SCIENTIFIC ABSTRACT ALEKSANDROVA, T.A. - ALEKSANDROVA, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100910007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/131/62/000/005/001/004
Carborundum-graphite crucibles for ... B105/B138
crucibles showed the following properties: appare nt porosity 19.a%,
2
compressive strength 145 kg/GM , electrical volume resistivity 0-0044
ohm - MM 2/m, permeability to gas 0.02 1-m/M2 -hr-mm water column, depth
of cavity in a sandblast wearability test 4.9 mm, coefficient of thermal
conductivity at 800 0CA= 8-5 kcal/m-hr-degree. Microscopic examination
show!L-d that the crucibles contained no metal after use in the OKB-281
furnace. 500 kg carborundum-graphite crucibles have a life of 35-40
copper- chromium melts, and UP to 75 for the GX -08 (M-08) bronze.
Because of the low resistivity of the crucibles, the furnace could be
finely adjusted, the metal melted more rapidly and, besides this, the
electro corundum crucible bedding was well fritted. These crucibles are
suitable for the producing copper-base alloys with a permissible silicon
content of up to 0.02 - 0.03%. There are 2 figures and.5 tables.
Card 2/3

S/131/62/000/005/001/004
Carborundum-graphite crucibles for ... B105/B138
ASSOCIATION: Vsesoyiiznyy institut ogneuporov (All-Union Institute of
Refractory 1,11aterials) (Aleksandrova, T. A.j Prokhorova,
I. Ya.); Zavod "Xrasnyy Tigell" (Plant "Krasnyy Tigell")
(Galushko, N. A.); Zavod "Krasnyy Vyborzhets" (Plant
"Krasnyy Vyborzhets") (Shabashov, Ya. F., Frumkina, Yu. A.).
Card 3/3

ALEYSANDROVA, T.A.; NOVIKOV, O.V.; PIWYAN, G.A.; GEVORKYAN, M.D.;
BABYSHEV, I.V.
Forsterite refractories from Shorzha dunitsp. Ogneupory 28
no.11:493-494 163. (MIRA 16:12)
1. Vsesoyuznyy institut ogneu~orov (for Aleksandrova, Novikov).
2. Sevanskaya geoloprazvedochnaya partiya (for Piloyan,
Gevorkyan, Babyshev).

GOLUSHKO) N.A.; ALEKSANDROVA, T.A.; PROKHOROVA, I.Ya.; NOVIKOVA, O.V.
Graphite-containing crucibles. Ogneupory 29 no.1:5-11 164,
(MIRA 170)
1. Luzhskiy zavod "Krasnyy Tigell" (for Golushko). 2. Vsesoyuznyy
institut ogneuporov (for Aleksandrova, Prokhorova, Novikova).
11

GUEYMI, V.11,; IFRFMCIIENKO, S.G.; ALI'A',S)AN!)ROVA. T,A.
Process of air bubbl.-ing through mineral oil emulsion, Zhur.
prikl. khIm. 37 no. 50.014-1020 my 164~ (MIRA 17:7)
I. Rostovskly-ria Donu in3tititt inzhew,rov
transporta,

ALEKSIOIDROVAO T.A., knnd. tekhn. nauk; PROKIIOROVA, I.Ya... inzh.
Russian and imported graphite-conta-ining crucibles. Trudy Inst. ogneup.
no.351127-136 163. (MM 1702)

ALPKSANDROVA, T.A.; PROKHOROVA, I.Ya.
Investigating the daub used for the lining of electric channel
furnaces. TSvet. not. 37 no.9-88-90 S 164. (MIRA 1837)

GMMP V.G.L.!~ANDR~OVA$ T.A.; TERESHCHENKO, S.G.
- ------
Air bubbling through hydrocarbons and their mixtures.
Xhim. i takh.topl. i masel 10 no.Ils23-25 N 165. -
(KRA 1921)

-PROK!" Y'- . Yll
,Aj,~AiiDaOV,k,-T-.-A.; I ~ !.Ya.;
V.k.
b1o,
,ufa e tjr, a, ting (,f hAgll_ajj,jrj,
t9q
channel type induction furnaces. TSvet.r-,,A. -33"S 165.
(MIRA 18:q)

---- -- 7 -- - - --- _- -- - - - - -- - - -
'1' :-,
A7L2KSA!'rj)P'l"IA.
-Ljo-
I
- -
Se-al tiar on the -uqe, of purm!hcd cax-(.'S !n c-olO.gy and geography,
tn-
I izv. AN 655fl. -Sar, geae. nn,41,1415-1~7 U-I-h; 16% (YJRA l8t8) .

PREORRA .9 , V.S., kand.geogr.nauk; ZHUKOV, V.M., kand.geogr.
nauk; MUKHINA, L.I., kand.geogr.nauk; NEDESITV, A.A., kand.
geogr.nauk; Ag~~~~Wfflp R.K., inzh.; LEYTES, A.M.~
nauchWy sotr.; CHEKWIM, V.Ye., rea. izd-va; TIKHO141ROVA, S.G.,
tekbn. red.
(Natural conditions of thn reclamation of the northern part of
Chita Province] Prirodrqe uslorviia osvoeniia Severa Chitinskoi
oblasti. Moskva) Izd-vo Akad. nauk SSSR, 1962. 125 P.
(MIRA 15;7)
1. Akademiya nauk SSSR. Institut geografii. 2. Institut geografii
Akademii nauk SSSR (for Zhukov', Mukhina). 3. Zabaykallskiy kom-
pleksnyy nauchno-isaledovatellskiy institut Sibirskogo otdeleniya
(for Nedeshev, Aleksandrova). 4. Zabaykallskoye upravleniye
Gidrometeorologicheskoy sluzhl (for Govah)- 5- Institut geologii
Akademii nauk SSSR (for Leytes .
(Chita Province-PIVsical geography)

ALEKSANDROVA, T.D.; HIKHINA, L.I.; PREOBRAZUNSKIY, V.S.
~1100 mection of regional studies." Reviewed bZ T.D.Aleksandrova,
L,I*MWdLina, V,S,Freobrazhenskii, Izv, AN SSSR. Ser, geog.
no.2:131-132 Mr-Ap 162. (MIRA 150)
(Bur-yat-Mongolia-Geography)

ALEKSXVDROVA, Tatlyana Davydovna; PREOBFLAZHENSKIY, Vladimir Sergeyevich;
nauk, otv. red.
[Landforms of the small depressiona of mountain taigas] Land-
shafty malykh kotlovin gornoi taigi. Moskvap Izd-vo "Nauka,"
1964. 86 p. (MIRA 17:4)

ALEKSANDROVA, T.D.
Practice in using perforated cards with marginal perforati-m
in landform studies. Izve AN SSSR Ser. geogo noo6s92-97 N--D 164
(MIRA 18-d)
1. Institut geografii AN SSSR.

KIMAITTROVA, T.D.
Natural conditionn of the Dzhemku-Kitemyakhta Depression. Zap.
Zabaik. otd. Geog. ob-va SSSR no. 24:87-98 164 (IfIRA 19tl)

Jill A
'L! y I AV
111~14
a a
jj
An
110,
!!I'
I
1111-j, UPI ;,3
,
3 A
At 1;11 3
Asia
;All
4I A
OPP lift,
~31;mjjq
tv vil

ALVEMMOVA, T. K., lnzh.
,-, ing-rolle for cold rolling. Sbor.trud.TSNIIC1iM no.16:102-
110 159. (MIRA 12: 5)
(Rolle (Iron mills))
I

L 36138-66-- EWT(m)/E:WP(v)/T/EWP(t)/ETI/EWP(k) IJP(c) JD/HM
ALL NK, AT6616764 NNN SOURCE CODE: IM/2776/65/000/042/0077/0084
AUTHOR: Aleksandrova, T. .; Kanunnikova, A. M.
ORG: none
TITLE: Rollingof titanium-iron bimetal
14 1-1 71
SOURCE: Moscow. Teentrallnyy nauchno-issledovatellskiy institut chernoy metall
Sbornik trudov
, no. 1965. Proizvodstvo bimetallov (Production of bimetals), 77-84
TOPIC TAGS: metal cladding, bimetal, titanium, iron, hot rolling
ABSTRACT: The object of this inves gation was to obtain bimetal strips up to 0.1 no
thick on using armco iron and WI-Mitanium. Comparative ~eling at normal and ele-
vated temperatures was performed. The assembled and welded1strips were hot-rolled i
a two-high mill or cold-rolled in a strip mill, and annealed to increase their 7
plasticity. These experiments demonstrated the possibility of the hot pack rollin of
bimetal titanium-iron strip at temperatures of -700*C contrary to the established
opinion that the optimal temperatures of such rolling are 950-10000C; the strength of
adhesion between iron and Ti then remains adequate provided that: the as content of
T1. is confined to 0.068% 0, 0.0084% H, 0.044% N; the welded surfaces of Ti and iron
are thoroughly cleaned with a brush just prior to their rolling; and iron is annealed
at 600-650'C in order to maximally adjust its plasticity to that of titanium prior to
rolling. Mechanical tests of the hot-rolled bimetal strip were satisfactory
Card 1/2

L--3-6138-66-
ACC NR3 AT6016764
twisting and bending of specimens through an angle of 180*C produced no exfoliation.
Subsequent cold rolling of the specimens resulted In a strip 0.1-0.3 =a thick which,
after annealing, displayed satisfactory plasticity. The possibility of obtaining 0.1
= thick cold-rolled bimetal strip by combined rolling of titanium strip and iron
strip was confirwd. Orig. art. has: 7 figures, 2 tables.
SUB CODIt 13, Il/ SUMV&TIt nona/ ORIC REFt 004
Joining of Dissimilar MetalsA
Card 2/2* yjj~

L T
A142-66_ EWT(m)/EWP(w)/EWP(t)/El~IZEWP(k) 1"(0) 1 R/A pl_~ T
ACC'~a' AT6016768 SOURCE COD*E: UR/2776165/000/04210127/0132
AUT11014 Aleksandrov!, T. K.; Balakinat I. A.; Kanunnikova, A. M.
ORG: none
TITLE: New All-Union State Standard for hot-rolled corrosion-resistant laminated
steel plate (-% ft 14
SOURCE: Moscow. Tsentrallnyy nauchno-isoledovatellskiy Institut chernoy metallurgii.
Sbornik trudov, no. 42, 1965. Proizvodstvo bimetallov (Production of bimetalm), 127-
132
,lc, / VAj
(
TOPIC TAGS:,.,chromium steisi, nickel steel, low alley steel, bimetal, metal cladding,
industrial condition / Khl8Nl0T steel, Khl8N9T steel, Khl7Nl3M2T
steel, OKhl3 steel, 160S low alloy steel, 09G2S low alloy steel, 09G2 low
alloy steel 41
ABSTRACT: Owing to the sharp expansion of the output of laminated stainless steell
plate beginning with 1960, it became necessary to establish a special COST (AM-Un-Ton
State Standard) for this plate. This new COST (GOsT 10885-64, issued in 1964) speci-
fies the technical conditions and requirements for the fabrication of laminated steel
plate and sheets 4 to 160 so thick, with the claddin layer being represented by the
C.,d 1 /2

L 36142-66
ACC NRt AT6016768
I J~
,them Cr-NNJL and Ni steels ]Khl8NI(M Y
3 hl8N9T. %hU and KhjjNl3M2T as well as by nickel,
9nd the base layer, by low-alloy steels 16GS, 9G2S 09.-G2- and l0KhSND Ong with
simple carbon steels of the St. clasjirfh_en60_G0ST ds-oAcludes suct"Y ?nnova t ions
as the determination of the tenacity of the weldin the base and cladding layers;
it is highly important to users that bimetal sheets have like solid sheets and do
not split during their cutting, stampTn-g~W 3-t-he-rl*erations involved in construct-
ing chemical and electronic apparatus from these steels: the shear strength of the
cladding layer must be at least 15 kgjmm2. The introduction of this new GOW will
doubtless create the conditions for improving the quality and broadening the variety
of the output of bluetals and offer a broader selection of laninated plat* and sheets
to users. Orig. art. has: 5 figures, I table.
SIM CODR: 13, lly 05 '.)/ SUMt DATE; none/ ORIG REF.- 002
Jdining of Dissimilar Metala
2/2

11 ~bl4l-bb v)/T/EWPkt)/ETI/E'VVP(k) lip JD/tim
'XCC NR,
AT6016767 W SOURCE CODEi UR/2776/65/000/042/011510119
AUTHOR: Kokorin, G. A.; Aleksandrovs, T. K.
ORG: none
TITLE: Investigation of the transition layerju iron-titanium bimetal (b/
SOURCE: Moscow. TsentralInyy nauchno-isale ovatellsk:iy natitut chernoy metallurgiie
Sbornik trudov, no. T47, 1965-. ProizvodsEvo bimetallov (Pro3uctlon ot blFaters),
115-119
phase composition metal rolling,
TOPIC TAGS: Atitanium, iron, bimetal, metal cladding, metal diffusion, metal film,
solid solution, nitride / VT1-l titanium
ABSTRACT: A fine transition 1~yer of interdiffusion forms between iron and titanium
in the course of hot claddingi In this connection, the authors present #a results
of radiographic, electronmicroscopic and electron-diffraction analvaestof the micro-
structure and phase composition of this fayer in hot-pack-rolled iron-titanium bime-
tal strip (armco iron and VTl-l titanium) 0.2-0.3 = thick whichthad been annealed rt
550-700*C for 30 =in and ~u-be-eqAntly cold-rolled. It is established that this inter-
diffusion layer consists of solid Fe- and TL-base solid solutions and its overall
thickness is 4-5 P. The bimetal obtained by hot cladding was cold-rolled into thin
bimetal strip. In some cases this c&uaed Ti to peal off the base layer. It was entab-
Card I

L 36141-66
ACC NRIAT6016767
lished that this exfoliation occurs in cases where the reduction in the area of the
annealed Mmetal specimens during the first roll pass is less than 45-50%.'If the re-
duction in area during the first roll pass exceeds 50%, there is no exfoliation and
the bimetal may be further rolled to the desired dimensions. A thin separating film
of titanium nitrides is./found to exist at the Fe-Ti interface; it forms during the
assembling and Idi Ibf the laminated strip prior to its rolling. The presence of
_xqLaing_
titanium nitrides'I~jn the form of this discontinuous thin film strongly reduces the
strength of adhesion between the cladding layer and the base layer. As a result,
during final rolling Ti peels off the Fe layer. Thig-film may be eliminated or pre-
vented by performing the final rolling in a vacuum/Br by resorting to cold cladding
of thoroughly cleaned surfaces. Orig. art. has: 5 figures.
SUB CODR: 13, 11/ SUBK DATE: none/ ORIG RKF: 004
Joining of Dissimilar Metalsil
Card 2/2

ALEKSANDROV, B.M., nauchnvy sotrudnik;.ALW-IaIU=VA,.T.N., nauchnyy
sotrudnik; BELYAYBYA, K.I., nauchnyy sotrudnik; GORBWOVA, Z.A.,
nauchn" sotrudnik; GORI3YNVA-PMSZVA, L.I., nauchnyy sotrudnik;
GORIMVA, L.N., nauchnyy sotradnik; GULYAUVA, A.M., nauchnyy
sotrudnik; DMITRINKO, Yu.S., nauchnvy sotradnik-, ZABOLOTSKIT, A.A..
nauchnyy sotradnik; MAMOVA, Ye.F., nauchnyy sotradnik; NOVIKOV,
P.I., nauchnyy sotrudnik; POKROVMY, V.V., nauchuyy sotrudnik;
SKIRNOV, A.P., nauchn" sotrudnik; ST]WANOVSKAYA. A.F.. nauchnyy
sotrudnik; URBAN, V.V., nauchriyy sotrudnik. Prinimali uchastiye:
RAT-AGUROVA, M.V., nauchnyy sotrudnik; VICBER, D.G., nauchnyy sotradnik;
POTAPOVA, 0.1., nauchnyy sotrudnik; SOKOLOVA, V.A., rinuchnyy sotrudnik;
FILIMONOTA, Z.I., nsuchnyy sotrudnik; POPENKO, L.K., nauchnyy sotradnik;
ZYTSARI, N.A., red.; PRAVDIN, I.F., red.; FANMSHOV, A.P., red.;
MVCBJRiXO. L.V., tekhn.red.
[Lakes of Karelia; natural features, fishes, and fisheries] Ozera
Karelii; priroda, ryby i rybnoe khoziaistvo; spravochnik. Fetroza-
vodsk, Goe.izd-vo Karel'skoi ASSR, 1959. 618 p. (MIRA 13:8)
(Continued on next card)

AT.MCSAMMOV, B.M. --- (continued) Card 2.
1. Russia (1917- R.S.F.S.R.) Karallskiy ekonomichaskiy admi-
nistrativnyy rayon. Sovet narodnogo khozyaystva,. 2. Karel'skoye
otdeleniye Vsesoyuznogo nauchno-isaledovatellskogo institute ozernogo
i rechnogo rybno-go khozysystva (for Alaksandrovi Aleksandrovs, Be-
1yayeva, Gorbunova, Goraeyeva-Pertseva, Gordeyeva, Gulyayeva, Dmitrenko,
Zabolotskiy, Makarova, Novikov, Pokrovskiy, Smirnov, Stefanovskaya.
Urban). 3. Karellskiy filial AN SSSR (for Balagurova, Veber, Potapova.
Sokolova, Filimonova, Popenko).
(Karelia--Mkoe)

ALEKSANDROVA, T. S. PA 243T36
IISSR/Engneerin6 Constructi6n, Mat6rials 31 Aug_52
"Fabrication of Wallboards From Waste of Natural Rubber
(Slimes)," Cand Tech Sci A. G. Shatagina, Engr T. S.
-Aleksandrova, ROSHID6,
"Byul Stroit Tekh" wo 16, p 26
Briefly describes technology of faDricating heat-insula-
tion plates from slimes which represent-fibrous portion
of roots of rubber-bearing plants. Technolog7-vas ae-
veloped at Laboratory of Heat Insulati iig Mw~erials of
ROSNIIMS. States that ieach natural rubber factory of
standard.-Produetive capacity gives several.thoueand
tons of f1brous.-materiAl.. uriTag.each season of b-7
months and utilization of slime of only single factory
would permit annual production of 1.0-1.5 MiUiQP n_
m of insulating plates. 243T3b

ALEKSANDROVA, T.S.; SHMUROVA, E.M.
Biological activity of forest soils in the Voronezh State
Preserve. Trudy Vor. goo. zap. no.13:175-178 161. (MIRA 160)
I
(Voronezh Preserve-Soil biology)

ALEKSANDROVA., T.S.; KIRYUNITIA, Ye.l.; ZZASYPKINA, Z.V.,; GTJPZINA, A.1%
Two bacteriologically confirmed cases of listerlosis in nev-
born infants. Zhur. mikrobiolt, ePido I Ammm- 43 m0- It
142-1.44 Ja 166. (MIRA 19 Sl)
1. Tullskaya oblastnaya sanitaimo-epidemlologicheskaya stan-
tsiya. Submitted June 6, 1965.

KALITOV, Aleksandr Kirillovich; VOROHIN, Yuriy Ale*kseyevich;
ALEKSANDROVA V. , red.
[Inspection and analysis of the financial and adninls-
trative operations of the 1I.Sellkhozteklinika" organizations;
a practical aid] Proverka i analiz finansovo-khoziaistven-
noi deiatellnosti organizatsii "Selikhoztekliniki"; prakti-
chaskoe posobie. Mo5kva, Finansy, 1964. 215 p.
(111I :ZA 28:1)

- AU&MROVA, V. -A. , DOUIATOVA.- - T. V. fuld KOSSOVSIWIA, Anna G.
"Concerning the character of the changes in clays of trioctahedral, hydro-
micaceous composition under different environmental conditions"
(Section VIII)
report to be submitted for the Second Conference on Clay Mineralogy and Petrography,
Prague, Czech., 10-17 May 1961.
Inst. of Geology-y Aced. Sci. IISSR, Wscow (for-2 Koseovakaya)

DIMS, V.A.; AITMINPRO"A, V
~i~ r-y c ft.r.7.octahedral Micas .111 66nimentary P01
4" (141RA r1;4-10)
"MOP.
Ge-ol-~e.Jchee~Ay initItut. AN Moskvao

KMSOVSKAY.A, A.G.; SHUTOV,, V.D.; ALEKSANDROVA. V.A.
Dependence of the mineral composition of clays in coal-bearing
formations on the conditions of sedimentation. Lit. i pol. iskop.
no.2:20-38 Mr-Ap 164. (MIRA 17:6)
1. Geologicheskiy institut AN SSSR.

M~RCMHTNF,, T.G, J.. P.
E,rfect of soll fungi toxinn on Lhe -jugttr corittrit In peas.
Naiich. dok]. vyu. ohkoly; biol., nauki no.!: 11,71-150 165.
0,11FA 1C :2)
ka-fedroy biologil po,!hv Mo,,3kovskogo goqu-
Rekomendova-,
darsl-.rannogo i~~ni-ver3iteta.

ALIKSANDROVICH, V.A.
Double chlorinatiou of the water of the Groduo water supply
system. Zftav.Belor. 4 no.3.-45-47 Nr 158. (MnA 13t?)
1. Glavuyy vrach Grednensimy oblastnoy sanepidstantaii.
(GRMNO--WATBR-OnM rULTION)

-ITI
ABS-RACT- A studY h- sho-in the feasibiliq of polycondeujrLion of a=ozii= bi-
~Zff_,O
1- A, - a 2,40-
gvqm
N US MA, OMM ,.agA

I .I - ill- .".. 1- -
I
on . I. -
I z
I
.- . -- -~ . . ~ iI - . ; ~ -II I . :
.1 T- 4- A i,~+ n ^f fh,~ rm. I iinti Gncz I ndtiqtrv I

'A~~V-k ~V-k
Increasing the fruit yield of Feijoa by sprdying the flowering
shrub with water. Biul.Glav.bot.sada no.37:104-1~-7 160. (MIRA 13:11)
1. Sodbinskays, opytnaya stantsiya.
(Faijoa) (Yertilization of plants)

ALEKSANDROVA, V. A.; KOSSOVSKAYA, A. G.; DRITS, V. A.
- - , , 1%- 1-11 ~~
.--41
"About the histoi-y of trioctahedral micas in sedimentary rocks."
Report submitted for the International Clay Gonference, Stockholm$
Sweden, 12-16 Aug 63.

GAVRILOV, A.A.; AIMSANDROVA, V.A.
Clay minerals of the Ordovician argillites of the Southerm
Urals. Dokl. AN SSSR 157 no-4870-872 Ag 164 (MT-RA 17tB)
1. Geologicheskiy institut AN SSSR. Predstavleno akademikom
N.M. Strakhovym.

ZALICSSKAYA, L.S., kand.arkh.; ALEKSANDROVA, V.D., arkh.; SWARIKOV, V.A.,
I
red.; DYUM[BAUM,.Ii.S.,'--iiae-"~[-diiiiii-Bi~d-]--'KOLESNIKOV, A.f., red.;
DOMSUA , I.P., red.; RAT.A SHINA, Te.S., arkhitektor, red.;
FRIIMG, G.V., inzh., red.; BRUSINA. L.N., takhn.red.
Examl-gl for architects] Spravochnik arkhitaktora. Red.V.A.
Mikvarik.ov i dr,, Moskva, Gos.izd-vo lit-ry po stroit.. arkhit. i
stroit.r.j3terialam, Volo3-* PteZe (landscaping of cities] Oze-
lenenis gorodovo Soat. L.S.Za,leasksta i V.D.Alsksandrovi. 1960.
463 p. (MMA 13:9)
1. Akademiya stroitellstva i aAthitektury SSSR. Inatitut grado-
atroitelletva i rayonnoy planirovki.
(Landucape gardening)

I I v it U U w is is
11 it a ids 16MAIRLSIVU 60 41 me
L
pi;~-, fit I I.Df.
4 P7,L,
00 00
tM toMpOffliba "d 6011 Of A 90 WUti0Q III TOISU66 W
IMCURV AND V, jlXXA&LDROVAxw - S. & R.) 27, No. 1,
_. n=.w ~dOlOtY (11
24-" 1932).-A no. of to a soloneit-Iom air-dried and made
were
up to varlow Moisture obtained by means of a hand press. .46
and aralyacs were ma of Ca. r- nib! t. nitrate and phosphate. The cond, of the -00
Sulu. was also detd. The asat. of aWX incremard wM the Increase In moisture content
of podtob under cultivatka and of a " - like,chernotem. The quantity of phw .00
phate Increased 1,5,4.0 Ums *ben the mokWft was increAsed by 20-30%. IU
conen. of Ca and nitrate decreased with an Increase in moisture content In freneral
I,
it was found that the co=. of the free soll soln. drops In direct proportion
oi
=lusoll.
to the quantity of the total
WO
If
w
F 'I
coo
t,* 0
ISO*
L A "IALLUNCKAL LIMATtAl CLAISWKATION 9-2
I low %lv,VTlW-
too
WON% -0 441O.J .4. 0'. 0.1
814111 OK 0- M
U % 4v go is 10 a & 1. a a, ; M, j I..A A I I v tw 0 0 1 1 v IN a a v
0 0 99 0 0 0 4P 0 0 0 0 0 Ole 0 0 0 0 0 0 0 0 0 0 6 0 0 0 0 0
00000 * * 0 9 * * 0 4D 0 0 0 0 19 0 9 0 0 9 of 9 9 0 * - -

kL Dt~ SA) Et D.
USSR/Geography - Vegetation J~M/Feb 53
"Boundaries of Vegetational Subzones in the Down-
stream Area of the Yana River," V.D. Aleksandrova
"Iz V-S Geograf Obshch!' Vol 85, No 1, PP 98-101
Boundaries of the forest along the Yana extend
south to 700 N Lat. The delta of the Ynnn be-
ginning at its channel lies within the limits of
the Arctic tundra. Along the Yana south of the
channel o-P the delta is a narrow zone of "sub-
merged meadows" with brush and forests (mainly
willows and poplars).
246T67

AIMMANMOVA, V.D.
Brief outline of the vegetation along the Don from Voronezh to Rosto,7-
on-Don. Tindy Bot.inst. Ser-3 no.9:545-577 154. (MURA 8:4)
(Don Valley--Steppe f lora)

AUKSANDROVA. V.D.
Diversity in the vegetative cover of artificial forest planta-
tions in the southeastern European part of the U.S.S.R. Bot.zhur.
39 no.1:58-75 Ja-F 154. (MIaA 7:3)
1. Kormlekanaya ekspeditaiya Ak!tdemii nauk SSSR, Moskva.
(Phytogeography)

-E *~,z~ tf-t N 1.;t~ -V'iLt, -/, A - -. - - - --- -
ZANIN,G.V.; ALSKSANDROVA,V.D.; KRAVTSOVA,V.I.; SHAVRYGIN,P.I.
Division Into natural regions of the now reolaimed farm lands In
the Altai Territory. Izv.AN SBSR. Ser.geog. no.2:69-72 Mr-Ap 155.
(Altai Territory-Pbroical geograpby) (MLRA'8:6) .

-- S9-- V- i~ - - ----
ZANIN,G.V.; AMMUNDR(NA.V.D.
- ~
Physical geographical characteristics of reclaimed virgin and
idle lands In the Altai Territory. Izv.Vseo.geog.ob-va 87
no.3:205-219 MY-Je 155. (MA 8:9)
(Altai Territory-Physical geography)

ALICKSANDROVA. V.Dj
The vegetation of the southern island of Novaya Zemlya between 70
56 and 72 121 n.l. Rast. Krain.Ser.SSSR i ee oev. no.21l87-306 156.
WaA 10-'3)N'
(Novaya Zemlya-Phytogoography)

C-/
USSR/Forestry. Forest Biology and Typology. J-2
Abs Jour: Referat Zh-Biol-, No 6, 1957, 22551
Author Aleksandrova, V.D.
Inst
Title Dawge to Oaks by the Frost of May 9, 1952 in the Sallsk Forest
Report.
Orig Pub: Soobshch. In-ta, lesa AN SSSR, 1956, No 6, 34-44.
Abstract: An account is given of observations on the consequences of a
very strong (up to -50 an the ground) late spring frost in the
Sal'sk resort of the Romanov forest in the Rostov oblast. The
degree of frost damage on oak shoots and oak leaves and some
other woody-bushy plants, also of the intensity of rousing of
dormant buds and growth of new shoots place of the dying ones
on 3 different sections of forest plantings was studied. The
damW was noted in the lower portions of crests at a height of
1.5-6 m above soil level. The heaviest damage was noted at the
Card 1/2 -8-

USSR/Forestry. Forest Biology and Typology. J2
Abs Jour: Referat Zh-Biol., No 6, 1957, 22551
edges of glades, in spots of cold air steannation, less so on
forested borders of open ste,)pes and still less under canopy.
In thicker plantings less damage wa-a observed and a fuller and
faster restoration of shoots from dormant buds) in place of
the dead spring ones, occurred. On the elevated portions of the
mycorelief on spots vith strongly saline argillaceous dark
chestnut soils in a complex with salty nut shes, where plantings
are thin and law-groving, the damage was significant. Thus, a
strong influence is exerted by conditions of humidity and nutri-
tion on the degree of damage of oak plantings and on the energy
necessary for restoration of damaged organs.
Card 2/2 -9-

- - AIEESANDROVA, V. D. (Cand. Biol. Sci.) LeninEXad
- ---- -...... .-- --- - --- ----
"Phenology oF Veeetation."
report presented at a Phenological Conference, Leningrad) Rov 1957.
by the USSR Geographeiall Soc, together with Inst. Botany and Zcolo~nr AS IZSR

iadXSAIIDRC)YA, V.D.
-
Grasv~sod in the forest plantations, at their borders and in the
stuppe glades of the Sal forest tract, Trudy Bot. inst. Ser. 3 no.ll:-
254-308 157. (MLRA 10:8)
(Sal Steppe--Steppe flora) (Forest influenens)

AWSANDROVA, V.D.
%WMNW N&Amwdm -
Scological aeries of plant formations In the Arctic tundra subsone.
Zemlevedenie 4:208-213 157. (NM 1089)
(Arctic regions-Botany)

AIXUANDROVA, V.D.
Some features of the distribution of vegetation in the Arctic
tunlrae P~robleSwo nool:173-187 '58. (MIRA 11: 12)
1. Botanicheskiy institut im. V.L.Komarova AN SSSR.
(Novaya Zemlya--Tundras)

AIMSAWIMOVA, V.D.
Uperiment in determining surface an4 underground resources of
vegetable matter in the Arctic tuq&ra. Bot.zhurs 43 no~12:
1748-1761 D 158. (MIU 11:12)
1. Botanicheskiy institut Imeni Y.Lolomarova AN SSSR. Leningrad.
(Tundras) (Russia.6 Northern-Botanical research)

AL1*611DROVA, VODI
Significance of 3,A..Tikhouirov's vork for the study of vege-
tation in the Soviet Worth. Biu.1.102. Otd.biol. 64 no.5:160-
163 B-0 '59- (MMA 13.-6)
ODMON11101r, BMS AUTUIRTIC14 1909-)
(ZrSSIA, NDMMMN--BMANIML nMROR)

ATXVqA
nThe concept of climax in Arctic and Alpine vagetationg [in English]
by B. Ghurchill, H. Hanson. Reviewed by V.D. Aleksandrova. Bot.
zhur. 44 no-7:1018-1023 Jl '59. (MIRA 12:12)
l.Botanicheski.v inatitut im. V.L. Komarova AN SSSR, Leningrad.
(Arctic regions-Plant communities)
(Churchill, 11. ) (Hanson, H.)

AT-TERANMOVA, V.D.
Academician Vladimir Nikolaevich Sukachev; on his 80th birthday
and 60th anniversary of scientific activities. Bot. zhur. 45
no,10:1568-2= 0 1600- (MIRA 13:U)
1, Botanicheskiy institut imeni V.L,.Xomarova Akademii nauk SSSR,
Isningrad.
(SlWmchav, Vladimir Nikolaevich, 1880-)

ALMMUMMA, V.D.
71ora of vascular plants of Bol'shoy IVakhov Island (lavosibirskiye
Islands). Bot. shur, 45 no.11:3687-1693 N 160. (MMA 13:11)
1. Botanicheakiv institut imeni V.L.Komarova Akademii nauk SSSRO
leningrado (Bol Ishor Ivakhov Island_Botw)

ALEKSkNDROVA, V.D.
Seasonal dynamics of plant associations in the Arctic. Probl. Sev.
no.4:59-711 '61. (YJRA 15:1)
(Bol'shoy Lyakhov Island--Plant communities)

ALF,KSMRaVA, V. D.
Plant associations in the light of some cybor4etic cancel )to. Biul.
MOIP. Otd. biol, 66 no.3:101-W M 6je 161 . (HERA. 3.4-.6)
(ruNT. GOMMTIWT

- -
ALMUMROVA
~ ~ 77, 7 i ~;;, ~-. .
Problem of development in geobotanys -Analele biol 16 no.5:123-
147 4~0 162.

AT-EY-SOPROVA, V.D. ,
Underground structure of some plant co-initiea of the Arctic tundra
on Bol'shoy Lyakhov Island. Frobl. bot. 6:148-160 162,
. - (MRA 16:5)
(Lyakhov Islands.-Tundras) (Roots (Botany))

AIEKBANDROVA,p V.D. (Leningrad)
I-- -, I--- - -- I,--,- -Ii -. -
"Analysis of the Effects of Autoreg4lation in Pbytocoenosis frm the
Standpoint of Some Nations of Cybernetics"
Report presented at the 3rd Conference on the use of Matbemetics in Biology,
Leningrad University., 23-28 Jan. 1961.
(Primneni,ye matematicbeskikh Metodov v Biologii. II,, Leningrad, 1963 pp 5-11)

ALEKSANDROVA, V.D.
Analysis of self-regulation phenomena in the phytocenosir
as related to some theories of cybernetics. Prim, mat.
motod. v biol. no.207-46 163, (MIRA 16-1a)

I A.LEKSANDROVA, V. D.
-1 - - . 1. --, -,
A sketch of the flora and vegetation of Bolishoy Lyakhov
Island, Trudy AANII 224o6-35 163 (MIR& 18P1)

ALEKSANDROVA, V.D.; ZHAMUNSKAYA, N.G,.
, ''
Change of aspects In the tundras of Bollshoy LyaYhOv Islando
Trudy AANII 22407-53 163 WRL 18:1)

RE~WOV, N.P. (deceased]; RODIN, L.Ye.; BAZILEVICH, N.I.; Prinimali '
uchastiye: ALEKSANDROV D#,- BORISOVA, I.V.; BYKOVA, L.N.;
i&A, V.N.; NECHAYEVA, N.T.;
ZONNA, S.V., MAk I N.*.;
PONYATOVSKAYA, V.M.; REMEZOVA, G.L.; SklOYLOVA, Ye.M.;
SMIRNOVA, K.M.; SUKHOVERKO, R.V.
Methodological instructions for studying the biological
cycle of ash substances and nitrogen of terrestrial plant
communities in the main natural zones of the temperate
zone. Bot. zhur. 48 no.6:869-877 A 163. (MIRA 17:1)
1. Botanicheskiy institut imeni V.L. Komarova AN SSSR, Lenin-
grad i Pochvennyy institut imeni V.V. Dokuchayeva Ministerstva
sellskogo khozyaystva SSSR, Moskva.

Jd-,EKafCND:ROVA1 V. D.
"The plant community as an integral system."
report submitted to 10th Intl Botanical Cong, Edinburgh, 3-12 Aug 64.

ALMSAND3aYA--3LD.; AIIDREYEV, V.11.; VAKIITINA, T.V.; DY-DRIA, R.A.; KAREV.,G.I.
--~PERO~iKIYY V.V.; SHAMURBIZ, V.F.
I %
[Forage characteristics of the plants of the Far North] Kormovaia
kharakteristika Krainego Severa. Mosk-at Vauka, 1964. 483
(Rastitellnost' Krainego Severs. SSSR i ea prime~nenie, no.J.0
(INIIRA 18:1)

SUKAC]ILV.. V.N., akademik; MOLCIIANOV, A.A.; DYLIS) N.V.., doktor
biol. nauk; TSELINIKER, Yu,L.; KARPOV, V.G.; RAFES,
P.M.; DBIE-1ZIAN, L.G.; PERELI, T.S.; YEGOROVA, S.A.;
YENIKEYEVA, M.G.; BOLISHAKOVA, V.S.; ZONNt SN.;
AIM PIOVA,_,_V.D.; LEBEDEV, D.V.j, red.
(Fundamentals of forest biogeocenology) Osnovy lesnoi
biogeotsenologii. Moskva, Nauka,. 1964. 573 P.
(MIRA 18:2)
1. Akadendya nauk SSSR. Laboratoriya lesovedeniya.
--"WNW

,~LEKSANDROVA, V.D. (Leningrad); ARKADIYFV, G.V, (Len'-ngrad)
Large center of botanion]. resoar.-h-, the 2iOth ann;.ver-onry of the
Botanical InstItute of the Academy of Snlfine,.~,s of the U.S.S.R.
Priz-oda 54, no.114121-123 165. (AURA 18;11)

AIMSANDR(AfAl Vono
I . 41 -
Mstirguishl-g plant ummAties in a vegetative contim-um.
(MIRA I
Bot, zb?jr. 50 no.9:1.24,8-1259 S 165. 8'.30
1. Sctsmoheiildy institut imeni Xomrova AN SSSR, Leningrad,

EX,^:-"PPT"%- FMICA See lit '1o1 13110 Paditlozy Oct 59
4. 1933. REMOVAL OF RADIOACTIVE PHOSPHORUS FHG.A THE ORGANISM WITH
THE AID OF DIRECT CURRENT (Russian text) - Parfenuv A. P. and
41eksandrova Vq_I_VOPR.KURORT. 1957,6(25-29)
under which radioactive phosphorus (P3j wa
The autHor s
Ieliminated from the skin of rabbits with the aid of direct current. It was found that
the radioactivity of the skin could be altered by direct current due to displacement
of radioactive tons, The amount of radioactive phosphorus (P3j in the animal skin
bdecreased under the influence of galvanization. The amount of eliminated radio-
active phosphorus from the organism depended on the amount of it introduced initi-
ally. and on the time elapsing since its Introduction. (S)

-ALUUW4QYA. V.G.
Comparative rating of the effect of climatic factors in P~rnrnu and
GurztLf on the activity of the alkaline phosphatese of the blood.
Yopskur,, fizioter. i lech.fiz.kullt. 22 no.3:11-12 MY-Je 157-
(MIRA 11:1)
1. Iz kafedry obahchey fisioterapil i kurortologii Voyanno-morskoy
meditsinskoy akademii (nachallnik - prof. A.P.Parfenov)
(PROSPHATASE) (OLIKATOLOGY. MEDICAL)

--L-1i3B9Z-:66 T-NE (in)-loYIP I j)/T lip(c) -p",1jAD
AP6015658(A) SOURCE CODE- UR/0'41'3/66/000/009/0073/0073
INVENTOR: Pashkov. A. 13. ; Itkina, M. 1. , -Aleksandrova, V. G.
ORG: none
TITLE: Method of obtaining organomercury macromolecular compounds. Class 39,
No- 1Jq1277- \~
SOURCE: lzobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 9, 1966, 73
TOPIC TAGS: macromolecular compound, organomercury compound, heat res
material
ABSTRACT: An Author Certificate has been issued for a method of obtaining, organo-1
mercury macromolecylar compgund 1by mercurizing vinyl-series polymers ith , I
mercury plts in the presence of organic solve~nt~s.T Itain a high-capacity and h a -
Xgsistant1j)roduct possessing a functional anion-ex group, insoluble copolymers
of aromatic vinyl and divinyl derivatives are-the polymers used. [Translation] [NT11-
SUB CODE: ll/ SUBM DATE: 05Jun62/
'0Y
ill Ifum UDC: 547. 559. 49. 05:678. 746. 22-

KOROSTASH9 Anato2iy Ivandvich; ALEKSMIDROVA, V.I.,, otv. red.; TEPLYAKOVA,
A. So . red.
(Experience of innovators is an ti=auatible source for the growth
of labor productivity] Dosvid n9vatoriv-nevycherpne dzherelo pid-
vyshchennia produktyvnosti pratsi. Kyiv, 1961. 1,2 p. (Tovarystvo
dlia posbyrennia politychnykh I naukovykh -nnant Ulkrainslkoi RSR.
Ser.3p no.6) (*IRA 14-8)
(Ukraine-Efficiency, Industrial) (Technological innovations)

ALEKSANDROVA., V.I., kand, Jot, naukp starshiy nauchnyy sotr.;
TETIWff, V.V& p starWy nauclWy notr. I BOGDAIIOVA, A.A...
starshiy nauchnyy sotr.; LIVSIIITS, I.A.., starshiy nauchrWy
sotr.; NIKULIGHENKOV, K.Ls, polkovnikj, red. [deceased];
SOIDVIYEVp N.I., red.; SOKOLOVA, G.F., tekbn. red.
(Fi.P.Lazarev; doemental M.P.Lazarev; dokuraenty. Pod red.
K.I.Nikullehenkova. Iloskva, Voen. izd-vo M--va obor. SSSR.
(Russkie flotovodtay). Vo.1.3. 1961. 576 p. (MIRA 15:2)
1. Hussia (1923- 'U.S.S.R.) TSentrallz*rv gosudarstvennyy
arkhiv Voyenno-Morskogo Flota. 2. TSentrallrjyy gosudarstven-
nyy arkbiv Voyermo-Morskogo Flota SSSR (for Aleksandrova,
Petrash, Bogdanova).
(Lazarev, Mikhail Petrovich, 177&---1851)

G&US32-11OV, V.V.; A1=AN=VA,_jj.,; MOMOVA, A.I.; POPOVA, K.A.;
SHAPOVALOV, E.T.
[Investigating the electrochemical and corrosion behavior
or lKhlSN9T stainless stell in water of various composi-
tion] Issledovanie elektrokhimichaskogo i korrozionnogo
povedeni,ia nerzhavoiunhchei stali lKhl6N9T v vode razlich-
noho sostava. Moskvaq Glav.upr. po ispoltzovaniiu atomnoi
energii, 1960. 17 p. WIRA 17:1)
(Steel, Stainless-Corrosion) (Electrochemistry)

PHASE I BOOK EXPLOITATION SOV/5256
Gerasimov, Valentin Vladimirovich, ed., Candidate of Chemical Sciences.
Korroziya reaktornykhmaterialov; sbornik statey (Corrosion of Nuclear-
Reactor Materials; a Collection of Articles) Moscow, Atomizdat, 1960.
284 p. 3j 700 copies printed.
'Ed.; A.I. Zavodchikova; Tech. Ed.: Ye. 1. Mazell.
PURPOSE: This collection of articles Is Intended -mcbanicaland
metallurgical engineers as well as for scientific aearch workerB 6on-
cerned with the construction of nuclear reactors.
COVERAGE: The water corrosion of various types of stainles's steel and
alloys under high pressures and temperatures is investigated from the
point of view of the use of these materials for the construction of nuclear
reactors. Attention is given to the following: the use of oxygen for pro-
tecting steel against corrosion, the behavior of steel in high- temperattLre
Car4-W9

Corrosion of Nuclear- (Cont.) SOV/5256
water with various compositionso factors of metal stress corrosion,
intergranular corrosion, the mechanism of corrosion cracking, and the
corrosion resistance of aluminum and zirconium alloys; Conclusions
based on test results are included. N' ersonalities are mentioned.
0 P
Most of the articles are accompanied by references. Of 238 references
97 are Soviet.
TABLE OF CONTENTS.
Foreword
PART 1. METHODS OF INVESTIGATING WATER
AND ELECTROCHEMICAL CORROSION AT
HIGH TEMPERATURES AND PRESSURES
Gulyayev, V. N., and P.A. Akoltzin. Methods of Testing the Corro-
sion-Creep Strength of Metals at High Pressures and Temperatures
Carj_V4

5

Corrosion of Nuclear- (Cont. SOV15256
of a Solution on the Anodic Behavior of Steel 44
Gerasimov, V. V,, A. L Gromova and E. T. %apovalov. Effect
of Oxygen on the Corrosion and Electrochemical Beh avior of the
lKh18N9T Steel 49
Gerasimov, V.V., V.N. Aleksandrova, A.I. Gromova, K.A.
Popova. andE.T, ShapovalgX, nvestigating the Electrochemical
ffe-
and Corrosion havlor of the lKhNQT Stainless Steel In Waters
of Various Compositions 52
Moskvichev, 0. S., and V. V. Gerasiniov. Effect of the Water
Composition on the Anodic Behavior of Aluminum 64
PART III. STRESS CORROSION 69
Akollzin, P.A., and V. N. Gulyayev. Principal Factors of
Card-A44-

Corrosion of Nuclear- (Cont.) SOV/5256
vestigating the Mechanism of High-Purity Water Corrosion of
Zirconium Alloys With Niobium. 250
Tolstaya, M.A., G. N. Gradusov, and S. V. Bogatyreva. In-
vestigating Water Corrosion Resistance of Zirconium Alloy
Tubes at High Temperatures 264
Gerasimov, V.V., and.V 'N Aleksandrova. Investigating the
Electrochemical Behavi-Or 274
Andronov, G. G. , and N. K. Komarova. Removing Corrosion
Products From the Heat Exchanger of a Reactor 277
AVAILABLE: Library of Congress (TA462. GO
NrK /wrc /be
Card 9/9 10-12-61

S/081/61/000/020/049/089
B107/B1O1
AUTHORSt Gerasimov, V. V.p Ajsksand=va-t~~ Gromova, A. I.,
Popova, K. A. Shapovalov, E. T.
TITLEt Study of the electrochemical behavior and the corrosion
behavior of 1X18H9T (1Kh18N9T) stainless steel in water of
different compositions
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 20, 1961, 259, abstract
201146 (Sb. "Korroziya reaktorn. materialov". M., Alomizdat,
19601 52-63)
TEXTs The authors studied the kinetics of electrode processes of 1X181igT
(lKhl8N9T) stainless steel in di 'stilled water and in solutions of A 2Sol
and Na 2s04, HN03# H01 and H2S04' NaOHp NaCl at room temperature and 3006C,
and at 87 atm pressure. It was shown that in all media, except f or 0. 15 N HM,
the 1Kh18NqT steel waz -.,. a passive state at corresponding potential valueal
in the solutions mentioned, the rate of dissolution was 0.016 - 0.020 pa/OM4.
Card 1/2

B/081/61/000/020/049/089
Study of the eleotrochemioal behavior,,, B100101
[Abstracter's notes
Complete translation.)
V--~
..w.
Card 2/2

-/00
Ipy? V
AUTHORS: Gerasimov, V. V., Aleksandrova,
------------------
TITLE: Investigation of the electrochemical
PERIODICAL: Referativnyy zhurnal. Khimiya,
IB260 (Sb. "Xorroziva reaktorn.
1960~ 274-277)
S/081/62/000/001/008/067
B156/B101
V. 14.
behavior of zirconium
no. 1, 1962, 64, abstract
materialov". M., Atomizdatj
TEXT; The behavior of Zr which has undergone various preliminary treat-
ments (mechanical dressing, etching in a solution of 5 ml HP + 45 ml 111103
+ 50 ml H 0, and oxidation in the air of 350, 650 or 750 0C) during cathodic
2 . .1
and anodic polarization in solutions of 0.01 N NaCl, 0.01 N Na 2S0 49 0.1 and
0.01 11 NaF, 0.025 N HF, 0.01 N NaF + 0-05 N HNO 3, and in distilled water,
was studied. The composition of the solution and the preliminary surface
treatment dG not affect the rate of cathodic reduction of 0 2% The exception
is the oxidation of Zr at 750 00, which greatly increasos the overvoltage
Card 1/2

3/081/62/000/001/008/067
Investigation of the electrochemical ... B156/B101
of this reaction. In all the solutions except those. containing HP, Zr is
passivated during anodic polarization. If there is an oxide film, formed
during the prolonged anodic polarization of Zr or during its oxidation in
the air, at the ourfaoel the passive state region in wider, and the rate of
the anodic process in this region is lower. L Abstraoterla notel Complete
'.=sza !a t 4-0 n
Card 2/2

8936o
S/08 611010100210101018
B102YB209
ADTHORSt Gerasimovt V. V., Aleksandrova,-V.-N.
TITLE: The effect of radiation on the electrochemical behavior of
stqel of the type 1X18149T (lKhlSNgT)
PERIODICALt Atomnaya energiya, v. 10, no. 2, 1961, 164-166
TEXT: This is a report of investigations on the electrochemical behavior of
steel of the type 1Kh18NqT under irradiation by thermal neutrons. The stud-
ies were made with a electrolytic glass cell (400-mm long, diameter 20 mm,
wall thickness about 1 mm) shown in Fig. 1. In the upper part of the cell.,
a calomel electrode and an electrolytic switch are located. The steel- Sam-
ples were 1x 10 X235 mm large and had the following composition (in % by
weight)s 0.07 0, 1.23 Mn, 19.1 Cr~ 10.5 Ni, 0.53 Ti. The specimen potential
was compared with the potential of the saturated oalomel electrode; at maxi-
mum distance of the specimen from the switch the potential was lower by only
0.015'v than at minimum distance and, moreover, was practically independent
of the length of the sample. A I mm thick steel wire (of the same type)
which was isolated from the test sample by a glass pipe was used as an auxil-
Mard 1/4

89360
S/089~61/010/002/010/018
The effect of radiation ... 2102/B209
iary sample. The investigations were made in 0.01 N sodium-sulfate solution
and in 0.01 K NaCl solution (about 20~ml)- M-62 (M-62) and M-91 (M-91) mil-
liammetera served for the current measurements, a RJI-5(PI-5) potentiometer
for potential measurements BAC-80(BAS-80) storage batteries served as current
supply. The call was irradiated by thermal neutrons (1012n/GM2.seo, 80-90q,)
in reactor core. Every experiment was carried out twice and, for comparison,
was repeated in a thermostat (8500 without irradiation. The following we 're
the results: The stationary potential of the beam in volts with respect to
a hydrogen standard electrode
medium a b a b
0.01 N
Na2so 4 0.133 0.318 0.403 0.673
solution
0.01 N
NaCI solution 0.083 0.243 0.503 0.538
Card 2/4

89-36o
S/089~61/010/002/010/qlB
The effect of radiation ... B102/ 209
a) before polari.zation b)-three hours after polarization
The kinetics of theelectrode processes were investigated potentiostatically
measurement of curreat$ potential, and temperature every 10 minutes), the
k
current was assumed to be steady if it clid'not change within one hour in
the case of given potential. The determination of anode and cathode polari-
zation of the steel specimen in sodium-sulfate and sodium-chloride'solutions
resulted in the following: Irradiation does not affect the kinetics of the
anodic process in sodium-sulfate solution. Also in sodium-chloride,solu-
n irra-
tion, the character of the anode polarization curves is maintiined
diation as wn1l as the rate of the anodic polarization Drocesi in 4 pas-
sive range. However$ the breakdown voltage and that portion On th&anodic
polarization curve which corresponds to the trans-passivationtrangq is
shifted by 100 to 150 mv towards positive. Those portions 6f,the qathodic
polarization curves which correspond to oxygen ionization were shifted to-
wards positive on irradiation in both solutions, i. e. the rate of the '
cathodic process rose. This, of course, entails a shift of the stationary
potential of the steel into the positive direction thus reducing the pas-
sive region. If the passive-state region is very small ke. g. in chlorides),
Card 3/4

89360
S/089/61/010/00;'2/Olq/018
The effect of radiation ... B102/B209
then as a consequence of the acting radiation the steel may get into the
-trr-ns-passivation region, i. e. corrosion increases. There are figures
and 1 table.
SUBMITTED: September 1, 1960
Legend to Figure 1 1) sample;
2~ auxiliary electrode;
3 calomel electrode;
4) electrolytic switch;
5) tube; 6) ampoule; 7) jacket;
8) to the circuit; 9) to the,-.
potentiometer.
71 T\ I
'.Q oj N3
Card 4/4

S/129/62/000/002/012/014
E073/E335
AUTHORS- Gerasimov, V-V., Candidate of Chemical Sciences
and Al ek tantiXova
, V-~~-, Engineer
TITLE. Intercrystallite corrosion of steel type 1)(1849T
(Ixhl8N9T) in distilled water
PERIODICAL- Metallovedeniye i termicheskaya obrabotka metallov..
no,, 2, 1962, 53
TEXT: The intercrystallite corrosion of the steels lKhl8N9T
and 1X18149 (lKhl8N9) was investigated at various temperatures
in distilled water with various oxygen contents. After the
corrosion tests the specimens were used for making polished
sections for metallographic investigations. The results, which
are tabulated in the paper, lead to the following conclusions:
1) neither of the two steels tends to develop intercrxstallite
corrosion in river water or in distilled water at 100 C with
free access to oxygen~
2) both steels are prone to develog intercrystallite corrosion.
in the temperature range 950 - 200 C [Abstractervs note; the
Card 1/2

S/129/62/000/002/012/01,4
Intercrystallite corrosion .... E073/E335
figure given in the table, i.e- 350 0C at a pressure of
200 kg/ctn2, appears to be the correct figure and not the figure
of 95() OC given in the textj in distilled water containing
CI ions and 0.2 - I mg/litre 0.; the depth of penetration of
the intercrystallite corrosion is I - 2 grains in 2 000 hoursi
3) the steel lKhl8NqT is resistant to intercrystallIte
corrosion in oxygen-free distilled water and steam at temperature-
of 350 and 550 DC~
There is I table..
Card 2/2

- GERASIMOV, V.V., kand.khimicheakikh nauk; AIEKSANDROVA, VON., inzh.
Intercrystalline coxTosion of type M18149T steals in distilled
water. MetaUoved.i term.obr.met. no.2:53 F 162. (MIRA 35 t3)
(Steel alloye-Carrosion)

39744
S/129/62/ooo/oWool/003
E073/E535
AUTHORS: Gerasimov, V.V.., Candidate of Chemical Sciences and
Aloksandrova, V.N. Engineer
TITLE: Corrosion resistance of type (2Khl3), \,'("I (10,17)
and (Khl8) chromium steels
PERIODICAL: Me:tallovedeniye i terinichaskaya obrabotka.metallov,
no..8,'1962, 36-4o
TEXT: The authors have studied the effect of heat treatment
on the corrosion resistance in sodium sulphate and chloride
solutions of thrpe-chromium steels which are considered as possible
replacements for typ,e !,A! -.'q7'(lKhl8N9T) stainless.steel, using a
potenti:ostatic method. The anodic-solution pi~ocess was found
to depend especially on chlorihe-ion concentration. There is no
passive range if-the chlorine-ion coni6entration is 0.01 N and
over in the case of the steel 2Khl3 and over.a fwmg/litre in the cas(-
of the steels Kh17 and Khl8. Compositions: 2Khl3 - 0-21~6' C,
0 - 31~6 Si, 0 - 33% Mn, 13~6 Cr and 0. 41% Ni; Kh17 .- 0.14% C, 0. 40% Si,
0-45~ MA, 17.8%,Cr,