SCIENTIFIC ABSTRACT LAPTEY, D.L. - LAPUSCA, E.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928630004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/0 5 816 3/0 OP/W 2,10 -P/,1;70
The effect of the ultrasonic action on... A160/A101
field h lead to a development of various structures. The structure obtained by
the action of the ultrasound may be eliminated by a superposition of the field
h, and vice versa. During an increase of the ultrasound intensity, a displace-~
ment of some boundaries tiLke6 place in the beginning - and also a simultaneous
shifting of the domains on the whole. Individual domains begin to fractionate.
Subsequently, this appeErance intensifies and leads to the fact that the visible
picture on the surface of the sample becomes washed-out.
N. Smollkov
[Abstracter's note: Complete translation]
Card 2/2

X a 6/0'
6/0 1 - '62 , ~.- 5- -, I,
AD 01/
t~ Ch6ikabhft-j~-,t. Drokin A,, I
~Ah6 domain struc-
of ilicon iroln",
ERIODICAlt:'-~.Mef6rativ*y zhurnal,-, Blektr6nika'-i jtye -primeneniyep
J963s- 10- -(IA collection: Pri-
119 abs, tract,~ V 18
jieneid~a:. al traakust. _k?,i6sledo- vesh hestvaq ~no.,15t
M, 1961 189- 94)
investight' d tha, effee of.ultrasonia,vi-
e
eatioh and 'a.n.---altornat I gIM-agnetic -field; ~on the.:domain -stracture.
r''slild ,o-n ~,iica~ subjected t10.various."kagnetiziAg' fields.'-The ultra---
apiplied,.to the-ep'iecimeh by a.
.20 ko/a.ultrasonic,
Beil-lator- .4A-6__a`,iagnetobtribtion, vibrator. The-.domain structure
ma~~et.o,-dptical.
-was
Lx`k~'J T~e-va~'riAtion:in~dbmaiii~str:ucture observed visual
h t -bein&:'taken fter the-vibiation'.4" "switched off,
. o ograp
p
3,otographs-,_a-rq-g ven,of,the, a e,,lii-doma:~s-tr'UC-,tiirbe.aft6r and
71

S/275/63/000/001/026/035
~D308
ID413
.P~,;:~J.Thp,, eiffbe t
ezore*:~.~q,
b -P sbh_ic,:-treaVmefit-_ (at Various magnetio'lields, under va-
i bial. ti onditions~ete e e uthors
r. Ous'l maif!xt a -'.Iheir,work 11 ad th a
'16 _(i) ultrasonic action leads to disinte-
wing -results::
Aid '-'Of --the basic -struc ure
't both lil th6:absence and,in the pre-
tiz,ing: field..
pence -A _.:magne _(2),,Ultrasonic~shaking.and 'shaking'
o b" ecimen'.~,by.. an alterruiling magnetic: field- leadi to diffe-
ra eto:-, ra ni
Te 2 e structure.obtainbd,b alt go c action can be
6y,~~app ylng._an~~al.ternating. magnetic ~.~rield'and'vice versa*
initi .al state other_conditions~being the
,~~,.g;same ultr,aso -nie, action always leads.,to the:saine:-structure. (4) Vi
_t have shown that ast
ervati one: d tiring: th 6 ultrasonic treatmen
-,-,3-ntensi y, d Ily increased 'the fir t effect is the J'
3. a. gra ua, a
o so ries and.. the simultaneous 8hift-of do-
f me-,bounda
t
A dividual- domain's - start ~fo` disintegrate.
i eAn
he8e~~ ects intensify up to' imum Bound.i.
..the-point -;here at max
'_,-,,;,.Anten.qity- the picture- visible on - the surface: of the. specimen ap-
_,dec eas 4 -a defi
ut'' As-1he sound_.~ Ate ity., io-
31 ns r e nite
t , , Ii- 6 ~ -
Is ru .a 0?67~ gra ual y-bstablish s A -'The traoturee ar shown in,
teelf
Oi'o"g'r-,a,p,hs,iel,*5'!,'-figaies,,,,7 ref erenc"~,~ /Abstracter' s note: Coiplete
-2-

GORk., Barbara; -IARTIEW.,~
Polish wheat varieties in the U.SI.S.R. 'Postepy max, roln 9 no.5:89-
913-0 It 62.

LAPTINY M.;.PRUTSKIY, A.
Conference of Moscow sconcaists. Vop. ekon. no.2:152-157 F 163.
. (MIRA 16:3)
(Moscow-Industrial managemen,~--Congressjs)

AKOWZINp P.A., doktor tekhn. naukj LAPTINA L.N inzh.
Corrosion effect of phosphation conditions of boiler water.
Teploenergetika 11 no.10;7-11 0 164. (MIRA 180)
1. Vaesoyuznyy teplotekhnicheokiy institut.

rON IRt AP50-UO79
MV0250/63/OOq/OC4/021q/O.220
11=r.-Conceritirg-one method of successive approxiistions

3h236
S118116210041002102310-11
(lo 3 B101/B102
AUTHORS: Skubenko, A. F., and Laptiy, S. V.
TITLE,- Optical properties of Sb 2S3 single crystals
PERIODICALg Fizika tverdogo telal v. 4, no. 2t 1962; 449 -- 453
TEXT; Lamellas 0.65 - 0-1 mm thick, which had been out from Sb 2S3 single
crystals purified by zone melting, were polished and examined in in-flared
li-ght. The optical investigations were carried out with an MKC-6 (IKS-6)
spectrometer, and an AKP-1 (IKR-1 ) needle was used as a source of radiation.
The radiatien was measured with a thermocoupleg and the reflection was
measured according to M. P. Lisitsa and Yu. P. Tayashchenko (FTE~ no. 4,,
1089 1959). Transmission and reflection curves are shown in Fig. 1. The
brittleness and porosity of thin specimens made it impossible to examine
the self-,absorption edge thoroughly; however, the forbidden band width was
found to be 1.72 ev. Light polarization showed no change in the trans-
mission curve, nor exerted temperature variations from +20 - -1500C any
effect. It is concluded that the infrared absorption by free carriers
Card 1/3

A236
S/181/62/004/002/023/051
Optical properties of Sb 28 3*** B101/B102
within this temperature range is caused by the interaction of electrone
with impurities or by another mechanism, and depends only slightly on
acoustic lattice vibrations. Absorption-by free carriers owing to scatter-
ing by acoustic lattice vibrations sets in at 14 - 15P. The absorption
band of 9.1 - 101L corresponds to an activation energy of 0.12 - 0.13 ev
and is attributed to a system of impurity levels. The refraotive index
is nearly constant (2.7 - 2.75) and increases to 3.1 within the absorption
band. Sb2 S3 is a semiconductor with predominantly covalent bonds.
M. P. Lisitsaq Doctor of Physics and Mathematiesp is thanked for guidance
and for a discussion. There are 5 figures and 13 references: 7 Soviet V~
and 6 non-Soviet. The four most recent references to English-language
publications read as followss J. Black, E. Conwell, L. Seiglea, C.Spensar~,
Phys. a. Chem. Solidsq Z, 240P 1957; F. Mooser, W. C. Pearson, Phys. a.,
Chem. Solids, 2., 65, 1958; R. Bube, J~ Appl. Phys., L1, 315, 1960;
S. Ibuki, S. Iochimatsu, J. Phys. Soc. Japan, 10, 5492 1955-
ASSOCIATIONiChernigovskiy gosudarstvennyy pedagogicheskiy institut
(Chernigov State Pedagogical Institute)
Card 2/3

34236
S/181/62/004/002/023/051
Optical properties of Sb 2S3` B101/B102
-his temperature range is caused by the interaction of electiona
within t
with impurities or by another mechanism, and depends only slightly on
acoustic lattice vibrations. Absorption'by free carriers owing to scatter-
ing by acoustic lattice vibrations sets in at 14 -- 15p. The absorption
band of 9.1 - 101k corresponds to an activation energy of 0.12 - 0.13 ev
and is attributed to a system of impurity levels. The refractive index
is nearly constant (2.7 - 2.75) and increases to 3.1 within the absorption
band. Sb 2S3 is a semiconductor with predominantly covalent bonds.
M. P. Lisitsa. Doctor of Physics and Mathematics. is thanked for guidance
and for a dise'ussion. There are 5 figures and 1~ referencess 7 Soviet
and 6 non-Soviet. The four most recent references to English-language
publicat-ions read as follows: J. Black, E. Conwell, L. Seiglea,, C.Spevszx,
Phys. a. Chem. Solids, Z, 240- 1957; R. Mooser, W. C. Pearson, Phys. a..
Chem. Solids, .1, 65v 1958; R. Bubep J. Appl. Phys.9 31~ 315, 1960;
S. Ibuki, S. Iochimatsu, J. Phys. Soc. Japan, _109 54%, 1955-
ASSOCIATIONsChernigovskiy gosudarstvennyy pedagogicheskiy institut
(Chernigov State Pedagogical institute)
Card 2/3

34236
S/161/62/004/002/023/051
Optical properties of Sb 2S3- B101/B102
SUBMITTED: September 1,1. 1961
Fig. 1. Transmis'sion and reflection curves of Sb S d 0.63 Mmj t 200C.
2 3
Legends (1) reflection; (2) transm-iBajion.
Fig. 1
B, OA
%
30-
f0 - 2
05 f5 25 35 44 $5 U 7 Id",'c
Card 3/3

F_", (b q
SWT
L 88221c- 15-1
!JD
(t) RUA.,
P40
..43095 ''SIO185/64/009/007/0744/0748
AC
ubtn 0 -:I'i` S'4. V
"4u
T rtiet- of S b jLO 4' Sin'SIS -ctxj~alq
s-:-Opt Ca ~PTARt
Xk inalkyhy fizy* nal'. V4 91, no.~ 7~ 1964, 744-
CE. ray chnyii zvu~
AG -crys.tAl absorption,
_S antimony sele'hide single crystall
~ele-~id~-'- crystal. ref lee-tion$., crystal, transmission
-A n t IMO T1 y
-AB-STIUM. _.7:The` absorption, Tsillection, and transmi5sion were measured
single et stals in, the Infrared part
(SbOa 3)
rom 500 to 9500 m- In adf3ition,the re-
--Spc.c rum r
anging
index was caiculated,* and the diaperslDn curve was plotted.
absorption band and three supplementary
As a re-sulf),one fundamental
b a It f; 1 A M P U r-1 t yorigin vere found on the absorption curve. A n
11 A, Jor
By 'V e :0 b141den zone was determined at the
6a, -1
'1 05 o f the f-Un ents a
ox;ii16n:1atd i, The 1~ira t s up-
1e'Me'ntarY1''abS,0Tp t ion band# with a flat-ioaximun an the side of longer;
lied-witbin a wide range of 4*55-2i7 'rhis band contains a
A_
Card
1/2

NRI_ I.-AP4043095
A,C.CESSIO
V-oia --sp,~ctru of. oner:8,7, levels. I t superlim-poses three maxima of
8 0' 32 and -0.36 ev, which were detected on single crystals of the
,purity by means of the thermostimulated currents method. Tv o
-6 ame -
-
- A - 2.49 and 2.24 p
~
bands (2,7-1.457 V) have sharp maz.Ima -ar.
iotlfe
r
-
,
.
.
i ation energies E - 0.5 and 0.58 ev, With a decrease in
ith-,-act v
temperature, the absorption in the bands Increases. The temperatu re

-7.2x10
-_~J~6eflidient of the change in the forbidden band width 6
V/deg was calculated from the temperature shift of the transmissi on
_,turve. The change in the forbidden band width is due to a change in
!atomic lattice vibrations. The refraction index slovly increases to-
the band of inherent absorntion from 3.7 to 4.1. orig. art.
............
d- -4

A bu A t it G." Shevehenke
tz n veray.. e
ASSOCI T
go Peae-gogical
tKiev Stite Vnii6rBity); CheragivalIq*y pedi=t~ tut Cherni Y

7JMJ4ITTZDj-'-._llSbp63 ATD PRESS, 31,00 ENCL: 00
IS UR C QDi t-88 op NO REF SOVI 006 OTHER: 001

_IC
0-d

I-APTINA, Ra.
oftboxot of vitamW A stood carotene on
alti of a d&Tk-adIPW OYO. A. A. I tht~
Fort,4, bit. S. S. S. H. 13. 4&1-60049).-~ -TW1rr11;vI'-
dally adinin6fratloot 44 14 mg. vitaittin A (it 2 -4 mg. earn-
Irsw 11I.M vitual thitillould was drill. (IA-1111ts, rNimmur Itt
A -TTVH Ilt-I&I Of iflUOIJ1141jan fly IM11b,
fullow"I by 1-2 min. dark period. follawed in turn fly
Wittitivity dans.). The ramt crivoctive improvement wu
found its 1.7-1.9 ml. dovAge of vitamin A or 3.4-3,7 mg.
cartstrnr~ Iota 4t~-min.adaplatkjnpeiiadnotliOrt-x. was
lostrul at thr termination of the test period ast tooscreflortol.
flat its the initial adaptkm period On yoonger Specunrus
(20-3o) yTs.) showed a hiSbet degree Of "SitiTity than the
colder goroup. 'ne activity o1 vitamin A was approx.,
double that. of ranitene- C.. U. KqSOtpGO

VORONSTS, N.S.; LAPTINSKAYA, U.S.
Now data on the age of Inoceramus of the retrormus Keys group.
Pokl.AN SSSR 96 no.1:145-146 My 154. Oa-RA 7;5)
1. Nauchno-iseledovatellskiy institut geologli Arktiki, Leningrad.
Predstayleno akademikom D.Y.Nalivkinym.
(Lena Valley-Mollusks, Fossil) (Mollusks, Fossil-Lena Valley)

LAPTINSKIY,
---- ......
A method of ccnsecutive approximations. Dolk-1. All BSSR 9 no. 4:
219-220 Ap 165 (1-11IRA 19:1)
1. Belorusskiy gosudarstvennyy universitet imeni Lenina.
SUbmitted March 30, 1964.

ShIMENK0, A.F.; LAPTIY, S.V.
~ .
Optical properties of Sb 2S83 single cryst--l--. Ukx. -liz. zhur. 9
no.7:744-748 J1 164. (IaRA 1-1:10)
1. Kiyevskiy gosudarstvennyy univar3itet im. Shevcherlm i Chernigov-
skiy pedagogiches'l-dy institut.

IAWIYMO, V.A.
Saw riounted on the 111D0 handcar. Pat' i put. khos. n0-7:13 Jl 157.
(MM IM)
1. Zamestitell nachallniladistantaii, stantsiy4 Ventspils [Iatvia].
(Railroads-lquipment and supplies)

LMIM111-It
eoo-~ ~ Procurement system for livestock requires reorganization.
Miase Ind, SSSR 29 no.2:34-36 '58. (MMA 110) -
l.Upravlyayushchiy Rossoshanskoy skotozagotovitellnoy konWro7.
(Meat industry)

PARITSKATA, L.Y.1 KOGAN, Y.N.; KALACHEVA, A.P.; CHEREDHICHENKO, G.S..
Prinimali ucbastiye: PASHNINA, Y.I.; KOROBKOTA, T.M.; BURYA-
KOV.A, G.I.; AGASMaHA, iN.S.; AMOUINA, G.N.; ANMOVA, T.Ta.;
BOBINA, IA.L.; MKAKOVA, Z.P.; YMMOT, Tu.A.; POLUTSKAYA,
L.G.; SHISHKINA, otv.red.; ROGOVSKAYA,
Te.G., red.; ORGEIN, A.N., tekhn.red.
(Agroolimatic reference book on Chita Province] Agroklimati-
cheskii spravochnik po Chitinskoi oblasti. Leningrad, Gidro-
msteor.izd-vo, 1959. 131 P. (MIRA 13:2)
1., 1. Chita. Gidrometeorologichookaya observ
I atorlya. 2. Starshiy
inzhener-agrometeorolog Chitinskoy gidrometeorologicheskoy
observatorii (for Pariyskaya). 3. Chitinskaya gidrometeorolo-i-
cheskaya o'bservatoriya (for Kogan, Kalachava, Cherednichenko).
(Chita Province-Crops and climate)

CA T EG 011LY
ABS. JOUR.
-T)f;3
Gtmerul Biolo6y
Genetics. Plant Genetics.
I RZhBiol., No. 3, 1959, No. 9731
AUTHOR
I"
C! La7,t.- -v-lr-h. F. Fuleshov, 1% 'ho
-''--
t
t
.
T.
--
',
itu
Resea-1--ch 7ns
Ali rif JjetC-j,0SjS ",TI 7*a'F
- n: .4 C-.
in 12elation 111heir Conddtiun-,I.
OR,.rLG. PUB. :Byu], n.-i. in-ta rastan-1yevcd3+,-.va,
selel:,ts. -1, -
, 10c:611, No 2, ~-6-Q8
cnrat.
ABSTRACT ~
.
:hho experinents were, -,,arforzmed against
bac.1-:-,r--X,r,vr-0s .6 with and -ivithout irrif--
ati,:,n.
,
Unde-r the coneitions o~ irr-igatlon the,
(Sucess, anel VIP-2_c laybr-ldls proCaica a
Par t)-an ,)a.-omt foinns whille accorc-I.inc to its
,,y j7 J. C- -
i ht thie hybrlifs e~Lr -.ioos not
i-'riSm th(, ear~l of paront for-ms in c-jn-
~Iitinnr, kp,,nrL
s~.,oll-h rind 'li-brL:12
Mr.in
:
fw
nls, It war, deternincJ thnt w-idor 11ho

"'''l mmt Growing an.61 Genetics.

V. Vaw -6-tv -r. STRONA,, I.G.,, kand. sellkhoz.
za-m'.--otv. red.; VOLIF, V.G.,. red.; POLYAKOV, I.M., red.;
LAPTSEVIC4,1P, ed.; KIREYEV, F.N.,, red.; FOKIDIKO, A.I.9
~Mm.j MTUTCARIA, L.A., tekhn. red.
[scientific problems in Beed production, the study and the
inspection of seeds] Nauchnys voprosy semenovodstva, semenove-
deniia i kontrollno-semennogo dela; sbornik materialov. Kiev,
Izd-vo Ukr. akad. sellkhoz. nauk, 1962. 203 P. (MIRA 16:5)
1. Soveshchaniye po organizatsii nauchno-issledovatellskoy ra-
boty v oblasti semenovodstya, semenoi6deniya i kontrollno-
semerfAogo dela. Kharkov, 1961. 2. Uk+nskiY naue~xo-issledo-
vatel'skiy institut rasteniyevodstya,'selektsii i genetiki
(for Strona). (Seed industry)

lit t
11 .I j I
.3is id

BORISIVICH, N.A.; KHVASHCHIW
X"A. Ta. S. ; LAPTSHVI -CH;, 1. F.
Dispersion filters .for the infrarerl spectral region. Trudy Inst.
f1z. I mat. AN BSSR no-2:214-223 1 57. OfIRA 12--11*
(Ligbt filters) (Infrared rays)

24(7).24(0)
TMAI
12MUCAL4
ABS?ZACT8
Card 618
AesdamIcIsn AS
Beloseseksys SU
Investigations by Belorussian scientists in the riold of
"tromwop7 and Luminescence (Raboty beloru-11kith 0-19nfth
,a "ektrolkapil I iYusinestoontoll)
yestaik Akzdosii mak BSSZ, 1959, jr 1, Vp 66-76 (VS32)
2hoso Is'.211ratione a" being carried out at the Institat
risiki & astomatiki (Institute of Physics and Mathematics)
and the fisichookir fakul*tot BeloruSakago universitats.
(ftelft olowbaeut Belorussian UdIversity) under the direct-
Im __ 1. ase"'A'a, 1. W. S.Tob.nko, 2. A. Y.1-yash.vich '
AsedsaWan- AS B332, and 7. 1. Veda", , C.sx..pm4ig Bomber.
Asadeal of Sciences. 3331. In the field of thocratia.l. sp*otn_
SOOP7, the investigations by P. A. Ipaemas,IA. B. 1. Stream,
are mentioned . ftrtb.r. the folloming In-
_r
._&L.ZA_ftUhlXBlkOr,, 3. 1. Stepana, developed a theory of
dispersion light amm
IMI'mahah.'sk Y..
Tz"inelt by exVorilgent. dispersion a t- or the
Infrared stage. igh f
A- P. PrIsh1volko analysed the accuracy and the field of
OPPIld"104 Of existing d*t-migatica 2-thads of optical
idustanto of dispersed and not dispersed maUri.1m.
1-krAth-vich. A. A. Lab.dp, obtained
no of
PO"Amt results ccram-=414 *be kin.clow of one , Ogre
OP&* "sch"99 (OPOOt"I lutOmAltY and 4190hargv temperature).
3 -I=DJ= *x&MIn0d the Wo--U&I influence.
of elfamalp In sp.*trms analysis. and -zpl-4no4 the vothods
for.th.ir ellmloation.
0. T. Ovachkin suggested a series of methods to *listnat.
-INV-13UXURM of third *loa.atm.
4. T Ovachkin jt_.?_Xri-oh_e7p, succeeded In working out a
eotkt;.l mth.d'af b ... 11 pwalcIllin In ordinary ponlall IIn
1. A. ic - -
Y.1kazavlah.- A .1s.im*4 the
cb'"?7-roilioum psudaa~.. ~1~
Infrared spectra a
1. A. Barlso.lah... 1.J vxo~tu-4
aseries ofstraclo,al ~~1_.ohol oxide..
X. A. DOMIlovich "tked out a lusisescomoo method for the d.ts~
vilmatia. of the ff.ruLasting po..r Of the toad of a.* kinds
of treis. . I i
~ak=chqk,obialusd good results. by the use of lueizol.
samoo analyei-In.dvroatology.. . .
S. S. 131harsuomauka 411.1a.d the absorption spectra *'f the
&1bUs14O.Tp-.TYMFoLAr1d. complexes.
D. A. Urkov used sp*ctral nothods for analyzing slbUalnou.
-TRBTN`-.~-_ra the blood.
X. 1. Pamlymoboakoe 0. A. t%verto carried out am extensive
of the famation or molecular
&" ovaries co.rounde in solution..
1. A. 3eveheako spectroscopically examined the structure of
various silica..
1'l; A.... PrIaw'.arried out theoretical in-otisal.
OA 'he WrMall spin 'ra of various silicate crystals . 1
19

Abstract : The author criticizes M. S. Vyzgo's article (this
journal 1954, No. 5) pointing out erroneous statements
and presents his own analysis in a table on the com-
putation of washouts in the tailwater, at the down-
stream toe, and for dams without a reinforced down-
stream apron. -TW-6 diagrams. Six Russian references,
1947-1954.
Institution None
AID P - 3380
Periodical : Gidr. stroi., 6. 37-4o, Je 1955
Subject USSR/Hydr Eng
Card 1/1 Pub. 35 - 11/16
Author Iapturev, N. V., Eng.
Title On local washouts in the tailwater
Submitted No date

.- -..~APTUR~EVN.I.,_ inzh. (g.Frunze)
Fergana-type water intake and its possible improvement, Cddr. i
mel. 13 no.2:3?-46 F 161. (MIRA 14:9)
(Hydraulic engineering)

V, X V
L&Pzmv, il.v.
Calculation and scale of conjugate depths in a h7draulic jump.
Trudy Inst. vod, khoz. I energ. AN Kir. SSR no.4:101-110 157.
(MIRA 10:12)
(Hydraulic jump)

LAPTIYENKO, V.A.
Orinding machine vith a gasoline motor. Pat' I put.khoz. 4 -
no.10:29 0 160. (MIRA 13ig)
1. Zameatitell nachallnika distantsii, at. Ventspils, Latviyakoy
dorogi.
(Railroads-liquipment and supplies)
(Grinding machines)

IAPUI Edita
A practical method for molding the rod-type castings. Livarstvo 9
no.48:134-335 JI 1622.
1. Fabrika 1125. maJ", Minda.

IAPUCHA , Ryszard, mgr inz.
Approximate method of determining the principla dimensions
of an annular combustion chamber with fuel evaporation and
preliminary computing to gasodynamic characteristics. Inst
lotn prace no. 21:15-20 163.

JARO-"114:-!Kl, Jozef, mgr inz.; !ArIVIIIA, Ry-Rz-,rd,, mgr inz,
Combustitm ir, flcw. Ft. 1. Techn loin Iq no.6.-
11
50-154 Je '64.

ACCEMIai za: AP4042748 P/ow8/64/oo0/007/O176/oi8i
AUTZCR: Jarosinski, Jozef; lapucha, Ryzzard
TITLE: Ccmbuntioa in a turbulent f1w
SOURCE: Tecbnika latnicza., no. 7., 1964, 176-181
TOPIC TAGSt turbulent combustion, flame prapagatica, flame velocity
ABSTRACT: This Is a em-tinuatim of an article on two models of turbulent ccmbus-
tion. Here, the authors desexibe the methods wed in detecting turbulence, de-
termining its characteristics, and investigating the effect cr Individual param-
'~.i eters oa flame propagatica velocity* The effects of lamin flame propazatica
velocity 11,, velocity fluctuation ul, pressure p, excess o4r a. temperature T.,
high-freqg~mcy spectrun bands, and Reynolds n=ber (n t~e f1we prorAgatica
velocity u vere calculated froa the formula u. - B x u. M x t~f. and plotted. Inas-
Much as s~leniiats g;Lve different values to BV m$, and f the relaticaships
ut . f(UT., U )JI V at - f (Re j vere calculated by various
.t . f(U'.. a), Ut a- f (u), and I
m6thods of Soviet scientists* The data show tbAt 1) the turbulent canbusticu
Velocity is higher for pates giving greater velocity fluctuatims In high-frequen-
Card

Acassiox nR: AFW42748
cy spectrum banas, 2) the increase in the Re nunber increases the turbulent flaw
Propagatica velocity, 3) most of the hydrocarb~as have the hie~iest turbulent
o=bustica velocity vhen a equals 0-7 to 1, and 4) the turbulent acmbustica veloci-
ty increases vith Increase in pressure end Initial tem2eraturee Orige arb* has
20 figures*
ASSOCIATICK:

JAIROSINSKI, JOzef, mgr inz.; LAPIICIIA, Hyszard, ingr Inz.
Combustion in turbulent flow. Pt. 2. Techn lotn 19 no. 7: 'T,%A:s; -
176-181 J1 164.

7
7
''T WE--
NRz~' 'AT6015513 SOURCE CODE: PO/2532/65/000/025/0024/0039
'R' r
AUTHOR:
P lea i(Haster of a to; Engineer).
~.10RGI none
TITLE: Formation processes.of 1wo-phase combustible-.mixtures
J~,SOURCE: Warsaw Instytut lotnictwa. Prace, no. 25, 1963, 24-39
TOPIC TAGS: fuel injection, combustion theory
rv
A su ey is-presented, based on Soviet and Wettern literature, of the
-present-state of knowledge of the process accompanying the formation of a combustible.
.-."'.~-~Mixtur`e.- Jhe physico-chemical, aerodynamic, and hydraulic proces ,sea taking plac6.in
a combustion chamber between injection and ignition are covered. Problems of droplet
and motion, as well as mixing and evaporation of fuell/the
~:,spectrum of atomization, fuel injection and breakup
-of bets are covered. Orig.
:.art., has., 28 figures and-19 formulas. ~[AVI
UB CODE; !I/--.SUBM DATE: none/ ORIG RM 001/ OTH REF.i 017/ SOV REF! 622;.,
AMPRESS:
UDC: 621.43.019
Ccid

GERSHBERG, Anatoliy Yevgenlyevich,* LAPUK, A.G.,, red. .
[Television camera tubes using the photoconductive ef-
fect (vidicons)] Peredaiushchie televizionn7e trubki,
ispolizuiuihbhie vnutrennii fotoeffekt (vidikory). Mo-
skvap Energiia, 1964. 239 p. (MIRA 17:11)

jj -Z -1 1...
A j a- t R A
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0.0
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00 No.,12, 10-1B.-Thr mum rffirivni awtbod ul smvmanit
ad I am a sand Is the cmation of an undasmad Combo-
tion area whkb toom prog"saivrly throuSb the mod,
,so:
To Jumeaw the temp. ot a sand by injecting but s4r Is uw .04
mmomicai. The probicia Is mated matbtmatkz'Jy. -
set I A. Boehitivsk PIt**
004) 1 1 1=04
000 :.00
OOj =00
0OW P., coo
coo
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a*
said" .40 04T get OWTIC"t 431441 aw 0" ask t 0
a j F I u - 1;; An A S a N 0 0 - I v 91 0 a a 3 0 RX
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;141:10.0-0-0.-Ooo*e*oooooooooo~oo 0000000*00006-0-00-000AA

WMIG&s.. Natural Apr 1947
Petroleum,, Well drilling
"Co'neerning the Distribution of Tressures in Gas
Deposits," B. B. lapuk, 7 PP
"Neftyanoye Khozyaystvo" Vol 25, No 4
Mathematical treatment of pressure'ana pressure
drop in fields and oil wells. Diagrams and tables
ibowing relationship between gas pressure and
variables In underground and well conditions.
PA 9771
9TT1

LAPUK) B-. B. . PA 52T89

LAPUK D. 13.
4 hOT9C

IAPUK, B. B,.; SHCREMACHEV, V. 11.
Podzemnays gidravilim fSubsurface Hydraulics_/ , 14oscou-I&nIngrod, 1949.
No. 444, 16 Aug 55

LAPUK B. B.
-USSR/Geophysics - Filtration 1 Jul 50
-*Approximate Solution of the Tvo-Dimensional Problem
of the Displacement of-Gas by Incompressible Water,"
B. B. Lapuk
"Dok Ak Nauk SSSR" Vol LUMI, No 1, PP 33-36
Describes iteration procedure for determining be-
havior of a water-bearing contour as j;as is re-
moved from a gas well. Assumes gas is ideal and
filtration is isothermic and follows Darcy's law.
Submitted 17 Apr 50 by Acad L. S. Leybenzon.
166T28

USSR/Pbyzics - Filtration 1 Aug 50
"MAgnitude of Index n in Filtration Regime of
Bmogeneous Fluids and Gases," B. B. Lapuk, V. A.
Yevdokimova
"Dok Ak Nauk SSSR*' Vol =II, No 4, pp 675-677
%0
Sbovs, in region crit for Darcy " Law, index n is
function of Reynold's number, nille), according to.
"ta of exptl investigations into dependence of
'coeff "lambda of bydraulic resistaii0e upon Re.
Subject problem for simultaneous existence of dif-
farent regimes wa6 lot considered by Y. N. Shchel-
kachev in bis book: "Podzemnaya Neftyanaya
:~Gidravlikau (Underground Oil Hydraulics), Moscow/
Ianingrad,, 19~41 and by B. B. Iapuk in his."Teoret-~~
-icb6skiye Osnovy Razrabotki Mestorozbdeniy Prirod-,
~nykh Gazov" (Theoretical Bases,of,Working Deposits
,of.Ratural Gase6), 1948. Submitted 7 Jun 50 by.
:4~ad L. S. Leybenzon.
~AW
C4

TAPUK, B. B. ancl YEVDOK-IMOVA, V. A.
"Determination of Gas-Deposit Parameeters vrc-. 'Well-Test Data in USSR,"
Dok. AN SSSR, Vol 73, No 6, 1950, PP 1, 141-1, 142.
Translation W-15116, 14 Nov 50

IAFUK, B.B.; BRUDNO, A.L.; SOMOV, B.Ye.
-c- , Cones of bottom water in oill fields. Neft. khoz. 39 n0.5:
45-50 MY '60. WRA 14:9 )
(Oil field brines)

,- LAPUK B.B.,jBRUDNO, A.L.; SOMOV, Mee'
- 1:4~-
Bottom water cones in ggas pools. Gaz.pram. 6 no.2.8-12 161.
OKI~ 14:4)
(Gas., Natural)

TSAYGERP M-A*; Prinimall uchastiye;.LAPUK, B.B.4 prof.; TREBIN, F.A., profe
SAition to the problem of one-dimensional unsteady flow of gas
through porous media with the aid of the M-2 high speed digital
computers Gaz.prome 6 no-4:1-9 161- (MIRA 14:3)
(Gas, Natural)
I

IAPUK, B.B.; KRUZHKOV, S.N.
Determination of the ultinate recovery from vater-free wells and
ultimate pressure decline in gas wells with bottom waters. Azerb.
nefti. khoz. 40 no. 3:22-25 Mr 161. (MIOA 14:5)
(Gas, Natural)

0
Q,
IAPUIj B.B.,v MIMKr$ YE.M... TREECIN, F.A.
Scientific principles of the development of gas fieMa in the USSR
Report to be submdtted for the Sixth World Petroleum Congress,
Frnakfw-tt 16-26 june 63

B.B.j,-AMTALIYEV, E.B.
,_~U ~ -
Method for the approximate analytic solution of a problem of
nonstationary gas flow to a -line of wells in a reservoir of
varying thickness. Izv.vys.uchab.zav.; nefts i gaz 6 no. 12:
91-96 163. (MIRA 17:5)
1. Moskovskiy institut neftekhimichaskoy i gazovoy promyshlennosti
im. akademika I.M.Gubkina.

LAPUKP B.B,,
Using the metnods of nuclear physics to determine thp ultimate
yield of wells and the maxiTmim, depression in gas nnd oil pools with
bottom water end in gas- and oil and oi].--a-nd-grz,,~ fields. Trudy
14INKHiGP no.L~-,60-70 163.
Degree and nature of drilling in gas pools with bottom water. .
lbid.:83-97 (MIRA 17:3)

SOMOV, B.Ye.;-LAPUK, B.B.; BULAVINOV, L.B.
Effect of the shape of the specific drainage area on the de-uez=ination
of the ultimate water-free yield of oil (gas) in oil and gas fields
with bottom water. Trudy MIIMiGP no.42:98-106 163. (MIRA 17:3)

GARIFULLINA9 N. Kh. ;;Z7AKMOV, S.Nq; *LAPUK, B.B.; -TREBIN.. F.A. (1,10scow):
"The solution of pr6ble=s of mderground hydrogazcb-narAcs, by
numerical methodsa.
report presented at the 2nd All-Uniofi Congress on Theoretical and Applied
Hechanics.9 Moscow., 29 Jan - 5 Feb 64.

LUIIUKJI B.B.; ZAKIROIJ, S.N.
Taking into consideration the resez-voir nonumiformity in prob--,F'--S
of oil, gas, and water flow. Neft. khoz. 42 no. 5:1-c)-zi/ mv ~64.
(MMA 17:5)

1 AIIJK, B.B. 1 -' A.
IF
, 7 - ::!Z6 rs :~ i
ljjorlstaticall~, . g,.,r f -, f, w t :, ,4 n 11 111; e,-,, . " L -~- I
.11t -
1 S:,3 ( t, I !I ?~ - - -., )

I.,t,..F-UK, B.B.~ ZAKIROV, S.N.~ GARIFULLINA, N.Kh.
I-
Nonsteady flow of -real gas in a deformed n:)nuniA'Orm bed to
wells operating under given output conditions. Izv. vys.
ucheb. zav.; neft' i gaz 7 no.3:83.-86 164. (~9RA 1?~6)
1. Moskovskiy institut nefteMimicheakoy i gazovoy promyshlennosti
imeni akademika Gubkina.

IAIPUK, B.B.; GARIFITILINA, N.Kh.; ZAKIROV, S.N.
Solving inverse problems of undergro--ad ga!i-dynar:ics b--y no-=erIcal
methods taking into consideration the real properties of the gases
and the porous medium. Izv. vys. ucheb. zav.; neft' i gaz 7 no.7.
65-70 164. (HIRA 17:9)
1. Mos~ovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
im. akad. 1.11. Gubkina.

LAPUK) B.B.;PETROV, V.N.; GURUICII, G.R.
Nonst4ady flow of real gases. Gaz. pro:.,. 9 no.9:3-7 164.
(:.a,zLL 1-1:10),

LAPUK, B.B.; ABUTALIYEV, E.B.
Calculating the gas flow to ring banks of wells in a layer
of varying thickness. Vop. vych. mat. i tekh. no.2-.677-84
164-
Approximate analytic solution of the problem involving
unsteady plane-radi~Ll and plane-parallel diffusion of
gas. Ibid.:85-94 (MIRA 18:12)

IAPUK, B.B.; ABUTALiTEV, L.B.; L.A,
Unstead7 gas flow in a stratum of variable de-cAh. ~_,z-.-, 1-7z,
SSR. Ser. tek-h,. nauk 8 no.3:25-35 16-!.
(1,L-TU 1117:1i'l
1. institut mekhaniki s vychislitellnym tsentrom All UzSSR.

~,APUK, B.B.~ SAVCHENKO, V.P.; TREBIN, F~A~
:m_
Scientific fundamentals of the development of gas and
gas-condensate fields. Veft. khoz. 42 no.9/103132-137
5-0 164. (MIRA 2"',12)

IAPUKI B.B.; IB14TSf A.L.; VAKIROV) S.N.; GARIFU1,1111A, II.Ydi.
Generalized methrl for calculating prob-lens of LandergroL:n-;
gas-hydrodynami(s by numerical methods. Izv. vys. ucheb. zav.;
n6ft' i gaz 8 no.1:87-90 '65.
(MIRA 18:2)
I. Moskovskiy institut neftekhImicheskoy i gazovoy promyshlen-
nost-i imeni akademika I.M. Gubkina.

ro U.
a urIL4 baz-~ri r-n a
rc..6,5--32 '65-a
(MA

4PUK, 1 0
Facts and figures on the improvement of the living atarAwrds of
the population in Czechoslovakia. Biul. nauch. inform.: trud
i zar. plata 5 no.7:51-54 162. (MIRA 15:7)
(Czechoolovakia-Cost and standard of living)

112-2-4871
TRANSLATION FROM,.f Referativnyy zhurnal, Elektrotekhnika, 1957,
Nr 2, P. 347 (USSR)
AUTHOR: Lapuk, I.A.._
TITLE: Measuring Mechanical Resistance by the Reciprocity
Method (I2pereniye mekhanicheskogo soprotivleniya
metodom Vzaimnosti)
PERIODICAL: Tr. Vses. gos. n.-i. in-ta radjoveshchat. priyema i
akustiki, 1955, Nr 4, pp. 64-69
ABSTRACT: A method for measuring the mechanical resistance of a
converter in a tube on the basis of the reciprocity theorem is
explained. The method consists of measuring the no-load voltages
generated by the converters in the tube. The following converter
pairs are inserted consecutively into the tqbe in order to make
the measurements: 1) a radiator and a calibrated converter;
2) a radiator and an auxiliary converter; 3) the auxiliary con-
verter and the calibrated converter. Starting from the reciproc-
ity theorem and a known no-load acoustic resistance value of
the auxiliary converter, an expression is derived for the sen-
sitivity modulus of the calibrated converter. An expression is
Card 1/2

112-2-4871
Measuring Mechanical Resistance by the Reciprocity (Cont.)
given for the acoustic resistance of any converter. For the
case of equivalent calibrated and inverted converters, a simpler
expression is given for the acoustic resistance Zx of convert!-
ere: zX = 2 @1 e3 1 1o-7 acoustic ohms where e1, e2,
MF
2
and e3 are the no-load voltages in the three cases indicated
6bove in which measurements were made at those frequencies where
these values are maximum; M is the sensitivity of the calibrated
converter; i is th~ current in the radiator coil. The data from
the experimental checking of this formula for two type MA -35
microphones are given. The error constitutes � 10 per cent.
N-Ya-K.
Card 2/2

'MTFA
-Cgo
S'r.
e
a9t-5-
~Jn

.-:,~1-13413-W bM(i)/EWP(J)/T RM
SOURCE CODEt 'UR/OD20/65/165/001/0095/OQ98
ACC NRi AP5027842
IUTHORS.-- BabitskiZ, ~B. Do: Normer V. A.
Lapuk, 1. 14!-
1040-t ~-Ali-Union- Soichtific Research institute for Synthetic Rubber ims S. V. Lebedev
not -350- --1- - -' --
EMUE 31ntOtiC WO-UO aU0171&aT'
_)Dv'
217711LEr PolE2erization%f butadien5 by catalnb Used on the metal-carbonyls of group
Vill raetals in pericKiic table of elements
SDURG i- AN.-'SSSR*: Doklady,, Vo 'no I 1965p 95-98
TOPIC -TAGS: i0i7mer'., polymerization, catalytic polymerization., butadienoo nickel
com,pound., cobalt compound
ABSTWT :The- eff ect of nickel and cobalt carbonyls CO~(CO)8,, (G5115WO) on
2
them, "Glyme, iiatilon. of butadiene in'the presence of difforctit Lewla acids and of
Apr TiCj, TJBr T114, vrl HOC -wazs atudied. The
P I 3s - Its -1. 40 h, VOGX31 '15, alA 1,4G%5
ymer.ization. was carried out in benzene or hepLane solutions at aLemperature of 5DC
bvi6r a period of 17 hours. The yield or polymer and its microstructure in terms of
the fr~Letions 'of cis.;. and trans-butadione monomers in the chain are tabulated. It
w as found -that the catal ytic activity of tho WWI carbonyla and the stoichiometry of
the-readtion depend on.the nature of the Lewis acid.- A suggestion ib1made that the
catalybic:_systems:studied here are related to IT-allyl and IT-cyclopentadienyl nicke
[;,~aird l/Z --- UDCz 66.095.26+678.762

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64-50-3-2/2o
AUTHORS: Kalaus, A. Ye., Lapuk, M. G., Vikulova, T. D.
TITLE: ThbllarFOact= .'or the Continuous Polymerization in Emulsions
(Trubchatyy rea'rtor dlya nepreryvnoy polinerizataii v emull-
siyakh)
PERIODICAL: Xhimicheskaya, Promyshlennost', 1958, ITr 3, PP 5 - 10 (USSR)
ABSTRACT: An arrangement is described in which an improvement of the
heat emission is reached by using cooled reaction tubes instead
of a battery of water-jacketed reactors, thus regulating the
stability of the emulsion and the coefficient of the heat trans-
fer with the running-through velocity of the reaction mass. The
polymerization can be made according to two basic schemes, the
whole arrangement can be started an a totality, or the poly-
merization can take place in parts of the arranGement. The mix-
ture is Guaranteed by circulating pumps which show certain
advantages in construction and in operation in the second case.
The schematic representation of such a battery of test reaction
Card 1/3 tubes is given. In the tests in one case an intermixture in

2ibularFmctDr for the Continuous Polymerization in 64-58-3-2/2o
Emulsions
Card 2/3
all four sections took place w.th
the other case in the first se:tion
of polymerization were made in
and with continuous effect in
different temperatures and witi
cal-chemical values of the rub)er.
results are given in tabular firm
there is no difference in the
values of the rubber obtained
with equal recipes, but that OL
emulsion is more stable in the
cases no formation of coagulum
that were made with the tube a-rangement
lating pump was busy showed thA
the monomers is a little smallir.
the circulating pumps, in
only. Con,-,arantive tests
apparatus with periodic effect
;he test tube arrangement at
different characteristic physi-
The obtained experimental
and show among other that
:haracteristic physical-chemical
Xcording to the two methods
the other hand the obtained
second case, and that in both
was observed. The experiments
when only one circu-
the transformation depth of
but that the characteristic
values of the-rubber are the same as those of the working me-
thods mentioned above, but that on the other hand the regulation
of temperature is aggravated and that a separation of coagulum
takes place. The given duta show that a decrease of the diameter
of the tubes can shorten the duration of the polymerization,

Tibu2arFbactcr for the Continuous Polymerization in 64-58-3-2/2o
ELulsione
and with that also an essentially &-reater capacity of pro-
duction was observed in the continuously working System GOM-
pared to reactors working discontinuously. Tests for the de-
termination of the coefficient of effectiveness at the increase
of the number of reactors at continuous polymerizations were
made by the collaborators of the VNIISK 11. A. Fermorov, A. L.
Klebanskiy and 11. Ya. Tsukerman. There are 3 figures, 7 tables.
ASSOCIATION: Vsesoyuznyy nauchno-irsledovatellskiy institut sinteticheskogo
kauchuka imeni akademika S. V. Lebedeva (All-Union Scientific
Research Institute for Synthetic Rubber imeni S. V. Lebedev,
Member, Acaden7 of Sciences, USSR)
1. Polmerization--Test results 2. Synthetic rubber--Processing
3. Industrial equipment--Performance 4. Heat transfer
Card 3/3

06216
15(8) 24(8) soy/64-59-6-e/28
AUTHORSt Kalaus, A. Ye., Lapuk, M. G., Vikulova, T. D.
TITLE: Determination of the General Coefficients of-Heat-Transfer in
Tube Reactors for the Polymerizati-on in Emulsions--
PERIODICALt Khimicheskaya promyshlennost', 1959, Nr 6, PP 491 - 494 (USSR)
ABSTRACTt Reference is made to a paper previously publiBhed.by the authors
(Ref 1), from which it can be seen that due to.the accumulation
of the coagel on the vessel surface as well as the change in
the latex viscosity also the heat transfer coefficient in the
reaction vessel changes during polymerization. This is also seen
from the respective data given by VNIISK and found in publica-
tions (Refs 2-4) (Table 1). In this connection the general heat
transfer coefficient as a function of the rate of flow of the
reaction liquid and the transformation intensity of the mono-
mers at polymerization temperatures between 5 and So (some
experiments at 13-150) was determined. The experiments were con-
ducted in a tube reactor (Fig 1). The reaction mixture was trans-
ported by means of a circulating pump (maximum output 20 m3/h).
The linear rates bf flow of the emulsion in the reactor were
determined at various pump outputs (Table 2). The amount of
the heat set free during the mixing by means of the pump was
Card 1/2 determined by means of water and latex SKS-ZOA, respectively,

D6216
Determination of the General Coefficients of Heat sov/64-59-6-8/-,28
Transfer in Tube Reactors for the Polymerization inEmulsions
for various flow velocities (Table 3). The measurement results
obtained for the general heat transfer coefficients at various
experimental conditions (Table 4), at varying degrees of trans-
formation of the monomers (Table 5), at different flow velo- 0
cities (Table 6), and at a Polymerization temperature of.13-15
also (Table 7) permit the following statements: At 4 polymeri-
zation temperature of 5-80 and a flow velocity of 0.014-0-048 2
M/sec6 the general heat tran3fer coefficient is 90-123 kcal/m
,hour. C. A temperature rise to 13-150 results in a 6-8% in-
crease in the value of the heat transfer coefficient. The general
heat transfer coefficient is but little affected by an increase
in the degree of transformation of-up to 40% (from 140 to
134 kcal/m2.hour.OC); a further increase to 70%, however, causes
a considerable reduction in the value of the heat transfer
coefficient (from 134 to 100 kcal/M2.hour.oC). There are 3
figures, 7 tables, and 4 references, I of which is Soviet.
Card 2/2

SHVACHKIN, Yu. P.; BMMT=Ot M~. K.; LAM, V. Kh.
0-~-
Potential antimetabolites. Pa.rt.-31 SyAthesis of aminonitro-
pyrimidines,bespd on nucleoplitlic subs itution reactiorm
Zhur& ob. khim,,~32 no,1223893-3897 D 162. (MM 16:1)
1. Moskovskiy gosudarstvennyy univervitet imeni*M. V. Lomonosova.
(Pyrimidine) (Substitution(Chamistrv))

KAVERZNEVA, Ye.D.; IAPUK, V.Kh.
Reaction of ovo=cojld with hydroxylaz--ine. Biokhixiia 29 no. 1:
138-141 Ta-F 164. (MIRA 18:12)
1. InBtitut- organicheskoy khinii imeni Zelinskogo AN SSSR,
Mosk-,ra. Submitted June 8,, 1963.

MATVEYEVA, R.A.; LAPUK Ya.I.P- STEPANOV, V.M.
Colorimstric method for determining the activity of chymotrypsin and
trypsin. Izv. AN SSSR. Ser.khim. no.3:501-504 Mr 164.
(MIRA 17:4)
1. Institut khimii prirodnykh soyedineniy AN SSSR i Institut
biofiziki AN SSSR.

B~CRISIUV V.V - T,~.pUj: v4j.; .11MY-01011YAN, VJt-,
X-ray diffraction of pepsin. Dck't. 1,~j s-,,- 15,~, no.
363-364 MY '64. (I-Illttli 17-7"';
1. ITIStitIlt btolcgicheskoy "Lzilli All'
M. 11,11, `)he riyak inym.

NIKITIKAj, Ye.T.; IAPRK IG
Causative agent.of VAck bacterial-mottling in tomatoes on the farms
of the Alma-Ata.suburban zone. Trudy Jwt, mikrobiol, J virus, AN
Kazakho, SSR 4:140-145 161. (MM 14:4)
(BA&ERUI PHYTOPATIMENIC) (TOMATOES-DISEASES AND PESTS)

LAPEJKHOV, A.S.; FffLOV, G.M.
I-- I -
Correlation be--ween crystal orientation and veinlike accumulation
of crystals in experim-en-tis in a fissureless vein formation. rGe-ol.
i geofiz. no.lOill3-122 164- (MIRA 18W
1. Institut geologii i geofizi-ki Sibirskogo otdeleni~ja AN SSSR,
Novosibirsk.

LAFUJKHOV, A.S.
Characteristics of the structure of the dynammetmorph-ism of
crocks and ores in the Salair ore zone. Geol. i geofiz. no.12t
5641 164. (MMA l8a6)
1. Institut geologii i geofiziki Sibirskogo otdeleniya All SSSR,
Novosibirsk.

0 01i In, i y
c. a',
1~ Lj j 19" 1" V
A*-] T"
~j Cal
i.;~ 1 t uv
of
3 T -RA C' T a bs tr a c
CARD '. 1/1
I. iris t it "A

S/194/62/000/002/025/096
D230/11301
AUTHORS; Lapunov, A. A. and SzestopaZ, G. A.
TITLE. Algorithmic interpretation of -the control processes
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
-no. 2, 1962, abstract 2-2-92e (Roczn. Polsk. towarz.
mat., Ser. 2. Wiadom. mat., 1961, 4, no. 2, 187-202)
TEXT: The advent of digital coriputers has expanded the range of
problems, -for which the solutions require mathematical investiga-
tion methods. The basis for the new approach to the diverse fields
of science and teclijiology are the concepts of control systems and
control Drocesses. For this reason it is now necessary to establish
one poin! of view in investigating the control processes. The field
concerned with the investigation of the general conformity with the
laws peculiar to the control systems and control processes is cal-
led cybernetics. This paper is co,,.icernr--d with the expoeition of
certain sections of cyber-netics; in particular, with t~e descrip-
tion of algorithms transforming the information. Certain prindiples,
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basically common to all control systems, are considered and exam-
ples are given. T'he description of these systems by means of func-
tional algorithms is given and the concept of the logical algorithm
presentation is introduced. A control system consists of two basic
devices; Controllin-, and the controlled device linked with each
other. The maste.- device transmit's signals to the controlled de-
vice, causing chan-ges ir. its state. Prequently the master device
can receive si-nals If'r O~m the con-trolled device (by feedback), con-
U
L'aining information about the condition of the latter. In addition,
both the master and the controlled devices can receive outside in-
formation some o.-E' which can be szored for farther processing; thus,
the realization of the process is accomplished by circulating the
information between the various parts of the control system. A con-
trol process commences when the master device receives some initial
information and it consists of 2toring, conversion-, transmission
and receDl"Oion of information. This general scheme is exemplified
on control systems, in which the conversion of energy is performed
by a machine or man; the question arises: Should the machine be,
in general, entrusted with the problem of the information conversion
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usually performed by man? It would then be possible, in the first
place, to automate complex controlling processes and, in the second
place, in order to study various processes occurring in nature, to
model these processes on the corresponding controlling machines,
It is emphasized that there are machines existing capable of con-
verting very complex information for various purposes and process
modelling peculiar to living organisms. One of the main fields of
cybernetics is the algorithmic recording of successive inlormatior.
0
conversion for control processes from, start to finish- in this, the
sequence of the performed operation, the logical condi-lUion of their
realization and the results obtained are taken into account. The
aagregate of the elementary operations for conversion of informa-
Ulon, and the selected logical conditions stipulating the sequence
Of their operation for the full solution of the stated problem is L11
called the algorithmic solution of this problem. Thus, when it is
possible to create an algorithm representing the controlled process
and to realize this algorithm by means of a digital computer, the
information conversion for the con-".-rolled process required can be
performed by a machine. It is possible to design an algorithm for
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Algorithmic int-erpretation ol" ... D230/D301
any process. The possibility o--:' formulating an algorithm for a gi-
ven control nrocess forms the subject of a new branch of science,
called operation analysis. In order to form an algorithm, the so-
called logical algorithmic design is prepared, in which Roman ca-
pital letters A, B, C denote separate elementary operators and in-
dex letters p, q the logical condition-considered. At the beginning
of each logical conditions an arrow thus T is written, and at the
end an arrow thus ~ is written. Hence, the logical algorithmic de-
sign is an expression consisting of an aggregate of elementary
operations (a, B, ...), logical conditions (p, q, following
each other, and arrows (T4,) showing their interdependence. Exam-
ples of the formation of the logical algorithmic aesian for cer-
tain control processes are given. Logical algorithmic designs play
an important part in realizing a given algorithm by means of dig'i-
tal computers, i.e. in its programming. For this reason, in program-
ming the logical algorithmic design solving a given pT-oblum i8 pre-
pared first; subsequently, a li2t of com-mando, or *ub-programs, is
prepared for the machines which ohould ensure the realization of
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k.
successive operations and the logical circuit conditions. Z-Ab-
stracter's note: Complete translation._7
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- LAPIM, F. A. RnE.
Concrete
Automatic concrete plants. Vest. Mash. 32 No. 3, 1952.
Monthly List of Russian Accessions, Library of ConErese, October 1952. UNCLASSIFIED.

ACC NR, IF6030205 SOURCE CODE: RU/0017,/65/0D0/0D7/0_372/O373
AUTHORt Oprea,, 0. (Doctor); Florian, I., (Engineer); ~J. a);
_" (Pkyvicia
Giusca, R.
ORG: (Oprea; Florian; Lapusanj Orractorul" Works, Brasov Minele "Tractorull);
[Giuscaj Geological Cccmittee,, Bucharest (Comitetul Geologic)
TITIE: Yzthod of determining the dimensions of silicogenous powders
SOURCE: NotalurgLa, no- 7, 1965, 372-373
TOPIC TA6s metal casting, silicon
Wo
ABSTRACT: A description of the method used at the Tract Works to determine the
dimensions of the silicogenous powder in the molding sand. determination is
d:. (P w
based on the suction of a large volume of ad:r- and on suspe sion filtration by means
sion
of a device consisting of a series of crucibles with filtering plates. Orig. art,
has: 2 figures. (Based or, authors? Eng. abst.] [JPHS3
SUB CODE: 13 SUBM DATE: none ORIG REF: 002
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GLIGAZ. V., Professor; BACIU, Tr., MD; GMCM4, (ir., LID;
DLLIhESCU, I., IM; GHEOMIIEV, I., AID; FLOPMA, E., MD;
~US A11,11 ,
B*:J,JA:11. St., MD; SAVA, E., MD; TRAILA, P., MD; ?~A
n,:~SDital attendant; PETEMU, N., 111D.
1.1'Jedical Clinic II, Cluj (Clinica a II-a medicala, Cli:~J) -(for
first five); 2. Po~Vclinic No. 1, Cluj (Policlinica Nr. 1,
Cluj) - (for next five); 3. Bontida Precinct (for
Feteanu)-
Bucharest. Viata Modicalla, No 8, 15 Apr 63, pp 513-518.
"The Role of Certain Occauational Factors in the Aetiopathogeny
of Ulcerous Diseases of Tiactor Operators and Car Drivers.0

LAPUSCA, A.,, ing.
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nonferrous ore minaB of the Barza group. Rev min 15 no.1:8-11
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