SCIENTIFIC ABSTRACT KOSHKAREV, D.G. - KOSHKIN, K.A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

120-3-1/110
Linear Theory of Synchrotron Oscillations. II - Particle Losses
Durin,-,; Accolcration and the Tolerenace Theory.
up in Lhe f orin:
-a,#.. U1
2 + max (Y
,aT 'ay (Y ~Y-) ZY
2 2
Here U = C 1 + C y =:U/Umax dT. =(AU/Umax)c'x
,t7 !L- Umax and E";(y, r) is the particle distribu-
; , dx,
tion function. The boundary condition is:
r~H (1, 09 (10)
where: U1 max 1EU- A 2max (11) where A is the
--7
Card 4/6

Lineal, Tlioory of ",,-ricb-rntr,%Y, nczrj-;'-)t1.r)n.s. II - I'article Lo-t-iSOS
Durin:~; Acceloration and the Tolerance Theory.
u:_~illliLude of r~hase oscillati-A-is. The above ;-Oreral equat-
i.Dr- r;an be solved only by ntuierical :,ieth_uJ1s a -'atioulecl-Ce of
-.,articular for-.-,,i of -the denendenco of Ut ITU on -r
e of decisive im-f~ortwnnce. Calculations
,u~ u
b~~- curri ed ouL se- arately for each ,ivei) laacl-iine but
'i. S r u u -
_11-lantity j.;-~ inae-,oondent of 'r an lan-_%lytic solubion
n,~,,uassar,y for the determination o f. t'110 'UOler1`_-"'CeS C Cun b C
o b c, d . It is shown that .-,,ithout tolzirc- J.n'u-o conSid,::rat-
Q
ior, natural dam-oials of the oscillations , L,-L-.e fract_JDr
rem-ainin- u-p to the end -of U'-Iie evele is
_~linc!(! by the quantity: J.L~5
AA~ Ex (2~)
J. L 'U",
T'ris foraula re u 0 e u
-oresents an underes-imate. If n, - L--17- -a s
4. C
into account (im for_ri) adiabau.t J a nn'- -of the OSCI-
ti*i. rris Vie fracti. )n K of i)arlu-iclC5
__cco. _-ra~-i_sn is rdvon a~,z!roxiiu.L'el by:
u Y

Lin.~~ox Thoor,; of 3,,rnchr,,tron Oscillations . Il Yarticlc. Losses;
Accclei-atioxi anf' the Tolerance Theory.
L7
T11-le is divided sj-.,: sections under houdin,~s:
1.Introductiolll Foh.'kor-ldancl ~._,olutiun of
LI-.PL~~--tiC1C,, losL;es at blic b-_-,*,,_-
Uile Fo_!:k,.~_"-P1anc1-. eauatj.:.)n,
of the accolE~ratiOrL cYcle, 5.Tol_-r~uwe ca1-_-u1aQ'-io_T1p,,
sses for arbitrary P~)rtUrbaluims. Rosu_'-U.~ f
i~aruicle 1oL _L 0
of the fwictiono involved are Smiu,,.ar-
S e C! fi,,:,,-ures. V..V.ViadiDairshii la.id 1.0".Ba-uh ou--cr-
v-Lsad t1iis wor1c. N.I.I.Su'Khacheva carried outu
Taca-c-, arc, II- roferancos, P"Llssian anj 3.
UD-'-IT2i"D: jc:nuar 1~), 1957.
-Y
AVALr ~-F
1. Synchrotrons-Oscillation 2. Mathematics-Theory

KOSHKAREVs D. G.
Cand Phys-Math Sci - (diss)(ItSynchronous vibrations in the accel-
erator with hard focussing linear theory)." Moscow, 1961. 7 pp-
(Physics Inst imeni P. N. Lebed.ev of the Academy of Sciences USSR3;
200 copies; price not given; biblioIgraphy at end of text (10 en-
tries); (KL, 6-61 sup,, 193)

hGU5
S11 2.0/612/0100 /00-4/011/0.47
E140/E420
AUTHORS: Vladimirskiy, V.V.1 KpAhkArev_, D,Go,'Onosovskiy, K.K.,
Smolyankina, T.G., Smirnitskiy Danilltsev, Ye.N.,
Lazarev, N.V., Lapitskiy, Yu.Ya., Pligin, YU.S.,
Batalin', V.A.
TITLE: The ion guide and beam-introduction system of the
proton synchrotron
PERIODICAL: Pribory i tekhnika eksperidenta, no.4, 1962, 70-75
TEXT: From experimental work on the 4 Mev electrostatic generator
used for beam injection, it was found that the diameter of,the
matched beam in the accelerator chamber would be.notles~s than
about 25 "lm. The injection sy'stem was therefore designed to use V~
plane condensers instead of slat condensers. As the phaae volume
of the beam was four times greater than expected, the focusing was
strengthened by the use of quadrupole lenses. The beam
introduction system is shown in Fig.2, where C1,2 3 are
condensers, Cl is constructed from stainle5s, steei plates,
~ = 600 min, h 35 mm, bent to a radius of 4000 mm,
V = 80 kV, W 171 mr, 6V/V = 1.5 x lo-3.
Card 1/3

S/12o/62/000/004/011/047
The ion guide and beam-introduction ..* E140/E420
C2 has 220 mm, h 20 mm, V = 62 XV, w 85 mr and
L V/V = 2.2 X lo-3. C3 has ~ = 220_mm, h 80 mm,
V = 56 kv, w = 9.6 mr, LVA, ;a 1 x 10 2, where ~ is length of
the plates, h is the distance between themV w is the angle
through which the beam is bent and AV/V is the required stability.
Calculation on the-design of the system and its adjustment are
given, in particular design details are presented on the first
condenser Cl, the electrostatic quadrupole lenses, the ion guide
and the magnetic quadrupole lenses. The electrostatic quadrupole
lens consists essentially of four stainless steel plates with a
hyperbolic profile and the magmetic quadrupole lens is calculated
for a gradient of 350 Oe/cm and a length of 15 cm with a magnetic
aperture of 60 Mm. There are 12 figures.
ASSOCIATION: Institut teoreticheskoy i eksperimentallnoy fiziki
QKAE (Institute oir Theoretical and Experimental
Physics GKAB)
SUBMITTED: March 31, 1962
Card 2/3

6-r3 a., S/12o/62/000/004/027/047
E140/E420
AUTHOR: Koahkarev,--,RG.
TITLE: Design characteristica of the phase motion of
particles in the proton synchrotron
PERIODICAL: Pribory i tekhnika eksperimente, no.4, 1962, 138-140
TEXT: The parameters defining-the phase motion of the charged
particles are calculated in the linear.approximation and tabulated.
From the prescribed fraction of lost pa:rticles the tolerances on
noise and resonance disturbances in the electronic equipment-and
the magnetic field are calculated. The calculations take into
account the adiabatic damping. These tolerances are more . .
stringent than actually required*w:Lth feedback ihto the control
unit of information on the beam. However, in the initial phases
of adjustment of the system, stable acceleration is required dt
least in the initial part of the cycle. There are I figure and
1 table.
ASSOCIATION: Institut teoreticheskay i eksperimentallnoy fiziki
GKAE (Institute of-Thaoretical and Experimental
SUBMITTEP: March 16, 1962 Physics WCAE)
Card 1/1

S/00 9/62 /012/0015/003/019
B102/B104
AMIOR.I. Vladimirokiy, V. V., Komur, Ye. G., Mints, A. L.,
Mononzon, 14. A.. Rulichinukly, 3. M.,
'I'Arasov, Yo. K., Vnuillyev, A- A-,VodoI)'ynoL1vt F- A-,
Vnnh~ arev D 0 Yurynhcv, V. S., Valyuliev, 1. P., Stolov,
.V, N. S., Yakovlov, B. M.
"'ITLZ: ThG dosi&n or the 7-BLv pvoton nynchrotroit
111110DICAL: Atomnaya cnorriya, v. 12, no. 6, 1962t 472-474
T VXT : I
~ho hi3tory of Vie first Soviet cifelic accelerator with rigid
focuairic in briefly described, and the moat imPortani data an its planning
and operation are presented. planning was started in 1953- The rarnmeters
of this proton accelerator, the encrGy o:~ which exceeds the antinucleon
production threshold, were so chosen that the dependence of the orbital
circumference on the particle momenta via3 completely compennatod. This was
achieved by enploying 14 quadrupole mat;nDto with orbits of negative
curvature. Technical data: output current, 1010 protono/pulnet maximum
field stren(;th, 8475 oe; length of equilAbrium orbit, 251.2 MI radius of
Card 1/2

3100916,21012/006/003/1019
The desiCn of the 7-Dev ...
curvatiirt) of the triij,!ctoriou in the bonding marnets (C), 31 m, and in Tho
Compensation 7.1rnet!) (Y.) ~ w ; number of marne tic sectors , I)IAC + 1,17,; cap
length betiveen the C-nalnets, 304.0 mmr rep lingth -around the
417-5 mm; index of the decreasL in field strength, '4601 internal heir'ht
and -aidth of the chamber, BO and i10 mm, reapectivelyl numbLr of betntron
oacillationa per revolution, 12-75, and per periodic element, 0.91;
number of nai~n,~ta per pqriodic clement, 0; total,critical enerry, 19.2 Bev;
tanxinum deviation of th,~ periodic orbit with IO(YI. deviation of the
moneatun fro"a the equilibrium momentum, 1.47 m; rate of energy incroanc.
per revolution, 4.3 kevi duration of one cycles 1-55 neci 10-12 Cyclealminj
particle revolution fro uency at the beGinnin(; of the oycle, 0.11 MC/acc,
and at the end, 1.19 MIC5
,occ; frequency of synchrocyclotron oscillations,
36oo and 130 cpa; weight of the electromagnet steel, 2500 tonst maximur,
power of the supply systems 25 h1wi Van de Graaff fnjector (particle enercy,
3.0 Levj iield strength 90 oe)j admissible leviations from field strenGth
and fiuld Gradients, -10-31 deviations at the chamber adj;e duo to
nonlinvaritica, - 10-21 admizzible frequencT deviation of the accoleratin6
field at the boE;inning of the cyclet 10-31 ;%nd at the end, 561o-5. There
are 1 figure and I table.
SIDMITTEDi March 121 1962 -
Card 2/2

5/120/62/000/004/030/047
Elho/E420
AUTHORS: Kulalrov, F.M. , Kardesh, A.A., Bobovikov, R.S.,
Spova%ova, F.M., Golldin, L.L., Kloop6v, I.F.,
K r. -Radkovich, I.A., Solcolovaltiy, V.V.,
Sharnov, B.I.
TITLE: The syntem for magnotic field iorroction or tho
proton synchrotron,
PERIODICAL: Pribory I tolchnik~ elcoperimenta, no,4, 1962, 158-IG7
TEXT: Tho magnetic field confl.guration In the strong-rocuned
7 Gov machine in adjusted by a fierica of correction systemn
pormitting the betatron o8cillation frequency to be controlled
and resonance diaturbances of the orbit t o be allminated. The
system used for field correction is described together with the
system for switching and exciting the windings, with expcrimental
data on their affect on the behin. The windings permit
adjustment of the-magnotic fiell decay index, the azimuthal
asymmetry of the field, componsation of tho.nonlinear distortion
of the-field with saturation, correction of the position of the
neutral plane and the differences between the focusing and
Card 1/2.

s/12o/62/ooo/oo4/030/047
The system for magnetic field ... E140/E420
defocusing groups of blocks. There nre two acts of these
windings, the "grndient" and the "non".inear" windings an the
magnotic polo surfaces facing the chamber. Men-mrod data.
presented in the article indicate the effectiveness of the
corrections in stabilizing the betatron frequency. However, it
is considered that further adjustmentis will be made in the course
of the work. There are 15 figures.
ASSOCIATIONSt Inatitut tooratichoskoy i oksperimentallnoy fiziki
GKAE (Inntituto of Theoretical and Experimental
Physics GKAL)
Nauchno-inaledovatol'skiy institut clektrofizichoalcoy
apparatury QKAE (Scientific Research Institute for
Electrophysical Apparatus QKAE)
SUBMITTEDs March 29, 1962
Card 2/2

KOS 711KAITT-,',`~. D. G.
AUTHORSs
V!766
S/12o/62/000/004/047/047
E039/E420
Vladimirskiy, V.V., GoIldin, L.L., Pligin, Yu.S.,
Vcsclov, N.A., Talyzin,,A.N., Taramov; Ye.K.,
Koshkarov, D-q_., Lapitakiy, Yu.Ya., 13arabanh, I;.Z.
I.F., Labodev, P.I., KuzImin, A.A.,
Batalin, V.A., Onomovokiyt K,K,v Uvarovq V.A.,
Vodoplyanov, F.A.
TITLE: Adjustment of the,acc cleration regime of the 7 Gov
proton vynchrotron
PERIODICAL: Pribory I takhnika eksperimenta, no.4, 1962, 248-255
TEXT: in order to establish the optimum parameters for
programming the control frequency the intensityi. position,
and frequency and amplitude of tranavorB6 oscillation of the beam
is measured in three stages: (1) during the first revolution%
(2) with a circulating beam and (3) with acceleration.
For measurements on the first revolution long afterglow
scintillation screens are used which are either observed visually
or by means of a television camera. The screens are placed In
the sections between magnet blocks; 15 in the initial part and
10 ~nl~~o final p=-t or tho chmbcr;.;: lt'ls,whoifn Alhtat!tba orbit doeb not

5/120/62/000/004/047/047
Adjustment of the acceleration ... E039/E420
deviate by more than 1.5 cm from the axis during the first
revolution. Circulating beams without acceleration are obtainod
which continue for 20 to 30 revs. Tho circulating current in
determined by means of a flight tube and the transverse
oscillation frequency with an electrostatic probe with double
vertical and horIzontal plates. Scintillation screens in tha
form of a grid with 855'. transmission .3ro used to show'the beam
position and diameter for 5 to 10 revs. The beam diameter is
shown to be about 4 cin under normal condition3. Investigations
are carried out on the optimum form of the frequency- time
relation for holding the beam in orbit. The width of the trapping
region is - 3 Kc/s for an initial frequency of 750 Kc/s which
agrees well with theoretical estimates. Preliminary adjustment
permitted the attainment of 6.2 Gov proton.;*and after adjustment
7.2 Gov protons wore obtained on October 25, 1961. Thu usual
intensity on a normal cycle lies in therango 3 to 5 x 109.
There are 7 figures and I table,
ASSOCIATION: Institut toorotichaskoy i alcaperimentallnoy fiziki,
GKAE (Institute of Theoretical and Experimental
SUBMUTTED. April 11, 1962 Physics GKAE)
Card 2/2

VL&DDIIRSKIY., V.V.; KOMAR, Ye.G.; KINTS,, A.L.; GODID114,, L.L.; 1!,O,"iOSZOYp N.A.j
RUBC,'-'INSKIY, S.M.; TAIRASOV, le ; VASILIYEV, A.A.; VODOPIYANOV.. F.A.;
12~~~;"KMYSHEV, V.Sff-
., 14ALYSHEV., L.F.; STCIOV, A.M.;
STRELITSOV, U.S.; YAKOVIEV.. B.M.
Designing a 7 Bev. synchrotron. Atom. energ. 12 no.6:472-471+ Je
162. (I-alk 15: OQ
(Synchrotron)

KDSIZAREV, D. 0.
Characteristics of the rhase movement of particles as oalcu-
lated for a proton syneltrabrim. Prib. i tekb. eksp. 7 no-4:
138-140, T:L-Ag 162. (MIRA 16:4)
1, Institut teoretichaskoy t eksperimentallnoy fiziki Gosu-
darstvannogo komiteta po isp)lIzovanlZu atomnoy energli SSSR.
(SYrichrotron)

KULAKOV, F-M.; KARDASH, A.A.; BOBOVIKOV, R.S.; SPEVAKOVA, F.M.;
GOLIDIN L.L.,- KMOPOV, I.F.; KOSHKAREV D G - RADKEVICH, I.A.;
SOKOLOVSKIYJI V.V.; SHARNOV, B.I.
Magnetic field correction systems for a proton synchrotron.
Prib. i tekh. eksp. 7 no.4:i~58-iV JI-4 '62.
(MIRA 16--4)
1. Institut teoreticheakoy i eksperimental'noy fiziki Gosu-
darstvennogo komi -teta po is,'pollzovaniyu atomnoy energii SSSR
i Nauchno-issledovatellskiy institut elektrofizichoskoy
apparatury Gosudarstvennogo komiteta po ispollzovanlyu atomnoy
energii, SS,'9. (Sytehrotron) (Magnetic fields)

VLADIIGR%IY, V.V.; GOLIDIN, L.L.; PLIGIN, Yu.S.; VESFLOV, M.4,;
TALYZIN, A.N., TARASOV, Ye.K.,-,,KQSHKARFV, D.G.; LAFITLYIY,
Yu.Ya.; BARABASH, L.Z.; KLHOPOV, I.F.; LEBEDEV, P.I.;
KIIZIMIN, A.A.; BATALIN, V.A.; ONOSOVSKIY, K.K.; UVAROV, V,A.;
VODOPIYANOV, F.A.
Adjustment of aceeleration in the 7 bev. proto-- synchrotron.
?rib. i tekh. eksp. 7 no. 4%Z'48-255 Jl-Ag '(2. (KIRA 16%4)
1. Institut teoreticheskoy i eksperimentallnoy flzlki Gosu-
darstvennogo komiteta po ispol.lzovaniyu atomnoy energii SSSR.

E-
V-.V*; JIMM, lfb.O.; )D:M,, A.L GOLIDIN, L.L.;
MOIOSZON N.A.; S.M.; T&50v, U.K.; VASILITU, A.A.;
VO.DDP'iaovp :FIA D 0 KUUSHEV, V.S.; MALYSHEV., I.F.;
j .11-A7,11i MY, B.M,
STOLOV, AX; S w1h
TPm;
The 7 bev. proton "li&wotT.OH. Prib. i tekh skep. 7 no.4:5--9
JI-k 162. imIRA 16:4)
1. Iftatitut laoroticbeftay i skoperimentallnoy ~iziki Gosu-.
darstvennogo' komitete-po lopollsovaniyu atomnoy energii SSSR,
Iauchn"oBltidovatellsKy'itLgtitut alaktrofizichaskoy apparatury
Gawadarstyensiogb kamiteU po ispo;N6vaaiyu atomnoy anergii
SSSR i-RadiwltikknicheWdy institui Gosudarstvennogo komiteta
PO ispollsovaniyu atouncy enerali SSSR.
(4ynchrotron)

VLADIMIRSKIY, V.V.; _XQ5BKAFZV,._R.,A!q 0,'LIOSOVSKIY, K.K.
SMOLYANKINA, T.G.; SMINTITSKIY, V.A.; DAITILITEV, Ye.N.;
LAZAREV, N.T.j LAPITSKIY, Yu.lla.; PLIGIN, Yu.S.; BATALIN, V.A.
f-
OTon guide and beam injection i3ystem in a proton-synchrotron.
Prib. i tekh. eksp. 7 no.4:70-75 11-Ag 162. (MIRA 16-4)
1. Institut teoreticheskoy I eksperimentallnoy fiziki Gosu-
daretvennogo komiteta po ispollzovaniyu atomnoy energii SSSR.
(Synchrotron)

'a pait -,of

2151-66, EwT(m)/EPA(w) 21EVAW;-~2- IJP(c) GS
00/64/000/000/0882/0885
ACCESSION Nk AT5607060 UR 00
AUTHOR. Zenkevich, P. R.; xoshkarev D, G, X,
iTITLX: Suppression of forced oscillations in ring accelerators
SOURCE-. InterDati2DAI "0 fervnce oxiL_H~yhEae lerators. Dubna, 1963.
_rgy Acce
Trudy. Moscow, Atomizdat, 1964 082-885
.TOPIC TAGSt high energy accelerator, forced,vibration, particle beam
ABSTRACT: The forced oscillations accelerated particles occupy a considerable
part.of the chamber in ring acceleraitors. In the design and construction of large'
lerators the-probl'
energy acce em, of Cecreasing the chamber aperture acquires fore-.
most-importance, because the size of the aperture determines in significant degree:
Ithe cost of the-accelerator and the 'Very'possibility of its creation. Redently in!
am ara-
.:.:'.this connection methods have been delveloped for the automatic control of be p
meters according to the data on the beam, which permit a sharp 'reduction in the
ma itude, of the forced oscillation-.:; of the beam center of gravity,and, consequent-
gn
ly, the a E. L., et al.,DAN 141, 590
perture ofthe:accelerator.,chambers (Burshteyn
d
!:11961). In the present-work it. is- Proposed to ecr.ease.the amplitude of oscilla
Card 1/4

1, 21127--66- EWT (a) /EWP LA
_4r(c
NR, AP6001564
AUTHOR: Zenkev ich, P. R.; Koshkarev,, D. G.
ORG: Institute of.Theoretical and EkPer ~mdntal Physics.' GKAE (Institut
teoreticheakoy.i eksperimentallnoy fiziki.GKAE); Institute of the P!Wsics-of High
Ene rgie 9. GKAE, , Moscow (Institut fi zikii. vysokikh ene rgly GKAE)
TITLE: System for correcting forced oscillations in aqS&Jax_atQxA~~ith derivative-
type feedback
SOURCE., Pribory i tekhnika eksperimenta, no.. 6, 1965, 19-23
TOPIG TAGS: circular accelerator, pa liticle accelerator electronic feedback,
particle beam
ABSTRACT: The stability and optimal parameters of the derivative-type correction
system were consideredIin an earlier authors' work (InternationalAc,celerator
Conference, 1963). Inthe present art16tes the problems of the number and deploy-
ment of derivative -yielding sensors., of the errors involved, and the, establishment of
a closed orbit when the correction system is turned on are explored. It is also
suggested that the derivative-type correction system be used for aligning the first
LC,rd__I_/z UDC: 621.384._6_.____

L 23127-66
ACC NR: AP6001564
orbit; also, the efficiency of the system In correcting the first orbit'and a closed
orbit is investigated. It is found that: (1) The-above correction system can
reasonably well euppresl~.the resonant sliectrum harmonics with a rather few
(approximately equal to Q) corrective magnets; (2) Thi 9 correction system may also
rep- (3) 'The system c
prove useful in linear accelerato an suppress any coherent
instability of'the beam, whatever the physical cause for the instability might.be..
brig. art. has: 39 formulas.
SUB CODE: 18-, 09 SUBM DATE:: 204064 ORIG REF:, 002
2/2
ard
C

0 . *
KOSI Kkm, T.
Improve grain traneportation. Muk.-alev. prow. 20 no.4.,26
Ap 154, (MM 7:7)
1. Upravlsniye Severo-Kavkasiskoy zheleznoy dorogi.
(Grain-Trausportation)

KOSHKARBV. T.
~
Transferring short freight hauls from railroads to truck transpor-
tation. Avt.transp. 32 no.6:14 Je 154. (MLRA 7:9)
(Railroads--Fraigbt) (Transportation, Automotive)

KOSHKAnT, T.
Eliminating shortcomings of mixed rail and water transportation.
Rech.transp. 14 no.2:17-19 7 '55- (MM 8:5)
1. Eamostitell nachalinilm slushby graovoy raboty i planirovaniya
perevozok upravleniya Severo-Kavkazekoy zh.d.
(Freight and freightage)

KOSHKARE;V, T.
Expand combined railroad and water transportation. Rech, transp. 19
no.4:12-14 Ap 160. (MIRA .14:3)
1. Nachallnik otdela Planirovaniya perevozok Severo-Kavkazakoy
2heleznoy dorogia . -f~
(Inland water transportation)
(Railroads-Freight)

KOSHnMV, T.
Taking better advantage of sea lanes. Mor.flot 19 no.10:
3-4 0 '59. (MIRA 13:2)
1. Nachallnik otdola planirovaniya perevozok Severo-Kavkuz-
akoy zheleznoy dorogi.
(Black Sea region-Transportation)

, - KOSHKARIC V. T.
CooDeration of railroad and automotive transportation at the Rostov-
on-Don railroad Junction. Avt. transp. 38 no.9:39-40 S 160.
(MIRA 13:9)
1. Nachallnik otdola, plaintrovanlya prervosok Severo-Kavkazakoy
shal"snoy dorogi.
(Rostov-on-Don--Transportation, Automotive)
(Rostov-on-DDn--Railroads)

KOSHKAIIEV, T.
Railroad and water transportation workers should conduct their
operations in harmony. Rech. tranap. 21 no.5:13-15 My 162.
1 (MA 15:5)
1. Nachallnik otdela planirovaniya Severo-Kavkazskoy zheleznoy
dorogi.
(Transportation)

KOSBLLUVO T.
For concerted action between workers of railroad and sea trans-
portation, Mor. flot 22 no.10'5-6 0 162. (MIRA 15:10)
1. Nachal'nik otdala planirovemiya perevozok Severokavkazakoy
zheleznoy dorogi.
(Transl)ortation)

KOSMWtEV T G inzh,
Better organization of the transportation of construction materials.
Zhel. dor. transp. 43 no. 7:34-37 n 61, (MIRA 14:7)
I* Nachallnik otdela planirovaniya perevozok Severo-Kavkazakoy
dorogi (g.Rostov--na-Donu).
(Building materials-Transportation)

,,KGSIIKAREV, T.Z. (Rostov-na-Donu)
Possibilities of reducing transportation costs. Zhel.dor.'ransp.
.44 no.11%37-39 N 162. (IM~ 15-.11)
1. Nachallnik otdela planirovaniya perevozok Severo-Kavkazskoy
dorogi.
(Transportation-Costs)

KOSHKARRV,V.A., inshener; SEMSTOPALOV,K.S.
Device for use in placing cement concrete road surfaces. Avt.
dor-17 no.3:24-25 N-D'54, (MlU8:10)
(Road machinery)

KOSHKA~__~. I.
Significance of "slipping" in schizophrenic thought and its
pathopbysiological basis. Trudy Gos.nauch.-isel.inst.psikh. 27:97-
100 161, (MIRA 15:10)
1. Tomakiy meditsinekiy inatitut. Dir.-prof. I.V.Toroptsev.
Kafedra psikhiatrii - mv. prof. A.A.Perellman [deceased].
(SCHIZOPHRENIA) (THOUGHT AND THINKING)

KOSHKAREVA, L.D.
----
Doi.mpours and initial parmeters for calculating torrential
fl(vw In Rbabarovsk Torritox7 and Amur Province, Sbor. nauch.
rab. DVNIIS no.1t217-244 161. (MMA 16:n)

Translation from: SOV/137-59-1-1852
Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 245 (USSR)
AUTHOR: Koshkareva, L.I.
TITLE: Gas Nitrocarburization (Gazovaya nitrotsementatsiya)
PERIODICAL: Teklinol. ugol'ii. ina shinost rove ni ya, 1958, Nr 1, pp 38-44
ABSTRACT: The VNIIPTUGLEMASh 1A11-Union Scientific Research Institute of
Hoisting and Conveying Machinery for Coal), in co-operation with
industrial plants, carried out work on the development and introduc-
tion of the process of nitrocarburizal ion (N) of parts of pneurnatic
drills and han-imers, mine-shaft drilling and boring machines, etc.
that are exposed to wear. N was performed on a special apparatus
(plan adduced) and in industrial furnaces of the plant. Lamp kerosene
and NH3, fed into the furnace separately. were used as the carburizer.
The optimum NH3-to-ke:rosene ratio is - 0.6 - 0.86 liters NH3 to 1 cc
keros ene. Gas pressurE' in the furnace should be 90 - 150 mm water
Two types of N process, a direct and a stepwise process, were devel-
oped: The direct method is used for machine parts of 15K]i '. Z 0 ~ 2 OKh,
l2KhN2A, and other steE-IS with a I mrn deep nitrocarburized layer
Card 1 /Z and is carried out in the open air or in a furnace at relatively low

Gas Nitrocarburization
SO V/1 37- 59-1-1852
temperatures (840 - 8700 C); after N the parts are precooled in air or in the fur-
nace to 800 - 8200 and then quenched in oil. The stepwise procedure is used for
machine parts with a >0.9-mm depth of the layer and proceeds in two stages; In
the first stage the surface layers are saturated with C alone at 900- 9400; in tliv
second stage, simultaneously with further carburization, N saturation is carried
out at 830 - 8500. Process data are adduced. Tests showed that wear resistance
of nitrocarburized parts is 10076 higher than that of carburized ones. The applica-
tion of N afforded the substitution of 15.Kh sr.eel for the expensive I2'Kh_?N-IA steel
for spiral rods. The heat treatment cycle is shortened by 30 - 50% in comparison
with gas carburization.
A. B.
Card 2/2

GRIGORIYEV, Yuriy Yevgeniyevich;ZIL'Mfld-W, Rafail Isaakovich;
IUVAII, Isaak Abramovich;
REUT, Mikhail Antonovich; FAYERIO, A.L., red.,-
BULIIJYAYEV, N.A., tokhn. red.
[Handbook on the construction of electric power transmis-
sion lines] Spravochnik po stroitel'stvu linii elektro-
peredachi. Pod obshchey re6. A.D.Romanova. Moskva, Gos-
energoizdat, 1963. 488 P. WIRA 17:1)
(Electric lines-4)verhead)

KOSHKOPD,._k.P,, m1adshiy nauchnyy i3otrudnik; POPOVA, A.A., kand.
I - biolog.nauk; YEFREMOVA, R.Z.., starshiy nauchnyy sotrudnik
Cultivation practices in the control of tobacco and makhorka
diseases. Zashch. rast. ot irred. i bol. 9 no.3:21-22 164.
(MMA 17:4)
1. Azerbaydzhanskiy institut zashchity rasteniy, Kirovabad (for
Koshkarova). 2. Ukrainskaya opytnaya stantsiya po tabak-u i
makhorke, Priluki, Chernigovskaya obl. (for Popova, Yefremova).

NEN.kYFZDNJKOV, KOSHKAROVA K.L.
of short heat treatments on the mochanized pripertles
of "OS shaet steel. Meta"Joged. i term-. obr. net. no.li~
45-46 N 165. (MIRA 18t12)
1. 7avcii !'Krzianoye Sorrv)-vo".

TIMOFEYEVA, A.N.; KOSHKAROVA, T.K.; GRIBANOVSKAYA, Ye.Ya.
PectLliarities of listerene2 psychoses. Zhur. nevr. i psikh. 61
no.5:739-746 161. (19M 14t 7)
1. Paikhiatricheskiy sektor Inatituta fiziologii imeni I.P.Pavlova
(dir. - akademik V.N.Chernigovskiy) AN MR. paikhiatrialieskaya
klinika (zav. kafedr8y- Prof. I.F.Sluclievskiy) Inatituta usovershan-
stvovanlya vrachey imeni S,,M.X!Lrova i kafedra epizootologii Leningrad-
skogo veterinarnogo institlita..
(PSYCHOSES) (LISTERiMIS)

KOSHKARXVIGH, V.S.
I.- ;,~ - ~-- ~-- --
.1 1 t -
, -- -ese, are no trifles. Av-tom. telem. i gviaz$ 2 no.7--43 J1 158.
(MM 1196)
1. StarshiV elek-tromekhanik Sterlitamkokoy distantaii signalizataii
i ovy;azi Ufimskoy dorogi.
(Railroade--Signaling--Haintenance aud repair)

/~O :5 124-57-2-1924
Translation from~ Referativnyy zhurna:!, Mekhanika, 1957, Nr 2, p 64 (USSR)
AUT14OR-. Koslikarov, I.F.
TITLEi ~On the Applicability of the Law of Similarity to the Calculation of
Mechanical Flotation Machinery With a Centrifugal Impeller (0
primenimosti zakonov podobiya k raschetam mekhanicheskikh
flotatsionnykh mashin s tsentrobezhnym impellerom)
PERIODICAL. Tr, Severo-Kavkazsk. gorno-metallurg. in-ta, 1956, Nr 13,
pp 56-61
ABSTRACT: Bibliographic entry
1. Flotation--Equipment 2. Machines--Design 3. Mathematics
Card 1/1

VOYEVODDI, A.V., kand. sol'okokhoz. nauk; IVANOVA, Ye.I., adpirantka; BAGIROV,
G.D.; IGAMBERDYYEV, Kh., aspirant; TICACH, MI.T., agronom; IBAGIMOV, G.
R., doktor sellskokhoz. naidi; ASKEROVA, T.Z.; mladsidy nauchnyy sotrud-
nik; mladahiy nauchnyy ootrudrilk; KASUMIOV, V.G., mlad-
shiy nauchnyy Botrudnik; RAGII-11OV, !.R., m1adshiy nauchnyy soltrudnik;
From practices in u9ing poiijonous chemicals. Zashch. rast. ot. vred.
i bol. 9 no.5:22-24 164. (MIRA 17:6)
1. Vsesoyuznyy institut zashchity rasteniy (for Voyevodin).
2. Sibirskaya opy-tnaya stani;.giya Vse!3o5,uznogo nauchno-i.9sladova-
tel'skogo instituta maslicluifth i efiromaslichnfth kulltur, Isill
kult, Omskoy oblasti (for liranova(. 3. Azerbaydzhanskiy inst-itut
zashchity rasteniyp Kirovalxtd (for Bagirov). 4. Surkhandarlinskaya
oblastnaya sel'skolchozyaystirennaya opytnaya stRntsiya (for Igam-
berdy.yev). 5. Kuybyshevskiy punkt uchata i prognozov (for Tkach).
6. Azerbaydzhanskiy institut. zashchity rasteniy (for Ibragimov,
Askerova, Koshkarvirp, Kasumov, Ragimov). 7. Nachallnik otryada
po borlbe s vredilelyami i 1*leznyam~ rasteniy Chistopol'skogo
rayona Tatarskoy ASSR (for Hironov).

XOSMAROVAt
Y,05VANA, - "Increasing the productivity of lucerne as a fixative of atmospheric
nitrogen by changing the system of nutrition and irrigation of the soil". Urovabad,
1955. Min Higher tducation tSSR. Azerbaydzhan Agricultural Inst.
(Dissertations for the Degree of Candidate -31 Agricultural Sciences.)
So. Knizhnaya letopis'. No. 49, 3 December 1955. Moscow.

J?
form. r
19j'j, So. 2.
Of ro vzi Cu c' n, itaut ~;njils a.,,1
:tonal e~Lionnleut nt-Ltt:~on. )n
the ;iix~:bar of on thu rocno w,-~o gr.- It4r :111~'
the ar_%% of N in the Solilz ~L;Jd thc- aunte~at
of totrl I-a trio on, chust.-I
solla than laridor curldlti-wl~-. cri Gjarozom~,P~:_-ldow
sulls. Ya. Brorizova

KOSHMOVA, L.
Combine bank and public coatrol. Don. i kred. 18 no.11:
66-67 N-60. (MIRA 13:11)
1. Nacballaik kreditnogo oWela Sverdlovskoy kontroy Gosbanka.
(Sverdlovsk-Banks and banking)
Overdlovsk-Gommurtiet Party of the Soviet Union-
Party work)
-1.

KOSHKAROVAq L. L.
KoBhkarova, L. L., Ostanenko, V. F. - The Examination of the Neutron Flow of
the Earth's Crust.
The Sixth Session of the Committee for Determining the Absloute Age of
Geologic Formations at the Department of Geologic-Geographical Sciences
(OGGN) of the USSR Academy of Sciences at Sverdlovsk in May 1957

KOSM, G.; MEROV, B.; WKHAYLOV, V., inzh. (LIvov)
Planning and organizing woric on substituting existing production
norms with new ones. Sots. trud 6 no.4:75-85 Ap 161.
(MIRA 1617)
1. Zamestitell nachallnika -takhnalogicheakogo otdela Moskov4ogo
avtozavoda im. Likhacheva (for Koshke). 2. Fe.,C;hallnik otdelatruda
i zarabotnoy platy Yaroslaviskogo motornogo z&.vola (for Mikerov).
(h-oduction standards)

KOGAN, Sh.I.;, KOSHKELOVA, Yr.N.
Advances in the field of studying lower plants. Izv. AN Turk. SSR.
Ser. biol. nauk n0.5:33-35 164. (14IRA 18:2)
1. Institut botaniki AN Turkmenskoy SSR.

KOSIM"LOVA, Ye.N.
11 --------- -- -----
,1y. I'vtl,.Iy jr,,~jj,.
Addi tional inatorial on tho mycof lorfk of tha Kopo L-Dtj I
bot. AN Turk. SSR Vt103-W) 162. (MIRA 17:3)

KOSHKELOVA:, Ye.N.
New species and forms of fung.'l In Turkmenistan. Bot. mat. Otd.
spor. rast. 14:121-133 Ja'61,. (MIRA 17:2)

KISMELIVA, n--. 1~'.
KOSHX2i;-)VA, YE. 14. -- Illbe Microflora of the Basic P,-tanical Regions -if
Kipet-Dag." Acad Sci USSR. Botany Inst imeni V. L. Komarov.
Leningrad, 1955. (Disoertation for the Degree of Candidate
in Bblogical Sciences)
S). Knizhnaya ip-topis', No 1, 1956, pp 102-122, 124

KOSHKELOVA, Yolana llikolayevna; GAPONENKO, N.I., kand. blol.
C~1;11-16AUAA.- r-eIT.- -
(Distribation characteristica of the fungi of Kopotdapfl
Zak-onomernosti raspredeleniia gribov Kopot-Da.ga. Ashkhabad,
Turkmenizdat., 1964. 46 p. (MIRA 18:3)

L U-71 Olt

GAMAI&TA, A.11.; GTURDZHIAN, A.A.; LOSEUCIN, A.F.; IINKRILSOV, V.P.; SINDNOV, P.V.
Characteristics of the postoperative period in acute radiation
sicknese in dogs. Mad. rad. 4 no.4:64-70 AP 159. (HUI 12:7)
1. 1z otdeleniya, luchevoy terapii (nach. A.N. Gamaleya) I eksperi-
mentallnoy laboratorii (nach. - kandidat mad. nauk A.A. Gyurdzhian)
Glavnogo voyennogo gospitalya imeni almd. N.N. Bardenko.
(ROINTGEN PAYS, effects,
. on postop. courim In exper. Burg. in dogs (Ras))
(SURGILU, OPMkTIVE
eff. of x-rays on postop. course in exper. surg. in
dogs (Rds))

KOSHK1NP-AD&toliy-G~og1yg3jch- PANIN, DI.S., red.; PONOMAREVA, A.A.,
tekhn. red.
(Ways to increase the profitableness of collective farm pro-
duction]Puti povysheniia rentabellnosti kolkhoznogo proiz-
VOdstva. Moskva, Ekonomizdat, 1963. Ill P. (MIRA 16:3)
(Collective farms-Fitance)

A. 1.
Experience With the Study of demol~e Results of Tro-atment of At-:ute Dysentery
1 . . Zilzi:~IjAL i~-~,')ICAL
,,()YE%.I:iO No 3, 1955. P~ 0

KOSHRIN, A.M.0 inzh., red.; KLDIOVA, CI.D., red. i7A-va; XASDIOV, D.Ya.j,
-`-te' red.
(Instructions SN 179-61 on the design of heating and ventila-
tion of plants for the production of die-cast plastics) Ukaza-
niia po proektirovaniiu otopleniia i ventiliatsii tsekhov pro-
izvodstva izdelii litlem pod davlenierzavodov plasticheskikh
mass, SN 179-61. Utverzhderiy 15 avgusta 1961 g. Moskva, Gos.
izd-vo lit-ry po stroit., arkbit. i atroit. materialan., 1961.
21 p. (MIRi 15:3)
1. Russia (1923- U.S.S.R.) Gosudarstvenrly komitat po delam
stroitel'stva.
(Plastics industry-Heating and ventilation)

KobTKI!,__A,M,_, inzhoo red*; STRASMWYM, V.P., red,izd-va; OSSNKO, L.M.,
tekhn.red,
[Instructions SN 177-61 on dasigning the heating and ventilation
of plants manufacturing phenol formaldehyde resins by the batch
process] Ukazaniia po prookbirovaniiu otopleniia i ventiliatsii
teekhov proizvodstva fenolformalidegidnykh smol po periodi-
cheskomu. metodu SN 177-61. 'Utvarzhdony... 15 avgusta 1961 g.
Moskva, Gos.izd-vo lit-ry po stroit., arkhit. i stroit.materialam,
1961. 26 p. (MIRA 15t2)
1. Russia (1923- U.S.S.R.) Gosudarstvanuyy komitet po delam
stroitelistva.
(Phenol condensation products)
(Chemical plants--Heating and ventilation)

KOSHKIN, A.M., inzh-q red.; STRASM131, V.P., red.izd-va; TEPKINA,
tekhn. red.
[Instructions SN 192-61 for deBigning.the heating and v6ntilation
of molding-powder shops of plastics plants) Ukazaniia po pro-
ektirovaniiu otopleniia i ventiliatsii tsekhov press-poroshkov
zavodov plasticheskikh mass (9N 192-61). Moskva, Gosstroiizdatp
1962. 19 p. (MIRA 15:6)
1. Russia (1923- U.S.S.R.) GoEudarstvenr" komitet po delam
stroitellstva. (Plastics industry)
(Factories-Heating and ventilation)

KOSHKIN, A.M., inzh.., red.; SHITOVA, L.N., red. izd-va; GOLIIERG., T.M.,
-- 'tekbn. red.
[Temporary instructions M 188-61 for laying underground polyethylene
pipes for a water pipeline) Vremennye ukazaniia po podzemnoi ukladke
polietilenovykh trub dlia vodoprovoda (5N 188-61). Moskva Gos-
stroiizdat', 1962.' 38 p. (MIRA 1'5:6)
1. Russia (1923- U.S.S.R.) Crosudarstvennyy komitet po delam stroi-
tel'stva.
(Water pipes) (Pipe, Plastic)

KOSHKIN _A~M.,-inzh., red.; SIIITOVA, L.N. -va; GOLIBERG, T.M.,p
t!4 -1 - , red.izd
tekhn. red.
[Temporary instructions SN 189-61 for the design, asserbly use
and repair of indoor water piyes made of polyethylene pipel Vre-"
menriye ukazaniia po proektirovanUu, montazhu., ekspluatatsii i re-
montu vnutrennikh vodoprovodov iz polietilenovykh txub (SN 169-61).
Moskva, Gosstroiizdat, 1962. 58 p. (KIRA 15:6)
1. Russia (1923- U.S.S.R.) Gc,sudarstvennyy komitet po delarn stroi-
tel'stva.
(Water pipes) (Pipe, Plastic)

F.OSHKII,I,,, AJ1,.,,'1Anzh.,-, red.; STRASOYKII, V.P., red.izd-va; TARKHOVA,
K.Ye.., tekhn. red.
(Instruction SN 229-62 on the design of heating and
ventilation in steel converter plants] Ukazariiia po pro-
ektirovanilu otopl*Aiia i ventiliatsii konverternykh tsekhov
zavodov charnoi metallurgii, SN 229-62. Izd. ofitsiallnoe.
Y,oskval Gosstroiizdat, 1963. 21 p. (MIRA 17:3)
1. Russia (1923- U.S.S.R.) Gosudarstvenn~7 komitet po de-
lam stroitel'stva.

KOSHKIN, A.11.) inzh., red.; DROZD, T.A., red.izd-va; TLRYJ,!OVA,
6-';--'tekhn. red.
[Instructions SN 242-63 for the design of an air blowing
unit with a concentrated air supply. Approved by the State
Comittee for Construction oj* the U.S.S.R. on April 28,
19631 Ukazaniia po proektiroAraniiu ustanovok vozdushnogo
dushirovaniia s sosredotochemnoi podachei vozdukha SN 21+2-63.
Utverzhdeny...28 aprelia 196-~I. Moskva,, Gosstroiizdat 1963.
30 P. (MIRA 17:1~
1. Russia (1923- U.S.S.R.) Gosudarstvennyy konitet po de-
larL stroitel'stva.

KOSHKIN, A.M., inzh.p red.; SHITOVA, L.N., red.izd-va; GOLIBERG,
M. -.'tekhn. red.
[Provisional instructions on the design of heating and
ventilating systems for continuous steel casting plants)
Vremennye ukazaniia po proektirovaniiu otopleniia i ven-
tiliatsii ustanovok nepreryvaoi razlivki stall (SN 230-62).
Moskva, Gosstroiizdat, 1963. 34 P- (MIRA 17:2)
1. Russia (1923- U.S.S.R.) "Josudarstvennyy komitet po de-
lam stroitellstva .

KOSHKIN.j. A,.O.j inzh., red.; STRAS1UTYKH, V.P., red.izd-va; GOLIBERG,
j~'-- .. T.M., tekhn. red.
[Instructions for planning the heating and ventilation in
enterprises manufacturing reinforced concrete products)
Ukazaniia po prooktirovaniliu otopleniia i ventiliatsh pred-
priiatii po proizvodstvu zhelezobetonnykh izdelii [SN 244-63).
Moskva, Gosstroiizdat, 1961. 37 p. (MIRA 17:2)
2. Russia (1923- U.S.S.11.) GosudarAvonnyy komitet po dolam
stroiteltstva.

KOSHKIN, A.M., inzh,, red.; KOVAL7V, inzh., red,
17'rovis ional technical specificritions for designing, as-
sembling, and operating centrid heating systems with steel
stamped and weld panel-type r,-idiators with rear connections.
Approved 1- the State Committow, - Constmction in the
U.S.S.R. September 12, 19631 Irremennye tekhnichoskie usloviia
na proektirovanie, montazh i ekspluatatsiiu sistem tsentrall-
nogo otopleniia so stallrrvmi nhtampovannyrni svarnymi r,'Idiato-
rami panel'nogo tipa s tyllryn podkliuchenlem (SN 258-63).
Utverzhdeny Gosudarstvennym komitetori po delam stroitel'stva
SSSR 12 sentiabria 1963 g. Mookva, Stroiizdat, 1964. 15 p.
1. Russia (1923- U.S.S.H.) Gosudarst.vennyy kondtet po delam
stroitellstva.

-KOSEKIN, A.M., inzh., red.
[Provisional instruction for starting, ad,u.,;ting, arid
operating ventilating equipit.ent in industrial oriter-
priseLlj Vremennaia instrukt~Aia po pusku, naladke i
ekspluatatsii ventiliatsionqykh ustanovok na pro-
ii~,rshlennykh prodpriiatilakh (SN 271 - 64). Noskva,
Strol-IMint, 1964. 47 1). (MlHA
1. Ituosia, (1923- U.S.S.R.) Gosudarotvennyy komitet po
delam stroitellstva.

KOSHKIN, A.M., inzh.p red.
[Instructions on the design of the heating and ventilation
in buildirga used for automobile maintenance services] Uka-
zaniia i ventillatsii predpriiatii po obsluzhivaniiu avto-
mobilei (SN 274 - 64). Utverzhdony Gosudarstvonnym komi-ta-
tom po deism stroitelistva SSSR, 22 aprelia 1964. Moskvay
Goestroiizdat SSSR, 1964. 55 P. (MIRA 1702)
1. Russia (1923- U.S.S.R.) Gosudarstvenr*ry komitet po de-
lam stroltellstva.

KOSHKIN, A.N.
Attachment for cutting bevel pinions. Vashinostroitell no.3z4O
Mr 162. (NnA 15 0)
(Gear-cutting machines)

L l.445o~66
ACC NR: AP6002961 SOURCE CODE: UR/0286/65/000/024/0131/0131
64)
-INVENTOR: Kosbkin A V.
...-ORG: none
A device for-automatic adjustment of brake shoes. Class 47, No. 177244
SOURCE: Byulleten' izobreteniy i tovam; h znakov, no. 24, 1965, 131
yk
TOPIC TAGS: -automatic control, transportation' equipment, mechanical engineering,
automotive industry, brake systemfo
~ABsTRACT: This Author's Certificate intmduces a device for automatic adjustment of
-brake shoes.. unit is connected to the power levers of the brake. Adjustment is
I ~improved by med.cing the mechanisy,n-in the form of three-armed levers which are held
;away-from the base by springs. Two of-the arms of the lever are supported against
'the base by'adJustment bolts, while the.tibird is mounted at an angle to the axis of
..the correspon(ling power lever and connected to
kinematically this lever through
balls wedged between the levers.*
.Card:112 -UDC; 62-592.132-597.8

KOSHKIN, Boris Valerlyevich; LYSENKO, A.S., red.
[Taiga secrets] Taezhnye sekrety. Irkutsk, Vostochno-
Sibirskoe knizhnoc izd-vo, 1,964. 62 p. (MIRA 18:2)

MANOMM Wp~_'
W ry
c~ar~

A
iy and

Ti 16:', iiir~tio p
iphfr6qu6h 4. art.
-peri'o-dic,al Zhur.,Anal'~ FA~s 1 - Jan-Febr 1954

_.-~Abbtract An arrangeTib nt', 1of hi ifre4~6ncy, ation,vorkin on a 4 mc.quartz~
erysial:-stabilii6d gane!Mt-dr:Ad described. It is shown on the-baseq,
'
of dcid-6~hlj j~f
.6.xidiiiiij46ducing titra"Aon and nreclr~itation reac-_
'

! me'nt
tions, that this, anew arr',
nq6 -dan als be used for volumetric
The -'path o i e. all investigated cases
anal ~ f4 Utration curves in
Oh
indicates'that the r nb
,e in total. resistance of the nucleus in the

Solution' during.
titratil n in.accordance with
: the current conductance
,
1
0 ipls`ba~ 01 ily determined by the chinge in the resis--
ca
measuring meth d
'
tance:of the''~6lutioti..~:Thi
rty,referen,-es. Giraphs drawints.
In stitu Iti n
0 A cad*--, of: 3c USSR -The`~ I '-'Vemadskiy Inst. of Geochemistry ands
Analytical - ehemist,_Y, V~~ s c v,4
~Subridtted Nov. 10) -1953
ow_

ZARIFSKIY, V.A.; KOSM11, D.J.
Apparatus for high-frequency titration. Zav.1ab. 22 no.1:110-11)
156. (HLRA 9;5)
1. Institut geokhimij i analiticheekoy khimii imeni akademika
V.I. Vernadskogo AN SSR.
(Volumetric analysis) (Electric apparatus and appliances)

UMNSKIT, V.A.; KDSHKIN, D.I.; FOLISICIT, V.G.; GMIKA, L.A.
Control of water purification by alectrIcal conductivity. Vest.
AN SSSR 26 no.4:36-38 Ap 156., (MLRA 9:7)
(Watar-J'arification',J (Electric measurements)

,,AUTHORS: Zarinakiy, V. A., Koshkin, D. 1. 75-13- 3-5/27
TITLE: High-Frequency Titratii)n(Vysokochi-stotnoyetitrovaniye)
Communication IV. A Measuring Instrument Based on the Prin-
aiple of a Brid e Circuit (Boobahcheniye IV. Pribor na osnove
mostovoy akhemy~
PERIODICAL: Zhurnal analitioheskoy khimii, 1958, Vol 13, Nr 3, pp 289-
-293 (USSR)
ABSTRACT: The success of the use of high-frequency alternating current
in chemical analysis wad in production control is above all
dependent on the fact whether handy apparatus simple in con-
struction and handling, which are sensitive to concentration
measurements in a wide range of concentration, are placed at
disposal. In the present paper a device is described which
meets these requirements to a higher degree than a previou.61y
described apparatus (Refs 1,2). In connecting the cell for
high-frequency titration to one arm of a measuring bridge un
alternating current it is not possible to obtain a distinct
zero point by balancing. The reason for this is a phase dis-
placement in the arms of the bridge and an additional balanc-
Card 1/3 ing at the ends of the measuring diagonals. As these phenomena

High-Frequency Titratioa. Communication IV. A Measuring 75-13-3-5/27
Instrument Based on the Principle of a Bridge Circuit
can only be removed with difficulty alternating-current
bridge cirouitc haVO L111611ertO not been used in high-f-requency
titrations. The authors of the present paper developed a
bridge circuit for high-frequency titrations free of this
trouble. By means of this arrangement the zero indication of
the galvanometer is ol-tained without any difficulties bust
as in ordinary four-armed bri4ge circuits with direct current.
LO G- high-frequency generator
(35 megacycles),
D1, D2- germanium detectors 7JGT-96
Z- cell for the titratiun
4U ~R_ tr /kA- microammeter
The principal circuit diagram of the new apparatus just as
the device itself is (Irawn in the paper and described in
Card 2/3 detail. By means of this new device titrations can be per-

High-Frequency Titration. Communication IV. A Measuring 75-13-3-5/27
Instrument Based on the Principle of a Bridge Circuit
formed in a wide range of concentrations (0,5n-1.16-3n).
Moreover different reactions can thus be investigated in non-
-aqueous media. The manifold possibilities of application
of the device are shown in the paper.
There are 5 figures and 17 references, 9 of which are Soviet.
ASSOCIATION: Institut geokhimii i analiticheskoy khimii im. V. 1. Vernads-
kogo AN SSSRO Moskva (Moscow,lnatituteof Geochemistry and
Analytical Chemistry imeni V. I. VernadskiyAS USSR)
SUBMITTED: October 2, 1957
1. Chemical analysis--Instrumentation 2. High frequency cur-rents
--Applications
Card 3/3

(-,rlr
~ - -11 'a A.,".) red.
bottor uso of foromt n~i~xmrcaoll J'ulnue
losiva barat:;tva, Fetrovrivod htlro] Iskoo, hnillinne jzd-
- U4
%.10, Tj'-, .'rT.) 1) .

~EN. IvaA..Gavrilovich; IVANOV, B.S.,
KAWNETMaY. Boria losifovich;_KOM
red.; GALARTIONOVA, teikhn.red.
[Handbook for project work for course aredit in the organization
of road construction] PoscbJ~e po kurnovomu proaktirovaniin organi2ataii
stroitelletva dorog. Moskva, Nauchno-takhn.izA-vo X-va avtomobilinogo
tranap. i shososinykh dorog IISM, 1960, 167 p.
(HIRA 14;3)
(Road construction-Studly and teaching)

LO~HKIN,,,K.; KATSIGRAS, G.; SERGEYEV, A.; YAKUDDV, Kh.
Using the matching method in assembling the engine and gearbox.
Avt. transp. 41 no.9:24-29 S 163. (MM 16t10)

',,,,K.OSHKIN, K... KATSIGRAS, G.; SERGEYEV, A.; YAKUBOV, Kh.
Assembly of the reductor and front axle by the selective trial-and-
error method. Avt.transp. 41 no.11:26-30 N 163. (MIRA l6tl2)

PESHKOVSKIY, Leonid Mikhaylovich- KOSHULA.A*V-dote., kand. tekhn.
nauk, oty. red.; GONCI I.V... red.izd-va; SAGITULLINA,
R.I., tekhn. red.
(Manual on laboratory-research in soil science, soil mechanics,
bases, and foundational Rukavodstvo k laboratornym zaniatiiam
po gruntovedenUu, mekhanike gruntov, o9novaniiam i fundamentam
dlia studentov otroitellnogo fakullteta. Moskva, Vses. zaoch-
nyi politekhn. in-t. No.l. .1960. 33 p. WkA 16..8)
(Soil mechanics) (Foimdations)