SCIENTIFIC ABSTRACT PALATOV, K. I. - PALCHEVSKIY, YE. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238820013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'J""
The Problem of Considering Multiple Internal Reflections Whf-n InjO3tIPRtin[-r
Complicated Transmission Lines With SIIF Instruments
of the reflection fnetors of two anti morr non-uniformii tes in a
super-hi(rh-frequenvy signal transinission linr-. Th-rt-- ~Lce 4 block
diagrams and I set of vectur diagrams.
Card 3/3

87951 ; 11 1
Vo 0 B021/3058
AUTHOR: Palatov, K. I.
TITLE: Measurement of the Coefficient of Reflection From the
Inhomageneities of a Composite SHF Transmitting Line
PERIODICAL: Izmeritel$naya tekhnika, 1960, No. 12, pp. 36-37
TEXT: The author has previously given a general method of detecting the
inner reflexes in composite SHF transmitting lines (Ref. 1). In this paper
he shows its utilization for measuring the coefficients of reflection from
two successive inhomogen*ities. The system of the first and second
reflecting inhomogeneity is represented by a simulating equival~ant circuit
and is formulated mathematically. The spread of the true value of the
coefficient of reflection as a function of the phase angles P and i
g 1 .3
illustrated in Fig. 2. The block diagram of a practical measurin evice
for the separate determination of the coefficients of reflection of two
successive inhomogensitios in SHF transmitting lines is shown in Fig. ]4w.
Well coordinated dielectric inserts which are connected between the
Investigated inhomogeneities in the transmitting line, are often used as
8/115/60/Wo/012/010/018
Card 1/2

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TEXT: 1 z. t r. ~- rre~3,,C pz Ai.s. !ht. Sensitivity Of direct
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e jmvI I f
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re u: se du -fit ~ cn an.;
t i,e r The formulas
inter.de-i
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Le -esults
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throilgl-- -- ~2c 1-. 1 e The author
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Sensitivity of circuitc mea~;Urln~; . . . B, 14,~320q
-a expanded into Fourier s.--,ries anu
U., cos (2, f, t ++ U, cos (2, f~ + j) (6)
nn t V., 1 1,
The indices c and tu der~,te the signal anj 'he rot.sp,
n = V R is an arbitrarl'y 'Large num'~,2r 2f avera6-:d ncise com-onents ~%to
which the continuous -.~ctrum is s7lit), af is the width of +he noise
j R
passband in the ajar :-imation of "he noise spectrum by means of a rectangle.
is the arbitrp-` frequency band of a spectral n~;ise com-~,onent.
-Y small
U fj, ~j is +he am.T~litude, the frecuence, and t-e nhase, resTectlivel-,
ULU
of the j-th noise component. k is the n~.,,mber of the spectral sir.6;Ie
com-oonents in the band,6f; f is the carrier frequency, I/T is 'he pulse
repetition frequency, U is the amplitude of the spectral sigmall com2o-nent-
cj
The graphical representation corres:ondin- to formula (6) is shown 4-n the
Card 3/5

2oo74
A/ T 2- a F
KY, + ( )' I ~ 1. ( -4 '- / I . (I 8~
A T
I~r the cce'fici-t 'K y"k which C
2c, 3 * ~ r~
noJ se -ahen J t 7ac ces oZet'-er wt -n
square-law detector. I,, is the total no'~;e c,.)rrent,
noise current, AF --s the wid+h of the passbard for the video
.rrc~quencies, the width cf the, --ars'--and lor hJ~;h-f-e-i,-;en-^
'h- analysis of fcrmula '~wo con,-retc a-,?
a pulse modulation of a "meand er" ':--na'l w'-ere
d,-,ration" and the case of a
demons in mos ~ caoe~ icn
the interactior between siFna-' ~~nd noise rs
detector, can be neglected. For e sens; tJ v` ty P, f
P ',,TV~IA16f NEF
S-7
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Sensi.ivity of circlits
nc..
ii ned
C~t
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am-.~Jl.f,lers ~of t Ir o r n v el 1 i n
Iro -I:
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.:a-T,ATr'V, E.;.Y
ll.t, t e in Leipzig. Vest.AN S-S-11, 35 no.6.*96
A; 1.65. NIRA 1838)

VALITOV, Rafkat Amirkhanovich; PALATOV, Korstantin Ivanovich;
CHEWY, Arkadiy Yevelevich; TRETITAKOVA, A.U., red.;
SMIIZANSKANA, T.M., tekhn. red.
[Methods for measurlW the principal characteristics of
fluctuating signals] Metody izmereniia osmavrorkh kharakteristik
fluktuatsionnykh signalov. Pod red. R.A.Valitow. KharIkov,
Izd-vo KharIkovskogo gos. univ. im. I.M.Gorl~ogo, 1961. 140 p.
(MIRA 15:4)
(Radio measurements) (Radio-Testing)

!A I V:(".
1" v I I og(. nzi'c'f-: I, I I jr-
j!orr. trlt.irwg- KU: ~r:' V TlVt~'Ir' I 1'5~.v "Irl, Mv~
tic r;fi r., bLI r_1 V~~ r" rfl
-IT t 4 ' h V
or ~'a In

P""I VA.#.
PAUTM, T&. N.
. --', 'ia"C~re&,'slag the life of picking stick yoke stTap. Tokst.prom. 14
zo.6:50 Je 154. (MM 7:7)
1. Slaaarl Perganakogo tekstillnogo koublusta in. Dzershimakogo.
(Looms)

PAIATOVSKIY, P.
Volunteer firemen visit apartment houses. Fozh.dele 7 no.11:11
N 61. (MIRit 14:11)
1. ZamestitelO nachallnika Upravleniya vnutrennikh del hrasno-
darskogo kraya.
(Krasnodar Territory-Fire prevention-SocietieO

PALATY . J. . inz. J, CSc.; SLADECEK . V. , doc. , dr. , CSc.
Symposium on methods of determining some organic substances.
Vodni hosp 14 no. 1:8 164.

PALATY, J.
"Examination of water." Reviewed by J. Palaty. Chem listy
58 no. 2:244-245 F 164.

Czechoslovakia /themicali Technolov. Chemical ~n,i---~
and Their Applicatlor,
Water treatment. Sewage water.
Abs Jour: Referat Zhur - KhImiya, Nn, 1, 1958, 178-)
Author P-alaty J., Ru7icka S.
Title Experiments on Purification of Cyan"de-ContaInIni:
Sewage Water
Orig Pub: Voda, 1956, 35, No 9, 287
Abstract: Account of the results of laboratory experiment-z
on utilization of brown coal cinders. Diluted,
spent plating solutions were filtered through
cinder filter (25 cm ir diameter, 66 cm deen,
volume 32.5 liters). With a load of 1.2-1.7
g CN-- per 1 m3 of cinders per hour the concenl~-.r~~-
tion of CN- in the sewage water was lowered by
94%. Blowing with air at a rate of o.7 m3AOur
C ard 11*2

Czechoslovakia /themical Technology. Chemical Products H-5
and Their Application
Water treatment. Sewage w ter.
Abs Jour: Referat Zhur - Khimlya, No 1, 1958, 1799
increases the purification efficacy. Absorption
of CN- by the cinders reaches 0.041% of the weight
of the cinders.
C ard 2A

PAUTY "ZIRI.

UdsgW AsSnalallm of i0lwools. U. Am -Ila$~n of
v'ta
ViclAv Min
d
St
W
b
1
n
an
a
a.
,
y
I W -
0
t1 yacki kola chrm., Prague. L. -ch.).
%b
and JH Cab
1
CANNi. , M-70(IM; cf. C.A. 48, 3445e~ ',tr;
14
;j
Ay A
,
WANd"I Mleto FmkiWomm and submersed culturm
fam-cultivated
000mrs ambWhatm pys teeW (1). More than 14% ot
Tau As -nook acid b~tu Isolated, the amt. and rate of

J** lot 1"A, L-1- A-A-.
the are of the culture, acidity,
A Q-
r than Peni-
l
I f
k
i
e
ates
a
mi
cm Oftom ass
COWN, am may ** 6i Irmth of pexie"Ns If both an,
In tima nut am, of . Ca mmits decreave and Ids valt
lmtm~ do dwrmletba of 1. Ft Wts do not InAuence-

the cf sm I scid. The degradation of .1 with!
b slammi but mm sentral than with bacteria. The
=
mcm.r all mine. caumed by rammic acid inamm the qK-ed
pu&dm. Degradation of monobasic pbenols with.
requires simflon; 16 degraded tvan without aeration.
*
M. Hudllck#--

PAUTY, Jiri
Biological purification of generator waste waters using oospore,
Sbor.pal.vod. TSCh? 1958:259-282. (FMI q:IJ
1. latedra technologie vody, V~,Boka skola chemicko-technologicka,
Praba.
(Water) (Cospora)

FALATY, Jiri; HORAKOVA-JAKUBU, Marta
The course and the rate of volatization of cyanides from vater under
natural conditions. Sbor pal vod VSChT no-3, part 1:83-114 '59.
1. Katedra, technologie vody Vysoke skoly chomicko-technologicke, Praha.

PALATY, Jiri; DEYLOVA, Libuse
The interference of some substances with the deterraination of phenols
by means of 4-amino-antip3rrine and dimethyl-p-phonylenediamine.
Sbor pal vod TSChT 4 no.11-251-258 160.
(EEAI 10:9)
1. Katedra chemicke technologie vody, Vysoka skola chemicko-techno-
logicka, Praha.
(Phenols) (Dimethylphenylenediamine)
(Aminoantipyrine)

PAIATY, Jiri; STANEK, Milonlav
Chlorination of cyanide effluents by injection into chlorinator. Sbor
pal vod VSChT no.3, part D-115-127 159.
1. Katedra tachnologis vody Vysoke skoly chomicko-technologicke, Praha.

PALM., Jiri
I
Colorimetric determination of cyanides. Sbor pal vod VSCbT 4 no.l:
259-267 160. (LEAI josq)
1. Katedra chemicke technologie vody, Vysoka skola chemicko-techno-
logicka, Praha.
(Colorimetry) (Cyanides)

FALATYP V.
Thermodynudc baola for the theory of the membrane potential.
Cook. fysiol. 13 no.5t461-468 0 164.
1. Fyviologicky ustav Ceskoolovenskaj akademie ved, Praha.

PAUTY I Vladimir
Deterstination of sulfate ions. Sbor pal vod VSChT no.3, part 1:55-67
'59.
1. Katedra topelus techn1W a etrojironotvi Vrooke skoly chemicko-
toobnologicks, Praha,

--,PAIATY, Vladimir
Determination of valphate. II. Sbor pal vod VSChT 4 no.1:199-206
160, (EEA1 10: 9)
1. Department of Power Engineering, Faculty of Technology of Fuel and
Water, Institute of Chemical Technology, Pmgue.
(Sulfates)

FAZATWI A*V~, inzhe
Assembly and Installation of the support of the conical cable
d=per. Shakht.stroi. 6 no.Ut25-26 N 162. (KM 15:12)
1. Treat SoyuxshekhtoOpOtWM=t4LZh.
(Hoisting machinery)

idal.
0142
/000/oc4fin
its li
the
t03
6d: -0m
mot 3.04
Lou
1-41

Sh s*6nkth-:

oie~i Vo
at

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vca~~ ~-.
-~?
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-
-

A j466
Z
eso
blta~44 --iA cheai-
or
on as:
0-,-' SOW of
OL
I but 613
t-e
i14
. .. .. .........
'1411

BOAMR. B.X.; AKHKIDOY, A, M.; FALAXIDIN, A.M.
Growth of petrole= and gas reserves during the 40 years of the
Soviet regim in Axerbaijane Aserb. neft. khot. )9:9-13 Ap 160.
(NIRA 13:11)
(A2erbaijan-Petraleum geology)
(Azerbaijan-Gas, Natural-Geology)

K;LMUKHOY, A.S.; MIZXRA, M. ; PAMUSH, R. - -
Photometric determination of strontium. Zhur.anal.khim. 15
no.4:502 JI-Ag 16o. (MMA 13:9)
1. digher Pedagogical School, Fraga, Chechoslayakia.
(Strontium--,%aalysts)

00 0 **go* a 00 00 0
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oec Tweakwhembs, A. V., mW Palm V. A. %faim-r- r t
Combat ^I. Ab,Atism ,V NlAnVirmillillo Am, lhi,.utrr~
a L. 1,
A-v Ali
llmas MAI'm .'r Titan Vktim Scs k-,At,,h
.4 R~h-'I-orv rut A,~) k,-,kims
Pub 11- Ubbjum~. ktwk--v V'ol 23. 11M
24 pp. Priv I R V "wks The atb)rct of th*, ..k
WA* 10 SIMI WillitlLf, rn(Wr CUIMI. ACNI ChCAjIff OWtkk%ll (If
h
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PALAVANDISHVILI, B.I.
Contribution of the scientists z)f Georgia to agriculture. Zemledelie
27 no.2t9-13 F 165. 'mT.RA 1~:4)
1. Zamestitell ministra proizvodstva i zagotavok Bel Iskokhozyaystvennykh
produktov Gruzinskoy SSR.

U-G D2"'. M. A.
ons i.*;
a c L
-acetyllenic glvcc,,-s r; arlhyciroi.j A! oc
AN Gruz. SSR 'S
1. ~N Clruzinsk, S, v
T 0 -1 11 s i . -'~ Ll hr- ~, t t

USSR / Human and Animal Physiology (Normal and Patholo- T
gical). Reproduction
Abs Jour: Ref Zhur-Biologiya, No 219 19589 97783
Author : Mgaloblishvili, Ye. M., Palavandishvili, 1. 1.
Title : Index of Vitamin C in the Maternal Blood, Fetus,
and Placenta Protection, Tissue in Premature
Delivery
Orig Pub: Sb. tr. N.-i. in-t okhrany materinstva t detstva
GruzSSR, 1956, 79 89-92
Abstract: In 65 women who had premature labor.the content of
of vitamin C in the blood of mother, fetus, and pla-
centa was lowered. Vitamin C should be administered
during pregnancy for prophylaxis of premature labor.
--Author's summary
Card 1/1

FAIAVAUDISHVIIJ, Sh.,Sh.
Gigantic coprolitb in a megadolichocolon. Khirurgiia
Je 161. (KIRA lj.,tll)
1. IzTblgavikoy gcrrodskcry bol2nitsy, Ietviyakaya SSR.
(COWN-AEVORMITIES AND DEFORMITIES) (CALCULI)

PALAVANDISHVILI, PD,.3h. (Itign, .illtaa Karla 1,44irkia, dom 22, kvqr,
Surglca2 trehitment ~:-f Ves'..
no.91110 5163. (Y I F-
1. 1z o"clogichtisyogo :iispar-gera V-acri-
K.N. Mordoshov).

PAL&VANDISHVILI, Sh.Sh. (Riga)
Metal ring for angiorrhaDhv. Sksp.khir. 4 no.2:60-61
Mr-Ap 15 9. (MIRA 12:5)
(BLOOD VE36MLS, surgery,
metal ring for anglorrhaphy (Rus))

-P.ALAVfV, T., KHRISTOVA, E1,1 DINCHEV, D.; TAKOVA, T.; BIKS, St.
Introduction of boron fertilization in Bulgaria. Izv Inst
"Nikola Pushkaravo 4:89-131 162.

d-r L
-FF d- r: 1 A' AVI~FV
f ~V, onc - ni- ~Iem,~,
~.~ademy of AlgriculturFi-l' n
"'likola Pu3hkar-v"
1. CnlerDv~ wi Fedax~s, r;r.,il -t a, -ven, ',,i r, ~ns,,
ct-..voznanie. 4 agrc*6-~ui--ka 11 lkilh Pu~;r-A,,imv,".
-~a p, - N

COUNTRY I Bulgaria D
CATEGORY j
I
ABS. JOUR. : RZtilim., 1%0. 22 1(j5)b 10$ 78211
AUTH OR : 1~aiaveev, T.
-Nahkarov Institute for Soil Research
T',' jr~ N.
T ITLJ, Boron Content in the Chernozess and Gray Forest
Soils of Northe:rn Bulgaria
ORM ?UT3. Nauchni Trudi Inst Pochv IzBled IN. Pushkarov,'
3, 409-433 (1957)
ABSTRACT The .6 content (in %) of chernozess was found to
be as follows% total, water
6oluble Rray forent aotlu *or.,
found to contain 3.3.10-1 total B anq 3,10"l-
5-10"5% water soluble B. The highest B content
was observed in the salted Lsic] eoils of 'ne
Yaraboaz Plain (total B n-10 7, water so!tinle j
2.2-10 '-W). Over 801A of tne borvn found in
chernozems over fluvial silt is fo-ind in the
form of tourmaline. The territo-y of Northern
112

PALATMV, T.
I
boron in Chernozemm and gray forest soils of northern Bulgaria
[with summary in Anglishj. Pochvoyedenis no. 9:116-122 158.
(MIRA 11:10)
1. llochvennyy institut imeni H.Pushkhrova, Sofiya.
(Bulgaria-Minerals in soil)
(Boron)

KHRIF70V, Mikhal 1; PALAT VA-Y.( 19 It, mlir i a
I
Observation3 on tri, dpwloument a:-.r-i productiv-,ty of
alralfa as compwed to grass mixturt,.s.
no.1:32-43 '63.

SIMBOVA, S. [Surbava, S.]; PAIAVEYEVA, M. [Palaveeva, M.1
- a--
Study on the insecticide action of certain Bulgarian plants.
Trudy epidemiol, mi obiol 8:203-205 '61 (publ.1621.
1. Nauchno-Assledovatel'skiy inatitut epidemiologii i mikrobiologii
(for Surbava). 2. SSI im. G. Dimitrova (for Palavbeva).

PALAY, G,.; ERDIAYI, L.
'"he appliratioz, ~f osccil.-.--~rar, -- polarogrephy -n 3or:e
I - h- - - - - -:!& -
investigEtions. Ft.5. Cferp. zvesti IF nG.5/6:44.,,-447 161~ .
L
1. United -,he:i.ical ';1orR,3 mn,,. - Labr-raLcry t-f T-ii-~ `esearc-
Tnstitute cf Coloring, BAa;,~-6t.

UDYARSKIT. Nikoley Yakoylevich; PAIAT. Pa1ikRrp-AV*OnmmOvjCb&, TOKASHPOLISKIT,
Imsould Merkovich; STRIZHDV. N.L. redektor; DIDIAN, Tu.I.. vedushchiy
redmirtor; NUUUNA. B.A., tekhnichemkiy redLsktor
LTechnique and technology of boring oil and gas wells in the sixth
five-year planj Tekhuiks i tolthnologtia burentia neftianykh t
gaxovykh skrazhin v shestot pistilatka. Moskva, Gos.nmiuchno-tekhn.
izd-vo neftJ gorno-toplivnot lit-ry, 195% 12? p. (KW 10:7)
(Oil well drilling) (Gas, Natural)

FA
~ACC Us AP6000459 SMCS CODE; -MV0324/65/ODD/004/0017/0022
AMMS 4~& A*
ORO$ XwMw S~ittWmic Institute (KMU"Wdy politekbWaheskiy inetitut)
T]= Yariation- in- the "op.,ties
of nonuniform fibers with repeated stretching
MCB1 1M7..~TGkbnDlO91Y& t9k9tillnOY PrOmWahlemOsti, no- 4, 19651 17-22
TAGSs textilip; textile -induetz7v shear godulugo c&pronet acetate, strain
fib*r/ ScbVW dyAsmometpr
~Ppp__ Mn*Stlo
no b"Vicit Of nOMMffO= tWO-CORPMent fibers under rep*ated stretching
i -,atudiOdl and the laws Of the Wristim in the basic proPerties of the system and
Sined'L
fte experiments wer* performed with viscose 4~r
Ate domponents are WM
&estate caprm twisted fibers. Bleotrotensonstric apparatus based on the Ichopper
-a- ed to test the fibmat high,amplitudes and low frequencies. Me
sWitud* was 21 59L and JqA of the initial length of the ap"imen (5w me). The
Irate, of deformation was 8.33 mn/sea and the number of cyales was 50* A change in
he-,angle of inclinatica of the oompments affects abiefly the initial modulus of
:rigidity of a nonuniform fiber. Mie strength and breaking elaniption of a nonuniftm

IOU-"
ACC ARs AP6000450
and its oompowmto during cyclic stretching are alwat unchanged. Orig. art.
Ifiber
Ibess.8 gnqM and I table.
130 OOMI II/ SM D=t 24ftb65/ (RIG REFs W3/ 012 RM: W5

i A' .:, Y'!.-' Y !'a 'a rib
3e
va'
,eks. Ic'--

3orne re::iarks jr. thc ut.-",ri )f Arei;:~
INZ7--7R5K-1 STI,V`19Y. (Kinisterstvo 5t"ve!--n!-ctbi)
Praha I
., CzeChQ,9lCva?Ja, Vol- 7,,"o. 4, Apr. 1959.
Monthl,v List of Fz-zit Euro.,-ean lkcces3ion, (FFAI), LC, Vol. 2, I:o. 12, Dec. 1?~9.
Uncl.

PHASE I BOOK EXPLOITATION S011/3623
Tekhnicheskaya keramika (Industrial Ceramics) Moscow, Gosenergoizdat,
1959. 174 p. 4,800 copies printed.
Translator: M.L. Kirkin; Ed.: P.O. Gribovskly; Tech. Ed.:
G.I. Matveyev.
PURPOSE: The book is intended for students at schools of higher
technical education and engineers specializing in industrial
ceramics.
COVERAGE: The book, a translation from German, presents basic princi-~,
ples of the production and physical and chemical properties of
some new materials used in the alleetrical Industry and In special
fields. It describes methods fpr processing oxides and the
production of articles from clay, beryllium oxide, spinels, Mag-
nesite, zirconium, and thorium oxide. No personalities are men-
tioned. There are 60 references: 47 German, 9 English, 2 Soviet,
1 French, and I Italian.
Card 1/3

Industrial Ceramics
TABLE OF CONTENTS:
General Processing Methods
1. Fine grinding
2. Plastic forming of pure oxide materials
3. Calcination process
Special Processing Methods
1. Special steatite materials
2. Materials with low temperature coefficient of
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
Card
MR)
Rutlle ceramics (materials containing 80% to
Temperature-resistant dielectrics
SOV/3623
expansion
100% T102)
Rutile and rare-earth temperature-resistant dielectrics
Alkali-earth titanates
Semiconductors (thermistors)
Ferromagnetic ceramic materials
High-refractory materials
Sintered spinel (sinter spinel)
Sintered magnesite (sinter magnesite)
Sintered beryllium oxide (sinter beryllium)
2/3
3
3
15
17
24'
24
44
53
61
71
78
97
log
13T
149
151
158

nik
aroma
~r~-. .-~..th~-.itructural- t]

SHOPOVt D.M.~ FALAZOV, A.N.
Study of the system chromium m1de - oxygen by infrared
spectroscopy. F'In.i kat. 6 no.5t86,.--868 S-O 165.
(MIRA ]Fill)
1. Institut organirheskay kh~.mil BolgarskcT akader-ii nauk,
Sof iya, Bolgariya.

PAL'CGIK, G. 1.
11 Phye i cal m P th oi, s o f trea tme, . t i r, m i 11 t p ry- ve t p r i La r., i., ac t i c e, "L. sym - -, F . x: :lauc*r -
prakt. rpbo%r vo.,er-vet. sluzh%,, Moecow, 19-4~, ;,. 1-18
SO: U-1850.16 Jure 5~, (Letopis 'Zhuz-:.a, In, kh Stntey, N3 ', 1949).

-,PAL'CHAK, N.
Now even we are doing this. ioen. znan. 40 no.2:22 F 064.
(M2RA 17:2)
1. Instruktor oblastnoy shl,oly grazhdanskoy oborony Dobrovollnogo
obsbehostya sodeystviya armii, aviatdi i flotu, Atyubirl-Sk.

MOGILICVSKIY, Dmitriy Aleksandrovich. doteent; BABKOV, Vsleri7 Fedorovich,
prof.. doktor tekhn.nauk; SHIRNOV, Andrey Sergeyevich, lzaud.tekhn.
nauk; ABRAMOV. Loomid Tikhonovi(:h, kand.t-ekhn.nauk; ZATTSXV, Fi-
lipp Takovlevlch. kand.tekhn.asuk; ZAKAKRANY, Mitrofan Semenovich,
kand.tekhn.neuk; NIIIITIN. Sergey Mikhaylovich. inzh.; B)DMYA, A.K.,
prof., retsenzent; DUDKIJI, P.A., kand.tekhn.nauk, retsenzent; AVDICTEV.
V.N., retsenzent; XARTASHEV, V.A.. retsenzent; PALICHICV, A.G., re-
teenzent; POPOV, A.H., retsentent; PTITSIN, ROKA-
NZWKO, I.A., prof., retsenzent; BARATS, L.A., prepodevatell re-
teenzent; BASMICH, N.I., prepodavatell. retsenzent; BUISKIY, A.Ye.,
prepoda-vatell, retserment; XALUXUMT, Ta.A., prepodavatell, retsen-
zent; CHVANOV, V.G., red.; KALIKOVA, N.V., takhn.red.
[Locating and designing airfields] lzyokanita 1 proektirovanie
aerodromov. Pod red. Y.F.Babkove, Moskva, Nouchno-tekhn.izd-vo
H-va avtomobil'nogo tranaporta I shosaeinyidh dorog RSFSR. 1959.
566 P. (MIRA 13:3)
1. Khar'kovskiy avtomobil'no-dorozhuyy institut kfor Romanenko.
Barats, Baskevich, Bel'skiy, Kaluzhakiy).
(Airports-Planning)

PALCHEV, YXI: inzh.; VUDOV, I]..
Laying and connecting the pipes of hard pclyvinyl chloride (.;Nr'
-)b
Kozhi Sofia 3 no.2.-g-10 162.

, inzh.; SD.IEC,.'CV, Kuncho, inzh.; VUDOV, 11iia
dhat handbook is i.-idispensable. Some aritica2 rotes cr: --hC "t.
of the "Handb--ck on rublaer and plastic materials." 7,ozh-,' Scfia
3 no.2:16 162.

KUTSOVSKIY, F.V.; PALIO~-P.~,
Hot sizing of drop forged products. Kus.-shtam. proizv. 2 no.P:
7-9 kg '60. (KIRA 14:2)
(Forging)

V A L - ~, c i, -, F 4 e 11
POL M /Electrochemistry B-12
Abs Jour : Ref Zbur - XhJMJYft, No 8, 1957, 263io
Author : Pal'chevskaya
Inst : XFa_3a1Y_o_Y -Sciences of Poland
Title : Influence of Folar Organic Substances and Catalyst Poisons on
Overvoltage of Hydrogen on Nickel and Iron Catodes
Orig Pub : Byul. Pollskoy AN 1956, Otd- 3, 4, No 1, 37-42; Bull. Acad. Polon.
Sci., cl. 3, 1956, 4, No 1, 37-42
Abstract : The influence of addItions of Aseol (1) (100 ag per lit) and
(CIR )280 (11) (2 to 100 ag per lit) to 1 n. H2804 On the ahape
of 52~
Po izatlon curves (PC) of Ni and Fe cathodes in the range
fras 1o-3 to 0.1 a per sq-cm vas studied. It vas established
that the addition of II in the amount above 30 mg per lit (in
case of Ni) or 20 mg per lit (in case of Fe) sharply rises the
potential 9 from-"0.65 to -0.75 v (in case of Ni), or frm
-0.7 to -0.8 v (in case of Fe); this is accospanied by an in-
crease of dimensions and alteration of shape of H2 bubbles. The
same effect is observed also in presence of I, at Vhich occasion
the shift is revealed at a more positive E: -0.6 v (Ni) and -0.7v
Card 1/2

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num asitimird ambristan"lum int"11,0111 fillilid Mr. Irt'll)
be leaves of Nerdam o/rumod" in a duw of m ilia 1k, a. M
12 107, of a,. A still -tionStf
minimal wt. to be fatal I 00
effev, was tiliuvro by a iDnt'd cal - which was fatal vvrll at
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the addin of 1 5 t
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h
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frequently rejr.-ted food Paiftwird with alrander ril. T

adidn. of lo-2S% of calotor N-ans tu the find Spruduerd ZOO
death in 1 5 days in &III cx~ I 1w vvam~ I-Ill I h.- Ins.11tif too
of castor (A) can be used to advantage for Tilt tmitum

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PAI-',*I(F.VKAYA, P.I.. dote., war(ANT.'r1p, V.14'.
'certAin Ann:gesics on the caurve of &cuts; -suprurAtive
infImmatinn. Trudy 2--~5-97 155 Mlyl jj:~)
1. KafedrR fam.Rkologli 'zav. - deystvitel'nyv chlen A?T --,SR
orof. V.V. 7akusov) I kafedrA TiAtolopichegkay anqtomll tlrpv.
prof, N.A. TakhAr'yeviRkFyfk) Fervago Len!ngrwisk,,ro meclitainalrogo
institDtm imeni &kRdemlkn ?Avirvn.
k'ANAA7:~'CF)
( A Nr' ~r ",~.A, ',G T ' T '~ C.

V
POLAND/Chemical Technology. Cellulose and its Derivatives. H
Abs Jour: Ref. Zhur-Khimlys, No 12, 1958, 41877.
1
Author -LIlRy, Pal' cbevs]W,_
: _T?r
Inst NO
Title A Coan-ayison of Poe's method for Evaluating the Couplete-
ne3s of Cellulose Pulping With That of Kung, Bjorkimn
Sieber and Oestrand.
Orig Pub: Przegl. papiern., 1957, 13, No 10, 319-320-
Abstract: The degree of completeness of cellulose pulping (C)
is usually determined in PNR by the methods of Kung,
Bjorkman and Sieber. Kung's method is applied ex-
clusively to normal, hard, sulfite C; Bjorkman's
method - for soft sulfite C; Sieber's method - for
sulfate C; Roe's method is applicable for C with var-
ious purposes and various (snall, large) ligain con-
Card 1/2 20

/' 3/,~ Z `C'17'-e~ 4/-'~ & /~/, /) -
I'MILI*Tanks (Ivan) Antonoviahl PALICMffSIEIYi A. [Pallobsuski, A.],.red.;
WORM, G., toWh& WC --
C%roq& the eyes of a friend; Pollob diar7l Tachym drub&; pollmki
dsiounit. minsk, Dzursb. vyd-va Bm 1956. 97 P. (KIRA Ut8)
(Pbland-Descri,otion and travel)

~'. ~-., 'LinE.
Water Pipes
I --I
Carr7ing caparlt- of s~,eel pipe 1-nes. Fztr(-,i. 2'.. ". :o'
9. Monthl List of Russian Accessions, Library of Congress, September 1-,~2Lqgg, Uncl.

1. PALCHEVSKIY, A. P., Eng.
2. USSR (6oo)
4. Water Pipes
7. Coefficient of narrow drop. Gidr. stroi. 22, No. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, ADri-I -1953. Unclassified.

PALONEVSKIY, A. F.
USSR/Engineering - Hydraulics, Con- May 52
veyance
"Transportation Capacity of Steel Pipelines,"
A. P. Falchevskiy, Engr
"Gidrotekh Strait" No 5, pp 43-45
Defines terms "transportation capacity" in ap-
plication to pulp-conveying pressure pipes and
develops formulas and method for designing pipe-
lines. Formulas, based on principle of Reynold's
dynamic similarity, are universal and adaptable
for calan of pressure pipelines for work with any
mineral suspension such as sands, clays, gravel,
slag, coal, fine ores, etc.
23Ur2O

PALICHEVSKIY, A.S., inzh.
New kind of bearing element for structural units. From. stroi.
40 no.7254-55 JI 163. (KIRA 16:10)

FVIT!n, )/FWP,'% )AINP! -v'/"-V1 P! kIP( c) W19./Pa'
L (47 7_67 EWT(d )Z
k.-W6032390---- SOLMCE CODE: UR/019 6/002/009/0037/0043
ACt 8/6
AUTHOR: Pallchevskiy, A. S. (Kiev)
ORG: Institute of Mechanics,AN UkrSSR (Institut mekhaniki, AN UkrSSR)
TITLE: Designing cylindrical stringer-stiffened shells of minimum weight under
axial compression
SOURCE: Prikladnays mekhanika. v. 2, no. 9, 1966, 37-43
TOPIC TAGS: cylindric shell, stiffened shell stringer, stiffened shell..minimum
weight shell, minimum weight design, --awalumnsed shell
ABSTRACT: A method for designing minimum-weight circular cylindrical shells subjected'
to axial compression is proposed. The shell under discussion is stiffened by thin-
walled stringers of open cross section, hinged along its edges, and the axial com-
pression forces are uniformly distributed along them. The buckling stresses are de-
termined in accordance with the linear theory of small deflections within the range
of elastic strain. The maximum value of the ratio W = N./N, where Ns and N are the
buckling forces for stiffened and plain shells (of the same cross-section area), re-
spectively. The following modes of buckling are discussed: 1) the stringers undergo
bending'and twisting; 2) the stringers are only bent; and 3) the stringers are only
twisted. This approach to designing stiffened shells and the formulas for their
buckling-stress parameters are taken from 1. Ya. Amiro's article, (Prykiadnay~.mekhanika,
Card 1/2
_T_
LC,~d 2 2

R&MMMY, G.V., kand.tekhn.nauk; BILETSKIY, S.M., insh.; PALICBMKIY, A.S.,
inzh, -
Factory manufacture of outsize cement kiln bodies. Mont i spets.
rab.v stroi 24 no.12t2-6 D 162. ZMM 15:12)
1. Institut elektroavarki imeni Ye.O. Paton&*
(Cement kilns)

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3- : *:- I ` , , -, -, 1 0. C " , I 1~ I r, -, t .1 -,." 1. 1 , I - I I , '. . : , I I

PAL-CIEVSKIY, V. V.
"Potentiometric and spectrophotometric Lnvestigations of
reversible orFanic oxidation-reduction systems." Lenin-
grad Order of Lenin State IJ imeni A. A. Zhdanov. LeninFrad,
1956. (Dissertation for the Degree of Candidate in Chemical
Sciences).
SO: Knizhnaya letopis', No. 16,

I -sin ;=j
Im a
14i
4r)r- 0"$0j46
MUM"

HIKOLISKIY, B.P.; FALICHEVSKIY V.V._(leningrad)
Spectrophotometric determination of dissociation Constants of
leucomethylene blue and loucotoluldine blue [with summary In Inglishl
Zhur. f1s. kh1m. ) no.9:1506-1516 31 058. (MIRA 11:9)
Metkrlane blue--Spectra)
Tolludine blue--Speotra)
i

AUTHORS: Nikollskiy, B. P,, Pallchevskiy, V. V. 76-32-6-15/46
TITLE: A Potentiometric Method of Investigating Reversible Organic
Redox Systems (Potentsiometricheskiy metod issled-)vaniya or-
ganicheskikh obratimykh okislitellno-yosstanovitallnykh sistem)
PERIODICAL: Zhurnal fizicIL!skoy khimii, 1958, Vol. 32, Nr 6,
pp. 126o - 1291 (USSR)
ABSTRACT: A theory for the explanation of the influence of hydrogen ions
on the oxidation potential of such systems was proposed already
by Conant, Kohn, Fieser and Kurz (Ref 4), Clark gave the theory
its final shape, his method, however, still shows serious short-
comings as it was further developed with a primary inteiest in
detail issues, for example in papers by Michaelis et al.(Refs
7-9). In the present investigation galvanic elements without
transfer and a glass electrode instead of a hydrogen electrode
are used. Proceeding from the protolytic theory of acids and
bases by Brbnsted an equation is derived which permits to repre-
sent all theoretically possible protolytic equilibria In certain
cases a simplification is possible, The function of the oxidation
potential versus the pE of the system toluidine blue-leucoto -

A Potentiometric Method of Investigating Reversible 76-32-6-15/46
Organic Redox Systems
luidine blue is investigated, From the evidence of the graphical
representations it may be seen, that this method furnishes more
accurate data of the dissociation constant than that by Clark,
the errors being smaller- This method was verified experimentally
with the systems methylene blue-leucomethylene blue and toluidine
blue-leucotoluidine blue. The experimental technique and a
schematic figure of the experimental equipment are described.
The results showed a good agreement with the mentioned equation,
The value of the dissociation constant as obtained by Woislawski
(Ref 12) also coincides with that obtained by the authors. Taking
the systen thionine-leucothionine as an example it is proved
that a more precise determination of the constant of protolytic
dissociation is possible by the method described. The difference
between theory and experiment in the alkaline range is explained
by expeitaental errors, which in this case are exceptionally high.
There are 5 figures, 3 tables, and 12 references, 3 of which
are Soviet.

AUTHORS: Nikollskiy, B. F., P%1'chcv'-k!.)', V. V. 4 5
TITLE: The Spec tropho! cme t r ic De t er-ii na t .-' )r, of
Constant of ileucomethylcrie '-'uE r--,
(Spektrof otometricheskoye ai --~.d~ ' cn ~' e t
1 eyk ome t i 1,2 n o v o,~o 3 i n~7o ic,' 11: o t o' ~ -!1;- -1,-)
PERIMCAL: 7h u rnal f i z i c h e coy
(USSR)
ABSTRACT: The two above-mention~,i com~-uun~s hri.1
gated potentiometrical'y in an t::r'ier .:I T t t
Pa per the e1 ec ti-DIL C. ',.:- orr't L un -,- -,~c. i-, e
since ~he dissociation t~-ke-: y-~ace in t-...D
and RH 2 being formed besides 1! ions, L:~.' t'l 0 1 1-0 t t: 01 t i C
dissocic;tion conFtants of the two react4on.' are v,:ry cloze
to each other the authors e77ployed the VlEthud by T h a mm. e r
and Voigt (Ref 4). The me---surements -..-ere carr'ed out means
of a spectrophotometer W-4 takin.- into ac-ount a nambc.~
-zi.,: - car
of conditions; thuo, for inctance the mr urements ww.,:~. -
ried out within the maximum of the absorption througl. 1 mp.
In order to take into account the high sensitivity to ox'-da-
Card 114 tion a special apparatus was constructed, a diagran and de-

!~071/76- '12-7-1 C,,',) 5
The Spectrophotometric Determination of the Dissociation Constant of Leuco-
methylene Blue and Leucotoluidine Blue
scription of which are s-iven. The determinatios viere carried
out in three stages; in the mentioned apparatus the oxidized
form was reduced at a certain pil value by hydrogen besides
Platinum and then was put into the bulb; afterwards it was
spectrophotometered and finally the rt~al concentration of
the leuco-forr, was determined by an oxidation .,.,ith hydrogen
peroxide. The measurements were parried out at 20 + 2 0C. Some
data are already existing on the absorption noectrur, of leuco-
methylene blue, viz., from the pnpers by !Iul,-,t (2ef 5), Vles
(Refs 6, 7), and A. T. Vartaivan ('It--fs 8, 9), whereas no
data are known on that of leucotoluidine blue. The dvterm-na-
tions carried out showed t,iat at different P71 values in the
case of leucomethylene blue three products of the equ~libri-*=,
of the leucoform are prese.-~t, in tl!e acid ,art the :;-,I'+
products -,nd in the alkali part the M! form. Three al)-orption
.zp6ctra are given with the third diagram corro 4onlin,~ to
P11 - 5,28, at ahich the concentration of the iH 2 product i--
cloce to the maximum value, 7,'ithin the ':!-:ort-.-,,ave range an
Card 2/4 increase of the absorption can be found which is.especi~,I:.I

SOV/76-712-7-1o,45
The Spectrophotometric Determination of the Dissociation Constant of LeucD-
methylene Blue and Leucotoluidine Blue
strong in the case of the RH form. The absorption spectrum
of leucotoluidine does in qualitative respects not differ
Itrom that of leucomethylene blue and the maximum of the basic
~~bsorption band Elao regularly-decreaDes with the increase
o' the pH, and is dislocated towards greater wave lengths,
it finally increa.-ies again and returns to the previous po3i-
tion at '56 mp. The similarity in the reaction of the two
lpuco comnounis ia explained by a mutual compensation of the
influence of the protons on the electron shell of the leuco
compound. 7he experimental data of the determination of the
optical density Lt various pH point to the assumption that
in the cace of !ow pil vblues there exists onlv the leuco
product -jI124--nd thuu the. optical density does' no~ depend on
the pH. :"Ah the increase of the pH value the R11 product
with a 3maller absorption coefficient is formed iy the dis-
sociation, whereby the(ptical density decreaces with the
increa-:-e of the p1l, and then increaFFes again in the further
dissociation and formation of the RH product which has a
Card 3/4 greater absorption coefficient. The proteolytic dissociation

SOV/76-32-7-10/45
The Spectro,-.hotometric Determination of the Dissociation Constant of' Leuco-
methylene Blue and Leucotoluidine Blue
constants as vrell as the molecular aboorption coefficients
were calculated from the values of the optical densities and
the activities of the hydrogen ions. The general optical
densities of the two dyes were produced by the additivity
principle. Finally there is an annex which shows tho calcula-
tion of the dissociation constant from the optical densities
for bi-basic acids proceeding from the suggestion made by
Thamer and Voigt (Ref 4). There are 8 figures, 2 tables, and
9 references, 4 of which are Soviet.
SUBMITTED: February 221, 1957
1. Toluidines-Spectra 2. Cyclohexanones--Spectra 3. Toluidines
-Properties 4. Cyclohexanones-Properties 5. Spectrophotometers
-Performance
Card 4/4

Aj T '~D_- S Ni kol ~i~' C.-.ev~ Kiy y
TITLE: Absorption Spectra of Metnylene and Toluidine Blues (SI-ektrY
pogloshcheniya metilenovogo sinegro i toluidinov,~~#ro s i r. e Fr)
PERIODICAL: Zhurnal fizicheskoy khimii, 1916, Vol 32, Nlr
pp 2127 - 2128 (,'SSR
ADS'."RACT: The absorption spectra of the dyes in aqueous solAion
o~ 20 + 20 1 were.measured with th-2 spectrophotometpr
-4. The measurangs were done with special ac~,-uracy
in t'-e neighbourhood of the maxima (accuracy + C,3
The spectra are plotted and are described in the text
(met-yiene blue, pH =1,93; c= 1,o.jo-5 ,.I in fii-.ire 1;
tolui,iine blue, pH= 2,94; c= 8,26.10-6 IV in fii;ure 2,'.
The maxiMum witnin visible ran~,e is displaced t-
wave-Lengths with growing ion-str~_~ngth and at const~tnt
pH (Figure 2'. T','.e molar alt-.sorption coefficients of t:,e
two main maxima are reproduced in table 3. The o-._t_-cal
density is in linear proportion to the ion-stren: '-th of t,-.e
solution Jig 3). As characteristic quantity t--e
Card 1/2 propose the molar coefficient at ion-stren~7th zero

Absorption Spectra of Methylene and Toluidine Bl-..ic-s 3 Wl- ~ - 17 2 - --1- 2 -1, 4,'
(infinite dilution). It amounts to 71 000 for metnylene
b.ue, as proved by extrapolation in figure 3. T-.ere are
3 figures, 3 tables, and 24 references, 6 of which are Soviet.
ASSOCIATION': Leningradskiy gosudarstvennyy univerritet (Leningrad State
Universiti-)
SUBMITTED : Apr-"- 12, 19 57
Card 2/2

FAL'CE37SKIY, V-V-; ZAKUR'YIRVSKIY, H-S.; MALININA, YO.A.
Thermodynamic characterizarion of the processes of Protolytic dissocia-
tion of benzoic and P -hydrozybousoic said. Veet. IGU 15 no-16:95-101
e6o. (MIPA 13:8)
(Benzoic acid) (Rydrogen ion concentration)

PALICHIWSKIY. V.V.; ARSAWY, R.T.
~i Spectropbotometric determination of the dissociation constants
I o~.& dibasic acid. Test.UIU 15 no-IO:9&103 160.
. '15, (NIRA 13:5)
(Acids--Basicity) (Benzoic acid--Spectra)

NIKOLISKIYO B.P.; ?ALICHEVSKIY V V - GORBUNOVA R.G.
- I
Study of the formation of acetate complexes in a ferric-ferrous
system by means of the oxidation potential. Zhur. neorg.
khim. 6 no.3:606-612 Mr 161. (MIRA 14:3)
(Complex compounds) (Electromotive force)
(iron compounds)

PALICHEVSKIY, V.V.; ZAKHAROYEVSKIY, M.S.; KALIVARSKAYA, T.M.
Methylorange absorption spectra in concentrated salt solutions.
Vest. LGU 17 no,16:125-130 162, (MIRA 15:9)
(Methyl orange-Spectra)

~P-L*~,~-;Wll~ _K i v , '.,.V. ;,LY. r- ;,,~ I Y VV -~ 1 7 ' , V . ~ -' ~ ~ ~ !, 7 ' I ', ; t.` K A Y A , T . 14.
1 1
Dissociation consLant of meLfiw-
it-100 I ~ , .
(1+3UL,yl orangt~'l
, , -- . 'Iest. ILU 13 no. 1~ :
(KFLA lc : ~)
(Dia.,;ociation)

PAL'CHEVSKlY. V.V.; SMC)LYAKO%lj, b.s.
Change of electronic absorption Specrra un6ar -zhf- ~ffec- ---
indifforont vubtittincon udded. Part Ii Spvctrit (-)r Solwit-od wilofln.
Vest. LGU. 18 no.16:110-114 163. ~MDA

PAI.-ICHFVSKIY, V,V,, SMOLYAKOV, B.S.
Change in the electron absorption spectrum of the 2-hydroxy-
1.4-naphthoquinone due to the addition of indifferent
oubstances to the solution. Opt. I spektr. 17 no~4!515-
521 0 '64~ (AURA 17~12,-

ZLF: - A

YAF.!~N,~I, j r .' ',~ ~J,-,! 'K 1 Y, V. V. ; SELI Kli(,V. G G.
.'Puc '- , -~ :.c ',.ome '~:- , 5 t-,.;d-,- of ace ta --- comLlex f - r7-p *. ~ ~.n ( " 3- -,-~i - a- -
; X, :1 1;: ~
dron. 1,6z' 2(, rr-.4*e--93 16.5.

Ys.l.; CNAIYSItAK. A.i.; D-,15ENK.-P RITNIIALK.J;~, A.Yij.
'i')p. oz"Ir-..
a.
ul" j L shar- Llr3 -s~ gc,
kafedry gli Gav. A.l."r-,a y o
g I X. :,~.7 ~il t s ~ n: k.q,%, 'n,3 t iita (ve.?tor - prof. L.N,
Ku ft e n - - ) ,