SCIENTIFIC ABSTRACT SHATAGIN, N,N, - SHATALOV, A.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548710009-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Device for Grinding Conical Clutches and Dii3,-o
AVAILABLE:
1 10/24
but achieved a time saving equal to 235% as con-,.~ared with tli~-
same work done by hand. There are 4 fi6ures-
Library of Congress
Card 2/2 1. Lapping ;nachines-Applications 2. Lapp-tig machines-Operati-c-a

zoo-reteri nary serv4cin- ,:~f coi-is-o-L- d '.-c.:
P.
-r,,-;; c)l o' %.ins- Ce-n'ral `oo%ete-rinary District witi, -"-lie VfAeritiar- lycm;' 'oL.
3
C h e I i n s 4 G b I -a stu I .

I .-I I., -[-P4' A . -~~ WT-I~ . , n-I ;,--':AU': , i . -~ . . LTI" .
Building Materials
Manufacture of construction slabs from waste products of
natural rubber (slimes).
Biul. stroi. tek-h .0 No. 16, 1952.
Monthly List of Russian Accessions, Library of Con.gress
November, 1552. UNCLASSIFIED

' " ~- I
-iG IN p N.,
P: u I th Or
-impell.vite from -Rakhch-,sarar D-,s'r,-c' in - e Crimea. Ves-, -Mlosk.
un. Ser. 4: Geol. 19 no,4:68-72 il-Ag 1-114.
(. Ri IP k117: I.i ;*
1. Kafedra poleznykh iskopayemykh Moskovskogo universiteta.

S/193/6 I /0-JO/D
Aoo4/Alrjl
AUTHORS Sladkoshteyev, V.T., Candidate of rechnical Sciences. Kura_,skiy, M
A_ Shatagin, 0,A_
Continuous bronze casting on the horizontal (UNTIM) machine
~ERTODICAL Byulleen' tekhniko-ekonomicheskoy informatsli, no 10. 1961, 11-12
TEXT Since the methods of producing blanks from bronze and brass, sas' in
chills and on vacuum suction in-stallations yield an insufficient output of service-
able castings (75-80%) and are of fow efficiency, the Ukrainskiy institut me+.allcv
(Ukrainian Institute of Metals) in cooperation with the Khar'kovskiy zavcd-tsve--
nykh metallov (Khar'kov Non-Ferrous Metal Plant) has developed an entirely new
-7~echnology and designed the horizontal UNITM machine for the continuous casting
of bronze, yielding an output of serviceable blanks of 98-99%, The new techncln--
g1cal process Is characterized by the following; a graphite crys-'allizer heated
on one end and cooled on the other is connected to the mel-~al Container and lo the
chamber oC secondary cooling, this assembly being set into reciproca*,ing motions
',V a special mechanism The reciprocating motion prevents the blanks being caa,
from disrupting To cool the blanks being cast down tc la)-1500C the wal-er flow
Card

S/19-3/6-1 1*0~'Y~/r) '3!_~ -7,
Contin,,ir,ijs bronze casting A&D L /A 10 !
In ',he -.-hanreiS should nc~% be less thaln 1.25 m/se~ The best mater-_-al f!~r -hr-
con~.a:t walls of the crystallizer, having a length of 180 mm, 4.5 S:jft
graphite The water consumption of the crystallizer cooling sec-?,-:~Onais 2 - 3
li-~ 'er/min On the pilot horizontal UNIIM cas'~Ing macifine round cast. t1anks 5"; mm
,n dameter and up to 3,3 m long are produced from Sp CL~IC -555 (Br S-555)
a,
nronze, Surface, macrostructure, chemical nonhomogenei-tv and mechan-J.- ~ proi-er-
~.I.eE of the bronze blanks meet the requirements of FCOCTL1~GCGT) 613-,:~o. i7nie _z2x-1
Industrial horizontal casting machine under constructdon at. the Khar'kov=_k,_V z----
vcd.aly1umJ.niyev-.ykh i bronzovykh splavov (Khar'kov Alumliram and Bronze Alicy Plan-)
will produce blanks 25 - 150 mm in diameter from Br OTsS-555 and Br OTSS-663
bronze. Depending on the-blank diameter, the machine has a capacit;F of 1.24-4.6,
4.16-18 b and up to 41,8 tons/day producing blanks of 25 -.50, 50 -- 100 and 1-00
'50 mm in diametpr respectively, The machine overall dimensionat (length x w~.d-n-
x height) are 9 5 x 1,2 x 1_3 mj`~ weighs 11.2 %nns, lbere 1=5 I figurr-
C-ard -D/.-

S/136/62/000/003/005/008
E021/E435
AUTHORS: Sladkoshteyev, V.T., Xuritskiy, M.A.,
Shatagin, 0. Vartazarov, M.A.
FITi.E.- Con'inuous castin_t of bronze on the horizontal
(UNIIW machine
PER1OD1(_';k1,: Tsvetnyye metally, no.3, 1.962,, 67-711
TEXT - Production of bronze arid brass billets by casting in a
1,11OUld by normal means has the disadvantages of low production rates
arid inabjlit~y -to produce billets less than 60 min in diameter or
inore than. 1000 mm in length. Vertical continuous casting seemed
unfavoLirable for bronze and brass with small cross sectional areas
arid therefore experiments were carried out on a horizontal
continuous casting machine developed by the Ukrainskly insti-tut
me-callov (Ukrainian Metals Institute) and the Kharlkovskiy zavod
alyuminevykh i bronzo-iykh splavov (Kharlkov Aluminium and Bronze
Allovs~%'orks). The method used is based on a graphite
crystallization mould, induction heated at one end and cooled at
the other, connected with a metal-veservoir and a chamber for
secondary cooling. The whole is capable of reciprocating motion.
Card 1/2

S/136/62
Cont~;Intxous c /000/003/005/008
-i.scing, of bronze ... E021/E435
L.i.(,,uj.cj i1jeti-,ij 'i-s Ced from the metal-reservoir through the heated
part ol' the crystallization mould into the cooled part where
solidit'icat ion of the metal takes place with continuous
extraction of the billet by a pulling device. The main
tectinical paraimeters for continuous casting of tin bronze in a
round billeti were worked out. The quality of the metal
completely complies with specifications. A semi-industrial
horizontal machine for casting round billets of 25 to 100 inm diamet(r
has been constructed in the KharIkov Aluminium and Bronze Alloys
Works. This enables an increase in annual production of up to
98% and completely mechanizes production. Continuous casting of
brass, copper and other non-ferrous metals can be carried out on
a horizontal machine. There are 5 figures and 2 tables.
Card 2/2

... ~. ~:. ~ 1, -1'. li -- ; , kapd. tek~m. nau?
V.T.f
C. - -1 u ~ f,-
-in-ir, or horzontal contirjuouF casr,ing e~~ '
.., I ~a -- ~..-_,n '
mt-n -, `,bn,. tzud~, U-NI'lvi nc.9.-153-159 ~64 WIRA 1-89-1)

_L 865o-65
ACCESSION NR: AP405653 8/0133/64/000/009/0795/OT91.
AUTHOR: Sladkoshteyev, V. T ;-Shatagin,.-O. A,; Kuritskiy. H. A.;''
Yakuning I* A*; Yeremeakop As S.'
TITLE: Technology of horizontal continuous casting of steel
SOURCE1 stalo, no. 9, 1964s 795-79T
iTOPIC TAGS: horizontal continuous steel casting, continuous st dbi
casting, continuous stainless steel casting, heat resistant steel
casting, heat resistant alloy casting, cast consumable electrode.
ABSTRACT: A horizontal continuous casting unithas been in.operation;
in the pilot plant of'the Ukrainian Scientific-Reeiar-ch Institute of
Metals. Molten metal is poured into &-receiver from.which it flows. I-
through a refractory conduit into a-horizontal mold 500-i-T.00 am long
which moves forwards and backwards with the*-*receiver an4,-conduit
!Seventy-three heats of structural carbon-steeM(l _311.1 tructural
alloy stegl (M16119i nd lKhl8N9T)1
__(20KhNA, 20Kh2N4), rtainless steel
_g_-steel Khl 5 hl' and heat-
ball-~Leartp Ist.an1iisteel
~resistant alloj_J_KL!4L3.TB) melted in an see f4rnace were cast Into round

SHATAGIN., O.A.
Certain characteristics of the crystallization of steel during
horizontal continuous casting, Izv. vys. ucheb. zav.; chern.
met. 7 no.2:58-63 164. (~ffRA 17:3)
1. Ukrainskiy nauchno-issiedovatelialiy institut metallov.

SHATAGIN _.-Q..-,[Shatahin, O.J; SUKMANSKAYA, N. [Sukmans'ka, N.1, zhurnalist;
--j,
b9JRZOV, K., inzh.
Uninterrupted teeming of steel. Nauka i zhy-ttia 12 no.9:
14-15 S 162. (MIRA 16:1)
1. Ukrainskiy nauchno-issledovatellskiy institut metallov, KharIkov
(for Shatagin). 2. Donetskiy metallurgicheskiy zavod (for Murzov).
(Steel-Metallurgy)

SLADKOSHTEYEV, V.T.,, kand.tekhn.-nauk; SHATAGIN, O.A., inzh.; KURITSKIY,
M.A.,, inzh.
Horizontal continuous steel casting for electric slag
refining. Net.i gornorud.prom. no.5t2O-23 S-0 162.
(NM 1631)
1. Ukrainskiy institut metallov.
(Continuous casting) (Zone melting)

SLADKOSH,rEyEv, V,T,, kand. tekhn. nauk; VARTAZAROV, M.A., inzh.;
KRUTITSKIY, M.A... inzh,; SHATAGIN, O.A., inzh.
Horizontal continudas casting of nonferrous metals. Met. i
gornorud. prom. no.1:47-50 Ja-F...162. (MIRA 16:6)
1. Ukrainskiy nauchno-issledovatellskiy institut metallov
(for Sladkoshteyev). 2. Khartkovskiy zavod alyuminiyevykh i
bronzovykh splavov (for Vartazarov, Krutitskiy, Shatagin).
(Nonferrous ingots)
(Continuous castinR)

Ur

PA. 2; - 3T3
USSR/Engineer2,rig - Construction, MaterialE 31 Aug-52
"Fabrication of Wallboards From WasrE ~,~L Vatwraj--
(Slimes).," Cand Tech Sci A, G. Shatagina. Engr T 5,
Aleksand.rova, ROSNIIMES
"Byul Stroit Tekh" No 16, p 26
Briefly describes technology of faorica-zing heat-insuia-
tion plates from slimz-s which represent fibrous portion
of roots of ruIbber-bearing plants. Technolog7-VSE de-
velojed at Laboratory of Heat Insulating Materials of
ROSNIIMS. States that each natural rubber factory of
standard productive capaclty gives several thougand
tons of fibrous.materi.Til durinig-p-ach season of _7
months and utilization of slime of only single factory
would permit annual production of 1.0-1.5 -11140 "
m of insulating plates. ~-ITI-6
2
46

goo,
Z
el
Sound fin-,alating
elastic lining frout Waste of tfi.) ashe~T)-.*
G, Shma;,imn., B. M. Shu)(cuarik-licr, Unit
.U S S P,
ALxhine-building Dist.) 1953, No. 5, 171-1-91; -
RAral. 7hur, Kh'ti-,
No. 4102D.-The beat compii
via3 fomid to be mbestc~,sl,itv waste CO-L3 and wa%le paper.
and A14SO4), IIJI/ rh.: ;tM)CACX-A~Le III.I.Lerini Was Ii t
Inixed with, water; to it was added the ivastc paper.an., then.
Wain to i,
a concit. of 4%. The whvie v%us mixed f,-,r 8-10
ruin. aq.-I to the nip
-ss the bonding *ttb~tancc:~ were zddk-d.

I- ~ VI H rf ~ - I I .! F, ,~: ~. - I -
NIKOLISKIY, V.11., kandidat tekhnicheskikh nauk; SHATAGI kandidat
1"AbAAW
tekhnicheskikh nauk; FUSHEV, M.S., iuzhendP".
Sound insulating sheets made of packing materials. Gor.khoz.Mosk.
29 no.1:23-24 J '55. (MLR& 8:3)
(Soundproofing)

SHATAKHYMI, M.P.
Verminous appendicitis. Izv. AN Arm. SSR. Biol. nauki 13 no.6:71-74
Je 160. (MJRA 1318)
1. Gospitallnaya khirurgicheskaya klinika Yerevanskogo meditsinskogo
in3tituta.
(WORM , INTESTINAL AND PARASITIC) (APPENDICITIS)

-~RATAKHYA.N,..M.-P,-- 'BhBAYkN, E.B.
Leukocytosis focus in acute appendicitis. Sov.med. 26 no.12111-113
Ja 163. Off RA 16:4)
1. lz kafedry gospitallnoy khirurgii (zav. - prof. I.M.
Gevorkyan) 'Yerevanskog? meditsinskogo instituta.
(LEUCOCYTOSIS) . (APPENDICITIS)

SHAIA'~-J,~. NekctorT
ye biolrhimicheskiye pokazateli
Arcvi -)ol.'nykfi gi,t~rllv-nicneskoy lach~-nnykh r-adonobymi va-nnami il-i
6 0
liniuc-~yarnc.-ot-~i,c~satt,;Irnoy ionizatsiyey. Trvdy Uzbek. gos. nauch.-issled.
-n-ta fizioterapii Im. SemasbJw, '3b. 11, 1949, c. 263-69
31": "1 S-v-t
C :~h-,injn7 Tirkh .-A-itey, VoL. 50, ' o k

MTALIN, A.S.
rrfl-aemce of Tashke-t minera', -water oz~ milcturition ic healthy dogs.
1,4v. AN Uz.SSR. Ser.med. nc.6-28--34 '59. (MMA 13:4)
1. Uzbakskly gosudarstq-ennyy vtuchno-issLodovatel'skiy institut
-4 rizioterapti lm. Semashko.
. . I ,
(TA,'A!j1KY,1iT -MJY(?,HttL 40):R13- -lit Yffl 10TAY3 101AL 14YYYOT)
(URI UP, - SXCW1 ION)

FSTRIN, F.L.,- -"i:A-fA'T,!, A.S.
Influence of Tashkent mneral water on the blood sugar content.
Trudy Uz. gos. nauch.-isq].. Inst. kur. i fizioter. no-15:10-174
'59. (MIFA 14: 9)
(BLOOD SUGAR) (MINERAL WATERS)
,4,

SHATALIN, A.S.-
Inrluence ..X ',"ashlkunt minecal. water on diuresin., excretion of chlorides
and urea In healthy dogs. Trudy Uz. gos. nauch.-issl. inst. kur.
i 'Liz--oter no.15:251-262 159. MRA 14:9)
(DIURETICS AND DIURESIS)
(MINERAL WATERS)

SHATALIN, G.I.
Over-all mechanization and automation of lumbering in Kirov
Economic Region. MakhA avtom.proizv. 14 no.1:28-32
ja 160. OCR& 13:5)
1. Sakretarl Kirovskogo obkoma KommunistichnHkror partii
Sovetskogo Soyuza.
(Kirov Province-Lumbering-14achinnry)
(Aut'nmat.jon)

IANOVSKIY, L.M., kand.tedhn.rAu_,_; KOTYUKOV, I.A., kand.tekdm.nauk;
KONDAKCV, N.P., kELud.tekhn.aauk_- SH&TjtLIN, Z.I., kand.
_~GIM, D.A.,
tekhn.nauk; GROMOV, L.K., kand.te~nr;~E.,
dots.; MIROSHIN, P.V.. dote.; SECENPOTIN, K.I-, assistant
(Novosibirsk)
New textbrok on trac.1re ("Traakpl by G.Allbrekht and others.
Reviewed by L.M.Danovskii and others). Put' put.khoz.
4 n3.4:45-47 Ap 1W. (MIRA 13:7)
So ~;rudniki kaf6dry "Put I i putevoye kho zyays tvo"
instituta inzhenerov.
(Railroads-.-Track) (Allbrekht, G.) (Liders, G.V.)
(Nikiforov, P.A.) (Chlenov, M.T.) (Chernyahev. M.A.)

S14A'fi'-.'LIIN3I
Fmil~t~n flracti-,n~; in Lh.:-- blood and I-h, permeabilltY ull Lhe va5cular
I I 117,rre-n~ers;ori treatad wiLh Tr-ady Uz.gos.
a..] in . _;~- I
v
in,~T-Rljr. j. f~z.'-,Aer. 3.3.'219-223 155,Q (',~JTRA 1_8-2)

SHATALIN, IN. , kand. istoricheakikh ijauk
How to guide a group studying the thenes "Early phase of the
labor movement and the dissemination of Marxist ideas in Russia
from 1883 to 1894" and "History of the CPSU in the carrying out
of Marxist-4aninist ideas." Komm.Vooruzh.Sil 1 no.6;83-87 D
,6o. (MIRA 14:8)
(Socialisir)
(Gor=nist 1?3Lrty of the Soviet Union)

SHATALIN, VL, kamd.iatoricheskikh nauk
How to conduct a seminar on the topic OCESU in the period of the
largo scale building Of CO-InJBM.* Komm.Vooruzh.Sil 2
no.6:61-66 Mr 262. (MIM 15:3)
(C6mmunist education)

SHATALIN, M.N., polkovnik, dotsent, kand.istoricheskikh nauk
Character of a nation-wide purpose of the Soviet Armed Forces.
Har.sbor. 46 no.2:9-16 F 163. OCIRA 16:2)
(Russia-Armed forces)

Yu,-4y h: SEIVTALIE, Stai~~:.dav Sergeyevich:
TIPIFS-if.', G.B.; red,; ,,AZLGVA, Ye.-M., :dad' ... real
LBranch structure of pi-rxiuc!tion; on the analysis
af -Jmle factara and stmxtura of the correlation between
--uh,divin-ions I and ill O-raslev~da struktura obshchestven-
nol::ra proizvocistva; k aralizu fak--orov - struktury sootno-
L
I iia- I i 11 PcHirpzdelenii. klo3kva, Bkonomika, 1961;.
(MIRA 18:9)

FOKIIJ, O.V.; SHiiT;,LIN, V.A.
Heaeuring temperatures during metal cutting. Trudy SADI no.16
pt.1 833-94 159- (MIU 13:11)
(Metal cutting) (Thermometry)

REDIKO, S.G., kzLid.tekhn.nauk, dotsent; SUATALIN, V.A., aspirant
Effect of curvature on contact stresses. Izv.vys.ucheb.zav.;
mashirLostr. no-4:92-105 162. (i!-T-,k 15:7)
1. Saratovskiy politekliniclieskiy institut.
(Strains and stresses)

SHAT,t~'LINA, R.S., professor, doktor bioligicheskikh nauk.
Change in the blood picture of karakul sheep due to care and
climate. DiuLSaGU n,.28:91-102 149. (MLRA 9:5)
(Karakul Sheep) (Blood)

Certain changes in phyalological functions under mountain conditions.
Trudy SAGU no.59:26-69 '54. (HIBA 9;12)
(ALTiTuDF,, wFLUENGF, OF) (BLOOD--ANALYSIS AND CONDITIONS)

SHATALINA. A.S.
ysi 'i
P
h o, ogical examination of the participaats in the group ascent of
the Great Chimgan Peak. Trudy SAGU no.59:70-99 954. (MLRA 9:12)
(CHDIGAII--MOUNTAINURING) (CARDIOVASCULAR SYSTEM)
(ALTITUDE, ITMUENCE OF)

SHATALINA~ il.S.,TER-AKOFYAlT, M.A.
Effect of a ski march In the mountains on the organisms of the
participants. Trudy SAGU no-59:100-109 '54. (N2,RA 9:12)
(SKIS AND SKIINGY CARDIOVASCULAR SYSTEM).

SHATALI-IiA, A.S.
"Data ~)ri thE water-s&it regimen .)f mountain :.-I~mbers."
Report SUbmittect for ~h 13th Int2 Corgres~: --)f S-ports
Moscow July-Aiig 196'1

KiP. 1;::", V
Ci!ang,~ In th. c-v a scl~, ten, as a I, nn., s"u
I
- -'-;vi-Ly trider hi--t climatr; -7inditlons, ITalirii. tru.-d,r ' Iash(lU
,;c- Biol. na!:ki
64.

".Alljuy Of -ertain Vrotdems of tinalytic L','heraistr.,,, with the niu of
ac;tive Ces~iun -'sotope." ~;orl-iv 3tate G, Chair of mialirtic Ghem-istry,
i, 'or'ki--, .'jissertation for the Je~ree :if Cari-ad tate of ~her. I-mzl
bu, Ience
7,_ In 6

AUT1!ORS: Kcr,:!nman, 1, M., --ah-a~taj~jna, Ga--' 75-13-3-7/27
----------M-rM-Soluble
TITLE: CO-Precipitation of Cesium With/Dipicrylamines Difficult
to Solve (Soosazhdeniye tseziya a malorastvorimymi
dipikrilaminatami)
P E? I ~")-DL Zhurnul analiticii,~skoy khiinii, 1956. Vol 13, 'Nr 3,
29f)-305 (Uj-JR)
AB5M`,111T Dipicrylamine has for a long time been known as t~. sensitive
reagent to -,,,otassium and is frequently used for the qualitative
and quantitative determination of potassium, rubidium and
Cesium (references 1-6). In publications, however, there
Lire no indications concerning the co-precipit-ation of cesium
with the diDierylamines of potassium, rubidium, thallium
and am;-,,onium difficult to solve. The authors investi.=ated
the possibility of such a co-precipitation and used the
radioactive isotope cs134 as an indicator. It became evident
that cesium is practically quantitativel,,~ precipitated with
the diDicrylariinz-tes of potassium, rubidium and thallium.
At temperatures of 0 - 30 0 C the co-precipitation of cesium
Carl! 1/14 with potassium dipicrylaminate is practic-ally complete,

Co-Preci-Di-:.at_,on 1-.f 'e_-_Ju:.- it.. Hardly Soluble Dipic-rylamines 75-13--71-7/27
Difficult to Solve
On a further rise in tcmp~~rature the amount of co-
cesium decreases due to the higher solizbility
of th-a precipitation, but the content of Cesium in a certain
amou..-.t of the main orecii-itation remains constant at
different tewperaturLls.. From this follows thut changes of
te:%,.,,~rature exert no influence upon the co-precipitation
of cesium., Further.;iore the adsorption of cesium in
,-'reviously prep-red precipitations of potssium and
thallium diDicrylaminute was investigated,, It becarle
evident t'nat tile co-precipit-ation of cesium with these
dipicrylaminates is not based on adsorption, but is of
isomor,_:hous nature. Further experiments showed thzt third
co,miponents (e ~Rb or T1 in the case of pota-3sium
dipicrylaminate) exert no influence upon the co-precipitation
of cejium, The order of the addition of reagents does
not exert any influence upon the amount of co-precipitated
cesium either, which also speaks against a co-precipitation
by adsorption. On an increase in the amount of the
macrocomucrent or a decrease in ti-,e amount of the micro-
component the content of cesium decreases in 1 mg of the
Card 2/4 :recipization; the amount of co-precipitated cesium is

Hardly Soluble
-Co-Preci-oitation of Cesium 'i'lith/Dipicrylamines 75-13-3-7/27
D-~fficult to 3olve
therefore independent of the absolute amount of the
precipitation. Cesium is in all these cases practically
quantitatively co-precipitated. All these results lead to
the conclusion that the co-precipitation of cesium is of
an isomorphous natures On a decrease in the amount of the
precipitunt the amount of co-precipitated cesium decreases,
but it increases in proportion to the decrease in the
amount of main precipitation, The strongest effect of this
type is shown by co-precipitation with ammonium dipicr.-lamine-te,
-.,.,ith rubidium dipicrylaminate this effect does almost not
oocur at all. The fact of the practically complete co-
-precipitation of cesium with precipitations of dipicrylapinaLes
permitted the elaboration of an accumulation method for
cesium wiiich is described. Based on the investigations it
..Yas found that dipicrylaminates difficult to solve and
especially ammonium salt can be used as carriers Of the
Card separation of cesium traces from very diluted sol-utions.
There are 2 figures, 7 tablest and 6 references, 4 of which
~,re Soviet.

Hardly Soluble
"o-PrecipitatJon of Cesium With/Dipicrylamines 75-13-3-7/27
Difficult to Solve
A3SOCIATION; Gorlkovskiy gosudarstvennyy universitet im. Loba-
chevsko,-o (Gorlkiy State University imeni N.I, Lobachevskiy)
SUBMITTED: May 11, 1956
wrt--pi ipit,atiotik
re(,
Card 4/4

DUBROY, Mark Izraylevich, zhurnalist; SRATALINA,M.A., red.; POWSKAYA,
R.G., tekhn.red. --
[First shock workers' brigade] Pervaia udarnsia. leningrad,
Lenizdat, 1960. 96 p.
WRA 14:5)
(leningrad--Textile workers)

KHYUCHKOV, Fedor Ivanovich; %iUNOV, Pavel Alekseyevich; SHATALINA, M.A.,
red.; PiLESNOVA, V.A., tekhn. red. t -
[Division comnander Solodukhin] Nachdiv Solodukhin. Leningrad,
Lenizdat, 1961. 219 p. (MIRA 14:12)
(Russia--Revolution, 1917-1921)
(Solodijkhin, Petr Adrianovich, d.1920)

Lap,
tA
my
"'.vA iy'

SILVALINA, M.S.
Characteristics of the distribution of rhododendrons in the
Toberda Preserve. Nauch. dokl. v-ys. shkoly; biol. nanki
no./+:116-121 1163. (MIRA 16:11)
1. Rekomendovana kafedroy geobotaniki Moskovskogo gosudarst-
vennogo univer~iteta im. Lomonosova.

SHATALINA, M.S.,
Morphology of seeds oil the Caucasian species of rhododendron.
Vest. Mosk. tin. Ser. 6: aiol., pochv. 18 no.l.-41-44 Ja-F 163.
(MIRA 16:12)
1. Yafedi-a geobntaniki Moskovskogo universitsta.

SHATALINA, M.S.
Distribution of some 3703cies of -~ --r..=- Cau!~a5us,
Bit-d. MOIP. Otd~ biol. 69 na.l.z135-139 Ja-F 164. (MIRA 17-4)

SHATA7 1-;~'A, 011,-,, Ale',s;3nclrovna
rative (otsenka) of Some Xlethods o~ Exposure of Injured
(drenlyushchey) Infection
,-lissertation for c;--ndidpte ~)f P Medical Science degre(--., D.~ratov
"N.I.I. VO--I-.ITO," IP52

D. , I .
v
CFERFtS, M. 3 t4,
star~hiy nauchn3ry 5rtrudnik;
"l, .0trur,
of th--a sr-ine in tetanias. Ortal., trawn. i pro z
:58-4~9 Ap 165.
U 4
I rtopedli
SaraLLv3kogo inst.ituta travinatolog ci, L,
-n). Adres avtoia: Saratov, ulitsa Chernyshev-
Ya.?I.RodE
Jull 148, Institut travniatologii i ortopedii.

5 ... .1 I.A.; SHATALINA, V.D.
Raising the performance efficiency of electrolyzers. MasI. -
zhir. prom. 27 no.12:33-36 D 361. (MIRA 14:12)
1. Predpriyatiye, "Energotekhnaladka".
(Electrolysis)
(Oil industries-Equipment and supplies)

SHATALOV, A., gene ral-,,z,.ayor inzhEnornD-tekhpicheskoy sluzhby, prof., doktor
tokhnichesk-iUch naak
Automatic control of rocket weaFons. Takh. i vooruzh. no.1:12-16
Ja 164. (MIRA 17:6)

0': t2 ip. IF-5.
I zer. e 27 n
"Borltall, Ygorlyevskogo rayona, Moskovskoy cblasti
fc-r Shl~"alov)-

j k- -A il
Photochemical. transformation of F-centers In t" I
res. A A
_dg2ddL.gysta1s at high temVeratu M
I
Q. Sheychen a!e n Kiev).--40ekkt"IJW&'~
"a ~'

'
,
19
Sauk S.S.S.R. 92, 49-5 10)
(Engl. traustation issued
9 5~
as U.S. Atomic Energy Comm. NSF-tir-198(1954)).~A study
was made of the variation in the optical absorption of 1CO,
crystals contg. F-centers under the action of light at high
temps. The crystal was colored by the introduction of
electrons into tlie heated crystal from a Na electrode. F-
band light was fccused sharply on the surface of the ci-Istal.'
F-centers produced in cc) stals of 500* were not destroyed by
light at temps. down to 300'; however, between 300 and
*
l'
270*, extensive destruction occurmd with the - F-balld --ih-wlp'x"t-o--i6~---i~A"--.b- d in thermal equiL ~ft~Che
apt X- an
being replaced by a bell-shaped absorption hand with max. 1 diminished F-centers. it was indicated that these phe-
750 trip. This new "X-band" differed little from
at 740- nomefia. were related to colloidal coagulation of F-ectiters.
'
the original F-bnnd. The X-band ins unstable at the It was concluded that X-centers are the Mmplc5t initial
'temp. of formation, but became stable both in darkness 'a formations in the proem of colloidal coagulation, either
and in white light upon being quenched rapidly to room I new singl&atoodc centers or the product of runaln- mation
temp. Light at 250, 200, arid 150' crystal temps- cOln- of two F-centers. Arguments in support of the assignment
t-
pictely dLstroye(i the F-band. The rate of destruction a of the X-band to F2 centers are presented.
.
whied a num mid then dropped sharply with decrease in Harry Letaly, Jr.
temp. After the illumination was turned off, the newly
funned centers were destroyed at a rate dc&casiug, with
temp. until full thermal stability was attained at 200*.
The coloration found after illumination at these temps. dif-
jered from the color of the X-centers, being characterized
by a broad, less-intense band at a longer wave length. 1i
was concluded tLat at X-band tetups., the optical destruc-';
.tionofF-ceittersl'-,tfutictiottofteiztp-,iisitiaIF-centercoucn.,
and intensitv of the F-Iizht) and thermal conversion of the
new centers to F-centers (n. function only of temp. at fLxed
'initial concit.) OINUrred simultaneously. It was found that
with increasing 17 light intensity at const. temp., the satn.
concu. of X-centers increased. The X-band was attained
~at 350' bv doubling incident light intensity. X-centers
-
rOlluecd with F-certer concu. of 1011/cc., hut at
were not 11
higher convis., sliedil Produced bands
'44

USSR/Optics Physica.1 Optics, K-5
-Abst Journal: Referat Zhur - Fizika, No 12, 1956, 35720
Authori ShatalovY A. A.
Institution: Pone
Title: , Measurement of Absorption Spectra of Dyed AXKali-Haloid Crystals
at High Temperatures and New Data on the Conversicn of the Dye
Centers
Original
Periodical: Nauk. zap. Kiivslk. un-t., 1935, 14, No 8, 47-63
Abstract: When crystals of KCI, dyed by electrolyais at 5000, were illuminated
by light from the F-band at 270-2900, this band was completely de-
stroyed and a new symmetrical bell-shaped X-band was formedy quite
similar in half-vidth and height to the F-band, but shifted by 0.5
ev toward the longer waves. The X-band is thermally unstable and
after the illumination is stopped it is rapidly converted t -the
initial F-band. It can be "frozen" by rapid cooling and atTo it
is fully stable. At 250-1000 the light also fully damages the
Card V2

S'9. opt
Category
Ab a Jour : Ret 22.,1- Fii..ka. N, N
K-5
Author : Shatalcv, A A
Inst I e-V St. at.?
-,mat f t d P-,ta-si
Title On tbc-
Cbao:r I'de Z'
Orig Rib ZrL. eks p:~--: _n: '101~--, '29~ N- A~, 847-9ci6,
Abstract Wh e n v t;~z -I F, c at ~~w Ulull-trated by
light f t-:,m a F -',at a ~it 700 a,--.d aL X band
I.- fozmei qui:~~ shaz~-7 tc~ the F baud, at aPPr'cx!mateIY 740 %u. Tf
the 1~ S7 ,j I _--70-300 tb~-! X bend is e;.est.-rcyed and the
F baxid is rest-rf-7J Tt- I ba:-.-I. Cb~:. be- 'fff _-7CL" ' 8-ri at r-j--V- temperature it is
4
optica.31.1y Lr_.Arm-3.-.v
_t iz ieducedl. that wher, cclored crystalz are
illLuninw-,ed .37r Li.gr. -rem]:*_rat1,aE , an. _-,ptlcal destruct'.cm et t1ae F cent&rs (F-->X)
and a thermal deetructl%-~% of rw~i X ceraters ',.X-9~F occur simultaneously. The
rate cf grcwlh c.f the X baa.~ i-s dete:mtmed by the speeds of the. tvo processesi
it Is quite Slow at 20-1000, , after -waich. it rises sharply*, reachirg a maxiim=
-rply again,-Light at 150-2500
at approx-mt.ely sha,
also disc ol..-, rs tha P ba~Li but r-he b&._-.As gr,~-Iucad i2L that case dif-
e r fT,--Tm t L, e X I:j f . a,:3 t t -. e t
A .mpelrsture is -educed, they c.-..Stinue to drop
Card 1/2

Abs Jour Ref ZhlLc - FjjjKa.~ 2 1;- 1.
at a.,-, =ve-, a-rd shi-ft t-~-ard the lo-ager wavesz The
F bELrA is : c.-I y ~P-v17 r b--.v !59- ~ DELta ov the f of Col-
loidal ma~,qj AAka crystals lesd t.--.; the co--clusion that
the X certer s ~ir =- F,71 ;-A. s fi by rajid mergix-g --f the tnerms-Uy-unstable
F'-,.,-:e-,ters u:tL-- C-j v_- with the scheme
F , F b-; C F A z,:ff a svj:ff iciently high
t eMpe-r-;3'-fA:flF1V ~7 qt z II - F5.
Card 2/2

-I , I
NIZOVKIILA., D.V.; SHATALOV, A.A.
Colloid.al-coagulation of F centers in RaGl crystals. Nauk povid.
no.1:12-13 '56. (MIRA 11:4)
(Sodium chloride) (Crystal lattices)

SHATALOV, A.A.
Kinetics of photochemical conversion of F centers in crystals at
270-3000C. Nauk povid. KDU no.1:13-15 '56. (MIRA 11:4)
. (]Photochemistr3r) (Potqssium chloride)
(Crystals-optical properties)

SHATALOV, A - .1 , 1.
_f I
Relation between the diffusion coefficient and the mobility
of F centers in alkali metal halide crystals. flauk povid. IDU
no.1:15-17 156. WRA 11:4)
(Alkali halide crystals)

7-11.4
em oic''Otai -teat"'-s- vln ie'i"
todievilca on=
=*sWsdXCI. A-A Sha ...sovid Phys.. iarp.
F. " 1 ~~` z";l
-See CA. 50;-5410c.
-B. w4:

--ZATALOV.-A,At..
(blantum yield in the photochemicnl conversion of F centers in hamted
potassium chloride crystals. Izv. AN SSSR Ser.fiz. 20 no.4:488-492
AP 156. (MLRA 10:1)
1. Klyevskiy gosudarstvennv7 universitet imeni T.G. Shavchanko.
(Luminescence) (Fluorescence)

24(7) 3 PHASE I BOOK EXPLOITATION 307/136-r
L'Yov. L-Liversytet
Materialy X Vaeacy-a=1.29s :a7e7hC.-.'M!7a po 3pe;c1roskopii.
Y41ekulyarnaya 3pcktr~' ;-pl:ra (Papers of the 10:h All-Union
Conference on Spectr,)accpy. Vol. 1. Molecular Spectroacopy)
Wvov) ltd-vo Wvovskogo xniv-ta, 1957. 499 P. 4 1 copies
t printed. (Serles: its: PizychnTr zbir.Vk, v7p.
Additional Sponsoring Agency: Akademiya nauk SSSR. Kocdaalya po
pek-troakopli. &i.: lazer, S.L.; Tech. Ed.. Saranyuk, T.V.;
itorial B,)ard.- Landsterg, O.S., Academician (Reap. Ed.~ Deceased)#
L
Neporent, B.S., Doctor of Physical and Mathematical Sciences, q
Fabelinakly, I.L., Doctor or Physical and Kathematioal Sciences,
Fabar1kant. V.A.. Doctor of Physical and Kathematical Sciences.
Ko=itnllx. V.0., Candidate of Tia_'=ic&1 Scllancsa, Raqalciy. S.M-,
Candidate of Ph7sIca]- and Mathematical SciaLwas, KIlmovskly, L.K-p
Candidate of Phjala&l &r-1 Mathematical Sciences, Millyanchuic, V.S.,
Candidate of Phjal,:a! r-id Mat~tecatlcal Sciences, and Glamberman,
A. Yo., CaMidate of Physical and M&thematloal Sciences.
Card 1/3o
Shatalovp A.A. Spectral Study ef the Colloidal
:-C-oa-gUlat'lon-of ?-centers In Alkall HaUde Crystals 148
Fialkovakaya, O.V. Infrared Absorption Spectra of
Antnracens 151
Vartanyan, A.T. Absorption Spectra of Sublimated D7*
Layers 154
Melankholin, N.M. Absorption Spectra of Thlazins-dye
Crystals 15T
Priby-t1cova, U.N., and L.S. Ag-k1n. Study of the
Optical Properties of Some Dyes in Large Samples
by the Method of Mirr3r Reflection 158
Zhidkova, Z.V., and Yu. 14. Suan. Study of the Effect
of the Degree of Dispersion and Nature of the Ad-
sarbant on the Spectral Absorption Curve of Absorbod
Sensitized D7&& 161
Card 11/30

,SWALOY9 A*Aw
~ -, -
S.Pectrum analysis of the coloidal coagulation of F-centers in
alkali halide crystals. ]Piz. sbor. n0.3.'-14-151 157. (HIRA 11:8)
1. Kiyevskly gosudarotvernyy unlvereitet Im. T.G. Sheychenko !
Institnt k-ristallografii AN SSSR~
(Alkali halide crystals-Spactra)

7 /7
1- r:'_-SyV 2 5
AUTAOR: 3ha-calov A.
TIT16 On the Photochemical Transformation of Colour Centres
in Heated Alkali-Halide Crystals. (0 fotolchimicheskom
i)revrashchenii tsentrov okraski v nagretykh- shchelochno-
b-aloidnykh kristallakh.)
PERIODIGAL: Optika i Spektroskopi-ya 195?, Vol. III, Nr. GO,
8
(USSR5
610
6
-
.
-pp.
1
AB6'T1-GLUT: This paper reports further results of the study of
colour centres formed by the action of li$ht on F-
centres in heated alkali-halide crystals ~see also
Ret.1-3). The author studied the kinetics of the
reversible Dhotochemical process in crystals of KC1
at 270-3000b. Fig. 1 shows the change with time of
the optical density of KC1, measured at 2800C, in the
process of photochemical decomposition and thermal
re-formation of F-centres (continuous curves 1 and 2)
and simultaneous chemical formation md thermal
destruction of X-centres (ccntinuous curves 3 and 4).
The results of Fig.1 are given in logarithm form in
Zig.2, The author also studied the temperature
Card 1/4 dependence of the rate of photochemical transformation

51-6-9/25
U_'_ tile Tramsforidation olf '30_'-Dui~ a'enn--3-, i-_ He,-ated
U
A 3. -,-:a II fL 1 ie IC ry s -'U- a 1 s
accordin- -U'o -the equation 2f*=:;)':12;,ima' dependences
of concentrations of colour contres asree satisfactorily
-- '-h one another. (2) The temperzature de-oendence of
~Ii U
pLliotocheraical transformation of F-centres requires
ionic mobilit-y for tj'ji,'.~ tl-anSf Orl-LU t ion. Therefore this
transformation does not affect only -'U-hQ intt-mial struc.-
t-ure of separate centres, but under U-11-e action of light
colloidal coagulation of F-centres occurs.
(3) X-centres produced thermally in 'Ta'Dl possess
photochei,Acal spnsitivity and are tiransfor-ied by
the action of monochromatic lir;ht irradiation in the
tres.
mximum into F-cen This trmsfoi-mation is,
in essence U L
"e reverse of that observed in KC1 crystals.
(4) The spectral position of X-band 7-,axijjm in different
alkali-halide crystals satisfies tile eQuation,
\.) maxd2 = const, where \) MLax is tliie Maxim."LIM.
of the X.-bands, and d is the lattice constant. This
indicates that t1ae X-centres possess ide-atical structure
in different crystals, and that they are related to the
Card 3/4 properties of the lattice. There are 6 figures,

SUBJECTz USSR/Luminescence
48-4-37//48
AUTHOR: Shatalov A.A.
TITLE: Photochemical Transformations of Color Centers in Heated
Alkali-Haloid Crystals (Fotokhimicheskiye prevrashcheniya
tsentrov okraski v nagretykh kristallakh)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, 1957,
Vol 21, ff4, pp 587-588 (USSR)
ABSTRACT: The time-dependence of the optical density of F-centers in
the process of their reversible photochemical destruction and
thermal restoration was measured in KC1 crystals at tempera-
tures from 270 to 3000C. At the same time, conjugated curves
relating to the arising of the X-band under light action and
its thermal destruction in darkness were measured. Kinetic
equations were solved and time-dependences of concentrations
of F- and X-centers were found, which agreed well with ex-
perimental curves,
Time isotherms of the optical density of F-centers in KC1
were also measured for irreversible photochemical trans-
Card 113 formations~ The temperature-dependence of the rate of the

48-4-37/48
TITLEs Photochemical Transformations of Color Centers in Heated
Alkali-Haloid Crystals (Fotokhimicheskiye prevrashcheniya
teentrov okraski v nagretykh kristallakh)
The bibliography lists 3 references, of which 2 are Slavic
(Russian).
The report was followed by a short discussion.
INSTITUTIONt Kiyev State University im. Shevchenko; Institute of Crystal-
lography of the USSR Academy of Sciences.
PRESENTED BY:
SUBMITTED: No date indicated
AVAILABLE: At the Library of Congress.
Card 3/3

Properties and Structure of the Initial Amalgamations SOV148-22-11-10133
of the F-Centres During the Process of Their Colloidal Coagulation
tempering of five hours. In consequence of photo-chemical
influence on F-centres in heated alkali-halogen crystals,
new colour centres will form. As has been proved previously
(Refs 1,2 and 7), these represent initial formations from
which the production of colloids starts. Furthermore results
of new research work are referred to which can be summarized
as follows: the transition of F-centres to colloids does not
take place rapidly in the lattice of alkali-halogen salts
as may be concluded -from the papers by Scott (Skott) and cooperatas
(Refs 5 and 6), but rather via intermediate centres which
form within the main lattice of the crystals. The smallest
products of the tlermal colloidal coagulation consist of
aggregates of F-centres. Owing to their smallness, they
represent "limit"- formations which are defined as F2- centres
on this oc:--asion. They are produced in "pure form" only by
photochemical procedure. There are 4 figures and 11 references,
9 of which are Soviet.
Card 2/3

e., U I'd 31' ;C WrQ Of t"10 Iqi tiLd 30V
1 w2 r'
o-f t-- F--,antres Dur-i-6 t--- Process of
pir "oll:)idal Coaxulation
.I-
~-IATI;~,T: Kiyev3ki,, z-os. universitet im. T. G. 3hevchenko
(Kiyev State University imeni T. G. Shevcherilco)
Institut krist-llogr-fii Akademii nauk
(Institute of CrystallograpIq of the 1,c-denj of 3c.L*e.,-..ces -LjSo-*fl
3/3

r
v tj e~~ v
u
2-633, 1.-))
-:state iniv;
of Cry-stuclio Ac~~d Scl Us'---R)

20826
S/0481/6 1, "02 5/0032/0 14/047
2 4 _J~(o 0(113 11V3 , ff,~ 0) B 1 04/B214
AUTHORS: Bezruchko, V. M. and Shatalov, A. A.
TITLE: Visualization of defects in the lattice of alkali halide
crystals with the help of electrolytic cobring
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya,
v. 25, no. 3j 1961v 349-350
TEXT: This paper was read at the Ninth Conference on Luminescence
(Crystal Phosphors) held in Kiyev from June 20 to June 25, 1960. In the
introduction, it is shown that the effect of different kinds of lattice
defects on the formation of color centers has been mostly not taken into
consideration. It is shown that different kinds of lattice defects are
revealed by electrolytic coloring. Since the energies of thermal activa-
tion of the ions and of the formation of vacancies at the defects are con-
siderably smaller, the color centers develop there much faster. It is
thus possible to observe thedefects made visible in a transparent solid
body. Defects of various structures were discovered in this manner in the
laboratory of 4-he authors. In this connection, it was found that on a
Card 1/3

20826
Visualization of defects... 5/04 611/025/003/'01,4/04,
B104%214
certain heat 'rearment of alkali halide crystals certain deformations
appear, which are in the form of domains and are very similar to those
of ferroelectrics. If the crystal is heated to above 5000C and then
suddenly cooled to room temperature the ecimen is div-4ded somehow into
n planes~ The thickness of~
thin layers parallel to the (110) a d (110
these layers lies between 0.2 and 0.4 mm. On examination with a polariza-
tion microscope in the direction f10Oj , these were detected in the form
of dark and bright bands causing a periodic change in the refraction of
light. By coloring, these layers acquire a red or blue color in ordinary
light, which shows the existence of color centers of different sizes. It
can also be concluded from this fact that in the neighboring twin doma-insi
the lattice is in different states. The coexistence of two lattice modi-
fications having also different coalescence rates of the F-centers leads
to the formation of red (odd) and blue (even) centers. The crystals so
treated show also a birefringence and a dichroism. Special expeA ments
on NaCl showed that the rate of coagulation depends largely on the static
deformations. At the same timeg this supports the assumption that the
above-mentioned development of layers is a deformation of the crystal
domains, There is 1 figure.
Card 2/3

20826
Visualization of defects ... S/048/61/0 2 5/00 2/01, 4/047
B104/B214
ASSOCIATION: Kiyevskiy gos. universitet im. T. G, Shevchenko
(Kiyev State University imeni T. G. Shevchenko.)
Card 3/3

s/o58/62/Ooo/Oo6/124/136
A062/A101
AUTHORS: Deryugin,I. A., Kachkivs'ka, Ye. T., Shatalov, A. A.
TITLE: Electron microscope investigation of sodium cc1loids in NaCl
crystals
PERIODICAL: Referativnyv zhurnal, Fizika, no. 6, 1962, 52, abstract 67h339
("Visnyk Kyyirs'k un-ty", 1958, no. 1, ser. fiz. ta khimiyi, no. 1,
3-7, Ukrainian; Russian summary)
TEXT: Etched surfaces of a split of dyed NaCl crystals were investigated
by the method of Cr-tinted varnished replicas. An evaluation was made of the
average statistical size of blue color colloids whose diameter varies in the
40 - 125 m,,m range with a maximum in the region of 70 - 80 m/t. The size and the
concentration of Na colloids permit the conclusion thatj from a certain moment
the growth of colloids begins to take place an account of the points of the fun-
damental crystal lattice, in a manner analogous to the growth that takes place
in illuminated sillver haloid crystals.
[Abstracter's note: Complete translation]
Card 1/1

L 16872-63
ACCESSION NR: Ah3006302
into individual twin regions which are differently polarized. The
mechanism of the re-orientation of F2 centers during the process of,
action of polarized light is discussed. It is also found that col-~
loidal centers can acquire an anisotropic form and orientation in
the case of photochemical destruction and under the action of pres-
sure. T. Eksina.
DATA ACQ: 15Aug63
Card 2/2
SUB CODE: PH

ACCESSION NR- AT4016327 S/OOOF/62YO00/000/0432/0436
AUTHOR: Bugay, A. A.; Ruban, M. A.; Shatalov, A. A.
TITLE. Electron paramagnetic resonance of some color centers in alkali halide crystals-
SOURCE: Vses. soveshch. po fiz. shchelochnog!~Ioidn. 1=istallov. 2d, Riga, 1961.
Trudy*. Fiz. shchelochnogaloidn, kri8tallov (Physics'of alkali halide crystals). Riga,
1962, 432-436
TOPIC TAGS: ii*ali halidEr, alkall halide crystal, color center, electron paramagnetic
resonance, a-lkali halide coloil center, F center, super fine cleavage
ABSTRACT: There is a generally accepted view the. an F2-center consists of two
adjacent halogen vacancies with two captured electrons. If true, this should result in the
absence of electron paramagnetic resonance. In an effort to verify this view, tests were
performed with KC I crystals pre-exposed to light at 270-300C to develop F2-centers.
Spectrometric observations at a frequency modulation'of 425 kcps with the use of a Nl()2
resonator revealed no resonance in the crystals, thus corroborating the above concept,
while control KC I samples containing F-centers gave a strong positive response.
Exnmination of NaC I crystals after thermal treatment, which is known to cause. coagula-
tion and produce colloidal alkall metals, revealed an electron paramagnetic resonance
Sara 1/2

'V
VASIL'YEV, I.G.; ZIMNITS11AYA, L.P.; SKLYARCHIK, Ye.L.-, SMIRNOV, K.M.:
FILIPPOV, B.G.; KHITUN, S.A.; SHATALOV, A.M.
Daily rhythm of the ability toIwork in man [with summary in linglish].
ioiziol.zhur. 43 no.9:817-824 S 157. (MIRA 10:11)
1. KraBnoznamennyy voyennyy institut fizicheskoy kul'tury i sports
im. V-1-Lenina. Leningrad.
(PHYSICAL EFFICIENCY,
daily rhythm (Rua))
(PERIODICITY.
daily rhythm of phys. efficiency (Rua))

L 3828o-66 EWP(m)/EWT(l) GD
ACC NR- AT6022667 SOURCE CODE: UR/0000/661000/000/021810222
AUTHOR: Shatilov, A. P.
ORG: none
TITLE: Mushroom-shaped pressure transducer for shock tubes
SOURCE: AN SSSR. Energeticheskiv institut. Issledovaniya po fizicheskoy gazodinamike
(Studies of physical gas dynamics). Moscow, Izd-vo Nauka, 1966, 218-222
TOPIC TAGS: shock tube, shock wave, pressure measurement, pressure gage, shock wave
velocity
ABSTRACT: A mushroom-shaped pressure transducer with a barium titanate sensing
element, developed and constructed by the Laboratory of High-Temperature Gasdynamics
and Thermodynamics of the Power Engineering Institute/ im. G. M. Krzhizhanovskiy for
measurement of rapid transient pressures in shock-tube investigations is described in
detail. It is mounted in the middle section of the inspection chamber of an inter-
ferometer thus making it possible to register the variation of density and pressure
simultaneously. The smooth suspension, which is the main feature of this transducer,
and its good acoustic insulation (cork filling) almost completely eliminate the
effects of external factors o~ the sensing element. A general view of the transducer
is presented. The voltage produced by the transducer is detected by a cathode
follower. This is known as a "floating-grid-cascade" circuit. The calibration
Card 1/2

L 3828o-66
ACC NR: AT6022667
consists in static, dynamic, and joint calibration with the interferometer. An
interferogram of a normal shock-wave reflection from the end plate of a shock tube
with simultaneous recording of gas pressure behind the shock-wave front is presented.
The experiments conducted with this transducer show that 1) the error in pressure
measurements is 10 to 15% of the measured value of the pressure; 2) it truly reflects
the outcome of the processes taking place near the shock-tube wall and can be used
for reciprocal control of two methods (measurement of P(t) and p(t)) in a given
section of the shock tube; 3) the errors in measurement of the absolute pressure valut
are explained by the reflection of elastic waves from the shaped end of the zinc rod
and by the imperfection of the recording apparatus; 4) the determination of shock-
wave velocity by means of two transducers located at a certain distance from each
other can be carreid out with 1.0 to 1.5% accuracy. Orig. art. has: 3 figures. [AB]
SUB CODE: 20/ SUBM DATE: 0OFeb66/ ORIG REF: 006/ OTH REF: 001/ ATD PRESS:
is

SHitTALOV, A.S.
Correction of errors of functional voltage dividers. Trudy Sem.po toch.
mash. no.5:54-74 152. (MLHA 6:6)
(Ilectric resistors)

PlIZZ t 9001 EULCITATION 30V/4Z:r'
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S/194/61/000,/007/014/079
/(g,,?o 0 6 D201/D305
AUTHOR: Shatalov, *.S
TITLE: Engine e ri-,agr methods as applied to the linear theory
of variable parar.,ieter control systems
PERIODICAL: Referativnyy zhurnal. Avtomatiha i radioelektronika,
no..7, 1961, 43, abstract 7 V309 (V sb. Avtomat upr,
i vychisl. tekhn., no. 3, 11., Mashgiz, 19$0, 23S-301)
TEXT: The theory is given of the method of engineeriq analysi s
and of mathematical simulation of non-random and statistical prob-
lems of control systems with time varying parameters. The process
representation is considered in the light of extending to such sys-
tems the Laplace transforms. The problem also is considered of sol-
ving the variable parameters equations by the method of balancing
partial representations and by simulation. 5 references. f-Abstrac-
ter's note: Complete translation__7
Card 1/1

D234YD563
AUTHOR,- ;jhatalov~__A__3_.
TITLE! Structural methods of the linear theory of contro','_
systems with variable parameters
SOURCE-, Avtomaticheskoye upravleni e i vychislitellnaya
tekhnika, no. 4, Moscow 19K1, 184 - 257
TEXT: The following subjects are treated: Differential polynomials
(,i.e. differential operators having the form of polynomials in the
operator D with variable coefficients)9 transformations of these
(multiplication,, division and complementary polynomials),` convolu-
tion of a system of differential equations by the method of non-
commutative determinants9 elementary transformations of structural
images _; (convolution of a cascade eircuitg of an equal-sense and
opposite-sense parallel circuitg neutralization of a cascade cir-
cuii, rules of transferring the nodes and summators)i eliminatlon Vb1
of intermediate controlled quantities by the structural method;
structural transformations of canonical forms (convolution of a sy-
b/588 `61 /000,,"'J04:/u0&1:0~ 1
Card 1/2

PHASE I BOOK EXPLOITATION sov/6olo
Shatalov, Aleksandr Stepanovich
Strukturnyye metody v teorii upravlenlya i elektroavtomatiki
(Struotural Methods in the Theory of Gontrol and Electric
Au-comAion) Moscow, Gosenergoizdat, 1962. 407 P. Errata
slip inserted. 10,000 copies printed.
Ed.: Ye. B. Pasternak; Tech. Ed.: L. M. Fridkin.
PURPOSE: This book is intended for engineers and students at
the schools of higher education specializing in the field
of automatic control systems. It may also be useful to
designers of the electronic equipment and components 'gued
in automatic control systems.
COVERAGE: The book deals with practical problems in automatic
control and electronic automation theory from the standpoint
of structural investigation methods. The effect on stability,
accuracy, and other indices of systems of the existing
Card 14

SMTALOV, A.S., dokt,)r tekhin. rviuk., pr:W. (K,,.3kira)
Structura.1 emalpqis of linear ele,~Arical netwarki3. E1ektr-:che-,.tTf-
nrj.5.,-/,-I--50 1-~y 63. (I-ERA 16:7)
Onlectric networks)

BC',?IS',-'l-,KC- 11. 7.; Btmll~jj~"'ICHI G.V. -1 VORONETSKlY, B.B,, ; VASIL~YEV, D.V.;
b-f'L0ZD-C7, R.G.; DUBINSILIY, L.A.; 2*ALI-,'SSRIY. A.M.; KASIATKIII Z. S.;
K( I.- 1 .4 ~.: 0
I
DS'Di"K0, ~ p.; Ku"EISOV, F.I.; V.S.; M~MIKOFjYANTSY
L.G.; ~',CFLINIYOV, L.P.; TET'R-01, I.I.; RABBic-VICH, S.T.;
SAMOKH.-LOV, V.A.; SOLOMVIIIKOV, V.V.; STEKLOV, V.7u,; S)ROMYATNIKOV,
!.A.; FEDOSEYEV, A.M.; CHILIKRI, M.G.; 7HErIIIIN, L.A.
Fetf ivanavi-ch Voevodin., on his 804-'h birthda-,,, "Iektri~--hestv--
no.9.92 S !64~ (HIRA 17: 10)

SHATALOV, A.S., d6ktor tekhr., nauk, prof. (Moskva)
Modified representation of processes in linear switching cirucits with
instantaneous contact and complex lock. Elektrichestvo no.7-.44-48 JIL
165. (MIRA 1817)

ACC NR: AP6011542 (A r-A SOURCE CODE: UR/0105166/000/004/0011/0015
AUTHOR: -Shat49X,_.A,_S.-4Doctor of technical sciences, Professor) (Moscow)
ORG: none
TITLE: Frequency methods of calculating noise at the output of linear electric
circuits and control systems Ll
SOURCE: Elektrichestvo, no. 4, 1966, 11-15
TOPIC TAGS: signal noise separation, noise calculation, white noise
ABSTRACT: The transmission of noise through a linear electric circuit or linear.
control system is theoretically considez:ed. Instead of determining noise
00 00
dispersion from the formula: Dv=-!-SS.(-).d-=-L ~jp(/ta)j'Sx(w)dtj (J. K. Newton
0
Card I /Z UDG; 621.391.822

ACC NR: AP6011542
et al. , "Theory of Linear Servosystems"), it is suggested that the dispersion be
calculated, in terms of a correlation function K(E ), from this formula:
The spectral density S(cj) and the correlation function K(,r) are
interconnected by a two-way Fourier transform, which permits calculating the
dispersion, in the map region, on the basis of this boundary relation:
D==K(O)=1([O)==1iMiwSUw)- This relation is further transformed into:
D~- 1jn1j,,)jr [S(w)IJ. The complete correlation function is calculated from:
2 _,. S
Kjz)~-LF` IS(.)+ Assuming that the system is stable and the noise is a
2
stationary random process, the lambda-transform technique is applied, and
determination of functions is reduced to finding their coefficients. Output correla-.
tion functions with an input unit white noise and with an arbitrary stationary noise
are determined. Orig. art. has: 2 figures and 62 formulas.
SUB CODE-. 09 / SUBM DATE: 09Mar65 ORIG REF: 005
Card 2 / 2 e /

A CC NRtA! 16-666-5-4-1
Shatalov, Aleksandr Stepanovich
Monograph
Conversion of signals and their representative functions with generali.Z,
linear systems of automatic control (Preobrazovaniya signalov i
izobrazhayushchikh ikh funktsiy obobshchennymi lineynymi sistemami
avtomatlcheskog-o upravleniya) Moscow, Izd-vo "Energiyal'' 1965. 343
illus., biblio. Errata slip inserted. 5,600 copies printed,-
TOPIC TAGS: signal processing, signal analysis,
. linear automatic control, linearcontrol system
PURPOSE AND.COVERAGE: This book is intended for'engineers, aspirants,,
and students in advanced courses in schools of higher technical
education specializing in the field of automatic control. The
book discusses the operational analysis of generalized linear
systems, i.e., linear systems with Variable and constant parameters,
amplitude modulation, pulse linear systems, and linear systems
with quadratic '(exact, energetic,' or static) signal evaluations.
Compact formulas and relations are obtained, which allow the engineer
ndi~
,,o-investigate generalized linear systems with very complicated co ' I
tions of sigral~conveksion;1.Thie -A - t eans f ormatiorr a uggested t5rt he.ait,
UDC 62-51

ACC NRs AM6008541
it possible to bind known operations over the representations into
a single system and to obtain a aeries of new,_useful, and practical
relations. A.,A..Krasovskiy helped prepare the manuscript and P.I.
Kuznetsov edited the book.. References-to each chapter are listed
separately in the bibliography. There are 57,reforences; 49 Soviet,
and 8 non-Soviet.
TABLE OF CONTENTS Cabridgedl:
Foreword 4
Ch.I.-General principles of signal conversion and of their functional,
representation in linear automatic-courrol systems 9
1. Laplace of time-function products (arigirials):and their convolutione
9
2. The Lambda -trans formation appliea to the passage of a sig"l
through 0-.omplex network sections -- 19
3. Application of the lambda-transformation in systems with constant'
par'ameters -- 32
.3. .'Transformation of signals and representation of their-functions
by changing,systems -- 56
Card ' 216

ACC NR, Am6oo85
1
5. Transformation of equations with changing parameters in the
domain of the second argument (working interval) and its
corresponding transform domain -- 68
6. StrUCtural reoresentation of signals and their transformations
by linear sy2tems -- 62
7.. Usina tlie x(P) trahsformation of representation to estimate the
values of an uninterrupted process at discrete points -- 93
Ch.I!.Amplitude- modulation (AM) control system -- . 1.02
1. Application,of the linear transformation theory to AM systems..
Terminology. -- 102
2. A-c remote-measurement systems
3. Elements-and circuit diagrams of a-c servosystems -- 108
4. Dynamic analysis.of AM systems with noninertial signal amplifica-
on between the modulator and demodulator -- 115
5. Experimental methods of determining frequency-response chaiacter.
istics in sections of AM systems -- 122
6. Dynamic analysis of an automatic-control system (ACS) with filter
correcting AM signals -- 127
7. Synthesis of filters correcting AM signals 142
8. Circuit diagrams of control systems using cophased and quadrature
components of the AM signal -- 150
6

ACC NR, Am 6008541
9. Stabilization peculiarities of a coupled ACS utilizing cophased
and q.uadrature components of the AM signal -- 159
10, Stabilizing an ACS with elastic elements which are self-adapted
by correctors, based on the modulation and demodulation principle
__ 164,
11. Application of synchronous detection (demodulation) in extremum
systems operating od the gradient principle -- 169
Ch.III. Automatic control pulse systems -- 273
1. Conversion-of a continuous signal with periodically acting
interruption key -- 173
21 Structure of pulse servosystems --.lM
3: Characteristics of the ideal key with instantaneous contact
and an extrapolator
4. operator (V-W, X-L-[zD and structural transforms of the pulse-
modula-tion (PM)-process representation -- 182-,
5. Modified z-transformation -- 189
6. The lattice of variable'pulses (LVP) transfok-mation; as. an-
equivalent of integro-differential envelope transformations
7. Transmission properties of the key (extrapolator) shaping
part and the "resonant" components of the -Wifterkli ~' weighting
function. -- 200.
Card