SCIENTIFIC ABSTRACT MESYATS, G. A. - MESZAROS, E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033710015-0
• 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

!ACCESSION MR: AP4041026
I
!with a drop in the input-pulse front duration, which is connected
,with the rate of increase in the ferrite magnetic field intensity.
jorig. art. has: 3 figures.
!ASSOCIATION: Tomskiy politekhnicheskiy institut (Tomsk Polytechnic
~Instituts)
SUBMITTEDs O9Jul63 ATD PRESSs 3068 ENCL: 00
ISUB CODEi SC NO*REF SOVt 002 OTHER 001
Card 2/2

ACCESSION NR; AP4041027 S/0120/64/000/003/0110/011Z
AUTHOR: Mesyats, G. A.
TITLE: Matching artificial and natural lines for short-front long-duration pulses
SOURCE: Pribory* i tekhnika eksperimenta, no. 3, 1964, 110-IIZ
TOPIC TAGS: pulse work, short front long duration pulse. artificial line
ABSTRACT: Pulses with a 11T" -sec front and 10-6-sec duration are often
desirable for testing dielectrics, semiconductors, plasma. etc. A junction
between an artificial line and an r-f cable is suggested by the author an an
efficient device for producing such pulses. However, the device adds a spike to
the desirable pulse shape. To eliminate the spike, a series RC-circuit or a
parallel RL-circuit is suggested as an intermediate element. Oscillograms of the
pulses obtained from a 4-section line matched to the RK-3 cable are shown.
Orig. art. has: 2 figures and 10 formulas.
ASSOCIATION: Tomskiy pol.itakhnicheskiy institut (Tomsk Polytechnic Institute)
SUBMITTED: 19jun63 3MCLs 00
SUB CODE: -ZG NO REF SOV: 004 OTHER: OOZ
"tard-

BAKSHT, R.B.; MZSYA-AJ, G.A.
Circuit with ferrite parts for the generation of high-voltage
nanosecond pulses. ?rib. i tekh. eksp. 9 no.32108-110 MY-Je t64
(MIRA 18-.1)
1. Tomakiy politekhnicheskiy institut.

MESTATS, G.A.
Matching of the artificial and natural linae for generating
long Pulses vith a short front. Prib. i takh. ekap. 9 no.39
L10-1-12 My~e 164 (MIRA 18:1)
1. Tomakiy politekhnicheakly institut.

L~-1107a-66
I

Ammsim NR: APW38649 S/0109/64/OD9/005/0882/OW7
AUTHOR: Mesyats,, G. A.; Usov,, Yuo Pq Korshuncy, G. Be
TITIF,: Investigation of the spark lag in Irrad:.ated gaps for use In nanosecond
pulse work yo
SOURCE: Radiotekhnike I elektranika, Y. 9, no. 5. 1964, 882-887
TOPIC TAGS: spark gap, spark lag, Irradiated spark gap, pulse work,
nano6econd pulse work
ABSTRACT: Re C. Fletcher's Investigations (Phya. Rev., 1949, 76, lo, 1501)
were continued with a view toward using the results in nanosecond pulse work.
Fran a surge generator with a sealed gap K (see Fig 1 of the Enclosure), pulses
were applied to an auxiliary 0-5-mm gap G whose spark irradiated the main gap 0.
The latter vae either of an open type or a qwu-tz-vindow sealed type (at 360 tor4
A positive 15-kv peak van used in all the experiments. The Irradiation tim was
varied by altering the length of the Ga supply cable. The effect of the inten-
sity ad time of Irradiation on the 20-9-sec-front-pulse lag was studied. Also,
Ccd

AccEssiou HR: AM38049
the effect of the electrode shape and pressure on the apmrk-f tion time
vau investigated. A multigap delay system is suggested for h-v pulse vork.
Teats with a 5-gap, 15-kv system showed that, vith 2-m-diameter electrodes and
166-pf capacitors, the tIme lag could be continuously adjusted witJdn 60-1,,000
nanosec. Orig. art* has! 5 f1gures, 5 formul". and 2 tables.
ASSOCIATICH: none
suaqrmm: 14mar63 LMUL: 01 SUB CCDEt EG
rio jw sov s oo6 arms 003
Card 2/3

ACCMICH Us Ap403W49 SCLOStUt oi
Starting cath.-ray awe.
Fig- L Exparlmental hookup for stuAring tbA
eff6cU at irrMiated-gap spark Ing
D D - capaeltlve d:Lvlders; K - coaxi&L chmber;
2j;;xf
Zr,~GordbM ooc:Lllogmlpb
0=4 3/3 k

ACCESSION NR: AP4042938 S/0057/64/034/008/1476/1481
AUTHOR: Kassirov, G.M.; 1!!s _A#.-d.A.
ya
TITLE: On the breakdown mechanism of short vacuum gaps
SOUZXZ: Zhurnal tekhnicheskoy fiziki, v.34, no.8, 1964, 1476-1481
TOPIC TAGS: spark Ignition, electric breakdown, vacuum breakdown
ABSTRACT: The experimental work of G.M.Kassirov and B.M.Koval'chuk (ZhTF 34,No.3.
1964) on the pulse breakdown of 0.1 to I mm vacuum gaps has been continued. New ex-
perimental results are reported, and the earlier results are reviewed. The salient
experimental facts adduced are the following: 1) There is a delay of 5 to 30 nano-_
sec between application of the pulse and initiation of the breakdown. This delay
time increases nonlinearly with increasing gap length and decreases with increasing
overvoltage. 2) After initiation of the breakdown, the gap potential falls approxi-
mately linearly to zero over a decay period of 3 to 40 nanosec. The decay period In-
creases with increasing Cap length, and It also Increases with increasing overvol-
tage. 3) The line" decay of the gap voltage is Interrupted In the case of the lom-
er gaps by fluctuations which, in the case ol the longest gaps, "sum an alawat ov-
1/3

ACCESSION NR: AP4042938
cillatory character with periods from 5 to 10 nanosec. The work of A.Maitland (J.
Appl.Phys.32,2399,1961; Brit.J.Appl.Phys.13,122,1962) on pitting of vacuum gap elec-
trodes is reviewed briefly. An attempt is made to provide theoretical explanations
for the experimental results described above with the aid of concepts derived from
Maitland's findings. To explain the delay time, the authors assume that Maitland's
electron beam issuing from a "micropoint" on the cathode has reached its critical
intensity by the time the pulse has risen to it~ maximum, and they calculate the
time required for the beam to vaporize a portion of the anode and eject a puff of
anode metal vapor. This time they regard as the delay time. For gaps of 0.3 mm and
less the calculated delay times are of the same order of magnitude as the observed,
and they behave similarly with varying overvoltage. For longer gaps the observed de-
lay times are much longer than the calculated. The authors suggest that in these
cases the electron beam does not reach its critical intensity at once, and that the
time required for the development of the beam must be Included in the calculation.
The explanation of the transition to the arc discharge (decay time) Is more involve(L
The suggestion of U. and A.Goldmann (Compt.rend.Acad.Sel.255,23,2654,1961) that the
transition occurs when metal vapor traverses the gap as a result of its explosive
ejection from the artade to untenable, for the Vroc*4s to too slow. tons, an the oth-
er hand, traverse the gap in a time much shorter than the observed decay times* The
2/3

ACCESSION MR: AP4042938
authors suggest that when Maitland's electron beam ejects a puff of anode metal va-
por, some ions are formed and a narrow conducting channel results. It is assumed
that this channel somehow stimulates the development of other electron beans in its
vicinity. The process then continues as a chain reaction and thus accounts for the
fluctuations of the electrode potential during the decay period. When the overvol-
tage is increased, the electron beams become narrower and produce smaller electrode
pits and fewer conductive channels. More channels are then required to lower the
gap potential by a given amount, and their production. requires sore time. Orig.
art.has: 10 formulas, 3 figures, and 1 table.
ASSGCAATION: Tomskly politekhnichookiy Institut in.S.NLKArova (Tomsk Polytechnic
Institute)
SUBMIT7ZD: 06Aug63
ENCL: 00
SUB C(30Z- 99 NR B" SOV: 010 OMR:009
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I_~F'Ysr'q
EWT(1) - IJP(C-)
ACCESSION fiRt A?5000839 S/0057/641034/012/215312135_
.uum Yoroblyev, G. A.1 CqAya*k1Z# -A. - 1. 1 14f eyats. 0. -A,
:_TITLES ~- 'Investigation of the effect of rVepaure on the process of
.4onductivity rise of sparks in various gas*#
SAURCE? Zhurnal tekhnich*skoy fittki, v. 34, no. 12, 1964, 2153-2155
TOPIC TACSt spark, electric spark, spark conduc 94 tric spark
conductivity, spark conductivity pressure dependence, gas filled apark
RAP
ABSTRACTt Experimental da-ta are given on-the affect of pressure on
the spark-conductivity characteristica in air, hydrogen, nitrogen,
carbon dLoklde,holtum, and freon. Th4, -gases investigated were 99.8
percent pure. J11troRen and carbon dioxide were dehumidified by
chartne-linR.-them through a coil pipe co-ited by liquid nitroge-a. The
tnductance of the discharge circuLt was about 10-9 h and the time
constant 1 3 x 10-11 sec. The dischaipe current reached 100 amp.
The pulse ;raquency was 0.1 too. The oact1logramn of-theoul
se fronts
as functions of tilme. are-presente-d for each Ras at various pretsures,
Cn,d 2

NRi- AP5000835
A section of fast rise followed by a portion of much slower increase
are general characteristics of theae fronts for air, nitropen, carbon
dioxide, and freon. Carbon dioxide has tw~~ steps at pressures below
0.5 atm. For freon at pressures belov 3 atm. a constant shift of the
curve occurs with the change of pressure. Hydrogen. disti-actively,
dLRPIAys no "steps", but has a rather slow-starting rise which
steepens smoothly with time, Conductivity as a function of pressure
was plotted on the basis of the aforementioned oscillonrame. These
curves display a characteristic discontinuity. at a certain pressure
for each gas. Beyond that pressure, the. dependence, in logarithemic
scale,' approximates straight lines for all paces except freon, for
which no continuation of the curve beyond the critical pressure
was obtained in the experiments described. Orig. art. his: 3 figures.
,AS5nCXATI0N: none
SUB!ITTTED: 24Jun63 EUCL: 00 -SUB CODE: IIIE, i;!~
Z/2AP

WNS
ACCESSION NR: AV5010118 UR/0109/65/010/004/0780/0782
1 AUTHOR:~- A -0 Vorob ryev, P'. A. Bychkov, Yu. 1.
TITLE: Using gas microgaps in high-voltage nanosecond impulse devices
9OURCE.' Radiotekhnika i clektro-nika, Y. 10, no, 4, -1965. 780-782
TOPIC TAGS: gas inicrogap, rnicrogap, hv impulse, hv peaker, hv switch
ABbTRACT: -Many- microgaps connected in series and placed in gas can be used
for h-v nanosecond switch or peaker purposes. By-using P. R. Howard's formula
Jor voltage across two adjacent electrodes (Proc. IEE, 1952, pt. 2, Y. 99, no. 70#
:1.371) and experimental data obtained by the authors, It-is shoirn that the gas
i microgaps can operate within a fairly wide range of working voltages. Orig. art,
i has; 2 flip-Iree, Z formulas-, and I table.
ASSOCIATION: none
_J SUBMITTEDI - ZZMay64 ENCL.- 00 BUD CODE: EC-
NO REF SOV: .005 OTHER: 001
-Card

ACCESS ION ?M: AP5007300
AM101t: Res yats 0 A
T-TIMP
SCURM- Zhurnal tekhnicheskoy, fiziki, v.35, no.3, 1065, 5116-515
TOPIC TAOS:~ pulse sharpener, vacuum spark, surface breakdown
PU . . pener is by.-iefly discussed th-coreti-
ABSTRACT., The operation of a spark Ise shar
cally from the point of view of minimum dependence of dqlavt
.-mmodatio ~of_s~_maxlm~=-=~nge of- -pule a -heights - without'- readjus thent of the
gav 16111tth. ". TW6-Poalqible~ paths -by which one might attempt to achieve the desirable
operating tataracteristica are mntioned: 1) So chooce the working mediurr, and qllec-
tr,xle ahapes as to obtain a delay time nearly indep(~ndent of pulse height; and 2)
Force the dealred relation between pulse height aild deklay time, possibly with the
aid of an external circuit. The use ot a gas an working medium In regarded as un-
promising because of the strong depmWenco of electron avalaudie developmj3nt time
on field strength; the vacuum gap to nofe suitabla. The poosibility Is mentioned
of employing a third electrode within the gap to which a voltage pulse of appropri-

- - - - - - - - - - - - - - - - - - - - - - - - -:------------------ :--.-
~ACCESMN NR,- -AP5007300
amplitude would be applied simultaneously with the arrival of the input pulse
to be sharpened. The problem of providing these auxiliary pulses is regarded as
simple and is not discussed. 7be possibility is also mentioned of employing a large
number of very short gaps in series. In a note added in prGof the author mcntions
recent experiments that he has performed In collaboration with S.P.Bugrayev, employ-
ing vacuum surface breakdcArn of ceramics under conditions of highly nonuniform fie3d
In the cathode region. With pulses of 6 x 10-10 sea rise time the range of working
potentialB was from 6 to 40 kV with a sharpening factc-r of 35. Orig.art.has: 5
formulas and I figure.
AS
-SWIATI(W- Tdizekly- politakhaicheskiyAnstitut- in.S -MAIi z--(Z A Polyt
Civ 6fla eanic
Institute)
SUBMlTITD:. IlMayS4 ENCL: 00 SUB CCDZ-. EC,EM

M62,465
Acm3ioN Nn: APSO
12054 U;VO057/65/035/005/0889/0894
Baksht, R.B.
AMOR-~ NewtsA G.A.;
T ITLE t Deformation of large-amplitude waves in a transmission line by passage
-7 through- a ferrite nonunif ormity
iSOURCS: ZhurhAl telibn1cheskoy fizlki, v-. 350 no. 5, 1965, 889-894
_10PIC TAGS: ferrite, pulse, tranp-miss Lon line, rise time
Thei-authors discuss- the effect Ine-of a
-on-a pulse-An a -transmission 1
:single nonlinear lumped inductance on a ferrite core. The calculations are based
---.-on-tlie-niAgrie~~izat;Loyt-eq"tiozt-;Cor-a--farrite-given--by--E.U-.Gyorgy (J-. Aplyli Phys.,-
1291:91 IP4,.~A957). It is shown that.wben the inductance is in series with the
:--Pline the.rise time of the pulse is shortened,. and when the inductance is across
Ahe line the-length of the pulse is reduced. It is concluded that pulses with rise?
times-ass-ahort as,10-9-sec I om -pulses with the
-can-be-obtained-T -less rapidly:rining
'aid of a-~ferrite-core-lnductance The calculations are-illustrated with earlier
-1 L
,iexparimental data of the authors (PrE, No. 31 1064) and A.M.Shenderovich ODisserta-
~:tsiya. Mr. fiz. tekhn. inst., Khartkov, 1964). "The authors thank A.U.Shendero-
__A
j
L

Pl~ I ~.Ig ~ IR

--7t 60336-65~-.
Ri AP5018296
UR/00
57/65/035/007Am/1204
36
BuiUoevy So Po)
C/
TIUEt. Temporal characteristics in the nanosecond rsnge of a pulse discharg
-an a dielectric-v~cuun intgrface
'SOURCEt 'Zhurnal tekhnicheskoy fisiki; vo, 35P-no. 7# 1965, 1202-1204
dialect
TOPIC-TAGSt ric breakdown,, dielectric surface, vacuum I
-APSTRAM--The authors.have observed with an oscilloscope-the potential between
dIameter molybdenum anode and a 22 mm diameter tungsten cathode of the
36 mm
Rogovskiy shape , on the- surface- of- a - dielectric--in- -vacuum during discharge lnitiatn~
0- Pulse UPL to-50
a by r-I microsee W with a rise time of 1 nanosece Hollow
cylindrical samples (a and 6*8 m outer and inner diamerters) of fosterital an.
-argillic'eous- alumina ceramic$ -_glassp quartst and -plastic were used* The oacillo-
scope signal-waa taken from a capacitor voltage divider capable of passing a
5 x 1010 set pulse without obaez~vable distortion a, The sample was in a 5 x 10-6'
mm Hg-vacuum and was subjected to preliminary pulse dircharges, as a result of
which the dielectric strength at first increased and then became stable. Over-
t es were determined from static breakdown potentials measured with the
`~ 151, w
Y
OIL

Tne oreaKcawn Time -aur-ing wnicn- Tne. c-urrens -rose snarp.Ly ana zne C[32cnarge paS-
sad into-the are stage* Fbr all samples at all overvoltages-above 1o2 and for
all gap lengths from OJ to 3.0 mm the breakdown time was slightly less than
1 nanosece The delay times were somewhat more variable; they ranged from a few
nanosec to several tons of nanosec, at large overvoltages and reached tho micro-
see region for overvoltages considerably below 1*2* The breakdown time in vacuum
was considerably shorter than has been previously found in air* Few conclusions
can be drawn concerning the breakdown mechanism because of the unknown condition
of the surfaces# but the apprazimate squal-ity of both the breakdown and delay
times for all the samplosp which included both refractory and thermally labile
_7 ~--materialirp_---refutsa-ths- suggestion- of-H Joerschl-RoHamischg and W.Ehlich (Zs.
angewandts fts.p 15, 6p, 518., 1963) that ~ vaporization of material -irom the
dielectric-surface might be Involvade Origf, art& ha3t 1 formulas 3 figurest
anti I t4blio-o
9rd_ 20

Card

ORAXSIAIG,
AUMO11h jlftl~m.
short strong video pulses
:~~15800 for
'JImIkIg vo 35v no. 90 1965# I"S-IM
:dGvmj1:,m"UW" temialebas
bay
vi)MVANs forrito, pulse cable :*2pdtrommgzwtlc wom reflection, namosecond
iiia'.
that,
"a autbor'shave -Wder certain covAitiom a weakly sagrAtUml for-
s*,~trs=n"sIo6AIm~ .*III reflect sufficiently short pulses
pug- suffic"n't"J", Obolk~, pu_ 'a
bm 'of the oppos Its, polarity. So
y
ferrite. to described 1by the uationa, of Lawam ad Lifabits as a Implif led by Z.Ve
eq
Gragmy;C& A and the squatlosm demcr1blW
Wle ~ 1bys. 6: 271's 9,,.10110 19,51) the r*l
,c-'Alft W reflected mA tratimmitted,'weves are taken from gawlats; work of the
~-i, ad: trii1w"ssuu at- 111"ies- am' dorivede - "W thmovmttcal;"~
ted able with tbm
A sulto --wermA" by.experimate e4ioyl a, 50 ohm a thromet"
a, Vmtiom ferrite -rift In' vb1ch the was longth Cd a aremstle Ums OR

L 46177-66 r,.iT ( 1r,i
ACC NRs XP6028625
SOURCE CODE: UR/0057/66/036/008/1492/1498
AUT116R: Vorob"yev,P.A., MesyatsAGGA,- Potalitsn,Yu.F.
ORG: Tomsk Polytechnic Institute im. S.M.Kirov (TomBkiy politekhnicheskiy Ineritut)
TITLE: A now high-power controlled nanosecond switch I'<
SOURCE: Zhurnal tekhnicaeskoy fiziki, v. 36, no. 8, 19669 1492 1498
TOPIC TAGS: electric switch, high power switch, spark gap, nanosecond pulse
ABSTRACT: The authors describe a fast high-power switch based on the rapid successive
broakdown of a large number (15 or 30)of series-connected short 200 micron gaps
,between coaxial cylindrical electrodes by capacitive coupling to a single cylindrical
trigger electrode coaxial with them. The operation of the device is analyzed in:terms~,
,of a simple equivalent circuit of which the principal parameters are the capacities
between successive gap electrodes, between a gap electrode and the trigger electrode,
and between a gap electrode and ground. Four switches were constructed and tested,aa4
the results obtained with two of them are presented. In each of the instruments the
S mm, long, 28 = diameter gap electrodes were mounted on a hollow cylindrical insu-
lator which enclosed the cylindrical triGger electrode. The gap potentials during the
waiting period were equalized by connecting the electrodes to a high resistance
voltage divider. The switch chamber was filled with argon at from I to 6 atmospheres.
In the tests the working voltage was varied from 4 to 40 kV, and in most of the tests
I-Card- 1/2---

L 4-4177-66
ACC Ngs AP6028625
the switch was triggered with a 5 to 10 kV 100 to 200 nanosec pulse with a rise time
of 2 nanosec. In one series, a 7 kV 300 nanosee trigger pulse with a 20 nanosec rise
time was used. The rise times of the output pulses ranged from 1 to 2.8 nanosec. The
delay between trigger and ou.;put pulses ranged from 11 to 136 nanosec, and the dis-
persion of this delay ranged from 2 to 108 nanosec. Under most conditions the delay
was between 15 and 30 nanosec and its dispersion was between 5 and 20 nanosec. The
delay, and particularly its dispersion, decreased rapidly with increasing working
voltage, and at 40 kVg the delay dispersion for the 30 gap switch was only 2 nanosec.
Advantaffes of the switch are the lack of connection between the trigger and controlled
circuits, the low gas pressure required, the stability of the delay time, and the wide
range of working voltages. The authors thank B,M.Koval Ichuk for his creative parti-
cipation in the work from its initial stages, Orig. art. has: 7 formulas, 5 figures
and 1 table. [15]
SUB CODE: 09)20/ SUBM DATE: 16Aug65 ORIG.REF: 007
Card 2/2 mt

-_g-g
-7-7
___L-287:L&65 -.ZWT(M)/3C(MVT/EWP(f)/UP(b) TJP(c) MWJD
ACCESSION NR: AT5004076 8/3127/63/000/05-/0088/0090
AUTHOR:- Zakharov, M._�.; Meavats. N. A.
TITLE-- Determination of microconcentrations of lead =Wb, and zinc In
indium, with separation of keesif indl-m-n -extractionvT %-I
~y
SOURCE- USSR. Gosuderstviennyy komitet po khimit. Metody analiza. khtmicheskikh
reaktivoy I preparatov, no. 5/6, 1963. Polyarograficheskoye opredelenlye ulltramikro-
primesey a nakopleniYem ikh na statsionarhykh rtdtnykh ili tverdykh elektrodakh s
POBleduyushchim rastvoreniyew (Polarographic determination of ultramicroimpurittes
with their accumulation on stationary mercury or solid electrodes and subsequent dis-
solution), 88-90
ToPIC TAGS: -indium analysis, Indivan extraction, copper determination, lead deter-
mination, -bismuth determination, zinc determination, amalgampolarography, anodic
J trough
ABSTRACT, It Is Imown that indium can be separated from c*pper, lead. zinc, and
-b ismuth -impurities by extraction with diteopro
71 and diethyl ether from 5 N HBr.
To determine the degree of extraction, a solt on of Indium In 6 N HBr and known
quantities of Cu impurities were poured into a separatory funnel. The degree of extrac-
Card 1/2

;,ACCESSION NR: AP4043461 S/0075/64/019/008/0959/0963
tAUTHORS: Mesyats, N.,A.; Nazarov, B.F.; Zakharov, M.S.; Stromberg, A.G.
TITLE: Determination of microamounts of thallium in high purity
indium by means of preconcentration amalgam polarography
SOURCE: Zhurnal analiticheskoy khimii, v. 19, no. 8, 1964, 959-963
TOPIC TAGS: thallium polarography, thallium analysis, indium analysis,
~amalgam polarography, stripping analysis, extraction, preconcentration
ABSTRACT: Because high purity metallic indium and indium alloys
find various applications in electronic engineering, semiconductor
technology and since thallium is the usual impurity, it was the pur-
pose of this work to develop a method for the determination of
thallium. The method was amalgam polarographic. The effect of the
electrolysis potential on the height of the anodic peak of thallium
is shown in Figure 1, and the rria-ximum height of the thallium peak is
achieved from -0.9 to -1.0 volt vs S.C.E. Thallium was extracted
with diethyl ether. Since thallium and indium peak potentials coin-
cide in a majority of supporting electrolytes, the indium peak was
Cord
r 113

ACCESSION NR: AP4043461
suppressed by complexan III. Since simple extraction is not suffi-
~cient to remove interfering amounts of indium, extraction was carried
!out twice. Recovery of thallium by extraction and the determination
accuracy comprises 85-100%, as found on synthetic solutions. "he
method is very precise. Orig. art. has: 4 tables and 2 ftgure3.
ASSOCIATION: Tomskiy politekhnicheskiy institut im. S. M. Kirova
(Tomak Polytechnic Institute)
SUBMITTED: 29Jul63
ENCL: 01
SUB CODE: IG , Crt. NR REF SOV: 001 OTHER: 002
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ACCESSION NRI AP4043461
E14CLOSUREi Ol
Figure 1
The anodic peak height of thallium as a function of electrolysis
potential
Gcrd -313
-r. I% vu buz)

- L _3.242j-6c E,,-,__r_Lm IZFT T T_TP
ACC NR.AR6r,12427 SOURCE CODE: UFVOO81/65/000/020/G024/G024
AUTHORS: Masyats, N. A.; K!~plinj A. A.; Zakharov, M. S.; Tychkina, G. K.
'~Je oxm
TITLEt Development of an improved quick method for determining Copper ice-ro-
concentrations in high-puri indium by the method of amalgam polarography with
_~Tccumulation ~-?
SOURCES Ref. zh. Khimiya, Abe. 20G151
SOURCE: 1xv. Tomakogo politakhn. in-ta, v. 128, 1964, 42-45
TOPIC -TAGS: copper, indium, electroIY3ia, polarography pcoerry- M-er,9z
ABSTRACT: The use of amalgam polarography with accumulation is described for
determining microamounts of Cu in high-purity indium. Two gram of indium are
dissolved in 1.5 ml 11 N HNO with heating up to 60-50C. The solution in evaporated
to 0.1-0.2 ml, 2 al I M H?j. a" added, electrolysis in carried out for 6 min,
and the anode peak is recokded. The analysis of 3 SWISS (ea. 2 pare4lal and 2 contzid
tests) lasts about 6 hr. The method permits determination of;~p4X10`0% Cu. In
.~srmiaing 2.5xl0r-5% Cu the standard deviation is * 14%. G. Prokhorava.
L- ranslatiQq qf abstractl LUT)
SUB CODES ll/ SUBM DATES none
Card

KESTATS, 0.1. (Misiatal, 0.1.1
Conference on the hydrogeology and engineering geology of the Crinea.
Gaol. zhur. 19 no.5:96 '59. (PURA 13:2)
(Crlmea-Geologr)

15-1957-7-9151
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 7,
p 48 (USSR)
AUTHOR: Mesyats, V. A.
TITLE: New Discoveries of an Ornamented Mammoth Tusk (Novaya
nakhodka ornamentirovannogo bivnya mamonta)
PERIODICAL: Kratkiye soobshch. In-ta arkheol. AN UkSSR, 1956,
vol 6, pp 40-42.
ABSTRACT: In 1954 a piece of mammoth tusk with incisions on
the surface was found near the paleolithic site at
the village of Dovginicha (Zhitomir oblast'). Not
far from this locality traces of other paleolithic
sites were uncovered in 1955. The carving was done
for ornamentation; the incisions arranged in sequence
in a definite order were probably used for keeping
a record of the hunt; and those incisions which show
no systematic arrangement might have been made by us-
Card 1/1 ing the tusk as a tool. A. 1. Medyantsev

15-1957-10-13756
Translation from: Referativnyy zhurnal, Geological, 1957, Nr 10,
p 52 (USSR)
AUTHOR: Mesyats, V. A.
TITLE: Traces of New Late-Paleolithic Sites in the Envirors of
Ovruch (Sledy novoy pozdnepaleoliticheskoy stoyanki v
okrestnostyakh Ovruchs)
PERIODICAL: F-MuZatye soobshch. In-ta arkheol. AN UkSSR, 1957, Ir To
pp 3-4
ABSTRACT: Bibliographical entry
Card 1/1

V* It
a 4~Z

60433/58-9-9/29
AUTHORS:Teder L I Monastyrskiy, V. Ya. and Mesyats, V.I.
(rbngin'ee~s)"
TITLE: Smelting of Stainless Steel from Scrap Using Silico-Manganese
(Vyplavka nerzhaveyushchey stali na otkhoda-kh s ispollzovan-
iyem silikomargantea)
PERIODIGAL: Stal't 1958, Nr 9, pp, 801-802 (USSR)
ABSTRACT: On smelting stainless steel lKhl8N9T an expensive and
short in supply metallic manganese was usually used for
alloying (about 10 kg/ton). This was introduced into the
deoxidised bath. Cheaper manganese alloys could not be used
as they contain carbon. On theoretical considerations the
authors proposed to exclude the use of metallic manganese
in smelting stainle!3S steel and replace it with silico-man-
ganese, introducing it after blowing the bath with oxygen.
The choice of silic:)-manganese was based on the following
basis: a) this is one of the cheapest manganese alloys with
a low carbon contenl;; b) it contains little phosphorus, ~Iie
removal of wnich or sineiting stainless steel iresents con-
siderable difficulties, and c) the introduction of silico-
man-anese permits decreasing the consumption of ferro-
silicon on the redut;tion of chromium from sla-. An analysis
0
Card 1/2 Of the results obteined in a large number of heats carried

ZPVA3301a-~~9/49.,-
Smelting of Stainless Ste.-l from Scrap Using Silico-Manganese
0
out by both methouls (with -metallic man.ganese a:-.d silico-
man-anese) indicaed that the use of silico-riangane3e does
not present any al.ditional technological difficulties. The
content of carbon in steel remained the same althou-h in-
stead of 9.8 kc,/t.-n of manganese '5 !rZ/ton of silico-
m,-u-, -,, anese was use).. k-. increase in the chLro--,-4un, recovery
decreased the coniumption of ferrochromium (type EarOOCO-Mar
000) by 6.75 kg/ton. The conswaptLon of 75% ferrosilicon
for deoxidation decreased by 3 k-/ton.The summry economic
effect in one melting shop exceeded a million roubles per
year. The wider a-pplication of the method in ouher works
is recommended
ASSOCIATION: Kuznetskiy metallurgicheskij kombinat (Kuznetsk
Metallurgical Works)

AUTHORSs Glazov, A.N., and Mesyats, V.I. SOV/130-59-1-7/21
TITLE: Improvement of Zlieffffl`c--F~_a~nace_ Lining (Usovershenstvov-
aniye futerovki. elektropechey)
PERIODICAL: Metallurg, 1959, Nr 1, pp lif-19 (USSR)
ABSTRACT: The authors describe ways in which electric-furnace lining
life has been improved at the Kuznetskiy metallurgicheskiy
kombinat (Kuznetsk metallurgical combine). Since 1953
wall and rod lives have improved from 54 and 68 heats,
respectively, to 161+ and 127 respectively. Some of the
wall-life improvement is due to the adoption of eased
chrome-magnesite bricks, but better wall design, especially
of the arch over the tapping hole (Fig 1) and improved
maintenan.,,:j, have been important factors. Better inner
lines made possible through the adoption in April 1957 of
a suggestion by Monastyrskiy, Fudkomaz and Shtep that
shell diameter be increased by 250 mm (Fig 2) led to
further improvement. The authors attribute great impor-
tance in wall-life to the form of the bottom and banks and
Card 1/3 discuss the optimal form and its maintenance for furnaces
producing stainless or ball-bearing steels with occasional

SOV/130-59-1-7/21
Improvement of Electric-Furnace Lining
melting of eg 12KhN3A, OKhNlM imposing a greater thermal
load on the bottom. A special device (Fig 3) is used for
removing the top softened layers of the bottom remaining
after tapp'ng. A bottom-life of about 2000 heats has
been achieved. The authors describe bottom construction
(Fig 10 and maintenance and state that the latter is the
major life-controlling factor. The bottom lining is
covered after brief heating to 1000C with a slightly
tamped 30-40 mm thick layer of magnesite powder in water
glass and furnace charging is started after this has been
heated for 3 hours with coke and firewood. After tapping
the first heats the bottom and banks are fettled with dry
magnesite powder and ke t heated by lowering the hot
electrodes. The first 9-8 heats after bottom repairs are
of carbon steels. Old bottoms are removed in one piece
(Fig 5). The authors briefly describe roof construction,
contrasting the old arrangement and that adopted in 1955
(Figs la and lb respectively), at the suggestion of
Card 2/3 Fudkomaz and Kornilov which secured improved service
conditions for the bricks and led to a life increase of

Improvement of Electric-Furnace Lining
SOV/130-59-1-7/21
35 heats. The improvements in refractory consumption
(kg per tonne of steel) and down time brought about by
the measures described are shown in Table 2. In 1957 the
total (magnesite, chrome-magnesite and silica)
refractory consumption was 8.7 kg/toos and the down
time 1.19 of calendar time7 while th# corresponding 1953
L
figures were 20.1r and 3.0.
There are 6 figures and 2 tables.
ASSOCIATIONt Kuznetskly metallurgicheskly kombinat
(Kuznetsk metallurgical combine)
Card 3/3

GLAZOV, A.N., inzh.; DANIWV, P.M., kand. tekhn. nauk; ZAMARAYEVA,, Yq,M.,
inzh.; MESTATS, V.I., insh.; PASHCHENKO, V.Ye., Lnzh.
Influenco of the technology of smplt.-Lng on the qual--Ity of
Khl?ff7IU 3teel sheet and rolled shapes. Stall 25 no.104
911-913 J 165. (.M-FA 18,11)
1. Mumetskiy metallurgicheskiy kombinat.

NALIVKrIi D.V. [Dalyvkin, D.V.1, glav. red.; BELYAYEVShIlY
~ijipllaievslkyi, K.A.) zam. glav. red.;
V.V. [TykhorWrov, V.V.1, zam. glav. red.; A3Sr;VSi.'-`-. A.!,.
(Assovslkyi, O.M.1, red.; MELINIKOV,
red. [deceased]; FEYVEE, A.V. [Peive, O.V.1, red.;
A.L.[IAnshyn, O.L.1, red.; MALAKIIOVIKIY, V.F.fM~al-'-rof%~I~:,-.1
V.F.], red. vypuska; YURK, Yuju., prof.,red.; MESYATE,Y.t`%,
[Misiats', 1.0.], red.; BASS, Yu..-J. rea.; MALAKI!(~-*'~~
[Mallakiiovs1kyl, V.F.], red.; NEKRASOV, G.I.'-?krt~.
red.- I~IAVUTSKIY, M.8.(SIavuts'kyi, iod.;:I:
E.1 , red.
[Study of the geology of the U.S.S.H.] Geologic he~ir(:a'. -i z-- ~,n-
nost' SSSR. Kiev, Naukova dumka. Vol.33. No.l. 1'4r

USSR/Fv.rr-i Anir-ls. L'.-cll Horned Stock Q-5
Abs Jour : Rof Zhur Biol., No 6, 1958, No 26165
,~uthur I Stoy."nov.-kry, V.I.,'-ZUOV1t-1Gv I
Inst : Not Givcr.
Title : Wrys fcr Incrat AnF Proluctivity cf thc; K-r-!:,..;l Sh-~r-; ---f
Dolicfto Ccratitution (Puti povyshoniyn,rduktivnosti
krrellrull-kikh cv,An nozhnoy konatitutsi
Orig Pub i Kvrriculevodstvo i zvorovodatvo, 1957, Ne 4, 10-l-"
Abstrnct -. Tho Knr.-kW ehoop cf the Kryk type ora littlc rroductivc, not
hnrdy enough, rnd produce poor labbs. In crior to incropso
their productivity, it is noccssary to scgrogrto the -.cthcr
o%:os into soprrrto flocks rnd to provide thc7: i-ith c hiEhor
lcvol cf feeding. For their inserAnntion, rcL.s of : strcmi
constitution Ath c cortein -nount of roughness should be
used. The nuthors rocoumond the intjor:inntion of owes with
nixturc of the car-on of rrns. It woull bc expedient tc pcFt-
pone lr!ibing by 5-10 drys Ps coLiprrad with ncrrnl timing.
Cnrd 3 1/1

1-:ZSYATSEV, Aleksandr Stepanovict., '~el'aY fruda;
GROMOVA, A V. , red ; KOU~AKOVA, G,11. . takhr:,
[P,-omoting m-Itiparity In qheep] Povy:,henio mnojoplociia
ovots. MoAva, OGI khozlz&,t. 1903. 95 P. OURA I b: 12)
1)
1. Direktor sovkhoza "Chim-Kurgaii" '-'zi,ekskay 3SK ( ", i
llesyatsev).
(Uz~virftst~~Ln--Kar:~.nl sheep) (,~,,nadotropir.)
(birth, Multiple)

25(6) S,146/60/003/01/015/016
D002/D0O6
AUTHOR: P.P.. Candidate of Technical Sciences
TITLE: On the Reliability of Selective and One Hundred Percent Inspect-
ior&f Manufactured Products
PERIODICAL: Izvestiya vysehikh uchebnykh zavedeniy. Priborostroyeniye,
Vol 3, 1960, Nr 1, PP 108-114 (USSR)
ABSTRACT: The author determines mathematically the initial reliability
data of various methods for checking manufactured products.
The number of products in a batch above which the one hundred
percent inspection method is lose reliable and effective than
the selective method, to determined by means of the probability
theory. In conclusion. the working formulas for selecting the
best checking method are derived. The article was reoommiemnded
by the Moskovskoye vyssheye tekhnicheakoye uchilishche imeni
N.E. Bauman (Moscow Higher Technical School imeni N.E. Bau-
man). There are 2 graphs and 3 Soviet references.
Card 112

S/146/60/003/01/015/016
D002/DO06
On the Reliability of Selective and One Hundred Percent Inspection of
Manufactured Products
ASSOCIATION: Moskovskoye ordena Lenina i ordena Trudovogo Krasnogo
Znameni vyssheye tekhnicheskoye uchilishche imeni N.E. Bau-
mana (Moscow Red Banner of Labor Technical_11to Scnool of-the-
Order of loeiin- i N.E. Bauman)
SUBMITTED: September, 29, 1959
Card 2/2

1,MSYATSEV ., 11. P. , kand. tc!rlin. nau , c'~otscnt
Precision and reliability of the Jnspection of producticn
when using the riethod of corparisoo witb a standard o, ecimen.
Izv. vyn. ucheb. zav.; mashinoctr, ~o.';-151+-164 161.
(VIRA 14-.7)
1. Moskovskoys vyasheyt tek-hnichaskoye uchilishche imeni
Bauma.n.a.
(Production control)

W.SYATSEV, P P kand.tekhn.nauk
Technological aesthetics and industrial development. NTO 4
no.10s20-21 0 162. (ICRA 15:9)
1. Predsedatell komisaii po kullture proizvodstva komiteta
Vsesoyuznogo nauchno-tekhnicheskogo obshchestva po nadezhnosti
kontrolyu kachestva.
(Art and industry)

-MISTATSEV P.P.- CHISTTAKOV, N.I.,doktor tekhnicheskikh nauk, professor,
I 6L#A&
reteenzent; SAM STAN, B.G.,inzhener, retsenzent; ZTDAKIV, A.I.,
inshaner, radALktor; TUBTANSKAYA, ?.(;..izdatellskiy redaktor;
ZUDAKIN, I.N.,tekhnIcheskiy redaktor
[Control and adJustment of units of electronic apparatus] Regulirovka
i nastroika blokov radiotekhnichookikh ustroistv. Nookwa, Goa.
tad-vo obor. pronvabl., 1957. 106 p. (KLHA 10:5)
(Electronic control)

PHASE I BOOK EXPLOITATION 860
Mesyatsev, Pavel Pavlovlch
Primeneniye teorii veroyatnostey i inatematicheskoy statistiki pri
konstrulrovanil i proizvodstve radioapparatury (Application of the
Theory of Probabilities and Mathematical Statistics in the Design
and Manufacture of Radio Apparatus) Moscow, Oborongiz, 1958.
261 p. 8,500 copies printed.
Reviewer- Yevteyev, F.Ye., Candidate of Technical Sciences; Ed.:
Siforova, V.I., Corresponding Member, USSR Academy of Sciences;
Ed. of Publishing House: Kuznetsova, A.G.; Tech. Ed.:
Pukhlikova, N A.; Managing Ed.: Sokolov, A I., Engineer.
PURPOSE; This book is intended for trained personnel of the radio
industry.
COVERAGE.- The book deals with the possibility of afplication of
probability theory and mathematical statistics in the design and
manufacture of radio equipment. The basic concepts and formulas
Card 1/5

Application of the Theory of Probabilities (Cont.) 66o
of the probability theory are Introduced. The theory of one-
dimensional and multidimensional distribution functions of random
variables and thetheoryof distribution functions of random
variables with correlational connections are Tresented. Error
formulas for functions of many random variables are obtained. In
each chapter many examples are given, which are closely related to
the theory presented and demonstrate the use of probability theory
and mathematical statistics during various phases of designing,
manufacturing, tuning, and testIng of radio equipment. No person-
alities are mentioned. There are 10 Soviet references.
TABLE OF CONTENTS,~
Preface
3
Introduction 4
Ch. I. Fundamentals of Probability Theory and Examples of Their Use
in Manufacturing Radio Equipment
1. Concept of the f.robability of an event 5
2. Probability of a simple event 12
3. Probability of a compound event 25
Card 2/5

Application of the Theory of Probabilities (Cont.) 86o
4. Conditional probability 32
5. Multiplication law of i,robabilities 34
Ch. II. Formulas of Probability Theory and Examples of Their Use
in the A~plications to the Manufacture of Radio Equipment
1. Probability formula of hypotheses (Baye's formulal 41
2. Scheme of events, formula and theorem of Bernoulli
[Bernoulli's problem) 47
Ch. III. Distribution Functions of Random Variables and Examples
of Their Aj,~lication to the Manufacture of Radio Equipment
1. One-dimensional distribution functions of random variables
and their characteristics 67
2. Distribution functions of random variables subject to
Gaussian law 83
3. Deviations from normal distribution law of random variables 92
4. Distribution functions of random variables which differ
from the normal distribution law 101
Card 3/5

'W~_ - -
Application of the Theory of Probabilities (Cont.) 86o
5. Multidimensional distribution functions of random
variables: Maxwell and Poisson laws 118
6. Multipeak distribution laws of random variables.
Convolution of distribution laws 138
Ch. IV. Error Formulas for Functions of Many Variables Determined
by Random Scatterings and Their Use in Manufacturing
Radio Equipment
1. Mathematical ex,,.ectation for functions of many variables
determined by randor, scatterings 148
2. Standard deviation of functions of many variables
determined by random scatterings 149
3. Relative standard error 152
4. Summary tables of formulas 153
5. Error formulas for various functions 153
Ch. V. Distribution Function of Random Variables With
Correlational Connections and Their Use in Manufacturing
Radio Equipment
1. Two-dimensional distribution functions of random variables
with correlational connections 191
Card 4/5

Application of the Theory of Probabilities (Cont.) 860
2. Errors of distribution functions with an account of
correlational connectiona-Working formulas 207
3. Correlational connections betwen elements during
tuning, regulating and testing of equlpm*nt 223
Ch. VI. On the Possibility of Application or Probsbility Theory
and Mathematical Statisti,.,s in the Design and
Manufacture of Radio Equipment
Conclusion
Appendices
References
AVAILABLE: Library of Congress
lAlwhl
12-2-58
251
252
260
Card 5/5

ZHMOV. Vasiliy Andreyevich; WSTATOT, F.P.. retsenzent; LICMiOV, A.I.,
Insh., retsenzent; SHIRMOVII, t7l.-.-Insh.. retsenzent; GURSTICH,
B.D., inzh.. retsenzent; BASTANOT, S.S., Inzh., retsensent;
GOWTINA, K.N.. iash., retsengent; BELITOT, A.Y.. inzh., retsen-
zent; SOLOKATIM, T.T.. inzh.. reteenzent; KARSHM , N.I.. insh..
retsensent; KARMW , N.I.. Insh., retsenzent; BALASMA, T.I.,
inzh., retsenzent; GIRSHKAN. G.Kh., red.: AN(MLETICH. N.B., rod.;
SOBOLOA, Ye.H., takhn.red.
(Technology of the manufacture of radio equipment] Tekhnologiia
proizvodstva rodioapperatury. Koskva. Goo.energ.izd-vo. 1959.
63 6 p. NIRA 13:3)
(Radio industry)

MZSYATSBV, P.P.
.,_,-_.___I ff 7 hk-017;
fi ciency of continuous production lines. flauch. dokJ. v s. s
v5re. shkoly; mash. i prib. no.2:137-150 '59. (MIRA 12:12)
(Assembly-line methods)

POM I BOOK EXPLOITATION SOV/5322
Mesyatsev,, Pavel Pavlovich
Regulirovka i ispytaniye radioapparatury (Regulation and Testing of Radio
Equipment) Moscov,, Gosenergoizdat,, 1960. 206 P. 30,000 copies printed.
Ed.: Yu. I. Vizun; Tech. Ed.: G. Ye. Larionov.
PURPOSE: This book has been approved by the Ministry of Higher and Secondary
Specialized Education, USM~ as a textbook for those specializing in structural
designing and production technology in schools of higher educationjand par-
ticularly for students taking the course on tuning and testing of radio
eq7aipwnt. It my also be used by enginaers employed in the radio industry.
COVERAGE: The author discusses fundamentals of the theory of the regulation and
testing of r~AUo devices and systems as vell as the methods applied and the
inatrumentation necessary for this purpose. Principles of the design of
reguUting, checking,, and measuring equipwnt for shop use are explained and
information on the organization of the regulation and inspection process is
given. No personalities are mentioned. There are 15 references, all Soviet.
Card 1 /4

NESUTSAV,- Pavel Pavlovilch-. LIVSHITS. Nine Samailovusi; TSIFULYATSKIY.
L,M., red.; JMWS. I.G.. tekbn.red.
(Course in radio engineering; =nmal for students of pedagogical
institutes) Kure radiotakhnikl; posoble dlis studentov padego-
gicheskiich inatitutov. Koakwa. Gos.uchebno-pedagog.izd-vo K-we
proev.RSM, 1960. 241 p.
(mIRA 14:2)
(Radio)

MISTATSW, ftTel Pavlevich SAKSONOTA, KTe, red,; aWMIOT,% S.S.,
telftu.rod,
[Introduction to the tbom7 or the design and mmufacture, of
radio equipment] rrodoule v t*orilu proaktirevaulls, I prols-
vedetva, radleapparatmT. Moskva. Goo.lad-wo OTresbals. shkola,"
1961. 190 p. (MIRA 14:12)
(jadjo--jqdp4eut and gupplies)

L-26075-65
- --- ------
ACCESM14 NR: AT4049227 109/64/000/004
I.:, AUTHOR: Menyatsev, P. P.
TITLE: The basis of operational Interchangeability In radio-electronto systems
A tekhn1c_hes1dye-IzmereWya__v mashinostToyenit;
t ROURCE: VzQinoxamenyikemmst'
-nauchno-tekhalchesIdy sbornik.. no. 4, 1904, 281-309
TOPIC,:TAGS.- radio component, electronic apparatus, electronic component Interchange-
ability ......
_j
I ABSiRACT, -Operational Interchangeability ensures the possibility of contfaulng %york
after replacing parts which have changed their parameters during operation. This is
necessary since It Is impossible to replace the entire system du4 to excessive costs.
Designs of now systems must therefore provide for reserves and for replacement of
separate par-to In order to restore the capacity of the entire aystem. ' The basis of Inter-
changeability- to the detailing Qf the equipnent by assemblies, parts, bloc ka, devices,
otc. Ibis deimnds on cost, produotion technology, transportation, perscrmel and quality
of repairs. The main parameters are the electrical data: sudden and gradual changes of
electrical parameters. Two methods of calculation are given for these changes, and it Is
pointed out that sudden changes occur. most frequently In binary system, o Several
CoTd 1/2

2
RWR
0
riiethods are used to ensure Interchangeability Id radt electronic systan-j--without
selection of the element, with selection ot the element and by adjustmert. 7bese moth
are chosen depending on the required parameters necessary for Interchiingeability. The
..~_,__Lpapor,Inqludes methods for calculating the symbolic cirettits of electroide tubes with all
eq" oiW Anterchangeability. $Imffar methods are used for semicon
cefiffii3t_~ -for
a4ii-the ake --of - radio-electronic
P "1_I-~z--;,,~_.._,.
Vzo be -achieved by- the
Mi-:0ifir. -Ari-his.-A -figux" PO 62
0481
z~~,
.7~~--w
too
-R~
Hot, i
00
Iw j
NO RIZ?
.5-
T,
-7-
Clilid,
7,
;7~:
_,,m Z.

ICSYATSEV, P.P., kand. tekhn. nauk, dotmit
Fundamentals of the design of assembling, adjusting, and testing
processes used in the manufacture of radio systems. Ivv. vys.
ucheb. zov.; mashinostr. no*3:31-3'7 165.
(!41RA 18:6)
1. Moskovskoye vyscheye teklinicheskoye uchiliahche Imeni Baumana.

MZSTATSF.V, Ye.
Mineral trade-union committee helps production. Hast.ugl.
8 no.9:14-15 3 159. (MIRA 13:2)
1. Predmadatell profsoyusnago Icomiteta shakhty 'Tbortinskaya-
Tushnaya" K"wArovskogo sovnarkhose.
(Tr%,I,e unions) (Coal mines and mining)

M.TSO J.; KAPLAPAS, 0.0 red.
Klaipeda. Vilnius, Kintis, 1964. 93 p. (."Ln 'Llithuanian.
(MIRA 18: 3)

MESYS, J.; KAPLAIIAS, 0., red.
Klaipeda. Vilnius, Mintis, 1964. 92 p. Wl.",'A 18:12)

"I,. r.) f Electronic Partsp Parisy
The 6th InterUation&l Fachibition 0
rebruary a.-12, 1963. ptadiotechaila 13 no-5:162-164 14Y '63-

HOLLOP J.p prof., dr. (Budapest II.j Gellert ter 4); LENGYEL, T., dr. (Buda-
pest XI., Gellert ter 4); -MESZAROSI A,.(Budapest XI.,Gellert ter 4)
Conditions for executing computations on binary vapour-liquid equi-
libria. Periodica polytechn chem 5 no-1:35-39 161.
1. Department of Agricultural Chemical Technology, Polytechnical Uni-
versity, Budapest.

!!ESZA, TC ~, A. 1048
"progress of p,,,I-j!c Fe;;Ith in lrsir~- CormunitiLs-11
Nepegeszserupy) Buclaper-t. 190 29/6,09-624(~,!,,-616)
No abst. ln Exc. 1~'ed.

GOMOR111 P.; ZOLANI, B.; NAGY, Z.; JAKABPI MESZARGS, A.; Technical
assistancet KARAI, A.; SZEKER, A.; h UA, V,; 7=0, A.
The problem of renal isebaemia and of the arterio-venous
anastomoses of the kidnwy. III. New corrosion studies in dehy-
dration, haemorrhagic, traumatic and ischaemic shock, arterial
hypoxia and after gerum albumin treatment. Acta med. Acad. sci.
Hung. 20 no.2:169-183 164.
1. Second Department of Medicine (director: prof. P. Gamori)
and Institute of Anatomy (directort prof. J. Szentagothai),
University Medical School, Budapest.

MOUIAR, Injos; MINX, Xrno; MWZA.1105, Andras
Significance of the fatty infiltration of the pancreas. Orv. hatil.
09 no.36:1243-1246 7 Se-pt 58.
1. A Bii&pesti Orvostudomnvi Haetem 11. sz. Xorbonctani Intezetenek
(ignzi-ato: Haranghy"leazlo dr. egyet. tamr) kozlemenys.
(PAIICRMS. rathol.
fatty infiltration, classif. et histo-nathol. (Hun))

TARCA, Karolyj-
Necessity of an operational plan at the Kapoevar railroad
station. Vaeut 13 no.30-7 Mr 163.
1. Felugyalo, allamaefonoko (for Varga), 2. Uzemmernok,
m. all. fon. h. (for Meazaroa),

HUNGARY
JUHASZ, Dr I5tvan; and VARGA, Dr Istvan; Internal Mudical
Clinic No 2 of t~'o ;go of Me)diclrio, Budapoat (Budapeati Orvoatudomanyi
Egyetem II. 5z. bolgyogyaszati iialnika) (Directort Dr Pal COYDRI).
"bxperiniental Inducod by Injection of Tissue Extract"
Budapest, ~%gjar ~ol2ebzot, Vol 19, *Io 3, Jun 66; pp 167-169.
Abstract. 'Exporimtnts were carried out In 18 dogs; venous backflow was sun-
ponded for )0 minutes and during this period an aqueous tissue extract was
injected into the superficial vein of the hind leg. On the basis of the
histological findings and by takint; Into account the experimental conditions.
the experimental model seems to be suitable for the investigation of human
thrombophlobitia. P References, mainly Wes tern).
25 -

BONA. Endre. Dr.; MESUROS, Antal, Dr.
Gnne of dissecting aortic aneurysm diagnosed in living )eraon. Orv. hetil.
q9 no.46:1620-1621 16 llov 58.
1. A %-(InT)Psti Orvontudomanvi FUetem II. sz. Belkliniknjanak koslemerwe.
(AORTIC AIMURYSM, case reports
dinsectiN,,, case diagnosed In living person (Ehn))

-TLIK, Robert, Dr.; MRSUROS. Antal. Dr.
Interesting, combinations of syndromes with bypopbyseal-hypothalanic
origin. Orv. hetil. 100 no.7:263-266 15 Feb 59.
1. A Budaresti OrvostudommVI 2*7etem 11. Belklini)mjanak Kozlemenys.
(Mn=RINN DISFASIS
combined endocrine synd.. diag. & ther. difficulties (Hun ))

MikGYAR, Eva, dr.; BOSZOEIBIYI, Emo, dr.; MWZAROS, Antal, dr
Focal nyocytolysis causing fatal cardiac insufficiency. 0r7.
hetil. 105 no,25,1180-110 21 je 164
1. Budapesti Orvostudomanyi Egyetem, I.Korbonctani es Kiserle-
ti Ral-3cutato Intezet es 11. Belklinika.

)MZAROS, Arpad
Rebuild of machine parts. Mezogazd techn I no.2:18
1619

. WSZAROS, Arpad
New process for increasing the wear resistance of cast-iron
cylinder liners. Mezogazd techn 1 no.5:18-19 161.

W,SZAAMMIA". A"Arkpad gopeozmernok
1, !~~ _
'1~4
t~
.W6~~
Gasoline stations. Auto motor 16 no.15:4 6 Ag 163.

HUNGARY
MESZAROSI Bela, Zoological Institute (Allattani intozet) of KLTE (abbreviation
not identifiedj ~directors WOYNAROVICH, Elek, Dr), Debrecen.
"Effect of Mitosis -Influencing or Other Biologically Active Materials on the
Development of Fleurodeles Ova."
Budapest, Biologlai. Kozlpmenyek, Vol XI, No 1, 1963, pp )9_44.
Abstract: [Author's Hungarian summary modified] The effects of methylcholan-
threne. urethan, heparIn, sodium citrate, colchicin, choriogonin, acetyleho-
line, adrenaline, atropine and eserine on embryonic development were tested.
The substances were selected on the basis of assumed mitosis-influencing abi-
lity. Activators of mitosis, methylchoL-Lnthrene and urethan, did not stimulate
but, rather, caused destruction of the experimental embryos in an early neurn-
la stage. Acetylcholine and adrenaline had no effect but eserine (physiostig-
mine), a cholinesterase inhibitor, stopped embryonic development fully. Cho-
riogonin also inhibited development fully. It Is proposed that most of the
inhibitory substances exert their action by counteracting the trend toward
integration. Of 12 references, 11 are Eastern European a-Aid 1 Is Western.
1/1

MES7APOS, Bela, dr. (Ever',
--------------
Treatment of mandibuliir by
Fogorv. szemle 5') r-c-1:11-25 Ja ' t,(;.
1. t'.. Heves medyei Tanacs Korhaza Sza'sebeizet.' (.97,talyanak
(Coc,7~ves: %Ie.-,7.a-os, PeIa, fir.' kozlemenye.

SCHOBERL, Gyula (Grw)j MZARIOS, BeOA (mosonmagyarovar)
TV service cases. Radiotechnika 3-1 no.6:180 Je 161.

-MF.S?ARCS., Bela,-- dr. (Moso=agyarovar)
A letter to the editor. Hadiotachnika 12 n0-12:419 D 162.

MESZAROS, Bela, dr.
"Never" t-wo-norm aperture. !~Ad 'otechrf ka 14 no. My 't,4.

L ~2123-t)6 RIM
ACC NR: AP6020845 SOMCE CON: liU/0036/65/072/003/0191/0204
AUTHO'.1: :.oszaros. Bela (Candidate of biological sciences, Adjunctus); Ho-rvath, J_.
(Adjunct--as7
,t,~nszar _ Lajos University, Dobro
01G: - 057 i(ossuth cen (Kossuth Lajos Tudozaanyogyotem);
f1lorvath7 ;,,otvos Lorand University (Eotvos Lorand Tudomanyeaetem)
TITL,: Some aspects of current trends in biology
SOURC:;: Ea,7ar tudomany, v. 72, no- 3, 1965, 191-204
TOPIC TA~jj: protein, biologic metabolism , genetics, biophysics, biochemistry,
nucleic acid
'19he current confusion in biology, attributed partly to the previous
-dogmatism or Marxist-L,~ninist philosophy, is discussed. The basic principles
of the Darwin-Mitchurin and the "molecular genetics" approach are listed.
.In chapter two, an ar,-ument is presented to show that the results of molecular
.genetics serve as proof of the correctness cZ the D-M approach to genetics
that +.he principal material basis of Inheritance is protein metabolism.
The controversy in the field of genetics is one of Ideology as well. It is
part of the controversy between Darwinism and anti-Darwinism and it will
continue until a final victory of the biological trend based on materialism
is achieved. A discussion of the role of nucleio acids In chapter three is
Card 1 /2 1

L 3219 3 66
ACC NRI AP6020845
followed by a chapter dealing with the one-sided interpretation of the place
of "molecular biology" in the sciences. Research on the molecular level
corresponds to the fields of biophysics and biochemistry; they are important
but are too fragmented to be able to provide Information on the essence of
life as biological methods may. In chapter five, some wisunderstandinp, _ I
encountered in the evaluation of Mitcburin's theories, are discussed./ fJPRg
sn coDr,,: o6 / SUM DATE- none
Card 2/2

MESURGS, Bela, dr.; KOVALKOVITS, Istvan, dr.
Maxillary and madibular fractures asacciated with cero'bro-
spinal f lu id d. sch&rge. Fcg, rv. s zemle 59
F 1 66
I yer ak
A fieves megyei Tar,acs Kurhaza Sza-'sebeszeti Oaztal
(foorvosz Meszaros, Bela, dr.) es Balesotsebeszoti Oszl.al-
yanak (foorvcs: Valyl, Say,dor, dr.) kozlemer.yo.

HORKAY, Irpri, dr.; MMUROS, G:3111ft,dr.; DARMZY, Pal, dr.
Effect of Synalar, a fli-ocinolone acetonide containing prepara-
tiori, on some chronic skin diseases. Orv. hetil. 106 no.273
1273-1276 4 J1 165.
1. Debreceni Orvostudomanyi Egyetem, Bor- es Nemikortani Klinika
(igazgato: Szodoray, Lajns, dr.),

MES7AROS, Csilla, dr.
Therupeut!c ;jxjerlsncev with Terracortril (,r-i. 1.
106 no.38:179F-1800 19 S '65.
1. Debreceni Orvostudornanyi Egyetem, BorkJinika (igaziiato:
Szodoray,Lajos, dr.).

DERMATOLOGY
HUNGARY
M _C6jjjA,_.Dr.~ Clinic of Dermatology and Venereal Diseascs at
MESZAR
the Medical University (Orvostudomanyi Egyetem, Bor es gemikortani
Klinika) in Debrecen (Director: SZODORAY, Lajos, Dr.).
"Dermatological Drug Effects In the PatienLS for One Year at the Dermato-
logical Clinic in Debrecen"
Budapest, Orvosi Hetilag, Vol 107, No 24, 12 Jun 1966) pp 1121-1122.
Abstract: A total of 1850 patients were admitted during 1964. Six percent
of the cases showed dermatological effects caused by drugs (penicillin,
chlorocid, tetran, streptomycin, sulfonamides, rheopyrin, amidazophen,
salicylates, chinacisal, barbiturates, andaxin, tardyl, tetanus antito-
xin, vaccination, Di-Per-Te). The antibiotic effects predominated. The
symptoms included urticaria, Quincke edema, diffusive erythema, morbil-
liform exanthema, scarlatiniform exanthema, erythema nodosum, erythema
exudativum multiformae, Sanarelli-Schwarzmann phenomenon, purpura aller-
gica, and epidermonecrolysis toxica Lyell. 17 references, includ-'ng 11
German, I Hungarian, and 5 Western.
1/1

SZPORNY, L.; MESZAROS, Ca.
Evolution of mineralotropic effect when substituting progeste-rone
with 21-N-piperidyl. Acta physiol. acad. sci. hung. 21 no.4:359-362
,62.
1. Pharmacological Laboratory, Chemical Works Gedeon Richter, Budapest.
(PROGESTERIONE) (DESOXYCORTIOOSTERONE) (SODIUM)
(POTASSIUM)

MSZ"4. CoWa, dr.; VFMXMI, Klara, dr.
Essential cryoglobulinemia. Borgyog7. vener. szemle 39 no.3:224-128
Je 163. -
1. A Debreceni Orwostudomanyi Egyetem Borklinikajanak (igazgato:
Szodoray Lajos dr. egyetemi tanar) kozlemanys.
(CRYOBLOBULINS) (LF.G ULCER) (CHWROQUINS)
(ELOOD PROTEIN DTSORDFM)

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MESUROS, S.
SCIEVIIE
PERT MI C ALS: AQ"-7CVPI--Y!'; r A -zaL-421
ID(-'JA I-c. kJol. 62.0 No. 3) Mny/JLiLe 195~
Mleszaros, E. Some general re;ftarKs on iraprDv-'ng t4e pressure and temperature elements ,
of rad,c) sounds. p. 176.
~tlonthly list of East European Accessions (-,,FAI) 14, vol. ~, 'o. 2,
February P. 1, IrcLags.

IA'7- 'Irr IIr,
.:) ,
"Measuring methods of a raindrop spectrum." p. 51.
IP(',JAJ-,AS. (Visteorolopiai Intezet ex Magyar Meteorclogiai Tarsasa;,).
Budapest, Hungary, Vol. 63, No. 1, Jan./Feb. 1959.
Monthly list of Fast European Accessions (YEAT), IC, Vol. 8, No. ~J',
August 1959.
Uncla.

MRSZAROS, Erno; WIM, &Wre
Some remarks an the Sivadjian method Of measuring raindrop spectrum.
Idojaras 63 no.6s329-332 N-D 159. (EW 9:10)
(Rain and rainfall) (Spectrum analysis)

MESZAROS,-.Erno
A. new theory for the Interpretation of the electric phenwena of
storm clouds. Idojaraa 64 no.1:52-53 J&-F t60. (EEAJ 10tl)
(Clouds) (Atmospheric electricity) (Storms)