SCIENTIFIC ABSTRACT KHAN, M.G. - KHANADEYEV, A.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721720017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRUPIN 0 Grigoriy Vasillyevich, prof.; FliPai., Khar"llw2py
Kharitonovich, inzh, Prinimli uchaaldyoi RYABIKOV, V.F.-
1&-",) B'.K.; DEDYULIN, N.D., retsenzent; GATILIH, E.F.p P
retsenzent) KUZIMINA, V.S.) red.
(Designing enterprises of the dairy industry] Proektirova-
nie predprilatii molochnoi promyBhlennosti. Moskva, Fl-
shchevaia promyshlennost', 1964. 399 p. (MIRA 19:3)

BOCHVAR, A.A. (Moskva); ABRAMOVA, V.A. (Moskval;, FJIAN,_ M.G._ (Moskva)
Twinning during the deformation of metals. Izv. AN SSSR. Pint. i
gor. delo ro.lt92-94 Ja-F 164. (MIRA 17W
-ii, 2p

B11'r,"By G.I,.;_KIIAN, N.A.
Ham complication following surgery for stran&ul-ated hernia in
a 6d1d. Vest. kjJr. 93 no.12:02 D 164.
(MIRA 19:5)
1. Iz otdelenlya khirurgii detskogo vozi-asta (zav. - G.L.Bilich)
gorodsRoy detsko~r bollnitsy (glavnyy vrach T.I.Zimovets) gorodu
Harapandy.

1). A.
Chemical Abst.
Vol. 48 No. 9
May 10p 1954
Metal-urgy and hetallography
v
VA ppign ge p&4u own fA gjM"-dM-.
low Am". a ,
NdvaXankh.
S.S.R. No. 123, AWN. 7, W1O1(iW).-Aodk
soln. of Cu-NI alloys that had been hed-fttiud and hAve a
more eq
sLilibrated structure proceeds with h4:hw anodk
yields with lower yield of mud than oocurs with alloys
hot are cast and not equilibrated. In cast alloys Cu goes
Into Wn., primarily in the fortri of that sollid s*ta. which Is
least rich In Cu; In cast alloys there is gruter opportunity
for waste formation owing to failing out of pds~Wftd grains
Of the alloy which suffered thermal deformatim an e-ding.
0. M. 11cooddead-*
--- 77,

7 --7~
J il

O.A.; PARAXONOV, I.T.; STZPANOVA, L.S.
Purification of solutions and the distribution of arsenic and
antimony in the bydronstallurgy of zinc. TSvet.met.27 no-3:20-24
MY-Je 154. (MIRA 10:10)
(Zinc--Metallurgy) (Antimony) (Arsenic)

nf,

A a prigSess of C&ie-
/'Structuii of c nift In
I mation. an wt
. .16r.5r=:Kh .
22N F g
-47"111-121054. ealed Cu-NI anodes were
'electrrl, under conditions which are obtained in tom.
t,ract c ~z Slime formation was grea*rr with cast than with
annealed anodes. This was accounted for by the dendqtic
structure of heterogeneous compn. of the cast antAcs: the
solid soins. low in Cu went Into solu., whereas those rich in
Cu posses%ing a higher electropo3. potential pj)td. otit as
Slime.

and 1'. 1

"I'

~~.P, 1u
4. Cheyn.
P
I
d
-V4
.
7i"
f"ll
?
M.)t
F
M'L

5~v

KIWI, 0. A.
A. 13qlak and
0 end '# / __._b
It h q K.
Aur. Ftiklad. Khba. 27, 10-70(1954); cf. and
C
1,1111m 14, "1 . L,
~h Wg C.A. 44. 3916i.-The potentials vp it i.1 and
N1 I dctd. tinder conditions which occurzed in pnc-
tice, at 601 and lit it win. conAliting of NiSOi.71110 200,
Nal,90i 40, 111H0, 20, and NaCl 3 parn. The static V (In
the absence of current) of Cu.S was inore clLetropos.
titan that of NltSt. The latter attained its equil. value of
0.07 v. within 10 rain.: the fartner at 0.4 v. In 4 hrs. The
dynamic anodle i? vs. One of NIA nt c.ds. of 200 and 4W
'Imp./sq. in. werz shnost identical curvei reaching equil.
,at 2.26 and 2.30 Y. In 4 lits. FoclCurli the 2 curvei dif-
kfVA. With 0.W Rnig./sq. tn. the curve Lxcavic haritontat at
1.20 v. within 30 tn a.; with 400 amp./sq. in. the curve roe
rilmost vertically ut 1.2 v. within 30 min. Similar curvts
-,YereobtaitiettivithCu,SitilNCtiSO4. Thiswasexplained
(~J% lite twumption that at the lower cA. the reaction pro-
(C',lod to forni Cus and Cu++ wilcreas at the hilLer r.d.
ti wid Cu I * wac forined. This wai suppor C, (I by I he ap-
of the anode, bluish at 200 and yvilow at 46)
lei 01 54
Card 1/1 173
lizfill in electroplating.
137- 58-4- 6852
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4. p 76 (USSR)
AUTHOR: Khan, O.A.
TITLE: On the Reasons for Difficult Peeling of Cathodic Zinc 1.0 prich-
inakh trudnoy sdirki katodno8o tsinka)
PERIODICAL: Tr. soveshchaniya po MetallUrgii tsinka, 1954, Moscow,
Metatlurgizdat, 1956, pp 200-207
ABSTRACT: Controlled experiments lead to the conclusion that the main
reason for difficult peeling of cathodic zinc is the combined ef-
fect of F? and other impurities in the Zn electrolyte. Careful
removal of F2 and other impurities from Zn solutions down to
levels compatible with the standard process of Zn electrolysis
is necessary.
G. S.
1. Zinc--Platlng--Processes
Card 1/1

SOV/137-57-6-9809
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 71 (USSR)
AUTHORS: Khan, O.A., DuRhankina, L.S.
TITLE: Joint Precipitation of Antimony and Iron With Neutralization of Sul-
fate Solutions in the Hydrometallurgy of Zinc (0 sovmestnom osazh-
denii sur'my i zheleza pri neytralizatsii sernokislykh rastvorov v
gidrometallurgii tsinka)
PERIODICAL: Tr. Altaysk. gorno-metallurg, n.-i. in-ta, 1956, Nr 3, pp 12?-
131
ABSTRACT: A study is made of the effect of the concentration of Te3+ ions
and variation in the acidity of the medium upon the behavior of Sb
in the process of neutralization of sulfate solutions. The experi-
ments are run with synthetic and industrial ZnS04 solutions neutral-
ized by fine-ground ZnO and NaOH solution with temperature varia-
tions held to �0.50C from the given level and a constant rate of stir-
ring for Z hours after introduction of the precipitant. The Sb and
H S04 concentrations in the starting solutions are 34-37 and 10
ghiter, respectively. It is found that when they are neutralized by
Card 1/3 NaOH solution, the pH of onset of the combined precipitation of Sb

Joint Precipitation of Antimony and Iron (cont.)
SOV/137-57-6-9809
and Fe is determined by the onset of the process of Fe2(S04)3 hydrolysis of cor-
responding strength, and is equal to 2.0-2.3. With increase in the Fe/Sb ratio of
the starting solution, precipitation of Sb and Fe begins and ends at lower pH:
herein, it:is noted, the residual Sb concentration decreases with increasing
Fe concentration. Identical results are obtained in precipitation of Sb and Fe by
Zn oxide: Sb is precipitated in full, if in the initial solution Fe/Sb=5-6. In ex-
periments with precipitation of Sb from industrial solutions by neutralization of
ZnO it is found that the bulk of the Sb comes down at pH of less than 3-3.5, but
that a medium of 5-5.2 pH is required for complete precipitation of this impurity.
The conclusion is drawn that the cause of the combined precipitation of Sb and Fe
is the reaction of the Sb ions with particles of Fe hydroxide. In the process, corn-
pounds of the basic antimonate category come into being in accordance with the
reaction mFe(OH)3+nH 3SbOf [Fe(OH)31 m-n-nFeSb04+3nH20. The precipitation
of Sb in the form of such compounds is explained by the fact'that when sulfate sol-
utions are neutralized, Fe goes from the ionic condition (Fe3+ ) through the col-
loidal into the solid (Fe hydroxide gel). Particles of Fe hydroxide adsorb the
free Fe3+ ions and acquire a positive charge. In the presence of Sb04 3- ions,
the charge on the particles of Fe hydroxide is neutralized in the course of their
reaction: (Fe(01-031 M.nFe3++iiSbO4 3-~_(Fe(OH)3jm-nFeSbO4. The process is
Card Z/3

Joint Precipitation of Antimony and Iron (cont.)
SOV/137-57-6-9809
facilitated by the fact that the Sb ions are capable of forming difficultly- soluble
chemical compounds. Increase in the level of precipitation of Sb with rise in
temperature is one of the proofs that the reaction between particles of Fe hydrox-
ide and Sb ions is a chemical process.
A.Ye.
Card 3/3
7i

SOV/ 137-57-6-9790
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 69 (USSR)
AUTHORS: Dukhankina, L.S., Khan, O.A., Gorbaneva, Z.I.
TITLE: The Solubility of Antimony Oxides in Zinc Sulfate Solutions (Rast-
vorimost' okislov surmy v rastvorakh sernokislogo tsinka)
PERIODICAL: Tr. Altaysk. gorno-metallurg. n.-i. in-ta, 1956, Vol 3, pp
132-135
ABSTRACT: An isothermic method is used to study the solubility (S) of Sb
oxides in chemically pure preparations in neutral ZnS04 solutions,
there being 18 g HZS04/liter. It is found that the S of Sb203 with
elevated Zn concentrations of from 20 to 120 g/liter rises from
0.0718 to 0. 1162 g/liter, the S of Sb205 being constant and equal to
- 0. 14 g/liter. As temperature rises from 20 to 800, the S of Sb
oxides in ZnS04 solution rises at Zn concentrations of 120-9/liter,
while in a solution acidified by HZS04 (up to 18 g/liter), the S
curves lie considerably higher. Sb concentration may attain 100
mg/liter in solutions of nearly commercial composition.
A.Ye.
Card 1/ 1

_5
13 7- Y9 58-
V-_
Transia-tidn fiom: A ei_a_tiv'nyy zhurnal, Metallurgiya, 1958, Nr 2, p 65 (USSR)
AUTHORS: Dukhankina,L.S., Khan.O.A.
TITLE: The Effect of Copper and Aluminum Ions on the Behavior of
Antimony ii, the Neutralization of Zinc Sulfate Solutions (0 vliyanii
ionov medi ialyuminiya na povedeniye sur'my pri neytralizatsii
sernokislykh tsinkovykh rastvorov)
PERIODICAL: Tr. Altaysk. gornometallurg. n.-i. in-ta, 1957, Vol 4, pp 84-813
ABSTRACT: A study was made of the effect had by ions of Cu and Al on the
behavior of Sb in a ZnS04 solution containing free HZS04 . Pre-
cipitation of Sb from a solution containing 100 grams/liter Zn,
l0g/1 H2S041 1.02-5.4 g/1 Cu or 0.1- 1 g/1 Al, and 26.2-27
mg/1 Sb was found to be accompanied by hydrolysis of the Cu and
Al sulfates. When Cu ions were present during neutralization of
a ZnO solution, the Sb was partially precipitated, and its residual
concentration was practically independent of the initial Cu-ion con-
tent of the solution. When a ZnO solution containing A13+ was
neutralized, the final pH values being 5.1 - 5.3, precipitation of
Sb was virtually complete, i.e., under the conditions of a neutral-
izing leaching the Al helped to purify the solutions completely of Sb.
Card 1/1 B.Z.
1- Zinc sulfate-Solutions 2. Antimony-Behavior 3. Copper ions
L Effects 4. Aluminum ions--FXfecta
137-1958-3-4900
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 63 (USSR)
AUTHORS: Khan, 0- A., Urubkova, E. I., Kuznetsova, V.A.
TITLE: An Flectrolytic Method for the Production of High-purity Zinc
(Elektroliticheskiy metod polucheniya tsinka vysokoy chistoty)
PERIODICAL: Tr. Altaysk, gornometallurg. n.-i. in-ta, 1957, Vol 5,
pp 76-81
ABSTRACT: In order to obtain high-purity Zn from Ts-O type metal, a
method of electrolytic refining of Zn in a "neutral" solution of
zinc sulfate was tested under semi-industrial conditions. The
apparatus employed was vinyl-plastic coated, a diaphragm made
of vinyl perchlorate fibers, an electrolyte free of all impurities,
and distilled water. The following optimal regimen was estab-
lished for the process: Dk = goo- I'200 a/m2; Zn content in the
electrolyte: 90-120 9/liter; temperature of the electrolyte:
250 -350; duration of the electrolysis process: 6 hours. Cathodic
Zn contained (in percent) : Fe < 0.0005, Cd < 0. 1003, Cu < 0.0003,
Pb < 0,003, and Sn < 0.0001 P.
Card 1/1
t , % k j-, j,". I - ~, . 1-_\ ,

00 SOV/137-59-5-2-0155
Translation from; Referativnyy zhurnal, Metallurgiya, 1959, Nr 5, PP 101 102
(USSR)
AUTHORS., Khan, O.A., Urubkova, E.I., Kuznetsova, V.A.
TITLEP't A N'-e--w- Hydrometallurgical Methodqof Obtaining High.-Purity Zinc
PERIODICAL: Rudnyy Altay, (Sovnarkhoz Vost.-Kazakhstansk. ekon. adm, r-na),
1958, Nr 1, pp 26 - 28
ABSTRACT~ The authors developed a technological system of obtaining high-
purity Zn by the method of electrolytic Zn refining in a ZnS04
solution with profound purification of the spent electrolyte
from impurities. Electrolytic refining was carried out in
rectangular tanks lines with "vintpla3t"(vinyl plastic), at
D - 800 - 1,000 amps/m2 and 350 - 400C, Purified electrolyte,
containing 100 - 110 g/1 of Zn, was continuously supplied to
'the tanks. Anodes of 30 - 35 kg weight were cast of "TsO" and
"TsV" grade electrolytic zinc. The cathode spaces In the bathz
were separated from the anode spaces by perohlorovinyl or caprone
Card 1/ 2 diaphragms on a "viniplast" carcasz, The initia-1 solution was

SOV/1 37 - 59 - 1- 54 77
Translation from.- Referativnyy zhurnal, Metallurgiya, 195(), Nr 3, p 77 ~USSRIJ
AUTHOR: Abdeyev, M. A., Ablanov, A. D., Khan, 0. A
TITLE- Study of the Process of Conversion ot Multin-Letal Mattes With Blom.,ing
of Liquid Fuel Into the Melt (Izucheniye protsessa konver!.irovaniya
polimetallicheskikh shteynov s vduv3niyern ,- rasplav zhidkogo
toplita)
PERIODICAL: Tr. Altaysk. gornometallurg. n.-i. in-ta 1958, Vol 6, pp 147-156
ABSTRACT: In order to increase the degree of sublimation of Pb and Zn during
conversion, liquid fuel was blown in, promotino a 100-1200C increase
in temperature as compared to the temperature of the conventional
process. The increase in temperature results in a reduction in the
magnetite and ferrite content of the slags,and, hence, the viscosity of
the stags, and increases the rate ci sublimation of Pb and to some
extent of Zn. The increase in the rate Of Sublimation of Zn can be
achieved by increasing the temperature of the conversion process tD
13000 with preoxidation of the matte without adding quartz.
Card 1/1
Y a. K.

SMIRNOV, V.M.; SIMAUV, K.M.; ABIMYEV, M.A,; KW, O.A.; LUNEV, V.Te.
Metallurgy in the Altai during the 40 years of Soviet government.
Trudy Alt. GMRII AN &-zakh. SSR no-7:15-28 '58.
(MIRA 12:7)
(Altai Territory-Nonferrous metals-Metallurgy)

i "
/o,~Z,v, I/',
KUN, Oi.; ABMM. X-A-
- I AN Kazahkho
--"A*PAw-S5`c`Z`e`n'ti f ic-techni Cal anniversary conference. Vest.
SSR 14 no,l-.101-102 Ja 158o (MIR& 11:2)
(last Kazakhstan Province-Mineral industries)

~AN 0 A

"a V .0 U
A. _u
.

0 to 0
0 a-
2
j"P
PP ic

Z'
x
. r:;O
00 0

0., 'C U 9
-
0 avi
via
O
to's sc
0
1
t
1
, 8
V U V; C
"
; " 1~
: '
a0
G 9"
1
%tj~
_
~ _
. .
. Ev!
4
. Cc- .1

00,
A Z 'e
cc
-40,
.
ft"'Ma 0 V-
0~0 4
IM
'2:,

0~~
0 e

qi

d
's C.04-
Z
r

0
-
v-
, _.
0.

;
t
A

_04~
%loc
- .. ': 0 . 19
t .
iA 0 C'.

-0

* [1 0

.u 'r
~L. ~
0 0 us N
A '
'M'.M L.. 'I
M
3 2
a
M
-
'.
.

5(4) SOV/80--32-4-20/47
AUTHORSs A~nAk4g DUkhankina~ L.S.
TITLE1.t On the Cathode Separation of Zinc From Zinc-Sulfate Solutions
With a High Concentration of Iron Ions (0 katodnom vydelen:Li
tainka iz oullfatteinkovykh rastvor6v a vysokim soderzhaniyam
ionov zheleza)
PERIODICALt Zhurnal prikladnoy khimii, 1959, Vol 32, Nr 4, pp 823-826
(USSR)
ABSTRACT: The authors investigated aino-sulfate solutions which contained
iron. These solutions can be obtained in hydrometallurgical
processes, but their further treatment by methods adopted in
hydrometallurgy presents difficulties due to high concentration
of iron. Therefore the authors propose to apply for this
purpose eleotrolytioal m-thod. As the electrolysis of site-
iron solutions has been comparatively poorly studied thus far,
the authors carried out experiments to determine the effect of
cathode density of current, concentration of iron and zinc ions
and other factors on the yield of the metals and iron concen-
tration in the cathode deposit. The electrolysis of solutions
Card 1/3 was performed in a bath with a diaphragm partition. Aluminum

SOV/60-32-4-20/47
On the Cathode Separation of Zinc From Zinc-Sulfate Solutions With a High
Concentration of Iron Ions
plates served as a cathod-9 and plates of lead-silver (1% Ag)
alloy as an anode,, The results of the experiments are present-
ed in a table from which it is seen that iron concentration
in the deposit rises with both an increase in the iron ion
concentration in the solution and with an increase of the
current density, The cathode yield of zinc from the Zn - Fe
solution in relatively high, Figure 1 shows that the partial
yield of zinc riaes with an increase of temperature and falls
with an increase in the-'~-4'P-; Zn ratio in the electrolyte. If
the electrolysis is conducted in a bath without a diaphragm,
the cathode y!.I'Ad of the alloy as well as the partial yield of
zinc are sharply reducel.
There are 3 graphs. 1 table and 15 referbnces, 12 of which
Card 2/3 are Soviet, 2 German and I English.

BOT/60-32-4-20/47
On the Cathode Separation of Zinc From Zinc-Sulfate-Solutions With a High
Concentration of Iron Ions
ASSOCIATIONt ~Altayakiy-gorno-metallurgioheskiy nauohno-iseledovatelookiy
inatitut Akademii-nauk KazSSR (Altai MininR Metallurgical
Scientific Research Institute of the A."
SUBMITTEDt September 4, 1957
Card 3/3

SALTOVSKAYA, PONIOMARV, V.D.
Electrolytic recovery of lead from chloride solutionp. Izv. A14
Kazakh.SSR.Ser. met. obog. i ogneup. no-3tl7-26 160. (141RA 14:4)
(Lead-Bleotrometallurgy)

.3/137/6 1/00o/to 1/1003/043
AOO6/AOOl
Translation from: Referativnyy zhurnal, Metallurgiya, 1961, No. 1, P. 17,
# 10158
AUTHORS: Oiganov, G.P., Ponomarev, V.D., Khan, O.A.
TITLE: On the Composition of Niobium and Tantalum Complexes Extracted
With 3-Butylphosphate
PERIODICAL: Izv. AN KazSSR Ser. metallurgii, obogashcheniya i ogneuporov, 1960,
No. 3 (6), PP. 73 - 78 (Kaz. summary)
TEXT: The authors describe a graphical method of determining the compo-
sition of Ta and Nb complexes extracted from a mixture of H004 and HF acids
with the aid of tributylphosphate. An investigation of the distribution coef-
ficient of each of the metals and acids depending on the amount of tributylphos-
phate in the organic phase (kerosene) has shown that the acids are extracted in
the form of complexes: H2SO4 . tributylphosphate and HF . tributylphosphate.
Ta apparently forms a dissolvate H,.TaF,, . 2-tributylphosphate, and Nb a complex
H2NbF 7' tributylphosphate. Highest diAtribution coefflatents are obtained for
Card 1/2

S11 37/6 I/WO/to 1/003/04.3
A0061AOOI
On the Composition of Niobium and Tantalum Complexes Extracted With 3-Butylphoo-
phate
Ta in the presence of H2S04 in the initial solution and minimum HF concentration;
for Nb In the presence of HpS04 and HP concentration ~'7%. At a low HI? concentra-
tion niobium is present in ~he solution in the form of a non-extractable complex
H2NbOF5.H20-
M. L.
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

KHANj 0,1~#j URUBKOVA, E.I.; SHESTAKOVA, V.A.
Now hydro-'and electrometallurgicql flowsheet for obtaining high
purity zinc. Trudy Alt. GMnII AN Kazakh. SSR 9:173-160 160.
(MMA 14:6)
1. Altayakiy jornometallurgicheakiy nauchno-isaledovatellskiy
institut AN Kazakhokoy SSR (for Khan, Shestakova). 2. Voesoyuznyy
nauchno-issledqvatellskiy institut tsvetnykh mdtallov (for
Urubkova).
(Zinc-Blectrometallurgy)
(Hydraulic metallurgy)

SALTOVSKAYA, L.A.; PONOMAREV, V.D.; KW, D.A.
Separation of copper and lead from chloride solutions by the
cementation method. Trudy Alt. GMNII AN Kazakh SSR 9:221-226
1600 (MIRA 14t6)
I.Altayskiy gornometallurgicheskiy nauchno-isoledovatellskiy
institut AN Kazakhakoy SSR (for Saltovskaya, Khan).
2. Institut metallurgii i obogashcheniya AN KazSSR (for Ponomarev).
(Hydrometallurgy) (Cementation (Metallurgy))

KWATYLOVSKIT, A.M.; YESIN, O.A.; ABDMT, M.A.;
Tbermodypamice of the direct and indirect reduction of
melted lbad oxides. Vest.AN Kazakh.SSR 16 no.2.19-25
Ir 160, 1 1 . MIRA 13:6)
(Reduction, glectro4tio) (Lead oxides)

KHAN, O.A.; KABANOVA, L14.
. . I --------
Cadmium electrolysis with a high density current in batba
with rotating cathodes. TSvet-met- 33 no-1:31-38 Ja 160.
(HIPK 13:5)
(Cadmium-Blectrometallurgy)
11.

, KUN# O*AP
Cathodic polarization of lead and the structure of lead deposits.
Zhur. prikl. khim- 33 no1621347-1354 Je 160. (MIRA 13:8)
1. Altayskiv gorno-metallurgicheFikiy nauchno-iseledovatellskiy
institut AN lazakhokoy SSR.
(Ioad) (Polarization (Ilectricity))

8/080/60/033/009/018/021
AGO3/AO0 1
AUTHORS: Khan, O,A.. Saltovskaya, L.A.
-11
TITLE- On the Cathode Behavior of Tellurium in the Electrolysis of
Alkali Solutions
PERIODICAL: Zhurnal prikladnoy khimli, 1960, Vol. 33, No. 9, pp. 2143-2145
TEXT: The electrolytic method of tellurium production is used on a
broad scale, but the behavior of tellurium in the alkali electrolysis is only
little studied. This behavior was investigated here by plotting the polariza-
tion curves obtained by means of a nflTR-1 (PPTV-1) potentiometer. For preparing
the alkaline tellurium solution commercial tellurium was used which was pre-
liminarily purified from admixtures. The measurements were carried out in
solutions containing tellurium from 0.026 to 1.1 n and a constant amoxmt of
NaOH (160 g1l) at 'temperatures of 20, 40 and 600C. Tne depositon of tellurium
on the cathode increases with an Increase in the tellurium concentration in the
electrolyte. -At a high tellurium concentration in the Solution a powder-like
deposit is obtained on the cathode. A temperature increase raises the rate of
tellurium deposition on the cathode and the value of the limiting current density
Card 112
S/080/60/03-3/009/C18 1021
AOO,3/AO0l
On the Cathode Behavior of Tellurium in the Electrolysis of Alkali Solutions
is also increased. At a tellurium concentration of 0.8 n the limiting current
density on the cathode increases from 659 ampIM2 at 200C to 1,000 ,mplrn2 at 600
The inhibition of the discharge process of tellurium tons on the cathode has
been found to be of mainly diffusion nature. There are 3 figures, I table and
6 references: 5 Soviet, I English,
ASSOCIATION: Altayskiy gorno-metallurgicheskly nauchno-issledovatellskiy Insti-
tut AN KazSSR (Altaysk Mining-Metallurgical Scientific Research
-Institute AS KazSSR
SUBMITTED: January 19, 1960
Card 2/2

KMTKOVSKIY,, A.N.; yF-SIIIv O.A.; ABDEYLVs M.A.; MWIp O.A.
Possibility of reducing lead losses in slags by electrochemical
methods. Izv. AN SSSR. Otd. tekh. nnuk. Met* i topl. no.2:43-
48 Mr- Ap 161. (MIRA 14:4)
(Lead--Electrometallurgy)

KABANOVA, L.M.; XUN., O.A.
Cadmi= cementation from concentrated sulfate solutions. Trudy
AIt,GHNII AN KazakhSSR U:34-47 161. OMU 14:8)
(Cementation (Heta.1lurgy)) (Cadmium-Metallurgy)

KHU$ O.A.; ABDEYEV, M.A.; BUTWO, N.S.; BATYUKOVA, G.V.
It , Lead cementation from a lead chloride molt. Trudy Alt.GIVII
0 AN Kazakh.SSR 11:56-59 161. (PaRk 14-8)
(Cementation (Metallurgy)) (Lead-14otallurgy)
I

KW, O.A.; DUKWKINA, L.S.
Electrolysis of zinc-iron sulfate solutions-
AN Kazakh.&M 11:65-75 161-
(Zinc-FAleotrometallurgy)
Trudy Alt.GIINII
(MM 14:8)

S/l36/6i/ooo/ol2/O02/0o6
E021/9335
AUrHORS-. Khan. O.A~ and Soonovskiy, G.N.
TITLE: An electrolytic method of depositing cadmium from
sulphate solutions in the form of a non-compact
precipitate
PERIODICAL: Tsvetnyye metally, no. 12, 1961, 35 - 38
TEXT: The electrolytic production of cadmium in the form of
a non-compact precipitate enables a higher current density to be
used and increases the rate of precipitation in comparison with
existing methods of production of cadmium. The -true current
density is lower than the calculated current density because of
the porous nature of the cathodically-deposited precipitate,
The method developed on laboratory scale was tested under semi-
production conditions at the Leninogorskiy polimetallicheskiy
kombinat (Leninogorsk Polymetallic Combine), in which
V.V. Ryzhov and P.V. Levchenko participated, as well as
M.I. Sabyanin, Z.V. Moiseyenko and K.Ye. Nursultanov of
AGMNII AS KazSSR. A water-cooled bath of 100 litres capacity
-as used. Experiments were carried out at 20, 30 and 40 (7 C and
Card 113

S/136/61/000/012/002/Oo6
An electrolytic method .... E021/9335
cathodic current densities of 500, 750 and 100 A/in2-., The total
2
working surface of the cathode was 0.91 m . The usual electro-
lyte was used and it contained 128.8 and 27.7 g/litre of Cd and
Zn, respectively, and 6.o, 10, 0.5, 0.4, 25, 32.5, 54.0, 15 and
10.0 mg/litre of Cu, Pb, As, Sb, Fe, Ni, Mn, TI and Co,
respectively. The obtained deposit was washed with water,
briquetted in a press and analyzed for impurities after remelting.
The efficiency of the_production calculated from 0the current
used vras 95-97% at 20 25 oC and 81-90% at 30-35 C, at all
current densities. The rate of deposition was greater than the
normal rate by a factor of 10 - 15. Anodes of the usual
Pb - 1% Ag alloy and Pb - 80,10' Sb alloy were tried. The Pb - 8% ~Sb
alloy suffered from corrosion which resulted in ~:ontamiuatlon of
the cadmium deposit by particles of anode slime, This
contamination could be reduced by the use of a hood. Obser,
vations showed that at the 'beginning of electro1ysis a dense
thIP filrit of deposit was formed.,
Card 2YIi

KMIIJ O.A.; SOIDVOYLNA, V.I.
Anodic behavior of lead some other metals and alloys in a
lead nitrate solution. Zhur.,prikl.khim, 34 zio.8:1793-1799
Ag 161. (MIRA 14:8)
1. Altayskiy gozm--meULUurgicheskiy nauchno-issledovateltakiy
institut AN K&zSSR.
(lead nitrate)

SEL4DVIMA, V.I.; 1UW, O.A~
------------
Electrolytic refinement of bismuthic lead in the nitric acid
electroly-te. Zhur.prikl.khim. 35 no.2-310-337 F -62.
(MIRA 15 j2)
(Lead -biamuth alloys) (Plamuth - ZlectrometaJlurgy)

KHAN, O.A.; SOSNOVSKIY, G.N.
Effect of zinc ions on the structure of the cathodic cadmium
precipitate and the electrolysis indices. TSvet. met. 35
no.4124-28 Ap 162. (MIRA 1514)
(Cadmium-Electrometallurgy) (Ions)

S/828/62/ooO/000/007/017
E039/E420
AUTHORS: GiganOv, G.1),, Ponomarov, V.D., Khan, O.A.
TITLE: On the conditions for the extraction and separation of
tantalum and niobium and the formation of complexes
SOURCE: Razdeleniye blizkikh po svoystvam redkikh metallov.
Mezlivuz. konfer. po.rictodam razdel. blizkikh po svoyst.
red. metallov. Moscow, Wietallurgizdat, 1962, 79-97
T';:"XT: As no previous work on this part of the subject has been
published the authors present results of an investigation on the
formation of complexes with HF1 H2SO4, Ta and Nb and on the
conditions for extraction of the separatc'metals. The experiments
are carried out at 200C in polyethylene vessels and the phase
separation accomplished in a graduated*polyethylene funnel. :rhe
duration of mixing is 10 minutes and the time of separation
-1 1 hour. The initial ratio of phases is 1:1. Methods of
analysis are discussed in detail and the influence of various
parameters on the extraction of Ta and Nb are examined.
In particular the dependence of the distribution coefficient K p
and the specific electrical conductivity of the organic phase on
Card l/ 2

3/828/62/000/000/007/017
On the conditions for EOWE420
the concentration of [IF, the concentration of the metals in
solution and the concentration of tributylphosphate (TBP) is
examined. lt is determined that in the presence of 3M 112S04 in
an aqueous solution of HF the limiting concentration of Nb and/or
Ta in undiluted TUP is 1 M or 133 S/litra of TVb205 and
225 g/litre of' Ta'-305- Niobium is extracted from HF solution
(with or without H2SOi,) by TBP.in the form of 11,NbF6-3TBP.
From a saturated solution of Nb containing a solid phase Nb is
transferred to the ether phase in the form, of oxyfluoride
complexes I-1,,Nb05-3TBP and IINbOFj,-3TBP. At low concentrations
of IIF in aqticous solution Ta is extracted as I1TaF6-3TBP and at
high concentratioiis of Ili,' and from solutions containing H-2SO4
the Ta is transferred in the form 142TaF7-3TBP. The optimum.
conditions for separation of Nb and Ta by extraction with T13P
from solutions are studied. If in the initial solution
the ratio Ta' :Nb the largest separation
205 905 = 2 or more,
coefficient is obtained by extraction from a weak acid -solution
1 MI IIF - 0. 5 M 112SO4- -V.'Iien the ratio of Nb2o5:TaOO5 = 2 or more in
the initial solutioit, it is necessary to extracZ from a solution
with excess acidi 4 y 6.1,-1 JIF - 3 M H2SO4. There are 9 figures and
Card 2/2 5 tables.

. --UNNIpO.A.; SOSNOVSKIY., G.N.; RYZHCYVAp V.V.; TARMOVA, R.S.
Use of activated coal for the purification of cadmium electrol7w
from impurities. TSvet.met. 34- no,9:51-56 S 161. (MIRA 14:10)
1. Altayski7, gorno-meta3-lurgichoskiy institut AN KazSSR (for Khan.,
Soonovskiy).. 2a Laninogorskiy polimetallicheskiy kombinat (for
Ry~ova, Tarasova).
(Cadmium-Electrometallurgy)

ABDEYEV, Maegut Abdrakhmanovich; SMIRNOV, V.I., akademik, otv. red.;
KUBYSHF.Vp N.N., retsenzent;"KHANt O.A retsenzent;
KHUDYAKOV, A.G., tekhn. red.
(Complex metal ore tattes and their conversion)Polimetalliche-
skie shteiny i ikh konvertirovanie. Alma-Ata, Izd-vo Akad. nauk
Kazakhakoi SSR, 1962. 227 p. (MIRA 16:1)
1. Akademiya niguIr Kazakhskoy SSR (for Smirnov).
(Nonferrous metala-Metallurgy)

KHANf O.A.
Thermocementation method of coating aluminum with lead alloya
containing a small amount of silver. TSvet. met. 35 no.9s
41-43 3 162. (MIRA 16:1)
(Lead plating) (Cementation (Metallurgy))

S/136/63/000/002/002/oo6
E021/,E4 83
i AUTHORS: Khan, O.A., Sosnovskiy, G.N.
TITLE.
The performance of lead anodes and decrease in the
lead content in the cathode deposit during the
electrolysis of cadmium
PERIODICAL: Tsvetnyye metally, no.2, 1963, 32-37
TEXT: The performance of various insoluble lead-based anodes
during the electrolysis of cadmium was studied. The relation
between the degree of contamination of the cathode deposit and the
quantity of lead-containing products passing into the electrolyte
from the disintegration of the anodes was examined. It was
established that during polarization of the anodes a considerable
quantity of lead in the form of solid particles of anode product,
passed into the electrolyte. The degree of contamination of
cathode cadmium by lead could be considerably reduced by the
addition of manganese (2 to-4 g/litre) to the electrolyte.
Further improvement could be ensured by using anode filter bags."
The effectiveness of these-measures is demonstrated by experimental,
data reproduced in Table 4. There are 4 figures and 4 tablis.
Card 1/2

S/136/63/000/002/002/oo6
The performance of lead ... E021/E483
Table 4. Dependence of iho load content (',Q') in cathode
cadmium on.the concentration of manganese ions in the electrolyte,
Experimental conditions: cu rrent density - 500 A/m2,
temperature 20OCt duratio n - 6 hours.

COPPMAUNO C2W"ttOAO-CYPbXAUL94 Lie
apromaA a
SAtx7vo.
L AITO. IIA
des Av*'.
IN ',
Us AN110
OpIf'.
C AN
OC3 A110- PA
C AXA40
1 _$). Parum Parum U04 Parmbi
1" 7 -

0
0, 130
0,210
o,iio:..;
01190 02
o; 6
"
0,012

1.0
0.046
0.016
0 100
0.016
01027
" .
.0 011
3 0 ,f
,
041
0 0
018 0
016 '
0
020 .
.
,
.
.
,
.

: 16
0 0 040-.' 0 0

6
0
10
0
-..0.038

039':.
0
,0

0
014

5
o
017
1,7
O
o 020

.0
:023 0 014

012:
. , , t '
1 - Manganese content in the electrolyte, g/litre,
2 - Pb anodes, 3 - Pb- 8% Sb anodes 4 Pb- 1% Ag anodes,
5 - without filter-b;gs, 6 - with filter-bags
Card 2/2

KHAII$ O.A.
flow high teniperatura cementation method of coatiAg tliminum with a
layor of lead-silver alley. Trudy Alt. GMNII All Kazakh. SSR 14:14.
22 963* 1 (MIRA 16:9)
(camontation, (Metallurgy)) (Nonferrous metals-Elactrematallurgy)

KHAN, O.A.; SOSNOVSKIY, G.N.
Dispersed composition of solid
lead anodos and the mechanism
mium depoait. Trudy Alt. GMNII
(Cadmium,--Zlectrometallurgy)
products from the disintegration
of their entry into the cathodic
AIIII Kaza)di. SSR 14:30-38 163.
(MIRA 16:9)
of
cad-

KWP O.A.; SOSNOVSKIY, G.N.
L-------
Behavior of lead anodes and r6ouction of the lead content of
cathodic deposits in cadmium electrolysis. TSvet.met. 36
no.202-37 F 163. (MIRA 16t2)
(Cadmium--Electrometallurgy) (tead)

GIGANOV, G.P.; PONOMAREV, V.D.; MAN, O.A.
Conditions for the extractive separation and composition of tan-
talum and niobium complex ores* Trudy Alt. GMNII AN Kazakh. SSR 14:
39-51 163. (MIRA 16:9)
(Tantalum-l,fetallurgy) (Niobium-%,IotallIw'gy)
'RI, .4 " "IX
M

SOLOVIY~;VA) V.I.; MAN 0 A
process of the alectrelytic refining of i,---~,d in
-'ric acid (31cetrolyte. Trudy Alt. GM11II All KazalLi. 14:75-85
163. (MIRA 16:9)
(Lead-Electrometallurgy) (Electrely-tes)

SOSNOVSKIYJ G.N.; KHAN, O.A.
Effect oi' 1r,,1Purities and temperattu-c of the electrolyte and indices of
the cadnium. and vanadium electrolysis process in baths with statio*ry
cathodes. Trudy Alt. GM111I AN Kazakh. SSR 14:90-99 163.
(~LU,A 16:9)
(Cadmium-Electromatallurg.f) (Vanadium-Electrom,3tallurgy)
(Electroly'ues-Analysis)
KHAN,__QIA.; KIMO G.V.; ABDEYEVA, M.I.
Nature of the adherence of aluminum to a layer of a pro-
tective Pb-Ag coating. Zhur. prikl. khim. 36 no.9:2075-2079
D 163. (MIRA 17:1)
"-,al -zI

KHANP O.A.; PIKOV, N.M.
Cathodic polarizati-;n during the elactrodeposition of cadmium
from sulfuric acid solutions containing zinc ions. Zhur. prikl.
khim. 37 no.2%352-361 F 164. (MIRA 17:9)
1. Altayokly gornometallurgicheskiy nauchno-I.saledovatellskiy
institut AN Kazakhokay SSR.

1WNJ, O.A.; SOSNOVSKIY, G.N.
Cataphoretic migration of PbO2 particles in a sulfuric acid
solution of cadmium. Zhur. prikl. khjm. 37 no. 4:890--092
Ap 164. (MIRA 17:5)
1. Altayskly gornometalltirgicheskiy nauchno-issledovatellskiy
institut AN Kazakhskoy SSR.
;,77 -

KHAN; G.A.; II.Kh.; "SOGNOT:KH, U.N.
i::Ie:~fT'OIY!2-ts of nariALIT. T~"Va,. mEA. 37 n-..i.60T-89 jo 164.
1,1-9)

KHAN, O.A.; FIKOV, N.Kh.
Effect of hydrogen ions on the cathodic polarization in the alectro-
deposition of cadmium. Zhur. prikl. khIm. 38 no.7%3563-1568 i1 165.
(MIRA 18s7)
C41PZ"g tU-'-~n

POPIY, M.P... insh.1 KIJRNIKOV, D.A.., tekhnik; KLTKOV, I.S., tekhnik;
ANFINOGENOYp I.F., tekhnik; SEDOV, B.P., tekhnik;
KHAN, R.A., tekhnik
Profiling vertical mine shafts from a permanent baise.
Shakht, stroi, 7 no*8s25-28 Ag 163- (MIRA 1611l)
1. Leninogorskoye ahakhtostroyupravleniye.

ACCESSION NR-, AT4042299 8/0000/63/003/000/0209/0228
AUTHOR: Allyevaldy, D. L. Dertinov, A. 1. Kalugin, V. N. ; Khan, V. Kh.
TITLE: Unipolar DC generators for powering conduction pumps
SOURCE: Soveshchaniyo po teoreticheskoy I prikladnoy magnitnoy gidrodinamike. 3d,
Riga, 1962. Voprosy* magnitnoy gidrodinamiki (Problems In magnetic hydrodynamics);
doklady* sovoslichaniya, v. 3. Riga, Izd-vo AN LatSSR, 1963, 209-228
TOPIC TAGS: pump, conduction pump, generator, contact, armature reaction, power
supply, direct current generator, unipolar generator, current collector
ABSTRACT: The authors discuss the basic requirements which must be met by power
supplies for conduction pumps (reliability, long service life, efficiency, relative sim-
plicity of operation, etc.) and show that unipo* lar generators satisfactorily fulfill these
requirements. The operational principle of these generators (i.e., the rotation of the
cylinder or disk in a magnetic field of constant polarity) is briefly described, with the
pertinent mathematical expressions. A definition is propounded In the following terms:
A unlpolar (homopolar, acyllo) direct-current generator is the name given to a collector-
lose generator, in whidi the direction of the electromotive force, induced In the armaturo
1/3
;Card
ACCESSION NR: 4T4042299
conductors, remains constant with respect to those conductors. In a separate section
of the article, the basic structural design versions (that Is, the cylindrical and the
i disk types) are considered and their differences are analyzed. An attempt is made at
a classification of unipolar DC generators. The authors also take up the problem of
j the heavy-current movable contact and liquid-metal current collectors. Atte
ntlon Is
given to the different kinds of solid brush collectors and also to the recently proposed
Ionized gas contact based on metal vapors. The use of a mercury- or alkali metal-
based liquid-metal cu rrent- collecting apparatus In unipolar generators for pump
powering purposes Is discussed In some detail. The fundamental equations for "no-load"
i and working modo conditions are derived and formulas are presented for calculating
il the electromagnetic power and loads of these generators.' In a further section of the
paper, an analysis is made of the economically advantageous ratios between the current,'
voltage and power of unipolar generators, and a comparison of the various types Is
essayed from this point of view. The authors note that since these generators are
designed to operate under r. heavy working current, problems relating to tho theory and
calculatlon of the armature roacflon in these devices tako on a particular Importance.
12/3
Card
7,

ag op-
UP;
Mn rf

1.1

PINCHUt
Double contrastig in bladder cancer. Vop. onk. 9 no.11:
107-110 163. (MIRA 18-2)
1. Iz Rostovskogo gosudarstvennogo nauchno-issledovatellskogo
instituta rentgenologii, radiologii I onkologii Ministerstva
zdravookhraneniya RSFSR (dir.- kand. med. nauk A.K. Pankov,
zav. urologicheskim Welom - dotsent G.I. Finchuk, zas.
rengenologichesin otdolom - dotsent Ya.M. Xban). Adres
avtorat Rostov-na-Donu, 14-ya liniya, d.63. Gosudarstvonnyy
nauchnG-issledovateltskiy 'Anstitut rentgenologli, radiologii
i unkologii.

KIIANADEYEV, A.Ye.
Some charac teris tics of air moisture and cloudiness in the central
Tien Shan. Trudy Sred.-Az.nailch.-issl.gidrometeor.inst. no. 8:
50-58 163. (141RA 17:5)

RYAZANTSEVA, Z.A.; KWADRYEV, A.Ye.
Temperature regime of the eastern part of the central Tien
Shan. Izv. AN Kir. SSR. Ser. est. i tekh. nauk 2 no.10:61-
71 160. (MIRA 17:3)
i~v
-n~
k
T~
7!

KHANADEYEV, A.Ye.
- - ---------
Monthly temperature anomalies in highland regions of the central
Tien Shan. Trudy Sred.-Az.nauch.-isal.gidrometeor.inst. no.9t
83-86 163. (MIRA 17W

TURKI2 A.R.; YUSSEF, Yu.L.; SALWO T.M.; FARAGO M.S.; KWAFI, Z.
Physical properties of yellow mercuric and red mercurous oxides.
Dokl. AN SSSR 342 no.5.-1095-1097 F 162. (KIRA 15:2)
1. Yegipetskiy natsionalInyy issiodovatellskiy tsentr, Kair,
Ob"yedinennaya Arabskaya RespublJU. 2. Inostrannyy chlen
AN SSSR (for Turki).
(mercury oxide)

KUNAKYAN, N., dozator3hehik
Vow pro'duction of the Erivan Mixed Food Plant. Prom.Arm- 4
no.6:43-4/, Jo 161. (MM 14:8)
1. Yerevanskiy kombikormovoy zavod.
(Erivan--Feeds)
J",

GURBANALIYEV, I.G., Imnd. mad. naukj KHAVALIYEV, N.M., aspirant
Transthoracic ramoval of a foreign body from the esophagus.
Azerb. mad. zhur. 42 no. 7 176-78 Jl 165 (MMA 19:1)
1. Iz otdelcx, gruduoy khirurgil (nauchnyy rukovoditall - chlen-
korrespondent AN Azerbaydzhanakoy SSR prof. F.A. Hferdiyev
(deceasedll) Azerbaydzhanskrgo instituta eksperimentallnoy i
klinicheskoy maditsiny AM USSR.

TAIROV, A.N., prof.;_ I~Pn, N. M.
Degree of effeotiveneaa of the Lorin-Epstein novocaine block
in acute Mal co⁣ second report. Azerb.med.zhur. no.2s
49-55 F 162. (MIRA 16:4)
(KIDNEYS-DISEASES) (NOVOCAINE)

TAIROV, A.N., prof.; _YJIANAIJYEV, N.M., ordinator
Effectiveness of blocking the spermatic cord in males and th3
ligamentum tares uteri in females in renal colic. Preliminary
report. Azerb. mad. zhur. no. 5:24,27 My 160. (MIRA 13:7)
lo Iz fakulftetskoy khirurgichaskoy kliniki pediatrichaskogo
i sanitarno-gigiyenicheskogo fakul'tatov (zav. - zasl. deyatell
naukil prof, F.A, Efendiyev) Azerbaydzhanskogo gosudanstvennogo
maditsinskogo inBtituta im. Narimanova- (direktor - zasl.
dayatell naukis prof. B.A. Eyvazov.
(CALCULI, URINARY) (NOVOCAINE)

L 0233o-6,1,- 9WT(l)/T -- RO/JK
ACC NR% AR6022385 SOURCE CODE: UR/0397/65/000/024/0052/0052i
I Izi, I
1AUTHOR: Bulatov, _P, K.; Zl-fdnikov-, D. V, ; FaQnseyev. G. B,-,
Kbon-Fiminat-Vi, At; Sarajoyed Ae No
TITLE: Treatment of patients with various inflammotory diseases of the
respiratory organa witb garlic pbytoncidea
SOURCE: Ref. zh. Formakologlya, TolcsikoloClyo, Abs. 24-54-401
REF SOURCE: Sb. Morfol., fiziol. i patol. orConovo dykhaniya. L. 1965o
25-28
TOPIC TAGSz respiratory system disease, microorganism contamination,
pharrr~acognosy, therapeutics, phytoncide
ABSTRACT: Tbo effect of volatile fractions ono tissue juice of garlic
on microorganisms (wbiteo golden and lemon-yellow stophylococcus,
hemolytic streptococcus ~Dsecondary type of pneumococcus, enteric
bacteria, protaus, blue pus rods, and yoostlilco fungi of the Candida
typo) frequently found in the sputum in lung diseases'was investigated
in vitro. An emulsion 0.1 ml of a 24 br culture (500 million microbial
bodies in 1 ml of physiological solution) was placed on the surface of a
solid nutritive medium in 3 clips. 1 g of ground garlic was introduced
r~_Card. UDC: 615.

L-U'D -W)VA, '--
.0. ---
F~arn Buil(linr.,s - Dagheltan
Far-,-, buildings of Tcbu.,;.,trajj. Krute Soob. Inst. etll. J~.~" 141 1952.
MonthlZ
Ll
ons. Library of Congress, September 1952. UNCLA-SOIFFIED.

Z-7,
"Leazghin People's Dwelli,gs.,i Cand 4rh -Sci, ItIst cf ti,
.a
History and Theory of Architecture A,-ad of Architecture USSR.
Moscowi 1955, M, NTO 8, Feb 55) '
!30: SM. 11o. 631, 26 Aug 55-Survey of jci.,,,Itific and Technical
Dissertations Lefended at UsSiz III-L;her 7duca'.ional Tns"tu-
tions (14)

Mall- l~WMETUl, D.
Work on medical histor7 in the rarniblic. ZIrujv.Tiirl,-. 3
no.2:47 Mr-Ap '59. (MIEA 12:8)
1. Chlen pravleniya Vaesoyuznopo nauchnogo Istoriko-maditsin-
skogo obshchestva.
(TURDOUSTAR-MEDICINE)

KWI-MAr,OMLTC)V D. r-
- p j zasluzhennyy vrach Turkmenakoy ssil
V*14.Lomonosov and RMIsian medicine. Zdrav. Turk. 5 no.6:32-33 H-D
161.
(MIRA 15-2)
.1. Predsedatell Turkmemkogo nauchnogo obsfichest-,ra istarikOV Meditoiny.
(LOMONOSOV, ~UJKHAIL VASILIEVICII, 1711-1765)

Zdrar. Turic. 3 no.6t3g-4o jr-D 159. (MM 13.'5)
(SINAMMO' NMLA AL]MSA)MROTIM, 1874-1949)

2asluzhennyy vrach Turkmenskoy SSR
Turkmen Medical History Society. Sov,, zdrav, 2,) no,9:92-93 161.
(1"J-'-%A 14:12)
1. Preduadatell Turlanenskogo Respublikwnskogo nauchnogo obshchestva
istorikov meditsiny. (TUIWENISTAIL. ICDICIL SOCIETIES)

MN-MAGONETOVA, I.D.
'Ultraviolet fluorescence of pyridocine Indole And some of their
derivatives, [with summary In Inglishl . Bi0f i-Aik" 3 n0-51558-563. 158
(MIRA 11:10)
1. Institut biologicheskoy fiziki AS SSSR, Moskva,
(VITAMIN B6, determination,
ultraviolet fluorescence (Rue))
(INWLS, deteminntion,
same (Run))
(UIMUVIOL14T RAYS,
ultraviolet fluorescence of vitamin B6 & Indole (Rue))

P", At,, --!~ -,r?
DIMCHEVA, L.D.; %MANDROV, N.D.; KEEIN-MAGOMKOVA, Sh.D.
------------------- :--~
A fluorescence method for determining small quantities of bacteria
[with summary in Inglishl. Biofizika 4 no-1:117-119 Ja 159-
(MIRA 121-1)
1, Institut biologicheakoy fisiki Ali SSSR. Moskva i Fizicheekly
institut Im. P.N. L6bedeva AN SSSR, Mojkva.
(BACTERIA,
determ. of small quantities by lwainescent
method (Run))
(LUMMMCENCE,
luminescent method of determ. of small quantities
of bact. (Rue))

. KffAN-44A1G0MTQYAj Sh.D. j GUTKIKA
-F--- - KOROLEV, N.V.-- j, A.Vej MEYSELIt M.N.; AGROSKIN, L.S.;
U,ItraviO-18t fluorescence of some animal organs and its change after
irradiation. Biofizika 5 no. 4.:446-"g i60. (MIRA 13:12)
I* Institut biologicheskoy fiziki AN S3SRj, Moskva.
(ULTRAVIOLET RAYS-PHYSIOLOGICAL EFFECT)
(X RAYS-PHYSIOLOGICAL EFFECT) (FLUORESCFj1qE)

81281
S/048/60/024/05/08/009
B006 B017
42 1/. O'5-0 0
AUTHORS: Khan-Magometoval Sh. D., ZheyandrQv, N. D., Gribkov, V. I.
TITLEi The Effect of Beft'~Irradiation on the Photolumineseenceitf
Molecular Crystals
PERIODICAL: Izvestiya Akademii nauk SSSR. Scriya fizichoskaya, 1960,
Vol. 24, 110- 5, pp. 561-566
TEXT: The present article is a reproduction of a lecture delivered at
the Eighth Conference on Luminescence (Minsk, October 19-24, 1959). The
effect of intensity reduction of the photoluminescence of molecular
crystals has already been clarified and investigated. Since one author
could not observe this effect in beta irradiation of anthracene, while
another author did, the authors of the present paper again carried out
inve3tigations on this subject Pnd reported on their results. Crystals
of pure anthracene and anthracene + naphthacene with different naphthacene
concentrations were used for this purpose. The radioisotope al
Card 1/4

81281
The Effect of Beta Irradiation on the
Photoluminescence of Molecular Crystals
S/048/60/024/05/08/009
B006/BO17
Sr 90 ~ Y90 (25 mC and 100 mC, respectively, mean ~-energy 0.9 Mev,
maximum A-ener" 2.2 Mev) and H3 (0.37 and 5.4 curies. mean enerov
5.5 kev, maximum 18 kev) with a maximum irradiation dose of 2.10 6 rad
(Sr9o) and 3.5'10'0 rad (H3) served as a beta source. Several series were
investigated of all samples, naphthene concentration was kept between
10-5 and 5-10- 3 g1g, photolumineecence was excited with X - 365 m~4 and
its spectrum was measured before and after beta irradiation. Irradiation
lasted longer than 3-6 days. Single crystals, blocks containing single
crystals, and pulverized samples were measured. Results are illustrated
in diagrams. Irradiation of pure anthracene led to an appreciable reduc-
tion of the luminescence spectrum (1 00 - 16%). In a mixed crystal with
10-4 g/g naphthacene Ij/Io' - 71fo, at a naphthacene content of 5.10-3 g/g
the ratio attains 95fo, i.e., luminescence is practically not reduced.
Similar results were obtained by irradiation with a tritium source.
Further investigations showed that this reduction is an irreversible
e
Card 2/4

81281
The Effect of Beta Irradiation on the S/048/60/024/05/08/009
Photoluminescence of Molecular Crystals B006/BO17
process and the result of a yield reduction. The fact that this effect
is prevented by the presence of naphthaoene impurities (which are often
contained in anthracene) explains the different results of the investiga-
tions mentioned at the beginning. Two hypotheses are discussed for the
purpose of explaining the affection of luminescence by irradiationi
1~ formation of inactively absorbing non-luminescent molecules, and
2 formation of extinction centers capturing the excitons. Finally,
experimente on irradiation with the strong H3 source and the resulting
intensity reductions in luminescence of the samples are described
(Fig. 2 shows the luminescence spectra before and after the irradiation);
also the spectral dependence of luminescence polarization before and
after irradiation is investigated (Fig. 3) as well as the dependence of
intensity reduction on the radiation dose (Fig- 41 with increasing dose
11/10 shows an exponential drop). As may 'be seen from Fig- 3, irradiation
has no influence on the shape of the spectrum, and only the intensity is
reduced. In conclusion, the authors thank G. B. Radziyevskiy for his
assistance. M. D. Galanin, Z. A. Chizhikova, I. Ya. Kucherov, and
Card 3/4

S/048/60/024/00(,/023/030/XX
B013/BO67
AUTHORS3 Gribkov, V. Zhevandrovp_N. B.9 and Khan-Magometova, Sb.D.
TITLE: Polarization Characteristics of the L%.qr1nc-3,7-ncA of
Molecular Crystals in Various Spectral Regions
PERIODICALt Izvestiya Akademli nauk SSSR. Seriya fizisheskaya, 1960,
Vol. 24, No. 6, PP. 740-744
TEXT: This paper is a continuation of the 9tudies of froe and loc-alized
excitons in the luminescence of molecular crystals which were begun in
Refs. 1 and 2. The spectropolarimetric, photoelectric apparatus descri -b~7-1
FiT13t, the authors r%,~'Wljrp
in Ref. 2 was used for the investig-ations. i ~ d
the spectral dependence of polarization nf the luminescence excitcd a':
/'- - 365 mp. in stilbene arystala which were cut out in the d.; rection
variouz crystallographic planes (Fig. 1). Furthermore, the authors
measured the dichroism spectra of the stilbene crystal p2ates investigated
(Fig. 2). On the basis of the investigations it may be assumed that the
strong change in polarization observed on the shor"",.-wave edge of the
spectrum is not connected with the admixture of the exciting light.
Card 1/4

Polarization Characteristics of the Lumi- Sl04fjl6OlO2410001027,,10~OIY~.7,
nescence of Molecular Cryotals in Various B013/Bo67
Spectral Regions
Furthermorog the dichroium of reabsorption of luaii ne s ce rice must be taken
into account. For the correction of the change In the actual polarization
of luminescence due to the dichroism of reabsorption, well-known formnlas
derived by F6rater (Ref- 3) may be used which have already been used for
molecular single crystals. The spectral dependence of polarization on thr,
edge of the luminescence spectxum is given in Fig- 3, tF.-kirg account of
the corresponding corrections. The strong chang,~ in polarization in spite
of the correction indicates that the luminescence of the Btilbene crystal
shows the emission of free excitons. A atudy of tho photo.- and 0--excited
(with Sr go ) polarization of luminescence has shown that the mechanism of
luminescence does not depend on the natuTe of excitation and that the
polarization of luminescence depends mainly on the properties of the
crystal. The authors a.so studied the spectral dependence of polarization
in compound anthrac- tand naphthacenn7crystals. The results obtained
for one of the naphthacene concentrations are givGn In Fif,,. 4. The change
In polarizntion in the spectral region of antlivic(,ne is tho samo 11S. that
found for pure anthracene. In the spectral region of naphthacene, no
Card 2/4

Polarization Chara-.teristics of the Lumi- S/046/60/024/006/023/030/XX
nescence of Molecular Crystals in Various BO13/BO67
Spectral Regions
strong change may be observed in polarization. It may be assumed that the
orientation of the naphthacene molecules in the lattice differs from that
of the anthracene molecules* Fig* 5 gives the spectral dependence of the
luminescence polarization of benzyl crystals at room temperature. Polari-
zation increases in the direction of the short-wave edge, and attains 20%
at the end of the spectrum. To determine a possible ellipticity, the
polarization was analyzed by the ordinary method and by means of A14
plates (Ref. 9). Elliptical polarization could be observed neither in
summational luminescence of the benzyl crystal ner in the individual
sections of the spectrum, neither at room temperature nor at the tempera-
ture of liquid nitrogen. The same negative result was obtained in analyz-
ing the summational luminescence of glycerin solutions of optically active
substances - tryptophane and riboflavin. Hence, the elliptical polari-
zation of luminescence of an optically active substance us described in
Ref- 7 remains a single case. The present paper was read at the Eighth
Conference on Luminescence (Molecular Luminescence and Diminescence
Analysis) wh1ch toorc place in Minsk from October 19 to 24, 1959.
There are 4 figures and 9 references, 5 Soviet, 3 German, and 'I Indian.
Card 3/4

GRIBKOV, V.I.; ZHEVANDROV, N.D.; KHAN-MAGORETOVYq Sh.D.
Luminescence polarization of moleedlar crystals under ray
excitation. Opt. i spektro 10 no-4:549-551 Ap 161. (M& 14:3)
(Luminescence) (Beta rays)
(Crystals-Spectra)

32049
0 0 (it 31,11316) S/051/61/011/005/009/018
E202/E192
AUTHORSs Zhevandrov, N.D., Gribkov, V.I., and
Kh n- -tova,. -4--D.
__q- Ma gome
TITLEi The influence of excitation light birefringence on
the polarisation of the luminescence of the molecular
crystals
PERIODICALt Optika i spektroskopiya, v.11, no.5, 1961, 629-635
TEXTs The authors have shown that in molecular crystals
luminescence polarisation does not depend on the excited light
polarisation. This independence is completely general, and
exists in the presence or absence of other complicating fa--tors
such as double refraction, dichroism or optical activity. This
behaviour is explained by the migration of the energy of
excitation in the crystals. In the case of double refraction,
the electrical vector during its rotation will in turn coincide
with the oscillators of various orientation causing a uniform
excitation of the latter independent of the initial position of
the exciting electrical vector. Stilbene crystal was selected
for the spectro-polarimetric experimentation, which confirmed
Card 1/2

S/051/62/ci3/001/007/019
E039/E420
AUTHORS: Zhevandrov, N.D., Gribkov, V.I., Khan-Magometova. Sh.D.
TITLE: The migration of energy'between impurity molecules in
molecular crystals
PERIODICAL: Optika i spektroakopiya, V-13, no.1, 1962, 96-99
TEXT: It has previously been shown that the polarization of,
fluorescence of molecular crystals is independent of the position
of the electric vector of the exciting light. This is-made use
of in the present paper to investigate the migration of energy
between impurity-molocules-where the distances at small
concentrations are many times the lattice constapt.
Measurements of polarization were made with a spectro-polarimetric
photoelectric apparatus described in a previous paper. It i's
shown that for the largest investigated.concentration of
naphthalene in anthracene (10-3 g/g eq.) the degree of
polarization of the luminescence does not depend on the position
of the electric vector in the exciting light. ' From this it is
concluded that migration of energy of oxcit&tion proceeds between
Card 1/2

ZHEVANDROV, N.D.,- GRIBKOV, V.I.; KU&MAGOHETOVA.-Sh.D.
Energy migration between impurity molecules in molecular crystals.
Optoi spektr. 13 no*lj9&-99 J1 162. (MM 15t7)
(Crystals) (Luminescence)

Fffe-t of the ft--radiat -ci of rri
and enarjy transfor pr~wonses In
-spok"'r. 16 n,-).5:81,2-8'JO My

S.; MM=IAV L. T.; E. T.; SILAVIIVALOV, L. Ya.
67
.L..e inve.,_igation of i- Spectra of Ne and Ge and also the Gamma Radiation
o., ;vul!Rm. "
r~,,ort submitted for All-Union Conf on Nuclear Spectroscopy, Thil.
isi, 14-22
C..
"n'j
Res !no-. Nuclear Physics, Moscow State Univ.

KHAMMYEV, A.Ye.
- - - -
bind regime in the eastern part of the centr4l Tien Shan.
Trudy Sred.-Az- nauch.-issl. gidrometeor. inst. no.4:5$-71
161o (MIRA 15:1)
(Tien Shan-Windo)

NBAF"YEV, A. Ye.
Precipitation in the eastern part of the central Tien Shan.
Trudy Sred.-Az. nauch.-inal. gidrometeor. inst. no.4:72-76
161o (KIRA 15:1)
(Tien Shan-Precipitation (Meteorology))
-IRVI5

ACCESSION NR: AT4016524 S/2648/63/000/009/0083/0086
AUTHOR: Xhanadeyev, A. Ye.
TITLE: Monthly temperature anomalies In high-mountain regions of the central
Tien Shan
SOURCE: Tashkent. Sredneaziatskiy nauchno-issledovatellskiy gidrometeorologichoskly
institut. Trudy*, no. 9(24), 1963. *Voprosy* dolgosrochny*kh prognozov pogody*
(Problems of long term weather prediction), 83-86
TOPIC TAGS: meteorology, weather forecasting, long-range weather forecasting,
climate, climatology, air temperature, air temperature anomaly, - atmospheric
circulation
ABSTRACT: Variations of mean monthly air temperature in the central Tien Shan region
have been analyzed by a study of monthly temperature anomalies. The objective was to
accumulate data useful in long-range forecasting, but the application of monthly tempera-
ture anomalies to forecasting is not discussed. Data for six stations with series of ob-
servations with a-duration of 18 to 61 years were reduced to a 74-year series for Frunze
station (only for January, April, July and October). The work was done by climatologists
of the Geography Division, Academy of Sciences Kirgiz SSR, under the direction of
Card 1/3

ACCESSION NR: AT4016524
Z. A. Ryzantseva. Correlation coefficients. were computed using the formula
AXI AY1
(y, --Y), (U), 1 (AYJJ
where xi is the mean monthly and R is the mean monthly long-term temperature for
Frunze; yi is the mean monthly and 3 is the mean monthly long-term temperature of the
reduced station. Most of the correlation coefficients were satisfactory. Then actual
mean monthly temperature anomalies of not less than 2* were selected from the observa-
tion series (an absolute value of 2* is considered a well-expressed anomaly). The number
of negative anomalies at most stations exceeded the number of positive anomalies.
Anomalously cold or warm months In the high mountains areless common than in the
foothills, but in both mountains and foothills the primary climate-forming factor is cir-
culation conditions, manifested as large monthly temperature anomalies, which therefore
are a key element in long-range forecasting. Specific local conditions, such as elevation
above sea level, create only a certain climatic background, whereas major weather
anomalies caused by synoptic processes and their combinations develop approximately
identically in different zones above sea level. Orig. art. has: 1 formula and 3 tables.
Card 2/3

ACCESSION NR: AT4016524
ASSOCIATION: Sredneaziatskiy nauchno-issledovatellsidy gidrometeorologicheskiy
institut (Central Asian Hydrometeorological Scientific Research Institute)
SUBAUTTED: 00 DATE ACQ: 20FebG4 ENCL: 00
SUB CODE: AS NO REF SOV: 003 OTHER:. 000
Card 3/3