SCIENTIFIC ABSTRACT KIRRET, O. - KIRSANOV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722720003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/23-59-2-.1/8
cien-es; Eisez,07.
"THORS: Kirret, 0., Candidate of the Technical Sc
E I.); and Val I dek, R. (Va-I , dek, R.-.)., candidata cf
Technical Sciences
rl'TLE: Chemical Composition and Qualities of the Lighter
Fraction of Tunnel Oven Oil Shale Gas-Benzine
FEIRIODICAL: Izvestiva Akademii nauk Estonskoy SSR, Oeriya tek2micheskikh
i fizi-vo-matematicheskikh naukj, 1959:. Nr 2., pp (IMSE)
ABSTRACT: For the definition of individual hydrocarbons of
benzine, chromatographic absorptional analysis and
a narrow-ranged fractioning were carried out, where-
by the elementary composition of single fraotions
were determined. 0 In the lighter fractions.(boil-
ing ranges 25-70 C and 70-95 C) of tunnel oven gas-
benzine, the following individual hydrocarbons were
found: pentene 1, n-pentane, pentne-2, c~-clopentene,
cyclopentadiene, cyclopentane, hexerie-1. hexene-3,
hexene-2, n-hexane, 2.3-dimethypentene-1, 5-methyl-
Card 112 hexene-2, 2-ethylpentene-1, 3-ethylpentane, heptene-1,

SOV/23-59-2-1/8
Chemical Composition and Qualities of the Lighter Frnction of
Tunnel Oven Oil Shale Gas-Benzine
and heptene-3. The chroRatographic -malysis showed
that the fraction 95-130 C contains naphthene.-paraf-
fins - 20%, cycle olefines together with aliphatic
olefines - 30-35%, and diolefines - 15-200%, as to
the rest, the data are lacking. In the narrow-ranged
fractions of saturated hydrocarbon 8 of benzine
(with the boiling ranges of 95-130 C) the follow-
ing hydrocarbons occur: C 7H16! C?H ~cyclic com-
bination), C8Hj,, and C9H20- The Aqrrow-ranged
fractions of unsaturated hydrogarbons of the same
benzine (boiling ranges 95-130 C) contain hylic-
carbons - C %~fand C H There are 2 graphs, 7
tables and erenc gs~6*
IF] in Es";0MIAM.
Card 212

KIJWj__qskar Georgiyovich; LUUK,, H.j red.j UMIETS, O.j, tokkbn,
i-ea-.
(Chemical textile fibers] Keemilised takatiilkiudsLined. Tallinnj
East Riiklik Kirjastus p 1961. 229 p. (In Estonian] (MIRA 13:1)
(Textile fibers, Synthetic)

K 0.; Kt)LI,IK,E.
Identification of natural and synthetic f1borzi by thin gas
chrowtographic method. Izv. Al! Fst. SSR. -cer. ftz.--mat.
i tekh. nauk 13 no.ltl5-21 164 (1,11IRA 18:1)
1. Academy of Sciencea or the &-,tonlan S.S.R., of
Ghemintry. 21. Corresponding Member of the (-,f
of the EatonJan S.S,R. (for Kirrot).

EYZYAI!, Yu. [Eiven,, EMI,C. [Ejm~-n, 0.], ''I't'-,,.-..
nauk
Relative retention periods for hyilrocarbons undor
graphic analysis. Izv. All Est. SSR. Stx. fiz.-i-itit, i t-A-D. t1li'll-,
13 no,lt^42-25 164 1 1, : " I
1. Institut khimil AN Estonskoy SSR. 2. "1"
&ntonskoy SSIR (for Kirret),

KIRMT 0.; EVEN, 0. (Usent 0.1, kand.takhn.nauk; KUDRrAVTSEVAt L.v kand.
RAHG~, S., kand.kkAw.nauk
M43rirptivity .,f Smao hydrocarbons in chromatographic operations
f'-n 111t-,s gel, T,-.r. ANEBts SSR. Ser. flz.-mat. i tekh.rauk
n:o.4%267-ff'-t'164 (MIRA 18tl,)
4 "0
A.N Eitonskoy SSR. 2. Chlec.-korrespondent,
AN E,.,.-,,nakcy SSR kfor Kirr.,0.

MINA, Alel-na.,dra Sorgeyevna; PDBUI . LIndt
DF.GTOCIA., Zinaida Aleksandirovna; KWi- O.,r9d,;.
SXVORTSOVA, A.,, red.
(Nat-ure of the kerogen of Baltic oil shale kukeralte and
its chemlcO properties as raw material] Priroda kerogena.
PribaltiJskogo goriuchego slantsa-kukersita i ego khimi-
chaskic syrievye kachestva. Tallinn, AN Estonskoi SSR,
1965. 2-12 p. (MIRA 18.,S)
1. Chl.en-korrespordent A14 Estonskay SSR (for Kirret).
2. Redakt~.rBkc-izdateloskiy sovet AN SSSR (for Skvortsova).

.1K1?3' J.
, - -
"Polymorphic transition in thallium-and-tin activated amonium-iodide phosphors."
P. 178 Ourimused. Tridy) No. ~# 195?
Tartu, Estonia
SO: Monthly Index of East European Accessions (~~) W. Vol. 7. no. 4.
April 1958

ACCESSION las AP4035366 Z/0034/64/000/4/0379/0379 - 1
AUTHORj Kira, H. (Engineer. Candidate of sciences); Doran. H. (Graduate obamist)l
Calotka, IfF. -(Graduate chemist); Havolks, So (Engineer, Candidate of sciences)
TITLEa Method of oxtraotivo.separation of uranium, plutonium and ziroofiium
SWRCE: Hutnicko Usty, yao.'5, 1964, 379
TOPIC TAGSi extractive separation, uranium, plutonium, zirconium, nitrate,
nitric acid, masking agent, polyphonol, hydroxyl group, carbonyl gr6up, sm1fon
group, oxalic acid
ABSTRACT: The invention relates to a method of extractive separation of uranium,
plutonium and zirconium in the form of nitrates from aqueous solutions of nitricb
acid with organic solvents@ To the aqueous joluton of the nitrates of the
separated elements and nitric acid are adde#. as masking agents. polyphenols
containing at least two hydro3W1 groups in positions 1.2 on the benzene ring or
In positions 1,8 on the naphtalene structure, and at least one more hydroxyl,
carbonyl or sulfon group in any other position. Thia y1olft a more effoati;i
masking of the zinoniumo while the extraction of plutonium Is not impaireds
Card

ACCESSION NR3 AF033366
With the use of the same concentrations of maskiM agents, the procedure aocoi;d-
ing to the invention yields 3-10 times more effective separation of the above-
mentionod elements than with the ox&Uo said heretofore used.
ASSOCIATIONo none
SUMMEDt 23Har63 DATE ACM May& EMS 00
SUB CODEt GG W REP SOVt 000 000
Card 2/2

KIRS, V.I.# otarshiy nauohnyy ootrudnik
Under the flags of five countries@ Znan, to prataia no. 2:8-10
P 161-, ' PtW 14:5)
1. Ukrainskaya akademiya, sellskokhozyayotvannykh mauk.
'(Farm equipment-kxhibitions) (Electric ins truments-Exhibitions) ,

KIRS, Ya. YtL. Cand B-IdatIL Sai -- (diss) "tW Effect of UgOL
,P hy
Pressurein e ~s I= 4p***m of Certaim Crystalline PhosphDruses,"
#~~ +.01-1
Tartu, 1957 * 11, p p20 omi (Tartuz State Unir,) , 108 coples
(KL9 2-5-5719 108)
- 91-

KIRS, L/k, (JIL -
SUBJECTs USSR/Luninseconoo 48-5-,46/56
LUTHORs Kira Y&*Yao
TITLEs -Effio-t--of Manifold Compression on Emission Spectra of Some
Crystallophosphers (Vliyaniya vaestoronnego sabstlya na spektry
isluohenlya, nekotorykh kristallofoaforov)
PERIODICALs Isvestiya Akadeali Nauk SSSR Seriya, Fizichosk&ya# 1957t
Vol 21, #5, pp 754-755 (USSRI
ABSTRACT: The effect of a change in the constant of a latticep which is
caused by a compression from all sidest on emission spectra
of some crystallophosphors was investigated. Spectral and lu-
minosity characteristics of orystallophosphors subjected to a
hydrostatic pressure of up to 2,OCO atm. were studied.
The manifold compression causes emission spectra of alkali-
haloid crystallophosphors activated by tin to shift towards
shorter wavelengths. The magnitude of this shift risen with
increase of compressibility and lattice constant of the bases
of phosphors. This shift amounts to 2 mA#An NaBr-Sn and 7 a/ L41
Card 1/2 in RbJ-Sn at an applied pressure of 2,000 atm.

48-5-46/56
TITLEi Effect of Manifold Compression on Emission Spectra of Some
Crystallophosphors (Vliyaniyo vaestoronnego ashatiya n& sp*ktry
izluoheniya nekotorykh krist&llofomforov)
The rise of temperature leads also to the shift of emission
bands towards shorter wavelengths in phosphors NaBr-Snj KC1-Sn
and KBr-Sn.
The report was followed by a discussion.
One Russian reference is cited.
INSTITUTION: Institute of Physics and Astronomy of the Estonian Academy
of Soisnoes.
PRESENTED BYt
SUBMITTEDi No date indicated
AVAILABLE: At the Library of Congress,
Card 2/2

IN
23598
3/061/61/000/008/002/017
4. 3S-6,O (//3 711131 BIIO/B202
AUTHORSt Kira, Ya, Ya., Laysaar$ A. I.
TITLEt Effect of high pressure on emission and excitation spectra
of alkali halide phosphors activated by means of europium
PERIODICAM Reforativnyy.zhurnal. Khimiya, no. 8, 1961, 31, abstract
86232 (8B232) (Tr* In-ta fiz. i astron. AN EstSSR, 1960*
no. 12, 42 - 48)
TEXTo The authors studied the effect of hydrostatic pressure (6,000 atm)
on the emission and excitation spectra of the phosphors Na,01 (Eu)j KCl(Eu)j
KBr(Eu) and KI(Eu). The results ob-' '-ained prove the mutual approach of
the energy levels of the luminescence centers with a decrease of the
interioni'a distances in these phosphors. [Abstracter's notes Complete
translation.]
Card 1/1

B/613/61/000/014/006/019
D207/D303
AUTHOR: Kira, Ya. Ya.
TITLE: The effect of pressure on the excitation and emission
spectra of ZnS:Cu phosphors
SOURCE: Akademiya.nauk Botonskoy SSR. Institut fiziki i astrono-
mii. Trudy. No. 14, 1961. Iseledovaniya po lyumineateent-
oil, 135-140
TEXT: The author investigated the effect of hydrostatic pressure
up to 6000 atm on the excitation and emission spectra of Zn$-.Cu
phosphors with three activator concentrations: 10- 69 10-4 and 10-3
g/g. The first of these phosphors emitted blue band I luminescence,
the second green band I and the third green band II. The phosphors
were supplied by K.-S. K. Rebane; they were prepared by heating
ZnS + 2% NaCl + activator in air at 110000. Increase of pressure
shifted the excitation and emission bands towards shorter wave-
1 -6
.;_engthB. The shift of the excitation spectra was 5 x 10 eV/atm.
Card 1/3

S/61 61/000/014/006/019
The effect of pressure ... D207YD303
The shift of the emiHeion spectra was 10-5 eV/atm for ZnS with 10-6
g/g Cu, and 6 x 10-6 eV/atm for ZnS with 10- 4 and 10-3 g/g Cu. All
these shifts indicate broadening of the energy gap and of the en-
ergy spectrum (ground and excited states of luminescence centers)
of the phosphor. The emission-spectrum shift of ZnS with blue band
:("0-6 g/g Cu) was nearly twice the shift of the phosphors with
green bands I and 11 (10-4 and 10-3 g/g Cu). This indicates that
the blue and green luminescence centers are different (the former
are probably of vacancy type. Acknowledgment is made to Ii. D. Bazi-
leva, a student of the Tartu State Universityq who took part in the
experimental word. There are 2 figures and 10 references: 5 Soviet-
bloc and 5 non-Soviet-bloc. The references to the English-language
publications read as followas R. Bowers and N. Melamed, Phys. Rev.,
go; 178! (1955) W. Piper, D. Marple and P. Johnson, Phys. Rev.,
I'101 323~ (1958i; J. Birman, Ph 9. Rev., 109.. 810 (1958) and J.
Phys. Chem. Solids, 8t 35 (195T
Ca.rd 2_13

S/613/61/000/014/006/019
The effect of pressure ... D207/D303
SUBMITTED: July 19,-1960
Card 3/3

20833
(3;01) UOY &Qty) S/04 61/025/003/021/047
6,0 0 (//.?7/ B104%214
AUTHORS: Kirs, Ya. Ya. and Laysaar, A* I*
TITLE: Effect of uniform compression on the spectral characteristics
of phosphors
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakaya,
v. 25, no. 3, 1961, 366-368
TEXT: This paper was read at the Ninth Conference on Luminescence
(Crystal Phosphors) held in Kiyev from June 20 to June 25, 1960. The
effect of uniform compression on the spectral characteristics of alkali
halide crystals activated by copper and manganese was investigated. Fig.
shows the spectra of phosphors activated by copper at a pressure of 1
and 6,000 atm. It is seen that at a pressure of 6,000 atm the bands
are shifted in the direction of short wavelengths. The shift amounts
to 0.6 + 0-005 ev compared to Istm and increases linearly with pressure.
Under s-imilar conditions, phosphors activated by manganese show a shift
of the band in the direction of larger wavelengths. Thus, on KC1-Mn, Pb
under 4,700 atm presnure a shift of the emission band by 0.015 ev was
1
Card 1/3

20833
Effect of uniform compression on the 8/04 61/025/003/021/047
B104YB214
observed in the direction of larger wavelengths. The explanation of the
shift in the direction of shorter wavelengths in the emission bands of
phosphors activated by copper, mercury, and similar ions is that the
pressure causes a redistribution of luminescence ionters in the excited
states. The theory of Johnson and Williams is discussed in this connec-
tion. All the phosphors investigated by the authors are set up in a series
according to the behavior of their spectral characteristics. The conclu-
sion is drawn that the distance between the ions in the luminescence
centers of phosphors with the same activator differs considerably lose
than the corresponding lattice constants do. Thus, the structure of the
centers is determined by its activator ions, It is shown further that
the excitation spectrum of ZnS-Cu phosphor is shifted by 0.03 ev In the
direction of shorter wavelengths at a pressure of 6,000 atm. This is con-
nected with the increase of the forbidden band width occurring due to
the decrease in the distance between the ions. There are 1 figure and
6 references: 5 Soviet-bloc and 1 non-Soviet-bloc. The reference to the
English-language publication reads as follows: Johnson P., Williams F.,
Phys. Rev., 69 (1954)-
Card 2/3

s/613/62/000/018/002/013
E039/E120
AUTHORS: Laysaar* A.I., and Kira, Ya.Ya.
TITLZs The effect of hydrostatic pressure on the emission
spectra of zinc sulphide phosphors
SOURCEs Akademlya nauk Estonskoy SSR.~ Inatitut fiziki i
astronomii. Trtidy..no.18, 1962. Issledovaniya po
lyuminextsentaii.. 23-35.
TEXT: This is a continuation of previous work on alkali
halides by the same authors and In devoted to a study of pressure
stimulated displacement of the emission spectra of ZnS activated
by Cut UP Aut Mn and Eu. For pressures up to 6000 atm the
emission bands of ZnS, ZnS-Cu, ZnS-Ag and ZnS-Au are displaced to
shorter wavelengths. In the came of ZnZ this displacement is
o.o65 (t o.oo) ev, and for Zns-Cu (10 Z/g eq.) it is 0-0045
(1 0.005) Ev, i.e. 11 x 10-6 eV/atm and 8 x 10-6 eV/atm,
respectively. Similarly the displacement for ZnS-Ag and ZnS-Au
at 6ooo atm is 0.035 (1 0-005) and 0-03 (t 09005) eV respectively.
With ZnS-)In and ZnS-Eu the displacement at 6ooo atm is 0.02
(t 0.005) eV to the longwavelength side. The dependence of
Card 1/2

M
The effect of hydrostatic pressure... s/613/62/000/018/002/013
E039/EI20
intensity on presBure im also investigated, the change of intensity
with pressure being given hyt IPIX IPO .. Sk
p1max Po'max
where 1 /1 and I /I are the intensities for a
P'% p9max Po'X Po'max
wavelength X at a pressure p and at atmospheric pressure
related to the intensity at the band maximum at these pressures.
A possible mechanism for theme shifts is discussed, based on the
characteristics of the electron transitions, the distribution of
impurity centres and their interaction with-the surrounding medium.
Ethyl ether is used as a hydraulic fluid.
There are 3 figures.
-SUBMITTED.,- -Deldember -2&-,--iq6i
Card 2/2

S/613/62/000/018/003/013
E039/El2O
AUTHORSt Kira, Ya.Ya., and Nlylink, A.I.
TITLE: Luminescence of alkali halide phosphors activated
with europium
SOURCEs Akademiya nauk Estonakoy SSR. Institut fiziki I
A3tronomii. Trudy..no.18. 1962. Issledovaniya, po
Iyuminestsentsii. 36-50
TEXT: The characteristics of epropium activated alkali halide
phosphors are investigated, and in partidular, their recombination
lueninescence in studied. Powdered'phosphors are used, prepared by
melting the alkali halide salts with EuCl'. The concentration of
activator is 0.1 mole 0,,,. A few experimen?a were performed on
single crystals. The excitation and erhistion spectra of NaCl-Eu,
KCI-Eus KBr-Eu and KI-Eu are shown to be SharaLcteriatic for
divalent europium. Excitation in tho long and short wavelength
regions given the same emission spectra, Oence all excitation bands
correspond with electron transitions in th~ luminescent centres. .
The temperature dependence of the NaCL-Eu emission spectrum is also
examined. The half-width of the 420 n* band increases rather
Card 1/2

Luminescence of alkali halide S/613/62/000/018/003/013
E039/EI20
faster than with fV-T (where T is the absolute temperature) over
the range -160 *C to +400 OC. At 400 OC all investigated phosphors
have not less than 256,v of their intensity at 20 OC. The optical
flash, thermoluinine,.4cence and absorption spectra of some of these
phosphors after X-irradintion are examined. The thermoluminescence
curves show peaks connected with the release of electrons from M
and F centres occurring at 340 and 430 *K-respectively. In the
case of KC1 the optical flash spectrum coincides with the F
absorption band. Additional absorption in the F and V bands
occurs after X-irradiaiion of NaCl-Eu (A max at 465 and 223 a*
respectively). Sensitized luminescence of manganese in NaCl-Eu
is observed with a resonance mechanism of energy transfer.
There are 7 figures.
SUBMITTED: December 19, 1961
Card 2/2

ACCESSION NR% AT4020795 8/2823/63/000/023/0061/00"
AUTHORS: Kira, Ya. Ya. 1Aysaarj A'# L'
TLE: Origin of the blue emission bands of ZnS-Cu phosphors and nonaadvated dna I
sulfide
SOURCE: AN EstSSR. Institut Mild I astronomli. Trudy*, no. 23, 1963.
Issledovanlya po, lyuminestsentaff (Research in luminescence), 61-66
TOPIC TAGS: luminescence, phosphor, Zns phosphor, ZnS-Cu phosphor, zinc sulfide
luminescence, ZnS phosphor blue emission
ABSTRACT: The auth6ra note that the question of the origin of the emission bands of
ZnS base phosphors remains quite unclear. For lurnineseence centers corresponding to
the s=e emission ban&, different models we proposed by different authors. Certain
hypotheses are discussed. In the authors' previous work (A. L IAlysaar, Y&* Ta. Kira,
Trudy* IFA AN ESSR, no. 18, 23, 1982), the effect of high pressure on a large umnber of
zinc sulfide phosphors was analyzed. A particular study was made of the ZnS-Cu phosphor
(1. 10-4 g/0, which has a green emission band, and of non-activated Zino sulfide with its
blue luminescence. This paper reports on the results of an investigation of the effect of
pressure on the blue band of the ZnB-Cu phosphor (1. 4, 10-4 g/g). MW experimental
C"d 1/2

ACCESSION NRt AT4020796
technique was discussed in the work referred to above. Its authors provides, now aup-
ment in favor of the view that the origin of the" bands (that in, In the ZaS-Cu phosphor
and in the non-activatod zinc suMde) is different. It is also established that the shift
In the emission bands of US-base, phosphors, caused by doping them with smaU amounts
of cadmium sulfidei is the result# In the main, of the deformation of the US lattice by
the cadmium ions. 117he authors sWess their sincere gratitude to Doctor 0. Ortman
(H. Ortmann), atwhose personal suasstion the present work was carried out. 11 Orig.
art. has: 1 flgvre,
AS ON: Institut flalki. I astronomil. AN ZstSSR (B"tate of Ybystax and, AstronoznYs:
Us"13
ENC14 00
SUBM=Dt l9J&nG3 -DATEACQt 07APr$4
SUB COM PH. NOREFSOW 003 t 008
2/2
Cwd

L 47171-66 EWT(l)/EWTW/T/EWP(0/ET1 IJP(c) JD
ACC NRt AP6032236 SOURCE CODE; LrR/0023/66/000/003/0354/0359
49
AUTHOR: Aydla, A-.--Aidla, A.; Kira, Ya.--Kirs, J.
%Qzz~- V r7 le
ORG: Institute of Physics and Astronomy, Academy of SclencesjEstonian SSR (Institut
nomi4l Akademil n-aa Estonskoy 85R)
fizika I astro
TITLE: Thermally and optical stimulated phenomena in cadmi= sulfide single
crystals
SOURCE; AN 'EstGSR. Izvestiya. Seriya flziko-matematicheskikh i tekhnicheakikh nauk,
no. 3, 1966, 354-359
TOPIC TAGS: cadmium sulfide, semiconductor, thermoluminescence, thermoelectricity,
optical flash, photoconductivity, photoelectricity, thermal stimulation, optical
stimulation
ABSTRACT: Thermolumineseence, thermoelectric current, optical flash, and optical
quenching of Q~otoconductivit~( and luminescence were experimentally investigated in a
numbe - - Wingle__c!2-st&1dgrovn from the vapor phase by sublimation in an argon
stream. 7~~o brands of CdS were used as starting materials: one specified "for
semiconductors" with a 3 x 10-5 g/g silver activator content, the other "ror phos-
phors," to which silver was introduced In the process of graving. The excitation was
effected by the 365-nm mercury line. In the case of thermal stimulation,the heating
rate was 0.3 degrees/sec. Optical flash and photoconductivity quenching were stimu-
%%nw 13 . I -

L ;4 717 1 -66
'"ACC NR%- 2 ' 6-
AP603 23
of photoconductivity, both being the result of the release of holes from the response
centers. It is posuible that IR radiation releases holes directly from the red
luminescence centers, since the optical flash was observed only in crystals having at
least a weak red luminescence band, Generally, the authors hold that-the luminescence'
of CdS can arise from the release of both trapped electrons and holes. The authors
thank A. Ruut for growing the crystal specimens, Orig. art. has: 6 figures. [F?]
SUB CODE: 20/ SUBM DATE: 24ffov65/ ORIG REF: oo4/ oTH PiF: ol6/ ATD PRESS:
5090
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Now measuring instruments, Makh. oil's hoop 12 no.11:2718
N 161, (14IRA 34: n
Is Ukrainakiy nauchno-isoledovatellskiy institut
elektrifikataii sellskogo khozMotva.
(Measuring instru$ents)

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Translation fron: werativnyy zhurnal, Metallurgiya, 19,3, Nr 4, P 335 Womq)
AUT110IM: UGollnikov, N.A., Kirea, V.3.
TITLE: Photocolorimetric Yethod of Determining Cobalt in Steels (Foto,,.olorirrt-
richeakiy metod opredeloniya kobal'ta v stalyakh)
PERIODICAL: Tr. Tomskogo un-ta, 1957, Vol 145, pp 63-66
ABSTRACT: A photocolorimetric method of determining Co in steels containinG
0-1-1-3% Co and up to 20% Ni, based on diantipyrilmethane (I) in the presence
of N11 CNSJ, has been developed. Determination is performed in 7-m dishes with
an olge light filter. Chloroform is the neutral solution used. The effect
of FL- is elimimted by the introduction of I~F The 03.1(riing,, Vren present,
do not inhibit the determination: Vi, Cr, Mn +: and Vv. The following do in-
hibit: M04+' MO 0+, ana v5+. 0-1-0.25 9 steel is dissolved in H2304 (1:2) and
acidified by HNO The solution is boiled and transferred to a 100-cc flask.
An aliquot part JiO cc) is transferred to a separating funnel, 1.5 cc 20"'. 11114C1,13
and Na F is added until the color changes to bright yellow, and 2 cc chloroform
and 1 cc of I are shaken until the chloroform layer takes on a blue color.
Colorimetry is performed after it has been allowed to stand. The relative er-
ror is 0.1-2.6%. X.K.
Card V1 1. Cobalt - Determination 2. Colorimetry - Applications
La_ 'i

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lbe k-tvto of vahad planto, Swb . chaam am
clumcierfatic al &&g -Poi-- (kdtcd Plants Ohm
INMWO * ithoner Ids am. It. Priniky

VOLKOVAj V.A.; SOTOVA, A.N.
Effect of trace elements on the dovelopaint of
in the meadow Chernozem soils of the Gorno-Altai Autonomous
Province. Izvo Alt. otd. Geog. ob-va SSSR no,5:11+1 165.
1. Gorno-Altayiltiy pedagogicheskiy Institut, (MRA 18:12)

USSR / Pharmacology and Toxicology--Modicinal Plants V-5
Abs Jour: Ref Zhur-Biol, No 23, 1958t 107349
Author t Kirsanina, Yes F,,
Inst i Gorno-Altayskiy State Pedagogical Institute
Title Some Data on the Biochemistr of the Black Moun-
tain Ash (Preliminary ReportT
Orig Pub: Uch. zap, Gorno-Altayskiy gos. ped. in-t, 1957,
vypt 2) 265-268
Abstract; The fruits of the black mountain ash contain sugars
and are rich in vitamins C and P. In the process of
maturing, their acidity and tanning contents de-
crease and the vitamin contents increase. The
study of the fruits, leaves, and seeds showed the
absence of alkaloids in them.
Card 1/1
22

11RSANINAO Tn.F,,.-kand.biolag.nauk
Sum-ior woric nf students on the farm. Blol.v ahkole no-3:39-43
my-To 159. (14DU 12:9)
1. Gorno-Altayokly pedagogicheakly inatitut. Is opyta Sh"balinskoy
arAdney ahlroly Gorno-Altayokoy avtonounny oblAnti.
(Shabalino District-Agriculture-StOy nnd tnacblng)

KIRSANINA# le.F.j VOLXOVAj V.A.
S=e data on the distribution of Azotobacter in sol-Is of the
Gorno-Altai, Autonomous Province. Kikrobiologiia 29 no. 0551-
554 n-Ag 160. (MMA 13: 10)
lo Gorno-Altayakiy pedagogichookiy inatitut,,
(AZOTOBACTER) (GORNO-ALTAI AUTONOMOUS PRIVINCE)

BLTMINA, N., insh.1 MMAWT, A., inshol XIRSANOT,, A., lush.
Iarge-blook construction in Chelyabinsk. Stroitall no.11t2-4
N '57- (MIRA M12)
(Cho Iyabi usk-Apartmnt houses)

/,r S q /1,/ C 4/ q -
SV,IRVGV, S.; KIRSA-M, A.- RUDAKOVII N.; HILTUCHUMIN. A.
No ii~~
Mnehine mends stockings. Prom.koop. no.6:11 Js 157. (MI-RU 10:7)
(Sewing machines)

NUOLAYEVp V.; XMINOV, A.
The MODCow confererms, on problems in the tboo and pracues,
of building communism. Vop. skon. no.51153-157 My- 163.
(MIRA l6s6)
(mosew-commist Party Of the Soviet Uni.-
Party vork)
(Moo cow-Lidus trial organization.-Congressea)
1;

KIRSARDY, A.Y.(rolomna)
Mxpfmiences In giving continued training to nurses. ged.sestra
no-7:22 JI 155, (HLRA 8: 9)
(NURSING PR lox
qnalifteations. raising)

XSAMPUID. TA.F.; EDTLTARSKIT. D.I.; IGNATOV, V.A.; AIXIU, Z.1h.; insh.;
SMIRNOV, Yu.A.; Inzh.; KMTSIIIA, M., insh,; IGRATOTA, M., inzh:
JIRSANOV, A.Z., slaktromakhanlk; MDIODTSOV. N.A., Insh.: HDDIED, G.V.
~__W_vwwww
.Discussion of two articles nStamping apparatus for signaling, central
control and bolck systems," and "Periods for testing relays used in
aignaling, central control and block 979tome.w Avtom., telem. i svias'
nj42:35-36 D '57. (MIRA 10.12)
l.Nachaltnik Adzhikabul'skoy distantali signalizateii i avyazi Azar-
baydzhanakoy dorogi (for Koantopula). 2.StarshiT elektromekhanik
Mookovskoy distanteii signalizateli i avyasi Oktyabr'sko7 dorogi (for
Kot3yarskiy). 3.Ayaguzakavadistantei" signalizataii i svyazi Turks-
stano-Sibirskoy dorogi (for Alkina, SmIrnov, lunitayna, Ignatova).
4.Zaveduyushchiy postom dispetcherskoy teentralizatelt Aya"zko7
distantaii signalizateli i avya2i Turkestano-Sibirskoy dorogi (for
Ignatov). 5.Krastolimanskaya distantsiya signalizataii i evyazi
Donstskoy dorogi (for KIrganov). 6.Xoskovokayn distantelyn signali-
zateii i evyasi Gorikovskoy dorogi (for Molodtsov). 7.Zameatitell
nachallnika aluzhby signalizatelt i avyazi Orenburgskoy dorogi (for
RodIko).
(Railroads--Signaling)

MARAMZI14) A.V.; KIRSANOV,, A.I.; ILLARICITOVA) T.M.; YEFINOV, Z.11.
Temperature conditions of a shaft during air drilling in frozen
ground. Trudy VITR no.3s7O-U 161. (MIRA 15:7)
(Boring-Cold weather conditions)
(Frozen ground)

KIPSA -V"J.; Y&FIMOVP R.I,
- - NO
Air shot drilling in frozen ground. Trudy VITR no.3.-85-94
161. 1(Boring-Cold veather conditions) (MIRA 15:7)
(Froten ground)

KIR.SANPY, - ILLARIONOVA, T.M.; MEVISON, Ye.G., nauchb. red.;
kj,,
IVANOVAO AXOP tekhn. red.
(Air drilling of exploratory vells in permafrost] Burenie
geologorazvedochzWkh skvazbrdu a produvkoi vozdukbom v
mnogoletnei merzlote. Moskva# M-vo geologii i okhrany nedr
SSSR, 1962. 49 P- (MIRA 17W1

ALESKOVSKIY, V.B.1 jjR�MOV A.I.; LIBINA, R.I.
1,
Use of frothers in air drilling, Trudy VITR no-5141-49 '62.
(KUU 15:9)
(Drilling fluids)

IUARIONOVA, T.M.j ~~Ov ~P-k - I ~-
Ways of increasing the depth of air drilling with a high static
water level in the hole. Trudy VITR no.500-57 '62. (KMA 150)
(Boring)

ASHIMGV,, M.1.1 KIRSANOV, A.I.; NEFEDOV, V.P.
Using azolYat-A as frothing agent in drilling vith air-blast.
Azerb.khim.shur. no.61ll-15 163. (KLIU 1713)

TUSHINSKAYA, M-M-1
Hypothyraosis developing against a background of a neurosis
of neurasthenic type with manifestations involving the au-
tonom1c nervous system* Proble endokr. gormonoter. 9 no,41
88-90 Jl-Ag163 (MIRA 1721)
1. Iz kafedry fakulltetakoy terapii (zav. - prof. T.S. Istama-
nova) I Leningradskogo maditainakogo instituta Imeni Pavlova.

ILLARTONOVA, T.M.; XIYLWOVo A.I.j KRAYNOVO S.V., red.
(Nev developments in air dril3lng techniques abroad]
Novoe v zarubezhnoi tekhnike dlia bureniia s produvkoi
vozdukhom. Moakvaj Izd-vo "Nedratn 1964. 52 p.
(MIRA 17.5)

FIIATOV, Boris Semenovich; MAKURIV, NAkolay Stepanovich;
ASUMSON, Mikhail Gr1gor'yev1ch;_A1RSANQV, Arwiy
Ivanovich; ISAYEVA, V.V., ved. red.
(Air drilling of exploratory holes] Burenie geologorazve-
dochriykh skvazhin a produvkoi vozdukhom. Byj B.S.Filatov
i dr. Voskva., Nedra, 1964. 247 p. (MIRA 17:9)

ILIJiTRIX)INCUI T.M.; K11MANOV, Ii.T.
FrGducing local c1rculatiori of -,;e-ll da' 31-b cozpresE-ed air.
.-,:nzved. I oUj. nedr 30 no.4:20-25 Ap ~,4.
(:-MV, 17:12)
1. Vveioyuzn.,,-j nauchrio-issledovatpllik rnef~olikl i
t.-AlinIki r!i,-,vedkt Gosudar.-Avennogo g3n komitet'i SSSR.

POTEMIN., N.H.; GREBMp SA. Prinimali uchaetiyet KIRSAKOVI A,pK*i
JACHEMp R.Y.; ILICIMNKOp R.L*1 POLESHKOp U.S.; LUTINAS A#I.
Quantitative determination of magnetite by a gravimetrio
magnetic method, Zhur, prikl. khim. 36 no.51 981-988 Fq 163-
(MMA 16 s 8)
(Mignetite) (Magetochemistry)

KIRSAIICV, A. V.
Totacco IndwAry
First LcnITA,rad Tnlacce,- Factory In rast ar" :resent. Tal-alk I/., !;j. 1, 1~53.
1-!snthl--;- List of Russlem Accessions, Library of Con,,-ress
June

KIRSANOV, A. N. , Cand of-Tech Sci -- (diss) "Influence of the design of
length
pellet crown on the of a passage." Moscow, 1957, 15 pp
(Moscow Geological Prospecting Institute im S. Ordzhonikidzo), 100 copies
(11:L, 30-C,-, 110)

A ///- ~ V,1~1"2(,-, ~., -, ~//,-
Vfficlent desigm chilled-shot crovn drill. Rasyed. I okh. nedr 23
no.6.-19-24 Ja 157. (Km litz)
1. Hookovskly geolagorazvedochnyy institut in. S. Ordzhonikidze.
(Rock drills)

ruwat - I
.r Mechanical destruction of rocks using steel shot, Trudy WRI 31t
40-W 157. (Km 11W
(Racb-drills)

ZINENK09 V.P. OV A.N.; HAMEV9 V.I., red. Jad-va;
IYMUSALIMSXAY I e. *# tokbn. red.
f&xperimental measurements of tbo power cons=od in core
drilling of test holoalSksperimantallyWe i=oreniia monhch-
noati, zatrachivaemoi pri kolonkovom Wrenii razvedochMkh
f;kvazbin. Moskvaq Goageoltekhizdat, 1961. 48 p.
(MM 15:11)
(Coro (trilling) (Electric powor)

VOLKOVj S.A.; ZINENKO, V.P.jjj&tANQVj__A N
Power of the drive of diamond drill rigs. Razved. i okh. nedr.
28 no.7t28-31 J1 162. OURA 15:8)
1. Moskovskiy geologorazvedochnyy institut.
(Boring machinery-Electric driving)

PAL'YAVOVV F.F.; SHTKYHBMGp A.M.1 Prinimali uchastiyes ZINENIO,
V.P.; KIRSANOV, A.H.; KULICHIKHIN, N.Lp prof... red.
-
(Drilling holes; for the specialty "Hydrogeology and
engineering geology" in proaDecting and mining institutes
and departmental Burente skvazhin; dlia spetsiallnosti
"Gidrogeologiia i, inzhenernaia geologiia geologorazvedoch-
nykh goMvkh institutov i fakulltatov. Moskva,, Nedra
1964. 354 P. (MIRA 17:12)

XANAYNT, ToL.I.w Insheneq, Insbener.
I~ia~t'icex 0i construction otnegament through the shop system, 3141
strol, takh. 14 no*4:5-6 Ap 157. (MLltA 10M.
1. Treat Gromwachinsin-oll
lConstruction industry)

KIMSANOV,
r,zhqmtv.i ~"hrOMA Lew,her Ed,' tori !s dn fif
( , -4 , - .%
labor, P-:cn. 6 S 16L. F-... 1.1141

KROPACHIVA9 A.A.; MRKACHj G.L; ZHURAVLEVA, L.P.; SAZONOV, N.V.;
KIRSANOV, A.V.
N-cUothylenediamidophosphonyl-N-arylurea. Zhur.ob.khim. 32
no.5tl540-1542 Mx 162. (KMA 15t5)
(Urea)

KIRSANOV, Alakaery Vasillyevich; DEMENTIYEV, V.A., red.; GUZHANOVA,
T.N., m1adshiy red.; GERASIMVA, U.S., takhn.red.
[True face of the "American way of life") RAmerikanakii
obras zhitni" bez prikrae. Moskva, Zkonomizdat, 1963. 143 p.
(MIRA 16:10)
(United States--Economic conditions)
(United States--Social conditions)

TIMSMWAp 011ga Kondratfyevw; KIRSMOV, A.V., otvo red..; MOV.,
I.K.0 red. izd-va;
[Sweden under the =I9 of the Social Democrats; a study of
their postwar economic and social policy]SPvedskaia sotsial-
derokratlia u vlastil ocherk pomlevoonnoi ekonomichashi i
aotoWInoi politikio Moskvap Xzd-vo Akad. nauk SSSR,, 1962.
141 p. (Sweden-Economic conditions) (HIRA 15:9)

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otul

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,
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1

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11.0 to t1p, "M "Wqim mks. 5 am led lims AVA
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-
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morawtv
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LY
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at as pwtakm.
or wA, with
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a VIOPM
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or
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havo b"a md in i=.
ff aondMw "r,
r 00nd
kp., k m6 affaW by amm. HO &W
I ad h"L in not P&aquw.
to at PcombeflnualL
R. W.
lee
oil &SO-ILA MAI'ALLIPAKALLIMATIAICL.a.w-KAI on
1014W3 .46 ON. 484 $tod4-T I,
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IT
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VIA (J. OML Chm.
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Few.
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RAN ~ nee.
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00
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0 : 'A III I-lP goof$% lop ..0 040M
'emplis, 4.0 1.1190'.1
so
00
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I SW$O,," - .- a
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00 4! 1647- JPI)gM)4vf. C' A
es I c"k. b. Mod m"Ift, 4% -A 8 on utululd. sn-I
es Ir: cmall-1-11M. harlomalell by flin. 111th
In lk fallm 'Al: C.II.NII1 11V "S. Im..41.
0 0 z I .. Wo 100.2M, and at t4ilis. "Io%
00 j 1: i4d .
Ili an OW T i4s vmr *pd. into 2 Ivoctoms,
w sima" volufler" cAs with d.. 8
000 Content 0.3-111%). relvar". and I an. k"W,
00 find 12) Zat a dark cbmy cQw with d., S nmtrnt I by
IA 2 411). and I go. higher than tholit dw The initial .%I%
00 Thew daris digtr in d. by 11.04 OAN. in prilariestam
of fight by n,WA A(MI. Lim I no. by 8 11 and in a Y. rw-4
110 wt. by 21 44 uIsits. The nwtlwid can he spr4kc] uxvm.
00 fvVY kW Ow Prrhmimv wN. -11 S-olato. c%,I"Pd,, Im"i
pwtrukvw. Riiptl. data art tal4tila". Thirty rtIrr.
06 V1 Cur". A. A. I*udsxnv
41114&lbff
i-I JW
1
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I
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egg
go
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ago
.600
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KBSANOr-7,, A. W.
"Sur 1e diaminomethane et sea derives. III. Saponification du diacetyl- a -aminopiperi dine
et sur 1e soi-disant dipiperideine de Arens." Iwastchanko, J. N. et Kirsanow, A W ~,r 77!
SO: Jottrn aL 2WIeral Chemistr3t (4hurnal Obahchei Khimii). 1937, Volume 7j, No. 2.

A fil? I N m I
A
Soo
(zoo
SOC
*Sall
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o, amp nom imi. 'I,
god
000 id Nffg-. I-aadso--
'16 thoble"
004
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00's
Iist-01011
"LW$" LIMAS
sabsAw set on ONI a I W 0" At.
:AV j VIC AN S 1 00 0 a 6 1 v a 9 A 0 2 0 r
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:0 O~o oon 00
00100000 *0 00 40 000 00.01
.00
we*
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re 0
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#0 0
goo
wo
woo
ado
vot

a a a 35 V a P a a a As a *a*
_r As
:41 .. No .- .,. 'Got A,*,.
A vmp lot
00. POW46*411 &m1l PoSO
00 A ~41
Kirmovir will 00
Vs. A J. Gen. Claims. (U: & S. R.) S,
0 0 61; atids if) Woe i I-so
r,g,=.1)b~vurr;:rx"fiAm 6-alkyl-
hs .0111,
Ova - ------- 1%
S wiL 4W to% cwK% mist um mol. AcCJ4 r in 30
timple"t.maval
so ww my . ban sk. (d. Our. 6311,111164.
C.A.25.4M). U wriVxrpl. Ivy tboaWboduffift-birt
OW MerbW trA.-isp. Owlshh. T. VA(ltxKl)). I an
09 to gri%%ings with 10% NakIll fm 2 his. air dmimusmi. logo
~.4dkyUew%d"- im-sits atul C(N. 11w valuce gilveim below 00
lur timr M.P. of 1. their "imej alki f4wayd, pa"40i
Me 22"' 1"~ . f"p.
244-6' =17-111'- W :NH-46 TJI-3 2W- off,
216!11' ~4-411111- R. 67, It' A-4 Also
lphemAukattow. m. 242 4 1. gimunjul with 10j~ N,011, to
gave 141% m4rm~.Wk"o1~ wod, "i. Ob 41' jr-Aydr- A, 00
800, ni. 1.10 X1. Ihis elk] ittat Wfulikell 7 "Alamm
in 1;:~.Xlmillf wish 14 loOllfis smi 1witott-w-vink ~vll.
00 its limAl"ball. h4. till Lt.. 014. 11164. .700
see
woe
Asti. liv-sai.. too
uAime -j T- cwv 4164 11 431t ill too
OT;,40 me "; '00 0"
~ 1460cossoose;'oefooo

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I 40)(Cams smommy).-Tiftwelti 6 s. a him!,
ovkh 90 mL ON w kv I hr, AM INDO wA. ei
r
96%sk., sob 19.29".0:1ki foam IN I hr. costri-
%W mw W" "Ammat 4 dow With " ad. of Sk..
torbur "log the Smilm"I 041b sk..4
vocktione. uIxthe Ii -t with
MIN. "Auvow. Omemwe the cum me. to
IM-1811 od.tm itivettv both el &4 met. mad W exceedholi
MO. M"w" odhont by "otrifftialt wW ftvw"vfttv
Tramtht too got-tattoo dt-h
forfiwll-~,
elotwoodbrumewdimucloombodhemom
P(2MwW(sm
dimiuW" with imnsAng loop.
-.4 #0004 At 44# got
-V-T- a -Iii V I I
or it
I,, -
.000 0 00 0 0 0 f 4 00.000 0 411 0o4041146411 00
0 +1000:
0 4* a 0 0 00 090 0000 00000 0 0 00 to 0 a 0 0 00
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6464194 0
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Of LIA
a
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t : I It : : :: 7 :~
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,of
l
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c
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'
and W-
I inki. of nw4. HoOh vW *I% IIA Al 1$ S
lawd to alsod 1w 3 dAYl. it Om 41v% J"60""Al"
00
00
'
. is obtained.
(0). m. 149A 50
L
I co"W
tim
b they d il. lkw bode PIZ,," of ltxm% Incfat".
impAvo In =4 Oll . XI ppi. unt-hans"t -00
01
go j! 4
fondus. f4wn-11"'ll"ll
alb
WA,
"T
t 800
u
e
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Tht, sirwitir" am pnv"d by "4-11- In 00
000 It W&H& Whm I to MWIM f- 1.5 min

O lu NoOH stils.. it 0. 35% ss'-duumov-2.1%
with A
7V-
i
11 40
J "t
3 y
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.
2txl
so
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Sj
==

nd "d WR &W 43 min.. lbr I"I'dwl- *Fr
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It
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oso
A 484 fe"do" Of J flaghlef a
11T61104470 40%8 .4 %
J. 600. CUM. Ill. 14 A, k Its. INX .4,
(IvW)t d. C. A. A 4=1.-Wbm 0.111 M owns, w
ft-asaim4-aftriap"i" (1) In the wevac .4 a 1141A.--
/N*()Ae buffer adj"ed to pill 3 40 we tivated witb it ill
31 NAM. 610=t 100%
(its. dftlnmpo. 720.400mdwd. Mor"I"Aff.11"cliwe
otable. though it dKeemp. in 10 votintin at tutim Itruip.
ltiliti:piun $dWoown.isfsp6d. IfthelabdNew
Oda a kk
an IICI. a ppts.. but know uttely fedut"ves
W044m"joyriodiat (M). In. 3116-4% 1.
fornord. Ill 64 Glen fartimod vottion ft I. tromm4f with VI(CI
and Awn 16 irlsWumisto4l in flo -In. %% btts 11 a, iw&tm
is WOH. III is ifor mmin pr.j..j. Inst a WnAll dint. .1 a
r9d COMM. IIVI, an. 211-12'. der-wnp4. 213% is &I%,
0o has 01 . With N*G or -newd. IICI. U freetorratirs
10 N414111 wilu.. U Ow" gum* NOWC16. a twnwe am* -
la"mom N't. add a 111110 1. p"hame, able d"v f,wo
11iffmah an arifim. lot 4,141 $a nrufoj uArs Tft 11
717
ALS, forsned. 2-Amim44wmwmwim and N41WI g1wr
OW 1.4
IV istAdmigord In moll virM whorn I k- Itriterl wilb'N*4 -t'l
Olt
h "ruttal .4,48'. 4w when It w& I% %with Ad%(Sift 1-4011
he &q. wly. of 16. 1A Ovis 1.1 "d 41 13'~ If, ~11 ~4-
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as.
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00 it
sea
0: '0
3
:ow
fppp:p:
Chm. uL S. J,
gives. The Ac dertv. of ndfidine was prepd, as Motes:
a4moiwvyMvd (1.0 md.) wo dia%gvtd In 2.S
MZ9X(=Cy,= and the remItia oda. wal
d).
kttpbg Me imp. beta W1001. After I hr the
w" njud whk ion cc.
-Odftb,=5 m. d 4 It KCS. Alter -16' tibW. h
wo- aftered - wo-h
tbm wkb water. wd drkd in tbr akr. The ykM of At
deriv. um a)%. T1w k0owing com pds. were smbroi-id
by tM ectim d I upw alkylpyfidmimints W arstral
a9vests, p -
;,6W-, to. 232-3:; Fj Umain m. '-'"4'; Pr. tn.
,0,,.
; a.=. 179-M : &ftsyi. m. IM~
AmmovaVan - J - mudylpraooofti". m.
m 199-M*, Pr. m. IM2-4*; On. m. 194-7% The
Cost", A. A. fNidtwnv
.0 .0
a - I L MCIA&LIOSCAL tIVINAIM CLASWCAIM
1191481907- - ~ - - - - -
-$0r4-" id 148690 "it @0f @at Islas$ ow 4"o all
u a A# 10 is
Ij MY a, wo 00
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Delsitadmalift"Of adai4ft"e. A. V. Kirseam,
A A- I
1
L 111
P
1
04.x .
14- -
0
. r.-Imova. J. AppJwJ
7*
Chess. ju. & & R.) 13. 1406-13010401-IrceshlY distd.
W-W-
r
k
l
r fr
ti
dwm t
b
*0 a
a
ac
on
.
iv
qwa
) was cooks"q
with smaitle anhydilde for I br. Them it was uralrd with
0011
4 4% X104 21% KI WO 0.1 X thiovalfate win. mW let
stand for i hn. A known amt. Of I Note. was adiled
and
00 ,
the ticess, was dusted In dm uvmJ w& The ptivemust
f
l
t
di
f
o
e
ew t
cyc
opec
oramm: I Ito
to - 4) O-OM3118, Vb.=. me cc. of 1himilate
solo. used for the titratim of blank and sample resp., and m
the wt. of sampla. Tht smetbod Is accurate to within
1%. tOrmse"Ibom cassat be used for the coodrum.
k
tkin wit cyc
viienladim. after 3 bri. emodrusatko was
i Me'
4
h
J
d
d
un
to T
e
u
a
scrustium of
ly
0
'~
'c
1
II
d
l
rl
.
cTU
v
. wasi
e the awthm
.
deact bed I fa.6% W "r)["audir"
was meturd
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- - - ---- - - - = '. 1 -- -- -- -- --' - -_ -_ -, -,--
a
-00
00
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_16- all; U
0 0 0 0 0 0 0 0 0 610 0 0 0 0 0 ; a to 0 : 0 6 411 0 * 0 0 0 0 0 0 6
0 * 00000 a & 0 0 *0 too OJOL -00 " 0000000000 096090

KIRSANCV, A. V.
A. V. Kirsanoy and Yu. M. Zolotov - "AmIdation of dibasic carboxylic acids." (p. n45)
SO: Journal of General Chemistry, (Zh=al Cbshchei Khtmifl, 191.0, Vol. 20, No. 7.

KIRSANCV, A. V. '.PA 54/4"24
. . . . . . .....
IS .4C,"
C2
jr t;
Id
ld ~Z
31

c m
A. 1'. bactill
New Ned" of rOW stitid" of gubs"
a" &4m* into V. Kkmmv mod Yo.
OZ A
%1. IA"OV ISAM11115 1614191114911 tilietill4w1mv It).
/k.0 (411mm Nblav. 11. Gett, Chem. It. =M-?
'194,A).
141 the efflivifol by treAtlor"t .111. SAN(N11.1, (I in tkw
perwiver of TIM RjOll And I in ail. solls. Isiled to
give SIST HS-11, 1-iltw-f at rcmm temp, of (no beating. with
,it wiltimmill ~ blimsmi- an equitIMA" mist. W
I 4nd'AFOH to 12%* 2 114%. jultil the lower fay" oolidlW.
lolknied by trelvirmut ulth It,() And 111,11), exift. W the
1:.t,o lawn with X Nal)II. and rValsti. AAVe UP 10 We't,
ofelpts.; itictrAic of the temp. to=),
save enter taffy wimilt,,. foef y*kb of HsNH.. mod
solve pb(:N. %lieft twit"OtAl Illists. of IUOH told I am
inip. I he mit. yields W 81-411,
heated will, " =Y=, ,,b py"islin. ,.. at
SPP~b W% a say dertivs. of istivitr NII(SM)s or
loV 0011111119
=nsccbm of the byVgod-t He-
ON" Is siss"Iss I fit .0
"4 I ftW IWO f4'"1181 The I~l Yk M. of thr Affikir fr."If
On kmg beating at relatively km ITZ mW The uptunum
rit is ai (oflowi: Ole von reagents LZI g..
irkled with mR 419-cm)k1l "Bulk condenser we heated an a
%team lath 3 lift- thr Pirvidarve removed in marms, the rrW.
due treated with In mi 11#0 or Ill nd. 2 N %,kC('h. is*
mmist - evapd. to d'vttees. take" up W 14) Mi. Ro. braccel
ra MI to Imams. c-A^I. Irv %tamt 3 hm. m a om CAMV.
mulp! Zercel. yielding 74.41~ W-Nits. W. MI 7. ^fit# it.
pfated VlAing with 110; still. of the acitlifiell &q. win
with Elio gave It" addril. 9.v~ figNif'. for a total yjeftl
cif M4 11%. 'Amitsitir, 1 .67 S. I WJ 1. 1.
and 5 ml. pyridirie after 3 firs. at I(kl* gave 113.3'; amillf.
in. 190 7% the m -tancr. m. 1:10 441% m6woftl in A4-
peld tyy saws 1.5 nmAca 1; in I Ill 1.0
is prcpd. in go'. yw&f. the jP-ts#m-. m. IM 71 In g"-
.
yield by using only 23r.' excess of 1. llesting I I a.
AcOff. 2JO t. 1. "od 5 "it. PYMUW 3 h". to 100' gave
after adds. of 'NSICCh. coorit.. WA elln. with 34"CO'
64% At.VH,. M. 1410 (Front 1`40-EtOll); tdpVyfk V14
pet SO% dimule. in. ItTJ V (from 11#0); &W jimilmsdat
81-6-C dawc to. I(C-3, Ovism NeWCO). bid
ammade.cm.154-8 (from 11l0), after 3 bri. at Its...
G. 161. KowAspriff

~x
10~
qcdy to Tjiof.. mWdst of c4aboxylle:
\ A mZ me= of, M
&old Yu ~ Nt -
1"uk'fav (StAhm Nice. Int., Ihsr;wnWtrcovk). J. C,#,~.
Mon. V.S.S.M. to. No. 11. 111173 AI(III19)JF1141. wols.
Istk)n).--&e C.A. 44, 4114t. F.. J. C.

C of anWes of ftgwk ". A. V. Kirsa
Must In I I,hw tronk). larest. Azy.,
4=
xasi s.s.s. MI. Wet
" III. =050. C%47; cf. C.A.
44. 44461-11orating Oft- A410 With IIjXS(IfN%lfPj PVV
1111 A17, jorlds oil kt*I)N.%Ir,, (film 114011. 1111CUIC41411.
AcOll. I,- an-I And *-strut P'-4hNCooII.C(hII;
)"It's and I ilis-POIN 4"JI'Vol Are Also rVAAIjjy Obtained
from II,XSOl%R,. IIVUCV. AndflAtinn by sullamides does
Dot to throotogh An N'-'A).(III stage. and the reaction Is g"'t
symnseffival In respell Ito the Treat-
ment of Aj%(SA1sNII,1, roijib %let tot dirt" artion of Cllj%,
vlorldis AIr.Nt2wh'%IId1 (1). m,
113 Wh norutral. &told m.d in It,(); it gives a jolid os"ju 1
oeo* Vl,, and Is raptilly livotrulystif in aq. subu. sit all. ;
At is, t firActions to Wrly AM. hence The imida"Wandolor
ton ho Ite stable I" UP. but the MW. sbows fairly ready
instlowlylly to 11,0. Ifirtifulysis of I yields largely AP.W.
last-
tempts I.pgp. thsfrov --.1. Ilsr synthmilsol
URRAiscresso,lidly toll".4pt"I 11'NSOLVIII with 2 Is" CoAs the
water but b Cart I ist K71s And 3 IICI. as well as 4 pnxlwt film# r
forpreltated by 0,VVV:1'(7j (Ifirsimilar pmlwt tir-critInt
by Fphraim And Onorroorit It h, C '.1 4. fill), was apturvarly
very ceuslor). estrifirint'l lov limit. sit . analysis. and bydrul.
ysia which yirlits 7, tipilvi oil acid ithymoulphibakin); the
W.War, in. 23". is "10.4ion"I
toj% yiell %their the pitlin I% J,me in CCIo toisin ; wirrid
rystns. fnius Ist-tr. ortbort siw 7S`-C pme Pelodsort. to. "L$ fVr
I%ArT. dry MACTIM in VLAA Pirstrottirins (2 11111: Ln) must in
rmpkiyord. ths- pimliwt hvilroltirrs frAoldir in HID. rather
'loolooly At 0", it I-%AV It, O"MI in Ammisal"I MAY III %oil.
linurd. It IS 1 261 tilt L' Iol"Itill VIAIIIJI 4 -11 InW IlbotbIllu'"
(11W whrr Is 0.1'
1 U); cf. Rcin.,& Is. 4 W.. . I m (Awm- J. 18. 151, 3511t IVNI)
VvitinsolAt ;&tilt%- lot Ar.S(hNif, and IICJ on the water falls
210 A, 111911. KIVT Ahlho~t Illlr`~ OrMil oil
'Irrivil" ropes."lly it N"lw C04 *At portwill in the miss
M ir-1111, -tilwi.r.ir ftuow ..f.adwr awkirm IFIttia. .14-1
100, '.=11PON); C~olur,lt. losti. 108. =14 IMP111; Uothrl
haul. Art. 2'.'Onlf 1XV). "'AltAth, rfAI . M&. a. 3171
Lost hYllfOIY%i- the I-ClollUstS El'or' ths"MOCAl amts. of Arlilk-
Nil., IICI. arml while Moll. tot. dritil, CSIAIdbb Its,'
imwmtnmtwfututvt,fthrt,h,~l-kittloirfiv% Tforwavisthr-P.
I. lwlirvnl v, for A ~nsspls~ -,"Nt.-tj,A1itwz Itiols looss of 2 [ILI
rltr - -.1.4 .11.11 "1 1 k4r; thrrv ." AI..-r
-_ ..,W ..t. -I on flow ...... 1.4c -1-f.;
Q.4k
toy IfjO is nu.I.t.sirly 4-% ., .12 C .1-murts
"Noto front, unit loot I'll 11.11 "A 1-0 not .1 1 N X,fill I.
nstilitkIrly hV4jrl'IVj4'4I 41111s 111 440 1111U.1, ~Wn -11 A 11111I

U1011 tiff 144. li'm it- mall-1.141.1w. 44 11o"A Im .41
flow fe-4.1 ol"48,10-oliv with %If,. plisfulto .4114
MVUMIA(V -iffil(W-. 41o AtIll Ploo`9*4- I for I.,-
M A*; P41dyl doidlet, 0" loll" Ttwv not lor disid.
unlowit (kwwn;m. ctvci pit A attio . hut Init, fir crysif-1. (tvam
VVL or peir. ether. Attempt. lot hvinplyw thtir P: N link
-$IN-fot .1irtachitor"t 4.1 V1 fAo6,l Vicusins thon. of (1`44-
N.-P174 lot 11111 No`) girt.1c.1-c 14K'1.. pro,"Ird pwr mart-
Ing trialetial in IS"; In ml.hl vvrov Wamrwt 11444%,A 2
lww jWt%IWt%. (kW 1, 1 V`4#01, 4111440414V a tl%"Wf* fiflfl
.# Mso UNS49). thdi SSW. it A. 1.1 roplivv Ims hyd"llytis, Afhj
Imin no o"ilot C1 (brtxv C1 I. twnst"I in the -0 );,
;t m. 1441."A' anct nuov for mildinicil, I, - it;#= I%
A it BUT I* 10441d. ShOW
""Mill, 'Ohl" 1- 4 tw&.1 fly vtosuftwoll: sale "414illm.
film tiolvis at I -It 3IV of It ". Imil ; It troiclo with a". otpi
:."fare the ." p4wj Im. 11m, utow .4-too". fall is p"St..
NY a z4vo,"lowt, lorlum t,hff, ..I. lot 4-10. .4wrott Simi m.
47.3% ft SIShfitnt'S 1114111k 4AWv And its firtintlysiot imis (it
unknown vioulfle Pm1urls. Ilion. of 11 to imocoo Imlil'a
IIM'U alsit whwh is IMAMMY the Milli of
a bhuctol. modifon. aniklemot tit the- ar"Wittiom tit turbasirlic
*villl by m1famote And virlitil's CICIL1,10.11.0ititcl slut CUP: -
W401.4(N."! - MIS. W111A M111.111 III 11WITS 2 Snook. Of CUP: -
.vc(JCj1.%(AC1. and thloo frerA.,14"no to POCI, mki M".
C411,CN. This crAclioin ntay omr "horn the *AhN:lVh
aIW CM gftvulvs air in lifferiont mob.. hrating ocyl
jAkonodps with I-, P111.2ill" rul,lilly (211 minl -
withis P(X'U and lhr jolffmayl Ahviliff, and
goad. wbkb nor 1w mijoit. toy '164". " 1,v ifft.4tow"t w4th
11.41111. 64--l I., t.v
N4411C 71M -MI10-1 %I froo-1 f-of Ilk' 1411- .4 SkIld- ..I
hilgh-tKAMS 4rtmt,.Iw j.bl. tlW ."S.1, ro.a.-tom
.11 CANIII)SVII10 4,14 Uilh ~AVCO, jiul of q,jj.M&MkjV% Stiff,
M (CAWb P~it 131"410 1 fit I, IIIAV fol' VTII%~l f.19,1
-4 the excru frifirfit,) at"t N-Mr.1 W "itt-21i.
tit FS%v Set-
tit$% ISO The (Wt% .1.1011.11114 milf."I.611104, ir.1 villitirs,

Xfor W*&W 01 ttstdmftdoo W Cjub~UmUs List*
411111rd". A. V. Kw'"bow and ya. St. ?."a,
Ati,14". -1`66C~ Thlorprupetroma). /kaw. (mj*gAfi
444m. 1 V C*a. Clorm.) 20. VA A(IOW); 4. C-A, 44.
44441J.-RCONIfs SIT I'milly to'slit'droatiol Into RC'N toy
Ififtell oil IIINFUloll 11). at 1141-OV. Riopulling IJ I I
118%,111 41,41 It'd a. lit Ail flit. Air pirli'llow V III$ NOW
giflit aqvilah"tion Mir 0:11s, VWN, I lost% 0, IwAlinj
12.1 S, lit NIts wool 14 US 9 1 to" 31,11' 0,20 Min. 411-1 t'$'"'
In W min. "we a #10w disin of 111) fip* JWN im-le; hl,
towit). Nalidu bestims of WcN)fo w[th it ova4ll ex,vm oil
a" 61 311 Into. 69, 1. mcc.~, I I.A 9. ArSl to 4 out V, 7 it
. boweverr. buteol to 230 otq 1.6 lit*. "Wr 10 it
1
06.6% buW an 1) WCN anif 0-119. At-off. ~kmsUvlv
~11).02 mak C9110CONlis *rA 0041 mo* I in 21 Min. At !MR)
10' pirit IS 0. caporyiVoompsk. b 10-7'. 110 11,91wi. aoul .
SkaW MaClkn PTO NIS' ths at
2111-9% Heating Oya $I o1wasamoldf and 0.61 g. I
to 2201 in 3) min. siold
av-18 ; mitt. pw W% moot, of*, in.
lib-17, the 4mom" kml similArly in 941; yifw.
In. 146-1 X --clawUN. In. 4A 41', *A* 4blairkNI in
1,401,41IN/W
at ;SO-13 save MY, *mink. tho 1143 it'. G. fit. K.