SCIENTIFIC ABSTRACT STORCH, Z. - STORIZHKO. V.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653410012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 3, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,- f . -RCH, Otakar, inz*
FIALA I - ; -,'7t
Fly ash trapping in dust coal combustiono Stroj v7r U
no. 12: 623 163.
1. 7avody Rljnove revoluce, nopep Vestin, tayod Uharsky
brod (for Fiala).

STORGII, Zdenek, ins.; HALCAR, Jan, promovany skonom
Uve of mathematical methods for planning the relations betveon
machine industry branohas. Pod org 17 no.4t,152-155 Ap 163.
1. Tochnicko-organizacni vyzkumnj ustav strojirensky.

STORGHAxj At~s, tichitellnitsa
Testing the knovledge of students on the fundammntals of Mrvinism.
31ol. v slikole no.4:49-52 Jl-Ac 159. ( MU. 12 -. 11 )
l.Shkoln No.195 g.Yoskvy.
(Xvolution--Study and teaching)

STORCHAX, A.I., 11chit,91'Dit" (f.Xoskva)
Self-service in the biolooff otudy room. Biol. v shkole
no. 6:92-83 N-D 160. (XUU 14:1)
(Bioloxy--Study and teaching)
1;;,

L 01086-67 ---Ewp(o)/!~v(m)/ZWP(v)/NP(4)/T/EWP(t)/W7 7JP(cV JD/WW/MqW-q
ACC Nki AP60212h8 SOMCE CODE: LM/0121166/000/003/0007/00n
opov
AUMOM P S. A.t Storchak, 0. A.; Xalevskiyp N. P.
ORO: None
TITLE: Range of applitation'fai dismono vileele made vIth an organic 'blom~l
SOURCE: Stanki I Inctrumen'ij--no. 3, 1~437_11
TOPIC TAGS: diamond, grImUng, 'abrasive wateriali synthetic material,7CU'fr1A#4? r004
ABSTRACT: Data are gives.)- on-the use of di_.aond%!~heels made vith bakelite binders vith
respect to selectiod'of the:'woj'S..~!fficlent conaltions.
for grinding varlous,types or
hard-alloy cutting"tools. Thelexperimental vork vas'doni on.0194 and 3AAM'grinders
using AChKl25xlOx3 vheels using Ml~and 81 'binders vith grain sties of A8 and A5 re-
spectlvely. Analy*,la.of -experim"W dista on tht effect vh1ch grain 'size has on cut-
ting conditions and"wheei*~ ireftr~Wfows'thnt itsmond vhcels vithaode'rate granularity
jjA86-AS12) have the hlghe~t..,cutting caFmicity. Courser vheels (AS16-AS2,5) have poorer
cutting properiies Vh1le flne~jrialned vhrels shov the worst'cutting Performance. It
vas round that an increase-.in-ftsmond concentration reduces cutting force requirements,
blamond vheels wfth's bakellte binder show ainimurA wear vith a 100-150% diamond con-
centration for grain sizes,bf A312-AS8. Test data v:iov that Soviet diamond vhvels
based on organ!c binders exe,as':durable and productive a6a the bint models made by some
time In the United StftteFt', Ulilta, Holland and Japan. OrIE. art. ban: 7 figures,
2 tables.
LC
CODE; ~3, SUBM DATE: none
V1.
I.

" - .111~ I,
GONCUR j I , I STOICIUX, I., ~'.
Repairing the shafts of the feeder elevator of
the 81-2,6 combine headem Tetheov, XTS 18 uo*20t6-9 157*
(Mai 10110)
1,Ukrainekly nauahze-lealsdovatellskly Institut ukhanisatell
i slektrofikatoll sollskogo khooraptya,
(Combines (Acrioultural zaahinory))

GONCHAA, Ivan Snrg"y5vich: STURCHAK. Ivan Markovich
[Repair n? ensilqgs harvesters) Ramont allosouborochmogo kombeIns.
Moskva, Jos.izd-vo selkhoz lit-ry, 1958, 270 5o (MIRA 1213)
(Rnpair of ensilage harvesters

STORCHAK, I.M.. nauchnyy ritbotnik: SKORCKHOD. 1.1., nsuchnyy rabotnik,
IIIKIz'OROV, G.V., mekhanlk
j%ttacbannt for sharpening cutter bar knives of thn SX-7,6
combine. Mokh.sill.hosp. 10 no.7:10-12 Jl 159.
WIRA 12112)
1. Ukralnekly nauchno-IRsledovatelOskly Inatitut maktutni2atall
i mInktriftkntsil sellskogo khotvaystya.
(Combines(Acricultural muchinery))

InzhAanichnnik
Reanons for the prumnce of 4ater in fuql tanks in the
rarngeloon maintomence of machinery. Makh.oll '.hoop. 10
no.11:11 N 159. (MIRA 1323)
(Motor vohiclas-luel syntefts)

STORCUI. 1.M.. nauchn" sotrudalk
How to prolong the life of Dr-54 crawler tractors. Heich.sill,
hosp. 11 no.2:20-21 1 160. (NIBA l3s6)
1. Ukrainskiy nauchno-Imeledovatellskiy Institut mekhanizateli I
alektrikstall sel'skogo kbosyaystva
(Crawler tractors;

~rEQHCHAK, I.M., irth.; LISOU.M. G.A. [LIsovs'IW:yI.,H-A.).
tokhnik-makhanik
Repair of R-40/75 hydraulic distributorso Makh, sill# hosp.
11 no.6:20-22 Je 160. (MtU 13M)
(Tractors-Ingines-Valves)
4..

GOIIC:;A.q. I.S.Donchar, I.S.J. n&uchnyysotri:-Anik-. STCRCHAK, I.H*#
nwichnyy sotrudnik; LISOVSXV, G.A. bLisovsklY. 94A.1.
mekhanik
Special aspects of repairinf- WSh Fear pumps. Mokh. sill.
hoop. 11 no.100-12 0 160. (MIRA 1319)
1. Ukrainskly nauchno-imeledovateliskiy institut mekh&nIz&tsii
i h1ektrifikataii L61'skogo khotyaystva.
(Gear pumps--maintenance and repair)

STURCH", I-M.
Repair of single-unit Wraulle
17-20 D 160,
(Tmctoro-Wraullc
systons. Makh, oil'. hoops 11 sool2i
(NJU 13:12)
equipment)

XORCHAK Ivan Markovich; SEMKOO M,V,, redej CHIMATSKIrp S.A.
lCher*vatalkyi, S.A.]# tekhn.red.
(Repair of the lWdrau3Ao systems of tractors and hamsters]
Remout traktorrqkh U kombainarykh hidroeyetem. lyiv,
Derihsillhospvyday MM, 1961, 184 p. (KMA 15:5)
(Tractors-Repairing)
(Harvesting machinery-Repairing)

Yu.N., k-nn7,. rinuk; Arllv'AA.--A!U.,C'l*, G.G., inA-,.1
V.Ye., lnzh.; WUMV, 't.A.,, inzh.; BI!l'v'#'A7YYp S.I.1
inzh.; GAL.;%YEVA, lnzh.; GALITS-11:0 A.S., band. tekhn. rauk;
GALICIMIKO, I.!., inzh.; GGliclikil I.S.v kard. tekhn. nnuk;
D'--GTY&TV, I.L., knnd. tekhn. nm*; DYADYUSHKOl V.F., inzh.;
YKIU-MMI, Mi.q Inzh.; ZHOTY-7VICH, 7.S., lnzh.; ZUa'.AlicVICH, G.G.,
ltizh.; KAZAY4(,V, V.K., inzh.; YGZLO'-, A.P., inzh.; ho.-MIEV, I.J.,
inzl..; UIVENKO, F.X., kam. tekhr.. rmuk; LAFIISFIY, Y.A., inzh.;
1Y,6K)EV, K.S., lnzh.; WIL.IMAIN, A..~.p inzh.; 1.113HIISO L.G.j, kand.
tekhr. nauk; LO!'z.%,*, V.N., inzh.; U'U'CV, V.A., in7li.; MUijUl:',j.O,
A.'. ., inzh.; A.*,-'., knml. t--kh-. . naukq VXIM'EVp V.A.,
inzh.; C.'--.A:'SKrY, inzh.; TOIZACM11KO, A.V., kand. tekhn.nauk;
FfilOV, V.F., kind. tekh.-.. nauk; TMG';AlLV, I.I., inzh.;
MG1117NI-0, P.I., Inzh.; FYA-iE'AfKr;, D.G., lnzli.; f1kikCEIT, L.G,.,
kand. tokhn. nauk; ROLIBIll, YeX.., inzh.; OUIVMNOV, A.I.,' doktor
teklin. nauk; SWMNOV, V.Y., inzh.; a.O~.OKEOD-, 1.1., lnzh.; SU.JGDCHIKOV,
nd klm.
V.I., inzh.; ',"~MRCHAK, ;X.., lnzh.; ST'UMTOV, F.Ya. ka . te
nauk; SU?,HIfJA;*-V.V.) lnzh.; I&OFEYEVO N.D.t inzh.1 M105OVf I.M.)
kand. takhn. nauk; FILATOV, A.G., inzh.; EMDOV, L.T.p lnzh.;
KILM-TIMlY, F.A., in2b.; I.T.'FrKOV, lrzli.,- MMM, baeft
inzh.; :-:HXtAGr:, A.P., irah.; CHIMAKU, V.D., inzh.; BUDIKO, V.A.,
red.; YEST!tYAKOV, A.I., red.; TREVICH, M.E., takhn. red.
(Continued on next card)

A:Ah2,',IYL7%'l Yti.l;.--- (eonflruod) Card 2.
(,-,irmal on the ropair of r.achincry and tractors' Spritvocla-Aik ,o
remontu vishinno-traktornoj:o parka. rod red. 01I.I.Selivanow.
Morkv:~, -I'ellkhozizdtt. Vol.-.1-2. 1962. (MBA 15:6)
(A!~.-Icultural rachinery-Fainlenance and repair)
(Tractors-Vaintenanco aW ropair)

S -;Oh'ul!!AY, .. I . ~-!. I ~ *I;,, ~I.
P T- r ~ -, --..: - -,*. T~ 4, ~ ., - , , , - ., , ~_ ~ -.-; - m j 1-- 1, ' I ty f
''I . , . -.- - -, -,, rpl -' , a r 1, reqd u .
.1, 1- &
,,, '-Y. t i i I . ". -,- I ~. ~ . . i -") V- -,
. .- , " I . ".. 0
0 ("!;J. "70i

TERMECHENKO,
ROGOUINp YeaAe; KOSAi(Vg N.D., insh.; BAUTS, Tu.; STORCIIAKI
N.I., burovzryvnik; MWWOV, VAI B;lAUN, P.P.; KUKLIN# A.D.
Reader's letters. Bezop.truda v prom. 4 no.12:36-37 D 160.
(MMA 1,411)
1. Gornotokhnictieskly inspektor upravlantya Groanenskogo okruga
Gongorte%linadzora RSFSR (for Rogzhin). 2. Rudnlk im. Gubkina
(for Kosarev). 3. Glavnyy inshener shakhty wKrasnolimanakays"
tresta. Kraqnoamoyskugolt (for Storchak). 5. Ilchastok flo.15-16
Krasnodnrvzryvproma (for Tereshchenko). 6. Glavnyy inshener shakhty
"Baydayevskiye uklonyl (for Makarov). 7. Zaveduyuahchiy sdravpunktom
shakhty "Baydayevskiye uklony* (for Bra=). S. Zamestitel glaynogo
Inzhonera po tokilmike bozopasnosti tresta Kazzoloto (for K~lin).
(Industrial safety)

2~7 () -~ I" , % -71 .
Storchak, L.I. "T"m of presn~rvatlon of germinating erpunity In vinq reedeq,
Byullitinl Glav. botan. satin. 189130 1. ll~)A. p. 66-A~
S(: U-2.918. Letopltj Zhurnalln7kh Stat,y, No. 1, 1949

L , , 1 . . I- - . '. . ,
m~ -__I__,_ - 1 -1. -.- . I
., ,, - .I
f . , - . . .
.. i 1 -- , . - ~.I , ,'. z , I, . 4 . . . 1- t I , ? "
I - . - . '. , I . . . . I ,I . . - . . I - - , . t . , .

bTORCHAK, L. 1.
Seed ripeninr dates of some trees and shrubs in the BotWcal
Garden of Tashkent. Trudy Bot.eada AN Ug.SSR no.5:41-46 156.
(Tashkent--Seeds) (Trees) (Shrubs)

1,, 7
STORcMA-K,
"Tho catagory o~v ca-.1sality in phyei:s" by G .1 Svechnikov.
Ri,viuved by L,I. Storchak. Vest. AN JMSH 32 no,3iI32-134 Mr
f&~, 15:2'
(Physics-Philosophyll
(Cauation)
G ;% . )

BASH MV,."'/A, I .,~. ;-3'MRCHA- . L.I.; DO?RLITIN, R.B.
History of the nitural sciences in hussin. Vr.1, 2. Ed. by
II.A.FiVrovskii 4nd othArs. Reviewed by 1.83ashmakovq, L. 1.
Storchik, R. 1. DcLrotln. Vest. AN SM 32 nc.51s133-137 Mj
'6z. (MIRA 1515)
(Blbllogr,iphy-N&t,i.-%%l history) (Figirovskii, N.A.)

SMRCHAKI LI,
*Einstein and the development of physical #24 mathwatical
thought." Reviewed by L. 1. Storchak. Vast. AN =R 32 no.10tll&-
118 0 162. (HIM 15--10)
(Physics) (Mathmaties)

Monthl List of Pusntqn Accessions, Library of Congress, 194, 'Uncl.

S/ 1,21 ii60/000/1007/w4/011
A", OR - Stcrclria~, Ye.A.
TITLE. Dtarm)nd Diskb With OrgAnte Binder and rnielr ApplIcall'on
PERIODICAL, S',a;nki I instrument, 1960, No. 7. PP. 21-24
TEXT- Experimental Investigations of grinding with d1amond disks were carried
out by the NII.Almaz toget~her with the MVTU. 'The T15YS grade hard all;-ywas machined
using the AflQ (AFF) 1rN0 x 10 x 3 d1w-nond disk with organic binder and a granularity
of 150, and the nu 58 wiw) rMT(GOST) 2424-52 grade abrasive disk of the same
granularity. The test 3peed ~~f both the diamond and atrasive disk was 11 m/sec,
longitudinal feed 1.5 m/min and the actual grinding depth amounted to 0.006-0.045
mm. The test reslill.s are given by the author. Moreover, experimental test 'S were
carried out with the following diamond disk grades:-AU (AChK) 75 x 8 x: 1.5 of
50%-concentration, A4q, (AChTsl) and AChTs. The author points out that Icw
pressures and temperatires during ti-e grinding process with dlamnd disks exclude
the possibility of cracks and other lelfects originating cn the surface of !be
machined part. Besides, the specific consumption of diamonds for honing processes
Is considerably lower thar. that of other grinding materials, Another characteristic
feature of diamond d1sk5 !s *heir capacity of Eelf-riccndltioning. i.e. +.hey need
Card 1/2

3/1 21/60AW/W 7AX!41101 I
Diamond Disks With Organic Binder and Their Application
not be re,:,onditiGned mechan.1cally. Ilie author deacr!bez the operation practice Of
the ZrL, MIZ, IGPZ and other plants w!th the diamond disk grades AC (AS), AIST,
ANT, A49T, ATK, AOH 200 (APP200) and A1450 WhTsI50), cites comparative tablep
and diagraw on cperatlon conditicns, wear and granularity rf diamond disks and
points out that, based on investigations carried out at the N11AIMaz, it was
found that the wear of diamond disks Is almos! un1foT-m luring '1,he Jurat'1-n of the
whole operatIon process. 10, Is stated that In 1959 NI!Almaz developf.-d a
techrilogy of diamond dirk mAnufac'ure wt*h organic b1nder and Introduced their
production according to the 01139-1-57 (ON_9_4-1-lifl sleArlard. 'Mere are 4 photos,
7 graphs and I dt;wram.
Card 212

bUUttT!itk.V, 1 .1-1. ; I , ~., . ,- krinimali uchastlye.
F.L-LIZUVA, X.A.; UUJK~n-',p - - . '~ ~-NA, --..A. , FlilicILSKU, 4.K. ;
b.".; yeqj..
Lacquer and paint coatiz4 's vithstanding very low temperatures. LALkoL-as.
mat. i Ikh prim. no*2:6-9 163. (KNA 163-4)
(Pro,tective coatitt;a-festing) (Polymers)

-*,P-j~~_:.,~*A, ill ,
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1. , ,I !,-; j 1 -1 jT . Z(A ". " I a t), ) , " r- , ~., ~
~ C i 7-15 .1 q 161, (miRA e.,,
l.&O
I
. Tlq~.g I Y--anyy 'nau -.,In:-,- 1 11 'A ~~ 1,4~ I y ~' r~ I* I, ~*~
' I r. - s f r t ols) n I v n ~

F 7 'z' -'FF ~"' f 'I, "I/T711- 7 V17-IF, 1,)/ A A-,RrP
ACCESWON 'TR: AT5012203
AU111OR: St.olrch.nys Yet_ I.; Ttirkovrkaya, A. V.
TITLE: CQrrj~~tnn of certabi aluntinum alloya in contact. with (Alle" mi-It"Is it'
chloride 001LItI.01150
Inntitut khizAcheskogn mashlnontroyen.-a. Trudy, v. 2b, 1944.
I y
Korl("'Jya 1-111michcv-koy apparatury (Corronion of clicmical 70-75
101' 1 C T A Ccj :aluminum alloy, almirnmi alloy corroiton, conLaCt corrosion,
chtlorili7 corTos-fon) atindf- corrosion, n1tamini-vi stpel coitpl-l, Altv-4inimn brar-A
cou p I e. , it It irni,num coppo r coup Iv, mo-t a I polar I zat. ion
APSTP,"(:T: The corras~6n bUllaViOr~Of allEM1.11M %IXQY,'3 OVIL-.-C!
C C11-14 ~c t 1,11 ~11 F"sIVNIOT- V"Lvt!l :V ~.Oppf- r , anti L-62 was stwlied in 0. (:'1~5
rolut.ions of N~Icj. Coujilt.'. Of UMS killd n7v VTICJ11~7TIt"f"-I ill "10.'nL
7"hc techniql-ic used con~-isttd of tl~iLermillltlg 014. maxl;milim coll..-.5ion
Cllrrc!ll~ of the couple % frm, Lite polar I zat ion rhatncte. rist. I cs of t1w. ric 1,8 1 zi ~ t:
contact, and in nPaguring the current of the couplea urLth time. In' all casri,
th(I C11111111TUL-1 allOYS were the ant)(Ins and underi.-ant mainly pitting rct'rotlion.
'-The- extent of corrosOc attack wats dependent on the concentration of M-
C.;'1

L 51995-65
ACCESSION NR: AT5012203
on the efficiency of the Cathode. Aluminun alloys in contact with coppt~r In 0.5N
N, wre corroded most; tinder anodic polari7ation conditions, tmd the
Na C I
most pronouncc(I Len(I.Incy toward pitAtrig corro,,ilon, Mits was the rott 5table, -,nd
occupied an intprmediats, position. M thr,, Gl- conecruration rose, the
AMg - 6
Plaximum corrosion cvrvent of the couples increased, and the breakdt-.7" potentiil
art.
shifted toward the negative side. Ori ban: 6 figures and 2 tables,
ASSOCTAT10,11: ffovkovskiy institut- kliLmicheakop"I manh inost royeni Ya (1-10acqw-
In,mitute of Chemical Machine Btitlding)
SUIQII,rrED: 00 ENCL: 00 GUR CODE: K4
NO RIT SOV: 001 0111FR: 000
B1m?ta,!.j
cerd 2/2

.- , , ", .1 , "' 'i " . ; "t ... A" A. '.
.A. , -. I ..'I' ~k
Metilr,cj,ii nrid e-,ul,,-.rxnt for r twurlr,! t,.e, Fli in tbm layer rid'~, a,- -~ n I-
# an by meqrir, of an antIlmony rode. Zxlrt.7~.
~O
me". I no.13II&I'll Jsl-F 165. ( M I.-RA 18 : 5"1
.1
I " - :; Ir L -1, ' VOV( Va.
I V. - ~,i. - I y i r zi t I tu t kh J m I - - '~S k C. rJia,'Arif,- I . -1111.

T-
ACCESSION 1111: AP5009026 L71/0314/65/000/003/0032/0034 I,
ALTHOR: - S-torchay, Ye. L(Saginear); Tur_k,O.V.1ka.,%p) A. T. (Candidat* of teCUUM1.
'tudy of the tervAncy of ce rti fn nlinu Mlove, !enviril pilling rorrosion
Sf),'i"..T: Klitinicheskove no. .1, 1,-)65, 32-34
'I ! if, TAGS: allf,, , manvan.,~-,(, C(,1T1!,.A1t)fi1St MaTif-silim containing alloy,
pitt~n,;,r (,)i*r,,wW,iii, -IN'tilinum cui,toslion, on-fi- polarl-,~Mon, br(walAown potential.
alurninum 1),issivity
ABSTRACT; Aluminum A-1 awl its alloys AMta (I. ""Yj- Nln) and Ahlg-r, (0.6% Nin, 6.0%
Afg) ~vure studied. Curve.8 showing the cha~n'g(",' in potp-ritial of the sampleg during anodic
1)(Aart'natioil vers(4.9 the applied voltzge were recorded auV)m atic ally by means of "
1,1111-09 potentiometer. 1-hey showed that the potential shifts to the positive side as the
applied volinge increases (see Fig,. I of the Enclogure), but that the passive state is
stable up Vo a cortain value of the potential. Subw1uently, the potential remains practically
constant despite an increase in voltage. 71o appearance of a characteristic Idlection
corresponds to the critical potential V)roaltdown potential), at which the passive state
is dlaWrbod and pitting begins. It was "tablished that Lbo number of corrosion centers
C,rd

5
ACCFSS1014 Nit: A115009026
does not Inerearie with time. This lerid.9 to the conclusion that the current density at
the sites (if attack is vongiderably greater than on the rest of the passiva surface of tho
metal. AMW alloy displays the lilg1wst. corroalon resInLance in wet slag wool, aluminum
A-1 Is tho 1(mat roalstailt, and alloy AMg-d occupies in Interm(Alate position. A small
addition of m4pgApRao iB tbought to improvo the corrosion re-sintance of aluminurn. Orig.
nrt, lutn: 6 figures.
ASSOCIA11ON: none
SUBMITTED: 00 ENCT.. 01 SUB CODEt MM
NO REF SOV: 006 OTHER: 001
Card 2/3

L 61q16--()5
I i PTO--- -- - kTVjT0'B
ACCESSIM HR: AP501413:4 URID365/65/001/003/0293/0296
620.195
AUTWR: Storchay, 'Ae. I.; Turkov:;kaya, A. V.
TITIT: Pitting ro~rron of aluminum loys
SOURCE: Zashchita metallov, v. 1, no. 3, 1565, 293-296
TOPIC TAGZ; corrosion, corrosion redium, aluminum alloy, electrochemistry, anode
polarization
ABSTPACT: The pitting corrosion of aluninum alloys was studied, based on electro-
chemical measurernents node in hallde ion solutions. Anodic polarization cun-es are
shown for 0.00.1), 0.05, and OM N solutions of 14nCl, and the critical potentials for
pitting fo ati"~Kp) are,rted. Tbovoughly cleancd sheets of the aluminum alloya'
'~'AMts. AMF3F%AMp5B'and AMg,6 were placed in colls, and potentials were measured rela-
t~77-i-st`a-nTa-id calomal elcctr-,~-'e- Paralleling this, corrosion studies vere
on tho, alloys in 0.05% It NaCl solutions for 15 --m d~an*ter cylinders. These
cylin(ler:) wert! Jerrreticilly ssnlod in glasn, tuf-n, alvng with the solution, for,
p'~I-kds -,f 5000 brn. The nvasuroments of potentlill are graphically presented for
Card 1/3

L 6P)I6-65
ACCESSION NF: AP5014134
the alloy AMts, as a function of time. It took as much as two minutes for the cell
to reach equilibrium, since fluctuations due to the competing activation and passi-
vation processes were present. The equilibrium curves show a sharp Initial rise
with time (up to a!,_lut 100 hrn) after which a constant value (-E, mv) was reached.
Mir, value was found to vary with nolality of the NaCl solution, and with thl par-
ticular alloy studied. In general, the values for (-E) varied for the alloys In the
following order: AIits