SCIENTIFIC ABSTRACT CHMUTOV, G. I. - AKHNAZARYANTS, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100620002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

L 4107C-66
ACC NR: AP6018619
naphtha at 410-420C and 0.75hr-I space velocity, thus reducing
8-fold the amount of
required blending stocks for production of type A-66
&a,~olines.il The following were
among those who participated in laboratory and industrial
experiments: G.-I. --
Chmutov, S. G. Prokopyuk, R. M. Kar onosova, M. N. Mukhametov,
Ye. M. Varfolomeyeva.
B. N. Rays, K. F. Pryakhina, M. R. Polinskaya, I:ei~~io~ya, L.
F. Yevatifey and
A.-S.-Kononov. Orig. art. has: 1 figure and 4 tables.
SUB CODE: 11, 21/ SUBM DATE: none/ ORIG REF: 0?-2

L 52729-6~ 1:MT(m)/EPF(c)/T Pr-4 --Ld--
ACCESSION NR: AP5016030 b-R/COo'5/64/000/011/OL)42/DO4'0
AUTHOR: Kalantar, N._ G.; Mae& itov, R. M.; Gal'p~erlna, M. A.;
Glazunov, V. I.;
Akhmets~ina, M, N't
TME: Gas-stable ImsulatinS oils from extracts of relective
purification
SOURCE: )Qilmiya i tekhaologiya topliv i ma8el, no. 11, 19j~4, 42-46
TC?~`-- TAG-5: izzulatixkg materia.1, petroleum refiner~r product
Abs'~art 71t,e basic components wnich cause a treakdown ar' the
electrical
ChA,-A--leristics of phenol extrnr-!~ ~-f are
C-C'Mpo~ndq of -P L-,' a
6 - a L; e 0 16 C "I~
P rc e a q 1
car, !'e 'Fe'j a, .:a.-e Dse
t ej---s'o gas-stable 6 7. 9 P eM b L B Ds *, a n tanc r ea s e
,ne c--,efficienra of utilization of tne raw- srkd providpo the
ciectcotecnnical Induetr-y witb Jtalectrics. Orig. art, baa I table
~Ccxd -1/2

NO REF SOVt 003
i
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: I t~~
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003
--- -I
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SUB COM YP
JPRS
I

AIUMTIYEV, L.N.; NIKULISHINi K.Ye.
A now trailer for heavy, loads. Stroi.i dor.mash. 7
no.100-10
0 162. (MMA 15: 11)
(Truck trailers)

AKHMETfNV, M.A.
Nov data on the stratigraphy of Miooene sediments in the
northeastern part of the Sikhote-Alin' Range. Sov. geol.
8 no.4sl33-135 Ap 165. (MIRA 1817)

TEREMEYEVA, A. S,;,AKHMEVYEV, N. M. (1400kva)
Carainoid of the bronchus in, a child. Arkh. pat.
no-4:68-70 162.
1. Iz patologoamtomicheskogo'otdeleniya (zav. N. I.
Soboleva)
bollnitsy imeni Filatova (glxvnyy vrach L. A.
Vorokbobov) i
otolaringologichookov kliniki (zav. - prof. I. I.
Shcherbatov)
pediatricheskogo fakul'teta II
Moskovskogo-meditsinakogo instituta.
(BRONCHI-CMICER)

AMMMET,
[Chronic pneumonia in children) Khronicheskaia
pnevmoniia u
detei. Moak-va. Medgis, 1958. 73 P. (MIRA 13:2)
(PNEUMONIA)

AXEM YEVA. S. ; ZWNALOVA, A.
Hemorrhage in placental and early puerperal staq-,es according to
data from the Azizbekox, Maternity Home No. 1. Akush.i gin. no.2:
87-89 Mr-AP '55. (MIRA 8--7)
1. I-z rodillnogo doma No. I imeni AzizbekDva (glavny7 vrach Anhu-
mova, nauchnyy rukovoclitel^, - prof. Gadzhi-Kasumov) Baka.
(UTERUS, hemorrhage,
in third stage & puerperium, hosp. statist.)
(IMCR,
third, stage, with.hemorrh., hoop. statist.)
(HEMORRHAGE,
uterus, in third stage & puerportiun, hoop. statiotJ
(PUIGUIRRIL41, complications,
hemorrh., hoop. statist.

AKHMETZJIANOVL Ab~qlkadir-Abftra - KHLYUPIN, G.D.,
kqnd.
I ~hmanovichj
ekh~.naukj, retsenzent; CM, I.G., inzh., red.;
MOROZOVAS
P.B.,q red. izd-va; ORE'--TIINA, V.I.., tekbn. red.
[Synchronous tracking Watems of greater
accuracylSinkhronno-
alediashchie sistemy povyshennoi tochnosti. Moskvap
Oborongiz,
1962. 23-1 p. (MIRA 15:9)
(Automatic control) (Servomechanisms)

KALANTAR, N.G.; Prinimali uchastiye: MANNAFOVA,
Y.S.;.GIAZUNOV, V.I.;
GABSATAROVA, P.A.; KULIMURZINA, L.Kh.; AEMETZYANOV,
Ch.R.
Turbine oil 22 from Tuymazy crudes.
Khim.i-tekh.topl.i masel 7
no.9:29-34 S 162. (141RA 15;8)
1. Bashkirskiy filial AN SSSR.
(I=ulating oils)

KALANTAR, Me; GLAZUNOV, V.I.; MANNAFOVA, V.S.;
Prinimali uchaBtiye:
GABSATTAROVA, S.A,; OKUNL?V, I.Ye.,- KULIMURZINA,
L.Kh.;
AKMTZYANOV, Ch.R.
Composition and properties of turbine distillates
from
TuYmazy crudes. Khim. ' tekh- toPl- i masel 8
no-9:31-38
S 163. (MIM 16:11)
1. Bashkirskiy filial AN SSSR.

L 43762-66 E".4 T ( I
ACC NRi AP6029880
SOURCr CODE: UR/0413/66/000/015/0043/0043
INVENTOR: AkhmetzZanov, K. G.; Petrovichev, V. I.; Rudakov, R. F.
ORG: none
TITLE: A waveRuide device for concentrating an SHF electric field
in a piezoelectric
sample. Class 21, No. 184298 [announced by the Moscow Engineering
Physics Institute
(Moskovskiy inzhenerno-fizicheskiy institut)]
SOURCE: Izobret prom obraz tov zn, no. 15, 1966, 43
TOPIC TAGS; rectangular waveguide, high voltage line,
piezoelectric crystal
ABSTRACT; -ibis Author Certificate presents a waveguide device for
concentrating an
SHF electric field.--in a pie.zoelectric sample. To achieve a
strong field within the
R Fig. 1. Waveguide device
bi~
f-0
1 - Shorted rectangular waveguide; 2 - coaxial
N
!~4. ic stub; 3 - flat capacitor; 4 - central conductor-,
j of the coaxial stub; 5 spark gap; 6 ceramic,.
rod.
n=..
Card UDC: 621.372.855.4: 621.372.88

L 43762-66
ACC NR. AP6029880
sampl~,a coaxial stub (see Fig. 1), connected to the'broad side
of a rectangular wave-,
guide, has a broken center conductor that forms a spark gap
within the waveguide;
the broken ends of the center conductor are joined together with
a ceramic rod. A
piezoelectric sample is placed between a flat capacitor formed
by the center condur*r
and the broad side of the waveguide. Orig. art. has: I figure.
[IV
SUB CODE: 09/ SUBM DATE: 15Mar65 / ATD PRESS: 5069

~l 3 1 -65
N x7';
AUTHOPSt Irnayev, K. ke~tzhanov, 1. S.
'1111-1z" i i~eazoae u atloa bry trj:buLyjphosp--aLe cracxing
SOUXE: Ali SSSR. Ba5h~drskiv filial. Khimiv-a sore-dinaniv,
ya v nef~yaAll i
TA.),S? benzene, petroleum industry,
vi 161'.L u i, I iYk p Liu ap al 1, 49 5WILLI talopasne aw
albenzy~ was lnvssl~lgaraa, T ril m
Cord 1/2

421011-65
sai AT50OM31
C-C!
OCI
Cori 2/2

ALL NM Aklt)005925 CODE: UR/0079/66/036/001/0085/0087
AUTHOR: Imayev~ M. G.; Akhmetzhanov, I. Be
ORG: All-Union Scientific Research Institute of Synthetic Fat
Substitutes
(V*se`sqyuznyy nauebno-issledovatel'skiy institut sintet heskikh
zhirozardehiteley)
hp
TITLE: The reaction of trialkyl (!LMI) phosphiteNi~h wercaptans
SOURCE: Zhurnal obshchey khimii, v. 36, no. 1, 1966, 85-87
.TOPIC TAGS.- pbosphite eater, mercaptang,free radical, catalysis
ABSTRACT:. This work represents an attempt,to investigate the
activities of a-
number of-trialkyl or triaryl pho,sphite*s (RO)3P, where R =
straight-chain alkyls
CI-Clo, or phenyl, and to confirm a previously advanced suggestion
concerning the
catalytic effect, of atmospheric -oxygen on the reaction between
triilkyl phosphites
and mercaptans in the absence of-other-free-raclicallinitiators. It
was found that
the activity of the above pho Isphites in radical chain reactions
with mereaptans
is almost independent of the size of the alkyl group. The lower
trialkyl pbosphites
with an odd number of carbon atoms in the alkyl group have somewhat
lower activity..
The activity of triphenyl phosphite is considerably lower than.those
of the trialkyl.
phosphites. It-was shown that.in the absence of other catalysts the
reaction of
trialkyl,or triaryl ph6sphites is promoted by atmospheric oxygen.
Orig. art. has:
I table. [VS]
SUB CODE: 07 SUBM DATE: 22Oct64/ ORIG REF: 005/ OTH REF: 006/ ATD
PA.ESS:
,.-Card l/;!,SYf__ upc: 546.:L83:547.269.i _01q4

YUSUPOVO I.G.,- SHEVALDIN, 1.Ye,;,.AKfJMET2,YANOV,, E.K.
Evaluating rock cavitation or the basis ef logging
data,, Rarenle
no.3117-19 '165# (MIRA 18:5)
1, Tatarskiy neftyanoy nauchno-issiedovat,eliskly
institut,

AKHHETZHANOV, I.S.; ZAGIDULIN, R.N.; IMAYEV, M.G.
Reaction of triethyl phosphite with hydrogen sulfide.
Dokl. AN SSSR
163 no.2062-364 J1~165. (MIRA 18:7)
1. Bashkirskiy gosudarstvennyy universitet i Vsesoyuznyy
nauchno-
issledovatel'skiy i proyektnyy institut sinteticheskikh
zhiroza-
meniteley. Submitted January 7, 1965.

ZONNER) I.E.; AKHMETZWOV, M.S.
I
Taking into account the effect of relief in gravimetric
surveying.
Goofiz.razved. no.766-61 962. (MM 15s7)
(Gravity prospecting)

KORZENKOp V.N.; SAYKOVSYkYAV V.A PROTASENYAq S.G.-
MUM, M.F.
P
(Severo-Osetinskayu FEDYUf:BKTN, M.Ye.;
FEYTFNG-ryfE-R,
V.A., kand. veter. nauk; YAMASHEV, S.G., kand. veter.
nauk?
AKHMETZY
WAY,oj,)W~,t mladshiy nauc-.hnyy sotrudnfk-
SHVEIS33OV,
'T.-A., veterinarnyy vrach; GANIYEV, M.K., prof.;
FARZALIYEV,
I.A., datsent
Smallpox in cattle. Veterinariia 41 no.7.-31-34 J1
164.
(MM 18g11)
1. Belorusskly Anstitut epidemiologil i gigiyeny (for
Korzenko,
Saykovska,ya, Protasenya). 2. Direktor
Severo-Osetinskoy
respublikanskoy vaterinarnoy laboratorii (for
Fedyushk~n)*
3. Kazanskiy veterinarnyy in8titut (for Feytongeymer,
Yamashev,
Akhmetzyanov, Shvetsov). 4. Azerbaydzhaiiskiy
nauchro-issledove.-
tellskiy veterinarnyy institut (for Ganiyev,
FarzalVev).

KARATAYEV, G.I.; AMffATZHANOV, Kh.S.
Use of geophysical anomalies in studying the
tectonics of
sedimentary cover in the West Siberain Plain.
Trudy
SNIIGGIM no.17:70-84 161. (MIRA 15:9)
(West Siberian Plain--Geology, Structural)
~weslu Siberian Plain-Prospecting-Geoph'yoical
methods)

AXIMTZHANOV, KhS,j MRATAYN, G.I.; KUTUKOV, A.V.
Relationship between the geoph i~al anomalies and
the geology
.-p
of folded areas on the borderd.of the West Siberian
Plain.
Trudy SNIIGGIM no.7:40~45 161. (MIRA 16:7)
(West Siberian Plain-Geologyp Structural)
(West Siberian Plain-Prospeeting--Geophysical
methods)

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Ni 41.12, Cr hill 11.1ml 1014 at IZON". -1, 12 at INI.%'.
ic f).40. si 1_.:1k2' Mn ll.fi% S 11.1112. 11 11.1m,
Ni Cr I 7,3o%) 6.,-N at 1165, , "U'Oi at 16.104,
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III a Ab Ali a a )a a a a a a a All ji, a m a m Ah iil - - - -
- - - - - - - Z I Z Z

9 Ke G*
*Investigation of the Velocity of the.Propagatioa,of
Ultrasonic Waves in
Alcobbla and in Its Vapors for a Wide Range of
Temperatures and ft*ssuros,
Loluding the Critical Area." Sub 6 Jun 51, Moscov Order
of Lenin State U
imeni M. V, Lamonwov,
Dissertations presented for science and engineering
degrees in Moscow
duriag 1951.
SO., Sun. NO-* 4wi, 9 May 550

AKEMTZYAN,OV It K. G.. .':;
Sound velocity in chemically active gaseous
mixtures. Ptim.
ul'traakust. k isel. veshch. no-13:45-53 161.'
(MIRA 16:6)
(Ultrasonic waves-Speed)
(Gases-keoustic properties)

)9 kHPIE T5-Xqp10
38176
S/058/62/OW/004/083/i6o
0 0 A061/A1O1
AUTHOR: Akhmetzyanov, K. 0.
TITLE: Sound velocity.in reactive gaseous mixtures
PERIODICAL: Referativnyy zhurnal, Fizika, no. 4, 1962, 39, abstract
4G327 (V sb.
"Primeneniye ulltraakust. k issled. veshchestva", no. 13, Moscow,
1961, 45-53)
TEXT: The frequency dependence of the sound velocity in'an
oxygen-hydrogen
gaseous mixture was experimentally studied at increased pressures
and tempera-
tures. For this mixture, which.is widely used in practice, no test
results are
available in the range of high frequencies and pressures. The
velocity was
measured by"the method of light diffraction due to ultrasonic
waves. It is shown
that, within the limits of measurement errors (0.4%),.the sound
velocity in the
kxture is independent of frequency in the range from acoustic to 16
Me frequen-
cies. The sound velocity in the mixture was also measured as a
function of
hydrogen concentration and temperature. In the latter case, the
operating
frequencyowas 15.322 Mc,pressure was up to 40 atm, and temperature
ranged between~
20 and 8-5 C. There are 11 references.
Ye. Romanenko
[Abstracter's note: Complete translation]
Card 1/1

krjDMZANC7 K. 0.
11 1963).
refradtory metajs~ compounds, and alloys (Kiev. Aor
TITLE. Seminar on
n'. 3, io63, 266-267
SOURCE: Atomnaya energiya,-v. 15, 0
ACCESSION NRt AP1008085
Composition on thermal stfesses.
T. A. Sultanyan'. -,ileciron f the~-nature
-4icroscdpe investigation 6
of fract
ureo
I N. S. Pozdnyak,- K., G. Akhmetzinov. Heat. and
alectric*conductivity,
of high-purity tAWC-a-ruW-AWd'-nt-ab1-um.
00 A. 'Krayev A-. A* Stel'makh 0 Thermal \dffusivity bf tungpten and-
molybdenum at high temperatures*
P. Rusin, 0, S, Gurvich-. 'Heat conductivity of lodse refractory,
'd
I Row %re in vacuum and inert gas.
i L A. 'F. Ma 11tseva, E N I4A;rmer;, Heat
and.electric'conductivity. 0 f
*.irefractory.compoundso
V. B. Fedorov,.,V,,- ls-'Akimov.~-,Heat capacity of metal .at high
tam-
peraturess
Card 9111

E TZ /'Y 4/0 P-
ACCESSION NR: AP40004081
T i, o Petrov, V. A.
5/0294/63/001/061/0156/0156
TITLE: Seminar on production methods, phyr;ical properties, and
electnon structure of retractory metals, compounds, and alloys
SOURCE: Teplofizika vy)'csokikh temperatur, v. 1, no. 1, 1963,
156
IMPIC TAGS: refractory metal, refractory compound, refractory
alloy,
thernial conductivity, electric conductivity, thermal
diflusivity,
tantalum, niobium, tungs ten,:. molybdenum, remission capacity,
thc~mal
expansion, chromium, zirconium
ABSTRACT: A seminar on ext.raction method 's., physical
properties, and
electron structure of reff'ractory metals, compounds,**and
alloys,
organized by the lnstitu~'m.ctallokeraniki i spetsplAvov AN U~SR
(Instit*ute of Powder 'Metallurgy and Special Alloys AN' USSR)
was held
in 'Kiev from 25 to 29 April 1963. The
thermophlysical.properties of
ref.ractory materials at high temperatures were discussed in the
f.ollowing papers: "Inve,sti,gation of the't',eraperature
dependence of
heat and electrical conductivity and ther'n'al diffusivity of
tantalum

ACCESSION NR: AP4000408
and. niobium" (N. Z. Pozdnyall and R. G. jVkhmctzanov)-; "Thermal
di-f-fusivity of tungsten and' molybdenum -it' high -E~eripe
matures" (0. A.
1, r ny e vand A. A. Stel'makh); "Exi,cri-mental determination of
intecral
ellissivity anti monochronatIc emissivity of metals at high
temperatures"
(V. A. Petrov, V . Ya . Chekhovskov , anti A. Ye . Sbeynd I in) ;
"The
application of electron beam heating in the investii~ation of
inter~ral
blackness of heat-resistant alloys and compounds" (D. L. Timrot,
V. E.
lleletskiy, and V. Yu. Voskresenskiv); ",',easuring of emissivity
of scillids
at temperatures over 1000C" (L. A. Novitskiv, L. V. Trushchitsina,
and
V. 1. Akimov) "On the thermal expansion of ~hromium-base alloys"
(N. V.
Ageyev and N. S. Model); "Investigation of thermal expansion of
tun7.-
sten, molybdenum, tantalum, niob-.um,and zirconium at hith
temperatures"
(V~. . :41. Amonenko , P. N. Vyugav, and A. S . Gumenyuk) :
-"Deter-tination
of Lhe true heat capacity of metals at high temperatures" (V. 11.
Fcdorov anti V. I. Akimov); "Heat capacity of tunpsten, tantalum,
and
ni~)bium at hiph temperatures" (Ya. A. Kraf tmakher) ; "Reat
conductivity
of materials in vacuum and inert gases" (S. 1. 1"usin and 0. S.
Gurvich);
"Results of the investigation of electrical and heat conductivity
of
certain refractory compounds" (L. F, Mal'tseva and L. Ill. Horner).
Considerable attention was given to the development of experimental
Card 2 / 3

ACCESSION NR: AP4000408
equipment for investigation of the thermophysical properties of
substances in a wide range of temperatures.
k~SOCIATION: none
SUBMITTED: 00 DATE ACQ: 13Dec63 ENCL: 00
SUB CODE: 'PH, ML NO REF SOV: 000 OTHER: 000
Card 3/3

ACCESSION NR: AP4004155 S/0294/63/001/002/0316/0318
AUTHORS: Pozdnyak, N. Z.; AkhmetzyAnov, K. G.
TITLE: Thermal and electric conductivity of tantalum and niobium
1963, 316-
SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no& 2t
318
TOPIC TAGS: tantalum thermal conductivity, nidbium thermal conduc-
tivity, tantalum electric conductivity, niobium electric conductiv-
ity, temperature dependence, tantalum, niobium, tantalum physical
property, niobium physical property, tantalum electrical propertye
niobium electrical
property
ABSTRACT: Since the published data on the thermal conductivity and
electric conductivity of tantalum and niobium arb'contradictory,
these quantitAes were measured by the authors at the temperature
yukov
range 293--1273K, using apparatus constructed by V. Ye. Mikr
Card 1/~

ACCESSION NR: AP4004155
and based on the Kohlrausch,method (V. Ye. Mikryukov, N. Z.
Pozdnyak;,.
Collection: Poroshkovaya metallurgiya (Powder Metallurgy)
Metallur-~,,'
gizdat, 1954, p. 37; V. Ye. Mikryukov, Teploprovodnost' i elektro-
nost', Metallurgizdat, Moscow, 1956). The,results show that
provod
the thermal conductivity of tantalum and niobium increases 'With in-
creasing temperature, and the experimental data are 20% lower than
those published at temperatures up to 400K and 10% higher above
BOOK..",.
The electric conductivity of these metals decreases with
increasing.,"
temperature and the values obtained agree with the published data'L
The experimental results show that the thermal conductivity, in tan-
talum and niobium is effected by carriers with the same conductivi
tv
as the host, and the electric conductivity is low. Orig. art.
hasr~',,"'
3 figures and 2 tables.
ASSOCIATION: Voesoyuzny*y-zaocbny*y politekhnicheskiy institut
(All-Union Extension Polytechnic Institute)*
Card

7.
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V,
ATI'dolwLS: Y i ":1,v V. Ye Fc)zd kyak, 7.
powder metallurgy,/,sintered mp~a
riyarog-en or in ammonia atmosphere arp
and e1 P- t r c(~,nductivity, cyl Lrd--. -a- ~~P~ 1 ann t
T"lle tem;-cratar~- ran.- w,
'3Pe-__Mf'nS
v
euipera r. ~-va_ a:,;
.77 Z. r, ~ns of n~, 7
Y C.

L 51887-65
-'S57011 NRt AP5CM269
Cord 2/2

AlU]NkZAF-YAN, A.A.; S)WQiNAZA'ffAN, G.M.; thPn!Y.N, V.A.;
M.T.
S,~~tbesls of
ar~ids. IZV. A14 Arm. SSR.KhLm.nauki 37 no.6:656-~659 164.
S,y-nt,hGsls and transforriations of Part I.: F~-eparatlon of
d1lactoms of lic acids.
nAlld..-660-~64 (MIRA 18:6)
Is Yqr~vanr.-lr-.,.iy goozular.3tv-mityi uni-verctt~t,
kafedra organicheskov.

PANTEMMONOV, L.A.; NESTEROVA, O.P.; OUT3, ?.A.;
SOKOLOVAJI I.G.
Reaction of niobium with rathenium. Vest. Mosk. un. Ser. 2:
Dim. 20 no.6:57-62 N-D 165. M RA 19: 1)
1. Kafedra obshchey khimii. Sutmitted April 25, 1965.

PANTFI-EMIONOV, L.A.; NESTEROVAp O.P.; AKWET-YANOV
K.G.; 90.KOU)VA, I.G.
-
Reaction of ruthenium with tantalum. Vest. Mcs-r-L.
un. Se-_ 2:
Khim. 20 no.6:63-68 N-D 165. (MI RA 19: 1.)
1. Kafedra obahchey khimil Moskovskogo universiteta.
Submitted
April 25, 1965.

L glM-66 EWP(k)/E-W(d)/EWT(m
WP(h)/T/94P(1)/W(e)/EdP(w)/;-?~-.;P(A,)/)~WP(t)
ACC WR: AT6008649 Ijp(c)- WW1-/XD/HW/GS SOURCE CODE: UR/0000/65 38
'AUTHORS: Pozdnyak, N. Z. (Moscow); Akhmq~z,
(Moscow)
y
iORG.- none
A
TITLEt A study of the dependence of the durability and ~E2aot
strens-L, of metal
ceramic iron-niokel-flraphite 119ye upon temperature
SOURCE: Vsesoyuznoye soveshchaniye po voprosam staticheskoy i dinwi
cheskoy
Prochnosti materialov i konstruktaip_W
Kj.,~!lemqq~~j~Ei:ypokikh z RN
temperaturakh. 3 Termoprochnost' materialov i konetrukts1oii&jffi
i1ii6ififov e
strength of materials and construction elements); materialy
soveshchaniya. Kievp
Vaukova.dumka, 1965, 38-42
TOPIC TAGS: iron nickel alloy, powder alloy, high temperaturealloy,
tensile test,
metallurgio,testing maohinep impact strength/ R-5 metallurgic testing
machine,
IM-12 metallurgic testing machine
ABSTRACT: The results of strength tests of iron-nickel-graphite
alloys are given*
The work was done to determine the temperature dependence of the
strength of the
alloys upon the amounts of nickel added. The temperature range of the
test was
Card 1/2

,~L 21820-66
I'ACC NRs AT6008649
I from normal to 1100X. Before being mixed for 6 hrs at 50 rpm, the
nickel powder
was reduced at 673K and the iron powder at 1100K. The tensiletests
of the pressed'
specimens at normal temperatures-were made with an R-5 machine Nt
673 and 1100K
with an IM-12 machine. Additions of 5--3C% nickel were found to
increase the
strength of the alloys by 20--6C%. The impact strength of an alloy
with 5% nickel
islower than that of an alloy without nickel* The
iron-nickel-graphite alloys
hav: higher thermal stability at temperatures to 673K than those
without nickel
(oe Fig& 00 JAM?
20
Fig. 1. -Isotherms of.impact strength
as a function of nickel content att 77
I normal temperature; 2 673K;-
3 1073X-.
0 .5
Orig. art. hast 2 graphs and.2 tables.
:SUB CODE: II/ SUBM DATE: 19Aug65/ ORIG REPs 012
Card- 2/2

L
21991--
1 66 EWP(e)/ZWT(m IJP(c) JP1WW1P1JG11NH
SSION NR: AP5025983
I~ACCE IJR/0294/65/003/005/0695/0699
Da J) 546. 3-19172t 56L 536. 212+537. 311. 31
AUTHOR: Pozdnyak, N. Z.; Mqy,_X~_G
TITLE: Thermal conduct Vit electric resistance, and mechanical
properties4f
an Iron
-copper cer
SOURCE: Teplofizika vysokikh temperatur, v. 3, no. 5, 1965, 695-699
TOPIC TAGS: high temperature cermet material, iron base alloy, copper
con-
taining alloy, nickel containing alloy, heat conductivity, electric
resistance, ten-
sile strength, impact strength, thermal expansion, ductility
ABSTRACT- The object of the wo-1- was to investigate the results of
increased ...
additions oi4ickel to iron.~ copp - -Termets. The initial composition
of the two
alloys investigated was. (in -No. 3: 0.98 carbon, 9.90 copper, 0. 13
silicon,
0. 18 manganese, traces of sulfur, traces of phosphorous, 21. 4
nickel, remaindei~--
iron- No.' 4i 1. 02 carbon, 9. 87copper, 0. 14 silicon, 0. 13
manganese, traces' (if
sulfur traces of phosphorous, 29. 80 nickel, remainder iron. The
samples were
prepared by methods of powder metallurgy. The iron and. copper
powders were
I &V/5educed in a hydrogen atmosphere at 1100 and 700 K,
respectively.. The.'

L
21991-66
ACCESSION NR: AP5025983
powders were -mixed for 6 hours and thesa mples were pressed on a 100
ton hy-
draulic press. Microstructural analysis of both alloys showed a
complex homo-
geneous four component solid solution of iron, copper.. nickel, and
carbon. It
was found that addition of 21. 4% nickel increases the hardness of
the alloy by
approximately 30-40% compared to, an alloy without nickel. Addition
of nickel
up to 30% does not increase hardness further, but mechanical
properties ensile
(t
4nd compression strengths.. impact strength) are increased by 15-30%
co pared
m
r
No. 3. Sintering in an atmosphere of dissociated ammonia, othe condi-
-to alloy
tionB being equal, decreases mechanical strength and impact strength
by app
mately 10- 15%, and somewhat lowers ductility, compared to alloys
sintered in a
hydrogen atmosphere. At 673, K tensile strength and impact strength
are decreas
ed only insignificantly. With an increase in nickel content, thermal
conductivity
and electric resistance decrease by two times with additions of
nickel up to 15%
and by 30-401o more with nickel additions from 15 to 30%. The
coefficient of B
ar thermal expansion rises only slightly at,the start with an
increase in tem r
a,
arting at temperatures from approximately 600C it rises sharply
ture, but st
Wjth an increaseln the nickel content, the impact strength at first
decreases (at
v an
516 nickel), and then rises slowly; at 301o nickel, its alue is the
same as for
.':Card. 2/3

L12LT5_66 EWT(m)/EkYP(t)/ETI IJP(c) WH/M/JG/Cb
ACC NRt AT6013550 (A) SOURCE CODE: UR/0000/65/000/000/0048/605, j
AUTHOR: Pozdnyak, N. 02LetzLano
ORG: All-Union Correspondence Polytechnic Institute ~Vs"qyuznyy
zaochii -46'litekhni-
cheskiy institut)
TITLE: Investigation of temperature dependence of thermal and
electric conductivity
of tantalum ond niobi
SOURCE: -AN-Ukr SR. I stitut Droblem materialovedeniva,
Vysokotemperaturnyye neorga-
nicheskiye soyedineniya (High temperature inorganic compounds).
Kiev, Naukova dumka,
1965, 48-51
TOPIC TAGS: niobium, tantalum, beat conductivity, electric
conductivity
ABSTRACT: The thermal (A) and electrical Q) conductivities of
tantalum and niobium,
were examined in the 2730-15730K range. The metal samples were 4
mm. in diameter and
10 mm in length. The tantalum samples contained 5.0%-Nb and the
niobium samples con-
tained 0.5% Ta. Both samples contained small amounts of c, re, Ti,
Si, W, and Mo. The
thermal conductivity of tantalum and niobium was found to increase
with temperature-
lbelow 4000K the values were 10% higher than the corresponding
values reported in ihe'
literature. The electrical conductivity of Ta.and Nb declines with
increasing tempera-
~ture; the values found In this work well agree with those reported
in the literature.
Card 1/2

L 29605-66
ACC NRs AT6013550
6)
It was found that the thermal conductivity of Ta and Nb depends upon
their electron
conductivity and upon conductivity of their crystal lattices. Data on
thermal conduc-
tivity (A), electrical 'conductivity (X) and the A/X ratio for Ta and
Nb ars given in
atable. Orig. art. has: 2 figures, 2 tables.
SUB CODE: ll/ SUBM DATE:, 03Jul65/ REP: 006/ OTH REF: 003
card 2/2

EWT(m)/r/EWP(t)/ETI IJP(c) JD/JG
ACC NRt ArbuiJUX4 (N) -suUMUL WOL:
Ul(/UIUU/b.-~)IUUU/UUD/UUD/IUUD;
AUTHOR: Panteleymonov, L. A.; Nesterova, 0. P.; Guts, Z. A.;
AkhmetUanov K. G.-
Sokolova, I. G.
ORG: Chair of General Chemis State University (Kafedra obshchey
khimii,
_!a, Moscow
Moskovskiy gosudarstvannyy universitet)
TITIX: Interaction of niobium and ruthenium
SOURCE: Moscow. Uni.versitat. Vestnik. Seriya Il. Khimiya. no. 6,
1965, 57-62
TOPIC TAGS: ruthenium alloy, -niobium alloy, alloy phase diagram
O.V%AtcLk~
crN'.-~CLk kaA'%'te_ S-60 -I 4L 0~^(X\u 1 '16
0
"g
ABSTRACT: Alloys of th4V h obium-n~thenium stem were studied by
methods of micro-
scopic and x-ray analyses, hardness and microhardness, and
determination of melting
point, electrical conductivity in the 50-7000C range, and thermal
conductivity in the,
25-SOOOC range.. Homogenized specimens were q nched from 15001 in
water after beingI
kept for 10 hr at this temperature. Anneali was carried out for
1500 hr at 8000.in'
~q
evacuated quartz ampoules. The phase diagram of the system is
given. Visual obser-
vations of the start of fusion of homogenized specimens
established that the compound
KbRu melts at 19000C, a eutectic equilibrium tak---; place at
17600C (the eutectic point
corresponds to 66% Ru) and the minimum on the If solidus curve is
located at about 40% Ru
and 18000C. X-ray analysis of the alloy cor're'sponding in
composition to the compound
UDC: 669.017.11
Ca,d 1/2

L 30231-66
ACC NRs AP6013824
NbRu and quenched from 15000 showed the presence of a primitive
rhombic lattice with,
lattice parameters a=4.351'0.005 A, b=4.226'0.005 1, and
c=3.36510.005 A. The alloy
with 47% Ru has an ordered tetragonal lattice with
a=3.09010.005 A, c=3.292'0.005 A,
c/a=1.065. The alloy with 40% Ru has a body-centered cubic
lattice, and the one with
42% Ru, an ordered tetragonal lattice. The alloy containing 76%
Ru I Iuenched from
17000C, has a hexagonal lattice with a=9.340'0.005 A,
c=13.440'0.005 , c/a=1.537.
Hence, the high-temperature modification of ruthenium has a
hexagonal lattice (the
low-temperature one having a hexagonal close-packed lattice).
Orig. art. has: 7
figures.
SUB CODE: .11$Z0, 1-5/ SUBM DATE*. 25Apr65/ ORIG REF: 002/ OTH
REF: 004
Card 2/2

L 45805-66 P,4-- (1)/T/EVrP(k) JW
ACC NRs AR6023302 SOURCE CODE: UR/0058/66/000/003/HOT1/RO71
AUTHOR: Akhmetzyan .;Petrea, I. K.
locity and abU9rp&ion of ultrasound in a binary mixture of-#tW
alcohol
TITLE:
and water at relatively low temperatures
SOURCE: Ref zh. Fizika, Abs. 3Zh495
REF. SOURCE: Tr. 1-y Mezhvuz. naucl!u.. konferentsii
issled.-Yea-hehestva i v nar. kh-ve. Tashkent, 1 64,
molekul. akust. k
TOPIC TAGS: ultrasound absorption, ultrasonic vdlocity, ethyl
alcohol, aqueous so-
lution, optic method, light diffraction, temperature dependence
ABSTRACT: An optical diffraction method was used to measure the
velocities and ab-,-
sorption of ultrasound in aqueous solutions of ethyl alcohol with
different concen-
trations, at ultrasound frequencies 15 -- 20 Mes and at
temperatures from -20 to
+20C. The results obtained confirm and supplement the known
published data. In the
concentration region 14 - 16%, the temperature coefficient of
ultrasound velocity rej
verses sign; here all the velocity vs. concentration curves in
this region(ana not atl
r1_,A 1/2

NR, AR6023302
0
17% concentration as given vith decreasing temperature, the
absorption of ultra-
sound in the solutions increases; the increase is especially
strong at concentrations!
42% -- 48%. In the entire temperature range, these
concentrations correspond to an
absorption peak which becomes smoothed out with increasing
temperature and shifts
slightly towards larger concentrations. V. Shutilov.
[Translation of abstract)
SUB CODE: 20
2/2

L 30229-66 SIT (m)/T/E*WP (w)/EWP (t)/ET 1 __ 1,P(c) JD/JG
ACC NRs AP6013825 SOURCE CODE., UR/0189/65/000/006/0063/0068
AUTHOR: Panteleymonov, L. A.; Nesterova, 0. P.; --&.-K. G -
Sokolova, I. G.
ORG: Chair of GenerIlSlemistry, Moscow State University (Kafedra
obs~'&Y khimill
mosk~oigk-iy gosudarstvennyy un_1`ve`F-s1t_e_t_T_
10
and tanta T
TITLE: Interaction of ruthenium lum
SOURCE: Moscow. Universitet, Vestnik. Seriya II. Khimiyaj no. 6,
1965, 0-68
TOPIC TAGS: ruthenium alloy, tantalum alloy, alloy phase diagram, -x
val O"IcAls i's
V1Cv-'*&X-'e'SS 'CT-45to-k le'Akice -,krucAuil
ABSTRACT: Alloys of the ruthenium-tantalum i tem were investigated
by microscopic
and x-ray analyses, measurements of hardnessNisd microbardness, and
determination of
the melting point and electrical conductivity in the 50-7000C range.
Homogenized spe-
cimens were quenched 1 /water from 1800, 1500, and 14000C after
being first kept at
these temperatures fo;2 0-15 hrs. Annealing in evacuated quartz
ampoules lasted 1500
hr. The pha e diagramNof the system is given. The crystal structures
of cast, quench-
ed, and annealed alloys of various Ru contents are described. The
microhardness curve
showed that the solubility of ruthenium in the compound TaRu at 1800
and 8000C is 21
and 18%, respectively. Visual observation of the start of fusion of
homogenized spe-
cimens showed that the compound TaRu melts at 20500C, a eutectic
equilibrium takes I
place at 19500C (eutectic point at 70% Ru), and the minimum of the
solidus curve is
UDCt 669.017.11

-L 30229-66
ACC NR: AP6013825
located at about 44-45% Ru and 19700C. The lattice constants of
the various alloys
were determined by the powder method. It was noted that in the
0-50% Ru range, the
minimu-n of the solidus curve, maximun, of the hardness curve,
and transition of the
body-centered cubic lattice to a tetragonal lattice correspond
to the same composition
('14-45% Ru). Orig. art. has: 6 figures.
SUB CODE: 11,10,0/ SUBM DATE: 25Apr55/ ORIG RErt 602/ OTH REr:
003
c.,,j 2/2 (V

A19MMANOV, K, T. and SHUUMMCH., M. G.
"Propagation of Ultrasound in Ethyl Alcohol Vapors."
report presented at the 6th Sci. Conference on the
Application of Ultrasound
in the Investigation of MRtter, 3-7 Feb 1958, organized
by Min. of Education
RSFM and Wscow Oblast Pedagogic Inat. im N. K.
KrupsRnya.

. AKHMETZYANOV M. (34vIinskiy rayon, Tatarskaya ASSR)
~~ ~
Cooperative work. Pozh.delo 3 no.4:21 Ap '57. (KLRA 10:7)
(Tatar A.S.S.R.-Petroleum Industry--Fires And fire
prevention)

ALRM&NMOV, A.Ya.,P-rof.; AMMTZYANOV, M.Yb.,inrh.; VASNOV,
L.A.,inzh.
Using the photoelastic method for investigating triple hinged
plated disk-shaped arches. Trudy NIIZHT no.14:53-98 158,
(MM 12:1)
1. Novosibirskiy institut inrhenerov zheleznodoroxhnogo,
transporta,
(Photoelasticity) - (Arches)
I
I

S/207/61/000/006/012/025
A001/AlOl
AUTHORS- Aleksandrov, A.Ya., Akhmetzyanov, M.Kh. (Novosibirsk)
TITLE- Investigation of plane elastic-plastic problems by means
of photo-
elastic coatings
PERIODICAL: Zhurnal prikladnoy mekhaniki i tekhnicheskoy fiziki,
no. 6, ig6i,
99 - 110
TEXT: This article deals with investigations of elastic-plastic
problems
by the polarization-optical method using photoelastic coatings
applied to metallic
bodies being investigated. The authors propose and
experimentally test some gene-
ral methods for separating strains and determining stresses in
both elastic and
plastic regions of the bodies being deformed. Stresses in the
elastic region are
found by means of the optical difference of polarized-light
beams passing normal-
ly through the coating and by using the Hooke law. To separate
main strains,
various methods can be employed: the method of transverse strain
(in case of in-
vestigating bodies being in the plane strained state), methods
of graphical inte-
gration of differential equilibrium equations, and the method
based on using equa-
tions for joint strains. The elastic region of the body being
investigated can

S/207/61/'000/006/012/025
Investigation of plane elastic-plastic problems ... A001/A101
be distinguished from its plastic region by using the
phenomenon-of change of

Poisson coefficient, associated with
appearance of plastic deformations. In plas- -

tic regions
stresses can not be Inferred from the knowledge of patterns of
strain-
ed state without one of the assumptions following from various
theories of plas-

ticity, such as deformation theory and theory
of flow. The authors then list the

basic assumptions made and
describe the methods of determining stresses when each

of them-is
employed; they are as follows. 1) directions of main normal
stresses

and strains coincide; 2) intensity of stress Is a known
function of strain in-

tensity, independent of the form of the
strained state; 3) volume strain is pro-

portional to mean normal
stress, and 4) main tangential stresses are proportional

to main
shears, TechniqUes of experiments are described. Epoxy resin 3A
-6

(ED-6) wa's applied as a material for photoelastic coatings,
and its properties

and methods of application are enumerated. Two
devices of one-sided arrangement

were iised for polarization
analysis of strains in the photoelastic coatings.

Their principle
of operation is described, As an example the authors present

graphically the results of investigating a strip with a
circular'aperture subject-

ed to tension, employing two of the
mentioned assumptions. It turned out that

the assumption of
coincidence of directions of main stresses and strains is unfit,

for this case, whereas the assumption on a functional relation
between Intensities

S/207/6 I/000/006/b 12/025
Investigation of plane elastic-plastic problems A001/A101
of strains and stresses yields satisfactory results. The
conclusion has been
drawn that with development of plastic deformations, directions
of main stresses
turn relative to directions of main strains. There are 7 figures
and 23 referen-
ces, 13 of which are Soviet-bloc.
SUBMITTED: August 15, 1961
Card 3/3

- - . m
AKHMETUANOV, H,,Kh., inzh.
Separation of shresses without using an isoclinal line. Trudy
NIIZHT no.24%153-161 161. (Kn 16: 5)
(Strains and stresses)

AMMTZYANOV, M.Kh.9 inzh.
M9asur;LiW elastoplastic, deformations using
photoelastic coatings.
Trudy,fIIZHT no.24tl63-173 161. JMIRA 1615)
(Deformations (YAchanies)) (Photoelastici~y)

S/179/63/00o/ool/022/032-~
~UTJIOR. Aklimetzyanov II.M. (Novosibirsk)
TITLE: Investigation of the stress concentration'in the
plasticregion with -the aid of photoelastic coatings
PERIODICAL: AI(ademiya nauk SSSR. Izvestiya. Otdeleniye
nauk. Mokhanika i mas1iinostroyeniye,
no.1, 1963, '159-162
e previous wor
T EXT The pap r is a continuation of k
'(A. Ya. Aleksandrov, M.Kh. Akhmetzy'anov, PINI no,6, ig6l),.
M
_0 Preliminary experiments were..carried out to assess.the effect of
non-uniform strain distribution in the photoelastic coating on the
.,results, obtained.. The errors.were found to be small, except in
regions of high stress concentration. The main experiments were
carried Iout on .Dural -A -VT (D-lT) in tension and Dural A-16 AM
(D_16AIQ in bending, the photoelastic coating was of the type
M (ED-6M). The stress concentration factor is plotted as
a function of'stress,in the plastic region for specimens
containing circular holes and semicircular notch;s-of varying
radii.. The general, picture is one of constant stress
Card 1/2

!ACCESSIOIT NR: AP4018"6 S/0179/64/000/002/0199/020i
!AUTBOR; Akl=otzyAnOV, M. Xh. (Novosibirsi)
ITITTU: Application of the photoolastio oosting method for
determination or stress*&,
and-defozzmations in plates &ad shells
..Somwm LN sSSR. Izv. Otdo tokh, nauko Makhanika i
mashinostroyaniye, no. 1,
1964, 199-201
10FIG TAGS: Photoelastio coatings photoolasticity,, photoelastio
stress determins.-
ion, photoolastio stress analysis, phot alastio stress
determination method,,
w Vo
e.001astio shall investigations photoolastic plate investigation,
elasticity,
ph
;elastie shall, elastic plate, stress analysis, stress, strain,
deformation
STPACT. The use of existing methods for determination of stresses
in flexible
'Plates and shells according to the data of normal x-ray
examination of modols made
':of en optically active matorial through their entire thiokness
(See Aban. Mi. Ko and
Saks, E. G., Opticheskiyo yavlaniya pri proevoohivanii oboloohok,
Sb. "Polyarizat-
,sio,ar-o-optichoskiy metod iseledovaniya napryazhauLy". LGU, 1960)
or through their.
iniddle surface (See 1-lonch, E.s Photoelastio Investigation of
Shells by Ueans of a
'3XIOdal in vhose Middle Surface a Semitransparent Uirror Layer is
Inbodded. Actes

ACCESSION NR: AP4018446
IX ConSr.. Internat. 119oan. Appl.* 1957, vol. 8) is complicated by
the necessity for
t&inz into account the affect of rotation of the quasiprinoipal
axes through the
~hidkae3s of the model and is possible only for purely elastic
problems. In the
prosent work there is an examination of a method for studying these
structures with
'the help of photoolastio coatings* It is shovin that the problem
of dotermination of,
stresses and deformations in flexible elastic plates and shells
according to thedaU
of a polarization-opttoal study of the coatings is solved quite
simply and oca-
pletoly# The samples examined vere made of brand D16AM duralumin
with a costing of
ED-6*11 material. Photographs of the surfaces under loading are
given. "The author
expresses gratitude to.A. Ya. Alaksandrov, for,setting up Us given
problem@* Origo
'art* has: 2 figures# 20 foz=ulu.,.
ASSOCIATION't none
SUBIMITIMM: ISAv&82 DATE ACQ1 23M&r64 EXCLs 00
SUB COM A? '10 REF SOV& 004 OTMS 001
:Card.

7T'
AP6OM322. SOURCE CODEI UR/0373/65/000/006/00&./OM
AUTHORI Akhmetzynnov, M. Khe (NovonibIrak)
VS
ORG: none A12
TITLE: On application of p-hotogInatic f13w for investigation of
aholln
'2,
SOURCEt AN SSSR, Izvestlys. Makhanika, no. 6, 1965p 8446
TOPIC TAGS. . photoelasticity, elasticity theory, shell theory, shear
stress,
banding stressp error measurement
ABSTRACT: It is shown that errors introduced by rotating the
principal deformation
direction alongthe film thickness depend on the relative shell and
film thickness
and can be reduced by reducing the film thickness to permissible
levels$ The angle
between the direction of the principal deformation on the outside and
the inside of
the film is giTen by
h sitt 20
d
where d is the film thickness.. It is shown that the maximum rotation
> W (S < 0)
Mal Ct9 P
occurs at k + Vzo. To determine the rotation-introduced errors, it is
assumed
Lc-ard ------

13343-66.
ACC NRI
AP6=322
~-that~the characteristic direction coincides with the direction of
the principal
axis of deformation that rotates vith it. Expressions are then
derived'for the
relative error In determining the difference between longitudinal
bending and shear
deformations -EX - i~)n A-(LI"X - E7)M where subscripts n and a
M
indicate membrane andbanding deformationog respectively. Vnder
maximum,rotation
conditions, these expressions are approximated by
9v), A'(sx (i - N-')-..
correct to ordor N -2 The percent errors in the membrane and banding
deformations
for N = 10 are tabulated for several values of.k and Orig. art. hast
n. equa-s
tions and 1 table.
SUB COLE: 13p 20/ SUBM DATEt 29.Apr65/, ORIG REF: 003
L Curd 2/2

L 29829-66 EWT(d)/EWT(M)/DiWrtwl/Plffr%v~,frl--N't IjFk 0 j
ACC W AP6011327' SOURCE CODEt UR/0198/66/002/003/0-0Oi/000-9
AUTHORSt Aleksandrov, A. Tas (Novosibirsk); Akhmetzyanovp X.
Kh.1 Rakjzp,A. S. ~3
ORG: Novosibirsk~y Inatitate of Railroad Transport Engineers
(Novosibiriskiy insti-but
inzhenerov zhele-doro 'transportft)
TITILEs A study of -elastoplastio deformation of shells with
openings and reinforcements
by the method of 1FRo-toelastio coverinsm
BOURCEs' Prikladnejm makhanikap v. 2y n9- 3v 1966, 1-9
TOPIC TAGSt shell, cylindric shellg photoelasticity, stress
measurement
ABSTRACTs Experiments were performed to study the stressed
state of cylindrical shells
with reinforced and nonreinforced circular, square, and
rectangular openings in
tension and in torsion. The experimental method used is the one
of photoelastic
coverings$ in which the surface of the shell is covered with a
thin covering of an
optically active material.' Shell deformations under loading
are transmitted to the
pbotoelastio covering and are mmi ested in the covering as the
dual wave radiationg
Aich is measured with the aid of a polarization device for
reflooted light. The
equation
2C aj dz,'
expreanes the relationship of the optioWi difference of shift 8
with the difference of
Card 1/9

ACC NR; ATNU210.5 SOURCE CODE: UR/0000/66/000/000/0196/0205
Kh.
AUTHOR: Akhm~~t7
ORG: none i
TITLE: The study of complex slape work pieces in elastoplastic
equilibrium by
p%otoelastic coa~in& method
SOURCE: Vsesoyuznaya konferentsiya po
polyarizatsionno-opticheskomu metodu
issledovaniya napryazheniy. 1~h, Leningrad, 1964.
Polyarizatsionno-opticheskiy
metod issledovaniya napryazhen:*.y (Polarizing-optical method of
investigating stres-
ses); trudy konferentsii. Len:ngrad, Izd-vo Leningr. univ., 1966,
196-205
TOPIC TAGS: photoelasticity, ,tress analysis, nondestructive test,
test method
I ABSTRACT: Peculiarities of ap1jication of photoelastic coating
method in the study
of work pieces with complex sh:..pes characterized by curved
surfaces are described.
Special methods of applying bi-.-efringent materials are described
'Which differ if
tests are to be conducted at r.)om or freezing temperatures. In
the former case ED5
epoxy resins with polyethyline-polyamine hardener are applied at
temperatures-of
18--20C permitting maximum deformations of 1.5--2% to be measured.
in the latter ,
the same coating is applied at temperatures of 120C. Two types of
polariscopes
suitable for these tests are (.escribed: a 6 degree-of-freedom
oblique-incidenrce
and a direct incidence polari.,; cope (model PP-1). Since the
normals to the work
Card 112

ACC NRt AT7002105
piece surfaces differ at different points the observations must
be-carried out point-;'
by point. The deformations are then divided into appropriate
coordinates using
Cauchy, Saint Venant, and other methods based on superposition of
deformations.
Ma"hematicAl equations are also given for differentiating between
plastic and elastic
deformation regions. The design of the polariscope discussed was
developed by Engr.
A. S. Rakin. Orig. art. has: 12 formulas and 6 figures.
SUB CODE: 14/ SUBM DATE: 14Jun66/ ORIG REF: 002/ OTH REF: 001
2/2

a
~YIMYEV, G. b
conomic efficiency of intercollective-fam production c:pperatives.
Vop. ekon. no.8:151-155 Ag 161. (YJRA 14-7)
(Ukraine--Collective farms-Interfirm cooperation

VARSHAVSKIY, K. (Leningrad)JI40NOPWYA, V. (Moskva);
ADDEM, G. (Cheboksary)
Study of the problem of the transition to communi=.
Sots. trud
8 no.9tl49-155 S 163. (KRA 16:10)

AKHNEYEV, Guriy Nikolayevich, kand. ekon.nauk;
KOGAN, Ye.Lov rked.
(Labor cooperationl Kooperateiia trudae Moskvap
Znanle,
1964. 3.1 P. (Noyce v zhizni, naukep tokbnike. III
Seriiat
Ekonomika, no.21) (MIRA 17:11)

SUKHANOVSKIY, S.I.; AMMINA, Ye.I.
Effect of the chemical composition of hydro3,ytic ligni4.on the
,physicomechanical 'properties and structure of granulated coals.
Wur.prikl.khim. S5 no.12:2754-2760 D 162. (KRA 16:5)
1. Gosudarstvennyy nauchno-issledovateliskiy institut gidroliznoy
i sullfitno-spirtovoy p onysh 3nnosti.
(Coal)

SUKHANOVSKIY, S.I.; AKHMINA, Ye.I.; MIWVANOV, A.V.
Granulated coal from the hydrolysis lignin of
cottonseed hulls.
Gidroliz. i lesokhim. prom. 16 no-5t24-26 163. (MIRA
17t2)
1. Gosudarstvennyy nauchno-issledovatellskiy institut
gidroliznoy
i sullfitno-spirtovoy promyshlennosti.

SUKHANOVSKIY, S.I.Y- AKMI,MIA Ye.J.; PODGOIUIAYA, T.A.;
BEZ12ZGIN, E.S.; NEMCHE"NKO,
A.G.; YUD U.
Contact pyrolysis of the settled tar fro.,.q the
thermolysis of hydrolyzed
lignin. Gidroliz. i lesokdiim. prom. 17 no.5;3-7-18 164.
O-UF~A 1?: 10)
1. Gosudarstvennyy nauchno-isslodovatellskiy institut
gidroliznoy i
sulifitno-spirtovoy prmy-shlemosti- (for
Sukhanovskiy,-Akhmina, Podgorixy).
2. Vsesoyuznyy nauchno-isslealovatellskiy institut topliva
(for Beamozg-in.
Nemchenko, Yudkevich).

S. I.; ~LKR JINA q,~.; YEWSTIFErEVA, E.B.;
KJJARLAMOVA, Me
SIJKIIANOVSKlY) L__,_X_
Chemical composition of the organiLc and ash parts
of hydrolysis
lignins. Gidroliz. i lesokhim. prom. 18 no.5:15-17
165.
(MIRA 18:7)
1. Vsesoyuznyy nauchrio-issledovatellskiy institut
gidroliznoy
i sulffitno-spirtovoy promyshlennosti.

AM-=SKAYA, V. S.
"Soviet Fine-Scale Maps and Atlases." Cand Geog Sci,
Leningrad State U,
Leningrad, 1954. WhGeol, Nov 54)
Survey of Scientific and Technical Dissertations Defended
At USSR Higher
Educational Institutions (11)
SO: Sum. No- 521, 2 Jun 55
of

OKHM11JF-_~E:V, (~.Ya_ %40-
~' ~ IS, G.L.; AIMINWN, G. Y&.
[Hardening tool stool-in electrolyte I Zakalka v alektrolite in-
strumentalliqkh stalei. Moskva, Goo, nauchno-takhno izd-vo %a-
shinostrolt. lit-ry (Urolo-Sibirskoe otd-niel 1952. 25 p,
(Tool steel -- iLLectrometallurgy) (MIaA 8:5)

AKHMMVSKAYA, V.S.
A good te3dbook of geodesy(f Geodesy" by S.A. Murashev.,
N.A. Paizanskiij,
K.P.Pano-va. Reviewed by V.S. Akbmylovskaia). Good. i
kart.
no. 4:75-76 Ap 161,, (MIRA 14:5)
(Surveying) (Murashevp S.A.) (Paizanskii, N.A.)
(Paftova., K.P.)

~ICGESSIOR NRs AR4023282 .5/0270/64/000/
jl~:SOURGRj RZh. (Isodeslya. Abs. 2.52.39
V. S.
I;'AUT9ORs Akhrw0lovskaya
TiTrz s on the problem of the accuracy and ultboate accuracy of
scale
MTO SOURCEI Uch. zap. Dallnevost. un-t, vy*p. 6. 1963, 53-56
Topic TAGss geodesy, topoloij7p trigonometry
NSLATION:1 A deftnit~on of the concepts of "accuracy of acale" and
"ultimate
,accuracy of scale" is glyen, The first term occurs only in the use
of graphic
..!(linear and lateral) scales, but we apply the second to all
scales. Accuracy
04 scale is a linear quantity in a localitv correspomling to the
least division
0:01 the given scale, Accuracy of scale is a variable quantity even
for one and
,the same numerical !3cales and depends upon the method of
constructing the linear,
..,and lateral scales* - Ultimte accuracy is the length of a line
in a locality
correspondUW -!oR graphic. accuracy (OoOZ This qwntitr is constant
for the

IVANOV? n.0., kontr-admire.1, AKHMYI,OVSKTY,
I.Ye., kap-Itar. 2-go ranga
For close cooperation of navigatora and
hydrographers. Mor.
sbor. 48 no.709-61 J! 165. (MIRA 1M)

. I . I I % - , , . z" ; I , ~ 1 , ,~ r . i ; , ,
,, . II
, . . . . , - . , t, ~ 1, - " - , 0 . -
Analysis of awmonia and a-=onium nitrate 2osses
during neutrali-
zation in the production of amonium nitrute. lniim.
prom. 41 no.1-
15-18 Ja 165. OITRA 18:3)

AKHNAZAROVA, S.L., inzh.; KAFAROV, V.V., doktor takhno
nauk
Automatic control of the neutralizer usee In the
production a=cn4-um
nit-rate. Pakh. i avtom. proizv. 19 no.8,25-27 Ag t65.
(Mou 18-.g')'

L 1�287-66, LW(n)/M(n)_2/EWP(t) IJP(c) JD
ACC NR: AP6002507 SOURCE CODE1 UR/0286/65/000M~/0016/0016
AUTHORS,: Akhnazarova, S.:L.;.KAfarov V. V.; Ordyati, V. A.;
Kalashyan,-V9 M#
ORG:- none
TITLE: A method for automatically regulating the process of
neutralizing nitric
acid in-the production of ammonium niter. Class 12, No. 176572
SOURCE: -Byulloten' izobreteniy i tovarnykh znakov, no. 23, 1965t 16
TOPICTAGS; niter, nitrogen corapoundi ammonium, nitric acid
ABSTRACT: This Author Certificate presents a method for automatically
neutral-
izing nitric acid in the'production of ammonium niter. The method
involves
adjusting pH of the alkali by changing the feeding rate of nitric acid
and or-
c
recting the concentration or nitric acid, To optimize the process.,
the pressure
of the liquor vapor is also adjusted.
SUB GODEt OV SUBM DATEt 13Mar65
Card UDG.i 66.-503.51:661.525.3

WEVALIM, Yu.G.; GUSEYNOV, M.M.; MKHTIYEVA, F.A.;
AKHIUMOVA, Sh.S.
Production of chlorinated hydrocarbons by ethane
chlorination
in a fluidized catalyst bed. DokI. AN Azerb. SSR 18
no.5:11-15
162. (KMA 15:7)
1. Institut neftekhimicheakikh proteessov AN AzSSR.
(Hydrocarbons) (Chlorination)

AMWAROVA, V. D.
Dissertation: "On the Question of Suprarenal Inflammation
During Experimental
Diphtherial Intoxication." Cand Med Sci, Acad Yed Sci USSR,
22 Jun 5h.
(Vechernyaya Moskva, Moscow, 11 Jun 54)
SO.- SUM 31811 23 Dec. 1954

ArMIA AROVA,,,Y-.D-.
The effect of high temperature of the environment on the
resistance of animals to dysenterial toxin. Zhur.
mikrobiol.
epid. i immun. 27 no.2:76-78 F 056. (MIRA 9:5)
1. 1z laboratorii fiziologii, immuniteta Instituta
normallnoy i
patologichaskoy fiziologii AM SSSR.
(DYSMPMY, exper.
eff. of high temperature on resist. of rabbits to
dysenterial toxins)
(TFJOUMTURE. eff
on)
(HUT, eff.
on resist. of rabbits to dysenterial toxinB)

AIUASAROVA, V.D.
Iffect of environmental high temperature on immmmological
reactivity
In animals; author's abstract* Zhure-mikrobiol. spid. I
immun. 29
no-7:109 Jl 158 (MIRA 11:8)
1. 1z Inatituta normallnoy i patologicheakoy fiziologii ANN
SSSR.
OTSOMT, BACILLART. immunology,
off* of heat in animals (Run))
(HEAT, effects,
on dyeenterial immunol. in animals (Rua))

AZHHAZAROVA, V.D.
Role of the pituitary in the mechanism of de7elopment of
structural
tissue lesions in diphtherial intoxication; preliminary
communicatione
2hur.mikrobiol.spid. i imun-'30 no.1:102-105 Ja 158.
(MIRA 12-3)
1. Iz Institute normallno7 i patologicheskoy fiziologii
AMN SSSR.
(PITUITARY GLAND, effect of excision.
on histol. reactions to diphtherial toxins (Rus))
ORTNKBACTERIUM DIFHTFMI 9
toxin histol. off in hypophysectomized animals

AYJUWMOVA, V.D.
Influence of hypophysectmy on the reactivity of the
body
in diphtheria intoxication. Biul. eksp. bial. i
med. 52
no.9:32-36 S 161. (MIRA 15:6)
1. Iz laboratorii fiziologii immuniteta
(zaveduyushchiy -
doktor biolog.nauk D.F. Pletsityy) Instituts,
normallnoy
i patologicheskoy fiziologii (direktor -
deystvitellnyy
chlon AM SSSR V.V. Parin) AM14 SSSR, Moskva.
1-1-redstavlena
deystvitellnym chlenom AHN SSSR V.V. Parinym.
(HYPOPHYSECTOKY) (DIPHTHOIA)

WMUNS M.T.; AKRNAZARYAN., A.A,; KAZARUN.. P*A*
Syntheois of eoum now barbiturates and
thiobarbiturates.
Report No.l: Production of 3-alkyl
(ax7l)-5-CF-methoxywtbyl-Y'
chlorocrotyl)-barbituric and thiobarbiturio acids.
Izv.AN Arm.
SSR,Xhim,nauki A noolz63-65 1619 (MRA .1515)
I* Yerevanskiy gomxdarstvenn~7 universitet, kafedra.
organichoskoy
khi"44. -
(Barbiturie acid)

88406
S/020/61/136/004/014/026
B016/BO75
AUTHORSt Mikhaylov, B. N., Akhnazaryans A. As, and Vasillyev,
L. S.
TITLEt Synthesis and Properties of Tetra-n-propyl Diborane and
Tetra-n-butyl Diborans
PERIODICAM Doklady Akadsaii nauk SSSR, 1961, vol. 136, Ko. 4,
pp. 828 - 831
TEXT: The authors studied the reaction of diborane with
tri-n-propyl boron
and tri-n-butyl boron in otheric solution, and determined the
following
facts$ 1) When passing 1 mole of diborane through a 4-mole
solution of
boron trialkyl at room temperature, tetraalkyl diboranes are
produced in
a yield of 70-85%, i.e., tetra-n-propyl or tetra-n-butyl
diborans. 2) When
using an equimolsoular quantity of diborane, an asymmetric
di-n-propyl
diborane is isolated by distilling the reaction products. The
second
synthesis method is based on the reaction between diborane and
olefins
(Ref-4). This reaction is catalyzed by different others.
Reaction of
diborane with propylene-1 and butene-I (ratio 1 1 4) at -70 to
-300C in an
etheric medium resulted in a 48% yield of totraalkyl
diboranes. The latter
Card 1/3

88406
Synthesis and Properties of Tetra-n-propyl
S/020/61/136/004/014/026
Diborans and Tetra-n-butyl Diborans B016/BO75
are completely stable up to 1000C and can be distilled in
vaouo. In
benzene solution they are partly dissociated into dialkyl
borane. Tetra-
alkyl diboranes spontaneously inflame in the open air. They are
highly
reactive and react with alcohols under the formation of dialkyl
boric acid
eaters. With aniline they form dialkyl ph*nyl amino boron.
Under the
action of mercaptans, tetraalkyl diboranes are converted to
dialkylthio-
boric acid. Such reactions are convenient preparation methods
for
synthesizing organoboron compounds, since only small quantities
of side-
products are formed. Tetra-n-butyl diboranes more difficultly
react with
glycol. In this case, almost equal quantities of glycol esters
of di-n-
butyl boron and n-butyl boric acid are formed, and, in
addition) tri-n-
butyl boron. From the formation of the latter, the following
was con-
oludeds The action of nucleophilic reagents causes a
substitution of
hydrogen atoms by tetraalkyl diboranes, and also a
disproportionation of
tetraalkyl diboranes into boron trialkyle and alkyl boranes.
Under the
action of a nucleophilic reagent, the alkyl borane thus forming
results in
an organoboron compound with a radical on the boron atom. On
the other
hand, boron trialky.1 remains either unchanged (e.g., in the
reaction with
glycol), or enters into'reaotion and, *.go, with morcaptan,
forms an

AYHNAZARYAN, A.A., SHAKIRIAZARYAN, G.M.;
KAZARYAN, ;,A., DOGYAN, M.T.
Synthesis and transformations ofeL-substitlit-
S--metbyl- g-hydroxy--r-caprolactones. Zjhur. ob.
khim. 34
no. 5:14'3-1419 My 164. (IMIRA 17:71)
1. Yerevanskiy gosudarstvenriyy uzdversil-.-~.t.

-10
AKh'NAZARYAN A.A.; KAZARYAN, S.A.; SHAKHANAZARYAN, G.ML; D-4NGYAN,
M.T~
I I
Syntbesis and transofrmations of diethyl esters of substituted
6-methoxymethyl- N'klilorocrotyl malonic acids. Zhur. ob. khim.
34 no.11:3561-,'-565 N 164 (MMA 18:1)

V x a it u a go is a-irn
a F a- , I A-1 -11-1 1~ j -7,;- ~* -a a
Ott? nf, Rates M,
of "headed "M rbC-"tg COMOUIA
0 !* Vistfick Mfl"~
,M~Khl M. Althoas
-Tit
&U-11w
=11stry of the mmentl ~, if. can tv P%prm-4,d fly
the rqualk"ll. 3p#,+ 2CO - flefe + e(k. C1h + C
IMI, The Wirt IO&VIS III-k-e 411-IY In IIIP SIWVlk-t
of 160. which trairls with LI) to ai%v Cth *oAt If.. Flo-
activity of nvientatkas incteafte with file C0 content .11
:he gas. To prothictO C0j, 16-301*~ NafC0i Is added to
he CIPRICHIAti"It 1111111., 11111 (IM01111013. Of high IVIMP.
IdK-f-
atird C01. 111W fricrorristion of lite rithatolled Illixt. i~
liftert! on of N*A) fit lite air; to thi. rod It it,
Withily Incolirt" and allow"I tit NIMMI In III, Olt until thr
nuuma is cut red with a white cosiluit of Njt,C4h cgirstab.
Worr use. the reffrurritted mitt. is drW and mixed
61th III-IA% sawthott or chatroul. Cer"rotatin" llfixt%.
couts. K*C0, (or IIOCO& hvitrad of Na.01,van Iw wrMcnet.
sit"I In Otte "fill- feet. A. tit I,
jk S aj L I, S(IAJLU"., 1111411110111 CLASIVOCAVIC
u 1111 &V IQ is
0 " a 9 11 00 10,n
0 0 0
ejo *
4A a 00 D 0 a 1 19 Its 543 0 3 6 V
to it se
111 0 0 0 # 0 0 0 0 0 0 0 0 0 0
.9ple a 0 0 * & 0 0 111 0 0 0 0 * 0
.00
.00
00
00
os
4:1111411
coo
Zoe
00
-00

AKHNAZARYAN.. N.G.; MESCHYAN) S.R*
A factor affecting the consolidation of loam.
Izv. AN Arm,
SSR. Ser, fizo-nat. nauk 13 no.3:115-125 162.
(NIRA 15;9)
1. Institut matematiki i mekhaniki AN Armyanskoy
SSR.
(Loam soils)

KAZUKOV, N.B.; AIAVIRDYAN, K.B.; AKIHNAZARUN R.-N.-
Madeirizing wines of varied composition. 1xv.AN
Arm.SSR. Blol. i
sallkhoz. nauki 9 no.9:103-107 S 156. (MIA 9:11)
1. Institut vinogradarstva i vinodeltya Akademii nauk
Armyanskoy SSR.
(KADNIRA WINS)

NIKOLAYBV, 1.A., doktor khimichookikh nauk; AMUTAURITANTS, N.A..
assistant.
94--,,=,Q-1~ -~- '- ~-
Investigation of foam inhibitors. Trudy MIIT no-82/83:88-93 '35.
(KM 9t8)
(Locomotive boilers)