SCIENTIFIC ABSTRACT ZYKOV, D. D. - ZYKOV, K. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065810006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

"Desulfurization of Coke Gas and Other Combustible Cases." Metal-lurgiz&4.
1950
Com:mantar~, preface,selected excerpts,, etc. W-19772, 28 Sep 51

Card 1/1 : Pub. 41-13/18
Author : Karavayev,, N. M., Corresponding Member, Academy of Sciences, USSR;
Zykov, D. D., and Kondukovj N. B.
Title : Unused possibilities of periodic rectification of complex mixtures
Periodical : Izv. AN SSSR~ Otd. tekh. nauk 3, 123-129, blar 1954
Abstract Presents the principles of method of rectification with introduction
of intermediate fractions which intensifies the periodic process of
rectification. Shows a method for practical use of the process in
the distillation of coal-tar fraction for obtaining naphthalene.
Tables, diagrams. Two references.
Institution

IVSKII%-B.H*-;-ZMIYI-P.R_--ZYXOV D.D. dotsent;---PIX,-I.Sh..; SMF.-.
FILMYBV, A.A.; YUJXLI~&' H.S., rodaktor; JURIYE,
M.S., tekhnicheskiy redaktor.
[General chemical technology of organic substances] Obshc7haia.khImi-
cheekaia tekhnologiia organicheekikh veshchept7. 'Pod,red. D.D.Zyko-
va. Moskva, Goo. nauchno-takhn.izd-vo khim. lit-ry, 1955. 463~P-
(Chemistry, Technical) (MLRA 8:4)

,f h,
on ~111 old ra,mr(hul qvif pmp,-'! F r-'I 1-~
111;cZf;v' 4,! 19',-,1 - , ~d m . ~Zvd 11":11 a.~-
~um,m j h~t Lod nw,.,tmi lyahs",r- 'm !'-tT v pltw '1-,1l Ill.-
c,m-prf, rif the liqijd iq tl~u "me ~t rn I F~Imt "d flit ljl~tr,
and that thr -.ADat,l -, lhr p'--Itii tir, TtI tlt~
ii,jr, ' P1.0,s i,~,r V ior, o, thi, -.ul

USSR/C hemi atry - Physical chemistry
Caxd 1/1 Pub. 116 - 6/24
Whom C Karavayav, N. M.; Zykov, D. D.; and Garber, h4 No
Title I Study of phase eqtLtlibriums of a mphthalin-bol~a-c-,Ejtl*q-lnaphthp-Un qysltem
POAOdiCdl t Ukr. khim. zhur. 21/2, 176-191, 1955
Abatz-act t The naphtha' in-beta-metIVr1naphthalln system fnvegti.gated for the pur-
r . '.h+
Institution The 7. 1-~ I in kn~!
Inst. -~, -~*-.,- . :,!.
Submitted November 26, 1953

KARAVATEV-N-dX-- ZYK:)V-D-D --KOt1DUKOVj-N4-BO
Single stages evaporator dasigned for the study of high-boiling
point mixtures. Zav.1ab. 21 no.2:245-246 155 (RUA 8:6)
1. Mookovsk1y institut khimichookogo mashinontroyenlys,
(Boiling points) (Evaporating appli"COGY
;111 111F-1111 R -II MITIMM I IM IN RLIN lilt fill "M 11111011111111111

USSR/ Chemi stry - Chemica.~ technology
Card 1/1 Pub. 11.6 - 26/30
Authors I Karavayev, N. M.; Zyicov, D. D. 1 Garber, Yu. M. 1, Gumienyuk, T. D. wid
Sandul, T. V.
Title I Phase equilibriums of naphthalin qith coal Lair framtLons
Periodical i tricr. khim. zhur. 21/3, 410-415, June 1955
Abatract I The phase conversions of' naphthalin with varimis coal. tar fractiona was
investigated on a laborator], rjictLficatLon -olumn to determine the effect
of Ivw boiling camponents (heavy fractions) on the phase equillibrWm curve.
7he fact that coal tar and oil form a paIyaz;eotropIj:.- mixture was taken into
consider--,*- ior, ind he axe. evalua-ed. One U'~~ i-eference (1.955,'.
Tables: ~rad-s,
--.t', 11- D WbVhr4ciII-'-`6r&'7th4--- w'Vil V--
hfitl~
-,Institution- --The Stalirv
0A
Chem. Machine Constr.j Yibsbdw
Submitted December 24, 1353 and January 14, 1955

0 V,
USSR/Chemical Technology Cheiiilcal ProductO aild Their 1-13
Application--~reatment of solid mineral fuels
Abs Jour: Ref Zhur-Khimiya, 1!,) 3, 19,57, 9217
Ai.tthor Garber, Yu. IT., Z,,rko4.._~D., and Karav.ayev, N.M.
Inst Academy of Scleaves USSR
Title Vapor Preswire of Coal Tar Fractions
Orig Pub: Izv. AN SSSR, Section on Technical S;Iences, 1950,
No 11, 101-105
Abstract: A niethou is described for (Itetermining,the temper-
attire depen(Ience of the vapor pressure of various
coal tar fracttoiis. 11"Lie coal tar'fractio-ns are
treated as binar~~ mi:,Ctilres, one component be�ng
a substance, the teinperature dependence,of the
vapor pi,essure of uhich is known and the other com-
ponent be-Jug all ~Itie otlier substances boiling above
or below the inclivi6tial substance. A phase equil-
ibriura curve is plotted on the basis of expe.-imental
data, and the avera,-e vapor press8re of the complex
Card 1/2
VI-lumIcal
Tec,rjoj()gy.
Application- , Cheajic,11 D
-T)'eatinent of-roclucts: and Their 13
Abs Jour: Ref Zhur-KIji In1.1 It,% Solid miileraitfuels .1
1957, 9217
Abstract:
cOJnPonent is ec.,~ fro,,, the c
the coef
iiclents A'al'11(t 'B (which III'Ve
character'
tion log "tic Of a quantities
P "Ive'l 9t,bstance). in
ij!)
al,le-rage v- A + 13 the equ-
aPor PllesSilre aii(I T th -Y where p is the
atlire, are de -
A graph of th 01 ab,901LIte te'r-per-
terIllilled fr':~ril two PO'I1t8 01, th
e average 13
their avepar,-e I P Of the fra6t e curve.
MlecUlar wci,,Ilt is ~,Ojjs Vs.
Ca 0 Presented.

Chemical products of cocking (their utilirn:tion in the United
States). Koko i khim. no#8:57-58 156. (MLI?A 10:1)
1. MoRkavokiv inatittit khimiche*Okogo vnshinontrVenlya,
(United States-Coke Indilitry)

--rARAVATZV-,--N.-Ho---;---ZYKGV,
- ------------
Answer to the remarks of B.K. Pate. Ukr.khiv.zhnT. 22 no.2:265
056. (M~ 9-.~)
(Phase rule and equilibrium) (Naphthalene) (Plate, B.M*-)'~

ASTAKHOV, V.I. (Mcskva),- 2dKOV D.D. (Moskva). KOLYVAGIN, A.A. (Foskva);
SEWNOVA, I.M. ~~s ~Va
'Calculating the distillation process on alcomputing machine# Izv.-
AN SSSR. Otd.tekh,nauk. MetJ topl. no.43165-riO J1-Ag ;1,62.
(MIRA 15:8)
(Distillation, Fractional) (Calculating nachines)
1 -041 PIN ! 1.
f I, it li;,W, r UWE -T I 1;~;EA I P'Ilrl Mil IIH fl. ITIV. R-IIIIA1111111 IIMI I I V I I'd

Regarding the review of Al Chn-fu of 1. R. Korobabanskii and
M. D. Kuznetoov's book "Computation of equ ipment used for the
recovery of chemical prodnoto in coking*. Koko i khim. no-3:64
'57-- WRA 10;5)
1. Mookovskly institut, kbimicheekogg mashiiiastroyenlyas
(Coke industry-kuipment and supplies)

V
AUTHOR: Zykov, D.D., Candidate of Technical Sciences. 68-6-11/19
TITLE: Calculation of Oompositions of Equili~riuwPhases for
Chemical Coking Products. (Raschet sostavov ravnovesnykh
faz dlya khimichestikh produktov lroksovaniya)
PERIODICAL; Koks i Khimiya, 1957, No.6$ PP- 37 - 41 (USSR)
ABSTRACT: A nomogram for calculating vapour preesures from:,temp-
eratures and temperatures from vapour pressur.es as an aid-for
calculating distillation processes is proposed. Its use is
demonstrated on an example of distillation of tar (composition
in Table 3). The difference in the determined and(alculted
value of the final concentration did not 'exceed 4% and that of
temperature - 1%. The method proposed can be used for~calcul-
ating co 1 umns "from plate to plate" checking the behaviour of
the individual components of a compiex mixture along the height
of;the column, etc.
There are 5 tables, 1 figure and 4 Slavic references..
ASSOCIATION: Moscow Institute of Chemical Machine Building.
(Moskovskiy Institut Khimicheskogo Mashinostroyeniya)
AVAILA13LE: Library of Congress
Card 1/1

-C
AUTHORS: Zykov D.D., Karavayev, 1I.V1. and Kondukov, II.B.
TITLE: Vapour Phase Purification of Benzole from Sulphurous
Compounds (Parofaznaya ochistka benzola ot sernistykh
soyedineniy)
PERIODICAL: Koks i Khimiya, 1957, -No- 12t pp. 33 - 3? (USSR).
ABSTRACT: The possibility of a continuous purification of benzole
frL~m thiophene and other sulphurous com.pounds by passing a
mixture of benzole vapours and hydrogen through a purifying
layer in a static or a fluidised state was investigated. The
laboratory apparatus used for the investiL..,,ation is described
(Fig.1). The addition of hydrogen or some other diluting gas
was necessary as when the fluidisetion is obtained by benzole
vapours alone, the concentration of sulphur in the vapour is
too high. As a purifying inedium, iron ore reduced in~ hydrogen
was used. This was activated by a 501o addition of sodium
hydroxide. The preparation of the ore is described in some
detail. Some of the experimental results obtained are shown
in Tables 1 and 2. The results indicated that a complete
purification of benzole from all forms of sulphur (including
thiophene) can be achieved by passing it through a fluidised
or static bed of activated iron ore at 400-450 00. The optimum
Cardl/2 velocity of purification in the fluidised bed 0-11 cm/sec at

Vapour Phase Purification of Benzole from Sulphurous Compounds
the initial velocity of fluidisation 5-6 cm/sec (400-450 OC).
In a static layer, the optimum velocity is below 0.5 cm/sec.
Summary height of iron ore layer, necessary for complete puri-
fication of benzole for the fluidised bed is 300-350 mm and
for the static bed 90-100 mm. The sulphur-removing capacity
of the purifying mass in respect of thiophene sulphur is 5~-60,6.
Regeneration of the mass restores its purifying properties.
Laboratory tests and analyses were carried out by Z.I. Anisimova.
There are 2 tables.
ASSOCIATION: TAM
AVAILABLE: Library of Congress
Card 2/2

AUTHORS Zykov D D Khlabnikova, V.V. 32-8-1~8/61
0 018vt O.Y.
TITLE Heating Devices for Laboratory Rectif ication Columns.
(Sposob obogreva laboratornykh rektifikatsionnykh kolonn.)
PERIODICAL Zavodskaya Laboratoriya, 1957, Vol. 23, Nr 8,
Pp- 995-995 (USSR)
ABSTRACT In order to obtain the most favorable:a diabatia conditions
in the heating plant of rectification columns a new heating
system is suggested in this paper, which is characterized
mainly,by the fact that the principal column as well as
its covering are made of the same material in order that
equal linear expansion of both bQ attained. The device is
described as follows: Its basic component is the boiler
upon which the rootrification column rests. In the upper
part of the column there is the column head with a conden-
ser and an outlet pipe for fractions with a straight-way
cook. The boiler receives its heat from the electric.
heating coil, which i.s wound round the.main column. The
outer encasing column also has a heating network, By
automatically switching on the two heating systems alter-
natingly a uniform heating of the entire rectification
CARD 1/2 ~!olumn is warranted, i.e. for the case that the interior
column

32-8-48/61
Heating Devices for Laboratory Rectification Columns.
receives more heat by rising vapors in the interior, it
simultaneously expands to a greater extant than the exterior
encasing oolumA. This fact itself causes switching on of
the heating network in the external encasement oolumni and
the switching off of the interior heating, so that the dif-
ference in temperature is soon equalized. This arrangement
of the heating order in the rectification column was found
to be satisfactory.
There is 1 figure.
ASSOCIATION: Moscow Institute for the achinesUsod in
0,4
(Moskovskiy Institut khimiclfles ogo masrallostroyeniya).
AVAILABLE: Library of Congress.
CARD 2/2

AUTHOR: Zykov, D. D. (Moscow). 24-1-13/26
TITLE: Rectification of complex mixtureb, method of calculation.
(Rektifikatsiya slozhnykh smesey,,mutod rascheta).
PERIODICAL: Izvestiya Akademii Nauk, Otdeleni e Tekhnicheskikh
_1~.
Nauk, 1958, No.1, pp. 100-106 (USSR
ABSTRACT: The fundamental difficulty of rectification calculations
of complex mixtures is the determination of the:
compositions of distillates and the residue obtained
during the distillation. A number of authors (Refs.1-9)
determined these values by means of successive ,
approximation applying a number of assumptions which are
accurate to a greater or lesser extent'. In this paper
the conception of the temperature boundary of division
of the mixture is introduced by means of which it is
convenient to analyse the distribution of each of the
components between the distillate and the residue. A
numerical calculation example is included to illustrate
the use of the relations derived in the paper.
There are 3 figures, 2 tables and 12 references
Card 1/1 6 Russian, 5 English, 1 German.
SUBMITTED: March 27 1 1957.
AVAILABLE: Library of Congress.

32-2-39/60
AUTHORS: Zykov, D. D. Lytkin, I. A. , Sobolev, G. V. .: Khlebnikova,
_777.
TITLEx A Device for Recording the Distillation Curve (Pribor,dlya
zapisi krivoy razgonki)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr 2, pp.12221- 223
(USSR)
ABSTRACT; An automatic device recordinS, the~bmling temperature 'and the
amounts of distilled substance in rectification columns was
developed (according to W'1%) at th~a inWtute mentiom d below.
The distillate flows into a container, which is in equilibrium
on beam scales with vieights (from an automatic apparatus). The
waight of the distillate causes a 'lowerinG of the,beam, which
short-circuits a contact anJ thui cauzoo the c:)eration of a
relay, which acrain starts off an automatic device. A paper
sli bagins to move, which is adj4sted'according to tempera-
p
ture by a thermocouple, the twem~exatiire being reacrdod on the
slip. It galvanometer reCOrd3 the curve until tho appliance
Card 1/2 xelea3-~d at the same tima for the balo-noinC of the weight

32-2-39/60
A Device for Recording the Distillation Curve
re-establishav aquili~rium and thuit raloami the trip-up
.contact. A figure s1i6y;ing the apparatus and a distillation
curve ( WK) is given. There are 2 figuros, and 1 reference,
which is Slavic.
ASSOCIATION: M.00cow Institute of Chmica.1 MacbInp-bulidijig
(Iloskovsk.iy institut khimicheskogo marh inostroyeniya)
AVAILABLE. Library of Congresa
1. MAMing plantri-Equipment
Card 2/2

f t
P,,a,, nc).7:5f~ 71
1. Moalovskly ino,j.tu;, k- i 7' Clr'45 -,'~g 0 rN L
Fh',nf,,o troyerlya,
helm
. ~- - . 4
jifllillI 4114111151
11 RM tj Will MH I IIII. I soll'I'll, 111611g,111UH111 III
dUVz5;jIlIR

KAPAVAYEV,
AKOPYAN, L.A VARYGINv N.N.; GUTAREV V.V.;.~RKqy
AZUROV, D.U.1
KONDUKOV, N.B,j LASTOVTSEV A.14.; MAKAROV, Tw,I.; 14
MARTYUSHIN, I *Go; MASLOVSKIY, M.F.; NIKOLAYEV,, P.14~V,PLAROVSKU,
CHEXHOVP 0.3~ KHVALIXOV~ A.Me'
A.N.; AYCHKOV, A.I. (deceasadjl 0.
SHAKHOVA, NOA.
Theory and Dractice of heterogeneous processa6 in a fluidized,
bed. Trudy MIKHM 26:3~-22 164.~ :'(MIRA 19:5)

1ZYKOV, D.D.
Distribution of the components of a compoolte mixture under
the work conditions of rectification. Trudy 141KH14 26:50-59
164. (WRA 18 5)

ALEKSANDROVA, I.M.; ZYKOV, D.D.
True boiling point curves oC heavy petroleum products. Khim. i
tekh. topl. i masel 9 no.1209-43 D 064. (MIRA 18:2)
1. Moskovskiy institut khimichoskogo mashinostroyeniya.

BELENOVI Ye.A.; BOYARCHOK, P.G.; ZYKOVI DO.
Method of calculating mass transfer coefficients. Xhim. prom.
40 no.10:754-756 0 164. MRA 18:3)

ASTAKHOV, V~Iv; ZYKOVp_D,Ds,- KORTIKOVO V.S,
Number of units of tran,3fer In the reotification of binary
mixtures. Xhim. prom. 40 no.10.-763-764 0 164. (MIRA 18.3)

BEU N 0.7 Yo A.; ZYX07.'
MethaJ of' calculiti.rin c;.*" rass in till!
binary mixE.-ares. Izv. vyq. ucheb, za,~ . I ldjm~ tckh. 7
no-4:661-o64 t(;,,. NIPUA 17:12),
1. Kafedra m-ash-Iny t appar-aty zavcdov po khitnl~iheslk-v preralbotice
topliva Tvlosk:,vqklcfp instituta kh! miche sk-ogo mu-AzIncstroyenlya-

ZYKOV, D.D.; MAYMOV, V.P.; NIKITIN, V.A.; TREBIN, A.G.
Plotting the mathematical model of the rectification process of'a
multiple,component mixture using the data of the column performance,
Khim.prom. no.12:889-894 D 163. (MIRA 170).

RORtIKOV, V.S.; ZYKOV, D.D., doktor tekh .n,nauk
Calculating the distillation process of a multicomponent, m-ixture by
conditional equilibrium curve. Koks i khim. no,,11:49~-53 '63. '~
(MIRA 16:112)
1. Moskovskiy institut khimicheskogo ruishinostroyeniya.

SELIVANOV, L.M. (Moskva); -006C,-D.D-,-(Moskva)--~'~~-
Motive force of mass exchange during the distillstion process
in cross flow conditions. Izy.. AN SSSR. Otd. tekh. nauk. Met,
i topl. no.2:168-173 Mr-Ap 162. (KRA 15.4)
(Mass transfer) (Distillation apparatus)

ASTAKHOV, V.I.- (Moskva);- ZIKOV, D,D. (M6rjkva)
Analytical Oethod of calculating the number.of, theomtical
plates in thb distillation of binary mixtures.;, Izv.. AN SSSR.
-(If 14:12)
Otd.' tekb. nauk. Met. i topl. nd.6:177-180 11-DA61. JRA
(Disti1lation apparatus)

1172 IN 411 111- 1, 011111114
RIECHN, Alfred; LRYINA, Ye.H. (translator]; SUQT,31.~~. red.
[2bndamentals of the technology of orgenic'subotances] 08nov'y
tekhnologii organicheakikh veahcheutv, Hookya, Goakhimizdat,
1959. 532 ps Wu 14:3)
(Chemistry, Organic)

---- ---------- - --
-UGOROT,---Ifik6lay-Nikolayevich--DHITRIYV,- Mikhiil -MikhayLovich; OT,
Dmitriy --,BR(MSKIT, Turiy Nikolayevi-ch; TCZWKOIA,--
OL. T-ie-a. i zd-va; KLMM, K.R., talchn.red,
[Removal of sulfur,from cokeo-oven gas and Othor1ruel gaseelt
Ochietka at eery koksovallnogo I drugikh gp~ i luchlIch go zov. ~I%d%:2.#
porer, i dop, Pod red, 11.N.Togorova. 14onloa, ku.na-uchric-tekht.
12d-vo lit-ry po chernoi i tevetnoi matallurgii, 1960. 341 P.
(MIRA 14:3)
(Gases-Parification) (sulfur)

ZTKOVO D., kand.tekhn.nauk
At a coke plant. IUn. tekh. 2 no-7:36-41 JI '58.
(Coke industry)
(KRA 11:10)

~SOV/24-58-6-.12/35
AUTHORS: Yevstaflyev, A.G., Zyko D-;7-V-.--zMFUrav&yev, N.Ma~
Yt_
(Moscow)
TITLE: Relative feet
EX ... of Certain Factors on zhe Mass-Excharige
Process in a Plate-Type Column Installation (Otnositall-
noye vliyaniye nekotorykh faktorov na protses mass .onbmena
v kolonnom apparate t0blIchatog6 tipa)
PERIODICAL: Izvestiya Akademii Nauk, Otdeleniye tekhnichoskikh nauk,
1958, Nr 6, pp 77-83 (USSR)
ABSTRACT: It has already been shown (eg refs 1-3) that among factors
influencing the change in concentration along a plate-type
cobimn is mass-transfer.between adjacent layers of the
moving liquid and the analogou !'asstransferjn the
vapour. The author hasipreviatisly analysed
ref 1
) the
.
change in the concentration of the low-boilingtraction
allowing for mixing of liquid and.vapour. In,the present
work the attempts to deduce the influence of this and
other factors on the change.of c~'Pnce tration ot the com-

ponents; along a plate-type columnarei described.
He
shows that mass exchange in the Inter-plate space can be
Card 1/3 regarded as the sum of three mass-exchango prooesses:
between liquid and vapour) between adjacent moving liquid

SOV/24..58-6-12/35
Relative Sftect,j of Certain Factors on the Mass-Exchanga Process
in a Plate-Type Column Installation
layers~ and between layers of vapour.: Using his previous
(ref 1 relations he shows that the degree of attainment
of vapour/liquid equilibrium should always be considered
in column design. Because of the complexity of their
effect on the overall process the author considers,the
other two processes by taking th6 exaipls of a toluene-
carbon tetrachloride mixture and'examining seven particular
cases. These cover various combinations of degrees of
mixing in the liquid and the vapour but apply only to the
bottom two plates. The results (tablis I and fig 2) show
that mixing in the liquid is an important (table 2) but
not controlling factor, while mixing in the vapour can be
ignored. On this basis column calculations can be
classified in four degrees of ap roximation, depending on
the number of the above factors they take into considera-
tion: most methods used for plate coolers belong to the
second approximation group, in which bnly mass4xchange
between liquid and vapour is considered and can lead to
Card 22/3 errors of up to 40%. The author elaborates on the weak-
nesses of this approach and recommends for technical

SOV/24-58-6-12/35
Relative Rffeet.._) of Certain Factors on the Mass-Exchange Process
in a Plate-Type Column Installation
calculations the third-approximation method, in which tho
only factor ignored Is mass exchange between adjacent
vapour layers and errors of tp-% are obtained. He deduces
suitable equations from the more exact'fourth approach
method and concludes with a niimerical example.
There are 2 figures, 3 tables and 3 references (1 Soviett
I English and 1 German)

KHASMIF, S.,,i.; KONOVALOV, V.A.; POIT?111
awing force of a double-deck dram 0 vam. Derv From. no.1
D 164 2 *14 1
all
TI, Pat
Lill-IMIJI .1 '1111,1111141

USTDWKO Staii iOZhxU-master--Z3ZOV--FX. --otarshiy-dorozfi-;;-
'V Uiaov, Ye,I,, dorank-
n-yymaster; KIRRY., P.I.; rVANITSKrY.. Iiw.
Mymaster; GAYDAR.. P.R.; SIDOROVp B.N.; SAVKOVj Ye.I.; SAPDRIWI
A.N.; FEMVp A.S.; BURLAKI F.V.., inzh.
letters to the editor. Putt i put,khozo xio.542-" MV 161
IMM 100
lo Stantalya KupinopCinskoy doroti (for Usti~anko),,2. Staitslya
Koteltnicho Gorlkovakoy dorogi or Zykor).,'3* Stantsiya Petto-
pav.lovsk, Onskoy dorogi (for Kireyp Ivanitalcly)o 41 Stantalyal
Stupino., Moskovskoy dorogi (for Ubanov)* 5,0 Zamestiteal noobal'-~
'aika distanstaii puti, at., Izytm, Donetsko7 dorogi (for Geti4ar)o
i6o Ikehaltnik distantaii. putip St. Berlikj Kazakhakoy dorogi,
(ror Sidorov), 7. Nachallnik PW-62, at. Nikitovka'j, D=etakoy
clorogi (for Savkov). 8. SgLehW master sbehoibenochnogo karlj,~ra
St. Chokparp KazsXbskoy dorogi (for Safonkiu), 9*~ Ifachallnik
toUnicheokogo otdela oluzhb3r puti.. g. Yaronlavlv (for Petrov).
109 Dietantsiya zashchittykh lesojaaaasMeniVp St. Artemovsk, Do-
netokoy dorogi, (for Burlsk).
(HaUroads)

-------------
/G-
AUTMIOR 6 Nxivich, G. I.; Pe brusenko) K.
ORG: none
TITLE: Long terni memory device
SOUIRCE: Me!~Van. atsiya i av'-;oiiatizd'-siya upravlcrniya, no. 31 1966i 23-26
,TOPIC TAGS: coinputer mer-Dry, -clect~onic amplifier
G B C007': '01)
Tho Institfito of Cjbornotion-of tho ko~demy of Sclanoos Pf tho
lan SSR haa dovoloped a diode-trannfornor long term ri'emory dovico itith
-UkrAnA.
-paoity of 3,19252.;.digit numbors. Tho dovico conaists f an addro63
cl 0
A
docodor, 64 commutatin-f and a numorical section Pluo 55 readout
ampliftor3. in ordor to inc.-a---zo the rolJ~ability of tho mom-ory imit, bidlk.-,
in control of -,-.h,) units which detormino th6 addroan of a numbor coll in a foaturos.
no (built-in control on modullia 3)6
Tho memory yolumo is dividod into throu portio
Compopontz of tho unit '*aaa tontod uaing an o.-qjor:L--cntal modol idth a crapacit7
of 51Z 5Z-d:Lg'u numborz* P-ji:imr-'L3,-r at$oontion vzs Givon to thwo que-zitity and
naturo of tho zoi.-oa at tho outvat of tho collo. induotiva'and wpaoltivo
noisou di-l n:)'v tho ciZir-:11 lovol. frcquozay is 600 XC3.
Orig*. art. has:. 3 figures. 1JPRS: 37M71
j Card lzi iUDC: 681.142.65~

tF_L-j6bL.6-~66-5jT(d_)
i~ 1.-Wcc _NR- AT6017030,' SOURCE CODE: Ult/0000/65/000/000/0051/0058
'';AUTHOR: Zykov.-Ft--N, ILI
ORG: None
TITLE: A method for the synthesis of decodern with a iieparated load
soukcE: AN UkrSSR. Kiberneticheskaya tekhnika (Cybernetic techniques).'
Kiev, Naukova dumka, 1965, 51-58
TOPIC TAGS: digital decoder, circuit design,. coffing,
ABSTRACT: Standard decoding circuits with a separated load require a consider-
Iable code excess at the input, which leads to substantiaL expenditures for the de-
vices. The present author examines the fea~sibility of constrticting decoders on the
basis of reduced codes which use "determining" classes of Like orthogonal code.
The employment of this code in conjunction with the simultaneous irse of summation
-ent and voltages makes it possible to save on the equi 'ment and to simpufy,
of curi P
Athe manufacture of decoders. -Designs of several decoders are, studied as an ex-
I ample. An investigation is made of the effectiveness of a decoder which combines
the functions of decoding and multiplication of matrices with the simultaxieous use
of the method of summation of current and voltage, as COMPaTed, for exianple,
with a decoder designed according to, the principle of voltage summationj It is
.:found that the p ropoued combined method produces a demign oi a decodev'~Mazq
~_Card_l/z

L 36046,.~66
J---ACC- N
T6oI703C7
than
'0 Igns, since it
Of the circuit ri's requires jes,,
.sias: 4 fiaure 'an,increase in th COMPonen
s and I ta le., e nurnber. a The effect!
b. deci)d
er ougputu,-,
S'UB CODE: 09 9rig. art
DATE:
ZU4165/,
ORIG REE--
ont 0i
00z
j,
w.
% .7
F.
Cird
wi~

3/696/61/003/000/010/011
D251/D304
AUTHOR., Zykov, F.N#
TITLE: Memory unit for a control machine
SOURCE: Akademiya nauk Ukrayinelkoyi RSR9 Obehyslyuval,lnyy
tsentr. Zbirnyk prate' z obohyslyuvallnoyi matpmatyky
i tekhniky, v.,3, 1961, 104 - 110
TEXT: The article discusses the use of semiconductors in.~the ope-
rative memory units (0MU1b) of control machines and systems. Such
a memory unit wts constructed at the Obehyslyuval.Inyy,tsentr (Com-
puter Center) capable of operating under local temperature oscilla-
tion of � 6000. As well as the OMUf the apparatus contained a pas-
sive memory unit (PMU) with modulus in 1024 numbers. A block-dia-
gram and the working scheme of the OMU is given. A diode-transfor-
mer rectifier is used to reduce lose in the address net..This rec-
tifier cofisists of a double two-coordinate net. The reverse code is-,
used in the odd-number matrix and the direct code in the eveni In
the experiment a number core of ZT-1 (VT-1) ferrite was used#.measu-
Card 1,/2

B169 61/003/000/010/011
Memory unit for a control machine D251YD304
3
suring 1.2 x 0.7 X,0-8 mm . The working parameters of the ferrite
are given in tabular form. In practice the temperature range was re---.
duced by use of a thermostat. The non-standard elements of the~Omu
are discussedo namelyj the address formulatorp the key element' the
di3charge recording formulatorp and the amplifier. In all the ele-
ments except the first cascade where a P-403 (P-403) triod6 is
usedq the triodes employed are ~168 (P16B). All elements are teB-.
ted ill the defective-regimea Tests show that the elements are sui-
table for use in an OMU scheme with the reduction of highly tech-
nical data. There are 1 table and 9 figures.

---DTJBROV ZYXOV-qw-.1.-, --XDW1V4-VOA.----
Improved annealing of electrical steel. Ketallurg no.10:27-28
o 156. (XWA 9: 11)
1. Verkh-Isetekiy metallurgicheekly savod.
(St*ol--Roat treatment)

SMYMM, H.M.1 SOGACHIV, I.F.; ZYKOV. G.A.; SULTA.H. R.Sh.
Study of the plasticityof transformer oteels. ffliz.metA metal-
loved. 1 no.1:167-175 155. (XLVA
1. Uraltakiy politsihnicheakiy institut imeni S.M. Kirov& i
Verkh~leetvkiy metallurgichaskiy sayod.
(Shoat steel)
711; 1,,i 11-1
cd

AUTHORS: Zykov, G.A. and Nakhodkins a G.
TITIE: Influence of certain Gases on the Emi .ssion of Oxide
(;athodes (Vliyaniye nekotorykh gazov na. emissiyu oksidnoCo
katoda)
PERIODICAL: Radio t ekhnika i Elelktronika, 1058,~ Vol 3, Nr 8,
PP 1031 - 1039 (USSR)
ABSTRACT: Investigations viere c--rried out, 'on the oxide cathodes
of the standard vacuum tubes, type 6Zh2P. For.the
purpose of investigation, a special Method of unsealing
tubes was.developed and the pressure,of the poisoning
gases was maintained constant. The equipment 'and'the
methods of measurement are similar to those described
by the authors in an earlier work (Ref 1). The oxygen
employed in -the experiments was ~obtained by obemi'cal
decomposition of potassium permangana-te; tho hydroeen
was applied by means of a palladium capillary-tube; the
carbon monoxide was obtained by heatinG a mixture of zinc
and calcium carbonate and the chlorine was obtained by
thermal decomposition of potassium chloride. The gases
viere dessic~~ted by ,,-,cans of P20 5' The emission current
Cardl/4 as a function of tire for a cathode operatinG' at. a

Influence of Certain Gases oa the Emission of oxide Cathodes
temperature of 1 020 OK and ox~rgpn pressure of ?.10-2 vi~ffg,
Is represented by t.'L-,e curves of FiGure~l; the fallinG
-oortions of the.curves represent~the.iocay of current as
a function of tine, vjhile the rising 'portions. represent
the recovery of the cathode aftp:r the,evacuation of the
O'Zllses. The nw-tibers on the curves refer to successive
-admission cycles for the oxygen.' SDPilar curves are
shown, in Yir,--ure 2 ~for the same temperature and pressure).
The poisoning and the recovery effect in a cathode
subjected to the action of carbon monoxide is represpnted
by the curves of rigure 3. The 9e curves ere~taken at
temperatures ranging from 3-10-, to 6.:10 mmHg.~ Figure 4
shows similar curves but theselere taken a varlous
temperatures (ranging from 860 K t&I 020 1 t.was
found that in the temperature ra'np_e,of 900 :1 020 K and
at pressures up to 10-5 mmHg, the presence of hydrogen
had no effect on the emission of the cathodes; in fact,
in some cases, it ap-eared to enhance the emission.
The effect of chlorine poisoning is illustrated in
Figures 6, ? and 8. From. these, it is seen that at a
Card2/4

S01111054-8-8118- - -----
Influence of Certain Gases on the Emission~of Oxide Cathodes
0
certain temperature (1,020 K), the presence of chlorine
does not affect -the emission; thJ..g tarperature is very
critical and, consequently, up,,rard or dov-nvard.chaliges
lead to a quick deterioration of'the cathode. The-main
conclusion of th~is investigation is that the poisoning
effect of the gases is primarily (1pendent on the pressure
of the gas, the temperature and acLivity of tho.ca-thode.
Under certain conditions, such poisonous Gasesas water
vapour or chlorine have no poisohinf, effect and, in fact,
can enhance the emission. It was1fou-nd that oxygen,
carbon monoxide and chlorine have a critical pressure,
below, which the gas does not have anj.notic ble ill effect
on the cathode. At a temperature of 1 020 :the,
rL
critical pres-sure for hydxogen is about 5.10 _1mHG f or
carbon monoxide it is about 5.10-.? mnlig and for chlorine
-6 i
it is about 1.10 mL-3 6. The authors make acknowledgment
to Corresponding L!ember of the Ukrainian Ac.Sc.~
N.D. 11orEulis for his interest In this work ana,to
G.Ya. Pikus for h_JE help in carryinG out the experiments.
Card3/4

SOV/1001-3-8-8/18
Influence of Certain Gases on the Emission of Cj,--d- C,-,-.'Lodes
There are 8figures and lu" refererices,.'/. of v"hi ch are
English, 2 German and 7 Soviet (4 Of these are translations).
ASSOCIATION: Kiyevskiy Gosudarstvenriyy univeksitet im.
.T.G. Shevchenko~ki'ev SL'Ite,Universitv =eni
y
T. G. Shevchen1co
SUBMITTED: Januarg 29, 1958
1. Cathodes (Electron tube)--Perf6r'mance 2. Metalloxides
Card 4/4 --Properties 3. Thermionic emission 4~ Gases--Electrical
effects

SOV/137-;9-1-1268
Translation from: Referativnyy zhurnal Meta.llurgi,ya, 19i9, Nr I..'p171 (USSR)
AUTHORS: Trakhtenberg, B - F.,- Zykov,. G. A.
TITLE: The Effect of Annealing Temperature on the:Magnetic P'-operties of
Hot-rolled Transformer Steel. iVlivan;ve ternperaturv ot.zhiga na
magnitnyye svoystva goryachekatanoy transformatornoy, stali)
PERIODICAL: Sb- nauchn. tr. Kuybyshevsk. indusir. in-ta. Mekhanika; 1958,
Nr 7, pp 159-168
ABSTRACT: Investigations were carried out in order to evaluate the~effect of
annealing temperatures ranging from 750 to lZ000C, with a' soaking
period of 4-8 hours, on the magnetic properties of a series of hot-
rolled transformer steels, It: was establisl-'ed that a 1,,igh-tf!mperature
anneal introduces an anomaly into the'shape of the magnetization
curves in regions correspondingto strong tgreater than 5- 15 oersted)
and medium magnetic fields 10.2-0.5 amp-t.urns/cm). A number of
magnetic characteristics are pre5ente'd graphically as a function of
the annealing temperature, and practical indications are given for
the manufacture of transformer steel possessing an inc.reas:ed per-
Card 1/1 meability in weak and medium fields !E45, E46. E47, and E48 grades).

.N, V-V., kand.fiz.-matemnauk;,ZUOV, G.A.. inib.; H3KHA.WVA,, X-I.;
inzh.
Repeated annealing of droo forgings made of 145 and 346. Vest.
elektroprom- 31 ng-5:41--13 W 160- (NUA 13:8)
(Steel forging")
(Steel--Eleat treatment)

W/0 0/ //,~ It, 3/18 1/61/003/'005/016/042
9,
01? as-p B 1 361B201
AUTHORS: Nakhodkinp N. G. and Zykovp G. A,
TITLE: Effect of oxygen on the electrical properties of an oxide
cathode at low pressures
PERIODICAL: Fizika tverdogo telap v. 30 no- 5 t 1961t 1436 1444
TEXT: Insufficient attention has been paid in previous studies to the com-
position of residual gases in Vacuum apparatus. The authors have therefore
conducted a thorough investigation, in which the sealedapparatus has repeat-
edly been filled with oxygen and evacuated to pressures 10-S.- 10-6 mm Hg.
The gaeresidue has been analyzed by means of an omegatron. First of.all,
two peaks have been observed at m - 16 and m - 32, accounting for 94% of
the total amount. Comparative measurements with the 600 mans analyzer b~
0. Ya. Pikus have shown the m - 32 peak to be higher'. A small nickel tube
filled with barium peroxide served as an oxygen source. Two 3p thick plati-
num probes were introduced into the oxide layers which had a thickness from
80 to 100V . In addition to the cathode current, thetmeaeuirements comprised
conductivityf thermo-emf, and other electrical parameterso The cathode cur-
Card 1/ 3

S11811611003100510161042
Effect of oxygen ... B136/3201
rent was measured at normal cathode temperatures with exponential pulses
(f - 1 cycle), and at higher temperatures in d-c operation. Resistivity
was determined from the potential drop between probe and~core, depending
upon the cathode current. The cathode,temperature was determined by.a
calibration curve and by means of a thin thermocouple. Experiments have
shown that both conductivity and thermionic emission current change almost
in parallel and without delay during poisoning and reduction, i.e., almost
allthe oxide layers participate in both processes. Two mechanisms are re-
ferred to for an explanation: first, the oxygen is adsorbed on all exposed
and fully developed grain surfaces of the oxiJe-laye'r, and splits into
atoms, whereby the negative surface charge of the grains is augmented; this
is accompanied by a decrease of the work function, and, consequently, of
all other electrical parameters as.well. Secondly, the diffusion of the
oxygen ions or atoms into the grain's,'which is directly proportional to
their surface concentrationg reduces the number of oxygen vacancies~which
may act as donor centers. Taking account of ditfusion providos an explan-
ation for the experimental findings. N. D. Morgulis, Corresponding Member
AS USSR, is thanked for his interest in the work. There axO figures and
34 references:' 11 Soviet-bloc and 23 non-Soviet-bloo. The 'three mont recent
Card 2/3

511811611003100510161042
Effect of oxygen ... B136/voi
references to English-language publications read as follows: G. Higginson,
Brit. J. Appl. Phys., 8, 148, 1957; 9, 106, 1958; 11. A. Surplice, Brit.
J. Appl. Phys., 10, 359, 1959-'
ASSOCIATION: Kiyevskiy gosudarstvennyy universitet imeni T. G. Shevchenko,
Kafedra elektroniki (Kiyev State University imeni T.G. Shev-
chenko, Department of Electronics)
SUBMITTED: August 18, 1960 (initially) December19, 196o (after revision)

OV G-.D. -agronom-
-KGLMSIIIKOV P.T.- , -inzb ZTY
Packing and preservation of silage coverad with a polyethylene
film. Zhivotnavodstvo 21 no-507-40 MY 159- (tAIRA 12:7)
1. VoeBoyuznyy nanchno-isaledovatellakiy Institui mellskokhozyay-
stvannogn mashinnstroyeniya.
(Ensilage) (Polyethylene)
Symmmm" MIMI

ZYKOV, I.D.; ROZHKOV, V.A.
Calculation of wind-driven surface and depth currents based on the
example of the 11orth Atlantic. Trudy GOIN no.81:37-53 164. :
WIRA 17:11)

MOV, I. D.
Use of deep-water anchors for erecting buoy stations in tho ocean*
Meteor.i.gidrol. no-9:51-52 S 163. (HIRA 16slO)
.1. Gosudarstvennyy okeanografichaskiy institut, Leningradskoye
otdeleniye.
MME l'i'll 1,177%
I J,

[Auront bomilisin the
"Jiteorolo,rical. Abot. tin.) PrirM4,MwoW,36(3),49-30.194T- MV~The Otenomenon was olmivi~d oil Sept.
V. 4 I'To. 10 29-29, 1946. in the Kemerovo dintrict (Kusbaiiiii) at WON, 87441M Its rmnlt Intenrity Is
explained by weather conditions and the unumil trnnivatent~ of the Otmoqphere. Detaill!d cf(~-
Ontobor 1953 acription of formi and co!m Is given. In conclusion.1he author points out the tapid thapo of
weather to anticyclanic type which set In alter thin %tight. SomL otsemlions -on tho.- Toltion
Part 11 between the aurora borratiq and weather conditionn In northern urtis (R-chota River legiolO am
DiblicCraphy on mentioned. Aabjcj:( lleadingi: 1. Aurora of BeVL 28-2tt 1946 I.Venther Influeacta J. xClutrovo
47irarar, Dimtrkt, SiberIA-M.A.S.
110011M ml,
ffilmm "llmull IT,

11 Him, I IT "IMIMMAr. 4-1
H R INUI R F,;% mggi g lm',"gt 'n-1, gai'll! -,ill 11 16QIO,6!11t;llllllililigI.1111164tiaLI 111gliglildligmgjugg 1911
... . ........................
MOVI_L.V. Magrk)
Snou cover of the West Siberj,an wooded steppe. tPriroda
51 no.11:103-105 N 162. (MIRA 15:11),
,(Siberiag WoUrn-Snaw)
Elm", F~,- M RRINOWIMMINPRISH 01,11111 ORION III ill
j~li;lml:qil~gift,7~4~~ill-l-~i3~i-rt-i?~i!T,1;4iiii--,--~~411:~.ilqlb~i~lI R 4ViVqlMR- :1111,P.IF Ill' b.; H it I Ill P-0 -At Ill 911! 111131ill Ill I Hill I I

R

4 It 0 a
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b
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A dk
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fmacts"I Abe PEW INT4

so a

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isdaut1bytbeauchw.
Oey imp. 1mv Orp" rim Knomeak
Sol we*
00
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Not
tee*

MIALLUR"SL L"ISATbOt CLASWKATIO*
M. ullut
us*
But
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1-11

ZYKOV Illya Vasil'yovich; KUSTOVA, Yo.G., rod.; RUDINA, G'.V. tekhri.
(Nature calendar of Kemerovo Province]Kalend'$r' prirody Kew-
rovskoi oblasti. Kerqerovo, Komerovskoe knizitiao izd-.voy 19600
126 p. (MMA 15311)
(Kemerovo Province-Vature study)
17

Wivit changoi place in Lim Teetlyakovo lAk.,49 I?.v 'lees
g6og ob-va 96 no. 1:57-60 Jam-F 164. (MIM 17;5)

gri.t.; ons c x1til n-,,i !.:i I n tk~,C~ hc-.2 tLn
I~ib. rall. Vast f62. 1715)

ZYKOV' I.V.
Linden groves in Western Siberia and their preservation. Ok'hr.prir.
i sapov.delo v SSSR no.4:29-32 '6o. (MIRX 13:6)
(Siberia, Western--Linden)

ZYKOT, I T riinak, Kamerovskoy oblasti).
The Pechora River as a route of migrator7 bir(la. Pr1roda 46 no.5,-
124-125 My 157. (KCRA 106)
(Pechora Valley-Birde-Migratiou)

ZYKOV' I.T.
Factors in the development of high grass stands on mountainous
relief. Bot.zhur.41 no.8:1208-1212 Ag 156. (XM 9:12)~
1. Novooibirski7 otdel Geograftehoakogo obuhahestys BSSR~
(Siberia, Western--Botanyu-Ecology)

-ZTKOV,- -------
A new geographical map, "Kuznetsk Basin." Reviewed b7 I.Y. Zykov..
Izv.Tses.geog.ob-va 88 no.4:396-397 JI-Ag '56. (MA:9310)
(ruznetek Basin--Geography)

. ......... fill 114144111H
1111111V
---'2be nature of bald mountain landscape. Geog. v shkole 18
no-3:57-59 W-Je 155. (KLU ":8:9)
(Kuznetsk Ala-Tau)

"r-I" I. V.
K
2. TJ-,-!t (Goo)
4. Cedar
7. Phenomenal cedars, priroda 14 no. 3, 195"
9. Monthly List of Russian Accessions, Library of Congress, 1953, Unclassified.
AIMMIRTIMMI oil I
I MI. a S., M
"......... ..

2. uss? (6co)
4. Arboriculture
Use planting practice of parks. Leo i step' 5, No. 1, 1950-3.
9. Monthly List of Russian Accessions, Library of Congress, April -1953. Unclassified.
11 1 1.09 WIN

1. IA 14 4 It if At it ti AAA m' m 1) to A' 10
F (A too) 49 0, A
a A-1 Ak - " 11~ A,
A, _41
0A,
1 "11 Am is fs SSI s74.40
LAIN,
(11,K1. -AA 'iml III, hAt"t
4:3 1 !A~' 1451. fig I o 1, DWI, I 1"t
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111".'11N o w0: o I.,
040 ..it, I III. mv I lgv, ~ I, ,-it I,., I A I ~I' I I 1'. 10 A I. v 1, kIJ."mi'mil A 'w'.
if., 44 IhAt 14 AA,ml I,% d., tt~ tf h.tv-1 A 4-KI, At'icultswat "Ittear.
048y, .1411OW Ovor. Krrtvts. Sibelid. I t 1)
Y. ~j6",
AS. I, &IcA& SATWO CLAIIJOICAT40
ILA TAOU
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ZJ1 ilLIV , I ,V . ----
3 3 06 5
Voskhozhdenie Na Polyshoy Taskyl. (ocherk). Stalinskiy Kuzbass, No. 2, 1949p' C.
162-70
SO: Letopis'Zhurnallnykh Stntey, Vol, 45, Moskva, 1949

ZYROV, I.Vo (Marlinek, Kamerovskaya oblasts).
The nutcracker in Siberian forents. Prirodm 41 mom7:112-114 J1 153.
(MIU 6:6)
(Siberia-Ifutoradker.5)

ZYK
(Mariinsk)
Early winter in southern Siberia. Priroda 54 no.12:127-128
D 165, (MIRA 18il2)

ZYKOV, K.A., assis
Determining exposure station coordinates.by simultaneous
processing of photbgrammeti-ic and radiogoodetic measurements..
Izv, vys, ucheb, zav.; geod. i aerof. n0-5:73-78 161.
(KRA 15:3)
1. Moskavskiy institut inzhenerov zemleustroystva.
(Aerial photogrammetry)

)70 /(!~-3/00()/003/(Xe/W5
'I',"
A00-/A 10 1
AUTHOR: Zykov, K. A.
T3TLE: Possibilities of further Increasing the mceuracy of determination
of photographing point coordinates
PERIODICALt ReferativuW zhurnal, Gnodoziya, no. 3# 103, 21, abstract
3.52.14o ("Tr. Kosk. un-ta inah. zemldustToymtva", 1952, no. 16,
1-5 2(31
In Atz'
-addi Z11- di t4~t
tic"
Irro
ment d effeo of ext6jm a. oDs on tafto wave P 1 ' 16k ipi'o errior's'
-an t al Gincuti rdp
be taken into account which ard connected with the findIng and plotting an aertal
photographs of positions of the nadir points. The effut of tiiaue errora oan be
reduced If the accuracy of gyrostabilization of aerial photographs it; incroazed
gea,del.ia determinations,
up to 1 - 2'. In order to increase the accuracy of radioF
it is necessary to take into consideration the errors of initial data, changes in
propagati.on velocity of radio vraves and other factors. The acauraay of reuults
can be increased by employing repeated radlogoodetic meastaremento and using the
mages of nqighboring centers of projecti n.
b "I B. Serapanas
Abstrac er's note: Complete translation
bard 1/1

VERKHOVSKAYA, V.A.; DEYNEKO, V.F.j Prof.; KISLIT6711,
A.S.; I-WASHEV~ S.A.; OBIRALOVv A.I.; PETRUP1511111A, R.S.;
POPOV, A.F.; RUMER, A.O.; SHOBET.EV, A.T.; KHIZHIIISKIY, D.G.;
SHURYGINA, A.I., red. izd-va; ROMMOVA, V.V.,, teklm. red.
[Laboratory work in aerophotogeodesy for land utilization
faculties of higher agricultural schools]Laboratorge raboty
po aerofotogeodezii; dlia zemleustroitellrql:h fakulltetov
sallskokhoziaistvermykh vuzov. Pod obshcbei red. V.P.Deineko.
I.f.oskva, Izd-vo geodez.lit-vyx 1962. 109 p. (MIRA 15:10)
1. Moscow. Institut inzhenerov semleustroystva. 2. Kafedra,
aerofatogeodezii lloakovskogo instituta in2henerov zemleustroy-
stva. (for all except Shuryginas Romanova).
(Aerial.photogramotxy)

------- i/0019/06
.'ACCESSIo,N NR: AR4o-c-.48o s/ozro/64/666/ob 20,
jSOURCE: M. Geodeziya.. Abe. 1-52-107,
!AUTHOR: Zy*kov, Ks As
TITLE: Soma problems of determining the coordinates of photographic points by the
iphase sounding method
iCITED SOURCE: Tr. Mosk. in-ta inzh. zemleustroystva, vy*p. 26~~ 1963, 31-42
'TOPIC TAGS: phase sounding, radiogeodetic measurements., Poick,systein, photograph
ipoint coordinates, aerial surveying
ITRANSUTIMIT: -Increments of differences in distances from the airplaze to baseft4ine'Ll
1ground stations are determined by the phase sounding method in~radibgeodetic mea-
isurements using the "Poisle' system. In addition, the phase sounding equation writ-:1
I
fiten for one pair of stations, expresses the relationship between increases in the
~difference in distances (between two points), the coordinates of the baae-line eta-
and four unknown coordinates of these two points. It io,proposed that Instead
Iof tying in the routes to the starting point.. that simultaneous measurements be made_--
'with two "Poisk!' systems using frequencies which permit their operation without~
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AUTHOR: Zykov, K. A. sov/6-59-10-10/2,1
TITLE: On the Reduction of Air Photographs to the SpecifieA~Scdle
PERIODICAL: Geode~iya i Icartogra.fiya, 1959, Nr 109 pp~33-35 (USSR)
ABSTRACT: The author demonstrates here the simplest!method of reducing
air photographs to the specified scale. it is based on the
application of nomographs and standard di6tances. The distance
between the collimating points on Xtand YY on the air
photograph may serve as standard distancepi The author first
discusses the method itselfj and then describes the order
in which air photographs are reduced to the specified scale.
There are 2 figures.
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