SCIENTIFIC ABSTRACT TAGANOV, G.I. - TAGANOVICH, D.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754710015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 11125-63 EPA(~)/Wq)# 1q/ S FS(V) ASD/~qT C4k~~ ~C
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ACCESSION NR: AP3000710 S/0258/63/0031002/0:M/0221T
7-
AUTHOR- Bukovshin, V. G.,(Moqcow)j Taganov, G. I.-(Hoscow)
TITLE: Calculating the aer-dyn' ~s'acting an bodies with separated flow
regions in hypersonic flows.
SOURCE: Inzhenernyy zhurnal, v. 3, no. 2, 1963., 2'15-221
TOPIGTAGS: hypersonic separated-flow, aerodynamic forces, spiked body
ABSTRACT: A theoretical method'is outlined for calculating the aerodynamic forcesi
acting on bodies of arbitrary shape in hyper6onic, flows in the presence of separa.
Certain assumptions are give c 'T,
i ted flow regions of given configurations. ri whi h
.1. I- .-
consAde~ably simplify the problem of flow around spiked-bodies and make it possible
I to calculate forces in three different regions, i.e., a conical dead-air regiont
a reattachment region, and an outside region. The method is applied to the calcu-;
lation of lift and drag forces acting on 1) a sphere and 2) a cone, both with a
spike at an angle of attack. The results, presented in graphs, show that flow'
separation phenomena have a great influence on the'lift and drag of the sphere,
particularly at a zero angle of attack, but.very little on those of the cone.
Orig. art. has: 7 figures and"17 formulas.
Card
41 -

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ACCESSICav NR: AP3oo6339 S/0258/63/063/003/0419/0423
AUMCH: -Neyland, V. Ya.(Moscow); Taganov, G. I. (Moscow)
TITIE: Forward separated flow region in nonsymmetrical supersonic flow over a
spiked cone
SOURCE; Inzhenerny*y zhurnal., V. 3, no- 3, 1965, 419-423
TOPIC TAGS: separated flow, hYPerr-onic flow, hy-Dersonic flow over cone, spiked
cone, mass flow rate., laminar mixing
ABSTRACT: A generalization of the method used by S. M. Bogdcnoff and T. E. Vas
(Hypersonic separated Flows. Seventh Anglo-American Aeronaut. Conf., it. y.,
1959) to solve the problem of hypersonic separated flow aver a spiked con-e at an
angle of attack other than zero is described. The flow configuration Is given
in Fig. 1 of the Enclosure. Coordinates of lines of intersection of a "fluid
cone" (BCB') with the body and flaw parameters in the Iquinar mixing region are
determined, and an expre a sion for mass f low rate to the stagnation region is estab-
lished., and a numerical calcula'don of the angle of the "f luid cone" is made f or
various angles of attack a (0-100) at Mach num.1,E=s 5-100. The results (given
in graphs) with respect to the maximum value of the angle of attack compatible
Card 1/,3

L 18236-63
ACCESSION MR: Ap3oo6339
with the flow model considered are discussed. Orig. art. hast. 3 figures and
15 f onaWjAs.
ASSOCIATICIR: -ncne
smmwm; l3Feb65 DATE ACQ: Mep63 ENCL: 01
SUB CUDE -. AI NO REF SOV: 001 OTHER: 002
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..O.-cou 29 Jan - '5 Feb 61~.

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TA3f-.,N-JV, X. , Cand lech Sci -- (diss)
everwy for the generation af cold."
I A I
1~ 1~ ~11 1 -1
"Utilization of solar
Mros, 1,9r~7. 14 rj-. (Acad
3c1 U95R, %-wer Inckt Im "r. M. Y,'rzhIzhanov8kIy) . (KL,9--r:8, 119)
- 97 -

TAGANOV, K.
Possibility of using solar energy in relFrigeration engineerin
Izv.AN Turk.S.S.R. no.3:13-2~ 157. (MIRA 10:0*
1. Institut fiziki i geofiziki Aksdemii nauk Turkmenskoy SSR.
(Solar energy) (Refrigeration And refrigerpting machinery)

TAGANOV, K.
Studying nAtural circulqtion of glycerol in the ex-perimental model
of a solar household refrigerator. Izv.AN Turk.SS.R no.4:3-12 '57.
(MIRA 10:10)
1. Institut fiziki i geofiziki AN Turkmenskoy SSR.
(Glycerol) (Solar engines--3lectromechanical analogies)
(Refrigeration and refrigerating machinery)

KAKABAE&V, A.;
.L- --a tan
Duration of qurs'l-dne in individual cLf T " nis r..
TrUdy fi,-,.-tekl,. inst. AN Turk. SSR 8:1+9.-56 162'.
(MIRA 15:1-1)
(Turlaienistan-Sunshine)

BAYRAMOV, ft~ . YEWIYLEVA, O.N~; TAGANOV, K.
Technical and economic bases for using soL-Lr refr-4gerators
in Turkmenistan. Trudy fiz.-tekh. inst. IUI Turk. SSR
8,57-74, 162. (MIRA 15:1.1)
(Tur lane nistan--S olar engines)
(Refrigeration and refrigerating machinery)

I
'
iFCFA YEVA NT.T. red. BA. BAYLV, A.G. red ; alLAa CHlY, 1 S
-IETF,DV M. k, red KUNIN, V- Nl~ red
larid- geol-miner. nauk, red T GANOV~, K.;
kqnd, tekhi, nauk- SCKCl.!,)VA, I.-!., kand -e khoz. naulk,
red , ~~RT'~NCVA, T. V. . red i zd-va, vEVA, G. A. ., tekhn
rl~ i
f-:'ail-c-rlais uresented at the InLe-republllc Sc~enti--lc Ses-
sion on the Reclaiming of' the Deseft Areas of Central Asia
and Kazakhstan] Matbria17 dolozhennye na Vezhrespubl-lkanskoi
nauchnoi sessJLi po osvoeniiii pii,-tynnykh territorii Srednel
Azii i Kazakh5tana, Ashkhabpd, lzd-vo AN TSSR. Book 1, (Natu-
ral co-ditlons, animal h-,:sl:endry, and feed suppl,. of the
deser~j Frirrdnye i~slcvi ... zi-.-lvo-.novodstvo i kor-noval'a ba-
1 0 4 -er re
,a Plistpl' - 19'3~ '85 1 Book 2. (Land and dat -
sources of the deoert anc. their utilization] Zemel`no-
v~~dnye resursy Dustyn' i ikh ispol'zowinie 1Q6.3 1-18 p-
(MIRA 16:A)
(Continued on next card)

~,cfjntinuedl Card
I Mezhre!3puijIik:inckay..a nwichnnya sess7ya po os-royeniyu
puStynnykh territoriy Sredney Azil i Kazakhstana,
Ashknal~id, 1962~ 2, Akademiya nauk Turkmerlskoy SSR (for
FeTrov. Necl-,;iyeva), 'I. Institut pust-yn' AN Turkmenskoy
'SSR (for Petro-,r). Chien--- ko rrespondant AN Turkmenskoy
~7'7
(for Kunin~
of lancl--Congvesses)
Central Asla-Reclarriation of land--Congresses,
"Deserts--Congresses)

s/2o2/u5/vou/ool/ool/oo6
E-902/E192
AUTJ10R6 Davlctov, .X. Zhadall, S. Z. Taganov, K., and
I,
~syhullshiy, O.T. (deceased)
T IT I-reori ejector of low output
I EI(IODICALI. Akadem 'a nauk Turkmenskoy SSR. Izvestiya. Seriya
t'izJko-tekhnicheskikh, Ichimicheskikh i geologicheskikh
nauk. no.1, -1963, 6-14
T -~-.T A detailed analysis of the performance of a recently
butilt solar refrig(--rator working on the ejector principle has been
carried out. A special installation w-as built which permitted
Measuring three specific coefficients of ejection u, as functions
of pressure in front of the nozzle Pp, pressure of the ejected
vz- Po r Po, and the counter pressure Pk. The experimental
in,;tallatiori consisted of a gas circuit with a relatively high
pr.~ssure in front of the ejector nozzle generated by a compressor
r -as L
(2FV-b.5). A buffer capacity arranged between 'he
C 7~ -. e :5 S -Z r a = ZZ e e - - c -e
first series of experiments, in whicr. zwo cnaracterist.Ics were
aieitsurcd, viz. U u(PO) and u = U(Pk), the manometric fluid
Card 1/3

Freon ejector of low output S/202/63/000/001/ool/oo6
E202/E192
used was mercury. Since it
the various velocity losses
character, the total losses
coefficient determined from
'~D
All'U11
was impossible to differentiate between
in the ejector due to their complex
were expressed by means of an auxiliary
the expression
The heat loss was calculated from the temperature entropy diagram
using a specially large scale to improve the accuracy. In the
second part of the experiments, when mercury was replaced by an
aqueous solution of calcium chloride, in addition to the above
relations, the relation between u and u(P P) was studied. It
was found that after reaching the limiting value u decreased.
On analyzing all the three characteristic relations - u = u(Po);
U = u(Pk) and u = u(P P ) it was noticed that the first one,
after achieving sonic conditions, continued to increase but at a
slower rate; the second remained constant while the third
decreased. The velocity loss coefficients behaved in a similar way.
Card 2/3

L U458-63 EM/EPF(c) /EPF(h)-2/BDS/OdT(1)/ D/M
I C~1~0
Pu-4/Pi-4 RM/WW TAJ 1/b_J~UJC/92 O~
AUTHOR: Taganov, K., Candidate of Techn ical Sciences; Illyasov, Kh. Engineer
TITLE: Heat transfer with freon-12 boiling in a heliorefrigerating plant
111*t 1 +0
PERIODICAL: Kholodillnaya tekhnika,.4no.*2, 1963, 4-7
TEXT: The authors obtained an empirical formula for calculating the heat
transfer coefficient of froon-12 boiling in an inclined tube. The formula
o.646
4.48 q was derived from ~he giJaph in Figure 3 of enclosure-1. The effect of
the velocity of freon upon the boiling process is characterized by the formular
derived from graph in Figure 4 of enclosure 2: 0( = (Gq)0.32/d. The experimental
values of heat transfer coefficient are 1.5 to 2 times higher than those computed
according to formulas obtained by Kruzhinin, Kutateladze and Tolubinskiy [Abstrac-
ter's note: Works of above authors are listed-in bibliography]. These com-
parisons are shown in Figure 3 of enclosure 1. A dit~gram of the apparatus used
in the experiments is shown in Figure I of enclosure 3. The results of the study
indicate that freon jets are suitable for use in heliorefrigerating plants with
relatively high temperatures in the evaporator (above 01 C) and at a boiling point
in the producer exceeding 700 C. The article has 4 figures and a table containing
Association; Physics and EqgilKering Inst.,gfi the Academy of
Card 1 Sciences of t rkriensicaya

1 12458-63 EPR/EPF(c)/EPF(h)-2/BDS/EWT('l)/
n Fs-k /11mr-4/.
Pa-4/Pi-4 RMfWW j-T/W/dr4ffl2D/0/0 04 77,
AUTHOR: Taganov, K., Candidate of Technical Sciences; Il'yasov, Kh. Engineer
79
TITLE: Heat transfer with freon-12 boiling in a heliorefrigerating plant
-7
PERIODICAL: Kholodj-llnaya tekhnika, no. 2, 1963, 4
TEXT: The authors obtained an empirical form-aa for calculating the heat
transfer coefficient of freon-12 boiling in an inclined tube. The formula CK
4.4. qo.646 was derived from the g (
~aph in Figure 3 of enclosure-1. Theeffect of
the velocity of freon upon the boiling process Xs characterized by the formular
derived from graph in Figure 4 of enclosure 2: 0( = (Gq)0-32/d. The experimental
values of heat transfer coefficient are 1.5 to 2 times higher than those computed
according to formulas obtained by Kruzhinin, Kutateladze and Tolubinskiy [Abstrac-
ter's note: Works of above authors are listed in bibliography]. These com-
parisons are shown in Figure 3 of enclosure 1. A diagram of the apparatus used
in the experiments is shown in Figure 1 of enclosure 3. The results of the study
indicate that freon jets are suitable for use in heliorefrigerating plants -Adth
relatively high temperatures in the evaporator (above 00 C) and at a boiling point
% and a table co tainin
in the producer exceediU 700 C. The article has 4 fii?r(
.e n
Association: Physics and Engineering Inst. o T_ Academy o Sc ences noi
Card 1/y/ the Turkmenskaya SSR

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00 A Sventilskii and K -1-Tusnov. Factory Laboratory
90A t U.S.S.R.). v- 13. July 1947. p. 850-M. -00
go r:- Method and apparatus described are based on the .00
principle of electrical erosion recently applied to 00

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mAchining in the U.S.S.R. A definite amount of 8
o o '3 the material of the specimen to be analIzed im zoo
transferred to a fixed electrode bv electro-erosion, zoo
*Go then the specimen electrode is rep~ljkced by another
on, like the fixed one. An are is struck, and the zoo
time durinz which the characteristic lines of th,
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USSR/Phygice t%r 1948
Electrodes
Spectrum Analysis
"Electric Spark Transference in Spectrum Analysis,"
K. I. Taganov, 6 pp
i"Priroda" No 3
Every electrical discharge between two current con-
ducting electrodes is accompanied by transfer of
material from one electrode to other. Author do-
scribes importance of this fact in spectrum analysis~
particularly in stylograph.

Spectral analysis by transference in the electric spitrk
IS%'tIm'kII ; .... I K I I'I;'mor i, ~ 1 -1 1 *.,.i
N " j N N . 1.. 1:' 1 *101" Its L - f. . I
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through .' m.k' 't A."It .1 " ItTill It
Ih I fir 4-11gth III .1'al kmg only III- to .1 I"ItIlt

U,05' V61oolucAcal Proupecting
PAroleum Deposits
Dec 48
"Tito Probles ConcerniLz theParagenstsis of Titanium Organic Carbon$ azid Several other
E,Iements,0 L. V. Khaelevakayas, N. G. Morozovas, K. I, Taganovp So No Katchankova,
L' A, Voytasichovichp All-Union Pt~trolww% Eci Res.Geol Prospecting inst,s 3 pp
IlDok Ak Rauk Vol I,XrTT* Ho 6
Spectrographic ard statistical W&UMA of 87 sandstones taken from Kaykopskiyp
Cnokrakskly,p L- aganskiyj, 2nd Sarmatakiy deposits in the I& yer of oilbearing deposits
of -~roznanskiy H.1yonj, Tersid,3( Oblast. Found that piesence of organic cart-on# vanadium4
TAngamese, titaniu% nickels, bariua and strontium in various lithologic Zmups ~
aarA-silt-atores, clays and carbon - was not c4mwected exclusively Ah anY of tbAM.
'~:';ubmitted by Acad D. S. bolyanking 27 Oct 48.
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t In io-ssLaxi). me relative murits of the A-'. arc and Lhe
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for the datemination of carbon are briefly di5cussed, and
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to, it omly :41th, 1, 111W.M1 f ItIMI't 1: ... ~1-'
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""1'0'. it., I Ott., 'I", PA- , I

T
USSR/Metals - Plating Apr 50
Steeloscopes
"Spectrum Method for Determining the Thickness of
Metal Plating With a Steeloscope," K, 1, Taganov,
State Opt Inst, 2 pp
"Zavod Lab" Vol XVI, No 4
Develops method based on measuring time elapsed from
beginning of discharge action on surface of plated
article to appearance of base metal spectrum,
Method also permits evaluation of uniformity of
plating distribution resulting in rapid operating
control of plating bath.
#Am 16oT69

of ie-i
& PpArl
And A 0v Tr y Viejo au&-friledovateLE;
rMt. a Olki (Go-ov 16, 101
O:T2. P
wit (Lq_o ywt. n AIA cdta-,~,
detn.
ftst by combustion tthe sample an ac vat a.-C. arc,
U S S R and the detn. of K In an Fe catalyst am d
ernberg
W M. Si

BOGDANOVA, V.T., Inzb.; TITOVA, N.A., irvlh.: TAGANOV, K.I., kand.
fiz,-mat.nauk; TYUMIEVA, S.T., inzh,', red.;--i~60KOFrYEV,
V.K., prof., doktor fiz.-mat.nauk, laureat Stalinskoy premii,
otv.red.; FREGER, D.P., tekhn.red.
[Spectral analysis of steels with an alternating-current arc]
Spektraltnyi analiz stalei s dugoi peremennogo toka. Leningrad,
1952. 3 P. (Informatsionno-tekhnicheskii listok, no.101 (442))
(MIRA 14:6)
1. Leningradskiy Dom netuchno-tekhnicheskoy propagandy.
(Steel-Spectra)

USSR/Chemistry - Spectral analysis
Card 1/1 Pub. 43 - 96/97
Authors Taganov, K. L
Title Contact electro-spark sampling for spectral analysis
Periodical Izv. AN SSSR. Ser. fiz. 18/2, page 299, 11ar-Apr 1954
Abstract A method was developed for electro-spark sampling during spectral
analysis. The structural characteristics of such a sampling arrange-
ment are described, Some results obtained through contact electro-
spark sampling are listed.
Institution :
Sulmitted :

7
7. The q"trogTPPhfc:. arwj~ds
of omplex
steals with: an alternating current are V. T.
Bogdanova and X.- 1. Taganov., Report-of Sym-
"Savre M.,
m. M7 AfMady Nual.
rie
1 ioa,. Abstjr..-No.~~. 29.375;-A nieth6d isAescribed
U E&J'a' T
for the oCnalysis of stee nd~EZh,2-forCr,'
Ni Nin agd Si- . ......
bind of, ateel EYA ~ IT 1 for ego Ole-
amplo~,.bi dlam~~ 36 mm arid,
ments and TL ~Tha 0
%
height 110: mtni' are. cast to A ruetal 'Mould.
I trod b
copper rod sariics aiuppere qc
e, s arpened to
tru4cated,cone, the arc g Iap is 2 ram. It is observed
that there is a: differnaco in L
-ompositi6n between the
w main mass. of metal in them sample: and. thoeouter
q
;-zone pinery
;,the simpltiii are therefore treated wAh
to.a depth of 2 to 3 jum, , Roults-are calculated by
means of a . 6aversion ~ factor. . Th res ta are
u
averaged from live' apectra.',-Tha calciu!Atipa of
tile concn. i
taken from proviously p~eparid'tablcs,
ei.
The, lines used am~-for. EYFL'IT . and r%Zb,' C
2696-20 w Fe 2089-21, - Mw .2939,30 Fo, 2041-34:
T, ~ XF3090-76 -
Si 2510-12 - 1,76; 2518 ya:. I
Fo 3083,74 ~ Ti 3088,03 Fo 3083-74, for'RZh, IN
probable 7
3402-00 - Fe 341)5-29.~. Tlia reWive
errors of t1to'deterIn
Ination'.1 of tile various etements
t4win 0t C
are Nyi 6 to 50/c, A KOPXIN.
J;.

Z lin
3502
qqn of pukA bX-1131A

-go
hit. a
C
to

l m ~i
X. 1. Ta no

I
u v. XV; a auk SSSR, Ser.
"a N
v.
of. Zhur, Khitn, 1956, Abair, No.
.
~a
10, 065-By using a low-voltag . impulse rate it is
possible to suppress the spectruin_produc~d by a .
discharr in air. and to Obtain a fine spectrum,
1"M U4 is.' Taking as
useful in tm~ji6n IRLC
an example the determination ol 7n In bross, the
con
-influence 3f a third element- LH ) -a greatly
2l
es place,under a
reduced Nvhea t
ge
a. liquid is
layer of CCI,
=Tg

1. R. LoTtD
I I
coiitro
favourable to p

GHRASIMOVA, N.G., IVANOVA, T.F., SMiTITSKIY, R.S.: STARTSKV, G.P.-,
TAGANOV, K.I.; TTILWOVIUS, M~E.
Spectral datezmInation of hydrogen In metals. Izv.AN SSSR.Ser fiz.
19 no.2:1117-148 Mr.-Ap 155. (MLRA 9:1)
(Tartu-Spectrum analysis--Congresses)

MALITSW , M.G.; TAGANOV, K.I.
Contact electric spark assaying in the spectrum analysis of metals.
Izv.JVJ SSSR.Ser.fiz.19 no.2:205-206 Mr-Ap '55. (MLRA 9:1)
(Tartu--Spectrum analysis--Congresses)

A '11.1:1,
ar-I in Ti
we-I-f ~mJ,- wi'll a type, IJP-~)-i sp2c-
a ra f z 27t; tn- for
I-T j
f t s thcd -,Fiv-~ tilt. -uest results with

il ve f ~-R r a
f i I i
4r air -.'c r star-,,a,is cast
T i 3 1 t 110 1 C! 1~ t e n tOf
and e ra c t
L3 !~j
f t,~-,
7T s
jr -
kt~ni- c-' t~-,eL n e H w~s !,;=asured.
ie ~,o't-rrairaati3r, c' is -t '~~ ` , ,f ra s t lie
I' f 1 -2-
0, i sci--Large, s incrcasc~--' t'he irtensi~:- cf the 0-1-ires
i T, s s ard f I, an,-' for H,
es and t! 5 5 f Or t
1, e de -,e r minart ic - f

66354
sov/8i-59-19-6772o
Translation from, Referativnyy zhurnal. Khimiya, 1959, Nr 19, p 124 (USSR)
AUTHORS: Prokof'yev, V.K., Sventitskiy, N.S., Taganov, K.I.
TITLE: The Spectral Analysis of Uranium and Its Compounds for Admixtures by
Means of Diffusion-Convection Transfer
PERIODICAL: Piz. sb. L'vovsk. un-t, 1958, Nr 4(g), pp 42 - 44
ABSTRACT: For eliminating the superpositions of the U spectrum and the intense
continuous bacl%round it has been proposed to divide in time the processes
of separation of admixtures and the excitation of their spectra. This is
obtained by a preliminary transfer of the admixtures to a supporting
graphite electrode. The second graphite electrode containing an uranium
sample which has been preliminarily calcined and converted to U308 is
heated by an auxiliary d-c current. The electrode with the sample serves
as anode, two carbon cathodes are installed symmetrically perpendicularly
to it. At the burning of the auxiliary are the fractionating admixtures
are transferred to the supporting upper electrode and the non-volatile
U 08 remains in the channel of the lower electrode. This transfer, in
Card 1/2 2stinction from the electro-spark transfer, is termed diffusion-convection
Lql--

SVENTITSKIY, II.S.; TAVaNOV, K.I.
Some invustigutions of the opectral determination of hydrogen
in metals. Fiz.9bor. no.4:209-212 158. (MIRA 12:5)
1. GoBudarstvennyy ordena Lenina opticheskiy institut Imeni
S.I.Vavilova.
(14etals--Hydrogen content) (Upectrm, analysis)

SVENTITSKIY, IT.S.; 61MfBITKO, K.K.; FKL'KOVA, O.B.; GkLONOV, P.P.;
TAGAIIOV, K.I.; ALPATOV, M.S.
Spectrum analysis of titanium, molybdewim, and their alloys
for nitrogen, hydrogen, and oxygen. Fiz.sbor. no.4:225-231
158. (MIRL 12:5)
1. Vsesovuznyy ordena Lenina nauchno-issledovatel'skiy institut
aviatsionnykh riaterialov.
(Gases in metals) (spectrum analysis)

R&L'TSBV, M.G.; ?TIT3YIUi, Ye.A.; TAGkNOV, K.I.
Some plKraical characteristics of the contact-electric a-Dark
selection of a sample for spectrum analysis. Fiz.sbor.
no.4:252-255 '58. (MIRA 12:5)
1. Gosudarutvennyy ordena Lenina opticheakiy institut imeni
S.I.Vavilova.
(Spectrum analysis)

BORBAT, A.M.; IULL'TS.~,'V, M.G.; TAGANOV, K.I.
Effoct of a third- conponent in spectrun analysin with electric
naloation of aamplea. Fiz.abor. no.4:255-257 1513.
(MIR& 12:5)
1. Goaudurstvennyy ordena Lenina opticheakiy institut imeni
S.I.Vavilova.
(Spectrun analysis)

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tSE99

/? P 57,5-~31 0
66352
30V/81-59-19-67683
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 19, p 117 (USSR)
AUTHORS: Sventitskiy, N.S., Taganov, K.I.
TITLE: Some Investigations on the Spectral Determination of Hydrogen in Metals
PERIODICAL: Fiz. sb. L'vovsk. un-t, 1958, Nr 4(g), pp 209 - 212
ABSTRACT: The conditions have been studied for changes in the concentration
sensitivity (CS) of the spectral determination of H in metals at the
excitation of the spectrum by a low-voltage pulse discharge. It has
been established that the value of CS has a maximum at 100/.& -henry.
An increase in the ohmic resistance sharply reduces CS which at 6 ohms
vanishes completely. An increase in the charge voltage of the capacitor
from 100 to 200 v increases CS; an increase in the capacitance of the
discharge circuit from 300 to 1,000,t- farad increases it two times.
At high contents of H, in the measuring of the complete intensity of
HOL based on the area of the contour, CS is by 50% higher than in the
comparison of the intensities based on the maxima. The possibility is
considered of reproducing various intensities of H-lines according to
Card 1/2 artificial samples, which an equivalent H content can be given in
Vr

66352
SOV/81-59-19-67683
Some Invesitgations on the Spectral Determination of Hydrogen in Metals
calibration for plotting calibration graphs. Solutions of colophony in ethanol and
celluloid in acetone proved to be the most suitable for this purpose. A proportioned
quantity of solution applied onto a Cu-electrode produces a film which during eva-
poration in the flame of a pulse discharge shows a certain intensity of the H-line.
Equivalent concentrations of 8 - 100 ml per 100 g established by means of these films
are reproduced with a mean error of IM, When electrical parameters of the discharge
circuit are maintained, the curve of the H Ot contour is reproduced sufficiently well
and can serve as a peculiar calibration graph, if equivalent H concentrations are
assigned to intensities at fixed values of the abscissa of the contour (to the fre-
quencies, wavelengths or the divisions of the scale of the microphotometer carriage).
It is also expedient to make calibration by the width of the H line which is very
great at the selected excitation conditions. In this case the HOC profile which was
obtained in the blackenings can be made use of.
N. Sventitskiy
Card 2/2

TAGAVTOV, K. 1.
PvWsical characteristics of spectrum anal7sis with test sample
selection by electric discharges. Inzh.-fiz.zhur. no-7:54-60 Jl
158. (MIRA 11:8)
(Spectrum analysis) (14ass transfer)

2 4 \7 ) S 0 /4 9-23--/n- - 1 )/57
AMHORS Sventitskiy, ?11. S.~ T~tganov, Y- 1.
TITLE. On Spectroscopic Inve3 ticrations of the Electro-erosional
C3
Properties of Oxygen-containing Titanium
I.FRIODICAL: Izvestiya Akademii nauk SSBR. Seriya fizicheskaya, 19'59,
F
Vol 25, Nr 9, PP 1096-1097 (USSR)
ABSTRACT: The investigation of the e]eQtroerosive distortion of metals
and alloys may be carried out either directly from the dis-
charge spectrum as also from the spectrum of the transfer
products which settle on the carrier electrode. The authors
investigated titanium containing 0.12 to 2.32~o 0. In both
cases it was, however, possible to estimate the erosion of
the samples according to the line intensity of titanium. In
the case of a lack of contacts between the electrodes in the
spark and in the alternating current arcq a reduction of trans-
fer products with an increase of the oxygen content in titanium
was observed. However, in the case of contact spark discharges
an intensification of transfer is observed in titanium with
an increase in the oxygen content, which reduces the resistivity
W erosion. From the relation between the intensity of the
tita: lines and the oxygen concentration only o_xygen con-
Card 1/2 centration can normally 'be a-aluated, but here the possibility

'r: -
23-9-191-) 1
On 51~ectrosc or ic inve3tigations of t lie Elec tro -on a 1 Prolper t ie s of
Titanium
J
offers itself spectroscopically eval-.zating the physico-chemical
--operties of t~tanlum from its e~e~:Aroerosive behavior. Ex-
periments were carried out for ;hP purpose of evaluating the
ice exercised by polarity Jn contact spark discharges
ur~~n the t-Ltanium transfer to the carrying copper electrode
,n air and in carbon tetraclilor-de.The ratio between the
line intensities of titanlunt of the trangfer products from
the cathode and those from, the anode I /I.,L amounted to 0,8
In a1z for 0~!2~~ O~ and t- 0.~: for 2.32"3 0. in carbon tetra.-
chlorid~. the corresponding values were 2.0 and !.6 respective-
ly. Thus, the destruction in air is greater on the anode, and
in carbon tetrachloride in the nathode, If the sample contains
calcium, this effect is exactly reversed. Moreover.- the pos-
sibility arises of investigating oxypen -con ta ining titanium
as L
to its thermoelectrical nrcDerties st~ectroscoAcai Y. as a
linear deDendence between the oxygen cop-tent uf Titanium ana
its thermo-currenT Pxis;s.
Card 212

24(7N ~07 r'.,11;3-23- ---20/57
A UT H OR: Taganov, K. I.
TITLE: Some Spectroscopical Investigations of the Effect of Polarity
on ft Electric Erosion of Metals
PERIODICAL: Izvestiya Akademil nauk SSSR. Seriya fizicheskaya, 19599
Vol 23, Nr 9~ PP 1097-1,099 (USSR)
ABSTRACT: In tile case of a variation of discharge parameters an inversion
of electric erosion and thus a change of sign in the polarity
effect may occur. It has already previously been shown by
the author that a varia.Uon of the electrode gap may lead
to such an inversion (Ref 1). in the present paper several
new factors influencing the polarity effect are investigated.
Evaluation of this effect was carried out by determining the
ratio of the lirle intensities of the products removed from
the anode and cathode respectively ). The transfer of
zinc, iron ., and molybdenum in low-.voltage pulsed discharges
was investigated and dif--ferences in the quantitative variation
of tile t-ransfer from cathcde and anode were found to occur
in the case of changes in the discharge parameters. An increase
of the electrode gap in all cases led to a decrease of the
transfer, especially from the anode. Much interest is displayed
Card 1/2 for the variations of transfer de-~eadj_--q, upccn polarity in

SOV/,", 0 2 52 0/5 7
Some Spectroqco..ical -f the B.!' ~-t
f ~f Polarity on th-e
Electric Erojion cf MatolS
pulsed disoharges w~-en the discharge is localized on the
metal surface; and in this case an essential difference in
the transfer from cathode and ano'AA was found to exist. The
localization of the dischar.-e --auses L, considerable increase
,-.f the transfar Ircrii tht~ an,:~,36_, and here an inversion of
the -nolarity effect may alr~_ad,;r be observed. A spectroscopical
inve3tigati,~n of the polarity -?ffect in the case of contact-
ipark erosion or the traiis-fer showed that processes developing
in the contai,.t zone Gf tiva heterogereous metals play the main
part. Mien explaining -,.he de-93-f-i'led rules,, the author dezicribes
the Pelt-er Lea. occarrir,,,., the d-lzichar.rre as being responsible
for the inversion. In ilhe intez~relation between
thc 3pectro.~copically estimated amourt- of the coritac;-electri-
cal spark erosior arid t,'-.e thermoe iec tr ioal characteristics
rif the c,_)ntac,ti:_,a me-~als iq rieal~ T;ith. In a nnimber of cases
a direct inteirelati:,n be-Gween the amount of the shermo-current
and the concen4rat~,cln of ?ne tbe _thp.- e7ement could be
,)ro-red io exis-E. Ther,; are 2 Si;viet refe en
r :!es
C a r d 2/.2

K, 1
a I,., F 'a
icn GX~I,-en i.-I T 1 a 1 u
::v z~ a Aa d; i r, a_i SS S ~ i . 5 r I -.I f i C t--s a a 9
2 0 (is C-i

d i t,,. ~-w d r --- e c f d e e n d n ,., e _ f i n
t r es on oxy.-t~n in is pnin!~AJ_ 10
I x ra C t. I unt o ~j xy,-,, u n a rid f I I cw ing :3 12 e c t ra 1 a na lys i s --. f
-cture would be a mor~~ txact method, but t?~,is re--
~
J ('
, h s a h e d e -; E; 1 ;D
'a i r S t 1'
,
. r i o f
1 a L J
U M t r o u
e a
1 i c a t
I
_ 1
.
.
_
6
p
p
p
:.!er:t of analysis methods in xhich it is possible to carry
c:_.~t ~x~vak.~tion cf "he :,ases and Pxcitation of t,--ir ~-,~.ecLra
Thie Arw
u!:~f-d to be iiu~! to th~-' S`fab'!-L_iIy C.1" tl-le titaniuzi oxi4es
.,L; as.,,
-
i --', a re u.1 reacy n ,he -a 111-- I's c, r:n e dur~!-- t~e
~L - .- r a I - U - ~ C,
ior the purnose Df
S were t cc, _;a E~ ~,: r ~-on
a S ~5 U::. t 10 , i X I r I M C- J
1~ U.. 1.11" a concei t--at i c a -7 -j and b-. -ing
,~L'd t-e hJ:,ht,_z-t _nfle:.Sity

-ii~a:-,d d 4 sc!larz-s
t Z I- C d t E:n
f in t s - d d S nriar---es nu
b t h, Oa."E ~)r I
o L; Tj a s t~ 1) 0 a yl u I. ti S t i n t r) t. h a I
~.uvin! an
D.K.Y e n CDntent of 0.55 C 6C/0' -.-i r t~ uis c-uz s ed I ch vi e re
C--111*11--Ci O-t wit',,. i~,;Ised discharEes aird ni.6~,.--frequency sparks.
A a _rE~ fLund to de,;-end only little
S 4 C:3 W p
n, -,e li-e inten
c- h e ox.,,.e.,. c~)ntef Ext) eri.-!,.ents c,-- rri~-d t ec~= ,-,a
tanium con-.ainin~ 0. 12- 21j ox, gen S:,~ovved a cons ide-~a*,~le de-
0
,f tl e 1~,,,CS
crease o u rl ~L. Co=,ara-
f +he concentrat ion sfms i--V4 ty 0
A~ iuLn.)
investi;zations v.-ere carried oaL or; sram-)I~s c a! c
-co: -a f-- _4 o - o'l' v;'-I i cn v:, r i c i t h i r 'D
ra -.(, en t i a.:
,3. -)\D C. 4 6,/"'] pa, ra 11 f-1 t o 1~ ha r 3x--g en. . t ~u a s c, a n d t 1i a t
.t,:--r hi~h-freq-ie!,cy s-ar'~s ',lad been actinjE~ f. r f,3ur min-,.Ites i-;
0 - -
en - r ~:.a 1 p r e s s ur e h 1 i n 7~ nS -i -e coll-
drc,~ at th
0', ~Z.-.S ~--.V4ty incr~~:I~z, it is
e.-,. 1 v v e e x C 4- t e
-v p-u C I e S
-s d d a
rd 2

's L t 1 v i C I t
.-~ljor art (-f, tle c
-Z X S
r, ad T

TAGANOV, Konstantin Ivanoviq4;_TYUKh1WA, S.T., red.; FREGER, D.P.,
izd.red.; BELOGUROVA, I.A.. tekhn.red.
[Spectrum analysis - a progressive physical method of research
and control; on the hundrodth anniversary of its disco7ery)
SpoktrDlInyi nnaliz - progressivnyl fizichaskii metod inaledo-
vaniin i kontrolia; k stoletiiu otkrytiin spektrallnogo analiza.
Loningrad, 1960. 23 p. (Leningradakii dom nauchno-tekhnicheakoi
propagandy. Soriia: Kontroll kschestvn produktaii. vyp.3)
(MIRA 14:3)
(Spectrum analysis)

TAGIY`FV, M.A., aspirant
Use of ascorbic acid in the treatment of thyrotoxicosis and the
condition of the oxidation-reduction process. Azerb.med.zhux.
no.2:51-56 F 160. (MIRA 13:5)
1. Iz 1-y fakulltetskoy terapev-ticheskoy kliniki (zav. - zaaluzh.
deyatell nauki, prof. I.M. Orudzhev) i kafedry biokhimii (zav. -
zasluzhennyy deyatell nauki, prof. A.S. Gasanov) Azgosmadinatituta
imeni N. Varimanova.
(ASCORBIC ACID) (THYROID GLAND--DISEASES) (OXIDATION, PHYSIOLOGICAL)

TAGkNOV, K.I. (Leningrad)
0
Spectrum anallysis. Priroda no.6:27--34 J= I'D.
OJII~ 131:6)
Opectrum analinis)

PHASE I BOOK EXPLOITATION sov/618i
Urallskoye aoveahchanlye po Spektroskopli. 3d, Sverdlovsk, 1960.
Materialy (Materials of the Third Ural Confe4nce on Spectros-
copy) Sverdlovsk, Metallurg17dat, 1962. 197 p. Errata slip
Inserted. 3000 copies printed.
Sponsoring Agencies: InstItut fIzIkI metallov Akademil nauk SSSR.
Komlssiya po spektroskopli; and Urallskly dom tekhn1kI VSNTO.
EdB. (Title page): G. P. Skornyakov, A. B. Shayevich, and S. 0.
Bogomolov; Ed.: aennadiy Pavlovich Skornyakov; Ed. of Publish-
Ing House: M. L. Kryzhova; Tech. Ed.: N. T. Mallkova.
PURPOSE: The book, a collection of articles, is Intended for staff
members of spectral analysis laboratories In Industry and scien-
tific research organizations, as well as for students of related
disciplines and for technologists utilizing analytical results.
COVERAGE: The collection presents theoretical and practical prob-
lems of the application of atomic and molecular spectral analy-
sis in controlliruz the chemical composition of various materials
in ferrous and ricnferrous metallurgy, geology, chemical indus-
try, and medicine. The authors express their thanks to 0. V.
Chentsova. for help in preparing the materials for the press.
References follow the individual articles.
A)

-J, SOV/6181
Matei ils of the Third Ural Conference (Cont.)
Buravlevr Yu. M... M. A. Perepelkina, G. P. NeuymIria, and
G, T. Maramyg1na. Investigation of the effect of
structure on the results of spectral analyses of cast
iron 62
Bobrov, V. A., Ye. N. Chernoguz, and T. N. Yaroolavova.
Application of 'fractional exposure* method for spectral
analysis of alloy cast Irons and aluminum alloys 66
MatyugIna, I. V. Spectral analysis of silicon brasses by
the calculated graph method 6T
Obukhova, Ye. S., and N. K. Rudnevskly. Application of
electrotransfer In plotting calibration graphs according
to a single standard in the speatral analysis of alloys 68
Spectroscopic investigation of features of
contact-electrospark erosion of metals and alloys 70
Card 6/15

3/048/62/026/007/004/030
B104//BI38
'2a -anov, 1.
pectroscopic study of the erosive properties of an
IT
electric discharge in vacuo
~,i --3emiya nauk SOSR. Izvestiya. Seriya fizicheskaya,
J.
v. 116, no. 7, 1962, 860-862
~'E'."L TTi-.e vrosion of Fle, Cu, Ti, and Al alloys in a d-c contact
-,isc',-ar.--e via3 otudied a' 7-10-3
1 U mm Hg, with a reciprocating upper
electro6e. Tlio :uantity of materiel transported duning discharge was
;LS-O.S~;Oli fro-.,-. tlie intensity of the phosphorus and silicon lines. It was
Oun-,- %~,atl 1-/1 )1.. i. e., material was mainly removed from the cathode.'
,*,cc '4
,hu spectral lines of the base material I-/I + for
tit-n-Lu.;,. alioz;s = 25. The lines of the cathode material were
,urt-~cularly inzense in the discharge spectrum. A process similar to
t'-Lz of c-athode ~~puttering is thought to occur a' the catho,de: there are
n-~ si6nL of local t"nermal action and the entire cathode surface has- a
Card 1/2

3/04a;/62/0261/007/004/030
Stu-!.,,, of the erosive ... B104/B138
T.;O uz~;Ual ero~,
;ion track is formed on the anode. Erosion in
ir, the air is compared and differences discussed.
L was founds on various alloys that I_/I + may be less than'unity. The
.,,c,-re found to depend on the polarization of the
,a-ac-~rode -~nd or, the thermoelectric properties of the eleetrode metals.
T'.-.ert are 3 figures.
Card 2/2

TAGANOV, N.I.
Obtaining the calculdtions of equations on
units of measurement. Zhur.prikl.khim. 35
the basis of varfing
no.10;2262-2266 0 162.
(MIRA 15.12)
(Chemical equations)

T
."asko-,r, BerJer, ',,,a I I t s ev ,
N. and
on L;pQctvo,;copio anal' ysis with P.-Ol' i-Mi-lUry
::.;LLt!r:aI tr;,.n~;fer by Cori
J:)2 ;~,Ldemiya nauk So"E. 'zvesz~iya. .~~ r 14ya 7
no. I , 19 2 - .1
TI-I'XT, :T-.e absolute sensitivity of tae spectroscopic analysis of :n--tals
and alio~;s can be increased by -- preliminary spark Treatment, 1.1 Some
Cart!s Gu~~ .o selective transfer of the components. it is shonn "-ow the
intensity of the ."I'l- lines ii spheroidal-gTapaite cast iron and
ir, LI-itj a1loy is enhanced. Another way of inereas-'n,2,1- sensitivifY
is to activate tae samplin.- process by first depositing a suitable
Catui'yst on the surface of the specimen. For example, if Ti alloys are
activated in a cadmium electrode discharge or by immersion in a cadlmium
cnloride solution, the spectrum intensity increases 4 to 5 times. 'il he
spectra of small Si, %:.n, and Fe impurities can then be recorded
Card '12

S*/3 4 6/ 6 3 2 7 D4 z
a t LL 0 1-, ;J C, c t r 0 S c 0 P -, C , ~wn a i Y S i S
c, n e s u a 11 L, t -, G dwhich require;~ se-lavaLi~
ji -,.,i -i,, aro cischarge. lf',e spectrum of
cc ov e-ect ic dlsc.,,ar...~e can usually be recorded witnout h.eatint-, t he
~4rlz.;.Of procucl-3, out tne --ntonsity ratios may Vary WlLfl 'll-le. 1:7, 0i n ~7
UY Qlectr~c treatmenit can be improved by using sinl~le
~:Char:~e oulses, whicr. hlelps :;o kleep ~ne comoosition. of the tran~--fer
prod,ucts conotant and eyclude ~-re ef.ec-, of other components. " ~,e
C!:-CU.JL Gial-ra:r is 'or an eleczric spark saomol~-- Without vib-atic)rlal
mechanism, In tae SaMolin.-r elecz-,oda moves, alon-, the surfact:., --nd
ne
. dischai-e is iniziated by a periodically discharginS.- capacito-- ir. a
spark circuit. 'f'-is zaper was Presented at the 14th Conference on
Sipectroscopy in Ivorlk-iy, JulY 5-12, 1961. There are 3 figures.
'~rd 21/2

S/048/6z/027/JO 11003/04 3
Bi 63/B I DO
0 i'~ Z"' 6buK-ova, Ye. S., hudnevskiy, N. K., and Taganov, K.
TIT~'E'; -;,'iectric discharge sampling for the calibration in the
spectrai analysis of metals, and alloys
i 0 1) 1 ~ it L'~Kadvmiya nauk SSSH. Izvestiya. Seriya fizicheskaya, v. 27,
no. 1, 19063, 6-7
1, -irit.ensity of a spectral line depenas on c the concenzrazion
of the component to be determined and on the mass consumed in the light
source, which is itself dependent or, the discharge current, eleeLrode
distance d, and transfer time. in intensity measurements of the
?i 2555,65 9A line from binary Cu-P alloys'with 0.67 - 1.33~. P, and J- the
current in the transfer arc discharge from 2 - 8a, log I was founa to be
~ linear funczion of log c I ? with P = 1.3. For constant i, log I war,
~ linear funci.4on of log c dP with negative P. in similar experiments
with a Cu - 4Ni alloy S, the optical density of the Ni 1 3050. 8 Q" line was
Measured for Ni concentrations of 7.43 - 29.14~. and varying T, the
Cara 112

GUDYOVA, K.'J.; TAGAINOV, K.I.; Siil,EFKO'VA, Z.I.
"e w Lo. -* b i -I * a !- ,
I ss- . --lies foZ- -he spec-~.ra-, ar-al s4a of meTals and - 'o.-s us-ng
-- -7 -- I L
a orelLminary dosap~e by contactscark (iischar-~-e. 7-r-ud7 Fo k?zLr--. 11 k-Him.
tekh. no.1:2c'-30 163. (MIRA 17:12)

ZAGOR!;KAYA, ;i.fl.; TAGANOV, K.I.
Parti cularl ties in -,he mani -e-- s "a t--'rn of -~-,e Dc I -- T.- e 'fec t -n !,;,-
- I
Srjectral analysis of metals and alloys. Trudy po khimi.tekh.
no.1:31-36 1 63. (MIRA 17:12)

iy *A*
Vlu~! . - -h; TAG
,A
[L.,~:ing pi-iotoelectric devict:~s in spect.-am &Ill.:
polIzovarde f 0 oelek' riche skikh priborov ~rj-
1~-65. 26 p.
zp. Le,, -ingrad

)0-66
IR: AP6001483
SOURCE CODE:
AUTHOR: Silin', E. A.; Taganov, K. 1.
ORG: None
UR/0368/65/003/006/0563/0566 i
"31,
TITLE: The evaporation mechanism of small quantities of matter in spectral
light sources
SOURCE: Zhurnal prikladnoy spektrbakopii, v. 3, no. 6, 1965, 563-566
TOPIC TAGS: spectrophotographic analysis, light source, evaporation, spectral
line
.;~ I% q
ABSTRACT: In spectral analysis of samples with limited mass, the intensity of
spectral lines varies with time. Many authors investigating the kinetics of evap-i
oration of small amounts of matter established various kinds of analytical re-
lationships. The present-paper presents the results of experimental investigations
which seem to be in.&ood agreement with the theoretically derived expression
I - Ax exp (-P t). Ll - exp (-v~ 07 similar to an expression proposed earlier
by A. G. Nepokoychitskiy and A A Yankovskiy (Vestsi AnBSSR, ser. fiz.-tekha.
navuk, No. 3, 124, 1963; DAN BSSR, 7, 814, 1963). The mean square deviation of the
theoretical from the experimental values, for the various cases, is within 2-10%.
,,.Card 112 UDC: 543.42

L 15960-66
ACC NR: "6001483
Coefficients A$ and are directly related to evaporation conditions in the
-'
k
theoretical curves can be used successfully for the investi-
e
I light source. ~
gation of the influence of various parameters (voltage, polarity, current pulse
duration, etc.) on the contact spark transfer of matter, and of the physical
processes in spectral light sources. 'Orig. art. has:, 3 formulas, 2.figures,
.: T'and. 2. tables.
~.--SUB OODE: 07 SUIBM DATE., 23Mar65./ 041C REF:- OiO'

:%

'k
b
y
Car
d 2/2

't _-!, .. : -T -L I"' - - - r f.- Z, - ~, C* , -, -~ -.- --; -- -- ar4
n - . . .- .. . - - --
_, _ IrE . - '; . -1 , , -- _. - -, r r; ~: , 7 --' -- 3 '1
- I c:,, , , , -- nc . ~ : 1 '1 -, I -

ACC NR: AP6023366 SOURCE CODE: UR/0237/66/000/007/0011/0012
TaZanov, K. I.-,
Fziznb L. 11
none
T17LE Determination of s2ajjp~;ithickness from flash spectra resulting from the inter-
action of a laser with a substance
SGURCIE: Optiko-mekhanicheskaya promyshlen5ost', no. 7, 1966, 11-12
TOPIC TAGS: laser application, nickel plate, metal coating, spectrographic camera
ABSTRACT; Samples tested were 5-15-40 P chrome plating on brass and three-layer plat-
~n5s ofF copper (3-20 V), nickel (3-25 p), and chromium (1-6 p) on steel. Also tested
w,.~ra 0.1-4.5 -p layers of vacuum-deposited aluminun on glass. Spectra were taken on
Pancnromatic film with an ISP-28 spectrograph and single laser flashes o,,;: 10 Joules on
ncodymium glass. The spectral line intensity of the coatings was found in all cases
z3 depend on the quantity of substance evaporated by the laser flash. Many of the
spectral lines exhibit self-reversal, and such lines often are more sensitive to the
concentration of substance in the plasma of the flash. The flash spectrum also de-
pends on the location of the focal point of the laser light wIth respect to the targez
surface. With chrome-plated brass the self-reversal of the 327.4 and 324.75 mU coo-
'ines increases linearly as the thickness of the coating increases. Sensitivity
per L
UDC: 543.42 621.378.9
Card 1/2

h~
ACC IN.?: AP6023366
zo ccazing thickness holds when, the ',-;ear,, is focused above the sam.-D-le sur-face, and de-
creases when the bean is focused below. Time scans were also made. Spectra of triple
layers on steel are also sensitive to layer thickness. The spectrum o" the basis
-hows P
- o ef-ect of coating thickness. The same holds for aluminum on glass :1 Orir,.4
art. has: 2 fijUres. /I
SUM CODE: 20,11/ SUBM DATE: 08Jul65/ ORIG REF: 005/ ATD PRESS:
C,,d 2/2M/

111, 0 0 0 a a 0 0 0 0 0 a 0 0 a Ti 16 -*$ -6 , '"
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A A L r.,L I t. it j A, J. a 0 a i V I 1 -1 T I AA III CC 0 U

F.Jectra,jittic purification tit phenol containing wAtte
.01"t N I lag-m- -'0 %- %
All,,glt it.,Ijl
.ti,f 1-1.,[ ... IvIrd tit .4. 1.1

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a 51 it tt tf
Z; a U A J. .7 6 1:m r
N ~4 W tt

VAIM CoUtanial phenols
V. Nevorletrthkin. ku~~
adda. to Russ, t C .1 ~ 32, -.41A.)
to Rusi. .511.422 i, arrird ow
In tjn]eT to utilite I tie alkalt (tomint

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1 1

3,.z n 1 1.
0 0

ROMANKOV, P.G.; TAGANOV, N.I.
-,
"Gas cooling in scrubbers". If.N.Xgorov. Reviewed by P.G.Romankov,
N.I.Taganov. Zhur.prikl.khim. 29 n0-2:319-320 F '56'. (mLRA 9:6)
(Scrubber (Chomical technology)) (Z,-,orov, N.N.)

SOV/181~-59-5-4/17
AUTHORS: Taganov, N.I., Michalev, M.F., Candidate:F cf Tec.-in--al Scleen,~e=
TITLE: Thrust Forces of Rollers- Depending on the 3--ftnsss and Relcovsry
Properties of, Rubber Dr-jrLng TheIr Mastl2atl:n
PERIODICAL: Kbimicheskoye mastinc-Stur,3er.1ye, 1959, rJ--. 5, P~. 10-11 (USSR)
ABSTRACT- Using the theory of similitude and the dimensional analysis for
~-rocesslng experimental daza is the only reliable method of obtalning
equations for determining the t 15t for;~es ar!Eing in the roller
contact are4z during the rabbe. rm-~;tic..atlon proc~e;ta, Fortmalas for
calculating these thrust forces are. given. They are based or. the
graphoanalytic processing of experimental data and the li-mits of
their applicability are indicated. The exper-Imental investigation -
was carried out on a laboratory test installation of the Leningrad-ekiy
tekhnologicheskiy institut Imeni Lenz-oveta (Leningrad Institute of
Technology imeni Lensovet). The rollers used were 450 mm long and
200 mm in diameter. Factors affecting-the magnitude of the tb-ru.-:-"-
forces varied within the following limltsj gap - 0.6-2.0 mm; L/C
speed - 6.LP8-18.9 m/min3 ratio of the peripheral speeds of the
rollers - 1.0-3.0t rubber hand width 150-400 mm; chargc- 350-
Card 112 initial plasticity of rubbers 0.06-0 - durat-lon of
4800 g; .15,

SOV/184-59-5-4/17
Thrust Forces of Rollers Depending on the Sot"tnes~~ and Recovery PrODerties of
Rubber During Their Mastication
mastication - 7-4o minutes. -Undsr al! nr_-_-eS_~-_ng :-ond!t_,:,ni-
tine temperature of che rollers was 45:t 5~__-_, wh~'~Ie that of l,r.E- r-ab.ber
was 80�50C. The following rdb-t-r gradez were LiSed for Lhe experiment-c
"CKII -4o" (sKN-40) (specific, gravity 986~~ and "UH-26" (SKN-26)
(specific gravity 962) !?ALadlene nitryil~rubber-, "CkC .30 (SKS-30)
(specific gravity 944) wid (spec-fic gravIty 912)~
butadiene-styrolVrLtber; natural "sm'ked sheat*" rubber (specific
gravity 9 -
_30). For demonstrating the practical use of tnG equations
obtained, the a7ithors :Dmpiied in a table the results of calculating
the thrust forces of _21NL~' (Pd-2130-5.) roliers (660 mm diameters
2j 1
_30 mm longa 1 mrr, gap) during the mastication of the aforementioned
rubber grades. There are 2 graphs and I table.
Card 2/2

_I~GANOV, 11.1.
On the theory of comput,~tions of chemical ap-paratus. Zhur. riki.
.r -1
khim. 33 no.E:1813-1818 Ag t6o. (MIRA 13:9)
(Chemical apparatus) (Chemistry, Physical and theoretical)

TAGANOV, N.I.
Design of chemical apparatus. Zhur.prikl.kh-im. 34 no.7t1509-1514
,TI 161. (MIU 14:7)
(Chemical apparatus)

sVp (j )/r RPL WW/DJ/R?4
L 830�=�� Ellfr(m)/
--=ESSION NR: AP5026432 SOURCE CODE: URhtl53/65/008/004/0691/0695
4-i' q11
AUTHOR: Shchuplyak, 1. A.; Kirili6v, V. X;
ORG: Department of Machines and I r onto for the Chemical IMustries, Leningrad
Technological Institute im. Lensovet%fbedcra mashin i apparatov khimicheakikh proizvod-
stv, Leningradoffy- teMolo-gicheogy institut)
TITLE: Study of the sealing capacity of gaskets from polymeric materials
SOURCE: IVUZ. Khi iya i khimicheskaya tekhnologiya, v. 8, no. 4, 1965, 691-695
TOPIC TAGS: hermetic seai~jolyvinyl chloride, polyethylene, polytetrafluoroethylene
ABSTRACT: T~ #iqns under which the tightness of flanged joints is achieved by using
Rolymer gaskets Uendied experimentally by using pecial. stand wi%An oil pump./S- 1~r
The investigated mate3;ials were trallUoroe+16-1-NITIM M- 172-54)p polvethYLSW VD
(VTU MKhP 4138-55)'- and gasket PVC glasticized reoids(VTU MXhP 1535-477).`f A mathe-
-0 qu ion
matical treatment of the experimen data yielded a-ne * at' expressing the relationship
Card 1/2 UDC: 62164-762.42

L 8306-66
ACCESSION NR: AP5026432
between the initial compressive stress of the gasket and its dimensions , internal pressure of.
the medium, and the modulus of compression, taken as the main characteristics of the
physicomechanical properties of the gasket material. The equations obtained can be used
for practical calculations of this nature. Orig. art. has: 2 figures, 1 table; and 15
formulas.
SUB CODE: 11 SUBM DATE: OGJul64 ORIG REF: 007 OTH REF: 002
card 2/2

T A.S.; T A GANOV, 'i . i . ; ?" ii-. 1. LIJ)"T, ~%;
Des'4,-n of pac!kinsc~ lzrlandS. lzv.,.-~ .; i '-1-.4 tekh. 8
.,~S. ucre-~-. zav -.- I K Im
no. 2 :338-3U- 165. (MIPA 18:8)
1. Leningradskiy tekhnologichleskiy insritut imeni Lensoveta, kafedra
mashin i apl-aratov khimicheskoy promyshlernosti.

L.,%-$ inzhq TAGOON, N.I., eioktor teKhnoiauk, prof.
Calculating the densiry of flanp,-,qd jointis with poly=r
paokings. Vest.mashinostr. 46 no.1132-34 Ja 466.
(mvitt, 19: 1)

NIAWI:z;E IY Ij A.
ill o c. a s ilau 7n g ras 1'. --a I. a if r ;7
;7111:-, S 11 4 T::p I, -rl 4 L. truzW~ri ft,-~i-on'asta,-' v na-
-~i p';-, t r en -
I " _VV7, -J

_XCC__TT~_-_AP6023435 TF /F'Y, SOURCE CODE: UR/0135/66/000/007/0001/0003
iCR: Barano S. (Candidate of technical sciences); Ar-anas'yev, V. N. (Engi-
V , M J
nee r);, Voshchin3kiy, M. L. (Engineer); Vaynshteyn, R. M. (tin'811.5'eer __ Ree bik E.V
(Engineer)
(EnZineer); Taganov, Yu. 1. (Engineer); GFY~~iji
ORG: All-Union Extramural Machine Building Instibite (Vuesoyuznyy zaochnyy mashino-
stroitel'nyy institut)
TITLE: Laserwelding of'some metals- 4
SOLIRCZ: Svarochnoye proizvodstvo, no. 7, 1966, 1-3
JOPIC TAGS: laser application, laser welding SU-1 laser welder, lKh18N9T steel,
KO steel A
~ABSTRACT: The results of laser welding of fillet joints of copper and L-62 silver coal_
ed brass with M18119T stj(el, KOIsteel and copper are presented. The SU-1 laser weld-
r (shown in hotograph)'*as used to weld thin wires Ed < 0.1 mm] attached to semicon-
p
~ductive and microelectronic devices. The unit power input is regulated by adjusting
Ivarious object lenses with focal distances of 10, 20, 40, and 50 mm. Unit power input
!is calculated by the formula g = W21tp where W2 is the energy of radiation considering
:the losses in the optic system in joules; t is the pulse time in sec and F is the fo-
area in cmZ. The weld penetration and width are proportional to the maxiaum Volt-
UDC: 621.791.72:535.14:669.15-194

f, 03011-~T
'ACC NR: AP60231135
1-ge of the condenser batter-j. This relationship iC~shown in a table for U8W steel
where focal distance is 20 mm. Another test was carried out on strips of U8A steel wit
a thickness of 2.6 mm (surface condition of the 10th class in accordance with nnqT
inorder to determine the relationship between width and penetration of the
%welds and the defocusing. These tests showed that when Af = 0.75, the weld Penetratio
was max h = 22 v. Overlap welding was carried out on copper wit brass Iwith
,KL-62
1 ~-
non-coatcd brass, lKh18N9T stainless steel, KO low-carbon steel and finally on copper,
wires. Without stripping the insulation [Mil copper wire of d = 0.05 mm was welded to
a silver-coated brass rod of d = 0.5 nim. Neither of these specimens showed cracks in
the welds. However, microporosity was indicated in some of the specimens. Shear
strength tests of the welds were carried out on two types of welds: without stripping
the insulation from the copper wire and with bare wire. The first specim6s had an
average shear strength of 25.3 kg/mm2 while for the second typepe, a shear strength of
.26 kg/mm2. The small difference makes it feasible to recommend this welding process
without stripping the insulation. A comparative test of the laser-welded and brassed
301nts was made. The latter showed an average strength 13% less than the welded
'joints. The authors conclude that the laser-wel~/ed joints have considerably better
mechanical properties than the soldered iojpt~, IThis is due to the swller heat-af-
fected zone. Orig. art. has: 6 figures, 1 table.
SUB CODE: 13,20/ SUBM DATE: none
Joining of dissimilar metals II
Card 2/2 awm

Ci.

Rj' _71
63-7-8/16
a_,id.Tech.Sc.
,UT ~,novicil, D.D.
TIT.~E: -'The Influence of Soluble _.Idmixtures on the Crystallization
of Ammonium Sulphatte Under Coke Oven Works' Conditions.
Vliyatiye rastvorimykh. primesey na kristallizatsiyu
sullfata ammoniya v usloviyakh koksokhimicheskogo rroizvod-
~-tvan
FERIQDIC_~~.L: Kokq i Klnimiya, 1957, Nr 7, 1-ii-,.31 - 39 (USSR).
~'ESTR_ICT: Tile viork- was carried out in order to determine the in-
fluence of soluble admi:.-.tares on the shape of ammonium
suirhate cry0tals ap-d to study the cry.-tal growt,,L 'in Pure
"utic-as -as we-11 -as in the presence of aluminium, ferrous
oL I
s
and ferric ions. The investisation, ~,-ias carried out using
artificial and 7orks' mother liquors. The laboratory appara-
tur, used for the study of crystal grovth is described (Fip,.3)
T!-~c -method was based on measurinE the rate of grovrth of
faces of individual crystals based on the method described
!):,, Mohievskiv (Ref.6). It was established that the rate of
rowtJi of (110) and (010) faces is the same and under dif-
K-re_nt grow-th conditions it chanZes in the same way. There-
f , r e t. _e ra L,
Zle ti~ te of growtil- of faces of the pseudohexoganol
Cc,rd prism Taas ta1cen as a mean rate of growth of all the 6 faces
1/4 measured in three directions as shown in Fig.2. The crystal

The n-P Soluble Admix-tures on the Cr '-/'~:tallizatir"L
of -Amn. oniun, Sul-chate Under Coke Oven 17orks, ConditioLz .
L-row-Ith 'was observed at 40 ---Ld 60 C. The dependence of the
rate Of Of ammonium sulphate crystals in pure solu-
Uiojais on Vie degree of saturation is Eiven in, Table 1. The
influence of the rate of ~--rovftuh of 2.1 Fe' * and Fe*
(concentratio-.: 0.005 _0.0,1 j&~00 ml) is slaowL, in FiSs-4, 5
ar-d .5 respectively and mear. results for temperatures 38 and
r;0.5 C in Fi--- 7 Eind 8 respectively. Further increase of
the corcentration of admixtures from 0.04 to 0.2 g/100 ml
-us also studied but its infl-aence insiL ific it. The
;n am
i-r:fl,-,ence of tb-I sirmaltaneous presence of two comronelfts
All- and Fe** was ulso studied, but the effect of the
presence of ttie second component was foiuid to be insiolifi-
caiA . It *wvas established that the hiGhest rates of Srovrth
ta3-e place in -ware solutions and that the rate of -rowti-I
increases 7itt i--qcreasi-n,, temperature. -'dmixtures of Al-
Fe" a'n11 Fe- decrease the rate of crystal ',-rovtt. Fe***
has the highLest effect and Fe" the loviest. The presence
of the above aCLnixtures causes the formation of needle like
crystals. T1--e i--,---fluence of admixtures on the crystal shape
can be quantitatively determined from the rate of ~;roizrth of