SCIENTIFIC ABSTRACT ZAKHAROV, V. M. - ZAKHAROV, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963610002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

4"SrW"~K w4w XOJMMM~
L -:W$38-& 3W(d)tr-SS-2
ACC NR: ARSO 18780 &:)URCE CODE: UR/0274/65/000/007/VO04/VO04
IT
..'-SOURCE: Ref. xh4 Radiotekhnika I atektrosvyaz'. Svodnyy tom, Abe. 7V23
I?
AUTHOR: Z!Nnrq
TITLE: Operation of a -chain of compensators an a linear variation of attenuation
CITED SOURCE: Tr. uchebn. in--tov ovyazi. M-vo evyazi SSSR, vyp. 21, 1964,
.109-115
TOPIC TAGS: signal level c~)mpe1nsatot-.,-:. communication channel laplke
transfortwo electronic circuft, error
TRANSLATION: The dynami('Is of, controlling the level in a chain of astatic
corfipensators is considered vrhen the line sections undergo linear attenuation
variations4 Based on an anal,
ysis with Laplace transforms, curves are obtained
of a function which determineis the dynamic control error in a circuit comprising
I compensators In the case of a simultaneous disturbance to all of them. From
Card 1/2 UDC: 6zl.39S.664.078

bRKWRILINI I
10538-M
ACC NR: ARSO 18780
the apparatus data, possible control errors in a chain of five V-3 and V-12
compensators are determined. Similar calculations are carried out for the case
of nonsimultaneous disturbances to I controllers. An inference to drawn that,
with a permissible dynamic-contral error up to 0. 1 nepp the compensation rate
must exceed the rate of attenuation variation by 20 times or more. Also, the
i dynamic error in a chain of static compensators is considered. It is stated that,
in this case, the error Is lower than that in a similar Oain of astatc
compensators. Bib-2, figs 3.
SUB CODE: 17, 09
Card 2 /Z
i~ M-

USSR
ONUFRIYEV. V. P., SHVETSOV. Yu. F., DUDINIKOV, A. I., PRONINP 1. A.f
ZAKHAROV. YV
ot+, and Kravets, I. K., All-Union Solenfifii~'Hes4iitaft-
0,
1713MIMMmo oot-and-Mouth Disease, USSR
"Effect of Immune Serum on the ForEstion of Active Immunity to
Foot-and-Mouth Disease"
Sofia, Veterinarna Sbirka, Vol 63, No 11, pp 5-9
Abstract: Immune serum Is used to produce passive immunity In
cattle In regions In which foot-and-mouth disease occurs. The
effect of preceding administration of Immune serum on the formation
of active Immunity upon Injection of live virus of type 0 was
tested on mice. The Imnune serum was derived from cattle that
had recovered from foot-and-mouth disease after Infection with
type 0 virus. It was e~tabllshed that administration of the Immune
serum to the mice 5-7 days before Immunization with live virus
pr6vented formationof aotive Immunity In them, while administra-
tion of the immune sertua 10, 13, 20, or 30 days before Immuniza-
tion with the viruq had no affect on the development of active
immunity, On administration of Immune serum to the mice, the
passive immunity persioted for 7 days. Tables.

amaov- v. U.
"Methods of Determining Maximum Power Ar.-pligation Frequency and Maximim Generated
Frequency of Transistors,,)' Semiconductor Devices and Tlheir.Uses; Collection of
Articles, No 2. p. 205, Mollcow, Izd-vo "Bovetskoye radio,, " 1957, 398 P.

ZAINAROV, V.N.
Determining =Lx:Lwam frequencies of power amplification and
oscillation of crystal triodes. Pbluprov. prib. I ikh prim.
no.2:205-222 157. (MIRA 11:6)
(Transistor amplifiers) (Ovoillatorej Transistor)

ZUR"", V. H.
ft-""""bWv"W
Mechanical feeding of shive tiato furnaces. Tokmt.prom. 17 no.2-44-
45 3F '57. (mak 10: 2)
1., GlavW tnshener Istviyokogo l1notrestas
(Stokers. Mechanical)

ARKHANGELISKIY, V.L.; BIR.MAN, B.A.; ZAKHAROV, V.N.; MARGOLIN, L.M.;
NEWHINOV, S.V.; PASHKOV, Yu.S.
Brief news. Matoor. i gidrol. no.8:63-64 Ag 163. (?URA 16t10)

ZAIMAROV.-
Is the presidium of the actentific-Tachnological Council of the
Chief Administration of the Hydrometeorelogical Service. Meteor.
i g1drol. ike.6:69 Je 156. (MIRA 9:9)
(K6teorelogy)

7ArRABOV, V91.
Arctic conference. Mateor.i g1drol. no.8:67 Ag '56. (MLOA 9:12)
(Arctic regions)

ZAM"Ov
International avard. Meteor.1 gicirol. no.9:67-68 S '56.
(NLRL 9:11)
(Notoorology)

.1 ZAKUAROV, Y.N.
Conference in Kazakhstan. Meteor.i gictrol. no-3:67-68 Nr
'57. (XLRA 10:3)
(Kazakhstan-Meteorology, Agricultural-Congresses)

1. -. - ".
3M
AUTHORs Zakhoiny, T. N. sov/5o-6o-i-17/20
TITLEt On the Board of the lbsin Administration of the%Hydrometeorolofflad
Service
PERIODICALt Meteorologiya I gidrologiy&, 1960t Nr 1. p 62 (USSR)
ABSTRACTs The Board of the Glairnoys upravlQniyo gidrometooolushby (main
Administration of this Hydrometsorological Service) not an
October So 1959 to discuss the problem of improving coordination
and planning in scientific research work on hydrenotsorology.
This problem had previously been closely dealt with In the
Institute* and in the Presidium Nauahno-tokhnicheakogo eoveta 4~1-~
GUGNS (Presidium of the Scientific Technical Council of the
Main Administration of the Hydrometeorological Service).
Following resolutions adopted by the Board, a naw planning
system was worked out and enforced for scientific research worko
experimenteg designing# and expeditions. The coordination of
scientific investigations will be the task of the central and
zonal institutes of the Gidrometeoslushba (Hydrometeorologioal
Service). The fields to be coordinated are sharply outlined and
divided up between the institutes# The central institutes are to
Card 1/2 coordinate in769tigations on hydrometeorological forecasts and

On the Board of the 11ain Administration of the SOV/50-60-1-17/20
Hydrometeorologioal Service
information (TsIP Cent:ral Institute of Forecasts ), on
climatology and generall meteorology (GGO(State Hydrological
Institute)), on water reserves, calculation of water 'oconomyo
hydrometry, hydrophysio:,(processes occurring in river beds,
hydrological instrument; GGI( cal - Institule)).
the physics of the free atmosphere, and methods of its
investigation (TsAO), on oceanography and maritimi meteorology
(GOIN(State Oceanographic Institute))t the elaboration of
meteorological, ae"logii-Al and oceanographic instruments
(Nil GNP(Scientiflo, Research Institute of Hydrometeorological
instruments)), aeraclimatology and mechanization of Interpreting
hydroneteorological. datis (NIIAK # The zonal institutes are to
coordinate the inVeStigMtiOn Of landslides, snow covers, and snow
avalanches as well as Vrobleas of glaciology. Furthermore,
ooordination oomaissionts were formed at the Nauchno-tekhnic-haskiy
sovet GUGMS (Scientific Technical Council of the gain
Administration of the Hydrozeteorological Service).
Card 2/2

2 Z Do
AUTHORS:
T=.
PERIODICAL:
I-Sob 1 1413f 41:)'(P
26750
s/122/61/ooo/ow/m/oi i
A16l/A126
Genkin, M. D.,~ Candidate of Technical Sciences, Zakharov,'V. N.,
Engineer, Mislutrin, Yu. A., Candidate of Technick
Some results of gear tests with hot lubricants.
Vestnik mashin-ostroyeniya, no. 2, 1961, 14 - 16
TEXT: Gears have been tested In a special test machine for 50 hours at
2000C lubricating oil temperature, and for seizure 'at 150 and 150'C. The article
includes details such as the gear module, tooth numbers, contact factor, steel
grade, hardness, eto. Oil was feel into contact area. Gears were rotated with
33.4 m/sea. velocity. The test results led to the conclusion thaL seizure pre-
sents the highest danger at high temperature. It appeared in 75 % of all tests
as thq first cause of wear. Pitting did not develop progressively. The pheno-
mena proved a high effect of the heat balance in gears and a drop.in.mechanical
strength in teeth surface as a result of tempering. Higher effect of tempering
was stated on pinions than on the mating gears, due to smaller cooling suface
and hence a higher temperature in pinions. It is expected that an oil feed in-
Card 1/2

26750
S/122/61/000/bo2/boYon
Some results of gear test with hot lubricants. A16l/A126
crease to a certain limit and oil cooling applied to the gear body will have a
positive effect on the load capacity of transmissions at high temperatures. The
load application mode. was also stated to have some effect. Conclusions: 1) The
most dangerous kind of destruction In gears working at 150 - 250OCis seizure. The
mechanical strength and resistance to scoring of gears designed for such service
must be evaluated taking into account the changing properties of oil and metal at
high temperature.. 2) The bending resistance of gears made of 18XHOA(18KhNVA)
steel practically does not decrease at 1507- 2560C. 3) The metal strength in con-
tact is dropping (due to reduced hardness and rising friction factor), but fati-
gue cracks mostly do not have time to develop into progressively growing cavities
due to seizure. 4) The relative strength reserve for fatigue pitting and bending
in hot gears is higher than thst for seizure. This is particularly clear in
short-life transmissions where contact stresses can normally be raised without
expecting pitting from fatigue. There ar6 3 Soviet-bloc references.
Card 2/2

TKACfM,'V, V.V., Lnzh.; S11OLEKNOV, V.M., 1110I.; Prinianli uci,,iietiy~-
KONSTANTINOV, V.G.; UVIN, L.Ya.; GRTGOF1YFVYUi, G.F.,-
!AKffdOV,_V.N.j 7FDAYOV, L.A.; PUZI-ANOV, N.A.;
VASTLIYEV., A.N.; ZHELF21TAYA, P.T.; njWiljolllk, YP~11.; LEVKEN,
A.S.; MOKIYEVSKIY, N,M.; SHAKHAII)V, V.; SMTRNOV, A.L.
D6veloping the technology of producing a high-basicity
open-hearth sinter. Stall 25 no.8-683-686 Ag '65.
(MIRA 18:8)
1. Cherepovettskiy melallurglcheakiy zavod (for Tklichev,
Sholeminov).

.1,1~,-F,Ty, A.,!
IFJT,~ E I -vr - I ~-
jk). 1.1
i - i ccondur-tivitir and the rmccle!2 tromctve fcxc:e Of iclid
rigane~r;, oxideo at high t-emperatures. 1z,,,. AN SSSR.
(117RA 18:~)

B CGI I I N GRIGOR'YEV, V-7-; YEFREM(YI) P.V.;
ZAKFIIROV L.!-.; Y.; --PASHKOV, Yru.s.;
Brief news. Meteor. -idrol. no.9:61-64. 8 165. (MIRA 18:8)

TUNUM ILT*#;- NALIUMICH, F.F.; IVAMA, T.1a.; EWIYCHUX, N.V.;
ki&, W.I.; MIAV,, A.-G.; SIMTS07A, Yu.Ye.;- SHUMA, Z.S.;
7URWCHv V.A.; 2UMM7, V.I.
RemIts-of photographic observations of artificial earth satel-
lite@. Riul.sta.olytonableiskeeput*Zomo vo*29:37--" 162*
(MIRA 1632)
1. laebml~aik Yerevanskoy stentsii tLabl-yudeniya iskuestveznykh
oputdkov Zmli (for T=anyan). 2. Wikolaymkaya_ ftanteiya
;"rdw#a iakupetwenn7kh sputtikov Zemli (for Wlikhevich.
b6kina). 3. Nachillnik Uzhgorodskoy stantaii nablqudeniya
ykh aptatnikov Temli (for Bmtiycbuk). 4* Zvenigorod-
okay& otantoiya Astronmicheakogo soveta AN SSSR (for Belemko,
Kr7lov, Sentoova, Shilkinav Yurevich). 5. 11achallnik Irkutokoy
Btartaii *blyudeni7a iakumstvemnykh oputnikov Zemli (for Zakharoyp.
(Artificial satellites-Tracking)

BELOGUROV, Yu.A.; BELYAYI-X, A.F.; VISIDIEWlY, P.; ZAKHAROV~-V.N.'-,
KAGANER, M.; MARGOL111, L.M.; PASPICOV, Yu.S.; PGLYAKOVA, Ye.A.
SMIRIOVA, S.I.
In the Main Adminiolration of the Itrdrometeorolo imal Service.
Meteor. i gidrol. no'.6:62 Je 164 ~MIRA 17-.8)
In the institutions of the Hydraaeteorological Service. lbidet
63.
Meetings, conferencea.. seminars. Ibid.163-64
Abroad. lbid.:64,.

--
Fiftieth anniversary of the Ilydrochemical InstitUte. MaLaore
1. gidrol no.80-58-59 Ag 761~ (MM 17:8)

AVAGIMDV, Ye.A. [Avahimov., E.A.1, assistent; ZAKHAROV, V.N., student 4-go
kursa; ZAKWOVA, A.A., student 4-go kursa; L%IbXURbV, V.G.
[Bielokurov, V.H.], student 4-go kursa I
Stand for cleaning fuel and oil filters. Mekh. siV. hosp. 13
no.9:10-11 S 162. (MIRA, 17:3)
1. Kubanskiy sellskokhozyaystvennyy institut.

BALAXHCINOT, V.P.; BOGED, R.A.; GUTEWO, I.G.- ZAKSAWV V.R.; ZMIY]ff,
I R
A.B.; KARWOV, V.D..; EWKH, A.M.; MAW~, ~.; ~AL, I.D.
Brief newn. Meteor.i gidrol no.2t6l--U+ IF 163. (MIRA 16s2)
(Meteorology)

MARKOV, Yu.V.; ZAKHAROV, V.N.
-- . .....
Using a quartz clock at the Irkut8k Tracking Station. Biul.
eta. opt. nabl, isk. sput. Zem. no.3015-10 162.
(MIRA 16:6)
1. Irkitakaya astronomicbeakaya observatoriya, Stantsiya
nablyudeniya islaisetvannogo sputnika Zemli No. 1079.
(IrIcutsk-Astronomical clocks)

ZAKHAROV, V.N.; MOSKVITINA, R.N.; FOTEYKOY Vj,
am~80MMMMMONO
Observations of lunar occultations of atara in Irkutsk.
Astron. tair. no.233:5-6 F 163. (MIR& l6z6)
1. Stantsiya, nablyudenly iskusetvannykh aputnikov Zemli,
Irkutsk. -
(Occultations)

F_ 0 : 040 a- 66#09046601111 0 0
:*
::
416- sit-44-6.4- 0 Isiftioe *
s so**
q it it 1 , 1, 1, IV llu b)tb MIVAR
V
m n MAD
12
2 loot Mli M is
4
d 4
L
Jo
% IN v a ill a 4, 0 it It 41

AI L 2 IL --fi
0
041
A_A-L F Q I
to
-
__
_
t
1
-
___
j
-
.
,

flow
Allm Wow bnW
V. P. Zoilifloamy WrAta. Kkiltn'ronota
19411
311 33
It
1
00
'.
.
.
;
.
Jill). lift, 111). -.411di (. f&v,, 1164.1, *1 43111).
glotmi $111MIJIliff. (III, IIII.brojint" Stiff lwdin"Y b"N" It, I-Irvirflal Inachirtrot -00
00 leall fi-Mud 111 4 foram is ills .12-11 1 % -of 4"I'lorr 411.1 4T, 6.r joill.% I'll.
-
Illul the fivrx"I all-It' (.1mviliv t."twal rroini'sn'ti, (~44,$ 41~jk'j
01 have- Tor"I'V~11irriv-, teflAile otIrruthit 43 antiU hit.ioij. nini.,
virM 1%Antn 13 t I anti Ili -.-t he
!& ". firino-11

-00
00 Vin Nov AM V&
li
All. M a Nnothwltw. a inarlitai~ foram
00 "4111" Itil 4K 111414161WOol" 3 3-14. in,41 I - vo-r% -00

"'Ili the '"row rIeCtril-al n-111111141n4l as tinfirlary bralloet..
2
lih
l
fi
t
=60
nn
n
nn - niarl;an~ a
it'" "'nitaining 2
.s. 5. anti ltv", (if manitane" at%.
""rr suitAW fllr win-finP than In foun, Alunisinitirn. jlal~v hAve a h4hpor 400
m6tan~ (up j.~ itj. 1.

zoo
C. st o
0 0 coo
zoo
:400

400
"Go
IP - t, 00
U60
00 Clots

I
IF

*
4 Io*
U
or
01T4
,1 e -V
to
It if x 04 a a IC It n is F
00 4 * 0 a gee Is 0" v
1I
a
la A I ~ 11111
* 0 M
9
0 01 0 Go 0 & 6 el o
4
0 0 0 0 0 0 0 a 0 0 0 0 41 0 "

untmv' V. P.
Termist. Utv. v kachestvtt uchebnika dlia remeslennvkh uchilishch.
Sverdlovsk, MashgIz, 1946. 191 p. illus., tables.
Bibliography: p. lm.
Heat-treatment technician.
"~W: TN73l-Z3
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress. 1953.

ZAKWOV, V.P.; GULYAYEV. A.P., profoooor, doktor takhnichookikh nauk,
PLOKHOV. B.G., inshener, retsonsent; DUGINA, N.A..
tokhnicheakikh redaktor
(The universal heat-traixfment furnace operator] Termist-universal.
Izd. 3-e. Moskva, Goo. aauchno-takhn. Ird-va m&shinostrottellnoi
lit-ry, 1954s 240 po (WBA 8:4)
(Steel-Heat treatment)

YURCUK, I.Ya., kand. teldm. nank-, ZAKHAROV, V.P.; SMIKO, V.P.; RXZNI-KOV,
L.G.; KIM=, K.B.
Organizing assembly limastm Ukrainian porcelain manufacture. Trudy
GIZI no.3:31-52 156. (KIDA 110)
(Ultralne-Ceramic Industries)' (Pottery) (Aseemb~y line methods)
4

LJJG:NINA, I.G., kand. tekhn. nauk; ZA1,11AROV, V.P., inzh.; IKUISSLIN, V.K., inzh.
~
Causes of the appearance of clinker dust. T-Sezent 30
M~-Je 164. (MITRA
1. Kazakhskiy tekhnologicheskly institut i Ch-imkeritskiy tsementnyy
zavod.

L 37118-66 E.'-`T(1)/Ej
ACC Nk, APG015763 ~Al
sou'r-B CME: UrVO048/66/030/005/0789/0792
WM03: ~Ljpnkovich, As N.; Wrlinrov, V. P.; ClitilInyov, V. N.
Oin: Institute for the Study of Materinis, Ica(leriy o.' Scienc-!s of thc
.7
(Ins trt-W-7 nnuk Uk ro
TITLE, Investigation of rocrystnllizntion of thin films under electron bombnrdmont
fRoport, Fifth All-Union Conference on Electron Mirroscopy hold in Sumy 6-8 July 196~7
V)URCE., AN SSSR. Izvestiya. Soriyn fizic)icsknyn, v. 30, no. 5, 196G, 789-792
TOPIC TAGS: electron microscopy, semiconducting film, germanium, silicon, film grain,
crystallization, electron diff Ition
%% 1~~
ABSTRACT, The =i l,,'Z'LtiC:1n?kunder the influence of electron bombardment of
npproximately 500 A films of silicoOLd re rmnn itun'll" tac titan deposited a----4
t 1 X 10 mm
11C, was observed with an olect~_~n_mlcroscopo. 4 The f resh films were in a metastable
qunsi-amorphous state; no grain structure cold, be observed with the electron micro-
scope and the electron diffraction patterns exhibited four very diffuse halos. Re-
crystallization was effected by rapidly refocusing the 25 pA 50 W electron beam of
the microscope onto a small portion of the film. Rccrystnllization was "practically
instantaneous", although under normal operation of the microscope no change in the
film could be perceived after 30 minutes of exposure. After electron bombardment
Card

ACC NRx AP6015766
three sharply distinguished regions were discerned: a cdntral region with fine equi-
axial grains; an intermediate region with 10 A ncicular or dondritic crystals orient-
ed radially from the periphery toward the center of each mesh of the supporting grid;
and n peripheral region in which the film retnincd its initial structure. This zone
structure is nscribed to the nction of tompornture gradients arising in the film undei
electron bombnrdment as a result of the high heat conductivity of the wires of the
supporting grid. Whon the Mw woro hentod directly in the microscope there wore no
large temperature gradients and the anneal led to the appearance of fine equinxial
crystals which grow by recrystallizntion.I&The electron diffraction patterns of the
crystallized films showed, in addition to many lines of the diamond-'type lattice of
germanium and silicon, a number of lines associated with the face-centered cubic
lattice and forbidden for the diamond-typo lattice by the structure factore. It is
suggosted that thono forbidden 11non mny be duo to multiple diffrnotion. Orig. art.
has: 3 figures.
BUD CM: 20/ SUIR DATE: 00/ ORIG REF: 000/ OTH REF: 004
Card - 2/2

SEDELINIKOV, G.N., polkoirnik madituinskoy oluzhby; ZAKHAROV V p
podpolkovnik meditsirwkoy sluzbby; SOjWMt-T- *
.p .7.-; podpolkovnik
maditsinskay siu-mhby
Waya of leading (unloadiN) of wourided on naval veasp-la.
Voen. med. zhur. no.lOt47-49 0 165. (MIRA 3.8tl-l)

ZAKIIAPOV.- Vj.
Ltirull f,l -,.g cy(, I es of -" rfldi te imil cl ty. ID A t'. ur a V. 1 no. 4,
464-466 Ap 165. (AURA 18-5)
1. Chuvishsky potiagoglr~A(-:;kly in,it"JAut imem, Yqlcovleva.

ZAKHAROV, V.P.0 akademik
Raising the efficiency of combined power generation and
irrigation systems. Vest. AN Kazakh. SSR 20 no.lill-15
A 164. (MIRA 17:3)
1. Akademiya nauk Kazakhokoy SSR.

GARASHCHUK, V.P.; ZAKHAROV, V.P.
Concentration of lithium and strontium In the plasma of a d-c
are in a helium atmosphere at high pressures. Opt. I spektr.
15 no.1:129 J1 163. (MIRA 16r8)
(Electric are) (Plasma (Ionized gases))

ZAKHA'ROV$ V. F.
"Ways of Overcon&ng Difficulties Created by Sludge Ice at Hydroelectric
Power Station Constructions in Central Asia," Gidrotekh. Stroi., No.1, 1948

271 A K TMI i nn OV, - V. F . - -
Hydrod,ynazTdcs
Statistical methods of determing the maximum water discharge of rivers.
Izv. An SSSR Otd. tekh. nauk, No- 3. 1952.
Monthly List of Russian Accessions. Library of Congressp
October., 1952. UNCLASSIFIED. .

1. SHULITS, V. L.; ZAKHAROV..Y_.P.
2. USSR (600)
4, Hydrology
7, Aye of further developing 5oviet river hydrology. Inv. AN SSW Otd. tekh. nauk
no. 8, 1952
9. Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

1. zAxj~1_1.01ILIL-p--i-MROV.) USIMOV, A. P.
2. ussm (6oo)
4. Main Turkmen Canal
7. Cold-weather operating conditions of the hydro-technical structures of the Main Turk-
men Canal. Gidr. Stroi. 21 no. 8,, 152,
7.1
9. Monthly List of Russian Accessions, Library of Congress, JanuarY -1953, Unclassified.

- - a
- - - , i -1 ~ ~, - -1 r- - - T - t , ; ,
I
ZAKHAROV,V.P.
Statistical methods for working vIth cartographic material. rzv.
AN razakh.SSR-Senenerg. no.7:47-50 154. (KLRA 8:12)
(Cartography)

ZAM"V, V.P.; CHIZHDV, D.P.
.-V
Combating ice Jame in the Syr Darya by blasting. Mateor.1 gidrol.
no.1:44-45 156. (MIRA 9:6)
(Syr Darya--Ice)

ZAM&MV, V.P.
------------
Dividing the republics of Central Asia into districts on the basis
of power requirements. Izv.AN Uz.SSR.no.7:35-43 '56- (MIRA 140)
1, Phlen-korrespondent AN KazSSR,
(SOViet Central Asia-Bleatria power)

8(5) ,
SOV/112-58-3-3766
Translation from; Referativny-y zhurnal - Elektrotekhnika, 1958, Nr 3, p 35 (USSR)
AUTHOR;~~~~. -and Chokin, Sh. Ch.
TITLE; Basic Methods for Determining an Estimated Rule Curve for Operation of
Hydro Plants and the Hydro-Power System (0snovy metodiki opredeleniya
raschetnoy obespechennosti raboty GES i gidroenergosistemy)
PERIODICAL. Izv. AS Xazakhakaya SSR, Ser. energ., 1956, Nr 10, pp 3-47
ABSTRACT: Fundamental methods are pi~esented for determining the optimum
hydro-operating schedules for hydro plants and for power systems with
predominating hydro plants, for both cases of controlled and noncontrolled
runoffs - Principal power -economy peculiarities of operating such plants and
power systems are presented. Additional cost of labor caused by variable
hydro-power production conditions is discussed in detail, methods are
presented for evaluating the power -production cleficits under various plant
operating conditions (curves of energy deficit division, curves of hydro-plant
Card 1/Z

8(5).
SOVIl 12-58-3-3766
Basic Methods for Determining an Estimated Rule Curve for Operation of Hydro . . . .
shares in peak-load taking; an analysis is submitted of additional cost of non-
productive labor caused by variable conditions of energy production at hydro
plants; an evaluation is offered of the part played by steam plants and
industrial enterprises in regulating the energy balance of the power systern
(curves of power deficit in the system). Materials and graphic methods are
presented for determining the probable average values of national -economy
deficits of energy production by a power system; methods are recommended
for approximate evaluation of estimated rule curves for hydro plants and
power systems with predominating hydro plants, for both natural and controlled
runoff conditions.
V.A.P.
Card 2/2

ZAKUROV I V.P.
..... .'--'
All-Unio'n IfyArological Congress, Test, AN guakh, SSR 14 naj:
95-100 Kr '58, (Kin 11:5)
1. Chlwi.-korrespondent AN LasSIR.
(HYI)ROLMY-COWHISSM)

, - Aw~~
;6~
Development directions of large-seals hydreale-etric power 97oteme
(in irrigated regiou). Proble rag. rach. stalm no.7:212-232 158.
(MIRA 11:9)
(Sovlet Central Asla--4droelectrlc power station)

~,_ZAKHAROVP j*P*
-------
Calculation of streamflow regulation b7 a series of ressrvoirB
in a basin with urLLfom feeding conditions. Izv. AN Kazakh.
SSR. Ser. energe ao*2:11-16 160o (IaRA 14.3)
(Reservoirs)

IZAKHAROV-P--V.P.
Methodology for determining the calculational safety margin for the
operation of a hviroelectric power station. Trudy Inst. energ. AN
Kazakh. SSR 2:123-129 '60. (MIRA 15:1)
(Hydroelectric power stations)

S/031/60/000/03/016/024
D035/DO03
AUTHOR: Zakharov, V.P., Academician
TITLE: Certain Problems of Taking Into Account the Time Factor
in Technico-Economic Calculations
PERIODICAL: Vestnik AkademLi nauk Kazakhskoy SSR, 10,60, Nr
pp 82-85 (USSR)
ABSTRACT: In this article the author sums up the result of a
seminar on concrete economics conducted at the In-
stitut energetiki AN KazSSR (Institute of Power En-
gineer:Lng of the AS Kazakhskaya SSR). Certain pro-
Diems of taking in-Eo account the time-factor in tech-
nico-economic Galculations were discussed. The Dro-
blem was never studied in all its extent, because
some aspects of the problem - as the Soviet scien-
tists thought-could have been applied only in capita-
Card 1/2 list society. The problem was posed anew by Khrush-

S/031/60/000/03/016/024
D035/DOO3
Certain Problems of Taking Into Account the Time Factor in Technico-
Economic Calculations
chev in his speech at the inauguration of the Volzh-
skaya GES imeni V.I. Lenina (Volga GES imeni V.I.
Lenin). Solutions of some of problems connected with
the time LIZ
-factors were proposed by N.S. Kalachev,
V.A. Kiktenko,, V.I. Khmyron and A.Zh. Zhulayev, Can-
didates of Technical Sciences and by I.M. Panasenko.
The author welcomes further discussions of these pro-
blems. There are 2 graphs, 1 table and 1 Soviet re-
ference.
ASSOCIATION: AN Kaz SSR (AS Kaz SSR)
Card 2/2

NIEDNOVA, Te.I.; FROKOPIM, V.K.; Z&MROV, V.P._
Concentration of metal atoms In a d,c, carbon are* Fix*
abor. no.4:611-~ '58- 1 (MIRA 12:5)
1. Gosudarst-wenalpy ordens Lenina opticheekly Institut imeni
S.I.Taviloys.
(Atoms) (Blectric are)

ZAKHAROV, V.P.; SHISHLOVSKIY,, O.A. (Shyshlovalkyi,, O.A,j
Determining the effect of the composition of the test on the
inflow of matter into the plasma of the direct current are. Viazwk
Xyiv.un.no.2.Ser.fiz.ta khim. no.1:21-25 159. (MM 14:8)
(Electric are) (YlAsma (Ioaised gasea))

24(7) SOV/48-23-9-5/57
AUTHORS: Zakharovp V. P.,
TITLE: An Investigation
Plasma. The Case
PERIODICAL: Izvestiya Akademli
Vol 23, Nr 9,, pp
Shishlovskiys A. A.
of the Entry of a Substance Into the Arc
of the Binary Kixtures of He and Li
nauk SSSR. Seriya fizicheekayaq 19599
1o63-1o64 (USSR)
ABSTRACT: In the present paper the concentration of the atoms in a
direot-current are at atmospheric proosure is investigated,
and, at the name time, the influence exercised by experimen-
tal conditions upon the entry of substances is investigated.
The IT-23 interferometer according to Rozhdestvenskiy and an
ISP-67 spqctrograph were used. and the mixtures of NaClq Na 2co,
and Li2CO3 with carbon were investigated by means of this
instrument. These mixtures viere located in the hole of one
of the carbon electrodes. The entry of atoms into the direct
current arc was found to be 1-33 times (Na) and 1.41 times
greater (Li) respectively than that into the alternating cur-
rent are. During the inveatigation of the reciprocal influencing
by the elements on the entry of atoms in the case of a change
of the concentration of one of the components, it was found
that the content of Na atoms in the discharge gap does not
Card 1/2 depend on tho Li-content in the tuest sample. There is proper-

SOV/48-23-9-5/57
An Investigation of the Entry of a Substance Into the Arc Plasma, The Case
of the Binary Mlixturea of Na and Li
tionality of the lithium content between disoharme gap and
toot sample. An increase of the ooncontration of a component
in the toot sample causes a monotonla increaue of the conoon-
tration in the discharge gap. Only within the range of 25-4eQ
Na was a deviation from the above result observed. Because of
the different diffusion coefficients of Na and Li in the case
of an oqual*oontent of elements in the toot sample, the con-
centration o,.r the Ila atoms in the discharge gap is higher than
that of the Li atoms. Furthermore,, the influence exercisee by
the melting -temperature of the mixturs upon the entry of Ila
and Li atoms is investigatedp and it is found that, with an
increase of the average melting temperature, the entry both
of Na and of Li decreaaes. If bivalent Ca is used instead of
monovalent Li in the test samplop the entry of Ila is decreased
-~ftm!A-r-t4. t'no-fold. Thera are 3 fibmras and 2 Soviet references.
Card 2/2

S/058/61/000/012/035/0e"
~05_8/AIOI
AUTHOR: Zakharov, V. P.
TITLE. Anomalous-dispersion method of determination of electrode moiterial
entry into discharge space
PERIODICAL: Referativnyy zhurnal, Fizlka, no. 12, 1961, 249, abstract 123197
("Visnyk JDivs'k. un-tu", no. 3, 1960, ser. f iz. ta khimjyi, no. 1,
58-60, Ukr., Russian summary)
TEXT: There are considered the results of determination of the concentra-
tion of normal atoms of electrode material in spectral-excitation sources. A
comparison of material entry into spectral-excitation sources of different kinds
was carried out. There are given data on the effect of third components,
properties of the chemical elements and compounds In which the e1nmrrIl- 3,,
for analysis on entry of material into a DC arc.
[Abstracter's note: Complete translation]
Card 1/1

32221
S/139/61/000/004/011/023
E194/E135
AUTHOR! Zakharov, V.P.
---------------
TITLE: The influence of atmospheric composition and pressure
on the entry into an arc discharge of atoms of certain
elements from the electrode
PERIODICALt Izvestiya vyishikh uchebnykh zavedeniy. Fizika,
no, 4, ig6i. 92-95
TEXT: Several workn have shown that radiation of a spark
discharge is markedly affected when air is replaced by inert gases
or the air pressure is Altered. This may be due to changes in the
concentration of easily ionised atoms entering the discharge from
the electrodes and so it in of interest to study this process.
The present work was undertaken to determine the concentration of
atoms-of Na, Bat Cat Sr, entering an are discharge from the
electrodes in atmospheres of argon, helium, and at various air
pressures. Samples consisting of mixtures of salts with carbon
powder were introduced into a hole in a graphite anode. -For the
monovalent metals the following salts were used: Na2CO3, NaF,
NaCl, NaBr, and Li2CO3, The investigations were made with a d.c~
Card 1/CY

,32221
The influence of atmospheric ..... 5/139/01/000/004/011/023
E194/E135
arc at a current of 4 A with the distance between electrodes of
2.5 mmi. The spectral lines used were the yellow doublet of sodium
and the line 6107 1 of lithium. The following salts of bivalent
metals were used: BaC03, CaO, and SrC03, with a current of 6 A
using the resonance lines of barium 5537 1, calcium 4226 1 and
strontium 4607 L In all cases the amount of salt in the-sample
was designed to ensure identical atomic concentration of the
elements in the sample, To carry out the measurements a vacuum
chamber, in which the arc discharge could be set up, was introduced
into one beam of an interferometer whilst the other beam contained
an evacuated vessel of the same length. The concentration of atoms
of sodium and lithium in the arc was followed over the pressure
range from atmospheric to 10-15 mm Hg. Results for barium, talc-ium
and strontium were clear only from pressures of 400 mm fig and lower,
at higher pressurea the concentrations could only be asseased
approximately, Fig.1 zl7aows the relationship between the
concentration of Na and Li atoms in the spark gap as a function of
the air pressure, and Fig.2 shown a similar curve for Ba, Ca and
Sr. Different sodium sults were also tried and a relationship was
observed between the concentration in the arc gt,.kp and properties
Card 2F

3 2 2 2'1
The influence of atmospheric ..... S/139/61/000/004/011/023
E194/EI35
which characterise the bond strength such an the dissociation
energy and the heat of formation. Thus, the salts were, in order
of rising bond strength and of increasing concentration, NaBr,
NaCl, NaF,.and Na2CO Studies with argon and helium atmosphere
were made on carbonaze*a of the elements in a d.c. are with a
current of 6 A. The results are given in Table 2. When the air
is replaced by inert gas the visible spectrum becomes less intense
and both the atomic and ionic spectral 13-nes are weakened. The
effects--of using inert ga.s are similar to those of reducing the air
pressure. To explain these results, it will be necessary to
determine the temperature and other experimental conditions.
There are 2 figures, 2 tables and 9 references'. 7 Soviet-bloc and
2 Engli:sh. The English language references read as follows;
Ref.4i.Backer,-Eidelstein and Bailley. JOSA, Vol.46, No.2, 1956.
Ref-5: Bailley, Backer. JOSA, Vol.46, No.2, 1956.
ASSOCIATION: Kiyevskiy gosuniversitet imeni T.G~ Shevchenko
(Kiyev State Univers-ity Imeni T.G. Shevchenko)
SUBMITTED: May 24 .196o initially, and after revision
October 18, 1960.
Card 3//~

22234
S/125/61/000/001/003/010'
A16VA133
AUTHOR: Zakharov, V.P.
TITLEs The effect of the are atmosphere and electrode material on the arc
stability
I no. 1. 1961, 24-26
PERIODICAL: Avtomaticheskaya avarka,,"
TEXT: Studies have been made in view of more extensive application of gas-
shielded welding. The Rozhdestvenakiy "hooks" method was used to determine
the absolute concentrations of normal atoms in the are gap, described in
Ref.1 (Ye.l. Nikonova andL V.K. Prokoflyev, in "Optika i Spektroskopiya",
vol.0, no-3, 1956) and Ref. 2 (7.P. Zakharov and A.A. Shishlovskiy, in
"Izvestiya AN SSSR. Seriya fizicheakayal vol.XXII, no.9, 1959). The experi-
mental installation consisted of a Rozhdestvenskiy "14T-23" (IT-23) interfe-
rometer in combination with an AUT-67 (ISP-67) speotograph. Na, Li, 3r, Ca
and Ba were introduced into the bore in the anode in the form of carbonates
mixed with graphite powder. A horizontal carbon arc was chosen for experi-
Card I

22234
S/125/61/000/001/003/016 V
The effect of the are atmosphere ... A16VA133
ments, and the are current varied between 4 and 25 amp; the gap width was
2.5 mm. The concentration of atoms in the gap was measured with an accurac
of_tl5%. Measurement results in the 6 amp arc were (concentration in at/cm5
,o 15): Na Li Sr Ca BF,
in helium ..........
in argon ...........
in air ... ..........

16 2.1 2.2 0.8 0
10 1.2 0.8 0.4 0:2
11.3 3.7 2.0 1.0 0.1
As can be Been, the highest concentration is in helium, the lowest in
argon. The presence of atoms from electrodes in the are depended an the arc
power, P - IU (where I is the current in amp, and U the are voltage). The
are power was as a rule highest in helium and lowest in argon. The discharg-
ed power in the same media and with equal current depended on the element
getting into the are gap and on the concentration of the easily-ionized com-
ponent. The dependence determined for Na at 4 amp is shown by the curves.
The power stabilized at cortain concentrations of the easy-ionized component
which is lowest in helium. But the emission spectra were very different in
different media, and the weakest in helium (most intense in air). The phe-
nomenon w%s not explained. The metastable state of atoms pointed out pre-
viously (Ref.4) may play a considerable role in it. The arcs burned more
Card

0/125/61/000/001/003/016
The effect of the are atmosphere ... 11061/k133
sta:ble in neutral gas, particularly in helium, -which nay be due to the lower
discharge energy because of a high heat release from the are and less prob-
able fluotuationn. Tho offoot i)C nir proonxi-ro waa invofltigfttod, aiid At W,,u%
stated that the concentratLon of alkaline element atoms deer Tr ed nearly
uniformly with air pressure decrease from atmospheric i;0 10- mm Hg, with
the only exception for the range 100110 mm Hg where the quantity of atoms
dropped abruptly. Alkali-earth metals behave differently, and the concen-
tration of their atoms at 200 mn 'Hg was the same as or even higher than at
atmospheric pressure. The content of barium, calcium and strontium was al-
ways considerably lower than of sqdium and lithium. All spectra weakened
with dropping pressure. Conclusions: 1) It was proved that the Rozhdenst-
venskiy's "hooks method" can be used for the investigation of electric arcs
in different media. 2) It was proved by direct measurements that electrode
matter getting into the discharge depends on the are Power. 3) The concen-
tration of the easily ionized component at which the arc voltage stabilizes
dep6nds on the surrounding medium. There is I figure, 3 Soviet-bloc and I
non-Soviet-bloo references. The reference to English-language publications
reads as followst R. Baker, S. Aldelstein and L. Valle, Physical Basis of
Line Enhancement in Argon and Krypton, "Journal of the Optical Society of
Card 3/5-
S
~~ .1
4_,__ X,

_L 08524-U. -EWT(1~IX4~%I~W-IWJOIIIPlt -/CTI 0) 1 .
ACC _NRt URC2 06j~'P&l - -"c
AP6034T5 R 61~2016 005/105cfi
AUTHORt Zakharov, V4 Ps; Tsvirko, Yu, As; Chugayevo V4 He 19
ORG: none
TITLE: Recrystallization of thin semiconductor films under the effect
of a laser beam
SOURCE: AN SSSR. Dok&1dyq v9 1TO9 no. 59 1966, io56_1o58
TOPIC TAGS: semiconductor film, amorphous germanium film, germanium
film irradiation, laser irradiation. germanium film recrystallization
ABSTRACT: Amorphous germanium films 300-150G X thick produced by
vacuum VaT r depositio_~ ~0?~ng~lass substrate were removed from substrates,
p1 Kuminum-foii\150-V thick, 4nd irradiated with laser-beam
pulses which had an energy of 1 joule and a duration of 1 meec. The
beam spot on germanium film was about 0.01 mm in diameter. The foil
(see Fig. 1) was provided with openings b1 and c' through which the
germanium film could be observed with an elect:,on microscope. The
laser beam burned hole &I in the film and foil. In openings located at
a distance of up to 2 am from a', the germanium film disintegrated
completely. Hoveyere in openings located at a distance of 2-4 am
(specimen in air)-or 2-8 am (specimen in a vacuum of 0.1 am Hg) from &I

.L 08524-67
ACC NO' AP6034TO
Fig. 1, Laser beam on germanium films
ial - Laser burned.hole; b9 and c1
openings; d - germanium film;
e - aluminum foil; f - laser bean.,
a recrystallization of germanium took place. The disintegration and
recrystallization took place only in the portion of film facing the
openings. No structural changes were observed in the portion# adjacent
to hole a$, No recrystallization was observed when thin 300 A films
were used. Since the lattice heat conductivity of germanium is in-
sufficient to carry within I usec an amount of heat which would pro-
duce a recrystallizationg the phenomenon is presumed to be caused by
recombination emission, which also explains why thin films are less
affected than the heavy onesb Orig, art. has: 2 figures,
SUB CODE: 20, 11/ SUBM DATE: 12Jan66/ ATD PRESS: 5103
COM 2/2
`Vru ;twp

ZAKHAROV, V.P.; KIM, V."Tj
Elementary thi6ry of infinitely bounded distributions. Probl.
gidroenerg. i vod. khoz. no-1:53-72 163.
Contimms periodicity-of a kqdrological process as a methodological
bAsis for vater supply calculati6ns. Ibid.:73-100
(MIRA 16:12)
1. Institut energetiki AN KazSSR.

-- ZAKHAROVY V.P,.; KIM, V.1a.; CHOKIN, Sh.Ch.
Methods for the practical calculation or water supply guaranteed
to hydroeleotric power stations, Probl. gidroenerg i vod.
khoz. no.1:10-52 163. irl-RA 16:12)
1. Institut energetiki AN KazSSR.

I
- / r J 1 -I I'r 4 1
i-- / ! , -~ !-~l , ,ty,'-6- 6.~/v. /. "
VASIL'YEV. A.V.. kandidat tekhnichookikh nauk; ZAKHAROV, V.P.. kandidat
tekhnichookikh nauk; UTKIN, O.L.,
Measurement of forces and moments. Vest.masheM no.9:16-21 5 '55.
(KLIA 9:1)
1.1anchne-Issledowatellskiy avtotraktornyy institut.
(Yoreis and energy--Measurement) (Kinematics-Aeasurement)

7AVHAROV- V- P-
Regular limit cycles* UchozapaCbmegooopedolzmt. no-7:3-11 159.
(KIRA 1319)
(Difforential. equations)

Peculiarities of oarbohydrAtO metabolism In patients with An excluded
stomach following plastic surgery for an artiflotal esophagus using
the method of Ron-Eerzon-Yudin. Vrach.delo no.8019-823 Ag 159.
(MlM 12- 12)
1. laf-edra obahchey khirurgii (zav. - zaeluzhennn de7atell nauki.
prof. N.I. EDlomlychenko) I kafedra normallnc7 fiziologli (zav. - prof.
N.I. Patilin) Kiyen,skogo meditsinskogo instituta.
(CARBOHTERATE )CITABOLISK) (ASOMOOJIMOSTOM

ZAKHAROV, V.P. (Zaporozhakaya oblast', Melitopoll,ul.Pushkina,d.97)
Observations of a traumatic rupture of the pancreas and spleen.
Klin.khir. no.8:75-76 Jl 162. (MrRA 15:11)
1. Khirurgicheskoye otdeleniye (zav. - N.I.Orlov) Melitopollskoy
gorodskoy bollnitsy. Nauchnyy rukovoditell rabotyi, - zasluzheruVy
deyatell nauki, prof. M.LKolomiychanko.
(PANCREAS-RUPTURE) (SPLEEN-RUPTURE)

ZAKHAROV V.P.
Distribution of capital investments and production costs between
the constituents of complex objects. izv. AN Kazakh. SSR. Ser.
energ. no.1:118-121 161. (MIRA 14:12)
1. Rukovoditell seminara po konkretnoy ekonomike Instituta
enorgotiki All KasSSR.,
(Kazakhstan--Pawaai~ Oftineoribg-Acemnting)
(Nazaldistan-Capital investments)

ZAKHAR Pv-vdoktor tekhn.nauk., akademik
-----44~
Same problems of calcu2ations of the efficiency of capital Invest-
mento in complex hydraulic engineering construction. Cidr.stroi.
32 no.705-37 J1 162. (HM 15:7)
1. Akademiya nauk R
(Capital ijxveo * ats j4draulic structures)

ZAKHAROVJ, V.P,
Development of h-ydraulic engineering during the last forty
years. Trudy Inst.energ.AN Kazakh.SSR 3:26-33 161.
(MIRA 14:12)
(Kazakhstan-Hydraulic engineering) .

40151
S/058/62/0(,0/007/032/068
A06IIA101
AU771ORSs Zakharov, V. P., Shishlovslkly, 0. A.
TITLE: Supply of material into the discharge gap of d-c and a-c arcs
PrMODICAL: Referativnyy zhurnal, Fizika, no. 7, 1962, 14, abstract 7G118
("Visnyk Xylvs1k. un-tu", 1958, no. 1, ser. fiz.'ta khimil, no. 1,
129 - 131, Ukrainian; Russian summary)
TEXT: Atomic concentrations were measured in a-c and7d-c arcs burning at
atmospheric pressure between carbon electrodes. 'The elements concerned (Na and
Li in concentrations of 8.5 and 24, respectively) were introduced into one of
the electrodes in the form of a mixture of salts of these elements with graphite.
The atomic concentration in the discharge gas was determined by the method of
"Rozhdestvenskiyls hooks", obtained on Rozhdestvenskiy'sl4T-23 (IT-2.3) interfero-
meter crossed with th~ xcil-67 (isp-67) spectrograph. A comparison of the
supply of material into a-c and d-c arcs leads to the conclusion that the input
is proportional to the power'of current consumed by the are.
[Abstracter's note: Complete translation] F. Ortenberg
Card 1/1

91 SUM to I RUMMM-499 Nov OR 1MaNA=fiW9
~Tj 13108-63 7,7F (k);1FWP(q)/EWT.(M)/FDVkM (b)_2/F~ (F~-? A"T ST/
SED ft-4,/Pi-4/Fb-4/N&- - AT/JD
MMIXFOMI: AP3003423 S/0051/63/015/001/0129/0129
17 -1
AUMOR: Garrshchuk, V. P. Zakharov. V. P.
At"
TITL11: Entry of lithium and strontlum into the-Plasma of a do arc in a hollum
atmosphere at high pressures
SOURCE.- Optilea i 9po1ctroq1CopiYd1,.v..'[5, no.1, 1903, 120
TOPIC TAW: are spectrum analy.9'ria, (to arc# Sr Li
ABSTRACT: It has been reported by A.G.Zhiglinskiy, A.~.Zaydell and E.A.Xarklina
(Optika i spaktroskopiya, 10, 697, %9Gl) that in a do are b!A--ning in a COz atmos-
phere the lines of some elements in4:rease in intensity, while those,of others do
not as the pressure of the C02~is increased to 10 atm. Accordingly, the authors
used the Rozhdestvenskiy method of "hooks" to measure the concentration of -1i
atoms and Sr atoms'and ions InA dc,arc in helium as a function of-pressure up
!--to-8.5- atm-for Li--and--6-atm--for-Sr. -(Above these- pressures -:and in measuremants-
in a
C02 atmosphere the interlerenc( i lines are smeared out and determinaticis be-
come impossible.) Tho results are prottionted Lit a figure; Li atom conceiitr~tion
iticreases lilicarly with Ile progsurol the Sr atom and ion concentrationts incroa!jo
more slowlv and tend to saturation. The rasult-9 are explained by decrease of dif-i-
th rising inert gas pressure*
funio from the arc gap wi
i Cardlx

Z"UA ROY. -Y-E-,--doktro tekbn,nauk (Alma-AtaN,- MZHENITINOV, A.L.', prof. (LeningraA,
ORANSKIY* I.N., kand.tekhn.nauk (Tashkent); TROITSKIYj A.V.,, inzk.
(Tashkent)
Methodology for dotormining tho economic efficient~r of hydroelectric
power stations. Klektrichostvo no.3z9lp.93 Yw 163. (MIIA 1614)
(Hydroelectric power stations)

ZMMOTO-Y.z.-
Plan for development of the power systems of NarUmm Kazakhstan.
Report to be submitted for the Coinference an Electrification of Siberia,,
Development and unification of its power sjoYteme., 7-9 Doc 61

L- 18842-65-- E m 2/nv (l /E w z VEWAA-11m)-2 Pt-la/pah-lo (a)/
-ACCESS-DON NRt--AP-1049033 S/QOS7/64/034/GjL/j986/1991
AUTHOR-Zakharav, V.Sj-- Rabirtovich,. U.S
TJ.TLE-. Strong focusing In helical-magnatic fields
SCURCZ.- Zhurnal takhaichaskoy f izild, v.34, no.11, 1964, 1986-1991

r -dtge
rid -their- eritical_~enorgy.,
frequertay-and-ph volum&_;~ie
cill:atians are -similar to those of ordinary st rcn[; foewing synchrotrons and should,;
present no special difficulties. Resonance phenomena, including second order non-
linear resonances, are briefly dia;cussod; and it is concluded that operation of the
acaelarator far from resonance canbe oasil.- assured. It is concluded that the use
of helical fields can considerably imp:,-ove the focusing, simplify the design and
increase the intensity of small ivon-f~i-ee betatrons and electron synchrotrons.
Orlg.art.has: 44 for=las.
ASSCCXATIM: no
no
S=T.TM:-20JanG4
Mk L ~W
-S'OB CMS
2/Z

------- ---
V 18843-65-- Pab-IO/Pt-10 AFdL/AEDC(a)/,
ACCESSION HE: AP,1049039 s/0057/641034/011/L992/1097
AU11101U. Zaldiarov,
-TIME: Cyclic accelerators %ith triply helical magnetic f ie. Ids
SOURCU: -Zhtirral tel~hnic' aaskoy f fzikt, v.34,-noall' 1VG4, 196i-1997
-'---:-W W-TAGS: helical- izianz atli f Iold, ittron- focusing accelerator -betatron, synchro-.
C?
tron, electron accolarator
JABSTPUC7. The-- mot ion - of a~ claza ij;cd pl;rticle-in a--triply -h*lical _tPrGJdal_ magnatic,
fiela supariLiposad on a synchrotron type guiding :field- is- discussed vith the pur-
pose of assessina the advantages of such fields for particle accalorators. The he-
lical Zlield Is derived from the scalar potential
A,R
whora r,9 z a ra- cylirAl,rical co6omlirmtos is the rad ius of the equilibrium orbit,
p Is tho distance from the orbit, 9 = s (z/p) ,and N is an intaGcr. Only the
first term Is retained in the expansion of the imaginary argument Bessel function
13- Tito equaticns of motion are lormulated with quadratic terms retained, and solu-

_17-1 T_
tw=s ION m: A-koe.SO39
-tions are derivad for the.case therl the index n r_'RdH/ffdr of the guidefield is IM
Particular sol4~i5on-s-aic.-ftii~t--%'ibtaijti~d-in the- -lorm, -of:Fourier- series: involvina, a-
paramlater, and these- are generalized by second order parturba6ion theory. The beta-
tron. and syrLphrotron oscillations are di-scussed and their frequencies and phase vc-
luTaos are calculated. ro-- strong helical fields the 14inse volume of the betatron
Oscillations is much groater, ard that ot the synchrotron osoillatiors Is much lesa,
t-lian--in thcy- case of the doubly Itelimil fteld discussed in the previous paper W.S.
Zalcharov and '.1.S.?abinov1,r:h,ZhT11 3-1, 1986,1CG4; sea Abstract AP404003".) ; and the
phase volume of the betatron osuillat*_'ons coasiderably exceeds the usual value for
weal, fccusing accelerators. It Is concluded that triply helical magnetic ~iald
tX
stron--focusing can be very ndvantagaotLsly ennloyad in electron accalorators, par-
ticulariv in betatrons. The mothod is especially valuable in iron
-free designs, aid
-it can . als o be employed.in linear accelerators. 111.1 concluoicu., the author express-
as 11tis deep gratitude to M.S.Rabinovich for roDcatad consultations and valuable r(-
marks.", Grig.azt.has: 31 formulas.
"I"SCCIATIONT:, none
SUD"a WED: lOFebS4 M: 00
EN
SUB CO=: NP, EM r
NA REP SCV:' 064
:000

_ng c
betdtron,~ lbngltie 'Inal ii~rpjq t I' _f J'ld
T--
:!-ABSTPACT: - ---The - authdrs' d iscuss I.ha strong-4ocusing- properties ~of -a- icingittdinal-
-fleld-OV alternating -dArection.- --The -magnetic
f ields- -dideussed - are' those
desaribcd by a scalar potential ol: the form
4D= NUL'I. jf2r -f- 1) ap) sin ((2a
re-r- _DF~Z- are -cylindrical-c~"rdi.~'ates- It-Js
-the _i
em-auccaodive7w L -n -J
fid
x
$are in opposite directions, e u the distance from the ~4uilibrfum orbit, I is thei
13cas1al timetlan o:C an Imaginary arGum-int, and the h &-re constants. Only the firat
car

ZAKFAROV, U"',LVEV. Yu.V.lv KONKIN, A.A.
prcper"es of plas"cized acetyl callull-ise.
volok, 165. (WRA 181:8)
Vaesoyuzny-y ne.-,.chro-'-i;,tledovatelisk'~y lnstlt%t 5intaticheskikh
volokon, g. Kalinin (frr Zakharo7, Vasillyev't. 2. Moskovskiy
te'x5l.-ilInyy Insti.tut (far Konkin,

ZAKIIATIOV, V. S.
CRMDKOV, V. N., NIKANCROV, V. A. AND ZAKHAROV, V. S.: Surgerl and orthopedics.
I"
Lranslation from the Fourth revised and supplemented ejitiop. Kiev.
Agricultural. Publishing House, Ukrainian SSR. 1952. 500 pages with illustrations.
Price 11 rubles, 85 kopeks, bound. 10,000 copies. (Textbooks for veterinary
technical schools). In Ukrainian.
SO: Veterinariya; 30; (1); January 1953; Uncl. TABCON
go *go go 0 *419 0000 9004104169o -,3000

RODIONOV, V.X.; ZAMIAROV,; V.S.; PJMH, A.K.
[coal mine equipment] Oborldovanie ugollnykh karlerov.
1952. 175 p.
Moskya. U69tGkhizU,t
(MLRk 6 -.8 )
(Coal mine equipmout)

ALABIN, V.I., lush.; ZALUROV, V.S., inzh.; SHMYAYBV, G.I., inzh.
Press for making door panels. Suggested by T.I.Alabin. V.3.
Zakharov. G.I.Shvy-ryayev. RateJ isobr.predl.v strol. no.13:
110-111 159. (HTMA 13:6)
1. Balashithinski), kombinat proizvodst"nnykh prodpriyatiy
Glavmosoblstro7a, g.Balaeblkha, Mookovskoy oblasti, Rabochiy
poselok.
(Doors) (Wood, Compressed)

TRUNW, Yu.M.j ZAKHAROV, V.S.
Use of phosphorescent screens in making contact prints. Geod,
I kart* noo?s45-47 JI 161. (MIR& 14,7)
(Ilotomechanical processes)

ZAKHAROV V-S..-.-,ZXLKNTSOV, I.G.; FAKSHVXR, A.B.
-
Studying the fnrmation procage of v1scoge cord fiber, Khlm.volok.
no-504-35 159. (MM 13:4)
1. Kalininskly filial Vuesoy=nago nauchna-issledovatellskogo
inatituta iqkusetvel2nogo volokna (VIIIIV),
Olayon)

S118316010001003101010161xx
BO04/Bo67
AUTHORS: Zakharov, V. S., Zelentsov, I. G., and Pakshver, A. B.
. ..... ...... ........
TITLE: Diffusion of the Components of the Precipitating Bath Into
the Viscose.Fiber During Spinning
PERIODICAL: Khimicheskiye volokna, 1960,'No. 3* pp. 28-30
TEXT: The authors deal with the dependence of the spinning process of
viscose fiber (coagulation~ decomposition of the xanthogenate, desulfuri-
zation, etc.) on the rate of diffusion of the acid, the salts, and other
components of the precipitating bath into the fiber. They attempted to
find conditions under which a fiber of homogeneous structure is obtained.
In this case, the difference between the rate of diffusion of the com-
ponents of the precipitating bath and the saponification rate of the
xanthogenate should be a minimum. The authors studied the effect of the
composition of the precipitating bath on the diffusion rate under practical
conditions. In order to interrupt the formation process rapidly, the fiber
spun in an experimental apparatus was passed through a neutralizing bi-
carbonate salt solution which was at a distance of 1q, 30, 45, 60, or 90cm
Card 1/4

Diffusion of the Components of the Precipitating S/18 60/000/()G3/010/0107
Bath Into the Viscose Fiber During Spinning B004YB067
from the spinneret. The fiber was wound onto 'U-he godet wheel with a sneed
of 39 m/min. The thread diameter was 0.018 mm. Proceeding from the equa-
tions Mt/Mco - KYT" (Mt = amount of the substance diffused into the fiber
Mco = the same for the case of equilibrium, K = coefficient, T = duration
of diffusion in see.) and K = (4/r)-~677TE (D = diffusion coefficient,
r = radius of the fiber), D was experimentally determined. The following
was found in dependence on the composition of the bath and 11a tempera-
ture:
Card 2/4

Difr4sion of the Components of the Precipitating S118316010001003101n,1-11,',~,i:(
Bath~Into the Viscose Fiber DtIring Spirning B004/306.'

bath!g/1
t' 0
C
D.10-7
Results: 1) The rate of formation

znSo
If
SP
M
SQ of the viscose fiber depends on
+
2+
4
a 'k ,
I the concentration o' the H
Z-n

1.38
11
ISO
50
0,5 ,
and S02" ions in the precipitating
4
138
138 33
33 1350
.350 59
66 0.61
0,~2
bath, as well as on its tempera-
138 33 :150 72 1'0 ture and the rate of diffusion of
116 28 296 60 067 .
ions. 2) With rising temperature
148
160 23
28 296
296 60
60 1:1
1.3
of the precipita-ting bath, the
200 28 296 60 1.24 diffusion of ions into the fiber
135
135 20
35 231
231 5.5
55 1,15
0
86
ncreases bnly to a certain value.
135 58 231 55 .
0,67 A further increase in temDerature
135

138 78

33 231

350 55

66 0 7

0:86
does not accelerate diffusion.
138 60 350 66 0,67 3) Rising conce:-',ration of Zn2+
138 80 350 66 0.6 ions (up to 80 g11 of ZnSO ) de-
135 so 235-240 45 0,43 4
135 -80 235-240 56 0.7 lays the decomposition of the
135 80 235-240 64 110

I IM
10
235-240
74
1.5 e. concen-
xanthogenat With ZnSO 4

-Card,13/4 Irations above 00 6111, horever,

Diffision. of the Corlponents of the Precipitat- S/183J60/000/003/010/016/XXI
ing bath Into .the Viscose Fiber During B004/1~067
Spiniaing
~he diffusion of H+ iono ia no longer influenced by ZnSO 4) Rivinz con-
4'
cent~ation of R SO accelerateu the processes, but deltiya the ion diffu-
2 4
sion;into the fiber, since an e:cLuernal layer is formed on the fiber. Hence,
withiiising H 2SO4 concentration, D increases to a maximum value, and then
decr6ases again. The authors mention Ye. M. Mogilevskiy, D. N. Arkhangell-
j
skiyand V. A. Kargin. There are 6 figures, I table, and 6 references:'
5 SoViet and 1 German.
ASSOCIATION; Kalininskiy filial VNIIV (Kalinin Branch of the All-Union
Scientific Research Institute of Synthetic Fibers
10ard)4/4-

~,:-ZAXHAROV, T.S.; ZXLENTSOV, I.G.; PAKSHM. A.B.
Structural changes in viscose fiber in the process of spinning.
Xhim..volok. no. 6:30-32 160. (MIU 13:12)
1. Kalininskiy filial Vaesoyonogo nauchno-issledovatellakogo
instituta isakusstvennogo volokna.
(Bayou spinning)

I'Sor;e 'Reserves' for IncreazinE the Gemination of Spring 'Wheat Seed5
in the Forest-Steppe Regions of flovosibirsYVa Oblast." Cand Agr Sci,Crisk
Agricultural Inst, Omsk, 1954. (RZhBiol, No 7, Dee 54)
5urvey of Scientific and Technical Dissertations Defended at USSR
higher Educational Institutions (12)
SO: Sum. No. 556, 24, Jun 55

ZATHAR T, Me.agronom,
Crop yields on interbelt fields. Akuka L pared. op. v sellkhos. 7
no.10:54-55 0 157. (NLRA losil)
(Field crops) (Windbreaks. shelterbelts, etc.)

~Zgqpov I V-. V.
Adhesive forces between bark and wood at low temperatures. Der.
prom. 12 no.90.0 3 163. (MIRA 16:10)
1. TSentrnlfnyy riauclino-isgledovat,;-ill.,ikiy institut Mokhanizatsii i
anergetiki lesnoy proV stile nnoati.

V. 7.
~ 7
"Temp-3rature durinol, Alr.-eno of 37phili~, ~' Vt~,". i
D--rr-atol., 110. 4, 1948.
libr.,, ClIn. atrn:Ac-Ifencreal Di:!viott3, Kuyb,1,31it-,v Stata Inst.,

ZNIN. A.S.; ZRNI N, B. A. ZAKHAROV, V. V.
Results of the treatiment of lupus tuberculosis with vitsain D2
associated with diat'hormocoagulation. Vast. vener., Moskva no.
3:24-28 May-,Ium 1952. (CLML 22:4)
1. Profesmor for A. :5. Zenin; Candidate Medical Sciences for B. A.
Zenin. 2. Kvrbysbev.