SCIENTIFIC ABSTRACT KNYAZEV, A.P. - KNYAZEV, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723330006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


ZZVq AA
KNUZKV9 As iso 0C&M TO& Sol 88tudy of sloctrical
atteristics of owUMm Un"I onUman pla~W abo" a maloo3botor
ound
00 Wap 1958, 13 pp vith gmpba (C-atnl Sol RosIxIminntal
or of Rd4 Star Inst -or Commicatims in t.Y* Voroshilov). DWI-
,pby 23 pp (12 titloo) (KLO 20-50# 97)
I' fea-

4ZEV, A. S.
XMZZ71 gCompatation of the i-3put UVAklawes of certain Almaj~
antennas din-Le;sed over a. seadconducting, &&rLh,w Sclentiric Sesslo~ Devoted to
"Udio I* X" loss, TrudrezervisdatsHos.:ows, 9 gap. 59
The widely known method of induced ent's is used in the case of linear
conductors which are dispersed over a sasd,:onducting earth& Using this mathadj
computational formulas are obtained to caloulate the input impedances of
antennas whose elements consist of vertical and horizontal conductors with a
harmonic current distribution#
Theimpedances of the VW and low halves or the dipole are calculated
separately for a symmetric fiertical dipole, which permits the impedance
asymmetry specified by the different effect of the earth of the halves of the
dipole to be determined*
A computation in =de of the impedance of a horizontal symetric dipole
(VO antenna),
~ Thecomputational formulae pervit both the intrinsic impedance of a
symmetric dipole and the impedance induced by an adjacent paralled symmetric
dipole of arbitrary length to be calculated,
The fundamental theoretical statementa are verified by esperJulents
Verification showed a conqastsly satisfactory agreement 'between cotWuted and
experimental resultas which permits the hope that the computational formulas
will be applicable for engineering practico,

ah"J60/015/009/003/008
fs 749 D002/BO67
AMORI~~ Rhyasov,.I. S., Member of the Society
TITLZI *Technical Oaleul&tion of the Resistance# of Linear
06nduatoremby Taking Into Account the Real Grounding
PERIODICAM Radiotskhnikaj.19600 Vol., 159 10. go pp. 21-32
TIM The resistance of an antenna, which Is near Us ground constitutes
a complex funotion of,froquanoy, structure of the antenna, and the
olootrioal properties of the ground. The-results of experimental
determinations are unsatisfactory for prnotical use, Be V. Braude
developed a method of theoretical calculation whiob, however, Is not
generally used. The method of applied oaf offers another possibility of
calculation# Ksrsono~Vsya and MOT laid the foundation of this a#thodo
In thoprosent papert this molbod is used to compute linear conductors
and most simple systems above a ground with real electrio properties.
A formula Is deduced (55) giving the mutual resistance of two conductors
one ofwhiah runs perpendicular# the othor parallel to the ground. An
appendix (Table) presents a number of vmau*s oalculated from this formula.
Card 1/2

83151
Technical Caloulation~ of -tho -Resistance$ of 3/108/60/015/009/003/006
Linear Conductors by Taking Into-Acaount the 3002[B067
Real Grounding
To:ohook the results# so*# measurements vore made in the ultra-abort
wave -range. Them* aossuresionto were sad* together with 2. P. Kharehank6.
The results &is ohown Is the diagrams Of YIP- 4i7- Their comparison with
the theoretical results by 1. V. laranov (Rof. 3 shows a qualitative
agreement for h>O.IA (h denotes the height of the antenna). The
results presented her* prove tbat*tho formulas can be technically used.
Papers by 1. P. Dobrovollskiy and 1. No'Baranov are mentioned. The
author thankstO. Z. Ays*nbsrgO-L.iS. torollkeyloh, 0. Ao Lavrov# and
S. 1. ladenonko for a discussion of the paper. There are 7 figurost I
'table, and 13 reforenoost 6 Soviet# 3 Oermars
BMWITTEDs Juno lop 1959
Card 2/2

toy
Oftal-1. none
Vide-band 4~ak_dlyol IV,
or iwitevins, Class 91, No. 174676
SOURCE., Byulleteal IzobreteMy i toV&4VW% tnakoy, no. A, 1965, ho
TOPIC TAGBt dipole antenna, antenna configuration
'ABSTRACTs The proposed vido-band du=W dipole antenna consists of a section of
-coaxial line vith a he)Acal inner conductor a&de of a high-resistance alloy. The
external conductor is a ocreen provided with apertures. This configumtion Increases
the level of the dissipated powgr and provides for accurate reproduction of dipole
antenna input Impedance vithin i vide frequency range. Orig. art. ban: 1 fl gur'e
[DWI
SUB CODE: ZC/ SUBM DAWs 04D&c62/- ORIG RLT.* 000/ 0711 HEY: 0001 ATD PNM:#,/X
L-901d 1/1 uDc: 62i.,V6 67.4.3

7-777
L
~ACC N
R,Am6m 1527 Monograph
-Lavrovp Georgly Aleksandrovlohj ar 11kneySemenovich
Surface and undemround ant2 dory and use of antennae placed
near the earth's surface (Prlzemn,.rye I podsomnyye antenny; teoriya
I praktika antenn, raymeshchennykh vblizi poverkhnosti Zeml I)
Moscow, X%d-vo "Sovetskoys radio",, 1965. 472 pv Illus,, biblio,
Errata slip inserted, 6W -copies printed,
TOPXC TA053 antenna theory,, antenna gain., dipole antenna,, antenna,
antenna configuration, antenna engineering
PURPOSE AMD COMAGEt This books in Intended for technical personnel
concerned-with the theory and use of antennas and could be useful
to students taking related courses at schools or higher education,
The book discusses the results of theoretical and wMerlment*l
investigations dealing with linear antennae located in the vicinity
or the air-~$round Interface. The main emphanis is placed on methods
of calculating surVace and underground antennas which take Into
account the actual electrical parameters of the soil. Xn addition#
the mutual and natural Impedances of linear a radiator are dealth
with by taking the affeats of semloonductor media Into accounts The
cwd 16 Q1,196-6n

L 25648-66
Acc Nit,AM6011527
book contains a certain amount of experimental material discussing
mobI16-radio-system antennas for the short- and motor-wavelength
bands. The experimental determInation of the basic electrical para-
meters of these antennas and problems connected with their power
supply are reviewed, The authors state that In the accompl ahment
of their *or they owe a great deal to Proressore A. A* Pletalsko"'O
k
L. 8. Koro I evich* 0. a.-Avienbgrz, and Ba Y, BraMA16 They alli-
11 v "lo h
thanlc-VL 1. 21-MOM S. a Bolov#Uv& L. Olt-MICW10N,
4TP $%* W"" Me &%a Tr.FWSAWj% A %f&,- Waw~&&-
Ch.I, The Strmture of an Slectromagnotle Field In tho VISSalty of
the eartht a Mwface -- 7
1. Radiation and reception at angles to the horizon -- 8
2. Pleld structure during radlo-wav* propagation along the earth's
surface -- 25
3, Use OfL approximate boundary conditlons and of the realproalty
theorem - 39
4& Field struature In the Tlolvdty of d1poles 47
CW4 2A

L 2~648-66
ACC NUM6 16527
5# Raised dipoles 54
Electrical Parameters of Surface and Underground-Ante
1. Special features of the quantitative evaluation of surface-
antenna properties -00-"--Tl
2, Electrical parameters of space-wave antennas --
3, Electrical parameters of ground-wave antennas -296
4, Parameters of dipoles located In a semiconductor medium 91
Electrical parameters of receiving antennas -- 98
9
,. Other parameters of surface and underground antennas -- 100
Ch.XIX. Waves Along a Conductor Parallel to the Air-Ground Interface
Method or Induced E.M,P,, Considering the earth's Influence - 104
1. Electromagnetic-wave propagation along a horizontal conductor-106
2. Parameters of long conductors -- 117
3. Methods or calculating the impedances of surface antennas* Xnducei'm
c.m.f. method -- 128
4. Impedance of eltuentary vibrators -- 136
Impedance of a vertical conductor of arbitrary length 146
Impedance of a horlsontal conductor of arbitrary length - I
7, Mutual impodanote,of conductors placed at an angle to each otrer
167
Card *4 /6

L 25648-66
ACC Nit.AM6011527
8. Approximate calculation of the electrical parameters or a horl-W
sontal conductor of finite length 177
Ch,1V. Antennas Made of Long Conductors 186
1. Current distribution-in the receiving conductor 187
2. Low-plaosd trOsling-wavo antennae 193
3 Oblique V antenna -- 216
Vertical rhombio antenna -- 233
Some power-supply problems for antennas made of long con4u4tors
947
Ch.To Vhdarground Antennas
056;
1, Current propagation alor% an underground vibrator, 1qwt
impedance -- 25T
2. Dielectric cover dipoles 267~
3, Parameters of underground antennaso Basic relationsh1pe r(4
Directivity oharaoteristlos and gain -- 982
oround-wave antennas -- 299
Ch,V1. Symmetrical 10d 0 so -- 298
1. Caloulation of t e Input lopedana* or horizontal dipoles 300'.

L 2048-66
ACC NRo A10501152i
2, Symmetrical short-wave obliqllo-beam dipole 311
3. Gain of symmetrical zenith-radLation d1poloo 317
4, Miniature zenith-radiation dipoles 325
Vertical symmetrical di ole --- 333
upply of symstgoal antennas -- 341
Power a
.-Ch.V:EI. Asymetrloal Di,,polee 351
1. Methods of calculating Input Impedances of asymotKaal d1poloo,
352
2, Intermediate-and short-wave anymmetricai di oleo 369
3. Meter-wavelength asymmetrical dipoles -- ;94
4. Special features In the use.of jointly,,plaoed rod antennae
5. Band equivalents of dipole antennas WM 396
Ch.VXXX, Methods for the Zxperimental Investigation of Surf&" and
Underground Antennas -- 411
1. Measurement of soil parameters -w 412
2. Methods of measuring antenna-input impodanees.: 40
3, Measurement of space-wave-antenna gain 432
4, Measurement-of_ground-wave-antenna gain 437
card 5/6

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EE Nih APG029S40 SOUM CODC I UVO"/66/012/003/0382/0384
VrWR I V 0 A 6 8 T!n#ZA111 2 --D
ORG I AC Ice Institutes M SSSRq Moscow Musticbeskly Institut M SNIO
V
TITLEt Use of electromechanical feedback and radiation$ of
late$-
SOURCEs Akusticheskiy shurnalq v# 12, no. 3, 1966# 382-384
ITOPIC TAOS: vibration damping, flexural vibration, phase shifter
STRAM Results we presented of the application of a two-chamel compensating Sys-
m for attenuating the resonant flexural oscillations of late"d of the associated
Ise, In the proposed system,, the signal from the vibratio-PEnsor Is flltered* sup-
fied at one of the resonant frequevelesl and fed through a phase sbifter to %w TWA.
r9. In exactly the same wayq oscillations at another resonant frequency are,filter-
by another filter and are fed through the same vibrators and through another phase
ifter. By controlling the phase and gain, it is possible to achieve a docr*asa In
e amplitude of flexural oscillations of a plate at two resonant frequencies simul- -
neously. By Increasing the number of ebannelso It is possible to Increase the num-
r of simultaneously compeasatod resonates. The test results show that the average
vel of sound pressure in the space close to the plate, at resonant ft-equencles, is -
UPC: .534-16/534,283

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ornyestigation Into Possibilities for Increasing the Efficiency of lutomobile Ingines
by Thtensifying the rgnition.1 Thesis for degres -of Cwd. Technical Sci. Sub A YAy 50t
Moscov Automotive ksohanics lust*
SuwAry 71, 4 Sep 52# DisselUti0i tresentga ja Duress Ig Science kaintering
Moscow In 1950. From Vechormw* Moo Jan-Doc 1950.
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SAW61/000/012/063/121
A152/4128
AMORSs Itay"Ovs A$T#9 Tinnikv A.Z.9 and Kulakov, N.N.
TITL1# A method of recording aagnstioally on steel cables
'PnIODICALs 3yullstent isobrotenlyt no. 12t 19619 45
TWS Class 42dp 330, -10, 139093 (673209/26 of July 120 1960)0
A sethod of :recording nagustlosll* on stsel'aables of an slavatorginoorpo.
rating a photoelectric reador-rta6rdert differing from others in that,for
the obtainsent of very prsoiss :recordings one records -an steel cable -a stand-
ard:.progrm# recorded# for ex"ples an a perforated tape, by asans of ro-
tating the drum with the standard program from the elevator's shafto havW
superposed in advance the sero :progran position with the Initial position
of the vessel.

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KNYAZV, B.G. (Moskva)
Saving muhim atte4buent for *-@'ring piping from warp
fabrics. Sh"in. prem. no4 t33-34-0 sa-r 165. (KMA 18 14)

15/076J61/035/003/013/023
BI 21 /B203
AUTHOR: Inyasev, DO As
.TITLE: Calculation of Isotope separation --faotors in ion exchange
PERIODICALs Zhurnal fisicheskoy khIMit ve 35P no- 3# 1961t 612-619
TEM Theauthor developed a nothod of oaloulating the Isotope separation
factors in ion exchange in solutions of strong electrolytes, Theldleplace-
mont reaction between the lighter and the h*avier isotope depends on the
size of the orystalloohemies,*1 Ion radii, TU separation faotors.of isotopic
ions in ion exchange can be determined froa the orystallochouleal Isotope
radii. The oiohange of -tht heavier isotope for a lighter one videns the
crystal lattice of the salts which may also 'be achieved by & temperature
increase of the salt by 6T. It AT$ the i3n radii of anion and cations
and the temperature coefficient B for the single crystal of the respective
salt are knownt -the difference dr of the radii of the two isotopic ions
may bt calculated: A r - (rI + r A)BAT (3). The change in the isotope
radius by Ar Involves a change In the seleclivity coefficient:
Oard

810741"'11035100510111023
Calculation of Bi 217B2wO3
11(r)Ar. The ratio a of the selectivity coefficients of the lighter
r
and the heavier isotope Is given byi
Kr + Ur X_V + KI(r)&r J_ (11)
a a a With a I - E, the squa-
tr Ir Xr Or t
tion obtains the form
Ar (2). The author calculated the difforenctsof crystallo-
Kr Or r
chemical ion radii for various isotopes of alkali metalst alkalln*-oarth
metalep -ind halogens. Results are given in Table I* Ion exchange systems
consisting of -organic ion exchangers and solutions of strong electrolyte$
were found to Show very low isotopic offects. Lighter isotopes concentrate
on the ion-exohango resin* The Isotope separation factor strongly rises
with increasing arose linkage of -the exchanger# and strongly drops with in-
oreasing mass of the element to be separated. Therefore# the separation of
Isotopes by ion exchange is most efficient In the vase of aultivalent ions
of small masses. The author thanks Professor 0. K. Soreskov and Docent
Card 2/3
Zia

11/076/61/035/003/013/02~
Calculation of B121/B203
No Ye. Xhonutov for aslistanoe.-Vhore are 2 fl Cures, 5 Obles, and 19 rotor-
enove: 2 Soviot-bloo end 11 qon*$ov1st-b1o4v The tout most reotnt refer-
*noes to English-language.publioations read as follows: R. Olueekaut, Do
Kittv Proc. International Symposium on Isotope SeparatIont Ameterdial 0958*
p. 210l P. Usnest to Saito# I,- Rotho Proo, international Symposium on Isotope
S*parsllonp , Ameterdamt 1958j'p' 2271 Is Olusokauft Trans. Farad Y 90001
54t 12031 19501 Less Blount Js Lot# Cheat goo*, 01, 2332, 1959,
ASSOCIATIONt Khimiko-tokhatilogichookly Institut In. Do I. Mendeleyeva Mo*va
(Institute of Chemical Technoloa Imeni D. 1. Xendeleyev# ;Xo9w,4
SUBMITTED: july 6#' '1959
Lz3end to Table It (pit
isotope. WNW &..A Ouft"O"
A R"WAM Apo A
N
I

OLI - fL1 SOO404 "Ice - "Kb 0 9-f" toy-or 1'440-1
UNA - UNA 41-104 'but -
229 3:3-10'4 101a - "CI 1.9-1"
1:6.1" 480A - 416-1" 089 - 411ir 3.7-W
Ca "Rb - "Ah 319-10-4
rd 0& - ft.*

PFU~Vj Dal. (kbakva)
CalculAtion
of the separetion factors of isotopes in wealgon
exchanges Zhur. fiz. khia. 39 no. 140-44 -T& 165
(Mnu 19a)
1. thimiko-tokbnologichoskiy inatitut imeni D%I, Mandeleye"t
Hoakva, Submitted November 14,, 1963.
.. ..... ... ------

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MgM&A" SWURBAMF LA.
Inhugs of Utblva and awmium Ions an the catim exabonger
UtQ in mixed media, Zbors nowg, Min, 'S noo7sl766-1769
JI -163o (KMA 160)
(Ion exchmp) (lAthius cUorids)
(Anowtua chloride)

MAZFVV D.A.; HANTYSH, A.N,
RegulArities In equilibrium of Isotope exchange reaztlona. Zhur.
fix. khim. 39 no.5ilOM-1074 Ye 165. 1818)
1, Mookovskiy khimiko-takhnologichoskly Inatitut issent Me

S/080/63/036/001/006/026
D226/D307
AUTHOM XU&uXs_ I.D.A. and Rakov, N.A.
TITIZI. High purification of 11thium by elution
chrom-At"raphy
PFRIODICALI ZburnAl pri)tladnoy khlsi$,, v. 1,60 nov is
1%3t 63 - 66
TEXT: The'pr 10 sent work man sivod 10 t d:y#lo Inga
method which would yield. in a single operation 2070 mg
-eq. U containing 4. 0.1 &o1.% of alkali metals and not nor*
than 0.01 mol 9; of other usual contaminanta. The method chosen
consisted of Ion-exchanpe an sk 4ulfonto meld cati,~nitt, eluting
the mixture with 0&1 - 1.0 14 14C1. Initiml experiments nhowed
that the induatrivI o~itionlte KY-2 (YU-,)) wNa preferAbl* to ese,
(SPS). Sharp DepAl'"t if)"A or Li mnl lin wore 'roonible on Kd-2 with
IN 11C1, the proportion or ?In Jn U find the rAte of flow being
relitiv"ly nonerItteal. Suitatle column divenxionn wore a 3000 no
length and 20 mm dial with rosIn grain-clae of 0.02 0.5 am. The
Card 1/2
..........

8/080/63/036/001/006/0?-6
High purifiention of lithium D226/D307
o6luma Is rogenerated by washing with 4n exctan (3.5 1) of
IN RCI& Control experiments showed that good separations of
Li and Va could be nobioved -in this way for 1-4 % Na in U,
and flow rat*a of 3-10 va/mint U was R180 Ruccessfully puri-
.-fled from Nat K, cA and 1*3* ions on a U-tube consisting of
two 15W mo arms tonnected at the bottva by a capillary. There
are 2 figures and 2 tables.
ASSOCIATION% Hookovskly kh1mJk*-t*khnolcC1ch*#kiy
Anatitut imani D.14 Mendeleyeva
(Moscow Ctemlcal and Teohiiological
Institute ineut Dols Mendeloy4v)
SUBMITTEDi July 22, 1961 4
"Card 2/2

q),'LWT%'m),, BDS AFF", J D
ACCESSION NRi AP3004OT7 S/0076/63/037/007/1639/1640
KnYa z ev-s - D. A. 53
IT U Chromatographig- measurements of the coefficients of 11thi=
Isotope separation during Ion exchange ;T
S~YURCE: Zhurnal fiz1ch*sk0Ykhiaii 37, no. 7, 1963, 1639-1640
ZOPIC TAGSs chromatography, lithitL%, lithium isotope, Ion exchange,
I
ABSTRACT; The coefficient of separati.on of a lithluz isotope has
becn measured chromatographically for three Ion exchange systems.
The va1L-,,!s obtained are In eatisractory sgremmt with the literary
data and with the results or theoretical U was
found =t It"he magnitU46 of-th-e-coeffloient of separation depends
upon the degree of binding, 6tructure of the resin, and upon the
tw.perature. Its absolute value does not exceed 0.004. Chromato-
,];raphic separation was made in columns of 17-20 = diameter and
height of 1.5-3 meters. SiZe of the ion exchange particles in
form. was 0 10 to art. has; I table.
Qcr>~~r: PHCM-, ".1
, 1/2
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A0GZMON XR# A19006627. 3/0076/63/037/09/2W2M
AIMMI 1"" 49
P" ke I a-W-A-A a-kA M 2V
TITUs The sopmUng abi2ilr at, acqat"s, with req*at **.UtbiMi8otq*#/?
SOURCEs Zh. fisiabeskqr khirdij, ve 37s no* 9P 190 W94-2099
TOPIC TAOSt isotopic wm=W #qttilibrimp lithita -comp1sx*ion exchanges,
nitrilotriacetiovhelate RM 'lithium
ABSTRACTt Authors present on experloontal studs an the sepanting abiUW of
caVlww3 in relation to litbium isotopess The reactiawl of Isotopic ion
exchange between the dAWWO W&M, a 02 Stand aqusa~s lithium camplexes
with nitrilotriaoetio,, WYM and aminobuftturic-N-N-diacetlo bay* been investigated'
in aqueous solutions. 'Their corro separation factors were founde no
ChSlAtS C0MplU63 beams enriched sotope* The direction of enrichment
and the sequence of increasing values of the separating factors have been
qualitatively explained by the difference in bond strengths of the lithium ion with
the functional groups at the obs3sting agents. The Orig. art. bass 2 UUess
? and 10 forRUIAB,6
~4596W- AfOZIC.OXI
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ChrmatftrapMe wthad for measuring the factors of amparatlon of
ftbdtAnoes MVing alogely related prq*rtles. Zhur. fis. khIm. 37
'no.5iljqO-n93 )V -163. (MIRA 17 11)
1. Moskovekly Walko-teldmiogichgekly institut lun .I mendeleyeva.
ff

Stlidy of 5v?-dIbrowo-8-bTdroxyquIno1AnO dissoclatlon by an
extraction method. Zhur. anal, khim,19 no.3t273-275 164,
(n FLA 17 9)
1. Moskovskly kbimiko-tokhnolegicheskly inatitut imani
Randeleyeva.

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Standardization central in antorpriass and organizations of the
Latvian S.S,R. Standartizataiia 27 no.905-37 3 163.
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Abe Juur Hof Zhur - Diol., No 15o 1938, 69361
Au ehor I Clu
t
Author I Ouseval KOM&) Knyassys 00A., Kotov, P.P.
List Scientific Research Listitixte of Agriculture of the
at go
L
Central Cheraomm Belt
Ti
tle or
Title Orson FWor for evize
Orl g Pub i Byul. nauchno-teklut. inform. n.-L. In-ta a.-kh. TsChPj
Ig Pub Sy
1956, No 1, 41-42
19
Abstract t No abstract*
Card 1/1
45

~~W;AimjmrA A Sol ovak
More an tbo tim of luseuination of cove, Zhivotoorodst" 21 soo8l
7&77 Ag 12111)
is Direttor nsabith tursa poypbselya kvslif limtell tootelftitev
I vety"Ober PO
(cove) (Artificial luseulmtloa)
ik

WON, 0,A*: 10911, 1.1,1 SAKRAWF-NAMISIOT# 0.1.
lo"schaup stuAy of tb* dissoolation of 04204. Shar.soors.
Ulas I soi2t342-3441P 056, (am 93 10)
(06bolt ouls.tes) (Ion aeb&vV)

!'-j iA C I zd
;UM I
BARANOV
o T-Lo redol
;KKWMP 1.041 TOCI MAUL GoLf-atro red,$ ARM# G.X.O:rod*
teklli6 red.
T.O.rhidom to T.I.Togumildi; 1916-19431 ftsImA To-ot
Mdopim k ViLlar"AAWWwo 1926-2943o Soot. L.L.Zidftm I B.VUv-
-ob"e- h4 obabobel Me VoIslaama I I.O.Khloplut- 19616 88
(mm
L Aksdam4a Sauk SM* ArWv,
OkUp"q TIUM lMrlgw$*vl*bl 2S%~-1950)
N
W!

letter to the editaro Sep* Toes* ot-va a8 mo,,6034 '59a
14,
14 1

BAXMWMj A*M6j I~Pfj,.iaj
V,I,Too%4n and %g plu of scientific teaboolooloal vork. Ixv*Vpo
udwb. "Y, 3 noo2s3o $60, (KM&
(TAulat Tl*dWr Iltich, Irlo-19u)

VVWRADOVj Tu*A*t "o twmbMy soo.) 'MOONNAt S.N. (does"od);
I~AM~#O.A~.# ofto red.; *
(Mothedological aftiAl = ths toobloal proce"im of the papars of
sabolars In the AroM"s of the AaMew of Soincos of the U.&SX)
NotodioboWm posabie po mobno-toklmiabsokoi obr&Wtke foodaw who-
zWkb v Arkbivo AX SM. X*sW*p lad-vo Aked.nauk SM 1960. 92 P.
Imia USE)
LDirektor ArkUva AN SM .(for bpwv).
(Arobi"s .. Hasidbooksp mostaUs *too')

mopim, vitcuy0wrSboviah (2990-1950)1 WTSIVA,, L.L.;
ixvsm 1, H OV JWAZZT OM.A. A-_ @I BARAIMp Tel*#
redo
[L*tUrgi writton -to V.I.VoruMmW# 1916-1943]Pislma 'k V.I.
Vorvadskow# 1916-1943. Oosto L.L.Zaitsm i B.Mayshine
i~d obobabei M. MAUWAM& i N.G.Ma6pisk. HOWMP
Akad. nwk 1961. :98 P. (KMA 15%9)
(Vernadskitp Vlodivir Ivawvich,, 1863-1945)

KOPI=08# YU,Xhol XkVnMA# NeVol XWtArWWj Mal RLlUVp SAI
MffAW Q&Ad rodelAMM9 Yelol IUX=w CHO A.P.1 12ARS,
-7. ~tw YeTsp tokbnorodo
(Mmomwipts,of f4ftlarls varke in tM aftUves of the
AaadwW of 8dLemes of the lb*opiaws mtmdau
Wttlm v ar%tAve Am4wdl *auJr S=* Moskva, Z*S-vo Akad.
(AkadmW4- na* SM, Arkhiv, TrwVq mo.17)*
MA 1514)
(SwUrt loomW"m IM-170)
Rn-
MEW R

WKIRA, Tatlyam Arkadly&mj XARATEV, I.I.p pror, retsensent;
doktor let, naukp ratoonxent; RAYKOV,
D.ye,o prorop,otvs redo
Ivan Ivanovich Lepokh1n, Moskvap Nauka 2965. 202 p.
IMIRA 18s9)

WAZ9V- bovichl KkZURKEV.ICH.. M... red.lod-va.; TEMINA.,T.,
(Special festuros d the work mmUsis of food VdusU7
enterprises) 'Osobmbsti abaliu ra" pndprilatll. pl-
shchevol yx shl6mosti. Moskva, ftsfUdulats, 1963, 102 ps
OaU I-W)

A- if-
27202 KNY.%ZZV,, C. 1. - Uskorit' Oborachivasuat' Cb-orotrVkh Gradetv. (Vinodel-I
chookaya Pros-Sts). Vinodelle I Vinolpradaretvo SSSRp 1949j No. 8. s. 39-40.
S
,
SOs lAtopis" Zhurnalinykh Statoyp Vol. 36, 1949.

MAXIV, 0. 1.
Wine awA Wine, Udus - Acamativa
Improvim disbarament In wino-amkift "tQrPrlGOGj. Via. $M 12 no. 3, 195L
9. month]l Ittat If ftostan Accessions, Librw7 of Congress, Ja na '195Z uncl.

K1,Y&ZE7 -161, C~nd do-Linoiral 6ci (dins) "Prospectinr v-A' Aj-praltabl,! Criteria
of tie yields of tl--! r-cln-tAlltl~ in ':Astorn Trs"1,iayka1,m Irkut,*k
.1cal Ins, itute)
1954, 21, up (Irkutek Mining MotAllurjr
(KI, 40-60, 171)
KIM" ummewo.-Wom

num.0 Geis
------------
OW of golA In hv4smbptu ooqaonnt*s CC t1w Arpa UUsy#
W
itF,,;* luo (I a UM lUJ# s 6)
X9 Odtlnxki7 tjl4ml Isestrallo4o nwohno-issudmtollowgo

Kvumvi O'Ll UMMUVO B.V,
Stratipqhia p6mitiontod ago of the larounskly Zavod series
in the ArVin flalur (outern TrusbiLikalia). Trudy TKIMI
U041861wg-LU t6i" (XUIA 150)
(Arpn V&Uey--4e*loa, Straticraphle)
l"T I

------------------------------------------------------ - -------
UTVININKO, A.U.j kand, gool.-Kiner. naukt otv, red.i
0.1.1 kwA. gool.-timro sauk, r*d..j KRAVCIWND, VX---~~
-Tn"A.-pole, red.1 XULINSKO, O.R.,q inib.-geologg red.;
MpKOvp A.V.p kani. gool.-almra naukp red.1 ELITAMOVj
HOD*p kaM. Vol,-minero maukp rol,*; XOROLKVA, T.I.,, ved.
red.
[Problem of the geology and minemlogy of ore depoaital
Voproxy geologli i wineralogil r%xftqkh mastorozMenli.
Moskyap Nedra# 2964. 188 po (HIM 17312)
1. Institut miraralttqkh resurwv*

!27V G. [ywmzlf)Vj 11,18)j W-KI-YA, VA.
Flotoplactric prol-ertlea of
162t) 165* T F.,'j 21)
1. Institut mlzwmllnykh recuntov i
otdola Inatituta xtinaralInykhreirmEriv. Oul~~Itt-i 20,
1964,

91
SA045 61/000/010/002/008
D221 D304 At
YD
AUTHOR: K"asoy# Gs S.g Aspirant
TITLB: On the problem of invoetlgatlng 'the dynamics of a
servomotor influenced by the compressibility of oil
and elasticity of piping
PERIODICAM Izvestiya vyeshikh uchobt kh savedeniy, Mashino.
stroyanisi no. 10, 196191;5-84
TEXTs The author investigates the stoady motion, when the set of
equations has no zero root (the case of one zero root was consi-
dered in a previous publication). After defining factors a. b and
0. and introducing a feedback#
3 2 1 ~
d + & Ad4 + d I
b ff + c4l+ ok PhAt a f(Ift0l
V
dt' dt _V/
Card 1/ 4

30691
8/145/61/000/010/002/008
On the problem of investigating D221/D3.04
Cr k V T d let
f b + k
is derived where e is the variation of -the spool ctordinat*j? -'is
the variation of piston abordinatel # is the flow coefficientl I
is -the effective surface of pistoul)-is thq specific weight of oill
1 is the length of valve working orifical p is the difference in
pressure between the head and return lineel%4is.the coordinate of
spool In the non-exoited motion;4 pt is the pressure dro~,at the
piston in the case of-non-excited mollon; g - 981 ca/sec kfb
is the feedback coofficientl k is the stiffness factor of pip*#
and fluidl m is the mass of moving parts and load, reduced to the
piston of the servo. It is assumed that the load is independent of
time and~Eq. (1) is linear, Stability conditions are then derived.
Card 214

300Y1
S/145/61/000/010/002/008
On the problem of investigating D221/D304
2
2P
The roots of this eq uati on*a-ro real and negative when &Q-
2?2
k a) + 01(aT - 1'),>O and o(aT 1) + a -a->O. After some ftan4-
pUlations, 'the condition of'stability k T>O Is obtained, also
T>1 which in more rigid, -than the former* this is followed by thG
analysis of traiiient act bn-*by introducing a simplified diffs-
rential feedback,iand assuming no zero-root, and k 0. The-no-
tion of atability of.transisht notion in a finite interval requires
that the lar a axis of ellipse does not vary with time, This axis
is obtainedly 'solving atubia equation. On the assumption that VV100
d 2 _ 1. On the assus tion
the axis is zmaximus for x, 0. H 00 it is derived that coefficients A >O.
22-~'O� A12>01 A2>0 and A13
A set of conditions -is -obtained to avoid increase of these coeffi-
cients# The type of load detormines the stringency conditionog and
Oard 3/4

tl/549/61/000/104/001/018
D237/D304
AUTHORSi Tikhmeneyt 84-9 Troninat V.P.t Chikint V.A.t Knyazevt Go
JNA.,j, Gulyayevt V.Psp Zakh"ovp Yu.Ye., Chikinaj-r--3---#-Tya-
mint Y,Ist Booharovj Yet## Shiginp Ye.g.t and Krotov, V-7.
TITLRs Scientific# pedagogical and general aotivities.of Profesm
sor V-V- Dobronravov
SOURUES XosooW Vysoheye tokhniahaskoye uchilishche [Trudy], no*
104p 1661, Nekhanikap 7 - 18
TEXT: On the occasion of his 60th birthday and the 35th anniversa-
ry-of the scientific and pedagogical activity of Professors Doctor
of Physical and Itathenatical Sciences, Vladimir Vasilyevich Dobron-
ravov who Is at present Professor of Theoretical Mechanics at WrTU
im. N.E. BRUMMa (MVTU imo NoB, Bauman), eleven of his students
present this appr*Oiatibno V*Vo DObronravov was born on Xarch 17th,
1901. In 1924 he obtained his degree in mathematics at the Saratov-
skly Uosudaretvannyy universitet im. N.G. Chernyshevskiy (Saratov
btate University im. N&G& Chernyahovskiy)o In 1927 he accepted the
Card 1/3

Scientific# pedagogical and
S/549/61/000/104/001/018
D237/D304
post of Assistant to tae Professor of Physics at the Astrakhan Sta_~
te Medical Institutep where in subsequent-years he published a pa-
per in nourolobiophysiod, During 1929-31, he was Professor.of Mathe-
matics at the Saratov Agripultural Institute and lectured at Sara-
t.ov University, Prom 1931 he worked in a number of higher educatio-
nal establishments In Moscow and was associated with Mosoow-Wver-
sity from 1931 to 1952, In 1946 he was awarded a doctorate at Mos-
cow State University and in 1951 he was elected to the Department
of Theoretical Rechaniosat KVTV I=. N.M. Bauman, where in subse-
quent yearag under his guidanceg courses In specialized branches
such as stability of notion# gyroo4opys osoiilationg variational me-
thod etc. were developed* During n1s career the main contributions
made were in the tiold of zoohanice of non-holonomic systems. After
1950 he publishea pa re on kinstios of motion of rigid body (Trudy
MIKhMj no, 2# (10), IP905O)l stability of linear systems~of diff.
equations with constant coefficients in (Avtomatika I Telemekhanikat
v. 17# 210o 3# 195b) etc# In the 1950's he also became interested in
astronautics* He has been a member of-the Moscow Mathematical Sooie-
ty since 1944p and is -an active member of the Xethodologioal:Oommis~
Card 2/3

8/549/61/000/104/001/018
Soientificp pedagogical and 11237/11304
sion on the Theoretical Mechanics of the Ministry of the SecondM
and Higher Education of USSR* At present he is engaged in preparing
a monograph on non-holonomio 9yotems.
ASSOCIATION: Xoskovskoye"ordena Lenin& i ordena trudovogo krasnogo
anameni Vy8sheye tekhnicheskoye uchilishche in# Beuma-
na (Moscow Order of Lenin and Order of zhe'Red Banner
,of Labor Higher Technical School im. Bauman)
Card 3/3
777~'
'-4 -k 77i0ri,',

Mum-
In"stigating dyaWss of a sermator ewsl4aing Vw affoct
of oil c6uprisidblUtr and tho eUsUalty at'Viping., lsv.v7s.
I atAiM atr.- na.,IM75-44 161, (KEU 24tl2)
MoskowAVe VOA*p tekbacheako" u&Wshch* Imeni
'(OJI brdmulic vachinery)
L7='
F -Ah

35632
0/549/61/000/104/009/018
D237/D304
AUTHOR: Knyazevi
ITITLB: Ap?lioa:Ality
ho onom.10
SOURCE: Moscow*.
no-104#
GoNst Aspirant
of Volterra's dynamical equations to non-
systems
Vyesho a tokhniobaskaye uchilishchs. [Trudyj,
1961-o iekhanikat 78 - 90
TEXTs The author reviews the classical Volterra derivation of equa-
tions of motion of the system with holonomic and non-holonomic re-
straintat comparing It with the derivation of V*V., Dobronrayov (Hof.
3: Uchonyye zapiski MGU9 no, 1221 Ve 2P 1948) and considers whether
non-holonomio constraints should to taon into account befoti or af-
ter the transformation of the equations Into those of non-holonoxio
systems* As an examplet the author investigates the stability of a
gyroscopic frame with two gyroscopes used as a stabilizer in the na-
val anti-aircraft machine-gun first considered by A-Yu. Tehlinskiy
in (ReL, 10i Makhanika spetslallnykh giroskopicheskikh sistem (.Me-
chanios of Special 0yrosoopio Systems) AS UkrSSRt 1952) shows that
Card 1/2

8/54Y61/000/104/009/018
7 D3
Applicability of Volterra's D23 04
the derivation of V,V. Dobronravov is correct# and obtains the sta-
bility condition which is stronger than that of A.Yu. Tshlinskiy.
The author also shows the full similarity between Chaplygin and Vol-
terra-Dobronravov equations and Hamel type equations@ The problem
of applicability of non-h6lonomia constraints remaineg however,
open. There are 1 figure and 12 referencest 8 Soviet-bloc and 4
non-Sovist-bloce
Card 2/2
~41.f~-N~_. A-i.

8/549/61/000/104/010/018
D2371D304
AUTHOR: ]Cnyazovo G.N. A0spirant
TITLE: Investigating stability of the steady motion of a loaded
servomotor with feedbackt the compressibility of oil being
,taken into account
SOURCEt Koeccw* Vyesheye tekhniche skoye uohilishchs. (Trudy],
no. 1049 1961o Mekhanika# 91 - 100
TEXT: The author uses the Iyapunov method to investigate -the prob-
lem with the following assumptionst Constant pressure and tempera-
ture at the point of entry into the valve; absence of leakage from
the valve and from the hydromotor; coefficient of the now of fluid
through the valve opening is constant; pressure drop :in the hydrau-
lio chambers does not exceed the pressure in,the nain pipe. The con-
clusions aret 1) Men compressibility of the oil And deformationof
pipes are taken into account# then the equation of the hydraulic mo-
tor with thq feedback contains a 3rd order derivative; hence it re-
mains stable only when the rate of change of the load is limited to
Card 1/2

8/549/61/000/104/010/018
investigating stability of the ... D237/D304
some valueo 2) Por the arbitrary rate of change of the loadt addi-
tional conditions of stability which are only necessaryp have to be
fulfilled. There are 1 figure and 4 Soviet-bloo references*
Card 2/2
ON

n'TAUVt O.S., "Pirant
App.Uc&hUity of -dymMo Ilbatmft oquatiou to nonwonwo
sptfto. EWA Km no-104,78-W 1Q. (KEPA 1512)
'Ri
,-05

TF*istipting tbs statdlity of the steady action of a loaded
gernmehaMsm with foodtack consideriAg the c*Wessibility
of ou. [Trudy) MM mo*1040"00 161. (KMA 15s2)

4067
8/145/62/000/008/001/004
49
:D262/D"13
AUMORI OAS ftineer
JKtW
T nU': of Appit4t the equation of bydrailic
t
f t
d
l
l
i
L L
servo-
ectrica
motor, to A
nv
at gation o
roe
W

PERIODICALs Is"adya ashikh uehnbrWkh savedenLy. Mashinostroy-
'
73--78
adye, no. 19629
The authoi -'s' ies the equation of motion of a hy-
OPI
draulic piston servo-omotor wIth feedback (deduced in his previous
it is assumed that the follow-
papers) with certain simplifications
-I h
s
id
f th
b) d
i
i
i
l
)
a
e s
n pressure
va
ng parameters
val
rop
open
ng o
on the hydraulic motor plunger, during their undisturbed movementst
As an exam
le
k we c
sta
t
d
db
ffi
i
t
i
id f
)
f
ac
on
n
.
an
a
coo
c
en
r
ee
o
p
g
th
L
l
i
i
e.
-automAt
a
c
s of the sem
the system,drivinga. cross feed sadd
esti
Th
a
t
d
i
ti
d
d
l 1722 L
I
fili
an
n
pro
ti
t
h -
e
nv
nves
e
n
.
e
g machineg mo
ga
g
me servo-mech=-
s s
t f
r
diti
h
ifi
U
ons s
ow o
o
c wor
on
a
spec
nt con
Lams may be examined makirg use of ntagral-and-differential contour,
Card 1/2

-jLAZV* O.N.o lath,
StablUty of a Wrs#Ua - ontrol sypt4a vith two aetuatbw
imntit, IsTallawbab'saval uddimtr. 00,911ii~-7bo
(XM4 ~ 16&2)
I* Noftvskoye vyaskep telftlobes" uchiHoche Owd
eontrol),
7-7777m7

~ 7~

ACC N& AT 018768 SOURCE CODS: UR7000166100010001008o
JAUTHOR: EMN!eYe G. N.
OROS none
TrrLEt savitati phenomena in wraullo-mr-womseumnEl
SOURCE-. AN SSSR. Institut avioutatiki i Went
automation). Moscowo -To 80-83
TOPIC TAGS1 hydraulic deviceg cavitation, servomechanism
ABSTRACTS V. A. Khokhloy (ATImutilm I telemekbentka, 18, No 9, 1957) Invesdo1W the
stability of hydraulio atecutor meahubme containing straq feedback wlib an inertial load act-
Ing on the piston, Using the usual assumptional IMMdov presented an approximts derivatim
of the formula for critical (from the eavitation -viewpoint) mass determinatka for the hydraulto
mechanism shown In FIg, I a The present paper offers an exact derivation of do same formu-
I&. Orig. art. hu: 12 formula# and 3 11pres.
Card 1/2

Ea ---- ISO-2-%of
yr).' maim
Figure 1, Ciroult of a bydraulto oxmtor nmhrnism
SUB CODES, 13#20/ MMM DATES OM RIF: 001
lccwci-- 212 __hl
L-1 Ego==

=-l

"manmare DoVel ANSTAXWoleSol QWAIU. Aa*l COUSUIRmt Yebef
Edeces,"djo MXUW' T.S.S
U'"Wsr ','qt ITAXWo A.A I MUM Met nOKN~ XoPo Ilumt,
3WIX%TAO-A*S.j XISKAIW* 104 '=NWOV9 ATI-Num-
moto 4410441 AAMW 03*1
'Vey"$ Aof,l ULSM. I-L MMI T.A.1 MUUXDT. AbT*3
sow
1-1-11M mmult 11. 0 Toil*$ CUVW redab.
tori DAMNOTe Tolee retaner; NKI:t of reawdarl XXUW#Ilol#
re"ktarl POUW* Yeta, redsUor Watallstva; QMDTA, O.Aa,, tektud-
abseW vad&ktwe'
timstrmuns -rar -mmsidupie AM atsmHou of geoloclaa suvers
Is sules of ls5O&M and 1325#*Wj lastruktolla po orpalutell
1 prolsvedstyx raUt maebtabov 2.35OgOOO I
11250000, Isakwa a lid-re llt-q7 pe cool, I
okhrano agro IOL M pe' (Kuu 1036)
10 lusU (1923- U.S.Solo) Klalstorafte goologil I akhrmW sadro
"X"Yv)

Iffoot of varlow diets on as dyne4les of gluco" "sorption %7
the oasll latestim in radiation sickness* Topepit. 18 n0.41
3441 JI-Ag 159. (MM 12110)
L Is Noskovskop lutitufA siglyew Lout F.P.*19amwe
On"O off.
in emu Intestine fflueole absorp. In expero
tMiation sickness
-NOW*
mn Intestine absorp., In r radiation
sickness, oft. of diets M:T)
(n2MM, WAU, pbrolol.
gluoooo absorp, in *Vor,, radiation sickness,
Off** Of diets (16m))
(Roam= -11ATSo e:rf.
gamoso atoorp. V "all Intestine Inaqw*
radiation sickness, off* of diets One))

AP60367) 5' SOURCE COD91' Ult/0308/66/005/002/0178/0187
'AUT1
90R. byisey'-
x
none-
Spectral composition,ofthe, gglsq.gpeneraticif 412 molecules in the
-SOURCE i Zhurnal pril"dapy is'
pektrookopit, v. 5, no. 2, 1966, 178-187
TOPIC TAGSt spectral line, molecular spectrum, molecular nitrogen, User tub*,
excitation energy, electron Impact.
ABSTRACT:'- More than 00 new laneilines on 6 bands of the first positive system
of -molecular -nitrogen are reported;6y- the author, in addition to ^- 30 lines report-
ed earlier, Most -of theme lines are assigned to rot& tional- vibrational transitions
In cm
the 4-+ system. A d-c pulse excitation of a 1. 2 m and 1. 5
ID laser tube in employed. Relative Intensities of some laser lines are measured.
An exeltation mechanism of rotational structure Is discussed on the basis of the
assumption of direct elactron Impact trom the groumi state and on the Franck-
Condon principle. For -qualitative comparison with experiments, the relative ampli -
LSL*td 1/ 2 UDCj-543,42-
wd 2
Mp A
kilo

ACC NA, AP6019656
SOURCE CODEs UR/0368/66/004/006/0560/0561
AUTHOR: .0yagav. to -11 Petrash, G. 0.
ORG: none
TITLE: Pulsed generation In pure aeon on transition, A 5400
the 21PI-1~4
SOURCE: Zhurnal prikladnoy spektrookopti# v. 4. no. 6# 1966, 560-561
TOPIC TAGS: microwave U nerator, quantum generator, gas 'laser
ABSTRAM Pulsed losgr action on the green line In pure neon is described and a pro-
bable mechanism for thr formation of population Invornion Is given. The genera
van observed at a neon pressure of 0.3 to 10 imm Mg. optimum pressure was about 4
mm Ng. The laser$ wnich was.of standard designo Vas excited by high-voltage
(up to 35 kv) pulses. A discharge tube with an Innor diameter of 15 and 7.5 M and
12 n active length of 125 cu was used. The generation was observed at the beginning of
the current pulse. The pulse duration was about 100 nose. The gain, which was
determined with the aid of absorbing filters placed In the cavity, reached 2 to
3 per meter. The measurements shoVed that the -generation line coincided approximateh
with tLe neon line at A a 3400.36 A, correspondfug to the 2pl-ls4 transition. I At GM
too small currents the 2p I.,vels of neon are not ocrupled by transitions from the
!round leveli but prcmarily from the ls levels. Me this group of levels 18 and
84 are resonance levels'and 123 and Iss are metastnble levels, It issup;oswol that
.-Card-- 1/2
UDC1 M-33