SCIENTIFIC ABSTRACT MASHEK, I. - MASHIN, A.R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032710017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

T -f
-Adequate protair, allowaace f 7- wiltits fwitn aumf)r-/ ir
0u .,)it . 16 ar Z G-14 Fr--)
1. 17 In3tituts rArodnoro pitentys kdtr. - dr-tsent Lqaslieki. ~rsp!~.
i ?k 'JrS I W) . rae tab .
adeoliste allowsince --r saults

SUBOKHOVAj Z. [Sl~bochavaj Z.); PlATM, Z.1 MASHEK, I.
Sme experience in the treatment of patients with obesity. -
Vop.pit. 20 no.3:12-16 MY-Je 161. (KMA 14:4)
a, Is Institute, pitaimiya Praga Chekhoslovakiyap.
- (C&CPON13)

ACOC SOURCE COW
A
t AVo24V65/b24/bo5/0036/0O42
UUTRORt Slavokbowat Zel Rats Ro; Platserg Zej ~asheksj. (Directors
ORGs Nutrition InstItutes Pregues Czeeboslavelda. (Institut pitanilra)8
TITWt Gertailu-sepeete of obesity pathogenesis and therapy
SOURCRe Veprosy pit*nLyg v* 240 no. 5. 1965s 36-42
TOPIC TAGSt nutritious patbogenesiss pbyelotbarapyg chetwtherapy
AWTRACTi The oftlects of physical exeralsej steroids and thyroid prep-
stations on wolebt reduclue. there were investigated In experiments an
wombn &g0$ 19 -to 38 yrs. clinical Y (81 to 105 ka)
disposed as obese
wit' no complicating factorse Following *~prollnlnsry perIO4 during
1
b,
0 10 subjesto,",virs; on a 2,300 calorle dicta they were divided Into two
placed on a XA,200 calorie diet (240 g of oarbohy-
rate 73 9- Of protein# and 40 g of tat)* The first group fo2lowed the
schedule with daily 4 hr walks end bra of sleepp The
asson -group, oxeral ffi~ 0
d 6ad (physical szoralsess sports) 4 bra
4al-ljs ~ At the - and of two. weeks weight losses for groups were
approMmately-the saies (A5 kg a day); buts with a hydrostatic method of

ACC H16 AP6000839
0,
w6Igb.%,ffp.'tV,7 via - found that the exercising group lost mostly fatty tio-
sus,imd.lbt ~~Iobq grou lost "Stly sm-fatty tiosuee In other
*x : Iiients.4bi.,"tbore fm360 p
_per that pbyaleal exeralso combined with appe-
1n so" cases With storoldes help@ maintain a
roVm Obt losses we primarily at the ex-
_,bolsme and uelL
'I Vs*.Or tbyrold pro W atlons. In the absence of
AT I ILI' ... . ... 04110 rapid ."VeLebt lose 8:,11pprommately twice as bigb
as
t ''I
mboiAxy to 161vi me of Medication ln-
tal and cl1n1col date on
ifty"Idiame ftftr r""t, a"
r0 lop 32,
Abci "a Indicate tbot" b :,if'oortsin other factors
2A be -a
'406fully stodledt regularItt 0 mole# prolonged *Xpo-
.~.-to .44bit, --a. -4 mal tabollso'.,( *',*go DW), stress stimlip
off lotin~ PORS
"=a-ib$Ol latIve defteloneles of cortaft nutrItIonal substances*
00186~ -ortip bast tables Wad I tIONPOGO
-303; cant g= DATX*. 070ot64/ CRIG RM 0051 OrK REP: 019
2A

XURTOVA, L.I.-. MASHIX, - X-*
Time dependence of field emission current in an electronic projector.
Rsdiotekh. i e2aktron. 5 no.821351 Ag 160* (XIU 13:8)
(Field emission)

BABYUX, Yaroslav; MSHEK, KW e L (Masek, K. j
Simple graphic presentation of a proteinogram. Vop. med. ichim. 7
209-210 Mr-Ap ~61. - (MIRA 14:6)
1. Chair of Clinical Biochemistry, Institute for Post-Grad~mte
Medical Training, Praga. (&WD PROTEINS)

Froginskiy,
'n the
b u ~.,n 0 t e f'g,,
khozysiy~, tve
PF VestniK Fte~ L
-he -3,zr i
1 13 1.1
tcrs r:e

P,
curs r
r,,: anwe
?~eado A
i n
+ h e 7
kc I k. ~.o _-e:
ti,on c~'
a ri 3 1 i, h-, z

C.,., a t I on j f ~-c r f r. v
i /I t7 -n a rl.Az9
ien v
vr.
lilt --;e .-Pr e r rr,

Wfoffft, V.
Important factor in solvinp the hasic economic pro-der i n t -~,- :
of apriculture. Sots.trud 5 no.1:19-27 Ja '60. (m1%, ~ 3:1 )
(Apricultural policv)

BRAGINSKII, B.; MSHENKOV, V.
Planning labor productivity on state farms. Biul.nauch. inform.-
trud i zar. Plata 4 no.S:P-13 161. (Mr,~A 14:10)
(Moscow iTavince-Agriculture-Labor productivity)

SHLYKI A.A.; PIA6ijLiiKQV, V,A [I-Lashankou, V.A.Ij NIKOLAYL.,VAP G.N. [NikaDieva
H.N.]; PiUDIUKOVA, I.V. (Fradnikava, I.V.]; MKETEMKO, T.V.
[Kuk-htsenka, T.V.1
Investigating the reaction of alkaline splitting of chlorophyil
method of studying the localization of tagged carbon. Ves"Bi
AN B-qSh- Ser. biial. nav. no.3:37-46 161. (~UiA
(CHW,I,OFIi)aI)

If
AN
iris L 1 1 .1'

KORIN, M.N.; WI"KCYV, V.A.; PIKULIK, L.G.
Ultraviolet absorption spectra of the cerobrospinal fluid in
neurological patients. Dokl. AN BSSR 7 no.7t49&500 JI '63.
(MIRA 161lo)
1. Belorusakiy nauchno-isoledovatellskiy institut nevrologii,
neyrokhirurgii i fisioterapit i Institut fiaiki AN BM.
Predstavleno, akademikom AN BSSR D.A.Markovym.
4-

MASHERKOV, V.A.; PMLIK, L.G.; ALISMIK, P.I.
Oaantitative fluoresoence analysis of the protein content in
potato tubers. M-xur. prikl. spekt. 3 no. 6t566-568 D 165
(MM 1911)
1. S%bmitted January 20,, 11965.

--M&aLBULQV,-Uadimir-l~D-d,o-rovAch; ZAPIVAUUN, A.I., red.; TRuKHUA, O.N.,
takhn.red.
(Potentials for increasing labor productivity in Soviet
Wiculturej Reserry rosta prolsvodltellnosti trude v sel'skom
khozialstva SSBR. Moskva. Gos.izd-vo sellkhos.lit-ry, 1960.
142 p. (Knu 14:3)
(Agriculture--Labor productivity)

MMHSNKOVp Vladild Fedorovich; HTZHKOV, A.S., red., red.; POWOMAREVA,
tekhn. red.
(Ways for increasing labor productivity in agriculture]Puti
povys~wniia proizvoditellnoati truda v sel'skom khoziaistve.
Moskva, Economizdat, 1962. 66 p. (MMA 15: 1-1)
(kgriculture-Labor productivity)

KARKAUKHOVA, YO.S., jdoktor skonox-muk, BRAGNMIL LI.. daktor okonon.
nank; ROYSj~; POZDIWOT, V.N., kand. skonon. nauk;
ALTAYSKIY, I.?., kandidat ekonomicheskikh nank; MADA7YAN,
A.I., nanabnyy sotr.; OBDLERSKIY, K.P., rod.; PkNIN, N.S., red.;
DNITRASHKO, E.I., aladshiy red.; PONOMAWA, A.A., tekhn. red.
[Methods for measuring, analyzing and planning labor productivity
on collective and state farms] VAtody ismereniia, analiza i pla-
niroyaniia proizvoditallnosti truda v kolkhozakh i sovkhozakh.
Moskva, Ekonomlzdat, 1963. 211 p. (MIRA 16:7)
1. IneSitut skonomikI AN SSSR (for Madatyan).
(Agriculture--Labor productivity)

F,AShTI4'KGV, Vladimir Fedorovich, kand. eko.,. nauk; LZOI"CVA, T.S.,
red.; EAKIT11, I.T., tekhn. red.
[Village tvnpower' Trudovye resursy selt. Moskva, Izd-vo
"Znanie," 1963. j9 p. (Novoe v zhizni, nauke, tekhni~.e.
V ~;erlia: Sel'skoe kho2daistvo, no.19) (MI..A 16:U)
(Ai-,riculturzil workers)

4085
S/57--,/62/000/007/012/015
D201/D308
"ill-L H0.6 Nashenkxv, Va'., liadeshdin, V.V. and ~Arotko, V.K.
contactless frequency difference scmiconductor
relay
SOURCE: A-kademiya nauir. Institut eleh-trot-ackhaniki.
Sibornik raoot po voprosam eleletromelchaniki. no. 7,
1962. -xtoviatizatsiya, telemakhariizatsiya i priboro-
stroyeniye, 349-355
T'-" ~ T The authors describe the prototype of a semicoru~uc-
tor relay designed at the in-stiLut ejcI.ZtrOnIeIrhaniI:i *,Ii (Iasti-
tute of _-A-ectrical -wlinecriiA- of the U3610, for semi-automatic con-
trol of the sc-If-synchronization of 3-phase synchronous small powcr
generators, under the conditions of c,-treme vibrations, shocks and ik'
acceleration. The relay consists of a diode phase detector, null-
indicator, electrical i-.itcgrator, output stage and a power supply.
The final voltage from the gcnarator and the mains voltage are
applied to the phase sensitive detector, at the output of which
Card 1/2

,;/D73/62/000/0C7/G1.2/0:_5
A contactless frc-quency ... Id2011b303
therc appearo a sinuroidal voltage whone frequency ir. a dl*fferc~.cc
betlICCII the former tMio anc.' %iho3o am,,ditude is proportional to one
of them. This output is amplified in the nulL indicator and trz.rls-
formed into roctangular pulses of one polarity and constant anpli-
ttide. These pulses are ap-Aied to ti-io integrator and Lo the ()iit:)i_It
stage, which compares the huration of the half-period o~ the sITIC
voltage at the output of -the phase-sensitive circuit with a certain
time period corresponding to a given frequency difference. iher,
the required frequency diff'crence reachcs the required value - the
rectangular pulse duration becom,-~s equal to the required 'Lrc(,'Uci-cy
and -the output actuates an intermediate relay, the working '.Jinc~in-
of which constitutes the load of the output transistor staZe -
zients have shoi
perir -ni that tine setting of the relay changes Lh(- r.om-
nal generator voltage by i 10-~- maximum, !:or the mains voltage vz.ria-
tions from 1.2 to 0.7, and is practically independent of the latter.
The setting changes by + 10~/_Q max. with temperature variations within
+ 200 to + 600C. *./ith a suitable power output transistor the rcLay
may be used to control directly th~ operation of the generator.
There are 3 figures.
Card 2/2

4086
S/573/62/000/007/013/015
D201/1)308
AJJTHO!6: Mlashenhov, V.1'. and Sirotko, V.K.
TITLE: A distance Hall affect relay
-':A'OURC2: j"~cadcrruya rkaW,~ Institut elektromelchanil-.i.
Sbornik rabot po voprosma clektrotnekhaniki. nc. 7,
1962. mtomatizatsiya, telemekhanizatsiya i priboro-
stroyeniye, 355-363
T,::~T: The authors consider all possible configurations of
distance relays usincr the liall effect and describe a prototyp,! of a
directional impedance Hall effect relay designed at the in~;tiCut
elektromckhaniki X4 SsL;R (Institute of Electrical Lngincerin" of
the AS It is shox-ni that a relay with compensation of the
a.c. component of the Hall effect cmf requires a smaller num*Lcr of
transducers, but exhibits some interaction between the volta~.e and
current circuits. The investirfated prototype was a.c. COM-,30ILent
compensated. Q%-,rin~,Y to resistive losses in the windings of the
transducers the angle of maximum sensitivity of the directional
Card 1/2

N distanc2 Hall effect relay S/573/62/000/007/013/015
D201/j308
relay was 680, the relay exhibited very good directional i)ro1)erzi(_-s
but had a large voltage dead -one. '21-Le Hall effect emf in tic 2x-
0 - LI
perimental relay could be considerably increased by means of:
1) increasing the dimensions of the semico-nductor wafers of the
transducers; 2) the use of toroidal cores; 3) the use oZ In,;,) w1uh
mobility of 8 m2/V.sec. The above resulted in a faultless wor!...- n;,!
current equal to 0.3 A for 3 micro-watts required for the outpu':.
in conjunction with highly sensitive output devices, the use of
the Hall effect transducers makes it possible to design fast, s(:nsi-
tive and reliable relays with different characteristics. '.j:here am
6 figures.
Card 2/2

MASHENKCV, '4.M.; NALEZPDIN, V.V.; SIRPTKO, V.K.
Re Is. I
,~ portion of n contaotlass lirectlc~nal nigh-frequency frjtot(:ti(.n
system of cable lLnes with % meisuring component based on Lhe Hell
effect. Sbor. rab. )o vop. elektromekh. no.9:275-287 '63.
(MI RA * 7: 2)

KASHENKC,V.. V.M.; SIROTKO, VA.
Study of the dogree of compensation of the variable component of' a
b*,-ary frequency HR11 a.m.f. in a phase-sengitive network using two
transducers. Sbor. rab. po vop. elektrowkh. no.9:287-298 163.
(X:-RA 1-. 2)

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MASHENTSEV, A. 1.
MM/Chemistry - Platinum Compounds
Chemistry - Stability
Apr 1948
*Gompounds of Blvalent Platinum and Hydrazide of Carbonic Acid,* Academician 1. 1.
Chernyqrevs A. 1. Mashentsevs Inst Gen and 1norg Chem imeni N. S. Kurnakov, Acad
Sci USSR, 4 pp
Sc
*Dok Akad Nauk SSSRs Nova Ser* Vol Us No. 2
Study of the reaction of complex-formed hydrazide of carbonic acid used in the form
of awnia salt KH 4SCSNHNH . There was rapid disintegration of the hydrazide and
precipitation of metals foKaing undetermined chemical compound. Stability and purity
of the prepared compound depend greatly on time factors and the method and used in
separating it from solution. Submitted, 14 Jan 1948.
M PA 62T4

ASHMTS]gV, A. I.
Cbmd=a Abet.
Vol. 48 go. 6
Mar. 25, 19U
laorgania Chemistry
-.UADUjdeLdf A". M
0"1951); . C.A. 40,
ndicm t"Y of cbm. wW p&jm.
tin, 4 wwt ftt&MbW for ft "-s
bydra" bloewbounte o( blvahot Pt. The ooseke
t&W jLN!f~,(SCSNYHa)j't I and I(NH,. "NJQ (W&
I --- obtained simultanemWy &m ddon)-
"kMineplatinoto cWo" and Imm NH4 trkhW*mmbw
pbunite. R. bdw~

6pr
.4.0JENT,EJ, A-1-
A"como cof cNifitmmmommal sompoitaft ad bIT&W
-ft Om by*"& lef 4111blocombim: -"- -A-A-
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-vot-itimntiv mly new 4 2 t.sdh-~,6 11 fiwns~ an innorr-i"n-
pf" vd, vitith N, -hil, IN, ,Ili" I- I-mi"d I,- 'he N Action,
,mlv by ~, [it NII.4 off ,r in ALAI -dn M , with
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f,cl, X14. 4 Nit"SP110 I I will. 3 - A mak, If SW_ i
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ip

, "', 1;1 1 ~ I
RASHUTSV. A. I.
- ~,~ ~-94~g- % '-
---~ Modern systematic@ of elmonts. Soob.o nanch.rob.chl.VJMO
no.2:1&23 154. (MIRA 10-10)
(Chemical elements)

sun
In the
8
ad*.- Tm podblow
Iiian "6r. a nw 9 about
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1, Of don. aid Inorg. Chem.

AUTHOR I Mashentsev, A. i. - 25/5,~
TITL,k;3 The Synthesis and I r~.; ert ie s of Mlixed 0-
-Carbonic Acid Ethers (Sintez i svoystva 3.'_I'eS.'.~-n.%ie:n -_-f-r07
fenilimidoditiougollnoy kisloty)
PERIODICALs Doklady Akademii Nauk 3.;SR, 1958, Vol. 115, :~r 1,
PP. 94-97 (UiSR)
AB3TRACTs The synthesis of new carbon-disuifide derivatives is of
considerable interest from the standpoint of the search for
highly-active plant-,rotective avents. Representatives of
these substances are used as insecticides, fun;-icides and
even for weeds killing. This is in a certain cuanectic~n with
the pecujiarities of ti:e structure and !he composition of the
molecule of these derivatives. T',,e re!;~-ective domadn of the
cumpuunds is restricted of- t'Ie valent carbon structul-e
~C it can, !,uwever, Do maintajiled ti;r-t tne T'cssibi'Lities
of sjf-.t;;esis are ~j far ri,,t yet "A!!hUstiA t~t~l t~..-it tne
dependence of t-e r;n the structurP of I~he
is insuficiently deter:;iined. 'What is kiiown is that a
Card 1/4 comparatively higher insecticidid effect c(_rri.-s;k_.nds to the

The Synthesis and Properties of Mixed Phenyl-lmido-Dithio- 2C-111-1-25/52
-Carbonic Acid Ethers
asyLmetric otructure and tne nie,,her -ii;.ule .:.:,zent -f -,-'I
molecule. For these rea3uns above all the _(~,riti('ne-d
in the title were oynth;-_~:uzed curr,~s;:uriding, tu ;, f,,r~:jula
Ar - N~C where It' and R" signi fy d i I :erent n1kY I
LIR
radicals, Ar a phenyl- or differently co-illicated arli-
-residue. They are unknown in pubiications. une (,f t;he
accessible ways of synthesis can lead over the alkj1ation
of corresponding di-thio-urethanes. As the most pronable one
might be considered the alkylation of one of the tautomer 4C
forms of the latter :-references 1-3), namely of form II which
is very characteri3tic of the aromatic-substituted ones:
NH.CS - Sil "