SCIENTIFIC ABSTRACT LYUTYY, A.I. - LYZHOV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031230002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZHITKEVIGH, V.F.; LHITY, A.I.; ROSSIYJIIN, V.S.; TSIKORA, I.L.
Prinimal--uc-h-aMj@-bU6RIM, Ye.D.
Anomalous excitation of met&ls in the flames and vapors of certain
organic compounds. Opt. i spektr. 15 no.3.-405-412 S 163.
(MIRA 16.10)

L 91-go-66 WT(I)/EWT(iu)/EPF(n)--*/EWP(b)/MM(~-) IJP(c) JD/JG/WW
ACC NR, AR6ObOll5
SOURCE CODE: MV005816 '>/DO32
5/OOP1OO8/DO3L
SOURCE: Ref. zho Flzikai Abs. 8D261
AMORS: Zhitk"CC T. L. '6
V. F. I.: Rosalkhin,. V. S.; -1
ORG: none
TITIZ: Excitationof metals In the vapors of some organic compounds
CITED SOURCEs Tr. Komis. po spektroskopii. AN M80 A.# t. 20 vyp. ip i964p 24o-246
optil If Y I
TOPIC.TAGS: metal property, c sp1c=M, 'll t excitation, flamep chemiluminea'-"
cence Z I q 4 ) 5_7@1
TRANSIATIONr- The a Ora investigated the glow spectra observed upon coalescence of
jets of met yap-or i Bi, Casp Cd, Mg, Nap Pb, TI., and 2;n), with a mixture of some
carbo6-cantaining substances-with air at atmospheric pressure at IOOOK. Atomic lines
with excitationenergy up,to T.78 ev,and bands of.several molecules were observed in
the glow spectra. .Comparison of the spectra of the reaction zone of a bydrocarbon
flame., - in which salts -of the above-mentioned metals were introduced, with the in-
vestigated glow has shown.that the-latter has a purely chemilumineacent nature and is
characterized by high population of the upper energy levels of the atoms. It is
established.that carbon and oxygen are indispensible participeats In the formation
of the glzv - zone.
:SUB CODE: 20,
QW&

L 31511-66 &1T(m)/EWP(J)/EWP(t)/ETI IJP(c) JDAI'41JGIRM
ACC NR: Ap6oi3oiq SOWCE CODE: UR/6051/66/020/004/056P,/05-75
AMOR: Bugrim, Ye. D.; T4yutyy, A. I.; Rossikhin, V. S.; Isikora, I. L.
ORG: none /I
TITLE: Singularities in the excitation of the Swann bands of C2 in vapor jets of
metals and organic compounds
SOURCE: Optika i spektroskopiya, v. 20, no. 4, 1966, 568-575
TOPIC TAGS: carbon, band spectrum, chemiluminescence, vapor state, emission
spectrum, excited electron state, relaxation process
ABSTRACT: This is a continuation of earlier work (Opt. i spektr. v.,/1-5, 406,
1963) where it was observed that the spectra of glowing metal vaporlthow a clearly
pronounced chemiluminescence character in the presence of the vapor of carbon-
containing compounds (CCLLI
YChC13, CH13), ard the observation of the Swann band
system of C2. The pur-p@ose [of the present investigation was to study in greater
detail the spectrum of the C2 molecule excited upon coalescence of vapors of
several metals and CC14. The apparatus used for the vapor production was described
in the earlier paper. The emission spectrum of the C2 molecule was obtained by
means of a photoelectric setup based on a monochromator and photomultiplier. To
Card 1/2 UDC: 535-338-33 + 539-196.2

L 31511-66
ACC NR: Ap6ozoiq
study the singularities of the C2 spectrum, the zone of the reaction of Li vapor
and CC-14 was used, and it was found that the main features of the C2 spectrum in
the metal-vapor reaction zone was an anomalous distribution of the intensities
among the edges of the Swann system bands. The results have shown that variation
of the temperatvre leads to a chanee in the population of the vibrational levels
of 'he d3119electron state, and the character of the population of these levels
was established for excitation of the C2 molecule in reactions of Li, K, Na, Cs,
and Mg with CC14. An analysis of the relative intensities of the spectra and of
the relative populations of the first vibrational levels in the d3% state in-
dicates that the experimental results can be reconciled with the theory of
vibrational relaxation in the excited electron states. Orig. art. has: 4 figures,
3 formulas, and 3 tables.
SUB CODE: 20/
2/2 rr)C
r
SUBM DATE: 223)ec6b,/
ORIG REF: 008/- OTH REF: 007

4 46134-66 EWT (I) /EEC (k -2/T/FdP(k) LJP(c) WU/RTW/AT
ACC NRs AP6025950 SOURCE CODE: UR/0051/66/021/001/0027/0032
AUTHOR: Bugrim, Ye. Lyuty
D X@_A. I.: Rossikhin, V. S.
ORG: none
TITLE: Oscillatory relaxation of diatomic molecules in the excited electron state
SOURCE: Optika i spektroskopiya, v. 21, no. 1, 1966, 27-32
TOPIC TAGS: excited electron state, diatomic molecule, molecular property, molecular
structure, molecular spectrum, excitation energy, excitation spectrum, quantum os-
cillation, shock wave oscillation
ABSTRACT: The process of oscillatory relaxation in diatomic molecules in an excited
state is considered when these molecules constitute an impurity in a carrier gas. The
expressions for the determination of energy exchange efficiency are derived based on
the observed values of the population of the unstable levels. A diatomic molecule may
be considered to be an oscillator. If diatomic molecules are contained as a small ad-:
mixture in a carrier gas, the oscillatory relaxation takes place under isothernic con-,,
ditions. This phenomenon can be described by the differential equation
d X,, M
di- = K fv'+ (v'+ 1) e-41 X., + (v'+ 1) X.,4@1) - A* X,,,
0, 1, 2.
Card 1/3 UDC: 539.196.3

ACC NRt AP6025950
where X 1(t) is the share of the oscillators at the unstable level having the quan-
tun number W; 6 = hvlkT; v is the osciliation frequency; T is the gas temperature;
K is a constant determined by the properties of the carrier gas, its temperature T,
and the efficiency of the interactions between the oscillating molecules and the car-
rier gas particles; A* is the suin of absolute probabilities of all electron transi-
tions from the given level. The solution of equation (1) is given by
X (1) V! G (1, t)I-A-1,
dz" __O (2)
where G (Z. t -e4 G, 11 - 1) Flee - (z-eo
(z - ee) - (z - 1) e- ell
'I
and Go is an arbitrary function determined from the initial conditions. Expression
(2) represents the process of oscillatory relaxation of a system of harmonic oscilla-
tors in an excited state of electrons. If, following the act of molecule generation
at a certain unstable level of excitation, a process of oscillatory relaxation takes
place and is accompanied by the emission of electron-oscillatory bands, the change of,
the unstable level population with respect to time may be inferred from the intensity
Card -;L

1 46134-6-6
ACC NRs AP6025950
of the corresponding emissions, measured at different times after the initial reac-
tion. The authors illustrate their findings by considering the oscillatory relaxation:
following the generation of a diatomic molecule on the m-th electron excitation
level. Orig. art. has: 1 figure, 16 formulas.
SUB CODE: 20/ SUBM DATE: 22Dec64/ ORIG REF: 004/ OTH REF: 007
C.,d 3/3

F ,, ,
11 --I -- -EWT~l)/LWT(rr,)/EEC(k)-2/ErdP(tl/ETI/7k~P(~~L. P(11 I J PLc I MG T',[/JD
L o6l'8 6z
SOURCE CODE: UR/0020/66/169/004/0858/0860
AUTHOR: Bugrim. Ye. D.; Lyutyy, A. I.; Rossikhin, V. S.; Tsikera, I. L.
ORG: Dnepropetrovsk State University (Dneproperrovskiy gosudarstvennyy universitet)
TITLE: Vibrational relaxation of tile C2 molecule in tile excited electronic state
SOURCE: AIN SSSR. Dollady, v. 169, no. 4, 1966, 3-58-860
TOPIC TAGS: gas discharge spectro@,cnpy, C'. r@ldiczll, @k@an hand,
ABSTP,@('T.- A @;pectroscoplc inv(-;t-ig,.jtion wd.. (--;irri@,d out of tile ef[-u,'L o!
or !-I@e of of an ele,-LricaL
was 1.irough a ttihe ( 1E uribed) @i LIE-(!
rt.,,',wed 1 1:, It- @i@ "r,,, "W W;IS oi,-;-I vetl I ri*. t
t i ;@g i w @ 1 !3 -1 r i
0,3,.,es u6ed wei-r '-()(Pre,@surc + 9 - 5 7' ; 1 1
and n.-')4 CO + ')9. 5'@ t\r 10--)50 mm Ho . T'.. rL-;u1t!i iire it@-,orted ;ind int-i-preved in
Lerms of the Oworv of of diltili'll( ;,ti 'Lhi- #.-@cfLed
eLect-ronic qtaLe. (Irig. art. 11;1s. I figtirc in(! I tabLe. ClIv. A. C's-i (s)" 1
SUB CuDE: 201 SUBM DATE: 060ct65/ UPI(; REF: Q0 7 REF: 006
LCurd 1/1 af' --5 35 -33 7

TIKHENKO 1. G. p gornyy inzh. ; STEL tMM p N. N. p gorjiyy tekhnik; GUMENOK p G. Ye.
gornyy tekhnik; VOLOSHINp A.M.p gornyy inz-h.; BERE70VSKIYq A.P.,
y inzh.; BUGAYt V.A., gornyy tekhnik
gornyy inzh.@_L
markahe7der
mimpreving undergrouftd woelt" by IA. D. Grossman and E. 14. Kozakov.
Reyiewed by L. G. Tikhenko and others. Gor. zhur. no.3:3-7 Mr 161.
(MIRA 14:3)
1, Rudoupravleniye im. Rozy Lyuksemburgy Krivoy Rog (for Tikhenkop
Stellmakhq Grumenok). 2. Shakhta-*Ko=-jnar-Probeda', Krivoy Rog
(for Voloshin, Berezovskiyv Lyutyy). 3. Shakhta OWovaya" rudoupravleniya
im. Rozy Lyuksemburg (for Bugay).
, (Mining ihdilBtr and finance)
(Grossman-9 IA. D. @ (Kozakovv E. M.)

3hid4l
S/185/61/006/006/023/030
D299/D304
AUTHORS@, Nesterko, N.A@, Rossykhir., V.S., and
Tsykora, I.L.
TITLE- Cases of deviation from the thermodynamic equilibrium
in the outer cone of a flame
PERI(DICAL: Ukrayins1kyy fizychnyy zhurnal, v, 6, no. 6.1961
851 - 852
TEXT: On adding various substances to a flame, the authors obse-
ved effects related to the absence of thermodynamic equilibrium.
Thus, on introducing vapors of metallic magnesium directly -'into the
outer cone of an acetylene-air flame and in a hydrogen-air flame,
a small zone appeared (visible with the naked eye) at the spot
where the metal vapor met the oiAter cone of the flame@ The spectrum
of t@r zone differs greatly from the spectrum of the rest of the
:!one. The zone spectrum has a band, contribl@ted by the MgH molecule;
as well as a line of the M@ atom. If Cs vapor is also introduced in-
to the zone, the Cs lines = 4555 and 4593 1, become much stron-
ger. Spectral investigations by T.M. Sugden and E.M. Bulewlcz (Ref@
Card 1/@

S/18 61/006/006/02-/0'-
Cases of deviation from the D299YD304 I "I 1@;,
1. Trans. Farad, Soc., 55, No. 5, -1120, 1959) showed that the MgH
band does not appear in the spectrum of the 3uter cone if powdered
Mg is introduced. In the experiments conducted by the authors, the
conditions for the formation of MgH were more fa.irable (a large
number of atoms, comparatively low temperatures -- of the order of
"10000K), Under these conditions, MgH molecules could be formed by
different reactions. An analysis of these reactions shows the ab-
sence of thermodynamic equilibrium in the observed zone, If CC14
vapor is introduced into the flame together with the air current,
then a decrease in the intensity of the lines of the Ca, Sr, Li. Ba.
Na, K, Rb and Cs-atoms, is observed. A table shows the values of
the electrical conductivity of the "'lame before and after the intro-
duction Of CC14; on introducing CC14, the electrical condu:@tlvity
behaves in a different way -- fcr some elements it increases, where
as fir others it increases (or remains unchanged). In the case (@_'
"Jr. the decrease in electrical conductivity is accomp@.nied by a de-
crease in the intensity of the ionic Sr-line, ahereas an increase
in the intensity of the ionic 13a-line is accompanied by a siigh,@
increase in conductivity, Hence the -resence of CCI in the f1a7ie
4
Card 2,/5

S/185/61/0'06/006/02@/ 3'%@G
lases of deviation from the D299/D304
not only disturbs the dissociation equilibrium, bul may alsr, lead
to deviations from the ionization equilibrium, There are I fig.Ire,
1 table and 2 non-Soviet-bloc references;(including 1 "rans.l.,,taon)
The reference to the English-language publication rer;,Is as fullcws:
E,1L Bulewicz.. T,M. Sugden, Trans. Farad. Soc., '15, no. 1. -2,3,
1959,
A@@SOCIATION: Dnipropetrovslkyy derzhavnyy universytet __rri,
chya vozzlyednannya Ukrayiny z Roslyeyu (Dr.,@pr;-J-pe-
trovs'k St.-te University im. 300-th Annivers-iry
the Ukraine's Uni-on with Russia)
Card 3//1

BUGRIM, Ye.D.; LYUTYY, A.I.; ROSSIKHIN, V.S.
Appearance of the green spectral bands of the '-'gH -nolecule in
a flLme. Opt. i spektr. 10 no.6:804-806 Je 161. 014IRA 14:8)
(Magnesium hydride--Spectra)

uum, A.S. [Liutyi, A.S.)
Innervation of the periorhital and orbital periostex.-. of domesic
animals. Don. AN HER no.6@801-804 Q5.
@MIRA 18;7)
1. Belotserkovskiy sellskok@ozyaystvennyy institut.

LTUTYY.,@_, SAPOZHNIKOV, M.B., redaktor; G"OVA. tI.I., tekhnicheskiy
redak-tor.
(At a leading mine] Ha peredovoi shrJ-hte. Rostov-na-Donu, Rostovskoo
kn-vo. 1953. 33p. (Microfilm) (KLRA 9-5)
(Shakhty-Coal mines and mining)

6
-V 7!---I-JP'6)l'-::W---
ptm7
0164
ACCES

FACCESSION-W- All
U---F

DOI,MHE VKO I I'L LYUTYY P - [Liutyi, F.
We are introducing mesh-reinforced concrete into rural construction.
Sill. brud. 1.1 no.5:4,6 My 161. (MLPA 14:6)
1. Nachallnik Gulyay"Pillskoy mezhkolkhoznoy stroitellnoy
organizatsii Zaporozhskoy oblasti (for Domashenko).
2. Glavnyy inzh. Gulyay-Pillskogo mezhkolkhozstroya (for
Lyutyy).
(Ukraine-Reinforced concrete)
(Feeding-Equipment and supplies)

BODNYA, V.; LYUTYY, P. [uutyi, P.]
A brickyard with tunnel driers. Sil'.hud. 1-2 na.@:14-15
Je 162. (MIRA 15:8)
1. Predsedatell Gulvay-pollskogo mezhkolkhozatroya Zaporozhst:oy
oblasti, (for Bodnya). 2. Glavnyy inzh. Gulyaypollskogo
mezhkolkhozstroya Zaporozhskoy oblasti (for Ly-utyy).
(Gulyaypole District-Brickmaking)

Subject USSR/Electricity AID P - 3354
Card 1/1 Pub. 29 - 12/27
Author Lyutyy, S. G., Electrician
Title Automatic discharger of a compressor
Periodical Energetik, 9, 23-211, S 1955
Abstract The author describes the compressors produced by the
VEM plant which feed air circuit breakers of a sub-
station. The author designed an automatic discharger
of the compressor which he describes. One drawing.
Institution None
Submitted No date

AUTHORSs Dolgov, B. N., Andreyev, D. N., Lyutyy, V. P. 20-3-23/53
TITLEt The Effect of the H-Value of Alkyl Radicals on the Si-R Bond
Stability Against the Action of Concentrated Sulfaric Icid
(Vliyaniye velichiny alkillnykh radikalov R na ustoychivost'
avyazi Si-R k deyetviyu kontsentrirovannoy sernoy kisloty).
PERIODICALe Doklady AN SSSR, 1958, Vol. 118, Nr 3, PP. 501-5o4 (USSR)
ABSTRAM From the results of references 1-6 the authors draw the con-
clusion that the stability of the bonu to concentrt.-
ed sulfuric acid must depend on the quantity (number of carbon
atoms) and the structure of the radicals combined with this
carbon atom. In order to check this assumption the authors syn-
thesized 3 new monobasict-silicium-organic acids @Vii, viii
and IX) with a common formula CH (R)2SiCH CH2COOH (where R a
a n-C3H7, n-C4H9 and i-C H11). Tgair reaefion to concentrated
sulfuric acid und er 3tanaard codditions was studied. Three 2-
basic silicium organic acids were produced: 4,4,6,6-tetra-n-
-propyl-4,6-disila-5-ozanonan-dicarboxylic acid (X), 4,6-di-
methyl-496-di-n-butyl-4-6-disila-5-oxanonan-dicarboxylic acid
(XI) and 4,6-dimethyl-4,6-di-isoamYl-4,6-disila-5-oxano'nan-di-
Card 1/2 carboxylic acid (XII). The structure of these acids points at

The Effect of the R-Value of Alkyl Radicals on the Si-R Bond 2o-3-23/59
Stability Against the Action of Concentrated Sulfuric Acid.
the breaking of the Si-C bond in the initial acids VII, VIII
and ILX, which, however, took place with different radicals. In
acid VII it took place with the =-WSi-CH3 bond, while in the two
other cases the bonds -== Si-C4H9 and 1qRS'-C5H11 were broken. The-
se results prove the assumption that in the t-silicium organic
acids containing the (CH3)R2S' group the conse-outive order of
the breaking of the bonds Si-CH3 and Si-R under the action of
concentrated H2SO4 is determined by the size of the hydrocarbon
radical R. Th@s the radicals investigated can be arranged accord-
ing to their resistivity against H2SO4:
C2H 5f n-C3H7) CH3> n-C4H9, i-C 5Hil,
The constants of the compounds produced are mentioned in table
1. An experimental part with the usual data follows. There are
1 table and 11 references, 6 of which are Slavic.
ASSOCIATION: Institute for Silicate Chemistry AN USSR (Institut khimii
silikatov Akademii nauk SSSR)
PRESENTED: August 5, 1957, by 1. V. Topchiyev, Academician
SUBMITTED: August 5, 1957
AVAILABLE: Library of Congress
Card 2/2 -

3/080/60/033/04/22/045
AUTHORS- Razumovskly, S.D., Bartnitskly, I.N., Lyutyy, V.P., Kirillova, L.P.
TITLE@ The Hydrolysis of Ethylsulfates@
PERIODICAL, Zhurnal prikladnoy khimii, 1960, Vol 33, Nr 4, PP 877 - 884
TEXT: The production of synthetic ethyl alcohollby the method of sulfuric acid
absorption of ethylene passes through a stage of ethylsulfate formation. This is then
subjeGted to hydrolysis. The hydrolysis rate is investigated here in relation to the
temperature and dilution and with regard to studying the effect of these factors on the
yields of alcohol and ether. It has been shown that the hydrolysis rate increases with
the temperature. An extract obtained by the Orskiy zavod sinteticheskogo spirta (Orsk
Plant of Synthetic Alcohol) with a specific gravity of 1.33 - 1.35 and a content of
suit'uric acid of '(0% and a saturation of 1.1 mole of ethylene per 1 mole of H2S04 was
hydrolyzed. Under industrial conditions it is expedient to carry out hydrolysis at a
temperature of 1000C. Diethylsulfate Is hydrolyzed considerably more quickly than mono-
ethylsulfate; the hydrolysis rate of the extract in the whole is limited by the rate of
monoethyl. disappearance. Within the range of 70 - 1000C the yields of alcohol and ether
do not change noticeably with the temperature; beyond 1100C the thermal decomposition of
Card 1/2

The Hydrolysis of Ethylsulfates
3/080/60/033/04/22/045
ethylsulfates starts with the liberation of C 2H and 302 and the alcohol yield decreases.
The maximum yeild of alcohol is obtained in ca.99 of the ratio extract s water - ltl.33 %@
based on weight. In the case of the change of this ratio the yields of alcohol decrease.
The hydrolysis of the extract by water steam even after preliminary partial dolution with
water produces no positive results: the yield is low. Ether is formed in the hydrolysis
of the extract at the expense of diethylsulfate. The optimum conditions for hydrolysis
of the extract in the industry are: a temperature of 1000C and a dilution with water in
the ratio 1:1.1 based on weight.
There are: 3 graphs, 3 tables and 7 references, 4 of which are Soviet, 2 American and
1 German.
SUBMITTM: April 18, 1959
Card 2/2

DOMASIMMO , 1. ; LYIJTYY, P. rautyi P. I
New developments in the organization of rural construction,
Sill. bud. 11 no.9@10---il S 161. (I-aRA 14: 11)
1. Rulkovoditell soveta Gulyay-Pole mezhI( Ik.,%ozno stroitel'skoy
0 Zenko@o
organizatsii Zaporozhskoy oblasti (for Doma
(Zaporozhlye PTovince ... Construction industry)
(Zaporozh"ye r-r-ovince-Farm bixilding)

25369
S/079/61/031/CCS/007/009
5- -S @ 0 0 D215/J304
AUTHORS: D and Lyutyy, V.1'.
TITLE: @)roperties of s@licon organic complex
e s t C:-!@;
PUZIODICAL: Zhurnal obshc:iey 'khimii, v. 51, no. 8, 1961, 2726-2729
TEXT: The authors undertook this experimental work on the supposition
that these complex silicon compounds could be as useful as similar nor-
mal organic ones. They 6btained nine new esters from alkali salts of
higher aliphatic and aromatic acids and halogen derivatives of alkyl-
-silanes, and siloxanes by heating the components in dimethylformamide,
according to the following schemes 2RCOOK+CiCii2Si(CHS)20(CH3)2SiCHCI ---*
The constants of obtained di- RCOOCII.Si(Clf3)20(CH3)2SICH20COR + 2KCI
esters are given in the Table. 2(cli3hSiCH2CI + KOCOR'COOK ---o
(see next card) (C"3)3SiClf2OCO*B'COOCH.Si(CH3)3+2KCI
Card 1/4

2 30" 9
S/079/61/031/008/007/009
Synthesis and @.,ropcrties... 0215/D304
)KOHCTaHTE.1 HOJI"CURbIX A113(blIPOD npeACTanneiiw 13 Ta6milke.
Timilepa- 3f R,

R. H.
00puyna T"a TY,)a Sa-
Temnepa

mmom, (;xan-i CTIADalf""
unst iman-
d.
i7enlia a m1l)
Refflirl Aeno cneHo

I rClI,C1I,,COOCII.Si(C
@A)!120
f1IC00CF1
Si
0
ClI
C 1430M -290

71
Llw
t42
2
p 1.4255

4250
1 0.9850

9632 79.63

88
80 80.24

89
50
( (
)
12
[(
2
3
V u
-
(
) . ?- . .
(III) 6
Ica 5COOCHaSi(
CHP)212 231 (2) -45 i.MI5 .0905 110.67 U0.20
(omuqu)
(IV) [(CII,),SiCHXOCCH2j, US (1) s;
-23 1.4382 0.9548 79.90 80.49
M 1(C"3)1SiC'l100CCf12CH2J2 ,
175-,m (5) -26 1.4419 '0.9497 88.74 89.75
(V 1) ((C li3) 38 i C 1120 0 C (C H.)312 C H2 218 V
(14) 1
1.4446 I
01.02.5,
t02.85
1 103.64
CTeK.10) ;
1 i
(Vil) [(Cll1)1SiClI200C(CIl@),J, 201-202(6) -28 1 .4443 0.9261 107.53 1 108.27
Vill) I (C H 3)3S I C 1IX 0 C 12ce rf4 185(7) - 1 4973
1 1.02771 96 44 9594
(IX) 200C)ICIIII
1(CII,)3SiCII -P I 15-116 - - - (
-
AC,jrd 2/4 (For Legend of the Table see next card)

Synthesis and properties*..
Legend of the Table:
-25369
S/079/61/031/008/007/009
D215/D304
(1) Constants of the obtained diesters.
(2) N N (3) Formula (4) b.p. (5) temp. of (6) n 20 (7) d 20
(pressure in solidifi- D 4
MM) cation or
M.P.
(8) MR D
found/calculated.
They observed that the reactivity of potassium salts of dibasic acids
increased markedly with their molecular weight increasel in the series:
succinic adipic _-" azelaic. It was also observed that whilat
determining solidification temperatures of the new esters, they often
Card 3/4

25369
S/079/61/031/008/007/009
Synthesis and properties*** 0215/D304
became overcooled, crystallizing afterwards spontaneously. For these
esters (N 1, IV, V and VII) approximate m.p. were evaluated from
cooling curves. Diesters with even carbon numbers crystallize in a
narrow temperature range: from -23 to -2 0 C. The azelaic acid ester
sets at -700 C to a glassy substance; among diesters with soloxanic
bond onyl NI crystallizes by cooling, N III solidifying to a glasgy
substance, and the di-isobutyrate (N II) stays liquid even at -70 C.
There are I table and 10 references: 3 Soviet-bloc and 7 non-Soviet-bloc.
The references to the English-language publications read as follows: -
T.L. Speier, B.F. Daubert, R.R. Gregor, Y.Am.Chem. Soc. 71, 1474, (1949);
R.L. Merker, T.E. Noll, Y. Org.-Ch. 21, 1537, (1956); L.H. Sommer,
WeD, English, G,R. Ansul, D.N. Vivona, S.Am. Chem. Soc, 77, 2485 (1955);
L.H. Sommer, N.S. Marans, G.M. Godberg and others, S. Am. Chem. Soc. 73,
882, (1951).
ASSOCIATION: Institut khimii silikatov akademii nauk SSSR (Institute of
Silicates, Academy of Sciences USSR)
SUBMITTED: August 5, 1960
Card 4/4

15 -1140
27067
3/o8o/61/034/oo3/oo7/o17
A057/A129
AMORS: Andreyev, D. N., Okhrlmenko, 1. S., Pinchuk, A. Ye., Lyutyy, V. P.
TITLE: UnBaturated organ@:qj-Co,
-- @ pcivesters and the properties of lacquers
on this base
PERIODICAL: Zhurnal prlkladnoy Idiiadi, v. 34. no. 3, 1961, 584 - 588
TEXT: Syntheses of two new poly---ilmarates, modified with siloxane llnka, viz.,
the diester bis(t-.,imethylsilylmetny'~)f':jmarate and the polyester poly (dimetlivleT)s -
tetramethyldisiloxane)fumarate are described and preliminary results in Investiga-
tions of their properties are gl-en. Polymaleates and polyfumarates are wide---,r
used in the manufacture of lacqaer-e, plastics etc. M. A. Bulatov and S. S. Spass-
kiy [Ref. 1: Vysokomol. soyed., 2, r-,, 658 (1960)] demonstrated already that these
esters, when modified with organ.:,siloxanes, as for imtance with dimethy1die-rhoxysi-
lane, obtain high technical properties. Organosiloxane polymaleates and polyl)jma-
rates, derivatives of orgarosiloxaae and glyr,*ols containing a siloxane link in the
mdecule, have not been synthesizid. Thus the present auttors started investiga-
tions in this field. To develop the synthesis of the polyester, the synthesis of
-L +
the diester was carried out firs'@ accordi--W to the reaction 2(CH3)3siCH2C@
Card 1/5

27067
3/080/6 1/034/C)()3/'OOVO 17
Unsaturated organosilicon poly9ste-s and tPe... A057/AI29
+ KOOCCII-CHCOOK -__'*H3)3S'CH20G'_'_IH=CIr'Zr'H2S@-(CH-:?)3- In the procedure 0.16 C"
potassium fumarate was mixed wit)@ 0.08 M.-)-,e of fumaric acid in 150 ml of d_tme-t@ny_'_
formamide as solvent. The mixtirt@ was boiled, agitated during 30 min;te3, d:-Opwlse
0.32 mole chloromethyltrimethy!31_laxie was added, heated, agitated for 210 hz-s mcie,
while the boiling temperature r--ee fr,-m 1240C to 1490C. After cooling the precIpi-
tated potassium chloride was fil-.1red off, the solvernt was removed by vacuin dis-
tillation and the residue was trea"ad with a sods. solution and water-benzene mix-
tur-3. Then the benzene was dried, evaporated ard the Pimarate was vac-auffi-distil-e(I
(1510-1530c, 8 torr). rhe yield was 54.8% of a product with n6o 1.4548, dio 0.9&@5-
In an analogous way the polyester- was prepared. Potai�.siumi fft=aral.e of C.;5 mole was
mixed with 0.125 mole of fujra_ri@ a!-'-d in 300 ml of dimethylforvamide and t]7,en
bis(onloromethyl)tetr&me~hyldi&ll~)xw.e was added. Instead of benzene ether was
used as solvent and after removal cf tne latter a highly viscous reddish-b-own sub-
stance insoluble in water but solutle in most organic solvents, except petroleum
etner and gasoline, was obtained. The average molecular weight was found to be
2,400 corresponding to a condensa-tion degree of 9. The re-precipitated pol@@ester
was investigated by spectrophotometry on an VKC-12 (IKS-12) apparatus. The obtain-
ed infrared absorption spectrum prived the presence of double bonds in the trans-
C axd 2,5

6
3XV61/034/003/00VO 17
Unsaturated organosilicon polyesters and the ... A057/A129
position (900 - 990 cm-1, 1,320 cm-1), siloxane bonds (1,020 - 1,091 cm-1),
(CH 3)2S' groups (800 - 914 cm-1, and 1,;?59 cm-1), ester groups characteristic for
ftimarates (1,140 - 1,180 cm-1) and end-carboxylic groups (900 - 950 cm-1). The
obtained polyester is miscible with styrene within a range from 3.5 : 1 to 0.3 : 1,
and transparent, homogeneous solutions are obtained. Properties of four lacquers
(see table) based on this polyester were investigated and it was observed that In
comparison with maleic resins the double bonds in siloxane-modified fumaric resin
show lower activity. Thun a lacquer baned on this resin required heating to 2000C
to "dry" within @O minutes, i.e., to produce a three-dimensional structuration to
7M, (Fig. 3). At 1200C the same degree of structuration requires 7 hrs (Fig. 2).
The drying is the result of two independent processes: 1) a catalytic polymeriza-
tion with an initiator 0% of cyclohexanone peroxide), and 2) an oxidative struc-
turation produced by heating over 1000C. No initiator seems to be necessary for
the latter process. Elasticity tests carried out by the MIILK method and hardness
tests on a F@Anw-4 (GIPI-4) machine showed that films obtained from these lacquers
have high elasticity, but rather low hardness. Thus lacquer no. III showed after
70 minutes of drying at 20CPC a 1 mm flexibility on a rod and a 0.195 hardness.
There are 3 figures, I table, and 2 Soviet-bloc references.
SUMITTIM:. July 9, 1960
Card 3/5

LY117YYP V.P. ; KIIARIMNOV, N.P.
Copolymerization of unsaturated organosilicon polyethers with
vinyl monmers. Izv. AN SSSR. Ser. khim. no.11:2052-2054 11 '6-1.
Synthesis and some properties of organosilicon polyethers with
a siloxane bond in the main chain. Izv. AN SSSR. Ser. khim.
no.l.l.-2055-2050' N 163. (MIRA 17:1)
1. Institut khimii silikatov imen-- I.V. Grebenshchikova, AN SSSR.

AIJDREYEV, D.N.; IYUTYY, V.P.
Synthesis of phenyltrichlorosilane in ailent discharge.
Zhur. prikl. khim. 36 no.9:2096 D 163. (WRA 17-1@

LYUTYY, V.P.; KBARITONOV, 'I.P.
Binder an a base 3f modified
polyesters. Zhur. priki. -I-Im. 3-

ANIDROSOV, V@F.; ().N,; V.?.. N',- .
I ' siq -," org an r,s i I 1 ;3 -:-, I t,, .- ne 7 @ r@iI Df
woolen and cotton erjYineP,,-irg : ; (.) -,! , I z,,, c vy s . , , za V @ ,
f
tekh. !.ek-,. prom. no.6:8(,-Q" I @,@ - @, M -,T, A I -i : I
1. in;-,J*,ij, *,,-'trii i ,
imeni S.M. Fir,,,v,i i In.9, il @'_, hn-i- @ '. .,a @ @ , . ". -
b-.n.gh-h! k,.',,i AN S3SP. S'@@ hm @ % ' li, n -Y , , I -,@ , .

SEW
@Trarisparent pladtiqs@.','q
id:-fine@graane :,as"b sto,4 exhibit.. ve'r'y.: hiih be-nA

LrT'fF'T, A.I.
Scientifir! in,! T--nri-al Mining Sc-@@-'y r," Df-ne* -k. ?-@v;n-e is str-"v-lrv
f-r tecnnlcRl P-47.9s. '!g,' I "', :- --@ "? I @' 5. 1 - - - -11
, !r;.' A I @: ;
I . FIr '- d I #:@ i q I o 'I I" r ;I '.' I - r I y 'I '! 1 - , I , ", "@' '- @ t I n -1 ' n' '?o .'! , i t : - ' -. @@ , - t'@ @ k :@ r- ; - @ , : '.' . -,
e. .
go-noro

Ln'YMV A.I., inzhener.
Causes for gag emanAtion in praDarstory mines. Bezon.truda v
Dron. 1 no.5:9 157. (MUU 10-7)
(mine gages)

LYUYW9 AsI., inzh.
Accident in the "IUnkom" mine in the Donets Basin. Bezop.truds
v prom. 4 no.10:7-9 0 160. (KIRA 13:11)
1. Upravlenive Stalinskogo okruga Gosgortekhnadzora USSR.
(Donets Basin--Coal mines and mining--Accidents)

LYUYP.V. API.,; DORCKEDV. D-V-; ZHIZLOV, R.I.
Sudden coal and gas outburtits in tapped coal sea=. U oll Uler.
no.12:&10 D 160.-- f" 13:12)
(Donets Basin-Coal mines ard mining) (mine gasea)
(Rocic pressure)

--.LYUXEVq Andraylvanovich; SOLOVIYKVI P.M.t otv. red.; VINOGRADOVAq G.V.,
red.; PROZOROVSWA, V-L., tekhn. red.
[Manual on safety engineering for miners] Posobie po teklmike bee-
zopasnost'4 dlia shakhterov'. Moskva, Gos. nauchno-tekhn. izd-vo
lit-ry po gornomu delu, 1961. 86 p. (MIRA 14:6)
(Coal mines and mining--Safety measures)

L'Y'UTN, A.I., irzh.; I-V.VICMTKO, G.P., inzh.; ISEROV, B.I., -*rizh.
I
Ell.`minating traumatism during the operation of cir-,ular sawr..
Bezop. tnida v prom. 8 ro.9.-II-12 S 164 (MlRA 18el)
1. Upravlen4 ye Donetskogo okruga Gosudarstvennogo komiteta pri
0
Sovete Ministrov UkrSSR po nadzoru za bezopasnym vederniyem
rabot v promyshlennosti i gornomu nadzoru.

L 01281v-66
ACCESSION NR: AT5020448 UR/0000/64/006/006/6639/0046
AUTHOR:: -k4tayev, G* A. Pres'nov,.'V. A.: (Professor);- Lyuze, L., ls.;,B@@uyeva, Yeo N4
TITLE The effect which Various substances.have.on the electricaland physical
properties of- the urfac6 of
a germanium,
poluprovadni-
SOURCE. Xne6vuzovskaya nauchno-;tekhnicheskaya konferentsiya po_fizike
kov (voverkhnostnyye.i kontaktnyye yavleniya)i,,-Toms~..11962..~Porverkh
taktnvve and contact phenomena in semiconduc@-
yye.yavleni@a v poluprovodnikakh:@(Surface
Vo.. i964. 32-46
tors), Tomsk# lid-46 koeo uni
TOPIC TAGS: germanium semi6onducto?. qsu'rfac@e property, crystal surface, molecular
intera6tiong semiconductor research
ABSTRACT: An.attetpt-ia made to:explainthe physicochemical nature of phenomena
1which take pladeAuring interaction of tho natural surface of germanium with.a.chem-
lical medium. :The-following effects are taken Into consideration., i. Interaction
with the germaniumsurface .atoms. which causes Aradical change in the surface due
ito the formation-of a new surface"'compound.-(sulfide, nitride, etc.). 24 Interac-
ilon of adsorbed molecules with get""'fum sUrf4d4i 'atoms due to.various forces
Card 1/311

L_@ 012 61-66
jACCESSIOH MR: AT5020448-
i(physical and chemical-adsorption). This may.cause changes in the parameters of the
Isurface.states as well as the appearance of new levels. These phenomena are com-
al-adsorption. 3. Interaction of adsorbed
In th
pletely reversible. e case of@physic
olecules withmolecules of water,,oxygen and hydrated oxide in.the-oxide layer and
:t
t-he germanium-oxide interface by various mechanismsi It is found that the Inter-
Action of various substances with germanium causes a change in the surface charge.
,The negati charge'of -an etched surface is usually reduced by chemical treatment, 1z
ve
;and sometimes even.changes sign. The effect of various substances on the germanium
a
surface.is a change in the parameters,of the "fast'l.states. A change is noted in
';the.recombination.vblocity, which at,times may be considerable, There is a sharp
oc
,reduction in recombination vel ity aii rtiault of quinone.treatment.. Various sub-
Istances'are 4pecificAn,their effect'on the"Ifast" states. This effect cannot be
'interpreted on the basis.of electrostatic interactions alone. The adsorption pro-
icess is reversible In many cases (nitrobenzene, chlorobtnzene, etc.). Chemical
itreatments; are,discussed In which redox systems take part (e. g. quincne-hydroqui-
Inone). It W" found that-quInone Is very effective In reducing recombination by
elimfnating the-acceptor,level. Vate@ causes large Iiiakage currents due to the H Ot@
lon In the monam-olecular.water layet@,ttfie ltr@l # 3
&Y-racal effect),.,.The mechanism of
:the effect o# various -.subsitafteed'oti. the IlAeWf a-tatels:i6t ateib on severil points.
Card -2/4.' -
7-

I
t

I'~nik6~r--(p6,~6ildinbs~tnyy4':i-.-koniakt~iyyO- y,*vle@iy*a),.---Totn'sk,-.
1962.@Poviarkhnostnyye,j
v iuprq@q. n. (Surface %arii con
@ontaktny yAv. eniya: , po i@ikak- ena I

oi,
85-66
L
ACCESSION HR., -AT5020451
nitrobenzene is of, inter.est,-since the nitro group is often an active radical in lac-
J t
-cbatifigs. this type,of treatment reduces the nega ive surface charge which ap-
quer.,
after.@,etching. When the treated specime is aged in'alr@ the surface poten-
pears, n surface.. Treatmeni
tial increases to thejofter value characteristic for. the. etched
in 0-4ydroxy'quinoline causes a sharp*increaseoin positive surface charge. It was
ossible to ma)ce any conclusions about the structure'of surface centers after thiE
IMP
itype of treatment. Treatmen in phthalic anhydride also creases the.positive sur-
t in
1face-potentialt lhus.in nearly all cases adsorption of the substances-is accompa-_
nied -by -a reduction iii negative-_surfac6 dbarge, especially:in,the case of o-hydro"@_
d tm.@AisrQacement of ads
qui noline...: This. J . explained by orb.ed @bxygian @ from the oxide
layer; and for the'@case with 'o-Pydro'xyquinoline, by direct participation of elec-
'trans, iij the. nitrogen atom- in the volume-with the con -band@'
ductiofi.
+

[AAETMeA:@ :AT5020451
!forbidden' zoneare, shifted upward.: The. concentration,of groups of levels located
!b4low the centerlof the forbidden zone increases during adsorption And returns to
ithe orlgi@al- value 'during.,aging in air (asa tesult.of,,desorption).. It is assumed
that the effects observed Iin adsorption-of C'hlorobenzene, nitr6benzene and phthalic,
are due largely to electrostatic adsorption,in the field of the defeat re-
.'sponsible for,recombination. Polarization and dis'ersion effects are apparently im-
p
lportant.in chlorobenzene adsorption, while the dipole moment is an important factor
.-,.-!in adsorption of nitrobenzene. Adsorption of o-hydro'xyquinoline is actompanied by
fdeeper.interactions, including the formation of bonds of the type
:NG .e
-0-
!A nitrogen atom which has an,unshared pair takes part in,this reaction. The exper.L
Mental effects are due to this phenomenon.': Orig. art. has: 9.figures.
!ASSOCIATIOII,.. none
:SUBMITTED-:,- SS
060ct64. ENCL:
!Qard.
ry

L 0-1287-661;
'AdCESi@idg ATS020ii52
V 479/001"6
UR/66o6/64 odo/adiYA
fi
ymi@ y Y,
IAUTHOR. Lvuze,- L L.i. Batweva, Ye@ N.; ija @G-A.; Presnov, V-. A
:TITLE: Investigation-ofthe surface properties of @aniu@m an&germanium dvvices
treated za. qu e@
qu
qu
qu
!SOURCE-: 1KMAzhvuzovqk!ya nauchno-tekhnicheskaya kdnferents@ya vo fizike @olumvvad-
Ikov OVO sk.- 1962.rr-
PoverkhnostnS,ye i
ikontaktnyye.yAT1en0ya-v poluprovodnikaW(Surface and contact:p enomena in seimicon-'
;ductors).. Tomsk.. Izd-@vo Tomsk -86 -1-
lr,4,' 79
TOPIC TAGS:.* germanium, semiconductor d4iice, adsorption,.surface property, crystal
surface., "inone, -sem-icondUrtor rerzearch
ABSTMCCT-.@@_The quinone-whydroquinone redox pairls studi4da-with re to its effect
gard
ow. the stzvucture 'of . fast -states , since achange in-our@fdce recombination velocity
may be caused not only,by a change in surface potential but: also by -a change in th
-.1densi "@.i terms
it -of-the ."fa t states." making the'measurements,
made 6f:the field effect with a strong sinusoidal s
luse: was combined.with sta-
-1tibbary-photoconductivityo --The_ft4quency.*of the-trans4drse field:was,20-30 cps.

L 01287-66
]ACCESSION N.R:, ATS020452
Stationary photoconductivity was calibrated by the reduction in photoconductivity i1i
the absence of a transverse flelC The dielectric was a sheet of mica 20-30 u thic@
The specimens were-made with n-germanium having,resistivitiesof 32, 44 and .20 fl-cm@
and lifetimes of 206i 150 and 300 usec respectively. P-5 germanium devicesvere
treated,along with the germanium samples., The reverse current of the collector, th'
_ivolume component of the reverse current, andthe effectivellifetike of the minority-
Icarriers-were'measured. Before tre .atment.in quinone',,the. devices and germanium sam-
wereetched-in peroxide * washed several times in water, dried for three hours
lin a drying cabinet, and,-aged fortwo-days in.ai,r in robm.conditions to stabilize
ithe.-ox-idized surface of the,gercanium. Quirioneltreatment ad d.drying were do-ae at
1room temperature.. Concentration of alcohol solutions was_0-.5,Hj concentratiDn Of
A M. c d
aqueous.solutions, wai.0405-0. :The devi wan germanium specimens were held in
solutionfor 6.'S hour. Thesurface potentlal for the etched.samples corresponds tol
minimum conductiv .ty@,,,,After treatment in quino.ne,:the. .charge of the etched surface
ibecomes; more 66sitive. Jt was impossible to measure the mkximum'surfkce_m:ombina-
ztion as a function .. of the surfAce:potential in the eiched spec Iimens,@thereftre it ifi
'difficult to determinetheenergy configuration of fas @surface states. Tho recom-
ibination-surface.states in the etched samples are above the'@center,of-the ftwbidderke
!zone. r6r the .-treated sueace_,,@ the.'maxlmum- surface@ recbmblnatioii@ velo ity@ls_ al

L 01267-66
:1ACCESSION ffl@;-" ATS020452
-and-the basic contribution to recombination is frcm the
inegative.surface potential,
r of th found that*quinone treatment
,group of levels below the cente e zone. It-was
@strongly.red464s@the volume component of the,reverse current.-Freshly prepared qui-
:_.Mone solutions (both alcohol and aqueous) were not as effective as-solutions 4ged at
.@room temperature or-heated. This is due to the formation of hydroquinone and hy-
Aroxyquinone,@Which have..acid properties. Thus a quinone-hydroquinone system acts
..on'the gdrmanixfm@surfa Ice.,.It is apparently Ithis redox Pair 4hich.is,chiefly respon-
.1sible for the I germanium.surface charge. Adsorption of quinone is:accompanied by a-.
1.
_. edu -by th6 desorption.:of oxy
v atiorkin,negative surface charge., This is:expl4ified
Igen, . which iJk i chiefly: responsible for charge in the slow states. Orig. art. has:
i2 figuresi. I tabl i:9 formulas.
'ASSOCIATION-.* none
SUBMITTED:': 0,60et64 ENCL: 00 SUB CODE: SS
INO REF SOV:: 005@ OTHER: 002
3

LYUZE, L.L.; DIJKHANINA, R.Ya.
Work function of the A and B faces of the (111) BLrface In
gallium arsenide. Izv. vys. ucheb. zav.; fiz. 8 no.@:164-
165 165. (MIRA 19: )
1. Sibirskiy fiziko-tekhnicheskiy institut imeni V.D. Kuznetiova.
Submitted July 2, 1964.

ACC NW AP( )069706
SOURCE CODE:
B11661 008100@F(K.; 64/0 (,18@
AUTHOR: 4-uze, L. L.; Burlak@rT" R. B.
ORG: Tomsk State jLmiygr 't
U yj5omskdy gosudarstvewv7 univernitet)
7TTLE. Effect of the angle between the electric and magnetic fields on the current
oscillations In an oscillistor
SOU"RCE: Fizika tverdogo tela, v. 8) no- 3, 1966, 984-986
TOPIC TAGS; pn junction, semiconductor device, transistorized oscillator, critical
magnetic field, electric field
10STMM The authora investigated the current instabilities in an 6sdluic tor,_ a
device whose theory -was described by M. Glicksman (11hyr.. Rev.jv. 124,_ 1655, ig61)'
and 0. Holter (apjs. Rev. v. 12-9, 2548, 1063), and which consists of an n-t-ype ger-
manivn p-junction operated in a loyigitudinal magnetic field. The samples were made
of n-germaniliju with specific resistivity -30 ohm-cm and carrier lifetime longer than
200 jAsec, with a p-n junction on one end surface and an ohmic contact on the other.
The samples were tosted in a pulsed electric field of 700 Asec duration and repeti-
tion frequency 120 cps. Several samples vere tested and in all cases the crLtical
value of the electric and magnetic fields at which oscilli--tions set in were ..nversely
proportional for all an-gles between the fields. With increasing angle, the ,-alues of
the critical fields increased. The amplitude of the osaillationa decreased vith the
increasing angle. The results also confirm the conclusion drawn in an earlii,r in-

ACC NRi
Ap6ooq@to6
vestigation by L. B. Gurevich and 1. V. loffe (FTT v. 4,, 2641, 1962) that the fre-
quency of the osaillattions depends on the angle between the fields. On the other
hand, the increase inthe field values with increasing angle contradicts the results
of Gurevich and loffe. It is therefore concluded that further work on this subject
is necessaxy, Orig, art. has: 2 figures.
SUB CODE: 09/ SUBM DATE-.. llMay65/ ORIG REF: 002/ OTH REF: 005

L 46948-66 1Mr (1)jqg (m),/DIF@tWET I IJP(c)
@DAT
ACC NR: AP6015504 SOURCE CODE: UR/0181/66/008/0,)5/1639/1640
AUTHOR: Lyuze, L. L.; Shushkevich V. L. zr V
ORG: Tomsk State University (Tomskiy gosudarstvennyy universitet)
TITLE: A new form of injected plasma instability in germanium
SOURCE: Fizika tverdogo tela, v. 6, no. 5, 1966, 1639-1640
TOPIC TAGS: plasma instability, plasma injection, germanium
ABSTRACT: This type of current instability in Ge occurs in a powerful elt!ctrical field
when thert is a temperature gradient between the interior and the volLune to the sur-
face of tht sample. The temperature under these conditions must be above OOC. The re-
lationship -ietween these parameters is shown in figure 1. The oscillation frequency is,
in the 0.5-,.S Mc raage. It was noted that the frequency sometimes changes smoothly,
and sometimei abruptly. The characteristic feature of this type of instability is the
complex effe@!t of the transverse magnetic field upon the frequency and the amplitude
of the oscil-tations. With increasing intensity of the electrical field and increasing
temperature, .he intensity of the magnetic field capable of suppressing the oscilla-
tions also go,ts up. Thus, when E = 7.8.104 V/M' then at T = 370C, B = 0.055 weber/m2;
at T = 750... d = 0.1 weber/m2. Orig. art. has: 2 figures.
Card 1/2

ACC NR.- AP6015504
80
Cz@
zo
GOL
40
SUB CODE: 20/
50 60 70
T, -C
SUBM DATE: 17Dec65/
Fig. 1. Relationship between field in-
tensity and temperature. Oscillations oc-
cur in the shaded area only, beginning at
he lower line and attenuating at the up-
t
per line.
ORIG REF: 002/ O`rH REF: 003
Card 2/2

L 09224-67 M4P(j)/EWf (WEVP(t)1ori ijP(c) R1-1/JD
ACC NRz A-R6019907 SOURCE CODE: UR/0275/66/000/002/BO03/.3003
Presnov, V.-A.; Katayev, G. A.; Ly-uze, L, L.
j TITLE: Study of the effect of film forming substances on the electrical and physical
1properties of a germanium surface
i 11
SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abe. 2B21
= SOURCE: Sb. Poverkhnostn. i kontaktn. yavleniya v poluprovodnikakh. Tomak, Tom-
skiy un-t, 1964, 47-58
TOPIC TAGS: germanium, surface film, film forming substance, paint, electric field,
photoconductivity . r4@--c7-RIC_ 12RoPFX r I/
ABST-RACT: The work was conducted in an effort to ascertain the possibilities of
stab@iizing thepurface qf Ge using film forming substancea. The effects of glyp-
talV:enamel, V-1@@jo_qj!er,@bdrying oil, and rosin were considered. The effect of
I ty were used for
field on a 'Large sine signal and stationary photoconductivi
measurements. I. V. [Translation of abstract]
SUB CODE: 07, to
Card 1/1 yr-L- UDC: 539-293:546.289

4
lip(c) F(;,/jD
SOUI'@C,,. COD!-,-. UR/C)"75/66/000/002/*B(')03/BO03
2
"'e. N.; iC@tayev, G. A.; Prornov, V. A.
-cc Lof adsorption of certaln substances on the surface ji @ropertiea of
Re:C. zh. Blektronika i yeye primeneniye, Abs. 2B22
'go. Povorkhnostn. i kontaktn. y,-Avloniya v polupr vodnikakh. Tomsk,
y
ad.;orption, chlorobenzene, nitrobenzone, phthalic a,ihydride,
c reaction
T'-o cf@ect o' adsorPtion by chlorobenzene, nitro)enzene, o-hydrocyqui-no
lino, an"' P*-,,:,-,a-'-.'c an'-Ydrldc, on t;lo Gensity and eneri5y state of recombinatLon
-@s fo. for
,@ve@ Ga was investi-ated. of Ge were kept in solution at 98*C
-:o Louri, and t"hon in a therr,-,ostatically controlled oven at 98'C for two h,:)urs,
cr chlorobenzene and nitrobenzene processing. The quinone and the o-h.fdroxy-
were dissolved in alcohol prior to processing. During processing the
in an alco"nol solution for two hours at 78*C and dried Ln a
controlled over, at 78*C. Fusion was used in the phthalic anhydride
process`nZ. The field effect and recombination were measured by the drop in
Card 1/ 2 UDG: 539.293:546.289:541.183

-11 0922-3-67
ACC NR, ,,,z6oiqqo8
--,@-.oconductivilty. In virtually all instances adsorp
tion of the substances is
accor'-Janiea.Gy a reduction in negative surface charge, and the reduction is
")articu arly great for o-hydroxyquinoline. Change and recombination lovela were
@es'.ed. '."-e adsorptions of nitrobenzene and chlorobenzene are reversible. The
adsor-itions of nitrobenzene and chlorobenzene are reversible. K. [Translation
of a'Oatractj
SUB CODE: 07

1. 1-YUZNOV, S. Ye
2. U51;' (600)
4. Fisheries-Accounting
7. Intra-factory accouriLing., liyb.kh.oz.24,@, No.11, 1@)_"
9. Monthly List of Russian Accessions, Library of Congress, Feb-1j;;ry_1953. Unclassified.

@ @ T? @ " C 1. ? , . .-.
,1:. 1., 1 - .. I @ . -@ ., , .,
. p - . I - @.-

LYTJZOV, A.V.
Inertia of 71sion. Probl.fiziole ont. 12:13-73 '59 (M PiA 11 :6 )
(V IS 10)

LTTI, V.
Portable electric goad. Mias. Ind. SSSR 29 no.5:50 158.
(14IRA 11:10)
1. Entongkaya skotozagotovitallraya kontors, Tallin.
(Stockyards-Equipment and supplies)

LYY'E,-.YU A.; OGANESYAN, L.V., aspirant
441@
Some criteria for prospecting for hidden ore bodies by primary
halos; for pyrite deposits in southern Armenia. Izv. vys. ucheb.
zav.; geol. i raz@v. 7 no.7-.68-71 JI 164 (MI-RA 18g2)
1. Simforopollskiy institut mineralln-ykh reaursov pri Gosudar-
stvennom geologicheskom komitete SSSR i Moskovskiy geologorar-
vedochnyy institut im. S. Ordzhonikidze.

-I,YZI, Alpksandr Ivanovichs assistont
Transformation of continuaw quantities into discrete increments.
Izv. vys. ucheb. zav.; elsktidmekh. 6 no.9tM5-1117 163.
(MIRA 16:12)
1. Kafedra vychislitellnoy takhniki Taganrogakogo radio-
tekhnichaskogo instituta.

LYZENT7,VA, M.A.; VALETDINOV, R.K.; KUZNETSOV, Ye.V.
...
Fireproofing treatment of cotton fabrics. Trudy KKHTI no.30-
170-173 162. (MIRA 16:10)

LYZHENKO, I.G., inzh,; BOUSEVICH, V.I.; VAYSINA, A.M.
Over-all processing of gravel mixtures. Avt.dor. 24 no.6:19
Je 161, (KIRA 14:7)
(Ukraine--Gravel)

AUTHOR: Lyzhenko, I.T. 130-12-18/24
TITIB: Smoothing Pass Walls in a Working Stand (Zachistka sten-ok
kalibrov v rabochey kleti)
PERIODICAL: Metallurg, 1957, No.12, P. 30 (USSR).
ABSTRACT: At the Chuso-voy Metallurgical Works, the rouEhing
stand of the 800 bille@, will has rolls cast tom type 50 or 55
steel. Roughness has been found to develop on the sides of
the box passes in these rolls causinG defects in the type 55C2
silicon steel rolled. The author briefly describes a device
for smoothing the pass walls which consiZts essentially of a
1 4
holder for keeping two pienes of emery whee -Ln @lose contact
with the walls while the roll is rotated for aboat five --.inutes.
The use of this device was found to eliminate wall rcuL@,hness a-nd
the consequent spoiling of the billet surface. %here is
1 figure.
ASSOCIATION: C h u a a v o y Metallurgical Works (Chusovsk' Y MEttallurgi-
cheskiy za-1rod)
AVAILABLE: Library of Congress
Card 1/1

SOV/130-58-9-14/27
AUTHOR:
TITIE: Use of Deflectors Instead of Susoended Guides (Primeneniye
otboynitcov vmesto podvesnykh provodok)
PERIODICAL: Metallurg, 1958,3 'Br 9, p 28 (USSR)
ABSTRACT: The table arranged on the upper supD-orting bar at tle back
side of the second (finishing) stand of the 80C zill at the
Chusovoy 'lorks prevented suspended guides being provided for
the five bottom oasses. To eliminate the dislod6ment by
bent metal from ihe lower oas@es of the uDDer bar and the
equipment sup.-jorted by it, deflectors of sheet iron 20 mm
thick were welded to tlie bottom surface of the bar opnosite
each pass (Figure 1). This arrangement has proved completely
successful. There is 1 figure.
ASSOCIATIOB: Chu@-,ovskiy metallur icheskiy zavod @Chusovoy
Metallurgical Works5
card 1/1 1. Rolling mills--Operation 2. Rolling mills--Equipment
3. Meta -Ls--Processing

A7
U'ThOR: A :z@.-enko, I. T.
TITLE: Effecient Utili-s-rrti,)n of tic, Barrel of the Upper Rol'
(Hatsional'no,ye ispol'zovaniye bocl.ki verkhnego valLa)
PERIODICAL: Metallurg, 101-58,@i4r 9, p 28 (US6R)
ABSTRACT: This very brief riote describes hov% tLe whole iastcl-@(. .-f
half the barx-el length of tLe upper roll ir the',-&_ , iii _@@s
brought into use, considerably reducinL_ rol'L @@),-@sui_ tion.
There are 2 figures.
C-rd 1/1 1. Rolling mills--Operation

LIZ HFIJKO I- V,-P t,
Righ-pressure system for blast cleaning the
boilers. Elek. sta. 33 no.5:82-83 My 162.
(Boilers--Gleaning)
heating surfaces of
041RA 15:7)

T.
-olid-So@ntke -s
C--as of , -Pl, i r, oii@let of a '(),)d--, r,f,,r-r .--I . -@. L, `
Mont-ily @ds* of A,iqsian Acresgions, -j*r"q"r '@f' OTJ@:rpsq, .,iine L I (. -1 1 s s " .* - rl

ITSKOVICH, Georgiy Mikhaylovich; VINOBIM, Anatoliy Ivanovich. Pri-
nimali uchastiye: SUDAKOVA, N.I.; GAVRILOV, Yu.V.; MAOSHIN, V.N.,
laureat Leninskoy premii, prof., retsenzent; 1@@ZMQIKQV,' A.A., -
inzh., retsenzent; SAFOZHKOV, N.M., nauchnyy red.; SHATrM, Ye.I.I.,
red.; KOIOVENKO, Yu.N., tekhn. red.
(Collected problems on the strength of materials] Sbornik zadach
po soprotivleniiu materialov. Leningrad, Sud@romgiz, 283 p.
(MIU 15:6)
(Strength of materials-Problems, exercises, etc.)

MWOTICH, Georgly Keyerovich; MAKUSHIN, Y.M., dotsent, kand.tekhn.nauk,
retsenzent; 0 .-AA--, inzh.. retsenzent; RABIITOTICH, S.T.,
I
dotaent, red.; LIPKINA. T.G., red.izd-ve;
YWoTA, L.L., tekhn.red.
[Strength of materials] Soprotivlenie materialov. Koak7s, Goa.
izd-vo, "Tyashais shkols," 1960. 529 p.
(HiRA 14:3)
(Strength of materials)

LYZHI-N. K., red.; GILIDEBROT, Ye., tekhn. red.
[The second year of the Seven-year plant) Vtoroi god semiletk::;
ocherki. Krasnoiarsk, Krasnoiarskoe izd-vo, 19609 84 pa
(MIRA 14:12)
(Labor and laboring classes) (Socialist competition)
I

If @,/ -7;/,;, (v
MiOLAYEV, Vladislav flik-Aa7evich; LTZHIN, K., redaktor; KOKOULINA, A.,
tekhicheski7 redaktor. --- - *
[on a new site; skatchas about young construction workers at the
Krasnoyarsk Hvdroelectric Power Station] Na novom meste; ocherki o
molody,kh stroiteliakh. Krasnoiarskoi GES. LKrasnoiarek] Krasnoiarskoe
khizhnoe izd-vo, 1957. 40 p. (MLRA 10:11
(Construction workers)

SUCHEGLOV, Sergey Llvovich; BORDAREV, Aleksey Ivanovich; LYZHIN, K.,
red.; GILIDEBRANT. Ye., tekhn.red. , ,
(Norillsk city; local geographical assay] Gorod Norillsk;
kraevedcheakii ocherk. Krasnoiarsk, Krasnotarskoe knizhnoe
izd-vo, 1958. 99 p. (MIRA 12:9)
(Norillak-Diescription)

LYZHIN, LIKLIMIN, M... red.; ASKMAS, L., tekbn. red
rYenisey; handbook and guide from ?Aiiniciinsk tn T)v,'I-'--1EniSei;
putevoditall-spravochnik ot pristani Minusinsk do pristani Du-
dinka. Izd.2., perer. i dop. Krasnoiarsk, Krasnoiarskoe @mizh-
noe izd-vo, 1953. 208 p. (MIRA 15:12)
1. Yeniseyskoye rechno-ye parokhodstvo.
(Yenisey Valley-Handbooks, manuals, etc.)

LUCHENKO, Serafim Vasillyevichg kand.geologo-mineral.nank; ZUBKOV,
Anatoliy Ivanovich, kand.ekonom.nouk; GORIZONTOV. Boris Bori-
oovich; LTZHIN, K., red.; GrLIDEBRAY7, To., tekhn.red.
(Industrial development of Krasnoyarsk Territory; popular
scientific study] Problemy promyshlonnogo razvitiia Krasno-
iarskogo krala; nnuchno-popullarnyi ochark. Krasnoiarak.
Krasnoisrokoe knizhnoe izd-vo, 1958. 170 p. (MIRA 13:4)
(Krasnoyarsk Territory-Natural resources)
(Krasnoyarsk Territory--IndustrieB)

LYZHIN, Konstantin Dmitriyevich; U.LIZDV, I., red.; GII IDEBRAJIT, Ye.,
- - --te -r e-&-. - -
khn--
[Along the Yenisey; concise handbook and guidelf-o Eniseiu;
putevoditell-spravochnik. Yxasnoiarsk, Krasnoiarskoe inizh-
noe lzd-vo, 1961. 320 p. (MIRA 15:11)
(Yen'Lsey Valley-Guidelbooks)

LYZHIB, Konstantin Dmitriyevich; GREBTSOV, I., red.; GIVI)MRAI-IT, Ye..
tekhn.red.
(Krasnoyarsk Territory; reference-guidebookj Krasnoiarskil kral:
Bpravochnik-Tnitevoditel'. Kmanoiarsk, Krasnoiarokoe lcnizhnoe
lzd-vo, 1958. 452 p. (KIRA 13:1)
(Krasnoyarsk Territory--(hiidobooks)

SHNEYBERG, Takov losifovich; LYZRIN, K., red.; GILIDEBRANT, Ye., tekhn.
red.
(Preventing injuries to animals in large-group maintenance and
loose housing) Preduprezhdenie tr%vmati=a zhivotrqkh pri krupno-
gruppovom i bespriviaznom soderzhanii. Krasnoiarsk, Krasnoiarskoe
knizhnoe izd-vo, 1960. 45 P. (MIRA 14s:LO)
(Stock and stockbreeding)

TOKOVOY, Nikolay Akimovich, prof.,
Georgiy Yeremayevich, kand.
DEBRMT, Ye., tekhn. red.
doktor veter. nauk; ZOLOTUKEIN,
fiz. nauk; LYZHIN, K.) red.; GIL'-
[Mineral composition qf feeds andits effect on the development and
productivity of animals] Minerallnyi sostav kormov i vliianie ego
na razvitis i produktivnost' zhivotrrykh. Krasnoiarsk, Krasnoiarskoe
knizhnoe izd-vo, 1960. 72 p. (MIRA 14:9)
(Minerals in food),, (Krasnoyarsk Territory-Forage plants)

GARKUSHIN, Aleksandr Mikheylovichl MlLqOVp Pavel Samenovich; 117ZHIII, K.,
red.j GILIDEBRANT, Ye.v takhn. red.
[monetary payments for labor and businew accounting on tba col-
lective farms of the Krasnoyarsk Territory] Denezhnaia oplata tru-
da i khozraschat v kolkhozakh Krasnoiarokogo kraia. Krainoiarok,
Krasnoiarskoe knizbnoe izd-vo,, 1960. 95 P. (MIRA 14: 10
(Krasnoyarsk Tarritory-Collective farms-Income distribution)
kKrasnoyarsk Territory-Collective farms-Finance)

SEREDA, M.S., agronom; BOGOSLOVSKIY, D.L., agronom; YORONTSOYA, T.P-
agronom; MCBMIKO, Y.P., agronom; LYZHIH, K.. red.; GMIMIANT, Ye..
tekhn.red.
[Catalog of regionally adapted field crop varieties for Kra5iko-
yarsk Territory] Ketalog raionirovannykh sortov sel'skokho-
ziaistvennykh kulltur po Krasnoiarskomu kraiu. Kresnoiarsk,
Krasnoiar5koe knizhnoe izd-vo, 1960. 55 P.
(MIRA 14:4 1
1. Russia (1923- U.S.S.R.) Gosudarstvenneya komissiya po ao:.,to-
i5pytaniyu sellskokhosyaystvenn7kh kul'tur po Krasnoyarskomu
krayu. 2. Inspektor Gosudarstvennoy komisaii po sortoispyta:iiiyu
sellskokhozyaystvennykh kulltur po Krasnoyarokomu krayu pri
Ministerstve sellskogo khozyaystvq SSSR (for Serede). 3. In-spektu-
ra Gosudaratvennoy komissli po oortoispytaniyu mel'skokhozya,rstven-
nykh kulltur po Krasnoyarskomu kraya pri Ministeratve sel'skogo
khozyaystva SSSR (for Bogoslovskly, Yorontsova, Fedchanko).
(Field crops--Yarieties)

SHEVCHENKO, Petr Davidovich; I-MOINOVA, Aleksandra Nikiforovna; LYZHIWI K.,
red.; GILIDEBRANT, Ye., takhn. red.
[Crq rotation system is the basis of increased yields; puttinE crop
rotations into practice on the Kalinin Collective Farm in Uyar District]
Siatems. sevooborotov - osnova povysheniia urozhainosti; opyt osvoeniia
sevooborotov v kolkhcze @mani Kalinina, Uiarskogo raiona. Krasnoiarsk,
Krasnoiarskoe knizhnoe izd-vo, 1960. 37 p. (MIRA 14-9)
(U,v,ar District-Rotation of crops)

KAKRIDIN, Vaoiliy Platonovich; LrMIN, K.. red.; GILIMMANT, Ye..
tekhn.red.
(Arctic wolves and their control) Poliarnyi volk I borlba
nim. Kroanoiarok, Krasnotarskoe knizhnoe Izd-vo, 1960.
;
2 P. (MIRA 14:4)
(Wolves)

GOL4DSOV# Ivan Kikhaylovich, doktor voter. nauk; LTZHP K. 9 red.; GI:@IDE-
A_-
BRANT# Ye., tekhn, red,
[Antibiotics in reindeer breeding) Antibiotiki v olenovodstmi.
Krasnoiarskq Krasnoiarskoe knizbnoe izd-voq 1961 33
(@@ 14:850
(Reindeer-Diseases and pests) (Antibiotics)

LYZHOV, A. V. (Koskva)
Sx-periment on the subject "flame arA its structurem. Ehim. v
shkole 15 no.4i85 il-Ag 160. (NERA 13:9)
(Flame) (Chemistry--Experimonts)