplifier.;' used in other methods. The magnetic field is oriented in the
horizontal sweep direction, and time pips are superimposed on the measured pulse.
Any distortion Inherent in the sweep circuit produces an eqtal'effect on the time
pips, so that the measuring accuracy depends only on the pip repetition frequency.
tie method was tested with an OK-19M oscilloscope and used tomeasure a magnetic-
,vi-inding current pulse of 2000 a and 061 psec duration (field pf several hundred Oe).
The required deflection of the oscilloscope beam was obtained!with the CRT placed
10-15 cm from the magnet. The method can also be used with e4-bitrary tube inclina-
tion relative to the magnetic force lines. Orig. art. has: figure.
SUB CODE: 14Y 20/
SUBM DATE* 00
Card 1/1--Y~ UDC: 621-317-351: 621-317.42

L 21620-66 m(l)IEWA(h)
09515 (A) SOURCE CODE: UR/0413/66/000/005/0034/0035
AUTHOR: Illin, 0. G.; Shenderovich, A. H.
ORG: none
TITLE: A device for shortening the trailing edge of high voltage Dulses. Class 21
No. 179357 (announced by Physicotechpical Institute AN UkrSSR (Fiziko-tekhnicheskiy
institut AN UkrSSR)
SOURCE: Izobretenlya, promyshl~nnyye obraztsy, tovarnyye znaki, no. 5, 19GG, 34-SS
TOPIC TAGS: pulse generator, pulse shape, pulse compression
ABSTRACT: This Author's Certificate introduces a device for shortening the trailing
edge of high voltage pulses. Multiple reflections are eliminated when the load is a
reactance or a mismatched resistance by connecting a three-electrode discharger and an
inductance in-paral-lel with each other and in series with the load. Asymmetric delay
line is connected to the electrodes of the discharger.
UDC: 621.374.027.3
Card 1/2

L 23620-66
ACC NR: AP6009515
DAR'
--discharger electrodes; L--i
A, B, C nduc
tance; D--delay line
hv
py,kse A C a
genera
tor
SUB CODE:' 09/ SUBM DATE, l3Nov64/ ORIG REF: 000/ OTH REF: 000

M) -.LJI~
J1
ACC NR: Anit"03-1314 SOURCE CODE! UR/0185 /66/01-1/007/073019738
AUTHOR: Illyin, 0. 0. G.; Shenderovych, 0. M.- Shenderovich, A. M.
ORG: FIVsicotechnical Institute, All UkrSSR, !Marlkov (Fizyko-tekhnichnyy instytut
h1UN LM S R
TITLE: Concerning the passage of strong vaves in lines through a lumped inhomogeneityi
with a ferrite
SOURCE: Ukrayins1kry fizycbnyy~ zhurnal, v, 11, no. T, 1966, 130-738
TOPIC TAGS: n9nosecond pulse, pulse shape, ferrite, transmission line, magnetizatior/i
F-1000 ferrite, F-400 ferrite
ABSTRACT- This is a continuation of earlier work by the authors (PTE no. 1, 112,*
1965), where it was experimentally demonstrated thatthe fronts of high-voltage ~ I
nanosecond puV2es can be made steeper with the aid of nonlinear inductances. inasmuch-
as an earlier.4nalysis of this phenomenon (by G. A. Mesyats and R. B. Baksht, ZhTF
v. 35, no. 5. 889, 1965) using the Landau and Lifshits equations was limited to the
case when the magnetic vector rotates without change ip absolute magnitude, and is
therefore not applicable to ferrites, the authors present an analysis, based on the
modified Bloch equation, vh1ch takes into account the change of the magnetization in
both magnitude and direction. The analysis yields a differential equation for the
1/2

-L 0935247--.-
ACC NR: AP60313i4
output -roltage of a nonlinear inductance; this equation is intee;-rated for the case of
la piecewise linear static magnetization curve. The results verg checked experimen'-
tally by passing pulses of magnetic, with amplitudes up to 100 Oe (current pulse am-
~plitude 50 - 100 A) through ferrites (F-1000 and F-400). The tests show that by suit-
I able choice of parameters the results of the calculations can be reconciled with the
~experimental data. Measurements over a larger range of voltages are necessary to de-
'termine whether the.Bl,pch equations or the Landau and Lifshits equations are more
suitable. The authorsfthank G. A. 14esyats for a discussicq of the results. Orig.
art. has: 5 fig~wes, 16 formulas, and I-table.
SUB CODE; 201 0'. SUM DATE: 28Jul65/ ORIG REF: 005/.,OTH REF. 003
Card 21P)?'4-

10r,01r.r,j /C)l 52 f0
cofE;: I
ACC INR. JAVU I v I W
V
AVICHOR: 111inv 0. G.; Shenderovich, A. M.
Z~
ORG: Physico-Technical InGtitute., AN Uk-rSSR, Yjharlkov (Fiz4ko-tekhnjcheskiy ins Ititut
with large magnetizing currents and
TITLE: Characteristics of Ri~lsed ferrite magnets
under conditions of external constanz magnetic fields
SOURCE: Zlribory i tekinnika. eksperimenta, no. 3, 1066, 192-194
'TOPIC TAGS: pulsed magnetic field, ferrite, magnetic field intensity, external mag-
inetic field
':ABSTRj%CTt This inves~-igation exunines the effect of core saturation on the magni-txxde
i
Znd distribution of the pulsed field in a ferrite magnet. The pulse time was 0.1 micr
i
isecond. The dependence of the field in the gap upon the magnetizing current is graph-
~cd. With the windings inside the ferrite magnet gap, it is possible to attain pulse
;fields of approximately 7 kilooersted. It was found that the distribution of the nag-
inetic field at 7 kilooersted differed very little from the distribution obtained at
Ilow magnetizing current. The performance of the ferrite magnets under conditions of
'constant external magi3etic field is shown in figure 2. In any configuration, the fer-
I
!rite MKIS-120, which has a large saturation inductance.,, possesses better characteris-
UDC- '621.318.3
Cord 1/2
ACC Njt AP6022030
(a)
7V
Z
Q 74
45~_i
(b)
Fig. 1. a--configuration of
4 windings; b--magnetization cur
es for the pulsed magnet.
1--ferrite PH2-400, winding
configuration 1; 2--nonferrous
magnet, winding configuration
1; 3--ferrite PHZ-400, winding
4 conf4uration.2.
~Fig. 2. Dependence of the pulsed field in gap of a
ferrite magnet upon constant magnetizing ` eld. The
~positive direction of the, abscissa corresponds to ide
tical direction of constant and pulsed field in core.
Pulsed magnetizing current is equal to'5000 amp.
.,.I--ferrite MNTS-120; II--ferrite PH2-400; 1-configur
tion 1 (fig. 1,a);*2-configuration 2.

-2, J-2
-Z

U
Card 2/3

ACC NR, AP6022030
tics tIncin the ferrite PH2-400. In configuration (1) the field intensity is not re-
duccd by The presence of an external constant magnetic field of any polarity up to 1
kilooersted. Curves I-1 and II-1 practically do not change with an increase in the
.Pulse mitgnetizing current up to 1500 amp. An external constant mtgnetic field inten-
sity up to I kilooersted has practically no effect upon the operation and distribution
of the ferrite magnetic field. With further increase in the external constant Magneti
!fi6ld the distribution of the pulsed field largely approximates that in a nonferrous
Mapet. Orig. art. has: 3 figures.
;SW CODE; 201 SUBM DATE: l7Sep64/ ORIG REF: 002/ OTH RM 001
Card 3/3

ACC NRI_ AP6022027
!oersTed which was insufficient to saturate the ferrite plates. The winding had two
~turns which were placed symmetrically with respect to the middle plane of the magnet.
IThree winding configurations were used in the measurements. Ths distribution of leak-
age fields did not.differ appreciably from that of coreless magnets. It was concluded'
tbat.an increase in the thickness and length of the plates is of little advantage be-
cause the associated increase in the field and the changes in the leakage fields are
very small. The leakage field remains substantially greater than for magnets with a
closed path. Orig. art. has: 4 figures, 2 tables.
ISUB OODE: 20,09,11/ SEMX DATEt l2Xov64/ ORIG REF: 001
Card 2/2

i/2~013/2b16
___j6URCi_C -ODE: "/665i/ravoi 6/di-
p6o360~~*
C t4R& A
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',AVT11OR1
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ORG. None tranSient c0nd'tiOnl
tor under
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i...,r fLlect
2013-2016
TITLE*. Be'am loading of a I
V. 3('). 110. JL9GG,
takhnicheSkOy iz"' F dt9tribution,
SOURCE: Zhurnal ators electron necolerntoro spectral
S,
linear accoler ,,, injection R 111, lio.31
TOPIC TAGSI- ng. part
T,
Jcle storage ri (,,aU,h,YY0 trudY IIIAN SSS -effects
nolto
par rer'sunslt'y the tntionary
p
and G-V,Vosk 1962) h;"v 0 C.JiSCLISsed using :Eor
L.13ursht8yn 1 1656 , acce lerato r
ABSTRACT k.energiYa 0 13, NO-51 f a linear Clect-r'~)" beam- Tile
1961; Atomnay, h the b e an loading 0cb r, nk01 field produced I-)_y th- lance equati0a'
associated Wit sions for the f rom tile energy b
is purpose 'their express Lilts more s imply in traversing R -9ect ion
th a obtain'the same rosl an electron of injection'
present author acquired by of tile section tile time
la is derived for the energy he length I
A forMU ~,s ,, function of t ator the 1~cl~cjty of the electrons
,jectric field in t
of the accelerator i supplied to the a,coler the V
luencY power tile square O~ "Isity of the beams
the high frec city of the waVGsj the ratio 01 to the linear d - -
tile group Velo equOnr-Y power suPP'lied
accelaratOr to the high fr 621.384 . .62
U11)LG6?-1 -384..62_
1/2
ACC NR: API-056033
and the damping constant of the unloaded acceleratcor tuiya. it is sho-.m that the last
factor Can be neglected in practical calculations. A formula is derived for the
energy spread of the beam as a function of the ptilne duration and the other factors
mentioned above. The energy spread is mqx1miar, for a pulse duration close to
L(c - VVCV, Where L is the longth of the section, c is tile electron velocity, and v
is the group velocity of the waves, Mien the total charge in the pulso (rather than
thn charge density) is hold constant, the enorgy spread increases monotonically with
decreasing pulse duration. For injection of electrons into a storage ring, the energy
'spread can be significantly reduced W11.3n capture into the orbit take.1 place during a
time interval that is shorter than the pulse duration. A good spectrum can also be
obtained under conditions of considerable loading by cutting off the iaitlal portion-
of the beam with a pulsed magnet. The authors thank A.I.Zykav. G.-M.Tvanov and L.Aj,_
mJ-as-7p_nd_2
lhlakhonko for discussions. Orig. art. has: 10 for figures.
SUB CCDE: 20/
ATD PRESS: 5106
SUIL1d DATE: 13Dec65/
2/2
ORIG RV: 004/
OT~ REF: 002/

2o8o6
,z:Zoq, 11721 14YI- 3/138/61/ooo/oo2/oo2/oo8
Ii F-.5 ;L 00 A051/A129
AUTHORS: Nemtsov, M.S.; Shenderovich, F.S.
The modification of colophony for producing emulsifiers to be used
in the production of butadiene-styrene rubbers
MIODICAL: Kauchuk i rezina, no. 2, 1961, 4 - 11
TEXTs According to available literature data (Table 1) the authors con-
clude that resin acids containing conjugated double bonds have the strongest re-
tarding effect on the process of "hot" copolymerization of butadiene with styrene.
These bonds are thought to be the main reason for the disruption in the normal .
polymerization process and, thus, the cause of ordinary colophony being unsuitab3a
for technical use. The main task in modifying colophony is thought to be the re-
moval of the compounds containing the conjugated bonds. The two main chemical
transformations suggested for this purpose are hydration and disproportionation
(see scheme). Both pro~aes are based on the destruction of the conjugated dou-
ble bonds, either by the addition of hydrogen or as a result of its splitting-off.
The disproportionation differs from the hydration in the source of the hydrogen
used and the presence of compounds with an aromatic nucleus (dehydroresin acids)
Pard 1/8

2o8o6
S/138/61/000/00Z/902/008
The modification of colophony.... A051/A129
in the products of reaction. Extensive research was carried out in the Soviet
t4iion, in order to determine which of the two processes to use for the modifica-
tion process of colophony and the production of colophony emulsifiers fdr the Sl~
Industry. Hydration work was carried: out at the iYaroslavl' (Ref. 4) and Voroneih
(Ref. 6) SR Plants and at the VNIISK. DispropQrtionation was systematically car'-
ried out at the VNIISK and at the VNIINeftekhim. The present article deals with
the main summary of these works and the further methods for perfecting the devel-
pped processes. Several types of nickel catalysts were tested and the industrial
Oftickel on diatomaceous earth" used in the petroleum industry was found to t)e the
most active one. Certain relationships between the pressure of hydrogen and-the
rate of its absorption in the hydration of colophony on the above~-mentioned c7ata-
lyst were derived which led to the following conclusions: 1) The maximum quanti-
ty of the absorbed hydrogen irfareases with the pressure of the latter assumed to
be connected with the state of equilibrium. 2) The rate of hydration increases
proportionately to the hydrogen pressure (Fig. 1). 3) The stoichiometric differ-
ence in the experiment at pH2 = 12 atm between the residual content of the alletic
acids (2.4%) and the quantity of the absorbed hydrogen (0.42 moles to I mole of
acid) leads to the conclusion that at low pressures of hydrogen, simultaneously.
with the hydration on an active catalyst, the reactions of disproportionatton m~y
Cara V 8

20806
S/1381611000100VW21008
The mcdification of colophony.... A051/A129
take place at a sufficiently high rate.- 4) The harmful reaction of the*splitting-
,off of the carboxyl group, the specific gravity of which drops with an increase
in the hydrogen pressure takes place at a sufficiently high rate simultaneously
,With the hydration on the nickel catalyst. The consumption of the catalyst dut-..
Ing the hydration process was tested on two types of nickel catalyst, using.two
different methods of transformation depth control (Figs. 2, 3). The resiilt -s seen
On the graphs are explained by the fact that the initial colophony contains cata-
Zyti2 1fpoisons", which irreversibly block the active surface of the catalyst-ahd
'bring about the deactivation of a certain amourt of the submerged contact,* the
value of which depends on the concentration of the "poisons" in the colophony..
C6nclusions are drawn from the experimeatal results that the isomerization reac-
tions of the resin acids with the nickel contact do not catalyze, i.e., they ta~-:e
plaGe homogeneously (thermally). The average rates of reaction were determined
in order to establish the relationship of the hydration rate to the quantity of
the catalyst from the curves in the experiment wizh 2, 4 and 8% Ni-Cu'r of the
contact (Fig. 3, dotteO 'fries, and Fig. 4). The relationship was found to be
% = v (S a), where v is the rate of reaction, k - constant of the rate of-reac-
tion, S quantity of the submerged catalyst, % of the colophony weight, a-- the
quantity of the irreversibly poisoned catalyst (for the given case the value sare-
Card :1/3

20806
The modification of colophony....
S,'136/61/000/002/902/008
A051/A129 ..I
what exceeds 1% of the colophony weight). The relationships are thought to ex,
plaln the insufficient stability and relatively low production Indices of the ex-
perimental-industrial hydration of colophony at the Voronezhskiy zhirkombinate
(Voronezh Fat Combine). The authors conclude with respect*to the hydration proc-
ess that in the case of colophony it could be accompanied by reactions of dis -pro-
portionation If the applied catalyst has sufficient activity for this purpose.
In the case of disproportionation, "Ni on diatomaceous earth" proved to be ap-
plicable as catalyst yielding a product of reaction with a sufficient2,y low.con-
tent of abletic acids. Comparisons were made of the colophonies obtained duiing
the process of low-temperature ampoule copolymerization of butadiene with styrene
according to a trilon-rongalite formulation at the VNIISK. Obtained data showed
-that in the first approximation both methods give satisfactory emulsifiers to the
same degree. The initial non-modified colophony is unsuitable for the polymeri-
zation process. The quantity of nickel catalyst was found to have the same ef-
fect on tile disproportionation process of colophony as on the hydration pi~ocess,
i.e., at low,quantities of the egntact the rate of reaction is very low.- There
is a partial poisoning of the catalyst (Table 4) and substa7tial splitting-off of
the carbonic acid. A decrease in the specific gravity of the deca-rboxylation can
be accomplished by a thermodynamic shift to the left of the state of equillbrium*
j
Card 4/8

20806
3/!38/61/WQ/002/ooP,/oo8
The modification of colophony.... A051/A129
RCOOH Z2RH + C02, achieved by increasing the partial pressure of the carbonic ac-
Id. The large batches VNIISK-produced of disproportionated colophony on "Ni on,
diatomaceous earth" were tested and proved to be of satisfactory quality.' H6w-
ever, the disproportionation process on the nickel catalysts was considered un-
practical for industrial use, since this catalyst speeds up, in addition to the
main reaction, the non-desirable splitting-off of the carbonic acid with a loss
c6f 10% and more of resin acids. Palladium was tested in this connection to be
ased as a catalyst. Conclusions were drawn here that palladium Is subjected to
poisoning by the "poisons" present in the colophony during the process. The ap-
plication of the palladium catalyst was found to decrease the raw material losses
due to practle'al removal of the decar.boxylation reactions and is cheaper as a cab-
alyst. Experiments at the VNIISK showed that the specific activity of a unit
weight of palladium exceeds that of riickel by 450 times. There are 6 figures, 6
tables and 12 references. 9 Soviet and 3 English.
V-330CMION: Vsesoiuz.1--, nauchno-issledovatel'skiy institut sinteticheskogo kau-
chuka Irfi. S.-V. Lebedeva (All-Union Scientific Research Zristitute -of
Synthetic Rubber im. S.V. Lebedev)
Card r-/3

L-53955-6.5
ACCESSION NR: AP5017375 UkA610/64
. . . . ......
AUTHOR: Khoroshin, A. V.; Shenderovich F, -.0, 1Revitsov. H .8

t
TITLE: Viscosity of concentrated soap pastes,of dispro -d collodi
por ionat, on

SOURCE., Kauchuk i rezina, no.
79 19649' 21-23
TOPIC TAGS: thikotr6piclfluid,'fluid~viiscosity,--,:so~api *iscous, fluid i soditims-' -
co nd
MpOu
ABSTRACT:- A a tudy of the,thixotropia properties of:the.60diWa oalt:.of: dis
'
osity L of --
6olladion 'ooap-: pastas
proportionated collodion sho,~ed. that: the Via0
L
oan vary.substantially (four- to: fivef old), depending on the intensity of
:zixin&. In the machanical.mixiM of~atruetund coll6dion aoa' Paete.'L its
P
structural viscosit~r is broken down rapidlyi.restoration of - the a twuotural
soosity of the paste at the state of
rest oocursver7 slowly. . The
temperature dependenoe of the visoosity of the struotuied p~wte of tlie
j d
sodiun salt of dinproportionated, oollodion contalningL 24$ W-qter esoribed
A
by an aqua-kiono
Orig. art. has: 1 figure, formulas, 1 graph, 2 tables, I
1/2
Card

L-53985-65
ACCESSION NR f AP5017375-
ASSOCIATION: Vsesoyuznyy. iiauchno-issiedovatel,lskiy,inatittit sintetichieskogo.'.
kauchuka im, S. V. Lebedeva (All-Union Scientific Research; -Institute. of.,Synthetic*___
Rubber)

SUBMITTED: 00 ENCL: 06 SUB CODE. NT' ME.
NR REF
SOV: 003
:,OTHER.,

3,

2/2

A.V. ; SHENDEROVICH.,- F.S.; NENTSOV, M.-S.
ot concentrat-ed soap pastsb of disproportL'ura-Z-Ord
rosir.. Kauch. i rez. 23 nc).7.*21 23 J1 164. (RIPA 17~ 8)
.1. Vsesoyaznyy nauchno-issledovaAl tskiy iristitut, sintsti.-
cheskogo kauchuka im, SV. Lebedeva.

ON
13J5)

SerUey 7'etro-vich; SHENDEROVICH, I.L.2_. nauchryy red. i
KLII,I,OVIGIJ, Yu.G., rezr"~-M-Rj A,E~ tekhn6 red.
[Princip.~es of automatic and remote control in industry) Cs-
novy avtomatizatsii i telemekhanizatsii proizvodstva. Moskvg,
Vses. uohebno-pedagog. izd-vo Proftekhizdat, 1961. 382 p.
(MIRA 15:2)
(Autca,atia control) (Remote control)
I

I.g.
'Tide gauge for obaervationa in the apen son. TTUdy, 1TIrGW-
ne.6:93-110 158. (ml%~ 17-.2)
(Tid-s gaugcB)

S'FIMPAROVICH, I.M.; UKIAN, L.S.
Automatic bat,iome"er-thernobathypray)h. Tr---.dy 1111IGP? no.',:
116-121 '59. (MIRA 1)!5)
(Bath,-th,prmograph) (Bathometer)
0

SIMWER071CH, 'L.M.', PLAKHOTITIK, A.P.
Improved bpth7thermo,-raph. Trudy laIGME1 no.7:1,22-131 '59,
(YIRL 13W
(Bathythermograph)

~imawstov-, 1: 1.14.
Some results of sea tests of tide gauges designp,] for ase ii3 the
open sea (MM). Trudy IFIIGMP no.7:147-154 '5) - 09-R-4. 13!5)
(Tide gauges-Testing)

,5~20t-ROVICH, 1. M.
Tsunamis and mathods of recording them. Trudy NIIGIV do.3*'
55-70 '59. (MM 13:4)
(Tidal waves)

IZHMEROVICH, I.M.
Reaorders of long ocean waves; a survey of literature. Metetre
i gidrol. no.9.-44-48 S 160. (MM 1338)
(Waves) (Oceanographic instruments)

5HENDr-IROVICHI I.M.
Tsunami recorders designed by the Scientific Researcli Instit~qte
of Eydrometeorological Instruments. Biul. Sov. PO Beim U0.9;
'157-73 161. (MIRA 14:4)
(Tidal -waves) (oceanographic instruments)
%14

SIENDEROVICH, I.M.
Some methods for detecting tsunami waves. Trudy NIIW
no.9:90-96 ILO, (MIRL 14:7)
(Tidal waves)

Sh-1-21DE-ROVICH, I.M.; KIEBAN, L.S.; PL-A1,J1OTNIK, A.F.
Results of testing an improved bathythermograph. T~rudv
5
NIICR-1P xio.9:97-101 160. (MIRA 14:7)
(Bathythermograph-Testing)

f0*61/000/010/OM/OM
1044/1244
AUTHORS I Shenderovich.I.&-and Kleban,L.U,
TITLE: Trninnmi wave registration
SUMCE Leningrad. Nauohno-isEsledovatellskly institut gidrometeorologichookogo
priborostroyeniyas Trudy x~o.10. Hoacow.1961,110-120
T&V The measurement of tsunami waves is hampered by the fact thaV they
usually occur together with wind-swept and tidal waves, and these have to be screened
out. As yet, no instrilment exists for registering tounamis of catastrophic force. The
.pr-esent paper details a solut.Lon for tUs difficulty with an apparatus which cunsists
of two registrator8. The first one.operated by means of a floatjiegisters.small
tsunamis, wkile the second is hydrostatic and is activated automatically whenever
a large tsunami wave approaches. Both instruments have been tested, both in the
laboratory and at sea and proved to be satisfactory in all respects - they remained
waterproof, auccesufully screened out non-tsunami waves, and did not develop defects.
The hydrostatic registrator was devised so that it recorded surface movements of up
to 1009 cm. magnitude on a 100 mm recoraing band. A comparison between the two
instruments is presented. The instruments were recommended for use in the Far East
card 1/2

;3/778/61/000/010/901/001
1044/1244
'Twxumai wave rej;irjtrat:Lou
,at the SoViet Union., 7here are 5 figures and 2 tables.
I
jara 2/2 . .:
h
6 1.
!,R
-a I

SUENDERn"riCH 141.1
1
e~ , ---
, -s-ign of hydraulic s~,stems by the method of electrical analogies,
Dp 0
Trudy NIIGMP ro,10,121-145 "A. (I/JRA 15, 5) , .
(Hydraulic engineering--Electromechanical analogies) -
6

SHENDEROVICIJ,
Vibrotron- a new precision pressure pick-up. Priborostroenie no.7:11-
1,3 J-1 162, (MMI 15:7)
(Strain puges)

BELOT, V. B., goxiyy inzh.; ZHAVLYUCHENKO, A. I., gornyy inzh.;
KHUDYAFOV, M. Ya., gornyy inzh.;-5jEPE~ROVICR, I. M., gornyy
inzh.; SONKIN, V. Do, -Ornyy inzh.
Anchor bolting in hydraulic mines. Ugoll Ukr. 6 no.10:31-32
0 1632. (MIRA 15:10)
J~, ftrailaskiy nauchno-issledovatellskiy institut gidrodobyehi
uglya.
(Ponets Basin-Hydraul!Ld mining)
(Mine roof bolting)

0
'AccEssioN NR: AT4038815
S/2778/63/000/011/0106/0113
AMOR: Shenderovich,..J. M.; Kleban, L. S.; Timofeyev,' V. N.
TITLE: The GM-30 tsunami (tidal wave) warning device
SOURCE: Leningrad. Nauchno-issiedovatellskiy institut gidrometeorologigheskogo
pribDrostroyeniya. Trudy*, no. H, 1963, 106-113
TOPIC TAGS: meteorology, tidal. wave, seismic tidal wave, earthquake, tsunami,
tsunami detection
ABSTRACT: In previously published papers, a method has been developed for the Oe-:,
tection of tsunami waves arising against a background of tidal variations in the
level of the sea. This method is based on the fact that the rate of change in
level doe to tides (ebb and flow) and to tsunami waves is different. in order to
i determine these rates by means of the currently used sea-level recorder-(or float-.
ing tsunami recorder), the floating system of the latter converts sea level vari-
ations into displacements of a special mechanical carrier arrangement, the speed
of which Is measured according to the value of.the braking force of a piston'
traveling in a cylinder with a viscous -liquid. This method of speed measurement
wa!; chosen because these speeds are very small In terms of absolute magnitude and
are 4?eroximately equal to 0.5 mm1min for tidal variations and 3-5 mm/4nIn for
Card 73

ACCIESSION NR: AT4038815 A
tsunami waves. Maximum and minimum rates and periods of tidal- and tsun;.1ml-:caused
Sea level changes are discussed in the article and tables are given illustrattrig
tho maximum (and minimum) numerical values of tidal speeds at installation sites
of sea level recorders and the ratio of level variation rates as caused dy ebb
and flow and tsunami waves for various ranges of level measurement. A method is
also described for furnishing warning signals rega "-ding the approach of tsunami
tidal wave recorders and sea 1,evel
waves to the installation site of tsunami or
indicators. The operation of this device is based on measurement Qf the speed of
Movement of a carrier which is rigidly connected with the movement of thefigating
wheel of the sea-~level recorder (or floating tsunami recorder) which records the
sea level variations. When the level va.riations are of tidal origin, the carrier
movements are slow, whereas with the advent of tsunami waves the movement of th is
carrier arrangement is accelerated, this fact being determined by means of a
i special device pictured and described in the text of the article, along with an
explanation of its electrical circuitry. In order to achieve uniform speeds in
the movement of the tsunami indicator, the floating wheel of the sea )eve) indica-
tor was uniformly rotated by means of an SD-2 synchronous motor (2 rpm), with
rubber washers of different diameters placed on the shaft of the motor in order
to ensure the necessary speeds of carrier displacement (15-mm washer to simulate
11slow tsunami waves" at 2.4 cm1min; 5-mm washer to simulate 11rapid tides" at 0.8
!.Card,.

'ACCESSION NMI AT4038815
cm/min; 9-mm washer to simulate "intermediate speeds of level variation" at 1.4
cm/min). The results of laboratory tests using this type of sat-up are described
in the artlele. orig. art. has: 4 figures, 3 formulas and 5 tables.
ASSOCIATION; Nauchno-issiedovateliskiy Institut 91drometeorojogicheskogo priboro-,
stroyeniy4, Leningrad. (Scientific Research Institute of Hydrometeorological
Instrument Bull4ing)
SVBMITrED,*, 00 OATE ACQ; 12Jun64 ENCL: 00
SUB CODE; NOFEF SOV: 004 OTHER: 000
cord 3/3

I.M.
The v-11brollron. a wire pressi-e tre-nsducd:. and -its use im fhit! mwitifacture
of by-dr--r--.ecrclrgical inst-rumenta. Tr,_,Etr NII%iP nc;.11,174-283 16-2.
Ok",Lpu..

2763:4-65
~ACCESSION NR: AT5001379
:unaffected by changes in-the surrounding tem 6rature..because there is a~ trmperature.il:,;~---,'.~'-~,,-~,-~.-.'-
W
:compensator. The instrument sits'on a cas.t base 'L The sylphon 2 is - attached to
the outer side of the base. The linear movement of the bottom 3 of.the sylphon,
:caused by.a change of sea.level, is transformed into rotatio'nal-movement of the
!axle 4 by a rod 5 attached to the bottom of the _s y1phon on the inner 6 ide and a
plate 6 attached to the axle. The Axle carries-a bimetallic curved piece to which
is attached an indicator 8 with a pen for recording on"the paper'on the,drum 9
with a daily or weekly clock mechanism. The rod issupported by a bushing 10..
~The mechanism ensuring recording of sea level,-minus the initial depth:of the
instrument, consists of a special nut 11, a locking/checking device and support,12,
band other components. The,apparatus is kept air- and.,watertight by.'a,protective
.,housing 13, bolts 14 and nuts:15.:lInfluence.of.wind 'wives.is-excluded-by damping...
'The apparatus weighs 10 kgIand measures 350 - x~ 220. x200 mm~ "The time's riequired for:~.*
initial setting up of the gage does not exceed 30-40 minutes.--. teifts-Iii the White.~.~
and Baltic Seas have demonstrated the d'
.goo operating qualities of the.gage'. The
GM-28 is now in production. "The authrars wish to think A. S. Pchelkin, V. M.
Nikitina and M. A. Molochnik, specialicts at-the Nauchnoa-issledovatellskiy
institut gidrometeorologicheskogo priborostroyeniya,(Scie -ntific research institute
of hydrometeorological instrument making) and A. A.-Farikh and I.' A. Yel'tsova
specialists at the Rizhskiy zavod gidrometeor6kdgicheskogo priborostroyeniya
I Card 2/4

(N) L 4012-66 A(h ;?TC(M6
CESSION NR: AP502hhO8 U 6
AC
AUTHORS: P~gandopulo, G. KS; Zudova, L. A.; Shenderovich, 1. M.; Volkoval
5-5, 5s-
'TITLEt Attachment for ater level recorders. Class h2,_'__-_ ` 5-430
No. 1~
SOURCE: Byulliatent izobreteniy i tovarnykh znakov, no. 15, 1965, 88
TOPIC TAGS: liquid level instrument, remote control stem
ABSTRACT: -This Author Certificate presents an attachment for 7iater level
frecorders, containing an electric current source, a device for obtaining heteropola~
ielectric signals obtained as a result of a change in the monitored level, and a
'double lead communication line. To increase the reliability of remote control,
:the limiting resistance of the electric current source is shunted by a normally
open contact unit which closes at a predetermined level (see Fig. 1 on the Enclo-'-
4
Isure). Orig. art. hass 1 diagram.
1,ASSOCIATION% Nauchno-issledovatellskiy institut gidrometeorologicheskogo
al Inst
I.priborostroyeniya (Scientific Research Institute of Hydrometeorologic ruii~nt
iManufacturing)
uDc: 681,128.6:
113

1 981 -66 MIT(l).
9 ... ...... .
ACC NR3 A'j:.50Z,&095 UR/2778/65A00/014/0010/0015i I.
AUTHOR; Kleban, L.S.; ~hS2Le:~,ovi
TITLE; Large Volume water Sampler
SOURCF: Leningrad. Nauchno-issledovatellskiy institut gidrometeorologicheskogo
priborostroyeniya. Trudy, ni~.N. 1965,
TOPIC TAG graphic instrument,
S: ace sea water)hydrology
ABSTRACT: The authors de cribe. the design and operational characteristics Of a large
ea wate.r. .4mmPAr-r. GM-42.1The development was done by the instrument division of the
NIIGMP, wi
th the a4 producing a fairly large (54 liters) water sampler causing no~'
sample contamination.and having good operational suit ability. The sampler is essential
ly a horizontal stainiiss steel cylinder with an external closure system. A general
view is shown in Fig.1, Enclosure 01. The sampler passed acceptance tests in the Cas-
pian Sea. The orig. art. has% 2 figures,
ASSOCIAT2;: N11GMP
SUBMITTED: 00 ENCL.; 01 SUB CGOE:
NO REF SOV.: 001 OTHERt 002
(18)
Card,: 1/2
7177 1,,

L qm~66 Eytr~i
ACC NRt AT5022099
UR/2778/6
12
AUTHORt Kleban, L.S.; Shen erovichl I.-M.,/-
TITLE: Low inertia thermal sensor for manometric thermometers
SOURCE- Leningrad.._K4Mchno-iAsle
priborostro
yeniya. Trudy, no. 14, 1965, 109-112
TOPIC TAGS: Thermometer, temperature pressure transducer, manometric thermometer
ABSTRACT: The authors discuss and evaluate a new design for a temperature-pressure
transducer suitable for oceanographic applications and previously described by then
in detail (Avtorskoye svidetel'stvo No 159309, Bull. Izobreteniy, no. 24, 1963). In
this concept, the sensor liquid (e.g. toluol) occupies the volume between two coaxial
metal tubes, instead of the conventional capillary tubing. The instrument has & Such
lower time constant than the conventional design. The orig. art. has I figure, I tabl
and 6 formulas.
SUBMITTEDs 00 ENCL.: 00 SUB CODEs 451
NO REP SGVt 004 0TMz 00
H UL)
ASSOCIATIONI N1MMP
Card -1/3.

ACC "'I"AT7001810 SOURCE CODE: Ull/2778/66/000/015/0040/0058
AUTHOR: Shenderovich, 1. M.
ORG: none
TITLE: Errors in measuring hydrometeorological elements represented as random
functions (review article)
SOURCE: Leningrad. Nauchno-issledovatellskiy institut gidrometeorologicheskogo
priborostroyeniya. Trudy, no, 15, 1966, 40-58
TOPIC TAGS: hydrometeorology, error measurement, hydrometeorological
element, hydrometeorological element measurement error, measurement error,-
4 error, random function measurement
ABSTRACT: The author discusses the computation of errors arising in the
=easurement of hydrom et eoro logical elements when the latter are represented
by random functions. Errors in measurement are computed which are a function
of the characteristics of the measurements made (instantaneous or average values),
the characteristics of the equipment used (inertial or noninertial), and thd
gharacteristics of the random process employed (structural or correlational
LC 1/2

ACC NR: AT7001811 S /015/0059/0065
OURCE CODE: UR/2778/66/000
;~;-'~-~"'-ATJTHOR: Sheaderovich, I. M.
ORG: none
TITLE: Effect of instrumental inertia on the accuracy of determinating the mean
values of a measured parameter
SOURCE: Leningrad. Nauchno-irsledovatellskiy institut gidrometeorologiche skogo
priborostroyeniya. Trudy, no. 15, 1966, 59-65
TOPIC TAGS: error measurement, measuring instrument, measurement accuracy,,
inertia, inertia effect, instrument inertia, mean value, inertia instrument
ABSTRACT: Computations are made of the errors arising in the measurement of thrz
mean value of a parameter when inertia instruments are used. The dependence of
the averaging interval on the coefficient of inertia of the instrument and the statisti-
cal characteristics of the medium is determined for a given error in average value
measurement. Orig. art. has: 25 formulas. [Translation of author's abstract)
[SP]
SUB CODE: 12/SUBM DATE: none/ORIG REF: 010/
Card 1/1

A' ITHOR: 3henderovich, T.Z. SOV-128-58 -5-11/16

TITLE: A Pouring System for Castings on Pusible !0.*o,,Iels (Litniko-
vaya sistema dlya otlivok po vyplavlyayemym mode lyam)
PEHInDICAL: Liteynoye proizvodstvo, 195Q, Nr 9, p 23
ABSTRACT: A ring collector on which the casting models are mounted is
described. The feeding of me tal to the molds is Pimplified
by this device.
There are 2 photos.
1. Metals--Casting
Card 1/1

ZHEBROVSKI-Y, V.V.- LIVSHITS, Kh.M.; SHENDEROVICH, L.I.
Lacquers and paints from modified epoxy resins. Report No,l,
Preparation of epoxy esters from epoxy resins and fatty acids of
vegetable oils. Lakokras. mat. i ikh prim. no.5:11-15 161.
(MIRA 15:3)
(Protective coatings) (Paint materials)

SIE-I'ML-ROVICH, L. ~ M~. :1 Doc bled Sci (diss) -- "Imateri al on the historv of Soviet
neuropathology;'. Krasnoyarsk, 19508'. 20 pp (Tomsk State "IMed Inst), 250 copies
(KL, Nlo 6, 1959, 141)

I'iFiN'l -~ I Yej. -.:. . inzl, ; - .. .- - , : c : r~.. ;.,~! ll-~, ,
. a ~ ~, - I V -1 . ;- -,,. ... -;~. - .. . 1. - 6-
1'r- !'r~,r ff~un: ;fig ~ i~rltnilljrn -ast 'rewn. '~a a h I t ro e r,.i e
I ~ La - I I
nc , 0. 63-65

fir :'Z!; u., II a.,j r, n o r 1. rsu vo rt i cs
;-;nor

Pa-~'rllnability of magnesium cLnd ma2leable cast Iron. Mashino-
atroenit- no.L-j5-4:7 N-..,*) '~,L (mlRA 18,2)

SHENDEROVICH, M.B.2 LERNER, Yu.S.; RUDENKO, V.A.; KLIME-NT'YEV,, I.D.;
NLEV, IT.A.
Magnesium cast iron-castings for agricultural machinery. Lit
praJ.zv. no.1:35 Ja 165. (MIRA 18:3)

J I, zli.
'ILI.S. , li-1~11. , SIEN-DEROII:CHt 14.1 'L .
. ~ I ------- ~ I I
.1 jj*gjj I)-' !:7i(~i; and toughw-5s.
Pre:)a-r-rcr magrie3i-Lur ca-~", ir!)rl ~,il," ~a -- ",r
A -
no.1-.4;----48 (MILRA 13:40

'~~i n f i s -- g~ li i~ vs
bl-r fOr
zhiur. 43 no.7:1087-109-9 t 64.
L I c- - A
'D,,9t, wiLaa of ll~,,-irobiolog Pard
Phuto.g-a-phy, Academy of of ti--r.

WOUINA, F.Ya., kandidat meditsinBkikh nauk; SE3NDIROVICH, M.M.
Ikaluating pains in the cardiac region in determining working
capacity., Sov.med. 20 no.6.-29-36 f56. (KIBA 9:9)
1. Iz Noskovskoy bolinitay ekspertizy vremennoy notrudosposobnosti
(glavnyy vrach A.T.Korshmnov).
(ANGINA PACTORIS, differential diagnosis,
chest pain, determ. of working capacity in(Rus))
(PAIN,
chest pain, determ. of working capacity in (Rua))
(WCRK,
capacity, determ. in chest pain (Rus))
(THORAX. diseases.
same)

USSR/Medicine.- Dysentery J"/Feb 50)
Metaplasia
,"'Myeloid Metaplasia, in the Wall of the Intestines$
'Lynph Nodes, and Spleen in Cases of Bacillary Dys-
entary," M. Ya. Shenderovich, Chair of Pathoanat,
Leningrad Sanitation and Hygiene Inst
"Arkh Patol" No 1. pp 89-0,4
Finds in cases of bacillary dysentery Eccumulationsi
6f cells in intestine 'wall which can be defined
as myeloid metaplasia. Most of them are found in
submucous region, especially in cases showing
toxic changes such as occurrence of fibrin and
'b
N 162T74
I
USSR/Medicine - Dysentery (Oontd) Jan/Feb 50
edema. They are found before 10th day of disease
and do not depend on character of colitis or age
of patient. Wher. myeloid metaplasia, is present
in intestine wall there is corresponding change
in lymph nodes though there is no direct correla-
tion in degree. Myelosis of spleen pulp was also
observed frequently in all phases of fatal dysen-
tery, although there was no strict parallel be-
tween it and myelosis of the. intestine wall.
Chief. Chair of Pathoanat% V. C. Tsinzerling,
Corr ~em, Acad Med Sci USSR.
162T74

SHENDEROVICH., M.Ye., inzh.
Folymeric materials in the building of passenger cars. Zhel.
dor. transp. 46 no.7:45-48 Jl 164. (KRA 17:8)
1. Clamyy konstruktor vagonostroitellrogo zavrda J-m. Yegorova,
Leningrad.

riterrel all-ior, f -e,-i?j.ratrTT a. nd enteric virusez ilrvler natur7--! c-c-r-,litions
for the Ist ~-c-:.cress on ie,--iratcn.~ Tr.,~ct 5iFe!az-ec ,..f
a~ i, -s- a! f-rn~ i,-.. Prr-L-ues, 'u7ecb. 2'1-27 9
. .1 cket4 - - . .

"~~TLL ISKAYA I L. Ya.; FAitl I-LAII [~eang I-.1ang I,;. sli-.-,~DEhovich S. F.
.1
Culture properties of the ECHO virus 28, the pathogen o--f' diseases
resembling influenza. Vop. virus. 6 no.5:623-625 S-0 ' ~113A 15:1)
1. Institut virusologli imeni D.I.Iyanovokogo U'21 SSSH: Moskva.
(VMUSES)

Z4MMISL4YA, L.Ya.; STUIDEROVICH, S.F.; SUKFAREVA, M.Ye.; ZLATKOVSKAYA, N.M.
I
So-called neuroinfluenza in children. Sovet. med. 26 no. 5:
64-71 I-VI63 (MIRA 17:1)
2
1. Iz kafedry pediatrii ( zav. - deystvitelinyy chlen A1411 S8SR
G.F. Speranskiy) TSentrallnogo instituta usovershenstvovaniya
vrachey i Instituta virusologii imeni D.I.Ivanovskogo (dir.
deystvitelInyy chlen MIN SSSR V.M.Zhdanov) MIN SSSR.

SOOMIA, M.Ye.; ZLATKOVSKAYA, N.M.; ZAKS17,L'SKAYA, L.Ya; $MMOTICHS.F.
Combination of virus infections. Pediatriia 42 no,5:9-15 Ify'63,
(MIRA 16 :11)
Iz-infektsionnogo otdela kafedry pediatrii (zav. deystviel.1-
nyy chlen AIAN SSSR, prof. G.N. SperanEkiy) i Instituta v:Lruso-
logii (dire. - deystvitelInyy chlen ANN prof. V.M.Zhda-nov-) AW
"53$R.

lv~

SAKHARNOV, A-V-; 130GATMV, P..M.; SUNDEROVICH, S. I.
Method*e for the depheno lization of waste waters. Lakokras.mat-i
ikh prim. no-5:37-40 160. '(14IRA-13:11)
(Sewage-Parification) (Pheno.1s)

VERQVJfa,--V.A.; BLOSHANSKIY, YU;M6
GQLOSOVA, T.V.-, VEDIMINA, Ye.A.; Sfg4
Antibiotic decont-%mination of staphylocococcal carriers. Antib~btiki
6 no.2:143,-la F t61. (MIRA 14:5)
.1. Kafedra mikrobiologii (zav. - cblen-korrespondent AMN SSSR ptof.
Z.'V.Yormoltyeva) TSentrallnogo institu a usovershenstvovaniya - .I
vradhey, rodillnyy dom No.26 Leningradskogo rayona Moskv7 (glavnyy'
vrach Yu.M. Bloshanskiy).
(ANTIBIOTICS) (STAPHYLOCOMAL INFECTIONS)
(INFANTS (NEWBOM)-DISEASFS)

VEDW41TAt Ye.A., GOLOSOVA, T.V.; SHENDERUVICH, V.A.
7
Biological properties of pathogenic staphylococoi isolated from
persons employed in a matunity hospital. Lab.delo 7 no.7:48-51
J1 461. (MIRA 14:6)
1
:L. Kafedra mikrobiologii (zav. - chlen-korresponderit AMN SSSR proc~-
Z.V.Yermollyeva) TSentrallnogo instituta usovershenstvovaniya
Ifrachey., Moskva. (STAPHYLOCOCCUS) ...,

GOLWOVA
T.V.; VEWMINA, Ye.A.;
Study of the antibiotic sensitivity of pathogenic staphylococci
isolated from the medical personnel of a-maternity home. Antibic~tilk-~-
6 no.10:942-945 0 161. (MJ3k;'l4:1-2)
it. Kafedra mikrobiologii (zav. - chlen-korrespondent AT-It? SSS4.pror.
Z.V. Yermollyeva) TSentrallno o instituta usovershenstvovani* vra'dhey.
(STAPHYLOCOCOUS) ~~NTIBIOMS)
(MATERNITr HOICS)

COLOSOVA, T.V.; SHENDEROVICH, V.A.; VEDIMINA, Ye.A.; BLOSIWT.SKIY, fu.M.
Control of pathogenic ijtaphylococ~!al carrier state. Zhur.mikxobjo2,,
epid. i i=mm. 33 no.3sll8-122 ~Lr 162. WIRA 15:2)
1. Iz TSentrallnogo instituta usarvershenstvovaniya vrachey i rodilInago;
doma, No..26 Leningradskogo rayona. Moskvy.
(STAPIMOCOCCAL DISEASE)

Y~104QLIYLVA, Z.V.; GOLOBOVAI T.V.; WDIMINA, Ye.A.; SMENDEROVIClil V.A.;
ZIIUKOI/Syjtyjl.l N.A.
Use of lysozyme in curing carriers of pathogenic Staphylococci
Antibiotiki 7 no-4:359-361 Ap 162. (MUPt 15:3)
1. Kafedra mikrobiologii TSentrallnogo instituta
usovershenstvovaniya vrachey.
(LYSOZY14E)
(STAPHYLOCOCCAL DISDISE)

unci i.!la:,e
1) 4 k; C)
V r 1 1 ~Z s
c j-, sav.
1-,~ lurc
I '--'~-entra Inogo,
v r I C: ki.," va.
in.

GOLOSOVA, T. V.; VEBMTNA, Ye. A..: SHENDEROVICH, V. A.; ANIKINA, T. P.
"The biological properties of pathogenic staphylococci of different origin and
the means of control of carriers of pathogenic staphylococci."
report submitted for Antibiotics Cong, Prague, 15-19 Jun 6h.
Microbiology Inst, Central Postgraduate Medical School, Moscow.

GQLOSOVA, T.V.; SKURKOVIGH, G.V.; SHENDEROVICH, V.A.; ANIKINA, T.P.
I,Ysozyme titer in patients with various ollorhino]Aryngological diseases.
Antibiotiki 10 no-5-447-450 MY 165. (~n FA :L&O-
1. Kafedra mikrobiologii (zav. - deystvitelinyy chler "IN SSSR prof.
nS4V'CFV
Z.V.Yermollye-,.ra) TSenf.rallnogo instituta usovershe t aniya
vrachey i 36-ya Gorodskaya bollnitsa (glavnyy vrach S.V.Karpovskaya).,
Moskva.

L ~~23o-66 -;w(1)/EwA(j)/EwL~b)-2- JK
SOURCE COUE- V111,10291/65/010/p9/0856/0859:
ACCESSION Nkl. AP5b25978
AUTHOR-.- -Shenderovich, V.A. Skurkovich,
-G.- V.; olosova, T
32.
ORG- Laboragory of New Antibiotics 4D7 epartment of Microbiology, Central Institute
for Advanced Training of Physicianaiaboratoriya novykh antibiotikov kafedry
mikrobiologii TsentrOnojT~tituEa usovershenstvovaniya vrachey); 36th City Hospital,
Moscow (36-ya Gorodskayabollaitsa)
TITLE: Experimentdl study of lysozyme and ecmonovocillin aerosols-
SOURCE: Antibiotild, v. 10, no. 9, 1965, 856-859
TOPIC TAGS: aerosol-, antibiotic, respiratory drug, respiratorysystem &-sease
ABSTRACT:' The possibility of using eemonovocillin and lysozyme in the form of aerosols
wash investigated by studying the concentration of both substances in pAlatine tonsils,
adenoids, wa.shings from the nose, and blood serum of patients dfter aerosol administra-
tion.- Lyqozyme- was found in high concentrations (0. 34 - 2. 0 mg/ml) in the lymphold
UDC d5~779.935-0b2
Card 1/2
---------- 0 9,r1 3

V-4-4 SKURKOITICIi, G.V.- DOLOSOVA, Lcr~,Ev.4, R.A.
Therapeutic use of thm a.-,rosols ly-sozyme Pnq e=onovcrQilU-n,
Trudy Mtt 80:90-92 165. Ism)

SUNDEROVICH. V,Y., inzh.
I C. .. .. . . .. ..
Lovel regulator for slag clambers of boilers, eq%ippea with liquid
slag removal. Alek. sta. 29 no-7:77-78 J1 '56, (MIRA 11-10)
(Boilers)

SMOEROVICH V.1f. inzb.
Automating the temperature signaling pi7otection.in a boiler
department. Energet-ik 9 no-5:14-17 MY 161... WIDA 14:5)
(Boilers)
(Automatic control)

SHEIMEROVICH - V. N. _ inzh.
Electronin device for signaling the Water level in a boiler.
Energetik 9 no.8.6-8' Ag 161. OMA 14:8)
(13oilerg-Safety. appliancei) (LiquId level indicators)

,SHEIZERQVICR, V.11,, inzh.
Redesigning of a boiler feeding system. Energetik 9 no.9:
S 161. WR~ 14:9)
(Boilers) (Feed water)

TURUBMi~, A.L. SHENDEROVICH, V.N.
,Afttomatic distribution system of combustion products among regenerators
pf an open-bearth furnace. Avtom. i prib. no.1:8-12 J,&-bfr 163.
(MIRA 16-3)
1, Zaporozhskiy filial Institu-ta, avtomatiki Pridneprovsk6go soVeta
;iafodnogo khozyaystva.
(Qpen-hearth furnaces) (Electronic control)

L 07183-67
ACC NR. AP6013302 SOUM CODE. UR/9413/66/0-00/~W/0097/0097.6
AUMORS:--Shinkarenko, V. L.; Sfienderovich, V. N.
i7
ORG: i1ohe
TITLE: Reversible decade counterP Class 42, No. 180653 &mounced by
ZapoEmMe Branch-of Institute of Automation-(Zaporozhakiy. filial institUta
Uto'matiki7--
SOURCE., Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 0, 19669 97
TDFrG T-AGSs electronic counter, trigger circuit
ABSTRAQT; This Author Certificate presents a reversible decade counter containing
triggets and transfer gates whose control inputs are connected to the addition and
subtraction buses. To increase the resolving power of the counter, the carry and
botrow.outputs of the first trigger are comected to the one and zero set inputs of,
the fourth trigger and through gates to the counter input of the'secdnd trigger
(see Fig. 1).- The control inputs of the gates are connected to the outputs of the
fourth trigger.
Card .142
W: 681.142,

L 0718S-67
ACC im: AP6613302
Subtraction bus
ro
Addition bus
Fig..l. T 1-T4 triggers; B1-B2 gates.
40rig'.- art. has: I diagram.
SUB 'CODE.- 09/ SUBM DATE: 29mar65
Card 2/2

TYUTYUHNIK, Yu*F.; 6HENDEROVICH, Ye.ye...
Eacent-ric device for determining ground diBtances of roads. Geod.i
I~art. no.6.-56-66 je 161. (MIRA 14:6)
(Distances-l-leasurement)

!JP(c) P2,/GG
"~C_C__NR_:-AP6006387 SOURCE CODE: UR/0413/66/0001002/0118/01'LB
1N,VENTOR: Staros, F. G.; Berg, I. V.; ~reynin, S. I :Lashevskiy, R. A.;
:1
Maksimov, M. N.; Tamarchenko N. G. Shenderovich, Yu. I ~evp e M. L._, V
_Bekker, Ya. M.
ORG: none
)-.ki
TITLE: Storage device'. Class 42, No. 178178
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1966, 118..
TOPIC TAGS: storage device, computer circuit, microelectronic device
S
ABSTRACT; The proposed sto;age device (~ee Fig. 1) utilizes multiple-aperture
ferrite plates and contains number plates and a decoder vlate. To facilitate
manufacture and microminiaturitation of the device, the number conductor, which
Is printed on the number plate, is connected to a conductor passing through the
Card 1/2 UDC: 681.142