SCIENTIFIC ABSTRACT SHATALOV, A.T. - SHATALOV, G.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548710010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACQ NRt AM60085111
8". Tr~ansmiGsion properties of a complex open-loop pulse system
2o6
9. Structural transformations in pulse systems -- 212
10. Transfer functions of a standard'elosed-loop automatic-control
system (ACS) with the key inserted directly into the measuring
device
11. Transfer functions of a closed-loop ACS with a high-speed digital
computer (HSDC) in an arbitrary sector of a straight circuit
219
12. Accuracy Of forced motion of a pulse-ACS -- 221
13. Asymptotic stability of an ACS with a pulse element -- 227
14. Process spectra and frequ.ency-response characteristics in pulse
. systems -- 237
.15., Process calculation in intervals between cycle pulses -- 259
16. Synthesized general case of pulse-control systems -- 266
I.Ch.IV. Quadratic conversions of signals-and their static transforms
-281 -
1. Basio fi elds using quadratic-estimation techniques -- 281
2. Setting tip linear differential equations in the domain of time
argument for quadratic estimates~of determined processes, and
obtaini'ng their transforms'.
Car'd 5d,

ACC NR, AM6008541
3. Linear differential equations for determingd quadratic
estimates of parametric processes in variable systems, and the
structural transforms of these processes
4. Statistic quadratic estimatesi*of a permanent system reaction on
a stationary random input signal -- 304
5. Noise dispersion of reaction systems with changing parameters
-- 323
6. Correlation and spectral analysis of a system with changing
parameters -- 330
7. Wiener'IA*optimal systems 336
Bibliography 343
AVAILABLE Library of Cozigress
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Card 616

otv. red.; OZIN, A.V., otv. red.; UZZIETSOV, I.V.,
dl-k-lor files. nauk, -ed.; LTIVSHITS, 1;.N., do'-tor b-'ol.
-_:'I - ~-,7 71.1 7r z~4 r
nauk, red.; ~a Ed .
SHATALTOV, m1ad. nap'uchn,soTr., nauchn. red.;
V.1., ---,ad. nauchn. satr., nauchn. red.
(The essence of life] 0 sushchriosti zhizni. Moskva, Nauka,
I
1964. 3qO P. (VIIRA 17-.8)
1. Akedemiya nauk SSSR. T'--,chnyy sovet po filosofsk-im vop-
rosa-m yestestvoznaniya. 2. Institut filoscfii ANT SSSH (for
KrerVanskiy, Shatalov). 3. Chlen-korrespondent All _SSSR (for
Frank, Kuzin).

*trnvWRWv lbobeft ton" d 2hL A. Y. Sbst&Wv (ZAr. fssG4.
Kkimii(J.P4*.Ckm.).Iildl,lg,401-400; ".Chem. AAW.. JUL (A 1). 130).
-(In Pussiml The pott-mials of tin in adatica cf KCI, SaLl. NH,0.
BACI, HCL Kbr, KI. ALNO Z;&,80 and N&OH am
value* after Some hm or ly. oi~ i6, The pmtrestment o( the
AKAtodv affects the potwtiml for oAy about I hr. The convown of t~m in
4N.NH.cl is gmateir then that in 0-93N-NH,0. Oxide fibus mud tts,

A. Ya.
U-;',3,R/ChvmI stry - Corrosion
Oct 52
"The Effect of pH on the Electrochemical Behavior of Metals and Their Resistance
to Corrosion'll A.. Ya. Shatalov
DAN SSSR, Vol 86, No 4, pp 775-777
The effect of pH on the electrode potential and the corrosion of 12 metals was
studied and curves depicting the change of optential and corrosion with pH were
plotted for each of the metals. No simple relationship was found to exist between
the above factors. The same metal often had different type curves for potential
pH and corrosion pH.
Source #264T21

SHATALOV, A.Ya.
Thf! effect of DR on the lectrochemical and corrosive behavior of
metal.a. Soob.o nauch.rab.chl.VKHO no.2:12-14 '53. (MIRA 10:10)
(Electrolytic corrosion)

A
SHATALOV
ya Irreversible _qo -
it the corUsion nehavior of

alum It Ifer so
s 11ticin X
u
.
; -%Emil
(V 1: ~rur. riz. K;zij?j
ra
.

27.
2-~.;-Tlw potential E
of an A! electr(Nie after I dav's imitier;ion in a buffer suln,
(partly neutralized njivt. of 11,1-10l~ filf'O., and A,7011) wai
-
nelirly independent of the CI
concri. c in the 5rilri. at fill 2
-and i (1.)_7G-0.77 an,! tl.4,1~-0.60 v. -L- C '~': x
.,,iin,;t I - trr
Between pit .3 and 1). F dependcd on r and I;ad a min. (0.20

/0 v.) at pit 5 at c ~- 0. At pit 10 12. F wa~ again almost
irviefivildent of c (e.g. 1 2.-1 30 v. at of I I I ~. The (.I)rrr)-
5inn h- of A] in the satne alco -,ta, independent nf` r at
j pff 2 (0-2 ing./scl. (Irn. fir.) ariff pff 12 11-10 ingAit. (fin,
~tw_ hr,)aricl had a mitt.. deeper with gro-atvr,-, betl%-~eri pit fland
.9. Similar rentilti vere obtairterl in jrifluffered soins. of
rmXts. of alkali and lfCl, or 1[.S0,. The effect of
lit I and c on E was ac iinted f,lr 1), t1wir effect of the anodi,
volari7ation of At, Miwh %,:t~ detd. at three pit %,;lines and
~'A. till to 11,1116, Tn:t./'q. 1!1 ;t1,,ns;lv alk. k
1
4 ;
1
.
_1
T)r,,p.rtioird to ((,on.m. of ("I; P-
J. J. flikernian

I
sho-r,qlo~ ti Y,&
Chenical Abqt-
Vol. 48 No. 6
Har. 251 1954
Elnotracbemistry,
ehavlo, the b V.
I Cd. 114 =2-1 _FMCITS). ZANP. Nil'
Kki pitenTIS ~-- of III buffed on
felt was, In mixts of HaIl0s, AcOll, H&M.'and XaOlt
approx. 0.24; ~0.11, -0.09. and-O-00 v. at pit 2, 7. 0,
and 12. resp. Tbe variations of B with pit wpm sinaller
when N) was added to the buffer soln. Wiley)
NIC,
the III let before measlumment wag-pickled in 20%.
HtCrOt the bend of the F-pH curve between pit 7 and 9
disappeared and dB/d(pH) was -0.045 Y Ja the buffer
going. both In the pretence and the absence 4 NaCl. - The
E In TICI HNOv, or Ift.90t hqul max. In 0.01 N going. (0.15-
0" v.). while X in NaCiff joins. decreped frtxn 0. 10
to -0.0 V. When the INMen. litefessityl from OAMI to
]ON. The mo of oxfoslon of 1,11 hold a Wit. at lyll 10 In
buffer + MCI sdn. and was almoRt Indepemlent tit pli be-
tween pff 2 and 12 to the absence Of NACI. - In adds B
was detd. by the formation of [BiX.1- or IBMI-- Ions,
In neutral and near neutral sobu. E was the potential of
BA. and in alk. going. Bi behaved as a mixt. of an oxide
anti, an 0,electrode. Bike-Frnan.

A;

1
4

'
A. Yu. Sha d Icrivent-I
UWE
UjIgn
~r an fiit--~ en'
Y
~
Zhur.,-Khim'. IM. No. Q=i-~Rl;;trode Potw&s (E) of
Ri were detd. irt:bafer soIns *ith- adda. of NaC11- - Tfi~
CurveR Vs. P11 .mprised 3 sectionsf 1u the m0oa of add,
solns. and ~ small content of CI -4 thr valites of E are dose W.
~
tile potentials of an oxide Bi efeefrode and the slope of lhe
curvedepwidsonthecoacn.aECI-. Inneutralsolm- the--
Values uf E am independmt oFpR and are -Poorl repro-
I
ducibf~. Inalk; solus. Bi acquires the propeAles M
, mMed
metal'oxide-0 electrode, ftvaluesof,B arestable anti more
pos.tltaiitf2cooteritWsofairueut~talcivideelectiode. lit
nonbuffered soins. Mth the corist.corma. of CI SO,: -,or.
NO~` the nature of the E -vs. j)H curie is the same. The

corrosion
relation between E and -PH are compared with the
resistance of Bi as affected by the PH. M. Hoseh

ttoo
to
~h
In In all swoll ~w CIO
NO,- aninn concos. is studied. The,res wa mav giv as
diagrams Emil-pH and CS-pH. The full curve Bjr to.MIS
3 branches whkh have the same sequence" the rmches
of the CSwp)I dLnrmm. In the wea OH