SCIENTIFIC ABSTRACT KANUNNJIKOV, V.B. - KANYGIN, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000520420010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V S R

z -w-
A
C-4. 44 (L'A~c.--The
lute
tmi &ettrit, JLt 211' (a
Fig wli4dv (it It. H.O.
ttT2 J'remmrc of Irt'" of 1q,
-4cuu-cc bv _~,;M-ls a a A;". itt

futhe
a Pre unto

t.lr PM min Hg. SnA impatitics wem miced wi'ls tl~e V

f1holl-KC1, FA-r-fts va" -rem VIIJI(A 04 Ill'i hiRO.T(ng f Iv,?, -
'
,
. ' - -, " -~ ;
'4
T4,
M.
The v %as 4!etd. fris.1 tJ!c
r!Otj&v ti %-t' of th.0 chirg. I
Ys Idt, of if Im the eill statt d mts
of rb
U
it
R&4 Ni-I r4 ~.41
.
,
.
,
l
nkill w46LVv14d;mO4tLm
cr befive
chiwn
rs
n
g
p
t

1t" it tn4j:. rate') Irl c-
J111tW Tfte
ae, 2nd deretcl-stvY h; the pc"ent*-,
ch"t (A ply. U, &.Ill tjvftw

wearcu" wte m01. llfl$ b6 Its eq,40. wilh nt-_.ive lattim'114te
Pf(xt (if (.1falyt(c dMarlpti. 11b. a. anti It "Uft C:k-~
~'Pla" nent r'4 the equU."w5erAns If-c' mqd benzeiie charxv,
file PMDOU-S.4 the'-COLCOMU mxliam

J
CV

iA

Automatic d1scharge of cylindrical thickeners. Sbor.inform. po obog.
I brIk. vSl, no.240-42 157. (NMA 11:5)
(Coal preparation-%ulpawnt and supplies)
(Automatic control)

KANUNNIKOV, V.B., inth.; ROVNYAKOV, I.I.
Automution of a drying unit. Makh.i avtom.proizy. 18 no-31
12-13 Mr 164, (MM 17:4)

Kammuov 0 V.F.
Ventilating the electrolysis division of an electrolytic
mm=amee works. Sbor.trud.NLTST no.9s65-73 161. Uuu 15.8)
INWigamse.-Blectrometall:urgr) (Metallurgical plants)

Periodical t Radio 6, 53 - 54,.Ju~m 1955
Abstract I Report offers a general description of an oh=eter consisting of a DC-tube
voltmeter, tube and current stabilizer. The potentioneter is used in scour-
ing the required anode current and the necessary limits for its cont::,ol. The
tube voltmeter, representing a balanced cascade consisting of tuo ca:;hodo
repeaters# malms it possible to measure the voltage of any given politrity
- relative-to-the-ground-i-Other -characteristics- of the- tube-voltmoter -are-,---
listed. Table; circuit dia-grams.
Institution :
Submitted :

. ISHOU, Eg.
IrAW=rny. V.S. -
Ualvena Oforroseterw food for seaming vagnotle f laid@ 12 oWbro-
troas. Frlb.l,tdth-~klP-a*,3:22-25 I-D 056. (MM lo: 2)
1e FImIchookly lastitut in, PoNJobodows Ad 2=k
(Abotreato lantroweate) (OWntle fiblds-4basurownt)
(ftsebretres)

V" N,
BILTAX. A.Ta.; VSKSIAR, V.I.; KANUNNIKOT,Y.N.; CHIRSHOT, P.A.; TABLOWT. B.N.
Special features of the 280 Nov synchrotron operated by the Institute
of Physics, U.S.S.R. AcmdoW of Sciences. Atou.snorg.supplemont
no.4:57-72 157. (MIRA 10:10)
(Synchrotron)

3(l), 9(0)
SOVI 112-59-5-9453
Translation from: Ref erativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 142 (USSR)
AUTHOR: Kanunnikov, V. N.
oft
TITLE: Electronic Time Relay for Determining the Error in Measuring the
Duration of Meteor Flight
PERIODICAL: Byul. Vaes. astron.-geod. o-va, 1958, Nr 21, pp 41-44
ABSTRACT: A time relay in described that secures single flashes of a neon lamp
of 0. 05- 10 sec duration. The relay comprises a cathode-coupled monostable
multivibrator designed with one 6N8 tube, one MN-3 neon lamp, two switches,
and a potentiometer for measuring flash duration. Two illustrations.
BibUography: 4 items. B.A.K.
Card 1/1

'I JO
21.9000 751jj
SOV/'j7-,")- 10-7/V3
AUTHORS: Ka nn11-nv__V__DL_ Fateyev,A. P.
TITLE: On Calculation of the Magnet of a Circular Synchrocyclotron
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1959, Vol 29, Nr 10, pp 1225-1234
(USSR)
ABSTRACT: The paper discusses changes in the density of magnetizing current
in the magnet of a circular synchrocyclotron with distributed
windings. The method of magnetostatic potential ( I is firot
applied to an ideal case of an infinite windingyand distortions
taking place in an actual magnet are then considered. The mag-
netostatic potential of an ideal case is representcd as a har-
monic function (f(r,z), where r is the radiur, from the center of
the synchrocyclotron in the average plane,,and z is a point on
the axis of coordinates, with Beasel functions under the nign
of the Integral of the equation. After uaing the Kelvin trans-
formation, an expression for the density of magnetizing current
is given. The integration of this equation gives the law of
Card 1/3 changes of ampere-turna I(r). When the t-11 1 til'(-

On Calculation of the Magnet of a Circular Synchrocyclotron I') J
'OV/57-29-10-7/1~~
6
(,'"rd 2/1
not continuously distributed, distortions occur. In order to
evaluate these distortions the magnetic field must be con.;I-Jcrel
for a case when the density of magnet iz. i tir, current 1:; t;ivoil 11
priori. To this purpose the study considt:rs a mat.,iict with ail
airEap increasing in proportion to the increa:;e of the radil.11;.
Having set a certain density of magnetizing curvent an equation
i., derived for the magnetostatic potenti,il for the particular
cuse. The paper then discusses field dj:;toL*ti01l:; IUQ to thC
l'inite dimension of the windings when there ar-z! spac,ls oil the
mugriet, without any winding on it, and wlicti Lho cdr,.; have their
(-- ITe c t .In such a case the component of' the field that Und0t.-
went the change must be compensated by a :;upplcmontary windint;
on Lite magnet's yoke. An expreraion is writt,.,n t7lvini; Lli,2 tint;-
nitude of' the component of the current which uttiz;t bo compciinateJ.
A fli.-Id dictortion Is also diocuuned wheii Lite ucLual di:;tr1b1.1-
t1un of current density differs from that ao~;umcd it pi-lit-1.
Kxprcuoluno for the distortion of Lite field Itdvx ave for
:L con:;tant airgap for cuses of' distortion )it on, pojv only ati,l
1'k-v dLLtortlon of the averuge inattitutic planu. T110 CL.)111jK-1k1;.Lt0rY
viiii,lingo muot be arraiiged u0 UL; ~o give it ullil'orill Vit-ld

On Calculation of 011. Ral"fic-L (11'
:;0v/ j- lo-'J/1,13
ution on t1te jarticular part or tAv.. ll., I i ',:I "It"; - , ; ~ : f 11 .14 :11
L;howing the change In fivid dl:;lLortion nh'--6wA a"f,(!r !.!I'-
dtatortions have been comj)cn.,;utc.-d. Kolotri,.ri-;kly, A. A.,
in the utudy. Thcre are and Jj v,
I ~ ; 1 1 j -. j'j. i (Fiz1(-ht-:;;Ay 1rult,itut 1m,:rj1
ASSOCTATION: T-,.l -i,
P. N. Lebodevix),
SUBMITTED: Decembor 1.1, 11)1~5
Card 3/3

829o6
S/120/6o/ooO/02/037/052
3032/E414
AUTHORt Kanunnikov, V.N.
TITLE: Design Calculations for Magnetstith Distributed
Windings
PERIODICALsPribory i tekhnika eksperimenta, 1960, Nr 2,
PP 136-139 (USSR)
ABSTRACT: The magnetic field of accelerators with strong focusing
and constant magnetic field is subject to a number of
specific requirements. It must increase rather rapidly
with radius according to the law H"r-no and have an
azimuthal period of 217/N. Moreover, the field index
n - -(r/H)( &H/'Or) and the number of elements N,
must be chosen so as to satisfy the conditions for the
stability of betatron oscillations of the particles. The
most rational method of producing such magnetic fields is
to use magnets with distributed windings. For examples
the magnetic system of the ring phasotron consists of
2 N sectors and the direction of the field in adjacent
sectors is oppceite. In order to obtain such a field
distribution the height of the air gap and the azimuthal
Card 1/5 width of the sectors and intervals must be made kr

89906
s/120/60/000/02/037/052
E032/E414
Design Calculations for Magnets with Distributed Windings
proportional to the radius. The radial increase in
the field can in that case be obtained by a suitable
distribution of the density of the magnetizing ampere-
turns. The form of this distribution can be obtained
by solving the Laplace equation for the scalar magnetic
potential. Since the law of change in the magnetic
field should be maintained to a high degree of accuracy,
while in a real magnetic system the required
distribution of ampere-turns is satisfied only
approximately, the problem arises as to what is the
permissible magnitude of the deviations from this
distribution and what methods can be employed to correct
the possible distortions of the magnetic field. The
present paper gives a method for estimating the permissible
deviations of the magnetizing current density for given
distortions of the magnetic field. A solution is given
of a number of typical problems which are met with in the
design of magnets wich distributed windings. It is
Card 2/5 assumed that the magnetic permeability of the material k-~_

829o6
S/12o/60/000/02/037/052
E032/E414
Design Calculations for Magnets with Distributed Windings
of the poles is infinitely large and the current layer
on their surface infinitely thin. The calculation is
concerned with the simplest two-dimensional problem
of unbounded poles and a constant air gap. The geometry
of such a magnet and the system of coordinates employed
are shown in Fig 1. The solution of the Laplace
equation for the scalar magnetic potential subject to
boundary conditions which are obvious from the above
assumptions and from Fig 1, is of the form given by
Eq (1) and (2). Using these formulae with a given
current density distribution bl '2(r) (amp/cm), one can
determine the magnetic field at any point in the air gap
with the aid of the relation H = - grad W. It is
assumed that the current denaiiy distribution .
6JLI2(r) = 60(r), necessary to obtain the required field
distribution Hzo(r,O). is known. These distributions
are ideal and the real distributions are in fact
6 = 60 + A6, H = Ho + &H . A relation is then
sought between the relative distortion of the current k4
Card 3/5 density a6 a &6/bo and the relative distortion cf the

82906
s/i2o/60/000/02/037/052
E032/E414
Design Calculations for Magnets with Distributed Windings
magnetic field QH a AH/Ho. The other distortions
are defined similarly. In order to determine the
above relation between the current and field
distortions, the change in the potential Aj (; due to
the deviation of the current density Ab can be
calculated using Eq (1) and the superposition principle.
The distortion in the magnetic field distribution is
calculated in this way for the following two simple
caseal (1) the deviations of the current density on
both poles are sinuzoidal and given by Eq (8), where
the length of the winding is 2ro; (2) symmetric system
of windings with a constant current density and
defined by Eq (11). The results for the last two cases
are given by Eq (9) and (10) and Eq (13), respectively.
The final section is concerned with the distortions of
the median magnetic plane. These are calculated with
the aid of Eq (1) and (3). The amplitude of the
relative distortion of the median magnetic plane due to
n tP
Card 4/5 the presence on one of the poles of a harmonic compo en

82906
S/120/60/000/02/037/052
E032/E414
Design Calculations for Magnets with Distributed Windings
of the current density is given by Eq (14). A local
correction of the position of the median magnetic plane
can be obtained with the aid of special windings
producing only a radial component in the median plane
of the gap. These coils are in the form of a symmetric
system analogous to that defined by Eq (11) but with the
current in the upper and lower poles in opposite
directions. A calculation of the radial component of
the magnetic field in the plane of symmetry of ihe air
gap leads to Eq (15) and hence, using Eq (3), the
displacement of the median magnetic plane due to-the
coil can be calculated. Acknowledgment is made to
A.A.Kolomenskiy for his interest in this work. There
are 1 figure and 8 references, 5 of which are Soviet,
2 English and 1 French. A'~-
ASSOCIATIONt Fizicheakiy institut AN SSSR (Physics Institute AS USSR)
SUBMITTED: February 16, 1959
Card 5/5

,'i,M~SIJIGN RR: AP4002277 S/0139/63/000/005/0118/0123
ALF111110H i Kanunnikov, V. N_
TITLE: On the methods of designing magnetic systems for constant-field circular
accelerators
SOURCE: M Z. Fizika, no- 5, 1963, 118-123 1
TOPD~ TAGS: constant field accelerator, distributed winding accelerator, accelera-'
f.-or ma3netic circuit, strong focusing accelerator, accelerator magnetic field,
distributed winding design, distributed winding field, gradient, hij~l energy
accelerator, particle accelerator, circular accelerator
.ABSTIUCT: For given parameters the method of calculating the magnetic field of a
,pole piece, the distributed windings, and the magnetic circuit of a constant field
synchrocyclotron type circular accelerator has been outlined. In spherical
coordinated /o the field distribution is assumed to be given by
H 1") = Hi f
f (,P)f + 2it
const > 0, an
N)
t_I;ard_1/2

,ACCESSION NR: AP4002277
~The solution of the scalar magnetic potential is derived for the general three-
dimenuional. geometry, and for practical estimates the two-dimensional solution is
~igiven. The winding distribution is discussed in a form where it can represent an
:infinitely thin current shoat on the surface of iron poles with infinite permeabil-
,ity. 'rhe effect of finite permeability on the field strength Is then analyzed
sunder three catagories: the radial decay of magnetic field, the finite resistivity
Iof the core, and the residual field from hysteresis losses. Orig. art. has: 24
,formulas.
:ASSOCIATION: Fizicheskiy institut imeni P. N. Lebedeva AN SSSR (Institute of
jPhysics AN SSSR)
~SUBMITTED: 02Ju162 DATE ACq: 02Dec63 ENCLt 00
1SUB CODE: PH NO REF SM 005 005;
i Curd 24

tWT(M)/BD4/ES(u)-2--AfFTC/A~D/ESD-3/s6P--Pab-4--IJP(C)
b/0057/ ,3/005/0592/060.1!
Accmice AR: Ap3oooo16 65/o,2
AUTHOR: Manunnikova V* No 0_0
TME'. Problems, in design of the magnet for an annular synthrocyclotron
Iq
SOURCE., Zhurnal tekhnichaskM fiziki, v- 33, no. s., 1963, s92-602
T!OKC TAM: cyclotrons, mWets., accelerators
ABMUM: A number of new problems arise in designing magnets for annular
synchrocyclotrons, the fieldof vhich is characterized by a number of distinctive
features. Some of the design problems have been considered earlier by the
author (PIE, N6. 2j 1060 and ZhW0 29, 1228, 1959~. In the present Pa;Vr the
author derives Wressiono for the shape of the profiled pole pieces and the
winding distribution for a real azimuth dependent field by the method of soluldon
of the pertinent three-dimensional ZAplace equation. Also considered are sam.-
new problems associated with design of magnets with distributed windings; there
are deduced equations for the effective magnetic flux and the straor flur; there
is found the approximate azinsithal dependence of the field; the effect of the
Card 1/2
......................

L 9923-63
ACCESSION NR: AP30=16
finite value of the permeability on the field distribution is evaluated;
indications are given regsrding the design of auxiliary vindings for smooth
regulation of the field Ind over the vorking region of ~he magnet. "'Me author
is grateful to Prof. A* A. Kolqq2ag~& for his interest and support in the vork."
Orig. art. has: 31 display equatiods and 6 figures.
ASSOCIATION: none
SUBMITTED: 03HAA2 D= AM: lahwh3 ENCL: 00
SUB COrE: PH NR mw sov; oo6 OTHER: 004
Card 272
................. ..............

L h221-66 EWT(m)/EPA (w)-2/EWA (m)-2 lip(c) GS
~WCMSION NR: AT5007945 S/0000/64/000/000/0653/0657
:"AUTHOR I!kKjIi , A. A. Ovchinnikov. Ye. P.
---Z; Kolomeris__
la N ~v.K.-Vw'
Ye. F.,. "heyev,=. -, Yablo N.
TITLE: Some results of the work on starting the symmetrical electron ring-ph
tron at MAN
SOURCE: International Conference on High Energy Accelerators. Dubma, 1963.
Trudy. 653-657
;TOPIC TAGS: electron accelerator, synchrotron
ABSTRACT: The Physics Institute im. P. N. Lebedev, AN SSSR, is developing new ac-
cellerators of the ring-phasotron type. The principal idea of the development is
to replace the growth of the magnetic field in time, which holds true in the case
of synchrotron-type accelerators, by its growth in space in correspondence wi*th
the growth of the particles' energy. This permits increasing the intensity of the
beam of accelerated particles, and also, by utilizing the accumulation of particles'
in a constant field, realization of the method of counter collisions of relativis-
articles, As has been clear from the very beginning of the work, the com-
tic p
plexity and novelty of the problem could not permit the work to be limited to theo-
Card 1/3

L h223-66- - .1. _-- 1- . - 11
ACCESSION NR: ATS007945
retical investigatibns. It was decided to construct a comparatively small accelera~-
:~tor, the symmetrical 30-Mev electron ring-phasotron, ensuring the simultaneous
~.acceleration of two electron beams moving in opposite directions. This azcelerator
has to serve as a sufficiently flexible and resourceful basis for experiments on
the creation of strong-current accelerators and accumulators. It was planned, in
icular, to investigate with it various injection alternatives, accelerator re-
part
gimes, and also the process of storing one and two counter beams. The principal
results of the theoretical and experimental works completed in conne,~tion with the
development of this accelerator have been published (V. N. Kanunnikov, et. al.,
Proc. International Conference on High Energy Accelerators, CEM, 1959, p. 89).
The present report describes the main difficulties which were overcome in the ini-
tial period of starting the installation, and notes the results obtained up to the
present moment. The principal parameters of the ring-phasotron are discussed, as
well as the measurement and correction of its magnetic field. The characteristio-x
of the beam during static operation are investigated. "The authors wish to thank
for their participation workers of various organizations, expecially the a5bociates
of the Physics Institute: V. G. Voronin, L. U. Kazansk~y, D. D. Krsillnikov,_A.
tific-Research Institute of Electro-
_Y, S. S. Semenov, and of the Scien
,card 2/3

--L 4223-66
ACCESSION NR: !AT5007945
Stolov, V.- -A.-- Trt-ov, V.-Ir.-Zalmani-o-n, Yi. A.- Dzitr1yev.1r- Orig. -i&-t-.-Xa-s: 7--
fig res.
ASSOCIATIONs FizicheaRiy institut imeni P. N. Lebodeva, AN SSSR (Physics Insd-
tute, AN SSSR)
:SUBMITTED: 26May64 ENCL: 00 SUB CODE,. NP.
NO REr SOV,. 004 OTHER: 001
Physical Equipment- H. A. Monoszon, B. V. Rozhdestvenakiy, K, M. Kozlovo A. V.-
Card 3/3

7->?7 1 fkk 2/E:-:C-4 Pit-41FK-4 IFI
ni !nn ;At; /nor )02 10160/016 3
iiigh-spused tranaiatorlazed mafip-etc:mc_tcr
g, in a r, pe r, me r a
-m, r rang i
I Z I,', 4~z 11
me f! r
f jr,
L L
1) e aze &a u re d r i d
RMW MIMI

Of 50 tir-tri,
6 mm in height. The toroidal excitati-m winding, consis&
i 1-h xn amp I tu (A e ferrite nwe
E lit, r
n the r-tvw, I 'x'.'
'Ti ~n LF7. UL
-A-0.
Up== tjae JC'rr the 4,&
gs. The re
nf engitnt, Iff a 0-22a-mamp d1rett cu.-mat. OrIg. art. has: 4..figurefi
ELI_ e
ASSOCIATT06: none
SUB CODE: Ect E
mu mf sov.. oo4 UTHR 001 ATD PRESS: .'1250

F1 g,.I Vtagnet~meter
F,)we r 9 upp ly 2 - e x i ' i t -, a , ~ 1 1 : ; . I A ,
core j 5 - signal gene , I - F,' wT ~k
I - amplifier of second harmonic; ~ - pnapo? it- --,r-
- phane shi rter; 10 - doubler I
Card

Lim
[ACCESSION KR-
AVrWR:
__M(s)jWA(WL-2 XW (AL-~k ZJPW
APS021367 W0120/65/000/OP4/02.17/0210
621,364,6399
Kazanskiyp LN,; Kanunnikavy Ve NO
TITLE: Pulsed system of inductive acceleration for annular syncbrocycl*tL*
IT6
SOURCE: Pribory i takhnika eksperimenta, no. 4. 1965, 217-218
TOPIC TAGS: particle acceleration, electron accelerator, 14EV accelerator
ABSTRACT: 'The induction acceleration in electron annular synchrocyclotrond permits
the production of a high mean particle beam intensity due to the constancy of the
control magnetic field, An inductive system may be found iseful also during
numerous experiments investigating the acceleration and sorage of large currents&
The present article describes such a pulsed system of inductive electron acculere-,
tion with 50 cps repetition frequency dev*loped for the electron annular
synchrocyclotron of the FIM, The machina has betatron cores made of transformer
steel. Difficulties caused by a low Q-factor and low coupling coefficient &,re 7
overcome by the addition of the eafs from two betatron cores. The total pulse
secures a fast widening of the orbit (amplitude is 1600 V. and duration 3 psec)
and an acceleration up to an energy of 0.5 NEV (280 V, 90 psec) with a subsequent
trapping into tbe.bigh frequency,operating,condition. orig. art. Mai 3 figuris.
Card

UCESSION NR: AP5021367
SSOCIATION: Fixicheskiy inatitut'AN SSSR, Moscow Q~ysica Institute, AN-MUL
IBMrMD: Oljul64 ZNCLt 00 M Qm: up
REF SIDV~t 002 OT .001

ACC NR: "6007827 SOURCE CODE: UR/010/66/000/001/~iii_/~I4
AUTHOR: Voronin, V. S.., Kanunnikov, V. N. "':L 4
6
ORG: Institute of Physics, AN SSSR (fizicheskly Institut AN SSSR)
TITLE: Multichannel current stabilizer
SOURCE: Pribory i tekhaika eksperimenta, no. 1. 1966. 143-146
TOPIC TAGS: current stabilization, synchrotron
ABSTRACT: A new multichannel current stabilizer is intended for supplying five
windings (Z70, 11; 1. 1, 10, 0. 1 amp) of a strong-focusing ring-type synchrotron
(FIAN). One common source - a self-excited d-c generator - is used for supplying
all five channels; the shunt-field rheostat is replaced with a transistor. At low
voltages the transistor resistance is very low, and the field circuit is practically
shorted. As the current flowing through the transistor increases. its diffe:rential
resistance, too, increases; the field current becomes independent of the generator
voltage. By using a control current equal to a few per cent field current, the
generator voltage can be regulated within its entire range, from its residual-field
Card 1/2 UDC: 621.316.721. 1.024

L 2M
ACC Ws
827
value to its nominal value. On the above principle, a stabiHzer with a PN-290,
shunt-wound, I 15-v, 287-amp, d-c generator was built and tested. Current-
re'gulation in each channel, 10-120%; stabilization power, 10 kw; stabilizer
consumption. 60 w; a current stability of t 0. 0514 was attained by using direct-
coupled Si-transistor amplifiers and temperature compensation. "In conclusion, the
authors wish to thank A. A. Kolomenakiy for his help In carrying out the project,
and N. S.. Shilkin for his participation in building tho device. Orig. arte has:
3figurds. [031
SUB CODE: 18, 09 SUBM DATE: 24Dec64 ORIG REF: 002 OTH RZF: 002
ATD PRESS:
2/2

SOURCE CODE:
AUTHOR: Kolomenskly' A. A ; -YAMM&hM, V. No YAzanskly L. No; 0!9
Papadich~v, V. A.; Semenov. Yahl2kffxJh N*
ORG: none
TITIZ: Starting of a now a~pcelirstor - symmetrical annular YX synchrotron Of the
Physics Institute im. P. N. Iosbeday AN SSSR /4
SOURCE: Atomnays, emrgiya,, Y. 20,9 no. 6, X966, 513-514
TOPIC TAGS; electron acceleratorp synchrotron/ KF electron accelerator
ABSTRACT: This is a brief report of the starting of a new experimental symmetrical
annular FM synchrotron (KF installation). It Is a strong-focusing accelerator with
constant magnetic fieldp in which the time variation of the magnetic field is replaccd
by a radial increase of the field in accordance with the growth of the particle energy
The accelerator was proposed,,IZ one of the authors (Kolomenskly., ZhETF v- 33,, 2980
1957; Atomnaya, energlys Y. 3 92,,'1957) and its construction is described in detail
elsewhere (V. N. Kanunnikov et al.p in: Trudy Mezhdunarodnoy konferentsii po uskori-
telyam., Dubna,, 1963 [Transactions of International Conference on Accelerstorap Dubna.,
19631 Atomizdat.. 19640 p. 653). The article describes briefly the magnet# the initial
operationp the accelerating eystemp the electron injection., and some of the prelimi.
nary results. The authors thank V.-S, yoronin, Do D. Ymasillnikav A* No Ioebvdeyp
0. A. Smirnav, V. X. Gapanovich,, N. V. Platonov, G. T. Ponomarev,, V. A. Rvabovk-T'j,
uDc: 621.384.02.4

ACC
F. Troyancyp G. 1. Xharlanump L. No Cheka=,&.- and the technicians' and mechanics'
group for help wIth the starting of the accelerator., and Professor No A. Dabrotin
for interest in the work. Orig. art. has : 2 figures.
Mm CODI: - IS/ MM DATE: 31mu-66/ oRiG mw: oo4/ oTH Faw: ool
-3
2/2 _ye-_

,__TU,, inshoner (Kaliningrad); LAURIV, Tu., inshoner
ZOMMMUT
IsTrErWad)
I
Now marine radar *quipmento Nor.flot 17 no.8:31 Ag '57.
(NIRA IWO)
(Great Britain-Radar in navigation)

TANWIKOV) Tu. # kapitan 2-go ranga
Practical manual for the use of ship radar systems (Ohractical
manual on the use of ship radar systems for navigation and pro-
vention of ship collisions in bigh seass by M*N* Nabksianov
and othern. Revie"d by IU Kanunnikov) . Mor.flot 21 no.2346,47
F 161. (MIRA 14W
(Radar in navigation)
(Nalsksianov.0 M.N.)

KSENZ., Stanislav Petrovichj KUUMLIEM Yurly Fedoroviab; '-IAIAKSIAKCvp
V-
Mikhail flikolayevich; IKOLISKIY; Voevolod Ivanovich;
KIIACIIATURCV, Ye.A.p takhn. red.
[Avoiding breakdown in aIdp radar systems; repairing ship
radar devices at sea] Ustranenie noispravnostei sudovykh radio-
lokatorov; remont morWdkb navigatsionnykh RLS v more. Moskva,
-Lid-vo PHorskoi transpwt,,w 1962. 228 p. (MIU 3-5:8)
(Radar in navigation)

KSENZ, S., inzh.; KANUNNIKOV Yu., shturman dallnego plavaniya; BURKOV,
-~~i
V. , radio
Emergency starting block for the radar station "Neptune.* Mor.
flot 22 no.2:20-21 P 162. (MIRA 15:4)
(Radar in navigation)

KANUNNIKOV, Yu.F., kapitan 2-go ranga
- *1--,-~
The badge "For a Long-Distance Cruise." Mcir. sbor. 48 no.6:67
Je 165. (WRA 18:6)

L ~6138-66__ EWT
ATWIL0764
Y)/T/EWPEt)/ETI/EWP(k) IJKC
SOURCS CODE: UR/2776/65/000/042/0077/0084
AUTHORt Aleksandrave, T. K.; Kaounnikova. A. M.
ORO: none
TITLZ*. Rollingof titantum-iron bisistat
14 1.1 71
SOURCE: Moscow. Teentraloarl nauchno-isst edovatel'skiz institut chernoy uepa~UtT&JJ..t_
Sbornik trudov, no. 4Z, 1965. Proizvodstvo binetallov (Production of btmetals), 77-84
TOPIC TAGS: metal cladding, bimetal, titanium, Iron, hot rolling
ABSTRACT: The object of this inves gation wee to obtain bimetal strips up to 0.1
thick on using ormco iron and M-Nittanium. Comparative rflling at normal and ele-
vated temperatures was performed. The assembled snd_y114vA1itrips were hot-rolled I
a two-high mill or cold-rolled In a strip will, and annealed to increase their 7
plasticity. Theme experiments demonstrated the possibility of the hot pac rolltn~ of
bimetal titanium-iron strip at temperatures of -700*C contrary to the established
opinion that the optimal testperstures of such rolling are 950-1000*C; the strength of
adhesion between Iron and Ti then remains adequate provided that: the gas content of
Ti is confined to 0.068% 0, 0,0084% H, 0.044% N; the welded surfaces of Ti and Iron
are thoroughly cleaned with a brush just prior to their rolling; and Iron is annealed
at 600-650'C In order to wximlly adjust its plasticity to that of titanium prior to
rolling. Mechanical tests of the bot-rolled bimetal strip were satisfactory t
Card

L 36138-66
ACC NRl AT6016764
twisting and bending of specimens through an angle of 160% produced no oxfoliation.
Subsequent cold rolling of the specimens resulted In a strip 0.1-0.3 me thick which,
after annealing, displayed satisfactory plasticity. The possibility of obtaining 0.1
ma thick cold-rolled bimetal strip by combined rolling of titanium strip sad iron
strip was comfirmods Origo art. best 7 figures, 2 tablese
M CM: 131, 11/ ~ RAM ~/ ORM WWs 004
Joining of Dissinilar MetalsA

L 3442-66 EWT(m)/EWP(w)/EWP(t)jETI/EWP(k) JJPW Jp/_RW ~JT
L
ACC '~Re AT6016768 SOURCS COD'E: UR/2776/63/000/042/0127/0132
,AUTHMi AleksoodroveLT. K.: Balskine. 1. A.; Kaounnikovs, A. M.
ONGS none
TITU: New All-Union State Standa for hot-rolled corrosion-resistant laminated
steel 11
- P
z! sto 7-
TLI
SOURCR: Moscow. Toontrallayy nauchm-isolodovatellskiy institut chernoy uetsll14rgiI*
Sbornik trudow, no. 42, 1965. Prolsvodstvo bimetallov (Production of bimetal@), 127-
132
TOPIC TACSIAchromium stool, nickel steel, low alloy stool, bimetal, metal cladding,
industrial condition / RhISNIOT stool, KUM? stool, Khl7Nl3M2T
stool, 0013 stool, 1603 low alloy stool, O9G2S low alloy steel, O9G2 low
alloy steel 4
ABSTRACT: Owing to the sharp expansion of the output of laminated stainless stooll
plate beginning with 1%0, it became necessary to establish a special COST (AM-Wom
State Standard) for this plate. This now COST! (COST 10885-64, issued In 1964) speci-
fies the technical conditions and requirements for the fabrication of laminated stool
plate and *Mete 4 to 160 = thick, with the cla"I~9K layer being represented by the
card 1 /2

L 36142-66
ACC NRi AT6016768 Afle
I 1~ /f 4, , C If,
the Cr-Ni and N1 stools MOM , QP13 and Kh17Nl3M2 as well as by nickel,
and the base layer, by low-81103F steels 16CS, rQ9G2S _Q9G2 and KhM. Ong with
simple carbon stools of the St, clsoffThe n66 GOST [Also Ocludis sucbl?nnova t Ions
as the determination of the tenacity of the weldingAf the base and cladding layers;
it is highly important to users that bluetal a sts'Sehave like solid *.-.*at* and do
not split during their cutting, stamping ~F i-the-ri#erations involved in construct-
ing chemical and electronic apparatus fron theme steels: the shear strength of the
cladding layer most be at least 15 kg/mm2. The Introduction of this new COST will
doubtless create the conditions for improving the quality and broadening tbo variety
of the output of binstals and offer a broader selection of Iminated plate and sheets
to userse Orige art* bm 5 figures, I table.
M OWS: 13p Up 0.5 06231 nomel ORIG Rai 002
CWd

KANMTNIKOVA, A. S.
I'latural Content of Zinc in 7oot Products." Sub 19 Nov 51,
Second Moscow State Medical Inst Imeni 1. V9 Stalin.
Dissertations presented for science end engineering degrees
in Moscow during 1951-
SO: Sum. No. 480. 9 May 35

1111 a )o a J4 v x it a b 0 a a a 81
P-6. A-Y

09
F
The lallassubb of Memo concestrat6a ~it willusu, :
00,
chlwWe an Ow albacempeekku of bunar by metlereartlaulam
w 6
nd th
mli
s W @m
Z
"
t 00

-
00 c a
e
or
e O
.
m
-
1f-
:27
N."
4
14J
1 M~
i 414 (V
S
L
1 a
111111111 .
Ar
. ..
d
,
ove .
,
.
On puslith troll 110i). -The perarwo of 1% Nat'l In it so*

as a no"lisins conte. 4% lautiet (w vassillitiarr.,aml oil) 14%ix"i .60
he puat b 44 M. j;edi kribilait"t the gwamth arill
I I's
xmat

0
004 h$ 001 0. filaaerwai.
lhwylir marthrity of o .

00 (kester coorna. of NsC3 delarrawd the dec-unilln. J lautirc.
ass
rbar dnvmpa. of basmillcawr oil by Wctrrks 6 acvmostmailil 00
fly the formatim of free fat arkha and an Jocreavar in the
06,3 m . sbu.. the I no. stnuains bauchangril. If
1
It flo
I
h
dl
#h
I
1
l
I

000 ,TfrAir.
e "le
utis
Iwo.
4 1
n t
e
.
s tictlem
,
With Plastics them isan im-sraw In IAI x6lm, h1glaq-t tv. Arial
see
004 he sami-on. asal I wo. J-.-trdw. t'ouW the oudwi.r ..1
6
3 814104111
w
tl
l O
h
Th
L
l
f I
Ii too
e togi.
e
ar ww
es ani
we to t
& pot o
t
guar

001 Iffewtarr of NACI The fortuallim anat activity of
off

00 I he lancleflal P"ates"s and lipaws. W. A. 11.
, 0
Ar
wn
A!

Ji see
WS
g 11-'~ ;aqq
,,
, a 00
a
:
vDaM. si~..sjsar. NO- 03-0. ,

b

OWN solo.. do a.. .11
a I
u - I i a i - A
0110 11~
`~, , - 6,
pe
0
o
T 1 .. 0 to w a a of A 4 a is "
0 0 0 0 0 9 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 a a 0 0 0 0 0 a 0 0 a 0 0 6,
*
o
0

KANUNIKOVAq Zo As AND STURXj L. D.
"Distributiohof'microorgaMons in freshwater lacustrine depoBits," Mikrobioloicirso,
149 p 260, 1945.

*so OW-074, 0000*000000000ow-
11 14 -1 1y a. Is, 1, 01'
4 p 11-" 1 11, 17 1
A 1 1. 11 "JA mammmi,
go
00t
00 IDY
I D*p0mammmossfud lose 60 lacbe"W "ded4(5&- -0
am ddk%W) opm so age al the cultm. /. A.
U.S.S.R.) 14,330-700i15). '00
Lu 0 nom
00 u am mWe by Ions, frimn activvly growing .00
clultum bavv a nonna-ShmiaMoPment and intenslyt I
00 9f: tionalbbetate. It the immulum was frmn aculturva-eh~ *00
0 hIMI CO&W to Stow, JJW DAW CUItU#V 411OW41 AD lniliAl 199
pffind. Wbm tbr- aorahtm wrA Irmn a degenrrating so
cWtum, no 00 W. in the new culturr. so
It. L. William. .00
:0 All 11,00
00 -00
so age
so al roo
so- J: see
00 -a see
COO
see
use
lose
too
Imblivrt too
Ot
-AV 1, W-, --j-- IV, 0--,
u 11, 10
! w NO it It ora a a it 4 PC a a is 4 '14
0:90000100900000000006:1; 00:000000000000001
~000000010000000000000" - ~~! : :1 : 0 0 0 0 0 0 0 0 0 0 o o 0 0 0 o 01A

Medicine IbIbruck's 106CMUS, Action
OVarlatloa In the Pb7810160cal Activity of
Delbruckle Bacillus," Z. A. Mmumikova, Inst
of Microbiol, Acad Scl ~ Amp Iftecow) pp
mKikroblologlya" Val XVII, So 14
Claim that results of studies disclosed a
fermentative activity ty'Doibrack's bacillus
In a suspension prepared rrm various cultural
srowtI4- ftis activity was masured accar&ft
t*'&cIdIty derived from wMpr. Bata rowealeA
that blochwMeal act1bn of a cell frm yowmig
caltures Is am* laftelvo Um aft dr ddA
4"ON6
WOM
cuw micrabloluw (Coutd)
PI ativity of ce"Is in a caltwe,
on Is blow at tjo beenning tbmft~*Ia a-
experlt-
Vd9ecaut Ou"twe. 01"a few tables Cc
gmt&l results. 9dmdtted go yet he.
MA"

FD-1412
TJ~~io 5o- ~F&era;bfe~Fo O~rlc"ri~
Card 1/1 : Pub- 73 - 1/11
Author : Kanunnikova, Z. A.
Title : On filterable forms of lactic acid bacilli
Periodical : Mikrobiologiya, 23, 61 641-&7, Bov-Dec 1954
Abstract : The procedures used in, and results of experiments designed to isolate
and culture filterable forms of Lactobacillus delbrueckii are described.
The filterable forms obtained vere oval shaped and grev vell during a
series of transplantations., but did not produce acid. The text is il-
lustrated by two sketches, two graphs, and five electron pbotomicro-
graphs. Two Soviet references are cited.
Institution : Institute of Microbiology, Academy of Sciences USSR
Submitted : 16 May 1954

Country : IJUR
C at c.-, o ry:Macroblology. lanaral VlaraMblogv. Crawth and
Of tbf- VtUrObiUl 1`0VAIntiOn
Awl. JoUr Al sief Zhur-Siol., "d 7,5, 1958, No 103598
Au4hor . Kamm
Ins"tIVIL, I -- R~~- U 0 L.) G I I A 5551e Mol("Ciov
T- 1 11 Mce artain Erviromcen4-al Fac
T I LIC~ he In 1641-1110~% tors Jn the
For mtioz of dltr&hlo Forts of Lactic Acid Bacteria
Or * Pub. Mikrobiologlya, 1Y)8, '21, ?io 2, 17',"-176
Abi3trap.L After AiA ution of prolouged shaking in a vibrator
ot of dictiiied water on tuo strelor of Smat. d&1br4o$d
T2 mid 95, b*dies of oval shape appeared in
olilturs; these are called Imicreforsel by the author.
Shaking contributes to an imrosse in the number of
Ricrofor a. Regeneration of the mier3forms in fillroft,
of the T1 strain waa obtained in only one ex1mriawnt,
vheress It vas obtained in al) the filtrates during
the essAnation of strain ~5. increase in the masber
of xicrefeirms in the filtrate leads to a move frequent
fara%Ation of secondary cultures. The development of
nioroforme ', juto the becillold forma was studied
directly in a henring drop. The author believes that

FAHMOV , ?:ON. , prepodavato I
..............,
Sore chirp.,:toria ties In the forr.-AtIor of the o~ s-ral, 1. rivera
in the ?,jya..-Ih,.roya bas1n, Sbor. tmel. Khab. 111,911* no.11
59-0 '62.

SOV/120-59-4-31/54)
-HOR.A.- Asnunov -Sokovishin_,__V,__A,
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 4, pp 130-132
(USSR)
ABSTRACT: Apart from the essential parts, such as the vacuum-tight
casing, electrodes, etc., vacuum devices usually have a
glass or metal stem which is left behind when the device
is sW.ed off. Inside the vacuum device thero may be also
ribbons, _etc . --- used- -for- deposition of a getter mirror, The
iote,,--de
scribes---methods of-production--ot vai3dim de
vices without some of these non-essential parts such as
stems or ribbons for getter deposition. Vacuum is produced
both inside and outside a device. The device is evacuated
through wider openings than the usual glass or metal stem
and this accelerates the evacuation process. The etter 0
is deposited from an external source onto the hot ~200-250 C)
walls of the device. In this way only the getter mi-rror
remains inside the device. The device is sealed off (in
vacuo) by soldering two metal parts with an easily fusible
alloy POS-61 which has a small temperature interval be-
tween softening and flow (183-1930C). If the metal -:)arts
are prevented from moving during the soldering
and
process
Card 1/4

SOV/3.20-59-4-31/50
A Ieboratory Vacuum Manipulator
if the solder is in the form of a comparatively thin layer,
the mechanical strength of the joint is very high. All
these operations can be carried out in a vacuum manipulat-
or shown schematically in Fig 2 (Fig 3 is a photograph of
the manipulator). The manipulator is connected to an oil-
diffusion pump with an evacuation rate of 500 litre/see.
In order to improve vacuum in the manipulator a trap in the
form of a copper rod with vanes was placed in a tube 2 1
which connects the manipulator and the pump. The copper rod
projects outside and is cooled with liquid nitrogen. The
manipulator chamber is a cylinder of 220 mm diameter (1
in Fig 2). The oylinder is closed by a welded bottolu 3
and it has a steel disc, 4 , across its middle portion.
It is possible to move vacuum devices inside the manipulat-
or vertically as well as in the horizontal plane along an
are of 1200. A disc$ 11 1 is attached to the upper part
of the central shaft 7 and clamps 12 for holding the
vacuum device casings, are attached to the disc 11 Just
Card 2/4

SOV/120-59-4-31/50
A Laboratory Vacuum Manipulator
above the steel disc 4 there is a platform, 15 . This
platform is used to support apparatus for heating of the
devices and deposition of the getter. The heater is in
the form of a vertical cylinder fuxnace with a nichrome
winding and its temperature is controlled by means of a
thermocouple. To ensure good contact between the casing
of the vacuum device and its base during the soldering
process, the base is placed on a little platform supported
by a spring. To achieve exact alignment between the casing
and the base a short rod 19 is used. Thia rod fits exact-
ly into the holes in a special platform 18 and this fixes
precisely the positions of the bases with respect to the
casings. The metal parts of the casings and the bases are
tinned with POS-61 solder and carefully washed. Then the
casings and the bases are placed inside the manipulator,
where they are heated and outgassed. After several hours
of heating at 300-5000C the casings are removed from the
vertical furnaces mentioned earlier. They are then moved
along an arc and placed in the gettering positions. The
getter mirrors are deposited by passing a our-rent ol 9-10 A
through boats containing the gettering substance. AfIV-6r the
Card 3/4 gettering stage the casings are lifted, moved along an are

SOV/120-59-4-31/50
A Laboratory Vacuum Manipulator
and placed again in the vertical furnaces. The rod 19 is
used to align the bases with the casings. The casings and
the bases are pressed against each other a;d soldered to-
gether at 24000 in a vacuum of (5-6) x 10-0 mm Rg. kok-
~nowledgments are made to A. S. Mabveyenko, A. I. Sazanov
and N. I. Orlov for their help, and to V. A. Tsukerman for
his advice. There are 3 figures and 3 Soviet references.
SUBMITTED: May 13, 1958.
Card 4/4

it .0 //'0 0 // Ad-01
33151
S/12o/61/000/006/019/041
9032/EI14
AUTHORS: Lobov, S.I., and
TITlEt A controlled doubly triggered discharger
PERIODICALi Pribory i tektinika eksperimental no.6, 1961, 94-96
TEM The device described by the present authors is
suitable for us* an a switch for high-current (kiloamperes)
pulses. It is illustrated in Fig I (A - anodej K - cathode;
C intermediate electrode, n intensifying electrode;
3 insulating glass rinst 0 screening cap). The main
discharge gap between the electrodes A and K in separated by the
intermediate electrode C which contains an axial aperture.
The intensifying electrode n is located inside the cathode and
is insulated from it by a glass ring. The cathode carries a instal
cap which prevents the disintegration of the glass. The cap also
has an axial aperture. one can show, using the Paschen curve,
that the breakdown potential between two electrodes is smaller
than the breakdown potentials of the two halves of the same gap
formed by the insertion of a third and infinitely thin electrode.
In the present discharger the gaps AC and CK are connected
Card 1/1 q

3315,
A controlled doubly triggered 000. S/12o/61/000/006/ol9/041
E032/E114
through the aperture in the thin electrode C. if the potential
between A and K is adjusted to be close to the breakdown potential
be'ween A and C (K and C) with the intermediate electrode C at
the mean potential# then one obtains twice the normal electrical
strength. In order to operate the discharger it is sufficient to
initiate a discharge through one of the two gaps (CK or CA).
The discharger is shown to combine the principles of a commutator
with two gaps and a triggatron. In practice, the discharger has
a working voltage of 1.5 W. It has a length of 46 mm and a
diameter of 15 mm. The delay time between the main discharge and
the triggering pulse is less than 0.05 lisec. The discharger is
designed for 2-3 iLsee current pulses up to 3 kiloamps. The
electrical strength between the anode and the cathode-is not less
than 3 W. The breakdown voltage between 11 and K is about
I kV. Fig-3 illustrates possible methods of connection of the
discharger. In Fig.3a the triggering voltage pulse (positive)
from the transformer Tp is applied to the electrode C through
the blocking capacitor Cf -- 50 -100 pgF. At the same time the
voltage pulse is applied hrough the load Z to the electrode
Card 2/~ 4

~3151
A controlled doubly triggered ... S/120/61/000/006/019/041
E032/E114
The load Z can be either a capacitance, an inductance or a
resistance. In the other circuit (Fig-36) the load Z is
removed and the electrode n receives the negative voltage Pula*
from the other end of the transformer coil. Both circuits
ensure that the sop n K breaks down first. This breakdown
serves as a source of charged particles which are necessary to
prevent a delay between the breakdown of CK and AC, and also an
a starting pulse for the electrode C whose potential way
increase independently of the stage of the gap tjK. Under
these conditionsg the discharge across CK occurs at a voltage
approximately equal to the static discharge voltage. The
electrical discharge across CK occurs from the edge of the
aperture in the electrode C. When this happens the electrode
C is found to be at the same potential as the cathode, and the
working voltage appears across AC whose breakdown potential is
arranged to be close to the working voltage. It follows that
as soon as CK sparks over, AC will also discharge. An a
result, there is a common discharge channel between A and K
through the aperture in C and the discharger fires.
Card 3#~.

33151
A controlled doubly triggered 5/12o/61/000/006/ol9/o4i
E032/Ell'i
Acknowledgments are expressed to V.A. Taukerman,
P.M. Tochilovskiy and N.I. Orlov for assistance during this
work and in the preparation of prototype dischargers.
There are 3 figures and 4 referencest 3 Soviet-bloc and
I rion-Soviet-bloc. The English language reference reads as
follows3
Ref.lt F.S. Coucher, J*R. Hoynext W.A. Depp, E.J. Rider.
Bell System Techn. J., v.25, October 1946.
SUBMITTED: April 31 1961
Card 4/f t-1

XAMMOTA.-X.-I.
A great fwce, 2htmp. strol. 13 no.331-3 W 163
(MA i6 t 4)
1. Sskrstarl ?Sentrallsor koxitsts. professionallnogo soyus&
rabochlkh shelesmodox bafto transporta.
(Vown in construction)

KANUM V ga)
Lft
Highly sensitive video receivers. RvAio no.3s28-30 Mr 162.
(MM 15:3)
(Talevision-Receivera and reception)

L bog
SOURCE CODE:
AUTHOR: Kanurkcri, G.
/3
GRG: Main Center for Geological Studies (Glavno upravl. za geol. prouchvaniya)
TITIE: Is the existence of goethite and lepidocrocite in Bulgaria proved?
SOMCE: Bulgarsko geologichesko druzhestvo, Spisanie, v, 27,, no. 1, 19660 U5-U6
TOPIC TAGS: mineralogy# physical geology Vi"
ABSTRACTt The author of ihei-h"ote surveys statements-' ioncerning tfis'
.existence'6f goethite and lopidocrocits in Bulgaria and oancludes that most-*
of the positive pronouncements are not well founded since they are based .;
Perally on visual observations
& He proposes that the question be decided
,.through...n.oombined. X-ray, thersiographic, microscopic, !nd cheadcal
inyestigation of the aaMpleae IJF~RS: 36.,8"]
A
SU0,1,CODE: 08 SUBM DATEs none ORM REF: 013 SOV REN 007
Or4,REF 2 001
7

Yj 6, F,
Crtcrory t USFR/Ato,~ic ond !'oloculrrPhysics - 1hysics of the L-2
Mclecule
Abe Jour t Ref Zhur - Fizikp, No 3, 1957, No 6217
Author K nusJUW4y, 1,.F.
L__
Title :'Dissoolption EnerEy of Fluorine 1.:olocules Pnd the Rule of
Themoche-ical Logerithrics.
Crig Pub iTr. VOBk. Xhi:-.-tokhnol. In-te, 1956, Vyp. 22, 17-20
!bstrpct iThe author obtains the disrocirtion onorFy D of F2 (the ox-
periventel daterrit.stion of which is difficult) by tracing
the variation of D over the ela--onts thet cocrrise its grcup
in the periodic systor. The vrluo obteined for D, 71 Kcpl/,rol
(at 2980 K),'iB close to the value obtrined by Birge (soo
Britske E,V. at el, Ther-4conetents, Published by Acedery of
Sciences, USSR, 1949).
Cord 1/1
-------------------------------

T,_
POIAND / Chemical Technology. Chemical Products and Their 1-30
Application. Food Industry.
Abs Jour Ref Zhur - Khimiya~ No 3, 1957, 10330
Author ijrs~ ~-
Inat Not given
Title The Thiamine and Riboflavin Content of Raw and Boiled Milk.
Orig Pub :Roczn. nauk rolniczych, 1955, Vol B-70, No 2, 197-205
Abstract :Raw milk contains 0,038-0145 M6% of thiamine (average 0.0417
m6) and 0.169-0.206,'mg% (average 0.192 m6) of free ribo-
flavin. In boiled rdlk, the average content of these tvo
substances is 0.0386 and 0.187 mg%, respectively. The boi-
ling of milk results in the destruction of 7.43% of the
thiamine and 2.6% of the riboflavin.
Card 1/1

KRAUSSp Kioovplawp doe. dral VOPJN=v Andrsojp doco dre; KANMSU,-
Heur7ka TAIKAS , Josef.
Attempt of histoohmical looalisation of oatecholamines In the
setenuspMlam. Acts, physiol. Pol. 16 nooltl-7 U-7165.
1e 2Mlad Pisjologii (Kierovalks doe. dr. M. Krauso)l bklad
Histologii i Wriologil Oplnoj (Kierounits doe. dr. A. Ver-
brodt) eras SAUd Abatcuil Fravidlonj Mukiej Akadwil
Nedyamej w lbbrua-Rokiintay (Kisrovnikt'prof. dr. M Koh==).

HAPAZDA, 14arial KANWISZM, Henryka; LANGIR, Jan; RZSPSCKII Vit.
Intraoperative hmorrhmp In a same of puUceary sequestratice.
&uslies 33 na.9dV-00 3 1 65.
1. 1 gliniki Irargi atki Plerelovej Studium Dookonalania
takarsy v 3bkopenes (Kiorownik: prof. dr. sod. We Rzepeckl)

KANWISZRR0 ftrykaj FRENKELO Stanislav
Can sthionsaide be used in reftood, doses? Gruslica 33 no.31
231-234 W9650
1, 1 Illniki Chirurcil Klatki Piorsimmj SDL [Studlum Dos-
konalmia lAarzy) v Wopenm (lierownik: prof. dr. md. W. Faspeaki)e

KUYA. referent
]Production of coke In the Csochoslowak Republic. Koko i khlU
no.2:62-63 16o. (MU 130)
(Csochoolovakla--Coke Industry)

" *, - rf "77
'-AI. - ~, it '.
-- -. - --t-
~XE PRO'-ILF;A ~? LAFOR PAODUCTIVITY IN REGARD TO RAILROADS.
p 12 (K -"/,LEY EUSTUDGIANY1 SZ11,1E) PlJDAPE6,r, HUFCARY VOL. 7 No, 1/3 JAN./14AR. P57
SO: MONTHLY INDEZ OF EAST EUiOPEkN AC~ZSICNS (AEEI) VOL 6 NC, 11 -NOVKMEEFt 1957

KANYA , E.
------ :-~
Calculation of profitableness In the complex develonment of transportation
branches. p. 501.
KOZLEKEDE3TUDOMANYT SZEMLE. Budapest, Hungary. Vol. 9, no. 11, Nov. 1959.
Monthly List of East Furopean Accessions (EEAT), LC., Vol. ft-WAft*w
Uncl. 9, no. 2, Feb. l(KO

KOTAp Emov dre
long-distapoe heat oupply of Tatabanyao Spuletgepeezet 12
no* 6120/.-210 D963.

1. KANOYMOVo N. N.
2. USSR (600)
4. Medical Instruments and Apparatus
7. Planning in pharmaceutical and medical supplies industry. Med. prom. no. 6 1952.
9. Monthly List of,Russian Accessions, Library of Congress, Fpbruary -1953. Unclassified.

00,
oog
0
10
040
*Va'
00.11
00 41
4 J!
14-1-ALL-4-64-K-AL L-11-111911W
u a 1,
000
g
4:10 Vo a 0 0 0 0 0
Pl alt units jou nw*6i U.404"

efall _1_1
VIOCIS046 a"ll 1111"6411,10,
ads 0 "am to a dmwf
o"=~
2w
A
dd
K
r
.
.
,
S
m
u
11
M
S
R
.)
.
.
.
J. PAY$. chm. (
stamwe W ulber %utalallm
MrCH ~ CUM11 to &II. u4sts. In-
-00
4tvwdjftjOIIwuw".evt&l6ju
Del, Thw to "we 4-( CI awl% -100
the froskm I.- tbw
k1K x
N 11001101. "WT -00
bi The tow clisc - of , &W ~Vnjc M)4.m6. .00
At 0', b - 382 X I(P. The vWut O(k lwfct'w' go
144M come. Not the "Mpktr killeik tqulild k
il
1JOC11
k
C1 a
.1
1 +
HOCII/46 41"W11KIM
f MOO

old = cc". a Is 4.4 X I(I". Fort 110C1 kilo coo
tmt C1 imrstew wills AvuMd till Irm it-
e 0
Ian st 0% H. Rathmans Z
'
ogo
fee
l

4 moo

_
,_
-
*
- use
A%W
A
1
00 98-
K
rcL age

w.. 4.c

it
v a ; A,
a
0900 0
4
, An A, I a 04 a a 1, 5 4 3; 0

_
i
-1
0 ~0

A

0000 0
0 : l
*
0
d
,
0 0 1 0 0 0 # 0 0 4 0 0 0 0 0 o
SI

W W W
1 4 1 a I W 11 a a IS ;40
I; a . ~ ' a of 16' 1
fit ~o 0
go C KbWW 41 a@ dsk*b -so
d was
CAM. (U. S.
-Y"r 2LIMS.-TINIP
R.) I% Z10447rd. C. 1: "so
kbiolks d *a fterAn " + mocmr-cu_cm- was
C"Ad - WCNr-CIWXI-CHa--CKPH in sq.
ob. itt Ir Wks" dw bd4rdw atimatiom dl C-Cl /do -
oe : Sr AWND(319r--l ubm &a - OW maim/1. mob. st bm 2 see
"Wiw- amwm. the n -02sm twe
00 a, 7.". Howls see
00 0: =b. is Owo by tbc=,mI'It! 400
fool jg1=A=1!IWIcI-I ubm of - 4 x too W Moir
d milvoirmink W see
'b" Oo, u&. *p a 6vidWe nk to ow see
sow
ramim. bwk. OWN. 110khmies long by 'I C-
CIA111 - flow
0; MAW up 00
O;IJC6-Cl
d man. comm. Go! 0041
TIW ~i" am.
coo
WINIS of cGOOmmadve OMN of wM* the butem-24W.1.4
i= in MIL H. RAIIIIIIII011111 see
see
:j see
20
13 -
use
told" .0 O.T ilof 416111 Our op.0-61,
j ; too
a * W 0 9 a 6 3 8 1W
lia 4 1;&& 09;
is 0 0 0 0 0 0 0 0 0 0 :100 00 o 60 00 00 00

91- - __ __ ii-
r. 10 1 0.
I I j.6 T_#J1U?AJ1A' 1A 0_0
!LA . 6 0 0
so A

00
t"
es A
00 C
go a
00

go me mobs* 4d byro,
' a L
w
MdL
ktT
q

.
the
Am MOW k vat.
0013
a PW ". NO RWAI" SAIM& of
f HOW an
go Jw AW m o
T
R
0 .
.

it
s
A is - s L a 891MUftKAL UTINA16M CLAIWOCATOR
23sm To - - 77 --- -7 -- -
466600 -to Gov 404
b u a sw Asi; Do In a, 49 In ; a,
0 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 *-1
7
-001
'4 woo
;.go
roe
goo
see
see
goo
400
1300
Igoe
AA I 1 4 N 0 5 0 3
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 41 0 01
0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 01AA

fA
j
__
t-el, 1Iq-
A

M
*"I* Ito ; AM'S I--
V i "4k~ is
A.
eall P- P. laid=.
ISO-4090) - d. C. A.
;"
i ~00
00
.00
.40
.00
oe a
-The rehid" sell. of cl remisis

.

H4 to
K
OCHsMmW(CKC1)s&tO'mm dK4
Mo
SkOA of Common. of Cl OW of H 6m. with .msfww.-
homfold"
0*
l comm. at Cl= fe"Mcbm of Cnem

s '
--
-
d&
d the
up to I M bo ~kaft "D Wl"t as tsw "
i
l
h
W
h
l
d
l
b
W
I
i
op-cm
s
im
ove
s OmAm
e
tat
ass.
t
at
T
yse
t

0&0 fill Cl- We eiid am Cl esm Imm a Coe WA. sell hoe t1w
OW. whils the 011aw a matem k lift behind dm a
P. H. Itsibrassam
1/ 1401042'" i Ittda-j WS# Ob vital
u a
Goo
Soo
*00
AR L I I %, 0 ma 9 a g I q
0000000009000000609

TiMAYEumps 600
1. gHnov, Ye. A.;
2. U9SR (600)
"The Kinetics of the Addition of Hypochlorous Acid by Double Bonds" Part VI.
"The Reaction or the 'Formation of 1, 2-Dichloroothane under Increased Con-
centrations of the Chlorine Ton,," Zhur. Fiz. Khim, 13, No. 9, 1939. Ivanovo,
Chemical-Technological Institute, Laboratory of Organic Chemistry. Received
13 March 1939.
9. 1W Report U-1615, 3 Jan. 1952.

';*a a 0 as 0 0 of go *go*** 0!0 0 a 0-0-0 a 0 0 0 0 0 a 0 0 9 0 0 0 0 10 0 0

I a" is 11 IS a a a b V 0
11 "~
I UO VZ A f
*,$Ica&

1010
"" tot 4.0 4r. C60141

0.4 .1f.fe -91. is %041
I#!
I a 431MId"IT12 INAITNIAn 1"91AIII&I. V'wwsw ivy -

me a
ow see
00 It o41

02
:
002 LUV,
A-0 00
go, in Dig *m Ilose meaft amplampa" qmb~MA V 00
-PiD yowl*) mp 91 Owns3m
wNp"iwqmMpA*mj-8u
00, ot tom"I ipql Aq IPP P ft" P811011JO RM 1 *0

oo* l8app"am 0 P" PMMP I rye Im All "1 0 *0
If3RjDjd
3V 010i Hp~"l
i 110108 MR)"I
=Z=7=121 ma4l"WWRIVIOR
fee
O
I"
T
00- -
Pon aww" "up" IN -OR "n- -P )O
" DO*

00- " 341 &3ww.--'(RqpMI 01)(M09-00,01 'VT 'M '.17
loo

so- IU44N .19mly $up" IF w - IS roe
a-

a
9
1
JT11 j r
T
.1
, 1
1 O
1
0 1 1
120
00000000000 000000;0
1

~
00
n I so 000000 09 ego 0-f-We
A 6 C 8 W 6 6 A L 6 0 0
161 &M Pf LISM ISOUTTIM!,
&VIVA* "4l

le at" 0"m
""s
1
9
4
9
0
'8
0

Oil

We
.
Oil VI v
1
.I
a'

00
. V
XI p
1~
WOO
ow

I

lea
boo
noo
000
900
Fee
too
WOO
go*
roe
0*6

M 12
SOA
00A
$"dim
&v, ISO.
00,11 sow low Nk. 3, ow 74. -
dIL mk& was. 1M& - M",
low Pw) kif IW-
n I MCI aw
aft. a" OAS*&
so dpowsop im as kV
W~nd #A 0 .
Soodkia" W"
004 copw wm mifift
fit t" adma.
imilmA jw S%,w
SOW tin 10 to
mix". of Holk
004 be dMd- badw
abo, d or
dw, cqmu. of am
WA or be W. R. H~
cbm. 04MOOL
AL M,
04LLIT
loom owlaw
-ww" NO m
NPISSI an on Ail
4-
&I w0 we
40
0
0
60
40
Nei
Nei

MIIAEV,, 11. P.
"Investigations on the Synthesis, of 2-Chlorethanole. I* On the Pseudocatalytic Action
of Copper Salts by the preparation of 2-Chlorethanole.11 Shilov, E. A., Kaniney, H, Po
and Solodushenkov, S. M. (P- 791)
SO: Journal of General Chemistry (Zhurnal Obahchei Khimii) 1945, Volume 159 no. 9-10o
CLI de-~. 11~-

Oill
I 111 T I T "m
-
00 A
I
0o
Dkvdia of dm mmum d kammialin
A Goo. C%m. (UJ.S.K.)

te ( Imm N.
. =)7
311.) ww i"& . ft,, Kkfiq end im-
Ik Ill a%. Omk- A(wr wat:Wbatim
V.
ki
u
n mi
t. W" tmmw W" a
Omm smimmoiiiiiiii d Im mad vm sm~ into ko Willer to
YkM
8 )- w
63n'
Im
(m
u
m
.
m pt
. tt
r
,
an
exclo of N114 ewbou" pve the Saido.
-2A* 1110H Willer). ilydrw
too. lans 2A* IfIven Willer . 1. 110
of Jwl low a hic Revs, 0 VVIV lisissiptl appit, so M14"I '.

00.j 01111 The 6110 so Isivold"01611" *44 410141,
w1j, so missof wilholth, j J-00kwP600,

001
I

LOOM Lfftilalmiiil CLAIMA"Ill
fripw 21.814 -1-1--
-.- - A i tamay aw ass, died
am ion,, 1-1
67, 04 40, IIt , I
IS 0 0 0 0
0-0 0-0 0 0 * 0 a - -
Also
0*0
IFIDISI
Soo
see
- -1 V*
ALALA-000 so 000*000 000

~*0 A `-
o4v
fe A
Sol
Sed'.
*of
00 4
VjAmb of 2 *&~ diml. U. T
offidad of OW left of OW G Z61; m sow
. TA. =
and N. F. Knormy (1vano!"ICItem. To*. last.). J.
Cold: d. C.A. 40.
7132J5! ~=11 m "1901. koom 11,10.
COH8, md C16 k dims. by dwhown at The qu-mb. InIff.
lux. oW mame both OW pbla. facton dd#. the nwtbm
two sod do CbmL we VVY last (C.A. 13,
2W) a awall 4omp. mff. of mcdom rate was to be ex.
&W was cmhmod by up. A cygndrkW vesm
iEWi2cc.. 4cm. disms.,40irm. Img), with stirm. Mail with
H#O,%mbWim&Ibwmmw&t3-W"; C16&WC.11. mi.
latrodwad at 25 oc.loolm. so thost tw own - as always in
earem W SD% abomptim). tat mamplo vm wkWmwa
butirly mod tkovited wkkalka- after 4 hn 2-chitwortba-
cud wom drid. I" the Ilad wk.' The nriailcws of t1w r.-
pwtkm mto wm cog moolum cberecur mail AMMI little
tronjo. tio-prikkam Idlet 4 hirs. at 3% ykkI 0.211
atI1411,0416,03341. Av.vWW%u(4-br.-r" I.I. W"V;
3-111* 9).Mf Mkil.A. 31~-2* O.Z11); JW 4,2117 to thf.
Ig"ll. itilroval OW micotick fell Is l0krootir"44 I'mp.
00
goo
4040
1199
i0
000
0*0
400
Mo*
goo
lee
xpu~"m olivo 294. NO.AAW
1 9 is* a u 9 1 Ar a I In a 3 6 W
0 0 0 0

A
00 A
OOA
OOA
00 c
go If
004
oom
00'r
sod
06,3
0013
OOW
pt"4MI Age P60011111% Opt#
CA
j6~ was"k d 241
to
I reft
IL VL U.
C.A. 41. 611W.-A-pmeaus mixt.
wt wkb on aq. saw. al the main, I
w CKIIXHIOli 0) and (ciflah
oboe the 1w im tak" Owe to a
a unts. of sweb fanned depend an
a to Ob. The formation of U is it
an polld
ON @my own on "k.
s. CA OW Ch
b dw shwee do a
"a In I of MCOMM
116 W-w with In-
butlis-km _tMa somw kaW
Arow I.-Mlief
v v w w . -
-6-14-d-j- J_ 4 i_q R.. A,.L_ k,
0
.00
loo
coo
=00
.400
see
goo
Soo
goo
goo
see
goo
woo
SOO
No*
a, to "I; i 1; a is a led iii, iigsl ;(::In I I I ft 0 N g I N a *do 4 2 0q
0 0 0 0 0 0 0 40 0 0 0 * 0 * 0 V: : :10 0 0 0 0 0 0 0 o 0 a a 0 0 & 0 0 0
-0000000*00040000 46000*900900096909

,Iq
KAN P" I
K. P.
ShiloTv E. A., and Kanigav. N-2. "The Studies on Gombergla Synthesis of
2-Chloroethanol. 111. On the Readta of the Presence and Composition of Gaseous
Phase.* (p. n6)
SO: Journal of Ganergl Chemistry, (Zhurnal Obahchei Khimdi), 1947, Vol, 17, No. I

(-.4
Kinortkil of of for Mwelmon w wmtwdwd con"Was.
It. amoi"t" cit"Mium butionedissillitmate in sits"Us
v t I lot I it A., lilt, 4. 1 41A . I VA11.
24. Ifil cl. C.A. 35.
37I1.-(:CIIcjIO-S()~%*a)' fj~' prilwi. flows (IIICII'CII:)1.
in 64. "Iss. vioth 11"(4) lot fir, g1wroo
holsof &M1 III in 41'.Oi-olk is jo,01110
c"Brutiolu)kS. jut.
M); in the reactiom I - III NdOlf formoo. The role cd
dimppawswor (d lifilt) for III (till'Altd With SAI.Sillool
.411 to' dun utiol At wits moor %iniplor howlic equAthits. Ap.
lossrutly. llw 1vtorliow I -- 1116 10,11tivily 1111*1, Ov%floo'l.
ated by with aml tortardrof toy the S.1011 holmord. fir
redirtim I - h worms to fialony 2 simidwicut" pA(hs. and
the rate alml row of ihm ito -imIt-rated by %all%.. at pit ".
(phonspoWir bull") the activity cof the wilt inctruws in the
order PbS(h%*ii. Actl%.t. (C)I,C(-hNi)r. i.e., IN-
salf loss- sethv the OrAkvt Its acid. In the tm-wmv 4.(
Ibear sahs at 1,11 it lbr truclim 0 lilt HOW is 1.9 limet As
tapoidallo"asaft". CNIA(DAMIssionotOws. Ikrr-
to an Nrg and lkj-. ubtate activitim we in The raloij
.:.r,. T1. AsUmity bet"m tbr ridds. of It toa doublic

KANYA-EV 11. P.
n
pvptli Me "A.*T.1
fled CmR*NMu were analysed by digestion with HNC6.
As lama ybdW 10.47 anif 10.31% Ca, and the Utter
10.97 1101 11 M, wW 11.10 Instead of the themv":
11.03%. 1~r~tlm coushted In d6solving the pigment'
1111946%Ht%, d0g. at"* to78% acid, filterinhwashin i
wkb finally with bollin HrO. athod 5 1
= MM 'of dbWviln& 111. of ent In 33 mi: of
I
coned, HNO, and h"d W ol ?. m NO, was driven
off and PbMk :& n to come over; care must:
be talum to avoid Ignition Fany of the material CMph3g
up aim do wallo Is wished down with HNOs. The temp.
wu rabad to red heat. the reMue cooled and weighed.
Bencowift

I - - - - ~ I I - .- '. I ~
I .- , I
4~ -

I-- -
RkINAW'41, IT. P.
Bromination of Unsaturated Comoounds. f1l. Tle-~cti,~n df 'MItion of Itypobrollous
Acid to Allyl Trimethyl Ammonium Perchlorate, page 1173, Sbornik Statey po
o'b ahchey Ithimii (Collection of Papers on General Chemistry), Vol 11, Moscow-
Leningrad, 1953, pages 1680-1686.
rvanovo Chemico-Technologioal Inst

11 1 1 1
USSR/Organic Chemistry. Theoretical and General E-1
Questions of Organic Chemistry.
Abe ;our Ref Zhur - Kh1miya, No. 8, 195;79 26642.
Author A Kanyayev, N,P.

Title i Bromation-of Uhsaturated Compounds. V.
Reaction ok Addition of Bromine to Allyltri-
methylamonim Perchl6rate.
Orig Pub t Zh obehch. khimii, 1956, 26,,No. lo, 2726
26ili
Abstract In order to dev*lop the foregoing work of
Investigating the kinetics of addition of
HOBr to"allyltrlmethylammonlun perchlorate

to
W9 the kinetics of the addition of Br
I in a#ueous-solutlon tit 0 and 200 and Le
Influence,of added salts on the yield of the
bromoxyd*rivative (11) were studied. The
Card 1/3 J)-~

COV/79-29-3-19/il
3 IR
110
Kanyayov, H. P*
redell-
~ unds (BromirovaniyA nep
of Unsaturated ComPO
f Bromine
ITLE. Bromination
1. Kinetics and Mechanism O
f Bromides
dineniY). VI
v
v
qn
e
n,,
ence o
in the Pres
Addition to the Double Bond dvoynoy
broma PC
(VII. Kinetika J mekhani-m prisoyedineniya
svyazi v prisutstvii bromido'w)
Nr 3, pp 841-845 (USSR)
l 29
V
PERIODICAL: o
,
Zhurnal obshchey khimiij 1959,
ddition, reaction
f the kinetics Of the -n
ith
ABSTRACT: ts w
The investigation o
uble bond in aqueous solution mee
re
d
o
of bromine to the
this transformation two products a
difficulties because on
dibromine derivative. The formation
th
e
formedp bromohydrin and
the development of hydrogen
d b
i
e
y
of bromohydrin is accompan
the course of the process and
bromide which is taking part in
uantitative ratio 0" the
the
q
changes the reaction rate and
known from the data avaJlable
i
s
above-mentioned two products. It
bromide acts as strong cata-
in publications that the hydrogen
aturated compounds taking place in
d
h
uns
e
lyst in reactions wit
ns (Ref 1). In most cases hydrogen bromi
ti
o
CHCl 3 and CC1 4-solu
of bromine in acetic
and the bromides accelerate the affiliation
ter and methancli however,
rd 1/3
C acid (Ref 2) to the double bond. In wa
a
ASSOCIATION:
Card 213
OmPounds.
0 the Doub e Bond in the V1-1- Xinetic SOV179-29-3-19161
Presenc a and Mechanism
a retarding of e Of Bromides Of Bromine
the
Publications availa -reaction was observed (Refs 3p4). in the
especially in aoetj blj the Mod
0
concepts regarding th alid e of action Of the bromides
I were dealt with (Refs 5-1). The
in the reao IF problem were varied. With a decre It
Plays as ret'vity Of the double bond the Part the bromide ion
actant increases* The quantitative ratio between
brOmOhYdr1n and dibromide in the reaction products depend ase
not Only on the concentration Of the bromide ion in the solution
but also on the reactivity of
less the reactivity I., s
the unsaturated compound. The
Some Possible reaction Mthe higher the formation Of dibrcm-4de.
Perimental part echanisms
gaom, Ing the affi Of this report the are discussed. In the ex-
in aqueous Investigation results re
br Id liation reaction Of bromine in the presence of
'solution are given in detail. There are
I figure, 3 tables and 10 references
3 Of
Ivanovekly
Institute
khimiko
Of Chemi -tekhnolOgicheskiy
Cal Technology)
,
which are sovIet.
inatitut
(Ivanovo

SOV/79-29-3-19/61
Bromination of Unsaturated Compounds. VII. Kinetics and Mechanism of Bromine
Affiliation to the Double Bond in the Presence of Bromides
SUBMITTED: January 6, 1958
Card 3/3

8/153/60/003/004/020/040/XY.
B020/B054
AUTHOR: K=ayev. H, P-
TITLE: Brominstion of Unsaturated Compounds. VIII. Kinetics and
Mechanism of Bromide Addition to Croton Aldehyde in
Aqueous Solution
PERIODICAL: Izvestiya vysshikh uchobnykh zavedeniy. Kh1miya i
khimioheskaya tokhnologiya, 1960, Vol. 3, No. 4,
pp. 663 - 668
TEXT: To obtain further, not yet published data, the author studied the
kinetics of bromination of oroton aldehyde (CA) in aqueous solutions
bromine and hypobromous acid being used as brominating agents. Kinetics
and reaction mechanism with bromine are dealt with in the present paper.
The yield in dibromo butyric acid aldehyde in the reaction of bromine
with CA in aqueous solution, which delivers a-bromo-o-oxy-butyric acid
aldehyde as principal product, is very low, even at rather high bromine
concentrations: only 2% of dibromide is obtained on addition of
0.2 moles/1 of NaBr to the solution. In mixtures of bromine water and
Card 1/3

Bromination of Unsaturated Compounds. S/153/60/003/004/020/040/XX
VIII. Kinetics and Mechanism of Bromine B020/BO54
Addition to Croton Aldehyde in Aqueous Solution
CA, the reaction rate in illustrated by curves, which are character-
istic of an autocatalytio reaction (Fig.1). Experimental results show
that the 01 concentration enters the kinetic equation with the factor 1,
and the bromine concentration with a factor near zero. This conclusion
can be drawn from experiments with NaBr and HBr# the results of which
are summarized- Data in the table show that k 1/101 remains fairly con-
stant on a change of the bromine concentration to the 2-, and of the
hydrogen ion conceintration to more than the 20-tv1d. It may be assumed
that the reaction proceeds simultaneously in two directions according
to the equation - d [Br 21/dt* - k [01] [J1+] + k2 [CA] [Br 211 where k - 97
and k 2 - 6.86 at. 000 (Table 2). The course with respect to time of the
reaction rate with small initial amounts of acid (Fig.2), and with the
use of HBr and ENO 3 (Fig-3), is indicated. The activation of CA is
caused by addition of a proton to the oxygen of the carbonyl group,
which much increases the positive charge of the P-carbon atom. Water
and, later, bromine are added as nucleophilic agents to this positive
Card 2/3

KANXAYEVO N.F.
Kiuetics of the addition of hMbromous acid to crotonalAsbyde in
an aqueous solution. Izy.vyo.,ucheb.zav.,e, khimei khimtekh. 4 nools
7"3 161. (MA 14:6)
1e Ivanovskiy khi&W-tekhwlogicheokiy institutp kafedra,
organicheakoy khi-iie
(Hypobromouo acid) (Crotonaldehyde)

KUUYEVO N.P.
Bromination Of unsaturated compounds. Part 5: Kinetics and
mechaniam of the bromir-tion of the othylonesulfonate ion by
bypobromous acid. 1xv. vys. ucheb. zav.; khim. i khim. telch.
4 no, 2:225-228 1619 (KMA 140)
11 IvanovWdy khimiko-tokhnologicheskiy institut. Wedra
organicheskoy kbi-ii.
(Ethylenesulfonio acid) (Hnvbromoun acid)
(Bromination,

KANUM N. P.
Bromination of unsatwsted compounds. Part II: Kineticl and
mechanism of'the brombistion of othylonosulfonate ion wAh
brwine water# Izv*vys,uoh9b.%avj kMa.i khim.tekh. 4 no.5%
781-786 161. (HIM 1/+: 11)
1. Ivanovakiy khimiko-tekhnologichookiy institut, lafedra
organicheskoy khIldi. (Ethenesulfouic acid)
(Brom4 tion)

KAITMSKIY, Y3C. A. PA 19ZT42
Bor 51
ltzwrgy or the Nydration of Ions II. Calcula-
on
tion of Sum of Standard lwgies Of the lAmti
of Ion pairs,," Ye. A. Emovskiy,, Moscow
Fla. OW VOl,:lV No 9, PP 1W-109T
Derived . eqp on the basis of vhich the sums of std
emrsles of bAration of ion Pairs (=ion and
~Catlon) can be c"*:, - C" AM 'Of ftl 4mrgics
-,~of bydratlon for 2D-pWUv nt Ions consistiM Of
4
'Ions Li'lp lk*, lb*, Cs ft-, I-

KWAN. V. Z. , k&M. okonoulcheskikh nauki KANTCKTKA L T. , mladshly
nauchW sotrudalk
Most Importantwork In '~ho fleld of the econoolce and Planning
of the starch ImAnotryo Trudy T=IZPJP w.3s233-243 0399
f (NM 130)
(Starch Industry)

I A$V#
New Lower Ordovician Oetracoda Chersklella and H&raphonia in
the northeastern U.S.S.R. Paleont. zhur. no,ls73-83 165,
(MIRA 18:4)
1. Inotitut geologii i geofiziki Sibiriskogo otdoleniya AN SSSR,