SCIENTIFIC ABSTRACT LAPENKO, V.L. - LAPIDOVSKIY, K.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928610008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Interaction of Monovinyl Diaostone-d-glu- S/153/60/003/003/035/036/yy
cose With Alcohol and Organic Acids Bo,6/BO5F3
a BynthesiB from (Ref.6) and vinyl-n-butyl--m~s',ex
(prepared aoc-ording to thq usual metl'od. Ref.4) in order to sat-isfy
themselves regardirg the synthesis cf the ac~ylal. All 5ynths-'~zsd mate-
rials fo-rm transparent or slightly oily liquids, which do not
discolor bromine water. The authors, mpntion the constants, empiria formu-
las, calculated and obtained yielda of ~.hr-se substances.
ASSOCIAITIOY: Voronezhsk-1-y gosudarst-;-ennyy %iniversitet; Kafedra khimii
vysokomc-1E:kulya.rnykh sopitd.Aneniy (Voronezh State Univergi-
ty; Chair of Chem'Astzy of High-molacular Compoands)
SUBMITTED: Novemb-ax 15. 19,58
Card 2/2

MIKHMIM., B.I.; UPENKO., V.L.
Vinylation of diacetonenzP-galactoae. Zhuroob.kbim. 31 no.6:3.843-
144 je 161. (KERA 14 % 6)
1. Voronezhakiy gosudarstvennyy universitet.
(Galactose)

MIMNTIYKVJ, B.I*'.-. LAPENKO, V.L.; PAVIDV., L.P.
Vinylation of wndtol and its aceto derivatives. Zhw,ob.khim.
32 no.8:2505-2508 Ag 162. (MM& 15:9)
1. Voronezhokiy gosudarstvenn7y universitet.
(Man4itol) (Vinylation)

MMHPYT'Y-iV, B.I.; LAPENKO, V.L.
Vinylation of acetone derivatives of sorbitol dulcitol. Zhur.ob.khim.
4 34 no.2:694-696 F 164. (MIRA 17:3)
1. Voronezhakiy gosudarstvennyy universitet.

MIMUTIYEV, B.I.; PAVLOV., L.P.; IAPENKO.. V.L.
i Halogenated others of hydroxybenzoin. Zhur.ob.khim. 32 no.6 1798-1801
i Je 062. (IUM 15:6)
i - . -
2. Voronezbskiy gomdarstvennyy-universitet.
(Ben2oin) (Ethers)

LAPERASHVILIP L.V.; MATINEAN., S.G.
Single-meson contribution to the photoproduction of rlr -nesonB on
protbAs, Zhur.ekap.i teor.fiz. 41 no.l.*272-275 Jl 161.
(IUU 14~7)
1. Institat fiziki AN Gruzinskoy SSR.
(Photonualear reactions) (Mesons) (Protons)

IAPMASHVILL L.V.; MkTINYAN, S.G. -
Analytio properties of the soattering amplitude and lifetime.
OfAD-hyperone. Trudy Inst.fiz.AN Gruz.SSR SaI61-172 162.
(Hyperons) . (MIRA 16s2)

OSDALINs E,Vol KANCHELI, 0,V,j LAPERASHVILI, L.Yel HATINYAN) &G.
Anomalous.thresholdB and thb maign spectrum of elementary particles,
Fiz. ahaot. vys. anarg. no.lr30-32 165. (MMA 38112)

aMALint riV#I, LAPEMIIVZI# L#Vs
t! and To- pame poloo wid the KU-scattorlw amplitUA06
. RZ =t. VY0. owras nooie33-35 1650
(111RA INV)

EiTW7 WoO56/63/048/w5/1283/1292
-=!X. Partidl scattering a=D3 itudes '1~n a representation v-4tb prv plex
---angular momenta,
---.-Zhurnal eksperizentallnoy iteoretiched
Ai 'v. 48) no. 5, 1965j
-92'
-TOPIC TAM i Regge pole, orbital angular Momentum, partial scattering amplitude,
momentum representation) analytic continuationj, unitary condition
-F~!'---;'AWTRA1CTj The purp-oze of the paper is to explain the role played by the 11sual
-namentum in the investigation o analytic r ertie An -poi t
gular f p op 8 many n
diagrems, To this end, the author considers relativistAc partial amplitudes with
prescribed orbital angular momenta, and finds their analytic continuation in the
complex angular w-rentum plane. By ane-lysis of the maiW-partiela unitarity coI1421 * -
tion. expressed in terms of these partial amplitudes, it is abawn in explicil-
lot that botb negative and -Dositive inteSar values of the orbital aftmlar Immi entun

L -040.76 -EPWR -T(m)/f
-67 CIM (1)IEW 74P(t)/BTI IJP(b) WW/JD
ACC NR:; AT602636o SOURCE CODE: UR/3208/65/000/001/0071/007,")'
1AUTHOR: Laperasbyq~j-,,~~e__V.; Marrialadze. Yu. G.
IORG: none
iTITLE-.- The momentum of vortices in helium 11
;SOURCE: AN GruzSSR. Institut fiziki. Fizika nizkikb temperatur (Low
Metsniyereba, 1965, 71-75
OPIC TAGS: helium, hydrodynomic theory
BSTRACT: In the majority of papers dealing with the determination of
he critical rate of vortex formation in helium II, use is made of the
andau criterion v c= E/P. where E and P are the energy and the momentum
mparted by the vortex to the liquid. The present work is devoted to a
larification of certain misunderstandings involved in calculation of th
,uantity P in the denominator of the Landau formula. If we use the
benomenologidal description of a quantum liquid by the formula 0
xp (i its momentum is equal to:
-W
*.P it, a. P.
2 TC

ACC NR,4-' AT602636o
where the dimensionless momentum p is determined by the formula
dF.'
Here n is the atomic density of the liquid in regions infinitely
distan2 from the vortices and the boundaries of the surface (Whei'o
o = 0); a is the characteristic length, depending on the pbypical.
properties 02 the liquid; the symbol'V indicates differentiation with
respect to the dimensio less coordinates; dV is an element of volume.:
measured in the units as. The remainder-of the paper consists of an
extended mathematical tPeatment of the problem on the above-promises..
Orig. axt. bas: 6 formulas.
SUB CODE: 20/ SUBM DATE: none/ ORIG REF: 008/ OTH REF: 007
kh'

S/081/62/000/016/018/043
B168/B186
AUTHORS: Tsitsishvili, G. V., Andronikashvili, T.-G.,
Laperashvili, L. Ya., Gedzhadze, Ts. A.'
TITLE: Synthesis of certain'forms of molecular sieves
PERIODICAL: Referativryy zhurna-1. Khimiya, no. 16, 1962, 3489 abstract
16K131 (Soobshch.~All GruzSSR, v. 28, no. 4, 19619
405-410 [Russian])
TEXT: It was found that zeolites can be'synthesized at atmospheric
pressure and 1000C. A sodium form of type.A zeolite was obtained. Sodium
zeolitic alumosilicates were prepared from sodium aluffiinate and sodium
silicate. A specific quantity of sodium aluminate solution was added.to
a sodium silicate solution. This.produced a whitish yellow Gel whic1l.,
after thorough mixing, was left to stand for 42 hours and then heated for
a specific period, which resulted in the formation of zeolite crystal3.
The product of crystallization was washed and the further zeolite
obtaine'd was dried at 80-900C. Calcium and copper formB of zeolite were
obtained by ion exchange from the sodium form. [Abstracter's note:
Complete translation.)
Card 1/1

TSITSISHVILI., G.V.; ANDRONIKASHVILI, T.G.; LAPERASHVILIP L.Ya.
Color indication of moisture with the aid of cation exchange Ityppees
of zeolites. Zav. lab. 30 no,9:1113-11-1.5 164. (MIRA 18-3)
1. Institut khimil AN Gruzinskoy SSR.

CHEPELIP Vladimir Mikhaylovich [deceased red.;
DESHALYT, M.G., ved. red. -
[Combrustion of gases in boiler fireboxes and furnaces and
the maintenance of the gas equipment cl~ enterprises]
Szhiganie gazov v topkakb kotlov i pechei i obsluzhivanie
gazovogo khoziaistva predpriiatii. Izd.5., isPr- i dop.
Leningrad, Nedra, 1965. 447 p. (WW 18:7)

STASM9#jCR,.~jkoj&y Lukich; GMHKOV, V.A., reclaktor-, MOMKOVA, Te.I.,
reaaktor.1rAPM'Y3, I.R.. redaktor; IONINA, I.N., redaktor; SCKOLOVA,
Ye.V.' td?ffn"Tc-%TIV'+edaktor"; GENMIYETA, I.M., tel-hnicheeldy
redaktor
Na~lctpal gas* s~ppivl -GazosuabZhenie gorodov. Izd. 2-e, perer.
dope LeulWad, Goo. nauchno-tekhn.Avd-vo neftianoi t gorno-
toplivnoi lit-ry, Vol. 1. 1954. 623 P. Vol. 2. 1954. 646 p.
(Gall) - (MLRA 8:4)

CHEMI I
Vladimdr Mikhaylovich; 149~,.Mg I-R~.,~ ad.; DAM, G,A,, vedu-
~Bhdhly red*'; GXMDIM e red,
I.M
M. ~~
e
(94ming gases in boiler furnaces and ovens and sprrioing-cf the
gas..System in pla#s1'�zhigauie.gazov v toPkakh kotlor i pechei
i obeluzhivanie gazovogo khosiaiotva predprilatli, leningi-ad,
Goes" nauchno-tekhn. izd-vo neft. i gorno toplivnol lit-ryt
leningr. otd-nie , 195B. 276 P.' (WmA nao)
(Gas as fuel) W=aceo) (Oirens)

NECHAYEV, Mikhail Alek9androvich; LAPERII-M-I- , nauchnyy red.;
DESHALYT, M.G.,.-ved. red --,---YA-SHCH=HINSKAYA, A.B.,
tekhn. red.
[Equipment and devices used for'safety control in the gas
Industry]Inventarl i pribory gazovoi tekhniki basopasnoati.
Leningrad, Gostoptakhizdat, 1963. 69 p. (MIRA 16:7)
(Gas industry-Safety measures)

CHSPHLI, Vladimir Pikbaylovich; LAPERIYE, I.R., nauchnyy red.; DAYEV,
G.A., vedushchiy red.; 'GEMAD'TWA-,' I.M., tekhn.red.
[Combustion of gases in boiler furnaces and evens and servicing
of gns syntems of ontorprineal Szhigania gazov v topkakh kotlov
i pechei i obaluchivanie gazovogo khozinistva prodpriiatii. Izd.
-- 2., ispr. i dop, Leningrad, Goa.nauchno-tekhn.izd-vo neft. i
gorno-toplivnoi lit-ry, Leningr.otd-aie, 1960. 375 P.
(MIRA 13:1)
(Gas as fuel)

CHEPELI, Vladimir 14ikhaylovich; I-APE nauchnyy red.; RAGINA,
G.M., ved. red.; BARANOVA, L.I.0 tekhn. red.
[Burning of gases in stoves and boiler furnaces and maintenance
of gas systems in plants] Szhiganie gazov v topkakh kotlov i
pechei A, obsluzhivanie.gazovogo khoziaistva predpriiatii. Izd.r.,
neft. i gorno-toplivnoi lit-ry, 1961. 1+22 p. (MIU 15:2)
(Gas distribation)

BOGORODSKAYA, Mariya Tirpofeyevna; STOLPNER, Yefim Borisovich;
6
nauchn. red.; DESHALYT, M.G., ved.'red.;
SHCHURZHINSKAYA, A.B., tekhn. red.
~Household gad appliances] Gazovye bytovye pribory. Le-
ningrad, Gostoptekhizdat, 1963. 179 p. (MIRA .17:3)

LAPRRITE, M.A., TUEREL', T.A.
11-~
Hygienic evaluation of instruction at the Leningrad School
of Choreographyo Trudy LSGMI 45:75-80 '58 (MIRA 11:11)
1. Kafedra gigiyeny detey i podrostkov Leningradskogo sanitarno
gigtwenicheskogo meditainskogo instituta (zav. - kafedroy - profe
A.Ya. Gutkin).
(LENIDGRAD-SCHOOL HYGMM)
(CHOBBOGRAPHY-STUDY AIM TEACHING)

MARTI VICH, F.S., kEkno.geograf.nauk; SOBCLEY, Te.Ya., )mnd.geograf.nauk;
BCLISHAKOVA, V.F.. kand.skonom.nauk- LAPETA D ja kand.okonom.
P in NA-M
nauk; &ADKIT, P.I.i kand.geografeasuke asarsaly propodavatel;
ANNUHMO, G.V., kand.geograf.nauic; KOTT, G.Z.; TRUBILKO, N.P.,
kand.eironom.nauk; KORCUSKO, I.K., kand.ekon6m.nauk; GUTSEV, Ye.G..
kand.geograf.uauk; GEOMTBNKO,, V.A.; CHEWSH, L.P.. Prinimali
uchastiye: KOZGOVA, A.1o; KOVALEVSKIY, F.Ve; KAZURENKO, R.V,;
KUVEYSHA, Ts.I.; KRYLOVA, V.S.; SIMMINSKIT, I.I.; XURKINA, Z.A.;
K CHITS, T.A.. ROKANOVSKIY. N.T.i red.; KOSTEVICH, K.R., red.;
TURTSEVIGH, L., red.izd-va; SIEMO, N., takhn.red.
DistrilQion.of the industry of White Russia for the processing
of agricultural raw materials] Razweshchania promyshlennosti BSSR
po pererabotke sellskokhoziaistvennogo syrlia. Minsk, 1959, 193 p.
(MIRA 13:6)
1. Akademiya nauk BSSR, Minsk. Institut skonomW. 2. Zaveduyu-
shchiy saktorom razmeshcheniya proizvodstva Institute ekonomiki
AkBdamli nauk BSSR (for Martinkevich). 3. Institut narodnogo
khozysystva im. V.V.Kuybyshava (for Glediiy).
(White Russi&--Industriesp J~ocation of)

IAPETA D D,
Prospects for the development of the starch and Siru JD&Mtry in
White Russia. Sakh.prom.. 34 no.5.-44,46 My 160
T 1-4:5)
11. instit~vekonomiki AN BSSR.
(White Haosia-Ztarch industry)

LAYETO, Ye.
Radio - Receivers and Reception
Loud speaker reception on detector reciever. Radio No. 3, 1953.
Monthly List of hussian Accessions, Library of Congress, June 1953. Uncl.

LAPHSINA, N.N.
Hydrochomioal outlinas. Sbor.rab.Kursk. gidromet.obzorv. no.2s
57-65 164. OCRA 17s9l'

TIMUSHRV. A.., (Komi ASSR, Ustl-lulomskly rayon, 9. Xercbemlya); Sonin,
I., (Irkutsk);- W;qHHV, G. (Pos. Tanovo, Smolenskaya obl.);
BYNV, P. (Rogachevikii-Fiimn, Gonel'skaya obl.); DAMLOV, X.,
()bskva); CHUMAXOV, V. (S. OrlovkeL, Franzenskaya obl.): WVIKOV,
V. (SmdValatinsk); TRIFOMV, A. (YegorYovskly rayon, lbskovskeya
Al.): MVOSBLITSIV, V.- (Debal!tsivo. Stalinskaya obl.);
MUNAsrluv,.-N. (Krasnoye, L'yo i6y~i- '- j-"' - -
obl.
Letters to ~ke! Pditor- Sov.foto 18 no.11:83-85N 158.
Pbotograpbr) (IGRA 11:12)

AR-MKHOV, I.H., DINER, I.S., VASIL'YEV., S.F.j 1APIDES, A.A., MOSIN, A.M.
Production of. olefins -by pyrolysis of petroleum products.
Report presented at the 12th Conference on high molecular weight compounds
devoted to monomers, Baku, 3-7 April 62

LAPIUSS, A.M.
, -IIM
----ww~_Ueing triggers
no.6:14-15 Je
in-ohase-sensitive atmlifiers.
157.
Electron-tube)
?riborostroonte
(YWHA 10:7)
(Amplifiers,

AUTHORt LapidesL_A. X., Engineer
1~
83205
S11191601000100616011008
B019/BO56
TITLEt A Trigger With Semiconductor Devices in a Phase-sensitive
Amplifie .15*
PERIODICAM Priborostroyeniyet 1960p No. 8, pp. 1-3
TEXTs The advantages offered by semiconductor triggers in phase-
sensitive amplifiers as compared to such made from tubes are discussed
in the introduction. Above all, the particularly short time required
for changing over from one stable state to another (some microseconds)
is stressed, an& the possibility of using a relay coil as collector load
is emphasized. The technical demands made on electronic devices require
reliable operational conditions up to temperatures of 600-800C, and the
present papor reports on a semiconductor trigger with a phase-sensitive
circuit and a final amplifier stage schematically shown in Fig. 1. This
trigger operates faultlessly up to a temperature of 750C of the
surrounding medium. At this point, a current of 23 ma passes through the
to the collector circuit. At a temperature of 200C
Card 1/2

83205
A Trigger With Semiconductor Devices in a S11191601000100810011008
Phase-sensitive Amplifier B019/BO56
of the surrounding.medium, the power transferred,to the relay coil is
0-55 w, at 700C it is 0.45 w- In connection with the calculation of this
circuit, B. N. Kononov (Ref. 3) is mentioned. The trigger is constructed
from two equal triodes, and has a symmetric circuit which is discussed
in great detail. In the course of the further investigation it is shown
that it is possible to construct triggers which are controlled by the
feed of negative pulses to the base of the blocked triode. Owing to the
nature of the potential changes at the triode bases with increasing
temperature (Figo 2) they are, however, less stable than such triggers
as are controlled with positive pulses. In the author's opinion, an
emitter-follower appears to be best suited as final stage. In conclusion,
the calculation of the final stage of the amplifier (Fig. 1) and its
phase-sensitive circuit are discussed. There are 2 figures and 3 Soviet
references.
Card 2/2

86794
S/142/60/000/003/009/017
0 E192/E482
AUTHOR ~i A S IL
TITLEs Analysis of the Thermal Operating Conditions of a Power
Transistor
PF4tlODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekhnika,
196o, No-3, PP-366-369
TEXT: In analysing the operation and designing the output stage
based on a power transistor, it is essentiaL to know the operating
temperature of the transistor. As the power Pk, dissipated at
the collector of the transistor is increased an& he temperature of
the surrounding medium to is raised, the temperature tk of the
collector junction is increased. Further, tk depends on the
co"tructlon of the heat sink of the translator, that is Its form,
dimensions and material. The operating temperature of the
collector junctions should not exceed-a certain specified value
tkd- This limiting temperature is usually lower than 100*C.
A-method of graphleal analysis of the operating temperature
ca"Aitions for a transistor is proposed'. The method is suitable
for a heat sink of any form and is based on a single-experimentally
measured function. This function gives the dependhneeof the
Card 1/ 3

86794
S/142/60/000/005/009/017
E192/z482
Analysis of the Thermal Operating Conditions of a Power
'Transistor
temperature tb of the body of the transistor on the power Pk
for various temperatures of the surrounding medium. In itself
th,e;quantity tb does not characterize the operating temperature
of the transistor. However, it can easily be measured, unlike
tk which cannot be measured without some difficulty. if Pk
and tb are known, the quantity tk can easily be found from the
following formula: tb = tk - PkRt, where Rt is the
temperature reslstance~of the transistor. This quantity is the
same for eacb type of transistor. By considering the above
formula for various values of tk, a set of straight lines is
obtained in Pk and tb coordinates; these lines are parallel
to each other and are incl:Lned,to the axis of abscissae at an
angle a = are tan Rt. Typical curves of tb as a function of
Pk for various values of to are shown in Fig.l. The figure
also shows a set of straight lines for various collector
temperatures tk. By finding the intersection points between the
curves and the straight lines, the collector temperature can
Card 2,'3

86794
S/142/60/000/003/009/017
E192/E482
Analysis of the Thermal Operating Conditlons of a Power
Transistor
easily be determined. The upper straight line 'A, B in Fig.1
represents the line of the maximum permissible collector
temperatures tkd* The practical curves of tb as a function of
tk for transistors with different heat sinks are illustrated In
Fig.2. These curves were taken by measuring the body temperature
of the transistor by means of a small thermocouple which was
situated in a specially drilled hole inside the transistor casing.
The transistor together with its heat sink was situated in a
thermostat whose internal temperature could be varied between
20 and 750C. The power dissipated at the collector was measured
by determining the current and the voltage at the collector.
There are 3 figures and 3 references: 2-Soviet and 1 non-Soviet.
ASSOCIATION: Kafedra teoreticheskikh osnov elektrotekhnlkl
Moskovskogo energeticheskogo instituta (Chair of the
Fundamental Theory of Electrotechnics of Moscow
Power Engineering Institute)
SUBMITTED: December 28, 1959
Card 3/3

V
89001
15- 2.0 S/119161/000/001/005/013
B0191BO67
AUTHOR: Lapidesp A. M., Engineer
TITLE; Reversing Motor With Semiconductor Amplifier
PERIODICAL: Priborostroyeniyet 1961, No. it pp. 10 - 11
TEXT; The author discusses the supply circuits of the collector circuits
and the connections of the control coils of reversing motors which are
shown in Fig. I and which have already been thoroughly dealt with in
publications. In the circuit shown in Fig. la the control coil of the
?A motor is connected to the input cascade via a TP2 transformer. The d.
a. voltage Ek is used to feed the collector circuits of the diodes F:_1
and,'?'-, . The capacity C suppresses the fundamental harmonic. Circuit 11
~2 Y
is a circuit without input transformerp whereas, in circuit IS an input
transformer and a pulsating voltage are used for the collector circuit.
This pulsating voltage consists of the negative half-periods. It is
Card 1/4

89W1
Reversing Motor With Semiconductor S/119/61/000/001/005/013
Amplifier Boig/Bo67
produced by the transformer TP3 and the diodes A, and A2 . Fig. 1~ shows
a similar circuit without an input transformer. The beat results were
obtained with the circuit shown in Fig. 19 which was developed in the
design office of the Moscow works "ManometrI.I. This circuit warrants high
output. Its control coil is a dipole formed by the inductivity L and the
resistance R. This dipole and the capacity C y form a circuit. According
to its phase the input voltage U Bx agrees with the voltage generated in
one half of the coils of the transformer TP3 . Thus, the period can be
divided into two parts. In the first one the current of the control coil
is essentially determined by the voltage applied to one half of the coil
of the transformer Tp 3* In the second part of the period the current of
the control coil is determined by an unsteady process in an LRC y circuit.
With adequate selection of C y this unsteady process is an oscillation
with a frequency near that of the power frequency. Hence, the current of
Card 2A

89001
Reversing Motor With Semiconductor Amplifier S/l 191611000100110051013
BOlq/3o67

ON
muowpo volnusuccuuA
sirtiabotrx1rou H gatm-a XmidolmalrWox W1111911fu MKOX3 '.)Rd
A2
rej
lly
di
0'
rd
,iv
Nt
U lei IIf,
cd
4
4 ED
Mat
'ju

BENDIK, Paw?. Isaakovich; -~~P DES,-&DAjo1iy Kikhay vich
jo
SHIKANOV, Ye.P., red.; FEDOROV, A.V., red.
[Ai~tomatic control and measuring equipment on ships] Su-
dovye kontrollno-izmeritellnye pribory. Moskva, Voenizdat,
1964. 271 p. (MIRA 17:7)

LAPIDES, Anatoliy Mikhaylovich, kand. tekhn. nauk
- ~~- ~ --- ---- ~--- ~
Calculation of transistorized output stages with executive
motors. Izv. vys. ucheb. zav.; elektromekh. 7 no.2:249-252
164. (MIRA P7:4)
1e Nachallnik konstruktorsko-issledovatellskogo otdela
obshchestvenno-konstruktorskogo'byro Moskovskogo priborostroitelL
nogo zavoda "Manometr".

ACC NR1_-AP6M5847__7___(A, SO-URC-E- CO.DE~_ UR/O4_13~_6670_C6_[6.2-0/-00.5.7/0-05,7
INVENTOR: Lapides, A. M.
ORG: none
TITLE: Transistorized a-c servoamplifier, Class 21, No. 187087 (announced by the
Moscow Instrument-building Plant "Manometr" (Moskovskiy priborostroitel'nyy zavod
"Manometr")]
SOURCE: Izobreteniya,~promyshlennyye obraztsy, tovarnyye znaki, no. 20, 1966, 57
TOPIC TAGS: electronic amplifier, amplifier design, servoamplifi&r, rR19Ajz;i5-rok1z,,c
ABSTRACT: This Author Certificate introduces a-transistorized a-c servoamplifier
in which the collector network at the output stage is suppl;ed with pulsating voltage.
The frequency of this voltage is equal to double the frequency of the line voltage.
To providu stable damping of the autocompensating and autobalancing circuits and to
maintain the system's signal shaping speed a voltage divider is placed between the
collector and the emitter of the output transistor. This voltage divider is also
coupled with one of the stages of the peramplifier. Orig. art. has: 1 figure.
SUB CODE: 09/ SUBM DATE: 1ODec64/
Card 1/1 UDC: 621.375.4

VITOLI, R.K.; IOYLEVA, K.A.; STEPANOVA, G.A.; LAPIDES I.L.
Adsorption prol-erties of charcoal from coniferous and deciduous
species growing in Karelia. Trudy Kar. fil. AN SSSR no.38:13-20
163. (MIl",A 18:3)
1. Petrozavodskiy gosudarstvennyy universitet (for VitolF, Ioyleva,
Stepanova). 2. Institus lesa Narel'skogo filiala All SSSR (for
Lapides).

IOYLEVA, K.A.; KOSTEKKO, N.I.; LAPIDES, I.L.; _K011ASHILOV, N.F.
Studyin-g the adsorption of water vapor by pine lignin. Tx-adly Kar.
fil. AN SSSR no.38:21-25 163. (~CRA 4E:3i
I
1. Petrozwiod5kiy gogudarstvennyy universitet (for Ioylelra, Kostenko).
2. Institut lesa Karellskogo filia-la AN SSSR (for Lapides, Komshilov).

PONIKINA, X-YIZIM, K.A.; GAK,111J, Yu.Ye.; LAPIDES, 1.1--. KO' III Ll~,7i
Studyin;~r t-e adscrpti:cm cf dyes by pine lig-ni-n. Trudy
AN SSSR -no-38:2,~- 0 163.
3 =E,
1. Petr-zavodskiy gosudarstvennyy universitet (for 1~onlkina, loyleva,
Gardin', 2. Institut lesa Karel's1cogo filiala All SSSR (for Lapides,
Komsnilov).

AUT11ORi I
ex1ate-fice" .0 re& one--wiib a--n~.4ncrease~
41ra-tiot o Ineu t rihb's-
k
uinil-ekspe-x Tnehtal "y,i teoretithes oy fiziki, v. 47,
,;:.!~~44 -:964-965
TT'k CS ..31,-:~~n.a-U-r'-rino:. -V-.;6thp~ neutrz:tho :zxajectbry, neutrino concen-
in gravitational field, gravitational field
neu i
t-ra- t1 on ,tr n
o
,',-~Jocutsing effect, focussed neutrino beam

ROZERFELID., I.L.; PAVLUTSKAYA, T.I.; LAPIMS, L.M.
Study of contact corrosion in laboratories and in natural atmospheric
conditions. Trudy Inst.fiz.khim. 8--155-172 160. (!MA 14:4)
(Electzplytic corrosion)

S/119/60/000/009/007/n"
13f B012/BO58
AUTHdh: Lapide3y L. IA.
TITLE: The Banding of Metals, Elpctrodeposits~ and Solders in
Instrument Construction
PERIODICAL: Priborostroyeniye, 1960, No. 9, pp. 23-28
TEXT: A surAr.-:!y of 1wrevtigations by the author is given with reference
te papers by S. Ye. Pavlov (Ref. 2) and the papers of Refs. 3, 4. These
investigations sere conducted in the laboratory and in the open. The
latter were made at the Moskovskaya korrozionnaya stantsiya (Moscow
Corrosion Station), Zvenigorcdskaya korrozionnaya stantsiya (Zvenigorod
Corrosion C'tation), Batumskaya korrozionnaya stantsiya (Batumi Corrosion
Station), and Severnaya korrozionnaya stantsiya (Northern Corrosion Sta-
tion) in the Murmanskaya oblast' by the author jointly with the collabora-
tors of the Institut fizicheskoy khimii AN SSSR (Institute of Physical
Chemistry of the AS UKR) 1. L. Rozenfelld, Doctor of Chemical Sciences,
T. I. Pavlutskaya, Candidate of Chemical Sciences, G. B. Klark, Candidate
of Chemical Sciences, and G. X. Berukshtia, Candidate of Chemical Sciences.
Card 1/4

83405
The Bonding of Metals, Electrodeposits,
and Solders in Instrument Construction
S/119/60/000/0091/007/008
B012/BO58
in the paper of Ref. 6, the latter quoted the climatic characteristics
cf th6se regions. The paire In contact with each other and the solders
were examined. In hiq paper of Ref. 5, the author indicated the methods
of measuring and calculating contact-metal corrosion under a thin humid
film. A scale with five characteristic values for corrosion resistance
(Table 1) is given for the deGermInation of the permissible bonding of
metals. It vas compiled -n the basis cf a comparison of data obtained in
the J'aboratcra, ana in the open. Experimental results regarding the corro-
sicrt -f bended metals arr- given in Table 2 in accordance with this scale.
Folarity wa.3 determined in thene expF.,.rimejits and the am--unt of contact
corrosion was obtained for a sGries of pairs. It -Aas established that
the potentials of bonded metals change very much during corrosion. This
goes so far that some metals change theLr polarity. This was observed
both In the laboratory and in the open. It is pointed out that corrosion
in the open air undergces a limitation at the cathode; the surface of the
cathode metal should therpfore be made as small as possible when bonding
Metals. It is better., for exnmpiej t--:~ fit a cathode-metal rivet on the
Caro 2/4

The Bending of Metals, Electrodeposits, S/1 19/60/000/009,/Cl~-i7.,",~-~'::7
and Solders in Instrument Construction B012/BO58
anode-metal surface than vice versa. For the same reason, the solder
should have a higher electrode potential than the metals to be soldered.
The experiments shosed that the corrosion developing due to the contact
Is found practically only in the immediate vicinity of the contact, at
a distance of about 5 mm from its In the course of experiments in the
open,(in the four regions mentioned), the rates of contact corrosion and
general anode corrosion near the contact boundary were determined for
14 pairs of metals'most frequently used in instrument constructi6n.,
The weight data showed that in the vicinity of the contact boundary
the anode was destroyed so strongly that objects with bonded metals can
fail very quickly 'although their remaining parts farther away than 5 mm
from the contact boundary are only slightly destroyed. A comparison of
the results of investigations in laboratories and in the open showed
that polarity conformed in both cases for all tested pairs, while the
quantitative conditions were almost the same. Tests of the aluminum
solders 34A (34A) and nqA(4-65 (PTsAm-65) showed their high corrosion
resistance in the course of a year. Soldering of aluininum with tin
Card 3/4

834o5
The Bonding of Metals, Electrodeposit"s, S/119/60/000/009/007/008
and Solders in Instrument Construction B012/BO58
solders by means of-ultrasonic soldering irons is very unreliable. Experi-
ments showed that the corrosion resistance of aluminum solders increases
with rising temperaturG. There are-5 figures, 3 tables, and 7 references:
5 Soviet.
to
Card 4/4

IAPIWS, L.N.,
Method of determining the corrosion resistance of metals in contact
in air. Zav.lab. 26 no.3:294-296 '60. (HIU 13:6)
(Metals--Gorrosion)

.18-8300 77648

AUTHOR: lapideo, L. M.
TITIE! Effect of Temperature arid of Ylicrogeometry of tne
Metal Surface Upon the Rate of Atmospheric Corroslon
PERIODICALz Zhurnal prldadnoy khimii, 1960, Vol 3-3, , Nr 2, I)P 3 97 -
402 (USSR)
AB3TRACTi Corrosion of metal pairs Cu-Zn-and Cu-AI (with polished
and rough surfaces) was studied in the laboratory
at various temperatures (.9, 10, 20, 35, and 500).
The model's cjnsisted of two metal oemidisks (irietlal
brands of 1-iigh purity were used: -A00 aliLminuum,
PIO copper, and TsO zinc) 30 ram in diam, tight,;~ned
together by textolite clamps and separated by a 0.01
mm thick mica plate. The working surfaces of one-
half of the samples were polished to the fineness
of vvvv Ic" 'he other half were sandblasted until
the distance between the microprojections and microde-
Card 1/0'

Effect of Temperature and of Mj.crc,,L~,eomotry -( "( 04 8
of the Metal Sur-face uTDon the Rate of SO 0 V/8 0 - 31 3 - 2 - 2
Atmospheric CorroL~ion
pressions was 15-16 Tim- nonworking parts of the
surface were lacquered. The degreased metal paits,
covered with a thin film (2004 ) of O.OIN solution
of NaCI, were placed into thermostatic (to +0
compartments at constaiA (98%) humidity. JiTring
experlments the pair.~3 wei-e ohort-circulted. Figil ve
I illustrates graphically the effect of teniperature
upon corrosion of the two metal pairs (corrosion
measurements were taken 15 min after the begirinincl,
of experiments).
Card 2,//o

Effect of T,~mperature and of try 7 7 6 4, P,
of the Metal Surface upor, pa c -
Atmospheric Corroslon
30
El']. g .1. Effect of tempevat(tj..:~
2:, a t eof corrosion of inetalo witi-,
polished (1,3 and rou~rhened
surfaces (A~ Corrosion current (In
m.a/cm-); (B) temperature (in 0 C).
1,2--Cl.1-Z-1; 3, 4--cu-Ai.
Card 3/6

Effect of Temperature anrl c)f
t
o*' the Metal surface up~)n them Hate of
I U I
Atmospheric CorroBlon
T~-ie author explain:3 the dif.-Perence In the shapeL
corrosion current-temperature curves for tlh,,~
and rou-lh metals by the effect of temperaic-oi-c, un
the param-etero D, C, and 8 In Eq. (1)
Bagotskly, V. S., et al., Kinetics of Electrodr-
ProcesSes (Kinetilca electrodn,r]CII protesessov), j~,-7'u
(1952)):
n- F, D, C
Card 4/6
where I is corrosion current; n 4) numbep
electrono az3,,::,J.mj.Iated on the cathode by one molecule
of O,x-.Y6cn (in the reaction 0 2 + 2H 2 0 + 21 e
)1(011)-); F, 1 faraday; D, diffos-1-an
c~---)I-Iventratlon of'
d,IICfu,-ion la,,,ter. e(pial the Of'

Effect c)V 'T,_,jnp1 ~,*. !p~, : 11 ..,
of' tile
d
C)
C,n a:t C,I i-li
D Lrlci-eases with
tile 0~14-',_VLI'0111 de~creasc-s, ru; Nof~_-,_i
of ti I C, (U. r Liu i-.1 2"',-"cr (due to ,-,11
of the I t(1 uld lec) I h 1:)Dlished 1 1
D
Increase -1-11 I.-h- Value r)I I 1~
fa;,
decrease of the of oxygren ,).t all
tempv-.~ratutyies Tne in 1111 rill. lin .!,]I "~~T' 1")III-,~il
dl,:(~ to a ve 1,111 l'--ov; J r.,-
i,h~- d .1
!J

r emp e f. r) 111 1 r: rf o C,
t 1-1 C- a I I I z; llo rapldh 11,
a z i i 'a c a,,, c a v t
ROW dk~ 1 1111
"op
Il at, tl-](:
(Barents -`~oa) and the- ;southern IBlack 'S'ea)
corro's"."Orl Stations Illave ,3upportocl the al-,ol:rq,~'~-Icn
oil f-llf~ of Upon laM "372
T!
t h
'U"P C) 1, v v,
rw: :1.1
C t] I ~11 iJlt jl,,)~,,~ 1)1-1!.*;.!!
11 P.1 f;
:5 t J I 1TTE! D .4 j I. I
(."ard up.)

L 08968-67
ACC NR: AP6029787 SOURCE CODE: UR/0119/66/0001008/0007/0009
AUTHOR: Lapides, L. M. (Candidate of technical sciences),'7 Kharanovich, G.L
(Engineer)
ORG: non
e
I.TITLE: Electrochemical-tetrwe integrator
!SOURCE: Priborostroyeniye, no. 8, 1966, 7-9
TOPIC TAGS: solion, 'solion integrator A'-t tv-, C- cx-
ABSTRACT: A Soviet attempt to design the well-known. 4-electrode solion
integrator is described. Its principle of operation is explained. An experimental
model had a plexiglas envelope and a ferric -ferrocyanide electrolyte. The model
exhibited a linear relation between the output current and input quantity,of
electricity and a sensitivity of 0. 6 (4a per microcoulomb; readout error, 1110;
inertia, under 1. sec, characteristic drift over 2 months, Z0/0. The integrator is
intended for use as a d-c amplifier. - Orig. art. has: 4 figures.
SUB CODE: 09 SUBM DATE: none ORIG REF: OOZ OTH REF,. 005
t
Card II UDC*. 611. 3. 08 2. 7 5: 6 21. 37 5. 0 24..

LAPIDES, Y. I.
1 1.
25301 LAP':'DE"3o Osrovnye Printsiol? Ped,-,gog-*chesi-i-Vo~D~t,--teltrov
Raboty V Detskoy Psikhiatricheskoy Bolbnitse. Sborn:U: Nauch. Rabot Psikhiatr.
BoAitsy MI. Kashchenko, N-.6, 1949, S. 179-85
SO: Letmdsl ITO. 33, 1949

WDRS, M. I.
WORM
qlInical characteristics of oneirold and delirous states in children
in tuberculous maningitisi Zhur.nevr. I, paikh. 56 no.9:718-724 056.
(MI-RA 9:11)
I..Datskaya psikhonevrologichookia klinika (naucbnyy rakovoditall -
prof, G.Teebukbareva) Hauchno-Issledovatellakogo lustItuta palkbiatrit
Hinisterstva zdravockhraneniya RSFSR I, nerynogo otdaleniya (11duchuyy
ralcoyoditelf, - prof. D.S.Futer) Moskovskoy detakoy klinicheakoy
bollnii"y No.l.
(TUIRUM IASIS. HININGEAL. in infant and child,
onalrold.4 delirous states in (Rae))
(DRUMS,
oneirold coni. in tubarc. meningitis in child. (Ras))
OBLIRIUM, etiology and pathogenesis.
tubarc. meningitis in child. (RuB))

BANSHCHIKOV, Y.K., prof., otv,rede; FIMMY, D.D.9 prof.jo otvared*;
KUDRYAVTSAVA, Y.N., imud.ned.usuk, red. (Moskva);, LAPIW---, upl-P
kand.med.nauk. red. (Moskva); NOVLTANSKATA.
SIKSON, T.P., prof., r9d. (Moskva); SKMVI. Ye.Te., kand.wd.
nauk. red. (Moskva); SUERAWA, Ge'-feet 13TOf,,o red. (Koskva),
(Problems in child psychousurology; collection of articles of the
All-Union Conference on Child Psychiatry, March 21-25, 19573
Vaprosy detskoi paikhonevrologii; abornik tradov Vsesoiuznoi
nauchno-praktichookoi konferenteii po-psikhIatril detekogo voz-
rasta 21-25 marta, 1957.g. Moskva., 1950. 355 p. (KIU 13:6)
1. Rassia (1923- U.S.S.R.) Kinisteretvo zdravookhraneniya.
Institut paikhiatrii. 2i Direktor Nauchno-issledovatel'skogo
inatitimta paikhiatrii Kinisterstva. zdravobkhraneuiya SM (for
Fedotov).
(OHM PSTORIATRT)

1AP IDES, W1. 1.
Psychic disorders in tuberculous meningitis In children.
[with m=ary in French] Zhur, nevr, I r9ikh, 58 no-7VIO~311 '58
(MIRA 11:7)
1. Detskaya Psikhonerologichasknya kliniks, (zav. - arof. tAje.
Sukhnrevs) Hauchno-isaledovntellskogo instituta -paikhiptrii Mini-sterstva
ZdrAvOokhrRneniyFt RSPSR (dir, - prof. V.R. BRnshchikov). nervnoye
otdoleni.ve Hookovskoy detskoy gorodskoy kllnicheskoy bollnitsy
No.1 (glFkvny7 vrach Ye. V. Prokhs)rovich).
(TUBNRCULOSIS, HMINGLS, in infs;nt nnd child.
causing ment, disord. (Rus))
(MYWAL DISORDMLS. in infant & child.
c9used by tuberc. meningitis (Rue))

LAPIDES, M. I., Doe Med Sci -- (diss) "Psychic disorders in tubercular
meningitis in children and in teen-agers.'' Moscow, 1960. 24 pp; (Acad-
emy of Medical Sciences USSR); 25/0 copies; price not given; CKL, 2?-60,
158)

*Child paye raldall bgr 0. WeA. Revieved.
M.1a idea hiatI7 iu 6206BDSI(A (MM 14.1
Zhvgr.nevr.,iom. 6.o no.102o 160.
lcmmosLOWA~GAILD MYGHIATRp (KUGMO 0.)

LUP-IMP HOL
Clinical aspect-s, treatment and prevention af residual
mental disorders after tuberculous meningitis in children.
Zhur. nevr. i paikh. 61 no.7:1077-1082 161. (MIRA 15:6)
1. Institut, psikhiatrii (dir. - prof. D.D. Fedotov) Rinisterstva
zdravookhraneniya RSFSR i 1-ya klinicheskaya detskaya b~llnitsa
Moslqvy (glavnyy vracb Ye.V. Prokhorovich).
(HEI-IING&S-TUNMULOSIS)
(MENTAL ILLNESS)

LAPIDES., M.I.
"Problems in pediatric psychoneurology. Reviewed by M.I.Lapides.
Zhur.nevr.i pslkb. 62 no.7:1109-1110 162. (KRA 15:9)
(CHILD PSYCHIATRY) (NEUROLGOY)

LAPIDES, M.I.
-.= -------
Development of pediatric psychiatric service. Zhur.nevr.i psikh.
62 no.7:1115 162. (AURA 15:9)
(CHILD PSYCHIATRY)

i pakh. 64 2 12

,~,,LAPIDESI M.!.; V11011"), 1-1-1%
'I,
Progress of the psy~h;Dn-3urologi~~ai ald fc:r, rAAldrar, and
, ~j - - ".
adolescents in th-e Z'hl;-,-. ri,:~,v:-. 1 C-1
1114-1115 163. . 17:-1),

FEDOTIOV, D.D., prof., otv. red.t VRONO, M.S.,. red.-. DEYANOV, V.Ya.,
red.;_LAPIDI~�., rea.; MANTSEVA, V.U,,'red,; YURKOVA,
I.A., red.; 4,1011MOISKAYA, K.A.., red.; ROYMIN, L.L.., rcd.;
SKANAVI, Ye.Ye., red.
[Problems of pediatric psychoneurology] Problemy psikho-
nevrologil detskogo vozrasta. Moskva, 1964. 530 p.
(MIRA 18:5)
1. Mosclow. Gosudarstvennyy nauchnc-issledovatellskiy insti-
.ut pslkbiatni. 2. Khrilka pnikhazov dotakogo vozrai3ta
Gosudarstvennogo nau~.-hno-lssladovatellskogo instituta psi-
khiatrii Ministerstva zdravookhraneniya RSFSR (for Skanavi,
Lapides). 3. Kafedra. detskoy psikh,~atrii TSentraltnogo
institut-a usovershenstvovaniya vrachey (for Novlyanskaya,
Mamtseva, Vrona).

LAPIDES,*M.1.1 VRONO, M.S.
Development of psychoneurological assistance to children. Zhur.
nevr. i paikh. 65 no.?tlli8 165. (KRA 18:7)

VASILIYEV, S.F.; LAPIDDS, N.A.; MOSIN, A.M.
High-temperature flameless oxidation of hydrocarbons as a means
of obtaining olefinic monmers. Khim.i tekh.topl.i masel 8
no.2:10-24 F 163. (MIRA 16:10)
1. Institut goryu,-hikh iskopayemvkh Gosudarstvennogo komiteta
Soveta Ministrov SSSR po top2ivnoy promyshlennosti.

sov/180-59-3-40/43
AUTHORS: Lavrov, N.V. and Lapides, N.A. (Moscow)
TITLE: Technological Classification of Combustible Gases
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1959, Nr 3, PP 187-189(USSR)
ABSTRACT: The authors suggest that with the use of combustible
gases for syntheses as well as for fuel, their
classification by calorific value or flame temperature
has become inadequate. N.V.Lavrov and M.B.Ravich (Ref 2)
have proposed a classification based on the potential-
hydrogen content (sum of contents of H2 and CO and
(2n + m/2) times CnHm content). The authors have found
that the potential-hydrogen content also serves to
indicate suitability for polymer syntheses. They give
a table of the composition and calorific values of
19 gases together with their potential-hydrogen and
polymer-synthesis values, the latter being the content
of hydrocarbons from which unsaturated hydrocarbon can
be obtained. The gases are divided into four groups;
first group over 500%, second 300 to 500%, third 80
Card 1/2 to 300% and fourth under 80%, potential hydrogen.

sov/180-59-3-4o/43
Technological Classification of Combustible Gases
There is I table and 2 Soviet references.
SUBMITTED: January 26, 1959
Card 2/2

S/081/62/000/004~065/087
B150/B136
AUTHORSs Vaoillyev, S. F6, iuiim,_At~
TITLEt Production of ethylene and propylene by the acidifying
pyrolysis of butane
PERIODICAL: Referativnyy zhurnal. Khimiya, no- 4, 1962, 477, abstract
4M133 (Novosti neft. i gaz. tekhn. Neftepererabotka i nefte-
khimiya, no. 4, 1961, 22-25)
TEXT. Experiments on the oxidizing pyrolysis of 99.8% n-04H 10 were con-
ducted on a large-scale laboratory apparatus under optimum conditions for
-
he processs - temperature 820 0 and duration of contact 0-5 se*c. The degree
t
of conversion under these conditions is 95%, with a yield of nneaturated
H and 15-8% C H . The
hydrocarbons amounting to 53% by wt. (37-25P 02 4 3 6)
process has considerable technical and economia advantages in comparison
with that of thermal-pyrolysis. A diagram of the apparatus for the oxidi
zing pyrolysis is given. LAbstracter's' notet Complete translation.D
Card 1/1

VASILIYEV, S.F.; MOSIN, A.M.; LAPIDP,_IT.A-L Prinimali uchastlye: 1COMNK0,
M.L.; OSTROVSKAYA, FOMICHEV, V.F.; GUBBOTINA, G.V.; SHMOVA,
L.M. .1
Oxidative. pyrolysis of lower hydrocarbons. Khim.prom. no.4:23f~-243
Ap 161. MRA 14:4)
1. Institut goryuchikh iskopayemych AN SSSR. I
(Hydrocarbons) (Oxidation)

VASILIYEV, S.F.; LAVROV, N.V.; LAPIDES, N.A.
Oxidative pyrolysis of butane. Trudy IGI 16:59-65 061. (KMA 16:7)
(Butane) (Oxidation) (Pyrolysis)

PANADIADI, A.D... kand. sellkhoz. nauk; VOLOVSKIY, S.P.., kand.
sellkhoz nauk; NAVROTSKIY,, S.K., kand. sellkhoz. nauk;
kand. sell-
PANADIADI, le.A., inzh.; SPIRIDONOV, A.L.,
khoz. nauk; T3,Y10FEYEV, A.F., kand. sel'Ithoz. nsuk;
LAPIDOVSK~~$_ i LI_! A red.
[Agricultural melioration] Sellskokhoziaistvemaia me-
lioratsiia. Moskvap Kolos, 1965. 502 p. (MIRA 18:7)

LAPIDOVSKIY, K.M., inzhener.
In the Scientific and Technical Council of the Ministry of Agriculture
of the U.S.S.R. Mr. t mel. 8 no.10:63-64 0 156. (Kw 9:10)
(Boring machinery) (wells)

/-A -D 0 V~ j~l Y
7
AUTHOR: Sefedor, V.D., Engineer and Lapidovsklyt K.M., 99-9-9/9
Engineer.
TITLEt Conference on Problems of Drainage by Means of Underground
Drains" (Soveshchaniye po Yoprosam osusheniya zemell a
primeneniyem.zakrytogo drenazha)
PERIODICAL: "Gidrotechnika i Velioratsiyal.1, 1957, Nr 9t PP 57-64, (USSR)
ABST.RACTz- i.S. Kuchumov Deputy Minister of the Ministry of Agriculture
of the USSR (Ministerstvo sellskogo Khozyaystva, SSSR), opened
a conference in Riga in June 1957t which was attended by
representatives of the Baltic Republicsq the RSFSR, the Ukrai-
nian SSR and.the 63SR. Problems of melioration were diacuseed,
and lectures were hold on different drainage systems. Kuehamov
stre8sed__the_jmpor~ance.of underground drainage systems, success-
fully applied to podzolic soils with abundant precipitation in
the Baltle republics for some time. The tasks to be accomplish-,
ed now in thetield of melioration was to repair the existing
underground drainage eyet.ems,.,and to replace the mole-.t,7p6 and
open ditch-type drains by subsurface drains. Rationalization
of planning and research work as well as higher efficiency at
the in3tallation of drainage systems is urgently needed b3cauB.e
Card 1/2

99-9-9/9
Conference on Problems of Drainage by Means of Underground Drains".
300-350 melioration projects have to be carried out in the
Baltic republics every year. Satisfactory progress was report-
ed by the Latvian representative Berzins, who stated that the
drained acreage increased from 23 % in 1914 to 45-8 % in 1957.
As in Latvia, the installation of underground drainage systems
was started in 1956 on a large scale in the Litbuanian SSR.
Slower progress was made in the Estonian SSR on account of stony
soils. Much has to be done in-order to fully mechanize the
installation of drainage pipes, for only 2 out of 8 basic
operations are mechanized at present. The article contains
1 table.
ASSOCIATION: Ministry of Agriculture of the USSR (Ministerstvo sellskogo
khozyaystvaS3SR)
A"ILABLE: Library of Congress
Card 2/2

LAPIDOVSKIY, K.M.
*%-~- 7~-
The ETN-142 trench excavator. Biul.tekh--ekon.inform. no.9:63-64
'58. (Yla,~, 11:10)
(Excavating machinery)

AUTHOR3 Lapidovskiyq K.M., Engineer SOV-99-58-8- I!/111
TITLE- Chronicle (Khronika). At the Scient1fic-Enginsering
Council of the USSR Mini i-y of Agricultur-~r (V nauchnc-
tekhnicheskom sovete Ministerstva sellskogo k7h.3syay5t,7a
SSSR)
PERIODICAL: Gidrotekhnika i melioratsiya, 1958P Ur 89 pp 671-64 ~'USSR)
ABSTRACT* The USSR Ministry of Agriculture has approved 33 naw
members of the S6ction of Hydraulic-Engineering and
Melioration of the Scientific-Engineering Council,
Academician-Secretary of the Department of Hydraulic
Engineering of All-Union Agrucultural Aaademy im.eni
V.I. Lenin, Regular Member of VASKhNIL and of the Uz-
bek SSR Academy of Sciences, Professor A.N.Askochenskiy
was appointed chairman of the Section. The following
persons were appointed deput-y-chairmen-. EnginGer J.',N,
Ananlyevp Director of Giprovodkhoz MSKh USSR, Engineer
V.M.Mellnikov, Deputy-Chief of Glav-odkhaz MSKh USSR9
Professor V.V. Poslavakiy, ReKalar Member of the Uzbak
SSR AS and Corresponding Member 1 of VASKbN!L,- A.N.Tsare-, ski y
Director of VNIIG*-ITe.1 and Zorresponding Member --f VASKWTIL;
Card 1/4 and Candidate of Agricultural Sciences K.K. Shubladzs,

SOV-99-58-8-11/11
Chronicle. At the Scientif -4-- -Engine ering Counotl of th; USSR
Agriculture
Deputy-Chief of Glavvodkhoz USSR MSKh. The following were
approved as members of the Sect-iont Engineer I.I. B-ada7zin,
Deputy-Chief of Glsv-7odkhoz RSFSR MSKh,, Engineem T.L,
Varkhotov, Chi-of Engineer of Giprnsel:eiektrog Candidate
of Technical Sciences S.A. Girshkan; Candidate cf Techn'.-
cal Sciences L.V. Dunin-Barkovskiy, Chief Engineer of Gi-
provodkhoz USSR 14SKh; Candidate of Economical Science3 NS,
Gubarl, Director of Sevl-TIMY.; Academician Ye.A. Zamarin;
Dotsent D.T. Zuzik; Professor A.Ya. Kalabugin; Cand'idate of
Technical Scienses I.I. Kovalorko, Director of IIIVKh; PT~-
fessor MGU V.A. Kovda, Corresponding.-Member AS USSR; Engineer
A.F. Koklyanov; Docent N.D. Kremenetskiyj Engineer Ir.11.
'-Kundzich; Engineer X.M. Lapidovskiy; Professor M,Ye. Uatsepu-
ro, Vice-President BSSR Academy of Agricultural Sciences and
Director BNIIIZESYh; Candidate of Technical Sciences Z,I,
Metel'Bkly; Engineer V,D, Nefedov; Candidate of AL7r_-*_-ul4u_-rel
Sciences A.D. Panadiadi; Professor I.I. Plyusnin; YA'. Fopov,
Member of the Board of the RSFSR YSKh and Chief of Glavvodkhoz-.
Engineer V.N. Rukavitsyn, Chief of YOM. Y-,'ater Economy Ad-
ministration; Engineer S.G. Tokarev, Director, 11.1loseow Excava-
tor Station; Dotsent IT.K. Fenin; Engineer P.G. Pialkovskiy,
Card 2/4 Director Rosgiprovodkhoz; Academician I.A. Sharov; Engineez

SOV-99-58-8-11/11
Chronicle. At the S cien tif ic-Enginee ring Council of the USSR, Mmfstry of
Agriculture
Ya.K. Shtarev; Engineer N.A. Sharov and Professor V.A.
Shaumyan, Deputy-Director for the Scientific Section of
VKIGil'. On 25 April 1958, the Section of Hydraulic Engineer-
ing and 14elioration of the Scientific-Technical Council
heard several reports on the prevention of plant growth in
melioration canals by chemical methods by I.A. Samgin
(Len1-TIILKh); Candidate of Agricultural Sciences G.A.
Gallkevich (SevNIIGiY,); Candidate of Agricultural Sciences
A.F. Birkaya, Deputy Director for the Gruz.19IIGi11' Scientific
Section; Candidate of Agricultural Sciences B.Ya. Sigalov;
The Section recommended the wide application of aboricides
against arboreous and shrub vegetation in drainage systems,
At its meeting on 23 Ilay 1956, the Section examined the
design of a machine for digging canals, proposed by the Insti-
tut gornogo dela All SSSR (USSR AS Yining Institute), Unlike
existing earth-digging devices, the principle of this machine
is -6ased#bnjaW'cav6 ib" method when preparing the soil
for excavation. Candidate of Technical Science G.V: Rodionov
Chief of- the IMiningInstitizte's Mlechanization Laboratory, ex-
Card 3/4 plained the construction of the machine. At the same meeting

SOV-99-58-8-11/11
Chronicle. At the Scientific-Engineering Council of the USSR Ministry of
Agricultaxe
a trenchless drainage pipe layer, designed by F.V. Ignatenko
(Kirovskaya lugobolotnaya opytnaya stantslya Vseso,ruznofo
nauchno-issledovatellskogo instituta kormov - Kirov Yeadow-
Marsh Experimental Station of the All-Union Scientific-Re-
search Institute of Forage), was examined as well as a drain-
age pipe layer designed by A.P, Brin*511 (Latviyskaya sell-
skokhozyaystvennaya akademiya - Latvian Agricultural Academy),
I. Agriculture--USM 2. Inland waterways--Applications
3. Irrigation systems--Applications
Card 4/4
USCONM-DC-55516

LAPIDDVSKIY, K. M.
I
Using hydraulic drills In agriculture. Mul.tekh.-ekon.~*rxs '
no.10:68-70 1 58. (NIRA 111,12)
(Boring machinery)

LAPIDOVSX1Y, X.H.
Flow-unit attachments to S-80 and DT-55 tractors for turning
over shrubbery. Biul.tekh.-ekon.inform. no.12:52-53 '58.
(MIRA 11:12)
(Agricultural machinery)

30(l) SOV/99-59-3-10/10
AUTHORS: and Shlr-lyarevskiy, A.I., Engineers
TITLE: In the Scientific and Technical Council of the Ministry
of Agriculture of the USSR (V nauchno-tekhnicheskom
sovete ministerstva sel'skogo khozyaystva SSSR)
PERIODICAL: Gidrotekhnika i melioratsiya, 1959, Nr 3~ pp 60-64
(-USSR)
ABSTRACT: The article is concerned with a meeting of the Scien-
tific and Technical Colin i1 of the Ministry of Agri-
culture of the USSR held during the period 12 - 15
January 1959, and devoted to full mechanization of
cotton cultivation and harvesting. The meeting was
attended by specialists in cotton growing of Uzbe-
kistan, Turkmeniya, Azerbaydzhan, Kazakhstan, and
Tadzhikistan, by research workers of the cotton-produ-
cing republics, by representatives of the plants
making cotton-tilling machinery, by scientific workers
of the Vsesoyuznaya akademiya sel'skokhozyaystvennykh
Card 1/5 nauk imeni Lenina (All-Union Academy of Agricultural

SOV/99-59--3-10/10
In the Scientific and Technical Council of the Einit-ry of Agri-
culture of the USSR
Sciences imeni Lenin), and by specialists of the or-
ganizations affiliated ivi~h water economy, hydraulic
engineering. etc. The meeting was also attended by
representatives of the Gosudarstvennyy nauchno-tekh-
nicheskiy komitet Soveta Ministrov SSSR (State Scienti-
fic and Technical Committee of the Ministers' Council
of the USSR), those of the Uzbek and Kirgiz SSR; the
Gosplan USSR, the Mini.sterstvo sel'sko-o khozyaystva
0
SSSR (Ministry of Agriculture of the USSR), and the
ministries of agriculture and water economy of the
cotton-producing republics. The meeting vras opened
by G.A. Borkov, Deputy Minister of Agriculture of the
USSR, whose short speech was followed by reports made
by the following personalities: 1) T.G. Zinin, Deputy
Director of the ITzbeks1dy nauchno-issledovatellskiy
institut mekhanizatsii i elektrifikatsii sellskogo
khozyaystva (Uzbek Research Institute for the Mecha-
nization and Electrification of Agriculture); 2) V.A.
Card 2/5 Tyupko, of the Sredneaziatskaya YaS (Central Asian

SOV/99-59-3-10/10
In the Scientific and Technical Co;xncil of the Yini7~try of
culture of the USSR
MIS)i 3) M.Ya. Topada, Chief EnF_,ineer of the Pakhta-
Aral sov11-hoz; 11) N. Bokirov, of the "Bi)yaut Nr 1111
sovkhoz. Tashkont oblast ; ~) I.I. Mcleshko.. Director
of the ~redneaziatskaya mashino-ispytatellr-aya stan-
tsiya (Central Asian Machine Testing Station);
6) B,Ye. Arkhangellskiy.L Chief Designer of the Li-
petskiy traktornyy zavod (Lipetsk Tractor Plant);
7) Ye.A. Sarkisyants, Chief Designer of the Vladi-
mirskiy traktornyy zavod (Vladmimir Tractor Plant);
8) N.I. Popov, Chief Specialist of the Nauchno-
tekhnicheskiy komitet Soveta ministrov Uzbekskoy SSR
(Scientific and Technical Committee of the Ministers'
Council of the Uzbek SSR); 9) Ye.V. Radkevich, Chief
Designer of the SKB for Cotton of the Tashkent Sov-
nark.hoz); 10) B.P. Firsov, Deputy Chief Inspector for
Cotton of the Y.-SKh SSSR; il) A.N. Askochenskiy, Aca-
demician and Secretary of the Otdeleni.ye gidrotekhni-
k_-. i melioratsii VASKhNIL (Hydraulic En ineering and
Card 3/4 Melioration Department of VASKhNIL); 125 K.K. Shub-

SOVI'99-59-3-10/10
In the Scientific and Technical Council of ("he
culture of the USSR
ladze, Deputy Chief of Glavvodkhoz 11SKh USSR; 13)
N.N. Bukov, Senior Scientific Worker of WTIlGilvi;
14) L.D. Stonov, NIUIF; 25) M.F. Kulikov, Fergans-
kaya opytna7a stantsiya (Fergana Testing Station);
16) S.D. R:41uhev,. Gosplan SSSR; 17) N.Iq Fershtat,
Deputy Kinister of Agriculture of the Uzbek SSR;
18) A.A. Troitskiy,.Dep-aty Minister of Agriculture of
the Tadzhik SSR; 19) M.A. Matveyev. GosNIIGVF- 20)
N.I. Kostyuk, MSKh of the Kirgiz S~R; 21) S.M.' Shakh-
muryadyan,'VIM; 22) M. Khalilov, MSKh of the Azer-
baydzhan 33R; 23) K.A. Gularyan, ArmNIIZ; 24) A.A.
Karimov, GNTK of the Sovet Ministrov Uzbekskoy SSR
(Ministers Council of the Uzbek SSR); 25) N.I. Depta,
Tashkent sovnarkhoz; 26) M.N. Ananyev, Giprovodkhoz;
27) I.P. Panov, Tash.sellmash; 28) Ivanov, GOSNITI;
and 29) V.A. Kaufman, Gla-,rnoye upravleniye mekhani-
zatsii i elektrofikatsii MSKh SSSR (Central Admini-
stration of the Mechanization and Electrofication
Card 4/5 of the MSK-h USSR). Among the organizations only

In the Scientific and Technical Council of the hTSMY99-59-3-I'110
linistry of Agri-
culture of the USSR
mentioned in the above reports yet not listed above
are the following: 1) Vsesoyuznyy nauchno-issledo-
vatel'skiy institut gidrotekhniki i melioratsii
imeni A.N. Kost-yakova (All-Union Research Institute
of Hydraulic Engineering and Melioration imeni A.N.
Kostyakov); 2) Gidroproyekt; and 3) VNIIStroydo=arh.
Card 5/5

14(10) SOV/99-59-6-12/13
AUTHOR: Lapidovskiy, K.M., Engineer
TITLE: A Dam With Plastic Lining
PERIODICAL: Gidrotekhnika i melioratsiya, 1959, Nr 61 p 60,
(USSR)
ABSTRACT: The article describes a reservoir dam with plastic
lining, the first ever used in Australia. There is
1 photograph and 1 Australian reference.
Card 1/1

LILPIDDVSKIY- K.M.
The KDG-55 and XDG-W mole-drain machines, Biul,takh.-ekon.
inform, n0-3253-54 160. (HIU 13s6)
(Drainage)