SCIENTIFIC ABSTRACT LISKA, M. - LISKOVA, N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930120001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FETM~F, V.; f Us
Pigmentation in w-..th maLignant tumors. Trudy IMA"~. I-
Vi.
biol. 14:82-91 164. (MIRA 13:4)
1. Kafedra antropologii fakullteta yestestvp-nnykh nauk v
Universitete imeni Karlova v Prage.

ITRUB M., J.; LISKA 1-1.1- GERVIIIYA, F.,- PAVLIK, F. TochrAcka spoluprace:
VOTICEOVA, J.
The influence of lyriphatib fistulae (in the develop-ment of trers-
plantation immunity. Rozid. chir. 44 1").5.-3-,'P-35() Py'C'.5.
l.- Ustav klinicke a v Praze
prof dr. 13. Spacelk, DrSc-.

Pharmacology and Toxicology
CZECHOSLOVAKIA
LISKA, It.; Farmakon, National Enterprise (N.P.),
"Determination of 2,3-Isopropylidena-L-sorbose and 2.,3,,4,6-
Diisopropylidene-L-sorbose in Preparation of L-Ascorbie Acid."
Prague, Ceskoslovenska, Farmacie, Vol 15, No 10, Doe 66, pp
517 - 521
Abstract rAuthors, English summary modified_7: The two chemicals
may be aetermined either by a method based on hydrolysis or one
based on polarimetry. Hydrolysis is conducted at pH = 3 and
at boiling. Acetone is liberated and determined by Messinger's
method. Sorbose is protected from oxidation by addition of tetra-
borate with which it forms a complex. Polarometrie determina-
tion is made in a medium of toluene where the substances have a
high specific rotation. 2 -eigures, 2 Tables, 2 Western, 2 Czech,
2 Russian references. (Manusoript received 7 Dec 65).

IMAJ )"P fogr, Inz,
New 4POW-b:Pf---,Oa1n combines in the U.S.S.R. and in the
IhmgaLriali-I Pe
a Republic. Maaz ciagalki 10 no.1:6-8
Ja#63

dk'a'-
31n,ly pr Uht),yow.t~,alls C,a,1-4 by S-Icr,l Tma," Caa-U.,11~1-1ka
R V-1. V, No. 1-1. Pr-o-, D-W-ta 1164), P. 5110.
Affilt4tient Krej Hylinnie mal aml thm.-Ml 3,twIfle
Veterinary IrAtItolte ani W-ontol-i of OrCainim Awly0s MT, afrati-lulu.

-LISKA, Otokar
Content substances of the spores of the maize disease Ustilago
maydis III. Components capable of being extracted and b lyzed.
Biologia, 15 no.122908-915 160. (Em 10: 8Vro
1. Natedra organickej tecbnologie Slovenakej vyookej skoly
technickejv Bratislava.
(CORN(MAIZZ)) (SHUT)
I

Content substances of the spores of the maize disease UBtil4go
may4lo. IT. 7he ash content. Biologia 16 no.l*.50-52 161.
(EW 10:7)
1 Utedra organickej teobnologie Chemickej fakulty Slovenskej
;;ookej oko4 teabniokejp Bratislava.
(SMUT) (COMW (MAIZE))

BELLUS, Daniel, inz.; inz. CSc,; IIORAK, Franti,.ek, dr. C5c.
Lobelia alkaloids. Pt.2. Chem zvesti IS no.2.-90-98 164.
1. Laboratory of Polymers, Slovak Acadeqr of Sciencesp BratiBlava,
Dubravsks. cesta. (for Bellus),
2.Department of Analytical 'hemsitry,, Slovak Higher Sc6ool of
Technology., Bratislavag Kollarovo namesti 2 (for Liski).
3. Department of Organic Technology.. Slovak Higher School of
Toohnology., Bratialavap Kollarovo namesti 2 (for Iforak).

"Detection and identifioation of organic substancesO by
M.Vecera, Masparic. Reviewed by 0. Usk&. Chem listy
58 no.llsl346-131*7 N 164.

LISKA, S.; VRABLOVA, E.; FORGONOVA, A.; DURIANOVA, J.; KOTZIG, I.; SEBIK, M.;
-Technicka spolupraca: RUZICIKOVA, K.; TOMASOVA, 0.; VOJTASOVA, L.
Attempt to evaluate balneologic reactions following administration
of analgesics and sedatives. Fysiat. vestn. 43 no-5:275-282 S t65.
1. Cs. statne kupele v Trencianskych Tepliciach (riaditel MjDr.
L. Spiska).

NE)LIK, T.; LISH" S?ALiska, Sj;. VEYSER., L-. [Weise'k., L.] (Chekhoolovakiya)
Use of a new kinesiological, indicator :~n thij evaluation of the
effectiveness of some methods of health resort treatment of
patients with the lumbar-ischialgic syndrome.,Vop.Rur..,fizioter.~.
i lech. fiz.kul't. 27 no.5.,393-397 S-0162. (MIRA 16:9)
1. Iz vosstanovitel'skogo otdeleniya kurorta Trenchanske Teplitse
(glavnyy vrach T.Mydlik., dir. kurorta L.Spishka).
(CHECHOSLOVAKIk--PHYSICAL THER&U) (SPIN&--DISEASFZ)

LISM, S. CSSR
Czechoslovak State Spas., (Ceskoslovenske st&e kupole), Trenciansko Tc-Allce,
director: L. Spiska, IM
Br,-vl.izlava, Bratislavske Lekav3k,-, YZ.!,~5 Ilo 6, 1963, PP 342-34,5
"Kinesiological Index Detervdnations in Vertebrogenous Disorders in the
Lumbosacral Region"
(1)

JAY DK, J., Rlpr.; LISKA, St.. MUDr.
,Organic phosphorus Insecticides. 1. Problems and methods of
cholinesterase test In occupational exposure. Praoovni lok.
7 no.5:273-278 SePt 55.
1. Oblastny ustav hygieny prace a charob z povolania, v Bratielave,
riaditel MUDr. J. Klucik.
(PARATHION, poisoning,
blood ebolinesterame in, determ.)
(BLOOD,
cholinesterase in parathion pois., determ.)
(GROLINIRSTIRASN, in blood,
in parathion pois., determ.)
(POISONING,
parathion. blood cholinesterase in, determ.)

7 -rl r- Y,
MT777MUpati.onal Discases at Bra;,-islava, 1;'ana~7er "-ozal,
and Czechoslovak Stato S-Da Tronciant-.1r.-e Te.0lico 11,anar7cr Doctor
L. Spizka f-Ustav hy'-j.ony p1raco a ciiorob z povolania v ;3ratislavo
riaditel prof. MA.Ho-_ ;Co-!:oslovcno!.~e s'atne kuoela Trcnc~ano-.e
Ill U
Te-lice, riaditel TTUDr. L. S-oislca 7.
"Effect of Work. in TT Env4-onnen- on the Activity of Blood
-0 U U
Cholinosterases".
Prague, Pracovni Lo!:a,-_q,;vi, Vol 15, 110 7, 19',)3, pp 291-293
Abstract: 8 subjects wcre exanined to Study th,-: ac-il-_*.-vit-,-~ of'
inesterase in nlasma and orythrocytes bc-fore work and a:'tor vroric
_U
on a bicyclc orrroncter a constant load of 10'! Watt and at
2k,.s 33j, 39 and t.,.50. A significant, incroase of cholinootorase ac-
tivity was noticed only at the highest temperature, that is 45C.
2 Tables,12 I.-lestern, Czec'i, 2 Polish, 2 'Hussian re-forencos.
2

L T -S'r-A , 3 t njr-66~1i:,.tz;
In vitro nrotection of cholinetterase fro!: organic 7~hosrhrt,:~.
let-. 9 n-.1-1:15-19 Mar 57. A , I,-
Ottfl el' ,
1. Wilnstny ustav hygleTLv -nrace a chorob z -jovolanis v Brntlslivi,
nrelmsta Mr 1. Mucilc.
(p,mI&M-RION, eff.
of chalinenterase. inhib. by quprternary
r,altq (Gv))
(CHOLIN".13"MASBI, snta!%
eth7rl T3.,inithlon, inhib. of eff. b,,, qusrhirr.-Y~- il~,nf)nvin
M11 (CZ")
(AMMONIU11 CONP011713. eff.
,livirtanary armonisim salts inhib. o-P ethyl aptap.
of cholineLterpr-a (Oz))
7777

HAJZOKOVA, M.; HUBAC, M.; LISKA 5
Facretion of vitamin BI in sweat during work in a hot environment.
Cesk. gastroent. vyz. 15 no.2:95-101 Mr '61.
1. Ustav hygieny prace a chorob z povolania v Bratislave, riaditel
MUDr. I. Klucik.
(SWKAT chem) (VITAMIN Bi metab) (EMTION) (FAEAT)
Mstr: 4E3d/4E2.C.
/prep&rafion and properties Of AUIUML-P-I'Aft,
zu
Novotnfi, and V. LIlka ova 0 P
I -MNU
-Watim Ccehojim. Ch8ff. OM
pre . of UsN
If U amalgaut Coutg. 0.05% U Is used for the
isti o at temps.
by heating In N atm., the excess Hr Ist disti of LiH9-
U to 400' to give a cOmPd- having the corn
temps. higher thgn OW, LIjN is formed, t4 'i the
reverse teattion can beearried out, i.e., transfortgol Ci
Wed Y 10
I v IRA
LW to Litig by treatment with 119 aCcO'nP'
*ing gn equiv. amt. of N, In this respect tile behavior of
correWilds to that of Lill.
L

LISKA, V.; CERMAK, V-j* BAKULE, K.
A nev type of automatic dilatometers. Chem listy 58 no.10t
1164-U(4 0 '64
1. Chair of Technology of Plastic:-Materialsp Higher School
of Chemical Technologyj Pardubice.

LISKAY Vladimir; FUKALA, Eugeniusz
Modified unsaturated polyester resins. Sbor VSUT Pardubice no.l:
181-188 164.
L.Chair of Technology o. P.Lastice of the Higher School of
Ghemical Technology, PardUbice. Sumitted October 19, 1963.

L-TSKA, Vladimir, inz.
Assembled hail of the =7gen plant of the Vitkovicke zeleza=7
Klementa. Gottwalda National Finterprise. Inz. stavby 12 no.-7a
299-302 J12U,
1. V7utavba Ontravsko-,Karvinskych dolul Project Department,
Fraguee

IJSKA, V.
A lecture at the Higher School of Tectihical Chemistr7 in Pardubice.
P. 387. (Chemicky Prunkvsl. Vol. 7, nal 7, July 1957, Praha, Czechoslovakia)
Monthly Index of East European Accessions (FM) W. Vol. T, no. 2,
February., 1957

LISKA, Vladimir; CERMAK, Vladimir
Autoxidation of monomers. Pt.3. Sbor VSChT Pardubice P..2.
97-104 163.
1. Chair of Technology of Plastic Materials, Higher School of
Chemical Technology, Pardubice.

CERMAKI, Vladimir
omera, Ptgs. 1-2. Sbor VSChT Pardubice
1/2 95-112 162 [publ. 1631.
1. Katedra technologie plastickych hmot, Vysoka skolL
chomicko-technologicka, Pardubf.ce.

,.,LL3KA VladWr,# inz,
~
Design of circular excentrically Icaded foundations. Inz stavby,
12 no.5j206-207 My 164-
1. Vystavba, ostravskokarvinskyah dolu, projekce Prague.

LISKA., Vladimir, inz.
Nomogram for designing foundation bases according to Czecho-
slovak Standard 73 1820. Inz stavby 11 no.7.-252-253 Jl 163.
1. Vyatavba ostravoko-karvlnakych dolu., projokee Praha,

ITC11MO, A.; LISKE, Zh.
- ~-
'W'.pa !-
Training In turbine drilling. Prof. -tekh.obr. 11 no.2:25 154, WMA 7:6)
1. Direktor remselannogo uchilishcha No.5 (Krasnodarskiy kray) (for Ivchanko).
2. Zamestitell direktora po uchabno-proizvodstvannoy chasti (for Liske).
(Petroleum-Well-boring-Study and teaching)
Wi

SE'DIAK, Josef, inz.; LISIKA, Zdenek
Research on div ded potato harvest. Zemedel tech 10 no. 1:
289-310 %V 16Z.
1. Research Institute of Agrimiltural Technology, Repy near
PraVie; Director- M.Preininger, inz.

IIAGANOV, M.A.; LISOR, I.S.; MUSfflN, I.G.
Measurement of the thermo-slectric properties of semiconductors.
Fix. tvar. tala
1 no,6:988-990 Je 159, ()QPA 12-10)
(Semiconductors) (Thermoelectricity)

214-7100 1041,0141,15'19 85381
U9 8/032/60/026/010/009/035
ISUD M5^0 B01~/B054
AUTHORS: Kaganov, M. A. and,L isker! I. S.
TITLE; An Unsteady Probing Method for Measuring the Electrical
Conductivity and the Contact Resistance of Semiconductor
Materials'
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 10, pp. 1118-1120
TEXT,% The authors suggest a method of measuring the electrical conductiv-
ity and -the contact resistance of semiconductor materials, which permits a
checkutp in limited volumes. This method can be used, for instance, to
-stu"y the electrical properties of substances under the action of ionizing
radla:tion, high and low temperatures, and the like. Direct current has been
used hitherto to determine the electrical conductivity (probing method).
An error arises here~, since-the thermo-omf at the points of contact be-
tween'the probes and the sample is recorded along with the voltage drop
between the probes. To~reduce this error, it is necessary to use relative-
ly massive current-supply contacts'which, on their part, reduce the tem-
Card 112

85381
An Unsteady Probing Method for.Measuring 5/032/60/026/010/009/035
the Sleotrical Conductivity and the Contact Bo16/BO54
Reeii3tance of Semioonduotor-Materials
perature gTadient along the sample. The measurement of electrical con-
ductivity with alternating current eliminates the effect of-the thermo-emf
at the contacts, but complicates the accurate measurement.of small voltage
values of alternating current. The method suggested by the authors is based
on measuring the electrical conductivity- in case of free heat evolution.
It permits a deteimination of the electrical conductivity of materials
having high thermo-emf coefficients. Fig. I shows the principal scheme of
~measurement. Fig. 2 shows curves for the voltage variations on the probes
and on the sample. This voltage drop on the probes and at the ends of the
sample is measured by a self-recording high-speed potentiometer (e.g.
,9TM-O:) (EPP-09))., There are 2 figures and 1 Soviet reference.
ASSOCIATIONt Agrofizicheskiy nauchno-issledovatellskiy institut Akademii
sel'skokhozyaystvennykh nauk (AgEophysical Scientific
Research Institute of the-Academy of Agricultural Sciences)
Card 2/2

S/17 61/004/003/010/013
-241, 7600 (M V-31 HST', 11V3) B1 17Y33209
AUTHORSs Kaganovq M. A., Lisker, I. S.t Chudnovskiyj A. F.
TITLE: A method of rapidly determining the heat conductivity of
semiconducting materials
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, v- 4, no- 3, 1961, 110-112
TEXTr The authors suggest an improved version of the method developed by
A. V. Iof f -a i3nd A.;F. loffe for determining the heat conductivity of semicon-
ductors within a narrow range-of temperatures near room temperature (10 -
'150C). The test device consists of two copper blocks, between which the
specimen 113 placed. In order to determine the heat conductivity, one has to
adjust the temperature gradient at the specimen, aT - T 2 - T1, and the tem-
perature var~,ation with timeq T 21 of the tipper block by means of two indivi-
dual diTfere;itial thermocouples. The authors suggest to determine the heat
conductivi-,'Oy of the specimen from the rate of cooling of the upper block.
It is evident that the temperature drop over the specimen varies according
to the samo law as does the temperature of the upper block. This may be
Card 1/4

89931
S/17 611004100310101013
A method of rapidly ... B117YB209
concluded from, the fact that the rate of cooling of all parts of the system
is equal under normal conditions. The rate of cooling of many semiconduc-
tive materials may be found from the graph thermo-electromotive force at the
boundary of the specimen versus time in semilogarithmic co-ordinates. The
heat conduction coefficient X as determined from the function lnaT - f(r)
was (3-31 + 0.02) - 10-3 cal/cm - see. deg for molten quartz (Fig. 2, curve
3). According to published data, it amounts to 3-33 - jo-3 cal/cm , sec.
deg at 200C.. The heat conduction coefficient of Bi 2Te 3 Sb 2Te 3P as meas-
ured by mean13 of EL differential thermocouple, was 4.48 1o-3 kcal/cm , see.
deg, and determination of by a measurement of the thermo-electromotive force
yielded 4.73 - 1o-3 kcal/cm - see, deg (Fig. 2, curves 1 and 2). The some-
what lesser inclination of curve (1) as compared to curve (2) may be explain-
ed by an additional thermal resistance which is due to a thin mica plate
between the lower block and the specimen. An insulating intermediate layer
is necessary for the elimination-of the shunting effect of the specimpn and
its thermo-eleotromotive force upon the indications of the thermocouple.
The suggested version of the method by A. V. Ioffe and A. F. Ioffe offers
the advantage that the entire curve of temperature drop may be used in the
Card 2/4

69931
S/170/61/004/003/010/013
A method of raPidly... B117/B209
place of single points only. Besidesy onl y one instrument is required in-
stead of two. The use of the thermo-electromotive force of the specimen as
a temperature indicator allows to employ less sensitive instruments and to
record automatically the variation of the temperature gradient. Moreover,
an,insulating layer is superfluous in this case. There are 2 figures and
5 Solieti-abloo r~fereficbs.r.c.
ASSOCIATIONt Agrofizicheskiy institut, g. Leningrad (Institute of Agro-
physics, Leningrad)
SUBMITTED:
June 28, 1960
Card 3/4

~,1,342
S/170/62/005/003/005/012
Bt52/BI02
AUTHOR: Lisker, I.-S..
TITLE: A non-stationary method of simultaneous measurement of
thexmoelectrio and thermoph7sical characteristics of semi-
conductor materials
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, v- 5, no. 3, 1962, 58-65
TEXT: The author describes a device with which different characteristics
of semiconductors can be measured simultaneously. The principle of this
method is that the change in time of voltage drop and temperature
gradient at the sample boundary are recorded after switching on or off the
electric current. As a certain period of time is necessary to establish
the temperature field along the sample the ohmic voltage V Q can be
separated from the thermo e.m.f. V a . This is necessary for the calcula-
tion of the Peltier heat. For this purpose the full voltage drop on the
sample and the voltage drop at the probes
Card(n~

S/170 62/005/00z//005/Pl2
A non-stationary method of ... BI YB102
(V(S) . Y(S) + V~s)) are recorded. The electrical conductivity is
Q 17
d 11(8)/V(,B)S, the contact resistance Rk of the semiconductor material
Rk YP/I -Ql/Sor. I is the curr6nt strength, I the length of the sample
or of the probes, .13 the cross section of the sample. The temperature
difference AT wits measured by a differential thermocouple bridge. The
thermo-emf then is a - a VP/(2 + rt/r )Vt, where a is the factor of
mn a 9 mn
.the thermocouple applied, the superscript p rifere to the feed wires,
r, and r are the resistances of the thermocouple bridge an d the galvano-
9 -
meter, Vt the e.m.f. indicated by the galvanometer in the bridge diagonal.
The equation of heat conduction yields AT t N ajT ml/X(l + y), where T
is the temperature of the surrounding mediuam: 4 the heat conductivity, mand
y is given by
-7-
) - (7) -
'_Yke 3 4 a
Card 2/0

3/170/62/005/003/005/012
!.A non-stationary method of ... B152/BI02
c is the side'of the quadratic section of the rod, a the heat exchange
factor, d(p) and X(p) diameter and heat conductivity of N feed wires.
p(1 p .
As AT - Vp/a and JI .- V d, 2 - V + Y)/V X can be calculated from
a Q, a
the above equation for AT at' Thenon-stationary process of the
establishment of a temperature field along the sample yields the thermal'
di ffubivity k and the heat capacity c 1 of the sample. Taking into account
the Peltier heat, heat conduction of the sample, heat exchange with the
surrounding mediums and heat capacity c2 of the contact plates, the solu-
tion to the equation.of heat conduction is
6 T - 4ajT Y Ot P)/V n4 (12),
0
where a cj p, a + V~.- a 2 -"P-'kt + j Lif LP a
1-
2 A VFF - __ (d)" 4- + (13)-
IX CI PL 2 3 X T. 4 k T,, k
+ _Er c. p2 d (C212)"_d2 +,,,'~~-(C2N)3 d3
C, P, 7/7+...
2 p, _2 c,p CA~tj)
Card 3116 __ " - - -

S/170/62/005/003/005/012
A non-stationary methad of B152/B102
Only-in a certain interval the sum of the terms of the series is small
against unity. In this interval
(15),
(16),
VaycIr Vas to Top Tut. To is the temperature at t 0. From a plot of
,this equation k can bet found and also c A/kQ,. This method is only
applicable for materig.IB with great values of a2/k. The device is shown
in-Fig. 21 the circuit; diagram in Fig. 1. This device also can be used to
study semiconductor Properties in a temperature interval from
2000C to -170OC- For this purpose the sample is placed in the center of a
double cylinder whose cavity is flown through by a heating or cooling
medium. As the calculation of the semiconductor properties takes into
account nearly all losses arising in such investigations the results are
more exact than those obtained by single measurements. The results of an
investigation of Bi Te Sb Te are given: 1' -1
2 3- 2 3 1300 ohm-1cm
Card 4/0

S/170/62/005/003/005/012
A non-stationary method of ... B152/B102
Rk 1-85-10-3 ohm; z - 1.61-10-3 deg- I; a - 149 Av/deg;
x 3.8-10-3 Cal/cm-sec-deg; k - 11.6-10-3 CM2 /sec; c1 - 0-045 cal/g,,deg~
There are 4 figures a:,nd 12 references: 6 Soviet and 4 non-Soviet. The
three references to English-language publications read as follows;
Harman T. C~ J. Appl. Phys., no. 9, 1958; Harman T. C,, Cahn I. 11~ and
Logan M. J. J. Appl. Phys., no. 9, 1959; Herinckx C., Monfils A~ B. J.
Appl. Phys., no- 5, 1959-
ASSOCIATION: Agrofizicheskiy institut, g. Leningrad (Institute of
Agricultural Physics, Leningrad)
SUBMITTED: April 21, 1961
Fig. 1. Circuit diagram of the investigation of semiconductor material
characteristics.
Legend: 1,11 - feed wires; 292f and 3931 - thermocouple wires;
R1, RV R39 R63 R7 - rheostats; RV R5 - resistors; galvanometer;
Card 5/4

S/058/62/0()0/006/084/136
A0_57/A1O1
AUTHORS: Kaganov, M. A., Lisker, I
TITLE: Determination of some physical characteristics of semiconductors
under non-13tationary conditions
PERIODICAL: Referativnyy zhurnal, Fizika, no. 6, 1962, 32, abstract 6E262
("Byul. nauchno-tekhn. inform. po agron. fiz.", 1960, no. 8 - 9,
27 - 31)
TEXT: A device is described for complex determination of the electric
conductivity 6, the thernal emf a, the value z - 0L26/,;C and the thermal conduc-
tivity X of various semiconductor materials. The device is used for the measure-
ment of parameters of intermetallic compounds of the Bi2Te3 -Sb2Te3 type. The
time necessary for the determination of c4, O~ z and X of one sample is about 15
minutes.
K. Glinchuk
[Abstracter's note: Complete translation]
Nrd 1/1

No~ateady-ijtate method for measuring the thermoelectric and
thermophysicia characteristics of semiconductors. Inzh.-fiz.
zhur, 5 no,,30845 Mr 162. (MIRA 15:3)
'jSerhI~-6Yjductorv--;hvr=J properties)
(Sexiewed6tors-Ele6tria properties)

S/196/62/000/023/003/006
E194/EI55
AUTHORS:- Bardeyeva, S.P.. Liskerp I.S., and Chudnovskiy, A.F.
TITIZt An investigation7'of the thermoelectric properties of
multi-component *systems
PERIODICALs ltefeirativnyy zhurnal, Elektrotekhnika i energetika,
no.2' 1962, 4-5, abstract 23 13 24. (In collection:
Fizikai (I-hysics), Leningrad, 1962, 34-35)
TEXT: The thermoelectric properties of multi-component
solid solutions of the type AgSbSe 2 - AgSbTe 21 AgUiSe 2 - AgBiTe 2 VI
CuSbSe 2 - CuSbTe 2 CuBise 2 - CuBiTe 2' whictf are of very low
thermal conductivity, were investigati~d. 'The compounds were
synthesized in .quartz bulbs evacuated t,-) 5 x 10-2 mm Hg at a
te mperature of 1000-1100 aC for 2 - 3 hours, after which the
.alloys were cooled in the furnace during 4 - 6 hours. The samples
studied were pressed at a temperature 'of 200 OC and a pressure of
7.5 T/CM2.mainta,ined for three minutes. Some specimens were
annealed at 250 OC for 24 - 48 hours. Measu~rements of specific
Card 1/9

AninVestigation of the 5/196/62/000/023/003/006
E194/E155
conductivity, coefficient of thermal conduct.ivity and specific
thermal capacity were made over a wide temperature range,
showing that certain of the alloys may find use in various
thermoelectric devices.
ASSOCIATION: Agrofizich. n.-i. in-t
(Xtrophysical Scientific Research Institute)
[Abstractor's note: C;mplete translation
Card 2/2

s/196/63/000/002/004/026
F,194/Z155
~;AUTHORs -Lisker, I.S.
~TITLE: Rapid methods of determining the thermal-physical
characteristics of semiconductor materials
'PERIODICAL*. Referativnyy zhurnal' Elektrotekhnika i energetikat
no.21 1963, 1-2, abstract 2 B 4. (In collection:
FJ.zika, 1962, L., 35-37).
TEXT: To determine the thermal conductivity X of specimens
the shape of parallelepipeds or cylinders they are placed between
'two blocks. Throughout the test the lower block is kept cool. Them
jupper block is maintained under conditions of low heat emission (ini
.!vacuum) And initially has a temperature some 10 - 15 *K above that
6of the lower- block. The change in temperature of the upper block
jwith-time io automatically recorded so that-the value of X of the
!material investigated can be calculated. Depending upon the
1properties 01.7 the specimen, measurement,takes-1- 5 minutes. Two
,,types of instrument have-been developed to determine X; one at
1room temperature and the other in the range-73 *K (- 200 *C) to
473 aK (+ 200 OC).. The accuracy of the method in 3%-
Card 1/2~

S/196/63/000/002/004/026
Rapid methods of determining the E194/E155
o_~]The specific heat of semiconducting materials is determined on
japparatus employing the calorimetric method of a regular thermal
Icondition: measurements,can be made in vacuum in the above-
Imentioned temperature range. The change in specimen temperature
;with time is again recorded automatically. The determination is
,!accurate within 3%, and takes no more than 10 - 15 minutes.
ASSOCIATIONs Agrofizich*. n.-i. in-t
+ (Agrophysieal,Scientific Research Intititute)
[Abstractor anotes Complete translation
bard 2/2

LUKER, I. S.
Measurilmg-thi heart -Coidtfativity coefficient of samiconductoris
under zibn;teady6-state conditions. Teplo- i massoper. D20-33
162m - (MIRA l6fl)
1. A.grofizicheskiy institut, #. Loningrade
(Semiconductorm-Thermal properties)
Nalorimstry)

autoriaTed sysLem ro-oult's.
SUB C DE DP c- ENC', 00

LISKFRj I.S.
Use of an electronic computer In the complex study of the
characteristics of semiconductor materials and control of a
~physical experiment. Vych. sist. no.80-1-26 163.
(MIRA 1?312)

LISKIRp I.S., kand.tekhn.nauk
*Dynamic properties of thermistor circuits" by AO.ShasMor and
A-.S.Kasperovich. Reviewed by I.S.Lisker. lnzh~-fiz. zhur. 6
no.4~:134-135 Ap 163. (KM 16:5)
(Thermistors) (Electric circuits)

KAGANOV, M.A.; LISKER, I.S.
Effect of contact temperature meters on the accuracy of the
determination of thermopbysical properties. Inzh.-fiz. zhur.
6 no.9z27-34 S 163. (MIRA 16:8)
1. Agrofizicheskiy institut, Imningrad.

ACCESSION 14R: AP4038660 s/ol7o/64/ooo/oo4/oo28/Go3l
'AUTHORs Kaeanov, M. A.; sker,_I., S1----1-
Li
TITLEs Lag of electrical resistance thermometers
SOURCE: Tnzhonerno-fizicheskiy zhurnal 4, 1964, 28-31
lqdo
TOPIC TAGS: Electrical resistance thermometer, resistance thermometer lag,
repistance thermometer time constant, heat sensitive element
ABSTRACTs The lag of a thermal system consisting of a heat-sensitive element
and u-1re leads was determined. The dependence of the time constant of
electric thermometers on the thermal characteristics of the material constitut-
ing the leads, their number and their diameter was obtained. In order to
verify experimentally the derived relations characterizing the effect of the
leads on the lag of heat-sensitive elements, experiments were carried out in
which the thermal lag of substances to which leads of various cross sections were
attached was measured. Results are cited for the case of cooling of a series of
bismuth spheres 3.? x lo-3 m in diameter. It was.found that the wire leads
(constantan, copport manganin-oanstantan) had a considerable effect on the time
-.;ard 1 2

ACCESSION NR: AP403866o
constant of the sample studied. The rosulti given in the paper may be useful
I in designing and operating electrical resistance thermometers to be used in
.recording rapid processes in media of considerable volume. Orig. art. has$
3 formulas.
ASSOCIATIONt Agrofizicheakiy ne~uchno-isoledovatellski;r infftitut) Leninvad
(Scientific Research Institute of Agricultural Physics)
Smans): 13Feb63 DATE AGQt .19M&y& ENCL: 00
SUB CODEs,* ZE KO:REF SOV:- 004 OTHER3 000
Ic
2/2
-T:

L 26542-66 EEC(k)-2/EWA(h) VIT(1) fJP(c)
ACC NRt AP6017385 -SOURCE CODE: UR/0410/65/000/003/0106/01.12
'AUTHOR: Kostsovi E. G. (Ime
Aingrad); Lisker.- -1. S. (-Novosib.irsk)
ORG: nond
6mp ethod for automated.investigation of the physical prop3rtJoe of
vl= ~q =d" =esented
- (This Paper was at the_6tbLAjj__j1ninn rnnfAre"fr4 on
allkomatic CpntrpT-- Mathnds ng MAgttripal MRAF111rornant held at Novosibirsk in Septa,19641
SOURGEr Avtometriya., no. 3j, ~-?05., 106-112
TOPIC TAGS: semiconductor diode,.,,. analog digital converter, dielectric material
TRACT: -A-methbd is described for determining the cha'racteri*
BS Sties of aftd_
conductor-diodes during*continuous variation of external factors within one
physical experiment.. Results,:of the expe
riment (primary information signals)
are simiAtaneously recorded -b;lr -a pe-n-recording instrument,. and an analog-digital
converter;Lthen-the information produced is processed by computer. This system
.increases the speed of experimentatidn and the accuracy of measurements*of the
parameters in question. MieLmethod. can be used for investigation of the physical
'processes'eonriected with contact phenomena in semiconductors arid' dielectrics.
Orig art has: 1 table# 6 figures and 2 formulas. [JPRS3
COIZ. 69
SUB SUBWDATE: 24Noy6,4 CRIG REF: OIH w: OM
007
Caid- UDC:

'CINT lia: A-P5013919
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eqLial.ioas and I diatram.
Assoca,rromt Woflzichaskiy institut, Lemimimad i.Agricul;ural Fhysllca L-isti-
SUBbaTTF,D: OSAug64 ENCL: 01 SUB SS, GR
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A TITHO R:
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Byuileten' Lzobreteniy i 1~ovarnykh zriaknv, ni-~ 12, 19~1, 314
P TA3S. electrouic mea.-.xerrent, Tagnetoresistanc~-, thermoma~~i~etlz effect
Au,:hor's Certificate introduces i Tetli),l nvas~T'--5~ -maznet-)T--s:'.s-
exte mal
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28019-66 EWT(I)/EWA(h)
ACC NRj - AP6005302 SOURCE CODE: UR/0413/66/0001001/0039/0039
INVENTORt L
1. S.; Dinilevskiys Yu. Le
~Idk ~r
ORG: none
TITLE: it methodfor making inductance coils. Class 210 No. 177472-CaTinounced by
'Institute of,Matbematies4SO AN SSSR (Institut matematiki SOAN SSSR)]
-,SOURCE., ~Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 1966, 39
TOPIC:TAGS: -circuit, vaporization, electric inductance, fe
printed rromagnetic mate
rial, insulating material, magnetic circuit, magnetic imisotropy
ABSTRACTO This Autherta Certificate.introduces a method for making inductance coils.
T6 methiA.is based ca vacuum vaporization of conducting, ferromagnetic and insulating
materialu through amask onto an insulation substrate. The method is designed for
produciqg high quality coils. Conductive material is vaporized onto the substrate
through is- mask with radial. slits followed by application of an Insulating film in the
form of.a ring. 'A rcd.electrode is then passed.througlua hole in the substrate coin-
ciding w.
Ith the center of the vaporized coil. The electrode is set perpendicular to
the plane of the substrate and ferromagnetic material is vaporized on the surface of
the insulating film by passing 'a direct current through the rod. The resultant annu-
UDC- 621.318.435
.002.21
LCard

obes
-186.LeCLova
SOURCE CODE: UR/0181/66/008/0011/1299/1302
S
'ic Research Institute, Lenlngr TArofizi-
l'skiy Institut)
TITLE: Determination of the criterion for the efficiency of semicon-
ductor materials
SOURCE: Fizika tverdogo tela, v. 8, no. 4., 1966, 1299-1302
TOPIC TAGS: 'semiconductor theory,, thermoelectric property, thermal emf,
alectric conductivity
ABSTRACT: The author considers three methods of determining the effi-
ciency criterion
zr, r;
V a are respectively the thermal emf, thermal conductivity, and
0 0 ~
electric conductivity coefficients and T is the aboolute temperature in
degrees K),.wbich in customarily used to characterize the thermoelectric
.DroDerties of semiconductors, These methods are: I. Determine under
ACC NR- AP6012514
JTHOR: -Lisker,, 1. S.
Card

L30196-66
ACC N&
adihLbatic conditions the thermal emf and under lBotbermal conditions the
voAage drop across the sample (electric conductivity). H. Determine
the! electric conductivity under adiabatic conditions and under isothermal
conditions. III. Determine 'the tbermal,conductivity under zero current
and under short-circuit currehi"Conditions. The errors of the'three
methods are discussed. The.author.thanks.G. Ye. Pikus for a discussion
of.the results. Orig. art. has: 18 formufas.
SUB CODE: 20/ SUBM DATE: lTNov65/ ORIG REF-.-OO5/ OTH REF:-003
C -rd.. C.--
2/2

LISM. X.Ye.
Characteristic electric properties of ceramic dielectrics from
zirconium and nLoblum oxides. Zhur. tekh. fiz. 28 no.ll.*2428-2433
W '584 (141RA 12: 1)
(Cormete-Slectric properties) (Zirconium oxide)
(Niobium oxide)

PONOMLRENKOp F.T.; GAYLISH, Ye.A.; MARTYUSHOV, K.I.; ODEIEVSKIYY V.L.
V.ERBITSKAYAy T.N.; FROMM$ I.D.1 ANOUOV., V.Ye.; VEREBRYG K,
N.M4; ZHUKOVSKIY,, V.I.4 0; MMILOV, M.H.; KffYAZEVI T.S.
Georgii Ivanovich Skanavi; obituary. kiektrichestvo no.4:91+ Ap
160. (MRA 14- 4)
(Skanavi., Georgil Ivanovich, d. 1959)

B105716010301061161023 81595
B012/BO64
AUTHORS: Aleksandrov, L.A., Bogoroditskiy, N. .9 Lisker, K. Ye-,
Fridberg, T. D.
'Vof the Dielectric Constant
TITLE: On the Temperature Dependence
of the Ion Dielectrics in a Wide Temperature Range
PERIODICAL: Zhurnal tekhnicheakoy fiziki, 1960, Vol-30, No.6, pp.699-704
TEXT: With reference to the papers (Refs. 1, 2) investigations are described
of a series of clear crystalline phases and their mixtures as applied in
radio ceramics. The purpose of these investigations was to obtain further
data on the character of the temperature dependence of the temperature co-
efficient TKs of the dielectric constant in a wide temperature range. The
ceramics which were investigated are listed and the production of the
samples and the mode of the experiments is described. Since in many di-
electrics e varies strongly with temperature, Ne 0was calculated in every
case for a narrow range of temperature of 15 4 20 C. This coefficient has
the symbols TKE d (d - differential). The data obtained by the experiment UK
are given and discussed. Fig. 2 gives the temperature dependences of the
Card 1/2

On the Temperature Dependence of the 3/057J60/030/06/16/023 81595
Dielectric Constant of the Ion Dielectrics B012/BO64
in a Wide Temperatur,~- Range
investigated compounds in the range of (-150) 4 (+150)OC- It is seen that
for most of the ion dielectrics (polycrystalline ceramics, glasses, mica)
TKq decreases with a drop in temperature, but in some oases (calcium
stannate2 calcium ziroonate) a minimum of TK&d is observedo Those dielectrics
in which TK6 is subject to a particularly strong change (up to 2.5 - 3 times)
can be divided into two groups. These are explained in detail. On the basis
of the investigations made it can be assumed that irk the various ceramic
dielectrics a relaxation polarization at low temperatures exists, i.e.9 in
ceramic dielectrics with and without titanic dioxide. The paper by V. A.
Ioffe (Ref. 6) is mentioned. There are 7 figures and 6 references: 3 Soviet
and 3 English.
SUBMITTED: December 18, 1959
Card 2/2

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17

LISMIM O.D.
Oarrying out the seven-year plan in three or three and a half
years. Kashincatroitell no.n:38-39 N 160. (KIRA 13tlO)
10 Sekretarl partbyuro Armavirskogo zavoda i9p7tatellufth riashin.
(Armavir-4-Testing machine e-Tachnological innovations)

M-
CC NRt 01323 souk~cc6ii P/6 161
AUTHORS Liskiavioze Zbigniew (Majorp Physician); Drabik# Boleslaw (Majorp Physician])
ORGS none
TITLES. Notes on the payohophysical state of pilots from the standpoint of certain
bioolimatic factors
SOURCES -Wojskowy przoglad lotniozy,, no. 7. 1966,, 59-63
TOPIC TAGSS pilot training,, climatic influence
AWTRACTS The article discusses the influence of three bioclimatic factors - temper-
ature, humidity and movement of air - on the psychophysical state of pilots. During
his work, a pilot is subjected to frequent environmental changes Gnicroclimate of the
airport building, climate of airport, microalimate of the airplane cabin), so that It
is important to condition his organism to such changes. The conditioning which is
recommended consists in subjecting the pilot's skin to a suitable alternation of
thermal (hot mid cold) stimuli so'as to decrease the sensitiveness of nerve endingaj,
reduce the reflex reaction of cutaneous vessels, and minimize dangerous reactions of
the thermal regulation*center located in the central nervous system. The most impor-
tant rule to be applied in such conditioning in'that.it be carried out systematically
and that -the thermal ativiuli be-gradually increased (for example, beginning in the
mmertime with swinoing in.the open airp and working up to baths in cold water in

SHIATIMV, I.S., dotsent; LISKUJ, A. Ye., aspirant, kand. sellskokhoz.
. nauk
. Requirements of the elements of mineral nutrition by sugar
I beets. Izv. TSKIIA no.6s86-101 264 (MURA 18,,l)
1. Kafedra rasteniyevodstva Moskovskoy Drdera lenina se'Llsko-
khozyaystvennoy akademli Imeni K.A. Timiryazeva.

A.Ye.~ LISKIN, A.Z.;'GLOBIII, A G.
KUSTOV f
Dedusting industrial spaces and work areas. Metallurg 9 no-3:13-15
Mr '64. (MIRA 17: 3)
1. Bakallskiy aglomeratsionnyy kombinat i Chelyabinskiy nauchno-
issledovatellskiy institut, gornogo dela.

17 (2) sov/16-6o-4-31/47
AUTHOR:
Alskina, I,V.
.
TITLES Determining Live Bacteria in a Vaccinal Suspension Without Inoculation
on Synthetic Nutrient Media. Author's Summary
PERIODICAL; Zhurnal mikrobiologii, epidemiologii I immunobiologii, 1960, Nr 4,
pp 128 - 129 (USSR)
ABSTRACT: A method was developed for'rapid detection of live bacteria in live
plague vaccine before drying. The method was based on the reducing
properties of Pasteurella pastis In relation to methylene blue. The
method is as followst 0.05 ml of methylene blue, diluted 1:-5000, were
added to 2 ml of various batches of the vaccinal suspension, diluted
to 10,000 million bacteria per ml, and the mixture was covered with
vaseline oil. The time needed for complete reduction of the dye (in
minutes) was then noted. It was found that the rate of reduction of
the dye by Pasteurella pestis depends on the number of live bacteria
contained in the vaocinal suspension so that this number can be deter-
Card 1/2 mined from the reduction time. The method can replace that of cul-

sov/16-6o-4-31/47
Determining Live Bacteria In a Vaccinal Suspension Without Inoculation on Synthetic
Nutrient Media. Athor's Summary
turing the vaccine on nutrient media and can also be used for quanti-
tative determination after the vaccine has been dried.
ASSOCIATION: Nauchno-issledovatallskiy institut mikrobiologii i epidemiologit Yugo-
Vostoka S33R "Mikrob!' (Research Institute for Microbiology and Epidemi-
blogy of theSouth-Bastern USSR "MikrobwT
TEW: February 27, 1959
Card 2/2

KCROBKOVA.,Ye.I.j LISKINA,, I.V.
I I Use of metbylepe blue reduction for the determination of in-
I vitrb virulence of t4e pathogen of plague. Zhur. mikrobiol.
epid. i immin., 40 no.1:73-79163. (MMIC.16tioi
1. 1z Vessoyuznogo nauabno-isaledovatallskogo inatituta
"Mikrob".

KHISHCHUK, A.A.) BUCHINSKIYp Tu.L.; ROGACIZVI, U.N.; VORONINq V.A.;
CHEVKOV, L. V. , red.
IK:bCHITSKIY, N.G. I 1ISION
Izd-va; OVSMNKO, V.G., takhn. red.
[Practice of constructing headframes] Opyt stroitelletva
Ixishennykh koprov. Moskva,, Gosgortekhizdat, 1963. 82 p.
(MIRA 16:4)
(Mine buildings)

NZUMAMVA, Milena; LISMVA, Blanks.
Result of annual reports of se tions of occupational diseases of
the Regional Health Centers during 1955. Fracovni lek. 8 no.5:
374-376 Oct 56.
1. Ustav bygieny prace a eborob z povolani, Praha II, Karlovo nam.
33.
(OCCUPATIONAL DISEASES, statistics
in Czech., annual reports (Cz)~

OV~
L S~
00~ C=mpilafion Of reports of the department of occapational di-
eases of KUNZ for the year 1956. Pracovai lek. 9 no-5051-456 NoT 57.
Ustav hygierq prace a chorob z povolaui.
(OGGIRATIONAL DISASAS, statist.
in Czech., compilation of annual rep)Drts (CZ))

M
VANJL, Vladimir; LISKOVA, Blanks.
Occupational diseases reported daring 1958. Pracovni lek. 11 no.8:
423-429 Oct 39.
1. Ministerstvo, zdravotnictvi, Praha Ustav b7gieny prace a chorob
% povolani, Praha.
I ~ (OCCUPATIONAL DISFASBS, statist.)

OLEXA, Miroslav, inz. arch - ;'.)KOVA Eva
Improvement and complex development of t~i industrialized
building production. Poz, stavby 11 no. 8:449-455 163.
1. Research Institute of Building and Architecture, Prague.

LISKOVA I - OSTADAL, B.; RAKUSAN, 1.
A longitudinal study of skinfold thickness in buinan infants.
Pbysiol. bobamoslov. 12 no.3-6248-250 163.
1. Department of Pathological Phyoiology, Faculty of
Phediatrics r
(.,,Cha Ion University, Prague.
S,IN) (ADIPOSE TISSUE) (SEX) (STATISTICS)

I
LISKOVA Jarmila
i
Raising the qualification of the technical and economic staff
in coal industry. Uhli 4 no.12:40S-409 D 162.
1. Ministeratvo paliv a energetiky.

LISKOVA, K.
Autovaccination in practice. Prakt. lek., Praha 34 no.2:31-34
20 Jan 195Z, (OPM ~?: 2)

KOLECIUMV-A, -Milada-MIUDr-.;LIS-Y60VA, -KitrIa,
Braluation of allergen tests. Cask. dam. 31 no.6:347-351
'Dee 56.
1. Alerg. oddel. fak. poilkliniky Praba 2.
(ALLIRGT, diagn si,
skin tests 03

LISKCVA, Karl&
Allergologioal examination of asthmatic children and its results.
Ceek.pediat.15 no.6/7:589-597 J1160-
1. Alergologicke oddeleni Fakultni polikliniky, prednosta MUDr.
Josef lisks.
(ASTHMAN in inf & child)

LISKOTA, Karla