SCIENTIFIC ABSTRACT KULIKOV, D.K. - KULIKOV, F.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927420007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Astronomical Yearbook (Cont.)
SOV/5461
and K. G. Shumikhina; table for determining latitude by the altitude of the
Polar Star - K. G. Shumikhina and P. A. Gutkina; preparation of manuscript
for publication - V. G. Kudinova; review and edition of "Explanatory Notes
D. K. Kulikov. There are no references.
TABLE OF CONTENTS:
Foreword 3
Times of the Year. Some Constants 5
Ephemerides of the Sun 6
Orthogonal Equatorial Coordinates of the Sun (1962. 0) 22
Orthogonal Equatorial Coordinates of the Sun (1950. 0) 30
Card--44&

84573
S/035/60/000/009/004/016
3, 'k-)-O 0 AOO1/AOO1
Translation from: Referativnyy zhurnal, Astronomiya i Geodeziya, 1960, No. 9,
p. ii, # 8660
AUTHORS: Kulikov, D.K.A Batrakov, Yu.V.
TITLE: A Method for Improving the\&bits of Earth's Artificial Satellites
on the Basis of Observations Whose Instants are Known ApproximaT -
1y
PERIODICAL: Byul. In-ta teor. astron, AN SSSR, 1960, Vol. 7, No. 7, PP. 554-
569 (Engl. summary)
TEXT! The authors describe a method for improving the orbits of artifi-
cial satellites when the instants of their observations are known approximately.
In the practice of improving the elements of planetary orbits such a problem did
nct arise due to their small motion across the sky, so that observational instart5,
S
even erroneous by as much as I , could be considered as quite precise, Aetifi-
cial satellites move across the sky by 1-20 during 18, therefore any error in the
observation instant will considerably affect the position of the satellite, Im-
Card 1/3
'Ye
9
II MEN

8h573
8/035/60/()00/009/004/016
A001/AO01
A Method for Improving the Orbits of Earth's Artificial Satellites on the Basis
3f Observations Whose Instants are Known Approximately
proving the accuracy of time reading is a natural, but not the sole, method of
improving the accuracy of elements of the satellite orbit obtained from the ob-
servations. A new method of compiling condition equations is presented in the
article., instead of usual variations- Z\ rx,, -,/A (5 , are used the variations 6g, LG
along the perpendicular to the apparent orbit of the satellite andalong the
*.angent to the apparent orbit in the sky. Condition equations for /~ g do not:
depend on errors In reading the instants of observation, but equations for G do
iepend on them. The analysis of condition equations has shown that observations
near zenith permit reliable determinationn of A i and A Q from the equations
for A g. The equations for A a permi t determinations of corrections to elements
Cj , Mo; n, e, but in this case errors in reading the instants affect the accuray
of the elements obtained. In case of sloping pass es of the satell,-te, the
I ~ n and A e, whose deter-
equations for A g will contain 4 unknowns. 8 i,M6 /
m1nation will be almost independent of errors in observation instants. The
methcd is described for using artificial sat6llites for geodetic purposes, which
Card 1~13

84573
S/135/60/ooo/009/004/016
A001/AO0l
A Method for Improving the Orbits of Earth's Artificial Satellites on the Basis of
Observations Whose Instants are Known Approximately
permits the effect of errors in observation instants to be reduced to a minimum.
The method described in the article is illustrated by an example of Improving
elements by using condition equations. There are 8 references.
V.F. Proskurin
Translator's note: This Is the full translation of the original Russian ab-
stract.
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k
-5~

3/0)5/61/000/007/009/021
3,14-o6 AO0!/AiOi
AUTHOR: Kulikov, D.K.
TITLE: Integration of motion equations of celestial mechanics on electro-
nic computers by the Cowell qua drature method with autoTatic step
selection
iERIODICAL: Referativnyy zhurnal. Astronomiya I Geodeziya
ab-
no. 7
1961
:
-stract 7A57 ("Byul. In-ta teor. ,
,
,
,
astron. AN SSSR", 1960, v. 7, no.
10, 770 - 797)
TEXT- The author derives Cowell's formula with an accuracy up tc terms
of 12th orde r with respect to the integration step. Relations were found which
make It pos3 lble to transform the integration table for any step W = ~, h, xid
particular c ases of increasing and decreasing the step by a factor of two are
considered. A criterion of integration step variation is developed., when terms
up to fourth differences Incluzive are taken into aco-int. in the integration
formula; wo rking formulae are given for this partic!ilar case to resalculate ~he
integration table at increasing or decreasing the integration s4.ep by two times.
Card 1/2
MAQ
'10-01 ~ Mm"
A,~, - -10 "Na "A"

S103516 1r-'DOPD7/09/021
Integration of motion equations ... A00 1,/A'LO 1
An operator logical diagram of the program Is prezented for carrjing c-it the Inte-
gration process with aat----,Ta,.ic step seler.,Lllon. Worktrg formuaata are alsn gilven
for integra~Aon taking into account sixth and e1glith differences at. changing the
integrati-,n step by 2. There are 15 refererac-es,
N. Yakhcr.,.~,.va
[Abstracter's note: Complete translation]
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ACCESSION %R-. AM01h6l3 S/0269/64/000/001/0022/0022
SOURGEi HZh. Astronomiya, Abs6 1-51-151
AUTHOR: Kulikovs Do Ke
TITLZi Ephemerides of the major planets and the taLks of astrometry
CITED SOUHCFt Tr. 15-Y''As.trometr4 konforentsii SSSR, 196o. M.-L., AN SSSRO
1963o 77-86
TOPIC TAGS: ephemeris, major planet.. astrometry.. superior planet, Nowcomb
theorys.Mars, Venuso inferior planet, planetary massp planetp Sunj solar
observation
TRANSLATION: Ephemerides of the superior planets have been published since 1960
on the basis of the results of numerical integration from 1653 through 2060, done
at the Washington Observatory. Newcomb's theory still is used for the inferior
planets (Farcurys Venusj Earth~ Mars) although it is wall known that the thoory
contains appreciable errorso A new analytical theory is being developed now at
Card 1/3

ACCESSION NRS ARbO14613
Washington for Mars, for which these errors are particularly large; the Ross cor-
rections already are allowed for in the ephemerides. The needs of ephemeridal
astronomy now thorrefore are satisfied for the most part for the superior planats,
but there are considerable discrepancies between observation and theory for the
inferior planets. are
The principal factors responsible for these discrepancies
1. Errors in development of analytical theories. These errors are larte for
Mars -- the maximum deviations of the transverse component,6-< between crmputa-
j tions based on Newcomb's theory and the results obtaiped by numerical integra-
:~tion in 1961-1M are (in astronomical units) 288-10-0. 2, Errogs in the mas5es
of the p1pnets. The maximum influence on&,C for Mars is 251910 and for Earth
is 70,10-0. 3.
Errors in orbital elements. For the Earth the corresponding
influence is 170-10-8 and for Venus is 252-10-8. 4. Errors in ephemeris time.
1 Their influence for Venus is 40910-8. The total geocentric error for Mars can
attain 611, for the Sun 2" and for Venus 411o Equations are derived r6lating the
nonclosurea of observations (AJ%p 4aS ) of the sun and corrections of the zero
a (A~*top
points in ths catalogue &8o)-and the Earth's orbttal elements (&Los
Th
an, dits AOiej Zkf. e conditions under which individual unknowns are derived
with maximum waijits are oonsidereds A total of 98600 solar observations at
Card 2/3
SIM,
lit-
1011
PE
R
0,
Wn~ UO 0,
X.

ACCiLSSION Mi AAOM613
Greenwich, Washingtonj the Cape of Good 4opc and Ottawa were used to determine
a
the imntionad valucas The report points out a need,for greatly Increasing work
in the Soviet Union on observations of the Sun and the major planets, Biblio-
graphy of 16 itemee Khe Pottore
DATE ACQ1 19Fob64 SUB COM AS ENCLi 00
card 3/3

FA T-n
4-1
4'

KULIKOV,- PI.K. d~lccased
F-0-1r.,,n~,rVes of pl-net3. J,

moms=
IVSI, 14.
vZmj wwift by APPILMI" '4 '
'Olttu
Pais ,,v& ,d SMIUW 'CCUU&ws &re Slvco. C'IL N

1. XULTY011t D. V.
2. .USSM (600)
4. Plowing
7. Effect of shallow winter breaking on the operal.lon of a plow. Mekh. i elek.
sellk-hoz. No. 3# 1953.
9. Monthl List of Russian Accessions, Library of Congresp, April -1953, Uncl.

ROYs, nauchnyy sotrudaik; ZALESSE:[Y, S.K., nEcuchny7 isotrudnik;
KU!jMO,,.
YUMM, Feg., nauchuyy BotrudiLik.
Attachment to BD-24 and SZT-47 tractor-drawn drills for the
placement of graxulated suporphosphate. Sallkhozmaahina no.4:
13-14 AP 156. (M"R4 9:7)
I.LeulWadsk~.Ve otdolaniya Vaesoyuznogo instituta mekhanizataii.
(Fertilizer spreaders)

K OV V
-31-1 t7 ~Tt! VC! I) rlfJqXy Z -~PD,;)'- "It M- -LITI .I I
",7-7-j -"C.43U. Vrj,-,. m 161~
U~--r a irlok-' y ss I Pdovat--~ I Iskly Lact I It it, tity--'dr; 1~--Irg` I-
prof's A.Pa Ra-modano,11jo Eyev,

0
S/109/62/007/007/005/018
D266/D308
AUTHOR: Kul ny. R. T.-
TITLE: Variational principle for UHF circuits
PERIODICAL: Radiotekhnika i,elektronika, 7, no. 7, 1962,
1091-1099
TEXT: The purpose of the paper is to propose a new variational
.formulation suitable for the calculation of losey microwave cir-
cuite. The derivation starts with the wave equations (permeability
and permittivity of the medium are regarded:as tensor qqantitiee)
and leads to the variational integrals
V (rot E/u-1 24
rot,E - k EfE)dv Yqu-'rot Eli? d; = 0
V (1)
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8/109/6 2 /007/007 /005 /018
Variational principle for ... D266/D308
-91 2 -> 4
I(H) (rot HF- rot H - k YH)dv - � LHF- rot A de 0
V S (2)
where unit vector normal to the su'rface S. Equations (1) and
(2) are stationary in respect of small field variations if the
tensorB.-c andA are symmetric and if the trial functions are cho-
,a E (tangential component of the
sen in such a way that the value 8
electric intensity) and (,U-1 and curl E), on the boundary of S
agree with those of the exact solution. If the volume V contains
.smaller volumes V1 whose conductivity ai is large but finite, the
Leontovich boundary conditions (Issledovaniya po rasprostraneniyu
radiovoln (Radio Wave Propagation Studies) , Sb. 2, Izd. AN SSSRv.
1948, 5 - 12) can be used leading to a modified'version of the va-
riational integral (1). Three examples illustrate the applicability
Card 2/3
77M 777F,"

5/109/62/007/007/005/018
Variatiodal principle for D266/D308
of the method: (1) Attenuation of the H wave in a circular wave-
01
guide, (2) calculation of the scattering matrix of an n-pori junc-
tion (only one propagating mode permitted)q (3) thick diaphragm in
rectangular waveguide. The refleotion coeffIcient calculated in the
last example is compared with experimental results showing good
agreement. There are 5 figurea.'
SUBMITTEDs November 4o 1961
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/PT*; F
fe
w~-7,Vcj,7,,jjde circults
3pace
i
-fle, Sane a-n~-or, nG
D =1 iui ao r, o f a v, -a I r~ -'-S-
---ed on
s r zeaa a,,
~wr wor!, a-~
rot rot
are -,he tensors o-," d-lelectric and e,~z medf'-'-,
3n %ne basis of the fore~~oi-~;, :~e
I .' - - - - '-e:-Ij,~ -Y
e fj,-J~- Y -edUCeS ~o a fo=i~ aD:~
Joto~)~ 30, 1962

L 18~21-6~ EWP(r)1EWT(m)1DDS AFFTC
ACCESSION MR: AP3003728 S/0109/631008/007/iz67/iz6s
AUTHOR: Kulikov, E. L.
TITLE: Calculating electrodynamic hollow structurep having finite -conductance
metal walls -2,f
SOURCE; Radiotekhnika i elektronika, v. 8, no. 7, 1963, 1267-1268
TOPIC TAGS: electrodynamic structure
ABSTRACT: A variational method for calculating resonators and waveguides
suggested by the author earlier (Radiotekhnika i ele:ktronika, 1962, 7, 7, 1091)
is compared with the conventional method of calculating losses associated with
the finite conductance of metallic regions. Q-factor of a resonator and energy-
flux attenuation in a regular waveguide are used as examples of application of the
two above methods with this conclusion: The conventional formulas are, in fact,
a first coarse approximation of the variational method. Orig. art. has:
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L 18391-63
ACCESSION NR: AP3003728
10 formulas.
ASSOCIATION: none
I SUBMITTED: 15Dec62
.SUB CODE: PH, GE
DATE ACQ: OZAug63
NO REF SOV: 005
ENCL: 00
OTHER: 001
0
Card Z12

Acc,~
'S
SION NO: AP4038638 S/0109/64/009/005/0800/0804
AUTHORt Kulikov, E. L.
TITLE: Variational method of calculating lossy periodic waveguides
SOURCE: Radiotekhnika i elektronilca, v, 9, no. 5, 1964, 800-804
TOPIC TAGS: wavognilde, periodic wwieguido, lossy wavogi-iida, wave.guide desing
UCT: 'he variational nothod suggested by Sh. Yo. Tsiru-ing (Radiotckhnika i
eio'U~ronE-a, 1957, v. 2, no. 1, P. 3y is furthor daveloped -to cover practical
wavcm.1der, hav'ng a fjj-iiLo conlLictivity of U,i_,L- molal walir.-,pio re5t`otion
On tho in the filling ned1un.
aT.31 C311;_:__11r1111._,(,1 i_i satijfiod at the waalz;. T,1-,.:)
-La, are "ric-ft on a
U,~.o of 'ho
111 10 il
i's Li ;.,-I oxzulpla of a
r) r i r, U-in, o r oly thanlkful to 15h. "o. Tzj~.,-wir,.-, ond~ r, Kat's ;L*o,- 'Uheir
to trici -;-rork olnd the valuablo i;.dvj.co !.n tho cotir5o c-f the work."
Ovi-. iwt. has j 2 f
igaves and 15 formulas.
Card 1/2

ACCESSION NO: AP4038638
1,.SSOCD%TION-. none
SUBMITTED: O4Mar63
tSUB CODE: BG
DXTE- ACQ: 05Jun64
NO REF SOVs 004
UNCL: 00
OTHM; 003
2/2

N-i

.KULlKOV. E.L.
Variational methods for calculating microwave cirfnaitf~. Radlotekh.
i elektron. 10 no.3:559-561 Rr 165.
(MM 18: 3)

L 33579-FAr% rWrT t I
ACC NRt AR6016256 SOURCE CODE: uR/oo58/65/ooo/oll/no38/Ho39
AUTHOR: Kulikov, E. L.
TITLE: Variational method of calculating multimode waveguides w-.I-h 1nhomogeneities
SOURCE: Ref. zh. Fizika, Abs. llZh263
REF =RCE: Tr. molodvkh uchenykh. Saratovsk,jua- . Vyp. fiz., Saratav,.'1965,,' 75-80
TOPIC TAGS: vaveguide coupler, waveguide, boundary value problem, Fourier analysis,
scattering matrix, matrix element
ABSTRACT: A variational method is proposed for calculating multimode waveguides with
inhomogeneitien; thin method is a development of a method described earlier (RZhFiz$
1962, l2zh144). The author considers a generalized waveguide structure, comprising
a junction of N regular waveguides. A procedure in described for calculating the
elements of the scattering matrix of such a device with the aid of n-inctionals ex-
pressed in terms of integrals aver the surfaces of the waveguide cross sections, at
sufficiently large.distances from the unction. By substituting into the functionals
trial functions that satisfy the necessary boundary conditions, a relation is obtained
between the Fourier coefficients of the complex amplitudes of the f ields. Inac:-.,1ch
as these coefficients are unique*ly related with the 8-matrix elements, equations arl,
thus obtained for the elements of the scattering matrix. An example of the calcula-
tion is given. lation of abstract]
SO CODE: 09,

JJACC NR, AP6036379
SOURCE CODE: UR/010!)/66/011/011/2074/2077
AUTHOR: Kats, L. I.; Kulikov, Eo L4
ORG: none
TITLE: Feasability of using a periodic structure as a transmission line for the
millimeter wave band
SOURCE: Radiotekhnika i elektronika, v4 11, no. 11, 1966, 207.4-2077
TOPIC TAGS: transmission line, radio tranaminnionmicrowave compon'ent, millimeter
wave, dielectric waveguide
ABSTRACT: A periodic structure made of flexible dielectric tape with thin metal
transverse strips deposited on its surface is proposed for millimeter-wave trans-
mission. Tho Maxwell-equation for a two-dimensional problem is used to determine
the geometric parameters and propagation data of the structure. The experiment
was carried out using'Teflon tape (thickness, 0.09 X; width, 2.5 A; and specific
inductive capacitance, E = 2.08 - j 0.02). The periodic structure had the
following dimensions (see F'S' 1): 2a ~ + 0.12A, 2d 0.55A, k(d - c) - 0.3,
2

NRa AP6036379
atttw1ition
4.
vf C
4
017
V 0,10 OW 400 /,/0 f,?O 1,00119
%Jd/v 'Z4
Pis. 1. Dispersion '(a 0.12A. k(d c) 0.3)
Fig. 2. Structure attenuation, db/m (a 0.12A,I
k(d - 0 - 0.2) (points are experimental data)
Card 2/4

ACC NR% AP6036379
Distance from Natem,
7,S
foA; Powerl
S
I JA, 7S
.40-
47. 4~
Card 3/4
Nwer Fig. 3. -Distance from the structure on which
90X of the,tranamitted power is concentrated
(a 0.12A9 k(d c) 0.3)
Fig. 4. Maximum theoretical power which can be
transmitted by tits structure (a - 0.12A,
k(d - c) - 0.3)
419 04 010
Maximum power, kw

ACC NR. AP60.36379
and also 2a =.! + 0-113A, 2d'- 0.3Aj k(d - c) = 0.2, k = 22- The results of the
2 A
study are presented in Figs, 1-4. Or.ig- art. has: 6'figures and 1 formula.
SbB CODE: d9//SUBH DATE: 21Jan66/-'ORIG REF:, 004/ OVi REF: 003/
ATD PRESSi,5106

ACC NR: AP7002018 (A) SOURCE CODE. UR/0142166/009/00510610/0615
AUTHOR: Kulikov, L.; Win, V. K.
ORO: none
TITLE: New method of measuring line width of ferromagnetic resonance of ferrites
SOURCE: IVUZ. Radiotekhnika, v. 9, no. 5, 1966, 610-615
TOPIC TAGS: ferromagnetic resonance, ferrite
ABSTRACT: A thin -ferrite -plate -loaded waveguide segment is replaced by an
equivalent quadripole (see figure), and formulas for the component impedances of
the latter are derived by a variational method. Applied to the case of a ferrite-
loaded rectangular waveguide terminated with a matched load, the above formulas
permit deducing this expression for the width of ferrite resonance curve:
d h2 k
2A/I= 4nM b -T The use of this formula presupposes a knowledge of the
LT
..Card 1/2

ACC NR: AP7002018
ration magnetization 4 Ti M and the factor
satu
VIf giz, where Vcr - gyromagnetic ratio for
electron spin and g - spectroscopic -split factor;
-6 T , A
2 2 the longitudinal -resonance constant magnetic field
H,1 W1 ~. Actual measurements of 4 different-
S, ferrite specimens have proved the validity of the
above formula. Although the required measurement
of 4 jr M and ~ may be regarded as a shortcoming
of the new method, these quantities have to be
ZAN determined anyway in, designing many ferrite-
containing devices. Orig. art. has: 2 figures,
17 formulan, and I table.
SUB CODE: 0 SUBM DATE: OZApr64 ORIG REF; 00? 0TH REF: OOZ
Card Z/Z

h-ULIKOV F.
In addition to wages. Sov. profsoiysy 17 no.8:39-41 Ap 161.
(MIRA 34:3)
-1, Predsedatell profsOYU2nOgo komiteta zavoda imeni Ukhto!,~skogo.
(Lyubertsy--Machinery industrT workers)
(cost and standard of living)

ROZENDERGO m.,
Use of' keyboord computers In machine accounting. Revh.transp.
23 no.9t23-26 S 164.
(MIRA l9rl)
1. Glavnyy b-dkhgalter Cherepovetskogo sudoremontno-sudostrol-
tellskogo zavoda (for Kullkov).

KUI~O
XUTSOVSKIY, Filipp Ventaminovich;
POSTMYAK, Ye.F., inzh., red.; YRNGER, D.P., tekhn.red.
[Quickly built protective device for lathes; practices of the
"Kalibr" Plant in Moscow] Bystradeistvuiushchee zashchitnoe
ustroistvo k tokarnym stankam; opyt moskovskogo zavoda "Kalibr.11
Leningrad, 1956. 3 P. (Laningradskii dom nRuchno-tekhnicheskoi
propagandy. Informatnionno-tekhnicheakit liatok, no.2. Moderni-
zateiia i remont oborudovaniia) (MIRA 10:12)
(Lathes)

Mvll"

KULIKOV, I.L., inih.; IMINIKOTA, N.M.. inzh.; DKITROTICH, N.A.. insh.
Fazaty instructions for gaa-genomtor operatorse Besop*
truda v prom. 4 no-7:36 J1 160. (MIRA 130)
(Gas producers--Wety measures)

KULIKOY, F4G.
---"NNNWAV
Operations of a calculating machine office. Proizv.-tekh. abor
no.1:104-106 159. (MIRA 13:9)
1. Cherepovetskiy sudoremoutno-sudoetroitellny7 zavod.
(Inland water transporation-AccouAting)
(Calculating machines)

WMINLOW, MliknaLl YukovIevich: -KULIKOV, Fedor Georgiyevich;
i~ORUUIA, A,, red.
[Use c~f keyboard cal(.,ulat.ing m!lcbires where the journal-
voucher a-counting system is in. operation] Primenenie
ool-iottio-IclavisbrVkh mashin pri zhurnallno-ordernoi forme
13C "fit 0 V,)d:3 tNa .Mlo skve , F I voi i i sy, 19 65 .8-3 p.
(lu-~u 18:7)

KMIKOV, F. R. Nngineer)
"A techriol.orj for mnnufaeture nnd annf.~allng (if rdf~e I.Ines frr.-,m. alloytj
of titanium. and AMg6 with thickness of walls 0.6-1.0 irm".
Report presented at the regular conference of' the Moscow city adn,-Lnistration NTO
Mashpro.,I, April 1963.
(Reported in Avtomaticheskaya Svarka, No. 8, August 1,.-;63, PP 93-95, M. N1. Poj)ekhin)
JPRS24,651 19 may 64

ACCESSICH NRi AP4029A 8/0135/64/000/004/0016/0019
AUMCB: KtLUkZv,, Fe Ro (ftgineer).; DCdina, A* Is (Engineer); Frolorp No 0&
(Engineer)
TITM Mechanized argon shielded sic spot volding of SH-~2 stainless steel and
OT-4 titanium alloy
SWRCE: Svurochnoye proizvodetwo., no. 4, 1964, 16-19.
i TOPIC TAGS: spot velding, SN 2 stainless steel,, OT 4 titaglun aUcy.. arc we3A-
ing, argon are welding
ABSTFACT: The authors developed a method and equilment for mechanized argon-
shielded spot welding of stressed structures open on one side only. In this
method the welding gun In preased against the upper member1of the joint with a
controlled pressure of 20-200 kg., which ensures a close coltact between the mem-
bers adl improves considerably theqxality and, reliability of the velded joints.
The sizes and breaking loDAs for spot welds in thin (0-4-2.0 m) sheets of BH-2
stainless steel and OT-4 titanium alloy am presented, with a' layout of the
welder and the control panel* The beat results an obtained with welding under
Card 1/2

ACCESSIM NR: AP029A
rigid conditionD . Jjes p vith high currents. Argon are spot welding can be
successfully used in various branches of the machine-building industry for join-
ing thin sheets or thin sheets to tblek sheetse Orig. ext. hast 2 tables and
7 figures*
ASSOCIMCINt none
StMMMD 1 '00 MCL: 00 SUB CCIM M.
NO 1W 80vt 000 Ormt -000
Cotd

KIJLIKOV , F.R. , inzh.; BULINA, A. I., inzh.
S.trength of joints made by mechanizad argon are spot welding.
Svar. proizv. no.8:18-21 Ag 164. (141RA 17:9
N A ta,
Q~E.

a
ACCESSION NR: AP4043207 S/0125/64/000/008/0069/0072
Pe.
iAUTHORS: Kulikov,,._~_t_j. ::sidskiy, A. S.
TITLE: Automatic welding of heat compensators
SOURCE: Avtomaticheskaya svarka, no. 8, 1964s 69-72
TOPIC TAGS: automatic welding, heat compensator, steel bellow
1seam quality, seam width, seam height, compensator lining, non
!.melting electrode welding, argon arc, compensator lining, seam roll-
ing, seam testing, seam welding optimal condition
ABSTRACT: Automatic welding was investigated as a substitute for
the earlier, complicated process of manufacturing the steel bellows
used as heat compensators in gas and air ducts. The seams have to
be flat) since these bellows consist of 2 layers;.hermetic scaling
is also required. Welding was done under argon by a non-melting
electrode, with subsequent rolling of the seams. A low current was
used, since high voltage lead3 to wide seams. For best results the
length of the arc should bet!5 3 mm. The following empirical formula
was found for securing optimal conditions:
Card 1/2

ACCESSION NR: AP4043207
to 12) 6
If - (2,' 02-5)6'; B - (10
where 11 is the seam height in mm; is the thickness of the* strips
to be welded in mm; and B is the seam width in mm ' In the tests
6 was 0.2 - 0.3 mm. The lining under the~'peams was preheated;
steel lining was found preferable to copper for hermetic sealing.
The scams were subsequently rolled; the machine used to this pur-
pose is briefly described. The best results were obtained with a
force of 250 to about 300 kg. Throughout the -experiments, the
specimens were X-rayed for microfissures, and tested for mechanical
strength. The editors remark in a footnote that such thin sheets
may also successfully be welded by pulse-arc. Orig. art. has: 4
figures and 2 tables.
ASSOCIATION: None
SUBMITTED: 18Jan64 ENCL: 00
SUB CODE: MM NR REF SOV: 000 OTHER: 000
Card 2/2

L 968- 66 r~P v E E z_WW1AZ;._
r
ng vy (t /E up
ACC _NR
APS027599 SOURCE CODE, UR/0135/65/000/011/0013/0016
AUTHOR: Kulikov, F. E._(Zagineer); Vas'kin, Yu. Y. (Engineer)
-YY 1 -5 - -5 VY, ~_ 5
ORG: none
TITLE: "ein f complex-shaped titanium-alloy pipe sections
~d
5~ qT Y3
SOURCE*. Svarochnoye proizvodstvo, no. 11, 1965, 13-16
TOPIC TAGS: metal tube, arc--welding, titanitm alloy, inert gas welding, welding
equipment component
ABSTRACT: The authors describe techniques and auxiliary equipment they developed for
ihe annular ar#, longitudinal argon arc welding of intricately shaped sections of
titanium pipe Vneasuring 50-200 mm in diameter and 0.6-3 mm in wall thickness (Fig.1).
Since some of these sections reached 5 m in length, the authors developed a special
device for shielding the atmosphere around the reverse side of the weld seams (Fig.2):
the volume of inert gas bounded by two soft stoppers 1 is moved by means of cable 4
throughout tube 5 at a rate coordinated with the movement of the welding torch. The
distance between the stoppers is adjusted by rod 2 and the gas is supplied by con-
necting pipe 3. As for the welding of shorter pipe sections, this may be carried out
in a controllable-atmosphere chamber. Since titanium is highly active with respect I
to nitrogen, oxygen and hydrogen during its argon arc welding at temperatures of
C,,d 1 /3 UDC: 621.791.753.93:621.643.2/3:669.295.!

-11
ACC NR, "5027599
Fig. 1 Die-stamped welded pipe sections
of 9T4 titanium alloy (wall
thickness 0.8 mm)
Fig. 2. Mobile shielding unit.
1 - soft stoppers; 2 - connecting rod
3 - connecting pipe for admission of
shielding gas; 4 - cable for pulling
the unit along the pipe axis; 5 -
pipe section
'Card .211

L,7 )IJ
ACC NR1 AP5027599
>4000C, and this detrimentally affects the quality of the welded joints and leads to
the formation of cracks and pores in the weld In some cases, the authors developed
special techniques of surface treatment and assembling and welding which, if
rigorously observed, assure high-quality welding. For example, surface treatment in-
volves pickling in a RNO solution and, after final annealing prior to welding, in
3
a 11C1 solution. It is further shown that the few cases of delayed cracking of pipe
sections welded by this method are attributable to the insufficiently high level of
plastic properties of the base metal. Orig. art. has: 5 figures, 2 tables.
SUB CODE: 11, 13/ SUM MTE: none/ ORIG REF: 000/ (YM REF: 000
3/3
77, Card

L-,;/ Z.;N A', a ;/ r'4'?k V I2.'iir I, r_"drke z )/ z4Tk bJr.,
ACC NRj AP6006182 SOURCE CODE: LTR/0135/66100010021002LIO024
AUTHOR: Kulikov. F -. R. (Engineer); Persidskiy, A. S. (Engineer); Frolov, N. G'.
#(Engineer)-
ORG: none
TITLE: Strength and ductility of VT14,and VT6S titanium-alloy joints obtained by
automatic argon-shiel -i
ded arc weu Y
SOURCE: Svarochnoye proizvodstvo, no. 2, 1966, 21-24
TOPIC TAGS: welding, arc welding, argon shielded are, titanium, titanium alloy,
alloy welding; alloy weld, weld property/VT14 alloy, VT6S alloy
ABSTRACT: Automatic argon-sbielded arc welding of VT14 and VT6S titanium-alloy sec-
tions 2-18 mm thick has been studied in an attempt to obtain welds with a tensile
strength of 115-120 kgjmm2 at satisfactory ductility (bend angle of at least 35* and
anotdi toughness of at least 3.5-4.0 mkg/cmZ).It was found that in sections up to
6 mm thick the required mechqnical properties can be obtained by using a filler wire
of the Ti-4.5Al-4.5tb.-OlRe-V6ystem or a wire containing up to 3.0% Al. In sections
over 6 mm thick,-~-Iommercial low-alloy wires containing a-stabilizing elements yieldedl
welds with a satisfactory ductility but a low strength, varying from 63.6 to
102.3 kg/mm2. Wires with composition similar to that of the base metal or with a
high content of $-stabilizing elements yielded welds with a considerably bigger
Card

_ACC NR, ANA06 -1-62
strength but a low ductility. It Is suggested that Ti-Al-V or Ti-Al-Mo-V alloy weld-
Iments over 6 mm thick be welded with fillers of the Ti-2.7AI-3.2 V system and used
in the annealed condition, which would ensure a tensile strength of 80-85 kgj= at
a satisfactory ductility and toughness. With an electrode wire containing 4.5-5%
aluminum and 4% vanadium, the strength of alloy welds in the annealed and aged condi-
tion can be increased to 100-110 kg/wn2. This, however, requires the use of special
electrode wires, which are now being developed. Orig. art. has: 4 figures and
3 tables. (ND]
SUB CODE: 11, -13/ SUBH DATE: none/ ATD PRESS: 41
C~qrh 212

ACC NRI AP7001458 CA) SOURCE CODE: UR/0413/66/000/021/0202/0202
INVENTOR:-K-ulikovq F. R.; Gurevich, S. M.; Anoshkin, N. F.; Moroznikova, S. V.;
Blashchuk, V. Ye.; Kushnirenko, N. A.; Persidskiy, A. S.
ORG: none
-.TITLE: tiectrode-wire for titanium-alloy welding. Class 49, No. 188277
SOURCE: Izobreteniya, promyshlentiyye obraztay, tovarnyye znaki, no. 21, 1966, 202
TOPIC TAGS: electrode'wire, titanium alloy, titanium alloy welding
ABSTRACT: This Author Certificate introduces a titanium-base electrode wire which
contains 3.5-4.5% aluminum and 2.0-3.0% vanadium, with 1.4-1.6% zirconium added
to impro~~ve~ the weld.ductility. {ND]
SUB CODE: 13, 1l/ SUBM DAM 28jul65/ ATD PRESSI 5110
Card in UDCt 621.791.042.2

ACC N
AP7001459 SOURCE CODE: UR/0413/66/000/021/0203/0203
-INVEN TOR; Gurevich, S. M.; Blashchuk, V. Yeqj~uli~oyj_F. R.; Persidskiy,' A. S.;
Kushni.renko, N. A.; Anoshkin, N. F.; Moroznikova, S. V.
ORG: none
TITLE: Electrode wire'for welding titanium alloys. Class 49, No. 188278
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 21, 1966, 203
?14~
TOPIC TAGS.-. titanium alloy, -tiiaxd===a,1;boy welding, electrode W*=--
ABSTRACT: This Author Certificate introduces a titanium alloy electrode wire which
contains aluminum, iron, chromiui6, silicon, and boron. To increase the strength and
ductility of welds in alloy sections up to 25 mm thick, the wire contains.
1.4--m-1.6% zirconium while the content of other components is set as follows:
1.8-2.0% aluminum, 2.5-2.7% iron, 0.2-0.4% chromium, 0.1-0.15% silicon, and,
0.052 boron. (ND]
SUB GODE.'"11/ SUBH DATE: HMO/ ATD PRESS: 5110
Card 1/1 UDC:

ACC NR, AP7001842 SOURCE CODE; UR/0135/66/000/01210033/0034.'
~~J, AIJ -11 !OR: Kulikov, F. R. (Engineer); Kirillov, Yu. G. (Engineer)
wCRG: none
~TITLE: Weldability of thin A,'-1&6 alloy sections
SOU'.INCE: Svarochnoye proizvodstvo, no. 12, 1966, 33-34
~TOPIC TAGS: aluminum magnesium titanium alloy, weldability, thin metal
weldability, weld porosity, weld air permeability, porosity scaling C-Akc")
A3STRACT: Poor air tightness caused by hydrogen porosity is the main defect in thin
:(0.6-1.5 =) AMg6 alloy sheet welds. All efforts to eliminate the poroaity by care-
ul cleaning of the base material and filler wire and by strict control of welding
;conditions failed. Repairing the defective welds was of little or no help and, in
:sore cases, had a negative effect, Some parts which were air tight showed a leakage
,after prolonged storage. Several methods for improving the weld airtightness were
~tested. Paidting the welds with an adhesive-base sealant produced the best results.
...7he sealant is not toxic; does not react with alloy, is corrosion resistant, and in-
:creases the weight of structure. The strength of adhesion between t%e sealant and
: alloy is 90 kg/cm2. The welded parts with sealed welds showed no leaks under an air I
,pressure of 3 atm. The properties of sealant are not affected by temperatures from
Card 1/2 UDC: 621.791.011:669.715

ACC 114R: AP7001842
-60C to +200c. The effect of the sealant on the fatigue behavior Of AMg6 alloys
:welds is being Investigated. Orig. art. has: 5 figures and 2 tables.
'SUB CODE: 13, l1/ SUBM DATE: none/ ORIG REF: 003/ ATD PRESS. :. 5111
2

ACC NRz A117001399 SOURCE CODE. uR70413/66/000/021/6075/0075
INVENTOR: Kulikov, F. R.; Peraidskiy, A. S.; Alekseyev, A. K.
ORG: none
TITLE: Chamber for local gas shielding. Class 21, No. 187902
SOURCE; Izobrateniya, promyshlennyye obrazcsy, tovarnyye znaki, no. 21, 196~, 75
TOPIC TAGS: welding, gas shielded arc welding, titanium welding, titaniu;a alloy
welding
ABSTRACT:
This Author Certificate introduces a chamber for local ga's shiej1ding in are
welding of circumferential joints in spherical or cylindrical parts (see
Fig.
r 1). The chamber consists of two hollow semicylinders, the side walls
of which have openings for the part to -be welded and carry a Ws pipeline
with nozzles for creating a laminar gas flow and a gas outlet. To ensure
airtight seallng in welding parts made of chemically active materials su
Ch
as titanium and its alloys and to make it possible to rotate' the
parts with-
out breaking the seal,--the joint of the seraicylinders is built in the form
Card 1/2 UDC; 621-791-753-9.037

ACC M
AP7001399
A-A
,rig. 1. Chamber diagram,
o" a water-cooled flange, and the openings
of the side-walls are.provided with 4eal
-ing flanges consisting of a rotating
flange mounted on a supporting ring. In
a variant of the charber, to enable
welding of cylindrical parts of dis-
similar diamaters, the rotating flanges
are provided with exchangeable elastic
rings! in-the shape. of.truacated cones.
Orig. art. has: 1 figure.'
.1 - Water-cooled flange,-.
2 - six?porting ring;- 3 - rotat-
ing flange-; 4 - clamp~n& ring;
5 - elastic conic ring.
SUB CODE: 13/ SUBM DATE: MarOf ATD PRESS: 5111
Card - 2/2

NALIVKIN, V.D.; ROZAROV, L.N.; FOTIADI. X.E.; TEGOROV, S.P.; TENGURAZOV,
I.I.; KOVALEVSKIT, Yu.S.; KOZACHENKO, A.A.; KONDRATITETA, M.G.;
KUMSTSOV, G.A:; J,~.; LOBOV, V.A.; SOYRONITSKIT, P.A.;
TATARINOV, A.G ; Turiy Alakmandrovich, redaktor; DATLY',
G.A., vedushchiy redaktor; GEITIUDITEVA. 1.M., takhnicheakir
redaktor.
[Volga-Ural oil-bearing region: Tectonics] Volgo-Ural'skaia me
neftenoonaia oblast'. Leningrad, Goe.nauehno-takhnAzd-vo neft.
I gorno-toplivnoi lit-ry, 1956. 312 p. (Leningrad. Veasoiuznyi
neftianoi nauchno-iseledovatellskit geologo-razvedochnyi institut.
Trudy, no.100) [Microfilm] (Wah 10:4)
(Volga Valley-Petroleum geology) - I
(Ural Mountain Ragion-Petroleum geologr)

1-,ULIKOV. F,S, %:t --
. .V - - -1 1 -
Gabbro-diabaste intrusions in Pro-Devonian deposits a' B&*Wrj&.
I
Tool. nefti 1 no.3:53-56 Mr 157. (mm 10:8)
(Bashkiria-Gabbros) (Bashkiria,--Diabaves)

14(5)
AUTHOR:
TITLEt
07"' -59-2-4/16
Kulikov, F.S.
The Arlan-D -,urtyulin "one (,',.rlarr,-7,-Yurt.yulin3-
k.,,y,t neftencamiya -.ona)
PERIODICALs Geoloiriya nefti, i ,,Pa%a, 195~, Nr -1, pp 15,12 (Us:~T,1)
ABSTRACTs The Arlan-D,rurtyulin oil-bearing :_4reE~ is situated in the North-West
P&rt Of the BasbkIrskaya USSR lund spreads from the South-East
to the North-Viest over a length of 85-190 L-1:1. In this .Lrea oil
.-!(,rn tll:_ in the coal-bearing stratum of the
"!ftrbonifereus. -J it is supposed that oil d9posits
U/.ist in form~,tions of the Vise~,,n -3tage and
in structures detected by structural drillinG. T,,,e author
gives a detailed description of oil explor-tion in this zone.
The drilled wells reve!leed the existenco of o!tnd ccIlectors,
and it ;r;% ( t -rintl- rook!j in the torri~.,~~no deposits
of the Lo,;~:.u 0&T'brjnJ-fei-0_u^ I.-eriod. It ii.,~s -A-ated that ero-
aion of Touvw~i_:.i..;,i ndl Z-A:,erni-.n rooks i1n(I trarjj-re_-.,Ave 3tra-
tification of these dijo2its h-d occurreit on lift'erent hori-
zone of the Tournaisian and Famennian stage3. It is oupposed
Card 1/2 that the j~_rlan-D~-urtyulin atru(jtur,,.:l zore aaz for;:ied in the

The Arlan-Djurtyulin Oil-Bearine ""one
- 51, -2 -4," 16
Tourn:.Izi,)n daring the perio-J of general tectonic L-.ovemcnts,
which caused the form-ition of coniplicLited peculiar structures.
The- conclusion is .7,Lde th;tt Devonian and Lo-.-;er Permi-n rocks
hiivu ~Uf'erent 3truvturej -.~nd thr-t uil in Devonian rocks
will be extremely diffiovlt. T~'.e ..uthor nocessi-
ty of exten(led preparator,'; or% ~,n(t of uoloric nothods
with the uue of rerrL..etoki .:,. v o:j 01;01 '~z deej~ (J."i kling of
additionil yrospecting ;;ells. on the *hule !bo-.it 160 explo-
rutor~- -well;3 must b-~ drilled, that is to s',y one well per 400
h--,. The L.uthor augge3tq, howevur, th-A (,ne .,QlI yer 'iN, ha
would b(., sufficient, thus reducirL. the time of exploration.
There ~,re one geological mup and 2' c r o os s e uo r Z,
ASSOCIATONS Ba3hvostoknefterazvedka
Card 2/2

4ULIKOV, F.S.
Petroleum prospecting methods in Bashkiria. Geol.nefti i gaza
5 no.9:37-43 S 161. (MIU 14:10)
1. Trest Bashvostoknefterazvedka.
(Bashkiria-Petroleum geology)
(Bashkiria--Gas., Natural-Geology)

PRITULA, Yu.A.; ABRILKOSOV, I.Kh.; AVROV, P.Ya.; KAZACHENKO, A.A.; KILIGINA,
N.I.- KULIKOV F.S.; MELINIKOV, A.M.; TATA.RINOV, A.G.;
TRO'iiPttiW'*ff'- TSYPLENKOV, G.G.; SHPILIMAN, A.I.;
Y I
DAYEV, G.A., vedushchiy red.; LINDTROP, N.T., red.;
YASHCHURZHINSKAYA, A.B., tekhn.red.
(Volga-Ural oil-bearing region; oil potential] Volgo-Uralskaia
neftenosnaia oblast'; neftenosnost'. Leningrad, Gostoptakhizdat,
1957. 175 P. (Leningrad, Vsesoiuznyi neftianoi nauchno-issledovateliskii
geologorazvedochnyi institut. Trudy, no.104). (MIRA 16:8)
(Volga-Ural region-Petroleum geology)

NALIVKIN, V.D.; KULIKOV, F.S.; MOROZOV, S.G.; SLEPOV, Yu.N.
New big graben in the east of the Volga-Ural region. Geol.
nefti i gaza 8 no.3t14-17 Mr 164.
(MIRA 17t6)
1. UfimBkiy neftyanoy nauchno-issledovatelinkiy institut.

KULIKOV, F.S.; MOROZOV, S.G.; SLEPOV, Yu.N.
Geologic history of ancient structures in the eastern boundary of
the Russian Platform in connection with oil and gas proopecting in
Bavly sediments. Neftegaz. geol. i geofiz. no.11:10--15 165.
(MDU 18: 12.)
1. Ufinskiy neftyanoy nauchno-iss.Ledovateltakiy institut.

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N. A. Kolosovskil and F. S
20
19M
f
C
A
Zk
9
143
7
-
.
.
.
sir.
K".
); c
(
,
.
-The tektive conco. of the scids in the aq. taycr
0
with increasins dilo. H. C. A.

too

see

e
CLASSOKATION 91, ti
woo
coo it,
V
I ; 'p, ; 4
ota It a W 0 a v -1 x Im -3 a a
1014
I, I-
dR4 A
4 0 a 0 0 0 91- 0 0:0 e e a 0 0 0 0 a 0 4 0 0 a 0
0 0 4 04 * 4 * a 0;0 0 0 0 * & e 0 0 0 0 0 0 * * 0;

0 CF see
Is 0 0
It R

09
04
00 A UzWbutiam of niMice beAween wAtef and Orgluic SM
00 veats. N. A. KilliKnvkil ajul F S,
Visa. A stat Mridum I TA~W nt - !~Z-i
t MM); cf j;,-,I._ 30. 1114.11!'14-1
C.H., %lihill. IIIIAITtl. 11)[111
-941
CIIII, k 11.1t, 11111f. VIINI
1
~=
R
;
-00
", I
4
k,f 1, 10"Myl ether,
Yl
A,
.~vk-hczawmr MA M. lvv , all-I 1. tw,, it djv,,l,4 And -90
Oil at 23% have fArve fkW M 4-u-1
11 C A

so

Ao

is 0
S 01 t A OTSLV,Fwif At (11100tal CLAMPKATfCk

-so

ST
9 0 0 00*0 0099*0 0* oo* 0 0 09,000 0 041 0 0.00 V* @go**

U 11 u
I L
G~
60

stills
i Ilerivatives CA "tvftttd kT4
J-61"
Of
cf. C. A - 24,
twinS the "micn%. of chlo"macelic j
halogen 414-fiv, of a sold. hydr(mcall
06 rrqp.. V 2P, the results are list lit
0 and 2nd lor CO: (CIC the MY111CM Cllj(
Cell 11.1011174A; 11'(11r.4
00 UC), OANN"'); 2XV1, 11.010; M.M
00 OAMS; 7AM, O.W3, 9.1418. 0.201;
IVAN. O-COZ; It* the bYstem OKI
0
0
CtH,Br OJWl, 0.1itioll. 41.246, 0.01
60 0.747.0UW,, 1.421.11.11HI 2~W,Q
5A15, 0.3m; 7.01A. 00117: T-M
1.
1A 1tS; for the systrin CjfjC1C(X)11
UaM (1048; OAW. (MRWJ; 11.0

',
t
4
io
0 0 a 0 0 0 0 0 46 0 0 0 0 0
td 11 it to JD I I a n A 6 J~ "t X I' 1_1 1,
k' y W_A r I A. to LO It
ii,~ aa4

s. N. A, r
OAMI; 1.468. 01"ll; 11-14 -'1'; "1-4K7"
. W. tt-R-N. 0-N3; t.4t4. 1).A4; N lUl,

I
-
elici
l
h
IM
f
C, WKI cru
e 'v'
or t
t
8.4m, L
;
'll; mind
H.Ar)Q' OAX
in JJVO anti a CMH in 11,0 anti CC40.216, ll.IXNPC;I; D,462, DAWN;
it, mols per I., 1)~W, ).491, 2.210, ().frXi; 3.L!iAl,
staimb hw C, 11.0427: 4.501. MINI-28; 114181, 0.09.1; 6.7311. ')AW,
X)ll ill 11A) Will IIAMA. 1). 147; 7..'01, 7~%91, 1) 4.7,2. 7, 76~!. 'ItA17; And
11,101:149;
1AMI A.798. 2.9711; (or like %Ystrill 01cl,cq Kill in If,() 811.1
,
5A-14, C'11.11y, ().W48. OAK% 11.417,Llfi. 11;44, 11(p.13, .00
3. 0.4a',; anil 014W. 0.164; WWI, ll.;bA; 1.1a?, 11.4N,; 2.M." lvqw:.N~
,
00H in HP and :I.=, 11.910; and 4.691, 1 It'% to. the symcin COMPOll
0; 0.452. 0.113LNI; in 11,0 vid C161, 0.1974, (10041; (1.3345. fl.fr_111;
91; Jul' 02a; 0.508. 0,(kU4; (WO. (1.124; 1.146, O.ZW; I.W01.
A
1* 1
.51.. and 7.W.. 0.544; Vile 2.514, 0.98). 3.441), 1.324; 3.4-0),
0.719;
it 11.0 atki CHJ
: tw; anti 2.11:11. 2.107. The rrults are
1.7(12. 3.1-#4 1. *41
()AlfQ'; J)'91% 4wivarrd with thoor lit othef iny"iijislom S. L Nt.

.14
fit ft il-ta n

42 '
010 a 0 0 0 0 0 a 0 0 0 0 0 0 6 0 0 4
0 0 0 0 * 0 0 0 0 4 t
00
0 0 1
1

1 10 TI 11 11 H 11
A
ll f- A.-L-f- A a -jo P, a
4 t1f A,,O
~

ge

1
6 c. A. W,-. 71

* two efes. at 4

e .,.1 t*twten
fit1k, PhNU14

z tnitylic
i,41-Bt)OH OAW
#A and CCh.

00 bew
0*
o
lwtwwn Ho
,
00 twiwmu 11,01,

06 A011. slutur
10 rAd
Igo a
00z
AmOlf sad
00 jillgwytft~4ic I
0
Al

0o
00
Oof
I L -lT
0o8 -LLtIVGKAL

Dot

0 0 0 f o o 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0

'
~
ly If pf a 11 11 h D ks
i
e 27 .
v
1
1
x J1 v 11 1- a J. v 11 j a it to
.
-
g
, YLV-A L CS4
v 1 1 j i , -,
i0 CIAII

-
ad
be"0919 twO
knv
od A
l
g
u
4
n
c' .-Go
1.1ble. iih.-w lkw pots.
S7141-4-Alxmit nil
"vat Cowl*. tog The syWITIS: P"44,11W
.0 am 3'yk-. d"Its. ( .11L.4. ML,
MeCjj.No,. go-HU011 and t-o-AmUH.

HO OW PhNt.16, o-Me(4m,%,0f.
War
a-A-OH; mombetinc " belwtm [fig)
&M im-AmOU; k-,akfw
We
1 . CHCI,.CCI,,EtSr,yh%
imo-11160111 OM 120-Auroff; IICW'
its*
md PhNow mad Acull
A PbNo, and a-MtC41L.NLh; a lacts,
d citric wW and nsalonm- &cut lwt~os
Little
. aminnir " bowc,,tt 110 &nil
ZH;
*tbylmabmw acw bctweca If.0 mod
); PYQH betwtva IfoO mW ism-11WH;
J bctwwu HoO aed InAte suit
it. A. Sondc
900
'00
No 0
..Oo
;s 0
'A 0

"
~
0 0 0 0 00 0 0 0 0 6 0
0
0
0 0 0 0
0 0 0 0
-
0 0 010 0 0 0 0
0 e o o a 06 0 00

#I is m
A
's
00
00
so
00
00
0 g
if's.
It "TALLURGKAL L111

4 if 0
1
1 0
44ig f
.

a solute between
of disWbutiolli 0~ I I. s
-4 parad6s 12
eel-
b
IM
id
two uqu
K k4"
.l
x 'j
tvvvcn
i'
U
l"O
still- "Tw of 11%v Iit
tirivul"I at 11 "
W
h
-
e
t
"
"
h
414%vilt . At Ally
the W",
li)Cfcwd by the 9"4 'lutI, ill INIA d to h,
tellip., the 1.4mcn. Tho is attribuic

I
_Aos,,j I)y Lhcir
iolultel""U"" Y'

oe
caw s
1) phitIel
f tile
I

040

-_Oo
goo

'Go
'00
'00
woo
Wit J.11.
$,,1l ~
j CRT
o"
Wit
W&- U S MOD
el 011~ I.
U 0 It 0 0, o' 0"
0" o
0 0 0 0 0 0 0 0 o 0 0io 0 0 0 0 0 0 a 0 0 0 0 0 0
40 0 0 0 0 .9
0 0 0 0 olo o o 0 0 0 0 0 a 0 0 0

0 0
A
x 0
1 4
-
~
-

otgu
J, Gto

of 716h'
the to

Of flit, (A

:0 1
I
4.11
1J.11
00 't. W
Acid
0.14
11CA

ww"T I
'A)!
it
TALLU 6K AL t. It If0
Boo- 11.14,1111.
wag*
:u
0 0 0 4
"Bit "9110 njom*v n1m 11 Wit bojolovxpovd. Vol &I a cu
1 1 4 1 1 ?.-A I I AA 0 U w (f a I
A44 00#r
sOveac IN, A. KjtlowwAil siA 11, S. KU1W;-
Ckew. (11. S. S. R. I S. 114 1 .11 PUI), f. C. .1 ~ ZO.
-AJI the mcasurelucalm, wwr at In III,
in. be 1*4 numl-r in rach pair r.-p#rwnt*,,*wn. 44
yoridin lyrrfol and t1w 2nd nil"11wr, its ('wwn. ill
cr Ing. 41M. I'm the 4youll P114istinit. mill m
-1- CIIC4 WUN. 11.405; 11.413. 0.817;
2AW; lJ11A, 3.0). Fto lwlvmlt-ow fid
trol + ClIcls D.10A, OJI2101; 11,19172. UAW'.
OX137: U~AXW, 1.7243; 11X;1l..1.lrJ19, U.,'4vd.
(Mitill), VOW1. Ptor iwvuh-rie Acid in xlytt-rof
~nef)AM1,I)AMA; 0.424,01157; 11.07*2,0~'Nil.'
UA849. 0.2119. ),W76; 0,31!01, 2,1416: IP.IA127.
O.Mw' 6,110); I.Xvis), "JxAJ. F"t owwaWA,
glyer of + C41141'4(h OJJJ'r~$' ii,Ojfjx.
r
".2014, 0.47,32, WM3, OA-116; 1). 1461, LAj6.'.
2.91311; 0..%04.5, 4,377A4; 1.51M. 5JANIS. Its fit,
ivivak-ric jicid in Slycvr,)l -F OWL, xivvrl,,l lw~
hr k)wcr layrt bv&ninig with di,tribuivon of ifir
(M-1, 4.1 IWi. MA"I'Ly
CLAS -I-10.KAll,go boo
Q.c
allow" 1114"
: 0 0 0A 0 0
0 0 0 014 0 9 0 0 0 0 0 0 0 0 0
.00
doe
'00
'* 0
as*

U5SRjCh6--d5'ury - Book review
Card 1 /1 t Pub. 147 - 20/27
Authore KUMO'Y'*- F.1- 5 i -
Title Regarding the report by S. V. Gorbachev and E. Ya. 1,Undovich entitled,
"Distribution of Picric Acid", Parts 1 and 2
Periodical 2 Zhur. fiz. khim. 28/12, 2232-2233, Doe 1954
Abstract Critical revie-er is presented on the report by S. V. Gorlyachev and
E. Ya. Mindovich entitledo "Distribution of Pieric Acid". The critic
points out the errors in the report and explains that the errors
originated because the author., applied the Boltzmann distribution la-.,,
vehich is inapplicable in such a ca3a in3tead of the B-3rthellet la-.7
which is bost catted for such problems. Five reference3 ; 1 Fronch;
3 IISSR and 1 (1870-1953).
Institution : ........
Submitted : Mirch 26,, 1cw'54

r -5c)0
27834
S/03 61/027/010/007/022
Bi 1OYB101
AUTHORS: Lipshits, B. A., Smirnova, G. K., and Kulikov, F. S.
TITLE: Determination of iron in highly pure antimony
PERIODICAL: Zavodskaya laboratoriya, v. 27, no. 10, 1961, 1199 - 1200
TEXT: The determination of iron in Sb metal by means of thiocyanate is
disturbed by the formation of a yellow precipitate. a, a'-dipyridyl forms
a stable, soluble ferrodipyrilyl complex lon, whose red color exactly obeys
Lambert-Beer's law, and whIch is concentrated in a thin cresol layer.
1 - 59 of Sb metal was dissolved in a mixture of 5 parts 0of HC1 1:1 and
1 part of HNO,, (1:1), and evaporated to iryness at