SCIENTIFIC ABSTRACT AGISHEV, A. S. - AGLADZE, R. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100520007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

1123
5/0 5 6/062/04 3/004/00 6/061
B102/B180
A ~;'r H 0 R: Atishev, A. Sh.
Nucleax maGnetic resonance investigation of the rotational
motion cf molecules o~ a liquid
PE-110D] CAL; Zhurnn', frkcperimentallnoy i teoretilbheskoy fiziki,.v, 43,
no. 9-(10), 1962, 1154 -1157
TEXT: To describe the random rotation of mole-lules K. A. Valiyev and I,',.
41aripov 196 2) introdixced a rotattonal diffusion tensor.
5-oinc of their foriiinlw3 are used to test the hydrodynapic model'. Ti the
ffl.%fietio- relaxotion ti:p.(-, of protons in orranic liquids is related %%ith T1r
flie chmrarlterii;tic Ome of 6c rotittionnl'and T of the alturnritint-_
-1 -1 -la
randou, rbot.ion of' the, molecitle by 71 ~ Tir + Tla* T1 was Moas.iired fit 2401"
by tho Li-pin echo metho"L (16,361,j1c) for different concontrationr of buiv-lenq
n,iphthi-t.14?np and intliraccne in CCI 4 and extrapolu'tcd to zero. concentrution.
~il
.or V-cse "'iree cor,,.)ouncis the T1r values obtained i%ere: 54.0 sec, 24.8 sec
card 1/2

Nucle;ir 1. i c A-esomince
3/C)CJ006/(-)61
di:)2/i5l so
;ind' 12.5 !;uc. rc)t-3~inn ti:%es, 'C , were then c--ilculate f - - t.-, r
d -~j ; C'e
%-.-)Ic1,q, rctitin!! )hcre nn.-I ellipccdd, .-.nd the one describe6 in J.
"hys. 3 1:i~" ',v hUtc*,cIl amli Ei3ner. Cm,prison of thene
I . ),j, 86, 1. ~ - V
v:ith ilic one c~iloul-itr;d Fcoi~i the measured T r V1111c, qho'.~,-S that UP
-Itchel-Bjuncr miod;~! , h4(-,-. acrount o1 the 'L'orrn of the molec"11c,
yields, f'ar the best aprec;ncnt. The ellipsoidal model is sornewInt buti.i-r
than the sp'-~erical but both yield exni-~-crnt~d values. This is
to the f:ict that the InYd.rodynnrAc models give an of t-w
offecti,;e :1;olecular dl-.:ionsions. There is 1 table.
I
C-ird 2/2

L W712-6-5 PAFW cl
A I SS TO N Ij "!Mb. 1,4 00(! 0 10 D1137 'M 37,
6 h F i z i ka, A 1) s 1)2~
AUTHOR,'~~
MTED: 'SOURCE- Sb-. Materl-My ue n. !~onfer~enCsii-.-Kn~z-ahtk-.-gas.-Iyed
Kazan'. 1963, 389-392
TOPIC TAGS. spin lattie,~ relaxation. nuclear rnav-motic, rei;onance, paramagnetic im-
purit~. dej,assing, vacuum equipmert
T-R,%NSLATPN~ A setup is described for rernoviniz i-xaramanetic impurities from samples
f,,r nuclear nia4,rnetic resonance researt-h Ifoy Pure fi.-~rnagnetic liquids are no
the
Of oxvgen) 'P)t' :n~Lall:w~,n Is
a r- d is - nne t d t a
, ;);)] (,,- The ~.wuurn sectwn is ni.id~, m( -I rl o C 0 C)
S
Card 1/2

L 16712-65
ACCESSION NR: AR5000779
rsVl,-1f)P (IMIIF-1,11 pump !)v a k"va!- 'kincto") P1 i \.I(,Lium is produced h% a
21l') 1-v 1;1j!11 'plinij, Fhc !!-.! tr, Lht, -taiiliti-r
I I-11PL tot %% !Ili thrt- d\ t'~- t5d: -~)k tif)nS x0i;--h nia.Ke I'
I i t t h
T- ill f r!
s ~w( I s I ("A 'It(th
repeated until tne pumping out of thc sall'113IL' ;i. La ni is hed ,i):i-x i rnu r),
-%macuum of -, 2 X 1,0-5 mm fig. The is ~1'.'I;Cd off irl the fro-/.en state
under vacuum The efficiency of degassing is demonstrated urith an example of measuring
the --,pin-lattice relaxation tirlc e)f water. he-venc, -N~clrlhexane etc. V Gromov.
SVB CODE
Card 2/2

V-126/6VOiDO/001/016/67
B039/E420.
AUTHORS: Agishev, A.Sh., Zinyat6v, M.Z., Kashayev, S,-X.G,,
~uc ~~ve~no, N.S., Samigullin, P.M.
TITLE: A spin-echo spectrometer
PERIODICAL: Pribory i tekhnika eksperimenta, no.i, 1963, 78-83
TEXT: The spin echo spectrometer permits absolute values of
important kinetic-parameters to be obtained, for example
parameters connected with tho structure and motion of particles of
materialt such as the transverse (T2) and longitudinal (TI) times
of relaxation of nuclear magnetization and also the coefficient of
self-diffusion D for particles of liquid or gas. When using
this spin-echo method the material is located in a nonuniform
constant magnetic field H. and exposed to a high frequency
field satisfying the magnetic resonance condition. The deviation
of the direction of magnetization of the sample from the dirittion
of Ho depends on'the duration of the pulse. For a deviation of
90* the HF pul6e must satisfy the'bondition yHltl = IT/2
where y - gyromagnetic ratio of the resonating nuclei,
HI - amplitude of HF pulse and t1 duration of the pulse.
Card 1/2

S/12o/63/000/001/oIL6/072-
A spin-echo spectrometer E039/E420
In order to obtain a deviation of 180*, double this pulse length
would be required. A detailed description of the apparatus is
given. It consists basically of a programming unit which. enables
six different methods of measurement to be used, a transmitter,
a high frequency head and a receiver. The field Ho is about
3844 Oe and is produced by an Alnico magnet. This field c,.iirog
corresponds to a proton revonance frequency of 16.365 Mc/s.
Nonuniformity i% about I Oe in a sample of about 2 cm3. The
duration of the 900 pulse is about 2liaec. Errors in thet
measurement of Tj and T2 are about 5%. Control measurements
were carried out on an aqueous solution of 4 mole/litre VC'C12 and
values of Tj and T2 equal to 160 and 112 VL sec respectively obtained,
For pure de-aerated benzene Tj was 18.82 see. Values of' T and
T2 from about 20 p sec up to 100 sec or more can be measurod ly thim
method. There are 6 figures.
ASSOCIATION: Kazanskiy pedagogicheakiy inatitut
(Kazan' Pedagogic Institute)
SUBMITTED: February 24, 1962-
Card 2/2

ACCESSION NR: AP4012516
S/0056/64/046/001/0003/0009'-
AUTHOR: Agisbev, A. Sh.
TITLE: Investigation of Brownian rotation of nonspherical molecules
of a liquid by nuclear,magnetic resonance
SOURCE: Zburnal eksper. i teoret. fiz., v. 46, no. L. 1964, 3-9
TOPIC TAGS: nuclear magnetic resonance, liquid, liquid molecule,
Brownian rotation, nonspherical liquid molecule, normal paraffin
molecule, hexane, octane, decane and dodecane, tetradecane, hexa-
decane, octadecane, activation energy, viscosity barrier, dipole
dipole interation, spin relaxation rate, characteristic rotation
time
ABSTRACT: As a sequel of an earlier study of*4):-ownian rotation of
an aromatic series of molecules dissolved in carbon tetrachloride,
(ZhETF, v.- 43, 1154, 1962) the author determines the characteristic
Card 1/,4',-)L

ACCESSION NR: AP4012516
rotat ion time of normal paraffin molecules d'4 ssolved in the same
solvent. The paraffins investigated are hexdne, octanep decane,
dodecane, tetradecane, hexadecane, and octadecane. The experimen-
tal and theoretical resuits are compared and,it is shown that.the
most accurate of all theories of Brownian rotation of liquid'.mole-
cules is the hydrodynamic theory in whicA a 4icrofriction factor
is allowed for. Temperature measurements show that the activation
energy for the reorientation of the investigated molecules is equal
to the viscosity barrier of the solvent. The contributions of the
intermolecular dipole-dipole interactions to the measured spin-re-
laxation rates are investigated and are found to decrease with in-
creasing molecule'size. ."In conclusion, the author takes the oppor-
tunlity to thank K. A. Valiyev for guidance and continuous interest
in the work." Orig. art.'has.- 3 figurer., 101formulas, and 2 tables.
ASSOCIATION: Kazanskiy gosudarstvenny*y pedagogicheskiy institut
(Xazan' State Pedagogical Institute)
Card 2/.4,)--

L('V~ V Z.

ACCESSION NR: AP4035479
AIMTOR: Valiyev, X. A. ; NA~hpv , A..Sh.
8/0051/64/016/005/0881/0887
TITIX: Investigation of the character of Brownian rotary movement of molecules in
liquids
SOURCE: Optika i spektroskopiya, v.160 No.5, 1964, 881-887
TOPIC TAGS: Brownian motion mechanics, molecular rotation, nuclear magnetic reso-
nnnee, electron paramagnetic resoaance
ABS MICT: Rotary Brownian movement of molecules in a liquid iv defined as chance
wandering of the orientation of the molecules with respect to the laboratory system
of coordinates. The most convenient parameters to use in treating the problem are
the Buler angles. It is assumed that the ambience of the molecule gives rise to a
potential barrier, which the molecule must overcome in rotating to the orientation
in which the energy of its interaction with its noiglibors attains anothur minimum.
The problem is first approached theoretically making ~se of the equations doscrib-
ing rotational diffusion (M.A.Leontovich, Statiiticheskay'a finikAfftatistical Phy-
sics7 M.-L.1944), and tenser analysis is employed to find the relation between ro-
Card 1/2

ACCESSION NR; AP4035479
tation through a given angle and the correlation time (the time between two succes-
sive rotations). Some experimental data obtained as a result of spin echo measure-
ments on solutions of nitrobenzene and camphor in CS2 and CC14 are described. These
arc then discussed from the standpoint of the theory and evaluations are made of
the mean angle of rotation on the basis of Langevin equations for rotation of mole-
cules. Use of the theory of Brownian rotation of molecules in the diffusion approxi-
mation appears to be justified, although it is noted that the theoretical evaluav
tions of the mean angle of rotation may actually be underestimAtes. Orig.art.hasi
9 formulas and 1 table.
ASSOCIATION:' none
SUBMITT~D.,'18JuI63 DATE Aft 22Kay64. ENCM. 00
SUB CODE: 98
NR PIEF SOVt 011 On=t 007.
Coid 2/2

AGISHEVY A.Sh.; YEMELIYANOV, M.I.
Spin echo study of the progressive diffusion of nonspherical
molecules in liquids. Zhur. strukt. khim. 5 no.3:377-382
M,Y-Je 164. (MIRA 18:7)
1. Kazanskiy pedagogicheskiy institut.

BURNIIIN,'P.I., podpolkovnik meditsinskoy sluzhby, kandidat meditsinskikh
nauk; RAZGOVOROV, B.L., mayor meditsinskoy sluzhby, kandidat
maditsinskikh nauk; AGISHN.A.T.
Feasibility of necreatonW in combined third-degree burns. Toen-med.
zhur. no.1:23-26 Ja 156. (HLRA 16:5)
(BURNS, experimental,
necrotoqr.(Rus))

AGISWCV, A..V.,.
Large cyst of the pancreas causing gastric obstructicn.
Xhirurgiia 35 no.3:117-118 Hr '59. (HIRL 12:8)
1. Iz khirurgichesko otdeleniya Moskovskoy gorodskoy kliniche-
skoy bollnitay No.6 F91avnvy vrach N.S.Shevyakov).
(PANCRUS, cysts
large cyst causing gastric obstruct. (Rus))
(STOIIACH, dis.
obstruct. caused by large pancreatic cyst
Olus))

AGISHEV, A. V.
Hashimoto's lymphoid goiter. Khirurgiia 37 no,5tl27-128 My 16L
(MIRA 34:5)
1. 1z 2-go khirurgicbeskogo otdolerday (jav. - prof. D.L. Vasa)
Moskovskoy gorodskoy kliticheskoy bollnitsy No.6 (glavnyy vrach
N.S. Shevyakov).
(TEMID GLAND-DISEASES) (GOITER)

AGISHEV, A.V.
Two caste of gastric lipomao MArurgiia no*8;3.16-3.17 Ag,1616
MIRA 1585)
1. Iz 2-go khirurgieheakogo otdeleniya (zav. - prof. D.D. Vaza)
Moskovskoy gorodskoy klinicheBlcoy boltnitsy No.6 (glavnyy vrach
N.S. Shevyakov). (STOMACP,-TUMORS)

AGISHEV, A.V.
Riedells goiter (fibrous thyroiditia). 14a Probl. endok. i
gorm. 8 no.2:125-126 Mr-Ap'62. (MIM 16t7)
1. Iz 2-go khirurgicheskogo otdeleniya (zav.-prof. D.L.Vaza)
Moskovskoy gorodskoy klinicheskoy bollnitsy No.6 (glavn:ry
vrach V.S.Shavyakov)*.
(GOITER)

AGISHEV, I.N., inzhener; IVANOTA, G.M., inzhener.
Apparatus for the recovery Of silica gel. Ilek.sta. 25 no.12:
44-45 D '54. (W-JU 7: 12 )
(Steam boilers)

AID P - 4015
Subject USSR/Power
Card 1/1 Pub. 26 - 4/31
Authors Agi5hev, 1. N. and 0. M. Ivanova, Eng5.
Title Improving steam separation processes In medium-prea5ure
boilers.
Periodical : Elek. sta., 11, 10-15, N 1955
Abstract : Authors report on the remodeling of a 3-drum boiler at
a power plant in Siberia. The steam separation processes
in a reconditioned equipment are explained in detail.
Further remodeling of the equipment at this power plant,
e.g., two double-drum boilers, is reported. However, the
authors claim further research and tests are necessary.
The use of cyclone type separators is advocated. Nine
diagrams.
Institution : None
Submitted : No date

D,IAIIGAZI,Y-!,V, K.T.; AGISHEV, 11. Kh.
- --- -1- 1 1
DoLoinining the resources of assil-.J~jble phosphates in so-iis by
the -use of the phoophoms isotope I '.Vest. AN Kazakh. SSR 20
no. 1.2:15-24 D 164 (MIIT~ l8cf-0
1. Ch-len --kc rres pond ent All KazSSR (for Lmnangaziyev).

AGISHU. R.
Agis hev. R. "Tn the mines of Pureya", (The develoFr-ent of new coal deposits, outline),
Dallnity Vostok, 1949, No. 1, p. 6-1+-'~107.
SO: U-4630p 16 Sept. 1953) (Letopis 'Zhurnal tnykh Statey, No. 23, 1949).

ASIXRITOVI, N.A., red.; BURTSEV, M.I., glavxLyy Inzh., red.; BURYAK,
A.R., red.; GLOTOT, D.I., tokat', redo; ZAROVITTT, F.I.,
di:patcher. red.; HOSANOV, V.A., red.; TSUKOV, I.V., red.
Ed ceased]; AGISHHVj,,.%K,&,.red#; MARKOVA, S.M., red.; KAYDAGOVA,
M.D.. tekhn.ftid-,'"'~-"
(Energomash; 25 anniversary of the Khabarovsk Blectric Power
Machinery Plant] Enorgomsh; 25 let proizvodstvannoi deiatell-
noeti Khabarovskogo zavoda energoticheokogo mashincetroeniia.
Khabarovsk, 1958. 349 p. (MIRA 12:9)
1. Khabarovskly zavod anergeticheakogo mashinostroyeniya.
2. Khabarovskiy zavod energetichoskogo mashinostroyaniya *Zner-
gomash" (for all except Markova, Kaydalova). 3 ZaT01"Awlalm,
partiyny,m kabinetom zavoda 'Energomash" (for A;ikrito~a).
Sekretart partiynogo byuro zavoda *EnergomasO (for Buryak).
5. Deputat Khaborovskogo gorodskogo Soveta deputatov trudya-
shchikheiya (for Glotov). 6. Direktor zavoda "Energomash" (for
Hosanov).
(Khabarovsk-Machinery industry)

AGISI.IEV, R.-Ya., Cand 11hys-Lath Sci--(diss) "Cortnin boundary-value
-~ 4- tWpe.11 Yazan'q
problems for one differential e::uation of
19,5b. 6 pp in cover (Lin of 1: Zan t
150 coPiez (1M,30-'13,121)

AGISHEV, V.K,
. 1
on the agenda-mechanization of the processing of realnous vood,
GALdroliz. i lasokhim. prom. 18 no.6:32 165, (MIRA 18-9)
1, TSentrallnyy nauchno-insledovatallakly i proyaktnyy Inatitut
lesokUmichaskoy promphlennooti,

AGISHEVp VA; BUSALAYEV, L.V,
Ejection suction pump. Mashinostroitell no.11:43 165.
(MI RA 18: 11)

Name: AGISHEV,, Ye. I. JFRS/DC-23.4
CSO DC-1237
Dissertation: Non-magnetic impulse mass analyzers
Degree: Cand Phys-Math Sci
O-4x'4CW . : Acad Sci USSR, Leningrad Physicotecbnical Inst
f >,,,% uc't:~
INOW Date, Place: 1956, Leningrad
Source: Knizhnaya Letopis', No 47, 1956

7 e ~ 7 - I
IMPUIS
ZLU! 2V3

AUTHORt Not given PA - 2873
TITLE: Dissertations (July~-Deaember 1956), Department for Physical-
Mathematical Science. (Zashtchite dissertazii. Otdeleniie fisiko-
matematicheskikh nauk, Russian)
MIODICAL: Vestnik Akademii Nauk SSSR, 1957, Vol 27, Nr 4, PP 132-132
(U.S.S.R.)
Received; 5 / 1957 Reviewed: 7 / 1957
ABSTRACT: The following dissertations were submitted at the Institute for
Crystallography for the purpose of obtaining the Acadeado degree
of "Candidate of Physical and Mathematical Sciences:
E.D.DMWA: "Experimental Research of the Stratif iea Spiral Growth
of Crystals of the Gaseous Phase".
At the Physical-Technical Institute:
S.M.RIVKMt "Investigation of the Behavior of Unbalances Current
Carriers (Experimental Investigation of the Frooess of Motion,
Generation, Recombination of Non-Balanced Current Carriers)"
E.I.AGISHEV: "Non4fagnetio komentun-Mass-Analyz era"
V.G.BOWBRY: "The Investigation of the Thermoelectronio and Repeated
Electron Emission in the Solid and Liquid State of Brass, Silver,
and Germanium as well as in Tin.11
Card 1/2

PA - 2873
Diusertations (July-Deoember 1956). Department for Physical-
Mathematical Science.
I.I.NOVAK: "The Use of Infrared Spectroscopy for the Investigation
of Some Types of Intermolecular Interaction".
L.K.FEKER: "The Properties of Atomic Nuclei in the CaLse of Low
Energy Excitation."
ASSOCIATICK: N ot given
PRESENTED BY:
SUBMITTED:
AVAILABLE: Library of Congress
Card 2/2

AUTHORS: Agishev, Ye. I., Ionovy N. if SOV/57-58-8-27/37
TITLE: Mass Spectrometer With a Pulsed Ion Source (Mass-spektroskop
a impultanym istoohnikom ionov)
PERIODICAL: Zhurnal tekhnicheakoy fiziki, 1958, lir 8, pp, 1775 - 1788
(USSR)
ABSTRACT: Since the present work is a continuation of"that reported in
reference 1 problems bearing upon the resolution and the in-,
tensity of the mass speotrograph are approached in this paper,
Further experiments carried out with test mass spectrographs
in the laboratory are described. These experiments furnished
the design data for industrial equipment similar to the series
of test apparatus. The evidence advanced provides the following
information of the particular features of the pulsed mass
spectrograph: 1) The resolution of the spectrograph can be
raised to values as high as several hundreds. The resolution
*is basically limited by difficulties arising in the design of
an amplifier with a sufficient amplification factor and a band
width of the order of 100 me. 2) The intensity of this appa-
Card 1/3 ratus operating'with an ion-focusing source is higher than that

SOV/57-56-8-27/37
Mass Spectrometer With a Pulsed Ion Source
of magnetic mites speotrographs with the same resolution. This
is due to the fact that practically no limitations are imposed
on the diameter of the aperture of the ion source in mass
spectroscopes. 3) On account of the direction and velocity
focusing it is possible io analyze the ions being formed in
the ionization chamber. Thus the intensity of light is in-
creased and it is possible to investigate ionization processes
with a small probability (for example the photoionization of
gases).4) When the accelerating potentials U 1 are small the
resolution is determined from the initial energy. distribution
of the ions. Bence, the mass spectroscope can be used in the
measurement of the width of the mass-peaks of the source
energies of split-off ions* A knowledge of the initial energies
is highly important in the investigation of the binding energiet
of atoms in molecules, 5) The oscillograph permits to localize
simultaneously the whole mase spectrum of the gas under in-
vestigation corresponding to one definite moment of -;`.onization.
6) The modifications of the gas composition in the ionization
chamber in principle can be located by the pulse sequence of
Card 2/3 the ionizing pulses of the electron current which in the de-

Mass Spectrometer With a Pulsed Ion Source
SOV/57-58-8-27/37
scribed equipment is 10-4sec. This particular feature of the
device is of importance in the study of the time ccurse of
various processes. The Scientific Superior Gollaborators E.
Yas Zandberg and Be A. Mamyrin assisted in the construction
of the test mass spectroscopes. There are 8 figures and 5
referencest 4 of which are Soviet.
ASSOCIATION: Leningradskiy fiziko-tekhnioheskiy institut AN SSSR (Leningra
Physical and Technical InstitutejAS USSR)
SUBMITTED: July 10, 1957
Card 3/3

AGISHEV, YO.I.) AVLYAKOV~ YU.I.
Thendonic emission from nickel in the presence of balldes, Zhur,
tekh.fiz, 29 no.12s1480-W3 D 159. (MA 14:6)
(Thermionic emission) (Nickel)

24.6~oo, 24.7400 77316
SOV/57-10-2-1,)/18
AUTHORS: Agishev, E. I., Belyalcov, Yu. I.
TITLE- A Nonstationary Thermionic Emission From Nickel and
Tungsten in Vacuum
PERIODICAL: Zhurnal tel(hnicheskoy fiziki, 1960, Vol 30., Nr 2,
pp 223-225 (USSR)
ABSTRACT: Using a time-of-flight (pulse) mass spectroscope de-
scribed earlier by Agishev and ionov (ZhTF, XXVIII, 1775,
1958), the authors were able to observe a short-living
m/e 100 peak during fast heating of nic8el and tungsten
emitters up to a temperature of 600 to 900 C. The effect
was reproducible and lasted only a few seconds after
which one could observe the "stationary" peaks of alkaline
metals. The effect was obtainable even after introduc-
ing CC14' freon, and butane, up to a pressure of
10-5 to 10-4 mm Hg. Platinum did not show this effect.
Card 1/4 Although the authors have no explanation for the ;ffect,

A Nonstationary Thermionic E~mission From 7173-16
Nickel and Tungsten in Vacuum SOV/57-30-2-13/18
they present various experimental results. The curve
shown on Fig. 1 represents the relationship between the
maximum current, I, and the time of cooling of the
emitter. The emitter was first heated UP to 850 0 C
and held there for 10 sec. It was then cooledofor a
time t, after which it was again heated to 850 C, aftd
the maximum current taken. The curve was reproducible,
and the effect in general does not show signs of wear.
The authors also investigated the Imax as function of
the minimum temperature to which the emitter would cool
down during the time t. They further obtained a curve
showing the maximum e/m 101 ion current versus the
maximum temperature of fast heating. The tungsten
emitter showed a similar behavior. The authors noted
that the effect disappeared after heating the emitter
above 12000 C. This could mean that this very probably
complex ion results from adsorption on the emitter
surface of some residual gas components of the system.
Card 2/4 Heating above 12000 C then destroys the "active" surface

A Nonstatlonar~r Thermlonic 1--~nisslozi Froiii '(7 3 16
Nickel and Tungsten in Vacutun

Pig. 1.
layer responsible for some catalytic action producing the
101 ion. The platinum surface is probably free from this
catalyzer even at low temperatures. The 1-ons could be
the result of some organic radical with low potential of
Ionization. Professor N. I. Ionov discussed results and
supplied advice. There are 2 figures; and 2 Soviet
references.
Card 3/4

A Nonstationary Thermionic Emission From "(7316-
Nickel and Tungsten in Vacuum QOV/57-30-2-1-~~/18
ASSOCIATIONi Physico-Technical Institute AS U-SSR. Lenincrrad (Fi-ziko-
teklinicheskiy institut AN SSSR, Leningrad)
SUBMITTEM A UgII 13 t 14, 1959
Card 4/4

14ELEKHINA) V.P.; Prinimali uchastiyet DYUZHLVA, Yu.V.,, khimik- AGISHEVA,
A.S. , khimik; MUINAp V.P.) khimik,- KWENKOVAI A.W.-,MMM-
Materials-for setting up a sanitary protective zone for Klin
Thermometer Manufacturing Factory. Uch. zap. Mosk. nauch.-issl.
inst. san. i gig. no.6: 41-44 160. (MIA 14: 10)
1. KlinskeFa sanitarnaya epidemioloticheskaya stantsiya, (for Agisheva).
2. Moskovskaya oblastAaya sanitarnaya opidemiologichoskaya stantsiya
(for Kukaina., Kosenkova). 3. Moskovskiy nauchno-issledavatellskiy
institut sanitarii i gigiyeny imeni F.F.Erismana (for Dyuzheva).
(KLIN--AP,,"-POLLUTION) (MERCURY-TOXICOLOGY)

ABR,010Y, M.M..j. dots,; AG.I.BHEVAt--8PA.&--
. . .....
Chemical composition and physiological effect of.ext~ract!?.from
the loaves'and fruit of Z7gophvllum fabago L. Nauch. trudjr San-ark.
inst. 8ov. torg, 60255-259 '57. (MIRA 12t7)
(Calt;op)

AGITSKIT, V.A.; DTNIKINA, S.Te.
--i"M ~~- - IwP*I*#",Iw~-
Underground leaching of copper& Gorozhurono.11:35-38 1 156.
(MLRA 10:1)
IsUnipromed'o (Copper mines and mining) (Leaching)

FICH, M.A., akadamik, radaktor; GREXHOVA, M.T., professor, redaktor;
ATZERMAN, M.A., doktor tekhnicheskikh nauk, redaktor; GINZBM, V.A.,
professor, redaktor; GMELIK, G.S., profea3or, relaktor; LEO1?T0VIGH-
AMEONOVA9 Ye~Ao, dotsent, redaktor; ZHWATSOV, N.A., dotsent, redak-
tor; PETROV, V.V., kandidat tekhnichaskikh nauk, redaktor; NIKOLAYEV,
U.N., doteent, redaktor; AGITOVA, N.A., redaktor; BRYISM, A.Me,
redaktor; AIEKBEYM, T.V*,8" n,8ftwkty redaktor.
[Delicated to the memory of Alekoandr Aleksandrovich Andronov] Pamiati
Aleksandra Aleksandrovicha, kndronova. Moskva, 1955. 718 P.
(MIRA 8:4)
1. Akademiya nauk SSSR.
(Mathematical physics)(Automatic cor4trol)(Astrophysics)

DEVYATYKHp G.G.; AGIULOV9 N.Kh.
Effect of the take-off rate on the efficiency of film rectifyJng
columns. Zhur. fiz. khim. 34 no. 11:2509-2512 N 160.
(MIRA 14:1)
1. Nauchno-iseledovatellskiy institut khimii pri Gorlkovskom
gosudarstvennom universitete.
(Distillation)

ArtlYA17) T.
W',IYAN, E. T.: "The charactE-ristics of c~f loc-;l s~ec,.~ nrjrl the
brreds frm, the Sn-Ittilz rerion of 'uhr. Ja-n~nltn S-SPI to con'lnue
C~, .1 Rr" L,
Improving Yorevvi), 1955. Mir HiChcr FrWention VU,SR. Yerovar, Zowyctrx-
inary Inst. (DissortatJon for the Degree of' CanJidate of' Arricultural Scienc--,s)
SO: Knj.zhnnya Letoris' No; 47, 19 Yovember 1955. 1'0!7c01-,-.

---us- S-R-/_ Fa-r-in _,VnAvia_1_s. ___C_att1e-.__
Abs Jour: Ref Zhur-Biol., No 12, 1958~ 54746.
Author Agiyan, E. T., Matinyan, R. M., Minasyan, R. 0.
Inst Not YtTen-.---,
Title The Problem of the Frequency of the Feeding of
Calves.
Orig Pub: Byul. nauchno-tekhn. inform. Arm. n.-i. in-ta
zhivotnovodstva i veterinarii, 1957, No 1, 11-14.
Abstract: During the first two months of feeding milky
rations to calves twice and thrice daily, no
differences in their development were ascer-
tained. In the second half of the milk-feeding
period, during which rations were supplemented
with roughages and concentrates, the calves fed
thrice daily, according to the author's opinion,
were developing more uniformly and intensively.
Card 1/1
21

USSR / Fnrm Animals. Sheep and Goats. Q-3
Abs Jour : Ref Zhur - Biol., No 141 1958, No 64475
Author : Agiy=) E. T.
Inst !-ArMOTO--scientific Research Institute of Animal Husbandry
and Veterinary Medicine.
Title : On the Quality of the Wool of the Finei-Wool X Coarse-Wool
Hybrids of the Spitak Rayon of the Armenian SSR,
Orig Pub* : Tr. Am,. n.-i. in-ta zhivotnovodstva i veterinarii, 1957,
2~ 53-66.
Abstract : The results of the crossing of the local coarse-weool ewes
of the Mazekh breed with rams of the Caueasian fine-wool
and Soviet Merino breeds in the kolkhozes of the Spitak
Rayon of -the Armenian SSR are described. There was a con-
siderable increase of the production and improvement of the
quality of wool in the crossbreeds. The wool of the adult
hybrids contains more down wool and intermediate fiber than
Card 1/2

kand.sel'skokhozyaystvennykh nauk; AGIYAN, E.T., kand.-
MANUKYAN, M.A., - I
sellskokhoz.yaystvennykh nauk
Structure of the flock in sheep farming of the ArmeniAn S.S.R.
Trudy Arm. nauch.-issl. inst.zhiv. i vet. 4:41-52 160.
(FdRA 15:5)
(Armenia-Sheep)

ACC N% AT7004334 SOURCE CODE: UR/0000/66/000 000/0161/0171
.AUTHOR: A izim, A. M. (L'vov); Kirianaki, N. V. (Lvov); Marenkov, V. B. (L'vov)
ORG: none
:TITLE: Encoders and decoders in a six-channel radio telemetry system
'~SOURCE: AN UkrSSR. Metody i sredstva preobrazovaniya informataii (Methods and
Imeans of infornation conversion). Kiev, Naukova, dumka, 1966. 161-171
'TOPIC TAGS: telemetry system, analog digital encoder, digital analog decoder
.ABSTRACT: Developed by the L'vov Polytechnic Institute in 1961-62, the radio-
.telemetry system is intended for simultaneous measurement of temperature (T),
salinity (S), and depth (H) at six points of the ocean at a range up to 50 km from the
receiver -carrying ship-, a depth down to 200 m is measurable. The encoder is based
on a bridge circuit with a resistance box in the comparison arm; the lowest resistor
in this box is 30 kohms. and the highest, 60 Mohms, which permits neglecting relay-
:contact resistance and relay -insulation resistance. A binary-decimal code with
weights 242'1 and a polarized relay in the measure, magazine simplify the circuit, cut!:
Card 1/2

ACC NRI AT7004334
;down consumption, and accelerate conversion. High sensitivity of the bridge is
ensured by its pulse supply; the pulses are taken from a capacitor intermittently
connected to a storage battery by a relay. The decoder installed at the ship isolates
subcarrier frequencies of 5, 7, 9, 11 kc. from received (amplified and detected) radio
signals. After a second detection, an AND-gate singles out the starting pulse, and
:an OR-gate generates clock pulses used for counter operation. A digital-analog
converter yields data to a recorder, a punch, and a display unit. Other details are
given. Orig. art. has: 3 figures and 8 formulas.
SUB CODE: 09, 171 SUBM DATE: 14Jul66 I ORIG REF: OOZ
L,~.ard 2/2

(- -,AGKATSEV,.Vlad --- - Abayloy-tch; NIKOLAYEV, V.G., red.; DATRIYEVA, Ye.U.,
---- -tekhn. red,
[For further expansion of fruit culture and viticulture in North
Ossetia) Za dallneishii pod"em sadovod'stva i vinogradaretva v
Severnoi Osetii. Ordzhonikidzep Severo-Osetinskoe knizhnoe izd-vop
2960. 27 p. (MIRA 14:21)
(North Ossetian A.S.S.R.-Fruit culture)
(North Ossetian A.S.S.R.-Viticulture)

AULADZE2 G.D., Cand Agr Sci -- (diss) "On the :!roblem
of the characte
_Vstics.of the vegetative-leyer and-We
establishment Pf fii6ding-;ppice of the Shirak-F.Idarskiy~,7
winter vastures." Tbilisi, Pub House of Georgian Agr In5t.,
1956, 22 pp (Min of Agr USSR. Georgian Order of Labbr tied
Banner Agr Inst) 100 copies (KL, 32-58, 110)
- h5 -

USSR/Colloid Chemistry. Dispersion Systems B-14
Abs Jour : Ref Zhur - Khimiya, No 8, 1957, 26395
Author :S.N. Papuashvili, M.Ye. Shishniashvili, L.D. Ag~
Inst :Academy of Sciences of Georgian SSR, Insfi-tute of Chemistry
Title :Nature of Acidity of Al-Bentonite and Influence of Exchange-
able (Mobile) Aluminum on Its Colloidal-Chemical Properties
Orig Pab !Tr. In-ta khimii AN GruZSSR, 1956, 12, 23-35
Abstract :It is shown that the variety of bentonite - Al-Bentonite W
is gradually saturated not with H+ ions, but with A13+ ions
during the process of refining by electrodialysis and, consequen-
tly, instead of its H-variety, the Al-variety is formed con-
trarily to the usual idea. The formation of Al-bentonite is
the result of partial destruction during the electrodialysis
process in colloidal minerals, at which the amount of exchange-
able A13+ rises sharply with the decrease of pH of the sus-
pension to a certain limit. It is shown that at the poten-
tiometric titration, the amount of alkali absorbed by I is
proportional to the amount of exchangeable A13+, if the
chemical interaction of the alkali with the alumosilicate
Card 1/2

USSR/Colloid Chemistry. Dispersion Systems B-14
Abs Jour : Ref Zhur - Xhimiya, No 8, 1957, 26395
nucleus of I was insignificant. The influence of the con-
tent of exchangeable A13+ on some colloidal-chemical pro-
perties of electrodialysed suspensions of I (structural viscos-
ity, dynamic shearing stress, stability and water yield) was
also studied quantitatively. The hydrophilic nature and the
electro-kinetic potential of colloidal I particles decrease
with the increase of the exchangeable A13+.
Card 2/2

PAPUASHVILI, S.N.;
Influence of mobile aluminum and silicon on the structural cohesion
and shearing stress of cley suspensinns [in Georgian with swm=7
in Rassianj. T=ly Inst.1ftm. AF Gruz. SSR 13:3-16 157.(MM 11~--4)
(Aluminum) (Silicon) (Clay.)

FAPUASHVILI, S.N.; SHISHRIASTIVILI, Me.; AGUM2, L.D.
Effect of electrolytes on the structural and neebanical Dropnr-
ties of an askanen'. suspension. Trudy Inst.khim. All Gruz.SSR 14:
73-82 158. (141W~ 1.3 - 4)
(Ammng"l)

NRI AP6031950
SOURCE CODE:
UR/0251/66/043/003/0593/0598
AUTHOR: Papava, G. Sh. ; ASladze Tsiskarishvili, P. -D. ; Vipogradova, S. V. ;&
Korshak, V. V. (Correspomding member AN
ORG: Institute of PhyRiqal and Organic Chemistry im. P. G. Melikishvili Academy of
Sciences druzT9fR_(Institut fizicheskoy i orgamicheskoy khimil Akademii nauk Gruzgn);
Institute of Hetero-Organic Compounds,_Academy of Sciences, S9SR (Institut elementoor-
ganicheskikh 6oyedineniy, Akademiya nauk SSSR)
TITLE: Mixed polyaryl ester-penton block-copolymers
SOURCE: AN GruzSSR. Soobshcheniya, v. 43, no. 3, 1966, 593-598
TOPIC TAGS: block copolymer, polyaryl ester, penton, phenolphthalein, bisphenol A,
isophthaloyl chloride, terephthaloyl chloride a
I P
4 5
ABSTRACT: Several mixed polyaryl este p.!jnt~nltl s1were prepared by
polycondensation of various amounts of penton, phenolphthalein and for bisphenol-A,.
and terephthaloyl and/or isophthaloyl chloride. The copolymers yidlded strong films,-
from chloroform solutions. The effects of individual components on the properties
of the copolymers were studied. The results, given in the form of tables, indicate
that: 1) introduction of up to 10% penton does not substantially lower the softening
temperature of polyaryl esters, however, larger amounts of penton lower this tempera-
ture; 2) for equal penton content, the softt_:_ ing temperature of the copolymers is
affected by the structure of both the bisphenol and the carboxylic acid; 3) intro-

AP6031950
duction in the copolymer backbone of components with a different structure
softening temperature of the copolymers; h) small amounts of penton (up to
crease the crystallinity of the copolymers, while larger Eanowits lower this
nity and inprove their elasticity. Orig. art. has: h tables.
SUB CODE: 07, 1l/ SUBM DATE:
20Nov65/ ORIG REF: 001/ --
lowers the
2.5%) in-
[BOI
Card P/Pz(I

n7A.
Me h0tictft of YoUllic Nalmest by the rJectrolysil of Its Still
193P.
Th*v r&1661(iii of dept Its 4.0JUMIAL, a 111~11 I.r.0 jzI.:D;AnrPr
P'tutions (4 the full-hate, chiw0c. nittait... 4.~, tIot. 6.t.it- . wo,l other #41t-
44 tilt Inetal, Vill, Int-Iliggled. 0( 11".. oilA O"fulvilip Of 11"
chloridt, and ou)p6tir, (mitaim,g, bi-, wimit.),1111) 1. f", pr"J.~j tullthl,
Tbe iticiAt farourable conditions for a 111;,'ll % P 111 1.1 hi 111. ILI -, 'A I tV 11 UWI 11,
I- as folltmJ6 : 11 ) roucrwral:r in 14 wa 1):,, 11- ~ .11 . ". r I--- h I rp v;.'. -.'AI-
11i "luration (with chlork!, tlec tr"l%-t(, votl"WFAI'A ;It, I'l 1'r
.Mo; 11,11- oz~o."'I":tol., lit"t"
the belter); 13) Impersturr- >3;F C. pn III n.1-1 I., : !I I !..I it- .11 1 A---
'15 snip, dm.', di-Iii-nditig on t(mjot.ow, s,! wl,r li,t.q if
gn... lare vfSO, is add,,I to lite gltilruhle. ii, A. I,. It,,
I.. diL.1; (5) ps muft N, insimauird j ') 111, 2,1 ~, , ~, I
1 1-7, -3 for chloride Fluticago , iii, itr,luIt, I I- I
:
I't the C41hkidV 11 DUCIMUM ; 17, 1 VOI-J, -1.). 1. 11,11-i-
J(,% -i-srhmi tt" I; (Si a io,d, -~rapl.st, i I, i,d t,.t I.:; tvi, wt, t~.! ; .!,It .,It
aij--4--l' v. Thr caum- 4 The LaatAjwo,~ 1,! 0.1, 1, d, T-o- I- j- ai,i
the of vivetrulPic at, bi i, !~% v I, I" ~j t. ._ V I! %

14 b IS p to It is 41
0
In
It
willifit
~ FOO:
0 dlitI
Is.k,
0 04
0 0;;
0,0;;
OoRi
0",
oot:
O'et
0".
002
Sol
a 00
01
On 00
0, C, 00
joo
00
IVY !It M."N "'N' '601 ""VZ 0*
glauttlavul Iwasl
-I'vily I )I lawlis pow 1-:130 !~!.lf 00
go-,
00., r
00-
00
4%, ISM1,44 o*
00

VIP 14 E R,

Tom. NZ msw,-
Z N
4
O.
M;
aude in

00 v "Imlow 11"Ity diffiLbt-
cam of tr "rim d=ot=
all he~ t&
.
'
Amrdko
on
#+
tbe pot=W d tk sWU*Ja in a standad aWn. (L c.
m4a. wkb (bi aafty cva. y - 1), E, 6 - 1.14?,r.
to '3
h humm W" tm cam=, wbamu thAt of MII90'
nm mkos. indk-ate asho that
tbt MuCh and XuA depend on
=
the
nli m 62. The dLffa=m betw tm &-
coo of a mtd. ado. and that of a 0.1 M
Mom,z= 0
2
Thb
ifi
d b
d
.
v.
was Ycr
.
e
y txp
j of Mo fr=o sq. wins. is,
=7h:==
=
of H on thr
=1%
001~
by adda. of
1n
"
=
&
dm1
1
t1
t k
dectmirte.
W. R. Henn
t
SLA OCTALLURGICAL L"CRAT(MI CLAWICATIU
- --- - - A. ! 114-4
lit w10 CUT *it II&LI1 Go *my Its
b u Ig AV to As . j 1 14 AM L S I ftd a a 9 1 If 0 9 a 0 3 1 v
I," Ir.6v
:04 096`91109-0":101 :0 00*000 0 0 0 0000 00 00 0*006
0 **so 006004 0090
oo
*0 0
Wo 0
0
too
w0 0

t T k
of A lor-
amccatit A
LA b I-
111diommu I "velluts of susimilk fusuffameop
M_ , lelihmilm 1019. No. M 111J(hi
00
im. Rojivrej. lkw. IWO. Nile A. bli 41.
C. A. .-The fornislitmof MOO, front Mathand
clotherisk. pyrolubilf, Palluniturle, JAU34narunis,
4 bmusthe we leached out mWy with Ah. Theuxtile
Or" of Met in vocitart with Mn()~ mul hqu4t Rh + 111(i
06 icksm Mom than ON% OF Mu during 3-1 hri. A caidul
09 itinuival of istilmiriii" anti addit. W N114 all. 1~ ti-I v
all' ItH .1kXTWWVkT1rDJY1i' tIP111.01 AID. see
*0 Sin the Property of Frj()Jf)j 10 tie ppid. oul tit %illn. at a
-3 lower fill than that lot I.Ittl0li), 6 u.-,f, I:v*, %, pir. '041111
It"nuatily olkiis"t to Fe, , I fly tile luldil. Of divimlym 00
0* With. 1jilit. Of Ni anti Cit. as well a, of 1-tW Ouputt 1.1c
tin tit Za arm Cu, front tile ric'ettOlvic -In. 4. caullill 41111 .00
toy ddi N S complete Plain. of Ni anti co 14111111r, a
00 1 ~M%07R41i, Nism Coca" lWpptd.lAJ~j'y Add.
Jr4 rift-trolylic Mri puwtkr whicli dvvusDp*. water still lit. Ogg
crtswo life PH vidue, Ij)ld, MB1011), fristilt slit pilin,
UINiWWco, The limhudi P114KI-441 for proclucins uIrl Id - lee
jk Ma WW MaLh from ores take Into mrvuln tile it-tomy Fl4fil
of HjS0j formed durisix the clectrailp4% it( NinSO.. Tln~
H.A mu be UDW to kWh btw quantities [if %tit floin the
UM. 11W kWhillS Of Ml CAINMISIT Oft' Call lie CHT601 !400
Out Wilh Went dectroly"t. Nill hyth Ollie (Aflutly lit-
duties The tWomy of Ni, Co anti othri notillvitou, inid too 0
noble jaccals. W. R. Itcon
Als 11L& btYAtLLAGKAL L1111111t4t CLOWKATION
9.2-- cis
-if ~GL
u AT 10 it *--, V
At It It a it it lt 6( 1 a a I
an
00
4? tp e-0-0-0 see 0g 0 else ofmit&&& a a Ah

00
00 The COMPICI Ion of allied solutions of mantatteev Anil

00 Chr'", (11. S.
d.
tf.(fj Atld
S' 14.) 10, 11140 fl(lall)) 11
1,
00 ewpis. III thelu,tvitfimuritic timstimi willail.1 N NAI)II M
%flicli 4 NII.Claild Nill"41. f it I,
"011.11111iIIIIIJIllit'All N411S. 44 Mot ADA III,
'Illiph'IL kill ' . IICVAIIc W l1w I'm-
0 s maiiwi, the I)II of the aq. tima. i, ImArt than th,it of tht

I ~oilns. of either c(ituptnient almic. Thv givat IlArr actiun
see
to ', cof the system furthris the electmlytiv delt,mititin of Mu.
00 retaittilic a 'Nknst. fill 4 file 0(virtavil'. It a1vt cxplaitli
1h, 1,11111tv 0 Mn I'. 6-ml Mokoill, 11111 ~ Ill the pir"tit'r %i(
4uo 0
00 Nil, ~~dt- ill the itimlytit'al wwrilme. CA1116414' It,11,114.1,

00 liwi rm It-% Iw mmA *ihm A Slit aild NI 1, all - all, mm-
'Allill Motor .11111illa thilli 111-C flit Of Mil 64111 lihmc~
ro o
15 it-fi-tentvc chamt. Illane

00 ago
0.0 z too

NJ coo
coo

1
p zoo

mo 1
~ age 0
-00

1.111FRAIVIII I V. U0
0

111~1 Ill sit'.

0,
'
_

,. 1
* we 0

0
40
~o
u to il T
11
4
T 1 V
:?I An a aw 0 ola I ill IN I a a it T
Is:
0
0 : 0 a 0
0 0 0 00 0
0 0 0 0 61
1
'
0 0 0 0
0
0 0 00 @so* 0 00 00 0 v 10 0 00 0 go to 0
I 0 o 0 0

R. 1,
A MA", mont
fed fitto the KOMIC "Imapartmeat ad a haphraim rell
,

UA Is dmmited (m
the anode &4d Mn oil the cath(VIC. -09

-00
too
ZIP*
00 0

00

,e

.1 .1 (,$Cot W(i ltt~t tA%VF 1~ A IN

lol- -

u So
ft
ti r *V It IT Ir A') d

- ,AA &"I J
00 A
I '?~- -
00
06
00
go J!
90
00 Is
00
A ~pj",
- .-
IU"61ytk foovery of Mo. R. 1. Asta-Irr. Itualt.
&kl. Feb. 28, 1941. Ain Is Iriteiii wt All
bell whimir. Whk-h Paso% over Is ol)Wdr lite eJn-tl.,.
IYdC Oell. 'nUl tht dePusit is hfulen U11 awl 1AII, Into a
vesso fiw With Inal liquid.
0
.00
*0 0
me
=00
ago
-go
rofs 0
ago
z
too
-will
N o 1 it I Q a
0 0 669600 0 0 0 0
00400000004041i
4 1 ff - I Z. A*f TAE 04 KAL LIT(RATGRE CLAS%IFK4?iCx
Ar.
QU 11 Av N3 w,. I I a ?w 0
0 0 0 0 0 0 0 0 0 0 0 *1* 0 0 00 66 00 6
'o 0 0 6 0 a if 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 *1* 0 00000

"Pa" d
set 1141, OL 206-310).-
The effect of acidity, too WX
rU~ A
on aw dkc&wp of Me p a and of ovided Nit,
sea H an during the Olectrol)"'m
I t
a f
0* 1 1 a sq. solstioss of Me Wits w by PfOWA COW
I
c.d' The d1wbarp p-ota Of MA was d=by rin
tw
tm Increase In a-] and Ow pre-senes of N14# WtL The
Wo wu =19~ If , i by decrease in px. rim of
T
W.-I
decrvIAM - - . of No Ults. AM the FrWwe of foal of
snon positive than Un. -100% yWd was obtained under
sea conditions: (a) us@ of a III& between Ow a**
0 4 so of x-Mn Pd"W . (d) a temp.
u%s pw L. and
of W. t9w I rjle 14H.
a Ca CA Of -aaodk dIsWutloa of
V. &m&=9 in alludiss in ack molutfoas was Studied.
4A wa, to behave Amamly to Un Itall. The product
= in alkallbe andis vaW km KWO to Ma- depeadins wool
"'t im: (1) rapidly ox4lind in'LW. with
com4ftlom
.0 ct with It In the cold to
H v vd dMy. Aq. adds rew 0
produce H, am vilwoo4y: on warudxk& the "utiou of Hs
becotm upid. In HNO both H Go 0
&M N, we produced LI) is see
.*W Ilb.9yed. XQI sobboas bArdly react wftb. a
_ _ y
ih6 wK bet ~svd" "I wba bolled. Ulm the g is
t"U'r ox to XAQ
DIVAllitim in an i6vt PA Riva irlww Of poms rma we 0
Q, which bacomm powdery I t to in air, the
Ks (r t m
hot (EQ instastammoad amid's with evolut beat; it cow-
N.G.
boo
Ito" 10"MI
14"80 "Il, OWT ON RSAARI 09 GOV III
IF
U AV a I All I I I Cd 0 0 9 1 x v a a 0 3 11 v
0 a 6, a no x a a PA as 1' 1-0
0 0 0 0 to 0 0 0 0 0 0 0 0 00000 0 to 0 0 060060 0 so
All * 0 0 0 4) 0 0 0 0 0-111 0,1111 0 0 0 0 0 0 0 0 0 0 0 0 & 0 0 0 411 0 a

poicit 111 1ND rat
elf
go
10
00.)
,3
Mae
zoo
Ploductiolt of "IttAllie Mn by elef 1"I6
Bull. &wad. im V% R. S. A.. 0djoje 1, v0
Of*-A9UvNO- 1-2, 45-03; cf. C. A. 36,
nw3ou of phys.. chEtn., tech. aud inech. fratureq of
tkTtrolyl k Mn proditclicm. 13 rvfe~cncvs. %I. K. zoo
A S's I L AMIALLUP(Ail LITIMAIWIt (LAW"C'"t"
its 0
t3::
9
r 7i
*qb uVAT PO All;' ItKitnIs m 13 0 1 .%a
oese
*see to 00g0 0 0 000 00 o, 0
000 0000 09 0a0- 0-0

A 11. L-A-L-L - A X A
AIM pbt~(Pfni M94f
I 40C r 60
y#lo of mar.Saarie oru lots.
of A it! lk~ I& 141i.ti Chem. lll%t,, (knozi.,in 9S.S.R.). .9
4x Ger-ria" S.S.S.R. 3, I(Y-17-W"(19412) (ill
'he -"I, f:
0 RuWan). 11, tie tratism of I lit miullytir througli the dis- Oil infect, pliwl of tile r1rct"YSIV, the tell act&
00 plinksm in((* the- cathOirte vativ-s MnOs to --tile an the a, a storage l"lirry, the %In 41-Imnited being the knode.
raillotir: this give-I tite it) sit r.m.f. vilipowl to that of the Such ccll% vannot f-c mA,le to functitin spin. 71m bem
00 It *6
threlvaN, all's M411. al Ibrd.,l-Witing Mot (this results ill a t-ith,-le tuatt r Nin dri-eition it ittainic" steel with
*0 further Increase (if the suit. of MnOli); them ii no way (it I,(';; Ct awl W~ Ni. T-4tvp etching rrnukri, it unjitlit. 0
"g III tile dillerrnty ill the thermal expalits1*11 .00
It ping that procc4t ,ther th3n renewing the electrolyte. able. 01"
An IIII AlInve 4, V.,lerr is a ppto. of NInJOH)v which is tit \1n arul -tmi, sud(Icrt changvt of temp. cause blisteri-it
0 oxidlitA by air lit the easier, the, hillivi, the And cracking. CatlvA" thus damaged are no tons, r -00
ecosen. III Mnq), still the lem the atnt. tit (NildlSO.; the a, the metal tendt, to diwilre rather than to de. 0
00 plyt, settling on the -,nithatle lowrrs the It overvaltage suffi- lmitt. The same hapjwn. tin sudden changes of cA.;
9 ciencly to %tot, depirsition of Un altogether. This cannot best cou'lition, are tictwectl IA an's 4.0 amp,/K. din., =00
be trinedirIf by Ont. r-ingle Adjustment of pff No neccW- I be limit It! c.d. at which \in dcpoiits at all is high" with
00 late& changing the rledrolyle. Nonoxidized Mn(010, a fresh .41 airlivss st erl cat We I ban with a cat re e:
hade almidy
.3 does not intedere with the deposition. Raised temp. violets with Mn. T,.i high cal. results in isonadherent Z91111
00
lowers the If otivrvoltage and thus the drp- drudrite4 leading it) fitruiation (it Nfn hydroxides. The
00 ositirin IA %in. . Tile best trulp. range is J" in higher tile CA. the lower .1h(KIN be tile jill of the clec- *0
1 "0
0 instiMentli rtilu,:inc medium, Nin' ions formed at trttlytr. It it recumnsrudol it) maintain the rmcn. a
i the sno,tv tuiltrate into the cathrilyte and deconip. accord. (SHO.IX). tel wren 1711 And 1N) C.,T; with less than that, CO
itogtcj2bfn hill - + hill * "I'thelatter tesultingin the 1,11 rnu-t be kept unmmoirtically I-#*. The revom.
vil of its 1A still Urrmation tit to couple Mn/,kfnO, which mewled concti . in MuSo. is W 'it g. 4.: higher c~mlents Zoo
dism4yes %in anti prrvoits its depwilon; highrr-yaIrtit ravm ppin.of Mn((Ill I,. At o,,j high a concu, oxidatiort to
Nfn ions coming froin the anixie compartment hare the Nfl)(010, and in,lu. 4 art- accelerated. 141th a
itamertlect. T)ietwt-.wncec)fsulfples,NaS.KvS.(%114)15. c~vrrvt h4th compri., Isle q). gr. is 1.1, the required voltage ~499~
lws. wa. I(Attut lIviteficial, the aptintum amt. olrrespond- 4-41 v. at an electrode di,tance ctf 8-11-1 cm. Systematic
91-91 ills to 1.0 Cv. (U ViCKfiuTlWtttX)CC.0fCath01y1e. Ftem, rctnoval tot Mn dcridritc- and of MnOl is etienzial. Pres. 0
of *ulfiglv results in gray depo-Jts coull. S up to 0SM", clice (if i'llis al' Fc, Ni. co. Cu. 111). Zu hinderti the depold- % 0 0
~jj a larger excesi jupilrmwi depthitiDit allooh,ir. Excesi tion of Nin through formation of couples In which Mo is ;:101111,
%U164C call be removed by filtration through rlecu*tic~ - soodic, Abundant lis evolution causes vertical stristion i
a ILA OITJIILU116KAL LFTERATURE CLASSIOPICAIWId of the. deposit. N. Tbm t:00
t
IV- Ire 0
tVI46j 40 Qftv off
V
U AV so It to a at a a a x it a it It W *1o
0 see 0 0 fir 0 00000 too 0 4111 9,111110
jLj.L~jv- .000 see 00 9
J, f

oil
oil
041
040
041
06)
oil
0 to
04)
oil JP
oil ANC, 100i tputs$
Tht-Mill Abu relplevill V11to
Outwit of NOWU xw"m
It. i, WlK (S,ot.WrA. .41,04. Xduk #1ft;li%AA Ill,13. 4, 117, 313.
_&L
C Ab-_ IM7. 4L 3378).--lin Russian). Forro.umugasip- tmangant-w
WOI. i~m 12-02, nickel "2, 4x;bslt U-0. sulphur 0-01, carloon 3-M. plum-
phom 021). Whim 2-230,o) Is lasoubcd with Hjr~O,, which mimerts all nortAls
mto sulpluou's. 7U 11 uor is tnstw hot vah ground. screened pyrolusitc,
"1
p6mpbom 041. silicon V% irtat 1-112.
A
A It SL A
U 0 AV so Is
41 0
00
.00
-09

84-01),
nuonga") 54~01,
nickel tMO%) or with a pote of vkvtrolytic MnOg, the mutralization and
rtocipitatism of NOH) being completed with 2 additions of inorr powd,-n-d
1
F1
m)-mat4sum or JdROMH,, 1. the IMtvd liquor nickvi (and oo6dt. if
d
h
i
d
f
h
i
d N
O .00
e
t
e rvins
n
er o
t
tate
on copper an
prvwnt) is precip
PO.
90
Iran am dbl4mW by mot4WIc vAngatim (ouvwntatinij). Un filtrate thus
l
d
d
" i
d
f
l
i
f
f
l 99
or e
ectm
c
on o
tee
t thm rea
eposit
from oxtrantoom am
yt
y .
mangancom from an Wectru" contmoinfng 85 g.p. MMO,, loo g.g. (N~,Jrko,
9
-t
ith ali
ph
t
d
l
dde4
t 3
d
b
t
l
tb
CO 9
a
ween woo
e an
va
o
e
=
ragm
s
e,
(a
. w
j. a
&mix/
y
and Jlln
MnO
till)
d
Th
tO; t =00
v.
o ano
e
(
s
l
d t
th
idi
J
l
i
;d fr
l
o
s am returne
e ox
z
removi
6r interva
om Ow b&
ng A
at regu 0
nrutr&IWV process. Per I ig. noetallic tnsn~, tLe exWjditum of
-k-
i
d 20 k%L
l
t
t
l
d b
10
d
M
O
t
0
o
wom
uc
s aft
n
a
r
ca
an
oy-pro
energy range
e
.
,
o-1-0-3 kg. lexcess over the amount returned to the pnxv"). FtJOH), sludge 411
0-77-09 kg., sulphide, sludV (NL% JdaS) 004-0-075 kg.. 06S0. 1-8-7-7, kg. 0
Current efficiencies with mpect to manganese moAt-d frum 30 to 68"u;
fity of manganew (Vollmord method) 99-81-99-92%. hig6r if mIculated 0

. ti. diffamon. The ftim of exim-tion of from the Initial
r
see
ferro-mangarwo 4- pyriolumile, in the forni 4 numNsurdo ut,tal. rangt4l frinn
63 to TV-5%, In tho fom of MnO fromm 13-3 to " 24-4- tot&l extra4crtion from
U-U to 91-41!~. averace 84-00.. Eitraction of nickel, 0

PITALLUPOICAt LITERAIL41 CLASMCATION 9z"

111081 .1, O-V cat BILLDCNI a a i I 1~ a., is,
-6 -1-1-T
T-T-1 -Tr----i a j
I % a 04 0 a I If 94 5
Is it 0 it DPW 01drits Ottlit Irm KLO n I XA
4) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0!9 0 0 0 0 0 a 9 0 0 0 0 0
0000 0 a so 0 4 00 4 4111111 a 0 Gie 0 41 6 0 0 6 0 e 9 0 6 0 : : : : :

Plil-cilirl AXD pikoviliviti, MOC4

"WiWk Deposition of Majuatim from Aquotium Solatims.
0 ?Amr. Prillad. Khjim~. 1913, 18, &37-349, Prit. AM_ M. I It I If,
C viisoo in I). (y1 A 'Af If I A rgi- All, I Fiji) aIn Ix,ra I, it v tankm fs,r,+,vtr, I.% -i- all,

it Ituidi,,11-n-in Fi, "nii,IAI... I,YwOlftitifisc 111,- 1,11 1., 7, And
1"'Ill Ni" 41111 VW Iq All 1114'Alf Of NAr4. 'Ahit'll Ill'14-II)II All% AIMI I J",, tif tho
flinligaitcoe p(Twilt. stailde"a PIC4.1 cath(Mirt.. 1111", 11-841 1,11 Ivn, M,
a Ivinp. If 240,25 C., and a rathtithe VA. 111 21 "llill,~N41AIII.. Aw II.A. Till.
drilikitit flintaillm W.9"', Iff IIIIII)RAtivite und ..All III, -JAXIIIIA ill thi'l. lap-6
(r,y.. (1-5 crat.). The (%dugli" cormIlt it-Ill ri.a( Iff's And Ior I Lu,. or

ON 1111411I.M. 6 U kWh. art. rpylin.d.
3

6 - I L A NITALLIONIMAL LITNIPATLO1 CLAISSLOKATko
:11 it at
71, _F&_, 61111,11 ad Otto Ill
1 .1 -
I* it I
-of
0
ago
ze 0
see
too
use

*6 A
011111
00
9f
00 a
go
00

sit "'M two clotiv,
119cistilylk flers Alloyc W
A&U4&c slid Id. 'Ve C.-Istrolivill 1,1411"1 Clivisi. W.1 1.
Bag. Arad. Sri. Carlias Y.S.N.X, S, 1175 "U11910011
and CO-Ma. P-Mll. stwl
"f
.4".
, were de
timiled b
Rutt
Ml
Z
.
n-
q.
I
y
y
p
tit the radfatest at ro(xn temp. All cleccrulyttes were roll
fit 20,10 mitt, In KAn'A. of UnSOO 38 g.tl
75 S./I.. MSAX 1, 3, 5, 8. 10. IS, slid W g_ I , c d. 0 Ill
amp.laq. dris., the deprAls contained 9,M, '-'1. 6 Is,
Ulf. 3-M. .542. 3.412V" Nin; current effikiracim st (ral-
cutated as if the deprKits meet all NZO 23.7, 36.5. 45.6.
47.6. .54.6, 74.9. 82.11. In Wns. contfl. Nin."All, 7 g., I.,
00
11.110s, 25 g. I., M50, 4. 0%, and 7 g.-I.. VA. 41.211 gimp I-
allitys with 11.45, 10.31, 0.28". Mit were IV-
with V - .13 9 37.7 37.7%, that to. to dri-lis
'
d'
'
Nl
Ni
Th
i
h
0
h
j M
e
.
yi,
n
Ixt
l.
i
n
t
e
with Increas
Win fit the alloy 1% alwarv touch lower than that (ado sit
Sig , I II 't NNSAI. -IV,it it, jj,,tp*-
w of
tr
d
00
ec
a
Main-sitiedelitmit. !iliuflfir cooditiout 14rvdil tit list- (I.
cisition of other-Mrs, alloys.
9 INS. 2519. 15/5. 2313, ~.A.), (N]WOiti. 75 0, 0
epinits contitinM 1.13, 2.ti'2,
21, 2.25 ~, N n. 1 98.0, 97.7, 97-0. 07.2V". Silm. oll
i-Vs "of
_04 W It A.. WHOM. 75 j.X. Ntnl;o. 10. Z1, 'it,
it .11., c.d. alhout 0.3 ampJssf. din.. gave 41,211, 0.37, 0.' , I so
"o,
Nit; in the depcialts. At the Istler concti., increaw tit r~it.
(0.2.0.3, 0.5, 0.0 snip,lsq. din,) rrmilieti in Imested Mrs,
contents (0,71, 4.41. 8,03, 9.33) with marked tendency
toward a Iltrift; at the satne time. -1 fall% sh4q)ly. Ill
I
711 /1.. r if,
WNSO, 40 II.A., ZnSO4 40
0.9, 1.5, 1.7 amp./sq, din., alloys with O.W, 0.71, 1.441';, tie*
d 'led N1 Ms alloys show good rrisislaticr to
A 1111ALLURCKAL LIT1114111 ft-
L___ were "c;t.;"Itob-eWttIeat higher Mrscontenic
1111,4111. . - . I .404P
N. Thon
i 'roe
U IS IV 00 T 11-ir-1
a 1111 A R a K a ts it
01
too
too
I fall I it 'W 0 so 0 1 if of
~UjRjkjt. - - -

4 111 AjoiD -flip lop A%V AT.~_9VPJW.1
11400111111, AW WWII& thall
ill Tiww W"

04" Disn"NIXIFoximps IWUUM. It. 1. Wadze And 1'. 11of"In" Lob..
10
b
t
i
011
l
l
d
N11
i
l
I
i
h Oe
rate
so
on w
nollitk)o to
oi
11
n a "
t
ut
t
expipel
ing wi
y
.
1
ah-oholit, dimethyllovilzinic, ooludon. Determint, the liter air the PApfution .60
by parallel vo!uptnptric~ gralpimpetric, and electro-atudytical methods. I)e-
0* a termine the rquffibrium point #Afolkpss,. 1"Wee a i%Arn;w strip of 61W I*Ivr

04,
'
(it % X, non.1 ovot atutlimpt Mrip of filter ps ver M."Irned Ill diforth3l-
db
b
p
l
Z .00
oat
irinit ihrt
1
M lln%NVO
glyou"W w4ulk-al. an a pieVf whhecar
; l
m
l
h
fil
1
l .60
OW 1P spolution fi
l drop of t]K- solution oil t
e
tem
plAtIV it Inna
ter palivrit.
d
h di
th
l
l
h
I
i
i
11111111
0
4111,111 1i w
npo
yoxinte.
e
nwilt one Ulo
stene
t
y
through the upper paper t,) t
g
. . 15
I
'
0
4
a
l' ,
Unto complete preel itation of M (mm the solution, a chLeptetrrilpt."
It red
=*O

0410 spot of NJ dime Otinle III f0mcd On the lower laller. No rrA allot is
1
vilel
f
rm
d whe
e
o
n no
ts are present. 7
he titration of the aLlne solution is
i
d
t i
3 h
i
041 carr
e
ou
n
e4em w
th a gradual inerepaw In the pstcuravy of the titra".
,
04) 7U 1114ution in the last beaker must be conceutritted to detect even tmeeps of wee
. X1. No more than 10-15 niln, in required for all 3 samples. Tlwtpx~~nnwnls

W
r
i
d
t 1
6
t
l
l
also
e
e our
e
ou
it
e so
11 IlYnt
ut
octa with pH ranging from 5-5 to.The
2 go*
Ott quantity of dimpeGyJ81yoxinte up-4 for 3 titrations does not exceed that

Tip Mcluired for grayinietriedetermination. TbepresencrofMildorstpotinterfert,
d 2:9 0
with the
etermination of NJ. Fe and (ID ions have a detrimental effim oil the 90
titration. 'so NJ M I* determined in the presence of even MZ I PC
, b
and "I g. or co per I
The detrimental effect of Fe
l
b
iUl
o
00
.
ca
l
e avo
r
l
e
addition of eimas N&F to the nolution. In the abaerpw of Co jorul. th; jolts
interf
in
ith th
d
t
ti
i
b 00

d
i er
e
e
erm
n&
on can
g w
e removed it% the uplual manntr, and
Xideterminedintbosolution. Todeert,&K-ti.,,Iutntit%.(~ratcnixilrvquirrd.
. the alcoholic solution of dimethylitlyoxicur can be replaved with spipleoull
Ii
h
l
l 0111116
uvet
y
yoxime Ilar the first InwittIwion, 5 ellfiltrilt'rX are Riven.
g
N,!
A S 0 . S L APIT ALLURMAL LITERATLAII CLASIMPKVION 94, -
sit s
To.;

.11
IIt I d -10 " --6 $n'll cot:
-0*0
U it AT 10 Is to 0 it It of K K a it a It U it it III: KID AI
0 0 0
0 0 0 a 0 a go

iO` 0
Oi ,
00 0
ta 0 0 *'o 0 0 0 0 0 0 0 0 0 0 0 0 IN
09 0000 - - -

17,
AGL&H', R.I.
OPT
Preparation of manganates and permanganates by means
dissolution of metallic manganese Lin Georgian with
Rusaian]. Trudy Inst. met. i gor. del& AN Gruss. SSR
(Manganese-Mlectrometallurgy)
of anodic
summary in
2:1-33 149.
(MM 11.61)

AGIADZB, R.I.; PURTSILAWN, Kh.G.
Preparing depolarizere by the actiYation of Chiatura pyrolusite
and red manganese [in Georgian with summary in Russian], Trudy
Inst. met. i gor. dela AN Gruz. SSR 2.-61-73 149. (MIRA lltl)
(Manganese ores) (Electrochemistry)

~,--
LWRANj A.S.
Bleotrode potential of manganese in aqueous solutions [in Georgian
with eummary in Russian]. Trudy Inst. wt. i gor. dela AN Gras SOR
2:7,447 '49. (mm llfl)
(Manganese) (Blectrochemistry)

VThe VrepmWn of bjAum no .6 cadmium Ialloys in fusetl
i mattlium by tletftolylls. R. 1. Agladze and A. Sh. Avatiart<
Trudy Iftst. MeW14 i G'~F~Rvvk 3-,fkad. Njuk Grusm,
SS.R. 2. 89-93(Russlazu, summary, 9")(1049).-B), Oct-
trolysis of a fjM mixt. of 40-73% BaCh and 27-60% KCI
at 7f)D-3D' with a liquid Cd'cathade it was pmible to oh-
tain alloys ron1j. up to 40% of Ba. The alloys svere very
friable and ebtrukally active. The activity increased with
all ina--ase i t and content al Ba. The myrent el-
f3tienry was foT alloys with 'Z-W%v Ba. hi, C.

AGIAMI, R. L
35182. Metod Poluchentya Mangmatil Barlya. Soobshch. Akad. Rauk Grus. SSRg 1949,
No. J. a. 275-80.
801 Letoplef Zhurnalinykh Statey, Vol. 48, Moskva. 1949

AGLADZE, R.I.; GDZELISHVILI, M.Ya.
Metallographic study of manganese alloys. Soobshcheniya itkad. Hauk Gruzin,
s.s.R. lo, 615-20 '49. (MLRA 3:10)
(CA 47 no.18:9240 153)
1. Inst. Metals Mining, Acad. Sri. Gruzin. S.S.R., Tiflis.

Aq~~D~Rt' R.I., radaktor; CHIRYAID23, G.V.-, tekhalche-ekly -r6d-akt-o-r-------
[A collection of laboratory and Industrial studies on Tkibuli
liptobilite shales] Sbornik laboimtorrqk~ i sayodskikh isoledovanti
po tkibuilskii liptobiolitovym slanteam.. Pod red. R.I.Agladso.
Tbilisi, InBtitut metalla I gornogo ale, 1950, 250 PeC-SUPPlement
to the colledtion) Dopolnenie k abornilm... 1950. 51 p,
(MA 10:2)
1. kkademlys' nauk Gmainwkoy SSR, Tiflis, 2. Deyetvitellnyy ohlen
Almdemil nau~k Grazinskoy SSR (for Agladze)
(Oil 5halse)

1, AGLADZF,. P. I., Acad, DZHAPAPIDZ-,,, L. N.
?. USSR Wo)
4. Manganene
7. Inventigation of manganese chemical sources of current. Soob kN Gruz SSR No. 9,
1950
9. Monthl List of Russian Accessions, Library of Congress, Apri2 -1953, Uncl.

L.,%Ale-l -ouie ot electric curient tased an n an gnese
R I I i,~. MhapArid7l. 1: 1413
N g
-rn, 7 ca, -6. TM`iso. Sothifthens)YI
E
AkaC AT71U7,:7ii-S'~'77) 1, T),w)-primary
cells which CmIlloy as till- wg, III-:1allic Nin and
as pos. clectiode a IlliNt. of with Fraphite or
jvv the clec. vharactt-rktic~: the
acetyletle Had: r
cells hale high ~ui(4 (ap.wit% *vtcs with Nil,
io!)-. give the k~,t iq 'A. d, Itolvic; INIII k pa~,J-
vatc,l awl ow (olz; (lo w.t lm%t, ;qiprl,6,111l~ vaparit V; in
wellklv acidic. ": millfal ;,l till, OvCtride is
1011oli~,li, hVII(C Ow 'Mn T~ Im,-, pwll mab~!Av.
A ILI
Lv 2

of mantanees In aqueous solutions.
91tTA Ugratt (Metal Ntioing tmt., Tiflisl.
u. Khim, 24" Inn-7(low)-l-hr 1%,trilliAl of
ss~
electrolytic (99.91,J) Nin WAs measured of 04-25" in solno.
of MnSO, (1). JNIItWi (IM Ktg)' (M), 11,R), (IV).
WSO. + IIPSO, M, and AltiSO. + VNII.,W), (VI). 1.
In III, the potent ial did not deMd on KISO. concti. Int.
IV. and V, it became m4wv neg. with incre-Asiog diln. It
changed with litne when the elreirmle mis lielit its the ooln ;
this wat due to tl,e formation of o%41" ou the clecimle sur.
face in slightly oxidizing sad neutral solits. In 0.5 N 9-tins.
of IWI%bicb were 0.01, 0.1. anti 1.0 N in MnSO' as -ru
as in 0.1 N onto% of lf~Soj which were 0,01, and 0.1 N in
),IuSO,, the potemial cletiendrif solely on the II-ion concri.
In the other cosev investigated It deKnded tioth on the It
ion ismill tin **4oa cvtocm. In 11. the potential bemme less
with loom" dUn . possibly because of the forrmation
4 IM.KNH,)I.-- c'umoles. km. The unit traplama.
7
tkm was advance4 for the shift towards tuart, 1jej. rsotentijill
whem (NI44WO, wasaddexi to hin.W,14 solno. X1. 14.

-
Aug 51
'Preparation of Potapsium Manganate and Permanga-
Date by Anodic Solution of M~tallic Manganese,"
R. 1. Agladze, G. M. Domanskays,
I
"Uur Prik Xhim" Vol XXIV, No 8, PP 787-797
Anodic soln of electrolytic metallic Mn in K2C03
aud dil KOH solias yielded KMnO4, in concd KOH
scans K2XnO4. In chemically pure KOH solne small
4=t of sludge (mostly M;iQ2) formed. Use'of tech
*jiprade KOH decreased y1eld slightly. Detd optlim-
conditions for prepn of K2MnO4 and M04
190T25
UM/Chemistry - Manganese (Contd) Aug 51
Consumption of 11 kw-hr/l kg of product and con-
virsibn of 80-90% of anodic M6 are feasible.

~U=/Chemistry -'Oxidants Oct 51
"Preparation of Sodium Manganate and Permangar:ate
by Anodic Solution of Metallic.Manganese," P. 1.
Agladze, 0. M. Domauskays.
"Mur Pr!k Khim" Vol YMV, No 9, pp 915-924
Describes method for anodic soln of electrolytic
MetaUic Mn in NO-2C03 avid diLate TTa0H solne to.
prop NaHr04 and in coned NaOH solns to prep N&:;~(UO4_
Piscusses optimm-temp, anodic ad, cathodic area.
Xetbod makta"possible prepn of NaMnO4 with energy
cousum
ption of 4-6 kw_t=/kj7, or Wa2Mn04 vith 20
193T~4
MSR/Che=:Lstry - Wdants (Contd) Oct -51
kv-hr/kg, vith yield of 80-95% in respect to MU,
current y1eld of 30-58% for iiaoH soins, 20- for
Na2CO3 So'ns'

Chemical Abstracts
May 25, 1954
t-btallurgy and Metallography
Shapes made front elegUolyde qtpganep by the trietallo-
cell 9M 111,1101%. R. IrA adze,, V. Al: ertzhiani, alm I"
7:140MI13MV1110nif-M s?"Unte., Acad. . Gcorx-!all
N.S.R.' Titus). )oOOjIIc4fnS)U A kad. Lvaux urusin. a.a. M,
13 _2O.D7W9W).-Powdcr9 and plates of electrolytic
iK were shaped under pressures of 1-8 tous/sq. cm. and
then sintered at 7OD-1100*. Pressure and grain size had
-little effect on d. of green shapes. Crushing strength of
green shapes made of plates and coarse powders (O.g-d.15
and 1.0-0.8 mm.) increased as pressure Increased from 2.2
to 8.0 tons/sq. cm., while that of shapts made of fine
powders (0.06 to 0.25 mm.) increased shat-ply up to pres-
sum, of 6 tons/sq. cm' and then dropped with rising pres-
sure. Sintering for I hr. at IIDO' was sufficient to obtain
satisfactory products. D. of sintered products increased
with dispersion of powders, B, Z. Kamich

AGUM, R.I.; NOXHOV. Y.M.; TOPCHIASHVILI. L.I.; GYARAKADZI, N.D.; TAVADZZ,
rodaktor; NIMM, K.V.. tekhnicheskiy rodaktor.
(Alloys of manganese with copper. nickel and zinc; a collection of
papers) Splary margantea a madliu. nikelan i tainksm; abornik rabote
Tbilisi, Izd-vo Akademii 4pi~k Grazinskei SM, 1954. 121 p.
(Xanganooe alloys) (MiaA 9:~)

W2,12 r-

A G! EZ ~x I., :.; DZHLPARI=, L*N.
Potentials and corrosion of metallic manganese in ammonlium chloride*
Soob. AN Grus. M 3.5 no.3:143-150 154. (MMA 815)
1, DeystvitelInyy chlen Akkdemii nauk Grusinskoy SSR (for Agladse).
29 Akademiya, nauk Grusinskoy SSR, Institut metalla. i gornogo del&#
Tbilisi* (Manganese-4orrosion)

AGIADZE,R.I.; BERIKASHVILI,I.G.
I MWMMMMWO%~,
Obtaining permanganates by means of an anodic diffusion of ferro-
manganese in aqueous solutions of potassium dydroxide. Soob. AN
Gruz. SSR 15 no.6:335-342 '54. (HIaA 8:6)
1. Deystvitellnvy chlen Akademii nauk Gruzinskoy SSR (for Agladze)
2. Akademiya nauk GruzInBkoy SSR, Institut metalla i gornogo dela,
Tbilisi.
(Permanganates)

14
to
In, Ott salti Id. A I dze
and
(ax! 5m, i La I f tu j
expi). snakris), the follovyins conditiona were found to be
best fee anDdk soln. of Ittrmariptiese in phosphate
For fomation of Nami.0" ust NOW. 160-200 s /I
W-20 emp./sq. dm. anodic c.d., 7-9 amp./Lq. d
"', ~atp~
e ciency
5;.Iins temp. u to 25* giving curren
r~dj7_7 It ffi
product yiet of power comwiriptim
IS-Z kw,-by./kI. h'aldn0,. For niaking KNI 0 th
condiftm Wcm: lZ'HP0. am g./L. up to 20",
din, anodIc c.d., 7-15 wnp./I dm. cathodic c. ., g)y-
30-40%curimntefficitney. sin aCO-90% product yield
M
at 14-19 Jrw.-br./kS. KMnOs. Or. for KMnOt, an after-
ante wmld be: X.P0. 600 S./I., at 13-22 amp./sq. din.
anodic c.d., 7-18 amp./, dm. cat);odic c.d.. tip to " 20*.
giving 87-43% currentelciency and 96% product yield
with power consumption of 13 kw.-hr.lkg, KMn%.
G. ~1-K~
Py

a~loa' 4f ASIM100111111 00,
Gd
'
i"
h

"
zt
"
z
5 c x9lys NO 016-20
c'74

~Th
(1955).-The b(~sl anolyte will, All Fe-hin anodc at 500 CY decreases and quality of Cr de-
posit is lowered. There are considered the chemical reactions and
transformations which take place during electrolysis of solutions of
Cr salts of law valency and in particular the change in nature of
electrolyte due to the property of Cr salts of yielding violet and
Card 2/3

USS~/Chemical Technology. Chemical Products and Their Application -- Electrochemical
manufacturing. Electrodeposition. Chemical sources of
electtical current, 1-8
Abst Journal: Referat Zhur - Khimiya, No 2., 1957, 51154
Abstract: green modifications. It is shown that a preliminary heating of the
86lution causes a lowering of pH, which is associated with the forma-
tion of the green hydrolyzable modification. On keeping of the solu-
tion the green modification changes to the violet and the pH rises.
Increase in concentration of (NH4)2SO4 and Na2SO4 increases CY of Cr,
which in the opinion of the authors is associated with a shift in
equilibrium between green and violet modifications, in the direction
of the latter. The opinion Is expressed that the conflicting re-
sultsoof a large number of factors which affect the discharge of
Cr3+ ions,, such as temperature, pH, presence of additions and their
concentraticm, the length of storage of the solution and the dura-
tion of electrolysis., as well as concentration of Cr3+ and Cr2t.
Card 3/3

USSR/Physical Chemistry - Electrochemistry, B-12
Abst Journal: Referat Zhur - Khimiya, No 1., 1957, 519
Author: Agladze, R. I., and Ionatamishvili, T. V.
Institution: Academy of Sciences Georgian SSR
Title: On the Anodic Polarization of Chromium
Original
Periodical: Tr. In-ta metalla i gorn. dela AN Gruz. SSR, 1956, Vol 7, 157-174
Abstract: The anodic polarization curves (PC) of Cr, Fe, and ferrochrome M
have been measured for different solutions and current densities W
Of UP to 30 a/dm2 at 350- In a (NH4)2SO4 solution (100 gms/1) at
p'H 0.1-4.8, chemically activated Cr dissolves at the anode with the
formation of lower-valency Cr ions until a limiting value for i
(ilim) is reached. As i is increased further, a sharp jump in is
observed on the PC ardCr begins to dissolve with the formati of
Cr6tions. The addition of Cl- and So2,- to solutions of CrSNnand
NH4Cl as well as by decreasing the ~Pof RH4C~ solutions. The anodic
dissolution of I leads'to the formation of Or t and Fe3t ions in
Card -1/2

USSR/Physi~al Chemistry - Electrochemistry, B-12
Abst Journal: Referat Zhur - Khimiya, Wo 1, 1957j, 519
Abstract: 1-5 N Na2CO3 solution. In 1-4 N Na2CO solutions bending of the PC
and forward and reverse hysteria are o Berved; these the authors
connect to the formation of an Fe(OH) film on the anode. During
anodic dissolution of I in NaOH (10-78 gms/1) a film is also formed
at the electrode; the nature of thia film depends on the concentra-
tion (C) of the VaOH. At low C a brittle film is formed and a break
is observed in the PC. For high C the film is compact and no-break
is observed in the PC. Studies of the PC's of pure Fe and Cr in
Na2CO and NaOH showed that in these solutions under the conditions
invelgated Fe is completely passive while Cr dissolves quanti-
tatively with the formation of Cr6,t
Card 2/2

USSR/Chemical Technology - Chemical Products and 1-9
Their Applications - Electrochemical
Manufacturing. Blectrodeposition.
Chemical Sources of Electrical Current.
Abs Jour Ref Zhur - Khimiya, No 39 1957, 8911
Author Gdzelishvili, Agladze, and Ungiadze.
Inst Institute of MetwIm-and Mining Industry of
the Georgina Academy of Sciences.
Title Electrolytic Deposition of a Copper-Manganese
Alloy.
Orig Pub Tr. In-ta Metalla i gorn. dela AN GruzSSR,
19569 79 175-182 (in Georgian with a summary
in Russian)
Abstract The electrolytic deposition of Mn, Cu, and of
an Mn-Cu alloy from electrolytes containing
acetic, citric, and boric acids as well as
Card 112

USSR/Chemical Technology - Chemical Products and 1-9
Their Applications - Electrochemical
Manufacturing. Electrodeposition.
Chemical Sources of Electrical Current.
Abs Jour Ref Zhur - Khimiya, No 3, 19577 8911
sodium oxalate and ammonium sulfate is
described. Deposits of satisfactory appearance
of Mn, Cu and Mn-Cu are obtained from electro-
lytes containing boric acid, sodium oxalate and
gelatin, which are characterized by high over-
potentials. The polarization curves show an
inflection point both in the case of Mn and Cu
and in the case of Mn-Cu. Cu and Mn are plated
out at low D; higher currentdensities are
required for Mn-Cu, the Mn content in the depo-
sit increasing with increasing D; the current
efficiency in the latter case decreases with
increasing D. An increase in thd temperature
Card 2/2

us
SR/Chemical Technology - Chemical Products and 1-9
Their Applications - Electrochemical
Manufacturing. Electrodeposition.
Chemical Sources of Electrical Current.
Abs jour Ref Zhur - Khimiya, No 31 1957t 8911
leads to a reduction in the Mn content in
the alloy and an increase in the current.
Metallographic investigations have shown
that all Mn, Cu, and Mn-Cu deposits have
the same finely crystalline structure.
Card 3/2