SCIENTIFIC ABSTRACT FR:MAKAROV, A.V. TO:MAKAROV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001031400002-6
• Release Decision: RIP
• Original Classification: U
• Document Page Count: 1
• Document Creation Date: November 2, 2016
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTR

Separation of boron~~,
21~65l~
s/076/6'/03~/~~F/c~oa/'o~
81108220
~ ~ (S~'�2 } sync;hronoul~ rn~~tr~r 9 ~~~ (I~h~ } c'f~~ Lr~y .; ~1 i ii;~l~n;~l t; ''1''r-~, r'~~{;t, tru;nn
flow velocity was 2 ml~mi:na The electronic pulse tre.nsm:itte~� wi.~thr ,~,~'U,~~'(~
2 SG2S tube., (~-~1 (RSM~1} and ~~-94 (RN`-qO}
(DGTs~a26} rectifier, C~ C ( }
relays gave a large number of pulses (3-30 imp/min} with low consumption
of liciuidu The complex wr~r3 dE;composed in tho t31a,~s�~packE~d des+.7rber '1 E:
(length = 0 cm., interior diameter - 20 m~u} whi.ch was hE,at~~d by ~r+arm ail
from th? ;c-��24 (TS-~24~ thermostat 19~ BF3 passed through the rE~+.l.~rn c~a~.
denser 44 into column 41 o The anigol.e contamina~>ed by resin. enter~~3 the
evaporator 2'1 o It flawed through the inner tube and then over the ,Mass
beads, where it was evaporatedo The resin was Evacuated by 200 2':, 22,
and 23 were it was heated. by a nichrome coil, The anisole ~~apors passed
into the columns 22 and 23 consisting of 3 glass tubes tele~;coped into
each othero Anisole vapors passe+i through the inner tube (diameter = 1
the nichrome spiral was wound around the intermediate CdTheE'tem eratum) of
the outer (diameter = 4 cm} served as heat insulatlona p
the column was regula~~fl by means of a rheostat and controlled with a
Cr~-~Al thermocoupleo Ani:lole for spraying the absorber 26 packed with
2 ;3 erved for evacuating the
glass rings was supplied by the cooler 240 5
CH3~' presumably formede The complex subject to isotopic exchange in
Card 3/9
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21~b,~
s,/07h/61~037~~~~06~~J08/0.j 3
B 110/'8220 ~'
SPps,ration of. borono 0 o I
50 C by anis o 1 F~ ~ From ~
with constant velocity ini~o+the delo~rne~'nh~hePliqu d~anisol.e passim; the
2 BF, F~nters the bottom par , of co 3
,, ,
~ t wrl~.~rf_, r;lsr~ BI. entF,rs s,fter i7a~ 13F3 u.ic~c1, w;:tis
abta..ned from the >re�~ct~,~ion ChH~N~F3I~'~C~EI~~I~' + N~ + BYry> Merit~~.tr~~d ~arlr,urlk..;
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~~ too uaa/aaz ac;~ acl~, ~~
Separation of Boron Isoto~,es by the S~' ~~ ~
Method of Chemical Excl7an.ge Ba ~ ~/R1)6?
^omplex~ The results a:re ~~epxod.u,ed i~~~ T'i~; ;:~ Tli~ry bes~, scparat~or.: coy ~~
fi.cient abtain.ed was ~' P 60{~ ~ Also other : ompl.ex '~ ~~mp~~:ancYs ; a ~g,. , '~hc's`' ~'t
bo.r.on tetrafluoride w~.tYs l~hen ,~ ~ ,R~ ~d.i~~.hloro=c1~,F;*.hyl ?st.er.~ eft ;,
were suggested for the �lel~axat~ion of t~ox:an iaor,opNs ley +,he ;;Pierr~~.~,al ~~x
Chan e method Tl7e studies for the sRparation cf bo::on ~zsc~,topes by the /
g r ~ ~ in "' 954 the method d.escri~b ~ V
mical exchange methods we're be~,un Yn. 951 s _~
ed was patented This paper was presen*,ed to the U~,henyy so~ef kimxc;Yze
slcogo fakul�~et~ MGU (Sci~enti.fic Cour,.cll of the Chemical. Urpar�;mE~nt ~~f
Moscow State un~i, vex_;_sit,Y) on oe#;~abQ'~' 29 ~ 1958.. `i'he authors ment~o~1 p,.~pcrs
b V A Moiseyev Yu. A,~ Lebede~:~, NT_N, SP~rryl~o~ra; a� V,~ U~rar.ov ~ _.~.~
V U 4 o..~ ^" V-.
Ld ~ M n Zhavoronkow ~ M4 Ya v Ka}s ., G~. M" Kukavadz~: ~;~ anal R~ L , Serd.y'uk,
There are 3 figures and 39 references.. ' ~ Sou7.e` ;, 8 US; 4~ R~`i~~r~
1 Danish ~ ~ French ., 6 Dutch ~ 2 German. ~ 1 South A.fri can : Swed~ieh ; and
~ Yugoslav�
ASgaCIATION: Kafedra fi.~~.~~heskoy khim~.a. (Cha>.r ot` Physic=tii Chr~r~.s`.ryl
SUBMITTED ~ January 6 , ~ 95~
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~~~ r~'3 ~ (~~(i0(~~~ J2~;;C` ~~~~~j~~;
BOA 7~oE~
A.UTHORSe Panchenkov.~ G, ,~~ , Ma,kax~c,v:; A, ., V,, and ~'ac.'ri~ilr. I, ,, I,.
~._�'-
Separation o:f Boron ~so�o e~ `by f;~-~~ p~et;hod cif' Chernicai
Exchange
PERIODICAL; Vestnik M~askovskogo universit*.a, S~~rly~, 2 khimtya ;96p /.S
Noo 2, pp~- 3 - '2
TEXT< Chemical exchange is a funda~nent.al mc~�}tod ~~f SG
of bight elements. Boron Laotopes were sepf.~ra�ed rv:.t;h pheaaidgofstheY)ln
teraction betv~een boron tstra.fl.uori.de and the b~~rc>n tetrafi.uoride ani -
sole complexo~ The ~~parfstin.g column ~..s ~^hema-,:~c.e,l.l;~ shown. in Fi.g�~ ., In
this methods the B ~.sotope is enriched in. the 1;.quid phase Fig~2
schematically shows the working arethod~ The F.sotc~pe oompcsittort of th~a
samples converted .i.n�,o bc,zon to#raf7.uoride was det,erm~ned by the mass _ -._
spectrrgxaph MC..,~ (~s~~3) wx th an a ~ ~;u re,+'y c~ f ~.bc~~a ~ ~ n~ ~,.
p�~r:i:merts with the bca.ron, to+,rafIu~;r~~ ~a l~- [rr fur h~-r r.x
d ~~nt ear,i =- ~;~>mpl E~;~ i n +, t.~~ ~:y~~,h~Lrt~rFt
=colttmn~ tha authors studied, uY}r,~~~r+ a] 1 t,tas.a
coeff~.cient on temperature ~,z,.d the flaw v~~ ,~~:~~erxdr~rr~~ r3F '�h~= s~i~~a_r~t~t,i~,r,
Y c ~, i J' f h f.. , c31 u t t o rt o f' +, r, ~;
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sOv; 7~-32-~ m~~,~~
21 (5) Pancrenicav; GA ~.a
r+4akax~ov, 1i Y,~,-
t~i
1~,
'
AClTHORS: ~ ;
~
a;
Kuznetso ~
On the Ga.iculation of the Onc+a~..Thxougr~ Coefficient of the
r
s
TITLE:
Separation of Isc,tope:~ fo.r Eq~~ilib~`~u~ p~~tnpav
ravnovf:s,.
dl~'a
en y
del
.
odnakratnogo koeffa.tr:~;yhnta ra~~
nykh pra t:3e ssov)
Zhu~rnal f iziehes~coy khi.mi i., ' 958 y vol 52, Nr 1 1 , p]~ 2~Q' ~26 `E~
PERIODICAL: (t~SSR)
CT:
ABSTRA The chs.nge of the ~-r~otcpe concentrF.~.tion ' n j~ eetrometer.~so TE'oi
imits of mae9 sP
a
.
error
gations is w7.thin the
l tests must b
evers
"
anr
,
b.ra
~~
this reason s
the required accura
separation must be repeated t~o 0
thod for the onee~~thro,~gh
In -the pre3ent papAr a calr~ula,tion me
t is given for caees where the i.sotopF~s
separati�n coAffici~~n
the method of ion chromatog~:'aph~'a
are separ.at,ed ac ;ord:tng to
fcrmati.on of a precipi tation (accbr~.:ir~g
a chemical exchange, a
n), or according to other
lopi
G gh
-
.
to the theor�~m by V~
ionure~.icr.~
The authors proCeodet
thods
aha
eroe
o
t
e uil.ib:rium mP
p
h
q
that the stoi.chic~met~ri-c cGefficients
nce-�throuuri
1~ action are e qua.~~ t :~ uni. ty o :[n this case the o
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3
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r ~~
1~1 ~ ~~~,~~ ~~ r. ~., ~'I

7-_~_1 t{/2G
Vargin> V,V. , lr.a'~arov, A.'d. ~ Zhukavsl~iy, ~e.V. ,
AUTHORS:
Nyahke, A.A.
The "Elektroverr" in S~,vitzerland (2avod "Elelctr~verx'' v
TITLE; Shveytsarii) .
PERIODICAL:
!fir 2~ pP� 33-3h (USSR)
StEklo i Keramil~.a~ 195

T;
AB STRAC
The electric continuous gJ,ass meltin~ed ~�rethe Produrtior~, of~
d is
second floor of the building an
the Furkeau method. Dimensions acid share are, shown
tr

i
late glass by
P
1. At each side of the furnace thex~i neo eut�~ounts 9~I~
fi
]
~
.
.n
a 2 t las.~ roduc
a melting s tirfc ce off' ism he g P
f the ga.f~7.j :is ttu~t u~faual ~'or
1.2 t per mZ daily. Thv ootr~,oaitior~ o
81 sodium oxide). 'ft1e layer co~.1~~~~'j~c.~ a~'
(14
~
,
iy
the FurkE~au process
d O/ scrap glass, acid is conveyed Tnech~~ni.ca'.
o raw materia~. an
70~ tion. The teu~erature regi~Yt~~ 1.rr file}~
ace auith�ut interrup
f
f
urn
to the
smelting department of the furnace
to
cini~thiseaobe arnounts
ur
t
e
therrnocolxple (fig. 3) . The tempera
~~bovc thy. ~.1e:r;trc~d~r.
rning of CO in COZ
b
h
u
e
1410�. F.i.g. 2 shows t
along the entire width of the furn1rhin n
h~ni;eru::~io~r~tsrtc~l
Card 1~2 c
operation the; ter~aers.ture i.n the ms.
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L 2981066 .__,~.__._.__.___
A R~ APE~01268b

an tho p~.an~~ :~car~f~.~ct3 0~' ~~ ~-.i.gi_~ir3, '~'h c l~w~ of cunservstiaz~
writ;~t~n in conr.ectin~
tho form:
the flow p~rcmetFSr:~ bc~f'c~rFj tend ~i'tc~~ ~~hn ,j~�alnp ire
E1tC1n ~' E~n~2n' (1)
[ t ~ (2)
.~ (~)
.4
~` (4)
2 -~ i, =- ~~ -~ i~ -~- q~ _
Subscript l re;f~3r:~ tc~ q~aiani;i~l,,io~ wh~.ch ch~r~.cterize3~he ~~klejriybfl~altE~ nfe
candensatian ,jump; :~ubsc.ript 2 1;a r~~ar~rt.iti.c~ aftar
,the m~them~ticc:L trcal;mar.~t arc c:1.ni.mcd to b� ~Ypiolfcell~'eed ~.'arj ~Liq~af~d____~
~vapor~li.quld in~actor~s end to c~7.ctalatian of t
racl~etl~cn~i.r~cc � Ori~f� girt, h~a: 13 formu~.s.~ grid 2 figures,
.__ ' t,. 20 SUBr~i I:~A'z'~; ~.7Apr6~/ OI'~~C ~t~~F: 003/ 0TH ;~~~~': OG2
SUB CODS.

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L ~n$10-66 G+':o; 1i i `G"~' (Y i t ~~%~~� , r~rl ...,.___.~-._____.._..~~.~___.....--------/+11 ~... oYf ~y .. ~~
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f1GC ~~i tsc~~JiC_~1~, _~' _~ ..~
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I'Nitid~laS...YNe.L'krt: ::.h~i~:: ~-::
~wsfPW6~KUP _
)RG: ;3. E. Bauman IrpnE~ '~nntc~l,~ ~ac_ i_~v,~.~ l�.,MY,,:~;,
~~ Baumang
~ekhnicnea'~toye ucn_Ll:~snche im. ~d� E� ~
(Vyssheye ~ =~~
~' urri with comPlfjte condensa.tio~f
PITLE: Dia~ona..~ ~ P .____.
Inzhepr~rnc~.,f'~.7.icheskiy zhurnsl, v. 10, no. ~, 7.966, SL~ti-51~-? '
;OU}~CE:
ODIC TAGS : ~a~ar c.oni~~r~Sa.~~on , ~ ur~ulen} ~'~dt' 'l~kans~c' I
r
BS~I'RACT: The a.rticl~~ considers the problem of acoebfici~ntoi~3Wequalo~;o ~
A
jump, under the acsur,al?t:ion that the condensation from a
unity. Suc%h a formul,~tion of the problemtakinowslecerinxanpel.ement of
considerat,~.on of the physical prac,esses ~ P
of a cavity .formed during the flow of vapor ~Lr,t,oo~ condensation`
surface
with relatively cold 1ic~uid. Tt is are,3s�nce3dinheompletelyt~'�moved from Lh~
is ~3.von up by the vapor to tho 1.iqua. '
denaatl~c~n buuz`idrjry by th~3 :~trear,~ of 1.~.r~laid. Thus, thca concept of a ;~"
con
,~ rr rum. ~~ tr~k~~s in r~ x~e7atlvaly broad ~.r~yer wtt.Y,ir~rtlclel i,l'~r:~rF
condense ,ion ,~ ~ uid. fhe a ~._._..
takes place turUu7.ent t~rar~;fernEyQUS�stre9mtof vapor fa7.7.inP.' at ~'z~ an~~.a
considers the caso of a homo~o
2
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AUTI-IOItS
'1"ITL
PI~IUDICAL:
1~~~~~
S/135/6~/400/C~ 7. i /4Cw�/UCa&
AGG6/AlUl
??udar' , L. A. , i~,ng~.neer, Makarov, A. M. , Technician, GrisYlin, I'. S. ,
I?ngineer .__._._ ._._._ _.__._.__~
Automated welding on a sa:Lient work surface
Svarochnoye proizvodstvo,�no. 11, 1962, 31 - 32
Tly{T: An experimental investigal;ion was made of automated argon-arc weld-
ing wj.th a ncn-consumable electrode on a salient surface ;~;ith a low radius of
curvature. t~telding in such a case ~.s only possible :If the inclination angle of
the electrode will be varied by the torch. It must� also ~be taken into account
that; the motion of the electrode and of the welding machine carriage are diffe-
rent, and that therefore the welding s~-eed is greater on a curved than on a
straight section. An attachment for the automatic A,~C n -1 M {ADSV-1M) machine
was developed with a duplicating rol? connected to the welding torch and a spe-
cial pickup. The torah can be brrught into a perpendicular position to the e3ur-
face and the electrode is automatically maintained along, thQ normal toward the
welding surface. The arc length remains constant, and the spaed of the toroth
Card 1/2
~~
E
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___._.~____--_-__ ___~--.. . - ~_o - ~-~_ sotmc~ co~-~s ~/a~~/~/o~/o~~_ioa;~,~/aa5w i
ACC NRe AP70gi~83 ~l~ 1~'1 I
Ip~dE1dTOR : t tn~;arov, A. P.
ORG: none
TT~L~; PQx�uzan4nt memc-ry. ~~1a:+s 21, Ito. 1$736
SOURCk;: Izobreteniyan promYsh:Lonr~yya clt-raxtsy, tovrarnyy� srnmki, no. 2,1p 1.9E:C~, 54
TOPIC TAGS : ferz�ite core memory, momoz�y access ~tochni~ua
AB.STR.ACT ~ This ~lutho~r Certificate press3nts a pormrzndnt ma~~oz�y of ferr~.~:o cc:,r~c,s
It contains a core ~na'tr. i-,c' a distributor, a z�eadoutithalso'containsorect~fiE~~+sccon~
To increase thg powar at the output of 'the dev3.ce,
nected to they output ~~~.ndixcgs og tha co,~es sea FiE;. 1}. The shaper is in ~,l~e fora
of a sinusoidal puloe gene~'ators

UDC ; 6~3~..11~2.0'7'
...,.,~
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