SCIENTIFIC ABSTRACT NAREBSKI, W. - NARIKASHVILI, S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136030011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

"Mom-
NAREBSKA, Leokadia, mgr;,,NAREBSXI, Wojoiech, dr
Complexometric analysis of Al-Z*.Kg alloys. Rudy i metala 8
no.10098-400 163.

"Investigation of CentrifuzF1 Separators r Fneura-
0
tic Transport." Vin Higher Er!ucaticn USA Ceessa Technolof-fcal
Inst irreni I. V. Stalin. Odessa, 1951~. (Dissertation for the
Pagree of CandlOate in Technical Scienc~~s)
SO: Knizhnaya Letopis', No 1, 1056

124-58-6-6876
Translation from- Referativ-nyy zhurnal, Mekhanika, 1958, Nr 6, p 88 (USSR)
AUTHORS: Platonov, P.N., Naremskiy, N.K.
--------------
TITLE: Investigation of the Functioning of Centrifugal Cyclone- separators
(Issledovaniye raboty tsentrobezhnykh tsiklonov-otdeliteley (raz-
gruziteley)
PERIODICAL: Tr. Nauchno-tekhn. o-vo mukomol. i krupyan. prom-sti i
elevat. kh-va, 1957, Nr 5. pp 3-32
,ABSTRACT: The investigation of the functioning of a cyclone was performed
on an experimental installation by means of measuring the hydraulic
resistance of the cyclone (energy criterion) and the amount of
material collected by the cyclone (performance criterion). It was
found that the hydraulic resistance of the cyclone diminishes with
increasing concentration of the solid phase. The least amount of
material carried off was found at inlet speeds of the flow from 11
to 18 m/sec. For bringing the trajectories of the air particles
and the solid phase closer together, which promotes better pre-
cipitation of the solid phase, the inlet angle should be equal to - 120 -
The least carry-off of solid particles took place at taper angler,
Card 1/2 of from 160 40' to 240 50' - Increasing the height of the cylin-

124-58-6-6876
Investigation of the Functioning of Centrifugal Cyclone- separators
drical part of the cyclone lowered its resistance somewhat without affecting
its collection efficiency. The optimum ratio of the diameters of the outlet and
the cylindrical part of the cyclone was found to be 0.6. By increasing the
diameter of the cylindrical part of the cyclone, its absolute resistance is in-
creased. A number of empirical relationships are given for determining the
basic dimensions of a centrifugal separator for pneumatic transport installations,
.U.Ts.Andres
1. Centrifuges--Performance 2. Materials--Separation'
Card 2/2

BENDERSKIY, S.N., kand.tekhn. nauk; BURSIMI, V.R., prof., kand.
tekhn. nauk; VASILIYEV, P.N., Inzh.; DORFMAN, E.Ye.., inzh.;
ZHURAVLEV, V.F.j kand. tekhn. nauk; KESULTMAII, Mi.,
inzh.; KRUGLOV, A.N., dots., kand. tekhn. nauk; KUKIENYY,
A.A.p dots., kand.tekhn. nauk; LEVACHEV, N.A.# dotsop kand,
tekhn. nauk; LEYKIN, A.Ya., lnzh,; jLABRL%jLJ..I_, dots.,
kand. tekhn. nauk; PLATONOV, P.N.p prof., doktor tekhn.
nauk; SOKOLOV, A.Ya.p prof., doktor tekhn. nauk; KUTSENKO,
K.I.p kand. tekhn. naukp dots.0 reteenzentj VERR4EYENKO,
Ye.l., inzh., retsenzent; KOVTUN, A.P., inzh., retsenzent;
SEMENYUK, A.I.p retsenzent; KASHCHEYEV, I.P,p inzh,p
retsenzent; PALITSEV, V.S., kand. tekhn. naukj retsenzent;
XHMELINITSKAYA, A.Z.,, red.
[Conveying and reloading machinery for the overall mechaniza-
tion of the food industries] Transportiruiushchie i peregru-
zochrWe mashiny dlia kompleksnoi mekhanizatsii pishchevykh
proizvodstv. Moskvap Pishchevaia promyshlemost', 1964.
759 P. (MIRA 18:3)
(Continued on next card)

BENDERSKIY, S.N.- (continued). Card 2.
1. Odesskiy tekhnologicbeskiy institut, imeni P.V.Lomonosava
(for Kutsenko, Naremskiy, Veremeyenko, Kovtun). 2. Starshiy
ekspert Upravleniya po avtomatizatsii i oborudovaniyu dlya
pishchevoy promyshlennosti Gosudarstvennogo koudteta po ma-
shinostroyeniyu pri Gosplane SSSR (for SemeiVuk). 3. Glavnyy
mekhanik Gosudarstvennogo instituta po proyektirovaniyu pred-
priyatiy mukomollnokrupyanoy i kombikormovoy promyshlennosti
i elevatorno-skladakogo khozyaystva (for Kashcheyev).
4. Zaveduyushchiy laboratoriyey Vsesoyuznogo nauchno-
issledovatellskogo instituta zerna i produktov ego p9rera-
botki (for Palltsev).

5/858/62/000/001/003/013
D296/D307
0
.'AUTHOR: Narepekha, 09 M.
TITLE: Study of the protein fractions in the brain after expo-
sure to x rays
SOURCE: Llvov. Universytet. 2roblemna 1yaboratoriya tadiobiolohi-.
yi. Biologicheskoye deystviye radiatBii, no. 1,' 19621
26-29
TEXT: The author studied changes in the water-soluble proteino of
the brain in 10 adult rabbits exposed to.total body radiation by
means of a dose of 800r at a rate of 16r/min.-After the exposure,
''the brain was cleaned of blood, meninges and blood vessels, and
was homogenized with an equal volume of normal saline. The-homo- )X
genate was frozen by means of liquid nitrogen and left in the deeg
freeze for 24 hours. The homogenate was then melted, and centri-
fuged for one hour at 15,000 rpm. The supernatant liquid obtained
had a protein content of 1.8 - 2~4. To increase this to the concen-.
-tration of serum protein (7 8cl1o) the solution was precipitated
Card 1/2

S/858/62/000/001/003/013
Study of the protein ... D296/D307
-.with tannin and the protein was liberated from-the protein-tannate
!.complex with.caffeine. The,pH adjusted to 4.7. After' ten minutes,
the solution was-centrifu~ed, the supernatant liquid was discarded
and the centrifugate washed twice in normal saline and redis *solved
by the addition of caffeind. The solution wap centrifuged for 36
minutes at 15,000 rpm, after which the centrifagate contained the
protein liberated from the,proteiri-tahnate complex. The solution
obtained had a proteih concentration of 9 .10%o. ]This was then in
vestigated by electrophoresis on agar gel in a veronal-medinal buf-.-'/-'
tD
(pH 8.6),.at a voltage of 220 v. In the control rabbits, el-
ectrophoresis of the solution obtained in the described manner
yields 9 - 11 fractions, one*of which was a pre-albumin fraction,
the second an albumin fraction, and the others corresponded to va-.
rious serum-glob~ilin fractions. In rabbits exposed to radiation
the number of 'fractions increased to 13, mainly fractions corres-
ponding to the serum-albumins. There is 1 figure.
ASSOOIATION: Kafedra fiziologii cheloveka i zhivotnykh Llvovskogo
universiteta.(Department of Human and Animal Physio-
logy, Llvov University)
card 2/2

Country USSR it
Catc3ory: Cultivated Plants - Grains
Abs jour: F=icl., N-.) D., 1958, No 488W
tuthor : Chkhankeli, 11. 1.; Haresheli, T.A.
:Georgian izr--;cult-i;
Inst u -; ~15
Title :Density of Corn Stand in Square-Pocket SrwinL;-
OriG Pub: Tr. Gruz. S.-Iji. in-ta, 1957, 46, 245-253,
Abstx--ct: No abstract
Card 1/1
m4o

Naresheli, T. A.,, Cand of Agri Sci (diss) "Comparative Effectiveness cf Mineral
Fertilizers-Applied During the-Primary Flowing and the Fre-Sowing Preparation
of-,the.-Soil for 5ugar Be~~tsp* Tbilisi, 1959p 23 pp (Georgian Agricultural
Institute) M, 8-60, 118)

IV,q V,
EXCE~FFTA .-'DICA See 13 Vol 13/2 Dermatology Feb 59
510. PENETRATING ULCERS IN LEPROSY (Russian text) - T o r a u e v N. A..
--j'kqresh&-y-Q-, Kiryukhina A. 1. , Kirshfeldt E. P. , Onikul
Ya.-G, , Stepanov V. 1. , Sysoev, Udovenko V. 1. , Tsok-
honts T. A. , Che rnyshova L. M. and Shevtoova. Rostov/Don -
SBORN. NAUCII. RAD. PO LEPROL. I DERM. (Rostov-na-Donu) 1956,
7(180-220) Tables. 20
Malum perforans is considered to be the most serious and the most common form
of trophic disturbances In leprosy. 248 such cases (142 men and 106 women) were
kept under observation. The lesions were more common in patients over 30 years
of age and were always preceded by other dystrophic manifestations. in 5% of
cases the ulcer had existed for under a year. in 34% for 1-5 years and In 61% for
over 5 years, and this period was not influenced by the type of leprosy. In 123
cases the ulcers were single while 122 patients had 2-6 ulcers. In one third of the
latter group the ulcers were located on both lower limbs. Multiple ulcers were
more common in women. Ulcers were met with twice &soften In the undifferentiated
form.of. leprosy than In the pure maculo-anaeothetic form. The total duration of
Film
'V1

S-10
the disease was 5-15 years in 48.8% of the 248 patients and 15-25 years In 34.9%.
The tendency to penetrating ulcer formation Increases with the duration of the dim-
ease as a result of progressing changes in the peripheral nerves. The ulcers were
round or ovalin7O.51%. irregular in 17.1% and fissure-like in 12.4% of cases. The
edges were callous and indurated in 72.916, moderately so in 21.4% and soft in 5.7%
of cases. The co.lour of the edges and floor of the ulcers was bright red in 23.3%.
greyish-red in 31% and dirty grey In 32.2% of cases. while In 32.1% of patients the
floor was covered by greyish discharge. In 14% of cases the floor of the ulcer
rested on the underlying bone. Second :ry pyogenic infection was present in 45.216
of patients. No discharge was ever ob erved from the ulcers of 13 cases. In 54.1%
of cases marked neuritis was present. In 65.9% of cases of ulcers of the feet the
posture of the latter was abnormal due to the Involvement of peripheral nerve
trunks. In 129 cases the ulcer@ were accompanied by deformities of the toes.
MushkUleison Jr - Moscow (S)
,A

GARBUZOV, Z.Ye.9 inzh.; IUMT, G.B., inzh.; SERGEYEV, A.I., inth.
The RTN-122 excavator. Makh. stroi. 15 no.4:6-8 Ap '58. (MIRA11:5)
I (Xxcavating machiuery)

rIU -a-MM PUIM~, I& K h
NARET. G.B.#,,.inzh.
Rapid transportation of soils in machines of continuous operation.
Stroi. i dor. mash. 8 no.11:17-18 N 163. OURA 17: 1)

ACC NRs M6027781 Monograph
Garbuzov, ~..' YE.; Illgisonis, V. K.; ~u~t~ev, G. A.; Naret, .. Podborskiy, L. YE.
Uspenskiy, V. P.
Continuous excavating machines; design and construction (Zemleroynyye mashiny nepre-
ryvnogo deystviya; ikonstruktsii i raschety) Moscow, Izd-vo "Mashinostroyeniyeill
1965. 275 P. illuq., biblio., tables. 3700 copies printed.
PURPOSE AND COVERAGE; Me book describes the basic type of continously operating
excavating machines-, such as chain and rotor trench excavators, chain bucket
transverse excavators, open-cut excavators, elevating graders, as viell as excavating
machines used in irrigation and reclamation construction. The discussion of design'i
includes determination of the basic parameters of machines, povnr values of drive
mechanisms, gener-al statistical and dynamic calculatiais, and load conditions of
uni:ts and assemblies. The book is intended for engineering and technical personnel;
of design offices and machine building plants.' It may also be useful for Students
of civil engineering and machine building. There am 54 references, of which 52 i
are Soviet.
TABM OF CMUNS [abridged]:
-Introduction -~-. 3
Ch. I. The field of application and the classification of continuosly operating
excavating machines 5
Card 1/2 uDc: 621.87g.:4.002.2

ACC NR, MUTYdi
Ch. II. Interrelationship betvieen the operating machine and the soi-1 " 10
Ch. III. The drive mechanism and the automation of operdting proces6es 23.'
Ch.'IV. Conveyer installations - 33
Ch. V. Chain trench excavators - 53
Ch. VI. Rotary trench excavators 97
Ch. VII. Chain bucket transverse excavators 1311
Ch. VIII. Rotary open-cut excavators 156
Ch. IX. Elevating graders 200..
CH.~X. Continuous excavating machines fbr the construction.of irrigation and drain-
age canals - 228,
Ch. , XI. Different types of continuous excavators and pmspects. of their develop-
Ment, - 263
Bibliography - 271
SUB COLE: 13 SUBM DATE: 15APr65/ ORIG RW: 052/ OTH HU: 002
Card 212

GARBUZOV, Z.Ye.; ILIGISONIS, V.K.; MUTUSHEV, G.A.; N~ET,_.qB-
PODBORSKIY, L.Ye., kand. tekhn. nauk; USFENSKIY, V.P.;
FEDOROV, A.P.p inzh., retsenzent
I [Continuous action earth-digging machines; designs and
calculations] ZemlerobVe mashiry nepreryvnogo deistviiaj
konstruktsii i raschety. [By] Z.E.Garbuzov i dr. Moskva,
Maohinostroenie, 1965. 274 p. (MIRA 18:7)

NARETS, L.K., doteent, kandidat tekhnicheskikh nauk (Tallinn)
Comptometer solution of canonical eqaations in structural mechanics
by the Gauss-mashine method. Iseledovantia po toorit sooruzhenii.
Sbornik statei no.6:413-424 154. 7:11)
(Structures, Theory of) (Strains and stresses) (Ilastic plates
and shells)

NARETS, L. K*
"Computation of Statistically Indeterminate Systems by Machine Methods".
Tr. Tallinsk, Politekhn, in-ta. Ser. A No 54o'PP 1-52p 1954.
Several methods of solving systems of linear algebraic equations
are expounded in an elementary mwmer, with particular attention paid
to methods that permit the effective application of the calculating
machine,,- and also the problems of,organization of computations and
theirchecking. Application of these methods tothe calculation of
frames is considered in detail., particularly the problems of the coo-
putation of frames without calculation of the numerical values of the
unknowns of the algebraic system.. A large number of concrete examples is presented.
(RZhHekh, No 10, 1955)
SO: Sm No 884, 9 Apr 1956

PHASE I BOOK EXPLOITATION SOV/147(1
Narets, L.K.
Raschet staticheski rieopredelimykh sistem na malykh v-ychislitellnykh
mashinakh (Calculation of Statistically Indeterminate Systems on
Small Calculating Machines) Moscow, Gosstroyizdat, 1956. 60 p.
4,000 copies printed
Scientific Ed.: I.K. Snitko, Doctor of Technical Sciences; Ed. of
Publishing House: N.O. Yegorovaj Tech. Ed.: N. Borovnev
PURPOSE: The booklet is intlended for designers in structural
I engineering, scientific workers and students at vuzes.
COVERAGE: The booklet is concerned with applications of machine
computing techniquea in structural engineering. The mathematical
principles are gJ.Ven in elementary form and modern calculation
methods of structural mechanics are presented. By means of numerous
examples, computing techniques using small calculators for the
Card 1/4

Calculation of Statistically Indeterminate Systems (Cont.) SOV/14702
solution of syste,-as of linear algebraic equations occurring in
"L
the design of statistically indeterminate structures are
demonstrated. There are -C6 re-Le.-ences, 21 of which are Soviet,
2 French and 3 German.
TABLE OF CONTENTS:
Preface 3
Ch,-I. ,Necessary Fundamentals of Mathematics
1. Chio rule (pencil rule). First variant of the elimination
of variables 5
2. Chio rule (pencil rule). Second"variation of'the elimination
of,variables 9
3. Elimination of variables according to Jordan 11
4. Method of principal coefficients (elements) 12
5- Ge'nieftlized Chio rule. Assembling of operations using
accumulative mechaftism of a computer 15
Card 2/4

Calculation of Statistically Indeterminate Systems (Cont.) SOV/147a
6. Simplifications in solution of symmetrical equation
systems 20
7. Caclulation in -a compVte=anal table. Setup of checking
In basic stages of calculations 21
Ch. I I. Calculation of Statistically Determinate Systems on
Small Computers
1. General concepts 25
2. Performance of a calculator of four basic operations
with positive and negative numbers. Accumulation
method 26
3. Calculation of frames with computing of unknown values 30
4. Example of framO calculation by ON (Gauss' mechanized)
method (with calculation of unknowns)
5. Machine method (method of calculators) with computation
of unknowns for the calculation of frames by the force
method
6. Calculation of an Inverse matrix Influence numbers
Card 3/4

Calculation_of Statistically Indeterminate Systems (Cont.) SOV/147CL
7. Calculation of frances without computation of unimowns.
Application of the algebraic Jordan-Eitkin method.
8. Application of Jordan-Eitkin method to calculation of
frames by the force method. Group diagrams and group
forces. Orthogonaliaation of diagrams
9. Application of Jordan-Eitkin method to calculation of
frames by the method of deformations. Application to
generalized method of deformations. Connection with
the methods of N.M. Bernadskly, Hardy, Cross and other
relaxation methods
10. Other applications of the Jordan-Eitkin method
References
AVAILABLE:. Library of Congress
W~v
Card 4/4 5-14-59
42
50
56
6o

dot
NARETS Lev Karl_ovich _do s., kand. tekhn. nauk
_Sh
(New problems in the statics, dynamics and stability of
beams arising in connection with the appearance of
computers of continuous and discrete action) Novye vopro-
sy statiki, dinamiki i ustoichivosti balok, voznikaiu-
shchie v aviazi a poiavleniem vychislitelInykh m8shin ne-
preryvnogo i disIcretnogo deistviia; uchobnoe-posobie. Tal-
linn, Tallinskii politekhn. in-t, 1963. 87 p.
(MIRA 16:11)
1. Tallinskiy politekhnicheskiy institut. Kafedra stroitelf-
noy mekhaniki (for Narets).
(Beari~ and girders)
(Electronic analog computers--Programing)

lwt?z I it jli
Reconull tioninz- Ir' "M f~q!O IPF- by g7razti-.'!: I fi=,r-
proi4v. nr,.7:38--o'39 UT). 165# 4 1 PU 8
ai" 1-17ZP IRIN-45MIWO

NMZHNIY, S.
CharW,e the system of conpensating grain procurewnt statiow
for marketing expenses. Den.i kred. 17 no-9:53 5 '59.
(MIRK 12:12)
1. Starshiy kreaitnyy inspektor Stalingradskoy kontory Gosbanka.
(Grain trade-Finance)

,~_-AMHNIT$ S.
The most important task of grain procurement stations in-to
lover operating costs, Muke-eleve promo 25 ne.5:8-9 Mir '39.
(MIRA 12:8)
l.Starshiy inspektor Stalingradekey oblastuoy kontory Gosbanka.
(Grain trade)

HAREZHNIY, S.
Analyzing the financial results of state farms. Den. i kred. 18
no.9:5942 3 160. (MIRA 13:8)
(State farms--Finance)

NAREZHNIY,, S.; OGDANETSP N.; MOSUNOV., G.
Credit-payment service to collective and state farms. Den. i
kred.-19 no-3:37-48 Mr 161. (MDU 14:3)
1. Starishiy kreditnyy inspektor Stalingradskoy kontory Goebanka
(foij Narezhniy). ~. Nachallpik otdela kreditovaniya i Tlifan-
sirovaniya sellskogo I,.hozyaydt-vd Stalinskoy kontory Gosbanka
(for Ogdenets). 3. UpravLrayushehiy Novo-Torlyallskim otde-
Ieniyem Gosbank4 Mariyskoy ASSR (for Mosunov).
(Agricultural credit)
(Banks and banking)

Y;/
NAREZIIIIYY,) B.G., inzh,
Studying heat exchanges In gas turbine combustion chambers vith air
whirl cooling. Sudoetroenie 22 Ii.e.231 no.10:17-20 0 157.
(Heat--Transmission) (Marine gas turbines) (MIRA 116.2)

24(8) PHASE I BOOK EXPLOITATION SOV13118
Narezhnyy E G
Issledovaniye teploobmena v gazoturbinnoy kamere agoraniya s
zavi%hritelem okhlathdayushch6go vozdukha; avtoreferat diss"ertatsii
na soiskaniye uohen6y stepefti kandidata tekhnicheskikh nauk
(Study of Heat Exchange in Gas Turbine Combustion Chambers With
Swirling Devices of Secondary Air Flow; Author's Abstract of a
Dissertation f6r the Degree of Candidate of Technical Sciences)
Leningrad, 1958. 16 p. 150 copies printed.
Sponsoring Agency: Leningradskiy korablestro;tellnyy institut.
Scientific Ed.% V. M. Antuflyev, Candidate of Technical Sciences,
Docent.
PURPOSE: Thio booklet may be useful to scientists and engineers
designing gas turbine engine's or doing research in the field of
heat transfer in gas turbines.
COVERAGE: This is an author's abstract of a dissertation for the
degree of Candidate of Technical Sciences. The author reviews
Card 1/3

StudY of Heat Exchange (Cont,O) SOV/3118
3. The position of the wall temperature maximum in the com-
b0tion chamber is stable and does not depend on operating
parameters. 4. The type of fuel atomizer has little influence
on the radiation temperature of the flame, except for atomizers
which substantially disturb the aerodynamics of the-combustion
chamber and consequently the temperature field of th*e flame.
5. The investigation of'heat exchange~in a combustion chamber
with a cooling air swirling device may be simplified by deter-
mining the"convactive heat transfer coefficient 6n the basis of
consecutive isothermic blowings through, eknd by measuring the
temperatures of the combustion chamber walls and of the cooling
air in combustion tests.- 6. The calculation of the maximum
temperature of the itall 6f-the combustion chamber irith a cooling
airswirling device should be'made according to the method
suggested by the author In this article. No personalities are
mentioned. There are no references.
AVAILABLE: Library of Congress AC/ec
Card 3/3 3-21-6o

I If
84483
-9/112/59/009/014/015/085
A052/AOOl
Tran8lation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No. 14J.' P. 32,
28754.
AUTHORS: Kuznetsov, L. A., Lamm, Yu. A., Narezhnyy, B. 0.
on Chambers of Gas-Turbine Installations
TITME: Combusti
PERIODICAL: Tr. Nevsk. mashinostroit. z~,da, 1957 (1958), No. 1, pp. 227-244
TEXT.: The results of investigations of combustion chambers for liquid fuel
and low-calorie gas are reported. The investigations were carried out'both on
models and on 6 test gas IVirbine installation NZL GT-550-1.7-tThs cyclon oembiis-
tion chamber with a cup proved to be the most promisIng one for liquid fa-41.
It represents a combination of three swirlers, 2 of which are used for the pri-
mary air supply and the third for curling the secondary air. The amount of
primary air secures combustion with an average excess of 2-2.5. The intermixing
of combustion products with secondar7 air is performed by an S-like mixer which
reduces the total resistance of the combustion chamber by.,-10% and enables one
to obtain any temperature field behind the combustion ch-amber. Coefficient of
Card 1/2

84483
S/112/59/000/014/015/085
Combustion Chambers of Gas-Turbine Installations A052/ ",001 Ir
resistance rAferred to the velocity at the inlet is 8-10. Diagrams show tempera-
ture fields under various operational conditions of the combustion chamber * The
advantages of cooling the combustion chamber with a secondary air swifler are
shown, A blast-furnace gas combrastion chamber has a 2-stage swirler with
opposite angles of curl. Gas and air are supplied through the both swirlers in
alternating layers. Fields of axial and tangential velocities at cold and hot
blowings are presented, as well as temperature fields at t~urnirg liquid -Pael in
-'.he combustion chamber.: Gas combustion with QH - 600-100 kcal/nm3 is secur,-.d
only in a combustion chamber with a standby liquid fuel flame. The developed
combustion chamber designs are used in the serial installation OT-600-1,5 as
well as in PO-50 000 and GT-600-6 installations.
V. S. P.
Translator's note: This is the full translation of the orIginal Russian
abstract.
Card 2/2

q 67489
SOV/21+-59-5-21/21+
AUTHOR:, E.G. (Leningrad)
TITLE: A Method of Calculating the Maximum TeMerature in the
FlamefTube of a Gas Tuj?bine Combustion Chamber -j

PERIODICALi Izvestiya Akademii nauk SSSR,Otdeleniye tekhnicheskikh
Luk, Energetika i avtomatika, 19597Nr 5,PP 182-185(USSR)
ABSTRACT: The paper is a continuation of previous work (Ref 1).
The-temperature of the metal in a gas turbine combustion
chamber is a result of equilibrium between the flame and
the wall, and between the wall and the cooling air. The
processes occurring in the chamber, working with liquid
or gaseous fuel, and with forced air cooling, can be
described approximately by equations which include those
of continuity, viscous fluid motion7 constitutiont energy,
material exchange, homogeneous combustioni radiation
exchange and convective heat exchange. Applying the
theory of similarity, it can be shown that the ratio (R)
ofthe radiation -oer unit area to the maximum possible
Card radiation at the same temperature is a function of the
1/Z Boltimam. criterion (B), the blackness of the flame (01
and a geometric factor. Experimental results for a

67489
SOV/24-59-5-21/2)+
A Method of Calculating the Maximum Temperature in the Flame Tube
of a Gas Turbine Combustion Chamber
chamber with a mechanical atomiser show that if
35 < B < 120, then
R/e = 0.008 BI
and If
120 < B < 200, then
R/C = 0.96.
Similar results are obtained with an ejection atomiser.
Card The wall temperature is found from these results, in
2/2 conjunction with the heat balance equation for the walls.
The calculated values show good agreement with experiment.
There are 4 figures and 3 referencesg of which 2 are
Soviet and 1 is English.
SUBMITTED: April log 1959

DUEROVSKIY, O.V., kand. tekhn. nauk; MENETSOV., L.A.,, kand, tek"
nauk; NAREZMU,, E.G.0 kand. tekhn. nauk
E"rimental study ofa model of a three-regioter combustion
chamber of a gas turbine system operating on liquid fuel.
Teploenergetilm 10 no.701-36 JI 163- (MIRA 16:7)
1. Nevskiy mashinostroitellnyy zavod i Leningradskiy korableBtroi-
telInyy inBtitut.
(Gas turbines)

ACC NRi
ARG035220 SOURCE CODE: UR/0274/66/000/008/B087/B087
AUTHOR: Narezhnyv. E. G.-; Sudarev, B. V.
TITLE:- Effects of certain heat and.design parameters on the degree of overheating
of a single micromodule cooled under natural convection conditions
SOURCE: Ref. zh. Radiotekhnika i elektroovyazt, Abs; 8B613'
REF SOURCE: Tr. Leningr. korblestroit. in-ta, vyp. 47, 1965, 81-90
TOPIC TAGS: parameter, heat conductivity, heat transfer, module, micromodule,
printed plate, printed circuit
ABSTRACT: The micromodule, fastened vertically to a printed plate, contains one.
heat-releasing element connected to the plate by wire leads; the plate is cooled due
to natural convection. The differential equation of heat conductivity for this design
is determined in a general form and the temperature of the heat releasing element
is expressed in terms of basic thermal and design parameters M. An analysis of
the relationships shows ihat since the heat transfer from the module is limited by
conditions of external heat transfer from the surface, more effective measures of
1/2 UDC: 621. 396. 6-181. 5

_ACC_Rk~ A:~6035220
its amplification are the development of the surface M with the aid of ribs, the
increase of the printed plate, the use of unloading, metal plates, and the place-
ment of the working element in the upper face part of M, if the wire leads are
directed downward. Orig. art. has: 8 figures. Bibliography of 1 title. (Transla-
tion of abstract] [NTI

NARGIELLO,,Januez; DYNSKI, Wladyslaw
An installation for the removal of die-stamped materials from
the molds. Meehanik 35 no.6:340-341 Je 162.

NARGIZYAN, E.A.
Method of determining the capacity,.and energy of long-range regula-
tion in relation to the number of hours of use. Izv. V4 Am. SSR.
Ser. tekh. nauk 14 no.5:67-72 161. (MIRA 15:1)
(Transcaucasia--Electric power plants)

STYRIKOVICH, M.A.; NARGIZYAN, E.A., insh.
Concerning-;e ch ~'jeof thermal electric power plants for systems
with long-range regulation. Teploenergetika 10 no.1:64-67 Ja
163. (MIRA 16:1)
1. Energatichaskiy inatitut pri Gosudarstvannon nauchno-okonomi-
cheskom sovete Soveta Ministrov SSSR. 2, Chlen-korrespondent
AN SSSR (for Styrikovich).
(Electric power production)
(Electric powor plants)

NAROIMN 0. A-. --------
NARGIZYAN,, 0. A. "Clinical as~pects of rheumatic and chronic septic
endocarditis." Yerevan State Medical Inst. Yerevan,
1956.
(Dissertation for the Degree of Candidate inASciences)
Yedical
Sot Knizhnaya Letopis's No. 18s 1956

MHATSAXAMOV, T.S., zasl.deyat.nanki, prof.; X&TANTAN, A.A., Aoktor med.nauk,
doteent'- DARBINUN9 G.L., kand.med.neuk;. G.A.
Clinical observations of the c&rdiovaecular reaction in patients
with hypertension of the first andiscond stages being treated at
the Dzhermuk health resort. Vop.kardiol. no.1:37-48 '56.
(MIRA 12:9)
1. Is Pak.terap. kliniki Terevanskogo meditainskogo institute.
(CARDIOVASCULAR STSM) (HMPMMIISIOII) (DZHVDM--MROTH3WT)

HYATSAKANOV, T.S., XATMAN, A.A., WARGIUAN, G.A.
I
Iffect of Dzhermuk mineral 'bath on hemod7namice, Vopfizioter.
i loch. fi-z.kullt, 23 no.6:498-502 N-D 158 (MIRA 11:12)
1, Iz fakulltetskoy terapevticheskoy kliniki (sav' - saslushemw
do7atell nauki prof. T,S. Knatsakanov) Terevansko;; mediti3inskogo
instituta;
(CMIOVASaTLAR SYSTFX)
(DEMMUK-MINERAL WATERS)

KIATSAKANOV, T,S,, prof.; ]KATANW, A.A., prof.; XMIZTAH, G.A., kand.
med.nauk
Carditozin treatment of patients with chronic circulatory insuffies-
cy. Sov.med. 24 no.1:8M3 J& 160. (NIPA 130)
1. In kliniki fakulltetskoy terapil, (sav. prof. T.S. Sbat"kILROT)
TersTausiwgo meditsinskoge Instituta.
(DIGIMIS therapy)

KATANIAN., A,,A.j, prof.; WARGIZYAN, G*A*, kandomedenai*
Prolonged anticoagulant therapy of patients with coron817 athero-
solerosis and stenocardia. Terap.arkh. 32 no,10:55-58 160,
(KMA 14:1)
le Iz terapevtioheakoy kliniki (zav. - prof. A.A. Katanyin) -
fakullteta usovershenstvovaniya vrachey Yerevanskogo me4itains-
skogo institutab
(CORONARY HEART DISUSE) (ANTICOAUGLAM)

KATANWO A.A., Prof.; NARGIZYAN., ~-A--ykand,mednauk
Study of the functional state of coronary circulation during
the'process of treatment in coronary ahteroselerosis. Terap.
arkh, no.8t58-61 162. (KIRA i5:32 )
lo Iz kafedry terapii (zav. - profa A*A& Katanyan) fakulfteta
usoyprehenstvovani7a vrachey Yerevenakogo zeditsinskogo institata.
(CORCINARY HEART DISEASE) (ARTERIOSCLEMIS)

NARGIZYAN,, G.A.; KANDARYAN, M.S.
, 1--al--l
State of the coronary circulation in patients with anemia
during the process of treatment. Zhur. ekep. i klin. med. 3
no.4:35-39 063 (MIRA 16t12)
1. Institut perelivaniya krovi. Ministerstva zdravookhraneniya
Armyanskoy SSIR.

NARGIZYA,N, G.A,
Clinical course in coronary atherosclerosis. Zhur.(eksp. I
klin. sad. 5 no.lsl22-124 165. ' MIRA 18110)

NARIBOLI, G,N,
11mixed boundafy value problems for rectilinear plates.
P. 507 (Archiwum Mechaniki Stosowanej, Vol.9, No. 5, 1957, Warsaw, Poland)
Monthly Index of East European Accessions (EEAI) LC, Vol. 8, No.1, Jan 59

Mixed boundary value prob e
JqtttLoll, G. A. I ms r
ret 11. Arch. blech. Stos, 10 (1958), 129-
1142. (Polish and Russian summaries)
The author here extends the results of his earlier paper
(Arch. Mech. Stos. 9 (1957), 507-524; MR 12; 11071 to the
roblems of buckling and free XiLb2r-.jL!!ionafbf some recti-.:
inctir plates.
F
By use of the analogy that the Laplacian of deflection
of a supported rectilinear plate corresponds to the stream
function due to a vortex in a cylinder of the same cross-
section, the Elate prob!em is reduced to a two step
harmonic pro lem. Here this solution is used to obWn
the deflection due to unit moment applied normal to the
edge. The solution Of total deflection due to distributed -
edge moments along the boundary of a supposed plate

is then represented in an integrii torm. L he conclition tnat
the, slope must vanish on the clamped part leads to a
homogeneous Fredholm integral, equation for moment
distribution. This is reduced to the solution of an infinite
set of algebraic equations whose solubility condition leads
to the characteristic equation as the vanishing of an
infinite determinant.
The cases of right-angled isosceles triangle, right-angled
triangle with 30* angle abd equilateral triangle are treated
in detail. Numerical values of the first eigen-value are
obtained in each case, and compared with the Values
under supported boundary conditions. The results show
that ifor the same boundary, the rise in the parameter
giving the least buckling load is, higher- than that giving
fundamental frequency and the rise increases with the
decrease in angle. B. R. SeA (Kbaragpur)

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Bakuradze It. and V'arikashvili S,:Spontaneouo electrical activity of the brain
during sleep Tran-sactions of the Beritashvili Physiological Institute 1945, 6 (3?7-1,01)
illus. 6
The electrical activity of the cerebral cortex was studied during norma). night
sleep in 10 male subjects aged 18 to 40 years. Potentials were led off bipolarly along
and across the brain. Two cortical regions were recorded simultaneously by a Mess-
schleif oscillograph every 10 or 20 minutes during the whole night's sleep. The
alpha-rhythm recorded from the occi,rito-parietal and tem.poral regions decreased
and became irregular during the drowsy state disappearing with the deepening
of sleep. When sleep deyeloped gradually the decreasing alpha-rhythm was replaced
.by weak and irregular potentials. When sleep was deepening quickly the alpha-
#Vtbm disappeared without a preliminary decrease. During this time the cerebral
cortex produced weak and irregular potentials Vich generaily occurred in the
absence of the alpha-rhythm (basic electrical activity' after Beritoff.) The basic
activity recorded from the occipito-parietal and temporal regions showed periods
of weakening, 'silent periods', lasting sometimes till awaking in the morning.
In the frontal and central regions, where the alpha-rhythm during the walking
state is genera---ly weaker, the replacing of the latter by basic activity potentials
was more evident than in the occipital lobes. From the very beginning of the drowsy
state a progressive increase of the irregular potentials of basic activity was noticed,
sometimes associated with temporary silent periods. The increase of basic activity

in the anterior half of the brain continued parallel with a decrease of aloha-rhythm
in the posterior half. The potentials of basic activity soret,mes became regular
in frequency ranges from 1 to 3 p.s. and from 12/ to 24 P.S. Such alibw potentials of
great intensity (100 microvolts and more) have been termed delta waves (Loomis
et al., Blake and Gerard, Davis et-al.). Quicker potentials (12 to 24 P.s.) have been
termed by different authors tsoindles'. Therefore sleep does not lead to a general
decrease of electrical activit~of the cerebral cortex, as has been assumed by many
authlors on the ground of the weakening of,al~ha-waves.
One form of cortical activity (the alpha-rhythm) is merely replaced by another
(the basic actiltity). The latter even increases during sleep, becoming more regular
(delta like waves and spindles). The increase of basic activity sets in earlier and is
more pronounced in the anterior parts of the brain. Contrary to the statement
of Loomis et al., simultaneous arising of delta-like waves and spindles could be
observed. During sleep all potentials in symmetrical regions of both henispheres
were found to follow a synchronous course. In different regions of the same hemisphere
the synchronism was observed only for more or less intensive alpha-waves whereas
the basic activity potentials showed for the most part a lake of synchronism. The
gradual increase of the cortical basic activity with the deepening of sleep in apparently
caused by turning off or diminution of the flow of afferent impulses from different
receptors (especially from proprioceptors). This leads to a decrease of excitability
and turnigg off of the corticothalamic nerve circles. Thus the self-exciting nerve
circle6'of the cerebral cortex begin to work more synchronously, and hence the
potentials of basic activity become more intensive and regular.
Dzidzishvili-Tiflis

Page 3
So: Physiology, Biochemistry and Pharmacology, Section II., Vol. 1, /11-6

NARIKASHVILI, S.P.
Blectrophysiology of the brain atom, the cerebral cortex, and the
cerebellum Is a &*a-sarcotized cat. Trudy inst. fisiol. AN Gruz.
M 8.'135-187 050. (NINA 9:7)
(JUCTWPHYSIOIOGY) (MIN)

kt~ Ritlr E4-MI-4y LgllkAfz~1,12~.~~-~b~~~-~~-7~~~y*n~~r
NARIKASHVILI, S.P.
Mechanisms of the conditioned reflex activity. Zhur. 77s. nerv.
deiat. 12 no.4:613-622 JI-Ag 162.
(MIRA 17:11)
1. Instituteof Physiology, Georgian Academy of Sciences, Tbilisi.

NARIXAMILI.S.P.
Iffect of stionlation of waboortical segments on the electrical
activity of the cerebral cortex. Tra4y lust. fisiol. AN Grus.
SSR 9:133-154 '53. (NM 8:9)
(Cerebral cortex)

Nq kq
Category: Georgian 6811/General Division. History. Classics. Personalities. A-2
Abe Jour: Referst Zh.-Biol., No 91 10 May 1957) 34897
Author !!E~
Inst not given
Title The Leading Georgian Scholar, Academician I. C. Beritashviii
OrIg Pub: Metaniereba da tekhniks, 1955, No 6, 10-13
Abstract: The article is devoted to Acad. Beritashvili (born, 1884), a Georgian
physiologist, founder of the physiology school of Georgia, leader
of the Institute of Physiology of the Academy of Sciences of the
Georgian SSR. His work In the field of the physiology of the muscu-
lar-nervous system attain d great renown, particularly on the central
nervous system (his research was devoted to the contracting ability
of various muscles, the interaction of the processes of sti-Istion
and contraction, to the unifying activity of the cortex of the large
hemispheres, etc.) Beritashvili is the author of a large number of
scientific works; among which is the two volum -rosal "General Phy-
siology of the Muscular and Nervous System). (1922)
Card -21-

USSR lluaan and Animal Physiology. Nervous Syntem, Cerebral Cortex. T
Abe Jour Ref Zhur Biole, No 15, 1958, No- 70527
Author :Narikashvi i S.
Inst :Ac emy of Sciences GSSR
Title :The Interaction of Responses:of Varioue~Rece]prtor Regions
of the Cerebral Corteac
Orig Pub In the callection,,Probl. sovrem,%fizioa nervn. tuphechn.
sistem. Thilisii AN.GruzSSR,.1956j,.225-241
Abstract ln~experiments.:on cats-.under Light nembutal narcosis or
on-Ilencephale.isoI61-1 preparations, studies-were made of
the interaction of rhythmic light.(IS) and sound (SS)
stimuli. The addition of the SS to the IS suppressed
the responses of the visual zone of the cortex. Some-
times there was also a facilitating action of the SS on
the IS. Upon combination of in-frequent SS ani ISY it
was possible to observe that the SS changes principally
Card 1/2
126

USSRIHuman and Animal Physiology - Nervous System V-12
-Abs Jour Ref Zhur - Riol.i No 11 1958, Nc 4453
Author i SOX. Narikashvili.
Ifist Instittte of-.Phy.siologyy:Academy of Sciences) Georgian
SSR
Title Bicelectrical Response Potentials in Various Areas cf
the Auditory Region of the Cerebral Hemispheres of the
Cats. nd Their Variations Dependingon the Strength and
Frequency.of'Auditery.StImuli Application.
Orig Pub Tr.,In-ta Fiziologii) 1956,,1o, pp.73-101
Abstract Auditory stimuli applied.for O.I.to 5 milliseconds prcdu-
c ch in the
ced a p~rinary,response'--,positive os illati.
back~of,:the ectosylvian'gyrus (PSG) of the.'cat when put,
under light nembutal narcosis. Fetween the middle and
the..an.terior ESG the response was triphase: negative
Card
oriGinal responses in all sections cf the auditory regicn,
Card 2/4

USSR/Human and Aninal Physiology - Nervous System V-12
Abs Jour Ref Zhur Diblei-No 19581 No 4453
in some.cases high tones exerted greater influence on po-
sitive oscillationewhile low tones influenced negative os-
cillati6ris*,to,'a:..great6r,~.e.xteiit,o , A.slight masking sound
ldd~.to_~an increase.. of the ldtGnt -period and'a, -continuance
of.,_,6riginal responsesIA prolonged action-of the masking
6oundlw"e4ake'n-ed~its'-cffect.- Increased'frequency of auditory
stimuli (from eight to ton per second) led to an extinction
of the secondary negative oscillation in the beginning and
to an eventual disappearance of the positive oscillation;
finally,, when stimuli were applied very frequently) the
original negative oscillation became extinct. Increase of
sound intensity was accompanied by increased amplitude of
original responses and expended continuance of the positi-
ve oscillation, in cases of rhythmic stimulation increa-
sed sound intensity may have caused decreased amplitude of
the original response. it is therefore) assuned that the
Card 3/4

GIJGUHAVA, Ye,; NABITIRI, V.; URIKASHVILI, S.P., prof., red.; GIORGADZI, 0.,
k-,
red.lzd-va; TOMIA, A.#
Ivan So;PwnvvIch Beritashvili. Vstup. stattia S.P.Sarikashvili.
Bibliogififtia mostavlena X.Gugunova i V.Mebieri. Tbilisi. 1957.
127 p. [In Georgian, German, and Russian.] (MIRA 11:4)
1. Akedenlys nauk Grazinskoy 80, Tiflis.
(beritashvilt. Ivan 3olomonovtch,'l8a4-
(BIbItograptW-Physiology)

URIUSHVILI, S.P.; MONIkVA# E.Se
Interaction of diffuse.mid specific thalamocortical projection
systems. ;oob. AN Oruz. SSR 19 n0,3:347-354 3 157. (NIM 110)
11 AkpAemlya nauk'Grazine6y SSR, Institut fisiologil'im. akad.'
ZS. Beritashvill, Tbilisi. Predstavleno abdevlkn IS'S.
Beritashvi.11.
(ONJEW CORTU) (OPTIC MALMS) (SUM AND SUSA?ION)

5S
j~ L) '/-, ' ~~" P__ -.-----.--- ~... ~ 1---
295. PRIMARY RESPONSE AND SP8NTANEOUS kLECTRICAL ACTIVITY OF
THE CORTEX (Russian text) . N a r i k a a h v I I I S. P . 1. S. Beritashvill
Inst. of Physiol., Tbilisi. FIZIOL. Z, M57, UTTT
6'W-650) Graphs 5
the relation between primary response to contralateral skin stimulation and spon-
taneous cortical electrical activit was studied in cats anaesthetized with nembutal
(20 mg. /kg. ) in two sets of experfiments. After transient interruption of the blood
supply primary responses appear earlier than slow electrical activity (which gen-
erally sets in with the first inspiration). These primary responses are usually low
voltage and reversed in phase. Primary responses acquire a normal shape and
amplitude after reestablishment o! the basal (Le. that preceeding interruption of
blood supply) pattern of spontaneous electrical activity. Alterations of primary
responses were also observed during the recruiting response and EEG desynchron-
ization caused by direct electrical stimulation of the thalamic reticular formation.
The amplitude or primary cortical responses was found to depend on the period of
the re cru iting response: it is greater during '-saxing' of the recruiting response,
remaining unchanged or decreasing on '~mning' of recruiting response potentials.
EEG desynchronization exerts little or no influence upon the primary response.
It is concluded that there must be a close relationship between nervous structures
underlying spontaneous electrical activity of the cortex (diffuse thalamo-cortical
system) and those on which the appearance of a primary cortical response depends
(spegUic thalamo- cortical system). Simonson - Minneapolis, Minn.

AJO Y A'A
14LUT 111 0 RS C_1_7,2/39
Cha~li ah-lili, 34, F. ; corr~-,To-jinr .1:onber 14, Georgien SM
TITLE: A Reutinlr, ./-*Lth tha of t!,ci Tranoca=%oian 'U,.:ricn
(V!3trec'ia -. bioio,~~wd Joint Se-,-Acn of V-,,- 3iru-
IcC4-oal of Tvc
YLl. 20, Ur 1, 1p. 121-121

A 3 Cnt
L ;--t- ef the Xif J.:,Ii Cf
0.,

a- L, Inrf:c 'r-roul. of C i-G.-.ti r,s

froL 20 to 3, 3 --l.~rxry ard 4 cuct`c,-~al
,jezjLQr-.~ took piac;e. T-`!u ra,c.A:i -.-.ere
1) 1. S. Cii the pwct i~la~yed by the homiciteri-S
cf t",,e crz~,o',-ruim ard tht, in. the F- t i C. 1 0 rt C. tu i 0 n

2) T'i,.; "U-'-claytic reticular :~y,,tei c~n-- -he
c. cortex of Vie larr_-a !cvi-
caxa l,f4

IT r t ;,~U Bi~.' 0' Tr N-1-32/39
Joint Session (,f T-.7c ACT-dazlier'.
1'timcmuna in tht; cource cif

4) V. V. Illeotric of the d:: of
ccr,~i,2uL in z:.nd itur.--uptal xxit~~..ion.-~.
5) Yu. G. 21-~~ cf e1cctroenco,,ha1oEr---, r*-iythLl:,

t'e
Of
L. 1. 0:. c3rtUn peculiaritiuo of Ue "Ligh-
or narvcuj aAivit, of -,.,illite under phyjiolo ic 1
pat,!-:)1c---.ica1 conrtitfun~;.
7) G., K:-~. Bun,.,jaty~--n: C~ztain re---ults concerni.16 the ccatrol of
t:la COI "Q:: Of :.letabOli3LI.

rune, p' uical-c%emical of the
3') G. Y. L 6 .,:r 11.~
cri~atiun unt.1 -,rrp,-j,--a.~rjn of Ln. c-.ecitation over nerve fib-~es.
9) -P. On "lic, chec%in- of the resultz of the
causal-emalftical of the dove 1 o n-V of Uhe
uryutalline len:~.
10) D. I.I. on tht, part played by the humoral
facturs ix-L it-Ilie 1--ube~~cence of arthoropods.
11~ L. I. X~-.-ararld:,c; Ti~: izutpiticn of the vine and chlorozis.
171. . K2az;-U, U
A L 4XVZOV; AiltibiCtiC 3U~intance-- and their use
Card 2/4 i -.-I t 11,;~ ~).V~:odina of

A MeetiriE Jith thu Biclcri~;tn~ of T_-an~.;Cziucauiaa R;~Cioll. 30-1-12/39
Joint Session )f t'h,_ Dx_~xl-_,aut~; of Two
13) V. _-. G-~Ais-~.-%tjij-*- jlL.;It:c,_,.dJc-tory pc-culiaritie3 in tke
A. L t, , I
hercdit.- c)f :C woc(l and '61,eir iLr, ortance f , r V e
develcynient u-- v L-e
14) 1.:. K:-... T;c; cl~,_-.dcal zAimulation of t'ie L;ro-.It-'l
arld the of
15) Ya. '% Lililtuut-In. T!-.o tl,.oury of 'Eiu, idcrobe
of tl-,o Boil. ,
16)) r. A. G,~:,kell: T,,.-- of cclloidal-c%Cn'.ical y.ro-
perties of the for t~u- of -,~lantl ruaiL;tance
17) T. S. 3ulal~_ Grotitl~. ntjl,)rt;-ujCu.-, r.nd tho rez;i.;.F~.-ice
agailint froLt i:~f Citruu !.ILLnt~~.
10) U. IN. Chrcluohvili. Tlia ia-.lLT,.L;uce ',y lo-a temper-
aturec- Cn the ulatc! of tliu itratificat-Lua ila av~.rcreens.
V. 11j. honabdir,; L~7bridizaticuii ari une (,-I' '%-I:ie fac"o-n; of ttlhe
enzic!%.,I~aLt a-ad-, Of t'le J,Uock of t,-pej a-itcl Op~:3ic;,j OfA
20) T. 5. IZQz~Ai; Tbu vltrui.;., uf t',%~ l.::_4;lci-a1
Todder (;f fiul"L'. of G:Vli,~Aya.
21) L. F. l1ravdin; Tl'.;. nr~;-.'L '~arj!-- to ')c foront
seloctivn 1r, VVIriclu'll cc.,.(Utirullo.
d ener~7eticss
C ard 3/4 22) V. F. Volobuy._~v: icil-clima'.ic

A leetinE: '.7ith -Lhe of Tr-vis;;aucs,~;4wn 30-1-32/33
Joint Session of "he 3icic-i-r-*~-,al of Two jlczLd-e.:~l=-,-.
o f 2 1 - f :,xz-, 10 r--.
23) E. M. I Lav.:--hc. The.~- f'rmea3u-c ancl the iaountains of Central
Eurulie ia rw;pe,.,t,
24) A. L. C,-, Vte hiitory of uo-,mtuin wrol,layte vcseo-
t- , 1, 1 - -
-14ioll G- f ~:I- Croa-ju,:.
25) S. V - Zonn- ll'oiqci7,%tive ch--.ract,7-ri!;tic of thu rud earth
of Georgia a.,,-,Ll 13-iina.
205) V.
Kazvxyan: T,-.-, 1.rianipal poii.-ts of t'~e thoory of the
increaointe contradiction imi plant ontol,,oneois.
L. !;.h. Davitaihvili: The theory or. the ;ro,,.,re;;3 of evo-
lution -:,nd the tajk;j of modern birulogy.
AVAILj%BLE: Library of
1. Biolo'gy-Conference 2. Scientific reports
Card 4/4

NARIKASHVILI, S.P.. BWHHUZI, S.M.
IWMWVAtfttO-4_
Relationship between descending and ascending effects of the reticular
formation of the medulla oblongata, [with summary in Znglishle
TizIol;zhur* 44 no,9t848-858 S 158 (MIRA 11:12)
I; Institut fiziologii AN GruzimkV SSR, 7bilisis
(MULLA OBLONGATA. physiol.
reticular form*, relationship between a3cending &
descending eff.'(Rus))

Pavlovich; SARA HISHVILI, F., red.; VOLKOVA, I.,
red,izd-va; TODUA, A., tekhn.red.
[Some problems in the hysiology and pathology of the reticular
formation of the braini Nekotorys voprosy fiziologii i pato-
logi~ setevidnoi formstaii golovnogo mozga. Tbilisi, Izd-vo
Aked.nauk Gruz.SM. 1959. 76 p. (MIRA 13:7)
(BRAIN)

All
till
I
1.1 s lit,
11 It J.. 11 fl]
l
lit
it

N"IUSHVILI, S.P.; HOIIIAVA, E-B-
Correlations betveen thulamocortical projection systems.
Zhur.,wye.nerv..deiat. 9 no-3:461-470 MY-Je '59. (MIM 12:9)
1. Institute of Physiolo&v, Georgian AcadwW of Sciences,
Tbilisi,
(CAMBAL CORM - physiology)
(.TH&IAHIJS - physiology)

NAIIIKASHVI LI, S.P., prof. (Tbilisi)
Panction of the reticular formation of the brain stem a-ad certain
clinical problems. Klin.ved. 37 no,9:20-27 S 159. (MIRA 12:12)
(BRAM STIN, anatovW and histology)

e,-XARIKASHVILI, S.P.
Niorpholog7 and physiology of the reticular formtIon. Fiziol.
zhur. 45 no.11:1398-1399 1 059. (MIU 13:5)
(nkrff SM physiol.-)

9;a ~fWVA Y1r8T4:%FP1-2 W--~ ---l R 41VWF--'Tv-~.*~ r, [~Ww* -kRv K-RfX-1 MUMS EVER -'N-11~1 V, -4r. 11% ~~ 711 br-~ 9 Ir"_ ~~U al; r ~ fz rKIVU CZ.-M UM --W Tik~ 4~
BTJTKMI, S.M.; WRIKASHVILI Olikk
ON eaw". I'M
Significance of anesthesia in the inhibiting effect of the bulbar
reticular formtion on spinal activity. Biul. eksp. bipl. mod. 47
no.2:3-9 7 059. (WHA 12:4)
1. Iz Instituta fiziologii AN Gruzinskoy Or, Tbilisi. Predstavlons
deystvitellnym chlenom ANN 555a I.S. Beritashvili.
(KIDULIA OBUNGAU, physiol.
reticular form., off. of anesth. on inhib. off. on
spinal cord (Rua))
(ANJSTMISIA, effects,
on inhib. off. of medullar reticular form. on spinal
cord (Rua))
(SPINAL CORD, physiol.
eff. of anesth. on inhib. off. of modullar reticular
form. (Fas))

HARIKASHVILI, S. P. (Tbilisi)
0 korkovoy regulvatsii deyatellnosti nespetsificheskikh obrazovaniy
golovhogo moz"
report submitted for the First Moscow Conference on Reticular Formation, Moscow,
22-26 March 1960.

'OdUKASHVILI, 5- P-; M07TIAVA, E. S.j KADZHAYA, D. V. (Tbilisi)
Vliyaniye retikulyarnoy formatsii na otvetnuyu aktivnost' vritellnoy
afferentnoy sistemy.
report submitted for the First Moscow Conference on Reticular Formation,
Moscow# 22-26 March 1960.

ARTELIAZE, B.F.; BUTKHUZIj S.M.; XARIKASHVILI, S.P.
Changes in breathing related to inhibition and facilitation of
6ignal reflexes during stimulation of the reticular foi-wtion.
Soob. AN Gruz. SSR 24 no. 1:81-88 Ja 160. (MIRA 14;5)
1. Akademiya nauk Gruzinskoy SSR, Institut fiziologii., Tbilisi.
Predstavleno akademik= I.S. Beritashvili,
(RESPIRATION)

MONIAVA, Z.B.; NARIKASHVILI, S.F.
Affect of stimulation of thalamic unspecific nuclei on the cortical
effects of specific nuclei. Soob.AV Gruz.SSR 25 no-5:605412 11
1600 (NMA 14: 1)
1, Akademiya neuk 03R, Institut fiziologii, Tbilisi, Predstav-
leno akademikoz 1*3. Beritashvili,
.(TFAIAMUS) (CIMBAL CORT]d)

NARIKASHVILI S.P.
The 21st International Congress of Physiologists. Problems in the
physiology of subcoirtical formations of the brain. Fiziol, zhur.
46 no.3:371-378 Mr 60. (MIRA 14-"7)
(BRAIN-CONGRESSES)

NAETKASHVILI, S.P.;. BUT,MUZI, S.M.; MONIAVA, E.S.
Effert. n- 'I'- c-rebral cortex on non specific thalaric reactions.
if ,
Fiziul-z". - 46 no.6:6530-663 Je, 160. WRA 13:8)
.1, Froom t4-) In..titute of Pi-ysiology, Academy of Sciences of the
Georf,ian"lovict Socialist Republk6, Tbilisi.
JfCEREBRAL CORT.--X' (OPTIC THAW4US)

84578
S/020/60/134/001/038/038/77
B016/B060
AUTHORS: NarikashV41i. S.P. Moniava, E-S,, and
Karlzhaya, D. V.
TITLE: Interaction Mechanism of Analyzers
PERIODICAL: Doklady Akademii nauk SSSR, ,960, vol. 134, Ho. 1.
pp. 229 - 232
TEXT: The authors Investigated the interaction mechanism of analyzers
under 3ombined skin-.and light irritation. 15 non-narcotized cats,
kept; immobIle by intravenous injections of tubocurarine, were the
test specimena. The potentials were derived from the visual region
and other regions of the cerebral surface and also from the external
knee-joint region. Their recording was made with an electroencephalo-
graph of trademark "Alvar". The skin of the "contra-lateral anterior
leg" was irritated by Individual electric pulses. After a 1-2% solution
,of sulphuria atropine both eyes were irritated with light flashes
( I m/sec ) of constant brightness, Under the action of a more or less
strong irritation, the corresponding reactions were suppressed both
Card 1/3

84578
Interaction mechanism of Analyzers S/02 60/134/001/03b/038/XX
BOJGYB060
in the visual area of the cortex and in the knee-joint region of the
body. Fig. 1 shows an oscillogram obtained from such an experiment.
The overall picture of the activity, caused by skinirritation, of the
,afferent visual system points to the fact that the suppressing action
of one analyzer upon:the other takes place on the subcortical level,
,because not only cortical reactions, but also the specific, thalamic
Ireactiona appear to be suppressed. When skin irritation is stopped,
the corresponding potentials are restored with varying rapidity,. In the
vlaual region of the cortex and in the external knee-joint region this
restoration runs in parallel and more or less exactly coincides with
the restoration of the slow background activity, i,.e., with-the end of
EEG desynchronization. Q~aite frequently, the degree of suppression of
visual cortical reactions (under the effect of cortical irritations) is
higher than that of the reactions of the knee-joint region (see oscillo-
grams Figs. 2 and 3). The fact that the cortical reactions are more
strongly suppressed than those of the nucleus thalami, seems to
indicate that the suppression of the cortical potentials is not only
explained by the action of the substantia reticularis upon the afferent
paths up to the nuclei thalami, but also by a direct inhibiting action
Card 2/3

84578
Interaction Mechanism of Analyzers S10201601134100-,10361038177
B0161BO60
upon cortical neurons. This statement has been substantiated by
experiments (Fig. 4). All changes in the corresponding potentials,
which follow upon the interaction of different anal3zers, are connected
with the activation of the reticular system. The authors are at
present carrying out a special experimental analysis to substantiate
definitely their opinion of the varying effect of the reticular system
upon the cortical potentials arising upon irritation of the eye and
the knee-joint region. There are 4 figures and 15 references: 1 Soviet,
8 US, I British, and 1 French.
ASSOCIATION: Institut f4ziologii Akademii nauk GruzSSR
(Institute of Physiology of the Academy of Sciences
GruzSSR)
PRESENTED: February 8, 19609 by I. S. Beritashvili# Academician
SUBMITTED: January 8, 1960
Card 3/3

MONIAVA, E.S.j. KADZHAYA, D.V.; NARIKASHVILI, S.F.
Mechanism of the influence of the reticular formation on responses
from the visual region of the cerebral cortex. Zhur. vys. nerv.
deiat. 3-1 no.5:868-877 S-0 161. (MIRA .15: -1)
1. InstAute of Physiology Gerogian Academy of Sciences, Tbilisi.
(BRAIN) (UM'RAL CORTil) WIa.1

. NARIKASI[VILI, S*P* * MONIAVA, E*39
, --- I --I
Interaction'of specific and nonspecific thalamic nuclei Trudy
Inst. fiziol. AN Graz. SSR 3-2:55-67 161. iMIU 15:2)
(OPTIC THALAMUS)

~ei EMM Mi *W&e vi4~ C2! a?~~ t4Di~ ~`--t- irw
NARIK&SHVILI, S.F., MONIAVA, E.S.j BUTKHUZI,, S.M.
Effect of tetanic stimilation of the senBory-motor cortex on the
thalamus relay nucleus. Fiziol. zhur. 1+7 no.7;863-871 JI 161.
(MIRA 15:1)
1. From the Georgian S.S.R. Academy of Scionces Institute of
PhysiolV,, Tbilisi.
-4- (CEREBRAL CORTEX) (OPTIC THAUMUS)

3/245/62/000/003/00.2/002
1015/1215
AUTHORo Narikashvili, S.P.,_
TITLEs Problems oC the physiology of nnalyzers based on
modern data Rbout the structure and function of
the brain
PERIODICAL: Voprosy psikhologii n0-3# -1962t 56-72
T EXT Modern Rssessment of the role of the reticular
formation conforms with Pftvlov's view of -ihe importance of "8ulz-
Cortex* for an -.iJequate cortical functign. ' In the brain stem it
articipates in activation, in regulation Rt the-origin, Rnd ih
p
i,propagation of the afferent impulses. The'cortex itself partioi-
ates in regulating the analyzing activity of ONS. Perception
P
0 Card 1/2

5/254/62/000/003/~02/002
1015/1215
Problems on the physiology of...
and analysis are considered to be active processes that involve
'the part'icipation of the reticular formation. An adequate corre-
.;lated 'activity of the cortex and subcortical structure is nece-
:ssary to ensure the integration of any higher nervous function.
The reticular formation constitutes one of the most impo'rtant
..subcortical structures. There are 108 references.
ICard 2/2

prof.; MCNIAVA, E.S. (Tbilisi)
Changes in the electrical activity of the cerebral cortex in
partial injuries of the brain stem. Yop.neirokhir. 25 no.1:26-
33 162. (MIRA 15:1)
1. Institut f Iziologii AN Gruzinskoy SSR. 21(-Mlem-ko
AN Gruzinskoy SSSR (for Narikashvili).
(MUM.-WOUNDS AND I&TURIES) (CMEBRAL CORTEX)
(ELECTROMICEPHALOGRAPHY)

IIARIKASHVILI,_qj.; 140NIAVA, E.S.
Dynamics of changes in the electric rhythms of the cerebral coriex
following lesions of the reticular formation of the brain stem.
Soob..MI Gruz.SSR 28 no.l.-81-88 - Ja 162. :L:z
1. Akademiya. nauk Gruzinskoy SSR, Institut fiziologii, Tbilisi,
2. ChlenAorrespondent AN Gruzinskoy SSR (for 11arikashvi-ii),
(MAIN-WOUNDS MID INJURIM)
(CEFEBRAL C CRTEX) (ELECTROPHYSIOIMY)