SCIENTIFIC ABSTRACT KULISIEWICZ, J. - KULIYEV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927430011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KULISIEWICZ, Jan
Arreut of hemorrhigo frxn the t.,-Fchf)tc,.ry (,*,4,,r,ing..
18 no.2:313-314 164.
1. 7 Oddziftlu I-aryngologicznogn ju,!ti M!n,ftiklego w lriicio
I , 1,
(Ordynator- dc,(!. dr. S.

KULISIEWICZ- T.; ZIELINSKA, J.; KOZLOWSKA-KNARS)KA, A.
A caBe of peripheral neuropathy Jn familial primary
amyloidosis. Neurol. neurochir.raychint. Pol. 11, no. 21
2-43-245 Mr-Ap 164.
L'Z Oddzialu Neurologicznego instytixtu Psychoneurologicznego
w Pruszkowte (Kierownik Oddzialu: prof. dr mod. A.Dowzenko).

KULISIWEWICZ, Tadauss
i- 4~
Prei_~nt itate and future of the development of open therapy in
control of alcoholism. lour. &c. polelca 6 no.2:233-243 Mar-Apr
56.
1. Panetwowy Instytut Payeboneurologiczny w Pruszkowie Dyrektor:
prof. dr. Z. Kuligowski.
(ALCOHOLISM, prevention and control
in Poland, open ther. methods (Pow
.4'

4,a_,deIU&z,, (Pruszko k/W-wy, Panstw. Inst. Psychoneurologii)
WTG Ta
Modern ambulatory treatment of chronic alcoholism. Polski tygod. lek.
13 no.4:141-147 27 Jan 58.
1, Z Instytutu Psychonewologicznego; dyr: prof. dr med. Z. W. Kuligowski.
(AWOHOLISK, therapy,
aribulatory, review (Pol))
gg

WALD,Igaacy, KULISINWICZ,Tadouss'; WARKOWICNA,LWA
On possibilitisa Df the evolution of Rousay-Levy's 3yadrome.
Neur. &a. polska 10 no.1:1-15 ja-Ir 160.
1. Z Oddzialu Nourologicznepo Instytutu Psychonsurologicznego,
Kisrownik: dr.med. 1~ Jazewska, Dyrektor: prof.dr. 2. Kuligowski.
(KUSCULAR ATROPHY)
(SCOLIOGIS)
(ATAXIA)

M L I, Tadeusz A.
I
',l'. SIEWICZ)
Evaluation of the effect of Lucidril (ANP 235, centrophenoxine)
"Bracco" in some organic nervous diseases and in chronic alco-
holism. Pol. tyg. lek. 20 no.26:969-972 28 Je 165.
1. Z Kliniki Neurologi-znej (Kiecownlk: prof'. dr. A. Dowzenko)
instytutu Psychoneurologicznego w 'Fruszkowie (D-yrektor: prof.
dr. Z.W. Kuligowski).

HOREJSI, J.; KOSTECKOVA, A.; KULISOVA, D.; PIHSRT, J.; TRYKA, F.
Report from the infectious hepatitis ward of the Masaryk Hospital
in Krea. Cas. lek. cesk. 90 no.31:928-933 3 Aug 1951- (CLML 21:1)
7, 7-7-

BHOZDA, Jerzy., mgr inz,;-KULTSZ, Henryk., mgr inz.
Technological chaiacteristics of Foliebr-made electrodes. Przeg
spaw 14 no.8:210-23.3 Ag 162.
1. Katedra Spawa3xjiotwa, Folitechnika Slaska, Gli-wice.

,_PZECHOWSKI, Zdzislaw; KURCZEWSKI, Zbigniew
KULISZ, Stanislaw
Application of wood-oile for the removal of naphthalene from gaB pipe
lIneB. Koks 6 no.3:100-102 Ily-Je 161.
1. P'abx7ka Rozkladowej Destylaaji DrounaI Gryfino(for Xuliss)
2. Wyzaza Szkola Rolnicza , Poznan(kor Czechowski) 3. Zaklady
Gazownictwa Okregowego, Walbrzych (for Xurczewski)
(Naphthalene)
~X,

STAfCEIF,.-1IC',j `41told, Prof. M.D.; FULM11.7 V*T, Tadousz, Fr, D.,17c.
"The 80 Chrinnel "Elektroftalm"
1. Head cf the Chnir for Ophthalimology, Pomoi-aninn Xled. lLcncl., Sozezecin
Hend of the Chair for Tole c ornunic n tion Devices, Wrocl-w Tech. Univ.
To be prosentnd at the International Congre.-,s on Technoloa
and Blindness, New York, 18-22 June 1962.

STARKIEWICZ, Witold; KULISZEWSKI-, Tadeuez
The lot stage in the production of the electrophthalm. Postopy hig.
med. dosw. 16 no.5t789-806 162.
1. Z Katedry Okulistyki Pomorskiej P14 w Szazecinie-Kierownik: prof.
dr W. Starkiewicz oraz z Katedry Urzadzen Toletransmisyjnych Politechniki
Wroclawskiej.Kierownik: dr inz. T. Kuliszewski.
(BLINDNESS)

Y,U'.TSZ&iSrvl,, Tadeusz
Podrecznik teletechnika kolejowego fRailroad telecommunications manual 'i,arszawa,
"lydawnietwa Komunikacyjne, 1951. 655 P- J
illus. . diagra. , tables. ".,iyicaz Literatury":
p. 639-640. At head of title.- Biblioteka Komunikacyjna.
5 W/6
653
.K9

The rf electric ;~nd ~-,lectn ii,,.; ~!s tru: if..i
rionelecti-I u cc is.
.ionthly L',--:t rT `~'asL E,.~rnpcz:2i ;kcc:ssio~7s
-'P, _Cj

KULITASS, 0. Ya.., Candidate Agric Sci Was) -- "The yield and formation of a
perennial grass stand as a function of the methods of using it, and mixtures of
perennial-grass seed cultivated on mineral soils". Riga, 1959- 37 PP (14in
Agric Latvian SSR, Latvian Agric Acad), 200 copies (KL, No 25, 1959, 137)

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d. fro
ak
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00 3 re'uJIS in the firld were with the Sinaller quantity of time
*0 a,, ralrd~ from C%ch3gjgvajjjc at-idity (Dailuhars). The
jclt~ctl tilethod for (lets. 11"Ic MJuirrilletil Wal unssti~- 400
j&t-j,,iy fi The amt, i4 fril rl,,ver in miud
00 STA-oA, ou unlitned. fertilited sandy vAI4 (Jp" 543) wak
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(")T101
ijUL-IT1131 P. '3.
IM1864 4014aco Apr 1948
Chalk
"Principles and Methods of Doknobayev in the Study of
,the Boll of Latvia," P. S. lhlitwwp 6 pp
"Pochvoved" No 4
Doikuchayev Immes much of his theory and conclusions
regarding,soil charaoteristics on nature of chalk-cPal
dsj)~vits'of *arioiW reglons. WestIgated factors and
cmditions surrounding process of soil fornatim or
*soil formers.' Brief exposition of several methods
and reliability of data.
6mol

ANDREY, S.; KULITSEJ-~~'!-SBENGE, R.
Study of the structure and sagging of certain Roumanian
loesses following wetting. Inzh.-fiz.zhur. 5 no.803-61
Ag 62. (MIRA 15:11)
1. Nauchno-ionledovatellskiy institut po stroitel'stvu i ekonomike
stroltellstva, Bukharest.
(Loess)

- - - ~ - ~ ; 7,i ~ 1.7. ' j : 1:~ . 1 .. ~74
" - 0 - -,_ , .
,-- KULITSKIYJ V. (Kulitalkyi~ V.]
Institute of Television and Radio Enginooring. Nauka i zhyttia
12 no.5:1a~43 My 162. (MIRA 15:7)
(Poland--Telecommnication--Research)

s/oO/63/000/002/006biOr
B144/0186
AUTHORSt Kulitakil Z, I Torman L. M.9 Tespajoyp Ve Pat and
T ya.
TITLEt Determination of tho rate constants of initiator decompoodiiaA.
and of the initiation efficiency
PERIODICALs Akademiya nauk SSSR. ISV43tiySs Otdoleniye khimicheakfth
nauk# no. 21 1963t 253 - 257
TEXTs The rate constants of initiator decomposition can be detersbad from!
the relation between oxidation rate and concentretio'6`4 The oxidatJo-n r4ted
of.cumol and ethyl benzene containing iso-bie-isobutyro, isitr*10 (I) an& di-
cyclohexyl peroky dicarbonate (H) as Initiators* were'studied at 60 i. 9000
in an apparatus described previously (Kinetika k'katarliz-(.1962), no, 6~.
The 02 absorpt ion-versus -time curves showed thst'~he oxcide'44-ion rate is oon.
atant at low temperatures# where the initiator, evncentration remairw cot-
stant? but decreases at higher temperatures, owieg to initiator decomp"Ition.
The order of the ibitiation reaction was deterxiiied uning'ths' equation.
-d(02)/dt a k 3k6- 11/2 (RH)(e-k .,f)1/2.(y)n/12 (3) for the rate of 02absorption,
Card 1/3

Sf06P/63/00Q/CO2/006/Vj"0
Determination of the ratee*. 1144/BI86
where RH is the substance tobe oxidized, e th a initintion efficishoy, ketr
the effective rate constant of initiator decompal~ltion# Y the initiatorp I
and n the order of the initiation reaction. If
_k t
~Y) (Y)oe ,of f, .. is introduced into (3) under the assumplionof a M.Bt-
order reaction for the decomposition of the initiatoi-i log(-d(o, )/dt).-
lQg(-d(O 2)/dt)o - k efft/4-6 is obtained, where (-d(02)/U)o Is the, iklitlel
reaction rate and Y0 the initial concentration of the iritiator, Plot4ing
curves for the time dependence of log (d(0 )/dt)/(d( establishred . j
2 02)"at)o
that both initiators decompose in a first-order reactioli. The rate c"-
stants of initiator decomposition., keffg were a.alculated* from this graphe
The activation energies were 29.6 kcal/M for II,-MOP.2 koal/K for !.d*
The decompouition rate coAstants were 2.71-10i5e 9 RT for Ilp and
~.63-io'%_31200/RT for 14 The Initiation efficiency wasi calculated frim
the initiation rate and the rate of initiator decomposition. The values
Card 2/3

T
LjL'82j7-j6 SLY JP
,;- jpBM-/EEd(b )-P AFKcA /I (c)
Pz-h ~ JTj/.4T
POCESSION NR: AR,-1003342
IiOURCE: RZh. Pizika, Abs. 5E511
:1UTH03: -Kulitsk:LYj V. N.
!'ITLE:- Connection between the relaxation of phutoconductivi of semiconductor
loata -sts and their catalytic activity
CITED SOUR -. Tr. L'yovsk. -med-.- -in-ta v. 22p 1S-61, 36-42
TOPIC TAGSt photoconductivityo semiconductor catallyat catalysis, lead or-ide?.
hydrogen peroxide
TRANSLATION: A study was made of the kinetics of the increase and decrease of
nho+oconductivity of specimens of PbO in the form of tablets, and also the ca-Laly-
v
It was observed that
ic activity of PbO in the reaction of decomposition of H202-
both the increase and the decrease of the ohotocurrent depend on the time exponen-
tially. Different specimens were characterized either by one relaxation time
L T
or tr, two ( 'C and -5 A comparison o' the relaxation U", (
1 1 and 2 with
the cat-'-17tic detivity ?A) of the oxide has show-n that L d2~'in-ita correl-'tion ex-
ists between and A. No correlation wus observed between A and T/
2
Edrknikeyev
2
:.!r R
LA'A'

EPF(,c)/BDS Pr-~
Kulitski;r, V. N.
T T T LE. Comnarison of quantities characterizing ~hp sl~ationarv photoconductivity,
of cataiyats with their catalvtic activity
IM SOURCE- Tr. L'vovsk, med. in-ta, v.
CIT' 12, 1961, 43-47
TOPIC TAGS: stationary photoconductivity, catalyst, lead oxide, hyd"r,,A, -eroy-ide
TRA';SLA--1011: An investigation was made of the stationary photoconductivity 0
of FibO and of the catalytic activity of the oride in the d,~con.-osition of 0 It
2 2'
has e!iteblished that increases with increzi.-*nu 111--ination E of ~he
-1UeCiMens:'&6- = CEI ';Z~' 02), nhere c is a coe"ficient that varies from sDec-
0
!men to epecimen. A qualitative connection was observed between the value of c and
the catai)-tic activity of the oxide. E. Yenikeyev
DA,TE ACQ: 17Jun63 SUB CODE: ?H ENCL: 00
Card
-;2

8/020/63/148/006/021/023
B190/B102
AUTHORS: Skibida, 1. P., Kulitskiy, Z. I., Mayzus, Z. K.
TITLE: Reactivity of isomeric decanols, the intermediates of
n-decane oxidation
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 148, no. 6, 1963, 1358-1360
TEXT: The reactivity of decanole with hydroperoxides was determined from
their consumption when added to the reaction mixture. The pure initial
product n-decane was added to the reaction mixture at a certain rate
until a s%ationary concentration G I of the intermediate (alcohol) set in.
A mixture of decane and 0.205 mole/l of decanol-2 was added at the same
rate, whereupon a higher utationary concentration 02 of the intermediate
became established. Ify instead of thia mixture, mixtures of decanol-4
and subsequently of decanol-5 having the same concentration were added,
then the stationary concentration C 2 remained constant. The hydroperoxide
concentration also remained constant during the experiments. Hence it
1/2

s/oZO/63/148/006/021/023
Reactivity of isomeric deoanolsp ... B190/BIO2
follows that the decanole used exert no effect on the radial concentration
in the system and have the same reactivity. The gross velocity of the
formation of the alcohols in n-decane oxidation was found to be
-4
v 7-4-10 mole/l min.
gr
There is 1 figure.
ASSOCIATION: Institut khimicheskoy fiziki Akademii nauk SSSR (Institute
of Chemical Physics of the Academy of Sciences USSR)
PRESENTED: July 28, 1962, by V. N. Xondratyev, Academician
SUBMITTED: July 231 1962
Card 2/2

S/195/63/004/001/007/009
E075/E4tY6
AUTHORS- Zhuravlev, V.A., Kulitskiy, V.N.
TITLE; Comparison of the catalytic activity of semiconductor,,.'
catalysts with the values characterizing their
pi.'toteconductivity and-photoconductivity kinetics
PERIODICAL: Kinetika i Izataliz v_1L
-U
4=:- -The--ca-calytic- actit-Ity- was 'ova Ua_tad-by--studying;-W~i
Aiiing PbO'aa, catalyst. sdwples_o~
__P ving, different-d-c-tivities- i4erc; obtained by their immiersion
in 11202 for different tines followed by drying. Photoconductivity
and caialytic activities were measured for samples of PbO. Of the
various photoconductivity parameters examined in relation to the
raU.Iiytic activity of Pbo the activity cor-relat-d only with the
val"es of the photacandtict ivit% ralaxat.Lo" tireF3 112
Th~~ correlation wam strong with the coefficient 11 = 0.31 to 0 39.
It wa~~ explained within the fratnewcrk of the olecLr-uale theory of
c3talysls. Tho miolecules of the reacting material are absorbed
by the catalyst and are bound on ita
-d by -the-,
en -u,rrent-. -carri-ore--arfl- trappe
-absorbed-moloculas. -_T_h_ catalytic reaction f,)Ilows the desorption
Card 1/2

s/iq5/63/oo4'00l/007/GOq
_7
Comparison7of-the -0750436
of the malecules from the surface, the rate cof desorption- being
proportional to catalytic activity. The probability wo of- th-e-
liberation of an electron from a trap ia connected with the
probabilities for other traps, which in turn is connected with the
relaxation of the photoconductivity. This applies only to "deep"
traps, not Itanall" traps related to shorter relaxation times Tj
which do not correlate with the catalytic activity of PbO.
There are 3 figures and 3 tables.
ASSOCIATION: Llvovskiy meditsinskiy institut Kafedra fizi.ki
(Livov Medical Inatitute Department of Physics)
SUMMITTED. June 13, 1961
Card 2/2

KULITZY, G.
Valye of excretion pyelograpby in determining therapy of pYalitis
during pregnancy. 14agy. noorv. lap. 16 no. 1-2:32-37 Jan 1953,
(CLML 24:1)
1. Doctor. 2. Obstetric and Gynecologic Department, Robert Karoly-
Icoruti Metropolitan Hospital.

KULITZT, Geza, dr.
Injuries of the bladder and urethra in protracted labor and
surgical obstetrics. KM7. noorv. lap. 17 no-3:173-176 Kay 54.
1. A Robert laroly krt.-i Povarosi 11orhaz Szulo- as Nobetagoestalyanak
koziamenya Oroorvos: Nalitsy Gaza dr.)
(BLADDER, wounds and injuries,
in protracted labor & surg. obst.)
(URITHM, wounds and injuries#
In protracted labor & surg. obsts)
(IABOR, complications,
bladder & urethra Inj, in protracted labor & obst. surg.)
(PREGNAMT, complications,
bladder & urethra Inj. in obst. surg.)
(WW= AND INJURIES,
bladder & urethra in protracted labor & obst. eurg.)

XMITZT, Gaza, Mr.
Significance of urologlcal investigations in cancer of the
cervix uteri. Cook. gyn. 21 no-3:176-179 Apr 56.
1. Namocnice Roberta. Karoly-ho. porodnicko gynakologicke
oddelent, prednosta &oc. Dr. Gaza Kulitzy. Budapest.
(CERVIX, UT19RIKS, ncoplasms
urograpby in (Cz))
(URINARY TRACT, radiography,
in cancer of cervix. (Cz))

KULITZY, Gaza, c1r.
,--- www"WOMM'sw
Significance of urological examinations in cancer of uterine
cervix. Yaa. noorv, lap. 20 no.1:38-42 Fab 57.
1. A BudiLpesti Robert Karoly koruti Kozkorhaz (igazgato-foorvos:
KrassneA, Ivan. dr.) ssulo-es nobeteg oestalyanak (foorvos:
Kulitsy, Gas&, dr.) kozlemenye.
(CERVIX NMPLASMS, diag.
urol. exam. (Run))

hTLMTSIP F.K0, starshymekhanik
We are learning., supporting and helping. Mekh. sill* hos .
12 no.9.4-5 S 161. (141RA 14:1-15
1. S0`7khoz "NizhnegorskIyI,, Nizhnegorskogo rayona., Krymskoy
oblasti.
(Ukraine-Agricultural machinery)

KUIYEV. A.
Effect of enclosing rocks on the localization of ores as
revealed by the studies of the Kugitang deposits. Trudy 1.01
st.
geol. AN Turk. SSR 3:189-199 160. (MIRA 1621)
(Kugitang Tau-Ore deposits)

KULIYEVO A.
Hydrochmical Oballaoteriatics of waters in the Kala, Ydrmaki, and
Supra-Kimaki sand seriso of the producing layer in the Peftyanyye
Kamni deposit. Uch.zap.AGU.Ser.gool.-geog.rLauk no-5:115-121 161.
(M-TRA 16:9)

KUI,.Iyrlv, A. ,
Germanimn content in sphalerites of some bydrothermal veins. Izv. AN
Turk. SSR. Ser. fit.-tekh., khim. i geol. nauk no.1:125-126 165.
(MIRA 180)
1. Inatitut geologli Gosudarstvennogo geologieneskogo komiteta SSSR.

-KIJLIYL-,,V, A,; NULIYEIV, K.
Genesis of an Anterstratal fluorJte ieposit ~n AV
AN 'r-irk. SSR. Ser. fiz.-tekh. khjn. I veol. miuk
1. Institut geologil Gosudarstvennogo r-)Ioglcheskogo
S,SZR. Submitted Yay 22, 1964,

K"UILIE17"Y', A. A
IMR/Petroieum Drilling I!aoh'rery Jun 49.
wFortable Distribution Zquipkent for Oil-Drilling operations," 14. S. Trifell, A.
Yuliyev, 4 pp
ITnerget Pral" Ib 6
DescribFj operating features and area of application of four types of dlistribution equip-
ment now in use: (1) iron semimoblie multiple-compartment type, (2) complete mobile type for
drilling installations, (3) switch-box type of varicus design, and (4) metal-clad types.
Switch-box tyre considered easiest to install for drilling operati,ns. Metal-clad
explosion-proof type has received wide use recently.
PA 66/49T89

KULITEV, S.M.; SHAMSIYXV, A.A.; KULITEV, A.A@
4draulic giant drilling [in Aierbaijani with summar7 in Rusoian].
Azerb. neft. khoz,. 37 no.9:19-21 5 158. OGRA 1l: 1z)
(Boring)

~ULIYEVJ_ A.A.-I SALEKHOV, N. B.
Uning air-lift with an air intercepting device at the well hoad
in fields of the Oil Field Administration of the Buzovny
Petroleum Trust, ILzerb.neft.khoz. 41 no.2:29-31 F 162.
(MIRA 15:8)
(Buzovny region-Oil wells--Gas lift)

GASAROV. Kh.B., kend.mcd.unuk, rJLrYrV. A.A.
Occupntional therspY in a subruban psychoneurological hospital,
Azerb.med.zhur. no.4191-92 Ap 158 NIRA 11:7)
11 12 3-7 psikhonevrologicheskoy bolinitsy gor. B8ku (glAv-vrAch
A.I. Kuliyev).
(PSYCHOMR.APY)
(OCCUPATIONAL TMAPY)

KULIYEV, A.A.
Comparative evaluation of treating the cbronic forn of
sch12ophronia with bloocl transfunions in conj-anction with
other nethods. Azerb.med.zhux. no.4:62-65 Ap '59.
(MIRA 12:6)
1. Iz 3 paikhonevrologichookoy bollnitay g.Baku.
(SCHIZOPMRA) (BLOOD-TRANSFUSION)

ACCESSION NR: AR4041540 5/0137/64/000/004/1001/1001
SOURCE: Ref. zh. Metanurglya, Abs. 412
AUTHOR: Abdullayev, G. B.; Movlanov, Sh.; Shakhtakhtinskiy, M. G.;
LCt!lly~qv, A, -A.
TITLE: investigation of solubility of selenium and mercury in solid tellurium
and their influence. on electrical properties of tellurium
CITED SOURCE: Izv. AN TadzhSSR. Otd. geol. -khim. i tekhn. n., no. 2
(11). 1963, 13-22
TOPIC TAGS: selenium, mercury, tellurium, solubility, electrical property,
retrogradation, electrical conductivity
TRANSLATION: Studies solubility of Se'ln Te (in interval 320-4000) and Hg in
Te (in intervals 270-4401). Solubility of Hg in Te increases with increase of
temperature and- attains maximum (4.1020 atoms per cubic centimeter) at 3701,
Card 1/ 2

ACCESSION NR: AR4041540
and then drops, and at 44011 becomes equal to 1.1020 atorns per cubic centimeter.
Solubility of Se in Te is greater than solubility of Hg in Te. In temperature
dependence of solubility of Hg In Te there is observed retrogradation, which
is absent in the system Te--Se Th-3re are measured electrical conductivi~y,of
alloys Te-Se and Te-Hg in interval from -1901 to -1501 and the Hall effect at
li4uid nitrogen and room temperatures. It is found that Fig with a c6ntent of
significantly increases electrical conductivity of Te, and Se almost does
not change it. Bibliography- 24 references.
SUB CODE: IC, GC ENCL: 00
Card 2/2

KULIY':nT, -4tLLMN
USSR/Chemistry - Hydrocarbons Jan 53
"Alkylation of Cycloparaff.'ns With Olefins," Yu. G.
Mamedaliyev, Active Mem Acad Sci Az SSR and Alladin
Kuliyev
DAN sssft, vol 88, No 3, pp 471-473
Methylcyclohexane was alkylated with propylene-
propane fraction of pyrolysis gases. Data indi-
cates that the catalyst for the reaction is unri-
acted methyleyclohexane (about 55%). About 70% of
the methylcyclohexane entering the reaction is con-
verted into methylisopropylcyclohexane.
265T14

Uke.,
- N;~
ywa,*LIMV, YTL.G. -. VL'M "4.!!v stion fUS16.
6dow"aft, satane is %he produotion Of 'Lvi (YJAX (8%6)
ati've use Of cyclop ly 54.
ProdWI AserboS5R no.5:67-84 J.peutsas)
IST. AS ~kirpirass-rual) (07

KULIM, A.A. - ABDULLATRY, G. B.
Stud7ing the diffusion of some metals in seleniu, with the aid of
radioactive isotopes. DokIAN Aserb.SSR 13 n0-7:72-7-731 '57.
, * , I - (KTRA 10:7)
1. Institut fisiki i mateiathlo t
(selenium) (Diffusion) (HatRid)

K!TI,TYFVI A.A., Cand Chem Fei ":-,tutiy of dif"u.-if,li
it, cmrt,aii! and the elasticity -f' t`ie-ir
ft-4eiA, ~ 4
--aturated va0emw *4'1 radioi:jotope !mt~iod."
Baltu, i^ab
House of Acad Scl AzSI;fi, 1958, F.- pr) (,"in cf ~iigher
UL2,1i.. Az(,rbyd7, ar; State Urdv im 1,;.M. Kirov) 150 co;-If-,~
K~T' ,h2-5', 113)

scv/81-59-15-52486
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 15, p 28 (USSR)
AUTHOR: Kuliyev, A.A.
IITLE: The Determination of the Diffusion Coefficient of Some Ions in Selenium by
the Method of 0 -Radiation Absorption
PLMIODICAL: Tr. In-ta f iz. i matem. AN AzerbSSR, 1958, Vol 9, pp 5-9
PBSTRACT: The diffusion coefficients (D) of Sr9O, Fe59 and zn65 in hexagonal Se with
~ purity of 99.996% have been investigated. For measuring D the method of
~ thin layer has been used (RZh'Qiim 1955, Nr 1, 11351). At ?OOC the D of
Sr2+, Fe3+ a 2
yd Zn2+ is equal to 0.2.311 . 10-1-~,, 0.1021 . 10- 2 and
2
0*;502 - 10- 2, and at 1500C 0.1025 . 1o-13, 0.1615 . 10-12 and 0.5939 . 10-12
cm /sec, respectively. The author explains the lower D value of Sr as com-
pared to Fe and Zn by the higher value of the ion radius of Sr (1.27 A) com-
pared to Fe and Zn (0.67 and o.83 A).
V. Neshpor,
Card 1/1

MITNV. A.A.; SlIkUMKOINSKIT, M.G.
Studying the pressure of saturated selenium vapor by th,% us@ of
radioactive tracers [in Azarbaijant with ammmary In RusiJan],
Do1cl.AN Azerb,SM 14 no,11:831-834 '58. (MIRA 11:12)
(selenium) (Vapor pressure)

D. 57-2-11/32
TITIE On the Diffusion of L'e-rc, -.ry ir; L`,Aeniur~ (K voj-,_-uCV- o diffuzii rtuti
v selen) .
PERIODICALT Zhurnal TekInnicheskoy FLziki, 19'8, Vol. 28, Nr 2, pp. 25Q-261 (USSR).
L
APS!',-=T'- The coefficient for the diffu3ion of rerc-ory in selen-him. at var"ous tem=
peratures wass iwediately dete-,rined here acc-ording to the method of tag=
Ced atoms. The radioactive merc-ory-1:3otope Hr,1403 with a half-life of 47
days was used for this purpose. _At first seleniun-f oils (purity of sele-
nium 99,99601!o) were produc-ed. For this purpcsu selerium of a certain
thickne~qs was by means of evaporatior. in a vacuum applied on-
to a metal. base, then the ba!~;c wa3 rerjve,~ by disBolution in hydrochlo-
ri,! acid. Tho obta -int;d ,3cIeii-_*;.in_f.,)A_:3 f4--,3t at 1300C and
then at 2oooc bnurf:. 1-y meanr; rf evaporation the radio=
actiiie mtlr,~ury was t,"~.P_n cnt- T',xn the diffusion
cnefficient of the saapIEF, nbtairc!d -~n riarnt~r was determined. The
r!w,,i_q,1rIng ji,,ei-hod lif,re 1.,: one of the %,It.,';Ant7 of the abntvption-
method by Kryukcv and 'reference 3) which is ba-
sed on the at,~!orrtion (;f Its r.,,at-_-r,: con!,ists in the fact
r"32(1, 1/3' ttiatu witli 11!i,: rJIuF,__La!!cmvnt n. tlie atc,7,z3 the ar."i-.-ity ~;n the side with

Diff,.i~--Ion of Lerm,ry ~p 5pJj--.*,,,!T!. IC
J 57-2-11132
whercan LI, -Mc"eaies, On the basis
,~f t1o) ohtalied dat!-2L T I,
I-
Pik)
I %I- I vas conqtructed.
T
The diffu-,ion-cneffinient fn-m, U.-e- cradlient. of the straight
liric at the rerqii-,tAve 1: th- in',ens ity of the radiation
on the sid-; of tl:e 1-ap- T
2 that on the other side., t is
the tijre of the difl'usinn azinealinc, !I.-. is t a D-D0 e
is justified. h derintes the activat. ion -en,~r ry = 1,~,.103kcal,/Yol, D the
diffli3ion coefflcj.;~nt. Tl!e da' a ~,-Iver the papers by other
authors, do not yi,316 the po3sibilit-, of 6,Aurmining 4c ac~-.irate value
of the diffusion cref"i.cient anI the act.-Vatixi rtner6y due to the com=
plication of the t1ifl'iirAon pr~)oc-o3 by the reaction. This is also
indicated by the small value of the ent~ra. but the order of
magnitude, bowqver) apparently In, c-ITr(-,ctI,Y ev al-11W Ir?rI -
Them-,, are 12 flctrc~~, I tl'iblo and 5 it' ".","ich are Slavic.
Card 2/3

I
On ti,(-, Diffusion of Mercury in Selenium.
ASSOCIATION: Institute of Physics and Yathem-atics AS Azertaydzhan
fiziki i matematiki AN Azerbaydzhanskoy SSR. Baku).
SUKUTED: MaY 71 1957.
Library of ConE;ress.
1. Mercur7-Diffusion
57-2-11/32
Z7~ S.R f T,,n 5 t i t,,. t
Card 313

AUTHORS: Kuliyev, A. A., Shakhtakhtinakiy, M. G. SOV/2o-12o-6-33/59
TITLE: An Investigation of Saturated Selenium Vapor Pressure Below
the Melting Point (Izucheniye uprugosti nasyshchenny-kh parov
aelena nizhe tochki plavleniya)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 12o, Nr 6,
pp 1284 - 1286 (USSR)
ABSTRACT: It is possible to measure the vapor pressure of a substance
below its melting point by means of radioactive isotopes. Hence
the thermodynamical functions can also be determined in this
interval.'This is a report concerning the pressure of the
saturated vapor of solid selenium in the temperature range
86 - 2000C. The measurements were carried out according to the
method of Knudsen. The measuring equipment consisted of a glass
balloon which Incorporated a furnace for heating, and a
crucible containing the substance to be investigated, The
experimental procedure is outlined in short. According to the
eyidence obtained the following equation holds for the de-
of selenium upon
pendence of the vapor pressure
p( in mm
Card 1/3 _
temperature: 1g p(mm) - 8,479 (5061/T . These data agree
~

An Investigation of Saturated Selenium Vapor Pressure SOY/2o-12o-6-33/59
Below the Melting Point
with those obtained by other authors.(Refs 3,4). The author
expresses his gratitude to G.B.Abdullayev, Corresponding Member,
Academy of Sciences, Azerb SSR, for suggesting the subject and
for supervising the work. There are 2 figures and 5 references"
2 of which are Soviet.
ASSOCIATION: Institut fiziki i matematiki Akademii nauk Azerb SSR (Institute
of Physics and MathematicsAS Azerb~-SSR)
PRESENTED:
SUBMITTED:
March 1, 1956, by V.N.Kondratlyev, Member, Academy of Sciences,
USSR
February 28, 1958
Card 2/3

An Investigation of Saturated Selenium Vapor Pressure SOY/2o-12o-6-33/59
Below the Melting Point
1. Selenium vapors--Pressure 2. Vapor pressure--Measurement 3. Vapor
pressure--Temperature factors
Card 3/3

5M
AUTHORS: Shakhtakhtinskiy, M. G. , rullyev , -A. A. S0'1120-123-6-31150
TITLE; An Invostigation of the Pressure of Saturated Vaporn of Scuie
Compounds of Thallium (Issladovaniye uprugosti nasyshchennykh
parov nokotorykh soyedineniy talliya)
PE.-IIODICAL: Doklady Akademii nauk. SSSRj 1958P Vol 123, Nr 6, PP 1071-1073
(USSR)
ABSTRACT The present paper gives the results of the measurement of the
pressure of saturated vapors of thallium. sulfide and thallious
oxide which can be used for the pro6uction of thallilm-sulphur
photoelements. Hitherto, no data have been available concerning
the piessur~? of their saturated vapors and their thermodynamic
functions. The authors determined the pressures of the saturated
vapors according to Knudsen's method by means of an apparatus
which is schematically shown in a figure. The carrying out of
the experiment is discussed in short. For T1 2S, the extrapolation
of the found experimental dependence of lgP upon the reciprocal
temperature UP to 760 torr gives a boiling point which is by far
lower than that of T1 20 3' The boiling point of the 3ublimated
Card 113 substance was similar to that of T1 20. This fact proves the

An Investigation of the Pressure SOV/2C-123-6-31/550
of Saturated Vapors of Some Compounds of Thallium
oonversion of TI203 into T120. A diagram shows the results of
the measurements of the pressure of saturated T! 20 vapors.
From the inclination of the curve the sublimation heat was
calculated. The evaluation of the experimental data according to
the method of the least squares gives lgP(mm) -11-51 - (66-1121-1)
where T denotes the absolute temperature. The above-mentioned
diagram gives also the results of the measnrements of the vapor
pressure of Tl2S. The pressures of the saturated vapors found
from both of the component3 ly on the same straight line. This
fact shows that T132 is not decomposed during its evaporation.
The temperature dependence of the pressure of saturated
vapor lgP satisfies the equation lgP(mm) = 7.345 - 4484/T.
The sublimation energy Yras equal to 20-45 kcal/grad.mol. The
sublimation houts of T1,23 and of its individual components havo
very different values. This fact offers the possibility of
Card 2/3

An Investigation of the Pressure SOV/20-123-6-31/50
of Saturated Vapors of Some Compounds of Thallium
purifying T12S by vacuum sublimation. There are 2 figures
and 7 references, 6 of which are Soviet.
ASSOCIATION! Institut fiziki i matematiki Akademii nauk AzerbSSR
(institute of Physics and Mathematics of the Academy of Sciences,
Azerbaydzhanskaya SSR)
PRESENTED: July 23) 1958t by V. Nv, Kondratlyevt Academician
SUBMITTED: July 21, 1958
Card 3/3

1 ;7 ?;
:jr
9 03
'. . 9 ; uk Vt;

XMIYEV, A.A.; ABDULLAYEV, G.B.
Inveatigntlon of the diffusion of Zn and So In B12SO,, BiSe, and
GdBb. Iriz. tvar. tela 1 no.4:603-605 '59. wRA 12:6)
l.Institut fiziki I matematiki AD Azerbaydzhanekoy SSR.
(Diffusion) (Semiconductors)

9,5-00
AUTHOR:
TITLE:
PERIODICAL:
67,298
Kuliyev, A.A. SON/161-1 -8-3/32
On the Diffusio~~o'f Some Impurities in BI.Se 3 and Znsb~7
Fizika tverdogo tela, 1959, Vol 1, Nr 8, pp 1176-1178 (USW
ABSTRACT: The present paper deals with the determination Gf the diffusion
coefficients of iron and oadmiu3 in Bi 2Se3 and ZnSb. In order
I
gate diffus'ion of sev&l elements in these binary
to investi e
compounds the authors produced Bi 2Se fand ZnSb Ay dircct fusion
of the respective elements, viz. on the basis of the Phase
diagrams supplied by M. Khansen (Ref 4) for Bi-Se anc Zr-3b.
On this occasion pure elements with several impurities were
used. Sample preparation is briefly described. The order of
the experiments is given. After heat treatment atoms of the
required elements were electrodeposited on the utie base face of
the samples. Fe-59 and Cd-114 tracer atomn were used in order
to investigate tho atomic displacement. The samples thus
produced were then subjected to a 50 to 70 hours' diffusion
annealing at constant temperature in vacuum and subsequently
were cooled down. The diffusion coefficieat of these elements
Card 1/3 in Bi 2Se3 and ZnSb was then determined by successive removal of

67298
On the Diffusion of Some impurities
in Bi 2Be 3 and ZnSb
BOV/181-j -6-3/32
the layers. Amount of diffused substance was determined from
the radiative intensity by means of a B-2 type device. The
results of these experiments are illustrated in two diagrams.
In all cases, diffusion coefficient is an exponential function
of temperature. The following holds for the temperature depen-
dence of the diffusion coefficient:
Iron: DIs ---~B 12Be3 1.25-10 .70 -10980/RT CM 2/090
D 2.23.10-9e-6080/RT CM 2/890
Cadmium: D 1-39-10 -3a -213~0/fff cm 2/seo
Od--.-,Bi2Be3
DCd--iZnSb 2.80.10-100-3890/RTCM 2/aeo.
In the temperature interval investigated the diffusion coef-
ficient is only slightly temperature dependent which fact
speaks for the structure-sensitivity of diffusion. Comparison
between the present data and those obtained by Boltake shows
Card 2/3 that activation energy doen not immediately depend on the

On the Diffusion of Some Impurities
in Bi2Se 3 and ZnSb
67298
Sov/iai-i -8-3/32
atomic radius. This is caused obviously by the different
mechanism of shifting. A dependence between activation energy
and the melting temperatures of bismuth selenide and of zina
antimonide is also observed. The author thanks Professor
G.B. Abdullayev for having suggested the problem and for his
discussion of the results, as well as S.M. Nagi-yeva for her
assistance in the measurements. A patent by Poganski.
concerning this subject is mentioned in this paper. There
are 2 figures and 6 references, 5 of which are Soviet.
ASSOCIATION: Institut fiziki i matematiki AN Azerb. SSR.,Baku (Institute of
Physics and Mathematics of the AS of the Azerbaydahanskaya,
SSR,Baku)
SUBMITTED: July 28, 1958
Card 3/3

KAZHLAY]CU, R.I.;ABDULIAYZV, G,B.;KULITIV, A.As..,,-.,
Vanorization of selenium in a vacuum (in Azerbia,-,ani with GU=%,U
in'Russian]. Isv. AN Aserb. SSR. Ser. fiz.-mat. i tekh. nauk. n0-3:
39-44 '59 (NUU 13-3)
(Selenium)

KASHERININOV, G.O.; LXVINSKIT. H.I.; STA1W7ICH, V.A.; KOVM. T.D.;
BELYATEVA, I.I.; POPOV, Ye.I.; SMIRMV. H.S.; SHAKRTA=InSKIT,
M.G.; KULITEV, A.A.
Brief reports. Zav.lab. no.11:1403-1404 159o (MIRA 13:4)
1. Institut Gipronikell (for lasherininov). 2. Institut goryu-
chikh iskopa7emykh (for Belyayeva, Popov Smirnov). 3. Institut
fiziki i matematiki Akademli nauk Azarbaydzhanskoy SSR (for
Shakhtakhtinski.r. Xu2iyev).
(Chemical apparatus)

KIJLIYEV. A.A.; ABDULLATBV, G.B.
Diffuolon of some elements in ZnSb and CdSb. Dokl.AY Azej,b.BSR 15 no.li
9-11 '59. (KI13A 1213)
(Cadmium antimonide) (Zinc antimonide) (Diffusion)

5 ( 4 J' 1307/2c, - 12 5-1-32/67
AUT'.11ORS: Kullyov., A. A., Rozlovskiy., A. I.
TITLE: A ffew Method -if Investib-at3.nc Adiabatic Inflammatt'--'r, an! It's
Application to a Chlorire-hydroj.~,,,-- '"-xtcre (Toraya mptodika
plavleniya i y0y~- -pri7n--a:,Vni-e
izi:,chenlya adiabaticheskcZo v--,s- j
dl.3,a khloro-vodnorodnoy amesi),
PERIODICAL: Dollady Akadomii nauk SSSR, 1?59, Vol 121", Nj, ', pp 122-125
(USSR)
ABSTRACT. Ya. T. Ger3hanik, Ya. 11. !~elldovich and A.. I. TZc.-,lovskiy
'Ref ") sug,-eF~ted a now mc-thod of adiaba'vi:, compression ~f
combustible mixtures by a fast current of -an. The mixture
to be studied (which is contained in a unidaterally soldered
6-lass tube at a presoure below atmosphcris pressure) is com-
;-ri~sced by atmoopheri,; air vhich flows in as soon as the
3t~-,ppar cf the glass--tu'bo breaks off. By emplovin~; thia method
the final prosaure of the comprebsion is 1 atla33phere. For
thc purpose cf improving 4,he rnethcd the authorz zu~~-E,;~s~.ed a
3imple devi-,-,e in. vhich the final preoctire r,,~ay be changed irk
any way up tc atmospheric presivre. Tho ccmpreasion chaPber
and the irflammation chamber are interlink-eO by tearing the
Cazd '/4 separatin.- membrane. The mixtuie ij coml)yGoco,,; in a tule

soy/20~ 12-5-1-32/67
A New "Jethod of Investigatirig Adiabatic Inflammation and It3 Ap-,-Jlication
to a Chlcrine.,hydrogen Mixture
1.3 m long and 18.,3 tim thick. Tha eyper~'menti werc. madt~- with
a mixture cf 7CO C12 + 30% H2' The tcnper-ature T a of the adia..
batir, ccmpression was measured a-cordin.- tfc -,~~nls equation.
Poir
The firoi diaCram illustratep tha depr-,ndvn-z~? cf the critical
temperat-.1re.of inflammation T 14 on the fin:il pressure at --on-
stunt 1) = - L
92 torr and at a diameter of A = 5.7 Mm In the
coGrdinatas lg(p /T 1/Ta, The second dia!-ram 'llus1rates
a a L L, 2
the dependance of the inflammation temperature 2Tk on !,~ A
or (in experii-iien+s without retardation) on 1-D at p = 600 torr.
0 a
A variation of D practically does not affe,~t the critizal
conditions in the compression by an unretarded flow. Cori-
sequently, a"supercompreasion" does n,-,t cause any d1'3t,1r+iO-13
in this caae. In experiments inith a -,ratardLzit.; "itle T11. OR-
eide~-ably decreases with u le
,:, C1OLjS Fiet-tI.011 f ILC' til
Card 2/4 and apprc.-aches the value of T k ir the casr: A-if a-

SOV/20-.125-1-32/67
A New Method of Investigating Adiabatic Inflammation and Its Application
to a Chlorine-hydrogen Mixture
flow. During the retardation the heat losses increase the
apparent temperature of inflammation, and the compression
approaches the adiabatic compression with increasing
The third diagram illustrates the dependence
Tk(p.) at Pa - 300 torr and A - 5-7 mm. Accordingly, even
at small p values there are deviations from the conditions
of adiabatic compression, which decrease with increasing
PO values. The inflammation in a plane-parallel container
is then calculated. The authors ascertain the steady dis-
tribution of temperature along the tube at given temperature
on the walls and along the axis of fhe container. The approxi-
mate solution cf the problem is explicitly written down. This
solution, which does not take into account the fact that the
prooeas is practically unsteady, nay be confirmed also by
another method of approximation (which is independent of the
method under review). There are 3 figures and 16 references,
Card 3/4 10 of which are Soviet.

SOTI/2c - 125-1-3 216 7
A New Method of Investigating Adiabatic Inflammation and Its Application
to a Chlorine-hydrogen Mixture
ASSOCIATION: Institut fiziki i matematiki Akademii nauk AzerbSSR
(Institute of Physics and Mathematics of the Academy of
Sciences$ Azerbaydzhan SSR)
PRESENTED: November 21, 1958, by Ya. B. Zelldovich, Academician
SUMAITTED: November 12, 1958
Card 4/4

s/i26/6o/ooq/o2/O08/O33
EAlk4~J~5
AUTHORS: Shakhtakhtinskiyj M.G an -v IA.A.
TITLE- Investigation of the Saturated Vapour Tensions of
Thallium Selenides-kl
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol 9, Nr 2,
pp 202 - 204 (USSR)
ABSTRACT: The aim of the work was to measure the vapour tension
of the compounds and to discover any possible dissociation
in the solid phase by measuring the vapour pressure. q
Vapour tension was measured by an effusion method using
radioactive isotopes, on compounds prepared from 99.9964%
pure thallium and selenium. Measurements were made using
both radioactive selenium an6 thallium separately. From
the results of the experiment a graph of log. vapour
tension against inverse temperature wal drawn (Figure 1).
Vapour-pressure measurements for TlSefAnd T1 2So gave the
same result, whether T1 or Se was used as the tracer. It
was concluded that no dissociation occurred in the solid
state in these substances. A similar result 'was obtained
Cardl/2 for TI2Se3 up to 400 0C. Above this temperature, the
-z
M

68623
S/126/6o/oo9/02/008/033
E1114F-3
Investigation of the Saturated Vapour TenSio s ~i Thallium
Selenides
value of the vapour pressure was similar to that of
T12 Se when TI was used as a tracer. From further
measurements it was shown that dissociation occurs as
follows:
TI Se Tl,ce + 25e
2 3 4--
A calculation of the heat of sublimation for the
compounds gave the results: Tl 2So 26.90 kcal/g.mol;
TlSe 30.84 kcal/g.mol and TI 2Se333-97 kcal/g.mol.
There are 1 figure and 6 Soviet references.
ASSOCIATION: Institut fizikl AN Azerb. SSR
(Institute of Physics of the Ac.Se., Azorbaidzli:gn SSR)
S UBMI'TT ED May 13, 1959 1 k1
Card 2/2

ABDULLAYEV, G.B., SHAXHTAXRTINSJCIY, K.G., KULITZV, A.A.
Studying the elasticity of saturated vapors of the eyotem Se -
To. Dokl.AY Azerb.SSR 16 no-3:219-222 16o. (MIRA 13:7)
I. Institut fitiki AN AzerSSR.
(Selenium) (Tellurium)

A0o61A1O1
AUTHORS: Shakhtakhtinskiy, M. G., Kuliyev, A. A., Abdullayev, G. B~
TITLE. Investigating the tension of saturated vapors of some selenides by
the radio-isotope method
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no, 2, 1962, 5. abstract PA20
(V sb, "Vopr. metallurgii. I fiz. poluprovodnikov". Moscow, AN 0"S'3B,
1961, 38-42)
TM: The investigation was carried out by the Knudsen method. A
schematic diagram of the device is given. With the aid of this device it Is
possible to determine the vapor tension at various temperatures without disturb-
ing the vacuum. For a synthesis of selenides, Se, Tl and Sb of 99.99% purity
were placed into a quartz ampoule which was evacupted to 10-4 mm Hg. Each
compound was prepared twice with active Se75, T120 , or Sbl24. Vapor tensions
of compounds TlSe, T12Se and Sb2Se3, measured over both components, have equal
values, i.e. during evaporation of these substances, there is no dissociation in
the solid phase, The same agreement of values is observed for T12Se up to 2OO'C.
It Is supposed that Tl2Se3 dissociates according to the scheme Tl25e3--~1,Tl23ef+2S,-_
Card 112

3/137/62/O(f)/0G2/(,0 1/144
investigating the tension of saturated ... A006/A101
Vapor tension p as a function of temperature T is described by the following
equations: for T12Se lgp (5880-9/T)+ 9.8052; for TlSe lgp - -(6742.2/T)
* 12.443; for T12Se3 19P -(7425-5/T) + 9.2481; for Sb2Se3 lgp - -(6432.3/-,)
* 8.7906. Calculation of sublimation heats for the aforementioned compounds
yields the following values in kcal/g-mole: T12Se 26.905; TlSe 30.845;
T123e3 33.972, 3b2Se 3 29-589.
T. Kolesnikova
[Abstracter's note: Complete translation]
Card 2/2

from
561
19621
Of no. 17,
tl'nocryst s-'a 5er -
hxlrnal. jzerbSS'L I.-Jinl; f-rom
fe-ra ~171'q. 1961 51-59) by Ra at va ct e a ,
Re t 1.B?"9 1, 6roVIA C On M. Val,
no. I
'na 'Oeen a
abstTac G initia
cm -long) Of arttis The Y .10.06a
5 .ai aP'Par I e a . t'd'o 0
onocTlsta-ls an e c a- . sop OXI AIXIM, and then . to a 9 0 -Int
Iro"n 3.'D -vac tea 'n Iting
c ed - a er tae
-rfse 0 -re J.W the _h the
I
la -Deen of Te a tjjj5 %j.0TI OxIle 'pas boqe %h-r 0a 6
have -'als dig 0'M9 -300 a aTaVn t 0611 ine I
noo TIle It, e 'flas onoc-rio
melt -to T15 time a by ,Ie - ,,, ej)t 2 o1al % M "Aal
V,ij icb r, f iv e 110 a""' 0 er a e %he 06S? 068 allaos the 'au 'Pas
ied - A am ' -, ,.,ice V -rate
temP 'Xiell ioyed 'o'r
hthe v)
10 lie ecia . . I
Vac-ajim in 10 Of a the Pr oaxic oe alla (the 13
tBy means Ujin - batan ODA me,,-%
() . 2. TO aing a, ,
of Te, at 0 0, se
I-a'r 1,06ce ,sea a
'pas f Vr
Of V
Wa J/z
S/081/62/000/007/001/033
MOnOCrystals of tellurium grown B156/B101
0.4-0.5 mm/min, and the specimen was rotated at 6 rpm. A new seed
base was then prepared from the specimen and the PUllina procedure
repeated 3 times; the result was a largel perfect monoorystal. The
monoorystallinity and structural perfection were confirmed by cleaving,
also radiographically (by Laue diffraction patterns). The purity of
the crystals obtained was > 99.9999%. [Abstracter's note: Complete
translation.]
Card 2/2

S/137/62/OW/003/050/191
A006/A101
AMORS; Movlanov, Sh., J(ullycv, A. A.
TITLE: on the coefficient of mercury distribution during tellurium crystal-
lization
PMIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 1962, 25 - 26, W tract
3G1066 (Izv. AN AzerbSSR, Ser. fiz.-matem. i teldm. n", 1%,.L, no. 3,
55 - 62, Azerb. summary)
T=; The authors studied zonal recrystallization of Te with 11g admixture.
The.effective coefficient of lig distribution in Te was calculated (with the aid
of radioactive isotope 11g203).at different rates.06, 11 and 2 mm/hour) of molten L,
zone shift. The equilibrium.coefficient of lig diptributicn in Te is equal to 0.11.-
It is shown that in zonal recrystallization the 1Tg content in Te is reduced by over
100 times after three passes. The effectiveness,of Te refining from Hg increases
when zona'. recrystallization is carried out in a flow of H2* There are 15 ref-
erences.
G. Svodtseva
[AbQtracterls note: Complete translation]
Card 1/1

2!r,15
S/181/61/003/009/017/039
2 B102/B104
OTHORS: Tagirov, V. I.,and Kuliyevq A. A.
TITLEt Study of the distribution coefficients of tantalum in
germanium on its crystallization
PERIODICAL: Fizika tverdogo tela, v. 3, no. 9, 1961, 2569 - 2671
TEXT: The distribution of the elements of group V in germanium has
hitherto been insufficiently studied although the knowledge of these
rules is of scientific and technical interest. The Ta distribution in Ge
has not been studied at all. The authors studied the distribution of
Ta 182 in Ge. Using the method by Burton et al. the authors deter ined
the effective diatribution coefficient of Ta during the crystallization
of Ge as a fun-.ti.on of the growth rate-of the single crystal. K eff was
calculated by the equatio .n Keff , K011L.0 + (1-KO)exp(-vb/D]) where K 0 is
the equilibrium distribution coefficient, v the growth rate, D,the
diffusion coefficient of the impurities in the liquid, 6 the layer
Card 1/ 3

2')085 S/181/61/003/009/017/,'039
;)tudy of the distribution coefficients ... B102/B104
thickness in the melt near the crystallization front. The authors used
2.5 g of pure germanium (resistivitY 50 ohm.cm) which wa3 melted together
with 5 mg of Ta 182 (specific activity 1000 mcuries/g) in a quartz ampul
at lo-4mm Hg and at 1000 0C. In order to safeguard m&Aimum even distribu-
tion it was kept in liquid state for a certain time and then well Mixed.
184
The thus obtained ligature was used for alloying pure Ge with Ta . The
pure Ge was melted together with the ligature and the single crystals
were then grown from the melt. First, the authors determined the depen-
dence of the absorption of tantalum emission in germanium on the amount
of germanium by a comparison with a standard specimen. It was found that
absorption ( in ~o of the maximum activity) exponentially decreased with
increasing specimen weight. A study of the activity distribution alon.-
the specimen showed that the activity exponentially increased with in-
creasing distance from the primary cryotdlization front. The main part of
th6., tantalum impurity accumulated at the end of the specimen. Keff as a
function of the growth rate of the Ge single crystal proved to be a
weakly nonlinearly increasing function and ln(l K eff - 1) as a function of
Card 2/ 3

2~
/61/003/009/017/039
Jtudy of tfie distribution coefficients ... B102/B104
v proved to be a descending straight intersectinF the ordinate The
between z)oint of intersection and Z)rif7.,in ij "Iri(I/F i ) f r C) u.,
whi,.,h 0- coefficient of equilibrium distribution was calculated to be
v'~ UOU . There are 4 fi,;,*u.L-es and 2 non-Soviet references, They read as
follows . J~ A, Burton, R. C. Prim, W. P. Slichter. J~ Chem. Phys. , 21 ,
I 'I . 1 I)WI , 1953. J, A. Burton, E, U,. Kolb, Vi. P. Slichter, J. D- Struthers,
J , ~;hem, Phy's , ,21, 11, 19~)I, 1953.,
Az;SOCIATION: Inotitut fiziki AN AzSSR Baku (Institute of Physics of the
66R, Baku)
SUBMITTEDi April 10, 1961

3i.lbl,/61/003/011/012/056
>/ t 138
AUTHORSs Ibragimovp H. I., and Kuliyev, A. A.
TITLEt Electrical migration of thalliam in polycrystalline selenium
PERIODICALi Fizika tverdogo telal V, 3, no. 11v 19619 3330 - 3335
T-giXI& The t;uthors studied the temperature dependeRce of the T1 ion
mobility in polycrystallins Be between 100 and 215 C. Electrical
migration of impurity ions in semiconductors lowers the quality of p-n
junctions and is therefore of great interest. The authors chosed amor-
phous selenium, as used in rectifiers, for their investigations. The
selenium was pressed at 6 - 7 tons/cm2 into cylindrical compacts from
which films 100 ~i thick were cut. Diffusion and electrical migration
were studied on -polished cylinders 10 mm 'Long und 6.5 mm in diameter. A
204
thin layer of T1 , was deposited on one and of each cylinder. Then with
these ends together-the pieces were fastensd In a poroelain-insulated
holder and the system was evacuated to 10-4mm Hg and placed in an
Card 1/3
n"

ii
'4(,7 ~/161/61/003/011/012/056
Electrical migration of thallium. ... BIOVB138
ultrathermostat (temperature kept constant to 10.20C). migration was
studied in a field of 10 vom (300 pa). The extent of migration was
determined from the activity of theB-10p thl,~k layers removed. The
diffusion coefficient D was found from the relation between activity and
T1204 ooncentra~ion: I(Xj t),VC(X, t) - C (I - arf r where C is
0 0
the initial concentrationq z the depth 0of diffuaion and t the diffusion
annealing time, which was at 100 - 215 C. D flao.found to be between
3.8-10-1 3and 6.2*10-li cm2/seo, its temperattue dependence can be
described by the relations
DTl--:,Se ~2.9-iO_3qzp(-0-73 ev/kT) cm 2/86u. lotivation energy was found
to be 1-5 times as high as in selfdiffusion. Investigation of the in-
fluence of electric field on T1 diffusion showed that T! migrates mairly
towards 'he cathode. Migration also decreaseB with deorcasing field
strength. The fact that the temperature dependence of the Ion mobility
was just the same as the temperature depand#)not of the dif,1.a:~-&-)n oonakn-.!'.
indicates that diffusion and electrical migration are of the same nat)i,--,.
Card 2/3

Electrical migration of thallium
161/003/011/012/056
1002/B138
From charge measurements it was found out that T! migrates in Se as T13+.
The ionization energy was determined to 0.79 -,, a value, which is similar
to the activation energy of diffusion. The authc%rs thank Professor
G. B. Abdullayev for comments and interest. Thero are 3 figures, 1 table,
and 18 referenoess 14 Soviet and 4 non-Sovitt. The reference to the
English-language publication reads as follows~ H. A. Bethe. NDRC Rep.,
43-12 (Publication Board U.S.Dept. Commerce, Decemb., 1942).
ASSOCIATIONs Institut fiziki AN Azerb.SSR Baki.- (Institute of Physics of
AS Azerbaydzhanskiya SSR9 Baku.)
SUBMITTED: May 24, 1961
Card 3/3

140VLANOV, Sh.; KULIYEV, A.A.
Diffusion of selenium and mercury in liquid tellurium. Irzv.Ajj
Azarb,SSR.Ser,fIz.-mat.j tekh.nauk no.6:49-55 161. (MIM 15:1.)
(Diffusion)

SHILKINI A.I.; KULIYEV,- A.A.
Apparatus for growing tellurium isingle crystals by pulling from
the malt. Prib.i tekh.eksp. 6 no.5:172-174 S-0 161.
(MIRA 14-'10)
1. Institut fiziki AN AzSSR.
(Tellurium) (Crystallization)

8/137/61/00()/012/073/149
A006/AlOl
AUTHORS: Movianov, Sh., Kuliyev, A.A.
TITLE: The factor of tin distribution in antimony selenide
PERIODICAL: Referativny-I zhurnal. Metallurgiya, no. 12, 1961, 52-5~i, abstract
120370 (Dokl. AN Azerb88R.1 1961, v. 17, no. 4, 275-278, Azerb.
summary)
TEXT: The method of radioactive I" otopes was employed to determine,the
factor of Sn-distribution In Sb2Se A SnI13 radioactive isotope was employed.
Sb Se specimens were synthesized ~n a stoi-chiometric ratio-from initial Sb
(92
10949 ~6%) and-Se (99.994%) in ampoules which were preliminarily evacuated to
- mm Hg. The ampoule was slowly heated to 9000C with a 2-hour Interruption
at 2!5e~: and a -A-hour one it 65010. The ampoule was held for 13 - 16 hours at
9000C ana then cooled to room temperature at a rate of 100 degreqs/hour. The
ingots obtained were subjected to 10-fold zonal refining in N2 atmosphere; the
eleitric conductivity of the specimens changed from about to/-_11q-7 ohip-1
cm- . The. zonal refined Sb2Se was alloyed with 0.004% Snf(93 at 700OC-for-35
hours; the uniformity of Sn distribution over the specimen was checked and then
Card 1/2

The factor of tin distribution ...
s/i37/6 1/obo/o 12/07_3/149
Aoo6/Alol
zonal recrystallization-was performe with up to 10 passes. The temperature in
~the zone was 6700C. To determine Sn 113 in the specimen perpendicularly to the
ingot axis 200 - 300 1,Athick layers were taken off and the intensity of radia-
tion in these layers was determined. The factor of Sn distribution in SbpSe 3
wa~ 0.8. The effective Sn diffusion factor in liquid Sb2Se D - i.56.1o-3-
,:..m /sec. It is shown that refining of Sb2se3from Sn was relatively difficult.
The lower the concentration of admixtures in Sb2Se 31 the lesser effective its
zonal refining.
B. Turovskiy
[Abstracter's notes Complete translation]
Card 2/2

Sh.,- ABDULLAYEV, G-B-; BASHSRALIM , A.; FULUIEV, A.; I.
MOVIAITGV I - IMIFO'V..
Some properties of antimony telluride single crystals. Dokl. An.
Azerb. SSR 17 no.5:375-37� 161. (MIRA 14-6)
1. Institut fiziki, sektor fiziki i matematiki Akademii nauk
Tadzhikskoy SSR.
(Antimony telluride)

4 rj"4 83
7d-(,V
S/233/62/000/001 /0U 1 /00 1
1033/1233
AUTHORi Tagirov, V. I, and Kuliyev, A.A.
TITLE: Diffusion of tantalum in germanium crystals
PERIODICAL: Akademiya nauk Azerbaydzhanskoy SSR. Izvcstiya. Seriya fiziko-matematicheskikb t
tekhnicheskikh nauk, no. 1, 1962, 65-68
TEXT: The diffusi3n coefficient of Ta'12 in single germanium crystals was investigated by slicing off thin
layers. Samples were annealed for 15 to 60 hours. Diffusion experiments were carried out between 750-900'C
and 800-900'C; the specific resistances of the samples were 10 and 45 ohm-cm, respectively Values of
diffusion coefficients are:
DP - 10 ohm-cm = 2,5 x 10-6 ex,,)(- 1. 16/kT) CM21SCC
and DP - 45 ohm.cm ~ 0.2 exp( - 2.86/kT) CM2/SCC.
There are 2 figures.
Card III

S/180/62/000/001/004/014
E'193/r,383
AUTHORS. huliyev, A.A. and Movianov, Sii. (Baku)
TITLE, Coefficient of distribution of selenium during
solidificatiGn
PERIODICAL: Alcademiya'nauk SSSR. Izvestiya. Otdeleniye
telchnicheskildh nauk. Metallurgiya i toplivo,
no. 1, 1962, 76 - 80
TEX'I": The object of the present investigation was to
determine the equilibrium distribution coefficient of Se in
Te, this information being necessary for successful purification
of Te by zone-refining. The experiments were conducted on
technical-grade Te, which was first purified by distillatiop in
pure hydrogen, repeated 10 - 12 times, i.e. until no residue
was left after the distillation process. It was found that by
this means the concentration of both volatile impurities
(Se, S, etc.) and those with a low vapour pressure (tellurides,
selenides and oxidos of various elements) was substantially
reduced. Te was zone-refined in evacuated quartz ampules after
Card 115

S/180/62/000/001/004/014
Coefficient of distribution .... E193/r.383
this preliminary treatment. The purity of the metal cftw M lissasios
determined from the ratio of its electrical resistivities
at room temperature and at liquid-nitrogen temperature.
I It was established in this way that zone-refined To
contained no mora than 10 15/cM3 electroactive impurities. This
material was used in the final experiment, in which the
distribution coefficient for So and To was determined by the
radioactive tracer (So 75 ) technique. Uniform distribution of
So in the starting material was ensured by prolonged heating
at a temporatUrO above the i:iolting point of To. To avoid losses
of' So (whose vapour pressure is much highor than that of To)
during zone-refining, this operation was carried out in a
vertical furnace, the molten zone travelling in the upwards
direction. Distribution of impurities in a zone-refined ingot
after one pass is described by the equation:
Card 2/5

S/l8o/62/Ooo/ool/004/oi4
Coefficient of distribution r,193/E383
C Ox
11.+exp -k+
C
0
where denotes the length of the molten zone,
x its distance from the starting end of the ingot,
C0 the initial concentration of impurities and
C(.x) the concentration of impurities at a distance x
from the starting end of the ingot after
zone-refining.
Since it follows fx-om Eq. (1) that th~ relationship:
In Co - C(X)
C
0
is linear, the point of intersection of this line with the ordinato
Card 3/5

s/ i 8o/ 62/000/001/004/01 '1
Coefficient of distribution .... E195/p,383
axis gives a value of the distribution coefficient It+
corresponding to a given rate v of travel of the molten zone.
it wds found by this method that the equilibrium distribution
coefficient for So in To was 0.311. The thicknesi3 of the diffusion
layer in the molten zone was found to be 0.46 mm. The ef'L'octive
diff usi'o n. coefficient for Se in To was foun( to vary between
10-5 and 10-3 cm2/sec, depending on the condircions during
solidification. The results of other experiments are reproduced
graphically. In Fi,,. 5, C/co is plotted against x/, .'
curves I and 2 relating to values of C/C 0 obtained after I and
2 passes, respectively. It was soppi that the concentration of
So in To after 2 passes aniountedto andw-a t(!n times less
than the initial value. Finally, it was established that the
effectiveness of zone-refining can be improved by conducting it
i n h y d ro g e n . This is demonstrated in Fig. 6, where the
C/C0 ratio is plotted against (mm), curves I and 2 relating,
Card 4/5

5/i80/62/000/001/004/014
Coefficient of distribution .... E193/r,383
respcct~ivcly, to results obtained for material refined in
evncuated.ampulos and in hydrogen. This eft:ect is probably due
to ngitating action of the hydrogen stream, volatilization of
)e and formatio'n of hydrogen sr-lenide.
There are 5 figures- 'e",
ASSOCINfION: Institut fizilti AN Azerbaydzhanskoy SSR
(Institute of Physics of the AS Azerbaydzhan,
SSIO
SUBIMITTED: blay 26, 1961
Fige-5:
Me
to
Card
..Fig. 6: v;

_j0,
JV
r4v 1.1va,W

).2039
ij
S/233/62/000/003/007/010
1045/1242
1,JjT:!r)RL: !~azhlnyfiva, R.I., Kuliyev, A.A., lbragimov, N.I.
T I TII~. Salf-diffuqion in polycrystalline tellurium
PE, 'R 10 D 1 "S A Ljikaderniya raulc Azerbaydzhansko~ SSR. Izventiya. Seriya.
fi:71.ko-matonatichopkikh i tekhnichaskikli nauk, no.3,
1962, 95-98
The aiithorn datorninid the aolf-diffualon conatant of toch-
n1c,q] 1-1olluriu-n d1.3Ullcd five times. The tellurium was melted at
4C1013C In a glass ampoule and recrystallined. The base of the
cyli,15,1rlcal s-rtmple wrs ground flat and covered with radioactive
by evaporation. Tho sarplos 'were held at temperatures
bril"vicer, 360-1200C for 95 to 140 hrs. The distribution of radio-
activit-v in the 3arrple vins determined by slicing thin layers and
iinieaauring their count. Vne temperature dependence of tho self-dif-
Pi9ion consttint is given by D = 3.5-10-4,j-23200 cm2 BOO-1
Thoro are 3 figures.
'lard 1/1

jr
S/181/62/004/001/043/052
B111/B104
AUTHORSt Tagirov, V. I., and Kuliyev, A. A~
TITLE: Diffusion and solubility of thallium in germanium
PERIODICAL: Fizika tvardogo tela, v. 4, no. 1, 1962, 272 - 275
TEXTs The measurement was made with the isotope Tl 204 (electron emitter,
2.71 years, 0.765 Mev) and with monocrystalline specimens of germanium
(43 ohm-cm). First, the specimens were ground and then etched in boiling
perhydrol. The diffusion was studied by removing thin layers and deter-
mining the distribution of T1 in them by a measurement of activity with
an /ICT-17(MST-17) end-window counter. When the concentration of T1204 on
the surface of the specimen is permanently constant, the concenturation
distribution is given by c(x, t) - c0(1 - erf u), where c is the solubility
of T1 in Ge at a given temperature, u - x/2~d~t , x is theopenetration
depth, t is the duration of diffusion annealing, and D is the diffusion
coefficient. A constant Tl concentration on the surface can be achieved by
using saturated Tl vapor. Attempts to determine the temperature dependence
Card 1/3

S/181/62/004/001/043/052
Diffusion and solubility of B111/B104
of the diffusion constant weve made between 600 and 9300C. Alloys formed
above 95000 rendered measurements impossible. The diffusion coefficient
is given by D - 1.700 3 exp (-3-4/kT) cm2/see, The diffusion coefficients
and the solubility of other elements of the same sub-group in germanium
exhibit correlation as in the case of TL At -917 0C the solubt_lity of T1
18 3
reaches a maximum of 9.5-10 at/cm . The activation energy arising in
the diffusion of Tl in Ge is greater than the self-diffusion energy of Ge.
The same is true for Cd, B, and Pb. It is therefore assu4-d that, like in
the case of Cd, diffusion proceeds from vacancy to vacancy, G, B. Abdulla-
yev, Corresponding Member AS Azerbaydzhanskaya SSR, and M, G. Shakhtakb-
tinskiy, Candidate of Physics and Mathematics, are thanked for d~.scussions.
There are 2 figures and 10 references: 4 Soviet and 6 non-Soviet. The
four most recent references to English-language publications read as
follows: F. M. Smits, Proc. IRE, 46, 6, 19581 B., Goldsteir '. Phys,; 3cv_
118, 4-P 196o, R~ A. Swalin, J. Appl. Phys.,, 29, 4, 19581 'U C. Dunlap, Phys,
Rev., 2A, 6, 1954.
Card 2/3

3/181/62/004/001/043/052
Diffusion and solubility of ... B111/B104
ASSOCIATION: Institut fiziki AN Az. SSR Baku (Institute of Physics, AS
Azerbaydzhanskaya SSR, Baku)
SUBMITTEDt July 1, 1961 (initially)
September 11, 1961 (after revision)
Card 3/3

s/1~1/62/004/00-1/0~6/C51
B102/B138
"h, , and Kuliyev,
Inlre,~ti67ation of th, diffu.,,iorl of :3,--.lQniu-., and -ercur,-! in
sUid und liquid tellurium
P--, ~42
:~- I(.) D I C.,, L ~Fiziha tiverdogo tela, v. 4, no. 2, 1962, -545
TEXT: The tracer method was used to detertaine the diffusion coefficients
75 Hu (Hg203
of Se (Se ) and , ) in solid and liquid Te. In the first case
polycrystalline Te with a concentration of charged impurities of
15 -3
,~10 Cm was heat treated in a vacuum (4200C, 27 hr) and put in an
ampoule (10-4 mm HS) with the Se or Hg. So diffusion was ctudied betwe'er,
320 and 4400C, H,5 diffusion between 270 and 4400C. The following; resu'Ats
were obt;.,.ined-, DSe = 2.6-lo-2exp(-28,600/RT) cm2/sec;
Card 1/3
V-7
'A