SCIENTIFIC ABSTRACT FR:MAKAROV, S.V. TO:MAKAROV, S.
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CIA-RDP86-00513R001031500042-6
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U
Document Page Count:
99
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November 2, 2016
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42
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTR
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P~I~ I~,/i ROV r~: 5 v~�4
... ~h.~T
~ ~ .~ }3:
i':'~i~cZ.:IZ.~.l.~i*J' Cu~.(,'~ t`;,v'..~Ji! ()1 %lu'a.~ ~.i~~~c~z ~;r~i~l:ent~ The nt~w m~7thc~~i i;;
advantageous i,hrough these ps.r~.~meters used to an
The authors were able to determine two types cif ~rerzrcal dlstr~bu;i.onti= -~f'
the sonic velc~ci ty in a 10 degree squs.re of the N~~rth-we:at AtlFa.r~ r:.c . Th~~
warm Gulfstre~.m influences the fi:r�st distribution type and cr:~.n be dlvzdpd
into five layers The cold Labradorstream influences the other d~str;bu-
tian type and can be divided into four layers. Fig 2 sho~,s Toth
distributian types. The authors thank V. Ya~ Tolkachev, G, I, li4erino~~a,
N. P~ Markova, and N. A, Smirnova fc.r the calculErtions done. The
Gosudarstvennyy okeanograficheskiy Institut (Scat , ~#i,tut~rf 0 ~ .r~nn-- _
raphy~ is mentioned. Legend to Fi.g~ 2~ A i.s the first type of tiie
veloczty distribution and B the second. There are 2 figures and 4 Sov~.~et
references.
ASSOCIATION: Al:usticheskiy ins ti tut Akademii nauk SSSR (Inst.itute of
- A ^n_u_s�{ ~Q of +he Ac~~d~mv of Sciences, USSt~~ ---~~.~
SUBMITTED: Azgust 20, ~q60
Card 2~3
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
X6038
~,~pUD ~3~~D/~ l~t~i,ll~ZJ
AUTHORS: Brekhovskikh, I,,
~Yevtushenko ~V,
TzTLEs Vertical Profile
s/c~~t~/6G/~ 35/ro3~'c~2~/U35
lion 9/077
~~ , CoY�respond,.,ng N~cmber of the AS USSR,
A~~ akarov, S S~,~and P1 sarenkn, V. F.
nJ
of Sou~rd Propaf.~r~ to r;~ ~ drel.ocl 11 i n t~~ir; O~;F+f~n
..~...,.,..,.m..~~,~...,..,~,~......_....,
PERIODICAL: Doklady Akademii Houk ;;SSR, iJF,O, Vc~1 135, Na 3, p~ 5~1-5a3
TEXTS The authors describe anew method of determining the sonic velocr*,y
in dependence cif' the depth of the ocean3 using the so-called "character_
istie points"~ The ocean depth is divided into a certain number of layers,
taking their physical and chemical characteristics into account, Ee,ch
curve which characterizes -the mutual dependence of sonic v~eloc�:t.y and ~?ces.r.
depth is approximated by a broken line, where the do/dz gradi.ent is con-
stant within each irdiv~dual layer (c is the sonic velocity, z is the
ocean depth). The salient points of this curve are the cria:racteristic
points in the c-z plane., for which the mean depth and the ;sonic velocity
are determine3~ By changing .l.n time the curv~~ c ~ c(z); a :f ami.ly of curves
is obtained which describe the actual conditions much better especially
Gard 1~3
\~
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1 j'i ~ t.).1 � ~ [,.lip1'j,l ii'~ ii 1 p iit. s i'~ '~` p ~.), +~ ~ ~
a.. ;~ubr.i tt,~~c~ i;i; cc, Y,~. r iii; ,; M
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
L080-6
NR>i ~1
CHaCN --~ (CH~CF=NF) ~ Cii;~CFzNFa,
CH~CN F: CHzFCN ~{- NF', I
CHzFCN -~---' CHFaCN -{- iii' . ~
The cyclic product could have been formed by d~hydroflt~orination of
N,N-difluoro-].,1-dif luoroethy~,amine -~
__._.._
CNyC'FzNFz NnF_. CNa----CN'z.
_ \N F/ I
[B0~
SUB CODE: 07/ SUBM DATE: 17~u165` QRZt~ REF: 001/ OTH REF; 004
kh
I, Card
2~2
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
L Q; 8'I ~- a7 _r~f~1P ~ J) ~~`~TT (m} F~I/`~'rJ/J',~J ~ _ _
ACC NR:~~~~89.$_._.._ ___ S6URCF CODE:"._-URI00'~9I6~b70;36j~OSS1419j14~20- W
i
AUTHQR: Makarov, S. P.; Yermakova L I. V.; ShpanskiY,_V. A. ;l
ORG: none ~ ~
TITLE: Fluorination` of liquid acetonitrile~ with free fluorine i~~'~
SOURCE: Zhurnal o~shchey khimii, v. 36, no. 8, 1966, 1,419-142Q
TOPIC TAGS: fluorination, acetonitrile, free fluorine; ~�w,,,~
ABSTRACT: A study has been made of the fluarination of liquid
acetona,trile With free fluorine rarefieri w~.th nitrogen., The reaction
was can~iucted~ at 10--15C with vigaroua agitation. There were no flares
o explosion~~. Hydrogen fluoride formed in the react:on slowed down
fluorination and had to be bound with sad,ium fluoride. The reaction
products were fluoroacetonitrile, difluoroacetonitrile, N-fluoro-l,1-
dfl.fluoroethy],en m~ fne, and N,N--dif uoro-l, l-dif].uoroetl~ylamine. The
reactions car. be represented as f llows:
1/2
UDC: 547.23
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
' L 32643..66
ACC NR: 1!i?601~~b13
decomposition (i is stable at temperatures up to 200L') . The aul;hora express their ~
gratitude to F. N, ChQlobov and ~,. I4. Kh k
-.-, - ~l~~i for ma.,s upectrophotomotric study of
some compounds. This paper was presented by Acadomici.:~n I. L. 8;nunyants on 2q
September 1965. Orig. art. has: 1 table anti l( equations. -
SUB CODE; 07/ SUBN1 DATL; 2L~Sep65~ ORIG R.EF; 003,/' 0TH REFS 001
Card 2 2,z....~`
~-
~- _ ---�-
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_ . _ ___.
' ~` ~. 32b43-b6 EirTT (m } f ~Y~JF~ (~) f T
AcC, NH- Ai'Gal!i61~ tA)
~oc~ rcr ~~. cUC~I~~ : u
t4 A.; Vide ka F�;
S p ~;n~lin,
I AUTIeiQRS: ,~~akar~~v, _ � �,
QR.G: none
TITLu: iZeactions of hexafluaradimethylnitroxicie 1
SQiJu-L: AJ~ SS4R. Doklady, v. 164, no. 2, 196b, 3i~1~-3~7
T?i'IC TAGS:
compound
~a~afUF~f~.G~fag2 fo3~;~ifs~~;~~-_-,
,~ I
_.,
~ ~ )
.~ 1
_.f
ci~lomical reaction, lialol;en oxygen nitrogen compound, fluorinated organic
Ai3STt~',CT: Reactions of hexafluorodimathylnitroxide (I), wl1ac11 Was described in an
earlier paper 1>y S. P. l~lakarov, A. Ya. Yakubov~.tch i dr. (Zhurn. Vsesayuzn. khim.
1 106 1965 � D.AN, 16a, 131'9, 1965), with atltyler:e
obshch. im. D. I. Mend�leyeva, c~,o. , , ?
tetrafluoroeth;~lene, acetyl, ~benzenc, tetra-i'luaroh}n1r~L~ne~' phospho us trichlori c
~cra.bed. k'1xoLol;~sis and pyrolysis~oi I were
and trifluorid 3, lead and tin are de� --
also investigated. Tho structux'Q of tho roacti.an procluctm 1acula.r woighty andnbyof
elQmentary analysis, mass spec~~.roscopy, detormir~tion of
formation of derivatives. Tt was established tl'iat in some reae:tiorxs x aCt:l a7
a typical i"ree red' c ~ Wh1lQ in others as an a~",oli3~~gatg3~~r'x~su].tsGin s o~gen.
(Photolysis leads to dimerization of I~ whil� pyx Y
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i I~
Fluorination of Silver and Potassium Cyanates S 0
/ 79/60/030/007/o36/a39/xx
B001/8066
hypofluorite FGCN could not be detected in i:he fluorination roducts.
which may be explained by a further fl.uorrnF~tion an the CAN bonds accar
ing toFthe formula d
F ~,
Me0 C ~. ? ~- 2
N' ~~~ ~ FO C~ N~ .__~ --_ -.~ ~FO C F NF ...,.._.
2 2, -~*' FOCF3 NF' ~ This form,,~..-
le, is in accc.rdance with the fluorination of potas9ium cyanate, but not
with that of silver cyanateo Thus., another formula had to be fc~ur,d for the
fl~~ori.nation of the cyanatesn The authors have pxeYl,ously found that '
the het�rogeneous fluorination of the complex' CH CN�BF ~fluc~rine add~;~n
chief 1 t o t h? ------_ ~ ~,~.
y C-.~N bond to form CH~CF2NF2 (Ref 9)~. Thereforpy the above
fluorination takes pla~~e presumably accordin,; to the formula
F F
McOC :=~N ~--~-Z ~~ ~MeOCF NF 2
2 2, ._...._,_,.._~ tMe0CF3~ -r- NF2 Ass result of
further canvea'sion o I~
f the tra.fl.uoro~�meth,ylatE~ of the m�tal, which is
farmed as an intermediate, carbonyl .fluoride c>r trifluoro mElthyl ..}l� �,.
fluor:ita may k~e formed ~ There are ~2 ro.ferenc.es ; ~ Sovi o,~., a /P
3 German, 2 IJS, and
SUBMITTED: July 7, X959
Card 2~2
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~(
~/079/60/o3o/oa~l/o3~/o39/xx
13ao~/ao66
AUTHORS : Xakubovich~ Ao _ Yao ., En_ ,l in, M� A� i and Makaro~r, S~ P o
v `~ ----._..._._._~.
orination of ySilver and P1 tassium Cyanates
TITLE : Flu ~_,_ _,.
PERIODICAL: Zhurnal obshchey khimiiJ 196oy Volo 3a~ Noy 'T, ppo 2374-~~377
TEXT: The f~uthors descxibe the heterogeneous fluorinatic-n of silver and
potasei.um c~~anatesa The initial cyanate wa.i mixed a~~ith calcium fluoride
and treated with elementary fluorine dilutE~d with nitrogen at ~~~~~~~ oC and l ,
The fluorinE~tion of Silver cyanate gives carbonyl fluoride COF2 (7 ~)
carbonic ac:ld (24o5~)n No nitrogens~contain:ing praduct~s wFjre detectedY
which may bye due to the conversion of cyanomnitride to elementary nitrogen;
it was difficult to confirm the pres�nce of the latter because of the con-
eiderable dilution of the initial fluorine with nitro~,en~ Silver cyanate
is quantitatively converted to silver dif.luoride-. Un fluor:iriati~n of PoF.
tassium cyanate, trifluoro methyl-~hypofluorite,f~`3oF (BOf)y and nitrogen
trifluoride, NF3(60f )q were separated in ad~liti.on to potassium fluoride
and small quantities of c=~Y?~r.r~ic ~~.ci.d and carbonyl. fluoride b Tre expected
Card 1%~
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85f~13
Fluorination of the Comp]ax of Acetan~: tz�j 1e s/o7~~~O~Q,o~oa7~o;`~~ai~~~Xx
VPith Boron T,rifluorid e BOO y%T3Of~~i
the isomer~.e formulas (I), (II)y (III)
CH~~CFNFZ 9 CTi2FCF~NF:, CTi2~-----CFA
To confirm the structure of this product its infrar�d spectrum wa-~ ex=~
aminedo There is a band characteristic of the C-~Ti bondrown spots
on the baste Spots of dead tissue al.pear on the urine which
romes iri contact ti~rith the soil in 'the sheltering ditch, more
+~ften in the second Yialf of winter. The main cause of the
disease is the frequent chan~-e of positive and nep~ative tempe-
a�atures in the soil where the urine is sheltered. The pre-
~rious siammf~r's dro-a~}7t, anr3 atiso othE~r causes, wo;~uen t'r~c;
:,hysiolo~ical_ prepar3tirn f~~r winter:YrY~n and enhance thc; de-
teri orate on. Sc~i 1. f'un~-i ma;r i.nereaaa the c~ama~e caused b;~
Card 1,/?
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NA7AR~P'tiRl,Yo S.Lu�~,-~.l,aar~tt.n~.ad) Care ~+~:.
sad, akademii na~zk Us?~,~kskoy ASR (far Hueanov~ PochanN~s~a) ; ~.
Bot~anicheskiy sad Akad�mii nauk Turkrnenskoy ~~ (fo~� Blinovskiy);
45, 8espublikanskiy sad ~.kademii naul~ Ka~akhakoy ~~`R (for K'lyehe~r fl
Mu~ihegyan) .
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Ii~ZAHT6VSK1;Yo SoI,.--~-(continued) Card 3.
Akasd.e~ii Weak USSR (for Grishkoy irikl~var', ail�chin$kiy); 24,
Ki~revakiy sel'$kokhozyayetvenn~''Y institut (far Lypa)4 25. Botani-
chuakiy aad Chsrnovitakogo ~~c~sxularstvszxxxoge~ xxnivaraitota (far Orekhov) ;
2b. Botanicheskiy sad pri I,~vovakom gosBotanicheskiy sadsKharekov-
imnni Iv. Franko (for Shchsrbina); z7�
skpgo gasudarstvennogo universiteta imsni A,M, GorBkogo (for TSygan-
ka~ga); 28. Botanicheskiy sad Zhitomirskogo sal'skokhozyaY'atvennogo
institute (for Baranavekiy); 29� Botanicheskiy aed Akadsmii Weak
Belorusskay Ste. (for Georgiysvskiy); 30� Inatitut biologic Alcademii
Weak Belorusskoy SSR (for Strrpunin); ~1. Botanicheskiy sad Akademii
Litovakoy SSR (for I,ulcaytsns) a 32 � Bobanichssk~bardinakiyykrayeved-
sudarstvennaga universiteta (for Ozolin)y 33�
ch,eskiy Botanicheskiy sad (far Kos); 34~ Sukhwnakiy botanichaskiy
sad Aka,d.emii Weak Gruzinakoy SSR (far Vasil~yev, Hukhadze); 3S� Ba-
tLwskiy Botanicheskiy sad Akad.a~mii Weak Gruzinskoy SSH (for Shanidze);
3E,, Tbilisskiy Botanicheskiy sad Akadsmii Weak Gruzinskoy 5SR (for
l~t.ndzhavidze); 37� Sochinakiy park Dendrariy (for Korksshka); 38�
Gt-audarstvennyy ~Tikitskiy bataniche~ekiy s~Ai~demii~nauk SSSR (fort or
S:-rgeysv, V'oloshin) ~ 39� Krymskiy :filial
� ~ Botanicheskiy sad Maldavskogo filiala Akademii Weak SSS`fl
H~~bin} , b.
(~�or Ivanova) ; 4i,. Botanicheakiy s,ed gotanicheakogo institute Aka-
SS8 (for R above); 42. Botanicheskiy sad xir-
dl~mii nau}c Tadzhikskay y ~Y Botanicheskiy
g.izakogo filiala Akadamii Weak ~~ (for(~ontinu�d on3next card)
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]~AZA$EYS~IYo SoLo~_-(con~~inued) Card 2.
goeudarstvennogo ordena I-enina uni~+ersiteta (for ZalesskSY~3 ~= PoI~-
yarno-AI�piyekiy botanicheakiy sad ~ol'skago filiala imeni 5.~. Kirova
i At~ademii nauk SSuH {for Avrorin); ~'. Batanicheakiy sak pri Tomskom
gaaudaretvennom univeraiteta (for Iv~anov)y $. Botanicheskiy sad pri
Tcmekom gosudarstvennom universitet~- imoni V.V, ~uybyeh�va (for Prik
leriov)g 9. TSentr~gl�nyy Sibirskiy botanicheakiy sad ZapadnoP~~ibireko-
gcl giliala Akademii nauk :~SiR (for aaiamotuniversiteta~meni A~A, Bo~
ts~nicheskiy sad Irkutsko gosudarstvisnnog
ZYid.anova (for Malinovakiy) ; 11. Alitayslo~ya plod.ovo~yagodnaya opyt0
nE4ya stantsiya (for Luchnik)U 12. Bashkirskiy botanicheakiy sad (for
Kravchenko)9 13. I~sostepnaya selektsionnaya opytnaya stantsiya deko~
rE-tivnykh kul�tux treats Gosz911e~nkh~zanekiytleaokhazyaYas�~3'oinsti-
2~raystva $,5F5H (for Vekhov) P Y
tt~t (for Grozdov)p loo Botanirheskiy sad pri Voronezhakom gosudarm
s',vennom u;; iversitete (for Ntashkin); lb. Orekhovo~-Zuysvskiy pedago~
g,~cheskiy inatitut (for Bosas)9 17. Botanicheakiy sad pri 8ostovskom
g~ysudarstvennom univer$itete imeni '~.M~ Molotova (for Matukhin)Q 18.
B~~tanicheakiy sad Kvybyshevskogo gorodckogo otdela narodnogo obrazo~
v;~iya {for Zatvarnitakiy); 19. Zoobotanicheakiy sad pri Kazanskom
universitete (for Grachav)g 20. Goaudaratvennyy respublikanakiy
peoektnyy inatitut "Giproko~nmunatroy" (for Cherkagov); 21. Botani~
eheskiy sad OdeBSkogo gosudarstvennogo universiteta imeni IoI. b[echni~-
kova (for girkopulo)~ 22. $otanicheakiy sad pri Dnepropetrovskom
gosudaraty�nnom univeraitete (for I-svitskaya)p 23. Botanicheskiy sad
(continued on neat card)
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NAZAREVSKIY, S.I. ; MAKAROV, S.N., PILIP'ENKC-A F4 y~ ; ~,N,BASIMOV 4 A4.V. ; IL� INSKAYA,
A. ~ . dQ~~~~ ~~~ i - V~~SI:I.� ~~ ~~ F I .M. E IL� I~~h, N.V. ~ SOgOLOV,
M. L. y VET, . o ~.... _ > iii, 'whllr in ttir iuwtheni rune ~ o A
� ~ ~ ';. i at ~~~~~ ttut 1~(ws~~ ncw~lr~ry, r f1 Nuttrtr "' r � �
+ w
.�ti1 M ' !' .� ai � �
[' r
d. ~ i ~, ~ A *A�
~M�d
.~~.~ ~ ,
t M~�
�' ~~!!
~ ~.
Rr'
,~ ~1~_a>,� s~. .rrauuuu~~.ai -~rrN~rwr r4.-sxrrcat~sw _ ...... .ra�, .,t~+r.v KA�
� _ ~.��
t1f0+n f'ir,a11!r^ .-. .-..,..~.-~,~..q,.-.....~..~..... .. ~i/11i d~A +lrr +r,
+irlrtts~ KIr ~+r ~~1i M#x/ii+7trl.f .~
i+~ro !' _>1, !~ ~t �T ,y-w ..._.r i.~..f_ .`~ s ~ . y. y.~. f.. ~v.~.l~~..~ t r ~.. f- ~ .4 k ..--�~ ..~~ ~ .r .,~.. a-- ~ >i
~ ti 11 ar Q tt f ~ w p his � ~ a is ~ 1t +s p ~ u ~ i ~
r~~r~~~,l��~i�~8#~�~~�~ ~~~4~~~iiiiiliiiii~`sili
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s/o~~4/6z/coo/oos/oo9/073
~,iinor ~aysteme of differential C11'I/C333
The e~~uation 1;1) and (3) are identical for m a 1, for m ~ n (3) is a
n
scalar ec{uatic>n d ~ X ~/dt n ~ X I tr P, where t~.^ P ~ ,~ pii is the trace
i~1
of P. If all t~i~(t) are limited in one interval, then sa are all pk~)(t);
if all pin(t) ara periodic, then the scalar t3y$tem of equations (2)
is regular an+l reducible. The expressions of the elements pki) by
the p.~~ are given for all m = 2,3,...,n-1 anc~ n n 1,...,6; the
corresponding matrices are found in an appendix. As application of'the
properties of (2~~ mention i$ made of the A. lit. Lyapunov method for
calculating the invariants of the characterif~tic equation of system
(1) with poriodic Y(t).
CAbstraater'$ notes Cpmplete tranalatian.~
;.~
Card 3/3
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~ ~ ti ~ `
.~/04~/62/000/00s/0~~y/073
I~iinor sy:~tems of differential C111/C333
x~m~ which are compiled from the elements of the determinant ~ ~ of
i~ ,
matrix ~C. Tt is proven that the -aatrix Xm of the u-atrix equation (which
the author designates as a minor equation)satisf'ies -~'
L~
dt Xm ~ Pm(t) Xm for all 1 ~- m ~ n (2)
where the elements of the matrix Pm(t) ~ (pki)(t)) (k, 1 a 1,...,t1;
N Cm -- the number of combinations of m elements from n) depend
n
linearly on thcl elements pin(t) of P(1;). Uince (2) is a Caley-IIamilton
equation relat~,ve to the equation
at x � pm(t)X (3)
Xm is, thereforFl, the raatrix of the fundamental system of the >~olutions
Card 2/3
R
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
~ytJ~~
(~ +, `;_~~~~ ~/og4j~2,~aac~/ao8/oa9/~73
C111/C333
AUTiiOR: 2Viakarov, S. Li.
TITLE: t~tinor sy stems of diff erential equations and thair applica-
tion in the determina tion of the invariants of the
characte ristic equati on
PLRTOi):ICAL: ;teierati vnyy xhurnal, P~tatematika, no. 8~ 1962, 36,
abstract 8I~161. ("~'r. Kuybyshevak. aviats. in-t", 1961,
no. 12, 371-383) ~ ~
s
TEXT: Let X ~. {xis) be the matrix of the fundamental system of the
Solutions ~ ~ m (x1~ ,...,xn~) of the vector equation
dtx ~ P(t)x (1)
where the matrix P(t) :..~ (Pit(t)) satisfies the usual conditions for
the existence a.nd uniqueness of the solution for ull t ~ to. `I!hQ
elements of they matrix Xm (xis)) are the various minors of m-th order
Card 1/3
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MAI~1f~,QV, S.V.
Evaluation of tt~e com~~lexity of a o~>litt~.r~; A.l.~orif,:~~,
Kibornetika no. 4.:31-37 Jl hg ' 65. (MIF;~1 1.R :12 )
i, Sut~r-3.tted Jan, lS, 1965.
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
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APPROVED FOR RELEASE: 06/23/11: CIA-R~P86-005138001031500042-6
~ ~ ~ ~ ~ ~
n t7 H a to v to h >y tt tt fi ` A l
.~.,.x r u ~ ~ .~. u. Y ~.x.~.1t,.t..,,.~. ~A .p _ pc
e l4 tY Sark w~ PNfrY iruta>a~u!rfk~>;t
,
Poi>fortstt~ of aluatlna-ttiUca cutatyat by water vapor
'S, f,. 1~q~}i(cty_and 1i. A. f;glikT,, .~\rf[)yrrl0f f~h+,;. 25,
\Yfi ',T'w4� fl(lfiJi 1 A IIiHt+hy-i F-tv ulnnult,t ~qu�;i 4�~U,4
lycl utNttisdll't'al,gt,li� 1tl pt4klartpK q til' , kii l+t u} Kgwultn, ,
�u~r iatif a ,tT ;. pith! uftrr ~tutugr m uprn au ilu
dcuttl~'uttuna dur partly t.. n+t~al4t/m and eatulhu>:
rundeu.~luuu of sale( Y3tx,t (tutu the au In ad41n ,
chart is alw, ah+e,rptiun, which talcs }aluce at q lower rate
than thr Iir.vt�atrt-tiunltil cffl�[�t qud which decreutrx with
tt~[~ Ut temp. ~t (,tKl tilM1" rnuugh ghwaln�Il uu,i~tutr
n�utuiu, in thr ratalyrt turuu~e sul,~rglu�ut deuct��gtiun ut
htKlu't tl'gl{i+ l!.nutbrttutc rfllti�lo rt~lulntrTl w tlu ah
~urptntu uud dcA+aptiuu ixu{hunt. ut ttMl tu~r" ate a{+
purrntly due lu catalytk artiou Ytf moisture on tlrr pr[x�1,.~
of rY.�crystu, of the catalyst. The in~wiou~ irtEuence of
ab+uxptioa can be prevented try the use of vacuum during,
the period of th[~rtnal '�famadc-n" of t he catalyst atructwe,
IK by rcuwving the residual f,hyt;ically h[ntttd muirture fmut
the ratalp'+t by cuicinin}} it YM txrtuo at a tr,m~,. up to ;,(r--
t~+Mt ` liruuu C ~irtaurr
[ Vts{AllUlrt+lCAi. 4irrttAtUNE GtA11KIC11'ttYN �"~ ~ " '^' {~
,. ,_. _ _ . .. .. _ ,..,.. - ..1
11,Y � t)f}N! i~M illy
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a ~~ tt n u ar ~ ~ ~ +t ~ K ~ tt It tK n t sett ~a
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APPROVED FOR RELEASE: 06/23/'1'1: CIA-R~P86-005'13800'103'1500042-6
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1M li M ~ ~ ii f1 M i1.1Q
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MAAKAROV~ .3. T.; KUZ~MIN, I.G.
,Aa~t~rz~tio coke Sampler. bor.;rats.pr,~.],.vpsdr.~ ~coi~v, a~.5:43~-
11~0, ~~ ~.~i~~
1.. 1~lagnitogorskiq metallurgichlsekiq kombinat.
(Coke~~-Testing)
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BOCHAROV N.F. kand. tekYm. nauk, ~otserYt; GIISEV, V.I., inzr:.9
f 9
KF~ADIIIQV, Ye.B., kand. tekhn. nau~~; Mk~,Ar.OZ', ~.ia. y ;r~~.
Ton~~mf:turi.n~ ciuv~r;e~ f'oz� mEr~isux�3n~; t;he ~f.f'arrr-r~tl.erta oI a
ba~.luon tire. I~~v. vy;~. u~~ti~r1_~. 7a~~+~ . f ur~~Fa}-~ n~-;~tr. nc~.;'. l.l~~i�~
123 '6~. (h1l:i~.t~ _l~l: 5 )
1.. Mosk~vskaye vysaheye takhnichF.~k~y~, uc;hil.i.shche imeni.
13s.umana.
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138001031500042-6
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