SCIENTIFIC ABSTRACT DANEK, J. - DANELYAN, L. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001109610009-4
• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- DANEK, Jiri, inz.
Apparatus for quick determination of water content. Prum
potravin 13 no.51265-266 ?V '62.
1. Statni inspekce jakosti potravinarskych vy-robku, PrRha.

DAMEK. Jiri. inz.
A reliable method for determining the free water content In butter.
Prum po*avin 13 no.6:320-321 Js '62.
1. Statni inspekes jakosti potravinarskych vy-robku, Praha.

SCHNEIDER, Jindrich, ins.; DANEK, Jiri, inz.
Measuring the consistency of processed cheese. ?rum potravin 13 no.9:
493-496 8 162.
1. Kinisterstvo potraviv#rskeho prumyslu, Praha (for Schneider).
2. Statni inspekee jakosti potravinarskyah vyrobku, Prela (for Danek).

CLRNA, Eva, inz.; DAIEK, Jiri, inz.
Use of the refractometric method for determining the
composition of frozen cream products. Prum, potravin 14
no.2:89-91 F 163.
1. Vyzkumny ustav mlekarensky, Praha (for Gerna).
2. Statni inspekee jakosti vyrob" potravinarskeho
prumyslu, Praha (for Danek).

nAEV-K Jjrj. inz.; FCRT, Josef, inz.
V~~ -
International standardization of the Garber method. Prum potravin
1J+ no.5:269-270 My 163.
1. Statni inspakee jakosti vyrobku potravinareksho prusyslup
Peaha (for Dansk). 2. Ustredni kontrolni a zkusebni. ustav
zemdelsky, Praha (for Fort).

,,:KbLNA, Eva, inz.t IJAEK, i'l, '%7.
Fxperierwe -~-le apparu'W3 I'or q-i. k -*.a.-rr.-.r,.zie -f w-ltd,- Con-
tent. iru-n potravln -5 Mx (,,..
.L. RAsearch InsLitute of Dair ,i I n,iiis,.ry, ; 7'47,1~, ' r re rna, .
S Late
lnspH.- 1, tj.,i of .1 ood L ro,., Li -, *. ,,ii - ', ty, , r-iju~ i for ~)anek) .

DANEX, Jiri, Inz.
Laboratory control In the food industry, its importance and
development. Prum potravin 15 no.~:205-208 Vq 164.
1. State Inspection of Food Product Quality, Prague.

DA N FK , J i r- ; , : r z .
Ta 9 k 8 r) f I a tk-. r%i t;-, r I o s I n e n s . 7 1 :.,* i ! , j, k . 7- j : ~ ~,,, ~ -, ~ -~
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DANEK) juOel,
Report from the 'leccndary ',c-oc! ~' ':eChnology
in Prague. Kvasny prum ') l-P z4 '0.
I . Stre-ini 1-rwaytj lova ek , iq ~ , -~ rs.:- tF. -1., - ~ ;' ~e , 1 rll.a.

EXC~RPTA FELICA See 8 Vol 1215 Ne~irology May 59
2493. TfiE PANORAMA OF PSYCliOSOMATIC MEDICINE - Panorlma psycho-
sorr,atiky - D a n f It K, terveng Kosteler. Czechoslovakia - VOJ ZDRA-
VOTN LISTY TI;38-,77/9 (425-427)
Brief analysis or fundamentals of paychosomatif thought are based on the
-following elements: (1) the idea that the illness is a psychologically very
important event. deeply connected In its roots as well as in its consequenc-
es with the development of the patient's personality and his view of the
meaning of his own life. (2) the theory that unconscious conflicts may manifest
themselves In the form of symptoms which express the conflict symbolically, (3)
the physiological investigation of bodily changes due to emotions. (4) the teaching
of conditioned reflex activity, (5) the supposition that the patient*s own conscious
behaviour (eating, drinking. smoking, sedative habits etc. ) plays a major part in
the aettology of a rather great number of diseases, and (6) the observation that almost
always the Immediate pathogenetical influence In the development of psychosomat-
ic disease may be subsequent to changes In the social environment of the patient,
such changes often being, however, duo to a ner Incorrect behaviour or de-
cision of the patient himself. The indiscrimir use of the term 'psychosomatic' is
criticized.

~-,A':FK, Ylarel
0t
CZECHOSWVAKIA
-Zr-,a-u-=, Prakt',-~ky Lekar, ','o.
'o-.',ri ution Ic artIcle bv
01, aitic,ty of 7e,,reati.~~al AreLs"
- L 1 .1

1(4); 100) PHASE I BOOK EXPLOITATION CZECH/5466
Dan6k, Milan, Engineer
Aerodynamika a mechanika letu pro piloty a techniky (Aerodynamics and
Mechanics of Flight for Pilots and Technicians) Prague, Nale vojsko, 1958.
289 p. (Series: Knifnice letectvf, av. 21). 5,000 copies printed.
Ed.- Karel Zelenj.
PURPOSE: The book is intended for fliers and students of aviation technicums
and flying schools.
COVERAGE- The author presents the theory of fligbt and maneuverability In a
practical way, i.e.,without discussing aerodynamic relations or proving the
validity of aerodynamic formulas. Although preliminary knowledge of mathe-
matics and fluid mechanics is assumed, the theories are presented in simple
terms. Exercises at the end of the book can be solved without using higher
mathematics. No personalities are mentioned. There are 6 references:
3 Soviet, and 3 Czech.
Card 1/10

Aerodynamics and Mechanics (Cont.) CZECH/5466
Foreword
Ch. I. Fundamentals of Low-speed Aerodynamics
1. Atmosphere 11
2. Basic Concepts of Hydromechanics 14
Specific weight 14
Specific maBs, 14
Viscosity 14
Streamline and stream tube 15
Condition for continuous flow (Continuity equation) 15
Bernoulli's equation 16
Vortex strength 17
Meazurement of Velocity Iq
4. Air Flow About a Wing Profile 22
Aerodynamic forces and components of aerodynamic forces 22
Geometric properties of the wing profile 26
Development of lift on the profile S
Lift drag curve 28
Lift curve for a profile 30
Card 2/10

Aerodynamics and Mechanizs (Cont.)
czEcH/3466
Moment curve for a profile
Wing of Finite Span
Geometric characteristics of w-ing
Theory of wing-tip vortices
Tnduced angle of attack and induced drag
Characteristics of wings of finite span
6. Efferts of Viscosity in Flow About a Wing
Boundary layer and skin-friction drag
The laminar profile [velocity profile)
Separation of flow
'Ways of obtaining more lift from a w-ing
Wing shape and flow separation
7. Characteristics of an Airplane as a Whole
Effect of ving shape an its aerodynamic cheLracteristics
Survey of types of drag
Interference
7he i-ift-d-rag curve of aircr&ft
Cb. 11. Principles Df High-speed Aerodynamics
51
35
35
37
39
41
44
44
46
49
50
54
58
58
59
60
63
Card 3/10

Aerodynamics and Mechanics
8. Properties of Flow at High Velocity
Campressibilitv
Some basic c,)nlepts of thermodynamics
Distribution of ama1l. pressure changes
Acce&eratlon of a fluid to supersonic speed
De-eleration of fluid from a supersonic speed
Normal shock wave
Oblique shock wave
Supersonic flaw about an edge
Supersonic flow about a vedge and a cone
Velocity determination at high flight speed
9. High-speed Flow Around a Wing Profile
Changes in coefficients of aerodynamIc forces
Su]bsonic flow around a ving profile
The critical M [Mach] nunber
Transonic flaw around a wing profile
Supersonic flow around a w-ing profile
Optimum profiles for each flow regime
10. Characteristics of Wings and the Entire Airplane at
High Spet-ds
czEcH/,~466
66
66
t)6
68
I I
75
'111
3
;0
33
35
87
37
38
39
90
93
94
95
Card 4/10

Aerod:yn.amIc8 and Mechanics czwH/%66
Flow around wings of finite span 95
Lift-drag curve for aircraft at high speeds 97
Ch. 11T. Meth(x1B of Experimental Aerodynamics 99
11. Tapk-Q of &x-per-imental. Aerodynamics and the Problem of
Aercod~mamlc Stmll-itude 99
12. Sux-vey of Cu-rrent Experimental Methods 100
13. Wind Tunnels 101
Ch. TV. FrAncIples of Pr-peller Dynamics
14. Fumdamental. Aerodynamic Characteristics of Propellers 104
Efficiency of Ideal and actual (real) propellers 104
T-ypes of propellers and their chaxacteristics 105
Ce,acLit.ODS of operation of propellers 108
Effect of hIgb speed on propeller operation log
15. Prope-iler and Eng-ine 110
Fired pitct and variable-pitch propellers 110
Selection of propeller for a given type of aircraft and
engine 112
Card 5/ LO

AerodyuamicG and Mechanics czwH/3466
16. Effect of Propeller on Behavior of Aircraft 113
Effect of propeller on flav about aircraft U3
SII.petream effect of propeller 114
Gyroscopic effect of propeller 114
Ch. V. Aircraft Performance
17. Balance Between Thrust and Performance 116
Balance of forces in steady horizontal flight 116
Diagrams of thrust and performance U8
Rr-quAred thrust and performance 120
Survey of individual types of propulsion 124
Available thrust and performiLnee of propeller-
d.riven reciprocating engine 126
Avm_able thrust and performance of jet engine 128
L8. Masimum Speed of A-ircrft 151
Maximum speeed of propeller-driven reciprocating engine 131
Maximum speed of jet-engine aircraft 134
Maximum speed of rocket-engine aircraft 137
19. Climb and Ceiling of Aircraft 138
Fli-ndamental relations and concepts 138
Card 6/ 10

Aerodynamic and Mechanics
cz=/3466
Climbing of propelIer-driven reciprocating-engine aircraft 142
Climbing of jet-engine aircraft 144
Nature of climb of high-speed aireraft 147
2). Descending Flight 151
Descending with the engine running 151
Gliding 152
21. Ceiling and Endurance of Aircraft 1
1
Fundamental relations for ceiling and endurance 15
Ceiling and endurance of propelIer-driven
reciprocating-engine aircraft 159
Ceiling and endurance of jet-engine aircraft 162
Ceiling and endurance or rocket-eagine alreraft 164
Method of ceiling determination 165
22. Accelerated Rectilinear Fligbt 168
Velocity changes in rectilinear flight 168
Diving 171
23- Curvilinear Flight L?3
Thrust and the thrust/veight ratio in curvilinear fllgbt 1T3
Going into a steep dive and recovering 1?6
Card 7/10

Aerodynamic and Xechanics czwa/3466
Looping L79
Turning 180
Sharp turns 182
Spiraling 184
Other turns including combat n=euvers 184
24. Take-off ~wd Landing la7
Stages of take-off 18-7
Length and duration of take-off lag
Steps of landing 192
Length and duration of landing 194
Ch. VI. Flight Characteristics
25. Survey of Basic Concepts 196
Systems of aerodynadc coordinates 196
Stable fLight, balance, and leveling lgrT
Survey of flight characteristics 198
26. Aircraft Controls 202
Rudder controls 202
Control force 203
Aerodynsaic balancing 205
Relieving the controls (Aerodynamic mass balacing] 206
Aerodynamic servocontrol 20L7
Card 8/ 10

Aerodynamic and Mechanics
27. Longitudinal Stability and Controllability
Pitching moment of aircraft
Longitudinal stability
Longitudinal control
Longitudinal maneuverability
2B. Lateral Stability and Controllability
Lateral motions and their interdependence
Lateral stability-
Laters.1 control
Lateral maneuverability
29. Control of Aircraft in Special Cwea
The tam
Take-off
Landing
The stall
The spin
Nature of the spin of jet-engine fighters
30. Nature of Stability and Controllability
at High Speeds
czwH/%66
208
208
213
214
P-19
220
220
224
226
229
231
231
232
233
236
238
242
246
Card 9/10

Aerodynamic and Mechanics
czEcH/3466
Effect of compressibility on longitudinal stability and
controllability 246
Effect of elastic deformations of aircraft on
longitudinal stability and controllability 250
Effect of compressibility on lateral stability and
controllability 251
Effect of elastic deformations on lateral stability
and controllability 254
Nature of dives at high speed 2A-
Aeroela.stic oscillations 257
Answers and Solutions 261
List of Symbols 283
Bibliography 285
Index 286
AVAILABLE: Library of Congress (TL570.D315)
AC/Sap
Card 10/10 4-21-6o

10 1(200 'C'
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TEXT: Thf- a rt ; cl 1 c
sents some t~ieorati,:Ll c, i :~r-a
For hypers-nic airrr--i!'t
c:, vprson of kin-t-.. Pner,,v
climb ancl descent, rf?s c t , v
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r a 7. i ! cneat imparted to
W!. :,o r s7,ice shir. The
'I i ~h t Y. A.
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Oitg~- Dwft and Tmoskr

DANEK, 0.
Production of 4-isopropylbenzyltin compounds. Goll Cz Chem 26
no.8:202.5-2039 161.
1. Forschungsinstitut fur organische Synthesen, Pardubice-Rybitvi.

310811621000/02311101120
B117ZB186
A UT HORS i Dan6k, Otto, Novik, Jindrfich
TITLEt Method Df stabilizing chlorine-contRining polymers and co-
polympra, and other highly chlorinated compounds
PERIODICALs Referativnyy zhurnal. Khimiya, no. 25, 1)62, 751, abstract
25P526 (Pat. CzSSR 100677, August 15, 1961)
TLXTi To prevent the discoloration of chlorine-containing polymers, e.g.
polyvinyl chloride, additions (0-5 - 5A) of compounds having the common
formula (C 4H9)2 Sn(OOCCH. CHCOOR)2 are used during heating. R stands for
2-ethyl hexyl, dimethyl cyclohexyl (iaomer mixture), alkyl, or alkenyl with
8 - 20 C atoms. [Abstracter's notet Complete trapslationl
Card 1/1

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j .- 1', L, - - -Rrb ' ~,v -
. ..c-suar-h nst~ t,,;te or Organic Pa

DAWY, q.
Preparation of r, search proF-rams, p. L'L', ZA 30CIAI~"!C~07~ V V A
T: C*RTTIIJ (PripravTri vybor ved, ckych t. chnic~.yc~ spolecnosti pri
eskoslovenske akademii ved) Praha, 'Vol. Ir, ''c. 1, Jan 1955
301JRCE: East ~-qiropean Acces-ions Ust ~ LAL), Lbrary of Coru-ress,
Vol. 4, No. 12, December 1955

DA V_ 'r- ~ '~H q
Pro%-, ram of this pc riodical for r. L7, LA *, Y _' L: --:C~.,V ~[ A
i
T C"`T-IF_' (Pripr;,vny vybor vedeckych tec~onickych srolecnosti 'r ri F!s-
~oslovenske akademii ved) Praha, Vol. r', N.- 1, Jan. 1955
3CU -ICE -East L ,liropean Acces,;ions Lint. (AL) Library of Corvrtes,
Vol. 4 , No. 12, December 1955

Z/006/61/000/018/001/OCI
E073/E539
AUTHOR- Dan;k. Radoslav
TITLE1 to Six Times Longer Service Life
PERIODICAL, Technicke noviny. No,18. May 3 1961 P-5
TEXT: As a result of joint work of Technolenand the Vyzkumn~
u8tav pro valivA loliska (Antifriction Bearings Research Institute)
V VL. Brno, a new type of special belt for driving grinding
spindles has been produced. Several tjpes of belts were tested.
rayon, silon, polyamide and terylene strips with variotis types of
impregnation and some imported materials. Best results were
achieved with woven terylene belts impregnated with oil-reststant
rubber, During high speed grinding tests on a BDA 40 machine a
comparison was made between the performance of these belts and the
performance of rayon belts impregnated with linseed oil. A terylene
belt of equal strength weighs only a third of that of a rayon belt,
it hardly stretches at all during service, The "third coef*fiCLent"
of this belt is about 15% higher and it can be used for circumfer-
ential speeds up to 80 m/sec. whilat rayon belts are suitable only
for speeds up to 30 m/sec, The vibrations of the ground spindle
Card 1/2

Up to Six Times Longer Z/006/61/000/018/001/001
E073/E535
were 30% lower and the waviness of the ground surface was reduced by
20% The noise dropped from 105 db to 95 db The power consumption
was I kW lower for the terylene belt than for the rayon belt, The
cost of the terylene belt is about 45% higher but the service life
is 2 to 6 times as long. Terylene belts will be used by the ZKL
Works, Brno for their grinders BDA 40. for their oscillating
grinders etc The new type of belt enabled carrying out high
speed grinding with a BDA 40 grinder This new type of belt proved
very satisfactory and is as good as any foreign produced belt The
above Research Institute recommends that it should be generally
used for grinders. It is manufactured by Technolen, Lomnice nad
Popelkou,
[Abstractor's Note~ This is a complete translation. 11silon" is a
polycapronamide ( HN(CH,) 5c0-)
Card 2/2

BALEK. A. [Baftek. AlexeJJ; DAM, S. [Danovk. StaninlavJ, inzli.; POFF, A.
[Foff, Arthurj. inzfi-.--, rCLTODA, Ta. (Kalvoda, Janj, doktor;
SMID, T. (Schmid. Josef]. inzh.; !iMOR. I. Okvor, J.j. doktor*
YAMS, A. (Waitz. Antonfnl. inzh.; ROKASHKIN, N.I. [translatorl;
TUSHIN, G.K. (translator]; TKACfMA, T.K. [translator]; OSTROUROVA.
Y.S.. red.; SMONOTA, N.Kh., red.; ILURALOYA, A.A., takhn.red.
(General inventory of fixed assets in CzechoalovFikinl Gencral'naia
inventarizatslia o9novnykh fondov v Chokhoslovakil. Moskva, Goa.
statiet.izd-vo, 1959. 101 P. (MIRA 13:2)
OzechoslovAin-Invantorlea)

S 261 (", (my) ML) (XII IKII
lie t a n. it n it nd K o pc , k
PI M P I( )R 1-101 '11) M I I A LS I A bst I dL I,,,, ljotc 11,miploc itan,Lown A Cie, h m1cl
Referamm i :harnal. tfashmostroiemit. ih,fra, f J '~ 1'0 le, tiv t (AP
% h. fw 12. 196o %91 199)
I lesoillooll Is L'I%Cfl oI it pullip for :owcNing 11(jilld metak In-frilarl'-fil fmagrick
crcates it totaung fliaFticlic hc.d The mwable pumping whe pa,sc, hci%,,!cn Oic poic hoc, ol Itle,c fliag[ICIN
jAh~,trac:or s notc Complete Iranslation
( aid I I

DAMal V., inz.; R'MAR, J., inz.
Fxamination of flov conditions in turbocompressors by memw
of electrolytic bath. Strojirenstri 12 no.10:760-767
10 0 162.
1. Geskomoravska-Kolben-Danek Praha.

MATIASOVSKY, Kamil., inz... G. Be.; PAIEK, Vladl-mir, inz.; '-'A~INOVSKY,
Milan, doc.., inze, C. Be.
Gontributlon to the methods of measuring the critical f-Lux
density iri cryolite fusion electrolysis. Chem zvesti 17
no.3:211-216 16J,
I
1. Ustav wiorganickej chemie, Slovensks. ikademia vied, Bratisleva,
Dubravsks, cesta (for Matiasovsky). 2. Katedra anorganickej
chemie, S.'Lovenska vysoka skola technicka, Bratislava, Kollaravo
namesti 2 (for Danek and Malinovsky).

DANU, Vaclav, ins.; TSPLY, Karelp ins.
Rematm of the experimalatal opezotion of program controlled
knee-type mi1ling machines in the Tovarny na obrabsci stroje
Lwim National Enterprise. Stroj ryr 1.1 no.5:222-232 My 163.
1. Tovarny na obrabeci stroje Kurim, n.p. Kuria.

DANEK, Z.
DAM, Z. Remarks on forest transportation in mountains. p. 17.
Vol. 29, no. 8. Aug. 1955
LAS POLSKI
AGRICULTURE
Poland
So: East European Accession, Vol. 6, No. 5, May 1957

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USSR/~htheniatics Non-Nuclidcan space FD-114 31
Card 1/1 Pub. 64 - 9/9
Author Danelich, 1. A. (Kursk)
Title Unique determinability of infinite convex polyhedra in a Lobachevskian
space
Periodical Nht. sbor., 35 (77), PP 569-573, Hov-Dec 1954
Abstract By a polyhed-ron the author, following A. D. tUeksandrov, means a surface
composed of a finite number of polygons (a polygon is a region on a plane
bounded by a finite number of segments). In the present work the author
demonstrates the unique determinability of closed convex polyhedra in a
Lobachevskian space by utilizing Cauchy's lerma. One reference, A. D.
Aleksandrov, Vypuklyye mnogogrann~ki [Convex polyhedra], Moscow-Leningrad,
State Technical Press, 1950.
Institution
Submitted December 9, 1953

AUTHORt Danelich, I. L., 20-2-4/62
TITLE: The Unique Definiteness of Several Convex Surfaces in the Lobs-
chevsiEiy Space (Odnoznaohnaya opredelennont' nekotorykh vypuklykh
poverkhnostey v prostranstve Lobachevskogo)
PERIODIC,iLt Doklady Akad. nauk SSSR, 195T, Vol. 115, Nr 2, pp. 21T-219,(USSR)
ABSTRACT, This paper consists of the description of 4 definitions, one lemma
and 8 theorems. The author defines the following oonceptes cap, ge-
neralized orispheric cap in the Lobachevskiy space, infinite convex
surface with p infinitely distant points, sharply convex infinite
surface. The theoremst Theorem It F, be a convex cap with limited
specific curvature in the Lobliohevskiy space and P2 be an isometric
cap to it. Then F2 is congruent to F, or its mirror image. Theorem
2 says something on the existence of a generalized "orispheric" cap
isometric to the surface F. Theorem 3a Every in itself convex, fi-
nite domain on a convex surface is isometric to a certain genera-
lized orspheric cap. Theorem 4 deals with the congruence or the
mirror image congruence of the surfaceMP, and F2. Theorem 5 treats
the replacebility~f the surfaces P, and F2 by means of a movement
or a movement with reflection. Theorem 6# When the pointed, even,
convex, infinite surface F, with limited specific curvature is iso-
metric to the convex, even surface F2, the surface F2 is congruent
or mir:-or image congruent to F1 . Theorem7s The set of pointswof a
Card 1/L' convex surface F of the Lobachevskiy space, which has no normal

The Unique Definiteness of Several Convex Surfaces in the 20-2-4/62
Lobachevskiy Spacf.
Dupin's indicatrix, has the measure zero. Theorem 8 treats the exi-
sterce of a derivation in ovary normal point of a convex surface F
of the Lobachevskiy Space. There are 4 references, 3 of which are
Slaiic.
ASSOCIAT--ON: Kursk St&te Pedagagieal Institute
dagogichesk~ty inatitut)
PRESENTED BY:Aleksandrov, P. S.,Aesdadcilo,
SUB14ITTED: May 24, 1956
AVAILABI~Z: Library of Congress
(Kurskiy Gosudarstvennyy pe-
February 2, 1957
Card 2/,-

DAVELICH, I.A.
Surfaces of bounded absolate mean integral ~urwiture and their plane
sections. Sib. mat. zhur. 4 no.3t519-538 My-Jo 1H. (141RA 1616)
(Surfaces) (Topology)

DANELICH. I.A. (Kursk)
Generalization of A.D. AlekSRndrov's class Of type T gurfazes
and one characteristic of convex closed surfaces. Mat. sbor.
62 no.2:180-185 0 163. (KIRA 16:10)

-H, -,..
-, ~; - 0' tv n,lr,J ~, !' -9 L' . ' I : ' 111-. . - ' j - * . - . -- - ': 4 *, : . a :~
, , , I ~ * , - . . . : ..,j * . "- ; . , :. . - 1 ! : , , j - , , - I ,

'I, Inn 0. 7- ra I ctirva t u re
iind co r, ~', la i
r om.jt k c;i(,-,,k tv 7,mriiji I V. flo
V, I Q., '_0 A
.7 6 o C, a
I 'I", '. C 9 V
2 c C t t o n e n c z- 0 f, c 1
I-, a, C u I-V C. I ur e 0 ?o A yh ed r a 1 r, f - C e - Or I a I
',,I I I o
Ca. 6 UDC: 513. 736. 35

ACC NR: %0008932 SOURCE CODEs UR/0199/66/007/005/1199/12o3
DAIN_21:11G~il i. A.
117valuatIng the Area of a Surface of a Bounded. Absolute Mean :nta;yra~
hrcu;~h its Absolute Mean Integral Curvature and the Sum of Lhe Lerqtjis
of the ~cundarY Curves"
NOV051bir5k, 5ibirskiy Matematicheskiy Zhurnal, Vol 7, No 5, ie,)-,.Dct 66,
1-199-120,-.,
A~)I-tract; 7he present article is intended to supplement an earlie:" artl4cle ~,y
aut,n~,.- on such surfaces In which there were no evaluations of surface aroa-
,i.e followling theorem is formulated: "Let F be a surface of bou;nded, absol'ite
a r ct fi-
me,3n Inte,-,ral curvature whose boundaries are rectifiable. Then i 13 e .1
able surface and its area
a(F) < (21W)[H(F) -F (it12)Sj-jAf(F) -t- (n14)Sj.
wnoro J 1~, the suu of the lengths of the bounL-irlos and M(F) is tno absolute
aean llnte~ra.! curvaturo of F. if, In this connection, 7 Is a closed surface,
(F) < (2 AP, F).
hast 2 fornuins.
/i PRS t 40,3o
L _37
-AC mathematics, geometry
UM COD6: 12
Card 1 / 1 - -- -- --- -- - -- -- - -- - -- - - --JJDCS, - _513. 7-36,35

DAM-,1IF., I.Ya., assistent
Materials on the study of the role of' the nervous system in the
pathogenesis of experimental tuberculosis of the wastrointestinal
tract. K izuch.roli nerv.sist.v pa', immun.i Ipch.tub. no.2:229-
236 161. (MIL-A lr,:1C)
1. 1z laboratorii eksperimental'noy patoli-)~7il, i tprarii (zav. -
G.S.Kan) Leningradskogo instituta ~ubo-rkulpza I 1z k".fe(lry
legochnogo tuberkuleza (zav, j~rof. -,o--,1darstvennogo
instituta dlya usovershenstvovaniya vrachey.
(ALIMENTARY CANAL-TUREFC-LOSI6) SY--~M)

tq- i I ic-l oc X.
r Of
Or 441
Ir ~'c
A rw e
ICYJI

TSAC,APELI, G.A.; PKIiAKJD,'E , S.M.; DANFI IYA. ,
Some characteristics of the clinicai co,irse and histoogical
picture of atypical proliferation (,~ *,he chorial epithelitim.
Trudy Inst. eksp. morf. AN Gruz. S,,R 11:251L-,~56 I( I.
" M, RA 17: 11 :
1. Institut ak-,;sherstva --' ginekolog.'i M nisterstva zdravookh-a-
neniya GruzSSP.

7 7 k, `~
'Tr.insl fr~,tii Rt-fcrati%v%~ j US S
AU'l-HOR Da ri
r I T Lf- El (, I,, va t ion a nd F 1 r xii ro I aa p. I.,
b\- I For( t, Couph-
1)rusal
PFRICDICAL. I r~ (;I.Ilz r -1
Gt-r~_,.an.
AhS I'LAC I- I hr problvin., )t tcii,imi arA lw:-di~.I~ d lapercif
( oin pusit,, vi rd(- r o-n- rat --d i) ,r, r , -i p',- I-xarll Ill ed
Th i -t d p v r t - dbar t mAiL!t1ratlw. a II I r d: .-, t,, P N IRiz (src
I /.,. A'11, SSSR. St.r. Inat'.111. 1'~ i"', -1~ !, i'tirc! 'I, !w a bmk
bw-no-h-d hv a ,I rta( r V ~ xi i ~ k- z, 11 0 alld pkt~
z 0 and z 1. i s'i I (I
and the highcr pw,%cr-; ~d h I: 4AI(Ird dl.d
mistant 1~v usi!Ig th'. '111,111 p.llalll.-t"r I!wtI'mi th,
Pr(O)Ivins poscd art- rt-du( -d !.. th'. -?t lf'A'Irlllat!w~ .,I
bcalli stre"ni-d h', ~!Jw, A!, i:.(l , irt.l, , t4)r~
Hit. thrct. (fill" en s I(ma 1 pr(O)ivill, :."'% irl' F-
(1%1, .d 14, Imil!%darv !s~ !hc 1:.,- -1 '!Ic , w.
a rd po - rt*J4I,)T1 .I I I s -d , h-1 d

rh
1: ~ I,m 11 t'l t ra r r, r. L~ t It ;i r ta s a : :i t
t is r o f t It ij i i thr U I, (I t' rtilt' -Illil' t:tC
k I i I - i - .' .\
_ 14
t, fir re Ill. I it I t I. r I a ~!.i % A I I
Po 1 ss o i ra t i o hu t di f I c rt- n In iodu I : o f t, I a s t ii r -:.' ,i,,,
t I (-) 11 of P MR 1 z f( ) r'i L! 1 rdc r id, 'I r , I
t Ila rl
A K R i~ ~iadz-
C, 't r ( 1 2

ACCESSION NR: AP4024471 S/0141/64/007/001/0094/0100
AUTHOR: Daneliya, I. A.; Tsintsadze, N. L.
TITLE: On the theory of wave interaction in a plasma
SOURCE: IVUZ. Radiofizika, v. 7, no. 1, 1964, 94-100
TOPIC TAGS: plasma, wave interaction in plasma, longitudinal wave
interaction, electron ion plasma, oblique wave propagation, nonline-
ar interaction, interaction frequency, Langmuir frequency, plasma
particle flux, plasma current density
ABSTRACT: The fundamental electrodynamic equations are derived for
the interaction of longitudinal waves with one another in an elec-
tron-ion plasma to which an electric field is applied. It is shown
that if the direction of propagation of the longitudinal waves makes
some angle to the direction of the translational plasma motion in-
duced by the electric field, then nonlinear interaction between the
Card 1/2 )6 -

ACCESSION NR: AP4024471
longitudinal waves gives rise to transverse waves. The equations
derived for the field in the second-order approximation show that
the interaction frequency is double the Langmuir frequency. The
equations obtained by M. Sumi (J. Phys. Soc. Japan, v. 15, 1086,
1960) are particular cases of those derived in the present paper.
Calculation of the particle flux in the plasma shows that since the
mean current density differs from zero in the second approximation,
the resultant magnetic field causes the electrons and ions to drift.
Orig. art. has: 16 formulas.
ASSOCIATION: None
SUBMITTED: llMar63
SUB CODE: PH
DATE ACQ: 15Apr64
NO REF SOV: 004
ENCLs 00
OTHESU 002
Card 2/2

0~-Z-
7 -6/Pab;w
Stott Nk-IP40
(cam
elms i~ In
iW
861 i)/iSD(f)
MOOT 00
W
7=1 f fum an bf IL Pla"Olum
the
FF.- k
6f thi nanlft"r~ iffoati id-
,Of' t the dem tk~
ilk"ir kad In: paw*r
x'g'm;,jjjUf;jt ' ad,
6f ld"lar'--tr
kid
a .ali~qr .1 ar.a Loos, am: SK-.
t~Aermm -44'; iermlll~of w f
am

to :-vaw
lfiw
5s~
Okler ~Vii6ti~w- AM- aid
at _'d
Lty,
and th Im
4 pdtia~ it a3w grea or
v kert-tbm Waves A ed,h
t
a '1 .11 re accam of
naiad dad t*_YUA,Kirochklx.-~:
14A
16d, Mmi. litkap lx:Ekk'.A UdC
o' f, AF AiVILtude of.'Cllnear) xC46ustio-W&V
the exproaxiam forlbal Veloci
th *A.~Mprega on thi, diffikan resuiting fraw'' the mic"ii
iiaiaer6dll. Tbli fUiLagi anow cnw _t~w.ze 4
ha 1A a str6j* minguet
.iii. Vol 0-61t* bt,.,.th
YfL d:
to, the'' "i~4 ()rig
-~A
FOC
A ~~
VU
w
I V.,
zi,
...M 004,
Olm
a
.2 Lx_

f5i

ACCESSION NRs AP4012558
S/0056/64/046/001/0300/0306
AUTHORSt Akbiyezer, 1. A.1 Danoliya, I. A.i Teintsadze, H. L.
TITLE: Contribution to the theory of conversion and scattering of
electromagnetic waves in a nonequilibrium plasma
SOURCE: Zhurnal eksper. i teoret. fiz., v. 46, no. 1, 1964, 300-306
TOPIC TAGS: plasma, nonequilibrium plasma, nearly unstable plasma,
electromagnetic wave scattering, electromagnetic wave conversion,
spontaneous emission in plasma, piasma fluctuation waves, plasma
external waves, critical plasma fluctuation, nonlinear wave inter-
action, Doppler scattering
A13STRACT: The conversion and scattering of electromagnetic waves in
a nearly unstable plasma are investigated, with principal emphasis
on wave scattering and conversion in which the intensity of the pro-
duced radiation-becomes anomalously large by virtue of the existence
Card 1/2

-ACCESSION NR: AP4012558
of critical fluctuations. The spontaneo
us emission caused by the
scattering of an external longitudinal wave by critical plasma fluc-
tuations and by the transformation of such a wave into a transverse
wave is also included. Two cases of nonlinear wave interactions are
considered, thepassage of a plasma with hot electrons through
cold ions and tl~e passage of a fast charged-particle beam through a
plasma. The spontaneous emission caused by the conversion of fluc-
tuatinq longitudinal wave. Only Doppler scattering is included in
the analysis of induced scattering of waves by particles." In con-
clusion we wish to thank A. I. Akhiyezer, V. P. Silin, and A. A.
Rukhadze for valuable discussions." Orig.'art. hass 30 formulas.
ASSOCIATIONt (None
SUBMITTEDs 2lJun61 DATE AM 26Feb64 ENCM 00=
SUB CODES PH NO REP SM 004 OTHERS 003
Card 2/2

:I...,:,- I iY, , :."..
~. r -P
. ra., sf,)rmt.' (in c r a lon g, tiol ! nn , . ~ (I . q !, f~.-l " I e , :, Ej I, r3r. r)-,-r
by t~,p ionlp-sonlo s; ectrum.. ' hi.r. :--lich. '17. "
"a 'h". ' i: . . -. 3
1 . 'I"bi I i f3s ki.v f usurlarr tvpriivy un I veri I '~v t.

-A tic-:
the
the, ~"Pdrt tit- lbtttidlr~-fididtibm.tak to'..acdount"~ back
9" .!a.
I t a Watiofid`
liit4r n c
Ism
fA jr, flat j Aft
Id4
V-' ql.ill-~-'r; 6ratlit ~lTtflis- state iv i
ly b im ty

DA.%--'L--YA, N. F.
32480. ;i'ekoto:-yyo rpz,-Lltaty metofa ro~erec:.r,)y 1-girkulyat9li. :.,,v~.- zttya Uruz.
na-ich-i351ed. In-ta gi-tratekrrliki i melirats~!. t. 1, )4?, s. 127-38.--.tezyime na
gruz. yaz.
SO: Letopts' 'Iitjrnal'rVkh itatey, Vol. W, ~'-~oskva, 1)49

DAKUIYA. N.Y., kandidat takhnicheek-ikh nank.
Frontal water barrier with double. alit-collecting side timi,els. Gi-lr. I
mel. 5 no.6:26-35 Je '53. (91-RA b:?)
(Dame)

-rarslation Crom: Rei'erativnVV 7'~Urr-,al, -,eoIOj;-Iva, ikit;7, Nr 4,
p 188 (USSR)
AU F~S Daneliya, N. 4'. 9 Sall"),mova, V. V.
TIT LE Some Types of Water-Fendir,.C Structures at iiver ;-er-s
(Nekotoryye tipy IK.,-, sooruz::enly -.a IzFll~e
reki )
PE-iJODICAL: Tr. Gru z. n.-i. In-ta Iro LeK.-x.,. 1. meli or. Nr 4,
pp 157-167.
AI~IS T9A.- T T.,-,e aut-,ors J-13cass ~.-.e principles of layo.;I, a r. v e
examples of levees on curving tanks. Comparisons of
th,e res.ilts of -9tuAlles (,~' Jif'~erenl plans for !lateral
and frontal levees at river Iends leai 1-0 tne cuv,~:1,131on
1.1riat a V-formed ~Iam in combination with a curvilinear
ur,derwat.or ci,,arro, is ~nf, nroper, anti-Iletritai mea3u.-e
under c-)nditlins stream ioes r,ot. c~Arrv
larl 1/1 sediment at t~ie low-water sta).,e. j. 11.

UUMLIR wkmdidat takhnicheeklkh nauk; BOBOKHIM, Sh.S.. kmdldat
10 1 me-lebeekikh sank.
Uter-Intake work* with grills on upper and lower levels. Gidr.
@trot. 25 ao.2:43-47 '56. (RTAA 9:8)
(gydraulic anglasering) (Done)

SOV 124 ~8 10-111~O
M Nr 10 p 63 (USSR)
AU FFiOR- __Di tit-i-v a N F
r!'F I - E The Fundamewdl~ ot the Arrinpt'T-TAc-.! I weral Water !-take W th
al~
PER'ODfCAL- F r G r I I z r t'i g-d-wcKh!, Nr 18 1Q.
pp W I
ABSTRACT'- F h.. r v , t, i I c ":11 V r
(.,, ;rig I ;t %k a t, r I ' I t k e f t I* t i . t r g c a,
ed . n1k, r.t . 1) , C r p I " g I . '. , , i (i . " T : e p 5 e d M
!~a--~ the n,akc -tr t, ,t, F e
.! I--- nt n,, ! t.t
if)p: ~jt rt, %k iter r:!,I~e the "Pe. .-II
Jeat ;res .,t s tiur ar.d hv 'Ke dv';g-'
t ~ c ~k- , ,c r t A e p
r c I c r t, , t t,
V F
C Ird I

DA , . , , . - . , :j , (; : ", I --
W,ajL4AA-4 - ' *
I - 1=4, *Ceotr^, , , , . "
. I I - - I
. :
I . . I . I I I .
T"
v . p . ",4 : , ,, - : ~ , *, "
I
I

AUTHOR: T)aneliya, N Do ctor .,f -C Prrf-
T I T:.L: Principle c" rlppra~ior. of -~ 4e
ture wit'" -e,llmpn-r -on~rol
IERICDICAI.:
AB',7'lPiiA('T: To meet tl- prol-lem )' T". ~l ~P-,
wqter-intfik I nfr !,tructvre
ry to cconsl--uc' proppriv ct p 7p
enters t-e lFition. e 'e
in the o-,ernt,,on of 1-
clopg-np, )f tl-,eT, ',.v 7p!,*-en*F-. -n
aut~ior deF~cri, e~- + r, j c, ~u r e re +
TranscaucRsup tl~a~ nppr,+Pp
+ rol : nr t~ie Pc+ ivi ', p # Pr
t~~e -'j 4 -P
!~eql-a rl-*qil .Yqte-
np R~,0-14 Of ~.-;C~7 f, F! I r,IC t.; q
+ + 0
C a rd fl n -P p P r- C7. r,
* i,. n

Principles of Pperation of . ile 7(Iate--'ntcC,-JO- e
Sediment rontroi raileries
+~e -t~e surrlus mR+er V, r ~-p
river, "'~,ese Fallpr-ps serve tc) re+,,,.n r-;,"
~y me5~ns of a s-eciql levi~,p noble! in 74,7,i-p n p
Tn tv~p F!Prini, nr P-1.v virt-f
4rift tme, galierleF tal- -e
rrevent,nF entrr,.-Ce into +I~e
riir-,o~ze Fppc~ql grcitep are rrnvije p 'p-Ir,
t i'r es !-Iqce Rt rprticulqrly lov; +P7"Pr,~ ;r-
Rr,( -N-Iter, tl-ese grqteg ~qve to ~-e c Rn:--
ed and cleptnei to secur- Fi 'rep -1-4FF- o' -p-
n o t~ie g-,-11ery. est t~7e -,rper
e cloj757e~ ty fire 9,~14men+F S-~ST-n- -,n
t pr+erE, %i rp r it -
7 1,.' + ~e re. r 7r erl, every --p
r!~ ion liF-+-q +o --r
in, it rilso ~,e -pri-1, -l'-
ay!z ~-efore +I~p of +-- -r F
- , * Fi'-
C,q rd W' n *-p 7r,)-e,

r I PS 0 PP !"I f I f e F1 * Fl
,)ecilirnent -ontrol 'Tal-leries
the f-illerles ~iave ',e -rerr-;
AS,,CC'lAr:~,',: 'jrijZ'VTTG'kj
Card

DANELIYA, N_,F
Formation of river beds at water intake StPUCLUf1~5 Un LOOLIntairl
and foothill sections of rivers. Trudy Gruz NIIGiM no.21:37-413
160. (KRA 1t ; 1)
(Hydraulic engineering)

DAMI-IYA, N. F.; GRIGOLASHVILI, K. Z.; DA. *,34AISHVILI , S. N.
Waves in a swift current and their calming by directing fins.
Trudy GII [Gruz.] no. 4:51-58 163. 'M.IRA 17:5)

MNELIVA , N.Ikc lay P'ed,,;rovict., j rof . -, I ~ i a uc: az~*, I ye SADO , -VA,
v V, i YELIZAVE"SKAYA, G V. ~ rei.
[Water-intake structures
_-:euimpnts~ VodczabcI'T~'Je
nymi donr*rm4 nanosam.1 .
for rivtg:-s witii abun,iant
suc_-uz.I.emiit ni, rekakh L;
Xc.L-kva, KoIcs, ic?6, 33~
~ ,.~ I :--k I
bottor
b4l~--
~ -
, " I , )
- -Mbw

DANELIYA. R.G.
Traveling speed of ball-ahaped bottom sediments In a water
current. Trudy GRUZ MIUM no.21:271-278 160. (MIRA 1b:1)
(Hydraulic -conveying)

MIRTSKHULAVA, TS. Ye.; D&MIYA, R. G.
Role of the depth of flow in raising the resistance to washout
of soilm constituting the river bed subjected to erosion by
the stream. Dokl. LN SM 147 no-6211,37-1 0 D 162.
IMIRA 1631)
1. Gruzinskiy nauchno-isaledavatells)dy institut g1drotekhniki
i melioratsil. Predstavleno akademikom D. V. Nalivkinym.
(Rivers) (Erosion)

I)ANELIYA, R.G.
Fffect of the stream depth on the permIsBible (nonerosive)
velocities. Soob. AN Gruz. ~0 no.1:19-24 Ja 163,
(MIRA 17%1)
,ruzinskiy nauchno-isaledovsAPI '!;kly Ini3t',tu*. r.!drotekhniki
meliorRtsill, Tbtllsi. Preostavleno c~..enom-KcrroqLondentom
F.G. Shengrel4ya.

DANLIAYA, T.V.
Workers of the canning industry of Seorgia mark the 22d Congress
of th3 CPSU with now achievements. KonB. i ov. prom. 16 no.10:
3-4 0 '61. (MIRA 14: 11)
1. Gruzinskiy konservnyy trest.
(Georgia--Canning industry)

an s F; 'xn.
R!-~(! -art !P'-r' s !t,` o
-)s- ow
'10
c o,

ATESEDZE, D.Q.; DANLLIYA, Z.I. (Sukhumi)
Method for measuring the respiratory volume per minute. Vrach delo
no.9:140 3 161. (RIA 14:12)
1. Abkliazs!ciy filial instituta kurortologii Gruzinskoy SSR.
Nauchnyy rukavoditell - prof. A.G.Dembo.
(i-~ZPIROV,Ta)

nange 1
OIN 3L er hl-

K'e)V M -p. (Tns

N
3:'BJECT USSR / PHYSIC.3 CARL P
-~LUTHOR POMER,Y.I., DAYELJAj4,L.3., ADAM~XUK,J~,V-
TITLE The Total Neutron Cross Section of Ra"'),
F-010DICAL Atomnaja Energija, 1, fasc.4, 67-710 (1916"
Issued: 1q.11.1,10)67
.-:ere the results of measurements of th*- total cross section of Ra in tne enere;.,
interval 3,022-50 eV, which were carried out in 1953, are published.
Apparatus and test conditions; This total cross section was measured with a
mechanical selector with transversal rotator. The container with the sample was
,laced on an adjusting table between two nickel collimators while measurine was
ts~~ing carried out. The shape of t~ie neutron bun-Ile when leavine the collimator
nas Jetermined by the activation of a silver foil and followine exposure of ,kr
X-ray film to this foil.
The samples consist of RaSO 41 for the neutron cross sections of 3 and 0 are smhll
qnd thoroughly investigated. The thinnest sample, which was destint~d for alea -,U]--
--;, in the domain of resonance, consisted of RaBr. The RaSO 4 was filled into
fi,~rmetically closed special containers of thin boron-less glass, and the Ra--Ir
W11r filled into a hermetically closed brass containter.
.-3t results and their discussion: The energy dependence of the total neutron Ir',E3
226
section of Ra is shown in a diagram as a function of the neutron~energy
,,022-'5C eV); within the domain of thermal energies the cross section of Ra
..'rian-es like 1/v. At 0,537 eV thire is a resonance level. The parameters of tr.e

Atomnaja Energija, 1, fasc-4, Q-70 PA
j CARD 2
!,~vel o0 and F entering into the BREIT - WIGNER one-level formula iver~? i,~-
termined by successive approximation in consideration of DOPPLERS broaiez,ln~-
,5
,r.d the resolving power of the apparatus. In tte case of tte crystal str-act"Ire
.,f pure materials the tnermal xotion of the nuclei was cempute! ir, the s3ze
wa,-: as if the material to be Investieated had been in a gaseous state. Experi-
mental and computed iata of the resonance parameters are shown in a tatle.
For the energy 0,02~ eV an absorption cross section of c,3,02~
3arr, was determined by means of the formula bj, BREIT and ',';INNER. In the energy
interval 2-50 eV there is a strong scattering of experimental p,,-ints and
measuring accuracy is here The experimental data obtained ermit no
reliable conclusion to be drawn concerning the amount of the average distance
,)etween the levels of the ra!.um Apparently this distance is not smaller thar.
'0 eV. The amount of tile ra,liation wi-Ith of tLe levei ;1. the ener,7~- 0,-',"' eV.
namelv c
C,029 eV aerees with the eent:!ral deze '~en e of on atcmi
1 N,, r I T1 ON:

USSR/Nuclear Physics Nuclear Reactions. C7
Abs Jour Ref Zhur - Fizika, No 4, 1957, 880-
Author YerozolLmskiy, B.G., Kutikov, I.Ye., Dlbrynin, Yu.P.,
Pevzner, M.I., Danelyan, L.S. Moskalev, S.S.
Inst
Title Measurement of the AVerage Quantity of Neutrons Emitted
Per Single Capture, eff for S ecLmens of Pu239 with
an Admixture of the pu 2F~ Isotope and Measure-
ment or the Effective Resonance Integra-1 of the Capture
of pu24-0.
OrLLz Pub Atom. energiya, 1956, No 3, 27-30
Abstract ~j eff was measured for specimens of pu239 with addition
of various quantities of pu24C) in the vicinity of the
Fermi spectrum with a left boundary of 0.15 (Sadolini-am
filter) and 0.4 ev (cadmium filter) for two series of spe-
cimens containing the fol-lowing addLtions of ~u240 (in
percent): 0, 1.5, 2.5, 6.5, and 16. The pu2LW !ontents
Card 1/3

USSR/Nuclear Fhysics - Nuclear Reactions. C-5
Abs Jcur Ref Zhur - Fizilra, No 4, L95-;7, 8807
was determined in one specimen by ineasuring the number
of spontaneous fissions in a mu-iti-layer ionization cham-
ber; in other specimens the relative amount of pu240
was determined by comparing the areas of the Eps in the
resonance of pu240 at 1.06 ev on the transmission curves,
obtained by means of a me,~hanicai neutron seiector.
The procedure for determining ~- eff is based on the
measurement of the effect of the capture and produrtion
of neutrons from the disturbance to the neutron f'eld In
a graphite prism with a central cavity, in which the 'In-
vestigated specimen is placed (see Referat Zhur Fiz-ika,
IQ5',. 557). The ratios v)- ef f'; L- Ieff of spec-Imens
with and without Pu24o admixtures were measured. The
resuits of the measurem nts are t-1ven in the folliowinit,,
Lab Le
Card 2,3

C-C
USSR/Nuclear Physi-:~s - Nuclear Reactions. 5
Abs Jour Ref Zhur - Fizika, No 4. A.95,', 88().'
Percentage Pu240 in the specimen.
o 1,6 2,9 6,r, 16
Weit_42t of specimen, grams.
8 0,55 0,39 L-00 0,51 1,CY2 0. ~,2
IF,' -'eff behind (-,adol-'nium fi~ter-
T-
r'e
1, 00 6~9'; 0,96 0,96 0,86 0,8' 0,83
- eff Behind cadmium filter.
W, ef
1,00 6,84 11,81 1,8. o,4q 0,55
The resonance ~nt e,-xa-I of ab t; -,f Ph-124k:,
1,1100) x i3-2 cm2 .
Card 3,3 2 40 ~- ~9100() = ~

v , ~2 ') 1 Ll
Z) cm
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