SCIENTIFIC ABSTRACT AKERMAN, K. - AKHALAYA, M.G.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100610003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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Abstracter's note: Complete translation.

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R!~,Y

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5:.

,AKMM,,,..,Karol;. BRUM, Marek; KRUSZEWSKA, Olga; KRUSZEWSKI,
Isotopeld'research onthe effectiveness of various methods
of purifying trichlorosilane and silicon tetrachloride when
applied to semiconductor purity silicon and silica. Przegl
elektroniki 4 no. 5/6: 299-310 M~-Je 163.
1. Zaklad Stosowania Izotopow w Chemii i Technologii
Chemicznej, Instytut Badan Jsdrowych, Polska Ak--demia Vauk,
Warszawa.

-_BRAFMAN, Marek; FIK, Henryk; KIT-ALIA, Jan; NOWAK, Maciej;
POCZYNAJID,,Andrzej
Isotopic studies on the separation course of impurities
during the zinc redistillation process. Archiw hutn 8
no. 2: 103-118 163.
1. Instytut Badan Jadrowych Polskiej AkademiiNauk, Zaklad
XVI,, Warszawa (for Akorman., Brafman, Nowak).
2. Biuro Projektow, Zjednoczenie Gormiezo-Hutnieze Metali
Biezelaznych, Gliwice, (for Fik)
3o. Zaklady Cynkowe Silesia, Huta Welnowiec (for Kitala).

/V
7~11 ~- 0
POLAND
AKEn!kN, Karol
Nuclear Research Institute (Instytut Badan Jadrowych)
Wroclaw, PrzeEoad glektroniki, No,g, 6ODt 63, PP 529-
31.
"Synthesis of Specific Sorbents for Germanium Con-
centrates Production from Industrial Zinc Electrolytes".

AKERMAN. Karol. BRAFMAN. Marek; SZTERK, Lucjan; KRUSZEWSKA,
Olga
Studies on the structural surface defects of silicon single
crystals from chemical etching and radioactive tracer
decoration.
Przegl elektroniki 5 no.7:337-345, 346 JI 164.
1. Department no.16, Institute of Nuclear Research, Polish
Academy of Sciences.

AKERW . K.. HOFFMLNN, P.M.;ZA13LOTRY, W.
Application of isotopic techniques to the studies of
unitary
chemical processes. Nukleonika 9 no.7/8s637-645 164
1. Institute of Nuclear Research,, Warszawa.-Swierk.

e',,-*,!-:-,,, .c
a r
um-,;
AV D -dial
4q
of Sik con ilicon dioxide-, and,, the
of germanium from zinc electrolytes Pnd rhenium from molybdenum
concentTates. Orig.
art. has: .8 figures and 3 tables.
Card

ACCESSION.'21M.- AP.4045670
7,.C:tUte of Nuclear T~esearc
CarCl 2/2

ZABLOTNA, R.; AMMAN K ; SZUCHNIK, A.
Direct preparation of tri-,di-, and monomethylgermanium mono-,
di-, and trilodides, respectivelyand their use for obtaining
unsymmetrical tetraaklyl germanes. Bul chim PAN 12 no.10:695-
699 164.
1. Department of Using Radioisolopes In Chemistry and Chemical
Technology of the Institute of Nuclear Research, Warsaw.
Submitted
August 3, 1964-

POILaID
AXIMMAN, Karol; BIRUMILN, ~bxelq KjujSZEIISK~, 01,&- SZV=
Luejan
Nuclear Research Instituto (Instytut Badan Jadrowych)
Warsaw, Przeglad eleldroni1d, No 8, August 1966, pp 376-86
"Revelation of dislocation structural defects in metal and
semiconductor single crystals."

AKERMAM Karol; NARUSUK, EdWaM
Recuperation of rare earth elements from grinding waste.
Przem chem 39 no.7:442-443 J1 160.
la Katedra Zespolowa Chemii Fizycznej i Technologii Chemicznej,
Uniwersytet, im. Curie-Sklodowskiejl Lublin

AXIRW I GARDI16CIC, Ante, dr.; MATANIC. Vladimir,
dr.;
dr.
Has Orede's prophylaxis of eye goporrhes, in newborn
infant beeone
outmoded? A proposal for discussion. Med. glasn. 9
no.7-8:287-289
July-Aug 55.
1. Opes bolnica, u Zadra.
(OMTHALKIA NOWTORUM, prov. & control
silver nitrate, value (Ser))

AKE", Radoelav, Dr.
The treatment of threatening abortion with
sympatbomimetice.
Lijec. vJes- 77 no-5-7:309-315 May-.Tuly'55.
1. Iz Ginakolooko-porodiljskog
(SMATHOMIMETICS, tber.
,threatened, abortion
(ABORTION,
odjela Opce bolnice u Zadru.
use,
(Ser))
threatened, ther., Bympathomimetics (Ser))

AKMW, R. . Dr.; JILIC, R., dr.; KRAGIC. L.. dr.
Modern asp3cts of sterility. Lijec. vjas. 77
no.10-12:
485-497 Oct-Doc 53.
1. Is Ginekolosko-porodsjuog 1. Rentganoloskog
odjela Opce
bolnice u Zadru. '
(STIMILITY,
etiol. & ther. (Ser))

AIERW, Radoslay, War
Zffect of constitutional and exogenic factors on sexual
processes of female organism. Mad. glasn. 10 no-3:98-103
March 56.
1. Ginakolooko-prodoajno odjeljenje Opce bolnice u Zadru
(sof. prim. dr. R. Akarman).
(BODY CONSTITUTON,
off. on menstruation. amenorrhea & female climacteric (Ser))
(MSTRUATION, physiol.
off. of body constitution & environment on (Ser))
(AMIMRFMIL, physiol.
same)
(CLINACTRUC, YMMS, physiol.
same)
off. on menstruation, amenorrhea & female climacteric (Ser))

AXERMN, Radoslav. Dr.
Psychological aspects of practical gynecology. Lijec. vj*~.
78 no.11-12:506-512 Nov-Doc 56.
1. Ix Ginakoloako-porodajnog odjela Opce bolnice u Zadru.
(GYNWOIDGY,
psychel. &"cts (Ser))
(PSTCHOWGY,
in gyn. (Ser))

SXRKINIG,B.,dr.,.A=K=BR=MA=N,R=.I.,dr.;
PAROVIC.S.,dr.
Oar experiences with.ophthalmological examination
of newborn
Infants. Med. glasn. 13 no-7:379-381 J1 159.
1. Ocni, Ginekolosko-porodajui i Djeoji odjel
Opce bolnice u
Zadra.
(MY1 DMASIS in inf. & child)
(INFANT NZWBORN dis.)

AKERMANs, Radoslav prim. dr
Contributi:n
to the problem of pain control and spasmolysis in
obstetrics and. anecology. Yed.glasn. 14 no.7/8:397-400 il-Ag
6o.
1. Ginekolosko i porodi-ljsko 6de1jenje Opste bolnice u Zadru
(Sef:
prim. dr R.Akerman)
(SCOPOLAMINE ther)
(GYNECOLOGY analg & anesth)
(AMINOPYRINE ther)
(ANESTHESIA OBSTETRICAL)

AKHABABIAN , Nushim
" I I
Structure of the nucleon. Fiz mat spisanis BAN 6
no. 2:91-97
163.

M
TEV, B.; MUKOV, Sht.; POPOVA, L.
Diurnal intensity variation of the hard component of cosmic rays
.1
lor 1960-1963,as observed with narrow-angled crossed telesco es,
Geomag, i aer, 5 no*2z230-233 Mr-Ap 165, (MIRA 18--7~
1. Fizicheskiy institut Bolgarskoy Akademii nauk, Sofiya.

AKRABADZE, A.F.
Include factory callisthenics In the regimen of each workez..
Zdrav.
-Ros. Feder. 4 no- 4:27-30 Ap '(D. (MIRA 13:10)
1. Starshiy inspektor otdala meditsinskoy pomoshchi gorodskomu
naselen4a i rabochim promyshlennykh predpriyatiy Ministerstva
7dravo&:h-ranenlya RSFSR.
(CALLISTUNICS)

., B.I.; GRIGORIYEVA E.N.; KONDYURILN) L.I.' AKHABADZE
A F
GAVRILOV P A 2 0
YELISEYEVA.. T.N.; BOGATYFM, I.D., red.; TROVA, R.K.,
tekbn. red.
[Work experience of medical and sanitary unita'Opyt
rabotY
mediko-sanitarrykh chastel. MosWap Medgiz., 1962. 221
(MIRA 1515
(NEDICINE2 INDUSTRIAL)

AKHABADZE, A. F.
Organization of cometic care in the R.S.F.S.R. Zdrav. Ros.
Feder. 6 no.6;30-32 Je 162. (MIRA 15:7)
1. Direktor Institute vrachebnoy kosmetiki Ministerstva
zdra-7ookhraneniya RSFSR. .
(BEAUTY CULTURE)

ROVI, Aleksandra Sergeyevm.,
jp~~qnina Fedorovna; GUM
kand. .me a~ naa.;-kkml, Lyuclrila Aleksandrovna, kand.
med. nauk; SOROYO, Ya.l., red.
[Medicine as the guardian of beauty) Meditsina na strazhe
krasoty. Moskvap lzd-v(. Znanie," 1964. 46 p. (Vovoe v
zhizni, nauke, takhnike. VIII Seriia: Biologiia i
zeditsina,
no.13) (MIRA 17:6)
1. Direktor Instituta vrachebnoy kosmetiki (for
Akhabadze).

,AKUAWZB# I-F.;. SKIN, P.I.. redaktor
--W, ~~ I'll ~'kY
[Jacovlls ladderl-Gindukba lazurnaia. Moskva,
Xedgiz, 1955. 15 p.
(JACOBIS LLMM) (MIRA 9: 11.)

28-119-5-55/59
AUTHORS: Polezhayev, L. V., Akhabadze, L. V.f Zakharoval N. A.f
Mantlyeva, V. L.
TITLE: On the Regeneration of the Myooardium in Mammals ( 0 rege-
nerataii miokarda u mlekopitayushchikh)
PERIODICAL: Doklady Akademii Nauk SSSRf 1956, Vol- 119, Nr 59
PP. 1039 - 1042 (USSR)
ABSTRACT: It is known from experiments with mammal (References 2
16-18) and pathological-anatomical data :n man (Referen;es
1,4) that the cardiac muscle does not regenerate after an
injury or infarct, but that it forms a sear. Only newborn
oats can regenerate myocardium (Reference 11). The authors
tried to bring about the regeneration of myocardium. in grown
mammals. For this purpose they chose the method of the chemi-
cal organospecific traumatization. It is based on the in-
fluence exerted by own tissue proteins and their decomposition
products, further of nucleoproteins upon the injured organ.
Card 1/4 Previous experiments (References 8,lo,12) yielded positive

28-119-5-55/59
On the Regeneration of the Myooardium in Mammals
results. Experimental-morphological, biochemical, physiolo-
gical(electrocardiography - ECG) and histological methods
were employed in combination. The experiments were performed
with Bo old rats. Under an urethane narcosis and artificial
reapiration the heart was exposed and the tissue on the front
wall of the left ventricle not far from the apex of heart
was bloodlessly coagulated by means of an electro-diathermic
apparatus. A white infarct-like center of injury, 4-5mm in
size and deep, formed. The wound of operation was then sewn
up in 'Layers. For 14-2o days the animals (except the control
animals) received subcutaneous injections of biopreparations:
of hydrolysates and extracts from rat hearts. The method of
production of these preparations is described. The test
animals
were killed between the 1-st to 16o-th day after the
operation,
the hearts were fixed with Gelli-liquid and the paraffin
sections dyed. Conclusions: 1) The described center of
necrosis
is resorbed in the course of time and replaced by small
centers
Card 2/4 of non-differentiated muscles which later decompose
and dis-

.On the 4egeneration of the Myooardium in Mammals
28-119-5-55/59
appear. The muscles of the marginal zone are neither destroyed
nor dedifferentiated nor regeneated, No microoells are formed.
2) When the hydrolysate is given the necrotic center is re-
aorbed 2 1/2 times faster. In its place muscles are newly
formed which have no connection with the old muscles of the
marginal zone. Microcells are formed in a large amount. The
extract stimulates the regeneration less than the hydrilyeate~
3) After the injury of the heart the ECG passes an aci, ej a
subacute and a scar stage. The hydrolyeate shortens the acute
stage and brings about an earlier beginning of the soar stage.
In 5o% of eases the ECG returns to the norm on the 11-th day
after the operation which morphologically corresponds to the
restoration of the myocardium. There are 3 figures and 19
references, 12 of which are Soviet.
ASSOCIATION;, Institut morfologii zhivotnykh im. A. N.
Severteova Akademii
nauk SSSR (Institute for Animal Morphology imeni A. N.
Severtsovq AS USSR)
Card 3/4

-On the Regeneration of the Myocardium in Mammals 28-119-5-55/59
PRESENTED: January 14, 1958, by K. I. Skryabin, Member, Academy of
Sciences, USSR
SUBMITTED: January 14, 10,58
Card 4/4

2o-119-6
-55/56
AUTHOR:
Akhabadze, L. V.
TITLE:
Histological Changes Daring the
Healing of a Damaged Myo-

cardium in Rats (Gistologicheskiye
izmeneniya pri zazhivlenii

povrazhdennogo miokarda u krys)
MIODICAL.-
Doklady Akademii nauk 38SR9 19581 Vol- 1191 Nr 6t pp. 1251-1254

(USSR)
ABSTRACT:
In a joint work (Ref 9) the author proved that the
regenera-

tion of the artificially dimaged myocardium can be
consider-

ably stimulated by means of hydrolysates and extracts)
which

is impossible without such a treatment. In the present work

the
endeavor is made to follow the histological changes

during the
healing process of such an artificial, infarct-

-like damage.
According to various experiments the conclusion

was drawnthat the
myocardium of grown-up men and animals

cannot regenerate. The damage
caused in the myocardium is

remedied by means of connective tissues.
Only in newly barn

cats can the capacity of regeneration be observed.
The de-
Card 1/3
tails of the experiment and of the material already
described

2o-119-6-55/56
,Histological Changes Daring the Healing of a Damaged Myocardium
in Rats
in Ref 9 are repeated* Numerous details from the aforemention-
ed paper are mentioned: On the strength of his observations
the author arrives at the following conclusions:
1) After electro-thermo-ooagulation of the myooardium of
rate an infarot-like tissue center of the type of a coagula-
tion necrosis forms. Its development passes through various
stages: a) Resorption and formation of a regenerating im-
mature connective tissue; b) Development of the latter and
formation of small muscle centers and c) Disintegration of
newly formed muscles and cicatrization of the damaging center.
2) The-muso-les of the marginal zone are neither differentiat-
ed-ndY,--1tfg-6hWkkUd-;'in'the central zone centers of now
formation
of muscle fibers form isolatedly and independent of the margins
of the old muscles. 3) The newly formed muscles are not cap-
able of differentiating normally; they disintegrate and are
replaced by the cicatricial tissue. Consequently, some condi-
tions of growth and development of the newly formed muscles
are lacking. There are 4 figures and 11 references, 5 of
which are Soviet.
Card 2/3

2o-119-6-55/56
Histological Changes Daring the-Healing of a Damaged
Myocardium in Rate
ASSOCIATION: Institut morfologii zhivotnykh im. A. N.
Severtsova Akadsmii
nauk SSSR
(Institute of Animal Morphology imerxi A. N. Severtsovi
AS USBR)
PRESEWTH.D; January 23, 1958, by N. N. Anichkov, Member,
Academy of
Sciences, USSR
SUBMITTED: January 11t 1958
Card 3/3

POLMATIff, L.V.; AKKABADZN L Z"-UMIAROTA, N.A.;
MANTIMA, V.L.
Stimulating the regeneration of the mammalian cardiac
muscle
[with summax7 In Ingliah]. Izv. All SSSR Ser.biol. 24
no,1:16-33
-Ta-P 159. (MMA 12:2)
1. Institute of Animal Morphology, Acadeu7 of
Sciences of the
UOSOSSRS, Moscows
(HEAM-MUSCIR) (IMMMATION (BIOLOGY))

170)
SOV/2o-128-2-47/59
AUTHOR:
Akhabadze, L. V.
TITLEi
Distribution of
Desoxyribonucloic Acid in Healing Injured

Myocardium in Rats
PERIODICAL:
Dbklady Akademii nauk SSSR, 1959, Vol 128, Nr 2,

Pp 391 - 394 (USSR)
ABSTRACTt
In.continuation of the preceding paper (Ref 2) the author

deals with the distribution of desoxyri-bonacleic-adid (DNA)

mentioned
in the title. The processes of growth, multiplioa-

tion o~ cells, and
regeneration are always accompanied by an

increase of DNA in the
tissues. The DNA total content is an

important index of the prooesses
of growth on fibroblasts

(Refs 6,1o), leucocytes (Ref lo), and of the
tiosues of various

organs (Ref 3). 22 grown-up male rats were used for
the ex-

periments.*Their myocardium was damaged in the area of the,

left
chamber of the heart by electro-diathermic coagulation

(method of
reference 2). The animals were killed I - 45 days

after the operation.
The author exactly describes the indi-

vidual stages of the
regeneration of animals killed at these
Card 1/3
periods and shows
individual stages of this process (Pigs 1-3)-.

Distribution of Desoxyribonucleic, Acid in Healing
Injured Myocardium in.Rats
BOV/2o-128-2-47
/59
The 3 morphological stages found in the preceding paper of
the author (Ref 2) were observed also in this case: 1) stage
of the lysis of the necrotic tissue and formation of a young
connective tissue~in the focus of lesion 2) stage of the new
formation of muscle units within the granulation and 3) de-
composition stage of the newly formed muscles and stage of
scar-formation. Each of these stages is characterized by
qualitative changes of the DITA content and -distribution. 1)
In the.center proper of the injured zone DINA was not found at
all since here.,no cells are preserved. 2) The DNA distribution
differs in nuclei in the center and at the periphery of the
focus of lesion even if the nuclei are of the same type. The
nuclei of the central part are small and have a denser chroma-
tine which takes a dark violet color by fuchsine sulphurous
ci
a
*d (Fig 3v). The author tries to explain a)the differenceiin
the color intensity at the above-mentioned places of the
focus of lesion and b) the weakly violet color in the inter-
cellular space (after addition of fuchsine sulphurous acid).
For a) he assumes a concentration of chromatine due to the
Card 2/3 reduction of the nuclei and for b) a nuclear substance
liberated

Distribution of Desoxyribonucleic Acid in Healing SOV/2o-128-2-47/59
Injured Myocardium, in Rats
from-destroyed naclei (Refs 12,13). There are 3 figures and 17
references, lo of which are Soviet.
ASSOCIATION: Institut morfologii zhivotnykh im. A. N. Severtsova
Akademii
nauk SSSR (Institute of Animal Morphology imeni A. N. Severstov
of the Academy of Sciences, USSR)
PRESENTEDs March 9, 1959, by N. N. Anichkov, Academician
SUB17ITTED: February 6, 1959
Card 3/3

AXELUMDZX,g L*V.
Distribation of ribonucleic acid during the
healing of wounds iu
the myocardium of the rat, Dokl.LN SSa 132
no.5i1210-1212
je 16o. (MM 13:6)
1. Iustitut morfologii zhivotnykh im. A.N.
Severtueove. AkAdemii
nauk 335R. Fredstavleno akademikom X.N. Anichkovym.
(IMM-40=3 MM IN=135) (NUCIMIC ACIDS)

POLE.ZHAYEV ~L.V.; AKHABADZE, L.V.; ZAKHAROVA, N.A.; AVICH, M.P.
Effect of pyrogenal and myocardial hydrolyzate on the regeneration of
the heart mwele. Dokl*AN SSSR 138 no.3:7u-m w. 161.
(KDA 3,40)
1, Institut morfologii shivotnykh ime A.N.Severteova AN SSSR.
Pred,stavleno akademikom A.N.Bakulevyme
(Heart-44usole) (Regeneration (Biology))
(Pharmacology' (7issue extracts)

8/02 62/143/005/017/018
B144X138
AUTHOR: Akhabadze, L. V.
TITLE: Distribution of ribonucleic acid during stimulation of
myooardi4l. re~genqrat_i-on.,~anai"' inhibition of cioatrization
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no- 5, 1962,
1198-1201
TEXT: On the basis of their previous investigations (DAN, 1~2, no- 5
(1960); Izv. Akad. naukt seriya biol., no. 1 (1959)), the authors
studied
the RNA distribution in the operated cardiac muscle of white rate after
administration of a spleen preparation as inhibitor either alone
(group I)
or combined with a myocardial hydrolyzate (group II) as stimulator.
Sections were prepared I - 324 days after the operation. -The RNA
content L-1
was determined by the methyl green-pyronine method. Histological
changes are described in detail. In I the inflammatory reaction was
markodly inhibited. The lysie of the coagulated muscle fibers was
completed after 7 days (controls 13 days). The texture of the.newly
formod connective tissue is less dense. This promotes the formation of
bridges by the fibers regenerating from the mdoole atumpe at the wound
Card 1/2

POLEZRAYEVp L.V AKMADZEq L.V.; MD.ZLA)MVA., N.A.; YAVICH,
Regeneration of a rat's nWocardium as an effect of
-~ribonuclelc acid a~d pyrop4,4:,treatmeht. Dokl.AN SM
145 00'.5mao-no "62, . (NIRA 15-- 8)
'l. IU'B*iitut morfologii ihivotnykh im. A.N.Severtsova-AN
SSSR.
(HEART-MUSCLE)
(REGENMATION (MdLitt))

AKHABADZE, L.V.
Variation in the basophily of an injured myocardium in
animals treated with ribonucleic acid and pyrogenal.
Dok1. AN SSSR 146 no.4:913-915 0 162. (MIM 15:3-1)
1. Institut morfologii zhivotnykh im. A.P. Severtsova
AN SSSR. Predstavleno akademikom N.P. Anicbkovym.
(Nuci~ic acids) (Fever therapy)
(Regeneration (Biology))

POIEZHA'YEV, L.V. (Moskva V-333, 2-y Akademicheskiy
prey d.4. kv.4);
,AMMBADZE LV.; MUZIAYEVA, N.A.; YAVICH, M.P*
Stimulation-of the regeheration-of the
myocdrdium--in inhibit6d
cicatrization. Grud. kbir. 5 no. 2:47-54 Mr-Ap 163.
(MIRA 17:2)
1. Iz laboratorii eksperinentallnoy
-morf6logii'zhiiotnykh'(zav.-
Prof. L.V.Polezhayev) Inbtituta morr6iogii
zhivotnykh ixd6rd A-ON-.'
Severtnova (direktor - chlen-korrespondent AN SSSR
G.K.Xhrushchov).

l'OLFAHAYEVS L.V.; MUZLAYEVA,, N.A.; YAVICH.. M.P.
Stimlation of myowirdium regeneration in rabbitB and do s*
Dokl, AN SSSR 153 no.6:1450-1453 D 163. (MIERA 17:1f
1. Institut morfologii zhivotnykh im. A.N. Severtsova AN
SSSR. Firedstavleno akademikom A.N. Bakulevym.

AKMADZE, L.Y.
Changeln the-nuelsic aoid.content in the be&rt Muspla aftor
the-OtIvulation or its regeneration and inhibition of cicatrix
formation. Dokl. AN SSSR 154 n0,4:978-981 F 164.
(MMA 17-- 3)
11 In8titut m0rfOlOgii zhivotnykb i2. A.H. Severtsova AN
SM. kredstavleno, akademikom A.A. Anichkdvym.

AKHABADZE, -L.V.
Distribution of glycogen in tho cardiac muscle after stimulation
of its regeneration and inhibition of the development of a scar.
Dokl. AN SSSR 154 no.5:1218-1221 F'64- (NIRA 17:2)
1. Institut morfologii zhivotnykh im. A.N. Severtsova, AN SSSR.
Predstavleno akademikom N.N. Anichkovym.

b, - I Viktorovna;
OV
4), prf;f o,
POIEZIJ,AYEV,. Lev Vladimi-rc-
yA-t-jj.~;jj,-Farina p- so-trna;
MUZLAYF,VA, Nina Andre7e-na;
esrt muscle] Sti-
[stimulation of the regeneration (,f t-"Ie b
muliatsiia regeneratsii myshtsy serdtsa. Moskvar
Nauka,
1965. 395 P. (YJRA 18: 1-1)
1. Akademiya nwik SSSR, lnsti--CUt mc)rfOlog"
zl"vot'rJkh*

AKRACHIIISKIY, V.
--4 ,
Symposium on the Thermodynamics of Nuclear Materials.
Atom. energ.
15 no.4046-351 0 163. Offlu 16:10)

SOV/120-58-5-24/32
AUTHORS:Alchachinskiy V. V. and Mashirev, V. P.
TITILE: Automatio.Maintaining of the Equality of the Temperatures
of Two Media (Av-tomaticheskoye podderzhaniye ravenstva
temperatur dvukh ared)
PERIODICAL: Pribory _1 tekhnike eksperimenta, 1958, Nr 5, pp 94-96
(USSR)
ABSTRACT: The device is shown in the diagram on p 96. The trans-
ducer of the temperature difference is in the form of two
resistance,thermometers T and T 2 which are connected into
a resistance bridge. A B;Ymetrical transformer (type EST-1)
supplies the bridge with the mains frequency at 3 V. The
resistance of the thermometers is 450.CL . The.operation of
the Oevice is as follows. The output valtage.,of otbe.-
bridge is lified by a 3-sta-e wbicf~ hr~o a
0~mp
gain of 8 x 1 . and is then rectified by a detector and
applied to the grid of a tube which forms the part of a phase
shifting circuit. The parameters of the phase shifting air-
L3
cuit are chosen in such a way that, in the absence of the
OfArd 1/~,

3OV/120-58-5-24/32
Automatic Maintaining of the Equality of the Temperatures of
Two
Media
detector voltage the input tube of the phase shifter is closed.
The Dhase shifter is followed by a thyratron, type TG8/3000;
when the phase shifter tube is closed, the voltage at the
grid of the thyratron is in anti-phase with the anode voltage
and the thyratron does not conduct. As the detector voltage
increases (positively), the phase of the voltage at the out-
put of the phase shifter changes continuously up to about
1800 and the current through the thyratron increases from
0 to its maximum value. Since the thyratron-is connected
in series with the heater of the temperature control device,
the current through the heater depends on the voltage appear-
ing at the input of the amplifier. Therefore, a tempera.-
ture difference results in an increase of the heater current
which in turn leads to a reduction in the temperature diff-
erence. The equipment is adjusted so that when the tempera-
tures are equal, the current through the thyratron is zero;
on the other hand, the current-becomes a iuLximum when the
temperature difference is 0.0050. The equipment can be used
for the temperature control in thermostats. For this purpose
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SOV/120-58-5-24/32
Automatic-Maintaining of the Equality of the Temperatures of Two
Media
it is possible to simplify it by using thermistors as the
resistance thermometers. The paper contains 1 figure and
4 references; 3 of the references are English and 1 is
Soviet.
SUBMITTED: November 22, 1957.
Card 3/3

S/089/60/009/006/011/011
B102/B212
LUTHORSt Akhnchinak:Ly. V. V., KoDvtin. L. M.
TITLEj Heat of formation of PuBe
13
PERIODICALi Atomnaya energiyaq v. 9, no. 6, 196o, 504-505
TEM There are no data available in publications on the formation heats
of intermetallic compounds of plutonium. The authors have determined
it
for PuBe 13 and report on it in this paper. It was determined by
measuring the solution heat of PuBel, and its components in 19% hydro-
ohloric acid in a microcalorimeter having an isothermal jacket (of. Fi
The calorimeter can consisted of tvo containers, an inner one made of
tantalum and an outer one made of oopperl between these two
containers,
the heater made of manganin wire (80 ohms) was located together with a
paraffin layer. A copper resistance thermometer was mounted outside
the
calorimeter, which was connected Pa a bridge circuit to a mirror
galvanometer (sensitivity 0-00003 per mm, on the scale). The water
equivalent of the calorimeter was 35 oal/deg and the cooling constant
Card 1/5

22451- - -
Beat of formation of PuBei,
S10891601009100610111oll
B1021B212
.3-10-4 Seo-1. The water temperature in the casing was kept at 25ce
+ 0.001 . All measurements were done as carefully and accurately as
possible. The correction for the heat exchange has been calculated and
taken into account. The hydrogen released in the reaction has been
measured (and all necessary correotione were made), which made it
possible to determine the chemical composition and phase composition
of
each dissolved weighed sample of the alloy by using the known Pu-Be
phase
diagram. The phase composition was calculated from the equation
x+y-1, 138.80 x + 908.26 y - v, where x and y represent the amount of
Fu and PuBe t respectively, per gram of alloy; the numerical factors
13 ~
denote the amounts of hydrogen which were released by dis a lution of
1 g
Pu and 1 g PluBe 13; v denotes the amount of hydrogen (in cm3) which
was
released by dissolution of 1 g alloy. The Be and Fu used had a purity
of
99-15% with less than 0.2% impurities. PuBe 13 was obtained by fusing
metallic Pu and Be powder in a high-frequency furnace (in a Beo
container
and Ar atmosphere). The lattice constant of the product obtained was
,determined to be a - 10.259 + 0.001 kX, and its microhardness was
Card 2/5
A

S/089/60/009/006/011/011
Reat.of forma B102/B212'
ti.on of PuBe
.1045,kg/mm2. The phase analysis furnished compositions between
92.1T~ by weight of PuBe' + T-83% by weight of Fu and 89-78% by
weight of
13
PuBe + 10.22% by weight of Pu. The solution heat of PuBe was
13 13
calculated separately for each weighed sample, taking the phase c
omposi7
tion into account. The following resulti have been 'obtainedt
Dissolved number'of. H released solution heat &E,
substance -tests 2 per 91 kcal/mole
CM3
Cu 6 2477 -8 + 0.67'. 89-38 + m6
Be 4 138-8'+ 0.13 141.02 + 0.19
alloy- 5 -,from 830 To 848 1267.2 2.3
From these"Idata, the formation heat of PuBq has been determined by
13
employing Hess' law, and the following result has been obtained:
LHO 35-7-� 3~4 kcal/mole. The authors thank Ye. S. Smotritskaya,
. 2 8
A. N. Yelistratoka, and.M. 1. Ivanov for help and sugge,stidns. There
are 1 figure, 1 cable, and A references: 2 Soviet-bloc,! and 2
non-Soviet-
bloc. 4
SIMMIT M ig6o
Car 51

% .0 ~ to in,
1 1.
.1 .4 -1

S/089/60/009/006/011/011
Heat of formation of PuBe B102/B212
13
Legend to the figures 1) Casing of the calorimeter; 2) thermistor;
3)-Beckmann thermometer; 4) housing; 5) calorimeter can; 6) flask
with the
substance to be investigatedl 7) impellersi 8) calorimeter cover;
9) ebonite sleeve pipe; 10) tube; 11) felt interlayer; 12) copper
3leeve;
13) outlet tube; 1.4) cover nut; 15) springi 16) Warren drive; 17
stirrer
axis; 18) tube connecting the calorimeter with a gas Nurette; 19~
casing
heater; 20) casing cover; 21),mixer.
Card 5/5

AKHACHINSI-.LY, V.V., KOPYTIN,.L.M., IVkNOV,M.I., AND PODOLSUYA, N.S~
*Heats of fuftqUon of intermstaUic compounds of Pu with Al and FeOU
with Fe.9
Repvrt submitted to tho IAEA Symposium on the Thermodynamics of
Iluclear
Materials.
Vienna, Austria 21-26 Hay 1962

M
AIMI, G.G.
Some changes in nitrogen metabolism In treating Infectious
polyarthritis at Nafta-lan. Azerb.med.zhur. no.4:96-99 Ap 158
(MIRA 11:7)
1. Iz Azerboydzhonekogo usuchno-isaledovsteliskogo instituts.
kurortologii i fizicheakikh metodov lechniya im. S.H. Kirova
(nauchwe rukovoditeli - prof. Sh.M. GRsanov I dots. A.A.Babayev).
(WITROG3W NETABOLIKS)
(ARTHRITIS)
(NAFTILAN-RDMAI, WATERS)

AKHADI, Go Go Gand Mod Soi -- (dias) "Effoot of naphthalan
petroleum upon
,;!~& nitrous metabolism in infootiousTpolyarthritis
patients*" Baku, 1959o
37 pp (AzerbaydzhaLn Stato Mod Inat im 1. Narimanov), 220
oopien (KL, 46-59, 139)
a
_oy_

AKWI, G.G.
Influence of naphtbalan therapy on the functional capacity
of the
joint's and'biochemical changes in chronic infectiou-B
polyarthritie.
Azerb.med,sbur. no.l.-7-13 Ja 160. (MIRA 13:5)
1. In Institute. kmrortologil I filicheakikh lastodov
lecheniya Imul
SA, Erm,
(NAMUUN-PIUROWN-TEMPIMIC US&) (ARMITIS)

0 V~
PHASE I BOOK EXPLOITATION SOV/5469
Soveshchaniye po kriticheskim yavlenl~=' i flyuktuatsiyam v
rastvorakh. Moscow, 196o.
Kritiche,3kiye yavlenly4 i flyuktuatBii v rastvorakh; trud
y
soOishchiniya, yanvar*1 1960 g. (Critical Phenomena and Fluo-
tuati,,,ns in Solutions; Transactions-of the Conference,,
January 1960) Moscow,.Izd-vo AN SSSR., 1960. 190 p., 2,500
copies printed. I
Sponsoring Agencies: Akademiya ~auk SSSR, Otdeleniye khimi-
aheskikh nauk. Moskovskiy gosudarstvennyy universitet im.
M. V.,Lomonosova. Khimicheskiy,fakul'Itet.
Responsible Ed.: M. I. Shakhparonov,,Doctor of Chemical
Sciences, Professor; Ed. of Publishing House: E. S. Dragunov;
Tech. Ed.: S. G. TikhomiroVa.
PURPOSE, I This collection of articles is intended for scientific
personnel concerned with chemistry, physics, and heat power
engineering.
Card 1/9

Critical Phenomena and Fluctuations sov/5469
COVIMAGE I' The book conialre 24 of the 26 reports read at the
Conference on Critical Phenomena and Fluctuations in Solutions
organized by the Chemical Division of Moscow State University,
January 26-28, 1960. The reports contain results of investi-
gations carried out in recent years by Soviet physicists,
chemists, and heat power engineers. The Organizing Committee
of the Conference was composed of Professor Kh. 1. Ami3~khanov,
A. Z. Golik, 1. R. Krichevskiy (Chairman), V. K. Semenchenko,
A. V. Storonkin, I. Z. Fisher, and M. 1. Shakhparonov (Deputy
Chairman). References accompany individual articles.
TABLE OF CONTENTS:
Foreword
Amirkhanov, Kh.,I., A. M. Kerimov, and B. G."Alibekov [Lab-
ora'toriya molekulyarnoy fiziki, Dagestanskiy filial AN SSSR
Laboratory of Molecular Phypiess Dagestan Branch, AS USSR].
.11hermophysical Properties bf Matter at Critical Temperature
Card 2/9
3
5

Critical Phenomena and Fluctuations SOV/5469
Akhadov.,__Ya.__Yu., and M. 1. Shakhparonov [Laboratorlya
fiziko-
_Rfil-m-ff-rastvorov, Khimicheskiyfakulltety
Moskovskiy.gosudarst-
venyy universitet im. M. V. Lomonosova -- Laboratory of
the Physical Chemistry of S61utions *, Chemistry Division,
Moscow
State University imeni M. V. Lomonosov]. Dielectric
Properties
of Solutions in a Superhigh Frequency Field *d Concentration
Fluctuations 14
Beridze, D. K.., and M. 1. Shakhparonov [Laboratory of Physi-
cal Chemlstry of Solutionsj Chemistry Division, Moscow State
University imeni M. V. Lomonosov]. Light Scattering in Solu-
tions-Having a Critical Stratification Point 21
Vuks, M. F., and L. I. Lisnyanskiy [Laboratoriya
molekalyarnoy
optiki$ Fizicheskiy fakulltet, Leningradskiy gosudarstvennyy
universitet Im, A. A. Zhdanova -- Laboratory of Molecular
Optics, physics Division, Leningrad*State University imeni
A. A. ZhJanov1. Intermolecular Interaction and Light Scat-
tering in Solutions of Pyridine andc