SCIENTIFIC ABSTRACT ALEKSANDROV, A .I. - ALEKSANDROV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100820007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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Alubtrilke foW rest" IMM WOOOSOk ISYM Of thO West
slope of Ural, A, 1. Alckunilrov. ZdPli VI#J*Yus-
Otral. ObskwQ minkral.) 78.
No. 2. Iq_T-8(iQ49)i--The OCCUrmL-__- is In =ads and
ClArlih sediments. toatim with tivite, state. marcalite,
&n,l Whiffile conemliong. land gypstun covered by alluvist
sediments In 40-IM in. depth. IACQIIJ the marcissite 14 -
As~ml. with mejanterite land copiapite. The amberlike
trains are Irregular in shape, rounded, while or ash-
gray from innumerable air Inclusions, with a mAdish
brown crust. often Inteorrown with cocd or earth
particles. It his d. (higher in the dark-colored. tower in
the fight-Colarej "I"Pki) 1278-1,092; W ISIS-U%".
It is food. in benteric, nearly completely ". In AIc. or
ether. partly In CIICI, and H99%. It has landn"rence
with &A-gray or bluish tints. It Mello when heated t0-
110-140% becoming turblal. At 170* the resins melt with
evolutitm of bubbles. At 23D-M* a viscous melt Is
formed which is gradually decompd. at temps. up to 3W.
evolving vapors of an aromatic, carupborlike odor. Cbctn.
atw%sla: 16JW77.16% C; 9.57-9.%% IA; 13.27-
15 70 0; no S or N; 2.144.MTv ash (in snabalike
samples ucall 40
[kible). 1.43-1.6t% hurtiWity-, %
acidity no. ( .6 in amberlike samples); 85.47-116.43
wipon. no. The hlxb 0 and low 11 content of the resins is
retnArkable and clawifies, as amberlike "schrauffises."
which am m-,egW Immature ambers. W. H.
1"SL210.11A all ALLUKICAL 1110AIMP CLASMPKATIOx
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ALICKSANIKOV, A. I.
- 7 ~
Native tin in
Zap.Vses.min.
the In River (Central Urals) alluvial deposits.
ob-v& 84 ne.4:462-464 155. (MIRA 9:2)
(Is River-Tin)

USSR/CoBnochmistry - Geochemistry. Hydrochemistry, D
Abst Journalt Referat Zhur - Kbimiya, No 1, 1957, 707
Abstract: Tectonic forces appear to be another factor in the fo=ation of
,schungites. A chemical analysis of the schungite and achungite-
bearing schists has been carried out in air-dry, absolutely dry,
and hot masses. The chemical composition of the air-dry mineral
is as fallows (in percent); C, 92-75j H, 1.42j moisture, 2,153
ash content., 2.79; total, 99.11. Spectroscopic analysis revealed
only weak lines due to Mn.
Card 2/2

cbtontff 5clilsts. S111CWUS Itills$ J)hVildo, slates, radjularia
ja~Wx~.' digbtly wffide-bearizill '(pyrile cliallu)Pyrite).
a,, ibL old"t from
t-ub'. WhiliLlAtii-of iliteust 1r "am. 111dAinurp-hic dluugc-~
fruchim. Chou. nidyAq (rriuht): C 02.75";'L, If 1.42"'.
y0atiles not ~ietfl.; nnmti:re --w
%1a. Nlg, Si. Cu, V, , A!, C.-..t, aud A,i.
y3

ALKKSAIMROV, A.I.-
I . I--
Sphalerite from the"alluvium of the Mezhovaya UtIm and Shaytanka
Rivers on the western slope of the Central Urals. Zap. 7ses. min.
ob-va 88 no.1:105-107 159-* (MIRA, 12:3)
(Mezhevaya Utke, Valley-Sphalerite)
(ShayUnka Valley--Sphalerite)

-14
I-. -
VOWN6KIY: ~S.; ALEKSANDROV P A. I.
------
Using deep etching for removing decarbonized layer from metal
surface. Sbor. rate. predl. vnedr. v poi2v. no.2:26-27 161.
(MIRA 14:7)
1. Zavod "Dneprospetastallu;. (Etching)

hTaMiMROVI. A.~I a -
Using local forces in building and repairing highyayu in ulugm
Province. Avt.dor. 22 no.1:15-16 Ja 159. (MIRA 12:2)
I . 1. liachallnik Kaluzhakogo oblupravtoshoodora.
(Kaluga Province--Road construction)

ALEKSANDROV, A.I., mashinist.
The daily average runs can be increased. Elek. i tepl. tiaga no.2:
9 F '57. (MLEA 10:5)
(Railroads--Management)

-,..-AIEXSftNDROV,,A.I.. do)ctor mod.nauk; K(1)14ARCVICH, G.M., kand.md.nauk,,,
LEHEDEVA, Z.P., kan'..med.nauk; LOYT, R.L., kand.med.nauk
Effect. of excessively intemse noise from jetu engines on the organ
of hearing. Vest. atorin. 25 no.5~15-21 S--O 163. NIRA 17w-'+)

AIZKSANDROf, Aleksandr Kapitonovich; SHCHICRBAKOV,A.D., redaktor; MARK(YA,
or
[Permanent commission on communal dwellings of the City Cauncil of
Workers' Deputies; work practice of the Stavropol Permanent Com-
mission on Communal Dwellings of the City Council of Workers' De-
puties] Postoiannaia zhilishchno-kommuuallnaia komissiis gorodeko-
go Soveta deputatov trudiashchikhoia; iz op a raboty postoiannoi
. 7t
2hilishchno-kommunallnoi komisaii Stavropollsk6go gorodekago Soveta
deputatov trudiashchikhoia. Moskva, Goo.izd-vo iurid.lit-ry, 1955.
45. (MLRA 9:1)
(Stavropol--Housing)

ALWANDROV9 A. K.
---
Additiotal furloughs for medical workers. Zdrav.Ros.Fedtjr.
7 no.346-48 Mr 163. (MA 16:3)
1. Zaveduyushehiy otdelom akhrany truda TSentrallnogo kcimiteta
profsoyuza meditsinsikh rabotnikov.
(VACATION, EMPWYES)

AUMIDROV, A.K. --"-
I
Awarding pensions for long service. Zdrav. Ros. Feder. 8 no.2:
/+3-47 F 163 (MA 17:3)
1. Zaveduyushchi-y otdelom okhrany truda. TSentrallnogo komiteta.
professionallnogo soyuza meditsinskikh rabotnikov.

MMEVKOV. B.Ya.-, TOLSTIKHINA, K.I.L,�LffS.AND.IIQV "L...
A.A _._
Tubular structure of serpophita. Dokl. AN SSSR 112 ria-3:
516-518 Ja 157. (MLRA 10:4)
1. Institut geologit rudnykh mestorozhdeniy, petrografii.
mineralogii i gookhimii Akademii nauk SSSR. Predstavleno
skademikom D.S. Korzhinakim.
(Mineralogy)

ACCESSION NR: AP4045795 S/0062/64/000/009/158311590
AUTHOR: Denisov Ye. T.; Aleksandrov, A.'L.; Shcheredin, V. P.
TITLE: Effect of hydrogen bondst the activitY of oxidation inhibitors
SOURCE: AN SSSR. Izv. Serlya khtmicheakaya, no. 9, 1964, 1583-1590
TOPIC TAGS: hydrogen bond, hydrogen bond formation, oxidation inhibitor,
peroxide radical, peroxide radical inhibitor reaction., hydrogen atom rupture
ABSTRACT: The inhibiting action of oxygen- contai-ning-compounds on the reacti-
ivity between oxidation inhibitors and peroxide radicaU' Kwas stu died. Theexist-
sind Inhibitors (M)
ence of t;~ro types of reactions between peroxide radicals ROii
as suggested by Ye. T. Denisov and V. V. Kharitanov (Zh. fiz. khim'&! 38. 639
(1964)) was confirmed: (1) rupture of the hydrogen atom from ihe inhibitor:
RO' + InH ROOH +
In*
t '10 R021n
and (2) reversible addition ofthe peroxide radical to the inhiblior molecule*.
carti 113

AccESSMN NRt AP4045795:
....... InH,.
RO
-RO + M InH ROOH + R021'
n
2
i The relative constants charc~6te7rlzing-both --reactions using ot -naphthol,and ac-naph-
thylarnine as inhibitor
a in media containing alcohols, ketones and hydroperoxides
&,ere calculated. The inhibit ing action of cyclohexanol and cyolohexanone on the
reaction of ROj withu-naphthol and 4of n-butanol, cyclohexanone, and cumyl
hydroperoxide on the rea*Ct-Lon of ROZ with at- naphthylamine was quantitatively
characterized. The hydrogen bond of the type ArO-H.... 0,-"fi formed between
the inhibitor molecule and the alcohol (butanol) hinders rupture of the hydrogen
f rom th-e inhibitor molecule and thus lowers its reactivity. Similar reduction in
reactivity of OL -naphthylainine by butanol was noted. The lowered inhibitor activi-,
ty caused by hydroperoxides was explained due to the formation of an amine-hydro-
peroxide complex rather than the hydrogen bonding only. The effect of the dielec"~
tric constant of the medium was examined: increasing alcohol content from 0- 10%
raised--E.onV 19 0 while -theInhibitor activity was lowered three times. Thub
4.-Ahe-lo retictivity RO-`
were d -attribut4dAsk e id-
I I I ~ 11 - ~ - 9- 2 w4s d- I ibi
hydrogen b6iid Iormation between.1he oxygen- qontaining'compoundi an
CarJ 2/3

ACGESSION NR: AP4019528 S/0076/64/038/002/0491/0494
AUTHOR: Denisov, Ye. To; AleksandrvvL~A.,
TITLE: Determination of relative reaction rates of peroxide radicals with
inhibitors
SOURCE: Zhurnal fixicheskoy khinii, v. 38, no, 2, 1964, 491-494
TOPIC TAGS: inhibitor peroxide reaction, alpha naphthol, baths naphthol, alpha"
nap~thylamine, beta'naphthylamine, cyclohexane, cyclohexanone'
ABSTRACT: Having reviewed different methods for determining the mechanism of
inhibitor action in oxidation reactions, the authors propose two new methods of
deteri~ining the relative constants of reaction rates of peroxide radicals with
inhibitors. Complex mathematical formulas are derived, curves are plotted
tables set up and conclusions made as follows* The proposed methods. are based
te of the inhibitor introduce'd in a very low concentration.
on the consumption ra
According to these methods, the relative constants of reaction rates of peroxide
radicals with o( and 4-naphtol and a~ and -naphthylamine inhibitors for
oxidation of cyclohexans and cyclohexanone Ile been determined* Origo art.
1/2
Card

ACCESSION NR., AP4019523
has: 3 figureso 14 formulaso 2 tables*
ASSOCikTION.- Tnatitut khtpUbiskoy fixiki AN SSSR (Ustituts of Chmiisl'
Physical AN SSSR)
sulmmu: 2amr63 DhTZ AC~-. 31mar64 AMW 00
SUB CODE: CvC 00 FJW SM 003 Or8gat 002
2/Z
Card-

ALEKSANDROY, Al.
On diagnostic errors in 'defective filling' of the greater curvature
of the stomach. Suvrem mad., Sofia no.4/5:81-86 161.
1. Iz Katedrata po rentganologiia i radiologiia pri Instituta zp,
spetsializataiia i usuvarshenstvavane, na lakarite. (fbikov. na
katedrata dots. G. Khadzhidekov.)
(STOMACH radiog)

AIZKSANDROV, Al.
.
Precontinent II. Nauka i tekh mladezh 16 no. 3:12-15
Mr 164.

AIZKSAND,IIOV, Al.
Sources of prestige. Nauka i tekh mladezh 16 no.9:12-14 S
164.
-1

ACC' NR, AP6034616 SOURCE, CODNt UR/0062/66/ooo/oio/ii7[C743
AUTHORI A3nk-~-nd__1V-A'Z4-DDnisov, Yo. T.
ORGt Institute of Chemical Physiosp Academy of Sciences* SSSR (Inatitut khimiaheskor
fiziki-AkAdemii nauk S,
TITLEs Elementary'rate constants of radical reAotiona in cyclohexanol undergoing
-oxidation
SOURCE3 AN SSSR. Izvestiya. Serlya, khimicheakaya, no. io, j.966, 1737-1743
TOPIC TAGS$- eyolohexanolp reaction rate, oxidation kinetics# free radical
AWTRACT4 The chain oxidation of an alcohol RH (ayelohwcanol was studied) can be
represented as follows (I being the Initiator)
I - free radical
R + O~ _*
R~*+ M1 -RR%H + R (2)
R *+ RV - mol. producto (6)
The aim of the atudy was toldetermine the absolute rate constants of reactions (2)
and (6). 7ho values obtained for these constants made it possible to analyze these
elementary reactions in greater detail. To explain the affect of the medium on the
Cnr,4 1/2 UDCs 1547.024+,541.127

ACC NRt AP6034616
oxidation of cyclohokanolp the rate constants of (2) and (6) m)ro measured In mix-
tures of cyclohexanol and chlorobenzene. The ratio of the conitants k2lV'W6 was
found by zaaAsuring the rAte of initiated oxidation and the initiation rate (method of!
inhibitors), and the method of photochemical aftereffect was usted to meamn-a the
ratio k2/k6t whence k2 and ~6 were deternined. Qrig. art& haot 3 figures and 4
tablen.
SUB CME1 071 SUBH DMI l8Xay64/ MM RIF$ 0091 OTH Wl 009
2/2

AL'u-17,1JOROV, A.M.
Reproducibility of mesa measurement results ori the IKS-11 spectrometer.
Opt.-makh. prom. 25'no. 2:24-25 F 158. (MIRA 11:7)
(Mass spectrometry)

HERSHKOV,.B.Ta.; TOLSTIKHIN&. K.I.; ALEU-AADROT, A.L.
Importance of electron "icroseopV for the study of tbq genesis
of cbryootile-aebestos and serpopbite. Trudy IGSH W-3l-36-45
'59- (14M 12:7)
(Blectron microscopy) (Asbestos)

I
11LEKSAN"DIPOV) ri.., .
21735 Fostroyeni.-- gipc.. etri-i ~ ~~a --t~- na 1 1 ana.*-h
gornbl,h. U901', 1949, No. 7, S. 28-31.
SO: LetopistZhurnallnykh Statcy, No. 29, lbsk-vv-, 194+9

AIMANDROV,A.M.,.inthener
Connecting trAnsit traverses with survey points in mines with
unstable roofs and swelling floor. U9011 30 no.9:37-38 S155.
(MLRA 8:12)
1. Shakhta imeni Lonina tresta Makeyevukoll
(Mine surveying)

AID P 2724
Subject USSR/Engineering
Card 1/1 Pub. 78 - 21/27
Authors Titkov, V. 1. and A. M. Aleksandrov

Title New hermetically closing seals for oil tanks with
floating roofs
Periodical : Neft. khoz., v. 33, #6, 83-88, Je 1955
Abstract : New designs of flexible seals for the space between
the roof rim and the tank shell are suggested for
pontoon roofs. Diagrams.
Institution ; Moscow Petroleum Institute Im. Gubkin; Experimental
Design Office of the Ministry of the Petroleum
Industry, USSR
Submitted No date

TITKOV, V.I.; ALNKSWROV, A-N- - b-MAONKO, I.A.
66LMW~~
Study of hermetic seals In floating roof tanka. Trudy VNII NP j20-5:
86-99 '56. (KM 90)
(Tanke) (Petroleum--Storage)

A7MMjgWO%V"vU,4_AL3KSRM, T.S.; KONSWTINOV, N*11p; FAVIOVSKIT, A*N.;
---.$NNHO LOSUK, V.I.; SARAM-, V.P.; YNYMOVA, T.D., vedushchiv red.;
POLOSINA, A.S., tekhn. red.
[Computing volumes of petroleum products; manual for technical
personnel of tank farms) Kolichestvenuyi uchet :aefteproduktov;'
ru3mvodetvo dlia tekhnicheskogo personals. nefte3kladov. *ekwa.
Goa. nauchno-takhn. izd-vo ueft. i gorno-topli-raoi lit-ry, 1958,
330 P. .(Petroleum products) (KIRA 11s8)

HEI~Slt 41506A) VO/
MATSKIN, L.A.; KOVALHIIKO, K.I.; BAIJUKOV, V.G.; KONSTAITTINOV, N.N.;
PON%tARRY, G.V.; FALICHIKOV, G.H.; PXWICIHK0, L.G.; 5ffAY_kRDIIF,
V.M.; GLAIKOV. A.A.: BRILLIAN, S.G.; SH97' MX, Y.Ya.; SOSHGE3H-
KO, Te.M.-, AL3KSAHMOV, A.M.- BUNCHN, V.A.; KRUPSSR, P.I.;
I GAK, Kh.A.; POTAPOV, G.M.;
MAYEVSKIY V.YaoOk~�ft IC,
KARDASH, I.M.; STEPURO, S.I.; KAPLAN, S.I.; IMIVANOV, T.I.;
YM316MO, N.Ya.; MIUZH, A.D.; USTINOV, A.A.1; GDON, G.H.;
VOLOBUYEV, P.P.; CIMWAK, I.L., nauchnyv. r'eds; DPSH.ALYT, M.G.,
vedushchiy rod.; GRITNAD'YEVA, I.M., tekhn.red.
[Combating losses of petroleum and petroleum prod-acts; materials
of the All-Union Conference on Means of Combiiting Losses of
Petroleum and Petroleum Products] Bor'ba s poteriami nefti i
nefteprodilktov; pa materialam Vessoiuznogo soveshchaniia Do bortbe
a poteriami nefti i nefteproduktov. Leningrad, Gos.naueb-no-tekhn.
izd-vo neft. i gorno-toplivnoi lit-ry, 1959. 157 P. (MIRA 13;2)
1. Nauchno-tekhnichaskoye obshchestvo neftyar.ov. i gazovoy pro-
myshlennosti.
(Petroleum industry)

TOROCHKOV, Ivan Mikhaylovich; SINMINIKOV, Aleksandr Vasillyevich;
MATMIN, Leonid Arkedlyevich; aMSKIY, Lev Box-Isovich;
GILIBMT, Stepan Fom1ch;~ALXz-MLMOV#_ Adol'f Moriteovich;
RASTOVA, G.V., vedushchiy red.;
[Automatic filling of petroleum products tank trucks] Avto-
maticheakii naliv nefteproduktov v avtomobil'Me taisterny.
Moskva, Gos.nsuchno-tekhn.izd-vo neft. i gorno-.toplivnoi lit-ry,
ig6o. 83 P. (MIRA 14:3)
(Tank trucks)

inah.; BAZHENOV, V.S., inzh.; BOBROVNIKO'l, B.N.,
inzh.; VAGANOV, M.P., inzh.; GUREVICH, B.M., inzh,.;
DZHIBELLI, V.S.J. inzh.; DROBAKH, V.T., inzb.; ISAKOVICH,
R.Ya., kand. tekhn. nauk; KAPUSTIN, A.G., inzh.; KONENKOV,
K.S., inzh.; MININ, A.A., kand.tekhn.nauk; PEVZNE'R, V.B.,
inzh.; PESKIN, G.L., inzh.; PORTER, L.G., inzh.; $YADILOV,
A.N., insh.; SLUTSKIY,,L.B., inzh.; FEDOSOV, I.V., inzh.;
FRENKELI, B.A., insh.;-TSIMBLER, Yu.A., inzh.; SHULIGIN,
V.Kh., inzh.; ESKIN, M.G., kand. tekhn. nauk; VOR3B'YEV,
D.T., inzh. Ldeceased]; SINELINIKOV, A.V., kand. tekhn.
nauk; SHENDLER,.Yu.I., kand. tekhn. nauk, red.; NESNELOV.
S.V.,, inzh., zam. glav. red.; NOVIKOVA, M.M., ved. red.;
RASTOVA, G.V., ved. red.; SOLGANIK, G.Ya., ved. red.;
VORONOVA, V.V.,:tekhn. red.
[Automation and apparatus for controlling and regulating produc-
tion processes in the petroleum and petroleum chemical industries]
Avtomatizatsiia, pribory kontrolia i regulirovaniia proizvodstven-
nykh protsessov v neftianoi i nettekhimicheskoi promyshlennosti.
Moskva, Gostoptekbizdat. Book 3. [Control and automation of the
processes of well drilling, recovery, transportation, and storage
of oil'and gas] Kontroll i av-tomatizatsiia protsessov bureniia
skvazhin, dobyehi, transports. i khraneniia nefti i gaza. 1963.
551 p. (Automation) (MRA 16:7)
(PetroleLn,i and supplies)

AtMANnROV, A.

ALMANMOV, Aleksandr MlkhiIporioh
Finances of the U.S.S.R.; textbook Leningrad Goofinizdat, 1952. 467
(53-19518)
W1208.A55

AWXSANIHOV,AJf.; BAGWRIN,A., redaktor; NAINZHDINA.A., redaktor; IWIISOVA.0.,
domw ', ~- 'TURFM chaskiy redaktor
[Fi-cev of the U.S.S.R.) Finansy SSSR. 2-e, peror. izd. [Ienin-
gradl Goofinlzdat, 1955. 367 p. (MLRA 9:4)
(Finance) (Buaget)

AT-EKSAMBOV, A., professor.
M.1enin and the finances of a socialist state. Fin,,SSSR 16 no.4.
3-12 Ap, 155 ' (KWA 8: 3 )
(I,en;n, Vladimir Illich, 1870-1924) (Finance)

- ALIKSAPROVL A skmancIr Mi professor; BACRURIN, A., otyststvannyy
ran --o-r--: YA. R., redaktor izdateltutva; I-ER11W. A..
teld2nicheskiy redaktor
[financial system of the U.S.S.R.] Ifinansovais sist3ma SSSR. Moskva,
Goefinisdat. 1956. 58 P. (KLRA 10:1)
Orinanoe)

ALEKSANDROV, A.-, profassor.
Let's put the scientific study of finance on a higbar level.
Fin. SSSR 17 no.9:9-17 S 156. OMLRA 9:10)
(Finance--Study and teaching)

ALS ANDROV, A.
-------------
Important task of the present. Sov.profsoiuzY 5 no.12:82-86 0 '57-
(MIRA 10: 11)
(Peace) (Trade unions)

ALSKSANMOV, A., professor: KOSTROMIN. G.. professor; ZHEVTYILK. P.. doteent;
Money circulation planning. Den.i kred. 15 no-3:32-36 Mr 157.
1 (MLRA 10:5)
(Banks and banking)

ALEKSAIII)RQV,-Alekssndr-Xikhaylovich, prof.; AT-I-A HVMTAN, D.A., prof.,
-I - otv.red.; TOLYPINA, 0., red.lzd-va; FILIPPOVA, B., red.i2d-va:
TWAGINA, To, tekhn.red,
(Finance in the socialist production of the mans of production]
Finansy v sotaialistichaskom vosproizvodetve. Moskva, Goofinisdat,
1959. 142 p. (HIU 1):4)
(Finance)
Ir

GUROV, A.N., dotsent; LOGINOV, A.P., dotsent (deceased]; RABINOVICH,
G.L., dotsent; RUSIN, Z.Kh.p dotsent; EYDINOVA, L.L., dotsentj
TC%RF,, I.F., prepodavatell; ALEKSANDROV".M., prof., red.;
FILIPPOVA, E.,, red.; LEBEDKV-,A~.,tDkbZ recl.
[State budget of the U.S.S.R.) Gosudarstvennyi biudzhet SM.
Moskva$ Gosfinizdat,, 1961. 560 p. (MUM 15:2)
1. Kafedra Gosudarotvennogo byudzheta SSSR Leningradskogro
finansovo-ekonornicheakogo inatituta (for all except Filippoval
Lebedev).
(Budget)

ALLAKHVERDYANY Derenik Akopovich, prof.; ALEKSANN411-441~,,J, prof.,
otv. red.; FILIPPOVA, E., red.izd-va; LEBEDEV, A., tekhn.
red.
[Finance during the period of the building of communism]
Finansy v period stroitel'stva kommunizma. Moskva, Gos-
finizdat, 1963. 11-1 p. (M`IRA 16:11)
(Finance)

ACCESSION NR: AR4015637 S/0081163/000/02210114/0114
SOURCE: RZh. Khimiya, Abs. 22G99
AUTHOR; Aleksandrov, A, N.; Skop, S. L.,- Karpovskaya, R. R.
~TITLE: Cryoscopic. method for determining the purity of individual compounds
CIT'E'D' "S*OURCE:
Sb. Metody ..issled._produktov nefteperarabotki i neftekhim. i IN,
sinteza. L., Gostoptekhizdat, 1962, 81-95
-TOPIC TAGS: purity determination, analysis, cryoscopic analysis, organic
:analysis, cryoscopic. constant, benzene, benzene purity determination
TRANSIATION: A method-is described for the cryoscopic determination of small con-
centrations (0.001-1.0 mol.%) of impurities in organic compounds,*and formul'to are
-presented which can be used for calculating the content of impurities from the-
~results of the measurements. The apparatus used for the purity determinations
;coasists bf a vessel with double walls, between which there is a vacuum (residual
~pressure of 10 mm.Hg), a testtube containing the material to be analyzed, a
;stirrer which moves up and down, and an 14K-54 thermistor with a temperature co-
,efficient of 40-50 ohms/degree. The resistances of the thermistor are measured
!by an MOD-54 bridge. After washing and drying the teattube, it is filled with the
!Card

~ACCESSION NR; AR4015637
!material to be analyzed and placed into the double-walled vessel, in which a
,vacuum is then created (residual pressure of 2-10 mm Hg). The vessel is then
,placed in a Dewar flask.containing a cooling fluid, along with the stirrer and a
:timer. The resistance of the thermistor is then measured, initially every minute
then, after the onset of crystallization, every 30 seconds until stirring
~stops. A cooling curve is plotted in R,z coordinates from the data obtained,
where R is the resistance of the thermistor and z is time. On the cooling curve,
;three points are selected: G(R SIg ), H(RH,zH) and I(Ri,zi) at whibh zH - z
9
.zi - zH- By extrapolating the equilibrium part of the curve until it interrects
,the vertical axis, one obtains zo (the time of onset of crystallization). From
,the formulas )V-1 lgRo+ lgK) and Xf = 1/(IgRg - lgK), where K is the thermistor
constant, the values of Y,03, Xf and AXO = Xo - Xf can then be found. The experiment!
:.is then repeated with a known amount of impurity and new values for4Xfl = Yo - Xfl~
:Are obtained in the same way. The value of a (the amount of im ity weighed out
in grams) can then be determined from the formula a2 M-D) ( + a Cl-k)
06.1- 1T7
;.(Db+ x)+ kDx-j -kxDb= 0 where b is the weight of the compound being analyzed in
!grams, D =M/Ho, M is the molecular weight of the impurity and Mo is the molecular
.,Weight of the pure substance, and the amount of original impurity can be determined!
from the formula ml= a/(a+ MAIO). The constant At for the compound for the
given thermistor can be.determined from the equation m2=A!(XO-Xf) where m2 is
Card 2/3
I I-T

ACCESSION NR: AR4015637
the mole fraction of the impurity. The cryoscopic constant of the compound is de-
termined from the equation A=A'/c lge where c is the thermistor constant. Results
are presented for the determination of impurities in benzene, distilled water and
dichloromethylcyclo-oxobutane. The cryoscopic constants were determined by inten-;
tional contamination of benzene with toluene, water with NaCl and dichloromethyl- ~
cyclo-oxobutane with dioxoapiroheptane. The formation of impurities.as the result'
of aging of dichloromethylcyclo-oxobutane for 6 months wan detected, the minimum
being 0.0006 mol.%. In order to,-.determine the impurities in small amounts.of
analyzable material (on the order of 1 g), a device is suggested in which the
sample is fixed in the center of a Cu block in a small flask of thin glass with an
external 6lectric heater. This system is placed in a Dewar flask with a regulat-1
able vacuum and is then immersed in the cooling solution. The sample in cooled to'
a temperatuie significantly below the melting point. After' crystallization and'
stabilization of the te4erature, heating is begun, the rate of heating being
regulated and recorded. The temperature of the product is measured with a thermisi.-
,.tor, the resistance of which is recorded every minute. The results are calculated'
from the melting point curves in the usual way. When the method was tested on
benzene and distilled water, the~relative error was +15% and the sensitivity of
the instrument was approximately 0.01 mol.%. Ye. Ma7rtyushina
:DATE ACQ: 07J4n64 SUB CODE: CH
ENCL: 00
Card 3/3..

AT ANDROV, A.4; MIKHAYLYAN, N.K.; SEDOVA, G.A.
Determination of small quantities of water in acetaldehyde
by infrared spectroscopy. Khim.prom. no.9'.570-572 'Ag 162.
(MIRA 15-.9)
(Acetaldehyde) (Water--Spee'tra)

AISKSANDROV, A.N.
Absorption calls usod in infrared spectroscopr. Opt.-mekh.pron.
25 no.5:17-23 M3r 15,a. (Him 11;q)
(Spectrum analysis)

AIEKSANDROV., A.N.; KTIGIAYLUN, N.K.
Determination of the moisture of organic compounds by infrared
spectroscopy. Khim.prom. no.5:313-320 My 162. (MIRA 15:7)
(Organic compounds--Spectra)
(Moisture)

PVIOVJ D.G.; ALEKSAPDROV, A.N.
Distribution of iron in the superficial sedimErit layer of
the Sea of Azov. Dokl. A14 SSSR 157 no.4:894-8,,6 Ig f 64
(141,11-4 17:8)
1. Rostovskiy-iia-Donu gosudarstvemnyy universi~et. Predstavleno
akademikom P.M. Strakhovym.

ALEKSANDROV, A.N.
.Boitom aediments of the Sea of Azov. Ckeanologiia 4 no-59856-865
t-64 (MIRA 18t1)
1. Rostovskiy-na-Donu gosudarstrennyy imiversitet.

'AIE ANPk A. N.
USSR/Petroleum
Oils - Mixtures
Dispersion
Jun 48
he Influence of Washing Admixtures on the Dispersion Quality of Oils," S. Ye. Kreyn,
R. A. Lipshteyn, A. N. Aleksandrov, 8 pp
"Neft Rhoz" No 6
Method permits evaluation of dispersion quality or oils, and action of correspondingg
admixtures on oils. Determines that dispersion action of oils at constant temperatures in-
creases with viscosity. Amount of dispersed matter is related to quality of crude oil
and ~- 'egree of purifteation. Curde oils from various sources, pufified by various
methods, react differently to dispersion admixtures.
PA 25/49T94

eP'- 52
SE/Chemistry - Spectroscopy,,- Emission S
III)afrared Emission Spectra of Heated Liquid and,
Solid Organic Films," N. G. Yaroslavskiy an".,W.
Aleksandrov, Leningrad
~7.hur Fiz Xhim, Vol 26, No 9, PP 1278-1283
With the aid of sensitive MR.equipment, the au Ithors
obtained diderete infrared emission, spectra in the
ran.ge of 1-5,u from liquid', molten, and solid org
,compds heated to 150-2006 C. The emission spectra
represented a reversal of the absorption spectra of
.the compda considered. These emission spectra allo
showed the expediency of applying the method to the
mol analysis of liquid, molten, and solid org compds.
Quanta comparison of the infrared emission and absorp-
tion spectra will enable detn of the equil. or non-
equil character of phenomena connected with emission.
263Ti~

,,,ALZKSANMV, A,; ATAMALYAN, B.; BYCHEDV, T.; DRUZHKOVA, L.; TELTUTINA, I.;
.71~zevl--'. t~" I* , L.: KOCHIMV, V.: RADYUKIX, M.: SP)3:TMKIY, V.; YR"-
KIN, I.: FOLINDNOV, L.; TSIMBUIDV, G.; SHIEDYAN, R.; SHAGIN, M.
Letter to the editor. Neft.khoz. 33 no.6:92 D 155. (MLRA 9:9)
(Oil well drilling-Equipment and supplies)

MYN, S.M.; KULAKOVA, R.V.; LUZHETSKlY., A.A.; EDPKIII, M.G.; AIRKSAIWMV. A.N.
Chemical and electric stability of oils. Xhim.i tekh.topi.ne.2,.60-68 7
'56. (Oil analysis) (HIRA 9:9)

Ll
ul-st w"

y the cul ~
FTS I
5 to p
mixturm
mcm -of Turbine-Msembli
Aleksmi&oy, t D. v
WI-CF-75TRIV41
t 1i%
'it id Ita va~.'
mYTI-8 in
All Aurbai
ast- -

AL'EKSAIMROV, A.P., akademik
We are today the explorers and pioneers of sciezees. Tekh.mol.
29 no.9:14 161. (MIRA 14:10)
(Science)

RDROV-~~~~vich, red.;. DEMM.
ALEK M A, Aarianns, Ivanovna;
SHMULUKOVSKIY, Yakov E-MMAnUJlOviCh*--SEGAI-!, Z.,G. , ved. red.
SAFRONOVA,J.M., tekbn.red.
[Methods'f6r analyzing the products of,petroletum refining aid
petrochemical synthesis]Metody i0eledovaniia produk-toy neftepe-
rera~otki i neftekhimichesiogo sinteza. Lringi-Ad, Gostoptekh-
izdat.0 1962. 231YO (MIRA 16:1)
(Petroleum products) (Petroleum chemiag1s)
Ij
'0

I,-,-TRMS j~e
IATION: _grome
ase -'owthiV e atki
d.

ALEKSAN'DROVI A.N.; D12-MITtYEVA, M.I.; FEDCIIMKO; G.S.; SKOP. S.L.,,
Ol
TYSOVSKIY, G.I.
Ahalyzing vin7ltdlUitWliy mass-speotometry and gas-liqu!.d
chromatography. nim. i tekh. topl. i masel 9 no.664-677
J064 (MIRA 1?:7)
1. Vsesoyuznyy naucbno-issledovateltakiy institut neftekhi-
micheskikh protsessov.

ATERSANDROX; A.jC,p kupltar 1-go ranga, ~VANOV., YU~M.:, kapitan 1-9~) ranea;
1 7 c.L., kapitan '--go ranga
A fundamental work. Mor. sbor. .1,7 no.4:91-93 Ap -64.
(MURA IS: 7)

llod!mentatlcm In th-, LLillow,~ Cff tne rl"Utrm -'f
.eZjj-,,, I
on the cxampl e cf the 11 4 V t7-r . () 1~ ~7 'I I ~ ~4 . ;"" "
65.
I. Rostovskiy-ria-Dova gcsuderstvinnyy
,asttyevayd stantal-ya.

B. T. R.
V, 3
Mar. 1964
Tax-Mes and
F ibors
-1195* Aeckale Silk. Otmshm, 'A. Altlsandmv. 'Vfjlgkj i
20, 195% It. 2 1.
zhi-Is. V,
DN't'llisi's illcreawd soviO productsull of artificial silk. Photo-
graphs.

ALEKSANDROV, A. P., PONOVARESVI L. T. and KOSIXO, P. P.
"Hornlike Material.," USSR Patent 67,613, 31 Dee 46

J;~- -o NE
i)ftV-D-
It

JALEKSANDROV, A.P.- REMIKOV, A.P.
-
Minor elements in the sediments of the Sea of Azuv. Okeanologiia 4
no.4z651-653 164. (M1RA 17!10)
1. Rostovskiy-na-Donu gosudars"'vennyy univoraltet.

- Y
ALE_X!~&RO~. A. P j BRONSHTiIN, L. A., -and POLZMOV, A. A.
I . = _-
G6rodskoi passazhirskii transport. ZCity Passenger transport J. Moskva, 1939, 88
p. iilus. diagrs. (Nauchno-issledovateliskii institut gorodskogo transporta Moassoveta).
SO: Soviet Transportation and Comunication. A Biblioizraphy, Library of Congress..
Reference Dei;a-rt ~nt, Washington, 19529 Unclassified.

AIMAIMROV~ A. P.
Avtobusrrji transport. rMlotor bus lin,32s, Moskvu, Izd-vo kommune-11nogo khoziaistva
RSF3R, 1948. 167 p. illus.
DIC: Ii--15(')75.A6A55
SO; Soviet Transportation and Comunicationsi A Bibliography, Library of Congress
Reference Pepartment, 14ashington, 1952, Unclassified

ALKSANDROVe A*P*; ROZINI, A.T.
.
. Aw-leve ~ I
Aquipmal for ImestilgatIPS autombile performance on roads. Art.
'4113 0
dor, 21 no -14 AP 158' (Kin u:0
(Nlgbwq research) (motor vehici,es)

ALLKSANDROV, A.P.; TYULINY V.I.; TATEVSKI'i'.. V.:.'..
Vibrational spectra of' carbon Subffloyirjo (C 0- .) it) diffcren,~
u
states of aggregation. Opt. i spektr. 17 no? 1~ 3B-4-1+ J1 16f..
0MIRA 17:011)

P
-112&~WDRO peksandr Pet--ov ich; KUMMTSOV-9'Alekoey Yakctlavich; MAIZELI,
red,;-Ovich' , Z7
nz
NOPOI inz red.; LEEEMAI'L.V., tekbn,
red,
[Practices of the conbtruetion of'the-Sta3ingrad Byi1roelectric
GES. Moskva, Orgenergostrolp 1960. 57 p. (143RA 14:7)
(Stalingrad Hydroelectric Power station)

ALEK8UMGV-:- ~.. .--inzhenert Geroy Sotsialisticheskogo Truda
I--- 3~
Stages in the construction of the Stali#grad Hydroelectric
Power Station. Gidr. atroi. 31 no.9:5-12 S 161. (MIRA 14:12)
1. Vachplinik Stalingradgidrostroya.
(Volga Hydroelectric Power SMion (22d Congrose of the C*))

91 T to P ? P ? ? ! * !
~A a r -A--L-j A a I K I-
A",
000
ALF-KsPrNbROV A-P.
00
set
so
01110~9 Experiment, on Operation of Cao-Grarrallog Plant.
In Illusion.) A. 1'. Alexandrov. SIA141 I Ker"Inika
w and Ceratnicsi. V.' 0,10b"1049. P. 20-11'
M
M"cribes atxwe, taing post with a mobturiv content
*a of 25-5M Output of gas was 1.5 4m. nun. itet kg. of
p.Fat,4and muposition of the gas was 8.8% CO.. 23.22
Go. .18% CIL, 13.47% Jill, reinnimler N. and residual
tor. as clamp"
Oe. Stmetural changes of the
g gmmn.A.
With the one fortuarly twed, Xdct,.*
AAL!
see
440
0
&
W*
Wo 0
see
VRGKAL 0111111 TOE CLAUL-KA11100 .. ..
.34W Vol
6 U St AV 11
a 4 3
v at dc IT dots Kan 1cw&A -W0 5 'a 4 3
Ilk o o 9 4oo
.10244 . 0*4vt-

(7i 7v,&rZP6

Sl**. -9
*30~
atorw ft PQL%hiag aw-to slum. (I fig.. I t".)

zt

ALF.KSANDROV,A.P.
New method of making triplex glass. Stek. I ker. 12 n0-5:
6-9 MY '55. (KIRA 8:8)
(Glass, Safety)

SOVY 137-57-11-21546
Translation frorn- Referativnyyzhurnal, Metallurgiya, 1957, Nr 11, p 129 (USSR)
AUTHOR: Aleksandrov, A.P.
TITLE- Quick-drying Water-glass Base Mixtures for Casting of Pig
Iron (Bystrosokhnushchiye smesi na zhidkom stekle dlya
chugunnogo litlya)
PERIODICAL: V sb.: Progressivn. tekhnol. v liteyn. proiz-ve. Leningrad,
Lenizdat, 1956, pp 84-89
ABSTRACT: The mold mixture employed in casting of pig iron contains
the following ingredients (in parts by weight): Quartz sand
K 70/140 95; boric clay 5; water glass (WG) (specific gravity
1.48-1.52) 6; NaOH 1.0-1.5 (10% solution, specific gravity of
fuel oil 0.5. Preparatory to molding, the wood pat-
terns are coated with nitro lacquer and treated with silver
graphite. COZ is blown through the molds through special
baffles which overlap along the line of junction of the two sec-
tions. A quick-drying varnish, employed for coating of cores
and molds, contains silvery and black graphite, wood pitch,
and volatile solvents (nitroenamel, nitro solvents, or technic-
Card 1/2 ally pure alcohol). The cores are manufactured from a

SOV!137-57-11-21546
Quick-drying Water-glass Base Mixtures for Casting of Pig Iron
mixture of the following composition (in parts by weight): K 70/140 sand .95;
saw dust 2; molding clay 3, and (in excess of 1001o) 656 of WGI, 1.50/6 NaOH,
4016 wood pitch, and 0.6% fuel oil, Blowing of the cores is accomplished by
means of nozzles 5-6 mm in diameter. Employment of cores with a WG
base requires 10-13 kg of COZ for each ton of cast iron. After subtracting
the cost of the gas, the fuel economy achieved amounts to 55-57 rubles per
ton of cast iron.
Ye.M.
Card 2/2

AUTHOR. Alu'L:zoaadrov, A. P. '17 2 7 -1 9

TlTLF,: n tions of the Extrusion Film
T I)rXin
"Butafoll" (Optimallnyye usloviya sushki ekstruzionnoy
plenki "butafoll")
PERIODICAL: Staklo i Keramika, 1958, Nr 7, pp~ 41-42 (USS~0
A B ST*; ZA C T The application of the hiLh-i-!uulity m~itcrial mentioned
in the title did not onl,-.,, improve Ue qu"lity of the
products, but also simplified the -.-.~rolduotion teolllnolo."-Y
of the three layer safety glass. ln ~.ructice "Butufoll"
is washed with a washing machine, by hand, respectivaly,
and then dried at a temPeraturc: of 45 - 500 durinC from
4 - 5 hours, till the final contant of v,)lutile
in.-redients doee not exceed 0,4 - DaL"~ on
chanoc of surface and -iieight of "Butufol'" durin,; the dryi--i~
process are given in table 1. Fur re -.he technolo("ic-l

_g regime of "Butafoll" is dezeribed i:-_ dettdil.
dryin
results obtained by drYin& of a tu;:i1-1..:.-rature
of V1 - 250 are given in ta,)le 2. Th~ qu-:ility U.~ 1;'-e
Card 112 3afety glass produced with "ButL.IfOl'" corro3i.-otdL z.o the

The Optimum Drying Conditions of the Extrusion 411 1
Film "Buti,fol"
requirements of thu G03T for not poli:3hedl szafe%t .-JU~33
.);ith a "Butafoll "-intermediate The finishud
products were tested several times i'or t1huir re3ijt"n~.o
to frost at temneratures oP from -5 !Jto-bov, -,;It-",C)ut
chan:-.es occurzing at all. AccordinS to the editorlo,
oldnion it is expedient that glass viorkr, E.,,- -ell as the
In,titute 'of Glass carry out correspon-Un..: contzol
experiments by themselves. There are 2 tablej~
ASSOCIATION: Gorlkovskiy stekollnyy zavod (GorIkiy Glz,3s gorks)
1. Laminated glass---Prcduction 2. Glass--Adhesives
3. Adhesives--Effecliveness
Card 2/2

15(6) SOV/72-59-3-2/19
AUTHOR: kleksandrov, A. P.
TITLE: Production of Curved Motor Car Glass by the Softening
Method (Proizvodstvo gnutogo avtotransportnogo stekla meto-
dom mollirovaniya)
PERIODICAL: Steklo i keramika, 1959, Nr 3, pp 4-8 (USSR)
ABSTRACT: Both the design of the electric furnace and the elaboration
of the technological process of glass softening have been
carried out by the technical engineering personnel of the
Gorikovskiy stekollnyy zavod (Gorlkiy Glass Factory).
Figure 1 shows the glass curving frame and figure 2 depicts
the electric furnace used for the softening and hardening
of glass. The scheme of the way the heating elements are
grouped is given in figure 3. Temperature conditions of
glass softening and subsequent hardening with reference to
the "Volga" car are tabulated. A softening and hardening
cycle takes from 6 to 8 minutes. Figure 4 gives the scheme
of the blast grid. The "bolt-joint frame" for the softening
of glass stacks is depicted in figure 5. The electric furnace
Card 1/2 (Fig 6) consists of two chambers: one for softening (Fig 7)

Production of Curved Motor Car Glass by the Softening SOV/72-59-3-2/19
Method
and one for hardening (Fig 8) of glass stacks. The latter
are glued by means of "butaphol filmll(butafollnaya plenka)q
This panorama glass is required for the "Chayka" car. The
following technicians of the factory gave their contribution
to the elaboration of the working procedure: T. N. Ratni-
kova, G. S. Smirnov, 0. 1. Kucherova, V. S. Idaslov,
M. D. Kollchugina, 0. 1. Nazarov, A. A~ Gurina, There are
8 figures and I table.
ASSOCIATION: Gorlkovskiy stekollnyy zavod (Gorlkiy Glaso Factory)
Card 212

AT.IMSAIJMOV, A.P.; POPOV, XI.
Polishing characteristics and the resistance to wear of
felt mdo with synthetic fibers. Stek.i ker. 17 no.4:
12-14 Ap 16o. (KIR& 1318)
(pelt) (Glass manufacture)

ALERSANDROV, A.P. - - -
Technology of vacuum treating tbree-layer bent glass in open boxes.
Stek. i ker. 19 no-3:13-14 Mr '62. (MIRA 15:3)
(Glass, Safety) (Vacuum technology)

T-V (m)hppt
'M
9/1642/16h5
502 h J DMA T SOURCE CODE: UR/005 16V035100
AUTHOR: Rekova, L. P6; Fogel', Ya. M.-, Aleksandrov) A. Pi,
ORG: Khartkov State University irfi~ A. M. Gortkii (Kharikovskiy gosudarstvennyy
universitet)
TITLE; On the mechanism of the influence of gases on the thennionic MU-Mh from
platinum and tungsten
SOURCE: Zhurnal tekhnicheskoy fiziki, v 35, no. 9, 1965, 102-105
TOPIC TAGS: thermionic emission, platinuin, tungsten, alkali metai,,,gas, ionization*
sodium$ potassium, carbon tetrachloride, !:,,xygen, lattice--defect 'o,
ABSTRACT: An investigation was made of the influence of CC14 and 02 On the emission
Of'.Na+ and K+ ions from sodium and potassium layers vacuum evaporated onto tungsten
and platinum surfaces, 'Die experimental setup, which included a mass spectrograph
for the identification of the.ions, and the methods of inquiry, described in an-
earlier paper (Fogel', Ya, M,, L. P. Rekova, and V. Ya. Kolot. ZhTF, v. 32, no. 10%,
1962) precluded any side effects which might have affected the measurements.
experimentyas performed twice, at temperatures below and above 1000C. The
studies of the W-Va system showed that the introduction Of CC14 does not change the
current as a function of time. This indicates that CM does hot influence the -ur.;-.
4
rent of Na+ ionsilrom a lia layer deposited on W, even though, as is known, the gas
L-Card 1/2 -UDC: 537,58

R603_i264 SOURCE CODE: UR/0081/66/000/011/SlOl/sio~
f
AUTHOR.-. Aleksandrov, A. P.; Chernov, P. B.; Zubkova, Yu. D.
16,
TITLE*.- Vulcanization of U-30 m and UT-32 sealing ompounds with a base of
'Thiokol "T" in a high-frequency electrical field. Part H
~SOURCE: Ref. zh. Khimiya, Part II, Abs. 11S699 N
REF SOURCE: Tr. Kazansk. khim. -tekhnol. in-ta, vyp. 33, 1964, 274-279'
,,TOPIC TAGS: vulcanization, Thiokol, sealing compound, rubber/U-30 sealin
g
compound, UT-32 sealing compound
ABSTRACT: Vulcanization of U-30 and UT-32 sealing compounds with a base of
Thiokol in a high-frequency electrical field (9. 5 Me) has been investigated.
Samples were placed into a special mold between the capacitor plates of a tube
generator. The process of vulcanization in a high-frequency field is 80-100
times faster than vulcanization in a thermostat at 70C. The increase of tempera-
ture > 80C in high-frequency vulcanization does not noticeably affect the
properties of the vulcanized rubber, which in some cases, appeared to be better:
card 1/2

lu 6759 souka-cb UR700:207
AUTHOR: Karasev, V. S.; &eksandrov, A. P. (Academician)
ORG: none
TITLE: Vacancy mechanism of the accelerated failure of materials at irradiation
under stress
SOURCE: AN SSSR. Doklady, v. 171, no. 1,1966, 84-87
TOPIC TAGS:. chromium nickel steel, austenitic steel, heat resistant steel, neutron
irradiation, steel irradiation, steel failure, failure mechanism, irradiation effect
-,ABSTRACT: A theoretical study is presented of the effect of irradiation with fast
neutrons on the processes of deformation and failure of metals. Equations are '..
derived which show that coagulation of vacancies into complexes plays a significant
part in the process of deformation and-failure. Stress-rupture tests with a
chromium-nickel heat-resistant steel (20% Cr, 28% Ni) showed that irradiation.
increased the creep rate and accelerated steel failure. The specimens strained to
rupture in the reactor failed in a brittle manner without necking and with numerous
cracks along the grain boundaries. Figure I shows the relative decrease in the
rupture life of steel subjected to stress-rupture tests and irradiation at various
temperatures under a constant load: E -! TO/Tr, where To is tim rupture life of
original steel and Tr is the rupture life of irradiated steel. It is concluded that
. .2 1.1 *-- . r ft n i n n I

logo goo 700
Fig. 1. Decrease in r6pture life versus
-inverse tenperature
]W
I i F I I I
- - - - - - - - - -
ft
- - - - - - - - - - - --
the deterodnation of anchanical characteristics of materials after instead of during
irradiation may lead to significant errors in estinsting the service life of nuclear
Co,d

ACC NR, A-P-603--6-7--5-9
reactor parts located in fields of intense*neutron radiation at teuveratures
higher than 0.4 of the, melting temperature. Ye. V. Lyapin, Yu. P. Mel'nik-Kutsin
and V. 1. Grisenko are:thanked for their assistance in the work. Origo art. has:
4 figures and 8 formulas.
SUB OODE.- ill SUBM DATKi 28jul65/ ORIC REFI 009/ OTH REFI 006/ ATD PHESSt 5107

ALEKSANDROV, A. P.
"Determination of Small Qnantities of Calcium Carbide in Slags$" Zhur.
Prik. Khim., No.5., pp 843-848, 1932

ALEKSANDROV, A. P. and IOFFE,, A. F.
1933
"Electrical Resistance of Thin Alms,," Zhur. Tekh. Fiz., No.3, p. 32p