SCIENTIFIC ABSTRACT ZAKHAROV, I.I. - ZAKHAROV, K.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963520011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

------ ---- ------
L 27847-66,
!ACCESSION M., AP5022631
the cost studien were reviewed and th,3 methods of m CuIntion were
astablistind. At first, th-i cust of frosh mter wns oistimated withoUt
takinf-, into accoitnt thn cost of Imating riteam. Thon thr, cic~at of
Firmlly. the tot-n], oost of froili water wris
J rot--&- y=i-jul-le-tian were
t
)determined# The cos .9 matba
-ng- tac-firlice-1 and oca amical dnta riven for
based on the exitttl n
iPaloyarsk, Novo-Voronezit and :-Pimvchenko typ9a of reu3torg. Their
tfv:1rmri1 -in d PT act r 1-1 pow( ir CGIfICItIOS, t1r. qMQU[lt Rnl the COSt a f
f r-n h eri r nrc th v 1, 1 on u1 1, ,, ru.- 1, of - lei c t H o poviri r f-sr, rr ~t I on ars
to(ihni nl !inl imrmoml-
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_;o ou
pose miclear povor planto, OriK. tirt. has:
1 t a b 1 1 f a rtnt I a e ft n d 6 fr 7 r.1 1) 11 f5 ,
ASSOCIATI ON: Nono
SUMMED! 25!ar6 5 ENCL, 00 BUB "ODE: UP RE
1q0 WT- SGV: 00a DUIRRS 002
Card
'A
Tit R-M.-

_, I I
Stratigraphy of Upper.Paleozolc oadimats in the nortberm
structural-facles zone of the Tien Shan. Hat. po gaol. liant-
SbAnia no.3-.101,105 162,, (KVA 16:7)
(lien Sh&n-Gaology, Stratigrarbia)

Z -4-

ZAKTIARM I.M.; YESIN, O.A.
1~
The valency of Cr in liquid slags.
report submitted for the 5th Ph:isical Chemical. Conference on
Steel Production.
IVI Oscow
- ~ 0 JU.4 J~izq
4

50), 28(5) cov/76-35--s-36/39
AUTHORS: Yeein, 0. A., 1'eterin, 0. A., Zakharov, 1. 91
TITLE: On the Transfer Numbers in Melted One-component Electrolytes
PERIODICAL: Zhurnal fivichookoy khimJij 1959, Vol 33; Nr 8, pp 1887-1890
(USSR)
ABSTR ACT; Publications p.)int out.-tbat experimental difficulties exist
in the doifirciaation of ihe transfernumber (n) of ions in
pure melted salts (Refe 1~ 2). As often so not, It to said
that such measurements icce not only highly complicated but
in fact im,poselble. Vari3us publications are thoroughly studied
in the pre3ent paper, ani the problese arising In connection
with the determination of the transfer numbex are investi.-
gated. In particular, the otatements made by Sundheim (Ref 5),
as well as the friction between ione, are discuesed. It is
atated on the basis of the observations made that there
has not yit aucumulated sufficient evidence to nay positive-
ly that it in impossibl(i to maaeurs the transfor number
in one-oomponitnt systemsof melted elactrolytes. There are
14 references, 4 of whifsh are Soviet.
Card 1/2

SOY/76-35-13-36/59
On the Transfer Numbers in Melted One-component Electrolytis
ASSOCIATION: Ural'skiy filial Akademii nauk SSSR)Inatitut netallurgii,
Sverdlovsk
(Urals Branch of the Academy of Sciences USSR, Institute of
Metallurgy Sverilovsk)
SUBMITTED: April 10, 1959
Card 2/2

Mlifi.RoV, 1,111, (."Vertilovk); .1unrij (S-Varllovsk)
,
1 41' the fif an Iron-claffm"It 171
Nechenibm ,- carbon,
Tzv. fill IS3P. Iticit. i got. del.-) Po.,101-37 Hr-Ap'64 (IRIPA 17t8)

SHAOTTI, S.V. (Sverdlwv.~k)',~ pill. (STanfloVskl; PATIV# D.V.
(Sverdlovok)
Kinetic regular-ItIcs, of tba of slag b7 jz-- ' , - ~ I. V
11
SISSR Met-. i gor. delo VjY-78 64 Omu 1717)

S/064/61/000,/001/005/011
BIIO/B215
AUTHORS: Chervinakiy, K. A., Sukho,,?ar, F. A., Ze6charov, I. N.
TITLEt Separation of hydrogen chloride from dichloroethane in an
adiabatic reaction vessel
PERIODTCALt Xhimichankaya promyshlennost', no.1, 1961, 21-23
TEXTs The large amounts of ethylene obtained from coke oven Can lead to the
development of an efficient method of producing vinylohloride from ethylene.
The production of N-inylohloride from dichloroethane by alcoholic alkali has
several drawbacks, among-them high consumption of alkali (resinification,
catalyst poisoning). The authors attempted to eliminate tbese drawbacks.
Water vapnr with slight additions of carbonic acid was used an diluting
agent to atop side reactions. The corrosion caused thereby required the use
of an adiabatic apparatus -with aoidproof lining. The highly overheated
water vapor was used fov diluting and heat transfer. A que,rtz tube heated
in a pipe heater, serve& as reaction iressel. Almost adiabctic conditions
were obtained by large quantities of irater vapor. Coarsely porous sill-ca
Card 1/8

S/064/61/000/001/005/011
Separation of hydrogen chlorid~a... B110/B215
gel proved to be an ideal catalyst. Fine-pored silica gel, aluminum oxide,
and aluminum silicates proved .'less suitable. Depositions of resin and
carbon black were reduced in the presence of water vapor. The authors soaked
silica gel with solutions of chromium,bismuth,nickel, and magnesium chlorides
and fluorides, etc, and found *;hat the formation of resin was excluded by
soaking silica gel with 2-3% of aqueous Na 2sip6solution with a 1,/* addition
of KF in the presence of water vapor at 400 0C. KF accelerates the vaporiza-
tion of carbon deposits on the catalyst under the action of water vapor.
If no water vapor or KF are presentj the deposition of carbon black otarts
again. The optimum reaction tomperature was 380 to 4200C when KF was useci,
and 460 to 470 0C with KC1. In the presence of CO 2 nc remarkable reduction
in the activity of the catalyst; was observed after 90 hr . An optimum yield
of viny1chloride was obtained rith a catalyst volume of 60 cm3l, 2 hr duration
of ox P01-Iment, 700 Mllm)/min of wator vaport and 150 Nom 3/Min of 00 2'
Absence of one of the two gases caused an accumulation of the polymerizate.
Other gases (N2' CO, etc.) were not stulied, but there are reasons for
Card 2/8

5/064/61/0001'001/005/011
Separation of hydrogen ch-loride.... B110/B215
assuming that other gases containing C020 even smoke gases under certain
conditions may act in the same way as water vapor. An increase in aeleati-
vity and acitivty of the oatalyat and larger additions of CO, increase the
yield of vinylohloride and tranjiformation of dichloroathane (Table 2). The
decrease in the transformation (if C H C:. (givenin, -Table -3) with ina reas ing -
2 4 -2
amounts of water vaporj--ic_due to a rod%totion in tho titne of ca taly-a i a
cauaed by an increase involume --rate, Tho -optimum--ratio- C_11,-c 0
2 , 121H2
vapor could not be determined, since the volume rate cf dichlor.)ethane
affecte the reaction independently of water vapor (Table 4). These data
determined for normal reaction vessels with external heating, also hold for
adiabatic units. In the latter, however, the efficiency of the catalyst
and the yield of final products are considerably higher. Water vapor was
preheated to 200 to 2500C, dichloroethan," vapor to 700 to 6000C. Before the
beginning of the reaction -,he reaction vossel (a cylinder offIre clay) was
heated by overheated water vapor to a teriperature exceeding t1lat of the
reaction, and was then regulated by changing the temperature of overheating.
Card 3/6

Separation of hydrogen ch*-oride,..
BIIO/B215
Table 5 gives the experimental xesults. Vinylchloride thus aynthesized was
very suitable for the polymerization in solventa. Low amoun-.a of ucetylone
and tracoa of othylone glycol aro formed an aldo products. Druvtb6cka of the
mothod arot formation of dilutel hydrochloric acid, CO2 E;dd.itiun, and
intensive overheating of water vipor. The consumption of CO 2 zen be
considerably reduced by reairculation. The elimination of other difficulties
could be attained by partial or (tomplete replacement of water vapor by smoke
gases. 1. 1. loffe- is mentione(I.. Ther,~ arel figure, 5 tablea, and 5
references: 4 Soviet-bloc and 1 hon-Soviet-bloo.
Card 4/8

mom
Separation of hydrogen chloride ...
Legend,to Table 2- effect of CO 2
amo
unt on the yie *ld of vinyl cl-loride
transformation o-P dichloroethane
supply with dichloroothane: 0.5,
rater vapor; i, kg/l of the cat-e,lyst
per hr), 1~ supply with CO kg1l of
j 2
the catalyst per hr, 2) transfcrza-
tion of dichloroet-hane, p, 3) vinyl
chloride yield, of the theorE~tical
yield.
Card 5/8
S/064/61/000/001/C05/011
D110/3215
CIO-
Eol= 51-,WIIII --I;ZW3V OT
0.1 79.0
0.2 85.2
.0.3 99,0

3/064/61/0 00/001/C05/011
Separation of hydrogen chloride... B 11 O/B21 5

Legend to Table 3: influence of the

amount-of water vapo:, on the transforna-

tion of dichloroethane fsu
zith di-
l
so,sffaro

ova. WrA urn.
CT"eft RON,
IMMO;P,
w:pcpff WxCx IM-
vs~cwro a
:4. % ci
pp
y
chloroethane: 0.5,co : o.1 kg/I . Of "0 *UK$. %
2
catalyet per hr), 1) syxoply of rater 0,25 60.5 79.0
-..-vapor kg/1- of catalyst per hr, 0"1
0,7 57,0
43 2 81.5
79.0
fl transformation of dichloroel;haney 13
: 40:9
32
0 82.0
4
76
3 yield of vinyl chloride, of the 1
5 , .
theoretical yield.
Card 6/8

S/064/61/0CO/001/005/011
Separation of hydrogen chloride, B110/B215
Legend to Table 4: influence of' the
rate of su ply of dichloroethanc on
p
.,the transformation of di.chloroethane
(supply of water vapor: 0.8, CO 2 1
~-O.l kg/l*of catalyst per hr),
1) supply of dichloroethane kg/l of
the catalyst per hr), 2' transforma-
tion of dichloroethane 1;, 3) yiela of
vinylchloride, 'I'.' of the theoretical
yield,
17amis Alf"W, C-Imm. JCOW- p:xl*ro mum[.
"ICIIII Alumv. J-A. % ar
alit.
MISST" 0 RSC
21 :2 r" 0
10 370 77,6
O's 43 5 81,7
%.lard 7/8

3/064/61 /()00/'CO1/C)C)5/01 1
Separation of hydrogen ,,hloride- Bilo/B215
Legend to Table 5: dep i?ndence of the
fundamental parameter o f the met~.od o: i
the rate of supply of i ichioroethane
(supply of water vapor: 3-5, C02
0 15 kg/l of the cF-taly ;3t per hr),
1~ dichloroethane suppl., kj/1 Of
) 4.
catalyst per hr, 2 ransformation
of dichloroethane, 3) yield of
vinylchloride, %,of the theoretical
yield, 4) efficiency of catalyst in
kg/I Per hr.

no.-Sqs AM,100-
Kai:- d
BW.%Oj XAOPN. #I
m"A VP/ 8 xala.
A "U.0p.
% ctora 811MIM M
% OT Ttopm

1.3 62,0 96,0
2,3 61,1 04,3
3.0 58,2 95,2
4j; 43,0 94,3

Card 8/8 "b,
VIA I(SM'Iff-
sar)ps a W
0.55
0,82
1.04
1,12
lab.

SHAVRIN, S.V.; ZA.KHAROV. 1.N.; IPAXV, B.V.
Slag outflov through coke spouts. Izv. vys. ucheb. zav.-; chern.
met. 7 no,103-37 164. (MIRA 17t2)
1. Institut metAlurgii Ura:Lls:cogo filiala AN SSSR.

SHAVRIN, S. V.; 7AKHAROV, 14, If.
Kinetics of tha reduction ol molten Iron oxides by carlx)m. izv.
vys.uaheb.zwr.; ehern.met-'? no. 5:7-11 1164. (MULA 17:5)
1. Rauchno-ioaledovatel.IsItty institut metallurgii tJiallakogo
filiala AN SSSR,

SHAVRINI S.V.;_~JMWOV, I#~.) IPATOVp D.Vo
I
Outf~bjr of slag through the regenerator into a countarrlow,
Izv, vys, ucheb, zav.1 churn mat. 5 no.9&54-65 162. (MIRA 15-'l))
Is InstitAit metallurgii Urallakogo tiliala AN SSSR.
___ - - - - - I _- (11lca.t furnacen-Domign aM _eonm truction) -(Heat--! tx~amiffs ia2)

0~,.nd Toch Sci (di.ss) "lie a!
r,he sohli'.-ity and v;.-lenco --f oi.,romilm in uiEssolved sp-z,5,11
Sneralow,k,' 196", 13 pp (Urzi,- Pol~-
?, 1. 1, C) v) (i-.L, 1~2)

WIN, O.A.;, ZhMWIOV, I.N.
Hiectrol7tic deposition of chromium from fused slap, its valence
and the solubilit7 of Its czIdes. Zzv.Sib.otdAM =GR no,11:3-8
158* (RIM 12:2)
1. Urallaki.7 filial AR SSSR.
(Clwomitua plating)

YMS111, O.A., prof.. joktor tokhn.rauk-, ZAJa[ARDV,, I.N., tnth.
Solubility of chronlum oxitto In molten olne, In'C6-6t4ot wlt)i metal,
charndm-ts no*11:4fi-52 I ~)O, (MITLA 12$l)
1. Urallakiy politakchnicheskiy inatitut I Inatitut metallurgii Ural'skogo
filiala AN SSSR. RekomsiAovano kafedroy taorii metallurgicheakikh
protisestsov Urak'skogo *-litekhnicheskogo instituta. -
(Chromium oxidos) (Slag) (Blectroantallurgy)

5(4)
WTHORSt Zakharov, 1. P.,, Tevino 0. A. WI/20-M-3-W69
TITLEt The Electric Condactivity and the Cathode Folw?ization of
Chromium-contaiiiing Maes (Maktroprovodnost" katodnaya
polyariza-tsiya ',thrcm3odarzhashahil~h shlakov)
PERIOIMCALt Doklady Akademil nalix 333HO 195% Vol 126t Ur 5v Vp 605-6Cr7 (Lt-"a)
MTRACT: :14 the introduation the formation of bivalent ~.hrcmium in slag
which is in coxr~aot xLth a steel bath is mextioned, Thic1h has
already been den-l-L wLtL by a ==ber of papers (Ref*s 1-31, an4 an
earl.ier paper by the aut1hors is Liantiox-ed (Raf 4) iL which this
problem is also invebtijisted in canneo.tion with tte deteniination
of the solubility of chrwAum orLdes, As shom by Tu, 2,
Kiryushkin in a paper (Ref 5), trivalent chromium dooreasos
eleoArio oonduotivity in the alloy C&O-SJO,, emd tivalent,
ohromium inoreases it. F~trther,, Pastukov- showed ly- a paper (Ref 6)
that in slags wLth a low content of iron, ions of bivalent
chromium increase elactric conductivity, and Udat ions of bivalent
chromium increase vLsoosity. The authors inventigeted the
influence exercised by bi- and trivalent chrotilum upon the
Card 1/2 conduotivity of the slags, and 'the electrical equipment for

The Meolrio Conduoiivity and the CatWde Polarization of WVW-126.3~-4/69
Chromium,- containing Slags
measuring them as well as the cumposition of the slags is
desoAbed. A, diagram daovs the dependence of c=duotivity cn
temperature end cri the composition of the slags (S4.Lr 1). ftis
-+,'w 11 diffax-ni
compositions being Investigated. Cathode polarizatian we5-----
-iiav;estigateUball.-witk.a-ooli4,-tungAk~w._ electrode axA with a
Uquid cathode oll.coplmr; two diagrams
results of measoements. These results are also discussed !.n
datail,, on. whicU ooce4kion a.13c, the respeotive exTerJzeirtal
oo~df*fi~*$" ska'Ahe coripotd tioa of -the slags exe deet with, There
aft ~ figures and 16 3!efetvnoes, 13 of which are Soviet.
ASSMATICNt Inatitut, metallu~:&Ii Urallskogo filiala, "emii nauk S=
(Instilute of Vwtallu:rgy of the Ural Branch of the Aaadwy of
Sciencesp USSR) ,
PRMENMt February 20, 195) by I. P. Bardin, Academician
SO W MEN February 19, 1959
cam Z/2

TICSIN, O.A.. doktor takhn.wiuk prof.; ZAM~YW J.J6-jjnzh.
Determining the !iolubility, of chromium oxides in Iron
slags. Izv.vys.ut.-heb..,tav#; cherneasts 2 no.10:9-16
0 '59. (MIRA 130)
1. Institut astallurgii Ural'skogo filiala AN SSSR# Rekown-
davano Imfedroy teorli metallurgichaski1rh protsesswr Urall-
sko 0 politakhnicha".0 o instituta.
~Chromlum oxl,des) ISIM) (Electromotive force)

110-58-5-V25
AUTHORS: Sysoyev, M. I., Candidatf! of Technical Sciencc~,s
and Zakharov, I.M., Engineer.
TITLE: BleefEFHI. Strength Control Tests on Switching Equ:Lpment
with Compressed-air Insulation (0 kontrollny'th ii3_pytaniyzikh
na elektricheskuyu prochnost' komrutatsionnykh appara-;ov s
izolyatsiyey szhatym vczdukhom)
PIZBIODICAL: Votitnik Elektropronyshlennosti, 1958 Vol 29, nr),-,
pp 1~ _ 1 ( U"
5 3SR
ABSTRACT: Compressed air is aow used as the interrupting medium
in a wide range of switchiftg equipment, but there ie not Cener-
ally accepted procedure for making control tests on the ff.edium.
This article proposes a method based on electrio-strength
tests on experimental ;and production samples of shuzitinC, dis-
chargers and various t,ypef; of switches and isolatori5 -,-!hi(.,h
use compressed air. Some special tests were also rade.
The electric strength of -:his type of insulation'is riot a
single definite value but exhibits a normal statistical di3tri-
bution. This is because 'iiheja the air in the apparatus is
changed, various contaminants enter the electrically-stressed
parts and affect the insulation. Typical curves of -Drobability
of breakdown as a func;ticn of applied voltaZe for the ce3c of
Cardl/5

J1110-511 -5-4/25
Electric Strergth Control Tei3ts on Switching Zquipaent with
pompressed-air Insulation
an air-blast circuit.-breaker are shown in 7igure 1. In
this case, the equip:nent was dismantled and cleaned before
each test. The minimum breakdown voltages were about the
Bame in circuit-breakers with multiple breaks end in those
with a considerable number of operations, but they ivere more
likely to occur in the first case than in the second. The
distribution of the results is GauSBian as indicated by bold
curves in Figure 1. The voltage distribution was n.)t nece-
ssarily Gaussian in tests with multiple operat' -ons 'Decause
successive breakdown test values are not independent of one
another. As the rumber of operations increasen, the air
system and the sparl: gap expel contaminating piu-ticles. The
latter are also burilt up by previous disctArgeo. From the
results given in Figure 1, it will. be seen that as the value
of the breakdown voltage from one test to anot'aer nay vary
b.v a factor of moxe than 1.5, a single breakdown test or
compressed-air ing,ulation, is not reliable. It is better tc
make numerous tests, replacing the air in the equirment
after each test, but this would take a lo'~ of time.
Card2/5 There is another vsay of improving the reliability cf the

11C- 58-5-4/25
Blectric Strength Control Tests on bwitching Equilimi.,it' with
.Compressed-air Insulation
results. Control tests are always precede& by type tests.
The latter should always show that the minimum breakdown
voltage of the insulation is above the test voltage ond a
special procedure should be used. Thereafter, control tests
consist of checking clearances between contacts and contact
shapes. For this purpose, it suffices to check the breakdown
voltage in the clean condition at any press-ure.
After some 40 or 50 breakdowns have removed. mechanical
contamination from the Cap, a more or less stable breakdown
voltage is obtained, as shown in Figure 2. This meaa voltage
is reproducible and derives from the electrode :-ipacing and
the shape oz the ele,,.tric field. An illustration of this is
the results given in Figure 3. The test specimen on which
they were obtained wns one break of an air-blas--4 isolator
on an experimental 2;20-kV air circuit-breaker. After the
isolator had been filled with air at a presE;ure of 9 atm.,
successive voltages 17ere applied at intervals of one iainute
until breakdown occurred. The isolator was then dismantled
and cleaned and the tests were repeated. Twelve tests of
Card3/5 60 discharges each ,,iere made. It follows from Figura 3

110-58 -5-4/25
Electric Strength Control Tests on Switching Equipment with
Compressed-air Insulation
that the ratio betwoon the maximum mean breakdown vcltage
in each of twelve tosts and the correspond--ing, minimum value
decreases with the intmber of breakdowns that precede the ten
on which the mean value was determined.
Determination of tho moan breakdown voltage becomeo more
precise as the presi3L.re is reduced. Therefore, apl)&ratus
should be tested at the lowest pressure at which it is
likely to operate. For example, air-blast isolatorE
intended to operate a.t a pressure of 20 atri. may, when open,
be at a pressure of cnly 8 atm. arid this ia the preesure
at whiCh the tests i;hould be made. The tests should be on
the apparatus as a whole and not on each.separate break.
Then, after electric spark treatment by 50 discharges,
control tests at reduced pressure should show a mear.
discharge voltage for several breakdowns equal to that
measured on the objoct that passed the typo tests. This is
a reliAble indication that the insulation of the equipment be-
ing tested is the same as that of theequipment that passed
the type test. The:?e are 3 figures and 2 references, one
Card4/5 of which is Soviet imd 1 American.

110-58-5--4/25
Electric Strength Control Tests :)n Switching Equipment wil-,h COMIDressed-
air.Insulation
ASSOCIATION: Vaesoyuznyy elektrotekhnickeskiy institut
(All-Union Ble'etro-technical Institute)
SUBMITTED: September 9, 195?
Card 5/5

CHERVINSKIYp K.A.1 SUKROPARp P.A.1 ZAMILROV9 I.N.
Dehydrochlorination of dichloroothane in an adlfbatto reactor..
Khim.prom. no.1:21-2.3 Ja 161. ~KM liz,a)
(Ethane) (Hydrochloric ao

SHAVRIN, S.V.; CIIMTSOV, A.V.; ','AKHAILOV I.N.; PASIIKEYEV, O.G.;
USHAKOV,, D.I.; BANIIYKH,"'S.5'~"F- J,
., VWMEV Yu.A.
Blast fumace amelting of h1jh tFinicity sinter. Stall 24
no.8:680-684 Ag 164. (HIRA M9)
1. Institut metallurgiii v g,, Sverdlovske i Chuilawskoy
metaUurgicheskiy zavod.

I
h E
1,11AVRIN, 5,V. (Sverdlovak)~ 'AMAP07, 1,11. (1vordlovsk); IVATCIV, B.V.
Pepi I a riti en of the reduct,11on or iron slag on graphite
attachmentfi. Izv. ',Il Met, I por. delo no.4129-39
JI-Ag 164. (MIRA 17%9)

AUTHOR: Zakharov, I,P., Master SOV./91-98-3-171/28
TITLE: On Installing Insulation Locks on Power Lines Vithout Dis-
connecting the Voltage (Ustanovka izolyatornykh zemkov na
lini:inkh elektr,)peredachi bez anyatiya napr)-azheniyn) Ex-
change of Experien3e (Obmen opytom)
PERIODICAL: Energetik, 1958, N::' 3, pp 23-24 (USSR)
A MIMI ACT The Senior Fitt,)r P,(', BnlAur developed n ncw nyatem to in-
stall insulation locks without disconneoting the voltage.
The qystem mes an ORGRES rod used for installing find taking-
off -~,ube discha:rge:7S, pliers for insulation locks produced by
the "Armset'" t:~us-., and a metallic bar. Operational in-
atruotions are qiv-~n. Successfi.il test operetions with the
new aimple systam -mere cRrrind-out-by inatAlling locks on the-
susponsion and :.ns-ilation bushings of 110 kV power lines.
Thero is I diagram,
Card 1/1

VIM
0 14 9 b 110 0 1k, 0 n 0 a 41 d As a 4 -r
A. a 6
tf.
4r of "Ittut. J. fp~,a
R.) 10. ort G,"wluin 11OU
Auvt Cuur~ acid tol'.) wk,vc tcsttd (t.c
WA. A,WS; 11M ~tllti. Wtfr W112,11 iM RtI 3 KIA1111.
cx;Tybv, Wt~c anf f,,fmic acid, %i lc Jmrjtj it, ali ;"is
examd. The anicnt of phoq-tw 41 in aq. fx1m. (4 lb4r-
04AWS to-om a thfinitc refAtital to 11111 vatcal wV( thv
kw4dote. ItK. rAteof twi.of phoq+Atc "WI walcir
isas the NO'c't fw Vl;",; AM thr kawl f-A """"o A
defluito Irml(ticy (,.,r a (tolkin fiffilling AcTumulatum 44
!it plviophwv In ht,.Xt- d.o-rj,diffr,w(vr
eouf. Fout(tru rvAicnrr%.
k A. hmiloway
see
LITINAT10" C ASSIFICATIft
at" 11"4100 - MOW 4441(tv too
Wow it Q-v IN 4141 V *oil *still m, a.. Ot JIM A*
v
40 0 It ct a 0 KW Ir
I
0 00 0 0 a 0 0 a 0 0 CIO was 0 0 000000 a 0 a 1-0

a vi 16 Z. u w I - ____ - r__ - c a - - - --
it 0 to -,a v a v v a a w w
44 40
.4
00 A to
of
#0 U31 Ule~),--Hsr fi&~KC t0 the (MOcti-fAtkc "tht, tecb-
ww-~w tqm% hidnoEy" %jfAj(a ar E&KKI at*vvmem. Sud
40*
*0
00
00
Wr
100
fi 3iiem
6 t4
sc
-LA
o tv :v K a w cc Is
a a 000 9 are i *4 0 a a 0
go*** r of* 00 0: 0 # a c IV

-We 6-0-0 0- -9-0
is if
31 a #Aid plefilluaw
It L a M-1 X-Jim
A 4
-00
c, e- Ut q%4WW4 Of (bit AWOV0 SQWdQU of pd4. 1. P.
S. A. Kcanvifnir 4tw it. It. KinAwslity
00
Ywrobi4cry (U. S. 5- k.) 7, CA3 -5V lf-Mi) ; Clew- lenIt -
00 1934, 1. 4,411-11he C-ptinsuln mt. (mt N for the Powth (Af
ymst 4st-2in X11) aus (NiW.!;(
was %be simmm; when it traf ammaluir,
&VA 04316% 14t cWtumt fit yc&jK w4ter. Gra-b
aw" T*W us On irmt *11teT tun CKI ASPILCA19=4 Or
fee ess oft the veass w net wu cwzcq Mired 6y vrat ittlontit Y: 600
Alits, fermnicks, the wcrataxe a N in the yeast 4c.
maomewl. The coamimption 4 N by the ymt *its thus' see
TtWed toiltemn. Its the kmwnlins 4utti-lamcc. F(wall
the amcces d 14 itudied. diceumulatien a4 minoNdwit:4
Nvasentsti4m was otwived. 0.1tol-re
sew
so
-049
!so*
ell
0 Is a m it on oil its KM(t tillAtOll I
Q:op:::;ooo*v 00000900*00*fk 44 0 6 0 0* *0f$ 0 0#0 v 0
1*00000009 0#0000e so*:

~3- Mndlcine' - ye"t Apr 1941,
I
Nusel Oil
UtI.It z,,,L ton of tho Products of Autoolnve R."rd-roIjil ~ f,
i0 Pr-,-,t in Pew th6 Nltr6aan Nutritlan of YaAitts IMI-i
ho 'Pr3duction Of riw6i 011,11 1. P. Zakharov, 0. ?.
All-TJni= SCientific Reae&rch Xratltato of
k-,)b-Iologiyd" Vol XIV, WO 2
J4WtOC)f-,,vo hydrolynis of protaina presents definite ad-
*6nta,~zes as compar6d with the open 1~yarolys!e we,~hod
"v"ry case irt which a large qu=tIty of hydrolyzed
J~oto~(- substancen of individual amino aelcla ia needed
A~jtac,~tvo- hydrolyzed protein foms an excellent or-uree
Yeast (Canta) 194"~
rni rogan nutritim for yoants tu:id umy be a q un ~ad
tht w,,purifloa leuolne pruparation obtminad f:k= tha
J~tczlavo hydrOly%atO is a very suitable rmatertnl for
todu,-I-rig funal oil ana its utilizaticri a= provide
t'vlsel oil yields. Still higher fusel oil y1ollLt
b~~ olitained if conAltiona ror k?. moro inte=o
bitro~;~:m metabolim in the yeast organism are croat,ail.

E T r
CA
Go'
so Ic
to
Iso 4 11''!
of
90
-Ito
so
00
14"OVOU40 of tdctw god (wretwatavAu. I. P.
&MI No. F. IrtdIfov4 (FIM.1cov .1tultilm
J44). 1, ATAVS(1*46)jRwgS"h -*-
xmitilkv"i (tw (ftmetittlW 0104W
t
W'H to twtkvd Aawml jb4i good temft4 ate ohokiwd
wlwm KNQI 21; NuIry 4~1 lkfr adtwf to Me uw4i"Ifl.
twing .4,4410'M wfwfl
'N"111,14A no W-W; sit "0' jWtivall"n CA NO ITTTWn-
I It
'Ic K' a' 't, ML 0. It If U dm 9 3 9 v
6 6 0 f 0 4
a IL 0 e
RR
to
00
,
Coe
go*
Iraq

T-4
F-c-d
Ju'. n

ZAXHMV. I.P.. dotsent. kandidat takhnicheskikh nauk.
Study of' the physical and oollold&l chemistry of cortiLin
processes in the food Ind.ustry. Trudy WNT 2:341-356
152. (Km 91 Z)
(Food-Analysib) (Parmeniation) (Pectin)

'vf- ,.- ; ~ :.' "
ACC NR: AP6025713 SOURCE CODE; UR/0167/66/000/UO5/0046/0050
AUTHOR: kharov, I. Gryazin, G. N.
Lza
ORG: *Leningrad Institute of Fine Mechanics and Optics (Leningradskiy institut
tochnoy mckhaniki i optild)
TITLE. Tv observation of rotating objects
SOURCE: Tekhnika kino i televideniya, no. 5. !96'6. 46-50
TOPIC TAGS; tv equipment, tv camera, tv photography
ABSTRACT: The article comprises: (1) A review based on 1951-64 Soviet
published sources and (2) A brief report of some experiments with tv observation
of rotating objects (detailed below). The test outfit comprised; a vidicon-type
Soviet-made PTU
-22:knductrial tv unit, a Soviet-made SU-1 strobnacopic-light
unit (flash lamp) i -and a syxxc -pulse generator. The latter (its block diagram jr,

I ~TT '71~
'ACC NR: AP6025713
shown) ensured periodic or single pulses synchronized with the rotating object and.
phased with its position in space. Picture definition was measured by a speaial
test pattern - a white disk 500-mm diameter with aine.groups of black lines of
;different thicknesies; the definition measured at 10-1000 rpra (0. ZI-Zl m/&!sc)
showed a reduction by 65%. "A. V. Kracotkin. and Ye. B. Sokolov took part in
developing and -testing the equipment. " Orig. art. has., 4 figures xuL I iorwaula.
SUB CODE:009 SUBM DATE: none ORIG REF: 005
Card 2/2

ZaaWVt J.P.; ZMYTS, Yu,.S.,, inzAq.
New components of the netwrorkB of automatic asa- code block sys-
tems and its linkIng with automatic signals at crossings. Avtom.
telem. i sviazI 8 no,ItIO-.12 Ja 161-o (MW 1713)
1, Glavnyy :Lnzh. proyekta. Gosudarstvennogo inst3tuta po proyekti-
rovaniyu signalizatsil, tzentralizateii, blokirovki,, avyazi i radio
na zheleznodorozhAom tranuorte (for Zakharov)o

ZAKW~ROV, I.P.; ZHEYTS, Yu.S., inzh.
New elements of a.c. code au-Wt--atic block system networks the
linking of them with automAt:16c crossing signa13, Avtcr-,, '--'A=,
aviaz' 8 no. 3:8-12 Mr "64. (MIRA 17:5)
1. Glavnyy inzh. proyekta Goi%ud&rstvennogc inatituta po
pro.vektirovanlyu signalizats!A, tsentrallzatsii, blokircvk1p
svyazi i radio-na zheleznodorozhnom transporte (for Zakharov).

ZAKWOV) I.P.; zlarl3, YU.S.,
cco:.-ponents of ~7, 3f-tylrx, r~ril
it3 unificatiGn vith -,il:.,~.,S. I
0 1j0 (1,'-'.i?,A 17: ILO)
sviazl 8 no.8-4,2 A I ,
1. Glavnyy inzii. ~-vcp,ktn
inatituta po -,;rc-yal"rt:ixovtmi:ru &i,-:nalizatoii~ tsentuallizatLsii, avyazi
i raclio na zhPlemodorozinan. tran3pnrto (for zp-khra.cv) .

BAYXAEDV, N.Y%4; DWISMO. I.Vk;_ZAMUIR0V,_..I.*Pe
Control and testing TV twit for tuning bUck-and-wbite and color
receivers. Takh%,kino i telev, 4 no,,7:31-38 Jl 160. (KIRA 13:7)
(Television--Receivers and reception)

ZAKEIAROV, I.P., master,
Color marking of phasce on transmission lines. Inargatik 5 uo*2;8-
9 7 457- (Ilactric lingd (HIPA 10:3)

and
,.7
rc,.i;; ny.,j. -v ~I:n. P~ 7'. 'A
Jr
1. rl.rvmyy Irzh. Iritit%ta nc, c jt~ IL:,cva ml ya
rin-rnl1nom ti-am- porte.

ZAKHAROV, I.S.
Hov the uze of zoldboard :ploids and coldboardless p1o%m affects tk,--
microf-lora of regular Chei.-nozems in 1141davia. Trudi Ina".. mik-robiol.
no.73156-164 160. (MRA 14:9)
1. Holdavskiy filial All S3SR.
NOLDAVIA--SOIL XICRO-ORGANISMS) (TI1,IAGE)

ZAKIIAROV) IOS kand. biol. naiA,,; DRYAKHLOVAt V., red.; MARKOVICH., G.,
'c -, Fe k =hn I I-r e, d .
[Role of micro-organimi in agriculture] 0 roll mf oo-rganiz-
mav v sellskom khoziaisive. Kishineyp Izd-vo "Shtlintmpff 1961.
19 P. (KIRA 15:7)
(Agricultural microbiology)

ucMat.
YAKMOV_p ".yw: ATMANYUK, D. I., laboraht
-- -- . Developoent of cellul"e-lacteria-sM fungi In the rhiswphere
of various planta in carixinate-rich and typical Chernozeia
soils of Moldavia. Izv. JJV Hold, = no*705-68 IE2. (113J. 16:2)
(Hol4~f4a-RW.zoaphere microbiology)
(Bacteria, Ckillulose-decomposing)

ZAKHAROyj I.S., red. Printmal uchasup MREIW, D.G.p atcrobiy inzh-P
A.Y&,,, tAikhno red*
[textile machinery(cataI)g-handbook); cottcu machinerr] Tak-
stilinyo mashiry (XmtAIqg-opruvochrAk); mashitq khlopchato-
bumuzbnogo proizvodatva, YIw;k-v&j Vauh9Iz# 1951. 123 p.
(KIRA 15%3)
1. llauchno-issledovatelfskiy institut tekotillnogo L legkogo
machinostroyani7a, (for Andreyev).
(Cotton machinery)

4.
USM/Soil Science $oil Bioloayi J,
Abs Jour : flef Zhur Biol., No 4, 19581 15296
Author : -I.5#_7-akharov,
Inst : Kishinev Af5Ticul,;ural Institute.
Title : The Effect of Manure on the Microflora of Several Crop-
Totated Fields itt the Chernozem Soils of MoLdavia.
(Vliyaniye navoz&. na nikrofloru nakotorykh.poley
sevooborota na cl.ernozamykh pochvakh Moldavii).
Orig Pub : Iztx. Moldavsk. f11- IX SSSR) 1956, No 2) 85-95
Abstract : At the Kishinev Agricultural Institute Test Station, the
application of manure on the fallow in ordinary carbom-
te chernozem soil sharply raised the amount of bacteria,
which develop on.neat peptone a&nr, and rho3phoric bac-
tOrla, thiO 8UPPrDOfj1nt,,, the dovelopment of nitrogenous
bacteria. The quintity of nitrifiable microorM?tisns,
Card 1/2

. USSR/Soil Science - Soil Biol)gy.
Abs Jour : Ref Zhur - Bio:.., No 4, 1958., 15296
actinonycetes and cellulose decoaposing Incteria
increased at an inaignificant rate. The action
resulting from,xnura on a field with winter uhmt
was considerably weaker in raCprd to the development
of bacteria.
Card 2/2
J.
.11.7

ZAKHAROVj I.S., kand. biolog. nauk
~-- I I ~- I I
Distribution or mic.-o-organimms In
various soils of Holdwriao Tzv. Moldo fil, AN SSSR no*Tg
48-57 161 (KITU 17 97)

ZAKWOV, I.V.; SHLYAPIPTOK11, V.Ya.
Kinetics of chexUumi nos nonce in the reaction of the Vormal
decompooition of diphenylothano hydroporoxide. Trudy YFTI
.s; N
no.8-.137-149 162. (MIRA 15-5,
(Luminescence)
(Bibeazyl)

ZAKW,GVp I,V.; SMZAPINTOKH., V.Ya., kand. khIm. nauk
Nineties of chmill-I scenes in the reaction of catalytic
axidation of ethylbonsenat Trudy IQTI no.103111-118 162.
(HIRA 16W
(Lainesownce) (Bensom)

QOUbjed
07~
Ryt

A
11.7
a-! ?-"I
.~s 1p
0c.,

ZAKIIAI(CVp 1.11.1 SHLYAPINTOKH~ V.Ya.
Chemilumineseence in slow chemical reactions, Part 31
Chemiluminescent meth.~d used for studying the kinetics of
hydroperoxide accumulation in the reection of chtalyzed oxidation
of ethylbranzene. Kin-i kat. 4 no-5z706-712 S-0 163.
(MIRA l6112)
1, Moskovskiy fiziko-i;ekhnicheskiy institut i Institut
khimicheskoy fiziki All SSSR.

ZAIGiAROV, I.V.: Sl-,'-LYAPII;TOKHO V,Ya.
~
Chemiluminescence and the reaction mechani= of the catalyzed
degradation of ethylberizene hydroperoxide. DokI. AN sssR i5o
no.5:1069-1072 Je 1611~, (MIRA 16:8)
1. Institut khimicheskcy fiziki AN SS.9R. Predstavleno akademikom
V.N.Kondratlyevym.
(Benzene derivatives) (Catalysis) (Lumineacence)

/r7-
ACCESSION ~.R;
A.711 I 10 R ~zai: nar .3 7 yfl.
-Ghevi h
roagi;ibns. _rho -r-ech
..anism- govern
4 '40-0-i&-ther -mat I
-T L
-777=
777
7
7-T-OPM: TAGS m:-Cheidl: ascence id '6xidatio a b en zonfv cobalt
acettte, hydro-
pol~orldo
e#a
. . .........
git

ZAYJLUIOV, I.Y.; SHLYAPIRTMIO IIJa.
...... --T.- ~
Chemi1=1nesce=e in sl.crw chfnaical rcaatl~,zz, Part, 1.*
Chemilumitneucence reg-Owitioa in catalyzed etkqlbenzene
oxidations Kin.i kat. 4 no.2:239-24,3 Mr-Ap 163. (MIRA 16,5s/
1. fbakovaldy fiziko-.tekhnicheskiy institut i Institut khJTnicheskoy
fiziki AN SSSR,
(Benzene derivatives) (Wdatlon) (Luminescence)

Ki-ruttior, of in the renotion of oatalyzed oxida-
tion of ethylberizenie
S, U
imtitut. T dy, no. 10, 1962. Is-
sledovani'va po fizixe i radio~elkhnlke. III - 118
tile th&t lc-a ld-itl-n A-s a rht%in rea-ation tacjnp- place vith
an uminte, ence it, ex-
Uie participation of free radloals L;hoi~lc. X~ accomp led by I c
&,~etrat-~4 cq- th4 of ethylberizene oxidation catalyzed Lq
I- -a kinoti,,is nf wri r,
',)een dr-scribc-d t)e ro re (~,idatllor: war,
i re 111'r V ~1 B 5,~- i v Ph C a.
had h-en 3r14~,d wlt~i O.acial acetic acid was uned ap, %he In-
moa_~Ilnod at
Ga-c', 1/3

't result, chemoll unineScence n
L I !
assurned t-s be c-y-rnt-wi i~~ -Tjnr~z f -, - p( r .~)r 39 - ,~A
~~j ~0.1,
0T,
--n, thlat
a -v - Me concentratlor
Card 2/3
n

?~ ~AR~v~
nett I cF of o/w/oo8
.... AOtzR/Al26

D 1
SO '?A7

V.v cand. of Vet. 54d.
"DiagnoAs of necrobacil2os:.s of horsez; by the Rat' (Gompl(!7~.--nt
Fixation Reection) method."
p P-4

ZAFMCVI I. V., Cand. of Vet. Sci.
"Treatment of necrobacill(,ois,of horses with-the entivirus"I
SOI Vetm 27 (4) 1950, P. 30

ZAKHAROV, I.V.; SHLYAPIh-TOKH, V. Ya.
Yd-ro----
------Gb=ilu2ineficenceAm--Ue-de-c-o=ooition. of diub.-nTlethane b
peroxide, and its relation to ihe kinetics of %1s proc-ers.
Kin. i kat. 2 no.2:165-171 Mr-AP 161. WMA 14:6)
1. Moakovskiy fiziko-tekhnicheskoy inatitut, kafedra khimicheakoy
kinetiki i goreniya.
(Et7nane) (Luminescence)
7F-

ZAMIAROV, I.Ya.; ILASHUTPKIN, K. Yp.
Capitz-1 repair-, of pipell~netl, ]aid in awamphnd, Tnar..-p. i k~~rar,,
neftl I noftt~prodl. no.12il3-15 '61. - , t. 4 ~.A ~ , . . j
1. In.)TAtut, po trtmn~-.(.rLii 1 khr-anprityu
neftt I neftenrod-Atov.

rlib~.Df IV
1~mamlcs olf the of sDn~3 tmce cf
patiento wiLh microb-al re,:zer~a tarv
tin. Vost. dcx-4.. I vci,.. nc).2:9-13 164.
1. Ysfedra ko2hriyk-h i vEnericheskikh zabolwianiy (zav. -":,cf.
III.A. Trosuyov) in~eni A.7,f.
Garlkoc,o.

BEREM, V,T,.- RASHCHEPKINP K.Te.; TIWIBATEV, N.Sh.; YASIN, E.M.;
C,
,ULTAMTRATOV. Kh.F.; CfUWROV, A.G.; ZAKHAROV, I.Ya.
Experimental study of tension state of a pipeline during
capital repair. Izv. iys. ucheb. zav.; reft' i gaz 7 no.10t
89-91 f64. (MIRA l8t2)
1. Ufimokiy neftyanoy Institut,

ZAMROV, I.Ya. -
wlrhDVO model coti;on gin,. Sbor. naur-h.-isel. rab. TTI no.4-.30-45
1,5?c (MM 11:9)
(Cotton ginii and ginning)

WMAROV, I.Y7i., Yeoh Study of a roliar fiber-
seDarator of the KWV wawik." `,muhkent, 1!,-,'5?s :iV6 vc (IAn of lli-gl-..er
Lduc-tion U-SOR. A~OXMG IrlSt), ("1 )25-539113)

Mn-DTAIRp Mel UVLUWt_I.TA*
tion of furuncUcsis in ooal miners by Ultraviolet irradi-
ation. Waah.delo no.,,::]-16-118 7 163., (HIM 1615)
l.-Kafedra -fakul Itstakoy -terapilp kura- f161 -oterapil -- (xaveduyushaMy
-Amrsom - dotsent S,H. fividlerYl kafedm kozbMow4eiGriq'hiSkikh -- - -- -- - -I
aabolevaniy (zav, pz4)f* A.A. Kroychik) Dovete-kogo- meditainakogo
QU CUt4OSlS) (MIJIMS-DTSWM AIND HYMNS)
(uunviowr IUYS~PHYSIOWGICAL IU7MT)

UXUROV9 1. Z.
__US$R/kG9IneerIng--.- llydrmulics Sep- 51- -
Structural Ama4sis
"On Methods for Calculating Reinforced-Concr-ate
Structures," 1. Z., Iakharov, Engr
"Gidrotekh Stroi" No 9, pp 11-14
- ------- Criticizes calcn me,,hods given -in- G(6T 42196-48,-
----indicating - that -the:r have
stantiation and con,~aln contradictory assLurptions.
Revieus contemporarit methods of calcg reinforced-
concreterstructures., revising these methods in
some instances.

),74 Z.
Sluice Gates
Calculation of the performance of a teel gates In hydrotealulled injitallatiow by the
method of limiting stato. Gidr. stmi,--21 no. 3t-1952
Monthl List of Russian Accessions, Library of Congress, jul 7 1952 IR&, Uncl.

UM;Lwve
44 ciI4,(ag r Woic a c ~r- Oms. s tro 1. .22'no.
r on *to, c. pot motl
(IMPA - 6.- 6
6#39-42 is 15).
(Rainforced couarets consturction)

124-58-9-10426
Translation from: Referativnyy~ zhurnall, Mekhanika, 1958, Nr 9, p 145 (USSR)
AUTHORS: Tsytovich, N.A., z
TITLE- Determination of the Long- Lime Def ormation Strength of Clays
by Means of a Spherical Penetration Point (Opredeleniye dlitel'-
nogo soprotivleniya glin deforniatsiyani s pornoshch'yu Vferi-
cheskogo shtampa)
PERIODICAL: Tr. Gidroproyckta, 1958, Nr 1, pp 65-73
AB5TRAGT: Bibliographic entry
1. Clays-Mechanteal properties
Card 1/1

sov/86--59-1-4/39
AUTHOR: Zakh"ovp I.Z.,, Maj
TITLE: One of the Decisive Faotors In Combat (Odin iz reshayushehikh
f aktorcyv v boyu)
PERIODICAL-, Vestnik vozdushnogo flotal 1959s Nr 1,, Pp 14-17 (USSR)
ABSTRACT: The author discusses solve problems of aIr battles which
were mentioned In the article, Peculiarities of Modern Air Battle,
by Col S.A. Savosin (the article was publish-ed in isau,'~% Mr 12
of this periodical In 1958). The author states that he cannot
fully agree with the views of Col Savosin concerning some points
In his article. For instance., Col Savosin In of the opinion that the
roli~- of the aurprize factor in an air battle Is diminishing because
of the development of deteci;ing systems. This, according to the
author, 13 not trae. Succeos In an air battle ctill depends very
much on the surprise factor. Surprise can be achleved when a
pilot is fIrst; to visualay detect the enemy In the Air. With
Card 112

-One of thiri Def.,.Isive Factors (Cont.) SOV/86-59-1-4/39
regard to the tendency to aftt w1th lone in ohit,-M 'r-jy
Col Savooin) Ote author 1.0 !;r tho optnioll thrit, 1410 tQYjds)rmY of
alroraft to act In a single group will no doubt decreas-9 but
there, Is still the tendency to act In two-mhtp elementfl nnder
favorable weather conditionis. Howevor, at n1ght m)d imcfer
adverse weather conditionss the author coneedea,, It Is
necessary to put into action lone alrCraft,
C ar d 2/2

G=AMAO S.; KONDRATIMAj A,,, brigtdir ovoshchavodolwkoy brigady,, Geroy
SoUlallsticheskogo tmada; 7AKHARUY,_.K?,.-.-
Traotor plua tractoro Soveprofsoiusy 18 iND.1.0:8-9 My s62.
(KIFA 15:5)
lo Predeedatell TSelincgradakogo oblastnogo kouttete profaquza
rab,ochikh i sluzhasobilh sellskogo khozyaystva i zagotovok (for
Galy&wva). 2o Sovkhoz "Novc.-LikeyevskiyO. Gorlkovskaya obl. (for
Nondratlyeva)o 3. Predsedatell Tullskogo oblastnogo komiteta
profsoMa rabochikh i oluzhmhchikh sellskogo khozyaystva i
zagotovok (for Zakharov)s
(Tractors-Repairlng) (Trade unions)

ZAKHAROV, K.
-Entering tomomwo Sovoprofsoiusy 17 no.10t1c,~-20 Vq 161.
(KIPA 14: 5)
-L-Predgiedatelf-fabi4m profsoyuza Obukhovokogo-kovrovo-sukonnogo
kmibinata, imeni V. 1. Lenim.
(Obukhovo-Rug and carpet industry)
(Socialist competition)

ZLKHAROVY K.D.; BALIZAMOV, D..K*
I'-- -
1kchining of forrites. Av.prom. 26 no.8s21-25 Ag I.57.
WMA 15:4)
(Ferrite (Steel wnstituent)) (Grinding and polLshing)
Mtrasonic metal cutting)

ANDRIANOVO D.P., dokt6r ekon. nauk, prof.; GEMZLIMAN, M.Z.0
kand. tekhn. nauk, ckts.; GLICHU, A.V., keal. ekon.
nauk, dots.,, DIDENIWO S.I., kand. ekon. nauk, dots.;
ZHURAVLEV, A.N., led. tekhn.nauk, prof.; ZWl~\ROV,
K.D.,,.,kand. tekhn.nouk., dots.; FOISKYEV, S.V., " i4nd.
tekhn. nauk, dots.; OLISHEVETS, LY., kand. tekhn.
nauk, dots.; ORLOV, N.A., prof.; POPOV, P.G., ispolnya-
yushchiy obynzannooti dots.; SARKISYAJI, S.A., knnd. ekon.
nauk, dots.; STARIK, D.E., kand. teklin.nauk, ispolnvayu-
shohiy obyazannosti dots.; TER-MARKARYAN, A.N., kand.
tekbn. nauk, prof.; TIURNIROV, V.I., kand. tekhn.ruiuk,
prof.; CHESNOKOV, V.V., kand. ekon. nauk, dots.;
STIEF01AN, Yo.I., kand. ekon. nauk, dots.; ELIBERTp L.M.,
kand. ekon. nauk, dots.; LAPSHIN, A.A., dotm., retsenzent;
NOVATSKIY, V.F., kand. ekon. nauk, red,; TUDIANSKAU, F.G.9
red. izd-va; KARPOV, I.I., tokhr.,. red.
(organization, plannLng and economics of airplane produc-
tion] OrganIzatsila, planirovanie i ekonomlh aviatsionnoff)
proizvodstva. (By] D.P.Andrianov i dr. Moskva, Oborongiz,
1963. 694 P. (MIRA 16-10)
(Airplane industry--Management)

_Lt,rad.; DMITRIYEVA. T.I.,
VZRBITSKAYA, Tatlyana Nikolayevna;_~LMJQL_&,P
ot-v. za vypusk; SUKHAREVA, R.A., takhn.red.
Cuanufacturing tachnclogy and characteristics of variconds]
Tekhnologiia izgotovleniis varikondov i ikh avoistva. Moskva,
1958. )4 P. (Noskovakii Dom nauchno-tekhnichaskoi propegandy.
Poredovol opyt proln odstya. Sarlia: Hadlopriborostroanie,
Vyps 9)q (MIRA 13:11)
(Blectrlc capacitors)

?I!ASE I BOOK EXPLOITATION SOV/6553
Andrianov, D, F,, M, Z. Gendellinan, A, V. Glichav, 3, L. Didenk.-J,
A. N. Zhuravlev, K, D. Zakhar,w, S. V. Holsayev, L. It. Ullnhe-rfetij,
V. A. 'Orlov, P. Sarkisynn, Do E. Starik, A. 14.
Tor-Harkaryan,.V. 1. Tik~~omir'nv', V. V. Cheanokovj Ya. 1. She-r-t-:),,% n
Organizatstya, plattiravatit ye t-Atkonomika
-(-Ctrg allt'tct t i On-A - VI-d-nn- ing, , a lid Economics e( the Aircraf t Indus try)
llasc*v, Ob'aronp
.jz, 1961. 694 P, i7rrata a,lip Inserted, !Mo copien
Ed. (Title page): L. H. 0-Itshevets, Candidate of Techniccl ScLencen,
Docent and 11. A. Orlov, Vrofeieor; Reviewer: 4. A. Lopthin, Docent;
Ed,,: V. F. Novatski-, Candidate of Economical 5ciences; Ed. of
Publishing House: F. 0. Tubyanskaya; Tech. Ed.:- 1. 1, Karpov;
Managing Ed.: L. A. Gil'berg.
PURPOSE: This textbook Is intended for students of aircraft snSineeiing
nchiools of' higher editcation, Et may also be usaful to engineering
pe*,,sonnel of aircraft Lnduatryj
Card 1/tt

Organi*zation.. Planning (Cont.) SOV/6558
UVERAGEs The book of-ro4leme can---
n-acted --- with a c on om L c aof the otr~raft industry and wlth 04%a organ-
i:tation and vianning of aircr,ift production. Concrete probleas of
organization of work at aircr;ift enterprises are analyzed as they
Apply to various types of airaraft plants, e4g*, aircraft construe-
tf.on plants, engine manufactui:ing plants, instrunient-making plants.
Specific features of the organization and planning of production in
industrial and experimental p:.ants are outlined, The litroduction
and Ch. 1, 11, and XI were wrJ.tten by Professor K, A. 0:-lov; Ch. III
by Docent S. V. Moiseyev, Cancil. of Techn. Sciences; Ch. IV and XIX
by Docent So A. Barki9yan, Cattd.-of Econ~ Sciences; Ch. V and X by
,Docent D. E. Starik, Cand, o! Techn. Sciences; Ch. V1 by.Docent P. Go
Popov; Ch. VII by Docents Ye. I. Sherman, Cando of Econ. Sciences#
and K. Do Zakharov, Cando of Techn. Sciences; Ch, VIII by Docent
M. Z. Gendel'man, Cand. of Techn. Sciences@ Docent A. V. Glich4ovp
Cando of Economic Sciences, and Professor A. No Ter-Markaryan, Cind.-
of Tachn. Sciences; Ch. IX by Professor A, No Zhuravlav# Cand, at T4che
Sciences; Ch. XII.and/Xlll by Professor Do P, Andrianov, Doctor of
Econ. Sciences; Ch, XIV by Professor Vol, T1khomLr*v# Cando of
Card 2/16

Otgenizationo Planning (Cont.) SOV/6550
Techn, Sciences; Ch, XV, XV1, XV1,10, XXII by Docent L. A. Ol'shevetst
Cand. of Techn. Sciences; Ch,, XVIXI and XXI by Docent 3. 1. DLdenkoo
Cand. of Econ. Sciences; Ch. XX and XXIV by Docent Le It, 911bert,
Cand, of Econ. Sciences; Ch. XXIII: by Docent,V, Ve Cheisn6kov. Cand. of
Econ. Sciences. L, M. 01'shcvete and S. Aq Orlov supervised the group
43f zuthors and completed the scier,tific editing. Each port of the
book to accompanied by references, etll Soviet, and in cddition-there,
are 9 Soviet references relating to the who,le bo*k,
TABLE OF CONTENTSt
Foreword 3
Introduction* Purpose and Contont of tho Course
APART 1. -FUNDAMENTAL$ Ok ORdANILATION AND ADHINISTIATION OF AIRCRAFT
INDUSTRY
Card 3/16,

of --I I i
Organization, Planning (cont.) SOV!6558
to' Aircraft Indu stry and BasLc Vvinciplas
Its Enterprises.

anization of Airc-taft Industy,
of Org
is Creation and development oflotrecaft Inclustry as'& branch
'of the national,econamy
2,' Aircraft'enterp'rises, thel:r~charactariatfcs an 15
3o -Baeic principles of.organi.zation of production and sconoute
activity In aircraft enteirprisas and branchato is.
Cho 11. Pro4uction Process in Aircraft Building 23
1, Structure of production ptoro4a 23
2. Basic type of production 29
Production cycle and methods"4f shortening it 32
-the 111. Organization of Continuous Production 37
Basic features and effectiveness,of continuous
production 38
;*2* Types f couttnuous,lines-Find condLtions of Clietr applicatio n
to air : raf t productioii 40
Basic Calculations in plawliag.of continuous ILnes 51

Card 4/16

OMPW . . . . . . . . . . . . . .

ZAKIUWIIP K. D.-"The Creation of Tecbnical Standards for Winding operations in
Building Radio Equirmentn Min Higher Education U&M. Onder of
Lonin Aviation Inst imeni Sergo OrdzhonJkJdze. Mos,xw.. 1955. (Disserta-
tion for the Degree of Candidate'In Tectmical Science)
30 Krdzhanay letopis'
No 2, 1956

s;i 7 14~.f e I ~T, f 1Z 4>- ;J4
ZA.MAR"'I K. D.
F I.n
oot, an

ZAKHAJWp K o P.
Density of the masoecm!.te of the final product at discharge from
the vacuum apparatus. Sakh.prom. 36 no.4t2%.30 Ap 162.
OaM 15 t 5)
1. Institut organicheakoy khimil AN Kirgizakoy SSR.
(Sugar manufacture)

ZAKHAROV, K.P.
Rmogram - for inveattfating mola"es. -Bakh.prom. -34 w.5sl%wM-
My 160. (Mlia 105)
1. AN Kirgizokoy SSR, (Molasses)

ZAKHAF.OVO K. P., Cand-Tech Sai "Study of *he-a"as f
4-J
decreasing the augar-contentin -MOISBO
A. r-e?r~Aft-e*" Zirasnodar
f the molasses of t**--A44%StZ sugar n-Tr _7,
o
1961, (Min of Higher and Se.:! Spec Ed RSFSF., Krasnodar Inst
of the Food Industry) (KL, 8-61, 243)
- 229 -

N161WIEV-19
AYKJXHAMEDOVA, Gyullsym (Marlya) &vr&novn&;
Petro-vi.ch, lnzb.; MUSTATEV, A.K., otv. red.; SOFd3NBAnVA,
N.V.--i~d. izd-va; AN09HINA, M.G., tekhn. red.
[Importance and metkods-of production-of glutamic acid, bet4lue,
'and-their-derivativgs]Znachenia i "tody,poluchonlia glutsmino-
voi kisloty, betaino i ikh pr-oizvodnykh. Frunze,, Izd-vo Akad.
nauk Kirgizakoi SSR, 1962# 138 p. (MIRA 16:1)
(Glutamic acid) (Betaine)

A1MUKWdEMVA, 0. B.; DAISHE"ff M. I.; ZAKIHAROV, K. P..; RUKAVISHIIIKOVA,
Ye I F.
Preparation of glutam~x acid, acidol, and other valuable sub-
-stances by the ion-em-bange flowsheet from moj'Asseo and waste
products of its promising, Izv. AN Kir. SSISR.Sereat,i tokh.
naldc 4 no. 615-9 162. (MIRA 17:5)

I 3~F,p UU-fl P a V "N' I ~4'.AV'A ~Fzklxp I Tlr-%~gN PM;kwgsX~ go I
AMCKHAKEDOVA G. B.; DAISHZV,. V.. I.; ZAKRIRDV, K. P,
Some considerations on 1,he ion-exchings locatiov In the bvgt sugar
manufacture. Izv,AN KJi-..SSSR..'3er.est.i-takh.nauk 4--no. 6:1.1-16-
162. (MIRA -17:5)
. . . . . . . . . . . . . . . . . . . . . . . . . . . FA
awl
P-il
ki;