SCIENTIFIC ABSTRACT ALADZHOV, S.G. - ALAKOZ, A.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100810001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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,~WMV,st.G.; ZHIVKOV,E.S.; PNIOV,G.
Oar experience with clinical electroretinograpby~ Na---~h. ',i-.
v'q~sh. med. inst. Sofiia "" no.401-95 163
1. Aus der Universitatsaugenklinik- (Direktor, r*r.B.Zhivkov)
und dom Physiologischen Institzit (Dlre~htor z Prot. T. Gotzev)
des Madizinischen Institutes in Sofia.
-I-

-00 Wr(m)/NP(j) RM
39
AUT110,11: Pudovik, A. N.; Is Va. 13. A.; Alduwrova, Ro S.; Aladzheva, I.A.1,
OaG: Ifazan' Statto.- University :Uo V. I. Ullynnoy-Lenin (Kazanskiy gosudarstvonnyy
universilEwt~
TITTZ's Addition of nucleophilic reagents to 2,3-di(d~othylphosphono)-butadiono-1,31
SOURCO: Zhurnal obshchey Mdmii. v. 36, no. 1, 1966, 3.61-162
TOPIC TAGS: phosphorus acid, phosphorus compound, exoU-ierrde reaction, IR spectrum,
potassimn compound
ABSTRACT: The, addition of nucloophilic reagents., di~neth~l- ana diethyl-
phosphorous acids, ethyl marcaptan, and diethylamine to butadiene was found
'to proceed in the presence of alcoholatos of the alkali metals. Addition'
proceeds oxothomally in the 1,2-position, I Dimothylphosphono-2,3-di(di-'
.othylphoophono)buteno-3, 1,2,3-tri(diethylpho;phono)butono-3, 1-moreapto-
othyl-2,3-di(diothylphosphone)butene-3, and 1-diethylamino-2,3-di(diethyl-,
phosph;~-ne)butene-3 wore synthesized; their structures wore established by
study of their infrared spectra and oxidation with potassium permanganate.
D-PRS: 35,9982
SUB COD'~: 07, 20 / SUBM DA7153: 21Apr65 / ORIG REEF: 001
Card 1/1 UDC: 547.261118
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SUB C(118
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L 990%~,ST
Acamica n: '~.~P,300268
and aie atablein.storage and distillatIon. 3QMe,-:Of their Physical c0nstants~
and yields are given in table I of-the Enclosure, The diphosphiteslentWr all
reactions characteristic 6f P(III)wcontsinirg compounds; triethylene
diphosphitep for example., reacts with an equimolar amount of sulfur to f0=
triethylene bisthiophospbsteo Reactions of,the,phosphites with haloalkanes
are of general interest.. Mius, - t#etbyle)ie diphosphite and bromDethane undergo
an Arbuzov rearrangement at 130C to. form ethylene ethylphosphonate and
dibromoethane, probably by mechanism -B as shown In Fig. 1 of the Enclosure. The*
Arbuzov rearrangement can be used to prepare polYmers from the di 1!2.~phites. 7
Heating of a diphosphite with an equimolar amount of a dihaloalkane such as 1
dibrowet;h!3ne or dibromobutane. produces highly viscous,, resinous P-containing
polymess. Heating of a diphoslihite with a catalytic quantity of iodoethane
produces hard, glassy polymers which are slightly sol~le in organic solvents.
The preparation and properties of the polymers will be described in greater detail
in a separate paper. Orig. art. has: 3 formulas and 1 table,,
C. raw: site State~Univer6i
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PUDOVIKO A.K.;--ALADZHEVA, I.M.
Acetylene-allen cetylene rearrran ements of phosphites vith a
. 9
.. ,acetylene bond in an-eater radical. Zhur.ob.khim. 33
lo.2-OM-7-8-F 163. (MIRA 16:2)
1. Kazanskiy gosudarstvainVy universitet.
(Phosphorous acid) (Rearragnements (Chemistry))
(Phosphinic acid)

FUDOVIK, A.N.;
,�~APZHEVA, 1. ~~_
Eaters of ethyloneglycoldiphosphorcrw acid. Zhur.ob.khim. 31 no.6:
. 2052-2057 JO 161a (KMA 14 a 6)
I* Kazanskiy gosudarstvennyy universitet.
(Phosphorous aoid)

BEKIAROV, Em.,, inzh.; ALADZHEM, E., inzh.; ANTONOV, ~., inzh.
..I
Use of ferroal-loys as electrodes in electric-spark plating.
Mashinostroo-ne 11 no.7/8:7-14 JI-Ag 162.
1. Postoianen konsultant, "Mashinostroene" (for Bekiarov).
I

nAA-DZEALI.TAX, M. S. '
Treating tuberculous gonitis. Ortop., travm. i protez. 17 no.',:52
Ja-7 156. 1 (MINA 9:12)
1. 1z travmatologichaskogo otdalonlya (zav. - F.A.Rudanko) Voroshilov-
gradskoy bollnitsy
(K= JOINT-TUBERCULOSIS)

DIMITROV, D. , inzh.; VULEVA, Em., ir.,zh.; ALADMU,4, E., inzh.
Influence of geometric factors determining the preciaian of
the universal triple-,law chuck of the Y-190 type. Mashinos-
troene 12 no. 11:12-15 N 163.
1. 1-fashinnc~-elektrotekhnickbeski institut.

ALADMIDI, Nisim
The Fatherland Front as a tool of the Bulgarian Com=ist Party in
conformity vith the objectives and requirements of the strategy.
Godishnik khim tekh 6 no.1:147-167 159 (Publ. '60)

AIADZM N.
- I
Modifications ot some internal furiatione- of the dic-tatmobip of the
Proletariat under the conditions of the victorlou,3 sociall'am It
Bu2garia. Godishnik khJxa tekh 7 no.1/2,~349-3-70 160 (publ. 16:Q.

ALADZHEM,-,~,.
On the characteristics of the transition to socialism in the People-Is
Repub3Ac of China. Godiq~pik, kh~m tekh 5 no.2:1-17-139' -1~58 Nble 160.

M VIK, A.M.; ALADZHZVA, I.M.
Addition of ammonia and amines to isoprene oxide. Zhmr.ob.khim.
28 no.9:2497~-2500 S 158. (MIRA 11:11)
1. Kazonskiy -osudaretvennyy universitet.
(Ammonia) (Amines) (leoprens)

FMVIK, A.N.; ALADZHLTA, I.M,
Claisen rearrangement of allyl eaters of thiophosphoric acid. Zhur.
ob.khim. 30 no.8:2617-2624 Ag 160. (MIPA 13:8)
1. Kazanskiy gosudarstvennyy universitet.
(Phosphorothioic acid)
(Allyl compounds)

PUDOVIK, A. N.; AT=HEVA, 1. M.; SOKOLOVA, I. A.; KOZLOVA, G. A.
Folyphoophitee. Part 4: Reactions of dialkyl phosphoryl
chlorides with glycols. Zh-ur. ob. khim. 33 no.1:102-107
163. (MIRA 16:1)
1. Kazanskiy gosudaretvennyy universitat.
(Phoaphoryl chloride) (Glycols)

FUDOVIK, A.N.; ALADZIWVA, I.M.
Acetylone-al.lene-di4no-r,wxrrangements fo diphosphites with a
%, ~( -. acetylene bond- in a common eater radical. Zhtir.ob.khim.
no.2s706-709 P 163. (MM 16:2)
1. Ka2anskiy gosudarstveivigy universitet.
(Diphosphorous acid) (Rearrfmgements (Chemistry))
(Butadiene)

FUDOVIK, A.N.; KhTSAINOVA, N.G.; ALADZIOVA, I.M.
---------------
Reaction of nucleophilic addition to alkynyl.phosphinitea.
Zhur-ob.khim. 33 no.3:1045-1046 Mr t63. (MIRA 16:3)
1. Kazanuldy gosudarstyennyy universitet.
(Phosphinic acid) .(Unsaturated compoiaAs)
(Addition reactions)

FUDOVIK, A.N.; ALADZHLVA, I.M.; YAKOVENKO, L.N.
Synthesis and reaxTangemc-iit of diethylpropargy]. phosphite.
Zhur.ob.khim. 33 no.100443-34"~ 0 163. (FlIRA 16:U)
1. Kazwiskiy gosudarstvennyy universitet.

PUDOVIK, A.N.; ALADZHffA,,I-X.--
Thermal or "pseudoclaisen rearrangements of allyl and prepargyl
asters of phosphorous acid. Dokl. AN SSSR 151 no.5:1110-1113
Ag 163. (MIRA 16:9)
1. Kazanskiy gosudarstvannyy universitet im. V.I.Ullyanova-lenina.
Predstavleno akademikom B.A.Arbuzovym.
(Phosphorous ftld) (Esters) (Rearraigements (Chemistry))

18274o-6 ~4

I I
FUI-JCVjK, A.11,.; I
1.1,1. " PATJ'USjjE',,.,,,.,
OF ... --
Interaction d-11"'j~y2phosphoryl chlorides With 215-dimethyj-3-
hexyne -2,5-diol. Zhur. ob. kilim. 34 no.9:2907-20II0 S 164.
1. Kazanskiy gosudarstvennyy universitet. (MIR% 17:11)

PUDOVIK, A.N.; AL-ADZHEVA, I.M.; YAKOVENKO, L.N.
Synthesis and rearrangements of propargyl phosphites and allenyl
phosphonates. Zhur. ob. khim. 35 no.7i1210-1217 Jl 165.
(MIRA 18:8)
1. Kazanakiy gosudari4vennyy universitet.

ALAIDMOV, V.
Aladzbovp V. - Ruko'vodstvo po smo'Y.odobivaneto. (Sofiya) Zemizdat (1952) 67 P-
(Handbood on the production of resin)
SOt Monthl List of East European Accessions, Library of Congress, Vol. 2, No. 9.
Oct* el.

LXVGHMO,G.I., admiral. otvetstvenun red.; DMIN, L.A., dots,, kand. geo'gr.
nauk, inzh.-kontr-admiral, glav-nyv red.; YMMKIN, IT-S., polkovnik,
zamestitell otvetstvennogo red.; AIWI'KTN, P.S., admiral, red.;
V "
V.Ae', prof., kand. voenno-morskikh nauk, admiral, red.;
I XCH4 -- V.% * 'koutr admiral zapa'sa, red.; AGENASOV, V.I., kpnd.
istor. ns4k, kepitan 1 ranga, red.; BARANOV, A.N., red.; 31W,
V*Acs'prof., kontr-admiral v Otstarks, red.; BXMOVNYY, I*G.9
prof., doktor ietor. nauk, polkovnik zapasa. red.; BOLTIN, Te.A.9
kand. voen. neuk, general~-Wor,'red.; VIRSHININ, D.A., impitan 1
ranga, red.; VITUR, II.A., prof., doktor geogr. niwk, red.;
GELIPPM, G.M., dots.', kand. voenno-morskikh nauk, Impivan I ranga,
red.., GLINXOV. Ye,G., inzh.-koiitr-admiral v otstafte, red.;
7311SBY37, I-*D., vitse-admiral, red.; ZOZUIYA, F.V., admiral, red.;
ISAKOV, I.S., prof., Admiral Flota Sovetskogo Soyuza, red."*,
KAVRAYSKIT, V.V. [deceased], prof., dektor fiz.-mat. nauk, inzh.-
kantr-admiral v otstavke, red.; XUBSNIK, S.V., red.; KOZLOV, I.A..
dots. Imud. voenno-mor~,'-'La nsuk, kapitan 1 rianga, red.; KWAROV,
A.T., vitae-admiral,*red.; KMMYAVTSIV. M.K., g'eneral*leytenant
tekhnicheskikh voyek, red.; ITUSHKOVSKIY, M.V., dots., kand. istor.
nauk, polkovaik, red.; XWSIMOV, S.N., dots., kand. voenno-morskilffi
nauk, Impitan I ranga, red.; CKW, ~-B-, prof., doktor iotor. neuk.'
red.; CRLOVq B*P.o prof., dektor geogr. neuk, red.; PAVLOVICH, W.B.,
prof.,, kontr-admiral v otstavke, red.; PANTSM370 Ya.A., admiral,
red.; FITIRSKIY, N.A.', Imnd. vaenuo-mors'kikh neuk, kontr-admiral,
red.; PIATONOV, S&P.,.goneral-loytenant. red.; POZNYAK, V.G., dots.,
general leytenant, 'red.; SALXSHCHZV,' K.,k,., prof., doktor tekbn. tauk,
(Continued on next card)

I3VGHRWO, G.I.--(continued) Card 2.
red.: SOCIROV, A.L., prof., doktor istor. nauk., red.; SKORaRTMOV,
L.A., kontr-admiral, red.; SNMINSKIT, V.A.., Pr,of.i doktor
voonno-morskikh nauk, in'zh.-kapitan*1 ranga, red.;*SOIoOV1Y11V, I.N.,
dots., kand. -voenno-morskikh nauk, kapitan 1 ranga, red.; STALBO,
K.A., k6ntr-admiral, red.; STAPANOT, G.,A. [deceased], dots., vitse-
admiral, red.; TOMLSHWICK. A.V., pro:F., doktor voen*no-morskikh
nauk, kontr-admiral * otstavke, red.; TRIBUTS. V.F., kand. voenno-
morskikh nauk, admiral, red.; CHIRNMOV, F.I., k6utr-admiral, re'd.;
mm, Yeoye., prof. doktor voenno-morskikh nauk, kontr-admiral,
red.; CHURMOV, 'A.I.,,tek~n. red.; VASIVINA, Z.P., tekhn. red.;
VIZIROVA, G.N.,~ tekhn-red.; GCRCKH(Wq V.I., tekhn. red.; GRINIXO,
A.M., tekhn. red.; KUBLIKOTA, N.M., tekhn. red.; H&LIMM, VoI.,
tekhn. red.; SYTTMSKATA, G.V.. tekhno redo; CHMODMOVA' L.P.,
tekhn. red.; aljR3ffIC11,'I.V.q tekhn. red.; BUKHA3107A, N.L, takhn.
red.; NIKCLA.YWA, I.N.,'tekhn. red.; RADOVILISXILYA, tekhn.
red.; TIKHOMIROVA,'A.S., tekhn. red.; I~BLOOIMN,, P.D., tekhn. red.:
10YKO, V.1.1 tekhn. red.; ROMANM, 1,G., tekhn. red.; TAROSHVICH,
Klyel,:, tekhn. redo
[Sea atlasJ Morskoi atlas. Dtv. red. G.I. Ievchonko. Glar. red.
L.A. Demin. [MosWal Izd. Glav. shtaba Voenno-mor'skogo flota.
Vol-3- [Military and historical. Pt.l. Pages 1-451 Voenno-istori-
chaskli. Zamestitell otv. red. po Ill tomu N.S. FrumIcin. Pt.l.
Listy 1-45. 1958. _ [Military and historical maps, pages 46-5~J
(Continued on next card)

L]ffGBjiiTKO, G.I.---(contimed) Card 3.
Voenno-istorichoolde karty, Ustv 46-52. 1957. (mm 11;10)
1. Rassia,(1923- U,S.S,R,) Ministerstvo obororq. 2. Nachal'nik
Glavnogo upravleniya geodezii i kartografii Ministorstva, vuArennikh
del SSSR krer 13'aranov). 3'. 0hlen-korrespondent Akademii nauk SSSR
(for Kalesnik). 4. Daystvitellnyy chlen Akademii pedagogicheskikh
nauk RSFSR (for Orlov).
(ocean--Kape)

admiral
"Military strateg7," edited by Marshal Sokolovskii. Reviewed by
V.'A.AlaNzov.' Nor." sbor. 46 no.1:88-96 Ja 163. (MA 16 s 1)
I
(strategy)
W"
It

IGNATIYEVA, G.V.; SARAYEVA, N.T.; KHROMETSKAYA, T.M,; Ubjr--TA, A.G.;
MASTYUKOVA, Yu.N.; NESTEROVA, T.P.; ALAFUZOYA, S.B.; YERSHOVA, A.S.;
BARANOVA, T.V.; BEKLEMMHEVA, Ye.D.; SHIPOVA, Ye.P.; SUKHANOVA, R.V.;
KHLYABICH, G.N.; KHANTSIS, S.S.
Clinical and epidemiological effectiveness of a reduced dose of
T-globalin (1.5 ml) in seroprophylaxis of measles. Zhur.mikrobiol.,
epid. i immun. 42 no.12t57-61 D 165. (INIIIRA 19%1)
1. Moskovskly Institut epidemiologii i mikrobiologil; Institut viru-
sologii imeni Ivanovskogo AMN SSSR; Moskovskn~ia sanitarno-epidemiolo-
giche3kaya stantsiya,- Rybinskay,a sanitart-to-episliimiologi.cheskaya
stantsiya; Vladimirskaya sanitai-no-epiderqiologif--heskaya stantsiya i
Ob"yedinennaya detskaya poliklinika, Makhachkal:i.

IGNATIYENAP G.V.~ SUMAROKOV, A.A.; LENNPIA, A.G.; AUFUMVA, S.V.
Immunological effectiveness of pertussie-.dirhtti(3ria-tetanus
vaccine. Mir. mikrobio'L., epid. J immurl. 40 no.10:58-62 0 163.
(MIRA 17:6)
1. 1z Floskovskogo inst-Ituta epidemfolcgii i mikrobiologii i
sanitarr,o-epide-mol-og'-clieskoy stants-4i Len4norarlskogo rayona
Mosk"ry.

ALAGA, G.
Yugoslavia (430)
Science-Periodicals
Neutrino. p. 183. Hrvatsko prirGdoslovno drustvo.
Q_L_ASK9; MATHEMATICIO-TINGKI I ASTRON014SKI... Zagreb.
(Five no. _~_y~ear; bulle-tln-o-ti-niit-iie-mati-es, physics,
and astronomy issued by the Croatian Society of
Natural Sciences. French, English, or German summaries).
Seri a II, Vol. 7, No. 3, 1952.
E"t European Aoces�jons List, Library of Congress
Vol. 2, No. 6, June 1953. Unclassified.

1~virikiv
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rd

JW-0D,JCbtTKAND-4)AMMA P-
I

Mat,
a- farticta and gamr-a
Inigg b xb~6. dWomed twI94 glv*r.;
~wbtle for W g0iiitaa decaj M.0
givan for tho cleddo dW wgqwtIv,
are
-
'I eA DottiNle tr"flow, Referenout;
O~Of "Iiaiou roles Ir vL.L~Ay-:
nixt gapaxr.2
a ifeW (auth)
sill

it _79li-07-thi-T Z 4.6~
~ijatien of the corrections I
specirdt'and their , I.-Cation to holmium-166.0G. Alaga,
aR`(l-*B-.LakN6. Gb I*z "ml. fiz. i A Rion, SEF
(1057)Cm Mi-glish): C.A. 50, IM4b.-.A tensor pseudo-
smiar mixt. 6 used to account u.11. for the large logft - 8.1
vallac and approx. allowed -Talle of tile 11010 ~ FT114
ground state (0- 0+) transition. .-A-
Gco. V sv:f~

Nuclear Physics Structure and Properties of Nuclei c-4
Abs Jour Ref Zhur - Fizika, No 8, 1958.. No 175o6
Author Alag"., Jaksic Bi
Inst culty,~-Scientific Institute "Ruder Boscovic" Zagreb,
Yugoslavia
Title Calculation of the Corrections for t . P, Analysis of the
Spectra and Their Application to H. 99.
Orig Pub Glasnik matt-fiz. i astroni, 1957) 12, No 1-2, 31-74
Abstract 1, detailed analysis is made of the known methods for calcula-
ting theh -spectra corrections necessitated by the finite
dimension of the nucleus and by the change in the wave func-
tion of the electron inside the nue eus. For the ease 0--> 04
transition in the decay Hol66-->& ~6, the calculations have
been numerically evaluated. Me results of the calculations
are given in the form of a series of graphs. The charge dis-
tributions inside the nucleus was assumed to be parabolic.
Me interaction selected was a mixture of P and T variants.
No possibilities are considered: (1) pseudo-scalar coupling
'lard 1/2
YUGOSLAVIII/Nuclear Physics - Structure and Properties of Nuclei c-4
Abs Jour : Ref Zhur - Fizika) No 8~ 1958, No 175o6
constant considerably greater than the tensor one; (2) matrix
element of the T interaction has an anomalously small value.
!,ssumption (1) does not agree with experiment. Assumption (2)
makes it possible to explain the allowed form of the spectrum
and the large value of it, which equals 8.1. See also Ref-
erat Zhur Fizi-ka) 1957) No 0) 22132.

YUGOSL.AVIA/Nuclear Physics - Structure and Properties of Nuclei C-4
Abs Jour Ref Zhur - Fizika, No 1, 1959, No 430
Author Alaga G., Sips L.) Tadic D.
Inst-.1 Institute Ruder Bosk6vic, Zagreb, Yugoslavia
Title The IiQ uence of the Pseudoscalar Int raction in the Decay
of Pr
Orig Pub Glasnih mat.-fiz. i astron., 1957, 12, No 3, 207-217
Abstract A theoretical analysis has en made of the hard compcnent
of the beta spectrum of lt~ (FO - 2.99 Mev, log ft - 6.6),
correspondini to a 0----" transition between the ground
44 14pe
states ol r.L- and Nd I asswuing the TP variant of inter-
action with;supplementary account for the possible influence
of the nuclear forces. The beta interaction was used in the
following form
< 4 P
L
M
Card 1/3

YUGOSLAVIA/Nuclear Physics - Structure and Properties of Nuclei c-4
Abs Jour Ref Zhur - Fiziha, No 1, 1959, No 430
performed prior to the discovery of parity non-conservation
in r- decay. in the remarks it is indicated that, in par-
ticular, it is necessary to tal~e into account the possible
presence of the A variant. The theoretically-computed form
of the (~spectrum is obtained for the pure A variant, and
this form coincides with the experimental allowed form
within 3%.
Card 3/3

, A
G
)c
Distr: 4F,3c/4E3d
;e Calculation of some relativIstir corrections to the allowed
J~fo _'p U .
and rbidden $-transitiori ' I" a I Sips, '111(l D.-
I il~L m
~"Fm _ VY
Tadic. Glasnik jnal,~fii. i' ~ MT-Srr
(1958),--S,.)rue values of coUplilIg COMB. tCSllIt ill Lill Ob-
Semble effect otL the spectra, half-life, KIP* ratio, and
angular Correlations. By assuming a siligle particle moving
In a static field and by applying the Foldy-Wouthoyseii
transfunnation, these corrections ivere caled. The correc-
nre independent of the inodel.

ALAGAP-G. (Zagreb); SIPS, L. (Zagreb)j TADIC, D. (Zagreb)
Corrigendum and addendum. Calculation of some relativistic
corrections to the allowed and 1-forbidden beta transitions.
"Glasnik nat.fiz. i astr.," 13 '58. Glas mat fis Hrv 16
no.3/4:263-264 .161.

S/054/60/000/00/008/021
zf 4 00 B020/Bo67
AUTHORS: Materova, Ye. A., Alagova, Z. S. 82088
TITLE: An AttemDt of Using Membrane Electrodes-in Hydrofluoric
Acid Solutions
PERIODICALi Ve3tnik Leningradskogo universiteta. Seriya fiziki i
khimii, 1960, 140. 3, PP. 80-84
TEXT: In the present paper the authors try to use membrane electrodes
consisting of ion exchanger resins to investigate HF-solutions. It is
known that electrodes consisting of cation exchanger resins give a
theoretical hydrogen function in acid solutions in a wide concentration
range; in fluoride solutions electrodes consisting of anion exchanger
resins show opposite behavior with respect to the K ion. Hence reasons
exist to assume that membrane electrodes in BF-solutions can be used for
measuring the pH and for determining the anion composition., The equili-
brium in HF-solutions was investigated by many authors, and it was found
that hydrofluoric acid dissociates according to the following schemei
Card 1/3

8 e- c Q P,
An Atlv--~;mj~z of U-jing Ele--,rode,~ in V054/60/000/003/008/021
Hydrofluoric Acid Solutions B020/BO67
BF H + F K,
lip,
RF + F- = HF- K (2)
2 2 ('HF~ )/~'HF 'F- )
The methods of determining the quantities K1 and K2 are given in the
monograph by I. G. Ryss (Ref. 5). The authors determined the values of
these actftvity coefficients at 15, 25 and 350C in a concentration range
from 0.001 to 1.0 M. To investigate the hydrogen function ijP HF-solutions,
membrane electrodes consisting of sulfocationites CEC(SBS)'and KY -2
-(KU-2)lwere used. The fluorine function was investigated by means of
electrodes made of the monofunctional anionite A(?-17(AV-17) and the
polyfunctional anionites ~,63 -101T (EDE-10P), AHI-2~ (AN-2F), and IIIMF -I
(MIG-1). The hydrogen function of the membrane electrodes was studied
in HF-solutions by means of the galvanic cells I and II. The pH values
measured for the e.m.f. of cells I and 11 and for those measured with
a hydrogen electrode are listed in Table 1, and graphically shown in
Fig. 1. The table shows that, in the concentration range investigated,
E, remains constant with an accuracy of tl mv. Table 2 shows that WK
Card 2/3

An Attempt of Using Membrane Electrodes in S/054/6o/ooo/oo3/oo8/o21
Hydrofluoric Acid Solutions B020/BO67
82088
6Eexp agrees with 8E'' theor with an accuracy of some millivolts in the
entire concentration range investigated which confirms the hypothesis of
the mixed function of membrane electrodes consisting of anion exchanger
resins in HF-solutions. There are I figure, 2 tables, and 9 references:
5 Soviet, 2 USA, 1 British, and I German.
L41'
Card 3/3

88259 1
S/076/60/034/012/011/027
6t r1blo 13020/B067
AUTHORS: Materova.,, Ye~ A, and klagova, Z. - S..
TITLE: Study of the Electrode Properties of Anion-exchanging
Membranes
PERIODICAL: Zhurn&7. fizioheskoy khimii, 1960, Vol. 34, No. 12,
pp.., 2752-1"758
TEXT; The authors att.empted to studl the electrode proporties of the
anion exchangers of different basicity and different chemical character in
halide solutions with special consideration of the chlorine-o, bromine,
and fluorine functions of the anionite membranes. The electrode membranes
were produced from the resins AG -17,(AV-17),OAL, A13-16 (AV..16),
(EDE-10P), AH -2 ~ (AN-2F) and MMr -1 ~MMG-1). To study the chlorine f unc-
tion, electrodes were produced from resins saturated with chlcrine ions.
The bromine electrode membranes and some fluorine electrodes were
produced from chlorine electrodes by introducing them into & 1.0 VaBr
or NaF solution. The remaining fluorine electrodes were produced from
resins which had been converted into the fluorine form. An AgC11-, AgBr-
Card 1/3

88259
Study of the Electrode Properties of 5/076/60/'034/012/011/'027
Anion-exchanging Membranes B020/BO67
and a sodium-glass electrode served as reference electrodeB. The emf of
the current circuit with electrode membrane was measured by an ordinary
potentiometer. An amplifier with electrometric tube was connected to the
currcnt circuit when using glass electrodes. The measuring accuracy was
0.2 - 0.5 mV. Usually, 10 to 12 electrodes of each resin were studied.
All experiments were made at room temperature. The results of measurement
of the membrane potentials with different galvanic cells are illustrated
in Figs.1--117by representing emf as a function of the negative logarithm of
the mean activity of the electrolyte. The figures on the axis of ordinates
refer to the lower curve. For better illustration each of the following
curves is displaced in upward direction by 40 mV as compared to the
preceding one. The membrane potentials measured by some galvanic cells
are given in Tables 1-4. The chlorine function of the anion-exchanging
membranes was studied in K01, NaCl and HC1 solutions. Fig. 1 shows that
the linear relation obtained between the potential and logarithm of the
mean activity of NaCl for all electrodes within the limits of measuring
errors holds in a concentration range of 0.005 to 0.5 M with the angular
coefficient of the straight line corresponding to the theoretical value.
The bromine function of the electrode membranes was studied in NaBr
Card 2/3

Study of the Electrode Properties of
Anion-exchanging Membranes
S/076/60/034/012/011/027
B020/DO67
solutions. As is shown..by. Fig. 2 a linear dependence of the electrode
potential on the logarithm of the mean activity of NaBr was obtained in
the concentration range of from 0.005 to 0..2 mole. The same holds for
the fluorine function in the concentration range from 0-05 to 0-8 mole-
There are 3 figures, 4 tableal and 12 references; 3 Soviet) 3 USi 4
British, I-German, and 11hdian.
ASSOCIATION: Leningradakiy gosudaretvennyy universitet im. A. A. Zhdanova
---(Leningrad State University imeni A, A..Zhdanov)
SUBMITTED: March 19, 1959
Card 3/~

". Y 'k ~ )~, -i
i~:A' , ',0.A. ; , i'.;;. -; KU"", -~.. i.l..
-[-:.~,Tll,~Ct I '-. :, ~ -., ~ ; . .-
--lf,.ut-rode behavior of* cation-ci,,-' .! , C,
i
ccrta,ln o 'Lee Lrolytoo wLtli twcl- ailt.4 three- :-,
Ifil: 19 no.16:31U,0-103 164 . (z lll.k 17:11)

.ALAJBrG, Antur
Conference on rore stimulative rpmuncrnticn (-f' worker!~ h~ Id in BL11ja Lul,.-,i.
Energija Hrv 10 no. 1/2-09-61. ID-'l

ALAJBW,, Antun ,
"Problens of electric rcwqr distribution in Croatia" published.by the
ftofessional Association of Enterprises for the Distribution of Flectric
Power in Oftatia. Reviewed Iy Antun Alaibeg. Energija Hrv 10 nc.
1/2:65-67. 161

AI.AJBEG, Antin
Operational and orgenize.tional pro.blems of "Elektrodalmacija." Ihergija
Hrv 10 no. 3/4.-122 161.

ALAJBEG, An
Gonsultations on the projecting eund building of electric irBtallations
for the dwellings. EnergiJa Hrv 12. no.9/10:332-33/+ 162.
K--F,

AW, Kh.M.. i-nzh.
Couforence on the utilization of automatic and remote control
and relay protection. -Blek. eta. 30 no.3:95-96 Mr 159.
(MIRA 12:5)
(Automatic control) (Remote -introl) (Electric relays)

S/058/62/000/006/120/136
41306 A062/AlOl
AUTHOR: Alakhov, Ye. K.
TITLE: On increasing the precision of phase measurements for centimeter
band waves
PERIODICAL: Referativnyy zhurnal, Fizika, no. 6, 1962, 34 - 35, abstract 6Zh229
("Sb. tr. XIII Leningr. nauchno-tekhn. konferentsii posvyashch.
dnyu radio". Leningrad, 1959, 88 - 93)
TEXT: A method is proposed for measuring the phase difference with com.;-
pensation of phase errors for reducing the measurement errors. A theoretical
analysis and an experimental verification show that for a correct choice of the
line length and a really attainable travelling wave ratio n = 0.9%the general
measurement error is 00;5 instead of 10 as obtained by the usual methods.
V. K.
[Abstracter's note: Complete translation]
Card 1/1

66187
SOV/146-59-2-5/23
1".1)'THOR: Alakhov, Ye.K., Aspirant
IPME-, Device on Reflecting Clystron in Autodyne Conditions
on 3.2 cui Wave for Measuring of Secondary Radiation
Circular Diagrams
',~'ERTODICAL: Izvestiya vysshikh uchebnykh zavedeniy - priborostroy-
eniye, 1959, Nr 2, pp 28-33 (USSR')
A-333TRACT: At the present time, the principle of modelling, where
the object is superseded by a model and the measure-
ments are performed at different ranges of radio-waves,
is widely used for measuring secondary radiation cir-
cular diagrams of one or another reflecting objects.
To this end, a measuring device operating at cm-range
with a generator of a reflecting clystron type has.
been designed. In Fig 1, the layout of the new de-
vice is given. Its principal component is the reflect-
ing clystron in autodyne conditions which serves at
the same time as a generator and receiver of radio-
waves. Blectromagnetic flux received through an an-
ard 1/3 tenna acts upon the autodyne generator which emits a

66187
SOV/146-59-2-5/23
Device ozi Reflecting Clystron in Autodyne Conditions on 3.2 cm Wave
for Measuring of Secondary Radiation Circular Diagrams
low-frequency signal, corresponding to the size of
the model reflecting surface. The signal enters the
amplifier and passes then to the recording meter
where the secondary radiation circular diagram is re-
corded. Autodyne generators are usually character-
ized by their sensitivity S. Having made the neces-
sary computations, the author concludes that the
maximum sensitivity value corresponds to the gener-
ation zone edges; for reflecting clystrons of usual
industrial types, it lies within the following li-
maZ__30+50 v at Rn=20 kohm, io=20'25 ma, where
mits: S
R is the load on the autodyne generator. To check
tRe performance of the new device, an experimental
installation has been constructed (Fig 3). It con-
sists of a clystron generator, horn antenna and a
vane with the model and a control gauge mounted on
it. According to Doppler's effect, the useful signal
Card 2/3 possessed a periodicr- character with frequency 41_~

8360
S/058/60/000/008/007/009
0 0 A005/AOO1
Translation from. Referaiivnyy zhurnal, Fizika, 1960, No. 8, p. 332, f 21138
AUTHOR: Alakhov, a K
T=j Instrument for Measuring the Phase Difference at Points of an
Electromagnetic Field in the Microwave Band
IVA
PERIODICAL: Nauchn. tr..Leningr. in-t,tochnoy mekhan. i opVki, 1959, No. 29,
pp. 101-110
TEXTt The author describes a method for measuring the phase difference of
oscillations of an electromagnetic field at SHF by the balancinL detector method,
when the detector operates in the standing wave rAnge. It Is noted that the
accuracy of reading the phase difference can not practically be attained to more
than 10 by the present methods, whiah use the balancing detector operating on
the basis of travelling waves, because of the difficulties in obtaining high
travelling wave ratios. It is shown that theerror of measurements may be
lowered down to a !F--- of one degree, when choosing the proper operation
*tnthS
Card 1/2 ~oe

83649
s/058/60/000/008/007/009
A005/AOOl
Instrument for Measuring the Phase Difference at Points of an Electromagnetic
Field in the Microwave Band
parameters. The error did not exceed 0.50 when the method developed was ex-
perimentally verified. There are 10 references.
K.A. Pobedonostsev
Translator's note: Thi.5 is the full translation of the originaL Russian
abstract.
Card 2/2
W a'.

S/058/60/000/007/005/014
AbO5/AOO1
Translation from: Referativnyy zhurnal, Fizika, 1960, No. 7, P. 309, # 17871
AUTHORS: Shchelkunov, K. N., Alakhov, Ye. K.
TITLE- Measuri Oscill4ions and Other Small DisplacementsWith the
Klystron-AutodynT'
PERIODICAL: NaLuchn. tr. Laningr. in-t tochnoy mekhan- i optiki, _ 1959, No. 29,
pp. 125-129
TEXT. The authors discuss briefly the possibility of using SHF oscilla-
tions for measuring small displacements. Results are presented of an investi-
gation of the method of measuring oscillations or other small mechanic displace-
ments by the klystron autodyn. The measuring apparatus consists ol' a klystron
generator and a waveguide emitter. When the distance between the emitter and
the surface, the displacement of which is being measured varies, the total V/
resistance of the klystron load changes, which causes a variation in its anode
current. The method is notable for simplicity, and it may be expected that a
displacement of the order of some microns may be recorded by this method.
D. N. Klyshko
Translator'e note: This is the full translaoion of the origjr%al Russian abstract.
Card 1/1

S/146/61/004/0012/001/011
B124/B206
AUTHORS: Zilitinkevioh, S. I., Shohelkunov, K. N., Balobey, F. P-p
Alakhov, Ye. K.
TITLE: Devioe.for measuring secondary radiation, operating with a
reflecting olystron-autodyne
PERIODICAL: Izvestiya vysehikh uohebnykh zavedeniy. Priborostroyeniye,
V. 4, no. 2, 1961, 3-9
TEXT: This article describes a device developed at the kafedra radio-
tekhniki Leningradskogo institute. toohnoy mekhaniki i optiki (Department
of Radio Engineering of the Leningrad Institute of Precision Mechanics and
Optics)., where the problem of replacing reception- and transmission
channels was radically solved through application of the autodyne
principle by means of a reflecting olystron, the latter serving not only
for generating the emitted oscillations, but also for detecting oscilla-
tions which are received as a consequence of secondary radiation of the
objects concerned. When the object to be investigated is shifted in the
radiation field of the deviie, the reflected high-frequency energy acts on
Card 1/8

Device for measuring...
2 2548
S/146/61/004/002/001/011
B124/B206
the olystron-autodyne and generates at its output resistance a voltage
with Doppler frequency proportional to the energy of the secondary radiant
flux. The device-for measuring the parameters of secondary-radiation
sources was built according to the block diagram shown in Fig. 2. It
contains the following main components: 1) the measuring channel
consisting of the clystron generator, a directional coupler, an antenna
and a measuring ampTifierl 2) a system for controlling the clystron-
autodyne sensitivity, consisting of a generator for sensitivity control,
the clystron-autodyne, a measuring amplifier and a sensitivity-oontrol
indicator; 3) a system for controlling the autodyne-generator power output,
consisting of a directional coupler, a detector, an amplifier and an
indicator for output control; 4) a system for recording the movement
parameters of the model, consisting of a device for recording the rotation
(electronic counter with rotation indicator) and a velocity recording
device (velocity pickup and -indicator); 5) a control panel intended for
switching on and adjusting the entire measuring device as well as other
devices representing part of the measuring complex, and 6) the current
sources. The clystron-autodyne is connected with the antenna and serves
for generation, reception and autodyne detecting. In the presence of a
Card 2/8

S/146/61/004/002/001/011
Device for measuring... B124/B206
moving object in the radiation field of the device, the reflected energy
passes to the antenna and acts on the clystron autodyne, thus causing
working conditions corresponding to the change of its outer high-frequency
load. In this way, an intelligence signal with Doppler frequency is
generated in the load resistance of the olystron-resonator circuit. For
easier calculation of the autodyne-generator reaction on changes of the
outer high-frequenoy load, the notion of sensitivity is introduced with
the aid of which the ratio of the signal voltage obtained at the load
resistance of the autodyne, to the corresponding change of the outer
conductivity of the clystron is denoted, i.e.,
S - 1y- Uslan
ext/yext
The analysis of the expression for the sensitivity shows that this
strongly depends on the selection of the operating point within the
generation zone in the reflecting clystron. The approximate dependence
of the sensitivity along the generation zorte is given graphically in
Fig. 3, from which it can be seen that maximum sensitivity during opera-,
tiort can be obtained at the zone borders, the working conditions of the
generator-autodyne being, however, rendered very unstable thereby. For an
Card 3/8

22548
S/146/61/004/002/001/011
Device for measuring... B124/B206
increase of the dynamic range of the device and the stability of its
operation, the operating point of the olystron within the generation zone
must be selected with a sensitivity of 0.8 to 0.9 of the maximum value.
The noise level of the device lies at 1 mv, warranting at least equal
sensitivity for the receiver channel as for the direct-amplifier-receiver.
The voltage pulsation amplitude was reduced by means of suitable filters
and a high degree of stability of the supply voltages; a further measure
for increasing the sensitivity was the selection of the working frequency
band of the measuring channel. Fig. 5 shows a simplified diagram for
sensitivity control. The device described mainly serves for measuring
the secondary radiation energy, which is required for measuring reflection
coefficients of surfaces of different shape, COMDOSitiOn and struct-are,
for measuring secondary radiation diagrams of various objects, etc. It
can also be used for contaotless measurements of displacements and vibra-
tions with small amplitudes, for measuring vibrations with arbitrary
maximum frequencies, etc. This study was recommended by the Department of
Radio Engineering of the Association. There are 5 figures and 4 Soviet-
bloo references.
Card 4/8

22540
S/146/61/004/002/001/011
Device for measuring... 3124/B201-
ASSOCIATION: Leningradskiy institut, tochnoy mekhaniki i optiki
(Leningrad Institute of'Precis ion Mchanics and 0 tlcs~
SUMAITTED July 8, 1960
-wiring diagram of the device.
Fig. 2 Block Legend: 1) power indicator,
0

"I
2 -er amplifier, 3) detectort 4) sensitiv
0
~ ? ity-6ontrol indicator,
s
en
sitivity-control generator, 6) to th6
5 recording devices, 7)
measuring ampliffer~.8) olystron gene-7ator, 9) directed coupler, 10) devic e
with movable model, 11) v6l"ity indicator, 12) rotation indicator, 13)
counter, 14) Lrom the travel- (r3tdt-i-on, angl e) pickup, 15) from the
velocity_ (rpm) pickup, .16) supply sources*,' 17).-copturol.ranel.

Card 5/8
V

zZW
S/146/61/00,t/002/002/011
B124/B206
AUTHOR: Alakhov, Ye. K.
TITLE: Measuring error and effective range of the device with
reflecting clystron under autodyne conditions during the
investigation of secondary radiation
PERIODICAL: Izvestiya vysshikb uchebnykh zavedeniy. Priborostroyeniye,
v. 4, no. 2, 1961, 10-13
TEXT: Devices for measuring the secondary radiation fields of electro-
magnetic wives, which are based on the autodyne principle, are oharao-
terized by means of the sensitivity S, related to the electromagnetic flux
absorbed by them. This flux develops due to reflections from the object
investigated (model) with the effective reflection surface a. In this case
the relation S - (U IADVa) 44=2 (1) holds, where U. is the voltage of the
intelligence signal in the load resistance of the autodyne generator, & the
wave length, D the amplification coefficient of the device antenna and r
the distance of the device antenna from the model.
Card 1/5

2 Z549
S/146/61/004/002/002/011
Measuring error and ... B124/B206
(16.3r4/D')(U2/X2S2) (2)
8
holds therefore for the effective reflection surface. Tt is assumed that
the antenna of the device is well tuned to the high-frequenoy channel,
i.e., rAWO, where r A is the reflection coefficient of the antenna. The
parameters, which mainly influence the size of the measured surface a are:
1) the sensitivity of the autodyne generator, S; 2) the amplitude of the
signal at its load resistance Us, and 3) the length of the generated wave
X. All errors of this device during meawirement of the effective reflec-
tion surface a can be categorized as follows: 1) those conditional on the
application of the autodyne principle, and 2) those caused by the indicator
and the generator of the device. For long-time measurements (2 to 3 hr) on
a spherical model, the deviations for a selection of the operating point
within the generation zone of the clystron with P red >0.1 Pmax amount to
1.0- 1.5 %, where Pmax is the energy of high-frequency oscillations in the
middle of the zone. For the majority of reflecting clystrons used, the
mean sensitivity lies in the range of from S - 30 to 40 v at R I - 15 kilohm
and a resonator current i. - 20 to 25 ma. The instability of the wave
Card 2/5

S/146/61/004/002/002/011
Measuring error and ... B124/B2o6
produced by the autodyne-clystron-generator amounts to 0.1- 0.3 ~.. A
measurin am lifier of the type 28-MM (28-IM), an oscilloscope of the type
3HO-1 (ENO-1 or an automatic recorder of the type "He~jjatfl ( ItNeyman") can
be used as indicators for determining the voltage of the intelligence
signal. This measurement error is further affected by the reaction of the
autodyne generator on the voltage change at its electrodes owing to the
freed voltage of the intelligence signal in the circuit of its loading
impedance Rl. This measurement error amounts to 1.5 -2 % with previous
calibration of the 28-IM measuring amplifier by means of a standard signal.
The total error of measuring the effective reflection surface of the model
a is Ma/dImax 018 %. For determining the effective range of the nev
d evice, Eq. (1 ) As written down in the form r = rD'\r(a (, U 4RF) (4).
For given Smean = 30 v and U s. min ~ 0. 9 Mv, rmax!2e 40 ff VS e~) is obtained.
For the mentionei ratio s-ignal/noise = 2, the-selected quantity U a min is
determined by the noise level in the loading impedance of the autodyne-
clystron generator because of the oathode-ourrent fluctuations. For
devices based on a different principle of operation, but also using a
Card 3/5

22549
5/146/61/004/002/002/011,
Measuring error and.... B124/B206
reflecting olystron. as generator tube, rrl max"--30VXD Va (6) holds on the
basis of the radiolocation equation (Ref. 6: Bogomolov A. F. Osnovy
radiolokatei:U (Principles of radiolocation). I'Sovetskoye radin", 1954)
at a radiation energy Prad - 15 mv and a'receiver output Prec min - 10-8 W.
The effective range of the new device is thus as big as that of devices
-with crystal detector, but the new device is much simpler. Moreover, the
autodyne principle permits the use of a joint transmitting and receiving
antenna, which in the devices used so far involves great difficulties.
Finally,. the biggest possible distance of the antenna of the new device
from the model investigated is determined at a given gradient of the high-
frequency energy reflected by the model. On the basis of Eq. (5) the
following is obtained for born antennas (D-70) and the wavelength X (om):
on scale-10 r 3 2 ~/O - -1c, X2
r 11* 28 ~/O. 1 04
on scale 20
on scale 30 r