SCIENTIFIC ABSTRACT AYDINYAN, N. K. - AYKHODZHAYEV, B. I.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-AYDINOUNt N,Xh. 0
Some data an the passege of mercury into solution during the
reaction
of cinnabar, metallic mercurvp vzd merewy sulfide with
distilled
I
and natural water, TrucV IGEH no.46&109-,Ul 140. 1,H= 21,81)
(Mercury) (solubility)

SOKOLOVP I.Yu.;.4DjN-!TkL-LJ)kj, BMZKIIOVAq V*N*;
BRODSKIYo Ael9p starohiy
naucbvyy seLrudnik; GIAMICH9 T.A.; DAWIATOVA, T.V.1
KCWOVAj I.I.;
ROMAROVAg ZIV,; KOPYUIVA, M.M.; KUDRYAVTSEVAp M.M.1
L:TBINA# R&I.1
LOGINOU9 L.G.1 KARGOLINt L,S*j RMUVAq AJ*; MEDVEDIrip
Yu,L,j
MILLER9 A&Dol MULIIKGVIIUTA9 TeJa; NECRA31VAt A,A,;
O=OVAp N.V.;
FALKINA9 I.K.1 PMOPAVLOVSKAYAp L.A.; KIPOVAO T.F,;
IMIKOV, A,A,;
SERGKIIVq To4o; SWK]34A# O.N.j STEPANOVI, P.A.j
SUVOROVAp Te.G.
(doceased]l SMGINAj Yu.P.; PANOVA, A.I,,p red.izd.-val
IVANOVAp
A*G,p tekh,reds
[Notbodological bandbook on the determinfition of
micrixomponento
in natural waters during prospecting for ore deposits]
Metodicheskoe
rukovodartvc po, opredeleniiu mikrokomponentov v
prirod:nykb vodekb
pri poiskalh rudzWkh imstorozbdenii, Moakvap
Gos.nauahno-tekhn.
isd-yo litory po geol, i okhrane nedro 1961. 287 p iMIRA
U:7)
1, YeesoyusMy nauchn-D-iseledoTatblIeldy bstitut
gidrogeologii i
inzhenemcm., geologii (for Sokolov, Brodidyq Glebovichq
Ozercyvaj
ludryartseval Loginovat Markova, Medyode-r, Belekhoval
Palkina#
(Continue-I on next card)

SOKOLOV, I*Tu*-(c-)ntinued) Card 2~
Popovat Fet.*0psvlovokaya)* 2, Inatitut geologi!
nuIMkh mesto-
rozbdeniy )etrografilt mineralogii I geokhImil AN
SS.CR (for
Aydin!yan~.I. Vsesoyuzrqy
nauebuo-JAssledo-ratellakiy Snstitut
metodiki i I;ekhniki razvedki (for Mills:rv
Sergoyevp Margolin)*
VoesoyumWy nauchno-issledovatelrakiy geologicheakiy
inatitut
or Mulikovskaya# Reagkov). 5. VaosoyucVy
muchno-inaledova-
t
tel'skiy injititut minerallnogo syTtya (far
Romarovar A.).
(Prospecting-Geopbysic.a.1 methols)
(Water, Underground-Analysts)

AFANASI]XV p G.D.; ikIDINIYANI NXI.
Proliminar-., data on the distribution of mercury in
rocks in the
Northern Ciucasuso I%v.AN S&U.Ser.geolo 26 no.71lOI-104
Irl 161.
(M33Ui V.:7)
1. Institut geologii .rudnykh mestorothdoiUy..
petrografii,
mineralogil i geokhim-Li AN MR, Moskva.
(Cmicasus, Northern-Morcury)

IYDINIYAN, N.Kh.
Mercury content in ime natural waters, Trudy IGEM
no.70t9-14
162. (MIRk 1519)
(149roury) (Water-Oixaposition)

SAUKOVS A.A.; AYDIN".AN, N.M.; VINOGRkWV, V.I.
Migration of m4rcury in the aupargens zone, Trudy ICEM no,70s
20-29 62., (Maroury) (Geochemistry) (MIRA 15t9)

AYDINIYANV N.Kh.; OZFROVA, N.A.; GIPP, S.K.
Distribution of mercury in recent sediAnta. Trudy IGE'H
no.9)l
5-11 161. (Mercury ores) (KRA 1639)

AYDINIYAN, N.Kh.; BELMNAYA, G.A.
Supergene migtation of mercury. Trudy IGPI
no.99:12-115 163.
()GRA l6s9)
Obroury)

AIDIKIYAN, R.Kb.; SHILIN, L.L.; BELAVSKAYA, G.A.
Distribution of mercury in the rooks and elnerals of the
Yffiibiny
massif. Truey IGEM no.99tl6-25 163. (MA 16:9)
ores)
(MLbiny
Mountains-Memury
No'

SIUKOVp A.A.; GINZBURG, I.I.; JIMMIMAN, A.I.;
AYPINIXAN N.~'h,
SHARKOVP Yu.v. A_ ;
VladWr IvanDvich Kraortikov; obituRry. Geol. rud,
mestaroish,
5 no.21141-14? Mr-Ap 163. (MIRA 1626)
(Krasnikov, Vladimir Ivanovich, 19(Y7-1962:1

AYDINIYAN, N.Kh.
Content of neroury in isome waters of the Armenian S.S.*,R. Izv.AN
Aru.SSR. Gecl, i geog.nauki 16 no.2s73-'?5 163. (MIRA 16:9)
1. Inatitut geologii rudnykh mstorozhdonly, mineralogli,
petrografii i geokhimiJ. AN SSSR,

VINOGRADCrV, A.P.; K(RZHI.NSKIY, D.S.; SMIRNOV, V.I.;
SHCHFIRBAKOV, D.I.;
.AYI)INIYAN, N,Kh.; VINOGRADOV, V.1.1 VOLIFSDN, F.I.;
GENKIll, A.D.;
-6191CITV, V. I.',UJUN, L.I.; OZEROVA, N,A.; PERFLIMAN,
REKIIARSKIY,
V.I.; SVIORCHIOV, I.Yo.; FFODOTIPW, K.M.; SHADNIN, T.N.;
!')FIIPULIII, F.K.
Aleksamir Alck3androvich Saukov, 1902-1964; obituary.
Geo:~. rud. mestor-ozh.
7 no.lsl24-l,5 Ja-F 165. (MIRA 18W

AYD114YA, R. A.
AYDIKYAN, R. A. ."The Problem of Affection. of Animals by Means
of Hiiih-7olfue Pulse
Currents." CFnd Med Scl, Contrql last for the Advanced TreAnirg
of Phyfoicinne, 19 Jan 54.
(Tachr-.rnya" Xoskva, 7 Jan 34)
50t MW 168, 22 July 1954

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AYDINUN, R.Kh. 0
6unds absorved bv Wil collotdo and their mtl&b111tjr
to the tom, plant. DokI.A11 SM III no.ltI82-184 11-D 156.
(NIAL 10: 2)
I* Poohvemiyy Inatitut luoul T.T.Dokuohaeva Akadoull
natft SM.
Prodetsyleno ~Womtkvm 119I.Vollftovicbee.
(Tot) Ooil chomtst'7) (PhOOPh&tss)

IYDIN
Method of determining th,p total amount of sulfur in le,
minerals,
plants. and oigAnic compounds Lvith summary in Sngli:hojl.
PochToTedenie
no.9:49-59 S 15?. (MIRA 10:12)
1. Pochvennyy Institut im. VJ.Dokucheyeva AN SSSR.
(Sulfur) (Chemistry, AnalytLeal-Quantitative)

3(8)

SOV/7-53-4-6/9
AUTHORi
Ayd..nyan, R. Fh.

TITLEs
Rare
Alkalis
in Colloiez of Soils and the

Pari-icipation of
Vegetation in This ProceSEI (Haspredeleniye

red!Likh
shchelochey v kolloidaV~h
pochv i uchastiye rastitell-

nos.1i
v etom protsesse)

111:HIODICALt
Gookhimiyu, 1959, Nr 4, PP
346 -
357 (USSR)
ABSTRACTt
ThJs paper was presented at the
Pervyy delegatakiy s"yezd

po(hvovedov SSSR (First Dole ate
Congress of the Soil

Sn f the USSRI on
May 16, 1956 in
Mloncov. The

content of lithium, rubidium, and
cesium in red
earth, yellow

ea.,th, brown earth (Table 1), rommon black
earth, black earth

on basalt, and alluvial timbered
steppe
earth of a tea planta-

tion (Table 2) were Investigated.
The
determination was

carried out by means of spectrum
analysis;
samples of each.

scil type were inveatigated from
different
depth and different

dftgree of diopersion (0. 2 r. , 0. 2
A c
on
- 2,~v , 2 - I OOIU-

s.l.derable increase 3f the content
,
s on rare alkalis was

found with incrcasing diopervion
and
towurds the sun~ace.

F.,equently nc~ rubidium and cosium at
all could be deteruined

Card 1/3

4,1 the coarsest fraction 2 .- M
.4
e. After heating of the :boil
/t

The Distribution )f Rare kIkulls in Colloids of
SOV/7--59-4-6/9
Soils and tho Participation of Ve,etation in Thin Procona
0
samples up to 1700 less Rb is eittracted by D.2 N IICI from,
the
colloid fraction (Tablu 3)which is probably due to the oacu-
pation of a free lattloe spaco vith octalitdral coordination
by the dehydrated rubidium ion.Furth,-r tlic, ,.o,-,tcnt on
rarc al-
kaliji in thu tea plant (Tables 4 and 5)and In various 3teppe
plan*.s (Tables 6 and 7)were itmin tijated. Lilco potassium
also
rubi(~iun io particularly concentrated in the first leaves
and :.ii the parenchyr-z arid is prctably able 1,0 replace
potasoiim
in tie organirim. The parenchyma always contains more
rubidium
and (eZium than the later grovixg leaves, the blossoms, and
tho'ioota~ Und~,.r natural conditions lithium, rubidium, and
oesi*~m are considerably leached out from tht! leaves fallen
off, and the dedd roots of the vegetation arid certain humus
hori,,on:3 are enriched with them (Tableq 6 arid 9).With the
coil formation the elcmenta aentioned arc concentrated again
in the colloid fraction. The author exprossca his gratitude
to D. 1. Ivanov for his advice in the spectrum analysis.
Card 2/3

The Dintributior. of Rare Alkalis in Colloids of
SOV/7-59-4-6/9
Soils and the Participation of Vegetdion in This Process
There are 9 tables and 16 references, 11 of which are
Sovi,at.
ASSOCIVIONs Pochvennyy inotitut im. V. V. :Dokuchayeva LN
SSSR, Moskva
(Boll Institute imeni V. V. Doltuchayev, AS USSR, Moscow)
SUBMITTEDt May 2o, 1958
Card 3/3

81)419
8/020160/132/06/53/068
Boi i /Bn,6
AUTHOR:
TITLE: Radioautographe of the Soil Profile Whilet Studying the
Movements of Phosphates in Soil
PERIODICAL:. Doklady Akadomii nauk SBBR, 1960, vol. 132, No.
6,
py. 1413 - 1415
TEXT: The author asks whether phosphorus moves in soilp and
what im-
portanve this oan have. He wanted to anoweV,,this
radioantographically
in soils of natwral composition by using P-l'.-. The
experiment,was carried
out in the yelloff earth of too-sovkhoz Dagonyop Krasnodar
kray. Na HP32 0
2 4
was introduced under the oorona of the tea 'bush once as an
aqueous solu-
tion over a surface of 30 X30 om. The P 205 ooncentration on
the above
surfaos Nab 3,5 g with a radioactivity of eOO p Curie.
Phosphorus is
weakly bound fritm the surface down. It was strongest at a
depth of 3 to
10 om, where 80-90% of the phosphorus introduced was bound.
Radiomotiviti,
Card 1/3 X

83119
Radioautographe of the Soil Profile Whilat
S/020/60/1-52/06/53/068
Studying the Movemonts of Phosphates in Soil BOII/B126
decreased rapidly with depth. P 32 penetrated to a depth of
28 cm. This
means that in spite of the narrow limit of the change in the
8102 : R203
ratio in the #oil oolloide, and in spite of the presence of
active Al-
and Fe-forms, whioh could bind phosphorus, it moved even so
in the
whole soil profilit. The ways and forms of phospborus
movoment can be
very diverse: as locuses, as very finely disperse colloids,
along the
roots, and finally biologioallyf for example through root
secretion. Tho
author calculated the concentration of migrated P3z at a
depth of more
thart 10 cm as 2-3 mg P205 I-or 100 g of soil. Apparently
this phosphorus
served as food for the t9& bush, This was pr-DVed by the
particularly
strong abaorptior,of p32 in the small hairs of the roots and
in the flesh,
that is in the tunder sprouts together with the leaves. The
small hairo
of the roots com(i from a dopth of 15-25 omt and thus from
below the zone
of maximum phosphate accumulation. This shows the great
importance of
the small quanti-,ion of P, which penetrated into deeper soil
horizons.
Since most of th,) roots of the tea bush are concentrated in
the layer
from 10-30 om debpq it is clear that the migrated phosphorus
was their
Card 2/3 a,

81419
Radioautographs of the Soil Profile Whilet
S/020/60/132/06/53/o6e
Studying the Movemonto of Phosphates in Soil BO11/B126
main food. From Wive resultiv.the author conoludes that
irt order to
estimate the correct P demand of the tea bush, the mobile
phosphorus
must not only be ocneidered 1~n the "field"-horizon, but
also in deeper
horizons. The authcr mentiono papers by P. S. Kossovich
(1909) and
Domontovioh (1928). There arv I figure and 6 SDVi9t
references.
LSSOCIATION: Pochv nnyy inatitut im. V. V. Doltuohayeva
kkademii
nauk ;SSR (Soil Institute imeni IF. V. Dokuoh&yev of the
Aoade.ay of Soienceep USSR)
PRESENTED: Janua:.,y 26p 196 00 by I. IF. Tyuring
Academioian
SUBUITTED: Januai7 21, 1960
Card 3/3

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SC: L--tol;iz;, "go. 112,

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ACC NR, AP6032236 SOURCE CODE: UR/0023!6(;/ooo/OO3/0354/C1359 i
AUTIOR: Aydla, A.--Aldli,, A.; Kirs, Ya.--Kirs, J.
y
ORG: Institute of Physics and Astronomy, Academy of
S,ziencestEstonian SSR (Institut
fizika i astron -nauT-E-,Ft-onsR~y-TS-R-T-
TITLE: Thermally and optica stimulated phenomena in cadmium
sulfide single
crystals
SOUECE: AN EstSSR. Izvectiya. Seriyu fiziko-matematichenkikh I
tek'Anicheskikh nault,
no. 3, 1966, 354-359
TOPIC TAGS: cadmium sulfide, semiconductor, thermoliLmineseence,
thormoclectricity,
optical flash, photocondu!tIvity, photoelectricity, thermal
stimulation, optical
stimulation
ABSTRACT: Thermoluminesci!nce, thermoelectric current, optical
flash, and optical
quen2hing 10f otoconductivi and luminescence were experimentally
investigated In a
number oD CdS%)ingle Cryst ftl~~erown rrom the vapor phas:! by
sublimation in an argron
streiun. T~-o br-a-n-tFg-of Cd '-Tere used as startinp
materials, one specified "for
semil,onductors" with a 3 > 10-5 g/g i;ilver activator content,
the other "for pho3-
phors," to which silver wEs introduced in the process o:r
growing. The excitation w3.s
effected by the 365-nm mercury line. In the case of thi!rinal
stimulation, the heating
rate was 0.3 degrees/see. Optical f:,ash and photoconductivity
quenching were stimu-
/3

-AP-6032236
latcd by an SPM-1 monochromator and an incandencent bu14 Three
types of crystals
were distinguished on th(t basis of the luminescence spectra at
77K:. 1) crystals "Ith
an intense edge emission and a relatively weak long-wave (red
and orange) luminescence
2) :rystals with orange ..-mission; and 3) crystals with.
green, orange, and red k
iemission of comparable titenalty. Red emission waa observed in
crystals of the st!c6hd
(aid third types at room temperature. A nearly simultaneous
quenching of thf., grec"I
emission and the photoelectric current occurred in tho crystals
of the first ty-pe.
This is explained by the assumption that the green emission
results from recombination
of a free electron with holes trapped on levels close to the
valence zone. The
themal release of hole! leads to the quenching of green
emission and photoconduc-
tivity. 'fhe thermolumijieseence curve in crystals of the first
and third type roughly
follows the curves of the thermoclectric current. It appears
that both phenomena are
caused by the release o~ carriers from the same trapring
centers. Since the sign. of
the photoelectric curre-it in CdS, in general, must cc,incide
with the eign of equili-
brium conductivity, it follows from the experimental data that
both the thermc-
luminescence and the tbermoelectric current result from the
release of electrons front
their trapping centers. 7'he optical flash and condut:tivity
quenching were folmd to,
hF-ve co6on stimulatior, spectra, while the optical flash was
not accompanied by a con-
Iductivity surge. This suggests that the optical flash is tied
to the release of' holes
from local levels with:.n the energy gap. The differing spectra
of tbermolumilieficence
arid optical flash obstrved in a number of crystals may be
explained by the faci, that
the first phenomenon his an electron nature and the secoril, a
hole character. Tie
ifrared quenching of the red emission is apparently related to
the infrared-quenching
cic,ird_
L
213

1, 47171-66
ACC N11. AP6032236
of photoconductivity, bota being the result of the relt!ase of
holes from the response
ccAters. It is possible that IR radiation releases holen directly
f-A-in the red
luminescence centers, sirce '.lie optIcal flash was observed only
in ci-ystals havin,? at
least a veak red luminestence band. Generally, the authors hold
that the lumincs~:enccl
of US can arise from tho release of both trapped electrons and
holes. The authoro
thank A. Ruut.for growin,; the crystal specimens. Orig. art. has; 6
figivrea. IFT)
SUB CODE: 20/ SUBM DATE: Mov6.5/ ORIG REF: 00b/ OTH REF: 0161 ATD
PRESS:
5090
Card

-,1v.L1
W 7 6t is#
24-0~1/
AUTHORSt
TITLE:
PERIODICAL:
k1 // i r7)
Nyrrn, U.K-k., _Aydla A.!~,
S/058/6 lA)OO/tO5/,D25j P50
A0011AI01
The photoolectric p.,ilarization or mixed phosphores zino ard
cad-
mium sulfides
Referativityy zhurnal. Fizika, no 5. 1961, 181, abstract 5V385
("Tr.
In-ta flz, I astron. AN EstSSRO, 1960, no 12, 249 - 261, Engl.
summary)
TEXTS The authois studied photoelectric polarAzAtion in mlIxed
phosphors
ZnS.WS-Cu. The main atlention was paid to spectral
rogularitiets of photoelec-
trio polarization in this series of phosphors and to
dotermination of the sign of
photocurrent carriers. A close correlation was found between
the excitation spec-
trum of photoelectric polarization and other spectra of' the
same splic1mflmB. It
turned out that intrinsia photoeffeot In the fundamentAI
absorption band is caus.
ed mainly by free eleotrois.
(Abstraotbr's note: Comp'.,ete translation.)
Card 1/1

NIYAZOV, A.N.; AYDZHjKVA, M.A.
Synthesis of naphthyleyclohexylketones. Izir. AN Turk.
SSR.Sar. fiz,-
takh., Wm. I gool. nauk'no.4:119-120 163. (MIRA 17:2)
1. Inatitut khimii AN birkmanskoy SSR.

-- . AXINSHMM, A. I. (Uri minara Reepublilm Bolgariya)
Indicator of SAAlmu Islst*ho no-8:29-30 jig 160.
(MIRA 13:9)
OUctrio weasuremate)

L
ACC NRs AP50267~'3_! SOURCE'CODE: UR/0286/65/000/017/0028/00'~S
INVENTO-Ri Uerbukh, M. 1~.
TITLE: A method for T21M!Lri~the spectrum of spatial* field
harm,mics of circular
moderating structures. (lass 21, No. 174233 [announced by_Saratov
PojX echnical
Institute (Saratcvskiy pc1itekhnich4skiy institut)]
SOURCM Byulleteal izobietaniy i to)varnykh znakov, no, 17, 1965,
28
TOPIC TAGS: spectrum analyzer, hanionic analysis
ABSTRACT: This Author's Certificate Intmduces a method for
measuring the spectrum
of the spatial field hax"onics of circular moderating sitructures
with respect to the
frequency spectrum of the detector ourrent using a
phase-sensitive ohangeover switch.
The shape of the detector current is restored in conformity with
the momentary dis-
tributian of the field of the shf wave along the moderating
structure, and measure'.
ments ax~a accelerated by ,reeding the shf power coming from a
probe rotating uniform-
ly along the circular modoirating structure to the detector. The
polarity of the de-
tector in automatically clianged by the phase-sensitive switch at
points which corre-
spond to nodes in the staucling wave. The signal from the
detector is then fed toix.
low-freqaency spectrum anvayzer.
VDC: 621.311.7
SUB OODE: EC/ SUBM Dt.TCt 29Jun64/ ORIG REF: IM/ OTH REr: 000

~6' k tl;: /Ill, 1.
UG-ANp S.Z.; VOLKOVA., T.S.; FUIPPOVO I*V*; AIROV
M.16.
Testing an w;perlmental oommeroial rotary-disk
extraotor
for dephenollsing tar waters.'Garo prom. 7
no.4tl3-17162
(MIRA 1737)

AYEROV V Ye,; FEDOROV, B.I.
Measurements of turbulent nonisothemil.- flown.
Trudy LPI
no.230:1.19-142 164. (MIRA 1716)

ACCESSION NR: AT401819 S/2563/64/000/230/0139/0142
AUTHOR: Ayerov, V. Ye.; Fitodorov, 8. 1.
TITLE: Measurements of turbulent non-isothermal flow
SOURCE: Leningrad. Pollcel:hnicheskly Institut. Trudy*, no. 230,
1964.
Tekhnicheakaya gidromekhanika (rechnical hydromechanics), 139-142
TOPIC TAGS: hot-wire anemmeter, heat exchange, mass exchange,
turbulence, tur-
bulent flow, anemometer, ncn-isothermal flow
ABSTRACT: Some of the relationships in the combined processes of
heat and mass
exchange In a general hydrodynamic field are Investigated. It was
previously as-
tabli5hed that when thc5e processes occur separately, turbulence
in a flow Increases
the intensity of heat and mass exchantle. in the present study, a
hot-wire anemo-
mcter with a feedback amplifier of tha type ATA-2, built by G. V.
Smlirnov, was used
in measurements of non-isoti3rmal flow. A short discussion is
given on the pre-
cautions and corrections ne:essary in the use of this type of
anemomel'.er. One of
the basIc factors In the In-restigatiorof the influence of mass
exchange on heat
exchange is the influence oF flow temperature on the degree of
turbulence. This
was investigated In an acro-lynamic set-up of a closed type at
zero, positive and
4.neq~tjg pressure gradients The results are shown In Fig. I of
the Enclosure
Card

iACCESSION NR: AT4041819
i and indicate clearly that I he degree of flow turbulence
decreases with Increasing
temperature. This Is expNined by an Increase In medium viscosity
with increasing
temperature, which leads to a decrease in amp) itude of the
turbulent pulsation of
t lie f 10.04. In tile absence(,( a gradient, an Increase In
temperature from 20 to 1301'.
leads to a decrease In turlulence by a factor of two. As shown
in Fig. 2 of tile
,Enclosure, an increase in ihe Reynolds number COUS05 'I
CDnsldcrablc reduction In tile
:degree of turbulence in a told or heated flow. This Is,
however, an unexpected re-
isult which should be Investigated further. It is concluded that
the hot-wire anemcl-
meter ATA-2 can be very us(ful In the Investigation of
non-Isothermal flow. OrIg.
art. has: 3 figures and 2 formulas.
'ASSOCIATION: Leningradski) politekhnicheskiy Institut I,". M.
1. Kallnina
:(Leningrad Polytechnical Irstitute)
SUBMITTED: 00 ENCL: 02 SUB CODE: ME
;NO REF SOV: 005 OTHER: 002
2/4
bard

ACCESSION NRi AT4041819
.Card. 3/4
ENCLOSVRE* 01

-I -*V'C
YOT

--:I-kv,c

I - 1.0

F 9. 1. Dependence of turbulence on the relative rate
0' flow at various temperatures.

'ACCESSION MR3 AT4041815

V tv X 40 V. M"
Fig. 2. Dependence of turbulence on the Reynolds
number at various temperatures.
ZNCLosulzi 02

KrqL
_Ng(l)L_ IPF(n) /P41(m) -WW
ACC NR, AT5027200
14 IV 5-
re Mart, Ih "ov 13. 1.
AUTHOR: Ayer enko, O.G.; Revz n, I,3,ij Fedor
ov, V n
ORG: Heat and Mass Transfer 1nstLtu~9,_E_BS9R0 Minsk (Institut
teplo-
I mass6otiena All 183SY) --- I
TITLE: Effect of tke turbultzing of a stream of air on heat
transfer
In a radiator
SOUR03; AN BSSR. Institut teplo- I massoobAtena. Tepl,D- I
massoobmen
tel a okruzhayuehohey gazovoy oredoy (Heat andl mass exchange of
bodies
with the surrounding gaseous medium). Minsk, Nauka I Tekhnika,
1965#
143- 147
TOPIO TAGS: heat transfer, eagine radiator, turbulent heat
transler
ABSTRACT: Existing oxperimental data show th,at the use of a
prev!'Lously
turbulized str.)am of itir In vaz",Ious types of I-3dustrial
heat exchangers
can substantially increase thetr efficiency. 3xperiments were
carried
out on heat exchange In an oil radiator of the automobile type,
with
different degrees of turbulizirg of the stream of air belar,
blown thrmt
it. Hot oil from the lubricating system of a motor was o1rculated
througA a tube plate rkdIator. The article shows a sketch of the

L 883546
ACC As AT5027200
experimental setup. At oonst#,I~nt loads and onstant revolutions ot
the
motor and the fan, m6aeurements were made of the temperature of the
walls of the radiato,,,, tubes a!O well as of thetemperatur,e of
oil and-Air
at the inlet and out'Let of the radiator. In addition to the
temperature!
measurements, determinations were made of the velocity Ji'leld and
the I
degree of turbulence:of the stream of air before and. after the
radia-bor.1
Thermodynamio calculations bmeed on the 'experimental data show
that 'the
efficiency of a radJator using a Opusher" fan increased by 25% on
the ,
iaverage. The authcre conolu( '1e that the installation of:
"pusher" fans on
transport vehicles vould perAit a significant reduotion in the size
and
we3ght of the radialor, which would make possible a substantial
swvj.ng
iof nonferrous metal, Orig. art. has: 3 figures and I table
SU OODZ: MR/ 6 UM DATE!' 02Jul65/ ORIG REP: 004 OTH RTIF: OWAl
I! V
Card 2/2

F2?r(m) /'WD( J)/T 7,1-(C) !1W /R~ I
ACO N4' AP6013277 (A) SOURCE CODE.: UR/0413/66/000/008100781007fJ
INVENTOR: Kaufkholl d.-~,I.; Ayfert. V. q
WIG: none
TITLE: Preparation of b&jLt-resistapt-plastics. Class :19, F-Q,-lAff
I
E: Izobretenlya, promyshlennyye obraztay, tova:.rnyye z"ki, no. 8,
19,36, 78
:)PIC TAGS: plastic, heat resistant- plastic
LBSTRACT: This Author Certificate introdueek/a method for obtaining
heat-resistan
4astics from high-molecul;ir22ILLolngildehydeINvith blocked termina!
hydroxy group
iy the eiddition of various h,tat-, light-, and oxidation- resistant
agenis. Such pplastif
C
fould be suitable for reworking by hot -moldi .,~The polymer to
supplemented with
1, 41 -diarninostilbene to obi ain whiter plastics. I LDJ
VB CODE: III SUBM DATE: I8Dec64/
I I IbU - -UDC:- 6

ACCESSION NRt AP400ti156 S/0294/63/001/002/0318/0320
AUTHORt Filimonov, S.;'Kryukova, M..G.-, Teplov, S. V.; Ayl-jstov,
A. A.
TITLHi Test stand for studytng heat transfer in the flow of liquid
alum.,*.num in a pipe
SOURCEt Teplofizika vy*9okikh temperatur, v. 1'.no. 2, 1963,
318-,120
TOPIC TAGSi heat transfer, liquid aluminum he'at.ox changer, liquid
metal, liquid alumintim, aluminum heat.transfer, hent ekchanger,
liquid metal coolant, coolant, fluid flow
ABSTRAM' A test stoind has been designed-for heat .-transfer studies
with liquid aluminum, The use of liquid-aluminum.as it heat-trans--
.fer agent in heat exchangers operating qt temparaturesexceeding
1200C is being invesi.igated since difficulties'are encountered
with alkali metals at such temperatures* Pig. 1 of the Enclosure.
shows the test assamily. An induction-type'electr oma gnetic pump
with a traveling maRretic field (capacity 3 M3/hr) was specially
.Card

ACCE.S�10N M AP4004,156
:'developed for the assembly. Two types of henting.can be: used: all
electric nichrome heuter I whie.1% will heat the pipe uniformly at n
/m2
heat flux of 5 x 106 kcal -hr, or an electron bombardment heater,
'which will give highir heat fluxes. Thermal expansion of the
grnT'ihite
parts is compensated by means of sylphon expansion joints. All pitrts
of the assembly in ccntact with the aluminum are made from pyrolvt:ic
graphite. Preliminaty testing for 200 hr with individual test i~rts
of up to 12-hr duration showed the design to be satisfactory and the
assem',31y suitable foi heat transfer studies. -Orig. art. has: 1
figure.
ASSOCIATION: Energeticheskiy i'nstitut im. G1 It. Krihizhanovskogo
(Power Engineering Institute)
SUBMITTEDt 1SApt6i- PATE ACQ: -MecO ENtL: 01
SUB CODE: PR NO REF SOV 00.0 OTHERi 000 i
Card. 2/3.

K031KOt F,A.; AYGISTOV, Z,Kh.
-- -.,%, 1
We shall prevent loss4
41 no.1:8-10 Ja 164.
In animal husbandry. Voterinarlia
(141RA 17:3)
1. Nachallnic Upravlenlyu voterinarli MInIsterstva
proizvodetva
J. zagotovok so1'skokhozynyutvonnykh produktov
Bolorussicoy SSR
(for KosIko). 2. Glavriyy vetorinarnyy vra,ch
Upravleniya veteri-
narli RinistDrstva proi.zvodstva i zagotovc,k
seliskokhozyaystven-
nyk-h produkt.-v Baloruseikoy SSR (for Aygl:atov).

USM/Chamlst&-y- Batadiene Feb 49
Chowisto-y- 11 ydrolyals,
Maltion 0j, Alpha- lisl"21 (Chlorim) Ethers to Butadienop" A, 11.
PWGV'Lkp Vs Is
Nikitinap S, Kh* AySistoval, Lab Ora Chums, Kazan Stato Up :1 pp
0 Zhur Obahch Kh1a" Vol X33 j, No 2
Studies addition of chlorawthylethylp chlorcmthylbutyl wd
chlormothyllsobutyl otb4irs
to butaileno. Separates wd lists chamteristics, of 1*2 wd 1.4
addition products*
Showe that hydrolysis of al;hshalc-gen others procooda in various
forms In dependence
upon nalecular waight of haID6vn other radicale Studies
11swarization of o0ioiWehloro-
pentanes ani butoxychloropontoneo at various temperatures and
concentrations of zinc
chloride.
Submittad 22 Oot 47,
PA 46/49ta

AYGISTOVA, S.Kh.; LAZARFV, G.I,.j T:[WRKAYFVA,
Analyeis of the operatlon of a higb-frequency electric
desalting unit.
on field No.1 of the Oil Field Administration of the
Allmetyovsk
Petroleum Trust. Naftepron. delo no.%19-23 163. (MIRA
17%4)
1. Tatarskiy nefty.Ooy nauchno-isaledovatal'skiy
institut i
Naftepronkyalovoyq upravlonlye "Allmet'yevneft".

"I iiFLONK IN, b . 1. ; K!W.' KC.UY, A A . ~. !,Y;'
!`,TOVks, ". . Fh.
Chemire In -.1* baelc p&ramet(,-.i of the oils rj',"
cerl-v~ln flelde
In the oustern part of the TatAr and vesterr.
Pashkirim.
Geol. nafti. A gaza 8 no.3s26-30 Mr 164. (KTRA 176)

IYOLER,13, Cand Phyn-l,~tth Soi-(diss) "Rodictribution of alectronl!ol
donsity I., orystaln~Co and W4 an n rocult o~np- 'tornal effeo ' 4t
- I /U)1 t 0
Lon ky 1958- 1:) PPI--(Lonksel-ad Sl:.-,to.Oi-dor of Lonin Ulliv,~:`im
A.A.Zhdatov)v 150 colder.. (KLO,3-53, 10,1)-
:20

_10,
Tj ITE: Effect of' a ~'af~mitic on tl:L,:
in cd,; rt~.Ijjje
-4.t y ry s t: . 1.,: j i -jo~7o
t i
et~,-:)rc Iclexiiye -j' ektronnoy plotm.-tj v ";,3
lir 51,
Y :,,in-nn Lteklinic.-leskoy f Vol 24 t,- r). 13. - I')
(,,T~SR)
;,BSTR,,CT "lie rapar b,,, Iihuv_lov (Ref 1 cout,. in - , n
i:-J -on t,,, 1 "roof
of tho exictionce of lawc govornin't- t,,.c- :Icpun~cnce o'.'
thA
5 t,, i-bution in US
-:onlm; tiv3 ty und the elcct~-on den; it,., di,,-,
,,,rystuts. In ord-:~r to Eather further experience bet..rin.-
on
tl.i.q relation the influence of tho muSnetic ficld upon the
condu*tivity o--' CT; crysti!*Lq and upon tho electron dericity
l'ictri'mtion in tlie-,'r lattice was invouti-ated. The oumples
wcre according to the Fritrich -(Frerikh) method
of 2). The ,,ellow color exh4.bitod b,,, the cryotals ;s
typicvl
M!v 'ir:-- -ow-! 1,10,1 ificuti oil. They ).tid r; platucIA
s'I!v T)e
the
givateA dimension, of which coinoi.:e~l Yith the ax"s.
w,'Iiictivity vroved to lie small Llw invostirm..
tioll IiAt,od to a ::111,y 0.1, th!~ affect of t1te mgnetuic
",ird 1/3 a u II
field )n the Jight cowluctiviLy oT !,(J'1 mono~!vy_-', I . The

2. 0", ~ 3
Effect :!,-A~c ~on 'Antri. Imit ion e)f -.lectvon in
"(1111luc i. ivi iwas OxcitA 1) "'iF!"Cn%!O r.-itlictAoll an iman.,
t I I In
Ic!scont btilb
ordvr of 1 j plum em . ~.n i llcrecvo of ":,~ I-C i3 C
11,~w; the ~ a':ii v:-,s ;'ovnk' in c~ry;?tulo -lac~A :n r
r..:~rnet il
fit~ld i i.-'ect L I Orli- the hux%conal axis. uffcf~t,
ll)" Vary linw'rly v.9 tilu -'Lnc:7eavP of t)i:. i"i'41, arvi t1flie
:'t ?),) ~- tilr!. t-41 (711 ;V1 T(Ij.
,-f ': 1 In Order to explain the effect of the mgmetic
i 6 n t 1 .3 'c j ~ i 4) 114, 1 () r, QV ~2 1, -. C 1 rull v, I:V
t.11 C
V t; V oo M $1d1rkm1M1*1,ALlonE: tlie c axi s.
.N th~, c1': 11i, ti-..n ~,' ~Ii~- re:AII tc obtAdMd-from -oF: --Y
VI a
3 the svme proceriure ri_o adOT t( C1 .j in 1-0
h C s uexoOr'-'antv Uit- condiictivit,j docreav.~d '.h an increaz!-
fiC.J,~. Tt, is Pmph-.~si;ted flot the
1. -1. t. evidence
f'clind in refererice I is tolthe effpct th-. t eluntron
Clridt-.~t:;
-~!rc pvc..~ut_ -od by f,h,! action ol' or of h--irtrij-
in this -tudy i_. destriletim of the electron c,
foond to be the crouse of the reduction of condliciivit"_
A. Lebe,!ov, 7, ' ~m bor, '.cade:-~,%- of 'k!S':R, constantly
Crt rd 2,/3 Clicouraged the PlAithor and MS& mij7gevtion:~. There

2
Effect On ~he Distribition u-,.' ill
d.
t~:ble mO 2 referencos, I of which is 'Javiet.
"T, TC-!..' 1.01J, Kafedra eIc-ktrof!-.iki, Rentgenovvka-tj
laborntoriya
(Uningrad Sta-.(! Univurrity, Chair of z-l~ctrophy3ics,
X-IW,
3/3

AYGOO, M.A.
Possibility lo inprove the "signal-noise" ~ratlo of photographic
images.
Part 1: Theoykttle basis of the mothod of f:ractional. signal
accumulation.
Zhur.nnuch. J prikl.fot. i kin, 9 no.41289.-296 JI-Ag 164,
(MIRA 171lO)
1. Inutitut ILroblem peradachi informatsli AN SSSR.

MIN
URAPETYAN9 N.G.; B(ISIDTYAKOV9 I.S.; KHAYKINA, Kh.S.; AMYAN,--.L..S.
Use of chloruprene-nitrile latex for the munufacture of' benzene
and oil-resiultant gloves. Kauch. i rez. 20 no.lt42-43 Jk 161.
(MIRA 34:3)
(Mothini:, Proteetive) (Rabber goods) (Chloroprome)

M -~' -M
AYKASM;V, I.
Kitchen ranges operating on liquefied gas, Obshchestv. pit.
no. StI5~-16 Ag 160o (MIRA 14:4)
1. Direktor tr.)ata atolov7kh, Penzas
(Penza-Restaurantst Lunohroome, Eto.-Eqpi nt and oupplies)
Liquefied petroleum gas

KARAPNrTAN. Y.M.; ATUZUYI, G.L.
% The TSM-180/LO oil-filled power transformers
Blul.tekbo-ekons,
Inform. no.lL:40-41 1 58. (MIRA .11112)
(Ilsotric transformers)

AYKAZYAN, A. K.
Characteristics of eggo developing in the body of male
milberr7
ailkvorms. huch. dokl,, vys. shkoly; biol. nauki
no.313~-34
162, (MIRA 150)
1. Rekomendo7ana kafedroy zoologii Yerevanskogo
gosudarstvannogo
univorsitata.
I
OILKWORMS) (OVARIES-TRANSPLANTATION)

SAR SYAN, S.M.; LYMAYAN, A.Z.
Possibility iif obtaining offspring from eggs
developed In a
male organian.' lsv.AN Arm.33R-Biol. I
sellkhosensuki 12
no.1:91-93 ~'& '59. (KIM. 12:2)
1. Kkfedra, soologit biologichookogo fakul'tata
Yerevanskogo
goeudarotvenjiogo universitets.
(Oiarles-Transplantation) (Silkworms)
A

SAR11.03YAN, S.M.; T%tWYAN, L.A.- AYKAZYjVip A.K.
.I-Z=--. - -
Materials on the biology of the salva mci~ (Golechia
malvella, Hb.).
Nauch. truly Erev. un. 69 Ser. biol. nauk no.8t29-34 159.
(MIRA 11,:9)
1. Kafedra. zoologii Yorevanskogo. gosudai-stvennogo
universiteta.
(MOTHS) (COTTOIL-DIS EASES AND PESTS)

ALCHUDZHAN, A.A.; M&'ITIKYANj M.A.1 AYKAZYAN, A.M.
Mixed adsorp',ion catalysts of dehydrogenation. Report No.ls
Pd/SiO2 as a catalyst of cyclohexane dehydrogenation. Izv.AN
Arn.SSH. Khin.nauki 16 no.4:303-314 '-163.
Mixed adsorp-Ion catalysts of dehydrogenatior. Report No.2t
Pd-Ag/SiO as a catalyst of cyclohexane dehorogenation. 315-325
(MA 16%9)
1. Yerevansk:.y po]Atekhnicheskiy institut imni Karla lkrksa,
kafedra obsh(they i analiticheskoy khimii.

ACCESSION NR: AP403('.385, S/0171/6~/017/002/0131/0136
;AUTHORS: Aykazyan, EA.; Arakelyan, N.M.; Is,ibakyan, S.Ye.
TITLE: Voltamperometric measurements of elec-~rode polarization in
a liquid hydrogen fluoride medium ,
SOURCE: AN AmSSR. I-vestiya. Khimicheskiye naukil v. 17, no. 2,
19645 131-136
TOPIC TAGS: hydroge7i fluoride, anhydrous hydrogen fluoride, elec-
tro-yto, voltamperometrys electrode polarization, polarographic
curve, compensation potentiometry, auxiliary electrode, 'rotating
disk electrode, reference electrode, three electrode potential
,registration, perflUDroorganic acid
ABSTRACT: Anhydrous liquid BF is an excellent solvent for inorganic 1
salts and organic substances, forraing solutions with good electro-
lytic properties. Tfte electrochemical method of fluoridation is
also boing used in tae manufacture of porfluciroorganic,acids. The
process however has )eon poorly studiedp mairtly because of the lack
of appropriately reaLstant measuring equipment. An earlier con-
Cord 113

ACCESSION NR: AP4C30385
structed cell witt. a rotating angular electrode for obtaining polar;
ographic curves (;: electrodes) had,the disadvantage of a sharp ohmi
potential drop. The new electrolytic cell for voltamerometric mea-
surements, descrit,ed in this paper, uses 3 electrodesss me,su,ring
the
.potefitial by the compensation method; this'avoids the
above'disadvan-!
,tage. The measurJ,ng elect-,rode consists of a rotating platinum or
!nickel disk, so tkiat only one side serves as electroda (1000
r.p6m,*)4,
!The equipment contists of 4~ interconnected fluoroplast-4
containers:
1(a) the electrolytic cell with the disk electrode to be polarized,
(b) the auxiliary eleictrodia (100 times the surface of the disk
ielectrode), (c) the reference electrodep and (d) serves for the pre-
paration of the sc,lution. The procedure is described (initial
!nitrogen treatment for removing air and hunidity). The polarization
isk electrodes
curves i, qO(i - alecific current in millianpere7cm2l d
(potential in volts) in a 11F medium conta1aing 0.1 moles of KHF2
determined visually by an automatic. salf scriber and are figured
ifor a varying amount of water. They show Slattening upon liberation
1 of oxygen. from water in solution and a ateep slope afterward3o'
cor-
responding to fluorine liberation. Orig. art. has: :) figures.,
2/3

ACCESSION NR,. AP4030385
ASSOCIATION: InstiWt organicheakoy khimii AN AmSSR (Institute of
OrganLc Chemistry,AN Ars=)
SUBMITTED: 25Sep63 DATE ACQ: OMiy64 ENCL: 00
SUB,CODE% CH NR REP S07o. 001 OTM 001

- AiKAZYAN K.; ISAIIEKYAN, S.; DURGARYAN, A.
---l- -7- -
PoIRrographic behavior of polyhalogen org;trilc
c-Inpcrunis. Redl',ctlon
of methyl pentachlorDethyl ketone, lzv. AN Am,SSR.
KliJm.nauki 18
no.2ill.4--'.17 165. (MIRA 18--5)
1. Tristitut organichaskoy khimil AN Arm>SR.

Chemistry Phylical clittmintry
1/2 Pub. 22 -'31/52
Authors I Frkvn~in, R. Acadn~.Ician, and Ay~cazyn, E. A.
i -- o*--w4h-
Title The kinat:xs of ionization of molecular.hydrogen on a Pt
electrode and
the role (if anions
Periodical I
Dok. AN 3~;SH 100/2t 315-318, Jan 11, 1955
Abstraot I InvastigaljIton wao condurted to doito-wi-Aim the relation
botweon thA
current diinsity of molDcii!,~tr hydr0t',011 iDI&MU011 on a dise-type
nmot)Ot
Pt eloctrode and the potential an(I nature of t1w, anion at, variviii
rpins.
The hydrojpn disnolvisd was kept in equiLibrium with the hydrogen at
Institution t The M. V. Lomonosov State University, Mscow
Submitted October 8j 1954

...........
i@ Im
NMI
Periodical t Dok. AN !~' SR 100/2, 315 -318, Jan 11, 1?,55
Card 2A? Pub. 22 i 31/52
Abstract I it was Nund that the processes of ionization of aftorbad H
and dis-
charge of. It ions aro practically in reverse order mid that the rate'
of the prOicese on tbe whole is detemired by the hydrogen adsorp-
tion and. desorption stages. The efrect,of the anions was found to be
the strongest when the electrode potentials were motit positive. Ten
references: 9 USSR and 1 Gemmn (1931,.-191,2). Grapho.
A

5W
AUTHORSt Frumiin, A. N., Aykazyan, E6 A# soiV62-59-2-4/40,
TITLEv Kinelics of IojW5-atioli or molecular Hydrogen on a
Platinum.
Electrode (Kinetika ionizateii molakulyarnc,go vodoroda na
platinovom elektrode)
PERIODICAM Izvestiya Akadomii nauk SSSR. Otleleniye khimicheskikh
na-jk,
1959, Nr 2, pp 202-213 (USSR)
ABSTRACTs In t~e present paper the density of the ionization
current cif
hydrcgen was investigated in dependence on the overvoltage
in sclutions of 1N H 2S0 4' 1N NaOH, 1N 11C1, 1N HBr and
1N KJ + O.1N HC1 on a rotary (120 to 20,000 rotations per
minute), disk-ohaped, plain and platinized It electrode.
The high rotation rate of the electrode made it possible to
leave out the diffusion limitations and to reach a limit at
which the ionization rate of hydrogen is determined by a
kinetic stage. A kinetic inhibition occurs at low rotential.
values and is the more pronounQe-1 the more intense the
adsorption of anions is and the Blower the potential ia put
on. kt sufficient positive pote:atials the transit-on frc.-,
Card 1/3 the diffusion stage into the kini)tic one takea place
wil.hin a

Kinetics of Ionizaticn of Molecular Hydrogen on a SOV/62- 59-2
- 4/40
Platinum Electrode
very limited numerical r&nge of the electrodo rotations p,):r
second. This indicates that the order of magnitude of the
reaction of hydrogen is near the zero potential. The risu_'16
obtair.ed can be interpreted by the assumption that only the
activu part of the surfacie, where the adsorption rate of H 2
reaoht,s a suffin.ient magnitude, takes part in the electrc-
chemi(.al proces;s. On the active part of the surface an ad-
sorptJon equilibrium with molecular hydrogen is attai-ried
which
correoponde to a considerable number of electrons. The ratc
of thi summary process is determined by a certain stage which
follors adsorption, e.g. by the ionization rate -f the
alsnrbe~l
hydroj:en or by -the surface diffusion of the ~Aoms
I-rcceed~z-c:
from Ihe centera where adsorptior. takes placo to thoso~ where,
ionizi.tion occu:rs. The adsorpticn of anions causes a
tion of the active part of the si;rface. There are 8
1 tab*.e, and 28 references, 14 of which are Soviet.
ASSOCIATIONs Moskovskiy gosuiarstvennyy univeisitet im M. V.
Lomonosova
(Moscc~w State University imeni 11. V. Lomonosov)
Card 2/3

3W SOV/76-33-5-9/213
AUTHOR: Aykazyan, E. At (Yerevan)
TITLEj On the PassivaM-n of the PlatJwim Electrode (0 paasivatail.
platinovogo elektroda)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 5,
pp 1o16 - 1o22 (USSR)
ABSTRAM In this investigation the polarization curves were measured
on a rotating platinum disc electrode in various electrolytes
over k wide potential range. Figures 1-6 show the measuring
results for 1-rA-UBr, 1-n-112soV 1-n-HC1, and 1-n-HClO 4. Hytitere-
sis wxs determined in the case o:r HC1 and H 25o4 which depends
on whether the overvoltage of hy,lrogon ionisation in measured
in ri?ing or falling direction. The second maximuci which
appears in HCIG could also be o!)served in H SO with a alow
2 4
change of voltage. The results p:rove the explanationa previous-
ly foind by the author together with A. N. Frumkin (Refs 6,7)
accorling to which the passivati.)n process is the result of'
the dearoaue of the active sectots of the electrode surface
Card 1/2 caasel by anionadsorption. The intermediato inaxii-x of
HC10 4

On the Passivaticn of the Platinum Electrode SOV/76-33-5-9/33
and a2SO4 are explained by the effect of tvo faotorst ad-
sorption of anions, and oxidation of platinum; in this seotor
a temporary desorption of anions takes plate in connection
with the occurrence of the less paosivatine: platinum oxidos.
Hydrogen is probably iorized electrochemically at tbe sectors
which are not desactivated by oxides; besid,es, hydrtgen can
also be alowly oxidized by the )x1des. The author Lhanks
Acadomician A. N. Frumkin for aaga.puting the 'A ivestigatioll
and for advice given. Thure are 10 figures and 16 referenoest
10 or which a-.o Soviet.
ASSOCIATIONs Mosk)vskiy gosudar8tyennyy univo.,roitet IL3. U. V.
Lomonooova
(idos;,,ow State University imeni 11. V. Lomonosov)
SUBMITTED: Sept?mber 190 1957
Card 2/2

S/171/GQ/013/004/001/004
E142/E265
LUTHORS: A.Ykazza and Arakelyan, R. A.
ogo E. A
TITLE- Electr3de Processes in Acetonitrile. Part 1:
j'uiodic Separation of Chlorine on Platinwi in
Acetonitrile Solutions of HydrDgen Chloride
PERIODICAL: Izvestiya AkadE)mii nauk Armyanskoy SSR chesk-
iye nauki, I Vol- 13, No. 4, pp. 2~5)Chimi
1960 -234
TEXT: Acetonitrile cim be used as solvent in organic
electro-chemistry as it has a comparatively high dielectric
constant (38.8 at 20*0), low viscosity and is of liquid
consist-
ency between -40*C und 82M. Various investiGators ui3ed
aceton-
itrile as a solvent when testing the electric conductivity of
different substances (Ref. L). S. Wawzonek and M. E. Runner
(Ref. 5) used acetonitrile during polarographic experiments
with
various salts. Other investigations, where the compound was
used as solvent, are reviewed briefly (Refs. 6-10). In the
resent investigation the acetonitrile was purified and dried
isture content not more than 0.01%). The preparation of the
M
various salts (sodium perch:.orate, tetraethylammonium
perchlorate
/sic/, tetraethylammonium. fluoride and litbium chloride) is
Card 1/3

S/-171/60/013/004/001/004
E142/E265
Electrode Processes in Acetonitrile. Part 1: Anodic
Separation
of Chlorine on Platinum in Acetonitrile Solutions of Hydrogen
Chloride
outlined. The polarographip, curves were obtained by -the
method
described by A. I. Frumkin 1,Ref. 15). A microammeter, a
micro-voltmeter and a semi-automatic potentiometer we:[-e
used in
the experiments, wbich were conducted at a temporaturo of
201 I*C'
The characteristic forms of the polarisation curves in the
above
mentioned salts (Figs. 1-5) are discussed; the agree with
data
quoted by G. J. Janz and S. S. Danyluk (Ref.115 who s'~ated
that
hydrogen chloride, dissolved in acetonitrile, behaves as a
weak
electrolyte. Marked passivation of the Pt-electrode occurs at
1.8 to 2.3 V potentials whi(,,h indicates that at these
values
processes may take place which lead to the oxidation of the
platinum surface. Acetonitrile, unlike water, is ine:rt to
electr--
ochemical oxidation and reduction. The compound cannot be
used
for the preparation of electrolytic oxygen. The unstable
compoun,3
Cl208 is formed frcm chlorine tetroxide, the former
decomposing
Card 2/3

SOV/115-5"-19/36
AUTHOR: Aykhenbaump B.L.
TITLE: Change in-the'Clircking System f~:)r Temperature
Measure-
ment (01b izmenenii poverochnoy skhemy v oblasti
izmereniya temperatur)
PERIODICAL: Izmeritellnaya tekhnika, 1958, Nr 5, p 42 (USSR)
ABSTRACT; The aul;hor discusses various types of
thermo-couples
currently used for measuring temperatures and proposes
the us4~ of Class III standard platinum-rhC.dium/plati-
num thormocouples for checking base-metal thermocouples,
Card 1/1

T K 11-1 --.- - N-- V -A L' J-)) C - I " ,- --- -
Subject : USSR/Ugineering AID F .. 1907
Card 1/1 Pub. 29 -t 12/25
Author Aykhenvalld, E. L,,, Eng,
Title Sizes of piston rings
Periodical Energotik, no.2, 19-20, F 1955
Abstract While repairing engineu it may be necessary to make
'
new p:i'ston rings, the iiize and charactertaties of
which depends on various prerequisites. The author
provides the needed foinnulae and precalculated table
for gitidance in making proper size rings for steam
and internal combustion engines.
Institution:, None
Submitted No da4;e

DoNsKoy, s.m.,- zwsKOV, N.Ya.j: OSF-NOV, II.I.;
POUPOV, A.I.;
UDAMIUMIA, A.B.; YAROSIMp D.Ya.; VAYNUR, H.S.; VERM#
Ye.A.; CHU-IMIN, D.I.1; MUSIMOV, K.A.j ZUBRIN, D.A.;
AYKHEINAL'L-jj.L.-,--J',OZLOV, A.L; BULANOV, A.G.;
0STRM-KAYIp L.14.1 TAUEESp I.S.; PETROV,, Z.I.;
POTEPALOVI
V.A., PECHOMYp A.D.ij TROMOVA, A.S., tekhn. red.
(Development of power engineering in thn Tatar
A.S.S.R.]
Hazvitie e nergatiki 'Iatarskoi ASSII. Kastan I,
Tatarkoe knishnoe
izd-vop 1961. 145 P., (MIRA 15:2)
1. Tatar I.S.S.R. Soret Harodnogo khozyaystva.
Upravlaniye
energeticlaskoy proNfahlennosti.,
(Tatar A.S.S.R.--0ower engineering)

AYKIMALID, Ye.L,
Simplifie,l regenerative
9 no.9:16-17 S 161.
(Feed
heating of feed water.
water)
Znergetik
OIIRA 14:9)

AYKHEIIVALcDp Yo,L,j inah.
InstallatJon of a mixing heater. Enorgotik 10 no.3:21-22 Mr
162. ("AIM 1512)
(Food wator)
(BAlers-Equipment tuid supplies)

AYKHENVALID, Ye.L.
Decrease in superheating of deUvered steam. KnergeUk 11
no.l16 A 163, 1 (MIERA 16:1)
o
(Ileating rrom central stations) (Electri wer plants)

': ~ h I 'F IN WIL I Y~pYe.1,"
Experlenfw "An thf prc-vcnl.ion of r-cAlment
fomatJort Jn con..
deravrs. Elck. sta. 31, no.1M..79 Mr 161.. (M:RA
1716)

AYY5l0DZ)lAT',V,. B. 1. - "The Influence of f0in
Forrmt!,on of Groas
Connactims and Texture on the Vachanical Propertivs of
Guttapercha."
14in Chenical Indlistry USSR, Order of Labor Red Banner
Sc'L Res Physico.-hemical
Institute ineni L. Ya. Karlov, Moscow, 3.956.
(JXssertaVLon for the Dagree
of Cardleate of Chemical Sciences)
I
Kalihnaya -Lalwi,.

,AYjuiDDZnAMv B. I-p "uter C.-ua Sea. - Wiss) "TW Wect of the
Texture and Q.-ose
B-uct Formations on Vie blucannical Proportion of
Outta-Percila" IduSCOITY IV57* 16 I)pj
F"
b I I Ya. KarpovFs-----
(t4n Cacm Indastry USSR I L ci-Res L~ copies
VLs No 341v LV5'19 P. 94)

ATMMHLYZV, B.Io-i SOGOWVA, T.I.; 'KARGIN. V.A., a)mdemik
Influence o:! the conditions of structure formation on
the mechanical
properties of gutta-percha. IEv. AN Uz. SSR Ser. khim.
nauk no.li49-
54 157. (MIRA 13:10)
(Gutta-Percha)

76-10-26/34
The Dependence of the Mechanical Proportien of Gutta Percha on
the Degree of
Structurization and the Temperature
ture) the mechanical properties are determined immediatelyo'~y
the utructurization dogree, Gutta percha vulcanized at 143 C in
a or)-stalline atato has at each temperature doses of combined
sulpl,ur. In theae dosages the complex of mechanical
proportioli
charcoteristic of crystalline polymers is coupled with an in-
creatied value of the deform tion inclination. There are 11
fi..
gurev, 2 tables, 6 Slavic references.
ASSOCIATIOIN Physical Chemical Institute imeni L.Ya.Karpav
(Fiziko-khimicheskiy institut imeni L.Ya. Karpova)
SUAIITTEDi October 3, 1956
AVAILABLEt Librixy of Congress
Card 2/2

76-11-26/35
The Dependence of the Mechanical Properties of Structured
Gutt&-Pieroha on the
Conditions for the Forming of Cross Linkages
of classirioation the polymers which we-re made amoll)hous have
various dLfferent properties. It is shown that the
ruloanization of
gutta-peroha in the crystalline state causes no noticeable
reduction
of the degree of oryvtallization. Even with a content of 5.6% of
bound sulphur gutta-percha retains its crystalline utruoture.
It in
shown that gutta-percha which was vuloonized in the crystalline
a tate, be xma noticeably amorphous af i er additional beating
beyond
melting PDint followed by cooling down. The data obtained here
dis-
tinotly abow the dependence of the properties of gutta-percha
on the,
depth of orystallization as well as on the degree of structural
fona-
tion, and thus the peculiarities of stimatural formition in the
crystal -pDlymer are made plausible. Thetre are 8 figures, 3
tables,
and 10 rererenoes, 8 of which are Slavic.
ASSOCIATION: Moscow Physical-Chendoal Institute imerti
L.Ya.Karpo,r (Fiziko
khimiohesKiy institut im. L.YaAarpova, I&oakva)
SUBMITTED: October 3, 1956
AVAILABLE% Library or Congress
Care 2,/2

AEDWOV, K.S.; ATXHMZHAYHY, B.I.
Inveatigatiom of properties of hydrolyzate,e from
cotton htills.
U%b*khlm.zh-tr. no.3:57-61 158. (MIRR 12:2)
1. Institut thimil rastitollnykh veehahostv AN
U%SSR,
(Cotton) (Hydrolysis)

AUTHORS: Kargin, V. A., Member, Acudemy of 3cionces,
SOV/2o-12o-6-31/cl-9
USSR, S)golova, T. I., kykhodzhaye,r, B. I.
TITLE; Properties of Guttapercha in Amorp'ftous State (Svoystva
gutta.,
perchi v amorfnow sostoyanii)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 12o, Nr 6,
PP 1277 - 1279 ',USSR)
ABSTRACT: In the paper und,or review it is attempted to
determine the
influetice oP the degree of orderirg of chain moleculas upon
the properties of a polymer. Gutte.percha, which is a natural
cryeta%line polymer, was used in this investigation. Differe:nt
states of ordering could be fixed by a vulcanization at
different
temperatures. The vulcanization webs carried oiat at 1430 by
finely dispersed sulfur, at 700 and 200 in 8 1%1 vapors and at
24 2
200 by mixing a solution of guttapercha in C1.1 4 and by miring
a 3olution of 8 2C12 in ether. Datit concerning the initial and
t'he
guttaperoha vulcanized under diffisrent conditions are presented
in a tible. By means of fixing th,t different statea of gutta-
percha at different temperatures It was possible to determire
Card 113

Properties of Guttapercha in Amorphous State SOV/2o-12o-6-31/59
the mechanical properties of guttapercha during the transition
from tle comAete:Ly disordered state into the completely
ordered
st&te. Accoraing to the evidence presented thc degree of
amorphism of structured crystalline polymers J.s not only
deTendont
upon tt,e quantity of the formed transverse bindings, but to
a high degree also upon the state of the polyner during the
structuration process. The smallev the structuration of the
polyme;-, the less thorough will bo the subsequent
crystallination.
At a g:,ven content of bound sulfur two compleWly different
typeii
of boutid guttapercha. with entirely differing mechanical and
physicitl properties can be obtainod. At higher vulcanization
temperitures a better ordered arrangement of the chain
moleculaq
Is fixbd. This corresponds to an :Increased deformabllltjr,, to
smallor values of Young's modulus and of the vitrification
temperiLture, There are I figure# I table, and 11 references.
7 of which are Soviet.
ASSOCIATION: Fiziko-khimicheEikiy institut im.L.Ya.Karpova
(Physicochemic;al
Institute imeni L.Ya.Karpov)
Card 2/3

Properties of Guttapercha in Amorphous State SOV,12o-12o-6-31159
SUBMITTED: March 4, 1958
1. Polyaors--Properties 2. Polymrs--Molecular atructure '11.
--Tempe:!ature factors 4. Po3.ymera--Mechanical propertler,
TITLE: Gutta-percha
Card 3/3

KhRGIN, V.A.; USmANOF, Kh.U.; JLYk'HODZHAYEV,-B.
il-oor-sow
-- - -
Obtaining prfkft polvaers by calbilooo ozomtlon
Tyooko".sosd.
I no.11149-151 Ja log. b-ilm, IZ19)
1. fizike-kMmichoakly institut in. L.Ya.11arpova i
Inatitut kbinit
rastitol'Wh vashchontv AN UzSSR.
(Polyners) (Calluloso)

KARGIN, V.A.; DOW-OVA, T. I-; AYKMDZHATBV. B. I.
eusj,~, bw-"bl
Pffect of I;ho structure developing proceas on the
crystalline
otatet of gitta-parcha. V3reo)wm.eoad. I
no.4.*539-541 Ap 159,
(MIRA 12:9)
1. Fisiko-Ichimicheakly Inatitut Imo Ljajarpova,
(Cutts faraba)

USMANOV, Xh.U.; AnHODZHATRY, B.I.; AZIZOT. U.0.
Preparation of graft polymers of calltilose by irradiation
with Go 60. Vysokom.soed, I no.lOtl5'?O 0 '59.
(KIRA 13:3)
(Cellulose) (Polr.,',ers) (Cobalt---Isotopes)

.4

FNASJH I am XXPLIOXTITION SM/11964

International 571oposlum at* aaor~l*cul&r
chesdatrY. Moscow,

XexbdmarvftYr
sImpoitlion pq makromalokulyarnay Mi"I
333a,

Noakyao 14-23 Irwya 1960 g.; doklady
I avtoretitraty.

Saktalya T11.
(IntornatiCnal Symposium on
Racromolocular

Chemistry Hold In Pbscow,
June 14-13, 1960; Paperii aild

S..fte.)
z4.tIC. 111. EPOSCO.. 7LIA-va AN SSSR.
19601

469 V. 55,000 copies printed.

TweA.
Zd.s P. S. Kkablirs.

Sponsoring Agendyt
The International Union of Pur* and
Applied

Cbmmlstr7. ConmissLoo an
Nkerawl*cular sw*stry.

PURP=t Th', book is
Interid6d. for chemists Interested In
Poly-

wrIzatlon reactions and the
synthosisi of high moloculitr

oompami".
COVIRAGS, This Is Section M or a
sultIvolinto work contain-

Ing papers on
ascroxcle"Lar chosij~ptr7. T220 articles
in

general d4&1 with the kIzittles of
polymerIzation reactices.

tb* 111"thONIS
Of OPtelal-purpose polymeriir, e.g., lon
am.

dungs r0aln$p semiconductor materIjus,
ctc., methods *f Cat-

413"'109
POIY"rlz&tlcu rt2ctlons. prop rtlooi end
cherml of,

1NtQrsctIOO2 Of high molecular
ziat;vriai., and the ar.14

varIO" factors
an polymerization and the degradation

-o
aantiori*4.
112-0 MOISMIALr compounds. No
pt--s=alItI*S a.

18flirMCOM, given follow -
the articles.

*42%lev, and A. 3.
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411atkals. I V
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t~~ e 713tLon of i63
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&--I- Polymoldes - L' . I - -- L"
-

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Santa I iind 9. Oil (min4pry). orfting
j,,At2%yl pletMcry*
ate
Mto ki" of P
A

C
lcohol Under the Action of X-sorg
207

14sar N and r-4- 1AX11=A.'A
(ftockwolovakla).
-
`
'2
ttlo
M
R

1-
oth7l X*
t
&Cry1
g
Zf* onto I-91"ropyle'o and Poly-

oth7lone
Z14

-
Tote X. A., Z~1-34&147. artdY.
r.-jM&j-j= (a3sR).
My

_
...
rz
4r1orl Of ~tuuvnw-zzyren*

*Izft
folyawildes end E-Caprolattas 224

and
To'eng Ran-roIng (U ). Synthesis

R.,
and'K. Lsz4r (CZechosl6vikla). 7hg Ul -
'of t~ha

Source or ft- Radicals on
Cromallnklag in pclyotZyl&"q

&jjnL-__L ft
A -a-o-ski , and DOELdkj,~

O'f tl'~*r"aio

Strr*"* Rubbers and lhoix mixtu.,is With
f-Caprolactaim

Under the Action of Qasm&
Raril&tjod 293

-
Rogow*-". 2 A . T A sun T'ung, Chang VIZ-
d
s

an
g.
Synthesis
. Xew
C 1 1".
ki
Ollr ado L v or Polysoczaarldox

And P. W.Orm tsk.-Z -.33H). ZO_-tl&tlon
or 01104 Synth-e-ars I QP401riert
Golluloses With
Oxides f Nitragon 310
C V (C33R).
F~ V; ;,.%.=Vn4. T.
I&
I ulOse MoloCules 321
bwrllft-A-A.~-Ye. A. Peris", :04 G. 1.
volkoll, (U=).
tloo During the Freezing or Starch
Solticna 334
and 2- I-Izov (UW).
iluzose by Grafting 344