SCIENTIFIC ABSTRACT POZHARITSKIY, G.K. - POZHAROV, G.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342820005-6
• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I-----POZIWITSKIY G.K~.
,_ - _ (Moskva)
Equations of motion for systems with nonideal contacts.
Prikl.mat.i mekh. 24 no,3:458-462 MyJe'60. (MIRA 13:10)
(Mechanics, Analytic)

pdn-~,, Finnt- of t,~e Xoldlavi~;n 3"-?."
USSR. liotanical Ins' iiaeni V. L. Komarov. ~otnical
davian Affiliate, Acad Sci US~iF. rtishbi,v, 1,956
(Dissertation for the Deg-ee ol' Candidate in Illiological
SO: Knizhnnya Letopis', ?No 9, 1956

RASKIN,A.M.,dotsent, kandidat tskhn4ch%Bkikh nauk; ALPKSHYF.V,V.B.,
dotsent, kandidat tekhnicheskikh nauk; POZHARISSKIT,P.P.,
assistent
Combating blowing of road bed soils during the construction of
railroads in sandy deserts. Trudy TASHITT no.3:67-89 '51.
(MLRA 8:10)
(Railroads--Construction) (Soil stabilization)

GINZBURG, A.I.1 NECUTUA, Ye.A.; LAIREINIV, Yu.B.; POZHA.RITSYAYA. L.K.;
M&LYSOV, I.I.,red.; RODIONGV, G.G.,red.; FAGUTOV, F.P.,red.;
MMUSHCHOV, M-A.,red.; CHMOSVITOV, Yu.L.,red.; SHKOEMV, I'V.,
red.; SHCORBIRk, V-V-,red.; BYGMAS, M.A.,red.; OVCHINITIKOVA, S.V.,
red.;-*.&VHMYHVA, T.A.,tekhn.red.
[Rare metal carbonatites] Redkometal'nye Icarbonatity. Moskva,
Gos.nauchno-tekhn.izd-vo lit-ry po geol. i okhr.nedr, 1958.
126 p. (Geologiia mestorozhdenit redkikh elementov, no.1)
(MIRk 12:2)
(Carbonates (Geolo ff'))

POZHARITSKATA, L.K.
I...
Hydrothermal contact zone chlorites in Rudn77 41tai c4omplex ore
deposite. Izv. vy's. ucheb. zav.; zav.; geol. i razv. 1 no.4:100-101
Ap 158. (MITIA 11:12)
l.Vsesoyuzn7y institut minerallnogo syr'7a.
(Altai Mountains--Chlorites)

3(5), 15(6) PHASE I BOOK EULOITATION scrv/1644
Ginzburg, A.I.,
Ye.A. Nechayeva, Yu.B. rAvreney, and L.K. Pozharitskaya
Geologiya mestorozhdeniy redkikh elementov. vyp. 1: RedkometalInyye karbonatity
(Geology of Rare Element Deposits. no. 1: Rare Metal Carbonatites) Moscow,
Gosgeoltekhizdat, 1958. 126 P- 5,000 copies printed.
Sponsoring Agency- Vaesoytizayy nauchno-issledovatellsk:Ly institut minerallnogo syr1ya
Eds.: A.I. Ginzburg, and S.V. Oychinnikova; Tech. Ed.: T.A. Averkiyeva; Editorial
Board: A.I. Ginzburg (Chairman), I.I. Malyshev, G.G. Rodionov, F.P. Fpgatov,
N.A. Krushchov, Yu.L. Chernbsvitov, I.V. Sbmanenkov, V.V. Shcherbina., and M.A.Eygeles.
FURPOSE: This booklet is intended primarily for geologists. It may, however, because
of its non-technical nature be of interest to the general reader.
COVERAGE: The introductory chapters of this booklet give a short history of the explo-
ration and study of carbonatities. Approximately half of the contents are devoted
to a description of the geological and geochemical properties of same rare minerals,
mainly nibbium. These%descriptions are aided by the,use of tables and charts.
The second half of the book gives a physical description and the geographical loca-
tion of s=e of the well known deposits of the world. There are 131 references of
which 16 are Soviet.
Card 1/2

Geology of Rare Element Deposits. sav/1644
TABLE OF CONTENTS.
From the Editor
Foreword
The Geological,, Mineralogical and Geochemical Characteristics of Carbonite Deposits
(L.K. Pozharitskaya, and A.I. Ginzburg)
A Brief Description.of Non-Soviet Carbonatite Depcisits
Carbonatite deposits of Europe
Deposits of Alno Island (Ye.A. Nechayeva)
Deposits of the Pen Region (Yu.B. Lavrenev)
Carbonatite deposits of Africa P.ozharitskaya)
Carbonatite deposits of America (L.K. Pozharitskaya)
Basic Characteristics of the Alkaline Group of Minerals (Ye.A. Nechaye!&)
Blbliograpb,y (D.B. Yegorov)
AVAILABLE: Library of Congress
Card 2/2 Mm/hcr
5-111-59

3(5)
SOV/131'~__-59-7_4/17
AUTHORS: Bezsmertnaya, M.S., Gorzhevskiy, D.I.and Pozharitskaya,
L.K.
TITLE: ~~e_Prospectuing Imporitance of Transformation of Ore-
Enclosing Rocks in the Altay
PERIODICAL; Razvedka i okhrana nedr, 1959, Nr 7, pp 14-17 (US0"RL)
ABSTRACT: According to the authors the transformation of rocks
enclosing ore deposits of the qudn3-j Altay occurred
in three successive stages before, during and after
the formation of ore deposits. They accordingly di-
vide these metasomatic transformations caused by hydro-
thermal solutions into three groups. Metasomatic
transformations of enclosing rocl,,s, vinich occurred be-
fore the formation of ore deposits, play the most im-
portant role. Large aureoles were created at that
stage, %,,,hen, as a result of this metasomatic activity,
4 main groups of rocks were formed: chloritic, serici-
tic, quartzite and epidositic groups with many varie-
Card 1/3 ties within each of these Groups. The variety of

SOV/132-5/9-7-4/1 7
The Prospecting Importance of Transformation of Orc- -Enc lo~-
in the Altay
rocks found in aureoles was due to many factors, the
most important of which are the composition of initial
rocks, the temperature and composition of penetrating
hydrothermal solutions. Thus, depending on the compo-
sition of enclosing rocks, the following minerals were
formed inthe metamorphized rocks: a) in acid rocks -
albite, sericite, quartz and less often - chlorite; b)
in basic and neutral rocks and skarns - epidotue, acti-
nolite, prehnite, chlorite, albite, carbonate and less
often - quartz; c) in sedimentary and tuffogenic-sedi-
mentary rocks - chlorite, sericite, quartz.and in call-
careous varieties - also eDidote and carbonate. Aureoles
created in the next two metasomatic stages almost coin-
cide with the dimensions of the ore deposit itself
and their prospecting importance is insignificant. It
was found that ore deposits were usually formed in
zones o'L intensive occurrence of metasomatic processes,
but sometimes they occupy a slightly excentrical place
Card 2/3 in these zones (aureoles). It indicates that these two

SOV/13_50-?-4/1?
The Prospecting Importance of T.2ansformation of Ore-Enclo-cin- z~ock_':
in the Altay
stages followed each other quite closely and that the
penetration of ore-forming metasomatic solution occurred
through the same channels. The dimensions of aureoles
in enclosinG rocks vary from 20 to 200 and more m and
depend on the litholoGy of these rocks. The largest
aureoles were observed in homogeneous volcanic rocks,
especially in tuuffs. Thus, say the authors, large
metasomatic aureoles can serve as indications when
prospecting for ore deposits. Polymetallic ore deposits
of the Rudnyy Altay are definitely associated with these
aureoles. Presumably such association could also be
found in o'Uher regions. There are 8 Soviet refei-ences.
ASSOCIATION:VIMS
Card 3/3

PCZHARITSKIY, G.K. (Hosk7a)
- I
Extending Gauss' principle to dr-j fricti-,n systemg. Firkl. ma"..
i mekh. 25 no-3:391-406 My-Je 161. (MIRA 14:7)
(Mecbanics, Analytic) (Frictim)

AUTHOR: POZHARITSKIY,~Gi-K. (Moscow) 40-4-8/24
TITLE: On the Stability of Dissipative Systems (Ob ustoychivosti
dissipativnyk.h sistem)-
PERIODICAL: Prikladnaya Mat.i 11.1ekh., 1957, Vol.21, Nr 4, PP-503-512 (USSR)
ABSTRACT: The author considers the system
d 3 L 9L 0 dqj
dt a4, Fq-i dt i
with the solution
41~ - ~ 4k~ 0 ~0 (1=k+l,..,n)
(2) q ~ q0 q1= jo (t-t ) (1=k+l,...n)
k k 1 0
where ql,..,qn are independent parameters by which the point
coordinates can be expressed: x j= x i(qlg**gqn) (j~lj..,N),
and the system 9F dq.
L L
(3) dt qi aqi ocli dt i 1 n
F(ij)-.14n) 7 .:~! ij i j
CARD 1/3 19j=1

On the Stability of Dissipative Systems 40-4-8/24
on-which, besides of conservative forces, there act also
dissipative ones. By additional forces P 1""Fn which natisfy
the conditions
n
0 01 F 0
(4) 13. .4'j' + F 13 CIj m
i mj
j=k+l 'J j j=k+l
it can be achieved that the system thus extended
d L n dq i
dt - 7 f3 ij4i+ Fi q,
qi j=1
(5) d aL n + F dqm.
) = E B ~m (m=k+l,..,n)
Tt_(_~q~m j=1 mj i M dt -
admits a solution which is identical with the system of
functions (2). The author investigates the stability of (2)
with the aid of the Hamilton variables and states that, if a
certain auadratic form is positive definite, (2) will be
asymptotically stable, in the Opposite case it will be un-
stable. Furthermore: By adding dissipative and additional
forces the stable motion of the conservative system passes
CARD 2/3 over into an asymptotically stable one, if one form is

On the Stability of Dissipatite Systems
40-4-8/24
positive definite. If the form can attain negative values,
then the stability of the conservative system is disturbed
and its instability will not be stabilized.
SUBMITTED: June 25, 1956
AVAILABLE: Library of Congress
CARD 3/3

POZHARSKIY, B.G.; FEDOROV, I.A.; SHEVCHENKO, V.B.
Effect of temperature on the complex formation of plutonium (IV)
in nitric acid solutions. Zhur. neorg. khim. 9 no.2:279-282 F164.
(MIRA 1?;2)

ACC NRt AP6035696 SOURCE CODE t Ult/0413/66/000/019/0045/0045
INMITORS: Gurevich, A. X.; Pozharitskiy, D. M.
------------
ORG: none
TITLE: A method for pulse control of a relay amplifier using a thyristor. Class 21j,
No. 186531 fa-nnounced by State All-Union 'Central Scientific Research Institute of
Complex Automation (Gosudarstvenrkrf vsesoyuznyy tsentrallnyy nauahno-issledovatellski~
institut kompleksnoy avtomatizatsii)7
.SOURCE: Izobreteniya, promyshlennyye obraztsy) tovarnyye znaki, no. 19, 1966, 45
TOPIC TAGS: control circuit, pulse amplifier, amplifier design
ABSTRACT: This Author Certificate presents a method for pulse control of a relay
amplifier using a thyristor with an alternating current power supply and a direct
current electromagnetic load shunted by a diode. The design provides for storage
of the control signals. Pulses are fed to the control electrode of the thyristor
during each positive half-cycle of the voltage power supply. These pulses are of
such a duration that the current in the load is insufficient to maintain the thyristor
in the "on" state. To switch on tile amplifier, the duration of the pulses is briefly
increased. To switch off the ampldfier.# the supply of pulses in briefly cut off.
SUB CODE: 091
Card 1/1
Sam DATF.: ioNov64
UDC-. 621.3

POZHARITSKIY. G.K. (Moskva)
Property of characteristic numbers of solutions of differential
equations. Prikl.mat. i mekh. 22 n0-5:707-710 S-0 158.
(MIRA 11:11)
(Differential equations)

J
3 0 - 12
AUTHOR: None -iven
y',
TITLE: Defense of Dissertationn (~~as*,)c~.-J-
January - JulY (Yanvarl - ii~-ull 1`57)
Section of Technical :jc3.eLices (Otdoleniye telchniches-kilch
nauk)
PERIODIC;a: Ve s tn i 1: A'~, SSSR, 1957, Vol. 27, :-,r 12, 122-123 (USSR)
ABSTRACT: At t,he Institute for Mechanics (Institut i,-,ekhaniki).
Applications for the deoree of Doctor of Technical
Sciences: N. I. Druzhinin - Development of' the electro-
hydrodynamic analoiy method when applied to t;io irwooti-ation
C,
of filtration on lar,,,(~ arcau (Razvitiyc i.-iotoda clcktro-
~;idrodinamicheskikh analogiy v primenenii I- issledlovaniyu
filltratsii na bollshilth territoriyakh). A. A. ',ostyukov -
- Theory arid computation methods of the formation of waves
and the wave resistance of ships (Teoriya i i:ietody rascheta
volnoobr--zovaniya i volnovo.,,o soprotivleniya sudov). A. Kh.
Mirzadzharizade - Some nroblems of liydrod,,nt:.,ic,3 of viscous
J.
and visccusolastic liquido when applied in the connection
of the Droduction of mineral oil (NieltotorY7.,e vo-~r=-
.f-idrodinamiki vya"-kikh i vyazkoplastichny1:h -,,-,idl-.ostey v
I
Card 1/5 primenenii I. neftedobyc.ie'). Application-- for the de,_;rce of

Defense of Dissertations
Janu-,r July 1,057
Secticn )f Tec.1-Mical Sciences
30-12-41/1'5
Doctor of Physical-Mathematical Sciences: S. V. !.'alinin -
- on the constancy of periodic motion--- of mechanical rysi;c.-.s
in critical cases (0b ustoychivosti 2eriocIicne.-':i'-.h
dvizheniy mekhanicheskikh sistem v kriticheski1ch
11. 11. 1,,rasovgkiy - Some problems concernint; the theory of
constancy of nonlinear systems (Nekotoryye vo,-)rooy i.eorii
rz.
ustoychivosti nelineynylch sistem). I~a~ --Zcn"-,.ovich
7
- Investigations carried out accordin;:- to the hyd-ro-dy.-,amic
theory of viaves of the end amplitude (Issledovaniya Po
.-idrodinamiclieskoy teorii voln konechnoy amplitudy). V. Y.
Starzhinskiy - Some problems connected with the constancy
of periodic motions (NeKotoryye voprosy ustoychivosti
Deriodicheskikh dvizheniy). Application for the dc-;-ree of
Candidate of Technical Sciences: G. I. Pshenichnov -
- Calculation of the arc-sha,-,ed netlike "Shells" as
spatial systems (R--schet kruzhal I no- set chaty'di obol)chel-
kaV prostran3tvennykh sistem). Application for t-.~: de.-ree
of Candidate of Physical-Matheimatical Sciences:
Card 2/5 Pozharitskiy - On the problem of the constanicy o-l' the

Defense of Dissertation!s
January July 1957
Section of Technical Sciences
30-12-i, 1 /45
viotion of conservative and dis::ipative u~,stons
voprosu ob ustoychlivosti dvizheni-ya ':or,,-,e;--,-,-.tivnyl:h
i dissiVativn."'k,11 !'J.'Itcmi), -
At the P,-.-Ar- --nst.itute (Institut nefLi).
Applications for the do,-ree of Candidate of "N.:c1inical
Soiei.,ccs: V, A, Amiyan - Puttinj~ into o,~er,-tion. utilization,
and -repair of
ekspluatatsiya i I.
Gri.,-orlyev - The jreventicn of th,-, art.,Itrar~ of
opening- rhzJ't3 in turbine drillin,;- (Bor'b".1 r ::1,02.2v(
f3krl-vIer--',,y~~m t-.olov si:vazhin v turbinnora burenii).
V. I. Ser,-,eyevich - Investimation of the viscosity and the
0
density of deposit water of mineral oil depos-f.-hs --nd the
binary electrolyte solutions in dependence on temperature
and pressure (Issledovaniye vyazkosti i platnocti
plastovykh vod neftyany'Kh meotorozMeniy i binarny!.h
rastvorov eleictrolitov v zavisimosti ot temperatury i
davleniya). Yu, S. Shimelevich .- activation analysis of
Card 3/5 rocks under the conditions of drill holes an(I their

26725
S104 61/025/003/002/026
2 1,1200 1k Q'~ D208YD304
AUTHOR: Pozharitskiy, G.K. (Moscow)
------ L:L~~ -
TITLE: The Gaussian principle for systems with solid friction
PERIODICAL: Akademiya nauk SSR. Otdeleniye tekhnicheskikh nauk.
Prikladnaya matematika i mekhanika, v. 25, no. 3,
1961, 391 - 406
TEXT: In the first part of the present paper the author derives
general equations of motion, specific for the Law of Solid Fric-
tion with vel. of sliding / 0. A mechanical system is considered
with homonomic coordinates q, ... q n+k+l for which
Ail4l + + Ai,n+k+0n+k+E ~ 0 (1 = 1,
Ail ,,q1 + + Ai,n+k+1i'(5qn+k+i.0 (' = 19 ... P (1.2)
and qn+l~:z-O' ...' qn+k 0. (1-3)
Card 1/6

2t725
S/040/61/025/003/002/026
The Gaussian principle for ... D208/D304
In Eq. (1-3) the equality sign corresponds to slidin.-- On virtual
displacement
8 v. a ! + v a
a.S + k,N, + Nial-i (j ...... + k) (1.6)
aqj Y-Vi. + Viv
is obtained, where s = acceleration energy for a system with Eq.
(1-3) absent, and Q = generalized forces, and a's are given by
bj,i ~ ai',6q I +-P ai.1Tl+k6qn+k
byi ~ ai26(11 + a,.2
1 n+0'jn+k
3
6zi ~ Ott. 3n-~ 16(11+1 + aj'n+k6q,j+k (1-5)
3
ail ail& = 0
n+k
if 2S
q (1j + p1qj6
Card 2/6

26725
S/040/61/025/003/002/026
The Gaussian principle for D208/D304
3 are independent of It. the solution of F0. (1.6)
where yijg Ji q
gives
n+k
ix im jU irn
qj (Q. + kiN, ' cc' +' - ~ + oti:r1nNi)
M-1 J=j
k)
and reactions are given by
n+k + V OE 2
V OL ~iu-i~
ix"Jin -r
Qm - Pn + kjNi oti3 Ni) 0
in-1
+ n +
The case of relative velocities equal to zero is considered next
and it is shown that ~,,+l irn are determined from
(S* -1. IV*
+ kjNj Ir (4-1)
,iX2 + villa -
dvi
IL + n)
Card 3/6

-,A,7 Ile
e- . /31
S/040/61/025/003/002/026
The Gaussian principle for D208/D304
where S is S for which -~I 0, and that the solution
-~ = ... = ~, = of ~r +11..., -,v
1 )1 11 n (4.2)
of (4-1) satisfies the isolated minimum of
TI T -
S, -;- F ~ S,Qil ~i YkiNi I/ t;ix 2 + V*IV
MS + T) variation of (S + in the neighborhood of Eq. (4.2)
will be
+ 2
6 (S' + 'I;.) (()S kiNj i~ ij- ;,j _i
(B)
V1.1
kfNj + 62SI +
Y. V +
and the positiveness of
Card 4/6

2672.;-
S/040/61/025/003/002/026
The Gaussian principle for D208/D304
ri IL as, -I +
M"), - Q j, + N, kilvi
+ 1cjNj rv~'j:2 +> 0
will be a necessary and sufficient condition for the validity of
(B). The following conclusions are then drawn: 1) The positiveness
of the function implies that the solution Eq. (4.2) satisfies the
Law of Friction. 2) A system inequilibrium under the influence of
frictional and inertial forces and some other active forces; the
accelerations related to inertial forces are absent if it is un-
der the.influence of the above forces. The enlarged principle is
then formulated as follows: If for the system with restraints all
maxima of frictional forces are known, the resuiting motion ful-
fillAng the Law of Priction will differ from other possible mo-
ti(,. ~ by the fact that for the actual motion, the difference bet-
Card 5/6

2b',' 25
S/040/61/025/003/002/026
The Gaussian principle for ... D208/D304
ween the accelerating energy and work done by all forces in the
actual acceleration, will be a minimum, and at least one type of
motion will always satisfy the above principle. There are 3 Soviet
bloc references.
SUBMITTED: November 28, 1960
Card 6/6

ACCESSION 111R: AP4013381 S/0040/64/028/001/0060/0067
AUTHOR: Pozharitskiy,, G. K. (Moscow)
TITLE: Effact of viscosity on stability of equilibria and stationary rotation of a,
solid body with a strip partially filled by a viscous fluid
SGURCE; Prikladnaya matematika i mekhanika, v. 28, no. 1, 1964, 60-67
TCPIC TAGS: viscosity, stationary rotation, solid body, viscous fluid, energy
dispersion, velocity field, potential energy, holonomic stationary relations,
equilibrium stability
AESTFU0T.- Intuition says that if the energy of a system is dissipated at every
motion, and for equilibrium or stationary motion there is an isolated minimum, then
near unperturbed motion the oscillations of the system will die out. For systems
with a finite number of degrees of freedom this fact can be derived from the resu3j:a
of Ye. A. Barbashin and 11. N. Krasovskiy (Nekotory*ya zadachi teorii ustoychivosti
dvizheaiya. Fizmatgiz, 1959). Extension of their results to a system with an i
infinite nuraber of degrees of freedom becomes difficult.. Tho author makes a
series of assumptions on continuity of the perturbed surfaceg the velocity field,
Card -1/2

ACCESSMIT NR: AP4013381
and &the total energy of the system; therefore, all his deductions concerning
stability are of a some-what conditional nature. The restrictions are-dictated by
.the method of proof; it is doubtful if,, from consideration of only total energy
and its derivative, one could draw more definite conclusions on stability. Orig*
art. has: 10 formulas.
ASSOCIATION: none
SUMUTED: 16uov62
.SUB CODE: AI
DATE ACQ: 26Feb64
NO REF SOV: -008
ENCL: 00
OTHER: 000
Card 2/2

POZHARITSKIY, G.K. (Moskva)
Effect of viscosity on the stability of the equilibrium and
stationar- -
y rotation of a solid body having a cavitty- partly
filled with a viscous liquid. Prikl. mat. i mekh. 28 no.l:
60-67 Ja-F'64. (MIRA 17:2)

S/040/61/02c/004/007/021
ILI ~11 00 11 D274/D306
AUTHOR: Pozharitshiy, G.I(,, (Moscow)
TITLE: On the asympLotic staIALity of al"cl Sta-
tiona~-y i-Liot,ion in mechanical systc!.is- witi,. partial
dissipation
PERIODICAL: Prikladnaya niateriiatika i mehhanika, v. 25, no. 4,
1961, 657-667
TEXT: Conditions Eire Lfound foz- the asyntptotic stability of mech-
anical systems proceeding rrom the theorem !:~y Ye.A. Barbashin and
N.I,.,. Krasovskiy (Ref. 4. Ob vsto~,chivosti dvizheniy- v tselorn.. Di',3
SSSRj 1952)- This theoren statc-s the conditioLis Lin(!er -.1hich the
solutions of the equations dxi/dt - Xi(xl,,-xn,..t) (0,,l)
are asyrrptotically stahl.c., The cocr.,A-natcs q. arc C;-pressed by
qi = biIx-L + -. . + bi.,xn U - n - Ic + 1,,,, - ~ , n) (1_7)
The equations oF- motion in the Filst ~ippro):imatioii are:
+
Card 116

S/040/61/025/004/007/021
On the asymptotic stability D274/D306
Differentiatin,g each of the linear forms (1~7) 2pi L-inies, one ob-
tains .
+
bilXl1xj. + 1, 'P[ ; i k + 1,
The results of the forc-going analysis are given by: Theorem 1) In
order that partial dissipation involving lc,,~n coordinates render
the equilibrium of a system Which is isolated and stable under
potential forces) asymptotically Gtablc in the fir,A approximation,
it is neccosary and !~ufftci(!nt that equations (1,7) ~tnd (1.8) have
a matrix of rank n; (the cxpausi.on of the system's force function
in the neighborhood of thc equilibri-Lun position ber;iiis with a nega-
tive definite quadratic form), The szme conditio-Lis is sufficient
for asymptotic stal)ilit.y based o-a the exact equations. 2) If in the
first approximation thcrQ exist k + I equal fundamental frequeucies,
no dissipation involving 11: coordiiates uill render the system asym-
ptotically stable in the first appro;~imation. 3) If there are no
-. es
more than k equal fundamental fy quenci , then 1. generalized coor-
dinates can always be found, so Lliat dissipation involvin.,r them
Card 216

S/04 61/025/00zv/007/021
On the asirr D274YI)306
tiptotic stability
leads to asymptotically stable equilibrium qi - 0. 3arbasi-ii-i an~f
Krasovskiy's theorem crin interpreted as follows. A constrained
system xi~lci f, 0 P. Xi
j + 1
is considered; according to the theorem it is SUfficient for asyn,6-
totic stability UILt SySt.Cla (1.9) ShOuld have no solutions alotLg
which n
j Ojb'jj. % 0 (i
in the entire course of the motion, It follows froi., ,.lbove equation
that not a single solution exists along which all the 0- become
zero. The quantities Qj can be- interpreted as the re-chons of
corkstraizLts; hence the result: If additional constraints can be
imposed on the sy,,teui io that the cot~strainec'L syste-m shoulcl allow
no motion, along ahich all thc rciictions of the new co~L,straints
vanish, -hen the introdviction (into the initial systeri) of dissipa-
L
tion forces acting along t1-,(-' COOVCI;.n~lteS WhiCh are ri~-L-UOVed by tll-iC
t-11
new co--straints, renders Lhe equilibrium of the sy--tc-r-L asymptotic-
Card 3/6

S/OziO/61/025/004/007/02L
On the asymptotic stabili D274/D306
ally stable. System (0.1) is taken in the forr,
dxi pillcl + + PinXn + Xi (2.1)
dt
where P. are bounded periodic functions of time, and xi are halo-
morphic Lictions (with rcspect to xi) with periodic coefticients,
Functions ID j - bilyl + --- + birlyn + Ui
are introduced, Where U is the force function and y is reliated to
x in (2.1) by Lyapunov's theoreirl). If the system
bi-,Myl + --- + bin)~sy - 0 (s = 0, 1, k)
I n n -
being complex nuuiber) has a matrix of ranl,-. El, then systela (2.1)
as well as the first-approxitriation system will be asymptot ic ally
stable. if the ranl--. is spialler than n7 the first -approximation
system will not be asymptotically stable; this will always be the
case if k + 1. equal Ix is, can i)o- fouvv~; if this does riot occur, it
is always p~ossible to indicate such linear parts of tlie functions
Oi, that the system should be a3yinptotically stable with respect
Card 4/ 6

'26 128
S/04 61/025/004/007/021
On the asymptotic stability- D274YD306
to till variables. For matrices of rank n - 1-ti, other criteria for
asymptotic stability are given. A system is considered whose
kinetic energy T is not an explicit function of t and q, In this
case stability criteria c.3n be f(.,und by a method analogou.,~ to that
used in the first part of the C-Irticle; results are also given which
were first published by the author in v. 21, no 4, 1957, of same
periodical. Finally, a system is considered with fir:;t-appraxima-
tion equations
+ -xi (3.2)
q? ~cs
> n-k
.1
and variation of particular iiaegrals
n-k
f3ip ~ci + xs) ~ioxs cj Q n - k + 1,...n)
i's!~n k (3.3)
If the rank of the matrix of the systenni qn-l+l qn_k = 0, obtained
from (3.3) by infinite differentiation, equals n-1, then the motion
Card 516

On the asymptotic stability ...
i~ 7 28
S/040/61/025/004/007/021
D274/D306
will be asymptotically stable, and only then asymptotic-My stable
in the first approximation. There are 8 references: 7 Soviet-bloc
and I non-Soviet-bloc, The reference to the English-languarre pub-
lication reads as follows. E.J. Routh, The advanced part of a treat-
ise on the dynamics of a system of rigid bodies, London, 1930.
SUBMITTED: Februar-I 25, 1961
Card 6/6

AUTHOR: PC Z"l -I I' * t"--' " (;.:CS'~ --',7) Z, !-. ~'I--.. ?11 -
TI TLE. On Cne P-rmc--tLr O~L' 'h Fj -ozj,-,Ia.-Jor (~~j oj-c7!
XS .;)Px L
SVOY3 t1ri s-, 3,12m7 pervoc;-, I- zheniyL)
PERIODICAL: Prikladnaya .7-atenatika i Mekhanika, lg)e, V c$ I -r 2 ,
:,) P. !43-14-,~
ABSTRACT- The author investigates the properties of a s-,--sterr of
tions of linea-- equations with consz~~ntl Acc=d-
ing to Lyar-,.zn.-)-.,- a quadratic f:rm. is ,performed f:,or: the ra-
riables, t~e deriirati-~re cf which is to be definit-a. I~ is
shown that certain restrictions -for tl~e quadrati,~- f:rms
and their derivati-.es - .,,h4.,.lh clan be sirq:ly provad - the
procf 0-7 instab~~lity Or asymptcll~-C; Stab-f!'+-'r --il- resp---t t-:;
the varlables of 'Ulc system oar, be simply caricied cu'.
Two theorems are p-L~cv~ad. Theora-= Ii the form 'W
posses3as a tota'. resp?c,
to 'the ti-rnr--. -che rar.111- c-f the ".7 -s:-i d.7 is
a nd 1' f Vi oaii a t ta i n ne Ca tive val u e s f t he r, t,.r-- i r, a 1
equalior, po5sesef~,a r- neE;--tIve clhnracterist`c~ rul:-be-r.
Thccr;ni 2 -. If lArd,,-.--2- tho --ond-itiors cf iIrsE fliccn?m the
Card 1/2

"(-:-.g?---l 5 /1
On One Property of the First. Appr*ximtion System
quadratic f W and
is EJtble Ivith reg"IZ-f!
Both theor-~ms ar~-! shcrtly -proved. There are refereiic-2s, 2 iDf
Y,h4 :h ale I(pyj
and ". Fro.rch.
SUBMITTED-
Card 2/2 uscoa,,-D0-6o5qq

AUTHORs Pozharitskiy, G~K. (Ifoscow) 40-22-2-1/21
TITLE- On the Construction of-a- Lyapunov Function From Inte;7zals of
the Equation of the Disturbed JMotion (0 postroyenii funktsii
Lyapunova iz integralo7 uravneniy vozmushchernogo dvizheniya)
PERIODICALs Prikladnaya matematika i mekhanika,1958,Vol 22,Nr 2,
PP 1,45-154 (USSR)
ABSTRACTs The author considers a general system of equations for dy-
namical systems which has the form i
dx.
d xi In 't) (i - 1,2...,r,)
a series of integrala
U (x V..Qgx 9.0
i\ I n t, 1- Up(X1,-.11 n't)
are assumed to be known. Theseintegrals are functions of the
variables of state of the system. If it is possibla to
construct a definite function of these integrals .. then the
stability of the motion can be judged without being f.~rced tc
solve the equations of the disturbed motion. Thq author in-.
Card 1/2 vestigates necessary and sufficient conditions which +,ftr, first.

On the Construction of a Lyapunov Function From 40-22-2-~/-21
Integrals of the Equation olf the Disturbed 1~otion
integrals have to satisfy in order that the construction of s-
definit6 Lyapuno-,, function will be T)cssible. Startin7_ frcm
simple cases he also investiga-,,es 'the case where the fi7ri~
tegrals are holomorphil- functions of the variables of statt,
The auth,--;r gives ways how to determine the Lyapun,:)N- funcsi---..
in these cases. and he shcwa how his method of construs.-tio.-
is connected wJth the method. given by Chetw&yel,~ Here it app-3a,-.i
that the method giver, by the authcr represen,,s ti genereilizati--)4
which admits far reaching conclusions in many cases.
As an example a theorem given by Routh is proved by the nieanz-i
here giVerl.
There are 4 references., o! whi:th ari-- Soviet and " English.
SUBMITTEDs De;.embErz 18,~ '!'J'56,
or-
Equatic-is oL' y
Card 2/2

POEHARITSKIT, G*K. (Mosk7a)
Characteristic number for a vanishing solution of disturbed
motion equations. Prikl.mat.i mekh. 19 no.4:481-484 Jl-Ag
'55- (Nation) (KLIRA 9:1)
-- 1. --A

A R T
(1). F it, ~o, fi~rc 4,;, t~ -.q,~arc mlzz.x at
contin.ou~ fm- r"dizic in % f~,f c&O'
an,d such that F(f, 0 - h( Aufic. sbt-s 6a-
characterisrm num~ber rA ct,e o., [21 i,
eq=id to one of the chaiacTcfist;c --T&-s at cl,.e
4=.az. equati-arl. 131 X' - A(i)=~ Fz=a thin fac;. zad cczzala thc;~~T
remz of Lyapunov and Chetaycv on runbillir-i or ins-ability of mo-
cian in the first approximation f3l aurhnr 11-i Jc,luc~s various
simple coflq~qudncts.
As an application. amhor -fisc-!--- ;~r ar, zz, ~hcther
!11 can have t~o s.:w;or., j
V. - Y, 0 as "n.i zb, ~t.b'lu-w of
yl = Y, + r X is a he C~O~'~Crs
the prrblem of motirn of ;; he27y ripd br-ly mbnu! i fixed F~int,
taking far y.
(f) a pcrmanear rocatiun end iof y,(z) the classical V. A-
Steklov solution. This discussion, however, i!; not comtlete.
E. Lf-imanis, Canadz

POZHARITSKIY, G.K. (Moscow)
. --*~-------
Deriving Idapunov's function from integrals of
equations. PrikI. mat. i mekh. 22 no.2:145-154
perti.L-bation-motion
Mr-Ap '58.
(MIRA 11:7)
(Motion) (Differential equations)

FMH"ITSKIY, G.K. (Moskva)
Unsteady motion of conservative holonomic systems. Prikl.=At.i
mekh. 20 no.3:429-433 KY-Je '56. (MI-RA 9:8)
(Motion)

POZHARITSY-IY- G. K. Cand Phys-lillat%V Sci -- (di3s) "On the Problem
9 1 - -
of the TAR'~4=. Stab iii ty*~i,!,f~~C =ns ervative and Di!qZsipative Systems."
MOS9 1957. 5 pp 9 19 cm. (Academy of Sciences USSR, Inst of
Mechanics), 120 copies (KL, 18-57-7 93)
- 3 -

POZHARISKIY, I.F.
Role of tangential stresses in the formation of structures in
the Gornyy Altai.' Izv.AN SSSR.Ser.geol. 28 no.2322~29 F 163.
(MIRA 16:2)
1. Kompleksnaya laboratoriya Vsesoyusnogo neftyanogo nauchno-
issledovatellskiy geologorazvedochnyy institutv Dushanbe.
(Altai Mountain Geolof, Structural)
(Strains and :-tresses

BEWSTOTSXIY, I.I.; ZOIMISHAYN, L.P.; KRASILINIKOV, B.N.; KUI)RYAVTS.EV, G.A.
MOSSAKOVSKIT, A.A.; POZHARISKIY, I.F.; KWMASKOV, U.N.
Division of the Altai-Sayan mountainous area into tectonic districts.
BiulJ10IF.Otd.geol. 34 no.4:150-152 Jl-Ag 159. (MIRA 13:8)
(Altai Mountains--Geology, Structural)
(Sayan Mountains-Geology, Strudtural)

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IF
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POZHARITSKIY, K.G. (Moskva).
,re,.--
"-----.!'Stability of dissipate systems. Prikl. mat. i mekh. 21 no.4:503-512
Jl-Ag '57. (MIRA 10:12)
I (Notion) (Differential equations, Partial)

POZHARITSKIYP G.K. (Moskva)
Stability of rotation of a stationary rotating hydraulic
channel. PMTF no.4U19-120 JI-Ag 162. (MIRA 16sl)
(Hydrodynamics) (Rotating bodies)

POZHARITSKIY, G.
"Problem of a minimum in the problem of stability of equilibrium and permanent
rotations of a solid body with a cavity partially filled with liquid."
Report presented at the Conference on Applied Stability-of-Motion Theory and
Analytical Mechanics, Kazan Aviation Institute, 6-8 December 1962

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SUP.AZHSKIY, D.Ya.; POZHARITSKIY, K.L.; KHRUSHCHOV, N.A.
B.S. Ixevonikl-a book "Prablems of econom.-'~~ geology." -'Sov-
geol. 7 no.1:160-16) Ja 164. (MITRA 17-6)

GLAZKOVSKIY, Aleksandr Aleksandrovich; yj-,FSjjOV, A.D., Clavnyy red.;
ZUBREVY I.N., zameallitell glavnoao red.; Pr.Grj'ILR, G.B., red.;
GUDALIN, G.G.1 r-ed.; F(ARF,-SJ1KOV,B.Ya., red.; MCI!,!Mfl, G.S., red.;
110 K. L., red.; V.I., red. ; Self)V(.,V, A.P.
"C) V , -OVSfr
red.; TROYAf T., red.; FILIFF AYA, T.B., red.
(Nickel. ] Ilikell. 14oskva.- Googeoltekhizdat., 1963. 281 p.
(Otsenka,mastorozhdenii pri poiakakh i razvedka)eh, no. 20)
(MM 17:5)

POZIIARITSKI-1, K.L.
"The Work of Academician A.A. Skochinskiy on the Mobilization of Mineral Resources
for Plational Defense"
From gook Mine Aerology and,Ubor Safety in Minet, Ugletekhizdat, 1949
I

ORIOV, A.Ya.; KABABOV, N.Ye., professor, rod-aktor; POZHARITSKIX =. I
U.JK L ,
professor, redaktor; KUL'TIASOV, I.M.. redaktoil"." ftYK,' T.4.
tokhnichaskly redaktor.
[Coniferous forests of the Amgun-Bureya intarfluvel Khvoinye lesa
Amgun'-~Burainskogn mezhdurechlia. Moskva, Izd-vo Akademii nauk
SSSR, 1955. 206 p. [Microfilm] (MLRA 8:11)
(Khabarovsk Territory--Forests and forestry)

PUSTOVALOV., L.V., otv. red.; "LITGAUZFI:, M.N., doktor geol.-
min. nauk, red. ; TI.A.S~ K.A. y red. [dece ~i Ee-~` I ; D'
N.N.,, red.; IIM;.SE!, Yu.F,, doktor
FOZRLqITSKIY, K.L., doktor geol.-win. nauk, red.;
SEHDYUCHENKO, D.P... doktor I-eol.---in. nwak, red.;KRA~IIOVA,
N.E., red.
(Metals in sedimentary formations; heavy nonferrous, ininor
and rare metals] Metally v osadochnykh tolshcha-kh; tiazlielye
tsvetnye metally malye i redkie metally. Mosk-va, Nauka.
1965. 39 9 p. (m 1.~L-I a 9: 'L )
1. Moscow. Laboratoriya osadochnykh polezr~ykh iskopi,/emykh.

Djetermin,Jp,g waluabl-e iln the
margims of an orc! I
"iXedelenie iY-,rTr-,jt,-go soder-
zhaniia tsennykh Ilude mestorozlideniia.
Moskva, N-vo L, ; -1~ , i%'~'. 30 P.
17.8)

EGELI, Lev Yevenlyevich; Y,qiSHOV, A.D., glavnyy red.; ZUBREVl I N. zam.
glavno o red.; GUDALIN G.G., 1.
9 red.; KWISNIXOV, V.
ceased j;KOfC_3llEG'l, B.Ya., red.; MOMDZHI, G.S.,
K.L.... red - 6MIRNOV, V.I., red.; POLOVOV, A.P., red.; TROYANOV, A.
-tr-red.; FILIPPOVSKAYA, T.B., red.; KHRUSHCHOV, N.A., red.; CHER-
N~S'VITOV, Yu.L., red.; GIUBURG, A.I., red.vypuska; PROKOFIYEV, A.
1). P red.vypuska; SOKOLOVSKAYA, Ye.Ya., rod.izd-va; BYKOVA, V.V.,
tokhn.red.
[Rare-earth metalB.) Redkezemellnye metally. MoBkva, Gostoptekhiz-
dat' 1963. 332 p. (Otsenka mestorozhdenii pri poiskakh i razvedkakh,
n0.21). (MIRA 17:2)

FUSTOVALOVY L.V., otv. red.; ALITGAUZT-1, 14.1%, doktor geol.-min.
Muk, red.; DUMFOLOV, II.E., rpd.; IVFN~7Y'N, YU.P,,
dokt,,-;r trerji,-:~in. nauk, --cd.; VLASOV-,-K#Apj.-'doktor
f I - --- - To- -
geol.-Yin. nauk, red,; PCZ -1 do], r geol.-
i-An, nauk, red.; -'-RDYUCffE7iKO, D.P.,, doktor geol.-N:in.
nauk;, red.
[l-.eta-l,.; in sectimentarY forvatio-tw; ferrou-s v.etals, n011-
ferrous light metal.-:j ~-!otally v o:aado-iluiy~h tol.,ih~:hakh;
chernyo tsvetriye leftle l4o.,,kva, I.-ri-vo
"Ilauka," 1964. 443 p.
11. Akadem-.;-,-a riaL~- SSZSI-I... Laboratorlya osndachriykh Tolezn.-,,kh
if,kapayerVkh. 2. Ghlen-r-lorrespondent Jul SSSR (for, Fustovalov,
Vlasov).

POZHAIZITSKIY., K.L.
Calculation and practical importahce of possible reeserns of ore
deposits of the category C2. Sav.gool. 5 no.5:104-113 My 162.
(MIRA 15 -.7),
1. Vsesoyuznyy nauchno-issledavatellskiy institut minerallnogo
0
syrlya.- (Ora deposits)

POZI-ARITSKIY, K.L.
Increasing the efficiency of geological prospecting and eliminating
excesses in it. Sov. geol. 1 no,1:128-144 Ja 158. (MM 11.14)
1. Sovet po izucheniyu proizvoditellnyidi sil Akademii nauk SSSR.
(Prospecting)

POZHARITSKII, K. L.
PA i8T66
USSR/Ore Deposits SOP 1947
Mineral Industries
"General Characteristics Governing Minimum Industrial
Requirements of Metals in ore," K. L. Pozharitakiy,
Doctor of Geology, 5 pp
"Gornyy Zhurnal" No 9
Russian literature has contained much more informn-
tion regarding grades of ores for industrial uses than
has*foreign literature. However, the subject still
has many questions. Their solution is necessary for
complete industrial exploitation of ores.
18T66___

"'p 'o.
'Dern t SCI
cf,
19L
Zhar. c,

cont,~nt
calcullation of
7;ozharits-,-j,f n
(Lt-t O-dsl

POZHARITSKIT,K.L., professor
-: -
'Ferroalloy assaying, H.V.Bab&ev. Reviewed by K.L.Pozharitaidi.
7-av.lab.21 no.6:758 Je '55. (91-RA 8:9)
(Iron alloys-Ana3ysis) (B&baev,X.V.)

POZHARITSKIY, X.L., doktor geol.-mineral.nauk
"Principles of evaluating mineral deposits and mines"; results of
a discussion. Gor.zhur. no-3:65-68 Mr '59. (MIRE 12:4)
(Mines and minernl resources)

14(5) SOV/127-59-3-19/22
0J
AUTHOR: Pozharitskly, KoL., Doctor of Geological and
-
-
-
-
-
ffli
gical Sciences, Professor
c
alo
n
r
TITLE: The Principles of EvaluatinC 'Mineral Deposits and
Mlines, (Gsnovy otsenlki mestorozhdeniy poleznykh
iskopayemyl,clq _J _rudnikov.)
PERIODICAL: Gornyy zhurnal, 1959, Nr 3, PP 65-68 (USSR)

ABSTRACT: ~i
The article under the above title, by 1%D. Ivanov,
was published in Nr 9 (1957) of the Gornyy zhurnal.
Pozharitskiy closeS the discussion on this subject,
and sums up the ans'vers'made by Ivanov, V.V.
Pomerantsev, S.A. Pervushin, B.F. ",ovozhilov, L.Ye.
Zubrilov, S. Ya. Rachkovskiy, Ye. G. Ginzburg and
G.P. Shabellskiy, which were published in issues
3,8 and 12 of this periodical in 1958. He states
that despite such a wide exchange of opinions, prob-
iemr, of evaluating mineral resources and mines are
Card 112 still unsolved. Some of the authors consider that

14(5) Scli/ 127- E: 9- 3-19/22
The Principles of Evaluc~,.- nd i ne s.
the basis tlie, Drod,Ucts of
ie minJ_nE inllaslr-, b?-tI.he a-verace cost j 4-
of in rich anWj_ Tjoor m--*.-,,-es. Po--har-.skiy
insists -.,hat si;ch pri,.-s `_-e fixed in :,,arrelation with
the costus o:,.' p_:r7odu,:~ a-id urffavorably si-
tuated mina.~. The a-reeinc that' the
problem is J-.~.r from, sol,,ed satisfactorily, do
not I,,- -,-, -r,, I -I,ii::_.,a to f~'I~em he
u
- 4 -,etllo~ r j C., P
propos- , I Of I
fix-at
Card 2/ 2

-PUZHLARM~IY, I.L., doktor geoloeo-minerriopicheakikh nnuk, nrofessor.
Principlea of the evaluntion of ndnernl deijosits nnd mines.
Gor.7hur. no.9:3-a S '57. (muj. 10: 9) 41'
OdineE and minern? resources)

POZHARISSKIY, K.M.
Experimental atherosclerosis of arteries in the conducting 3yster-
of the dog heart. Dokl. AN SSSR 141 no.5-.1214-1217 D 161. (i,IRA 14:12"
1. Inatitut eksperimentallnoy meditsiny Akademii meditsinikikh
nauIc SSSR. Predstavlend akademikom N.N. Anichkovym.
(ARTEERIOSCIEROSIS) (HEART--DISEASES)

POZHARITSKIY, M.Y inzh.-tekhnolog
-------
Use greater boldness in experimenting. Mest.prom.i khud.promys.
3... no-4:19 Ap 162. (MIRA 15:5)
(Boots and shoes, Felt)

~-LRIT MA,, starshiy inzhener
Specialists are needed. Prom.koop. 14 no.9:37 S 16o.
(MLU 13:9)
1. Rospromeovet.
(Boots and shoes, Zelt)

MEMORSKIY, S.; POZHARITSKIT, M., starshiy inzhener
Compact felting out of industrial wastes. Prom.koop. 13 no-8:
22 Ag '59- (MIRA 12:12)
1. Ifachallnik otdela kozhevenno-obuvnov. proWshlonnosti Hosprom-
soveta (for Memorskiy~-
(Felt) (Industrial wustes)

KASAVLNA, B.S.; LAUFER, A.L.; POZ'iARIYSKAYA, L.S.; RVIDDIA, V.P.
Occurrence of collag enase in animal tissues. DokI. ;J. 5SE? 14~2
no.3:706-708 Ja '62. (mlp-~ 15:1)
1. TSentral'nyy institut travmat,ologii i ortopedii i Vsesoyuznyy
nauchno-issledovatel'skiy institut myasnoy promyshlennosti.
Predstavleno akademikom A.I.Oparinym.
(COLLAGENASE)

,w4j~
A, W
It
Al
g0
COW-
"
jakib. [lot liltita iz
00 & Ow
54 Ted
e, . - q"A' '00
C.
and dwgitwd -
'%jist
Rudtly
14i 'Agoo
Ire
S~TALLUMfICAL LITINATURE CLASSIFICA.Be"
a and
ASm_jLJk u,WD v( I
I.Itam" 00
-- - , : 0
u
go 13
u Is LIP
0 0;0
061 0 0

'47
BULGARDI/Chomical Technology - Leather. Fur. Gelatine, if.
Tanning Agents. Technical Proteins.
Abs Jour : Ref Zliur - Khiniya, ITO 16, 1958, 56250
Author : Pozharliev, Papazyan
Inst :
Title : Me VcFctable-Tanning of Haberdashery Pig Stock in
Pickling Drums.
Orig Pub : Leka promyshlenost., 1957, 6, ITO 10, 13-15
Abstract : A taiu-dag process is sit-Tificantly speeded up if the pig
stock has been vegetable -tanned in pickling drizas. The
leather obtained possesses a lighter and a finer outer
side, and is more pliable in belting than those which
have been tanned without salt. This method makes it pos-
sible to use a native tanning agant - sumac, which other-
wise could not be uscd, due to the possibility of its
fermentive decomposition. The tanning occurs at a oalt
concentration of 25-506-/l, and pH of 3.2 - 3.8.
Card 1/2

BULGAIRIA/Chemical Technology - Leather, Fur, Gelatine. H.
Tanning Agents, Technicdl ProteinsQ
Abs Jour : Ref Zhur - Kiimiya, No 16~ 1958, 56250
A blend of tanning agents is composed of : 50% sumac
tannides, 15% spruce tannides, 25% tannins of polutan
G-37, and 10% tannins of pelutan ECE, 4% of tannigen
CY. A detailed technique of soaking and liming opera-
tions in this method is given.
Card 2/2

POZHARLIEV , F.; SLMEOIJOV, K.
Faster tanning of leather soles by chrome-syntan tanning.
Kozhi. Sofia 4 no. 8: 3-4 163.

POZHARLIEV, G.;NIKULGHEV, K.;I-!AHKUV, E.
"Method for Producing Gzlue and ldocl frow. Scraps of Sheep, lamb, and
Goat Skins." p. 21)
(LEKA PRZkUSHLENO51', Vol. 3, No. 3 , 1954, Sofiya, Bulgaria)
SO: ~Ionthly List of East Europeaz Accessions, (EE-Q, LC, Vol. 4
No. 5, May 1955, Uncl.

BULGARIA./Forestry General Problemo. K-1
Abs Jour Ref Zhur - BI-ol., No 3, 1958, 10554
Author Stoyanov, V., 11ozharliyev, G., Koyev, D.
Inst
Title Our Forests as a ~`ource of Raw Material for the Produetion
of Tannic Subotancen.
Orig Pub Izv. In-ta za gorata, B"lg. Akad Nauk, 1957, 2, 155-174
Abstract No abstract.
Card 1/1

KURTAV, B~; PCZEART-TYK (Pozharliev, 1.1
Synthesis of d-4astereawric DL-'go-amino-ol-wthylbutyric acids
in the Rodionov reaction, DAWY BAN 16 nool*.65-68 963.
1. Inatitut Organicheskoy khimii Bolgarskoy akademii nauk.

complex ComEounds with aromatic amines. M. Man-
gAnOUA COMPLOX COMPOUnaS Of Aromatic amlnes of the di-
chromate order. M. Genchev and 1. Pozhartiev. COMPI.
rend. acad. bidgare sa..12, R .3, 21*;2Yf1V3M English);
cf. CA 52, 35M.-Anillne (1), P-toluldine (11), P-anisidine
(IW; and benzidine (IV) form complex chromates and
dichromates which can he crystd. The complexes coats.
1. 11, and M formed dichromates having a codrdInation no.
of 4. That coats. IV formed a chromate having a co6rdina-
tion no. of 2. Several others were teled. Thus. 2 g. I In
10 ral. W% RtOH was added to 2 g. Mn(NOI)i In 10 ad.
HsO. then 30-m1. 1% KsCrO~ was added, after 10 min. the
complex began to ppt., and if another 30 ml. X&CrA solo.
was added to the filtrate after filtration, a second fraction
was obtained, the ppt. was washed with HjO, RtOH, and
MesCO. and dried, and analysi2 gave the formula Mn(Ph-
NIIJ4CriG~ In the same manner were obtained Mn(p-
CH4C41LRyrJ4CrA, WP-CH1OCSH4NH2)4CrA
V

d A
I Paz6rffev ~14 D. ka-4 ~p
9=1713:90 d. C I=.
A Mi
wo--AWd'Ad hf1ditaidAtiom at W.
i;dLh:uzw it Ila, fA
4 of Im r a
su. CHM ml
gtoff,
qpUld-00do (1) 4, 11 As ~ IG I-M
wcm-s~. (dii MW pit, of.-641102~=
Hcs
J
MA4
Zed, -All
16,
mm I, "Altd
73%
234-79.,-. 3Y Cl detm~
-t--w(th*V vm* P
4u kmdWQ ed dlAts, of-the We. OHM 7
batftn otio I I
dWied
Otpd~
'I w 7-1, M
taedi., the 3 avapd the reddto' th Eto
8114-
pardl"16 the illal. (1161474). caimbha
m OM the d6lwft- ~~s wa WA -
pit a, into too ~Y mch
pd lint
VYdblrAbb, 30-40,mln.',The ppt., wu,
Attered 0 %vi
ft" th: CHct CCI td. frm
mai 12Wilthed with WH,
Cl'! vift,detedte& 'Hy, ad-104,
tO HtO ioln' obtiltsed,
pns= w=
U., IV, 4" -ah
Win Mti -10 M. to a04HUCS =Idlis W,i*ilm,
the
.=as,
r~& All
whigh bY addin N rd,
wi l4vita by nuatysla,

Ti

tho ~ty~pipta sad dithn.;tte ter-

~Comf r-na. Cella. buix:lre Scl. 9, No.
r
ut~911410, cf, C,11, 51. 1756U-The oural-As wv-e pre 1,
aus art!
wi ni the psevi, kks~ In dichromate 4
-0-rMUICriol, Nhiburis ita uslull corirdinati*a rmrabe~ of
4. In chrornate ~olapds., JM(ArNll ).,]CrO,, 141 Ills a,
:codrdfiiatiau no. of 2. ~Jl clninpds. nl4ained "re macron
4copically !lrohu, b7tit u-ndre n
jah The comilds. all wac twilld to have W- 111M.1116CA!lt
rar wre sot. VIII.
anilins, coutridl. 1~dvg . what m
I the
Complex r co d8 -late
mpo= of the cbromate and dicbron
rego
33-O.-The conditions used here bat. 0 be
for the previous crmpds. No-
Mly controlled than
more ri~
decMite comptis. were obtained with a.-toluidine, o-anisidine.
naphthylamiu6. Previoudy. th~, coffilx!5.~ obtained
or,
d those from
from KjCrA were of the di0romate series an
KjCr04 lvtreof the chromute. series. With all tbearornatic'
amilles except 2-napilthylamine, comilds. of the cilitoomte

were obtained regardless of which K 5alt %vas u,c
=ies d
With 2-naphthylamine and KCr,07 two compds. were ob-
tained. One was a red dichromate in which Cu, had a cozr--
diration no. of 4 and the other waa a crudc olive green one
which probably Is a chromate. Only the aniline cnmprl,
-o1. to perntit cond. incasurement.
was sufficientlyz

c
M
I Lill C.,~
.

KURTEV, B.I.; POZHARLIEV, Iv.G.
Synthesis and relative configurat.-'Lon3 of diasiereom-periz DT
a~
3-amino-2-methylbutyric acids. Izv Inst org k?dm 1:911-108 16Z,

r ~, I I ~ ',I), - rV
BULGARIA/Inorganic Chemistry - Complex Compounds. C.
Ab~ Jour : Ref Zhur - Khimiya; No 10, 1958, 31981
Author : Mladen Genchav, Lyan Pozharliev.
Inst : Academy of Sciences of BulL;aria.
Title Studyes on Complex Compounds with Aromatic Amines. VII.
Complex Nickel Compounds of the Chromte and Bichromate
Order. VIII. Complex Copper Compounds of the Chromte
and Bichromate Order.
Orrig Pub
Abstract VII. Solid brown complex compounds were produced by reac-
tiono of Ni(NO ) aqueous solution with solutions of aro-
mtic amines iA Lcohol in the presence of 1%-ual
112 Cr207 or K2CrOk solution. The Ni coordination nunber
is 4 in the compounds of the fN-i(ArNH2)4-7Cr 207 c~hmmate
Card I/

BULGARIA/Inorgaaic Chemistry - Complex Compounds. ct
Abs Jour Ref Zhur - Khimiya., No 10., 1958, 31981
series, and in the IN' (Ar-T~ 12 )2jCrO2, Ni is coordinatio-
nally bivalent. The following complexes were synthety-
zed- with aniline-- f NH (1) with n-to-
11*05 2)2~7`CrO4,'
luidine - CNi(n-cl V0411-H2)4-7- Cr207and
5-i(n-CH 3C6H4N"2 )2.7Cro4,, and with n-anisidine.-
- fN-i(n-CH 30C6H4'*12)4 7Cr207 and L'N-i(n-CH3oC6"4NH2)2-7-
-Cr04 . The electric conductivity of Z7N'(c6H5NH2)4-7-
-Cr 207 in the 0.0001 M solution is 142 mho, anti that of
I in the 0.001 M solution is 106 mho, which indicates the
dissociation into two doubly charged ions.
Card 2/4

BULGARTA/InorgwAc Chemistry - lomplex Compounds. C.
Abs Jour Ref Zhur - Khimiya, No 10, 1958, 31981
VIII. Complex compounds only of the chromate series
with coordinationally bivalent Cu are produced at the
interaction of alcohol or alcohol-acetone solutions of
aniline, n- and. m-toluidines, n-anisidine and benzidine
with aqueous solution of CuSO in the presence of
K2Cr 207 with K2Cr04- The Mowing was synthetized:
CCU(C6H 5NH2)2_7crO4 - acicular olive-brown crystals.,
equ. electric conductivity_pf the 0.0002 M solution is
69 mho; Z7Cu(n_CH3FWM2- )2_/Cro4 - light-brown acicular
crystals; '161(m-Cff ) _7cr04 - druses of olive-
L__ - 3C6'r4kU'2 2
green crystals; /_C--~-'(n-CH3cc6H4PH2),,_7cro4 - olive-green
crystals: /_:-E'(Hilc6H4c6ll4ml,),,-7cro4 - red d-ruses,
Card 3/4

BULGARLII/Inor6anic Chemistry - Complex Compounds. C.
Abs Jour Ref Zhur - Khimiyal No l0j 1958~ 31981
Either a red copTlex of the bichromate series
CCu(C,dI7NH2)4.jCr2O7 or an olive-green chromate
CCu(ClOH7M2)2 - _7Cr04 is produced with
(H20)a
phthylamine depending on the conditions.
See part VI in RZhKhim, 1956, 10305.
Card 4/4

T,
I
d r~ I
V - 17 -- 5 8
AUTHORS: ivarjov, Card_J~Iat~-
Of TechnicaI Ss:.ercc5
TTTLE:
Discussion of the by
I, "Gb~ush~enlye
.14 tj;kr

stat'i ilozhar
. r
-, r c 2. o I e
o r a n, n e -
ral Deposits ar,,d S I !,.K r- et 0 r 0 7.
nykh iskopayem,,,,',,.h I
HIIIC.DICAL: Gornyy zhurnal., i:r pp -I-'

~.
ABSTR
CT: The above mentioned artirle wa5 `r
u'blislicd ~
n i
j
. .
_
p
th-'s oeriodicaI, T.'~,; ~ a r t i f. -1 r 4z _'k irn o-P 7h-,
di3cussion on the 3 ub j e c; t b,,- t w c d --,r f- _- t:! nPau -, n o r
first author some babe _- "o-r -'I-ne ~va'_-1~-I-icn -~m rn_ns-
ral deposits, T I,, e 3 P c o n t i 7 o m
Of I'LL. Pozharni-__r-.J_y -finds t~,a ` n=-
ces5ar,. to sh:'5 -U--.--~t~_on T-iere are
2 Of whi-;h. are, ~i-IvIe4- and

1. Mineral deposits.--Effectiveness
Card 1//l

T~i
Orlol %o. D:~~-
I(:!,

W.TYCHAN, U.S.; POZHARNOV, G.M.
Design of a cylindrical bush with welded collar for drilling
pumps. Mash. i neft. obor. no-4:5-8 163. (MIRA 17:8)
1. Zavod "Krasnyy molot", g. Groznyy.

51 T,V"~ O\, '1.I.; MUTYCHAN, Ya.',-, POMARNOV, (IM,
I
Ff :.ciant design of the lightened cylinder bush o;" a drill
ptmp. Neft.khoz. 41 nc. 1166-68 Ja 163. (IffRA 17~7)

W-k'Q-- - -M-1--%I=PfW=W-M
Unfnrgettable days. Prom.koop. no.7:4 Jl '57- (MLRA 10.8)
17,3khnoruk arteli "Lenigrushka," Leningrad.
"q! I (Russia-Revolution, 1917-1921)

IP
rov
127 P.

MEYLAFHS. M., master sports; POZHAROV,, G..,mastar sportik
Lightning protection during the mtchanized tnke--off of a giller.
Kryl. rod. 9 no. 7:15-16 J1 '58. (MMA 11:7)
(Lightning protection)
(Gliding and soaring)

85-58-7-21/45
AUTHORS: Meylakhs, M. and Pozharov, G., Masters of Sports
TITLE: Protective Measures Against Storms During a Mechanized
Glider Take-off (Grozozashchitnyye sredstva pri mekhanizirovannom
vzlete planera)
PERIODICAL: Kryllya rodiny, 1-958, Nr 7. pp 15-16 (USSR)
ABSTRAM The authors reply to an inquiry addressed to the
editors by a Riga reader concerning an unfortunate phenomenon in
mechanized glider take-offs with the Nazarov winch, i.e. tow line
and tow lock become charged with electricity. The length of the
cable is 1200 to 1500 m. at an altitude of 400 to 6oo m. and on
uncoupling,the glider pilot experiences an electric shock and
occasionally observes a spark even with a grounded winch. Since
flights are frequently made near storm clouds and in the vicinity
of large broadcasting stations, the writers wonder whether these
circumstances contribute to the charge in the cable, although
strong shocks are also felt under quiet atmospheric conditions.
In reply, the authors state that static electricity accumulates
in the atmosphere because of condensed moisture and the movement
Card 0