SCIENTIFIC ABSTRACT SHATSILO, YE. - SHATSKIY, YE.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548720005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: AP4011726
mounted in the vertical plane. For calibration, plate 9 should be turned to the
right until the pressures in both chambers become equal. With a few reference
points on the scale 14 so obtained, the entire scale can be marked. Although an
accuracy of -211 mm is claimed, the following shortcomings are noted by the
author: readings depend on the liquid density and temperature; it is suggested
that the latter defect be corrected by a nipple 16 made from a high-expansion-
coefficient material. (Nothing is said about hose connections I Abstracter)
Orig. art. has: I figure
ASSOCIATION: none
SUBMITTED: 00
SUB CODE: IE
DATE ACQ: l0Feb64
NO REF SOV: 000
ENCL: 0 1
OTHER: 000
Card

Vid~L~RIOV, V. ; KHOREV, 3.: Ye.
Geographical couf,,~rence devoted to satellite tOWrIS. 137.
All SS~a.Ser.geog. no.3: 162-16.4 Kf -J e 14-0.
(m ERA 13: t-? )
pla=.-ing--Congresses)

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3Q Vl.'C- 5 q~-
The ~'Onf--r n~-~ of Y,-%~;
Geai;rafii te of A."
T. "o- ~X-
,;eo-raphic.1, c-. t:.,
re;-Ortell 0!1 -x- 'n
a =p of
by seria hoto::
Timoreyev discU3,104, rel-ef Ovi:Ln
part or ne tmur am-, zey~ ri,~rj
Compared an-'
measure roll CatfrIcion-:51 C.:*.
-,crozov ;-.ve a ZnQc~~;ra. rFj,-3..w.
entral part of the
re;orte,! on the cf -.v
areal A.
ti- %sl-. ~~c rleatr- 4.n tho
th~ Z".klyk4y oLr,~.- 7,.,-"'
2"2
t ry t%~
and Go. 'ko~nkiy ekcnoml z~;erxj rjyon' 1:r'
'conor
Z
.ic District) rez~t2~ _yj
&ndp~~~ iect"-ed ~n
rop ,iOn, and CCO.10=Z' of t%e LIn.'
barz, 7est Germany. ThL
by rcprcaeata-.ve3 of the t'~akovai~I.y
G*l 3tate
univerattot (1-oac
in,c ti t ut r ro~;Io-ov ('~en t rAI - no t 1 r. of r
Ins t I tut me r: lotoveder. I., a ,.:I Z;. r. 3 t , t t :.-r- -
frost Research .'13 =321), and
follo,vinj senior orkers Q: cn~
phy A,- =SR toolc part in the
Gal*tuov, II.L. L.:.. Dol
Doolcach, N.S. L*vo-.,!L~.,
4--ants,iv, 1:.F. Zrlbnyy,
,ar,J 5/5

LOPATINA, Ye.B.;TJXHONGV, A,V~; SRATSILO, YO.S.
The All-Union Conference on the Geography of Population. IZV.AR
SSSR.Ser.geog. no.3:144,149 MY-Je 262, (MMA 15:5)
(Russia-Population-Congresses)

BANIDI'~A N ',' . ?-'. . , ~-` ' Y A17! -~ ~-` -,' , -B, H. , - ~ ~ - -J S , ' - ILILL 11AYEV, '~.Sh,
C, j ~ r;)'J'(, TD A ; C HIGL R "El A, A. Kill T,~V, V.A.
K. !a. , KORZHUrol'!, S. SHATSILL, Ye.S.i
K-PSNLA~HEV, K.P., NAUNIRIN, G,V 'T;(H'.N-uV.. B.N.; PETUKHUV,
v G., TTIMILN, "I A. 11. 1 N~DESFEV, A. A. S' D'AN VSK IY, G.
s I iA Kli! INOVA , F. A S HOTS K !Y, V. F, . YE HC FEYEV, I, A, , red
P( *, O~i*,i"ENT~;EVA T. 3. , ralndz3hi y rtl , GO LITSTIN, A. P. , red,
lli,ENISKAYA, L.N.. , P- k hn. i e,:!
[En5tern S~bpr.i, ezonc,",ac geographyj Vo-.-itochnai/a 6ibir'
kharnkteristikii., M-oskvq,, Geog-
raf~;zdt4t, 5 P. (MI'iA 16t10)
Ep.5tp-:-n--Econo!--'c Feography)

'11~ '17
ni~
"lc

S'TATSKAYA, A. ~!.
"Stereophoto.-rammetric Methods of Map Making of tne Scale 1:2,000, and Their
Accuracy." Cand Tech 'Ici, Moscow Inst of Engineers of Aerial Photograpiny,
0
and Cartography, IMin ifi-,her Education US,-it, Moscow, 1955. (KL, No 14, Apr 55)
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations Defended
at USSIR Higher Edtcational Institutionr-. (16).

SHATSKAYA, A.N.-, OVSYANNIKOVA, N.A.
The choice of A filming base in stereoscODiC ohotogrpphv. Zhur.
riauch.i prikl.fot.i kin. 2 no.4:304-308 Ji-Ag 157. (MLRA 10:7)
1. Nauchno-isaledovatellskiy kino-fotoinatitut.
(Photography, Stereoscopic)

r--10-,7lbOIGO=.1003100'.'.IOOcY
E-191/E481
NUTHOR; Shat.skaya, A.N.
--------------------------------------
s r t i on () 1" 0 it t i twim Pa rartif, t - r -i t n S! c- r ef), s ce p i c W, t J.On
r- a 1) 11 Y Y)
PERIODICAL~ Zhu.-nal nalichnov i prikladnoy I-otografli
k--n(-matograCii, 1960, Vol-5 No~3. PP 195-206
TEXT-~ A zeneral discussion of binocular stereoscopi: vis~~cn i-s
'-cr-.er'led with the MLnimum threshold of perception whi-h produc.~
a Jenth effe.-I and the maximum shift of the images on the retina of
thq eye whi-Ai still produ, es a depth eff---t rather t-han double
Referen~e is made to the work and conclusion of
Lue7-hp-, H, (Foto-Kincter-hnik, 1947, Nos,6 and 9). The artificial
sterpo5~opic effect is examined equally on lines accepted by
:current practice ruled by the need to preserve the zone of
Ste-?os-:cp1-- depth, namely the zone of space which can be
embraced by human vision without splitting the image,
The s-:~lectioji of the basc- width in stereo.5copic motion picture
phf-;t,~1i;-aphv is dISCAISSed, It is stated that Lhe need to preser-e-
the zo:v~ of' stereoscopic d-?Ijtb in the viewing of stereescopic films
iz constantly emphasized in literature but the formulae given for
Card 1/3

S/077/6o/oo1:'-/003/002/009
E191/E48i
Select ~.011 of Opt imiur) Paraii)eters in Stereoscupir Motion Photography
determ,-riing the base width for photography do ri,it sot-vp the problem.,
-it is s!io;-,-n that the magnitude of the radius of Stereo-Q,:ep-ic vision
is inversely proportional to the distance of the spectator From Ahe
sl'.-e~-.1!1. in other words the furth-i away the spectator L6 I-rom thf-
.Pri, the less lie can stcreoscopica11.v perce!,,-e on the screen,
On- cf the planes of the photozraphed object coin(ides with the
plane of the screF~ri and -is known as the ramp pLane, The positioning
c,-t' the ramp plane In relation to the objk- -Jr, discussed. Broadly
i, h -i s p Lane shou Id be (. o i tic ident %,T ith t lie mos t LMpCr t c.Allt par t o f t 11;~
ph, tr7 cra phed ot, j er t ~Experiments are reported to determine the
of stereo--icopic Cippth. It was attempted to determine the
maxLmlm rF-rniissible difference of horizontal parallaxes for th"?
pl-r-~ption of' the stereoscopic picture by spe,:tators in the first
1~itlloiit stre9b and Broafily. the magnLtude (,;f
,he eone of stereoscop-,c depth which applics to natural binocular
1-sii-ri was confirizied also xn the Perception o.' stereoscopic images
ori a screen, Further- lests w"ere cen-orned with the clarifizaticri
dist,:.,rtion in ster-osccpic portrait photographv- It was shown
11 i3 tby satisfyinc, the conditicri-s abo,-v the zone oF ster-oscopi-
ca~ J 2/3

S/07 7/60/00j/uO 71/00
E 19 I/E48 i
Sr? I ~,- .ion of' 0 P t I nium Par-ameter.- j n Ste r~ oscop-tc Mot iun ih.,,,
J~lp+j,. (listort ic)Ti-, are eliminat--d Th-~rp are 6 f igures and
es z 4 Soviat Eng] ish arid I Gp-man
AS,SQCIATION~ Vsesc)vviznN,-,, nauchne. is-~Iedovat,~I, ikiv
kr-noCot Lrtst itut (NIKFI) (All-UnLon SC j4ejjtjC'L(:
-T-'-
Re~;-arch Iristtm~n ot- Cirip Photrgraphy (NIM.)
SUBMITTI-A) F -1, 1 u a18 19 9

SILATSU'LA, A~*:.
Yesponoe to ',,A,OvsJa.-m1k,_),,ra and B.T. Ivanov,'s article "Selecting
the optirmim paxameters -for stereoscopic motion-picture photography."
Zhur.rvauch.i prikl. fot. i kin. 6 no.2.1/,&-l-48 114r--AL, 161.
(MI-PA 14-4)
(Motion piotures, Threc-dimensional)
(Ovsi-annikova N.A.) (Ivanov, B.T.)

AUTHDR: Shatskaya, E. (Engineer) 66-2-16/22
TITLE: chine for breaking up ice. (Ustroystvo dlya vykolki l1da).
PERIODICAL: "Kholodilnaya Tekhnika" (Refrigeration Engineering)
1957, No.2, p.69 klMbh).
ABSTRACT: Pnemmatic hammers are built on to a vertically located
frame which is mounted on a tractor vehicle. This machine
is able to break up for retail distribution of up to 15
tons an hour of ice.
There is 1#1otograph.
AVAILABLE:
Card 1/1

POTAPOV, V,P redaktoz, KANSHIN M-D,., L!VITSYN N,F., KASTERITSYN, N.,N,
NOZDHIN~ A~A-, NIKITYUK, A.P,) PADYYA, V.A.~ RIDELI, E,I,;
TOV, G.. V, ~ SHAMAYEV. M,F, - -SHATSKAYA E.P., GULEV, Ya, F,, redaktor I
VERINA, G,.P., tekhnicheakly-~-eraWt8T,'
[Advanced methods for workers in material handling] Peredovye metody
truda kommercheakikh rabotnikov. Moskva, Goa, transp. zhel-dor. izd-vo,
1953. 262 p. [Microfilm] (MLRA 7z11)
(Material handling)

PCIrAPOV,V.P.;13ARKAN,LII.; DEM'YANKCJV,Ii.V.; KANS,111N,M.D.; LIVITSYII,N.F.;
MASTURITSYii,N.N. : NOZDRM,A.A. ; PADhYA,V.A. ; RIDELI E. 1. ; FER.APON-
'-OV,',.V. ; 6,HAM.A.,YV M.F. ; SHATSKAYA,E.P. ; SHAVKIN,G.3. , inzhener,
redaktor; YhITROY,P.A., tekhnicheskly redqktor
[Advanced methods in Shipment anc commercial handling of goods]
Peredovye metody tnida gnizovykh i k-o-imercheskikh rqbotnikov. Izd.
2-oe. Moskva, Gos.transp.zhel-dor. izd-vo, 1955. '1386 D.
(MERA 9:2)
(Mnterial handling) (TransDortntion--Equipment and supplies)

SHATSK-AYA, Eleonora Petrovna; KHUDYAKOVSKIY, Yu.K., inzh., retsenzent;
1_1 -T-SARENK-0,-A. P-., --- inzh-.,-red.; MEDVEDEVA, M.A., tekhn. red.
[Practices of the over-all mechanization of the servicing of
refrigerator cars] Opyt kompleksnoi mekhanizatsii ekipirovki
vagonov-1ednikov. Moskva, VseB. izdatellsko-poligr. ob"edinenie
M-va putei soobshcheniiap 1961. 29 p. (MIRA 14:6)
(Refrigerator cars)

VINCKUI--'.(V, A.D. inzh , D'-IJBKO, A.-P , inzh LEVSH:N, B.S., -Lnzh.;
L '%,?'TS IN, F. . inzh. , RF-SE i S. , -inzh., ; KHUDYAKeVSKIY,
yu. Y. i-nzh. : S`".TfIVALE`H~ lnz~-- , SHATSKAIA, E.F.,
in-,,.
'IATALASCN, S.F. . kand, teklur-nauk, retsenzent;
SHISHI -vK)V, Ye.S., inzh . red.; KHITROVA, N.A,,., tekhn. red.
~Ilanml on the transportat4on of perishable goods! Spravoch-
k p~- -, pi,revo~ke F,,n;zov
A.D.
-323 P,
klmi;U 16;lCj)
~.iefri,--rator Cars)

KO-~ESFIKOV, V.I.; SHAMAYA, L.N.; PAKHOtYV, I.M.
Concerning the strength of the frame (-f the KTN-2 mounted pctato
digg-r. Tra~--t. i sellkhozmash. 32 no.5:30-33 ny 62.
(MIRA 15:5)
1. Vsesoytiznyy nauchnu-i:--sledovatel'skiy Institut sel' skokhozyaystven-
nogo mashincstroyeniya (fcr Koreshkov, Shatskaya). 2. ZavGd
TiBelinsksellmash" (for Pakhomcv).
(Potato digger (Hichine))

10

LDL4R', T.F.; SHATSKAYA., K.P.
Interaction of vanad7fl chloride w-ith ammonium carbonate.
Zhur. neor.g. khim. 8 no.11:2483--:1-489 11 163.
(MIRA 17:1)
1. Donetskiy filial Vsesoy-uznogo nauchno-issledovatellskogo
instituta khimicheskikh reaktivov i osobo chistykh khimi-
chaskikh veshchestv.

SHATSKAYA, M.G.
Biology of the flowering and fruit bearing of Glaucium oxylo-
bum Boise et Buhse. Uzb.biol.zhur. no.1.35-40 '60.
(MIRA 13:6)
1. Institut botaniki A.N UzSSR.
(poppy)

SHATSKAYA, M.G.
Some data on the supply of seeds ir soils of the southwestern part
of the KyUl Kum. Uzb.biol.zhur. 6 no.6:20-26 162.
(MIRA 163'5)
1. Tnstitut botaniki All UzSSR.
(KYZYL M4--SOILS-ANALYSIS) (KY7,YL MT--SEFW)

New method for detertlikation of zinc stearate ilface)
owder. L.P. Pokhlebalovaand N.I.Shatskaya. 1".
balito-Zhironsp Propts, 2 1, NO. 7.-VtEUM), -Weigh 2 g.
of UIce powder in to I 100-til. P-rienmeyer flask, add
-L)f 0.5Nalc. KOII suht.. bull in a hat-water buth frjr 4 ........
coril, anti filter 1hrough a heavy fillct. Wash the PPt.
thrice with 15-jul. portions of ate., and evap *the filtrate to
(Irviicis. Dissolve the rLsidue in 20 ml. of cold water.
ify witli 20 nit. of 201,c suln. of IlzSO,, and ext. tile
_
acid
liberated stearic acid (1) with thr-,e 15-ml. portions of either
xylene, toluene, or petr. ether. Wasli the solvent free of
rnineral acid, add 10 mi. of tictitnil 2.1c., and titrate I with
0.5,V ale. KOH solo. with phem,.1plithalein as indicator.

~ Ili-I..'-- C210COVA, A.!.; SEAI~OVALOV, E.T.; SliATSKAYA,
0.A.
r
LN-velopment of the method of electochemical measure-
ii,-nts at a ternlAa-rnture up tr, 3000 C an(i pressure up to
100 mc-toriiki elektr-)kliir.icheskikh
A 2
i7o.ercnii pri do 30Y' C i do 100 kg/cm
1%o.-:kva, Gos.koir-t po ispollzovaniiu atormoi energii, 1961.

""FN I YENKOP I N . , pvo!'. ; L; H ATSK A Y it, 1'.F. , ordirviLor
Trea!,ment of --nemic s,ates by intrarecta'L administration
of heterogenic blood. Uch. zap. Stavr. gos. med. -4nst. 12:
-i~!S--329 163. (MIRA 17:9)
1. Kafedra gospitallnyy terapii (zav. prof. I.N. Sergiyenko)
Stavropol'sko.go gosudaT-stvennogo meditsinskogo instituta.

/J
-,tic A bents. U-7
0 cjj%jo ti.-erape
bus Jour : Ref. Zh.-Biol., ~:o 2, 19,58, ",o 16160
.A.U, -.M.:D r : Yuzovleva, :.-.P., ~,Iazareva, Ej,., Yegorova, I.N.s Shatsk-aya,
Inst
ExT)eriments on the Use of Leucine and -1jrrosine Sulfite
vrith Other Dru,7s in the Treatment of Tuberculous Mlmn-
4 -
t
.1 1
Ori',- Pub Tr. Konferentsii Po Proizv-vu i Ispol'zOvaniYu Aminokislot
V -.:ed. M., 1.11M, 1956, 127-234.
.kbstract the treatment of tuberculous meningitis, the authors
In U_
-used leucine containing preDarations (Composition: 3%
'Cl
f-1vcine and leucine, O.Yl -jutamic acid, lo-;~ glucose, 5;.
;0 U
sort)ose and 1~f NaCl) and a 21, solution of tjrosine sulfite
,ard
C
Ctemo tile rapou tic zk,rents~ U-7
ToxicolO~_~_
9- 19'D1
s jour lie f.L
T ucine and t:frosi'ft9-sulfite were
Ile - 9 0 f -ahom
-t -rurto-,, C age,
,~Lo S ~-ra - rom 2 to 14 years 0: . e a nd
,ised in L 1 cili I the acl-It
I re,Licine and 2 'frosine suj,'itej I ~inz- relapses.
rece ilfe,'A ri s and du i ~ ~
of tuberculOus other dA'y
rr ta e S S11 every
s vrare ~ISWI intrallenOu
Bn tr) :)v--)arati%)n . lj_,S ml to children
-) children under ;~ Tears,
A .1 - iron durin, the course
-:iven ons were I)-inical
-f oars; j-9_3 injecti
over io ciessertsL)Oon C
of -.reatment) and orally (I , tracts from case histories
obser-lat ons hav, rerealed (ab s . sine nreparations
A chat the I -f iejGin,3 wid tyro
Ghiidr6n, Was
-r4 Von) U -Ise U - -
vre re rl-olerated b.
han'lless and ',';as vlel ssi sted in restoring
acC by %Iery ievr side effects a tion of
,-)anied nonlaliza
&CCOIera-ted the ,
t- -.s r bacterial-
Combined anul
ne,jraj func 10'. 5 nd
p,yc,,q-.,Lc processes n Ork1l'Iren. I vorable e f Pec t on -the
u-idoubtedly had a fa PorM,
iall,, in its chron,
,,O~,cid therapi -
course of the r~,isease, eS,.)eC I vt -bein6i shortened the
improved the sense of Ge"I a'
Z
'lard 2/3
arld had a saluta,,
;Iuid, effect or,
the cer-
iu! ti-, 6~3'-eciaj'Ly -
lalied cases ',"here anti-bacter
111fluezice ~.h.

VASII,'K~~V: ,N.N. ; TIMB ,.G. -, SHnTSLkyi~, V. T.
Tin deposits associated with subvolcanic bodies. Sov.gecl.
2 no.10:81-()? 0 159. (141R~ ll:L,,)
I V3r-soy-azW institut minerallnogo syrlya (VIIIS).
(Sikhote-Alin' Range--Tin ores)

N, Z? BI !
a
D
e o
D k r. c

L

SHATShIH, I., inzhener-may:)r, kand.tekhn.nauk
after a nuc2ear explo5ion. Starsh.-serzh. no.1:36-37 Ja '61.
(YdRA 14:7)
(Atornic warfare)

ZAKHARYUTA, 'Iyaches-11av Pavlovich, starshi~ prepodavatell; SDIONFMO, Igor'
Borisovich, ka-nd. fiz.-matem. nauk, starshiy nauc~ryy sotrudnik;
SHATSKINF, L.S., mladshaya nauchnaya sotrudnitsa; ITUD07IME, V.I.,
kand. fiz.-matem. nauk, ispolnyayushchaya obyazannosti dotsenta.
Green's fiziction for a region with dielectric layer. Izv. v-ys.
ucheb. zav.; elektromekh. 7 no.9:1052-1056 164 NIRA 18:1)
1. Kafedra matemalUchesko.-O analiza Rostovskogo--ra-Donu univer-
siteta.

SHATSKIKH, M.I.; KUTKIN, S.F.; SOKOLOV, A.N.. kandidat teldinicheakikh nauk,
redaktor.-
[Preparation of molding and core mixtures in foundry work] Frigotov-
lenis formovochnykh i stershnavykh amesei v liteinom proizvodstva.
Leningrad. dos. nauchno-tekhn. IzI-vo mashinostroit. lit-ry [Leningrad-
skoe otd-niel 1953. 179 P. (MMA 7--l)
(Founding)

SHATSKIKH. M.I.
Steel chunlets. Lit.proizv. no.3:24-27 Ag '53. (I-aaa 6: 3 )
(Younding)

SHATSKILH,,K~~iail Ivanovich; KUTKIN, Semen Fedorovich; PLATONOV, P.M.,
;^--" ' in-zhqn"9r'*,' retsenzent; BARANOV, I.A.. inzhenr. redaktor; SOKOLOVA,
L.V.. tokhnicheskly redaktor
[Sand mixer] Zemledel. Moskva, Gos. nauchno-tekhn. izd-vo mashiao-
strolt. lit-ry. 1956. 131 P. (MLRA 9:7)
(Foundry- machinery and supplies)
(Sand foundry)

TUKANSKIY, Aleksandr Llvovich; SHATSKIKH. H.I., inzhenar, retsenzent;
VEYKEER. A.A.. Inzhener r6tsenzent; YAKOVLEV, V-0., kandidat
tekhnicheskikh nauk. relaktor; SOKOIA)VA. T.Y.. takhnicheokiy
redaktor
LMoulding sandal Formovochnye peeki. Moskva, GOB. naucbno-tekha.
izd-vo mashinostrolt.lit-ry. 1956'. 235 P. (MIRA 10:7)
(Sand, Youndry)

SOV 137-57- 1-730
Translarion from: Refe:-at,.,.-r-,vv z~--urnal. Nr n 34 (USSR)
AUTHOR: Shatskikh, M. 1.
TITLE: Employment of Antiadhesion Paint.,; its a Means of Obtaining Steel
Castings With a Clean Surface (Prinicvcniye protivoprigaruvkh
krasuk, kak .5redstva polu(heniya chistykii poverklinostey na
stal'nykh ottivkakh)
PERIODICAL: V sb.: Novoye ,, teorii i p-aktike liteyn. proi'L~-vzt. Moscow-
Leningrad, Masligiz, 1956, pp 215-219
ABSTRACT: Considerable adhesion of particles of mold material to Nin-steet
castings is attributable to increased quantities of manganous oxide
which acts as a stronger base han the ferrous oxide. Special coat-
ings (pastes) employed to elim.nate this condition in plain carbon
steels ST-1 and ST-2 are not -;uitable for coating of molds intended
for castings of Mn steel. A pa--;Le of the folloWM0 coniposition is
proposed: 75o/o chrornite, 10.c, bentonite, I 19~1o' molasses, 20/o dex-
trin, 1'/o naphtha soap, and 10o/o water. The paste is inix-ed with
water until a specific gravity of 1.85 - 2.0 is attained. Molds coated
Card 112 with this paste are dried at a ten-iperature of 3500C for a period of

SOV/l 37-57-1-730
Employment of Antiadhesion Paints as a IvIcions ul Obujining Steul Gastings (cont.)
3 0
six hours. To att-ain castings with a clein -irf.ice, the aulhor proposes an investi-
gaLion of coating COMPOLM(IS based on 1.1r,t) ;IIII di()Xid(~, lll~icjlleSiUm oxide, and
roasted dolotmr.c cmitainin~, additivcs \.%+tci: , outitt-ra( i i,.s hygroscopic tendencies.
V. F.
Card ?-/Z

SIIATSKIMi, Mikhail Ivanovich; LIKITSKIY, A.1-11., red.; AVERBUB11, N.M.,
inzh.., red.; CHIFAS, II.A., red. izd-va; DAADDA, A.A., tekhn.
red.
["!'.oldling and coremaking mixtures] Formovochnye i sterzhnevye
smesi. Pod red A.l-'..Lipnitskogo Moskva, Mashgiz, 1961. 77 p.
(Bibliotechka liteishchika, no:2) WIRA 15:2)
(SandY Foundrj) (Molding (Founding))

SHA;I"SKTY, il,.S~
Using wheel excava,~o---- fcr digging trenches in the Ust-Urt.
Stroi. trub-o-prov. 8 r:,o,9,-23 S 163. (MIRA :L6.- 11)
1. Stroite]"rioya i,p-,-,r1epiye No. 4tresta Soyuzprovodmekhani-
zatslya, E,rirad.

':A' A.V~, inz-.; 31-TSKIY, G.A., inzh.
I
2 S C -1 1") - -.-- -. --
Hydraulic gonerat-ing units for the Krasnoyarsk Hydroelectric Power
I . -L
Statio4. Gidr. stroi. 31 no. 12:67-69 D 160. (14LRA 14:4)
(Krasnoyarsk llydroelec-Uric Pover Station-Equipmept and supplies)

. . . , - . ! , ~ I .., I . . i I . . -A. - , " -
. I - .. . 11 .: : . , I ;. - I -~ .
, i )

SHATSKIY, I.P., brigadir truktornoy brigady, cienlltit.
On the 5teT)T'eS of Kuban. Sauka i zhiznl 20 no.6:27-28 Je '53. (MMU 6;6)
1. Mikhaylovskaya MTS, Kurganinskogo rayona, Krasnodarskoeo krw,,a. 2. Ver-
khovnyy Sovet SSSR. (Kiban-Agricultural machinery)

DOK4RETSKIY, V.P. [Doraretslkyi, V.P.j, inzh.j SHATSKIY, M.A. (Shatstk~i,
M.A.], inzh.
Mechanization of labor consuming operations in beer bottling shops
and packing departments. Khqr.prom. no.4.-38-39 O-D 162.
(MIRA 16s1)
(Kharkov--Breweri-es-Ea,,Lipment and supplies)

SqATSKIY, M.M., inzhener; MILLER, V.N., inzhener. redaktor.
(Regu2ated single-pipe, circulating hot water heating systems; planning
manual] Odnotrubnye protochrye regulirueuVe sistemy voclianogo otopleniia;
rukovodstvo po proektirovaniiu (sostavleno M.M.Shatskiml 2. iz-d. KoBkva.
Goo. izd-vo lit-ry po stroitel'stvu i arkhitekture, 1953. 74 p.
MRA 6:10)
1. Moscow. Gosudarstvennyy proyaktnyy institut t1povogo proyektirovaniya
i tekhnicheskikh issledovaniy. (Hot-water heating)

SRATSKIY, M.M.; MILLER, V.N. [deceased]; WURAVLEV, B.A., inzhener, nauchnyy
redaktor-, SMIRNOVA, A.P., redaktor; SMOL'YAKOVA, M.V., tekhnicheskiy
redaktor.
[Technical and economic comparison of hot-water heating systems]
Tekhnicheskoe i ekonomicheskoe sravnenie sistem vodianogo otopleniia.
Moskva, Gos. izd-vo lit-ry po stroitel'stvu i arkhitekture, 1954. lqO p.
(Hot-water heating) (MLRk 7:12)

-SHATSKIY, M.M.; MILLER, V.11.; GRECFj,'N, A.A., PASHCHENKO, N.Ye. ; V:4,TROV, P.I.
The 'FOR" valve for regulating heat output of one-pipe running-water
radiators. Rats.i izobr.predl.v Btroi. no.73:13-15 154. (KLRA 7:6)
(Radiators)

DOBRONffSIA)V, N.S., arkh.; SHATSKIY, Ma., inzh.
Limitation of types and standardization of sizes of air vents and
skylights. Limitation of types and standardization of sizes of air
vents and skylights. -Prom. stroi. 36 no.12:13-16 D '58.
(MIRA 12:1
(Ventilation) (Skylights)

SF-ATS-,-T-Y-,
Calculation of air curtains at the gates of industrial buildings.
Vod. i san. tekh. no.2:1-5 F 161. WIRA 14:7)
(Air curtains)

SRATI';,i~IY,
C;llculaf.ion of' alr curtains at theTites of industrial buildings.
Vcd. _i san. tekh. no.5:15-20 MY 161. Wilill J-4:6)
(Air curtains)
91

I
SHATSKiY) inzh.
Concerning a method of making calculations of organized
natural ventilation (aeration) in shops with sources of
heat liberation. Vod. i san. tel:h. no.9:14-18 162.
(MIRA 15:12)
(Industrial buildings-Ventilation)

117 TVP Jnzh. ~ TASPOHIYAO, V V. r,zh. Al KIY,
SH 'S
n3plator using p-n-L-n trawnsistor
;-1,3'kzroT,ekhri-.i.ka 36 no.1-:37-39 N 165.

3/115,/60/000/05/18/034
B6071/BO11
AUTPORS~ Pustynnikov, V. G., Shatskiy, N. Kh.
TITLE. ri'easurement of Electric Vector Quantities
PERIODIC:.L. Izoeritellnaya tekhnika, 1960, go. 5, PP-33-35
TEXT: A description is given here of vector meterg developed by the
authors for measuring the module, the argument, and the components of an
ele,,~trl,i vector quantity. They are based on the Drinciple of an electronic
phase-sen-citive differential amplifier. The electronic vector meter con-
siota of a :-ieasuring element and a special phase shifter. The electric
veotor quantity to be investigated is given for the measuring element
input, and the components of this quantity are produced at the output. The
circuit of the measuring system is shown in Fig. 1 and described. In those
casz~g where the frequency of the network feeding the phase shifter does
not coincide with the frequency of the quantity to be measured, the authors
offer a vector meter featuring a phase shifter with selsyns (Fig. 2). If,
h.-_-wever, the two frequencies mentioned coincide, a three-phase voltage
c' ard 1/12

Measurement of Electric Vector Quantities S/115/60/000/05/18/034
B007/BO1 1
is applied to the rotor windings of both selsyns with the same phase
sequence being maintained, while the stator winding voltage is used for
feeding the anode circuits of the tubes (Fig. 3). The accuracy of the
operation cf the measuring element of the devices shown here is mainly
dependent upon the differences in the characteristics of the individual
triodes. For this reason, a balancing that compensates these differences
must be carried out before each measurement. There are 3 figures and
1 Soviet reference.
Card 2/2

L i

8 3 3 26
S/144/60/000/008/003/003
Eo41/E455
AUTHORz Shatskiy, N.Kh., Assistant
TITLE3 Amplitude-Phase-Frequency Analyser
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Elektromekhanika, 1960, No.8, pp.144-151
TEXT: Describes a combination of electronic apparatus whose
-iircuit diagrams are given (without values of components). The
purpose of the analyser is to present the transfer properties of
filters, control circuits etc. as modulus and phase loci with
frequency as a parameter. The block diagram-is at the foot of
P-147 and is part of Fig.3. The various parts are
WM4 , a variable-frequency source; 0 ", the object under test;
KB, the coord'nate transformer; Y A, the divider; YB, the display
uniti "LOCMA.711the unit for separating out the amplitude and phase
components. The circuit diagram of the coordinate transformer KB
(or... axis.-rotator) is in Fig.l. This device works in two distinct
modes, depending on whether the signal is in the range < 1.5 cls or
> 15 C/s. In the former case the signal is handled as
modulation of a carrier of not less than 200 c/s frequency and the
'or 'Ehan 15 C/S.
switch n, is in position I. freq,iencies higber
Card 113

63320
s/144/6o/ooo/oo8/003/003
Eo4l/E455
Aniplitude-Phase-Frequency Analyser
the signal is aplit directly into quadrature parts and applied to
the primary of the phase-regulator ;P . Turning the rotor of the
regulator rotates the coordinate-axes as presented at the terminals
of the secondary windings. In the low-frequency mode the signal
first passes through valves Al, X-3, and 'n4' The waveforms at
significant stages in the process are shown in the top right-hand
corner of Fig.l. The circuit diagram of the vector-component
separator (YOCI-IA) is in Fig.2. Its principle of action has been
previously described in Ref.2. The onlv novel features mentioned
here relate to its operation at the lower frequencies. The signal,
by this time, appears as gated half-periods of 100% modulated
carrier. In order to normalize the output, the divider circuit of
Fig-3 is used, It is a conventional feedback analogue divider
based on the block diagram of Fig.4. The display may be either
on a chart (continuous strip or circular) or on an oscillograph
with a long-persistence screen, of the various sources of error,
(random, gross and systematic) only the last is examined., There
are four important contributions~ the component-separator has a
long-term instability of + 29'0: the small a,c. motor it uses also
Card 2/3

63326
s/144/6o/ooo/008/003/003
E041/E455
Amplitude-Phase-Frequency Analyser
Lntroduces (due to friction effects) about + 1.5%; the divider
circuit contributes + 1%; the recording equipment is inaccurate to
about + 2.5%. The overall error is thus 7% in modulus and 1.5% in
phase. Experimental results confirm these figures. There are
5 figures and 2 Soviet references.
ASSOCIATION: Rostov-na-Donu. institut sellkhozinashinostroyeniya
(Rostov-on-Don Institute of Agricultural Machinery)
SUBMITTED: Apr-.i 1 26, 1960
Card 3/3

SHATS.HlY, 'r'IY,-L;.Y 121L IS111KILICH , assi5tent
Tz - ~ 11
Device for :.efsur-4ng complex impedances. TzV. vys. u(%eb.
zav.; elek-tr.-mekh. 4 no.7z77-83 '61. (MIRA 14 -.7)
1. Kafedra obshchey elektrotekhniki Rostovskogo-na-Donu
instituta se1'sko!-,hozya:--,tvenno-o mashinostroyeniya.
(Electronic measurements) (Impedance (Electricity))

SKATSKIY, N.N.; PAVWVSKIY, Yej.
.I.-, . Academician Vladimir Afanaslevicb Obruchev; obituary. RazvedA
okh.neeLr 22 no.8:61-63 Ag '56. OCRA 9:11)
1. Geologicbmakiy institut Mcademii nauk SSSR.
(Obruchav, Vladimir kfanas'evich, 1863-1956)

SHAISKIY, Nikolay Sergeyevich [deceasedji SHCHERBAKOV, D. I., akademik,
glav. red.; YANSHIN, A ., akademik, otv. red. toma; PEYVE,
A.V.J. zam. glav. red.; KELLER, B.M., red.; MARKOV, M.S.; red.;
MENNER, V.V., red.; PAVLOVSKIY, Ye.V., red.; PUSHCHAROVSKIY,
Yu.M., red.; TIKHOMIRDV, V.V., red.; KHVGROVA, D.I., red,-,
KhERASKOV, N.P., red.; TUGOLESOV, D.A., red. izd-va; POLYAKOVA,
T.V.J. tekhn. red.
(Selected works] Izbrannye trudy. Moskva, Izd-va Akad. nauk
SSSR. Vol.l. 1963. 621 p. (MIRA 16:6)
1. Chlen-korrespondent AN SSSR (for Peyve).
(Geology)

~-nli Ile Mo~kva, Nauka. Vol.4.
18. 12)

1 - ::z

-Tt~v i -h ,
P, Cie, r.
yie!
1-1. red,
lzbr.,tnnyi! truov Vol 3.
I ~A 1 7

SHATSKIY, P. (g.Valuyki, Belgorodskoy oblasti)
Frozen money. Mest.prom.i khud.prorwjs. 2 no.2:23 F 61.
(MIRA 14:4)
(Belgorod Province--Industrial equipment)

SffATSKIY. Petr Sidorovich; KUZIN, A.A., red.; KOTLYARJUKO, V.A., taklin.red.
. -
[At the lacomotive controls] U reversa lokomotiva. Belgorodskoe
knizhnoe izd-vo, 1958. 19 p. (MIRA 12:2)
(Udmenko, Tikhon Nikitovich, 1912- )

SHATSOVA, R.B.
Luminosity function of red dwarfs. Astron.zhur. 37 no-5:870-881
s-o l6o. (MIRA 13:10)
1. Rostovskay-na-Donu gosudarstvenn3ri pedagogiclieskiy institut.
(Stars-Magni tudes )

L "I
3hadrin--ik ')!~posit Coal
Paleontolo'gical re=iant;-, -)f the O-nadrimjk coal depc),3it5. (AbGtr,-ct.) Izv.
Glav. up-'.. no. 2, 1947.
~onthl- lift of Prussian Accp, -y of CongrEss, r~arch 195-. Unclassified.
-53ions, Libr~,.r -1

USSR/Geology Tertiary flora
Card 1/1 Pub. 22 - 30/44
Authors Gorbunov, M. G., and Shatskiy, S. B.
Title Stratigraphic position of tertiary flora (Kompasskiy Forest) on
the Tim River (Western Siberia)
Periodical Dok. AN SSSR 97/6, 1049-1052, Aug 21, 1954
Abstract Plap showing the stratigraphic position of tertiary flora on the
Kompasskiy forest on the River Tim in Western Siberia, is presented.
The material on the largest resources of Tertiary era plants, was
gathered in 1952 by the West Siberia Geological Society. Twelve
USSR references (1883-1952).
Institution ......
Presented by: Aczidemician V. A. Obruchev, I-Lay 31, 1954

SHATSKIY,S.B.
...
Difference in time of the Ural and Siberian glaciation. Biul.Kom.
chetv.per. no.20:94-98 '55. (MLRA 8:11)
(Ural Mountains--Glacial epoch) (Siberia--Gleicial epoch)

SOV/14-57-12-25576
Translation from: Referativn y zhurnal, Geografiya, 1957, Nr 12,
p 35 (USSR~
AUTHOR: Shatskiy, S. B.
TITLE: Stratigraphy of Liuaternary Deposits in the Northeast of
the Western Siberian Plain (Stratigrafiya chetvertich-
nykh otlozheniy severo-vostochnoy chasti Zapadno-
Sibir3koy nizmennosti)
PERIODICAL: Tr. Tomskogo un-ta, 1956, Vol 133, pp 115-123
ABSTRACT: This article was written while several sheets of the
State Geological Map of the Western biberian Plain
to the scale of 1 : 1 000 OGO were being prepared for
publication. A. I. Moskvitin's system was used to
subdivide the Quaternary deposits. It is pointed out
that the stratigraphic system proposed here by the
author is based on cores from drill holes, outcrops,
Card 1/2 geomorphological maps, paleocarpological data, and

Stratigraphy of Quaternary Deposits (Cont.) sov/14-57-12-25576
petrographic analyses of boulders from moraines of different ages.
The author distinguishes four periods of glaciation. The most in-
tensive of these, the S~marovskoye, produced the Samarovsko -Vakhako-
Dubehesskiy moraine belt which is very weakly expressed In the relief.
Taz glaciation produced a moraine belt passing through the upper
reaches of the Taz and Nadym Rivers. zyrya4skoye Awlafl occurred only
in the northern part of the western Siberian plain, up to 650 of north-
ern latitude. Moraines of the period formed the original glacial
landscape in this area. The article Includes two tables listing the
Quaternary deposits stratigraphically. A bibliography of five titles
is also included.
Card 2/2 G.I. Lazukov

7- r
-ed.
S, .
fcr
L- 'A i: ,--nve prob-lemy
Insti-tut
-,73F. (I";l,

te-ctinr tt.~- Ef-FT irurory ur-ens
r rr a
T T. r Li v t c - E-
i r'tLc z; -Z' re~ .-, L F 11 a 1 t c i r , --ov tf,.! i o-L uF 11
s U 1 Iy 1 1 .if- L I- I I U F. 17. 1 -1 -1 If'.! S t V,
o ! -
Ilk-WlIC", V

S/076/60/005/010,~0:'A/"030~)tx
'~017//BO67
AUTHORS: Spitsyn, Vikt, 1, Komiii;sarova, L. N. Shatskiy, V, M-.-, and
Pushk,na G. Ya.
A
TITLE: Study of the Complex inmonium- Scand-lum Carbonate
PERIODICAL.-, Zhurnal neorganicheskoy khimii; iq6o~ Vol~ 5~ No. 10,
pp, 22-123-.2228
The authors determined t-he ,)ptlmum conditions for producing
TEXT,, . ammc~n' u.m/
scandium carbonates. and described the properties of these compounds.
TPe ccmpound NH 4Sc(Co5),'1.5H-.O was produced by dissolving -freshly pro-
duced scandium hydroxide in a concentrated s,)lu-lion cf ammonium carbonate,
and subcequent crystailzatlon a, room temperature. This crompound is stable.
at room tempor!~*u-_ 1--rii(i Ot.-omposes only at Q15oC under formazi-,n cf dif-
ficultly soluble bps,.c scand-lum carbr-rate whose composition is not con-
stant. Tile fherm-1 de~~omrositic)n of ammonium scandium carbonate was thermo-
studied by mneans of a Kurnakov pyrometer. It was observed that
the wmmonLUM ScanGIUM C~!_-'-,-_n-;~e 'iecomr,~_-ses Eradually. At 1410-1c"00C,
Card

Study of the Cxnnplex Ammonium S~andlum S/07t~/00/005/0 10/02 4030/XX
Ca rb 11ria t e B017/B067
partial dehydratiQn occurs and CO- is comp-'-etely 1',berated. In the
temj-~,rature rariCe of 260- 505C'C. --rystLj-1'ne S-O(OH) .s forme-1 which
pas-~es iritc, Sc20, at 4800C , At 4000C , NIJ-5tirid CO, are completely libera-ed~
The so!-.ibility of scand-am hydroxide at 0 2.~. and 50-C in s-,-Iurions of'
(n ) C0 of different con cent rat., ons --ra-s s-udiei~ It was observed :ha,
olubiii,y :)f sc----ndium, hyircx-de at hi-her -arbonate :~0-2
,he z3 - L,
centrations and lDwer temperatures is hi6her. In a 17~6~- solution of
i,NH ) CO ~H,O, scand,,um hydroxide Is soluble at OOC up t,~ a ccn--entratlon
4 2 ',1 1
by weight of Sz,O Amorphous am-monium scandium carbonate
3 '
;~~2H 0 is formed by disgolution of scandium hydroxide in ammonium
NH 4sc (C05)2
caTbon.-Ite :7,olutioris wi-th -i con~7eritrat,.on hi.-her than by weight in a
teryiperature r.-in.-e of 0-1250C. The amorphous ammonium scandium carbonate
passes into the -,rystalline st,,.
re above 500C. The thermogram ol amcrphous
ammion-ium scandium c,-zbonate shows an endothermic effect at 6,11-1,00C
ca-used ty `,,eavagp of water. whch is charar~eri~st,.:. -~niy -f 'he
afac,r.phous :ompctund, There arre 5 ffables ani
Card 21 ~

Sr,-idy of -,~.e Com-plex Ammonium Scandi!ir. S I 07C-'i 60/ 005" 0', 0; 0 ~ollxy
Carbonate '9017/lBO67
re e i,en,: e s.
ASSOCIATION. Moskovsky igosudarstvennyy universitet ~m. M1, V. Lcrncz-~scva,
Kafedra necrt;anicheskoy khimii (Moscow State University imeni
M. V. Lomonosov, Chair of Ijjor6:ani-- Chemistry)
SUBIRITTED July 6, 1959
C a rd 3/ 5

S/C- 7,~ 2 /00, 7 I/C I j/C--;,-j C-1
B 14 4/B 18 6
Sh,-i tolki
y I V. Kommiss a rov a, L. N. t Sp I t,91;n, V" kt. 1,
T I'Vt- I p If. it f, ~ on i,f -3tmid iii tit hyi1ro-cide an i oxa I at,~
h;i rwl I il-?u r: ari i c ii-s Roy ~ It i mi v - 7 m
o1' Sc, t-oncent---ition, nature and quantit.; of
:41'. 1 tlh- itl o 'i Oil the preci pi t~i I ion tlei~ree of Sc,
j r, lie cclnct,~n tr:i t j -)n ran af~ of 1 - 60 6/1 S, 03 ith NIT
Jrll~ o r 50 150 il/l . The precipitants used wer-e 10'/~ an,f
'I T e r c nt nt in the f i I ru t f-"
i a n ~ NaO'l with no CO.,. 111 1 0 e
10
T h e pH %as vurie,] from 6.5 to 9.5. With NH 4 011,
Precipitation ,uas 1 Wo in conct~ntration intervals from 1 to 30
Sc 20 a n, I in tile concentration CO mg/ml Sc 2 07'. The Sc(Off)
precipl'tation was slir-.htly reduced ())-T.'I) with high NaCH excess. In bn-
C-Ise~~,, the 'SC 20 content in the filtrate did not exceed ; MJ/1. Tii i S
Card 1/12

Prec ipi t--! i-n a r1 i B14,01,36
r I ;I t 4 n 11
I III t inil:,
ri 0 r. zi 1 cu 1', t eio r o x r;.
o ri t Th aill ~c
Al arl'i Ca. Degree of procill)itat:on
-,,I i', i t I,-, a o t' relative cancentrat-,~n~i of
n fr,)m colutions contmiwin2.ng,
thin 100
t 14 r Q a -I c tz ~he orecivi
re c ip i o. e ;~, e e e j 9. -Allen the initial so V,1 t i r; c n a
,-)0 0
III r c ipita tion from 1 g1l Sc go 1 11
2
p rec i 0 it a n a e e r - e as fr a -I o 5 8 . 1 in de~endencv of
11 C,O eX 0 E: I f w a t C. f /Fit 250C) is used as a washing liqtii;~ t*,,-.!
2 c- 4 1
content i-2 :')3 1 -50 -mg[a. Sc 0- Deviations from the results c~161,;A--.1--,
by R. ,. Vickevy '~'J. Cvirin. . Soc London 3 113 ( 1956 are lair---3 -v
i nai equa rad i onic t ric analys is me t had s There are 2 figuren azn4 2
TT11Y.ITTED j.~n,jary 19, 1962
Card 21?

6/02b/b_9/GOO/CC)C)/() 14/0 J-7
E071/EI35
ALT"I"I,b i,omissarova, L. N. , Shatskiy, V. NI. Zazub-in, -k. 1.
bavrukova, G. D. , and Spi_tsyfi_~_~. I. , Academician.
T iT LL ~uparation of scandiurr, from tungsten and poor
polyirietaliic iron ores
6L)URCE Pazdcienive bIizkikIj po svoystvan reakikh metallov.
livuz. konfer. po metodain razdel. blizkikh p'- svoysT.
z.
red, metailov. Vuscow, Netallurgizd~-tt, 1962, Ij5-1k)7.
r 1, ~,T As a resuit of experiments carried out with tungsten
residues and siag, two methods of separation of scandium arid
P17OULICtion of a pure scandium oxide (above' 99.99L,~) with an overaij-
Id of 60-ob~. production, were developed-. The first sta~;,e in
both is the transfer of scandium into s~olution. The best result.-:
were obtained by treating the residues or slag with 98'.u sulphuric
acid ubing a solid to liquid ratio of 1:1, a temperature of
21-20 C up to a nearly complete removal of S03 vapour ( -o;~ 4 liours),
and subsequent extraction with water. The solubiiity of Sc(()'T')3
in Nt,)CC)3 solution6 of various concentrations was studied at 00
and 25 'C. With increasing concentration of Na 2C03 the solubility
card 1/3

6eparation of scandium from tungsten... -:5/o2b/b2/G00/000/ul4/0l7
E071/E135
of sc(u,-O~ increases. The t.,iaximum solubility, 0.12 wt.c, of
is obtained at 20 wt.~. of Na 2C03 and 25 OC. The -solubility
of &c(6ri)3 in boaiuci hydroxide solutions in the range of
coucentration of' 7-45 wt.,;. at 25 "C was detert.,iined. In the lower
r a n,,,- e o iIcoiicentration of" sodium hydroxide (up to 15 wt-',a) the
solub"'Ly "' Sc(0103 is insignificant 0.03 mg - p (i r m
SC903
of solution). The solubility was highest at 2(.) and 32.5 wt.j. of
I'--(jil, i.:-11, and 1.5 `9 of SC203 Per m~
N of solution. The above
studies as a basis for the two proposed methods of
s e pa ra t I u n. The carbonate method, proposed for the processing of
tun,,;bten res icilaes, comprises :transfer into solution with
concenTrated -suiphuric acid, sodium carbonate treatment, extraction
of tniucyanides and precipitation of oxalates. The alkali-
carbonate ii-,ethod, proposed for the separation of scandium frow
sia-s (from the production of pig iron) comprises: sulphuric acid
z-;oiuI-A-on, px--:!cipitation with sodium hydroxide, carbonate treatment,
ex-,raction of thiocyanides and precipitation of oxalatos. As a
rc.-,ult u1 tiie carbonate treatment 40-Mu Sc2o3 concentrates are
Obtained. Tfte n.a:Ln adi,--ixtures are thorium, rare earth elemeiits,
Card 2/3

Se--trotion (,)i' scanLiju:-., from Tungsten ...
E071/EI35
zirconiu.,i, titaii-iurr., alumanium, and berylium.
Tl-,(--rt! are 2 fi~;ures and 7 tabies.
Card 3/3

1_~ard 1/5
L 55131-65 EWT (m)/E7rlP (t)/54P (b) IJP(c) JD/JG
ACCESSION NR: APS009946
UR/0078/65/010/004/0755/0763
546.63V226+542.61
AUTHOR: Komissarova, L. N.; ShatskiX, V. M.; Moiseychenko, G. 1.
i TITLE: Thermal stability of scandium sulfates and their solubility in sulfuric
acid solutions at 250C
SOURCE: Zhurnal neorganicheskoy khimii, v. 10, no. 4, 1965, 755-763
TOPIC-TAGS: thermal analysis, scandium sulfate, solubili isother su ur
tY m If ic acidl,
X ray diffraction
'A
ABSTRAC-1: The purpose of this work was to investigate the thermal stability and
the solubility Of SC2(SO4)3 and SC2(S04)365H20 in water and in sulfuric acid solu-
tions at 250C. The thermal stability was investigated in air by thermal, thermo-
gr,avimetric and x-ray diffraction analysis. It was established that the pentahy-
drate is completely dehydrated at 110-2600C. Water is removed in two stages with
the formation of a stable dihydrate (see fig. 1 of the Enclosure). Above 6000C
Sc2(S04)3 is decomposed to Sc2O3. An investigation was also made of the distribu-
tion of certain elements (Th, Y, Yb, Zr, Fe, Al and Kn) between the solid and the

L- 551~1-Z5
ACCESSION NR: AP5009946
liquid phases during precipitation of scandium sulfate from sulfuric acid solutionsd'
i ... I
The density, optical properties and index of'refraction Of SC?(SO14)3'SH20 were al-
so determined. The solubility in the Sc2(S04)3-H2SO4-ThO2 system at 250C was in-. I.--
vestigated from 0 to 37.61 N H2S04 (see fig..2 of the Enclosure). The existence i
lof the following solid phases was establi'shed as a function of the concentration of'
1H2S04: Sc2(S003-5H20 (20.68-40.32 weight % Of S03), SC2(S04)3 (41.93-70.60 we~ight'
1% SOO and Sc?(S04)3-3HZS04 (71.00-80.03 weight % SOO-, The solubility of scandiumt
Isulfate decreases with an increase in the concentration of H2GO4. The maximum soiu~
bility of scandium sulfate pentahydrate in water is 156.0 mg Of SC203 per ml. it
was established that precipitation Of SC2(SO4)3-5H20 by ac'idifyi 'ng the solution
may be utilized for the purification of scandium from zirconium and rare earth ele
ments and partially from thorium. Or.ig. art. has: 7 figures and 5 tables.
1ASSOCIATION: Kafedra neorganicheskoy.khimii Moskovskogo gosudarstvennogo univer-
Isiteta im. M. V. Lomonoso'va (DeR2rtmbnt of Inorganic- -Che4nistry, Moscow' State Uni-
Iversity)
!SUBMITTED- 15Apr64 ENCL: 02 SUB CODE: TD IG
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KAZ",ill, 'I.G.; I.A.; SIHATSKIY, MI. -I,-
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- ft structurej 4 northwestern Syria. Sov. geol. 7 r,-." :;El--92
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Je 164 Olmu 18:1)

SHATSKIY, V.P. (pos.Pptushki Valdimirskoy obl.)
Independent work of students on chemistry 1,ictures. Khifl. v shkole
1~ no.4:9-17 JI-Af, '~P. WiRA il:6)
(Chemistry-Stiidy and teaching)

SH&TSKIT, Ye.A., kandidat takhnicheakikh nauk.
Precast reinforced concrete curved roof elements for industrial
buildings. Opyt stroi. no.6:35-52 '56. W-PA io:4)
(Roofs, Shall) (Precast concrete construction)

S 15 1. Ill (;it lilt in Iiiinider of Soviet prtrulfrIIIII t,chnology aod reel-5!3;. 1:
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SIDOREN-KO. A.K. -, K,&RT'S3V ~ -&.K. -, SHATSKIY, Y.-, S~ -, GAL'PERIN, Y~-. L ,
ctvetstven.nyy redaktox;UUT.A., V.I., ;ed:a,3h4-!:iy -RU-
DENSKIY, Y,:.'[., redzCktur.
[Manufactuxe ccg and worm gear] Izvotc-7lealle zub-hatyklh I.
n
chern'iach7vkh pereiazh~ Kia--r, Gos. nauchno-tekhn, lz&---:' ma-,
shinostrcitellaoi -.' sudostrolt. 1-t-Y, 1954~ 1-1-7 p~
(Gearing) (MLRA 8:1)

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SH.n'PSKIY,, Ye.Z,,, kalididat tekhniclinskikh niiuk, redaktor.
[New developments in the technology of dwelling construction:
exhibits at the construction exhibition in Moscow in 19521
Novoe v tekhnike zhilishchnogo stroitellstva: eksponaty stroitn'L'-
noi vystavki v MoBkve v 1952 g. MoBkv-a, Gos.izd-vo lit-ry po
stroitel'stvu t arkhitekture, 1953. 151 P. (MLRA 7-3)
1. Moscow. Postoyannaya vsesov-uznaya stroiteVnaya vystavka.
(Construction industry) (Building materials) (Building machinery)

SILTSKIY, Ye.Z., kandidat tekhnicheskikh nauk-, l2auYLOVIGH, 14.Ye., imzherer,
Industrial enterprises of the Construction Trust for the Development oil the
Gor'kiy AUitomobile Plant. Biul.stroi.tekh. 10 no.15:8-12 0 '53.
(mT,RA 6:lo )
1. TsIINS. (Gorlkiv--Reinforced concrete construction)
(Reinforced concrete construction--Gorikiy)

SHATSKIY, Ye.Z., kandidat tekhnicheskikh nauk,; IZRAYLOVICH, N.Ye.
Silicate brick factory. Biul.atroi.tekh-10 no.16:10-12 H '53.
(mLRA 6:11)
1. TsIINS. (Brick industry)

SEDOV, A.P., i-edaktor.-, SWSKIT, Ye.Z.
(Ach'..,;-rements In the field of planning and erecting steel structuxes]
Dostizb;5nita v oblasti proektirovaniia 1 12gOtovleniia atal'nykh
Kona-. r-ukt sil. ;'Doklad podgotovlen S.Z. Shatakim) Moskva, Goa. izd-vo
lit-ry- Fc, qtroitel'styu i arkhitakture, 1954. 42 p. (W.RA 7:7)
1. Tsentral'nyy Institut informatsil po stroitellatyu.
"BuIlding, Xron and steel)