SCIENTIFIC ABSTRACT BARINSKIY, P. L. - BARIT, I. Y.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203620009-9
• Release Decision: RIF
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

~i~-1"-8/20
K-Spectra of the Absorption of Chlorine in the Chlorides of
Alkkali Letas
K-spectnuii of Na ab:3on)tion in NaCl, vihi(;h v;as
d1ot!iint23 11 K.Rule
(Phys.Rev. 66, 199, 10414) at quite different cxperLmcntal
ccndi-
tions. 5.) As a result of the decomposition of K-spectra oil
the
chlorine absorption in the co-iiipounds of chlorinc ,..d~h
a!-Knli metals
the regular character of' those chnngts in the structure_-
of the
K-spectra, which were observed in the experiment, could be
deter-
mined, and these changcs could be brought into conncctiori
vdth the
crystal parameters, Lis thc polorizability of' the, cation,
its ioni-
zation potential, and the ion raditis. 6.) A T'hysical
irtF-rpretation
of the regularities found is given. It is -based u-,cn
taking account
of the change of the ion character, the bond - in
h~-lide-alkali-
crystnls , and of the de~~rec of ove-riapping of th,
clcctron shells
in the case of the chlorine ions. 7.) On the stren~,.,,th of
the results
obtained by this as ~-.,ell as other papers a theoretical
schemie of
the processes takinE -place in connection with the
K-abscrotion of
X-rays in gas inoleculus aiiJ in lialile-,alkali or-ystals
is ;-,iven by
Barinskiy, Vaynshtey-and 1'~'arbutt in Izvt~stiya Akid. nauk
SSSR,
Ser. Fiz. , 1957, Nr 10,, P 1351. All conclusions to be
drawn from
Card 213

1,81/10-8/20
K-Spectra of the AbsDrption of Chlorine in the
Chlorides of Alkali Metals
this model are in keeping vrith previously obtained
empirical
generalizations. There are 9 figures Rnd 6 Slavic
ref~rellces.
ASSOCLMON: Institute of-- Mineralogy, Geochemistry,
and Crystallochemistry
of Rare Elements -ASUSSR (Institut mineralogr ,
geokhimii i
kristallokhinii redK-ikh elementov Akade-mii nauk SSSR)
AVAILABLE: Library of Congress
Card 3/3

AUTHOR: P,.L. , Vayn--litcyri, E.i(_
TITLE: X-Ray L-Spectra of the Absorption and Emission of
KolybJeuw:i in
Carbide and Some Other Comnoun6s (Rentgenovskiye L-spektry
poglo-
shcheniya i emissii molibd~na v karbide i nekotorykh
drugikh
soyedineniyakh)
PERIODICAL: Izvestir.- Aknd.Nnuk- SSSR, Ser.Fiz. , '10157,
Vol. 21 , Nr 10,
PP. 1387-13c.)6 (USSR)
ABSTRACT: By means of a focusing vacuwri-X-ray
spectromt!tcr the X-rny-L
spectra of the absorption and emission of molybdenum in
aarblhle and
a number of other compounds investigated. The influence
exer-
cisea by the metal valence and the character of the
cbeirdeal bond
bet;t[een the atom in the compound upon the fine structure
of these
spectra is determined. Basing on the ex=ple of X-ray
spectra of ho
in molybdenite the pogsibility of a considerable
reciprocal over-
larring of the L emission band and of the Llil spectnim of
metal
absorption is shown. Hitherto such a phenomenon has been
cbserved
only once, viz.on the occasion of the investigation of the
111V V_
spectra of the absor-Ption aiad of the Y erlission of rare
earths.
Opinions concerning the possible cause.,) f this
Dhenomenon and the
conditions necessary herefore are expressed. Ex-perimental
data are
Card 1/2 obtained with respect to Mo-C, -~.rhich aimiot be
brought into line

4~~'-10-9/Po
X-Ray L-Spectra of the Absorption and Emission of Yolybdenw~,
in Carbide and
Some Other Compounds
with the hypothesis frequently fowid in rublications,
according to
,.,;hich, an the occasion of the forming of carbides of the
transition
elements, a partial filling up of the not completed energetical
levels of atom of transition metals takcs place. To ,-;hat
extent
this conclusion can be generalized must yet be found out on the
basis of experimental material of much great;-~r volume. There
are
4 figures and 10 references, 6 of which are Slavic.
ASSOCIATION: Institute for Mineralogy, Geochemistry, and
Crystallochemistry of
Rare Elements Ali USSR and Institute for Geochemistry md
Analyti-
cal Chemistry IA--ni V.I.Vernadakiy AS USSR (Institut
mineralogii,
geokhimii i kristallokhimii redkikh elementov -A-kademii nauk
SSSR
i Institut geokhimii i analiticheskoy khimii
irq.V.I.Vernadsl:ogo
Akademii naul, SSSR)
AVAIIABLE: Library of Congress
Card ?,/2

AUTHORS:
Semenov.. Ye~ I, B~~rinskiy: R,--L~ 5 i3 - 4. 4
/13
TITLE:
Peculiarities in the Crinter 'L c.1 Rure Eat th~3
41r) illera,

(Osobennost.i. sostava redkikh -emei, v
mineraialh)
PERIODICAL:
Geokhimlya,. 1958,, Nr A, 1;--. 53~
(ITSSR)
ABSTRACT:
IMore than ",oo samples were
-jr-,jestiCated; they are from Ye. In

, partly al&o from other geolo-isr-s. Samples from
Semeno7. L U U

abroad were made available to C. P.
Barsanc,v fr,)r,, the col.-

lections of the Mineralogical
!,'useum (1-'ineca1cjieheskiy

muzey AN SSSR). In the case
~f most minerals the sum of

oxides of the rLare ea2thG was
sena-rat~~-d 'by Thn analysts

A. V. Bykova-, 0, F.
Dcrorjdc-.;,-i- I,. Y~~. !,'. V.

Kukharchik; I. S, Razina.
11he rare ~a-~thq were

9 rins- y-
determined by X-ray anaiys:-, by R. T

a--~(:.ura---.y o:,
", The aze -iven

in a -reat table.

In their paper the
auth3rs leal wi'L-h the fc7lo-viino~ sel:tions:

a) The
classifi-ation ,.I' the cf rare earths. if

, ar lottea o- a
dia-ram and
the. contents of iar2 earths e D-
Card 1/3
the points, thu3
obtained k~-nzv! ted t',e 'c.~)-hed

Peculiarities -n the Content -f Rare Eartc-s in
line is obtained; if. hows-var, the eve.,--numb~ied points
and
the odd-,numbered pointa are coz,na-~teo_ sufficjen~iy
31-IDIE' curves with f,~vi maxima ar,~ cbtai,,-,ed from
I '' 7)). These cur-,.ie3 ~~re ~'ver: f1cr a number o'
ninerals.
The mineials are diuided ir.,,c h-~e t,:Pes a_c-icli,,~
-~:, the
magnitude of the maxJlmL,li,
Lanthanide couple,,;. The -ati,, cf' "lie cor,'Pnt of one
of
the rare earths with evarL atoinic namber tr the iaiit~ of
the
subsequent ore is repieser",ed grapn-Ica-'y.
c) On the classification c;f -~
the rare tta-rtrs, It -is sugGested
to draw the boundaiy lirie betfreer, ooriurn earti-S and
yttrium
oxides in mineral o -ical~ -gecchem..`cal. respe.~t
between Tb aril
Dj. Furthermore i+ is sugSes-d t- ccmbire two el"ements in
one sub.-group and to denf~t~ it, a---_r.)rdjn.z; -,c~ the
predominar:..t
eve.n. -numbered element, Ceiium Urot~p ',Ct, La),,
necdymi,_~Lri
group (Nd ', Pr), samarium .-r-up (Sn,,. Eu), E7adol~_nium
z-,rouv
(Gd., Tb)., dysprosium Crouf (D3. Fic), erbium -rcap (Er,
Ta).
and ytterbium. givup (Yb: Luj., Therc~ ar-2, 5 table
arid 12 referen~eo--, 4 of whi.,h So-,el..
Card 2/3

Peculiarities in the Content of Rare Earths in Minera1z"
ASSOCIATION: Institut mineralogii. geokhimi-* j
kxi-3tallokbimi' r~dkkh,
elementov AN SSSR, Moskva
(1poscow Institute of Mineralogy, Geochemistry and Crystal
Chemistry of Rare Elements AS USSR)
PRESENTED: N ov emb er 6 7 19 57 , at t he jub i 1 e e
Mle e t i-nj of 'lie So en t i s tS
Council of the Inst--*~.u~--
SUBMITTED: December 28, IIQ57
i. minerals-Analysis -Ra- ea~ t",
3. Rare earth
-Applications
Card 3/3

BARINSKIY. R.L.
Qaantitativo determination of rare oRrth ol6mnts in
minaralo
and concentrates by the X-ray fluorescence spectrum
method.
Zav. lab. 24 no.5:613-617 '58. (miRk 11:6)
(:x-ray spectroscopy) (Rare earthe-Analy
.sis)

rinokiy,
SOV/
ts e Ra:
IJ I
tC
01"
ii
a~ r; jt ijo q t, ~j

r) C~ flat -1 ~'dr it; r, F i r r.. f,

r a ir,

q L

o f, tIit oo

o' ,, ~ 1~ I . :' " 1~ r

f 1 c a i~d ai

r h

t
t' J th C L !r.

it cL
;-. T o r c in n-.4 tri n( r I'l., '
7

I
L .n e i kr:,

7i J C, zhe pa i

flei . :' ,, :

Tr i~
.,3 _i.o
rj~ n t i '~
? ) I ~ c au n:1

c.v d
1
Y- I. ilI t- C, "*. 1, "m
_n . !

p ru 1 p s can, be
ained if c
c. nd 1 n

r in a -ti, ~~,f - w~ i-are earLt.-* it.
z,

SCV/ 20- 120- B 1,C, 7
. I
On 4i,.,: '?-Atio Between E,.;en and Cdd Rare Earth
&Plement2 in Different Min~ral:.~
kl=OgeneOUS Composition in their initial melt previous to
the ori,,~et of crystallization i!3 assumed. The mentiened
re-
lat ons can be used for the simplification of the %n a 1.
y:,
or rare earths, by computing, for example, the content
of' odd lanthanides from the content of the correspondin~r
clement and the average value of the rv~tio of these
elements. There are 4 figures and 4 refpren-~e~, 3 of which
~irt:~ `nviet.
AT P)N - Institut mineralogii, geokhimii i kristallokhimii
redkiL,i,,
elementov Akademii nauk SSSR
I
(Inst4WLe of the Mineralogy, Geochemistry and Crystal
Chemistry of Rare Elements,AS USSR)
Dec!euiber 16, 1957, by N. V. Belov, MembEr, Aca.1;-my of
`c ;ences, USSR
SUBMITTED! D~-cember 12, 1957
Card 31/4

SOV/ 2!~- 1,10---*)- 118 , ~) I.,
On the Ratio Between Even and Odd Hare Earth Elemento -In
Different "ini-r-,.,
1. Rare earth elements--Quantitative analysis 2. Rare earth
elements--properties
3. Minerals--X-ray analysis 4. Rare earths--X-ray analysis
Card 4,/4

24(7)
AUTHORS:
Barinskiy, R. L., Vaynoliteyn, E. Ye, SO. 48 - 2
TITLE:
The Collective Interaction of Electrons in Crystals
an_', Its

Effect on the Structure of the X-ray Absorption
Spectrum of

Atoms in Polar Crystals (Kollektivnoye
vzzaimodeystviye

elektronov v kcristallakh i ye-o
proy~vlk~niye v t ure

rentgenovskikli spektrov pwrloshcheniya
atomov v polyarn,711h

kristallakh)
PERIODICAL:
Izvestiya
Akademii nauk SSSR, Seriya fizichesl-aya
1,059

,
,
Vol 23, Nr 5, pp 585-590 (USSIZ)

ABSTEEACT:
Earlier papers by
the authors an,5 others U.-_fs 1, 2, 3) dealt

with the
investiLgation of t-ao line series ol" Jsc2,L,+_4on, which

may be described by the formula a-pTlicable I.-Yal-r ~ _
i- e

spectra. To ey-plain these sp~_cLra J-1 ' ic necnsc=-Y
t:- thc-

excited state of the electron s-ito:7~, A f 4 1 4 ,
~ -:, Q
!7 c ~,17 -I

given by Ya. I. Frenkel. Dy the aid of

a
description is given of tho inleraction in -:Dli!
substan,>-s.

It is stated that the intueract-Jn:~-
electLI-ons

tistics. Ye. F. Gross 1nd his in --ri-.1~

of
papers with the collectiv.,.? of in 7`1~`
Card 1/2
lattice of
solid substances I rOM t'_e

The Collective Interaction of Elcctr,orls ill Cz-y~-,t;,.1 ~3
and Its Effect on the Structure of' the 7-ral
rif
Polar Crystals
Card 2/2
I
view. They investiE-,ated the opticul -iL,3orrt4on
nin-"ber :of crystal -, i7i thi n tho i:
formula ( 1 ) developed by -1,%_:-,D,L1t f--,- C -) mt a 'L
i C
radius of the optical exciton i:-, t1l;;1I
tions aro made roL',ardi n,-, flw- owr i !'.7 L'~_k_ i 1:
and formula (2) is, aritten dc;tn in t~,J-~- Ca.~".1 -,,' ~
and !,.ott first discovered thr-, le
f
in the X-ray spectrun. Papers !),,- th.'s- -Y-1 Dt`_
dealin- with KC1 crystals alorE thosc iin~_~:-,,
Considerations are E~ade of the d41--lcc+r_ic ccn--ta"'
a-1,1_1 ------71 ~3
and (4) are given. Formulas thus obtair.._~j
tion of the energy spectrum of tht- Y-,,~y OX0 C.- in ~h,
KC1 crystals. Numerically ~.,nd o1r, ~ ~ _J r t-
of X-ray and optical excitons are sho,.-.,n in a
enerUy states are investi '-ated. Finally, the abS03-p~li.,~n
spectrum in the ultraviolet range of 1~bDr ancll Cs5r is
in~,-st`_
~;ated. There are 2 figures and 27~
ro_foroncos, of i,.-hich ar.~
Soviet.

3:
!,al- o vY e ir i n
T!-
E, Cc, Vaynaht
successive absnr~tic,n I ir
,~uantiim numbor, i*.io
11"Icloar cliar,-,c
.nentioned autliors (7ief r,
L I i
above f,)rmlila for tile
114're le'lotoi; th, 01101,V -11 !P,~
onc~r~5.v of transition to b
n' the effective ou,trtiv-
fl
cal formula op
n
Canl 1;e4 The authwrs procee,l fr~,n t:; -

J%~V
e,,,i L!ethod of Co-,--,puting X-Ray T,_Speo
of Ab2orj)tion
~n the KL-shell of the ab~,~)3-1,in:-
tion of a ,,,vstp-..i of lovol.,, tht~t li%~ ii!'
of the molecules. In the na w
n1i'L deriveO . for 1~~I; -2n
-written dDi,;n. Di--,ole traii:.iti.,?n~~ --.re
stf!,),,: one finds,,~, = (~R c 1-~~
(r i_ thc~ matrix olement
e, 1s,np
radius vector in the d i ro -~ t J on of
tion from t1w statu 1.~ int,-, t
out over all np states, Here
2
r 1S (r)R np r)-ir
radi,ai cr)milonent of the ci~-.n:'unc i )n 1C) C
n t at e a . The au tn or s :- ak e u s e o t n e I -"n
C a rd 2 the case of equal den'5.ity t,ie ~~f

8 is,
lic-~; "~Oti,od of Co:.,I)utiII:" X--Ija.~,
of Abs~)ri,tion
spectru::i have the s,-.me
Heref roli ,n ex,,)r,,sf-,i,)n o f un
..fter some steps the l'in..-1 for77.iiil:
obtained, zhero 2 ~H:y 'i;~!
n n,
line in jj,rcIberEs. Tly me!:n - oC t
it is then ;)ossible to (leter.-Are h In,~ n '7 ~7
curve of K-absorption. in tiii.:; mil(-I ii
mitions are connected t1,.,
w!i~,, checked by means of th!- c T. r-! 17-:~
known char-e, and t'h,~ re~:ultc~ (-, h t,
th(- effective chnrge~~ ..re j-,i,-,on 'n t
1+4 1~
tho K-s,ectra of' :',r in,!
~Ll ready noticeabil, n
a r JI 4 ~n -:.-,Ac~i 2-,(,ro char,-e ic, to 'be

A 8 1-~ 9
A
ZI ~e-,- !,'ethod of Computin7 X-Ray K-3pectra of^
~Ibsor,~tion
4 2 C 11 a ri x,,, t2 c t. e,4 -4%os er7.-
UltS i)1
i f i
~-,nd also the
clrv-~,s confirrm the formula ILL:-,t :,~re I
figure, 1 table, and 10 ref,---r,:~nces, 6 ol,
A330CIATlON: Fizicheskiy inotitut BoIL~nr~;klo,! Ak,id(,~-,,ii
of the Bul,-,arian Academ.y of Sciences) lnstitu'-, Tedkil"k
A'~E~,deimii nauk :33SR (Institute of '~--re of th-o
of Sciences of the US3R
I HE= TO: U.-
"U2, 18, 1950, by :;. V~
Aujuct l'-), 1999

S/007 /0-0/00-0/;~0041/,DO 1 /03r,
AUTHORS: Borodin, L. S,
TITLE: Rare earths in perovskites (knopite',-;) from
~~-Lissifs off U
ra-
basic alkali rocks
PERIODICAL, GeokhImiya, no. 4, 1960, 291-297
TEXT: In general, previous geochemical stu,diess of rare
earth elements were
only concerned ;vith individual rare-earth minerals, The
present publication
however ', deals Tith the rare-earth (RE) content of
perovsklizes and krloplites
the variety richer in RE, from 'various rocks. The study
aimed at estab-
lishing the proDerties of perovskites as geochemical
indicators of iF and
other rare elements. The chemical composition of 15
perovskite samDles from
ultrabasic alkali rocks (Karel-iya, Kol'skiy peninsula, Polar
Siberia and
Aldan) was determined. The samples were collected by L. S.
3orodin. One
samDle was supplied by S. P. Stoyalov. R, L. Barinskiv
detler~1_4.ned the
chemical composition X-ray spectroscopically in chemical7-~
separated RE
precipitates. The chemical separation was carried out bv -_
Katayeva..
Card 1/15

S/007/1")()/OJO/~00~j /. 001"", ' 0 ~~.
Rare earths- in perovskites. . . B00211E,05-
A tonova arid I. S. Raz' na, analysts of the DIGRE AN SSSR
(Ins te
Rt
,,f I~Iineralo- , Geochemistry, and Crystal icchei-,iis ti-y
of 1- -e E'em-~rtz-,
AS USS-H). All the pei-ovsk-ite samples were .'o,,;nd to
contain rela-zi,.~ely
large amounts of cerium. lanthanum. neodymium and
praseodymii)M, and very
i~mall quan'-2ties of yttrium earths. A plot of the total RE
content
~-i'lsclssa) against the relative content of individual RE
(relative to
~'--E=100~~,,) (ordinate) makes the following geochemical
conclusions possible
The total RE content of perovskites arid the concentrations
f
.i~- individual RE elements are cor--elated. The relative
contents of
n,;:~-L~ymiurn and praseodymium, i.e., the less basic
elements, iincrease w
age of the perovskite generations, whereas the lanthaniim o L)
r, t e n t
del---eases, The cerium content remains more or less constant
(46-')---;,1 of ERE).
A ---rrelation also exists between the relative contents of the
elements --.nd t'!-.cse of lanthunum (Fig. 2) and neody-mium
(Fi~.
the p erovsk i tes may be divided i n to two type.,-, - I ) pe
i,ovsk ii'. e
conzen'i'aticns of ba.-;ic elements, especially ianthanum These
coma- '-7L olivinizes. melilitites and roc~,z -o--1-,-zfn4-n---
Co I,, t!, 4 r, a I-
pelc~'.-';- tt-4 cclliv~~Iitional habit; 21) perovskites

S/007/60/'000/004/001/005
Rare carths in perovskites ... B002//B055
quantities of the less basic lanthanides, generally termed
knopites. ~--e
tot"'11 R7.- and niobium contents of this tv-~~e are high.
~7rom th~--o res'~Its
hyclrol
it is asoumed that perovskites are of a
:,'ention is made of E. A. Bagdasarov, Ye. Kukharenko, and
Ye. 1. Semenov. TI)ere are 3 figures, 1 tablep and 11~
references: 12 Soviet-
',-)Ioc nn~' I non-Soviet-bloc.
A S,SO;3 I.-I 10"i" : Institut mineralogii, gookhimii i
kriatall'o"himii rudkikh
AN SSSR ~.,oskva (Institute of Geoc-'iemista'-'-)
L~nd Crystal 1 ochemis t --y of ~~c--re 1-le::1en. S T ZR
ts'
S'-" 13:~~ I'l, 'T E, D. Decc:nlber 29, 1959
Card 3/5

Rare earths in perovskites ...
Ce%
S/007/60/000/004/001/005
B002/BO55
0, 0
0 0
Ce
LO
2D1
La
01
Na Nd
x
10
0
Pr 7.
Pr
Card 4/5 0 1 2 3 4' S' 6' '7 8 9 ITR%

Rare earths in perovskites....
Cc %
66-
J0 - 0
C~ Ce
110-
Nd
39-
20-
10-
0-
Pe
4- pr
0
85 1'6 1 I'd 1'9 20L 2L1 2~ 2J 2~ -ILS L, 'i
Card 5/5 Fl,i - L
S/007/6C/000'/004/C0l;l/C0j5
B002/30:;7~

BARIIISKIY, R.L.
Determination of thq offectivo charres of atoms in
co:~,plexeq
by means of X-ray absorption spectra. Zhur. struk.
khim. 1
n,o.2:200i--208-*n-Ar 160. (MIRA 13:9)
1. Institut redkikh elementov All SSSR.
(Complex compounds-Spectra)
Mectric charge and distribution)

5/046 /60 /0 2 4 /0 4 /0 -1 /0 0 9
DD06/BOl,7
AUTHORS: Narbutt, K, 1 ., Barln~:!-':iy, R.. L S
T I T L E': A Nuc-le-ar X.-Ray GGiLeratorilfor Arialyc:~F
PERIODICAL4 Akadaml-i rla--~k SS03R. serlya
Vol, 124~ No, 41 Pp., 354-36!
TEXT,, Thr: prosent article is a reproduction of a
lt~c,.-ure deli-irered at
the
A_-ft.All-Union Conference
-oma mad- ir
J-i:, 29 JulY 6, '19550 , !v the n .1d'!c1lor
nc~i. -Sovi e- t perk od a cal s cr rcs -" t.1 eo C f 2. L'
1-1 a Ci TILT I ~le X ray t u I-e
Yad:~car- tv~,e arE, di ai~t h.-)rs
170
i-,sed t*ne gamma- ard X ray emiss4LOr -,f Tu ~cr oxc-,tatlon
30 '1 -
of th'e(X ray) K radia~i.crn c~f th~~ elements Zr tL- C~7
ri~tdlFtion (Tu 170 decay~F dize to 'Data gamma decay)
fcll'-~,,,-,'---r-
L
and 884-kev beta 84-ke- radizit-ion. X radi:ition
d
OIL Ytterbium and thilium (Yb K_ Tu-K 71 kc. ai
1,2 2
Card 1/3

A Nuclear X-Rey. Generazc: f,-,r
Fiuorescence Spectrum Analy~-,-.-s BOO',,/ BO 17
1,rem.sstrdlilung (J.n dr)wn the !~t~ta- pnrtllcla-,l),,
Vie
the Tv source is described Fi~, I s ho -.T.- ~! P -'-- C
'~-dr e C) f t 11 P P ~,r 1117.,~'--
e3 conlainer .-io that al-io the ivi-~~,rnal paiL which
houo~---L -,he sour-,~c- can
0 5 e k? n " F a C, - 2 el 1. V,~ ~~, -I t L, t-i Iow~ in
the foll)~Y~n~. 01k)
of the radiant energy is discussed The initrument u5Q,l
lo:- thi& pizv
pooe, wl-ich consisked es5entially of a scintillation
counter ari dn
amplitude ,vialy7e~r, is schematically shown in rig 5
-:indl de-a-ili, a---e
Aescribed NQxL, the author dcs(.rjbe:3 the backgrCund and.
of its rarluction- Sume de-.ails on the excitation of
K:serie*, of 'ae
(ex~!taticn- energy ,I,l kv), Ag (excitation. energy `5 5
Eu (ex3l-a-
,~y 48 6 k-~,-), Ds (exc`tation ene-rgj S., I kv and o f U
'exci-~a-
tion aneri
tio-n energy 1i5 are then given Fig, 5 shows the cur-ez of
pulse
amulitude distribution, Fig,, 6 showi the 11--depandence
of the
efficiency of K-emiss~on of the elemen-ts from Z-30 to
Z~,Q,Z by X--ray and
gamma- emi.~,,slcn of Tu'170, It is shovin ',hat this
eKo.1-tation Is the most
effecti-ic in The rarge from Z~47 to Z--64,- Furth(-r
result, on
istic. radiations, studied by means of a acintillation
spectrometey i's
characteri-sti"c dispersion D(E) and resu2ution Z%E/E are
shown in Fig 5
Ude dlstributi,an c c-~:-dir.,~ the
ar-~ dis~u;~,oed., and the amplit ur%leo r~i
Card 21,

A Nux~-;-~ar X Ray Gonerator for
Fluorescence Spectrum Anal.~z-,iL~
S/04 6/60/1024 /04/01 /009
B006,/BO~.7,
characte:,.Lst~c. emission of tantalum, niobium, rare
e-a--rths, -and %rarlous
minerals are repTaduced~ As may b(~ 3oen from Fig. , -, h )--
11 C ac ~4 tbo
:Lnve~til-ate~! has its own charactorltitic amplitude
distribution funotloyl
Correspond i TIC, to tbe vpectral oompoi,,ttion of the K-
series Henc,~,, tM.S
m;-~hcd allowL: -,he dt?termination of minerals, 1T1 a table
the results of
quantitative determinations of rare-earth groups by mefns of a
rilolear
tgonexa-Loy and a BcintillaLion speoz-romeier are compared
Nvit-h 1-hose
obtained bj means of an X-ray tube and the crystal diffraction
me-~hod-,
Agreement is good Analysis by means of a nuclear generator
takes about
one ho-or (measurement alone and the e:aluation of resultq
take only
20 Tmin,--~ei~,, the remaining 'V-ime is used for preparing,
the sar-rple ') A, L,
Yak-L-bovich IL mentioned.. There axe )! figures, ! iable, and
-~ rcier-
*nces-- 5 So-viet, 7 lmericran~ and 2 Scandinavian.
ASSOCIATION:
IGYeY, kkademii nauk SSSR (.;GYaM of the A ademy of Sciences,-
USSR) DIGRE Akademii nauk SS~R (111,GRE 6-1 bhe A..-,:-,dc;my
of
So-ienc,-,s, USSR)
Card 3/3

S/048/60/024/04/07/009
B006/B017
AUTHORS, Barirski R11-L" Fadzhakolr, Ye~ C.
TITLE-, Calculation of the Atomic Char6e ir. Molecules
According tc.
the X~Ray Abso ption K-Spectraj,~
PERIODICAL& Izvestiya Akademii nauk SSSR. Serlya
fizicheskaya, "960~,
Volt, 24~ No- 4, pp,, 407-414
TEXT3 The pre8ent article ,.g a reproductlon of a lecture.
delivered a,
the 4th All~Union Conference on X-Ray-SpeotroSEUY
(Rostov--na-Donu,
a previou 1) the authors suggest-
June 29 r- July 6. 1959Y in ~ p per (Uef, .
ed a new method of calculating the X-ray absorption
K~spectra of atoms
in molecules, which makes it pozsible to determine quantum
number and
total chaTge of the absorbing axom, Thi:; method has already
beer, applied
IG some simple bases (free argon- and neor- atoms, C1 end Br
=Lolecules,
2+ 2 2
and Zn in solution),, In the pr9sent paper, the absorption
spectra of
atoms in complex molecules (gase3, crystals) are computed by
this method
in a case in which the atomic charge is not known in
advance, For this VI/C
Card 1/3

Calculation of the ttomic Charge ii Molpcu',.;!~s
5/018/63/1024/04/07/009
Acsording to the X-Ray Absorption X-Spectra BOO(D./BD 17
purpose such molecules are select,:d for which it can be
assumed that the
field in the neighborhood of the absorbing atom devia-~es
only inconsiie-r-
ably from centra). symmetry,. In this case the K
absoxpt~on 3pectrum car.
be well approximated by means of a Rydberg --eriev, of
abso-p -~40n lines
and a true edge ', as demonst:rated in Ref, 1~ This
a-~ump-c-ion Is also con-
firried by the agreement between theoretical and
experimental results. The
formulas used for r.cmputatjons are also taken from Ri~f,,
L, Numerical
results are cowpiled in a table, Here, n denotes the
quantum number, and
-~' the effs~~tive charge at the peripherjr of thq atom
For comparison,
the charges a3p e.g. in the K-absorption BDeCtra of
chromium in
x2cro4 and K2Cr.O 7 and.of manganese in HYno 4~ Examination of
the dine
structure of the absorption spectra of [CrO 41- a-vid (MnO41-
in aflueous
solution showed that in crystals too the Stark effect is
attributable less'
to the crystal lattice field than to the surrounding oxygen.
This
Card 1/3

S/048/63/027/003/009/025
Stark affect and hybridization... B117/B234
"contradiction" can be explained by the interaction occurring
between the p
and d levels of the exiton in the external olectrical disturbing
field,
which was not taken into account in the previous paper. In
consequence of
this, the K-electron can go over to a new level system formed
from the
original level of the p and d symmetry. Assuming tha*., the p
and d levels
coincide when the disturbing electrical field is absent, the
distance be-
tween th--.e levels in the field of the tetrahedron was
determined. The
splitting was shown to be subject to the stated precondition that
6 --(a ~,15/21 ) eq G3 '20 qG3(ev) (7).
To calculate this amount for the anions under examination, the
charg&s of
the oxyE;en atoms and the multiplier G3 have to be determined as
functions of
the effective quantum number of the absorbing atom. The values
so deter-
mined indicated too small an amount of snlittinc- in the first
line to be
noticeable, but in the second of the lines examined the
splitting was
greater by one order of magnitude. Finally, it was established
that an
additional maximum occurs between thu first and second line.
This maximum,
which does not fit into the exiton se:~ies of absorption lines,
covers about
10 ~. of the surface of the first line. It could be observed
also in most
Card 2/3

5/046/65/027/003/009/'029
Stark effect and hybridization... B117/B234
of the K-absorption spectra of gas molecules and can be
attributed to inter-
action (hybridization).between the p and d levels of the exiton.
This
interaction between the p and.d levels of the exitons and the
electrical
field of the surrounding particles, as here established, can be
used as a
basis for explaining details of the X-ray absorption spectra
qualitatively,
in part also quantitatively. It should be pointed out, however,
that the
method based on the theory of disturbances which has been
followed in the
present and in the earlier paper may not always be reliable and
should be
replaced by a more reliable method. There are 5 figures.
ASSOCIATIM IMGRE
Card 3/3

ACCESSION NR- AP4038763 S/0048/64/028/005/0790/0796
AUMOR: Barinskiy, R.L.; Malyukov, B.A.
TITLE: X Absorption spectra of calcium, potassium and chlorine
ions in water ZR-e-
port, Seventh Conference on X-Ray Spectroscopy hold in Yerevan
23 Sep-l Oct 19Q7
SOU=E: AN SSSR. Izvestiya, Seriya fizicheskaya, vo28, no*5,
1964, 790-796
TOPIC TAGS: x-ray absorption, x-ray spectrum, ionization
phenomena, solution, cal-
cium, potassium, chlorine, exciton theory
ABSTIV%CT: In continuation of a program of testing the
applicability of the exciton
theory in the form given by Ye.G.Nadzhalcov and R.L.Barinskiy
(Dokl.AN SSSR 129,1279,
1959; Izv.AN SSSR,Ser.fiz.24,407,1960) the K absorption spectra
of Ca2*, K+ and Cl-
in aqueous solution wore obtained and are discussed. The
experimental technique is
described elsewhere (R.L.Barinski , B.A.Malyukov,Izv.AN
SSSR,Ser.fiz.28,805,1964)
Zs-ee Abstract AP40387667. The ca + spectrum was obtained with a
0.7 N CaC12 sOlu-
tion and an absorption path of 20 microns. The shape was
adequately reproduced by
calculations employing the method of Nadzhakov and Barinskiy
(loc.cit.) with an ef-
fective charge of 3 and an eflectivo quantum number of 2.6.
Those values agree with
Card 1/3

ACCESSION NR: AP4038763
data obtained from the Sc III optical spectrum. The K'~
spectrum was obtained with
an undisclosed solution. The shape agreed with that obtained by
S.Kiyono (Sci.Repts.
Tohoku Univ.,Ser.1,37,No.3,1953) and was adequately reproduced
by calculations em-
ploying the method of Nadzhakov and Barinskiy with an effective
charge of 2 and an
effective quantum number of 2.5. These values agree with data
obtained from the Ca
11 optical spectrum. The field of the water molecules
surrounding the doubly charg-
ed K-ionized K+ ion was approximated by that of two charged
spheres, and the Schme-
dinger equation for the motion of an electron in this field was
solved. Three bound
states were found, and the shape of the K+ K absorption
spectrum was adequately ex-
plained in terms of their influence. Thus the spectrum can be
explained both with
and without taking account of the water; it is concluded that
experiments with the
.spectra of ions in solution are insufficiently sensitive to
distinguish between the
two interpretations discussed. The Cl- spectra were obtained
using 0.25 N, 0.5 H
and 2 N HM solutions and a 0.5 N KC1 solution. The HCI spectra
agreed within the
experimental error, and they were accordingly averaged. The
long wavelength edge of
the absorption band was well. represented by an inverse tangent
with width equal to
that of the first chlorine line in gases. The absorption band
shawed two maxima and
a minimum. This struaturc could not ba axplAinad by bound
statoo in the field of
the X-ionized Cl- ion and the surrounding watt",r molecules.
and it in ascribed to
Card 2/~l

ACCESSION NRi AP4038763
Kronig fine structure. Orig.art.haa: 6 formulas and 8
figures.
ASSOCIATION: Institut mineralogii, geokhimii i
kristallochimii rodkikh elementov
(Institute of Minerology, Geochemistry and
Crystallochemistry of Rare Elements)
SUBMI-ITE : 00 DATE ACQ: 12Jun64 ENCL: 00
SUB CODE: OP NR REP SOV: 009 UrHER:015
Card 3/3

ACCESSION MR: AP4038766 S/0048/64/028/005/0805/0808
AIMIOR: Barinskiy, R.L.; Malyukov, B.A.
TITLE: Stark effect in the K absorption spectra of chlorine
compounds /Weport,
Seventh Conference on X-Ray Spectroscopy hold in Yerevan 23
Sep-l Oct 19637
SOURCE: AN SSSR. Izvestiya. Seriya fizicheakaya, v.28, no.5,
1964, 805-808
TOPIC TAGS: x-ray spectrum, x-ray absorption, chlorine,
chlorine compound, Stark
effect
ABSTPj%CT-. The chlorine K absorption spectra were recorded
for C2H4Cl2, S02C12 and
SOC19 in the -ascous state and for CK103 and LiC104 in both
the solid state and in
2N aqueous solutions. All experimental details except the
construction of the ab-
sorption cell for the solutions are described elsewhere
(R.L.Barinskiy, B.A.Malykov,
Izv.A\' SSSR,Ser.fiz.2G,412,1962). The absorption cell was a
sandwich of three thin
fil,ms held to.-et'.1er by the surface tension of the
solution. A 4 run opening in the
central filn constituted the cell proper and provided a 20
micron path. Six to eight
hou,- ~,~,ore required with 100 =4 and 5.6 W on the x-ray
tube. The gaseous
sspcctra indicattNI a small charge (approximately -0.1) on
the chlorine ion, in agree-
Card 1/3

ACCESSION NR: AP,1038766
ment with a conclusion previously drawn from the sulfur
spectra (loc.cit supra). A
second absorption line was present. This is ascribed to the
partly forbidden transi-
tion of the K electron to a d state of the exciton. Both the
solid state and the
solution spectra of KC103 indicated an effective charge of 0.7
on the chlorine ion.
The width of the first absorption line in the solid was 1.3
eV. In the solution,the
first absorption line was double, with the low intensity
component about 1 eV on
the high energy side. Otherwise the two spectra were very
similar. Stark effect cal-
culations considering only the three oxygen atoms in the C10,3
ion are said to pre-
dict a smaller separation and a displacement in the opposite
direction than observed
The assumption that an oxygen atom from the solvent approaches
the chlorine ion on
its unprotected side, however, is said to lead to agreement
with the experiment.
The two LiCl04 spectra, solid and solution, were identical
within the experimental
error. The first absorption line in both cases was 0.8 eV
wider than in the gaseous
spectra. In the solid state this broadening can be ascribed to
the influence of the
lattice. In the solution the broadening must be ascribed to
solvation. The mechan-
ism is unclear, however, since there is no "unprotected side"
of the C1 ion in C10-
4#
and no estimate of the effect of solvation is submitted.
Orig.art.has; 4 figures.
Cord 2/3

ACCESSION NR: AP4038766
ASSOCIATION: Institut mineralogii, geokhimii i
kristallokhimii redkikh elementov
(Institute of Mincrology, Geochamistry and
Crystallochemistry of Rare Elements)
SUMMED: 00 DATE ACQ: 12Jun64 EXCL: 00
SUB CODE: OP NR REF SOV: 004 OMIER:000
C,,d 3/3

EARINSKIY, R.L.
Calculat*ion and experimental investigation of
absorption I,
spectra of noble gases. Izv. AN SSSR. Ser. fiz.
25 no.8:947-
953 Ag 161. (MIRA 14:8)
1. Institut red-kikh elementov Ali SSSR.
(Gases, Rare-Spectra)

DZHLTVARLY, Ch,M,j BAHIROV, M~A.; VECHKIIAYZER, G.V.
Experimental study of the electrothermal treatment of an
0
layer. Neft, 1 oz, 38 no.12;34-39 D 110. (MURA 14,4)
(Oil Tields-Production methods)

'Jjfl("H~ NIO, ~:. 1
ZABLLTI'~SKAYA, T.V. ; IVJ ;, . , I ~, .
V.:-'. ;
, i n i, t ul, ~ .
Heat trwisfur dLIO t,() jj,,It~jjjic sodium mc)vLn(,
Atom. energ. 16 no.6:524-52o ja 164. 17:7)

I V.." , I -,j 1 11 , , IL 1I Z ) - '.-~ I "I cy" " -1,
, , "i ~,-L '). 4' 1! , . .
-1 1 1 1~1 ,~ .nv *- . t:
1, 1 ~ Co L; 0" tl- rur; iir,,?! An of f~n,,* ( ~:.-
L., - - - ,
~) A : 27-1`q la ' (2, _i ~-- 1 /
(Yotor ( trl)nic ~--, ) t r I )

S/250/62/006/006/003/006
1046/1242
~'Isher, 1.'Z.. rtnd 13arishov3klT, V.G.
Ttadintion of q '9~lnrl~ bet-ieen metallic contno,;i
I ~)D-C Aluldomiyn naulc !ioloritsf,-kcy SSR. DoIclady,
v.6,no.6, 196"
Iligh-voltnge sppirks between planar metallic electrodes sre
rn,do lip of vor,., thin stresm3 of current that shift
contimiougl'Y at
a charactorl'stic frorjlienC7 of 108 - 109 cos.
Calculations with an
16onl-1,7oc! mode), viz., a ~toady-currant elerient of
finite length
-)scil',iting hnrmnnIc,,illv at right angles to its length,
show that
the vnd'istion is essentiail,., restricta(-i to the
eauntoria-31 plan.e of
the element where it T)ronn-t-.tes mainly in the directlon
of the
,rec'nanical oscillation. 'io exact solution can bry
obtained for the
ac+,uq1 case allowing foi diffraction at the electrodes and
for the
'linearity and anharmonletty of spark oscillation. An ai
none P
tion that considers the a-wirk-stream motion as R random
nrocess
r1ard 1/2
11

S/250/6-9/ 006/0061/00-3/0D6
1046/!242
-i ad 1 '-~ t -5 -) n (:) f a s :),, i r ~1
tli!it raC, les '.t3 line d Irectiv it-,,, ic~ still restr i-
6 o the equator' al pl,,Line. The rad'ative power output in
the
actvial crt3e is cl,-)se to 'uhnt of the idoalized model.
I, '~',-C '.1 12 1',)N Feloruaskil- -osudqrstvonnyy
universitet im. V.I.
Lo,ilnn ussian State Univers itv im. V.!. Lenin)
D 1,I.A. Yoll. shovich, Academician, AS BSSR
S`L~D:,!ITTE~'D: Ze-,)tornber 20, U.)G1
caru nc/z'--~

S/262/62/00(:/021/()()2/0(-)-)
f-, I q
AUTHOi~S Ivanox, 1'. , Harish(Ijan
TITLb: %litomat:ic control of running-in of' an engine.
PERIODICU,: ft(j~~.j 111yy V-%~jjtjqj~.
42. silovvye ustanovki, no.21, 1962, r;2,
ahst.racl. 42.21 .311. (Avtomob. transport no-I , 1-902,
'.': 7 - 2 () )
F]"XI The operation and schematic diagram of an
insi~allation
~i-vel(-,)(~d in Ts.NIIME are described. The equipment an
t.OlTlcl t i Ccl 11
records changres in friction loss and adjusts the engrine
speed and
IOild to tile next, set of, Conditions required. The
equipment can
1) e
used to select the optimum running-in conditions for any
engine and makes the running-in 1)roce--;-,; automatic.
[Abstracter's note;
Comt,lete translation
Card 1/1

Al
;77- 1,
fl

t! w
A I- K L a a 3. D
A
AcUoft of niuegen pwozi& on bensene, Wlu-
me, aud cUlorobannue. 1. NUMUOU ill Pr--
snee of wujpb*rja sia pboopboric wAdo. A. 1.
Tmv and A. N. BAUMN11110YAL. IL A. 1, Tm)v
3 (J. (.4n. Chorn.'Rums.. 1930, 6, 1801-1W%. 1S55-
18(12).-1. PhNOj ip oblah" in 98-41 '% )-irld, and of
high purity, by adding a &Dlution Of 35 g. of N 0
in JOO g. of 9411'. H to Q1, at 40--W . 0
reaction movet4s witexploitive velocity in lirfmcnee
zoo
of Ifg. J'hMP Is nitrat-M similarly, at 0-15', whilat
1%CI 6 n1tritted with saturated NCPHSO~, adding
9 ol-aim during the rwtion. ire 0
-1 :U 11. The products of reaction of PhMe with gaseous ZOO
X,O, in diffujod daylight, sunlight, or u lint-v iolvt
light wpm CH ]Ph-NO2, ('11 Ph(NO,),, PhOlO, HzOlf.
and C'H"MNIC~. It. T.
o 0
U a AV M~ ill; too
-wF-m' -'av -r1i - Tic - -or -mwm-- ~n V, Tmr -0 - N 1 13 4X'
d'1 a
0 0 0 0 0 oie 0 9 (A 0 0 0 9 0 :* 0 0 '0 0 0 o
00 J-

goose a
0 0 0 9 0 0 0 0 ~Olb 4 ~ 146 :110 f In i r,
'010 6-6 0 0 o * 0 0 0 0 0 00 0 0
.114 1$16 U to " A, P 1I a m 11 A A if x J1 v L~ 0 V b V m 11 1
C 11
A A L L-1 L Is A A L s- N P Q It I I w v A I - L W 04 a M El k
-40
so
so
so 1 Velocity of acetylation of aromittic an-dnosul-
00 phonic acid@. X 1. Tm)v nml A, N. Him.
00 st,11NIXON'A (J. Gen. Orient. Itum., 1031, 7: W-
00 302).-:-Mii-velocity of acetylation of' 1:13. anti
1:7-NH,-C,,,H,-SO;H haA txvn detorriiined tinder
diffemut oonditiorm. It. T.
so 0 ~a 0
so
00
go
---Oq
JR 0
A%. It A htTALLUP(,KAL till-ATLAE CLIiSIPKATICN
0
u T% D'Al Ka WS1 "(III
0 0 SO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0 0 a 0:0 0 0 a 0 0 0 0 0
o 0 o o a o 0.0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 * *is a 0 0 a 0 0 0 0 0
0 & 0 0 6 0 0 ot:A

013 1 "

I a I it t 1 4 to it 11 1) W 1) 16 it Is It xijl V n MIS
)6112111?, k 11 V 13 IS r' )a I? V
C 11
A
A r A _L_.f_ L '-A- -I.
a M P 9 9 S T v 1 1 0 1 1--l-All, of M PD U 4 1. 1 t,' I

Tbe
Time Tudoir in 00 Ent-Truinint of Cast Alloys of the fiduim4n
Type.
f

oo

A. X Korolkov and N. 'V. Ilarialinikova Akod. Nawk S.S.S.R..
1943~
'
-to

(m.57-61; Brit
. Au. IM, JB 11, 39).-iln Russisti.1
-00
00

the allov
(lloritainit'~ Bilimn iron 0.&1, maralaneise ti-411, nm~nmiurn

00 U,

0-30" . rentAirairraluminiurn),arm heated at NIN :
VC,fi~rt,hr-luenchl~l.
0

06

anti 4
111lealed At 175 : IVC. for t, hr. Whm 1, m,-mx*A fmin 0 to 3.
Ow
0

tiltialte Wasilt, strength of the aamilles rctme anti their
total O'll4latit.11 d-

00 4r,

rvaxd. A chmn~p of t, between 3
anti 10 half no effect ; rifter 1, ~ '2(l Ow

allov weakened
alightly. Variation off, Ix-tyrren 0-5 and 12 hall it,, vlh-ll
,n

the inecha" properties of the Annealed alloyr. For very
itinall mamph-s
'
*

_-Q0

1. - - 0-1 was sufficient. Sampleii heated in
a Bolt 1)&tli
did not ditirr

fronithot%ehisatledinair Thelargert was, thrIaWr
uvri, t lit- silicon crymt &Is

in the allo~y. liThen the
anrWAI"i alloy wag plowl-v heat(II (I it
'
d
d

exilan
e
irreversibly bet% con 2tm)
and XXY C. ; the degriv ofexpaimon A"
,h
g
1l
th
l
d
b
h
f
l
d

e
nia
er
e
onger weret, an
ut t
e ef
ect oft, wat;
ess
imunct.
t,,

00 jr

00
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411

to

a S It S L A &[TALLUFGK.L WT[*1741*1 CLASSIFICA1101, 1z
L4
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- -6
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a
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L
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;0 9 0 0 e, 0 0 0 0 0-0 4-0 9 0 * 0 0 0 0 * 0 9 0

0 0 0 * I
61

ACC NR,
AP7004150 rIAI) SOURCE CODE: TJR/0375/67/000/001/0029/0037
AUTHOR: Zubkov, N. A. (Candidate of military science; Colonel);
Barishpolets,
V. A. (Engineer; Captain 3d rank)
ORG: none
TITLE: Programmed evaluation and review technique PERT as a tool of
scientific research
SOURCE: Morskoy sbornik, no. 1, 1967, 29-37
TOPIC TAGS: stochastic process, mathematic method, planning,
scientific
research, PERT, programming, programmed evaluation
ABSTRACT: The authors analyze conditions under which mathematical
methods of
PERT may be applicable, specifically when investigating stochastic
processes. The
use of these methods may be a time-saving factor in nuclear
warfare, and may be
used to investigate the operational efficiency of control of naval
forces and facili-
ties. The complexity of the construction of network models and the
methods to be
used in this connection are analyzed. The authors stress the value
of the PERT L
method in obtaining quantitative indices characterizing the
operational capability
Card 1/2

-AC-C -NR:-
AP7004150
of the control system and to Streamline the operations of
electric computers.
Orig. art. has: 8 figures and 7 formulas. [GCI
SUB CODE: 09. 12, 15/SUBM DATE: none/ORIG REF: 003/
Card :V 2

"i. T., Cand Tech
the Certra, fn7-nl Jurirl,-, thin ~.irlll ft-Cent-1.1 L'Il
-'al 1~-. '--lUi-,C
Dn----iro,- ctrov-si-, 1960, ~'~o -~i.ith illviArjtioii---~
(.'D~
)L' -L!'Or lled
'banner Institute in 150 coPies,, t'~o priced liv-1-1 j"-,
1-:-.)

BARISHPOIOTS, V.T.
Use of a centrifugal field for intensifying the
evolution of
menerali~~ed air bubbles from the flotation pulp. Koks
i khim.
no.4:6-lo 16o. (MIRA 13:6)
1. Dnepropetrovskiv gorn:q institut.
(Coal preparation) (Flotation)

LIVShITS,, G.L., inzh.; RAYVICII, I.D.y inzh.;
BAfUSHPOLET$, V.T., kand.tekhn.
nau1c; KORYAKOV-SAVOYSKIY, B.A., kand.tekhn.nauk
Increasing the number of flotation cells in the
existing industrial
*ae of coal preparation plants. Ujoll Ukr. 5 no.5:19-21
My 161.
(MIRA 14:5)
1. Nikitovskaya tsentralInava ugleobogatitelInaya
fabrika.
(Flotation) (Coal preparation plants)

BARISJIFOL~-;TS, V.T., kand.teld-in.nauk
In response to 11.1. Davydovlg articio
"Pi-oblems in the
adoption of now water-slimo systems with the
use of wator
in cascades in coal preparation plants." Ugol'
36 no.11:
58 N 161. 14.: 11)
(Coal prop~,ration)
(Davyd:kov I'.-. I. )

BARISEPOLETS, V,To
Testing the performance of a centrifugal
skirj-dng machine.
Khim.prom. no.2:121-122 F '62. (KIlU 15:2)
(Flotation-aEquip=nt and supplies)

BARISHPOLETS, V.T.; DOVZ11IK, N.S.; TATSIYENKO,
P.A.
Technology of dressing Kerch tabacco-colored
ores.
Gor. zhur. no.12:37&40 D 162. (MIRA 15:11)
1. Kamyshburunakiy zhelezor*dnyy kombinat.
(Kerch Feninsuld-Ore dressing)
(Iron ores)

BARISEPOIETS, V.T., kand. tekhn. nauk; PMHUKEVICH,
inzh.;
KOVALENKO, V.L., inzh.
Gravity separation of tobacco-colored ores from the
Kerch deposit.
Izv. vys. ucheb. zav.; gor. zhur. 6 no.4:180-186 163.
(1-a-FLk 16:7)
1. Kerchenskiy filial Odesskogo telchnologicheskogo
instituta
imen-i Lomonosova (for Barishpolets). 2.
Kamyshburunskiy
zhelezorudnyy kombinat (for Pershukevich, Kovalenko).
Rekomendovana, kafedroy obshcheinzhenernykh distsiplin
Odesskogo
telchnologicheskogo instituta,
(Kerch Peninsula-Iron ores) (Ore dressing)

3AI)IS.-HOLETS, llladdrn~r
Gvlgoriy Grigur,~vv-i
YtROV, Pr--Ir Panteleyeva--h
of Irol
i-.iak,-.v. [13v V.T~:)arishpolet-~ i
A

V. j- CEI-
rOutCicor heatin- ralid
L
foremen of' conL--t-,uctioll anki in,;u~llttlcm
ro

r
YUGOSLAVIA / Chemical Technology. Chemical Products. H
0
Leather. Furs. Gelatin. Tanners. Technical
Amines.
Abs Jour: Ref Zlhur-Khimiya, 1958, No 20, 69559.
Author :-.Barisi.c J.
Inst r):~
-R&f 'ive
Title Gluein,-, of Rubber Soles to Leather.
Orir, Pub: Kosha i obucha, 1957, 6, No 7, 247-249.
C)
Abstract: A method of glueinr, rubber wles to
leatii-~r with
the use of glue manufactured in Yugoslavia is
described. The composition of glue is not in-
dicated.
Card 1/1

P*7~'I 'I~73 'I"
...~,, 1 0
;.!p, I- II Od of column 1115 10 F-, i i , rE,,,-, ta I -ula r
1'r - r-e S w j t') I nnr I ~ i s o i, S:.!r r - ,-- . T-,. 1
0(~.
I t I , I i I k . .11
(TIF"TKA. Vol.12, ?!,. 7, 19(,7, Leop-ad, ', ugos! av ia)
SO: N.onthl,, List of Last I uropean Accessions (',!AL.) Le. Vol.
c , '~o- LC, -,clclocr 1~~()'7. ~,Incl.

TEODORCVIC, Bogdan; BARISIC, Miljenko
Use of soil-cement in our sanitary engineering.
Fadovi med.fak.,
Zagreb 7 no.2:155-163 '59.
(LATRINES)

TEODORCVIC, Bogdan; BARISIC, Miljenko
A-modified L.R.S. privy. Radovi med.fak., Zagreb 7
no.2,165-170 '59.
(LATRIAS)

BARISS, 11.
1-:ir-yarorszav yizkeszDate. i. :enr.yisef7i 5--a-.,b-ivc
e1, (.-;ater of Hunc:~!ry. --
Quantitative Coisiderat,iol-1s) Vol 4, No 4 FO-;Jjft;,JZ1
Budai-,;esu, Huri~~,ary.
A bock review. p.496
So'. Sastern Surope~n Accession. Vol 5, No 4, April 1.956

BARIT, G.Yu.; DOROSBINKO. r.A.; muno. T.V.; POPOV,
V.F., professor,
-"'----d-oi-i-6-i-tokhnichookikh nauk; ROMILIN, A.G.;
POHORSKIT. A.N., inzhener,
roteenzent; KAYDALOV, L.A., inzhener, retsenzent;
GLAZOV, G.A., ilizhe-
nor, ratoenzent.
(Technology of machine construction on sb1pal
Tekhnologiia sudovogo
mashinostroaniia. Moskva, Goo. nauchno-tekhn. izd-vo
mashinostroit.
.L
.' si,-dostrolt. lit-ry. Pt. 1. 1954. 455 P., Pt-2-
1954. 303 p.
(Marine angines) (Steam boilers, Marine) (MLRA 7:7)

BARIT, G. Yu., et al
!IT,-stin,- new Ships and their Installations", Talchnoio-,iya
z3uiovogo 'Mashinostrqyen-
iya, Part III, pl, 254-2*/7, 1954.
SO: Translation*M-766, 1 Sept 1955.

BARIT, G,Yu., inzb.; ZELEICKO, T.V., kand.takhn.nauk
Uping ii1trannnic waves for measuring thicknesses of
pipeline
walls mn ships. Sudontronnin 24 no.7:46-50 Jl 158.
(MIRA 11:9)
~,MariAe pipi,fitting)
(Ultrasn'n~c wav'ns-Induntrial applications)

BARIT, r,.Yu.,inzh.
Use of compressed air in thetesting of the tightness of
ship pipeo.
Sudostroenle 26 no.9:117-52 S160. .(MIRA 13:10)
(Marine pipe fitting) (Pipe-Testing)

KAZANTSEV, Anatoliy Mikhaylovich,
ucha8tiye: LIVSHITS., I.M.,,
GUSEV9 M.N.# kand. tekhn.
SHUALDYSFXVI L.G., inzli.p
VOLCHOK, K.M.Y tekhn. red.
kand. tekhn. nauk, clots; Prinimali
inzb.; HLM =SM,-D.P., inzh.;
nauk, dotsent, retsenzent;
retsenzent;_BAFIT~ G.7u., red.;
(Technical norms in shipbuilding and ship repairs]
Teklwdcheskoe
normirovanie v sudostroenii i sudoremonte.
Leningrad, Izd-vo
"Rechnoi transport," 1962. 383 p. (1,11IRA 15:5)
(Shipbuilding-Production standards)
(Ships--M,aintenance and repair-Production standards)

0 9 00

71

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PIXXMMZKY. M. I.
C.R. Acat Sd. URSS, 34

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(No. 7) 3S7-9 (1946) in fiV&A._RCgv4nCG
b,,V,.

't- O(a PbM- bY a mKift" is PMZW 0* when the

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USSR/Ph,ys ic S Nov 1947
G-axma Rays
1,;uclear rh~,aics - Theory
"Poseible Mot~2,d for Investigating the
Sele9tillre Ab-
Sarption of Gamma Rays by Atom Nuclei,"
I. Barit, L.
Groshev,' Mi. Podgox~etskly, P*sicd
Institute imont P.
N. 1~-bedev, Acade'My of Sciences of the
USSR, 2 pp
"Dck Ak Nauk", Vol LWIII, No 6
An investigation of the selective
absorption of gama
rays can give vorth-while information on
the plane of
the atomic nucleus. Authors attempt to
show that it
is possible to study the selective
absorption of
gam-na rays by the so-called
self-indicator method,
36T81
USSR"IF-hisico (Conta) Nov 1947
widel5, used in nuclear physics. Authors
also explaim
the ros3ibility of measurements of the
width of linea
fcr the resonance transfer G.. Submitted
by S. I.
Yavilo-,~ 5 jun 1947
.40
36T81

USSR/?ftthe=tIcs - Statistics jwx 49
Nuclemr Physics - Ioriizat~.on Chambers
"Statistical Theory of Errors in
Meaf3uramento Wilh
_-an Ionizat'_e~-n Chamber," 1. Ya
Barit, 14 1.
Podgoretskiy, 13 PP
"Zhur Tekh -.Fiz" Vol XIX. No 6
Statistical regularItIps in an
ionization chamber
are studie~~ -with the a'jd of kinotic
equations.
Calculates nments and funct:ons of
dir;trlbution
far current 'n the chamber, Studiez;
tre.&tment af
results c-F' cz)npecutive measuremontp-
Studies
Oftee when r-n inertial measurinE
Jnstrument is
OD
46/49T=10
USSR IA_1_athe=-_-t I ce - Statiptics
(L-c;.-.d) -fun 49
included i= the chamber circuit
separately.
submittea jun 48.
46/49T50

i . u..
77 T-1,
USMMuolear Physics - Ionization Chsmbers May !948
Nuclear Physics - Ionization
NOn the Fluctuatione of Current in an Ionization
Chamber With Finite Collection Time,"I. Ya. Barit
and M. I. Podgoretskiy, Phys Inst imeni P. N.
Lebedev,
Acad Sci USSR, 4 pp
"Dok Ak Nauk SSSR" Vol LX, No 4
JPrevious treatments of subject have assumed that
time
;of collection of ions is negligibly small
compared
with RC and 'J2at ionizing particles cause uniform
ionization within chamber. Present article
discusses
subject vithout these limitations. Submitted 14
Fell
1 48
;L- 77T-i4
4

USSR Authemati cs - statistics 'Tun 4 q
Nuclear Physics - Proportional Counters
V;~
Statistics of Errors in Operations With Counting
Devices," I. Ya. Barit, M. I- Podgoretskiy, A. Yo.
Chudakov, Phys Inst imeni P, N.. Lebedev, Acad
Sci'USSR, B pp
"Zhur Tekh Fiz" Vol XIX, No 6
Derives formula to calculate errors in operations
with counting devices (Geiger counter) for variou-s
assumptions relative to the "dea&" time of the
registering unit. Gives corresponding curves,
Submitted 18 jun 48.
46P49-L51

BARIT, 1. YA.
PA 2/50T07
USSR/Nuplear Physics - Comic Radiation Sep 49
Cascade Theory
"Some Statistical Relations Connected With the
6servation of Wide Atmospheric Shovers," 1, YR.
B&rit,
M. I. Podgoretskly, Phys Inst, Acad Sci USSR, 4 pp
"Dok Ak Nauk SSSR" Vol IXVIII, No 1
Attempts to obtain certain relations which must be
fulfilled if wide showers are stp~Mht-.%X
relativistic
particles Vhose spatial dietribut:Coti is governed
by Poisson's law. Experimental testing of these
relations can be used to test validity of cascade
theory. Submitted by Acad D. V. Skobel-'-%,,--yn
23 Jun 49.
ft 2/5OT97

B."L,ISHCV, Yu. G. a~,-.d B:,,',*,I*C, 1. Ya.-
(:jAi-dev ;-hyssical Caa. -Ci.
"Tntoractio;i of Dlouten-.,ns with lllent.,:-riu~:i aill
-r
s.-il. ~Ltt.,-J :j'u '~le Conc. t~'; i"U010:iI,

U.
JOLIOT-CURIS, Frederic; SK(MLPTSYN. D.V., akademik,
otvetstvennyy re"ktor;
TA)01, I.Ye.. redaktor; DZIBLEPOV. B.S.. redaktor; YRANK. I.M.,
rednktor;~IROSEEV,L.V.. radaktor; SMIRNOV.A, G.N., redaktor;
~ARIT,
I.Ya. redaktor izdatellstva, RYNDZYUNSKAYA, S.M.,
redaktor.izdatellstva;
ZELINKOVA, Ye.Y., telchnicheskiy redaktor; NAZARYAN. L.V.,
tekhnichask-ly
redaktor
[Selected works. Work written in collaboration with Irene
Joiot-Curiel
Izbrannye trudy. Frederik I Iren Eholio-Kiuri. Sovmestnye trudy.
Moskva, Izd-vo Akademii nauk SSSR, 1957. 561 p. (MIRA 10:2)
(Radioactivity)

e
65c46
cc SO-1/58-59-4; -7684
Translation from: Referativnyy Zhurnall Fizika, 1959, Nr 4, p 60
(USSR)
AUTHORS:
TITLE-,
Balabanov, Ye.M., Barit, I.Ya., Katsaurov, L.N. Franlk, Shtranil-:h
Yield and Effective Cross-Section Measurements of D(t,n)He and
D(d,p)T
Reactions for a Thi Heavy-Ice Target
PERIODICAL: V sb.: Yadern. reaktsii na legkikh yadrakh. Moscow,
Atomizdat, 19517,
pp 48 - 56
ABSTRACT, The authors measured the yield and effective cross
sections of D(t,n)lrle 4
,aid D(d,p)T reactions for heavy ice in the 50 - 200 Kev deuterc)n
energy
range. A D2 + or HT+ beam from an ion-accelerating tube was sorted in
accordance with the different masses of the particles by means of a
magnet
and a system of diaphragms. The reaction yield was determined from
the
number of alpha-particles or protons registered at an angle of c,)00
to the
beam with the aid of proportional counters. For the D(t,n)IIe24
re'Iction a
0/ I
maximum was observed for 160 Kev tritons; the magnitude of the cross
section at the maximum was equal to 4.34 barn. The yield and
cross-secta'-'n
Card 1/21 measurements of the D(d,p)T reactions were carried out by
way of -a c1leck,

SOV/58-59-4-7684
Yield and Effective Cross-Section Measurements of D(t,n)He4 and
D(d,p)T Reactions for
a Thich Heavy-Ice Target
since reliable results for this reaction
(Sanders et al, Phys. Rev., 1950, Vol 77,
1951, Vol 81, p 0602). The results of the
part of the energy range the obtained cross
obtained using a gas target. The authors
the values utilized for the energy losses
V. I. Ch
using a gas target have been published
P 1754, McNeill, K.G., et al, Phys. Rev.,
measurements showed that for a significant
sections were 10 - 2Q% less than those
assume that this is due to an inaccuracy in
in D20, or to some other systematic errors
Card 2/2

~,V .- , ;
I .,
BALABAI,'OV, Yejf.-, BiLRIT, I.Ya.; KATSAUROV, L.N.;
FRANK, I.M.; SHTRANIO, I.V.
Yeamiroment of the effective crosa section of the
D(t,n)Ha 1, reaction
in Ural 40-730 Kov deuteron snergy range. Atom. energ.
suppl. no.5:57-
'7r
, 0 1 5 7. (MIRA 11:2)
Niclear reactions) (Nutorons)