SCIENTIFIC ABSTRACT MARTSINKEVICH, L.D. - MARTSINYUK, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032610014-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


GRONTSIVA, K.Ta.; KNORRM, A.G.; MMMSIMMIGH. L.D.;MIKHAYLOV, V.P.
Zwgenil 3411vievich Danini; 1894-1954 Arid3. amst. gis.. i embr.
32 no.2:6 -65 Ap-Je '55. (NIJLA 9: 1)
(CMITUARIRS,
Danini, Xygenii S.)
(BIOGRAPHIES,
Danini. ]Wgenii S.,bibliog.)

-- MARTSINK-WICH, L.D.
-
Development and age variations in the elastic stroma nf thp
gkin In mammle. Dok1.AN SSSR 11 no.5:1105-1108 D 156.
(WlaA 10: 2)
1. Leningradskiy pediatricheskiy maditsinskiy institut.
Predstavleno akademikom TP.H. Pavlovskim.
(Skin)

MARTSINUVICH, L.D., kand.biol.nauk
Cellular composition of blood in white-blooded fishes (Chasnichthyi-
dae) of the Antarctic. Inform.biul.Sov.antark.ekop. no-3:67-68 158.
(MIRA 12:4)
1. Pedistricheskiy mrditsinBkiy institut.
(ANTARCTIC IMIONS--CHAERICHMIDAR)
(BIDOD--ANALYSIS AND CHEMISTRY)

MRTSIMVICH) L.D. (Leningrad, 137, u.I.Tekstil'shchikov,5,kv-35)
Characteristica of the blood in white-blouded flish. Arkh.
anat. gist. i embr. 41 no.12:75-78 D 161. (MIRA 15:3)
1. Kafedra gistologii i embrioloeii (zav. - prof. A.G. Knorre)
Leningradskogo moditsinskogo pediatricheskogo instituta.
(CHAEI,ICHTHYRIDAE)
(BWCD CELLS)

LEVL1,1, M.Ya.; MARTSAKMiCli, L.D.
"AtI5.9 of z-.! :-C.,. '~
oracti~,al uxerz~ :3e,, fr q tlu--,ents
TU.I. Afarldelev, E.F. K,3~ovt3k-i,
Martsinko-v"4. A,-eri. 1?,!: '.
k
--e - : -*--'F-Ies &:-,d crgans;
ii; ogf 11 t~r V. G. El i seev,
Reviewed by M.lA. lBv-*,ia, L.D.
~, emt:r. 43 no.8:JP;--AIc) A .46-'.
(MIRA I :Fl

S/068-x/60/000/008/002/003
E071/E435
AUTHORS: Dal', V.I., Doctor of Technical Sciences,
Raskina, L.S... 14artsinkevich--L.E, and Ar.temlyeva L.N.
TITLEx Isomerization
PERIODICALg Koks i khimiya, 1960, No.8 pp.44..46
TEXT& The possibility of production of paraxylcle (which :an be
oxidized to terephthalic acid) from technical xylole was
investigated, The problem can be divided into two parts:
1) sepayatxon of the individual isomers and 2) isomerization of
metha- and ortho-xyloles into paraxylole. Laboratory experiment~-
on freezing 9out the p--isomer were tested at temperatures of -291
-40 and -50 C and retention times of 15, 30. 49 and 60 minute~i.
It was found that in the absence of o-xylole, the separation of
p-xylole takes place satisfartorily at -500C, namely the yield of
p-Isomer reaches 18% with its residual concentration in m XVICIE.
(filtrate) of 1.6 to 6.8%, Thus the method can be used for the
preliminary separation of xyloles, providing the filtratp is
submitted to a further separation for which the adsorption method
was tried. The possibility of this method of separation wa-i
tested using activated carbon of various marks (BAU, KAD and
Card 1/3

S/068-x/60/000/ood/002/003
E071/E435
Isomerization and Separation of' Xyloles
KAD ground). The best results were obtained with BAU carbon.
It was found that a mixture rich in p-isomer passes through the
adsorbent practically unchanged but if the content of p-isomer
does not exceed 15% the separation does take place. On passing a
mixture through the adsorption column,at first m-isomer is obtained
followed by a mixture rich in p-isomer and then again m-isomer
(Table 2). Thus, after preliminary separation of p--xylole bv
freezxng, the filtyate can be passed through an adsorption column
and a practically pure m-xylole and a fraction rich in p xylole can
be obtained. The former can be passed for the isomerization
treatment whilst the latter can be again submitted to the freezing
treatment. The isomerization of pure o- and m-xyloles was tested
using an apparatus previously described (Ref.2) and an
aluminosilicate bead catalyst, The optimum conditions were found
to be- temperature 4500C and feed rate 0.6 hr--1. The int'luence
of addition of gaseous hydrocarbons (propane - butane fraLtion) tc
the reaction mixture was also tested, The experimental results
are given in Table 3. It was found that the addition of gaseous
hydrocarbons has a positive effect on the yield of p xylole on
Card 2/3

S/068-x/60/000/0o8/oo2/003
E07l/E435
lsomerization and Separation of Xyloles
isomerization of m-xylole, and a negative effect on the
isomerization of o--xylole. Thus: the isomerization treatment of
the above two isomers shculd be carried out separately. On the
basis of experimental results a scheme for the separation and
treatment of xyloles is proposed (see figure). This consists of.
preli-minary rectification of technical xylole and isomerization
products from isomerization plants of o- and m-xyloles for th~
separation of lighter and heavier hydrocarbons, fine rectifiraticn
for the purpose of separation of o-xyloles from the mixture of p
and m-xyloles. The former is then passed for the isomerization
treatment and the latter mixture is passed for the freezing
treatment etc.. as described in the experimental part of the work.
There are 3 tables, I figure and 2 Soviet referencss.
ASSOCIATION. Dnepropetrovskiy khimiko-tekhriologicheskiy insti~ut
(Dnepropetrovsk Institute of Chemical TechnolcSy)
Card 3/3

6d

-9-
~potrov

BUMSTROV, S.I.; MARTSINKEVICHP L.E.
AlW-Lat--lon of nitrocresolao Zhur.org,khim, I no,3.575.-576 YX 165.
(M-IRA 18:4)
1. Daspropetrovskiy khimiko-tekhnologichaskly lnstitut.

V.
AGFW

I I A . -' .
I ole of i e,.ci .-I. 'n 'herald, i- the ~ombi, a t lon Tre-atinen', of i atii-rt:~
I , ,
, - -, J ~, - ,-1 - I .. .
Acute A-;Pf-:-,rACitl5." CaPw! --e~! ~--- , V'l'r.,,-,i3 '-, ~
n -A J)
SO: Sum. No. 7014, Z Nov 5- - Survey of -cientific and Tec:,.nical D-issertzticnz
Defend d :,,t L'R -:. uc~*.ional Institutions (J-D).

MARTSINOVICHUS, A.M,
Hemodynamics in ligation of the inferior vena cava in experiment.
Eksper.khir. ~ no. 3c2O-25 MY-Je 160. (MIRA 14:1)
(VENA CAVA-LIGATURE) (BLOOD PRESSURE)

NORKUNASp P.I., kand.med.nauk; MARTSIMEVICHUS, A.M., kand.med.nauk
Case of resection of the inferior vena cava. Vest.kh-4r. no.-'zl4O
162. (MIRA 15:1)
1. Iz Nauchno-issltdovateliskogo instituta onkologii (dir. -
kand.med.nauk A. Talichanas) Litovskoy SSR i kafedry obshchey lkhi-
rurgii (zav. - dotsent A.M. Martainkavichus) Villnyusskogo
universiteta im. V Kapsukasa.
iMA CAVA-SURGERY),

MARTSINKEVICHUS, A. M. MAI K~ V
FA t,$' ra
cava. Exsper.
Kafpdra c.b-. K!.
me Tita. I noy b] ',Or
..h , r.9 E~-g
c,'Je-'Pr,,I,va AN

MARTS,MXVICIUS M - ~'MEKIA,,E, L., red.; BANCEI-ICIUS, P. , tekhn.
- - .
red.
fLong and creative life] Ilgas ir kur:,,bingas mogous arz,u-,.
Vilnius, Valstybine politires ir mokslines literaturos leicv
y k !a,
1961. 28 p. (FIIIIA 15:3)
(Longevity)

NARTSINW10191 X.I.; TSVXMV, N.I.
199-11if
Using vat dyes and indigosols for dyeing rayon crepe fabrics in
mechanical dye backs. Obm. tekh. OP7t- EMLPI no.9:20-?5 '56.
(MIRA 11:10)
(Dyes and dyeing--Rayon)

MMSINMDI3NX,-X-I. (Marcinkoniens, I.I.1; VAYDkUVICHYTJS. A.I. [Vaidakevic"ius]
Dyeing capron fabrics by the continuous method at high
temperatures. Tekst. prom. 19 nc.9:46-48 S t59.
(MRA 12:12)
l.Nachal'niki tsekhov fabriki Kauno Audinvay.
(11yes and dyeing--Nylon)

K&RT$MOK1XL-j.j,jW&rejnkoniene. I.]; VAYD&KAVICHTUS, A.I..
LVaidakavicius, A.]
Special processing of rayon fabrics. Tekst.prom. 20
--to.-5:16-17- Ao '160. (KIRA 13:8)
(Rayon)

MnRGYJNOVA, S.A. (Morhunova, S.A.]; MARTSINKOVSKAYA, L.K. (Martaynkc-.,E'Ki, L.K.]
Me+hocology for determining the Norms cf ProducLlcm C-B-,:3 b-i
pc.int Wtem, beh.prom. no.2282-84 Ar-Je 165.
~ ml-r~fi. 18: 10)

It /' /! ",I r-1 . .-.I/ - .II
ZAZULINA. Z.A. g PARTSISKOVSKAYA, R.F.; ROGOVIN. Z.A.
Synthetic fiber "ftorlon". Takmt. prom. 17 no.5r6-7 MY 157.
(Textile fiber@, Synthetic) (XLU 10:6)

BOBROVSKI, Lekh (Bobrcwski,. Je,-ch'J_, VILIGELIMI, Zd2islav (Wi-lhelmi, Zdzislawl;
GURSKI, Eugenyuah tGor,3kA., Luge-nius-zi; MARTSINKCIVSKIj Andzhey
[Marcimkorwaki, Anrirze']~ SOLTAN, Andzhey_r'S'_o'lt'_&n'," -Andrzej];
YASKULA, Maryan [Jaskula, Marianl
lach,, the pressurized electrostatic accelerator. Nukleonika 8
no.1.1-28 163.
1. Institut -yadernikh issledovaniy, Varshava 9 1 VarshavsIdy
universitet, Varshava.

DYUZFIV, G.A.; M~BlNqy~Kjl. A,M.;. TSIRKELI, B.I.; YUR'YEV, V.G.
Circuit for reading the oscillographic volt-ampere characteristIcs
In a wide range of currents. Prib. I tekh.eksp. 10 no.5:115-1.17
S-0 165. (MIRA 19:1)
1. Institut poluprovodnikov AN SSSR, Leningrad. Submitted
July lop 1964.

MkRTSINOVSKIY,. A.M.; TSIRKELI, B.I.; YUR'YEV, V.G.
System for the stabilization and regulation of the cathode
temperature. Prib. i tekh.eksp. 10 no.5t23&--240 S-0 165.
(MIRA 19:1)
1. Institut poluprovodnikov AN SSSR, Leningrad. Submittpd
July 10, 1964.

T
~LVIAL ~~W(J)/EWPW/SWP(
80URFE WDE: IWO13-6/65/00D/005/0246/024 6
0
6
27
pAUPMO Dyuzbe ftsinumid
G.
rnov 0 M Torlyev, V. G.
900k, .118tihft bf &WOOD&Wton, AN MSR, Leningrad. (IMMd polupro"daikov AN
TLE:-_ The Increiaze In atibility of =W-Lrlass joints In cesium
SOURCE: Pribory i tekhnika eksperimenta, no..% 1964, 246
TOPIC TAGS' Metal Joining, cmidation reduction reaction, oxide formation, glass, cesium,
glass coating
ABSTRACT.- iM ~increascd use of cesium vapors in various instruments at relatively high
preasprep-tftwO. I Torr and higher) made necessary the protection of metal -glass joints.from
:Ahe destructive action of cesium. Tests carried out bythe authors ghowed,that~ the -pre-
paration of joifits,*" .;a supplementary thin glass coating of the ractal makes them cesium
resis t t etal i t is covered byathin0.05 - 0.3mm) glaip
9 a,ciertain, degree. Them par
ir~ wide (placed across the region of the contemplated joint). When'th'
e
subjected to cesium vapor, the process of reduction of the oxide film
al ==d
stops some 5 mm from the Point of first contact with cesium. ibis
~JsL #ppar6ni to
ly due the extreme slowness *ithwhich cesivAn advances over the already
.0 t om
iedicpd aux' Jary region f them joiint,.i ..'Detalled ec merdations for the actual production
oint of uds, type arj~ provided. Authors thank W. A. Holenko for valuable
''a v r
d 4_- '- 'ifid help.-
UDC: 666.1.037.5.6a*387

ACC NR: AP60131.24 Cor'_-': U;~ 0'J57 66
AUTHOR: Dyuzhev, G. 1~~t~qjaovskiy, ~Soyzhos, B. Ya.
Tsirkell, B. I.; Yurlyev, V. G.
0.'.G :nore
TITLE: so'LidirV~ In -:.znverters with high presssuz-c
vapors. 1. experimental methods and
SOURCE: Zhurnal tekhnicheskoy fiziki, v. ~_6, no. 4, 1966, 679-691
TOPIC *L%G": plasma arc, plasma probe, tici.-rio(_-lcctric converter,
cesium plasni
A111-STI,%CT: ~,'!e equipment for the problr.-, of --n isothermal p)_..-,a and ~.-.c
experimental data processing ara descritc!d for the case of a thermiocni-O.-I
converter with high-pressure cesium vapr-rs ,nd small incerelectrode
Movable noly'.)denum probes 0.2 run in diuiomr and 7-8 rri long were us,!'.
A detailed description of the constructin of the probes is given. Thc
measurcrents were carried out at 1200 and !~;000K cathode temoeratures
and 10-1--4.0 rr-. Hg cesium vapor pressures -.rith the cathode ane vapor
tempera",re stability of +20 and +0.5p, resoectively. The thAory of Probc-L
in a,~igh-density plasma and the method of processing the prob,:.~h8~acteris-
Card I UDC: 533 .

ACC NR. Aj,6013124
tics arc analyzed. Formulas are derived or. the concentration, carrier
temperaLurc., and the potential distribution in a thermoemiss;on convertar
In which the plasma Is generated by the arc. Orig. art. has: 2 figures and
46 formulas.
.SUB CODE; 20 / SUBM DATE: 21Jun65 / GTH REF: 002 / ORIG REF: 015
I
Card 2/2

ACC NR: A1,6013125 11'(XACE COD!-,: U,-~/o 0 5 7 / b of 0 3
AUT WR *Dyuzhev, G. A.; Martsinovskiy, A. H.; MDyZhes, B. Yo.; Ilikus, .'C.;
yul"Yov, V. C;.
ORG: none
TITLE: Nasma sounding in thermoemjs.,ic~n converters with M7,h-pressu:c
cesium 11. Verification of L'-,(- proLe inothod. Certain exparl-
mental results obtained in the diffu:;Ion and arc modes
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 4, 1966$ 692-703
TONC TAGS: plasma probe, plasma arc, plasma diffusion, thermoelectric
converters cesi~zm plasma
ABS7RAC-1- This paper is a continuation of the theoretical work on fto
plasma probinp which appeared in the Issuc of ZhTF (pp. 679-61A).
The equ.~nc-lz: and the data processln8 worc- checked exD~.-rimLzntallly
using an iLothermal plasma which was ditrusion- or arc- genera'~:cd in
interelecCrode gap of a them, oem ission converter with high-pressure
show zhat in an Isothermal plasma WJZI
vapor. The experimental results
known parameters, the probinr, Tiethod yields data on the electron concen-
Vation and the space potential when the length of the free path Is snaller
Cor 1/2 UDC: 533.9.07
ACC NR- AP6013125
than the probe dimensions. In this coaneczion,
Elevated values Of elcc*.:r~:,
temperature were obtained. The divergence is due to a large them, Or-, '-LCZr.~:'
emission Of the Probe and a SIOW energy transfer between the fas t and
Measurements Carried out in the diffusion
with theony presented elsewhere mode are in agreement
(~byzhes, ya.,
FTT, 2, ",55, and G. Ye. Ili Icus'
1960). Measurements carried out in the arc mode indicate
that the ce~;jjn
. plasma generated between t~.-10 electrodes of a thernoemissiOn
converter differs greatly from a plasma In conventional gas-dischar~e
equip,.nent. -Aie electron temperature is
test points approximately 25000K at all
the
Of a V-a curve, and che ionization does not exceed 17. -r-,c
fact that a Dlasma in a
thermOemission converter remians; sufficiently Col.
can be used to achieve high-efficiency Conversion of thermal to electrical
energy_ The experimental values Of the electron temperature and conc'en-
tration for the arc mode are essentially in agreement with those calculated
and Pres-nted by Moyzhes et al. (ZhTF, 35, 1621,.1965).
in an isothcr=l In general, t1he
and , Plasma s2iow that the experimental equipment
methods used have Yielded satisfact,rv result-, and can be used in ,
5t'UdY of nonisoth,rnal plasma. The authors thank Yu. M. Kagan, V. 1.
Perell, and F. G. Bakshta for useful evaluation of results and for
valuable advice. The authors thank Yu. 11. j: ,,.In,
V.
G- Baksht I. Perele, and
for useful discussions and valuabie advice_ Orig. art. has:
12 figures and I table.
SUB CODE, 20 / SUBM DATL.' 21J"n65 oog / CTH RE~w,.
Card 2/2 . 007

1, 47035-66 1 J
ACC NR' AP603127-1 SOURCE CODE: UP/0057/66/036/iD~)'-~,'1635/1697
AUTHOR: D,-uzhev, G. A. ; Baksht, F. Martsinovskiv, A. X.
Pikus, G. Ye. ; Yur'-Yev, V. /-e
ORG: none
TITLE: Probe-method investipation of the plasma in thermianic converters
~Xesium pressure. III. Distribution of the concentration, the electron temperature,
~-Ta~dtle space potential in the interelectrode gap of thermionic converters
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 9, 1966, 1685-i697
y conversion d, s c - ar;',e
TOPIC TAGS: thermionic energy conversion, direr-t energ , arc
cesium electron tube
ABSTRACT: Specially constructed instruments with movable probes were used in exten-
sive investigations of the operation of a cesium-filled thermionic conver-er. 7he
investigations were carried out at pressures characteristic of both the
arc modes. The measurements Confirm the theory of the dilpus~on mode a~,v;Lnc~-; f-.
by Moyzhes and Pikus (Moyzhes, B. Ye., and Pikus, G. 2, 75~,, 19t3*).
also show that, at low cathode temperatures, the 'Ionization starts in thiF. -,I--,6e ne)-~
to the anode in the region of the anode drop. The transition to the arc mode is
accompanied by a redistribution of the potential and a shifting of the ionization
region toward the cathode. In the arc mode, a substantial part of the applied volt-
iCard 112

L 0035-66
ACC NRs AP6031273
age drops on the near-cathode barrier and ir. tc~e reFion ciose to the
to the anode and in the anode region there is only a small potential barrier, which
vanishes with increasing current. The electron temperature in the gap appears to be
almost constant, although it increases slowly with increasing current. At the sanne
time, the carrier concentration increases rapidly when current increases. The values
of electron concentration and temperature obtained by the authors agree with those
obtained by other researchers in spertral Vhile they consider their
method highly useful and accurate, the authors concede that, unlike opticfLl methods,
it does not yield information on the degree of equilibrium in the plasma. Orig. art.
has: 9 formulas, 10 figures, and 2 tables. [ZLI
SUB CODE: 20/ SUBM DATE: 04Sep65/ ORIG HEF: 009/ OTH REF: 007/ ATD PRESS:
5089
Card 2/2

POGREBINSM, Valentin Aleksandrovich;
---~WTARbVA, N.R., red.izd-va,- ISLENTtMA,, P.O.,, tekhn.red.
[Bigb-capacity converter plautel KonverterrWe tsekhi bol'shoi
proizvoditellnosti. Moskva, Metallurgizdat,, 1961. 204 p.
(KIRA 150)
(Iron and steel plants)
(Bessemer process)

KARLBMVIO, A.I., inzh.; ~MTSIBKOVSKlY D.B inzh.
- f
Autanation and mechanization of processes in converter shops.
14ekh.i avtomproizv. 15 no.11:12-3.5 N 161. (MIR-A 14: 11)
(Bessemer process-Tecluiological innovations';
(Automation)

MARTSINKOVSKIY, D.B.
Using ore and scrap metal -in t~,.e converter process. Metallurg 7
no-3:13-16 Mr '62. ( Yj P-k 15: 2 )
1. Gosudarstvennyy soyuznyy institut po proyektirovaniyu metallurgi-
cheskikh zavodov.
(Beusemer process) (Scrap metals)

MARTSINKOVSKIY, D.B.; POGREBINSKIY, V.A.
Comparing block-type and linear pos.'Ltioning of large capacl`ty
converters. Stall 22 no.7:606-611 Jl 162.
1. Gosudarstvannyy soyuznyy institut po proyektirovaniyu
metallurgicheskikh zavodov.
(Convorters)

KLRTSDIKOVSKIT, D., inzh.
Maker of steel. Tekh.mol. 30 no.9:19-21 162. (NaRA 15:9)
(BesMMW- prOcells)
(convertere)

PODIWATEV. N.Y.; VIGDCRCHIK, D.Ta.-. RMSINKOVSKIT, I.I.
,~- - t T .
. --k7,
Calculating gas pipes for the interior of houses. Gae.promose.10:
18-24 0 156. (Gas pipes) (PT31A 9:10)

C-
m
AUT91ORB

nv

TITLF 24

PERIODICAL-

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pump MO

eq!,! Pm
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C,e
!
5()-'Y(

s E wr ;i.
Carl I./ ~

Z)/ 1 ~'P_ACIOOCC I I -A
Vibra' ion -j ,f A 1 /A 1
a so~-c nd 1,T- i- -i n -i -I M~ I an-l
f 1-1 q -3 e I LC_ Y r (-. W, --I r I . I., _, Y III' -1-t. - - r
tor). and ~mzalr, &- -ri .,e tir-l! r W, 1) t do N-I! 9W I.,
equal 'o C,---
a 1? -17. W!_1 i.~, t~T,;-
appear a. i ', lie I- , a' I
The me- -ian, .5-r- Df e w-1. a,
may oniy Le i~.p -A
analys I s of r,r a' c,:, ren r ! S r-, - I n a r in,,,
makes J1 f*,:". 1:
3,*.-a st.cr-. aria
wi~n a Jig~., '-a-i ~~rz -1- a f. im;-,::~ a' !,:rL w!'n
h.a I f ') f r PrV a - El Y - - .- . . - , , : -1 ., -_ ~ , ! 'r -,ns'
r are 1 r. p r a 1-_-p f- r -i i A ~i --i a a! e :fr.-
parea in a w.1 ~r, ' K i~ S
ures as sugge-zied in ~ an in -aSeS elmina*,c- .rie wrap, e . g an -
nular grooves in "t)eftr11ngc, -nar-~g-n zpa~e~; drid ang-es c..' vari:&-. '. on ~_` '~Ie
oil V!scosity or c-11 pres-, re a'- "he in,_akc- end c,f *he bearing. Put none of ',n-se
mea.ns can ensure dec-?nda1_ie :~*:irl_l' *, ,,, *-nr,~-,~Ign a wlie= vel-c!'.y ra_nge, and -ne rI. - c -
ht,
se `
radical means is - lal ra' zo!;- -
r-
~rpe -f vih~(
Df desl
ris s
n
,
, P .
_
_
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lw
are described in Refs. 1, 7 and l?, -f %ave proved I.- t-e ''-,e bear-
Card 2/3

V,
A I
ings W-1, 1! -ad
Ceal i:-'-,7I
be hrlng
ag ai ris' wh
I 41ab_ e ana 1
Fn iz I -,,z -
r_a f
no 19

LYSENKO, B.H., kand.tekhn.naukj._MTjp%~~~ inzh., SERIKOV, S.S.,
inzh., SHAVRA, B. ~L , inzh.
Experimental device for studying the vibration resistance of
feed pump rotors. Energamashinostroenie 6 no-5:33-35 My 160.
(MIRA 13:9)
(Pamping mechinery-Vibration)

20167
S/114/61/000/004/002/oo6
c2 4: c2) t~ E194/E435
AUTHORS, Martsinkovskiy, V.A., Engineer and
1(wi-in-t-sev, I.B., Engineer
TITLE: The Influence of Radial Clearance Glands on the
Critical Speed of Feed Pump Rotors
PERIODICAL: Energomashinostroyeniye, 1961, No.4. pp.12--14
TEXT: Feed pump rotors are a complicated oscillatory system for
which it is very difficult to provide an accurate theoretical
calculation. The only existing method, proposed by Professor
A.A.Lomakin (Ref.1) is approximate and a considerable series of
experiments were made to assess its accuracy, An experimental
feed pump rig was used to test a full-scale rotor of a feed-pump
type F-3 320-200 (PE 320-200) with two glands which were located
either near the middle or adjacent to the bearings, The geometry
and type of glands are given in tables I and 2. Tests were made
with various values of pressure drop across the glands ranging
from 0 to 60 atm. The influence of the diameter of single gap
and multi-gap glands was investigated on a special single-disc
rotor. The first critical. speed in air was 2900 r.p,m, for the
Card l/ 9 ~K

20167
s/1i4/61/ooo/oo4/oo2/006
The inf*luence of Radial ... E194/E435
single disc and 2340 r.p.m. for the full-scale rotor. Tests were
made in the speed range of 0 to 8500 r.p.m, Rotor vibration was
measured by inductive pick-ups recording on an electromagnetic
oscillograph. Particular attention was paid to single-gap
glands as experience with the feed pumps at the Cherepet power
station has shown that they are most reliable in ensuring
vibration stability of the rotor. A study was made of the
influence on the value of the first critical speed, on the
resonance amplitudes and on the unstable conditions of the rotor
of the following parameters of single gap glands: the pressure
drop on the glands, the radial gap, the length of the gap, the
diameter of the gland, the eccentricity of the rotor relative to
the gland the place of location of the gland and the shape of
the inlet edges of the gland, In both these curves the critical
speed in r.p.m. is plotted on the y axis, in curve Is as a function
of pressure drop and in curve 1b as function of the gap length,
No influence of the shape of the inlet edges on oscillation of the
rotor was found but this shape has a considerable influence on
mear of the gland rings which were subject to erosion to a depth
of about 1.5 mm after about an hour's working as shown in Fig,2.
Card 2/9 L11 r/

20167
S/114/61/000/004/002/oo6
The Influence of Radial E194/E435
In this figure the place of wear is marked in black, The glands
-reduce the amplitude of resonance vibrations, particularly when the
gap is reduced and the diameter and length of the gland is
increased. Unstable conditions, which are most dangerous, also
occur with glands but the zones of instability for rotors with
glands are much higher than for rotors in air. In the tests
instability commenced at speeds of 7000 to 8000 r.p.m, with
pressure drops not exceeding 10 atm, At higher pressure drops
they disappeared completely, Results have also been obtained on
the influence of the critical speed of rotcrs of the dimensions of
individual gaps in 2 and 3 gap glands, The variants of gland
tested are given in table 2; the construction and notation used
will be seen from Fig.3. In multi-gap glands clearances have
different influences in different designs, In Fig-3 if the gap
b2 is reduced the critical speed is reduced, the resonance
amplitude is increased and instability becomes worse, The
clearances b, and b2 have the opposite effect, The
experimental investigations show that glands increase the critical
speed of the rotor, The dotted lines in Fig.1 correspond to
Card 3/9 ~JK

20167
S/114/61/000/004/002/006
The Influence of Radial E194/E435
critical speeds calculated by the method of Professor A.ALomakin
for radial gaps in glands of 0,3 mm. In this particular case
agreement with experiment is good. In Fig.lb which shows the
influence of the gland length on the critical speed for various
pressure drops, it will be seen that there is first a marked
increase in the critical speed with the length of gland, but later
this tails off, This is in general agreement with the theoretical
curves. The amplitude of resonance oscillations is much reduced
by the presence of a gland so that transition of the rotor through
a resonance is not dangerous, Often the amplitudes are so small
that the resonance speeds could not be accurately determined from
the oscillograms, There must be considerable damping forces both
in the glands and in the plain bearings, It is most important to
determine these forces. Multi-gap glands differ in principle from
single-gap in that they may reduce the critical speed of the rotor
as compared with its value in air. Two-gap glands have no
advantages over single-gap, The use of a greater number of gaps
may be advantageous provided that the even-number clearances are
large but the use of such glands will increase frictional losses Of,'
Card 4/9

20167
s/n4/61/000/004/002/oo6
The Influence of Radial ... E19VE435
and the optimum number should be selected on the basis of
vibration stability, reduction In volumetric losses and disc
friction. The tests show that unstable conditions are dangerous
in high pressure feed pumps. It is hnow-n that the cause of loss
of stubility is friction between the rotor and the medium in the
glands which sets up forces perpendicular to the line of centres.
In multi-gap glands if the clearance b2 is small, then two and
three gap glands can become sources of excitation of vibrations
which commence at sub-critical speeds and are maintained over a
wide range of speed. Increasing the clearance b2 avoids these
oscillations. It is also concluded that there is no point in
increasing the gland length above 60 mm in order to increase the
critical speed of the rotor. The greatest effect in increasing
the rigidity is obtained with glands near the centre of the rotor
and these should, therefore, be used to increase the critical
speed. The question of the influences of gland clearances on the
critical speed is still open and for clearances of 0.25 to 0.3 mm,
which are commonly used, the calculated critical speed of the
rotor with a single pair of glands is in satisfactory agreement
Card 5/9 X"

2 01 ~ 7
s/1l4/61/ooo/oo4/002/Oo6
The Influence of Radial ... E194/E435
with experiment. There are 4 figures, 3 tables and 5 Soviet
references.
Table 1.
I - diagram of gland
arrangement
2 - reference number
3 - length of the gland
MM
4 - radial gap b
mm
5 - notation of the points
on the curves of
Fig.la and b.
TABMILLA I
q MN�Abwwli ewe
06
XCUM PeenoAuxesus
nAormesmA yn'"O?Ne- -op b. Aji =
y --

T T
T T 1 20 0.10 X
2 20 0.25 0
1960 3 20 0.40 0
4 20 0.25 0 K Pme.
5 20 0.40 A 1.0
6 20 0.75 0
7 20 1,00 A
900 --1 a 10 0.10

T-
-%
U+E-1 9 20 0,10; 0,25; 0.40 K Pmc-
6
1
ff
t
- 10 60 0.10 .

The Influence of Radial ...
Table 2.
I - gland arrangement
2 - notation of the points
on the curves of
Fig.4a and b.
Card 7/9
26'a-67
S/114/61/000/004/002/006
E194/E435
TABJ1HUA 2

Tnn ynnOTHeMXA
1

1/n um $,-I,

AAS b.

AM
b,
b.
b, 0603.104C-
iime TomeK

1 20 15 0.20 0.25 0.20 0.20 x
2 20 5 0.20 0.25 0.45 0.20 0

1-41 3
20 :
5
0.20
0.25
0,75
0.20
4 2D 15 0.20 0.25 1.00 0.20

5 20 15 0.20 0.20 0,20 -
U 6 20 1
1 0.20 0.1.0 0,40 -
7 20 5
1 0.20 1.00 1,00 -

The Influence of Radial ...
. ...........

MOO

210
IV
100167
S/114/6l/ooo/oo4/002/oo6
E194/E435

M
m

j,
_

i

np 0
M
4
j
24
411 JU OU

The Influence of Radlal ...
Card 9/9
Fig.2.
M167
S/114/61/000/004/002/006
E194/E435
Lle
Fig - 3.

MARTSINKOVSKIY, V.A. 2 irizh.
Calculating the elBati- and damping forces in slot pack~fngs of'
hydraulic machinee. Energomasbinostroenie 7 no.11 25-26 111 16L
(IURA 14:1-1)
(Hydraulic machines)
(Packing(Mechanical engineering))

MARTS INOVSKIY, V.A.; HUDIS, M.A.
Dyna.T~4CS of' roLors of h-Yc!ra,,L-ic 7ecr. mnas~-.. I n.-
, -
98/9'?i I P-2 7 164. 'IT:,
-1 1

MARTS=- AV--rC'-PT.;S, m. 1. : -oc Sci ('1188) -- "S!F-~p thpxr,.,r,, in t'- rrr--:r~=x
treatment of ulcers". -'~, T)p (MIn Health LithmRnInn SS~,
Kaunas State Mee inat), 1`0 ccnias (KL, No ---, 1"L)

11 A~ I
Sy:;
,1.11, rr yr~rt s 4,- )~y,,.vj -,z,.%?n, Z.
Du tc r, i: i:
Ori Svuil:~it, s
-rd, I/i
139

MARTSINKYAVICHYUS-IKL&KENSAS
IlChanges in the Properties of Turf Podsolic Soils During
Their Cultivation Under Grass Field Rotation Conditions." Cand
Agr Sci, Moscow Agricultural Acad imeni K. A. Timiryazev, Moscow,
1954. (RZhBiol, No 3, Feb 55)
SO: Sum. No 631, 26 Aug 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Educational Institutions
(14)

AUTHORS. S1,Khot3~--4y, A.Ye, Martsinovich- V.M.
~. A.S-. aad
TITLE: Analy3-'-- If Op -
eration of a Series-type Thyratron
Pon-er,~Fr (Anal-iz raboty posledDvatei'nogo icnnogo

PERIODICALi Radic~tekclin.Lk3 Eleklronika
Vol 4, 1~r 1,
pp 6~' 69 '~'USS ,
R)
ABSTRACT: The princ-:`ples Of Tiie oper~;tion of a series-type converter
is known (Ref 1). Tw,3 series converter circuits a-re shown
in Figures I and 2 . The ~-Lr~.uit of FiEure 1 employs two
th,yratror,, but is asymietrical. The circuit of' Figure 2 is
a arrar-p- ement. The Dpei~~.tion of the two circuits
LIrIA '~e aua-iy.3ed in the same manner, provided
:1. -Ls al~lsumeci ti.at tt..e can5i(:.,.tancesCand C o~ tiie
1 2
cir~u of ~ 'gt-re 2 are cach eqi-ta-, to half the total
capacit.an!:-~ --f the --.iLi-cuit r:f F-*LF.,,)re I. The o-Deration of
the c~f 2 ZS as follows. DurinE the half-
periolf Wi er tLe ' LItP- i~ open, th~- capa7itvor C is
2
ae-~vvork RL, and the capacitor C
1
-1

Cardi/4 Durinf_ the succeeding

SOV/!C)Q-44-- 1--q/30
Analysis cf the a Se-_ ies-zyrt~ Thyr~tron converter
,I, al f- - P e i - in d--i.e i:,,ibe 2 d-~ _ivaited and the capacitorC2
is h,~ -1 eC Is d-.Zcharged through RL 2 The
_(,adit'cr- I'cr 11,r;e cperat.Lon c)f th
-e system is that
e -1 _. L aa. e q t t h e c Lo i~ tc_ instarit of the iFnition of
a tubf-, hit--.ner E~.an th~? suprly voltage B .
The )f t,",re- _-oriverter of Figure 2 ca-n be
repr--sente-I --ii a net-,,iorIe of L, RC and four
Fit~,;Ire 3) Durlia,- one if the half-periods,
FiL-ure ~, are while the switches
e ',peaed aa--~ the .-ufrenl~ fic-ws in the direction
"y ~--Ia ar" ow in Ei~-~ure Dui-inL~ the next half-
"eriod T~;--? ccn~,a-,t-s 3-4 are closed and the contacts 1-2
a-.Le ni,-r-o Uia' 'he ~-.'_L_-reLt flows in t_tie opposite direction.
The -,ii 'UL& _-:~s alwa,7s the same direction.
For tt_e of aaa._LvzJLs, i't i% asgumed that the voitage
"ied -chef equ-valent --,arc~udt Js equal to half the
a
pr, L U A
source Fu:- each half-.pe-T-iod of the supply voltage,
the cLerat._-~~n of t'l-le sy--ter- ~~an be. described by:
Z. d i.
Card2/LL E - T idt
iR V

Analysis of the Opera'-*orA L~i a Series-type Thyratron Convermer
If the nciatioL defined by Eq (2) is adopted, Eq (1) can
be writteL in the form of Eq (5). If it is assumed that
the network of Figure operates in the osciliatory regime,
the solution of Eq (5) is written as:
i' = Be L sl_n (W t + ~P)
where co 2-s the natural frequency of the network, while
,he -onzitants B a-ad (P can be determined from the initial
cona. if i~, as assumed that wo/w = n. , where
w _-E tne frequer.~;y of the supply voltage, the initial
-.ond:tior.s for the resistor _'.urrent and for the voltage
a,-ross the Condenser can be written as Eqs (14) and (15),
respe,:~tively. T in these equations denotes the period of
the supply--voltage frequency. From these initial
"Cadit,lons. it follows that T can be expressed by Eq (l?),
while E as given by Eq (-"-)) where k = RT/8L . The
normaiis-=!d r.11--rent or -the voltage across the
Gard3/4 reoiatan.--e iS, t.,-erefore, expressed by Eq 24), while the

of a Series-type Thyratron Converter
Anaiysis of the Ope,,t,,,
MaXimuM _~!Iver*se voitage of the system Js expressed by
Eq (30). The so-called closing time of the-system can be
felind f-rom Eq (32). wi,ere uL denotes the voltage across
the CLI_K,~, the ci-osine: time is defined as the interval
cetween .t.e _nce-tiun of the switching and the instant
wi.en t~e ,,~.l-,Eige at the choke becomes equal to the supply
-,age. Eq (32) can als~~ be written as Eq (34). The
abc-re formuIae we_~,e used to ~~onst_ruct a number of graphs.
The,-e are st--wn in Figures L -/, Figure 6 represents
th.e 7oitage acr~,ss the resistan e as a function of k
Figure shows tLe --losing time characteristics in terms
_~f k wii-ile F-LEL)-re j- gives the values of the maximum
i.averse voItage as a function of k . Some experimental
reas-tieme.nis %&ere carried 3,,),L an.-I it was found that the
discrepancies between the measured values and the results
cai:~ulated tv means of the furmulae were less than 10%.
There are 8 fiFures and 2 references. 1 of which is Soviet
a-ad _' :3erman.
SUBMITTED-. AP r ~ I 1 2
Card4/4

112 07 7
5/181/61/C)03/C'2,'Cl 1~ C2;-z
4,' 3 4., /4(45 13fs-) B1 02/B 108
AUTHORS- Martsinovskaya, E G., Matskevich. T L , and Rubanova, G M,
TITLE~- Secondary electron emission from iodine
PERIODICALt Fizika tverdogo tela, v- 3, no 12, 1)61i 5654 - 5656
TEXT% The coefticients of secondary electron emission, 0 and of in-
elastic reflection, 1, as depenaent on primary electron energy up were
determined by means of an arrangement described before (T L Matskevicl-.
E~ G Mikhaylova. FTT. 2, 4, 709, 196o). a and ~ were measured for
200.:~upi!~-3000 ev by the method of single pulses. The pressure in t.,.,
vacuum vessel was 5~10_ 8 - 1 10 -7 mm Hg. The iodine films examined were
vapor-plated upon graphite or molybdenum backings C(up) and ~(u p) v6ere
measured at room and nitrogen temperatures, 0 and -q as functions of the
plating time t, i., e, of the film thickness, were also dc-termined. o max
as determined from the o(u p ) curve for I was 1 4 (Fig 2), From the o(t)-
curves for I upon Mo, the depths from which the slow secondary electruns
Card 1/0 __

-.'- 6 '17 7
S1181161,10C,5110121C 1
Secondary electron emission B102/B108
emerge viere estimated for u- 500. 1000 and 3000 ev. They were
and 1100 R, respectively- PIn this estimation it was assumed that
energy distribution of the inelastically reflected electrons is the
for both I and Mo L N Dobretsov is thanked for assistance Tie,,,(-
4 figures and .11 references% 1 Soviet and 2 non-Soviet The two refL-
ences to English-language publications read as follcwss h J. Sterngla_i:
Phys Rev 26, 345. 1954; R. N Xoyarg Trans Farad Soc V~, 11/01
-4-e-
ASSOCIATION: Fiz.4ko-tekhnicheskiy institut im A. F Ioffe AN SSSH
Leningrad (Physicotechnical Institute imeni A F T-,ffe
AS USSR., Leningrad)
S UBhIITTPD -July 3, 1961
Fig I (i(t) and -Y~(t.) for iodine on graphite at u2~00 ev
2 o(u. 'I for iouine (1), graphite (2) ana molybdenum "5
Fig Tj(u for iodine ~..c ;:ra,.~hite
p
Cara 2!"

MARTSiNOVSKATA E.13,
.1 . --.- -j
Secondary e I e,- Fl, ~,- I i .r -TL m: . , - ~ . 5 r r -,r ~ ~ T., . ~F - ., - . I
6 no.732053----05.' ~-, 1-,4.
- Y-nA .
-. F*Izj.kc--*,~k.,-in~,~-~...gK,.y :n--- *,,-. lmer~ ~.N ~ I,

CL-wl2LLLC"="=~3j LJL=Lj="4L" r Ak~
qt
jr h
oeffi
c~e

n-a- m
edon
0.-
en..]
e
#4hth lyi
tberl
~j e ,,,,jq~grg,er.,,.ifer4e: ral
re cn~, p,:p
AA
ber -
1*0 03
U.-
846
b
T
ec rour.~
c
Th"';Beconciii
es
a ll;rP and
e
I ut px ~tte`
-res -ger. atc6i
1)37
s. .-;qe&0rqrq
a
Ueme C,
dip
Pie or 0 6j,)34~ -.~.,SjAh
ef~.Lj~-.to L: L 9-
Vi
u
UL lqqxl~;.
pb~ 3j ~-dcjlb.
iderAt L
i ute
a- o e* f-ficle'rala -
econd-&'3"' on: coefglic~~mi#s7~~

forma t I r. ri r~f time
'..cad--, or Peda~7o~-.c;i,
ISO Knizhnp-i

14ARTSIBOVSKAYA U.N.
- I
Interaction of articulatory and digital kinesthesias in deaf chdLiren.
Vop. psikhol. 8 no.1:101-112 Ja-F 062. (1-11-A 15-4)
1. Institut defektologii Akademii pedagogichaskikh nauk HSFSR,
Moskva.
(MUSCUIAR SENSE) (CHILDIX14, DEAF)

DYUZHEV, G.A.; MARTSINOV9KIY, A.M..,_PIKUS, G.Ye.; YURIYEV, V.G.
Most effective operating conditions for thermionic converters.
Zhur. tekh. flz. 115 no.6:1160-2362 Je 165. (MIRA 18:7)

L 11258-66 Fr;T(I)/~-:Ec(k)-2ATC(F)/EPF(n).~2/Evr.(m)A/E,,,iA(h) - xjp(c) TT&TI ALT
A~CC NRI AP5020321._ BOURCE-CODZ*.-~ -,Uft/0057lb5/035/011/20,54/2Ob4 'I
~A~OR uihev,` G.*, A.; Mart-sinovskiy, A. Piklia e e.,- Witel't So
~:Tur'-Yev~. V.: G.
ORG: none
TITLE:'Jnvestigation of the volt-ampere characteriatics-of thermionic converters
.'SOURCE-- Zhurnal tekhnicheskoy fiziki, v. 35, no. 11, 1965 2054-2o64
i7OPIC TAGS: direct energy conversion, thermionic energy conversion, thermlonics
~ABSTROLCZ:. 7he 7volt-supere characteristics of cesium'-filled thermio;k energy con-
:.were* exe-ined-both in the diffusion and are modes of operation. Plane-W-
6pacin of 0.02-2 mm-and electrode surfaces of
go
8'e=2 were used in all the experiments. At the diffusion mode, the character-
at -cs conibriied with theoretical data (B. Ys. Hoyzhes and 6. Ye. Pikus, PTT, 2, 4*
i hie, temperatures, the transition to the arc.node took place
-7 19-60) BMDOt~iy
dh
-b-'the presenc during thi experlsents of an accelerating field at
y e
exp ne
-be e t ere.: The fact that even the smalleat are current,was close to the eaissio~
t ai~ also attributed to this accelerating field. The absence of saturation
Curren ih
in thi',iolt-anpere aractetistics
qas.thought to be connected with the anomlous
arising as the result of the cathoGe barrlersl Orig.. art. hast 6 for-
ilodas and.9 figures. IZLI
Qwd UDCz 53T.523.5''

FRIOX&N, E.V.~ 1-%RTSIMV5M, DOWUCHLWA, N.A.
Optical anisotropy of macromolec.,des of polyaty-ene
derivatives. Vysokom. soed. 2 no.8:114B-1153 Ag 160.
(MIRA 13:9)
1. Pzl-heskiy institut IieninUa4skogo rosudarstvennogo
uMveraMbsta.
(Styrene)

3/057/62/032/006/020/022
B108/B102
.k-jTHORS artsinovski-, Pikus, G. Ye., 3onin, B. E., and
Y,rlyev, V. G.
T I zffect of elvctrcae barriers on the electrical conductivity
of a cesium plasma
10 1, 1 C A LZhurnal tekhnicheskoy fizi,li, v. 32, no. 6, 1962, 77o - 77",
T-~Xll: In an earlier paper (FTT, I!, no. 4, 756, 1960) a method was pro-
- d for detcrmining the scattt-ring cross section from measuremerit8 of'
pose-
the electrical conductivity of a cesium plasma. It was not considered,
however, that the electron work function depends on temperature and
.-ressure of the VCs vapor. In orcer to explain the effect of the electroce
the authors of the present paper used a special arrangement with
electrodes to measure the dependence of the plasma resistivity R
on length d of the gap between the electrodes. It was found that R
increases linearly with d. Measurements with d a 0 showed that at high
temperatures there is an additional resistance owing to a lay-!r of cesium
adsorbea on the electrodes. This layer increases the work function. This
Card C1/2

-40
310571621052100610201.022
1~ff.ct of electroGe barriers... B108/B102
is also the reason -e.,hy the efficiency of plasma thermocells decreases. It
is therefore necessary to increase pressure in these cells in order to
reauce the work function. There are 2 figures.
ASSOCIATION: institut poluprovodnikov AN SSSR, Leningrad (Institute of
Semiconductors AS USSR, Leningrad)
SU.6=71Z: November 21, 1961
~'ard 2/2

UILLIBA, A..N.. inzh.; MkRTSINOVSKIY, B.I.
New method of fastening and connecting ammeters and voltmetera
to distribution boards. Xnergetik 8 no.2zl4-16 F '6o.
(HIHA l3t6)
(Ilectrie meters)

AIEKSEYEVP S.A.; ZWAK3111, D.F.; KEILMMSH, V.V.; MALOV, A.N.;
MARTS1NOVSM,-F-1,,-HOLOTOK, A.V.; VIESMEWV, V.A.;
TEMMV-SKIY, P.A.; KHISIN, R.I.; DELITSIN, A.A., retsenzent;
SOERIOVSKIY, M.A., retsenzent; STEFANOV, V.P.,, retsenzent;
STOROZHEV, M.V., retsenzent; TA1ANOV, P.I., retsenzent;
FALIKEVICH, A.S., ret6enzent; CHONUSHMCH, V.A., retsenzent;
KHISIN, R.I., red.; GALITSOV, A.D., red.; VOLISM , V.S., red.;
STRUZHESTRAKH, Ye.I., red.; SWENOVA, M.M.# red. izd-va; MODEL,
B.Lp tekhn. red.
(Manual for the establishment of norms in the machinery industry
in 4 volumes) Spravochnik normirovshchika-mashinostruitelia v
4 torakh. Moskva, Gos. nauchno-tekhn. izd-vo rrashinostroit. lit-
ry. Vol.3. [Establishing norms for founding$ stamping, welding,
painting, metal plating, and woodwork) Normirovanie liteinykh,
kuznechrWkh, shtampovochrykh, svarochmykh, lakokrasochrykh ra-
bot, metallopokrytii i derevoobrabotki. 1962. 671 p.
(MIRA 15:4)
(Machinery industry-Production standards)

MARTSINOVSKIY V.Ye .-SAKHAROVA, F.K.
, I V_,
Problem of dysentery control. Pediatriia, Moskva no.3:26-28 May-June
1953. (CIML 25:1)
1. Docent for Nartainovakiy. 2. Of the DeWtment of Rpidemiolog7 (Head
- Prof. V. D. Solov'Yev) of Second Moscow Medical Institute iLeni 1. V.
Stalin and of the Municipal Sanitary Rpidemiological Station (Read PhyBi-
cian, -- H.S. Sokolovskly).

KMSrNOVSKIY, V. Ye,rlatsent; STAROVEROVA, A.G.
Analysis of ~ ivities of specialized nursery house for children
Infected with chronic forms of dysentery. Pediatrila no.2:50-54
Mr-Ap '54. (KI&A 7:6)
1. Iz kafedry spidemiologii Il Koskovskogo meditsinskogo institute
iment I.V.Stalina (zav. prof. V-D-Solovyev) I is Moskovskoy gorod-
skoy manitarno-opidemiologicheakoy stantaii (glavnyy vrach M.S.
Sokolovskiy)
(DYSINTA(Y, In infant and child,
*specialized nursery homes for child. with chronic
dysentery In Russia)

OVES, I'Llya Semenovich, kand. tekhn. nauk; SAPOZIT'lEOV, Ill,,a
Zinovlyevich; I~ARTSR;31=j A -F " inzh., retsenzent;
KONDRASHOIT, A.V.,, inzh., re-,serzent; -=-E.?,BAKCVp S.h.p
nauchn. red.; MORSKOY, L.K., red. izd-va; RODIONOVA,
VJI., tekhn. red.
[Organization of the supily rind reylenisYunent of mfiterials
and equipment for construction] Organizatsiia materiallno-
tekhnicheskogo snaDzheniia i komplektatsii stroitellstva;
opyt .-ab6ty GlavT-,oszAroiip. Nio.,;kva, Go3stroiizdat, lc.(,3.
213 1, (MIILA 16:12)
(Construction inclustr-,-Managerent)

MARTSINYAK, A. I.
MARTSINYAKA A. I. "The Development of Theory and Equipment and the DetermiDation
of the Value of the Acceleration of Gravity by the Absolute
Method in Terms of a Rod Falling in Vacuo." Commission on
Standards, Measures, and Measuring Instruments, Counci-I of
Ministers USSR. All-Union Sci Res Inst of Metrology imeni D. I.
Mendeleyev. Leningrad, 1956. (Dissertation for the Degree of
Candidate in Technical Science)
So: Knizhnaya Letopis', No. 19, 1956

KUCSINYA.K. A. 1.
3, ,
Deterzlnb~j the absolute value of gravity acceleration by observing
the fall of a rod in a vacuum. Izm.takh.no-5:11-15 S-0 156.
(Gravity) (KLIRA 10:2)

AGAIXTSKIY, B.M.; YBGOROV, K.N., MARTSINYAK. A.I., YANOVSKIT, B.M., Drof.
red.; ARUTYUNOV, V.O., doktor teMn.nauk, prof., otvetstvenny red.;
MATVZMWA, A-Ye., takhn.red.
[Absolute deternination of the acceleration of gravity at the
All-Union Scientific Research Institute of Metrologr.] AbBoliut-
nye opredeleniia uskoreniia oily tiazhesti v punke VNIIM. Moskva,
Gee. izd-vo standartov "STANDARTGIZ.0 1958- 89 P- (Leningrad.
Vsesoiuznjyi nauchno-issledovatel'skii institut metrologii. Trudy
no-32) (MIRA 11: 11)
1. Direktor Vaesoyuzuogo nauchno-issledovntellskogo intituta metro-
logii im. D.I. Mendeleyeva (for Arutyunov).
(Gravity)

SOV/169-59-5-4487
Translation from- Referatlynyy zhurnal, Geofizika, 1959, Nr 5, pp 30 - 31
(USSR)
24, L12 00
AUTHORS~ Agaletskiy, P.N., Yegorov, K.N., Martsinyak i A.I.
TITLE: The Absolute Determinations of the Acceleration of Gravity at
the VNIIM Station
PERIODICAL: Tr. Vses. n.-1. In-ta metrol., 1958, Nr 32 (92), 91 p, Ill.
ABSTRACT- Determinations of the absolute value of g, carried out In
Washington (1936) and in Teddington (1938) yielded discrepancies L).
of up to 20 mgal in comparison with the Potsdam system. Such
large discrepancies were considered to have resulted from in-
accuracies In method and insufficient evaluations of systematic
errors of the measurement. Therefore, the Rpsearch institute
of Metroloxv in Leningrad paid a special attention to the
detailed clarification of the nature of the sources of systematic
errors and the methods for their exclusion, when developing the
methods for fundamental determination of g. The studies were
Card 1/5 begun in 1940, interrupted by the war, and finished in 1956

sov/169-59-5-4487
The Absolute Determinations of the Acceleration of Gravity In the M IM Station
The measurements were carried out by way of three Independent methods:
1) Joined fall of bodies; 2) free fall of a body,% 3) swinging pendulums
Three swinging pendulums with various reduced length of 40, 60 and 75 cm
were used in the measurements. The rods of the pendulums were made of
fused quartz glass, the bobs of brass bars. The two ends of the pendulum
rods were provided with grooves covered with quartz plates, This way,
openings were formed at the ends of the rods, inside of which cushions of
hard glass were put on the quartz
glass were connected by the forces
were swinging alternately within a
produced of a special tool steel.
posts in a room the temperature of
The distances between the support
with a gaging machine, with an error
period has been determined by using
maximum error of which is smaller
in each individual experiment was
plates. All the parts made of quartz and
of molecular cohesion. The pendillums
copper vacuum vessel on fixed knife-edges
The whole set-up was placed on concrete
which was maintained constant by conditioning
bearings of the pendulums have been determined
which did not exceed 0 6 14 . The swinging
the sign s of a standard generator,the
than 3,10-91sec The duration of swinging
15 - 20 min. The adjusted value of g from
Card 2/5

SOV/169-59-5-4487
The Absolute Determinations of the Acceleration of Gravity in the VN_11M Station
the observations of thw swinging pendulums was found to be 981.9187 4 0.0004 cm/
SeC2. Using the method of joined fall, the falling was observed in -the stair-
case of the building of the Institute of Metrologyj a metallic cylinder was
falling from a height of 14 m. Within the cylinder and slmltaneously with the
cylinder, a brass frame was falling. Magnetic recorders fixed on the falling
cylinder, slided along the vertical steel wires and marked magnetic marks on
the wires during the fall of the cylinder, The recorders were operated by
pulses from a stable generator with a frequenc.- of 62.5 cps. The same pulses
caused the flashing of an inertia-free bulb which illuminated a slit within
the cylinder, The image of the slit was projected onto a photographic plate
fixed on the frame falling within the cylinder. As the air of atmospheric
pressure was within the cylinder, the results of observation were corrected
for the effect of air. The temperature of the various sections of the steel
wires was determined by means of some thermocouples. Prior to measuring the
distances between the magnetic marks, the wires were strewn with iron flilngs
forming on them characteristic strokes. The measuring of the wires was
carried out by means of a calibrating tape and a metric standard on a hori-
zontal stwid, The strokes formed on the photographic plate of the falling
Card 3/5

80805
SOV/169-59-5-4487
The Absolute Determinatioris of the Acceleration of Gravity in the MIM Slation
frame, were measured by means of a gaging machine, The value of g was zom-
puted from the position of the frame in relation to the marks on the w1res
and was adjusted by the method of the least squares from 21 falls; the
result was 981.9215 + 0.0016 am/sec2. Using the method of free fall of a
body, a metric rod was falling withIn an evacuated copper vessel. A photo-
emulsion coated the plane opposite faces of the quartz parts of the rod, and
the image of the immovable slit, periodically illuminated by the fla-ghes of
an inertia-free bulb, was projected onto the photoelumsion, The bulb was
operated by the pulses from a quartz timekeeper with the transformed frequency
of 125 and 250 cps. The setup was placed in the gravimetric basement of -zh'e
Institute where the fluctuations of temperature are very small. Fifteen f&lls
of'the rod were observed. The distances between the marks on the emulsion
layer of iron were determined by means of the gaging machine, After carrying
out the necessar-j corrections, the values of g were adjusted by the method of
least squares, The final result of these experiments amounts to 981,9224
t 0.0020 crk/sec2. The values of g for the point of the investigations In *he
Card 4/5

sov/169-59-5-4487
The Absolute Determinations of the Aoceleration of Gravity in the VN1111 Stati-I)rl
Potsdam system amounted to 981.9308. Therefore, the new determinations cf g
differ from the value in this system by 12.6 mgal (for the pendulums), by
9.3 mgal (for the joined fall of bodies), and by 8.1 mgal (for the free fall
of a body). Bibl. 34 titles,
Yu.S. Dobrokhotov
Card 5/5

-MLRTSINTAK, A.I.
Using the method of a free fall of bodies in determining the
acceleration due to gravity. Trudy TRIM no-37:42-10
159. (KRA 13: 4)
(Gravity)

S/115/60/000/008/I003,i-,15
B019/BO63
AUTHORS: Yegorov, K N , Martsinyak, A. 1,
TITLE: Determination of the Absolute Value of Xbravitational
Accelerationfor the Location of the VNIIM_
PERIODICAL; Izmeritellnaya tekhnika, 1960, No. 8, pp~ 10-11
TEXT: The Vsesoyuznyy nauchno-iseledovatellskiy institut metrologii
imeni D. I. Mendeleyeve. (VNII ) (All-Union Scientific Research Institute
of Metrology imeni D. I. Mendeleyev) carried out research work from 1947
to 1960 for the determination of gravitational acceleration g. g was de-
termined with torsional pendulums according to the joint fall of two
bodies (P. N. Agaletskiy~s method) and according to the free fall of a
quartz rod (A. 1. Martsinyak's method). This work was, for the major part,
finished in 1956, and the results were discussed at the Ninth General
Assembly of the International Union of Geodesy and Geophysics which was
held in Toronto in September, 1957. The high scientific value of this
work was recognized at this conference, Further experiments were made from
Card 112

Determination of the Absolute Value of S/115/60/000/00,R/OOz',,'O1_z
Gravitational Acceleration for the Location B019/BO63
of the VNIIM
1957 to 1959 by Agaletskiy-s and Martsinyak,s methods, in which bear-~ng
plates of molten quartz were used for the pendulumsinstead of glass plate's.
These experiments were intended to show that the results of measijrement
did not depend on the material of the bearing plates, g waB determined from
the free fall of a quartz rod in such a way that light pulses of a certain
frequency incided uprn the quartz rod which was coated with a photosensi-
tive layer. g was thin calculated from the increasing spacing rf the
blackenings. 245 val--,qs were determined by these methods with an average
of 981.9192 cm/sec2. A value of 981-919+0,003 cm/sec2 is recommended
for metrological work, A value of 590 551~611 is given for the latitude of
the location of the VNIIM (Leningrad); the longitude is +2.7" west of
Pulkovo, and the height above sea-level is 3.5 m. There are 1 table and
5 Soviet references,
Card 2/2

ACC NRi AP602148o SOURCE CODE: UR/0413/66/ooo/011/0106/0!06
!NVENTOR: Martsinyak, A. I.
ORG: None
TITLE: An installation for checking and calibrating accelerometers. Class 42, No.
182424 (announced by the All-Union _,~:ientific Research Institute of Metrology im.
D. M. Mendeleyev (Vsesoyuznyy nauciino-issledovatellrkiy institut metrologii),
SOURCE: lzobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 11, 1966, 106
TOPIC TAGS: accelerometer, test facility, quality control
ABSTRACT: This Author's Certificate introduces an installation for checking and
calibrating accelerometers. The unit contains a framework for holding the instru-
ment to be checked, a deformable elastic element fastened to the framework, a load-ng
element connected to the deformable elastic element, and a tripper for re ,leasing the
framework. The device is designed for reducing the time required for acceleration
to reach a predetermined value during the initial period of motion and for simpli-
fying the operation of releasing the framework. The tripper is made in the form of
a rod which has a collar and a groove and is connected to the framework. Completing
the tripper mechanism is a breaking device consisting of a stop and a power unit.
C.rd 1/2 UDC: 531.768.089.68

ACC NRs AP-0021480
FF
-L
.

4
A.-in,strument being tested; 2--deformable elastic element, 3--connection link
SIM CODE: 13, 20/ SUBMI DATE: 3imar65
Card 2/2

1 . 11 1 -1-':- , T -
2. (6-1)
1 ... ~
4. ' onc re t,~- :-,,- i - - ' ' . n
1-7 ~ I : I ". - .. . . I : . I.
I . . . . . - I ~ f. ~ I , - C :-,r!-." e , I * - ~ . . I . . ~ I
9. Monthly List of Russian Accessions, Library of Congress, jurie 1953. Unclassified.

MARTSINYUh, V., inzhpner-polkovnik
T
lhoroup,~.-lv prepare for exercises on strearn crossing. Tyl i snat.
Sov. V~-or, Sil 21 no~7:?5-79 JIL '(1. (MIRA :4:-P)
(Stream crossing, Military)