SCIENTIFIC ABSTRACT LIPKOVICH, S. M. - LIPMAN, C.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930020019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Vol Vo 2
Feb. 19541
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Oc". Rmu'rcii ci: t~.y IE:Ar `C; f-A%LY P~'(*,-'U-CTICN CF
"X-Mu"IZED EUPPMTS. 7)-1
j .3. 1953, 33-3
F--i,crs tra ul!c, irstftuco.- q Innin.-,
', 'k :)' C!*rf o
Y.T.
G.A. Krupumilhov,
r.Lznet~,v co rcsti~cii 3nd dosign,
are sunarized.

BEIZVTSEV,T.N., inzhener, laureat Stalinskoy premii; LIPKOVICH,S.M.,
dotsent. ---1 ~ --,
Xxperience In working with toll pillars at the mines of the
Stalino Coal Trust. U901' 30 no.4:35-38 Ap '55.
(MIRA 8:6)
1. Treat Stalinugoll (for Belsvtsev) 2. Donstakiy industriallnyy
institut (for Lipkovloh)
(Donets Basin--Coal mines and mining)

MAKSIMOV,A.P., kandidat tekhnicheakildi nauk, dotsent; LIPKOVICH,S.M.,
doteent; ZHEDANOV.S.A., doteent
Remarks on F.A.Kan's article *On the problem of a calculated load
on horizontal mine timbering." ("Ugol" no.2, 1955.) Ugol' 30 no.10:
41-42 0 '55- (MLRA 8:12)
1. Dnepropetrovskiy gornyy institut (for Mnksimov) 2. Donstakiy in-
dustrialInyy institut (for Lipkovich and Zhedanov)
(Mine timbering) (Kan, F.A.)

LIPEOVICH, SA, dotoent,
Determiningthe most advantageaus dimensions of the extraction field
on the strike. U8911 31 no.10:11-14 0 156. (MI" 9:11)
1. DonetskSy Industriallayy Institut.
(Coal mines and mining)

LIFKOVICH, S.M., dotsent; OSIPOV, S.N., gornyy inzhener.
I Od
Gas emanations in a combined twin entry mining system. Ugol' 32
no-3:23-26 Mr '57. (MLRA 10:5)
l.DonetBkiy industriallnyy institut.
(Mine gases)

ZHIZLOV, N.I., kand.takhn.nauk, nauchnyy rabotnik; ZBORSHCHIK, M.P., inzh.;
naucbnyy rabotnik; ZMTANSKIT, L.Y., inzh., nauchnyy rabotnik;
XORSPANOVe K*Aes kandeteklm.nauk, nauchnyy rabotnik; KALOV, T.F.,
kand.tekhn.nauk, nauchnyy rabotnik; MEDVEM, B.I.9 kand.takhn.
nauk, nauchnyy rabotnik; NOTITZIT, I.N.. kand.tekhn.~~.
nauchnyy rabotnik;' MKOITSV. V.P., nauchnyy rabotnik; SAPITSKIT,
X.F.. kand.tekhn.nauko nauchnyy-rabotnik; T.AKUSHEVSKIT, I.Tu.,
kand.tekh.nauk, nauchnyy rabotnik: 1-,~ ~CHS.~H., dotsent, red.;
SHUSHKOVSKATA, Te.L., red.izd.; BERESLAVSKATI, L.Sh., tekhn.red.;
ALADOVA, Te.I., tekhn.red.-
[Working gently sloping seams at great depths] Razrabotka pologo-
Aaiushchikh plastov na bollehikh glubinakh. Pod obehahei red.
pe
SA.Lipkovicha. Hoskvaj Ugletekhizdat, 1958. 209 p. (KIRA 12:2)
1. Stalino. Donetskly industrialinvy institut. 2. Donetskiy
industrialInyy institut (for all exdept Lipkovich. Shushkovskaya,
Bereslavskayn, Aladova)
(Coal mines and mining)

GOYKDM, "rts lzraylevich, prof. Cdeceased-],-LIPZDUGF,,-J~~ "se evich,
dotsent; ZHIZLOV, Nikolay Illich; WITSUT, lonstantin Fedoi tc-h,
SZWWAKOT. P.Ta.. otv.red.; I WSKATA, To.L., red.izd-va;
NADBIRSKATA, A.A., tekhn.red.; PROZOSOVSKATA, T.L., tokhn.red.
[Manual of problems on underground coal mining] Zadachnik po
podsomnot rasrabotke ugollnykh mostorozhdanii. Moskva. Ugle-
takhtsdat, 1958. 32? p. (MIRA 12:2)
(Coal mines and mining)

LIMVICH, S..M,,-dote.,
mine atmospbere
no.2:44-45 F I
ventilation)

LIPKGVICH, S.M., kand.tokhn.nauk; BILkTISHKO, A.S., gornVy i=h.
Field size in strip mining with horizontal crosscuts and block
development. Ugoll Ukr. VOI-3 no-5:12-15 HI '59-
(Strip mining) (14IRA 12:9)

XMIN, B.K.; MOROZOV. r.r.; LIINOVICH, S.M.-;, TZUJCHLV. N.r.
Experimental application of efficiaot mining s7atevs in mines
operating under this Stalino Boonomia donnoll. Ugoll 35 no.6s
2o-24 is 16o. (MIRA 13:7)
1. Donetakly ugoL'ny7 inatitut (for Kuklin, Takuch6v). 2. Treat
Selidovugol,'(for Morozov). 3. Donetakiy politakhnicheskiv
institut (for Idpkovich). . .
(Stalino ]Province-Coal mines and mining)

LIPKOVIC!,,M,. .. doteent; OSIPOV, S.N.,
%WWAU
Determining the optimum storing advance rate in vorking gaseous seams.
Ugoll Ukr. 4 no.10:24-26 160. (MIRA 13:10)
(mine gasee) (Stoping (Mining))

KUKLIN, B.K., gornyy inzh.; LOPUKHIN, V.T., gornyy inzh.; LIPKOVICH,,I__� ~M
dotsent
Response to P.S.Podkolzin's article "Methods of mining coal beds in
the Donets Basin." Ugol' Ukr. 5 no-7:40-43 J1 '61.
(MIRA 15:1)
1. Donetskiy nauchno-issledovatel'skiy ugol'nyy institut (for
Kuklin). 2. Khar'kovskiy gornyy institut (for Lopukhin).
(Donets Basin--Coal mines and mining) (Podkolzin, P.S.)

LIPKOVIGH, S.M.; ZBORSHCHIK, M.P.; BRATISHKO, A.S.
Determining the expediency of the wide work drifting system in
mining flat seams. Ugoll Ukr. 6 no.9:37-38 S 162.
(KIRA 15:9)
1. Donetskiy politekhnicheskiy institut.
(Donets Basin-(~oal mines and mining)

LIPKOVICH I S.I.T. 1. dotsent; PONOMAREV, 1.11. , gornyy inzh.
Distribution of hard headings in developing flat coal seamis in the
Donets Basin. Ugoll 37 no.11:20-24 11 162. (MIRA 15:10)
(Lonets Basin-Coal mines and mining)

LIPKOVICH,l SO MO. dotsent, kand. tekhn. nauk; OSIPOV, S. N., kand.
tekha. nauk
Most advantageous distribution of depression looses in mine
workings. Ugol' 38 no.4:51-52 Ap 163. (MIRA 1634)
1. Donetskiy politokhnloheakiy Institut (for Lipkovich).
2. TSentralInaya nauchno-issledovatellskaya laboratoriya
TsVGS (for Osipov).
(Mine ventilation)

SLYUNCHENKO, M.D.;_kIT~qVICH, SA; NOVITSKIY, A.M.1 GALUSHKO, P.Ya.,
doteent
Reade.rs' comments. Ugoll Ukr. 7 no-701-52 Jl 163. (NDA 160Y
1. Nachalvnik proyektno-konstruktorskogo byuro tresta Havcvolynsk-
ugoll (for Slyunchenko). 2. Donatskiy politekhnichaskiy iastitut
(for Lipkovich,, Novitskiy). 3. Kiyevskiy politekhnicheakiy
institut (for Galushko).
(Coal mines and mining) (Mine timbering)

LIPKOVICH, S.M., dotsent; DOROKHOV, D.V., kand.tekhn.nauk; NOVITSKIY, A.M.j,
kand.tekhn.mauk
Simultaneous determination of the height of the level and size of the
panels along the strike. Izv.vys.ucheb.zav.; gor.zhur. 7 no.2:10-1-4
164* ~~ (MIRA 17:3)
1. Donetskiy politekhnicheskiy institut. Rekomendovana kafedroy
razrabotki mestorozhdeniy poleznykh iskopayemykh.

-,LIPKOVI,CH,-S.M.,,Aotsent
Boundary lines of shifting and angles of displacement during operations
at great depth. Ugoll 40 no.2t25-27 F 165. (MIRA 18%4)
1. Donetskiy politekhnichoskly institut,

-LMOVICH Z - ESTRIN, G.; MIROSHNICHENKO, D.; TRUBITSITI, N.;
UOVI, I., master; LARIONTSEV, A.; RGMOVICH K.
Experience of innovators and efficiency promoters. Stroitell
8 no.10:25-26 0 162. (MIRA 15:11)
1. Predoedatell komiteta professional Inogo soyuzg*rabochikh
stroitel'stva i promyshlennooti stroitelinykh materialov
stroitallnogo uchastka Wo.108 tresta Mosstroy No.18
(for Lipkovich).
(Building-Tec~nological innovations)

LIPKOVICHP Z,
Units for drying and heating WildingB- Stroltell 8 no.93
5-7g 4 of cover.5 062* (KMA 15,12)
(Drying apparatus) (Heating)

FEOFILAKTOV, Yu. (Nizhay Tagil); SaIdEmV, L.;*'D'UC2d*Wf M... inzh. po
Z.
tekbnicheakoy informataii; MA4MOV.., A.; 4FKOVEK
irief +10. Izobr.i rats. no.9:27 S 162. (KrU 16:3)
1. Rukovoditelf obohahestvennogo kongtruktor ko byuro No.1
Porvogo bbakovskogo, chasovogo zavoda im. Kirovaa,l;or Sergeyev).
A**, Irkutakiy stankootroitel-Inyy zavod (for D'yachkov). 3. Chlen
pr4sidiuma UdmurtaYogo oblastnogo ooveta Vses'oyuznogo obahcheotva
Udbretateley i rat43ionalizatorov, Izhavsk (ror Nartynov). 4, 4edse-
datel! professionallnogo komiteta I&-go stroitellnogo itpravleniyi g.
moskvy.(for flpkovich).
. , (Technological innovations)

81/103/62/623/012/012/013
D201/D308
AUTHORSt Bykov, L.Not Kubyehin, B.Ye., and Lip-
kovskiy A.A. (Kiev)
TITLE: Automatic contactless transformer installations
for reversing the D.C. current in 6 P T -200
(BRT-200).galvanic baths
PERIODICALt Avtomatika i telemdkhanika, v. 23, no. 12,
1962, 1692 - 1700
TaT: The authors describe the principle of operation
and the construction of thearrangement, which consists of a power
stage (two 3-phase transformers), intermediate 3-phase magnetic am-
plifiers and a pulse generator in the form of a modified contactleBs
programmer. The suPPlY is 3601220 V. The arrangement has no contacts
and no moving or revolving parts. When the emf at the secondaries
of the operating transformer is equal to the voltage drop at the bleed-
er resistor and at the load, no parasitic currents exist in the idle
arms. When the voltage across the bleeder is not equal to that at the
Card 1/2

S/103/62/023/012/012/013
Automatic contactlese D201/D306
load, the resulting parasitic currents are small and do not increase
with magnetization of magnetic amplifiers. This is so because mag-
netic amplifiereare operating outside the 'self-reversibilityl limits
and are of the half-wave type, which makes them more economical,as
compared with full-wave amplifiers. A special type of voltage feed-
back is applied, which makes it possible to dispense with bias wind-
ings in the amplifiers. V;e primaries of transformers are shunted
by capacitors which are adjusted to resonate with the minimum induc-
tances of the a.c. w:rndings of magnetic amplifiers. This improves
the time-response and makes the required control current smaller.
The arrangement is immune to the load circuit being s.c. or o.c.,
which is especially important in the use of galvanic bathe and can
be used with other types of load. There are 6 figures.
SUBMITTEDs June 5o 1962
Card 2/2

-I - . :V ".; ii Zb,)
KJBTRIN, D. Y9,, k~.,-,6. lt?i~hn, nauk; !..r - : y) k.. A..1
I 1--, 2 h .
11. A. I
Magne tj c r~!g- I I -- tor wl th w--'cl,-, - !'~ - -. !~:` ;-ci I ttage irluu 1. chanz-e n.
FrLerg. i ell,~'vtro-,elkjio prom, no..L-28-30 O-D t63. (M'T P.~ , -1 ! 10)

MILYAKH, A.V. (Miliakhp O.M.1; ~IFKOVSKIY, K.A. [Lypkivslkyi, K.0.1
Magnetic wide-range voltage regulator. Dop. All U11raR no.7:876-
878 165. (MIRA 18:8)
1. Institut elektrodinamiki All UkrSSR. 2. Chlen-korrespondent
AN UkrSSR (for Milyakh).

BYKOV9 L N. [Bykov,, L.M.] (Uyov), LIPKCVSK.TY K,A. [LypkivOkyi, K.O.]
. iKiyov) I I
Three-phasse transforxer device for reversing rectified current in
galvanizing tanks. Avtomatyka no.5.-65-68 ^61. (NnA 14:10)
(Electric current converters) (Galvanizing)

MILYAKH, A.11, fl,filiakh, L.TII.FOVSKIY, K.A. fLypkivs1kyl, K,O.l
- I--- ---
Method for ellm-fnating, a minimin, cu-rent. in thr, load of" a Tiauetic
ampl,ifier. Dc)p,, All URSH no-5:593-596 165.
(MIRA 18: 5)
1. Institut elektrodinamiki All UkrSIR. 2. Chle n-korre spond ant AN
0
I)krSSR (for 14i'lyakh).

BYKGV, L.N. (Xiyev); KUBYSHIN, B.Ye. (Kiyev); ~I?XOVSXIY, X.A. (Kiyev)
The BPT-200 automatic contactless transformer device for
reversik rectified current, in electrolytic tankse Avtom.1
telem. 23 nool2gl692-1700 D 162. (MIRA 15s12)
(Electric current rectifiers)
(Electrolytic tanks)

KUBMIINv B.Ye. (Kiyov); LIPK Wyev); MIMADIVICH, G.A. (Kiyev)
One method for eliminating Idle operation currept in a magnetic
amplifier. Avtom. I telem-. 26 no.3:532-538 Mr 165.
WRA 18:6)

L o5874- - EdT(l) .GD
ACC NRs AT602o427 (N)
SOURCE CODE: UR/0000/65/000/000/0085/0100
AUTHOR: Kubyshin, B.,Ye.; Lipkovskiy, K. A.; Mikhalevich, G. A.
.....................
ORG: Institute-of Electrodynamics AN UkrSSR (Institut elektrodinamiki AN UkrSSR)
TITLE: A noncontact wide-range voltage regulator incorporating magnetic amplifiers
~5
SOURCE: AN UkrSSR. Preobrazovaniye i stabilizatsiya elektromagnitnykh protsessov
(Conversion and stabilization of electromagnetic processes). Kiev, Naukova dumka,
1965, 85-100
TOPIC TAGS: magnetic amplifier, voltage regulator
ABSTRACT: The authors discuss a method for compensation of excessive open-circuit cur-
rent in magnetic amplifiers used in a noncontact wide-r.ange voltage regulator. These
compensated magnetic amplifiers lave a specially connected additional nonmagnetized
choke. The working windings for each core are split in two and taken in pairs to form
two arms of a T-circuit in which the third arm is the winding of the additional choke.
Expressions are given for determining the parameters of this type of amplifier under
basic operating conditions and for selecting optimum parameters. Experimental tests
of wide-range voltage regulators using these magnetic amplifiers gave completely satio-
factory results with a control factor in the load of 2000-2500. Orig. art. has: 9
figures, 34 formulas.
SUB CODE: 091 SUBM DATE: 26oct65/ ORIG REF: oo8
Card 1 /1 kh

PHASE I BOOK EXPLOITATION SOV13610
Moscow. Gosudarstvennyy soyuznyy zavod. Byuro tekhnicheskoy informatsi
Sbornik materialov po vakuumnoy tekhnike, vyp. XIV (Collection of
Articles on Vacuum Engineering, Nd. 14) Moscow, Gosenergoizdat,
1958. 103 P. 500 copies printed.
Eds.: R.A..Nilender, Chief Engineer of the Plant (General Ed.);
A.G. Aleksandrov, V.D.,Vladimirov; Ed. 1.L. Iglitsyn; Tech. Ed.,:
K.P. Voronin.
PURPOSE: This collection of articles is intended foil Opecialists
in vacuum technology and electronics.
COVERAGE: 'The collection contains five papers on electron tubes
written by the engineering personnel of the Gosudarstvennyy.
soyuznyy zavod (State Union Plant). No personalities are mentioned.
References accompany all but one of the articles.
TABLE OF CONTENTS:
Card 1/5

Collection of Articles (Cont.) SOV13610
Lipko ski L.M. Sensitive Method of Measuring Ion Currents in
-~le'~e'trv'o"n(~lTub'e'~Lsm~~With a Grid, 3
In order to determine the pressure of grid gas in unsoldered
electron tubes, a method based on the measurepent of positive
ion current Is applied. The method used by the author consists
in finding the tube's "vacuum factor", which is determined by
the relation between the value of the full ion current flowing
across the ion-collecting electrode and the fall-value of the
excitation electron current flowing across the electron-collecting
electrode. This factor also depends on the selection of the elec-
trodes, their geometry, and the difference in potential between
the point In space at which the positive ion is produced and the
potential of the cathode. In order to eliminate the Influence
of leakage current on the results of measurements, the plant lab-
oratory applied the alternating-current method. As a result of
investigations, the methods of measuring ion currents introduced
by E.W. Herold were improved by making them more precise.
Card 2/5

Collection of Articles (Cont.) SOV13610
Vasillyev, V.I., and I.S. Marshak. Load,Limit of Tubular Flash-
tubes 19
The first part of the paper is a study of the critical load
associated with the destruction of the glass shell in fl&ahtube3
with low discharge-freqUency. The critical load was found to
depend mostly on the value of C.1, where C is thecapa~citance
of the supply capacitor and 1 is the distance between the flash-
tube electrodes. The type of glass and the kind and pressure
of gas in tbe.tube have less effect on the c,ritical load. In
addition, each type'of glass flashtube may be characterized by
the maximum permissible value of C.U4 (where U is the value of
supply voltage), which the authors call the "load factor". The
second part of-the paper deals with quartz flashtubes in which
the critical load depends on several factors, the rhost.important
.of which is the breakdown of Input leads, which are usually made
of thin molybdenum foil strips. Other causes of W?eakdown are
cracking of the quartz tube or its explosion, and disturbances
In flashtube controllability.
Parusnikov-,V.N., V.S. Nikolayeva, and M.I. Sokolova. Production of
Card 3/5

Collection of Articles (Cont.) SOV13610
Tungsten WIre 5 to 8 Microns in Diameter by the Electrolytic Etch-
Ing Method 51
This paper d6als with the work done at the refractory metals
section of-the plant In obtaining very thin,tungsten wires by
electrochemical etching. This metal fiber is needed for prod"c-
tion of grids-in a now type of receiving tube, for development
of precision opticomechanical instruments, and for other purposes.
The first samples and experimental lots of this wire were pro-
duced in 1949 and 1950. These first samples were 8 microns in
diameter.. Later, with improved equipment, 5 micron fiber was
obtained in regular factory production lots. According to non-
Soviet data, wire 3 microns in diameter has been produced under
laboratory conditions in the United States.. A description of the
etching process, the equipment used, and some characteristics of
the wire, are given.
Disman, A.M. Equipment for Measuriing Conversion Transconductance 68
The author describes equipment developed by himself and B.I.
Genkin for measuring conversion transconductance in JAIP,and
IA2P type tubes. The general testing capacity of the .;quipment
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Collection of Articles (Cont.)
is 300 to 350 tubes per hour.
SOV/36lo
Arkin, G.I. Now Methods of Raising the Signal-to-Noise Radio of
Noise Generated by Microphonic Effects in Vacuum tubes.
In 1955 at a meeting of the VNORE Imeni PopovIthe author presented
a report on generalized methods which he had developed for the
analysis of processes occuring in vacuum-tube circuits operating
under conditions of mechanical influences. The present work
Is based on these methods and attelnpts to study several problems
connected with the design and calculation of low-frequency ampli-
fiers-and some wide-band amplifiers subject to mechanical vibra-
'tions giving rise to microphonic effects. In his conclusions the
author suggests several methods of reducing microphonics by struc-
tural and technological improvements and by proper selection of
tube types.
AVAILABLE: Library of Congress
J?/Jb
Card 5/5 6-8-6o

SOV/112-59-1-1526
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 1, p 213 (USSR)
AUTHOR: Lipkovskiyo L._!41.d1fii1Nd"
TITLE: A Sensitive Method for Measuring Ionic Currents in the Grid-Type
Electron Tubes
PERIODICAL: Sb. materialov po vakuumn. tekhn. ,
ABSTRACT: A method and results of measuring the vacuum factor in multigrid
electron tubes are described. The method is based on modulating the anode
current and segregating the DC leakage current flowing between the ion
collector and other electrodes from the AC component of the ion current flowing
into the collector. The anode-current modulation is produced by an AC
potential on the control grid; the suppressor grid serves as an ion collector.
To eliminate the effect of stray components on measurement results, the
amplifier, which measures alternatively the AC components of electron and
ion currents, is designed on the pattern of an electron wattmeter. The leakage

SOV/112-59-1-1526
A Sensitive Method for Measuring Ionic Currents in the Grid-Type Electron Tubes
current between the control and suppressor grids is-practically absent in most
tubes. The photoemission from the ion collector at anode voltages under 120 v
does not play any appreciable role. The basic source of error is the induced
conductance current which has the phase opposite to that of the normal collector
ion current. The induced current appears when the negative bias on the control
grid is increased, or when the anode and screen-grid voltages are decreased.
The reverse-current phenomenon is associated with electron paths. It can be
explained either by a variation in the conductance of mica or by gas liberation
on the mica surface due to electron bombardment. The influence of the induced
current upon the vacuum factor measurements can be evaluated by measuring
the factor at various control-grid biases; the value of the vacuum factor
measured with different biases should be the same. Bibliography: 4 items.
A. V. R.
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S/058/6*1-/000/0 101096110c)
C/ 0 AOO1/W1Ol
AUrHOR: Li;kovskly, L.M.
MILE Calculation of grid current in plane triodes
PERIODICAL: Referativnyy zhurnal. Fizika, no. 10, 1961, 291, abstract 1OZh68
("Tr. Mosk.'energ. in-ta!', 1961,-no..34, 335 - 349).,
TEXT': The author calculates vo'ltampe*re charac'teristio o~ grid current for"
the case of a plane triode taking Into account initial velocities of electrons.
A new method has been foufid to calaulate coefficient of current distribution.
Analytically the result is expressed in.two,.formulae pertaining .,)respectively to
the positive and negative regions of grid potential values relative to-the poten-
tial of cathode minimum. Results of experimental testing are presented_
Ab3tracter's note: Complete-translation]
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AUTHOR: Lipkovskiv. L.
T IT UE -Analysis of a rie c.
oxide-cathode rcs-.Lstivi_~Y
32909
S/194/61/000/011/036/070
D256/D302
-te _i, 11 1 U'D
PERIODICAL: Referativnyy zhurna.L. ,-,ztor,,ati1,:a
no. 11, 1961, 2-3, abstract 11 GY 01'.~:-.
in-ta, 1961, no. 34, 350-360)
TEXT: The practical possibilities were invc3ti~,ated of
measuring the full resistance across the oxide cathode (CC) of a
vacuum tube. The method employed compensation of the ac component
of the grid current induced by the drop of ac voltage on the resis-
tance across the OC resulting from the ac component of the anode
current. The surface layer of the OC shows an appreciable resis-
tance. The resistivity of the surface layer is by orders of magni-
tude higher than the resistivity of the rest of the layer. The res-
istivity and the exit potential of the surface layer drops with in-
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32909
S/194/61/000/011/036/070
Analysis of a method... D256/D302
creasing cathode current density. It was suggested that the depen-
dence of the OC thermionic emission upon the cathode current as well
as the very high resistivity of the surface layer can be explained
by assuming that a part of the emission is due to internal electri-
cal fields. 4 references. Z-,Abstracter's note: complete transla-
tion.2
Card 2/2

Llpxovsxry. R.S., Inzh.
Investigating the action of sharp frogs subjected to noving
loads. Trudy DIIT no.27:301-323 1 58. (MIRK 1231)
(Railroads--Rails) (Railroads--Switches)

LIPKOVSKIY, V.F.
Electrocardiographic ruler. Vrach. delo no.1:137-139 Ja 162.
(~MU 15;2)
1. Kafedra infektsionnykh bole=ey Chernovitskogo meditsinskogo
instituta.
(ELECTROCARDIOGRAPHY) (SLIDE RULE)

vr-L
TO bl&P.. i i

LIPKOVSKIY, V.P.
Focal changes in the cardiac muscle in typhoid fever. Vrach.delo
U0,7:749 J1158 (KM 32:9)
I., Kafedra infektsiowych bolezney (zave - prof. L.K. Zorovitskiy)
Odeiskogo neditzinskogo instituta;
(EZAM"DISEASES)
(TYPHOID FXVER)

LIPKOVSKIY. T.F.
Clinical and electrocardiographic observations of persons who have
had typhoid fever. Vrach.delo no.10:1067 0 159. (MIRAL 13:2)
1. Chernovitskiy meditsinskiy institut.
(TYPHOID YAV )

LMOVSKIT, T.7.
Clinicalopects of diphtberla of the nose and some of Its rare
localizations. Pediatriia 37 no.12"55-56 D 159- (mm 13:5)
1. Iz Chernovitakogo meditainekogo instituta.
(DUSTMIA)

LIPKOVSKIY, V.F.
Ccurso-of-infedtious hepatitis in children vith tuberculo-4-
Vop. oldu mat; i det. 6 no.10:92 0 161.
It, Iz, kafed;W~ infektsiobnykh bolezney Cherno*itskogo meditainAkogo
6*ATITIS, INFECTIOUS) (TUBERCULOSIS)

GOREWV, I*Z.; LIKOVICH, V
____ -,I,
Change In the antitoxiep prothrombin- and bilirubin.-producing
functiona of the liver in chronic myelosis treated with m7elosan
(myleran). Terapsarkh. 34 no.2268-71 t62. . (MIRA 1523)
1. 1z 1-y torapevtichookoy kafedry (mmv. -' eblen-korrespondent
AM SBOR prof. 0.N. Udintsev) Goaudarstve=ogo ordena Lenina
inistituta, usovershemstvovaniya yrachey imeni S.M. Kirova.
(LrM) (MARROV-TUMORS) (KMUMULFONIC ACID)

perwisny, - V-. - -0 a - - - - - - -- --- -- -- -- - - - -- -- - - -- - - - - - - - - - - --
Forestry Engineering
Claw harrow, Les. khOz, 5 No, 3(42)jq 1952
Monthly List of Russian AcoeBsionsp Library of Congress, July 1952. Unclqssified.

tipmaly, V. S.
Airbor-Iculture
Sowing and bud grafting during the first year of a seedling's life. Les. khoz. 5 No. 9,,
1952.
Monthl List of Russian Accessions Liebrar7 of Congressq November 1952. Unclassified.

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t Alf A rapid method for the determination of molstwo In
coah by means of bigh-frequamy currents. 1, 1.. Lil,
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clursicy lamp viteralor ( PlAvIll W (of I he lassil, 111) -.'-11 V..
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it virquitril. (or thettelit. TIsers"wivis-t I-Lel-
H are onsiMir is( Cis Inum Its locililets, th, c-alts, of va.
J.w, ft,"It the %yovill. I'Ller 2r,"I swil.114,'t (wright N a.
each. groulut to 1.15 msu.) ill %ill, Illness. t"Ir of wilk4k colt.
taim, a then t - Sk, I thin I-x. sifl,. fm,l ths,
balittice. lwtwn'emefl~l the X r.:..Iwr plates. Place the 2nd
0 box with the sample ilit the Icvrr of the Imlatim and alu)
liny" It Into the condmwr. Regulate the 41loanes, be-
t wevii t be roswicn-C Let sties the ten,l, [,.. st,trt ex.
Cecil The IT11yis"is 'U'reiveiq W rostillelesl %%first ill
%I. rentaina virssit. ftw o.5 im inin. 'rhe intsioure i~
4i"Itillattrotoly ill b"th wilill". The O'"Itit"v of

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4111i~
4M. SATURATION VAPOUR PRESQWW OF PICOLINE. FICOLINE AND 2.6
L WHINE. Liplovk,-- M.-. and B 21ter, I.L. (Zb. Priklad Xhim. (J. Appl.
Chm.) Feb. 1951, vol. 24, 191:196p (207-211 in English trawl.)
abstr. in chm. Abitr. 1952, "1. 46p 6364# 6365).

@saw" of 0-
Satumt1left vapor
R.,
2.6-tolidilm-
translatims).-
the -ftlled 0-picoline (MCOM
.wp,,. of thew 3 m
f h I hict rake ImIustrY 6 cOMPlicated by the PrOl-
7U3
ad some selective rewtion
we" =' by fr-tittattl =n- I asured by caftl cbect
PC= until pu_M MM were
~ kWw% pbys. pjaperOn. TWO tM ogtS- VSPW
PfftAures were detil. The data gww that the most effect ire
wuY to bep. the system I, to fractimate It at reduced pre*.
Under such conditerms
;"-'Wut1dit1C b- 20- lower than the piculines, and the b.1n. u(
Piculiucl them.-lves are at their grtate%t divergruiv.
]&us" C. Futuuk~

At
USSR
Properties Of Y-Pro,luct cc)'ke chtmicals
L. L.[j!jjKh, J, A&I. Chem U 2r~,
C.A. 48, :ill It/. 11' 1, If

T:ralff vroduct coke chemicals. 1. L
L
L.
ID] k7simr. 26,
cat con uctance A and the temp. conductance a (defined
rise In temp. caused by heat equal to X In ui
"it v.I.)
Chemical Abstracts detd. eiptly. and plotted vi. the av. b.p. of each distillate
fraction. Empirical functions were obtained expressing A
Vol. 48 No. 5 'and a as functions of the av. b.p. The heat capacity C I
Mar. 10, 1954 'was then caled. by the relation C - A/*-V, where -V Is
Ithe sp. Cr. of the corresponding fraction. Since the adapta-
Fuels and Carbonization Products I tion of this method to liquids is new and since the conclusions
arrived at are significant, painstaking care ww% takeu to
:check the results and Improve the exptl. procedure. Curves.~
:of C v9. av. b.p. coincide for distillates obtained from coals
:of 3 localities. It is concluded: (1) the thermal properties
!of arumatic hydrocarbons numerically decrease as the av.
1b.p. and mol. wt. Increase; (2) the thermal properties can
;be detd. by the av. b.p., regardless of whetber the hydro-
!carbon was obtained from the diAn. of the tar or from con-
Aemation of coke-oven gas. Conclusion I referred to lenl
116widties is considered to be fundamental because it s
ci"Iria to the accepted assumR~~ genco* t.

IIPTAVK,I I,L., sootavitell; IVASHCEUMO. U.N. , redaktor; WCHKO, Yu.V..
-&-i VAMKO, N.I., teklmichaskiy redaktor.
'rieda thr; 10
[Physical and chemical properties of chemical products derived
from coking coal] Yiziko-khimicheakie evoistva khimicheskikh
produktoy koksovanita kamennykh uglei. Sostavil I.L.Liplavk.
Sverdlovsk, Goo. nauchno-tokhn. izd-vo lit-ry po chernoi i
tsvetnoi metallurgii, 1954. 99 p. (Microfilm] (MLRA 8:2)
1. Sverdlovsk. Vomtoohnyy nauohno-isoledovateliskiy uglekhimi-
cheskly institut.
(Coke industry-By-products) (Coal tar products)

=, 1~ -
-L-L~l - - . I - 4 -,
I .~ z i a . .
11

AUTHOR: Liplavk, I.L*- 68-1-13/21
TITLE: An Investi ti'n of the Process of Flash Distillation of
Coal Tar. ~assledovanie protsessa odnokratnogo ispareniya
kamennougolnykh smol)
PERIODICAL: Koks i Khimiya, 1957, NoA, pp. 39 - 44 (USSR)
ABSTRACT: For the determination of theislationship, between the
temperature, pressure and percentage of distillate produced
during flash distillation of coal tar in pipe stills a number
of experiments on a laboratory apparatus was carried out.
The description of the still used (10-15 1 capacity) is given
(Fig. 1). Experiments -iere carried out with tars from three
coke oven worts processing different coals. The properties of
tars are given in Table 1. The results obtained are shown in
Fig.1 as graphs of the dependence of the yield of distillate
d1he evaporationtemperat f t irious pressures. By ext-
on je
en ng graphs represehting diffilled off - temperature for
various pressure, a common point was obtained,.the co-ordinates
of which although not possessing physical meaning can be used
for the derivation of the common equation for graphs of flash
evaporation:
Card 1/4

68-1-13/21
An -Investigation of the Process of Flash Distillation of Coal
Tar.
tg 6 = -'0-0010?P + 3.24
and
?15 - tx t9 M(174.5 - gx) (2)
where tg a slope of the straight line representing the
dependence of distilled off on *mperature, P - pressure,
tx and gx - required temperature and corresponding to it
percentage of the distillate. Using equation (1) and (2) any
recalculations of temperatures of flash evaporation1bom one
pressure to another relating them to the percentage of distill-
ate can be carried out. It is shown on the basis Of the above
glations that to prevent evaporation of tar even when heating
to 600-700 00, the pressure required does not exceed 4 atm. A
study of the dependence of the quality of pitch on the tempera-
ture of flash distillation was also carried out. Data on soft-
ening temperatures, free carbon content and non-volatile residue
previously published (Ref._9 were re-calculated on the initial
tar (Table 2). If these data are related not to the temperature
of evaporation but to the proportion of distillate, then the
dependence of softening temperature of pitch and the amount of
Card 2/4non-volatile residue on the percentage of the distillate for

68-1-13/21
An Investigation of. tile Process of Flash Distillation of Coal Tar.
various tars conform to a single general relationship (Fig-3).
The content of free carbon in pitch (Fig.4) varies with press-
ure. The quality of distillates was studied by re-distilling
them on a column equivalent to 13 theoretical plates and coll-
ecting fractions O_l?O 09 1?0-230, 230-300 and 300-36000. On
increasing flash distillation temperature from 355 to 450 oc
the content of naph!halene and phenols in the distillate
(boiling up to 3 T C) materially increases (Fig-5, phenols and
Fig.6 - naphtha, n )0 The de ndence of the yield of naphth-
alene (Fig.?), phenols (Fig.83e and bases. (Fig.9) on the resid-
ual pressure indicatmd that the lower is the residual pressure
on flash evaporation the higher is the yield of the above pro-
ducts for a given pre-heating temperature. The above laboratory
data:were checked on a pLlot plant pipe still (output 2.5 -
3.0 t/h). The diagram of the plant is shown in Fig.10 and the
yields of distillates at variousiomperatures in Fig. 11. Under
works' conditions the temperature of tar at the inl& to the
evaporator is taken as the temperature of flash evaporation.
The dependence of the yield of phenols and basis (in ftaction
boiling up to '230 00 on the temperature of flash evaporation
(from 350 to 4~5 00) is shown in Table 3. The dependence of
Card 3/4 the yield of phenols, bases and naphthalene in distillates on

68-1-13/21
An investigation of the rrocess of Flash Distillation of Coal Tar.
the temperature of flash evaporation is shown in Fig.12. The
results obtained indicated tgat on increasing the temperature of
flash evaporation above 360 C or by decreasing the residual
pressure the yield of distillate naphthalene, phenols and bases
increases. Pitch left in the evaporator possesses a high soften-
ing temperature without an additional treatment with steam or
air. In the editorial note, attention is drawn to the special
interest of the above paper in view of high evaporetion tempera-
ture than is usual for the tar distillation practice applied by
the author, and further discussion on the paper is invited.
There are 3 tables, 12 figures and 6 Slavic references.
ASSOCIATION: VUKhIN
AVAILABLE: Library of Congress
Oard 4/4

,I- / ~Ij /1 1, e-?'l _L - 1 -
AUTHOR: Liplavk, I. L. 68-8-13/23
TITLE: The Influence of Steam on the Process of Distillation O_f Ccal
Tar. (Vliyaniye vodyanogo para na protsess distillyatsii
kamennougoltnoy smoly).
PERIODICAL: Koks i Khimiya, 1957, No.8, pp. 34-39 (USSR)
ABSTRACT: The influence of steam on the distribution of individual com-
ponents between phases during distillation of tar was investigated.
The influence of steam on the process of flash evaporation was
studied on an Industrial pipe still of 2*5-3.0 ton/hr output. Dis-
tillations were carried out with and without steam addition (2%)
to the evaporator. The results obtained are shown in figures 1-6.
It was found that the use of steam leads to some increase in the
yield of the distillate but this increase is non-uniform, depend-
ing on the evaporation temperature; a maximum yield is obtained
at 380-390' C. A decrease of the yield of naphthalene, phenols
and bases in the fraction boiling up to 3000 C indicates that the
use of steam during flash evaporation leads to a redistribution of
the individual components in the phases. The influence of steam
on the fractionation of tar ws tested on the Mcio-MW11akly Coke Oven Works (im
Nizbrdy Tagil), an a odlumn of 20OD-1400=a dJametAr with 27 plate& The remltq
are shown in table 1; when using steam the sharpness of the
Card 1/3 separation of individual fractions deteriorated. In order to

The Influence of Steam on the Process
(Vliyaniye vodyanogo,r para na protsess
Card 2/3
68-8-13/23
of Distillation of Coal Tar.
distillyatsii kamennougollnoy smoly).
study the influence of steam on the tar fractionation process,
some experimental equillibrium curves for mixtures from some tar
components were determined. Investigations were carried out with
synthetic two-component mixtures and multicomponent mixtures of
works' fractions. Equillibrium curves for naphtbalene-anthracene,,
naphthalene-phenolo the absorption oil fraction and acenaphthenic
fraction are shown in figures 7, 8, 9, and 10 respectively. The
results indicate that steam distillation of mutually soluble
systems should lead to a decrease of the concentration of more
volatile components in the vapour phase. It is concluded that
on addition of steam to the evaporator some increase in the
yield of the distillate is obtained. However, the content of
low boiling products (phenols, bases, naphthalene) in the dis-
tillate decreases. The use of steam is detrimental to the pro-
cess of rectification of tar. The existing formulae for
calculating the distillation with steam or an inert gas cannot
be directly used for the calculation of steam distillation of
individual components of mutually soluble mixtures. It is stated
in the editorial note that the author, giving a basically correct
evaluation of the negative influences of the use of steam during
rectification of tar products, wrongly compared the influence
of the vacuum on the equillibrium conditions in such systems as
phenols-hydrocarbons with phenomena observed by him during the
determination of equillibrium. curves for oils. In the latter

68-8-1-3/23
The Influence of Steam on the Process of Distillation of Coal Tar.
(V11yaniye vodyanogo-, para na protsess distillyatsii kamennougollnoy smoly).
case (for which no details are given) liquid entrainment was
apparently the basic cause of increasing the specific gravity
of the vapour phase. There are 2 tables, 10 figures and 9
references of which 8 are Slavic.
ASSOCIATION: VMhIN.
AVAILABLEs Library of Congress
Card

4-
AUTHOR: Liplavk, I.L. 68-12-23/25
TITLE: All-Union Scientific-technical Conference on the Application
of Radio-active and Stable Isoto es and Radiations in the
National Economy and in Science fVsesoyuznaya nauchno-
tekhnicheskaya konferentsiya po primeneniyu radioaktivnykh
i stabillnykh izotopov i izlucheniy v narodnom. khozyaystve
i nauke)
PERIODICAL: Koks i Khimiya, 19'7, no.129 PP- 53 - 54 (USSR)
ABSTRACT: This is a report on the conference couched in general
terme. The conference was convened by the Ac.8c. USSR and the
Chief Directorate for Utilising Atomic Energy at the Council of
Ministers of the USSR. About 4 000 specialists participated
and also a large number of guests from Soviet bloc countries,
Yrance and USA. At the fourteen sections of the conference,
about 500 papers were read. The paper of S.S. Mediedev,
Corresponding Member of the Ac.Sc. USSR, was devoted to the
prospect of utilisation of nuclear radiations in chemistry. By
means of nuclear radiation, it has been possible to achieve,
under certain laboratory conditions, direct synthesis of aniline
from a mixture of benzole with ammonia, and of phenol from a
mixture of benzole with water. By means of radiolysis, it is
Cardl/4 Possible to achieve oxidation of substances which do not oxide

68-12-23/25
J
ll.~Union Scientific-technical Conference on the Application of Radio-
A
active and Stable Isotopes and Radiations in the National Economy and
in Science.
under normal conditions. Of interest, also, were the papers
on radiation chemistry of the solid body - furthermore, the so-
called "cold" cracking. By passing of crude through a radio-
active cobalt tube, it is possible to obtain directly high-
quality gasolines.* Much attention was paid to investigating
nuclear radiation for controlling automation of technological
processes, to developing methods and apparatus for radiometry
and dosimetry of nuclear radiations. On the basis of the
presented papers and the discussions, it is evident that the
Soviet Union is holding its own and is even in advance of other
countries as regards the development of new instruments, but
lags far behind as regards industrial manufacture of such
instruments. Only density meters, level meters and gamma-
de.fect&&W,y.~tpparatus are being series produced. A major
achfevement-'L6 the development of a new instrument, the concen-
tration meter, which is based on,nuclear radiation spectroscopy
and permits solving, for instance, continuous control of the
composition of complex mixtures. The coke-chemical industry
Card2/4 lags far behind other industries in utilising nuclear radiations.

bb-le-2~/25
All-Union Scientific-technical Conference on the Application of
Radio-active and Stable Isotopes and Radiations in the national
Economy and in Science
A considerable part of the papers was devoted to the perfection
of known methods, particularly as regards prospecting for
oil. Recently, "gamma-gamma logging" was developed which
permits - coreless investigation of a cross-section of coal
seams, determining the thickness of seams, the degree of ash
content and also, very approximately, the grade composition
of the coals. Interesting papers were read on using radio-
active isotopes for studying the effects of explosions in
mining. Personnel of the Institute of Mined FuelsAc.Sc. USSR
(Institut goryuchikh iskopeLyemykh AN SSSR) reported on using
radioactive radiations for coal beneficiation and for
monitoring coal quality; the method is based on the weakening
of the soft gamma-radiation as a function of the density a
composition of coal particles. The Institute developed and
manufactured a model of a radiometric separator for automatic
sorting of bits of coal from rock for dimensions of up to
100 mm. A rapid method was also developed for determining the
ash content of coal by means of ordinary counters. All
Oard3/4 problems related to the manufacture of radioactive and of

-68-12-23/25
All-Union Scientific-technical Conference on the Application of
Radio-active and Stable Isotopes and Radiations in the National
Economy and in Science.
stable isotopes and of sources of radiation are co-ordinated
by the "Soyuzreaktiv" Trust. The number of manufactured radio
isotopes has increased considerably and, for instance, 88
preparations are available in the form of organic radioactive
preparates. Some of these isotopes are enumerated in this
report. Much attention was also paid to medicine and medical
radiology and the delegates were acquainted with the new
health regulations relating to working with radioactive
isotopes.
ASSOCIATION: VUKhIN
AVAIlABLE: Library of Congress
Card 4/4

28(5),21(8)
AUTHORS: Liplavkp I. L., Boliterp Yes Fe SOV/32-25-9-19/53
TITLE: Radioactive Method for the Determination of the Mixing Degree
of Coal
PERIODICALs Zavodskaya laboratoriyap 1959, Vol 25, Nr 9g PP 1079-1081 (USSR)
ABSTRACT: The technical analysis of the charge and the individual com-
ponents is somewhat complicated in charges consisting of several
coal types. For the evaluation of the mixing degree of coal
types the application of radioactive isotopes is recommended.
(An editor's note says that the method can only be used for
controlling the operation of mixing machines and not in
production due t? the radioactivity of the coal after
examination). p3 is recommended as rgdioactive indicator.
However, in elaborating the method 32;' (with a longer half-life)
was used. The coal charge or the individual components are
completely wetted with the radioactive solution and dried,
after which a sample is taken and its activity determined. Tito
machines were tested - one vertical deflecting type and a
disintegrator type - with coal types PZhG and SS being mixed
(PZhG from theB&y&yevjk&* pit and SS from pit 40~~.jS,.JTable.-
Card 1/2 The PZhG coal (as mentioned above) was activated and 36 kg of it

Radioactive Method for the Determination of the SOV132-25-9-19153
Mixing Degree of Coal
were mixed with 36 kg SS coal. The results of the experiment
(Table 2) show that in the bunker and in the mixing machine
itself a segregation of the coal takes place. The smaller the
coefficient of heterogeneity of the charge (Ref 2) and the
smaller the value of the rolative root mean squaredeviation of
measurements on the samples from the arithmetic mean value, the
better will be the mixture. In the case under review the values
-obtained (Table 3) showed that the disintegrator.machine is
considerably more effective than the first mentioned machine..
There are 2 figures, 3 tables, and I Soviet reference.
ASSOCIATION% Vsesoyuznyy nauchno-issledovateltakiy institut okhrany truda
(All-Union Scientific Research Institute for Labor 'Safety)'
Card 2/2

k,1
24(j) ~-3 PHAU I BOOK 11PLOITATION 30V/1365
LIVOY. UrAvermyt*t
PAtOkely X V5s*O7Uzs%050 11-1-she"11171L PO PlktrookoVil. t, It
MOIGWIYAMAY& spaktrosimplya (Papers of the 10th All-Union
Conference an Spectr1jecop:
J. Vol. It Kolacular spectroscopy
yj lxd-vo Llvoyakogo unlv-ta, 1957. 499 P. 4 000 copies
printed. (Seriest Itat FISychn" zbirnyk. vyp. SX)
Additional Sponsoring Aganc-it Aka4emlys nauk SSSR. KoftLealya p0
apektroskopli. FA.t Oster, S.L.1 Tech. Id.t SaratVuk T.Y.1
PAltorlal Boards IAMatara 0.3., Aaadesalolan (Poop. id., Deceased).
Haporent. B,.5., Dootor of ;h;31oal WA Mathematical Sciences,
Yabelinskly I.L. Doctor of Physical and Haths*AtIW Sallenass.
latolkwA. 4.A.. 6ootor of Physical and Plathstatloal Sciences.
Kormltst,U, V.Q., Candidate of Tao!mioal Balanceit ftroklY. 3-M-.
Candidate of Phyaloal &M Mathematical Sclen0s:, falmoy*kiy, L.K.
Candidate or Physical and Mathematical Science Kiwassahuk, V.S%
Candidate or Ph,7131.441 " Kat-herAticAl Sciences and 01*ubqvum,
A. Yo., Candidate of Physical and Mathematical iclenasm.
Card 1/30
aftVIZOV, B.O. Use Of Infrared Absorption Spectra In
Determining the Characteristic* of the Products of
Vitamin It Synthesis 265
B#27y, M.U. Optical Method for the DetezvAmtlon of
the COWORItion, of Complex*& In Solutions 261
Bogomlov, 3.0., &P. Orebanshchikova, add 1. Y&.

L_ Analysis or Phenol-naphthalone mituRr
__hjRlavk
.
by Kean& of Ultraviolet Absorption Spectra 270
usaina, W., and A.Q. Stryuk. Oroup Daterwination
of the Naphthalene Hydrocarbons by Moans of
Ultraviolet Absorption Spectra 272
Shabadath, A.U.. V.P. Fahenitsymgrid V.M. KftLghevs.
SpeCtrop1satomtr1s; Methods of as Control 1.
Processing Acetic Anhydride 275
.P. Vasileveldy, and N.A. Lapim.
Mwanf or Water Va0y, in
te"'Infrand Region
card 18,60

LIPLAVSKAYA, M.; SEREBRE14111KOVA, F,; NARADETSKIY, B.Ye., otv. red.
(Textile and light industry Gf the US,S,R, at foreign exhibi-,
tions and fairs in 1960) Teketiltnaia i legkaia prm7shlen-
nost' SSSR n& zambezhMkh vystavkakh i iamarkah 1960 goda.
Moskva, 196L 85 P. (MIRA 15:7)
1. Vsesoyuznyy institut assortimenta izdeliy legkoy proDVshlen-
nosti i kulftury odezhdy.
(flussia-Industries) (Exhibitions)

- LIPLIN I P. --
Visiting rural builders in the Urals. Sell. stroi. 13 no. 7:11-12
Jl '58. (M-IRA 11:8)
1. Korrespondent zhurnala "Sml'skiy stroitall."
(Karagal Dis trict-Build Ing)

h-10320-66 - E;VT(-l) LJP(c)- 1TW/GG-
ACC NRx AP5024307 UR/0023/65/000/003/0487/0489
AUTWRt Lipsaaa, E.; Puskar, J*; Allap_M.
TITLE: investigation of nuclear Overhauser effect by the method of internuclepLr
double magnetic resonance It q
SOURCEt AN EstS SR. Izvestiya. Seriya fiziko-matamaticheskikh i tekhnicheskikh
nauk, no,3, 1965, 487-489
:70PIC TAGS: -nuclear,magnetic resonance,
nuclear spectrometry
q It
ABSTRACT: MiB INTERMCLEAR. double resonance variant (INDOR) of the overhauser effect
was used fok the determination of INDOR magnetic resonance spectra of ethyl cinnamate.
The equipment included a spectrometer incorporating a two-sample fast stabilizing
spin generator and a drift eliminator. All lines of the AB system investigated ' in-
cluding those having no energy levels in common with the perturbed line, were stron-
gly affected by the perturbing field and showed the Overhauser effect. Thus it ap-
pears that in this case the utilization of the INDOR methodology of the Overhauser
ef6ct study proposed by KaiGer (J.Chem, Phys. v,42, 1965, p,1838) for the elucida-
tion of the mutual arrangements of spin-system energy levels does not always lead to
a definitet single valued answero Other advantages of the INDOR approach to the Over-

L 1L0320-66
ACC NRs APS024307
hauser effect utilization in magnetic resonance spectra studies are noted, These in-
clude its high selectivityg enabling the investigation of closely situated lines, pos.
sibilities of getting Information an the structure of molecules and solutionsand its
value in sensitive spectrometry of carbon -13 nuclei, The orig. art. hast I figure.
ASSOCIATIONs Institut Kibernetiki ANB3tSSR. (Cybernetics Institute of the EstSSR),
SUBMITTEDs 12May65 ENCL.% 00 SUB CODBI
NO REF SOVt 002 OIIM t 008
J Card 2,ff2,

- ,
~X~ . ,t- -
'V,ng,ineer. "Mechanical Cncentration of G~Csll, ~hk) by Prof'. M.F. Crtin.
Reviewed by A. A. Litinan. Tsv#-t. Met. 14, No 2, Feb. 1939.
Report U-1506, 4 Oct. 1951-

No. J-3 44-7
lim W do I
to Rwaig) With
==JIM6
shut am OM
a. an the b4M
The toakd Is
MW Its Im el-
SIAM ow mv
V v VIA-ms lowd N 111WWOM429 v
I& S Ts
0 0.0-6 04 4
0
6:0 0 a a 0 0
of*
as*
Roo
fto
U96
Noe
t1966

SZRUUV, N.M.; LIPMAN, A.Am
Pneumatic concentration table. Patent U.S.S.R. 74,079, Dec. 31, 194.
(OA 47 no.19s9682 15))

I LIPMAN) A.A.
KazanskO7 distantsii
(Railxoade-T ies)

SLAVUTSKIY, Sarmil Glyzerovich; Viadiniii-
TSVIRKO, Pavel Favlovich. Frinimal uchastiye LIFI-1,ALN,
A.A., inzh.
(Open pit hydraulic inining operations] Gtkr-jtye gorrUG ra-
boty gidravlicheskim spozobom. Vouk-jao Nedra 1965. 226 p.
411RA 18: 10)

ALIFORS, LARS [Ahlfors,, Lars].. prof - LIPMAN. Ber - prof.; ZORICH, V.A.
E!!*-
[translator]; KIRILLOVy Aoi*ftlrans~ia--i;~r,- SHABAT, B.V., red.;
PLUZENIKOVA, H.L. red.; PRIDA11TSEVA, S.V., tekhn, red.
(Space of Riewnn surfaces and quasi-conformal mappings] Pro-
stranstva, rimanovykh poverkhaostei-i kvazikonformnye otobra-
zbeniia. Pod red. B.i.Shabata. Moskva$ Izd-vo inostr.lit-
1961. 176 p. (MIRA 15: 17
(Rieman surface) (Coiiformal mapping)

Pon-bafved aw-aladoa of rubber in dw roota a(
ittles-84672, P. S. Defilloy sful R. L. Urnim. DAk.
I Y.Akad. INP&A S.S.S.R. 30, 4W-V(194.5Y- U. C_L 40,
ri ,-Tests were conductnt with 2.yv;~r Ad pUnts.
t
The rublwr content hierrawd with willins: whrn 1-w, of
'At. truched 211% of tilt origillall wt., thi: foculatioll A
Willing tests secTealso perhortned-
thnine tilt whilic v4rgrjAlIon 1wiltal of tilt plAnt, As file
b1trualty of the alowth procrows dvereases. tht, CulmCify
of the tong to ovulbrolot rublIet In the Inat-harvest lwtk%l
41.1 dmirdws Kladually. PtW routs picloNt durilod file
1wricol of intensive groorth, the amt. of IxAystivelwiltIcs
consumed was much mote than tot those pirkxLd dutinq
stirnmer dormancy. in the latter them I% the synthesis of
tticto" resulting Ifoln thedrILVnIpIl. Of the IM11YA&I.ThAMC11
WIIIIC In the 10"Ott thir ft)(Ifellt Of JUKTUPF. Witter the M916C
ctmulitiotm, does not change. The more Intensive the
wilting of routs picked during (tic peruid at murnow dor-
niancy, the more sucrose is accumulated t1mvin. Despite
the Intensive decompa. of inalin. the accumulation of
stocrose Joe% not take plaft always. an exception being the
Period of intensive growth Of the of the "lost
1111cli.,live lxMt-harvest synthesis of =11~llt I* .It
thAt in this eau% becauw of the Intensive Post=
synthe.is of rubbci. the utonofts, whkh are formt4l as a
result of tilt drocutolin. of the 1xilymmhadtes, are con-
xisined In forming the rubtwr; " a rr,sult of this, th~ 6 11,,
accumulation of sucrose. Cotwhision: The pool-harvest
synthesis tit tul)lwr its the nx)ls of kryns-ullbyt is in'
ilm-Ailubly btrund with the trandwalstiins of the cwt-
bV4041C complex. 11. /. Kal"kh

Woman
0 ;jJ 4 it Is 0 11 U S 9 36 U AD
lop AND a T.
#WCG$46 W 0110"Of4i via
P"I
S. Hchkov. a. I.- lip-
to (1000jor. ff0j. ArAff., W"
rIFN 7154I.-AII-41 IM), -Torits weir slosift oil a 14,111- lee
t fallon (cuorn of It"k-ologhrot from the Ivanovo provitwet #on
ON, diploid Variety 4M. unit flat Navashinit letratifold
vottirly. The Iffy rows writ u0shed turronove the %-0, lee
-air o-d in -fro. life roirfole liansittrufat into of saii-soar.
V0
Sylitheti,i and forokitown of wativiolar %left dii.t. fly ki.1'.
~Ainov*. curthod. Sugars weir dvtd. arrordang to fort.
fraild." rafflohydralro writ flarlitionatrol toy Kiew.1"
-brow. The nisolf coatient, withotat ahowlita nijuktil
thfIrfrive". iiivelisc* In the stiffer vArkly 495.
irtropuaist. 'rhe flow ousat tsonivist it, the root* tot Zirtv
4W. Is Connected with the Mitartif toolywTharicle (?of ##oif
ilinulin + hernkelfutiose). The Infolnoty "( ensylldc to 0
Ynthei, of %urtage Its the foof% itterraws In the ordrf it(#. 7 lee
M. plantation, irtrap"d. The ratio c4 nomicissayhor.
i4l" to,iforrir in theloolvesof the viavirticaustrwro with file
inthetettloploiatheratioa
montliaivitarid" sit suer-C als.1 1.1 jitr-Akit'nall to, Yu.
the4a are higher than Ito no. 4M.5. At harvest Ionic the Moo
. . . .......
tahrr 2 varieties halt routs weighing 30r' roore than the
40
plantsticin form. Poirlier-Infil-setting In-IWUSII% PC". 1400
rot tit the 1lotiuktion of kok-ulthra air by
'0d'
I fir great rat ougur roon riot.
!?I OW teffalffavial is high" at the fordoll Itrior to doweling lee
nif k"ver after doweling. DrIns. o( the colyonic traillo.
flwmatian of me. we by the method of vwuijni Infiltration
can he u4"I for the diagnosis of the pr(nic"ies of the moste-
*C166LUV(.KAl. titfaaitiat In txrrdjAKArw varietiro fit look-laothitz. M.E.W.
114-- , :. too
a
It
EF-T-TI
U 14 AV 10 -1 a
0 to tv tv it 14 9 11 it W it It if 0 n I Kil An I of as 9 A a 3
0 dt 0 610 0 0 0 0 0 0 0 0 0 0 0 0
0 0 * 0:0 0 0 0 0 0 0 0 411 411 0 0 : 0 0 16, : 0 * 0 0 0 *

LUKINM, N.A, LIPMAN-B L - LIJTSENKO, G.N.; ZHDANOVA, T.M.; KAZAROVETS,
X.F.,
N.M.j FFIDITR-P -
I "
P
Effect of alkyl sulfonate and alkylaryl sulfonates on the
biochemical processes of waste water purification. Nauch.
trudy AKKH no.20:124-141 163. (MIRA 18:12)

L.I~qotlN. O'L ,
LUKINM, $in& Aleksorevas., kandidat tekfisi66skikh naukeLIRKA j
.gX,tj6
IDTALITAI Zizaida Petrov&&; AMMY , T.T., kandidat
tekhal chookikh mauk, redaktor; VARGANOTA, A.M., redaktor; ZHDROT,
D.M., tokhnicheakiy rodaktor.
[Iffect of synthetic surface-active substances on the purifica-
tiou of sewago waters3 VlUamie sintotichookikh poverkhaostao-
aktivaykh veshchostv a& ochistku stoehxykh Yod. Pod red. V.V.
Sesenova. Moskva, Izd-vo Hinisterstva kommmallsoge khosiaistva
RSFSR. 1956. 105 p. (Sewage-Purtfication) (mLRA 9:6)

LUKINY]KH, N.A.j LIPMAN, B.L.; TUROVSKIY, I.S.
Specific resistance of sewage sludge and a method of determining
it. Sbor. nauch. rab. AKKR no.6:217-229 161. (KRA 15:3)
(Sewage-Purification)

LfJKINYKH,, N.A" kand.tekhn.naak; TUROVSKIY.. I.S.., mladehiy nauchrqy sotrudnik;
Prinimali uchastipt, LLOW B.L., mlafugWy nauchn7y sotrudnik;
LUTSFMOA G.N,S vwoliy ~;;;;C~ sotrudnik; GANKINA, R.G., tekhn.red.
(Basic principles of the technical design of units for the mechanical
dehydration of oewqj~ rexi4psi on drum vacuum filters] Osnovnye priatelpy
takhnolciicheokogo Yascheta ustanovok po makhanicheskomu obezvozhivaniiu
onadkov otochnykh vod na'barabamykh vakuum-filitrakh.' Moskva., 1962,'
34 P. (Akademiia~ komminal Inogo kho-zis istva. Inforidatsionne pis Imo no .1)
(NIRA 1605
(Sewage-~-%~ication) ('Ifwuum apparatus)

LIPMAN, B.L.; KAZAROIFETS, N.M.
In7estigation of the biochemical' oxidation of synthetic surface-
active oubstances on the Warburg apparat-us, Nauch. trudy A.FXH
no.20:3-1-1 163. (MIRA 18:12)

NEGNIVITSEY, I.B.. kandidat tekhaicheakikh nauk; LIFW, D.A., inthener.
Theory of an Ideal choke-coupled magnetic amplifier. Zlektrichastvo
no.1:8-16 Ja '56. (KLHA 9:3)
1. Moskovskly energetichookiy institut imeni Molotova.
(Kagnetic amplifiers)

MWOMEYN, P., kand. tekhn. nauk; LIPMAN, D., inzh.
Automatic control and regulation of the molding moisture of ceramic
products. Strol. ant. 2 no.10:32-33 0 156. (MIRA 12:3)
(Automatic control) (Ceramics)

USSR/Processes and Equipment for Chemical Industries K-2
Control and Measuring Devices. Automatic Regulation.
Abs Jour : Referat Zhur - Khimiya, 11o 9, 1957, 33344
Author : Mazo, R.I.
Inst
Title : Automatic Loading Regulator for Ball Mills
Orig Pub : Steklo i keramika, 1956, iio io, 1.4-16
Abstract : Description of an experimental specimen of an automatic,
electric loading regulator to the input of which is sup-
plied the signal of propotional power utilized by the
electric motor of the ball mill. By means of a magnetic
starter the regulator effectuates a 2-position regulation,
including a definite zone of non-response, of the electric
motor which actuates the ball mill charging mechanism.
A block diagram of the regulation system is shown. The
doscribed apparatus can be successfully utilized to regu-
late the charging of ball mills, disintegrators, ore grin-
ders, crusher-roll mills and other continuous operation
Card 1/1 equipment.

BOYARCHWOVO M.A.; VASILIMMA,- N.P. red.; VORONIN, K.P.,
tekhn. red.
[High-spead magnetic amplifiers] Bystriodeistvuiushchie maguitnye
usilitell. Koskva, Goo. energ. izd-vo, 1958. 30 P, (MIRA 11:7)
(Magnetic amplifiers)

L-41--'150--65 2krr (d)/2tqP(v)/EI'IP(k)/~t'VIP(h)/E"IP (I) Pf -4
'A'CCE56ION Lip: Ap5oow87 S/0085/64/000/oll,'Or).-I.0/00--lo
AUTHOR; Lipman, 0.
TITLEi Hydro-aerosled Liturn 6
SOINCE: Kry*lta rodiny*, no. U, 1964s 30
TOPIC WIS.- suspension device, st -iock absorber, spring, screw thread/ M 10 acrew
tap
A
10TWRACT.- This article is a response to the requests made by a number of readers
of the article t'Sportivnyye aerosoni 'Liturm-5111 by G. Lipman and 0. Tu--yeney
It gives more in'orrituion
win.c.li appeared in issue Wo. 2 (196h) of this journal.
~-bout aerosleds and makes recommendations for the fabrication o-' ~rid,~14,(!ual
pax-ts and for their installation. The distinct4Ve feature of il~ M-6 jS Lrja
I ~ 1, Ur I
irslependent suoponsion of the two-compartment cabin by two coupled leaf spring:q.
in Litux-m-6 as well as in the earlier modeir., elastic suspensioni-q were The
r - un ma
..Lujaiers are shaped like small boats, so Thai, Lit n 6 . y travel on water and on
snow. No shock absorbers are used, each consist"Ixig, of a metallic container made
of tubing, 1.5 mm thick and 50 m la external ddlEviater. The 1ringti-i of each con-
Card 1/2

L 41350-65
ACCESSION NR: AP5=07
ta.:~ner J..,j 200 nua, and the wall thickness of the moving tube is 2 mm. 11-10 type
screw tapi were used for cutting t1ireads on the spirdlo. All tilo holes on the
spindle were driUed.
ASSWIATION: none
SUBMTED: 00 MICL: 00 SM CODE: AS
F Sovs .001
1
10 RL OTHER: 000
Card 2/2

LIPMAN, Go, inzha
Aerosleigh with an Or cushion. WnAfAs 6 nool.57-59 Ja 162.
(MIRA 15-2)
(Motor aledges)
(Ground cushion vehicles)

S/029/62/000/010/001/001
D036/D114
AUTHORS: Lipman, G. and Likhterman, B., Designers
TITIZ: Transportation on an air cushion
PERIODICAL: Tekhnika molodezhi, no. 10, 1962, 1 8-21
.TEXT: This is a short review of arctic transportation means, Vari-
-ous types of past and present Soviet and Western, primarily US, wheeled and
tracked cross-country vehicles, aerosleighs (ski- and boat-types) and air-
cushion craft, viz. the,British "Hovercraft", are briefly discussed and il-
lustrated by simple sketches. A catamaran-type*aerosleigh using the "in-
verted wing'! effect is considered of interest. Such a craft would consist
of two hulls connected by a semicylindrical*surface, concave side upwards,
whic)i would provide lift. The air-:cus-hion craft are considered the most
prom ising. The article was published in reply to a letter sent in by four
polar workers,with many years experience of arctic conditions. Thqiare:
1. Papanin, Twice Hero of the Soviet Union; I.Mazuruk, Polar Pilot, Fero of
the Soviet Union; Yu. Arshenevskiy, Chief Engineer of Glavsevmor.Dut' of the
.1
Card 1/2

Transportation on an air cushion D036/Dll4
Ministerstvo morskogo flota (Ministry of the 11flerchant Zarine); D. Kaksutov,
Chief Engineer of the Arkticheskiy i antarkticheskiy nauchno-issiedovatell-
skiy institut (Ardtic and Antarctic Scientific Research Institute). They
strongly advocate that coordinatod research work be carried out to start
serial production of an air-cushion craft as soon as possible. There are
24 figures.
Card 2/2