SCIENTIFIC ABSTRACT TSUKERVANIK, I.P. - TSUKKER, G.YE

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757210009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TSUMVAMK. I.P.; MAUSUMV, M.U.
Condensation of beta-chloroethyl esters of benzene sulfonic acid
and chlorosulfonic acid with benzene. Dokl.AN Uz.SSR n0-11:29-33
156. WIRA 13:6)
1. Sredneaziatskoy gosudarstvenn7y universitet imeri V.I.Lenina
I Sredneaziatskiv politakhmicheskiy institut. 2. Chlen-korrespondent
AN UzSSR (for TSukervanlk).
(Benzene) (Sulfonic acids)

TSUKRRVANIK. I.P.; KOVIIIA, I.M.; BUGROVA, L.V.
Condensation of 1 -chloro-3-bromapropazie with benzene. Uzb.
khim.zhur. no.5:69-75 '58. (M:M 12:2)
1. Sredneaziatskly gosudaretvennyy univereitet. 2. Chlen-
Icorrespondent AN UzSSR (for TSukervanik).
(Propane) (Benzene)
IL

R7ZHKOVA, U.K.; TSUKKRVAIIIK, I.P.
Alkylation of aromatic cormowids in tha presence of metallic
zirconium. Dok.1.0 Vz&SSR no,l.'21-24 '59. OUL 12:4)
1. Chlon-korrespondent 0 UzSSR (for TSukervanik). 2. Institut
khimli AN UsSSR.
(Aromatic compounds) (Alkylation)

GOWVYASHKIN.4, L.F.; TSUERRVANIK, 11
Condeneation of 1,1,1-trichloroethanol with benzene. Dokl. AN
Uz.SSR no.2:23-24 '59- (M-MA 12:4)
1. Sredneaziatskly gosudarstvennyy univeraitet im. V.1. Lanina.
Chlen-korres ondent AN UzSSR (for TSukervanik).
(Zthanol3 (Benzene) (Condensation producte (Chemietr7))

MOUROVO H.U.; TSUKKRVANIK#,I P.
Alk7lation of benzene with the d-chlorabutyl eater of.benzene-
sulfonic acid. Dokl.AN Uz.SS2 no.9:23-26 '58. ()a�A 11:12)
1. Chlen-korrespondent AN-UzSSR (for TSukervanik), 2. Bredneaziatakly
gosrAwstvennyy universit" I*. V.I.Lquina.
(Benzene) (Benzenesulfonic acid) (Alkylation)

MELIKANOVITSaYA, S.G.; TSUMVAITIK. I.P.
Homolytic alkylation of aromatic series. Izv. All Uz. SSR. Ser.
khim. nauk. no.3:51-66 157. (Min 11:9)
l.Chlen-korreepondent AN UzSSR (for TSukarvanik).
(Aliqlation)

TSUKERVANI LP.: RDZHKOVA, H.K.
UZIOM~~ ~
Now metallic catalysts in the alIqlation of aromatic compounds.
Dokl. AN Uz.SSR no.7:23-26 '58. (WRA. 11:10)
1. Inatitut khImil. AN UzSSR. 2. Chlon-korrespondent PS UzSSR
(for TSukervanik).
(Arom.tic compounds) (Alkylation) (Catalysts)

HELIK"OVITSKAYA, S.G.-TSUKERVANIK, I.P.
Radical and ionic alkylation in aromatic series. Part-7: Butylation
of benzene. naphthalene. phenol and anisole. Zhur. ob. kJAm. 28
no. 8:2032-2038 Ag 158. (11:io)
1. Institut khimi-i AbI UzSSR.
(Alkylation)

TSUKERVANIK, I.P.;BSLINSON. Z.Ya.
Condensation of trichlorotDIU6ne with benzene in the presence of
alujainum chloride. Zhur. ob. khim. 28 no. 8:2038-2042 Ag 158.
(MIRA 11:10)
1. Sradneaziatskiy gosudarstvennyy univerBit8t.
(Toluene)
(Benzene)
(Condensation producte(Chamietry))

3QV/~--c4-',2.-4-31/ 7
AUTHOR: Tiukervanik 1._L, , 6,
TITLE: Acylation of ttic Nucleus of Aromatic Compounds in the Preserce,
of Metals (Atzilirovoniye yadr- --i-omatichevi-ikh so,re(jineniy
v prisutstvil met~tllov)
PERIODICAL': Doklady tl~kademii nauk '.3SSR, 1956, Vol. 12o, Nr 4, pp. 809-811
(USSR)
ABSTRACT: Already in narlier papers which were doaling nith the ir-
vestipation. of Tsinke's reaction several experiments viere
described dealing with the acylation of aromatic hydrocarbons
by chloro acetic anhydrides in the presence of zinc dust and
iron (Refs I - 4). Good yields were obtained in the case of
acylation of napthalene (for the s,~nthesio of 1,5-dJ-benzoyl-
-naphthalene, patent Ref 5). 1~s basis the author used his
Papers on a homolvtic alkvIation of the aromatin nucleus
(Refs 8 - 10) and he investigated the acylation, as mentioned
in the title. The mixtures were heated to temperatures of
90 - 1500. Copper-~ tungsten-and molybdenium Dowder were used
v!ith chloro acetic anhydride. The condensation proceeds under
an intensive separation of HC1 which ceases after 4 - 16 hours.
Card 1/3 In connection witii the use of copper a ce-7tain. amount of

SOV/20-120-4 -33/67
Acylation of the Nucleus of Aromatic Compounds in, the -Presence of 1~etals
C u2 is formed;other metEL19 do not changre considerably and
inay 1,e used for repeated experimpntu. The result.-i of a,-vla-
tion depend on the botlinp temnerature off chloroanhydride
and the mobilit.y of the hydrogen atoms of the aromatic
nucleus. The "jenzoylation of anisole and m-xylol is rchie,4ed
most easily. The yields Droduced are close to those theoretical-
ly found. Control exnerim"rits without catalYLt under the
same conditioDs did not give ketones. Considerable yields
of 4-methox.7-benzophenone (95 9"), 2,4-dimethylbenzophenone
07 0~,) and 4-methoxy-capropherione (60 were produced.
Table I shows the results of some reactionc. The constants
correspond to the data mentioned in publications. In the
case of toluene on1Y 50 en of methylbenzophenone were obtain-
ed, in the case of benzene 20 !~ of benzophenone and in the
case of chlorobenzene only ketone traces. Bi~nzene and toluene
could not be acylated. In the case of m-xylol 20 of 2,4--
-dime thyl-neet ophen one and in the case of anisole 30 ~4 of
4-methoxyl-ben2onhenone were obtained. The favorable condi-
tions have apparently not been found hitherto. The author is
of oninion that the method of acylation of the aromatic com-
Card 2/3 pounds offers advanta.ges compared with the reaction in the

~..r:yl.ation of the Nuclei):- of ~-' romatit:! CompoundB in t. C.
.1
vrener,-,e of n1jiminum chicivide. There ttre t-tbl'- ii,.i V-
referc.n,.,es, 4 of which are Sloviet.
m'~:'~OCIATION.- '-redneaziat;-ki- &.--sudar!:tvcnr-yy universitet im. 1. -I!Pn-,na
' ' I
(Central Asia ',;-rate 'University imeni V. 1. Lenin)
PRF89NTErj; February 5, 1958, by A. k. Balandin, Member, Academy of
Sciences, US6R
S
U BM
ITTED: FebrtjAr!,, 4, 1958
1. Cyclic compounds-Acylation 2. Chloroacetic anhydrides-Chemical
reactions 3. Metal powders--rCatalytic properties 4. Substitution
reactions
C2rd 5/3

US',"3P/wieeds and their Control D1
Abs Jour : Ref Zhur-Biol., No 2, 1`58, 6L~10
Author : Tsukervanik I. p. Romanova I. B.
inst :
Title : New 'E'repRrations for Acceleration of Cotton
Picking
Orig lab : Dokl. AN UzSSR, 1956, No 6, 11-14
."'.bstract: As indicated by tests conducted at the Institute
of Argiculture of AN UZbek SSR at the Plant Pro-
tection Station of All-Union Scientific-Research
Institute, thiourea and its derivatives (dithio
carbamate of ammon-.um, mercaptonbenzothiazole,
phenylthiourea, and others) appear to be good pre-
parations for pre-harvesting removal of cotton
leaves. Ethers in unlimited amounts accelerated
the opening of immature bolls.
Card 1/1

GOLOWASMIRL, 1.7.; TSUKMVANIK, I&P.
Condensation of I I I - trichloro butyl alcohol with benzene.
Dokl. AN Uz. SSR ~;:603-35 157. (MIRA ll*)
1. Sredneaziatekiy gosudarstvenM7 universitet im. V.I. Lenina.
2. Chlen-korrespondexxt AN UzSSR (for TSukervanik).
(Butyl alcohol) (Benzene)
(Condensation products (Chemistry))

TSUKOVA111K. I.?.
-
I ~,~
Acylation of the aromatic nucleus in the presenced" netals.
Dokl. AN SSSR 120 no.4:609-811 Je '58. (141RA 11:8)
1. Sradneaziatakly gosudarstvennyy universitet. Pradetavleno
skademikom A.A.Balandinym.
(Acylation)
(Ring(Chamistry))

SOKOLINIKOVA, M.D.; TSMRVAMX, I.P.
Amino derivatives of 1,1-diphenylethane. Dokl. AU Uzo SSR no,g:
29-31 157. (MIRA 11:5)
1.Institut khimii AN UzSSR. 2.Chlen-korrespondent AN UzSSR (for
TSukervanik).
(Ethane)

GOLOVYASHKIIIA, L.S.; TSUKERVANIK, I.P.
~- - -
Condensatio*4nww'of 1,1,1-trichloroisopropyl alcohol with benzene.
Dokl. AN Uz. SSR no.2:31-33 '58- (MIRA 11:5)
l.Chlen-korrespondent AN UzSSR (for TSukervanik). 2.Sredne-
aziatskiy goo. universitet im. V.I. Lenina.
(Propanol) (Benzene) *
(Condensation products (Chemifftry))

73, 'A-,
MANSUROV, M.U.; TSUMVAITIK, I.P.
Reacti6ii of 19 -chloroethyl eater of chlorosulfonic acid with
aromatic compounds. Dokl. AN Uz. SSR no-12:23-26 '57.
. N;n 11:5)
l.Chlen-korrespondent All UzSSR (for TSukervanik).
2.Sredneazaitskiy goo. universitat im. V.I. Lenina.
(Chlorosulfonle acid) (Cyclic compounds)

7s-0kE,Qv91U11V -TPI
MILIKANOVITSKAYA, S.G.; TSUKERVAITIK, I.P.
Radical and iol;ic-al-ka,lation of the aromatic ring. Part 6:
Chlorodiphonylmethane reaction with toluene and benzene. Zhur.
ub. khim. 28 no.1:11-15 A 158. WIRA 11:5)
l.Institut khimii Akademii nauk Uzbekskoy SSR.
(Methane) (Benzene) (Toluene)

TSUKERVANIK, T.I.
Regeneration of vegetation on waste lands. Trudy TashGU no.187:
167-174 '61. (~ffRA 15:3)
1. Tashkentakiy gosudarstvennyy universitet Imeni Lenina.
(Angren Valley-Botany)

I
TSUGL-V-'IY ile . P.
--I r, li!,J-Jll, ---
The Chulak-Kurom Bolide of 25 January 10,2,-), Miroved., Vol 1[-'
(3.029)
I

USUKERZIS, Ya.M. [Cukerzis, J.]
j
Interspecific relatims betwoen the crayfishes Astuous astactils L.
and Astacus leptodactylus Esch. in the lakes of eaotern Lithvlania.
Zool. zhur. 43 no.2tl72-177 '64-
1. Institut zoologii i parazit+gii Akademii
(Villnyus).
I
(MIRA 1WID)
nauk LikUvbrLUjvij:K311.

ACC NRI
AUTHOR: TsIdivirashvilip D. G.; Vasafte, L. Ye.; Taukh,. A. S.
ORO: none
TITLE: Distribution of the corrosion products of structural materials and neutron
irradiation
SOURCE: Atord,"~,a energiyao.v. 21, no. 4, 19660 300-302
TOPIC TAGS: corrosion., neutron irradiation, boiling water reactorp aluminum,, carbon
steel, radioactivity measurement
ABSTRACT: The authors describe experiments on the determination of the coefficients
of distribution of corrosion products of aluminum and carbon steel in an exi.)erimenta
apparatus made of lKh181VT stainless steel irradiated with neutrons and kept under a
pressure cf 78-176 bar. The main purpose of the investigation was to ascertain what
fraction of the corrosion products finds its way from water into steam in boiling-
water reactors. The test apparatus (Fig. 1) was designed to be filled with a pre-
scribed amount of bidistillate and kept in the reactor channel for a specified time.
Samples of steam and water were then taken., and if the activity of the steam sample
exceeded the background activity) the experiment was regarded as complete; otherwisej,
the experiment was continued. The main activity was produced by N424 in the case of
aluminum and Co5a or Fe59 in the case of carbon steel. The experimental results were
plotted in the form of the dependence of the distribution coefficient (the ratio of
Card uDc: 621X~9.534.4

FA--CC NRi Al~;034103
Fig. 1. Diagram of measuring apparatus. 1 - Cartridge; 2 - heat
insulation; 3 - filter; 4 - steam sampling; 5 - tee" 6 - steam
P
jacket' 7 - tube to manometer; 8 - housingf 9 - electric heaters'
10 - circulation tubes.
the activities of the samples of steam and water) on the ratio of
the solvent phase densities. The distribution coefficients of
Na24 aigree well with the distribution coefficients of NaOll in the
absence of neutron irradiation. In the case of steel, the dis-
tribution coefficients turn out to be close to those of the cor-
rosion products of.other heavy metals (CO, Ni, Cu, Mn, Cr).
These distributtion coefficients are appreciable not only at super-
high pressures but also at medium pressures; and neutron irradia-
tion has no influence on the transition of the corrosion products
to the vapor state,, the governing factor being the radius of the
hydrate molecule., which is not changed by neutron bombardment.
Orig. art. has: 4 figures.
SUB CODE: 18/ SM DATE: LT4Lr66/ ORIG REF: 007.
11
10
*11zz
Card 2/2

SAD 1, 5/6 1 /Ix-,~j/ J I a,
akff , JI N'
K-h;i-j-ja- U1, 8-Lo, K, 11~
-rima, N., T3uk)-.a, Fri.. T:~udlzhi, !rji-.
'nie ci-.emi~al compociti(gi of co.,mmtc raya and origin cf
FER7---0!CAL- liete-a-vanyy zi!urnat. A5tv,:-nomiya I Geod-~ziya, no, ILI Ve -1,
12A)?7 ("Tr. Nczhjunar. R~mferent31l po ko~m~cj, IJchz)m.
Y, M-ccw, AN SZ319i, 1960, 191 - 195)
C 'The ~ut4~,3r-i r-Me that the z-1a,.1ve content. of heavy nuc.ei ni car.
rcn i-,, ver.1 h1!;'1h In primary colnic radialien, -whereas the nPon contrn- Ir ,,Lry
An. ;,O-tr!nol i- mace to excla!n theFe fat3 on assumption that co:m*,- ray5
ire In thp early st3ge of Sijrernova explosions, The temperature of
-,J~Irvg le explo,--Ion attatnz approximately 1090K, density of envelope
vi -,'(1 100) CM3, Under th,?se conditions syntheals of heavy nuclei
If., t-!d r~-n the rapid pro,:e~-,ez of neutron capture. Sinco 'Che mo-t in~crtEknt
--mncf! Ir necn, it,: con~1(10t'-ItIIC Cr3ctjon will vRnish, and L'~ relative
-10 ant Frclqctl~n of of~ -rdrklclPs may pro~ecd so a re,-,11 of t-he
..1e. in 'his pr,)rris3 the role of beta-decay will be in4lj,~nlflcant,
ripid Z;-N 71-
Card 112

AW 1 /A 10 7.
And th,ror:re cc,i,,enz. of cartrn will to increazed - PiirLlc,-- -
i n Su ~ r. r nc e: rit- i un q. 1 -1 ,, , . r n --~ r,:: a ~ 0, r t, o f U,.e a] a c 1111 r~q C.-,P Ci*,'
*he cr-i~r cf 5,r,~ 14 j-t!fereflce-;.
u- Dormin

1 3 al I 1 2 1 10 It 0 M. It W ty to 0 a p J; a if 46VXX jail Wit ifillifiv J11*4110 Q
.1 t- A A -L_ Y.- k- -]- -
00 A ilt ir~_P."gos !6?"~
J'A"CC11411a Av Per*# "t 4. will 4
0 a -_ - ---

A4 investigation of a pmeess of slag removal In gas gen-
erators an a laboratory "a, 0. A. T,ukhattuv~a and F.
A Opic-A. 1-wit. .1kad. Natik S.s.S.R., (arl.

"T .111%
r, 1940, AM 92- -Tr-t, ial olax ivriattrat i-arrielt
1
I -ill-caritle laiiatirl (al it pot swirraittyr with a
act I willt, a ill),

f

00 .3

a Ktiller gntic sy%tcrn -howni duit the q)ml of rotaticitt of
the Siast (within wii1v limitt) and cono,truction of the t
i itit car eonit%d) had iiii vfttct (ill the %Ix-val of %tax retract U
..rWical ill the jrjs, tortwevo the lower rint, all the "I
mact the Imia froot 8 it) .1.5 nim. talarawro) that 44g rrimlyal
-firrvt'y prailkortiottif to the width all the ii,clt. Aig
rvinoval wa,c invicrwly larojourtion-il its the height of thu
Ltyrr of shig its the pull out-itle of the %haft. Installaticiat
00 13 oil ticialtil . r;ikhax kiiivc, ill the SUM MA& the rarmovul pror.
-4 ninre uniforin in ofat-ratiraii. Nancy C(alabin
00
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&0 S LA NE YALLURGICAL LITIR ATURE CLASSIFICATI Ch
idna I-A - I svl~.,a .91 Coal
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TSUKHOCIVA, AaA*
Chondroma of the etk=oidal -lab7rinth in a 12-year-old boy. Vest.
otorin. 22 no.1:88-90 Ja-F l6q. (MIRA 14-5)
1. Io otdeleniya boleznay ukha,, gorla i nosa (zav. - dotsent
F.F.Malomuzh) Moskovskoy detskoy klinichoskoy bollnitay imeni
F.E.Dzerzhinskogo.
(NOSE, ACCESSORY SINUSES OF-TUMORS)

a, 4F= "P :V "F 'W" W. *,IV 9
~11!50-1.bp (Awl"
1"iWiiVS Ahel PiC4121181 woes
00A
*0 a
1
goe 1922. IMMMON OF PROCEW OF ASN REMAL FROM GAS PWOMM
ON LABORATORY SCAM Trakhanavap 0, A. w0 Tsukbwwv#j0-& A.
iiiikh Mauk"40r.
ovest4a Akad. ffauk, S.S.S.R. Otdolenis Tekn1oh'
010 a
1948v 585-592).
foe
oet L"est4pates the above vith particular emphasis on mechanical
devices.
No U a AT!,60 is a i i 4 i a i "I A S I rid 0 a 11.1w logo@ 30 VA.
METALLURSKIL MISAIM CLASSWICATIC.
101410 Hit GNW dug
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coo
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w4iiii-4io q' ii6i6i
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do Froce" of Ash R*MVAI from Gas
004 IlAbor"ary Smir. Un Russim) o. A.
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au
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&ukluwqvs. lzvestiya Aka-
ii Na
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d
k SSSR
i
t
i
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,
(Bulletin of the Academy of Sciences of the USSR,
Section of Technical Scien
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)
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s
pr.
, p. 685-
,
lnvestigAtes the above with Particular emphasis
on mechanical devices.
61
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Tsukhavoya, 0. A. Tm, WALL& OF A
CAR'"'ItTuss UND" ?Mz INFLUXNCB OP FORCIND Dwrtmox
OF uxvc-,9*4- Zhur. r1kh, As, 9 141 295,;R)4 (19,W).-
PXperimental data we given an the effect of hydrod
MMk-A upon the corntuLstion IntfUSItY 1111d characterl:
tics of gas formation during the cornbustion of a cylindrical
Ctubr. Air wu3 preheated Iv7(A)' talilWand admitted
to th~ tubv At rxtft of 2 to 51) liters per min. The com.
hustitm ats" were coolul to Vmv"t the -xi"Un of CO
AndwrrctbrnanAlyxed. Theamounto(Cconsumedwas
determined from air coasompLion and ps atudyals. Both
lamimir " turbulent YvIllons of combustion could be
distinguished. depending upon tM c?"tions of gas fow.
In twimlent , bastion. the intensity increased with In-
Creasedarm adtfititm to tM C rArka ud also with
the C41t 0, CO fruen the combustiou zmw. The out-
flow of liarge amounts of 00 stwu wben the rxW of the
length of the oxnm zow to the sverage gas speed is Jew
than
11441
ft tt or
0 * a
40 0 # * 0 0 0 0
go
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of a'
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of -3
r I f a of it It u IS rrr-r
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C*Mbu*U*x Of (M Wall$ of carbon ilaw coadl.
MORS of forced diffuninia of mql
ra,
and O-A-T-kk&WM J, Tiv Phs, W. S. S. R.) 10,
13-21)(MW).- For air velocities of wu to 40.0 m./we.
,he butnW at CO to C(h takes place 1:rq)lmtjy only near
'he %urface of r(YAL For solullon of the problem It Is as-
sulml that there Is no secondary rearikul 0. C., furtudoo"
of C(hby the directactionotcoal). Thijassump
foundcov, I in the temP. hiterval studied (am it), 07
The rate of midatim of Co time the suffate of & C
trade Is of the fint order in. t too. Frain a-ftsure.
Farnts of the velocity const. of the total buinititt pro,',
war tile surfwe of coal the energy of activatkm is cak-d.
as about 22.0W Itaksalana Ggunow
sITALMISKAL LOCNATURE CLASUPKATION
Isom SIT"PA"
so
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AppSu21-, a solution of the equations for the combos-
dan of a carbon tube. mWilaing the reaction of carbOu
monoidde with OXygen, 0. - 1111.
"44. SCi. U. R.SZ., C141M Ri.WSIVOk4r, M-21 ft Cf.
CA. 42~ 1719k. 2164C.-Equations are derived gi ' be
concri.oloand CO Integnatect along tbecrcas-vec= C
tube t IS which hot gases are flowing as a function of
the gniocity, tube radius, diffusion coust., Mocity
consits. of the combustion reactions. and the ratio of CO
to COS formed at the tube will. The equation are ap-
plied to expd. data for a C tube 6 cm. long and 6 mm. in
dLvn. with gas Dow rates of 1-10 I./tain. at temps. of 400-
W. Under these coudidow tk CO-COs ratio at tk
waDisfoutidtobeappmx.l:labm8SO*. TheteMP.
coeff. of the khwk coast. of the C + 03 reaction suggests
an acdvation eneW of approx. 22,OOD cLl./mal- ne'
caled with the extpl. data with vulficiat
-(.rpns= purpom H. K. Livingston
A &ItTALLOACKAL LITINATUIR CLAWPICATIC01
7_
ISO" "'M
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tie*

TSUMIAWIAO 0. A.
USSR/Caibon Apr 19411
Cmbustion
"The Effect of Secondary Reactions on the Combus-
tion of Carbon," 0. A. Tsukhanova, 6 pp
"Izv Ak Nauk Tekh Nauk" No 4
Setting up of differential equations descriptive
of the subject phenomenon, their solutions for
known conditions. Tvo curves showing the empirical
relationships between the temperature of the coal
and the percentage composition of the various
resultant gases emerging from a pipe of certain
dimensions. Tables of results,
9T96

Sep 1947
CV Fuels, Pulverized
Heating
14 Valculating the Speed of Heating by Burring Two
Rixtures of P-a-vaeredPuels at Different Tempera-
*Uirea$n 0. A.-Cuakhanova, 0. D. Salamandra, pp
-1z Ak Nauk Tekh Nauk" No 9
ln~' mwq cases a cold povdere& fuel 1B mixed. vith a
li6i'powdered fuel bef c=e it is fed Into the
-16 ciabuot I on oer. This article gives matbemtloal
:2~0;wmlae and graphs which deal with the speed of
Obange of the internal temperature of the fuels as
.A.liesult cC tbis mixima. Dlagram%of the equipment
.M~:M/Bngin6ering (CMW Sep 1947
v*ed in conducting experiments. Sutmitted by M. V*
*kpiohev, at the Jan 1946 meeting of the Energy-
dkiamical Section of the Institute of Energetics -
Ars6ni G. M. ' Mrzhizhanovskiy, Acadeny of Sciences
aMe USSR.
26T18

:

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.9
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004.0 act
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ut
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8 Its sorfam, T
aw
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.
Must to WcWAt for this drm of wilm a
~
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/144 he"ad In Ms
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.
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.
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gollpm Is
e, in ovvermt with the thmy. 11w tube
of electrode cei was 37 em. tons, its d was 0.7 m.
The CQj stroun was prehoW to 600-70DO.

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TSUKRUTOVA, 0. A.
Predvoditelev, A. S., Khitrin, L. N., Tgj*hanova, 0. A., Kolodtsev, Kh. I.,
and- Grodzovskiy, M. K., "Combustion of Carbon. Experiments in Building Up the
7
Physicochemical Principles of the Process." AcadezV of e-je=eS j CL
408 pp, 2,500 copies.

004
*0
00
oo 9
90
060
i
Ian araev of of
Thermal Ca"tion" ou
the Products at Stml4;AlM#- (in Huntan.) 0. A.
T44ktpa, a, anti N, S. Wringtif. Izve", Akadevii,
Nau SSU, 0(doletile TekhnichriAikh IVIA (Ou"atin
(if (ho Academy of SvIrm-ps of the VSSR, ScClIon of
Tedin"I &-fewts), Aug. 1919, p. 1187-1190.
Itelatiorawits of rate of libenstioij of volatile &of)-
Manc" front Indivitlual piwes of mi to trnipetatur(-
olitrAtIn (tip to 2700*(,,); fall, of Iwaling (S. MW
per inimf- din3ensions f )artk-ks (2-30 mm.) and
Owisture ~Onfrnt (up to X were Investigated W
the laboratory. Data are &VIIA
AIN.SLA MITA"iJUKAL LITIMIATION CLASSWKA"SOM
j,"M 11"VISV.
INJO&O His C"I (11M
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it, a K
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2*0

TSMa[MOVAI_ 0. A.
"Solving Some Problems of Yeterogeneous Combustion by the Method
of Averaging Equations" a paper submitted at the Sixth International Symposium on
Combustion, Nev Naven, Conn., 19-24 Aug 56.
Taukhanove, Institute of Energetics, AS IMGR,, MDocaw, USSR

TSUKHANOVAq 6.'A.
USSR/Physics Combustion Jul 50
Gasification
"Combustion of Carbon," L. N. Khitrin, 0. A. Tsukhanova
"Uspekh Fiz Naue Vol XLI, No 3, PP 311-331
Discusses basic charactetistics of combustion proc-
ess, concept of coefficient of reaction gas exchange,
basic laws of process, role of secondary reaction,
and influence of admixtures on ga.~ification. Include-s
graphs of speed of combustion of anthracite vs temper-
ature, etc.
4w
i68T8i
i6sT 81

TSUKHANOVA, 0. A. Cand. Phys.Math. Sci.
"Solving Some Problems of Heterogeneous Combustion by the Method of Averaging
Equations.0 a paper presented at the 6th International Symposium on Conbustion,
Yale University,, 19-24 Aug 56.
Insto of Energetics, AS USSR, Moscow
Abstract of papers E-4519, Branch 5

11.2-2ov AGOVA001
Translation from: Referativnyy zhurnal, Mekhanika, 1960, 11jo, li, pp.36-37,#i4288
AUTHOR- Tsukhanova, O.A...
TITLE- Calculation of the Total Reaction Rate and the Velocity of Flame
Propagation in Gas Mixtures
PERIODICAL: V sb.: Issled. protsessov goreniya. Moscow, AN SSSR, 1958,
pp. 81 - 90
TEXT: The author proposes an approximate method for the experimental
determination of the form of the function of the total chemical reaction rate in
a flame by measuring its normal elocity of propagation. For flame having similar
fields of temperature and fuel concentration, the author obtains approximate expres-
sions connecting the normal flame propagation velocity and the second derivatives
of velocity with respect to relative contents of fuel and oxygen In the burning
mixture with parameters characterizIng the total reaction rate-, the total orders
of reaction by fuel and oxygen; the common effective order of reaction which is
equal to the sum of the orders by fuel, oxygen, and active admixtures: the total
activation energy; the reaction rate constant, For, determining these parameters,
Card 1/2

pi
A005/AO01
Calculation of the Total Reaction Rate :;!~d the Velocity of Flame Propagation In
Gas Mixtures
it is necessary to measuro experimentally the magnitude of the normal flame propa-
gation velocity, the magnitudes of the second derivatives of velocity with respect
to relative contents of fuel and oxygen for two mixtures, and the dependence of
the temperature on the fuel combustion, which is obtained taking into account the
dissociation by means of thermodynamic calculations, The correctness of the me-
thod can be checked in the following ways: 1) Comparison of the calculation re-
sults with the experimental data for the reaction rate which are obtained by the
direct method. A comparison performed for fue15 from mixtures of carbon monoxide
with air and oxygen at I at pressure and Tinit = 200C yielded satisfactory agree-
ment. 2) Utilization of the values of' tile coefficients, found from the dependence
of the normal velocity on the concentration, for determining the dependence of the
normal velocity on other parameters, as an e-,,ample, the temperature of the InLtial
preheating. Such a verification was also carried out for mixtures or carbon rfionu-
xide with air and oxygen. Also in this case a sufficient corroboration oil the me-
thod was observed,
V.B. Librovich
Translator's noted This is the full. t,-.n_-:1atL(.~n of' the original Russian abstract.
Card 2/2

S1 I 12/59/OCC/G'!VY,9/b895
2 0 0 A052/AOO1
Trans'ation from. Referativnyy zhurnal, Elektrotekhnika, 1959, No. 14, p. !g,
L
28651
AUT-dOR.- T-sukhanova, 0. A-
T=. Calculation of -~;he Summary Rate of Reaction and of the Flame 71
Velocity in Gas Mixtures A
PERIODICAL, V sb.- Issled. protsessov gorenlya. Moscow, AN SSSR, 19F,8, pp. 81-9o
TEXT- Approximate methods of determining the rate of chamfc-al reaction aa:e
suggested, which have a great importance for the calculatlon of combusticn\\7
processes, The calculation equations are derived by applying the law of similar-
ity of t-emperatures and concentrations to the solution of the differential
equation of energy at definite boundary conditions. Cal.~-,jlation formulae for
determining the rate of reaction and expressions for derivatives of the scruared
flame velocity with respect to fuel and oxyger, concentration are obtained. These
equations make it possible to find constant mean coefficients In the equation
of the summary rate of reaotion, which depend on the tempera' mare, a-nd compositon
Card 1/2

S11 12/59/000/014/009/085
A052/AOOl
Calculation of th6 Summary Rate of Reaction and of the Flame Velcre-ity in Gas
Mixtures
of the Intbial mixt-ures only. The resul't-s of checking the ac,,ura,-y of the
proposed melthods are given. 'They show that the calc;ulatlon fcrrwAL3Le agree
falrl~-r well with the experimental data, describs adequately the dependence of
tk~a f -'.ams velocity on the compoziftion of the mixtal-re, 9-nd enable one. to axialyz-
the effect of the magnitude of activxUon energy and summary orders on Whe
curve shape and the boundaries of flame distribution,
A. D. A.
Tr-ar-811ator's note: TIAs is the Pull i-.ranslatlozi of tzhe ::;riginal R%issian
abstract.
ard Z/2

24(8) PHAISE I BOOK E~TLWVATION SOV/2267
Akademiya nauk SSSR. Energeticheskiy institut
Kinetika i rasprostraneniye plameni; sborhik dokladov na obshchemoskovskom
seminare po goreniyu pri energeticheskom institute AN SSSR (Kinetics and
Propagation of Flame; Collection of Reports at the All-Moscow Seminar
on Combustion) Moscow, Izd-vo AN SSSR, 1959. 51 p. Errata slip inserted.
2,500 copies printed.
Ed.: L. N. Khitrin, Corrfsponding Member, USM Acadewy of Sciences; Ed. of
'Publishing House: A. J.* Prudnikov; Tech. Ed.: 0. M. Ous Ikova; Seminar
Council: L, N. Khitrin, Corresponding Member, UIESR Acadmny of Sciences
(Chairman), G. F. Knorre, Doctor of Technical Sciences, Honored Worker
in Science and Technology,Prc~fessor (Deputy Chairman); Ye. s. Shchetnikov.,
Doctor of Technical Sciences, Frofesuor (Deputy Chatrman); A. P. Vanichev,
Doctor of Teahnical Sciencee; V. V. Voyevodskiyj lorresponding Member,
TISSR Academy of Science,3; If. V. Golovanov, Candidate of Chemical Sciences;
D. S. Zhuk,, Candidate of Mtemical Sciences; N. V. lnozextsev, Doctor of
Technical Sciences, Honored Worker in Science and Technical, Professor;
B. V. Kantorovich, Doctor of Techrdc~xl Sciences; 1. M. Xogarko, Doctor of
Chemical~Sciences; B. P. Iebedev, Candidate of Technical: Sciences; K. A.
Nikitin, Candidate of Technical Sciences; A. S. Sokolik, Doctor of Chemical
Scienais; and Ye. S. Golov.'x.%, Csxididate of Technalcal Science (Scian-~ific
Card 1/4

Kin;~tics and Propagetion of Flame Oore.-) WTIt2267
Secretary).
PUFJ-'OSE: This book is inten(lei for engineers and sp-.!fiial:~,its --'n tl"a7a.;C. power
prodnation, gas combustion, heat engineerling'and -,ila:ted fielda.
The collection cnntainB threfa ax-tic.-Daki vh--~J-h &4~Z- -e-th th~-- --.'Mf--YU8tion
reaction rate and. flame 7~ioaity in gasecrus and V-ie of
ozone. on the kinetics of hy~ro(:arbon conb-ast-t-Ti. appr-'-';iX I~t !~ae
en(I of each
TAB12 PF COMM3:
Tsukhanova, 0. A. CalaUzatiart of Total Reaction R:,.,t,:t -.,.,d Flmae In
3
The author describes the combustion process vith a system of differential
equations of the conservation of mass, equati:)ns of momentum, energy. state
and chemical kinetics. The article is subdivided as follows: Der'ivtqtion
of an approximation formula for norma flame velocity; Derivation of equations
for calmilating coefficients of'total reaction ratte; CalcuIation of tctal
Card 2/4

Kinetics and Propagation of Flame (Cont.) SOV/2267
reaction kinetics for mix-hires of carbon monoxide with oxygen and nitrogen;
Cciqpar~ison of experimental data with calculated -Mlues of the total reaction
rst.e of carlDon monoxide with oxygen; On the conformity of exact and
approximate solutions. M6.follmrijag personalities are mentioned: No N.
Semenov, D. A. Frank-Kama*-tskJZ. Zell *,10 -ich Go A. Barski-y, A. V.
v
Bondarenko, No A. M%rzhvin-,'"N*'. A. Karzhavina, 'L. S. Sclovlyeva, G. 1. Kozlov,
I. So Bruk. V
Kamentskaya, So A.., No A, Slavinskaya, and So 'la. Pshezhetakiy. Influence of
Ozone on the Combustion of Hydrocarbons 33
The author investigated the influence of ozone on critical conditions for the
combustion of mixtures of some hydrocarbons with oxygen. Butane, Butylene
and cyclohexane were investigated as it was possible to assume sustantial
distinction in their pri.iarj interactions with ozone. The folloving personal~
ities are mentione(I.: No M. Chirkov, S. G. Entelis., A. B. Nalbandyan, B. Ya.
Stern, N. A. Kleymanov, An4,-,onova,, A. M. Markevich.
Cherednichenko, V. M., I. M. Pospelova, and S. Ya. Pshezhetskiy, Influence of
Ozone on the Burning Velocity of Hydrocarbons. 43
Card 3/4

Kinetics and Propagation of Flame (Cont.) SOV/2267
The influence of ozone on the burning velocity of bul~-ane Vias investigated
at atmospheric pressure In air mixtures, and in oxy;~,~n m-12turps at e pressure
of 10 mm Hg.
AVAILABIE- Librarj of Ooag:ess
M/mg
Card 4/4 10-5-59

r V
fn
cw
00
9..C 0 las I
5 !
'09 ~.. -0.- , ,
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No .028 -*0 1-0 jab

L.UICHEVSKIY, Vadim Pavlovich, prof. (deceased]; RAVICH, M.B., prof., red.;
-=L~NOVA~_ O.A., ksnd.fiz.-matem.nnuk, red.; VAGIN,A.A., red.
izd-v57,-TS"LM-IT'YZVA, F.G., tekhn.red.
[Fluel and combustion] Toplivo i ago szhiganie. Izd.3., ispr. i
dop. Pod red. M.B.Raviclia i O.A.T.'hikhanovoi. Moskva, Gas.nauchno-
telchn.izd-vo lit-ry po chernoi i tavetnoi metallurgii, 1.959. 398 p.
(MI%h 12:11)
(Fucl) (Combustion)

ISUIMANOVAI 0. A.
"The Investigation of the State of Explosion Products Behind the
Shock Wave."
report submitted for the 8th Intl. Symposium on Combustion, Pasadena,
California, 29 Aug - 2 Sept 1960.

31291
S/124Z61/000/010/026/056
11,100 D251/D301
AUTHOR: Pyatnitskiy, L.N. and Tsukhanova, O.A.
TITLE: Numerical integration of a system of equations of
energy with a source for different ratios of the
coefficient of diffusion to the coefficient of tem-
perature-conduction
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 10, 1961, 82,
abstract 10 B587 (V sb. 3-e Vses. soveshchaniye po
teorii goreniya, v. 1, M., 1960, 35-43)
TEXT: A verification was carried out of the approximate
relationships expressing the normal velocity of the spreadirg of
flame by means of parameters which characterize the total kinetics
of the chemical reactions, the activation energy E, he pre-expon-
~ntial multiplier ko,the total series of reactions t, and the ser-
ies of reactions according to fuel n. The purpose of these verifi-
cations was to ascertain the accuracy, with which the kinetic coeff-
Card 1/3

31291
S/124/61/000/010/026/056
Numerical integration... D251/D301
icients of chemical reaction can be determined from data on the vel-
ocity of flame-spreading, making use of the relationships mentioned.
The numerical integration of the equation of thermal conductivity
with a source was carried out. The coefficients of the equation are
reckoned to be constants, the function of the evolution of heat
corresponds to simple reactions, whose total series was chosen in
the range 0.33 - 2.0, and the activation energy was chosen in the
range 20 - 90 kcal/mole. The equation was integrated for various
compositions of the initial mixture. The results gave the relation
of the velocity of normal spreading, obtained by integration to the
velocity calculated according to the approximation formulae. These
relations depend on E and 1, but do not depend on tl-einitial compo-
sition of the mixture. The effect is estimated of the ratio of the
coefficient of diffusion to the coefficient of temperature-conduc-
tion on the effective kinetic coefficients of the reactions. It is
assumed that in the case of different coefficients of diffusion and
temperature-conduction the velocity of spreading may be defined by
the same formulae as in the case of equality of these coefficients.
Card 2/3

312
S/124YC6~1/000/010/02611/056
Numerical integration... D251/'D301
It is necessary, however, to change the function of the evolu%7.ion
of heat to some "effective" function having a similar form to that
of the second "effective" kinetic coefficient. The effective func-
tion of evolution of heat is calculated from the temperature field
and the velocity distribution of the chemical reaction in the zone
of combustion, obtained by L.N. Pyatnitskiy by the numerical inte-
gration of the system of equations of diffusion and thermal conduc-
tivity (Tr. V Konferentsii molodykh uchewykh. Energ. in-t. iai SSSR,
v. 2, M., 1960, 34-43). It was found that by applying the ratio of
the coefficient of diffusion to the coefficient of temperature-con-
duction in the region I - 10, the effective coefficient E varies by
not more than 2076, n by 4076, and t by 100%, and the magnitude of
the effective k. changes by several degrees. The authors conclude
that the data on the velocity of flame-spreading cannot be taken at
the present time as a source of detailed and trustworthy informa-
tion on the mechanism of chemical reactions. Z-Abstracter's note:
Complete translation.-7
Card 3/3

28336 3/124/61/000/(,,06/009/027
A P-20 0 A6051A130
AUTHORx Tsukhanova, O.A.
TITLE: The transmission of explosions through capillaries
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 6, 1961, 15, abstract 6 B 75.
(V sb.: 3-ye Vses. soveshchaniye po teorii goreniya. T. 1. MoscLw,
196o, 187 - 192)
TEXT: The author studied the transmission of an explosion of ahydrogen-ox-
ygen mixture through capillaries from,one chamber into another for different ca-
pillary sizes and for different volume concentrations of hydrogen in the mixture.
The experimental set-up consisted of two steel cylinders 30 mm in diameter inter-
connected by a steel capillary. The length of the cylinder in which the explo-
sion took place was varied from 90 to 611 mm. The capillaries used were 36 - 250
mm long and 0.25 - 0.7 mm in diameter. The concentration of hydrogen was varied
from 14 to 83-65%. The principal recording method consisted in photographing the
process by the penumbra method under development conditions. It turned out that
the limiting hydrogen concentrations for explosion transmission are determined by
the ratio of the square of capillary dia-]meter to capillary length. The velocity
Card 1/2 Y

28336 .9,124/61/000/006/009/027
The transmission of explosions through capillaries A005/A130
of the flame front in the capillary is lower than for stationary detonation but
higher than the velocity of sound in the initial mixture and decreases with de-
creasing diameter of' the capillary. Experiments with a capillary of rectangular
cross section 0.4 x 36 mm and 80 mm long (slit) showed that the front velocity
also decreases with the length of the slit.
V. Gordeyev
[Abstracter's notex Complete translation.]
Card 2/2

5.4700,10.0000,24-5300 .(7 '320
QOV5'(-30-2-17/18
AUTHOR: Tsukhanova, 0. A.
TITLEt A Method of Inve3tigation OV the, State ot' Explo3ion
Products by Measuring Shock Wave Parameters
PERIODICALt Zhurnal telchniche-skoy fizilci, -L960, Vol 30, Nr 2,
pp 242-247 (USSR
ABSTRACT: During ~rao combustion In ,L closod VOILURQ 011C RlLty Obtain
some information on the state of gas in the combustion
region by studying the parameters of shock ~.Iaves pro-
duced during the accelerated motion of the flame later
propagating through the products or explosion. In the
case when these waves can be considered plane and quasi-
stationary, one may apply the usual equations of con-
servation: conservation of the mass
Card 1/9

A Method of Invostig"O'Jon W.' Uie Slu~it:e
of Explosion Prodl.10~s by Measurln~, Sliock
Wave Parameters
conservation of impulses
/y" (11 - P,2 - PI,
conaer-vation of energy
D2 T
2g
and the equations of state
PI r1l (R T,
P~, R)
1y /,j
(2)
(3)
(5)
Card 21g

A Method of Investigation of the State
of Explosion Products by Measuring Shock
Wave Parameters
7732C
SOV/57-30-2-17/18
Here D is velocity of propagation of the shDck wave
relative to the gas; n is gas velocity A u = u 2 - ul;
P is density; p is pressurej T Is temperature; i is
enthalpy; molecular weight; and R is t"Ile universal
gas constattt.= Index 1 refers to the gas in front of
the shock wave; and 2 refers to the gas beh:1nd it. The
author describes how one can use the data about the
pressure and gas velocity in regions I and 2 to calcul-
ate the density distribution inside the chamber, the
variation in time of the quantity p~p RT/4 , and the
enthalpy of the gas, 1 2' Introducing the notation
E, == j, 1) " , ,
-j.- 2g
Card 11
(D 50 AE=E,-E,.
2!-

A Method of Investigation of the State
of Explosion Products by Measuring Shock
Wave Parameters
Card 4/2F
77320
SOV/57-30-2-17/18
one can draw conclusions in the following manneri If
A E turns out to be zero, one may assume that there
were no significant chemical changes in the gas; AE>O
means that there take place exothermic reactions of
residual burning; AE < 0 shows that dissociation
processes with a degree of dissociation higher than those
in equilibrium are taking place in front of the shock
wave. Observing wave fronts of consecutive reflected
waves occuring with a time delay, the author was able
to deduce the time necessary for the explosive mixture
to reach the equilibrium state. The experimental set-up
consisted of a chamber 585 mm high and 30 mm in diameter.
The. gaseous mixture was exploded by a spark near one end
of the chamber. The author shows a photograph of the
explosion taken by the Tepler method. Pressures were
registered by means of piezoelectric feelers with
membranes 15 Rm in diameter. Self-frequency of the
feel&r was 10 c/aec. The pulses were observed by means
of an oscillographl time measurements were done with a

A Method of Investigation of the State 77320
of Explosion Products by Measuring Shock SOVI/57-30-2-17/18
Wave Parameters
10-6 see precision and distances measured with an
accuracy of 0.15 mmj pressure was m dsured with a -.re-
cision of 0.2 atm. The author fourl gas velo3ities to
be between 100 and 500 rfi/sec which orresnonds to
'
'
&
Rheinold's numbers
exceeding 2 ' 10
. In
this region
the maximum velocities of flow are close to the average
velocities. Some results are in Table 2. The a-uthor
concludes from the data that the energy Ea. is su-f-
ficiently well satisfied after excluding the early part
of the second wave. The burnIng process Must have
already ended. at thl,li point, yielding, for the corribuoqtion
time an interval smaller than lo-3 sec. (Note of the
Abstracteri The present article contains at this point
an error. The author refers in the text to data on
waves II, III, and IV in Table 2, while Table 2 in fact
contains data on waves III, IV, and V.) -ImLlar pre-
liminary results about 2CO + 02 explosions, with start-
f 100 kcal/mol, showed a combus-
Ing A E of the order
S
Card 5/6 _
tion time of 2.5 - 10
sec. The author al.ao measured
19

A Method of Investigation of the State
of Explosion Products by Meaz;uring Shock
Wave Parameters
I f -),' -
CIO
Table 2. (x (mm) 13 distance from the t-n-vi of'
where Ignition occurs; t (se-c) 1.,j

< T
~1 14

56 26.1 1073 43 390
146 25.3 1142 112 30S
256 21.2 1220 2W 330
346 23.25 1235 260 21A)
456 22.05 1140 310 220
WAVE
2 5 5 05813 0972
02 6*3 0:557 0'.955
3 7.4 545 0.98
.1 8.35 10)'.585 1.05
4.85 9.25 0.712 1-13
1500 17700 -4.1-1
18W 2135 -14
21(A) 2320 1-41
2260 2 140
21W 2150 -St
Card 6/jo
a

A Method of Investigation of the State 77320
of Explosion Products by Measuring Shock SOV/57-.':~0-2-17/18
Wave Parameters
TABLE 2. (x (mm) is distance from the end of the chamber
where ignition occurs; t (sec) is time.) (coni:inued)
WAV E I V
56 27.3 1120 300 70 5.1 8.65 0.838 1.24 19W 2120 5
146 28.4 1140 280 110 4.8 8.05 0.725 1.1 2035 7260 1
256 2,).8 1140 210 155 4.2 7.25 0.71 5
101 1870 2140 -1-,14
346 30.7 1115 155 210 3.8 6.5 0.65 0,937 1825 2140 -o-!.4
456 31.9 1075 85 265 3.3 5.7 0.624 0.924 1670 1935
546 32.7 1G14 24 280 2.95 5.1 0.664 0.935 1390 1705 -4-' .7
WAVE V

6
5
"*4 04
1 40 230 3,3
'
8
1
'
0121
' 070
' 1960 2110 2

146
38.2
1085
SS
205
3.5 2
5
.
5 0
54
5 E74
3
2000
2 95
I -#-17
211, 37.2 1010 120 162 3.7 5.7 0.66 0.9 1750 1965 -f-' N.
346 36.2 1025 165 135 3.9 6.0 0.67 0.95 1820 1965 5
456 34.9 965 215 90 5
4.1 6.6 0.817 1.19 1600 1730 8
546 33.6 895 235 38 4.7 7.4 1.085 1.56 1350 1485 0
Card 7A9

A Method of Investigation of the State
of Explosion Products by Measuring Shock
Wave Parameters
SUBMITTEDi
77320
SOV/57-7:;.D-2-17/18
the quantity RT/LL and the heat loss CL of th,? products
of reaction. Rebults are on Fig. 2 where the .-tumbers on
the abscissa represent the times of reflection of the
respective waves from the end of the chamber. After
determining CL , the author verified the assumption
about the quasi-stationary character of the shock wave.
She notes also that the investigations described In the
present paper should be supplementpd by t~,mperE~ture
measurements using optical methods. There are 2 figures;
and 2 tables.
March 20, 1959
Card 8/p
z

011`~ 62/005/005/003/015
B1 NB1 02
AUTHORS: Pyatnitskiy, L. N., Tsukhanova, 0. A.
TITLE: Calculation of the state of explosion products by means of
shock-wave parameter measurements
?ERIODICAL: Inzhonerno-fizicheskiy zhurnal, v. 5, no. 5, 1962, 21-29
TEXT: The states of CH 4 + 402 combustion products were investigated in
a closed tube (3 cm in diameter, 155 cm, in length) consisting of
'nterchange_z~ble sections, one of which had two glass windows (!60-3 mm);
.J. 0
the visual section of the tube was mounted in various positions
relative to the ends of the chambers. The progress of the combustion
processes were photographed with an '~IAB-451
(IAB-451) instrument.
Time was counted from the moment of reflexion of the detonation wave from
the end of the tube, when two waves are generated at the tube end, one on
re"I'lexion of the detonation complex, the other a redetonation wave.
Gas velocity and pressure ahead of and behind the shock wave, and the
relative velocity of the shock wave were determined from the photographs.
Card 1/2

Calculation of the state of ...
07/C
S/170/62/005/005/0 J 15
B104/B102
By means of these data and the three equations of conservation of mass,
momentum and energy the parameters of the combustion products, the heat
transfer coefficient of a non-3teady gas flow and the Nusselt number were
calculated* The reaction takes place within 10-3 sec and the system
reashas thermodynamic equilibrium. Bohind the wave the mean values of
the parameters may be considered as being in.thermodynamic equilibrium
for about 10-4 see. It was found that heat exchange of the combustion
products in non-steady --as flow, although more intense-than in'steady'-1,
flow, followed a law not greatly different from Nu = 0.023 Re 0.8 PrO-4
(steady flow). L. 11. Xhitrin, Corresponding Member AS USSR, is
thanked for discussions. There are 1 table and 3 figures.
ASSOCIATION: Energeticheskiy institut imeni G. 11.1. Krzhizhanovskogo,
,~j'rjscow -,-. (institute of Power Engineering imeni G. M.
,
I
Krzhizhanovskiy, Yloscow)
SUBMITTED: February 24, 1962
Card 2/2

ALADIYEV, I.T.; ALEKSANDROV) B.K.; BAUM, V.A.; GOLOVINA, Ye.S.;
GOLIDENBERG, S.A.; ZHIMERIN, D.G.; ZAKIIARIN, A.G.; IYEVI-F-11, V.11~;
KNORRE, V.G.; KOZLOV, G.I.; LEGNTIYEVA, Z.I.; 16ARYI671CR, I.M.;
WYEROVICH, E.A.; MIKIJITEVICII, G.V.; POJ~YOV, Z.J.; POPCOV, 7.A.;
PREDVODITELEV, A.S.; PYATNITSKIY, L.N.; STYRIKOVICII, M.A.;
TOLSTOV, Yu.G.; TSUKHANOVA,,2.A.; CHUKHANOV, Z.F.; SRYFf)LIN, A.Ye.
Lev Nikolaevich Khitrin, 1907-lq65; obiLuary. Izv. Aril SS3B. Energ.
i transp. no.2:159-160 Mr-Ap 165. ('mip'A 18-.6)

PYATNITSKIY) L.N.) -MaMAU4-2104.
Calculation of the state of explosion products by measuring
the parameters of shook waves. Inzh.-fiz.zhur. no.5:21-29
My 162. (MIRA 15:7)
1. Xnergeticheskiy institut imeni. G.M. Krzhizhanovskog%,,
Moskva.
(Combustion gases) (Shock waves) (Thermodynamics)

TSUKHMOVA, O.A.
- -----
.
Method for
analyzing the products of an explosion by measuring
the parameters of -the shock waves formed. Zhur.tekh.fiz. 30
no.2:242-247 F t60. (MIRA 14:8)
(Explosions) (Shock waves)

GERTS, Ye.V.; LEVITSHY, TSLjlUIANfjVj,, Ye.A.
Theory Tneup
Teor.
n(.,..I(j'l,/IC8,4C,-59
165.
011TIA 18;7)

LEVITSKIY, I.; Ye.A.
Sel~~~ting the braking -orinciple for hydraulic drives.
4 m--ab. Sam. I)n teor. maph. 20 no. '70-
ru I Inst. ..1,5-11 160.
T
(MERI 13:12)
(Oil hydraulic machinery--Brakes)

1ACC NRa AP6034619
AMUR: Ts anova. Ye. A. (Moscow)
ORG: none
SOURCE CODE: UR/038o/66/ooo/c)6/0025/0035
TITLE: Motion equations for hydraulic drives, considering the compressibility of the
actuating medium
SOURCE: Mashinovedeniye, no. 6, 1966, 25-35
TOPIC TAGS: fluid dynamics, hydraulic fluid, hydraulic engineering, hydraulic
equipment Yr,,o-ro1-- A_evLe_4c:;,, Lj
ABSTRACT: A general system of equations characterizing the dynamics of hydraulic
drives in automatic machines is developed. Basic allowances in the compilation of
these equations are analyzed with respect to their influence on the type of system,
and particularly on the property of the fluid, the flow peculiarities, and the
boundary conditions. The analyzed portion of the hydralaic drive, which includes
hydraulic cylinders, an uncontrolled pump with pressure regulating devices, and
control devices, is considered as a consecutive combination of channels with constant
cross sectioqs andaconfiguration so complex that it gredtlydaforms the flow. Erjuatims are
given for the motion of incompressible, compressible, and concentrated compressible
fluids. She analysis covers notion equations of movii7ig cylinder parts and the
external forces acting on them, relations between pressure and flow rates, displace-

ACC M AP60311619
ments of moving parts in control devices, and boundary and initial flow conditions.
Attention has been paid to the fact that it is not possible to completel'y eliminate
air bubbles in containers with a free oil surface in contact with air. This
promotes an increase in vibration. Taking into account the compressibility of the
air bubbles in concentrated flow sections, in addition to existing non-linear
functions with approximated numbers, another non-linearity arises, Orig. art.
has: 1 figure, 2 tables, and 18 formulas. (WA-981
,;nhUBM DATEI 15Feb66/ ORIG REF: o16/ oTH REP: 002
SUB CODE: 13
Lt:brd 2/2

ACC NR. AP6034619 SOURCE CODE: UR/0300/"/0G0/006/GO2~/G035
AUTHOR: Tsukhanova, Ye. A. (,,,;osco-w
ORG: none
TIME: Mbtion equati ons for hydraulic drives.,Aconsidering the compressibility of the
actuating medium
SOURCE: Mashinovedeniye, no. 6, 19066, 25-35
TOPIC TAGS: fluid dynamics, hydraulic fluid, hydraulic engineering, hydraulic
equipment
A3STRACT: A general system of equations characterizing the dynamics of hydraulic
!drives in automatic machines is developed. Basic allowances in the compilation of
these equations are- analyzed with respect to their influence on the type of system,
and particularly on the property of the fluid,\4he flow peculiarities, and the
lboundary conditions. The analyzed portion of the hydraulic drive, which includes
~hydraulic cylinders, an uncontrolled pump with pressure regulating devices, and
!control devices, is considered as a consecutive combination of channels with constant
across sectionsandaconfiguration so complex that it greatly&forms t~,e aow. L-juatims wel--
i given for the motion of incompressible, compressible, and concentrated compressible
Ifluids. The analysis covers motion equations of moving cylinder parts and the
lexternal forces acting on them, relations between pressure and flow rates, displace-

ACC NR: AP6034619
;rents of moving parts in control devices, and boundary and initial flow conditions.
jAttentior has been paid to the fact that it is not possible to co=pletely eliminate
i
,air bubbles in containers with a free oil surface in contact with air. VnIs
promotes an increase in vibration. Taking into account the compressibility of the
air bubbles in c,)ncentrated flow sections, in addition to existing non-linear
I
functions with app-oximated numbers, another non-linearity arisea.. Orig. art.
1han: I fig-are, 2 tables, and 18 formulas. [WA-981
SUB COIE: 13~OAUBM DhTE--. 15Feb66/ ORIG REP: 0161 OTH REF: 002
~LCard 2/2

GERTS., Ye. V. ;LEVITSKY) N.I. ~TSUKHANTOVA, Ye.A,.(Noscow)
"Theorj of pneimiatic and hydraulic systems of automatic machines It.
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 Jan - 5 Feb 64-

TSUKHANOVA, Ye.A.
Solving the motion equation of the piston in a hydraulic device
In case of a sliding valve. Trud7 Inst. mash. Sem. po teor. mash.
19 no.76:17-25 159. (MIRA 13:3)
(Mechanical movements)

TSUIHANOVA, Ye.A.
'4~
1, . i
Analyzirg the movotment of the pistonC in hydraulic mechaniams.
Trudy Inst.mash.Sem.po teor.mash. 16 no.63.'17-40 '56. (WA 10:1)
(Pistons) (Machine tools--Hydraulic driving)

TSUKHOOVA, YE. A.
IIStudy of the Standard Hydraulic Yzchine. (Analysis of the I%Iotion of the
Piston in the Cylinder)." Acad Sci USSR, Inst of Machine Science, ,,Moscow,
1955. (Dissertation for.the Degree of Candidate of Technical Sciences)
SO: M-972.9 20 Feb 56

-, 1 . 1 11 1 :_i
7"~- ~A K tl !-'I N; " f'-..
KOZHIN.V.D.; LEVITSM, N.I.; TSUMUNOVA,Ye.A.
'-
ftpansion of the thecry Of hy~~~niszs. Isy. AS
SSSR. Otd. tekh. nauk. no.X41 F 155- (KWA 8:8)
(Hydraulic machinery)

TSUKUMVA , YO.A.
Axperimental, investigation of hydraulic braking devices equipped
with a cone valve. Trudy Inst.manh. Sem. po teor.mash. 21 no.81/82:
55-66 160. (MITIA 13: 11)
(Wdraulic brakes)

-L. 1522z.66___kUjd
0
SOURCE' CODE- IJR/0316/66/000/007/0031/0033
AUTHOR: lAvinskly, L.-S. Tsukha, , A. N.
ORG: none
TITLE- Methods of designing memories wi single-action recording of Iterative information
SOURCE: Nauchno-teklmicheskaya Informatstya, no. 7. 1965, 31-33
TOPIC TAGS: computer memory, computer technology, Information storage and retrieval
ABSTRACT: A great deal of attention Is currently being paid to the design of memories capa-
ble of storing information In the birtary-code form and producing the sought word not by means
of an address, but by the content of the sought word, Le. , "associative memory. 11 This
article examines memories In which the convenience of handling variable length Information
series and the elimination of the excess of the stored Information to provided by the use of
special recording and reading programs. A variation of an associative memory is described
in which the storing device (designo.-d In the form of a pyramid binary coder) automatically
provides single-action recording of iterative Information. Orig. art. has: 5 figures.
SUB CODE: 0 SUBM DATE- VSMar65 / ORIG REF: 001 / OTH REF: 003
UDC: 681.142.07

TSUKBLO, V.M.
What causes the splitting of particle boards in case of their veneer-
ing in hot presses. Der.prom. 11 no.2%17 F 62. (MIRA 15:1)
1. Moskovskiy lesotekhnicheskiy institut.
(Hardboard) (Veneers and veneering)

VIISHCHENKOP Georg-ly Le-oniclovich; 1111SYMMI, Alekoandr
KHASIYIN, T.I., red.; T~;UKHLO, I.L., red.
[TechnojoCy of the trarisparer-it fin-rihing of fj,,~Inel elF-m-7~t:7
t,
of furnituro] TiAlinclogila prozi-achnol otaelki shchitmkh
elamentov me-bell. Mloskva, Izl-vo lll-e~~Tlaia it
1964. 242 p. (~, P~ A i )

TSUMUP V, M.
F:Luidity of shaving and glue mixtures. Der. prom. 12 no.2:
13-15 F 163. (MIRA 3.6:4)
1. moskovskiy lesotekbnichaskiy insti-tut.
(Furniture industry)

TSUKHLOV ovich; NIKITIV, V.A6. red.; KHAKW4j Ya.M.,
tekhn. red.
[On the path the great objective; industries, construction
and transportation of Ullyanovsk Province durignthe five-
year period, 1956-1961]Na puti k velikoi tseli; promyshlen-
nost'. stroitellstva i transport Ullianovskoi oblasti za
piatiletie) 19~~1961. Ullianovsk, Ullianovskoe knizhnoe
izd-vo, 1961.' 44 pe (MIRA 15:8)
(Ullyanovsk Province-Industries)

ZHURAVLEVP Vitaliy Nikanorovich, NIKOLYAEVA, 011ga Ivanovria; KUCHERY4.V-YY,
A,V,, Inzh., retsenzent; SIIEETLAKOV, Ch.L., tnzh,, retsenzent;
KLISANICH, N.P., inzh,, retsenzent; TSUKBWV, A.P.P-dotE.,-
retsenzent; DUGINA, N.A., tekhn.
[machinery steelslMash-.1nostroitelInyo stali; spravochnik d1la
konstruktorov. Moskva, Mashgiz, 1962. 237 p. (MIRA 16:2)
(S-f-e-el, Structural)

I'SUKKJM- . A,
---
Nuclear interactions of heavy ions. Usp. fiz. nauk ',6 no.'2:',h5o-382
MIRA 11~:2)
F 162. 1
(Naclear reac tions)
A
(ions) :i

APTIR, I.M.
Zffect of electroshok on prot*ctiT* motor conditioned reflexes
in dogs. Zh. vysahei nerv. deiat. 2 no. 3:396-410 Xay-Juns 1932.
(CIXL 23:3)
1. Inboratory of the Physiology and Pathology of Higher Nervous
Activity of the Ukrainian Psychonsurological Institute.

.a--DT--,R) T* ". 1 7. 'J'.
.aectric Rock
:Erl'-rt or -1ectric sh,-(-.!- upon th~r (,ondition-JI motor reflex~-s in dogs. Zhur.
vys. nerv. d~ial-' n, No. 3, 1952. -
9. Monthly List of Russian Accessions, Library of Congress, Gotober 19544, Unclassified.
2

'R 1. 1., -1. V.
P TIL f .. I T3UYKv,'R, ' -
A
Conditioned Res-Onse.
Effect of electric shock upon the con-litionsd motor -1,.--f'-nse reflexes in do~,,s.
Zhur. vys. nerv. deiat., 2, No. 3, 19152.
9. Monthl List of Russian Accessions, Library of Congress, October 195p, Uncl.

07M, , T . U. , TSUI-T-M, B. V.
Conditioned Response
Effect of electric shock upon the conditioned motor defense reflexes in dogs. Zhur. itys.
nerv. deiat., 2, No. 3, 1952.
9. Monthl List of Russian Accessions, Library of Congress, October 19 W,2 Unc 1.

-D
FAVOISKIY, Vladimir YO'vgnnl;revich; RDMANDVSKIT, V.P., kandidat tekhnichaskikh
nauk, dotsent, reaalrtor; TSUKKHR, G.Ye.. inzhener '. redaktor;
KAPLANSKIY, Ye.F.. redak-t6r-'-,"-SOW V., takhnichaskly- redaktor.
(Cold extrusion] Kholodnala sbtampoyka vydaylivanism. Pod obahchei
red. V.P.Romanovskolp. Moskva, Gos.nauchno-tekhn.Izd-vo mashino-
stroitellnoi lit-ry 1955. 34 p.(Bibliotechka shtampovshcbika,
no-7) [Hicrofilm (MLRA 9:1)
(Forging)

VAINTRAUB, David Abramovich; KU7TFrSOV, Dritrly Petrovich; FILINA,
Irina Stepanovnq SHILOV, VIktor Stepanovich; TSUKKER, Gj e., -
red.; FREGER, D.P., red. izd,-va
[Cold extrusion] Kholodnoe vydavlivanie; obzor. Leningred.
Ra.l. 1961. 62 p. (MIRA 15:4)
(Extrusion (Metals))

VAYETRAUB, David Abramovicb; KUZNETSOV, Dmitriy Petrovich; FILINA,
Irina Stepanovna; SBILOV, Viktor Stepanovich; TSUKKER, G.Ye.,
red.; FREGER, D.P., red.izd-va
(Cold extrustion; a review] Kholodnoe vydavlivanie; obzor. Le-
ningr.id.(Leningradskii dom nauchno-tekhnicheskoi propagandy.
Seriia: Goriachaia i kholodnaia obrabotka metallov davleniem)
No.2. 1961. 47 p. (Extrustion (Metals)) (MIWk 15:6)

MONIM, Asir Isidorovich;,TSUIMIII-R--G.Ye.I nauchnyy red.; SMIRNOV, Yu.I.,
red.; TSAL, R.K., tebin.red.
[Organization of the technical preparation of production processes
at an instrument plant] OrganizatBiin toldinicheakoi podgotovki
proizvodstva na priboroatroitellnom predpriiatii. Leningrad, Gos.
soiuznoe izd-vo sudoetroit.promyshl., 1960. 151 P.
(Instrument manufacture) (MIRA 13:9)