SCIENTIFIC ABSTRACT YU.YA. FOMIN - A. YA. FOMINA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413510009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YORIN , Yu.Ta.. kandidat tekhaicheiskikil nauke
-~~~Imfi2ting supplementary fuel injectiona in engines. Avt. i trakto
prom. no.2tl4-16 Y 157. 4KIaA 10:3)
(Automobiles-Nngines)

_ ,_Zpgp d-takhn.nauk
Initial rising of fuel pump needles used in high-speed enginess
Nanch.trady OIrMF no-13tl34-146 157. (MrRA 11:11)
Oruel. pumps) (Gall and oil engines)

FOMIN, TU.Ta., kand.tekhn.nauk
Designing fuel systems for engines using compression fuel
combustion. lauch.tradty OIDW no.13:147-163 '57-
(MIRA 11:11)
(Fuel pumps) (Gas and oil engines)

AUTHOR: Fomin, Yu.Ya. 90-58-5-10/10
TITLE: The Pressure Valve of the Diesel Fuel Pump (0 nagnetatell-
nom klapane toplivnogo nasosa dizelya)
PERIODICAL: Energeticheskiy Byulleten', 1958, Nr 5, pp )0-33 (USSR)
KBSTRACT: The fuel supply of the diesel engine determines the per-
formance of the engine and depends considerably on the pres-
sure valve of the fuel pump. Results of tests with a slide
valve typo fuel pump are given, whereby the revolut.ona of
the camshaft ranged between 300 - 1,100 per min. The fuel
was injected through a closed nozzle of the KKAZ type.
The dependence of a single fuel injection on the height of
the discharging annulet at various positions of the re-
gulating rack and with the revolutions of the fuel pump
at 490 rpm is shown in Figure 1. Experiments have shown
that the injection factor '~ H is greatly influenced by the
height of the discharging annulet. The curves of the pump
work with valve No 4 in which the discharging annulet hes
a height of 1.0 mm are given in Figure 2. At a value of
850 rpm it is evident that ^~ H is constant. Vigure 3
shows the dependence of the maximal injection pressure
Card 1/2 p... on the height of the discharging annulet at 1,100 rpm.

The Preswure Valve of the Diesel Fuol Pump 90-58-5-10/10
This demonstrated dependence contradicts the present opinion
that the maximum injection presiure is independent from the
height of the annulet. The character of change of the
residual pressure valve in the pipeline PT is also de-
pendent on the height of the discharging annulet as shown
in Figure 4. The increase of the PT values at an increase
of revolutions with the height of the discharging annulet
remaining the same is explained by different closing con-
ditions of the valve. The change in the height of the
maximum lift of the valve exerts a considerable influence
on the injection process at small revolution values and
in single injections of the pump.
There is I table, 5 figures, and 2 Soviet references.
AVAILABLEt Library of Congress
Card 2/2 1. Fuel pumps-Performance 2. Diesel engines-Fuel injection

FOMIN, Yu.Ya.,Iuind.tekhn.nauk
Perfecting the Iqdraulic design of diesel-engine fuel systems.
Suergomashinostroanie 4 no.12:11-15 D 158* WFA n: 12)
(Dleael enginOs-Dasign)

FOMIN, Yu.Ta., kand,tekhn.nauk
Calculating the end of the fuel injection process in diesel
engines having enclosed burners. . Nauch.trudy OIDW no.16:
63-76 158- (MIRA 3 1: U)
(Diesel engines) (Oil burners)

"IN Tu Ta., kand.takhn.nauk.
Determining Indicated horsepower and constructing indicator diagrams
for engines with divergent pimtons. Sudostfoenle 24 no-8:30-33 Ag
'58. (MIRA 11:10)
(Yarins, engines)

10(4) PHASE I BOOK EXPLOITATION SOV/2501
Fomin, Yuriy Yakovlevich
Gidrodinamicheskiy raschet toplivnykh sistem sudovykh dizeley
(Hydrodynamic Calculation of Fuel Systems in Marine Diesel
Engines) Moscowp Izd-vo "Morskoy transport," 1959. 82 p.
Errata slip inserted. 3,000 copies printed.
Ed.; M.I. Chernov; Ed. of Publishing House: S.A. Semenova;
Tech. Ed.; Ye.A. Tlkhonova.
PURPOSE: This book is intended for scientific workers and
industrial engineers In the field of propulsion. It may
also be useful to students'of advanced courses in propulsion.
COVERAGE.; The author describes a new method of hydrodynamic
calculation of heavy fuel systems for marine diesels
having comparatively long compression pipelines. One of
the features of these'fuel systems is the importance of the
effect of hydrodynamic resistance on injection, The omission
of the calculation of this resistance may lead to inadmissibly
large errors. The proposed calculation method is based on
the solution of the telegraph equations obtained in calculating
Card 1/4

Hydrodynamic Calculation of Fuel Systems (Cont.) SOV/2501
the hydraulic drag in the initial equations. In addition
to the verification of the method and the derivation of
the joalculating expressions, the book gives explanatory
examples and discusses the calculation method for basic
types of marine diesel fuel systems. In conclusion, the
author gives a method of improving the hydrodynamic
calculation of fuel systems of high-speed diesels on the
basis of the wave-equation without taking hydraulic
resistance into account. No personalities are mentioned.
There are 21 Soviet references.
TABLE OF CONTENTS:
Introduction
3
1. Composition of Equations for Calculating the Flow of Fuel..
in Compressor Conduitain Calculating Hydraulic Resistance
Forces 8
2. Determination of Speed of Flow of Fuel at Points of
Diagram Included Between Straight Lines y, t and
-y- =,,~t , and Axis of Abscise as 13
Card 2/4

I
H
ydrodynamic Calculation of Fuel Systems (Cont.)

OV/2501
3. Calculation of Process of Fuel Injection 20
4. Determination of Fuel Pressure in Pipelines 36
5. Calculation of Fuel Injection Process at Optimum Value
of Final Pressure 39
60 Special Features of Hydrodynamic Calculation of Fuel
Pump with Automatic Instake Channel 41
7. Special Features of Hydrodynamic Calculation of Fuel
Pump with Gas Pusher Rod 43
B. Example of Calculation of Fuel Injection Process
Taking into Account Hydraulic Resistance in "Skoda"
Marine Diesel 46
9. Hydrodynamic Calculation of Fuel Systems for High-speed
Diesels 69
Card 3/4

Hydrodynamic Calculation of Fuel Systems (Cont.) SOV/2501
Conclusion 80
Bibliography 82
AVAILABLE: Library of Congress
IS/Mg
Card 4/4 11-24-59

FOMIN, Yu., dote.; SUKROHLIN, V., insh.; BXMISKOV, A., insh.
Purification of the circulating oil system on "Kazbekl-
type tankers. )4or.flot 19 no.12:35-36 D '59o
(MPA 13:3)
1. Odesekly Institut insheneraw morskogo flota (for Posin),
(Marine diesel engines-Ioubrication)
URN

YOMIN, Tu.Ta
.. apheanslytlcal method of calculating the operation of free-piston
gas generators, Sudoetreenle 25 no,10:30-33 0 159.
1 (KRA 13:2)
(Marine gas turbines)

SUNHOMLIN, V.R., inzh.; FUMIN, Yu.Ya., dotsent
Taking measures to mechanize and automate the power plant of "Kazbek"
type tankers. Biul.tekh.-ekon.inform.Tekh.upr.Min.mor.flota 5 no.4:
13-29 6o. (MIRA 15:1)
1. Odesskiy institut inzhenerov morskogo fl
(Tank vessels) (Marine engineering) Ittomatic control)

AFOKN, Yu.Ya., dotsent
Rated nomogram for the combustion equation in diesel engines. Izw~,
vys.ucheb.zav.; mashinostr. no.4:133-136 161. (KrR-k 1416)
T-
1,, Odesskiy institut inzhenerov morskogo flota,
(Diesel engines) (Nomography (Mathematics))

L 1661M3
S/145/62/000/012/008/011
AMOR: _ZgMin,_Yu. Ya., Candidate of Techn. Sciences, Docent
TITL2-. The IrkDrovement in fuel atomizing in Diesel engines at 10V
revolutions and feeds
PERIODICAL: Izvestiya vyssbikh uchebynkh zavedeniy. Mashinostroyeniya,
no. 12, 1962, 123-129
=1: The author indicates measures for increasing the fuel injection
pressure at low speeds and feeds. From the design viewpoint this is a simple
method. It is accomplished by increasing the residual pressure in the super-
charging conduit, or by tightening of the atomizer spring. In the first case
,correcting compressing valves must be added to the engine. An increase in
tightening of the atomizer spring improves the quality of atomization at low
revolutions and low feeds. The range of increase in these pressures depends
on the maximum pressure of the fuel injection at normal revolutions and per-
missible stresses in the elements of fuel supply equipment. One Soviet refer-
ence. There are 1formula and 6 figures.
ASSOCIATION: 'Odesskiy institut iuzhenerov morskovo flota (Odessa Institute of
Card 1/1 Marine Engineers) SUBMITTED: July 3, ig6i

TA*TOR, Daxiil Borisovich, prof., doktor tekhn. as.ilk .- (deceased];
JrIN, Tuja., dotB.; KAMKIN, S,V,f ~Oto.j RAPOPORT,
L.I., kand. tokhn. mauk; SHCHF.LGACHEV,-R.V., iazh.-
mekhamik; SANDLER, N.V., red.isd-v-a; KOTLYAKOVA, O.I.j
takhn. red.
(Diesel engines; their design and calculation] Diseli,
komponovka i raschet. Isd.3., perer. i dop. Leningrad,
Isd-vo "Morskoi twansport," 1963. 439 P. (MIRA 16:7)
(Diesel englass-DesigR and construction)

TANATAR., Daniil Borlsovich, prof., doktor tekhn. nauk (deceased];
Prinimali uchastiye: FC-MT&
ju_la., dots.; KAYZD(, S.V.,
dots.; RAPOPORT, L I nd. tekhn. nauk, red.; SANDLER,
N.V., red.izd-va; KOTLYAKOVA,0.1., tekhn. red.
[Diesel engines; their arrangement and designj Dizeli;
komponovka i raschet. Izd.3., perer. i dop. Leningrad,
Izd-vo "Morskoi transport," 1963. 439 P. (MIRA 16:11)
(Diesel engines--Design and construction)

ACCESSIONIMs, Ap4o4o34o S/0152/64/000/005/0065/0068
AUTHOR: Fomin) Yu. Ya.
TITLE: Compressibility of motor fuels DT-1, DT-2, and DT-3
SOUWEi IVUZ. Neft' i gaz, no. 5, 1964, 65-68
TOPIC TAGSt motor fuel, fuel compressibility, injection unit, modulus of elastici-
ty) fuel viscosity/ DT 1 fuel, DT 2 fuel, DT 3 fuel
ABSTRACT: The author studied the properties of: motor fuels DT-1, DT-2, and Ilf-3
with donsities of 0.93h, o.91,6 and 0.950 glcrn~ rorpocLively at 20G. Their viscosi-
36 x 10-6 -6
ty values ware , 55 x 10 and 66.6 x 10-6 m2/soc at 50G. ware
performed in an oxperiniontal injection unit after prdiuatinV up to '_'0. UIJ above.
Thoro wore spocial provisions in tho expurimental sotnP for i~x3az-,x)ri 1~, ~~ho !Kpc,~d of
per
PL-UpaCatuion of the wave to an accuracy of + The ex, zimorits si,ow,:4 that 'or
all fuals the spood ol propagation was Fractic;Llly tho 3amo in tho to~,inaraturo
intorva-1 ItO-30C. At highor tarr~)uratures (120-1140C), 16-11o spead of p:-opagaLion in
DT-1 was lower than that in DT-3 by about 5.5'%. The co-mpro3sibility coof ficlont
is given by the formula
C.cud ' 1/2

;~7 --~i
ACG&SSION Mi AW4034o
I+pk I +Pk Y+ 1 - k
2p + 2p alp% P P
where is thG density of the fuol at atmosphoric preasuro and at '-,he temperaturo
P t
at which the exper;Vrent was conducted, E is the Young's modu3us of the conduit
material, p. is the Poisson ooefficiont, R and r are tho oxternal ar4 internal
radii of the conduit, and k 2 + r2) The mean coefficient of conpress-
2)
(R2 -.,r
ibility is given by the formula
Sadp L
P
The plotted curves of thesu coefficients for DT-I at various pressures wore
approximately parabolic in form. Orig. art. hasi 5 formulas and 4 figures.
ASSCCIATION: Odesskiy institut inzhenerov morskogo flota (Odessa Institute for
Naval Engineers)
SUBMTTIM 2 23Doc63 MOL: 00
SUB CODES FF NO REF SOV: 002 OTHERS 000
Card 2/2

P2580- Ele.T(m)IOPF(c)IT Pr-4 W4
ACCESSION NR: AP5002245 S/0122/64/000/012/0019/0023,.
AUTHOR: Fomifit Yu. Ya, (Candidate of technical saiences)
TITLEt General equatioaa of the injection process of vincous fuel in a diesel
engine and their solution with an electronic oaa~uter
SOURCE: Vestnik mashinostroyeniyal no. 12, 1964$ 19-23
TOPIC TAGS: fuel injeotion, diesel engine# diesel iLell fuel injector
ABSTRAM An electronic computer method is presented for kiolving the hydro-
dZniamic fuel flow equations for injection of viscous fuels in a diesel engine.
Although a method for solving this problem was previously presented by the author
(Gidravlicheakiy)rasche -t toplivnykh sisten sudo-rykh dizeley. Izd-iro 1114orakoy
transport," 1959 P the Present method is particularly suited for ui3e with digital
computers. The general boundary conditions at the entrace to the presswizing
circuit are described brr 7 equations (11 in the previous work) and 3 inequalities.
Three of these equations are differential equations and aro solved by finite differ-i
onoo methods, the others are delved by successive approximktionait Me fuel velooity
at the entrance is found by (Pn, P~l (where a preamwe Wave
Card

L2258o-65
ACCESSIOILT RR: AP5002245
volooity, pI pump outlet prousure found from differential equmbione; the- subscript,
refers to the initial value and n~ subscript to the fira.1 value during atime
interval 6 t.) The tlow velooity at the outlet of the 1wessurizing oircuit, is
aIimilarly found-by 'I (p (where P. - nozzle pressure). The
UL I, I+ -ap,f Pr
case of a flow disoontiauity in the P _(cavitation)-io also -O%tod by
_tz ___._S8Sum_ng__
the pressure at the flow separation eqiml -to zero-- and- cm?ressing -the fuel velo
- _ -P - - - - ~ -_ -city.-
to the loft and right of the discontinuity by algorith= similar to the above. 'This
method U used to solve the injeotion .process flar a fual viscosity of 0.2 x 10~-4 MI/
aeo and a' tubing length of 2.16- m. Figure I oa -the Fholosure ahowa a co=parison of
The calculated and oxparimental no-Utle pressure (2) and (1) rooeotively and a cal-
culated pressure asauming no friotion (3)e Oriiro art* hasi 1 figure ani 24 foi=alaa,
ASSOCIATIOM none
SUBMTTEDt 00 MICLg. 04. SU CODE:
NO RU SM 002 OTHM t 000
Card' 2/3
PR, DP

F-MT. Yu. Ya. --
-
Compr- anibility of DT-1, DT-2, arul DT-3 motor fuels. Izv. Vys. ucheb.
zav.; neft' i gaz 7 no.5:65-68 '64- (MITIA 17; 9)
1. Odesskiy institut inzhenerov morskogo flota.

FOM121, Yu.Ya., kand. tekhn. nauk
Effect of pressure and temperature on the velocity of the propa-
gation of waves, the coefficients of compressibility, and the
density of diesel fuel. Trakt. i sullkhozmash. no.9:6-8 S 164.
(MIRA 17:11)
1. Odesskiy institut inzhenerov morskogo flota.

I-r.,j u el I Lv phi
i) a i0- N b IRA 1,3,4

ACCESSION Nfu,'AP5009874 UR,/0115/6-5/000-/01)2/003510036
536.5-.61'*1.038
AUTHOR: Forxiin. Yu. Y 1 Gundorin, B. K.:,
LAI
TITLE: Measuring the rapidly-c hanging temperature of fuel under high-pressure t
conditions
SOURCE. Izmeritel'naya tekhnika, no. 2, 1965, 35-36
TOPIC TAGS: diesel engine, diesel fuel
ABSTRACT: The measurement of the tempertixture of the fuel in a diesel-engine
fuel injector is described. The constant temperature component was measured by~
a. copper-.constantan 0.0 3 -0. 06 -nun. thermocouple laving a thermal inertia of Is-:
20 msec, and the variable component, by a 0. 0 15-nim tungsten resistance
thermometer with a thermal inertia of 4-6 mtiec. An cocillog ram ahown the
entire injection procaaiq~ lifting tho injector needle, ful-4 prossure, and
tern eratures. The resistance thermometer reading was behind that of the
p
pressure by only .1 -2 rnsec. Orig. art. has: 3 figures.
.-Co-rd-112

- IXMN. Yu.Ya., kand. tekhn. nauk, dotsent
Eliminating additional fuel injections in engines in case of
a high residual pressure in the pressure piping. Izv. vys.
ucheb. zav.; maBbinostr. no.2:111-118 165.
(MIRA 18:5)

55 -/WE--
-L-29~ 2-66 ENT(m)/T --7"i 1J'N
ACC NRs AP6012270 SOURCE CODE: UR/0114/65/000/011/0024/0126
AUTHOR: Fomin, Yu. Ya. (Candidate of technical sciences, Docent)
ORG: none
1 TITLE: Effect of density, pressure and,temperature on the compressibility of !MLne.
V
fuelstk
SOURCE: Energomashinostroyeniye, no. 11, 1965, 24-26
TOPIC TAGS: compressible fluid, liquid fuel, fluid density, fuel test, temperature
test, fluid pressure .1
ABSTRACT: Various types of heavy motor fuel with densities of 0.85-0.99 g/cM3 are ex-
perimentally studied as a basis for deriving formulas to find the coefficients of com-
pressibility as a function of pressure and temperature. The specific weights and vis-
cosities of the various fuels studied are given. The formulas derived show that the
compressibility of motor fuels is affected primarily by pressure, temperature and fuel
density while the fractional~,ccmposition has little effect. The effect of pressure on
the compressibility of motor fuel increases considerably with a rise in temperature.
The true and average coefficients of compressibility may be calculated.from the formum
las
UDC: 621.43.019.004-12
Card X/2

ACC NR: AP6012270
as+ P+ P.
a as + alp+' alp",aav 2
+ + !,- P +PI) P
2 3
where the coefficients ao, a, and a2 depend on fuel density and temperature. A can-
parison with experimental data shows that these formulas give an error of 14% for the
entire range of operational fuel-temperatures and pressures up to 700 kg/cM2. For'Mu_
las are also given for finding the fuel density and rate of pressure wave propagation
for various types of fuel at a given pressure and temperature. Orig. art. has: 3
figures, I table, 5 formulas.
SUB CODE: 21/ ORIG REr: 006/ OTH REF: 001
Card 2/2
4-

FOBULI, L. [Fobul, L.],, kand.takhn.aauk; FOMINA, A.,, kand.tekhn.nauk
C,
Refining and fractionation of mixtures of saturated dicarboxylic
acids produced by oxidation of kerogen in kukersite. Eesti tead
jakad tehn fuus 11 : no.3.,203-2-U 162.
1. Acadeny of Sciences of the Estonian S.S.R.J. Institute of
Chemistry.

FOMINA, A.0 doktor khix.nauk; YERUSENKO, V.
(bcidative decomposition of Perogen in dictyonema shale by alkaline
potassium permanganate. Izv. AN Est. SSR. Ser. fiz.-mat. i tekh.nauk
12 no.2t189-197 163. (MIRA 16310)
1. Academy of Sciences of the Estonian S.S.R., Institute of
Chemistry.

FOMINA, A., Aand. tekhn. naukj SHARAFOV, V.
Using portable gas analyzers', GB-3 and P(W-3-1-54, to measure
the concentration of petroleum products vapors Mor. flot 23
no.9s36-37 3 163- iMnA 16: 11)
NP
U
If

NAPPA, La.; FOMINA, A.,, doktor khim. nauk
Nitrogen of the organic matter In dictyonema shale. Part 3.
Izv. AN Jbt. SSRe Ser. fizo-mat. i tekh. nauk 22 no.4:446-
449 '634 (MIRA 17:1)
16 Inatitut khimii AN Estonskey SSRi,

NAPPA, L.; MKINA, A.,_Ooktor khim. nauk
Determination of the nitrogen in-tho-organic matter of Dictyonema
.shale. Part.2. Izv. AN Est. 'SSR. .'Ser. .- fiz.--mat. i tokh. nauk 12
no.3020-326 163. - (MMA 16:11)
1. Institut khimii AN Estonskoy SSR.

NAPPA, L.; FOMINA, A,, Opktor khim. nauk
Nature of the melanoidins taking part in the formation of
kerogen of diatyonema shale. Izv. AN Est. SSR. Ser. fiz.-
mat. i tekh. nauk 13 no.2tl43-147 164. (MIRA 17:9)
1. Academy of Sciences of the Estonian S.S.R., Institute of
Chemistry.

YERUS121KO, V.; FOMINA, A., doktor khim.nauk
Oxidizing decomposition of kerogen in dictyonema. shalm by alkaline
potassium permanganatee Part 2, Izv, AN Este SSR, Ser. fiz.-Mat. i
tekh.nauk no.1+1319-328 161+. (MIRA 18:4)
1. AoademW of Scionces of the Estonian S.S.R., Institute of
Chemiatx7.

NAPPA, L.; FOMINA, A.
Hydrolyala produotB of kukerBite kerogen, Izv. All Est. SSR.
Ser* fiz.-mto i tekh. nauk 14 no.1;163-165 165.
(MIRA 18sll)
1. Institut khimii AN Estonakay ',S)SR.
I.!

FOHINA, A.A.
Regenerating legumes and multiplying the variety of grasses on meadove.
Dokl. Akad. sel'khos. 24 no.7,.18-21 '59. OaRA 12:10)
1.Dedinovskara opytnWa stantmiya po poymennoom lugovodstvu.
Fredstavlons akademikom I.T. larinym.
(Logdne) (Gressei) (Pastures and meadove)

.-FOMINA. A.A.) mladshiy nauchnyy actrudnik
Using 2.,4~D for killing weeds on meadows. Zashch. rast. ot
vred, i bol, 5 no.25-26 Ja 160. (MIRA 34:6)
1. DedinavskaA o lugovodstva.
_pytnaya stantsiya PO poymennomu
(2,4,-D) (Pastures and meadows)

gQMIj~A,.__A.t_ A*
Cand Agr Sci - (diss) "Effect of fertilizers, herbicides, and
mowing on the botanical composition of grass stands and the
harvest yield of alluvial-plain meadows." Moscow, 1961. 15 PP;
(Moscow Order of Lenin Agricultural Academy imeni K. A. Timir-
yazev); 200 copies; price not given; (KL, 5-61 sup, 198)

TOPCHIYEVAP K.T.; TAKHTAROVA, G.N.; FOKMA, A.I.
Vapor-phase esterifteation of aromatic acids with'4 ro on oxide
catalysts. Neftekhi-4:La 2 no.5:1;4,7/.g s-o 62 (mRA 16a)
1. Moskovskiy gosudarstvannyy universitet imeni LmonoBova,
khimicheskiy fakulltet.
(Acids, Organic) (Esterification) (Ethers)

FOMINA ~ A I I I
Sorghum should be cultivated. Infom. biul. VDNKH no.10-
20-21 163. (MIRA 18 5'
1. Starshiy ekskursovod pavillons. "Kukuruzall na Vystavke
dostizhenJy narodnogo khozynystva SSSR.

L lb957-65 FdT W /;~%(Lc,)
FMP)-2/ASD(p)-3 C/T/EWP(J) PC-4/Pr44/Fb-4 SF!)/A1MC(b)A~-x(a)/
ACCESSION NR-. AT4048191 S/0000/64/000/000.'0099/0108
AUTHOR: Alq,k6.gyova, A..V., Borman, B.S., G?l'bert, K. A., Datskovich, A..A-.,.
Moshins Fomir4 'A. L
TITLE: Determination of tram Impurities in monomers
SOURCE: VsoEoyuznaya nauchno-tckhnlcheskay~ konforental az2voy khromato-
___ya pSt_S_ _
graffi. 2d, Moscow, 1962. Gazovaya k omatojF-afFya-(Gas chromatography); trudy*
konforontsit. Moscow, lzd-vo Nauka, 1964, 09-108
TOPIC TAGS: monomer analysis, impurity determination, gas chromatography, flame
ionization detector, molecular slave, thermal conductivity detector
ABSTRACT: The paper concerns the determination of trace Impurities in ethylene and
Opro, lane to be used as raw materiald for polymers and copolymers// Light Impurities
(112, 02, C02, C114) were determined with the thermal conductivity detector G-9,
heavy impurities with the flame ionization detector. The sensitivity was increased
considerably by the use of programmed temporatures. The determination of light Ira-
puritios is based on the enrichment offoct,obtained if the impurities are adsorbed to a
lessor degree than the main component; the width of the band of heavy components was
determined by the coefficient of their adsorbability from the mLx=e, that of the light
Card

L 31957-65
f ACCESSION NR: AT4048191
Impurities by the spread of the adsorptiva zone of the main component (ethylene, pro-
pylano). Formulas for finding the enrichment value a.ro presented. Two adsorption
columns were used, the first for enrichment, die second for Goparation. Separation of
Nq. and 02 required ft uso of a molecular slove in the column, %ith silica gol as the
adsorbent. With small loads the degree of enrichment increased linearly with the
amount of the specimen introduced, but there was a 11mit to the letter. Simultaneous
1 tests were conducted with the concentrator at temporiturou of -17 and 20C and with the
molecular slaves at 80C, with satisfactory results. Heavy impurities (CI_C4) were
satisfactorily separated on, for example, aluminwn oxido soaked with dicyanodiethyl-
sulfide, using the flame-lonization, detector made by_qKPA,- Inza brick and tripolite
with other modifiers were also tested., This work served as a basis for the devolopmeat
for the lChTM-1 chromatograph (1961).i The apparatus is described and Illustrated
schematically. It was concluded that programmed temperatures will lead to a several-
fold incr&,zo in the heights of the peaks, but that they should be used only with a very
pure carrier gas. Various adsorbonts may bo used. OrIg. axt. has: 8 figures.and
2 formulas.
ASSOCIATION: Nano
2/3
Card

I.,k 6.2o79-62 Q )/E;WA (c)/ZWT(a) Pq-4/pr-4 RH
ACOMION HR t APKI.f "'5 UR/0204/65/005/003/0449/04,2i
54TO13-21543-544-451 064
1UT11ORSt Alekaeyoiat A* V.1; ollborti. K._A' Wdecaezed); Yominat A. 1.
~TITLE: Deterainatil7n of aicroadmixtures of IV-drocarbons 0 in pure etbviene
1_C4
E: -449-452
SOURCE Heftekhinijrap. v. 5# n0$ 39 19659
-.TOPIC TAGS: bydroeirbont impurity-~cozitenti -eftl4me/ ERU-3 amplifier, ;EPP- 09
registration devicep KhT 21t chromatographl A I 'aliminum -ox14o
-ABSTRACT: A procedure is offered for dote.raining hydrocarbon (Cl-C eAWixtures in
4
etkylene by using'.-a KhT-2M chrromatogrd*- with. f1mae-ioni zation detection# an EMIU-3
amplifier of ionic ourrento and an EPP-09 registolAng daTico* 'T'he admirtures were
removed in two series-cozmeoted towers, onre filleA with A-1 alumimm. oxide.
another--with diiaodecylphthalate saturated brick (the first Column work-.ed under
speAfic temperatuxe cowlitionst -the second--at the te=perature of the e~arxrounding
medium). Results cbtained with the artificial etbylene-impuri ties mixtuare are shomn
graphically in Fig. I and -the relation of the hei,ghts of the peaks on this Curve to
the quantity of substance in Fig., 2 on the Eaoloffare. Ydnirmm detectable concentra-
itiona of Us a&dxturea so- arating before etbylens were 0*3 Wt per million of
P
Card JA

"v
g:ge ,I-

7- blitanal a- allenel acetylene; 10 and 11- butones; 12-
divtrwi
-Card 3/4

, -1 -tq,~,an~ ,
-1 1, 1, --.,7 ~, Miz-~ ~4 1 :~ ;. -, .
I., - - "4 ; .. ~ jZ-1 ..-: . . . -,-
: 11- -'- - .F , --, . . 11 - , NN3, 1 ~ ~Uaa . v, i I . - I . -
. i I M~
.I, ii-tl`l,.,i.-,N -N ~', ~. ~, , 1~ ~a

SABLINA, Z.A.; FORMA, A.M.1 CHURSTUKOV, Ya,S.; SAKODYNSKAYA, T.P.
Evaluation of the performance of sulfur-contain-'ng diesel
fuels and their cbmpon6nts by means of rapid laboratory
methods. Khim. i tokh. toPl- i Masel 8 n0-5,07-61 My 163.
(MIRA 16:8)

SHAPAPOV; V. I. FOMINAJ, A.M.
Determining the tars present according to Al-1--Union State
Standards 8489-58. Nefteper. i neftekhim. no. 3:16-18 164.
(1-1 IRA 17: 5)

Is e 0 Is o
to 0 0 a 0 0 0
0 11 8 4 S 18 ff If If
,A-A
foo ~4)
00
00
00
00
*0 0
0 .3
Is Id ff 14 if
00coctills ILNG 0#0*111118% aves
0 0 0 a Of 0 0 6 W-W-W-W-W-w
0 9 * a 0 0 0 0 0 0 0 0 0 0
a If M 9 M AS IS 31 x It di f# a 41 d6
- 6 ,
7'
2895. CWPARATIVY, EVALUATION OF ROTATION AND CAPILLARY VIBMWUS
'TEMNATION OF VISCOUS PROPE"IES OF LUBRICATING OILS IN RAMON
FOR D1
OF LOW TEMRATUIUM. - Fqdm , A. M. and Valldman, L. (ZavodWaVa
I&b. (Faetory LeMs 1949s vol, 15,.S47-5491 abstr. in Chem. Abstr.9
19300 Vol. "t 103%).
Viscosities determined In a capIl2ary and In a rotation v1scormeter
coincide only in the tompraturs range where the ollm possess no
thizotropic properties. At lover t4mperaturem, viscosities measured
In a capillary viscometer fit the wir" of structural vivoosity ob-
taintd in a Notation visconeter by the method of hysteresis loops.
so
Repeated paasa~!o of the oil from one branch of the capilLu7 vim-
eter to the other does not disrupt tho structure fomed in the
oi
A
A%11-11,4 IMIYALLOGICAL 1,1710,414011 CLASUPOCATWO
slow t1w.10119. 110014V
000
coo
%o
woo
909
MOO
loo
too
moo
1, 6 a aw 0 M 0 1 N as 0 a a :l
bus w 00 is

orb
110")) -Mo wl,
In 2 voilps. One 1"Oup irwitmicil -
oill contX. greater then 2'-, IWBM" 113MIrMWID01111. theY
%A11flimlat -Sto5"and its".
wiKotiity (9) 4 10,M) and tide. viocomily (th) (aficir dr-
Mrisctkiss of the Onulture) twtwwn 3 *IVA 3t'Ai WC..
the ratio ih/q, bring less then V. The pamffin content of
(be Other itroup was lc" than V'r. the ous "Alified liclow
- 130, hiul 9, between INW and 102, &W as lwtwmn 476) and
15JNN) the ratio qq/qj bring 2 to 310. The yickj Imints t4
all oils vark-d lialwiren 21 stul U)dyvws/sq. cut. Thtcom,
inon oliminim AM solidWaskm ormn at the tenip. at whk*h
is till 6 l"rorrect. J. J. llikernian

Of "rom
AQd A
Irk&4. A. N1
cf. atvdfkaN 1111u,
1111ftwal -Dst
it T"n of the oral;. ., 4refffiren all 11,06
fien at KV~_ *k).h oraj 01,1,ii in
"ell ljy ROA.111.11
H. 1, . k 'I Islicti

c)
USSR/Chemical'*.Technology Chemical Products and Their 1-13
Application. Treatmeat of Natural Gases and Petroleum.
Motor fuels. Lubricants.
Abs Jour : Referat Zhur - Khimiya, No 4, 1957) 1299-1
Author : Klimov Kt, Fomina A.M
Title : Behavior o dila) ed with Polyisobutylene, in
Transmission Assemblies
Orig Pub : Novostineft. tekbn. Neftepererabotka, 1955, No 6, 17-3.8
Abstract : Experimental use wRs made, .In ZIS-151 and GAZ-63 cars,
of transmission oil prepared by thickening of a mixture
consisting of 53% summer nigrol and 47% arctic diesel
fuel, with polyisobutylene (1) of molecular weight (MW)
24000, used in an amount of 3%. The automobiles tra-
veled over 1200OKW at air temperatures from + 2 to ~
320, with a change of oil after 6000 Km. It is shown
that I of the given W undeigoes decomposition) and
aftei-a 6000 Km run,the viscosity of the oil, at 1000,
Card 1/2 - 264

MKOV, K.; VINOGRADOV, V.; MINICHNIN. M.; 70141MA. A
.; VILIMEIN, A.
-
Now oils for automobile transmission units. Ayt.tranap. 3) no.11:
17-19 N '55. OUAA 9:3)
(Automob iles-Lubricat ton)

SCV/92-58-7-22/37
AUTHORS: Leont 'rev, B.I. Pzad F,~- -;;a A 14
TITLE: The Snee-Jy Dehylve;lva c-,f Da-,-k Patrol-:.-Um Prcd=ats
obez%r,)zh1,.-&n1ye tam=.(k1i neft,.pr.),--x.!tov)
PERIODICAL: Ne-ftyanik, 1958, Tir 7, P 25 (USSR)
ABSTRACT: The that the analysis of J'- jx--tr,:,leum procta-,.-t sample
ix.nt-aining a azwfunt of v~atar iv. ~.,-.wplicat-d jani is
w,xt1-Talaz.-1y N-hen heav-1 oil, ~-, ~#r W-111rat. have to
be analy:~sa. The Zahy6ratlon cf zuc-h sex
.L)!,:~z by prF,3~:ntly exfsting
ma-thod.s ta&.a,4 P- -'ong time. Therefcre the e;athoris hwv-e proposed a
mw method of --l-hydrating the sampl~-z --f duxk petroleun rr~:Idnats,
vtul~.-h iz be.,, on tha absor Ic
pt' n of mic-tura by filter papar, capillary
cz,---iLsicn of and ---vaxx-%ratic~i. ~'They "l-iscribe the proposed
mthc)~- and sti,',p that the vesa,~l vith the p--od=-t Lud filter paper
hws to be heat-~d to 60* - 120'0 until moist=-- bubbles d.:se~?peazr from
the surfw--e cf the petrole-1XI prodnot. In crder to isIned up e-:-;iporation
a atream cf a:.r =.y lbe direzted on t-,. the upper pa--t of the f-11ter
paper which -"*F3 p~.*-,,4e-2ted cver the edga of th-t, veaEel. The nenr method
ewaras th~z! &-,hydxut-1'cn of 150 9-rsw of wm~,-at czntaining 2 - 3 per-
cent of water in 30 -- 40 zvixmt-=E.
Card 1/1 1. Petro le um-Dehydrat !.on 2. Oils-Analysis 3. Petroleum--Testing
equipment 4. Petrolew-Test results

KHAZAITOV, V-S-, kand-tekhn.nauk; FONITIA, A.M., in2h.
Xectric and light measurements of fluorescent lamps. Svetotekhnika
6 no.2:8-15 1 160. (MIU 13:5)
1
1. Vsesoyuzny7 evetotelr-hnicheakiy institut.
(Fluorescent lamps)

WAWWW,JrJ, 9;-kELnd.tekhn.nauk; -d FOMINA., A.M., inzh.
-------------
Concerning the quality of IU-3.6 luxmetere. Svetotekhnika 7
no.1.1:18--19 N 161o (MBA -14:11)
1. Voesoyuznyy s"totekhnieheskiy inotitute
(Light-Wasurement)

Z/oil/G2/019/0011/007/008
E073/E335
AUTHORS: Sarapov, V.I. and Fomina, A.M.
TITLE: On determinint-, the pressure of saturated vapours of
notor fuels according to the GOST 6668-53 standard
PERIODICAL: Chemic a chemicka technologic; Prehled technicke
a hospodarske literatury, Y.19, no. 4, 196,,,, 1711,
abstract Ch 62-2377 (Khimiya i teklinologiya topliv
i inasel, no. 1, 1962, 64 - 651)
TEXT: A calculation according to the given formulae has
to be r. i ad emore accurate by using a correction factor, which
talies into consideration the volume of the water vapours.
The thus-obtained values are compared with data from publislied
literature and with values determined from the original equation.
2 tables, 4 references.
1.7Abstracter's note:, this is a complete translation.1,
Card 1/1

KMANOVI V. S.; YOKINA, A. M.
Control of light and electric parameters of luminescent
lamps. Standartizatelia 26 no,10:27-29 0 162,
(MMA 15110)
(Fluorescent lamps-Testing)

L 22629-65 EwT(m)1spr(c)-
/EWA(d)/T/F.WP0,)/EWP'b) P'-4 IJP(c) JDIWBIDJ
r
100
ACCESSION NR:. AP5001626 S/03181641000/0121002810029
AUTHOR: Shara2ov, V. 1.2 Pmtna, A0.M#
TITLE-.- -Preparation of-14iad~6fie-ets-used-for.determining the corrosion activit of
0,,s
-49 and GOST 8245-56
according to COST 5.126
SOURCE: Neftepererabotka 1. neftekhimiya, no. 12, 1964, 28-29
TOPIC TAGS: oil corrosiveness, corrosion testing, lead corrosions lubricating oil,
lead polishing, chemical polishing
-ABSTRACT- -IL rapid-and-rellable 6athod-is-presented..for cleaning a;Ld polishing,the . .....
lead *sheets used-. in standard Soviet -corrosion tests for lubricantst" (Cost 5l26-49---1'--.-
.'ejand Gpst 8245-56).- The sheets are -immersed for 10-15 min. in cheelcally pure 2 N
hydrooloric acid, washed with watert and dried with filter paper. Results-ob-
tained by both methods and with both highly -corrosives oils and high-qualfty lubri-
cants were readily re Producible.- -whereas- larger deviations were obtained with. -lead
r-heets which were -polished by the standard mechanical method. The proposed tech-
nique and mechanically vollehad sheets gave similar corrooton valueso The sheets
can be used 5 times if prepared by.the new-technique, and they can be produced
Card 1/2
E2"

L 22629-65
allmmnm~ WM
- . ;. - - ~
'P.
W
M, 1 .
,

_L Zg233=66 EWP(J)/EWT(a)/T/LW(v) IJP(c) RMIWWIWE
ACCESSION NR: AP6006494 (N) SOURCE CODE-:- UR/0138/651000/010/005210054
AUTHOR: E Solomatin, A. V.; Fomipa
V. M
A. M.i Tugolukov,
ORG: Scientific-Research Institbte of the Rubber InduaLry Naiachno-issledovatell
skiy institut rezinovoy promyshlennosti)
TITLE: Investigation of the mutual effect of rubber coatings and fuels on their
properties during storage
SOURCE: Kauchuk i rezina, no. 10, 1965, 52-54
glue,
TOPIC TAGS: fuel, fuel storage, st insulated storage tank, fuel
Ajet orage tank
contamination, fuel corrosiveness, rubber, surface active coating, corrosion pro-
tection/SKN 26 rubber, SKN 40 rubber, T I jet fuel, T 2 jet fuel, 88 N glue,
3 300 glue, DS diesel fuel
ABSTRACT: The authors att#ied the effect of fuels on the degree of swelling of
SKN-26 and SKN-q rubbersPand the effect of these rubbers as wellas brarkd 88-N
and 3-300 E122BJband a sia-ling agent based on a brand U-30s Thi.okoll'paste, vulcani-~
zed at room temperature and at 145C, on the pro rties of fuels. The degree of
in_I-AU
iMII&
in DS diesel
swelling of the rubbers was investigated
T-2 Ist
fuel, and in solar oil at a temperature of 18-25C for a period of 6 months. In
Card 1/2 _UDC: ..-678.026.3:662.75-531).196-

L 22233-66
ACCESSION NR: AP6006494
order to select control media, mixtures containing 80% cetane and 20% green oil
or 90% cetane and 10% green oil were used for the study of the degree of swelling
of rubber. It was found that the degree of swelling of SKN-26 rubber in T-1 and
T-2 and in DS amounts to 10-15%, and that of SKN-40 rubber to 8-12%. In the
contacting of the rubber coatings of fuel storage tanks with jet fuels, the great-
est effect on the acidity of the fuels is produced by SKN-40 rubber and brand 88-N
glue, SKN-26 rubber has an insignificant effect on the acidity of the fuels. U-309
.sealing agent has almost no effect on the acidity of the fuels. Brand 88-N glue
has the greatest effect on the content of gums in the fuel, i.e., the acidity of
the fuels and the gum content in the fuels increase. The ot her physicochemical
properties of the fuels remain unaltered. In conclusion, the authors recommend
SKN-26 rubber with any glue and a sealing agent based on brand U-30a Thiokol paste
as an anticorrosion coating for fuel atorage tanks. OrLg. art. has: I figure and
3 tables. - I I
SUB CODE: 07j 11 SUBM DATEs none
Card 2/2 not
'g

L 07~ 7 1 1 J I) (C )----JD-- ---- -- -_ - --- i
- n2"!' 'k, uo
A= I .- , -Y SOUM, DE; uR/oji1/66/ooo/oo6/OO24/0026
AUTHOR: Fomina.,__A.~ 1!. (Engineer) I J
ORG: All-Union Institute of_~j~htjM -_,_;j!jg
L__ __gngLn~,_ _(Voesoyuznyy avetotekhniches]
institutT_
TITLE: Use of selenium photocells for menst.-Ing variable luminous fluxes
SOURCE: Svetoteklmil., no. 6, 1966, 24-26
TOPIC TAGS: light modulation, selenim' ' phot,)e1ectric cell, light source
ABSTRACT: The author studies the characterit-I.Ace of various types of selenium. photo-
cells used for measuring the ltuniiious flux fi.)m. light sources flickering at rates from
25 to 8200 cps. The stream of light from in:!~tndcscent lamps was modulated by rotating
slotted discs. The average photocell currenc. was measured on M95 microammeters with
internal resistances of 5000, 600 and 11 D. The results show that SF-10 photocells
may be recaumended for measuring modulated luminous fluxes since their deviation from
Talbot is no more than 3-11% even at. high leve-Is of illuminntion. The F-102 photocel.1
showed fatigue and instability at levels of illumination exceeding 700 lx. A photo-
cell made by the British company "Megatron" with a sensitive area of 115 cm2 gave a
poorer performance. The readings fiom this element are dependent both on level of
illumination and on the frequency of light modulation (in the 25-160 cpe'range) at a

ACC NRi AP6027129
constant level of illumination. Slr.j--A,~ -,~jecllcd with a light nensi-
tive area of 3-10 cm2 confor:ij to oJ' no less than 2'1"4 for
levels of 30-100 Ix n-nd TlArl."'."'ir ~n using selenium
photocells for technical ineasuremp'MI.." 0 li.ghL sources, the work must be
done at levels of illumination where th~- luminous characteristics are nearly linear
(nonlinearity of less than �5%).. The ui-ivwr limit, of this range is determined by the
ax. um instantaneous value of the pulxp-~Ing 'Lwqinous flux. Selenium photocells with
m
a sensitive area of more than 100 anz are not nractical for light measurements. Orig.
art. has: 1 table, I formula
SUB CODE: 20/ SURM DATE: Vone/ ORIG PEP- 002
2/2 C_

L 2U83-65 DR(m)/E&(O)/T Fr-4 WE
ACCE S SION NR~, AP5,00-4257
;/0065/65/000/001/00S2/005 41
AUTHORt n8lin, Bf A'.1 Churshukov, Ye. So; Fomina, A, me;
Ma-slen-titkovs,, Z, V_o
:-:~TITLE: Method for the qualitative detection of hydrogen sulfide in
jet fuel
SOURCE: Khtmiya I tekhnologiy-a to v Iulasel, no. 1 1965, 52-54
pli
-TOPIC TAGSt jet fuel, .,hydrogen- aulftde, al'alys is o -pot,intionstry
ABSTRACT., A A ew potentiometric method has bAen propoiled for them
qualitative:dete-et-ion of hydrogen sulfide in jet fuelo The methods
consists: of, -determining the potential.of a silver sulJ!ide electrode
(GOST 9558-50 standard) before and after removal of h1rdrogen sulfide
bv a 3-minu,te treatment.of the fuel with 2Z NaOH In a 1/1 ratio,.
f;llowed by washing the-fuel to neutral wash waters, A change in the
electrode potential resulting from the HaOH treatment not erceeding
100 mv, Indicates that there is no hydrogen sulfide it, the feel.
Since there to no elemental sulfur in commercial TS-lJ'JJet futil, it
cannot interfere, When applied to TS-1 fuel, the new method proved,
much more reliable and objective than the existing COST 10227-62 test
Card 112
717
W

L 24183-65
A
ACCESPION NRt AP5004257
employing filter p4per,'impragnated with lead acetate., Therefore the. z; - j
usthad to auftetblej
or--,teVj in* -the -toot--called,- Ear to T__
--,of the GOST 10227-GZ-.a,tandard,.Cor*quality Control of let fuel vt t ha
plant or !a tho fielde- _OrLSO.,art., hass 5 tables* (SK
ASSOCIATIONe none
SURRITTEDt 00
SUCLt 00 SUB CODEt
UO PEF SOVI 000 OTHERt 000 ATO PRIM t 31~ 15

DREVALIj V.Ye.; TAGER, A.A.; FORMA, A.S.
Concentrated s6i'6tions'of polymers. Part 41
solutions in various solventa. Vjriokox.soed.-5
1
1
1. Urallskly gosudarotvennyy universitat imeni GorIkogo.
Viscosity of polystyrene
no.921404-1410 S 163.
(MIRA 17s1)

FOMINA. A.S.. dots.
of patients vith extrapulmonary locnlization, of n tubercular
process. Trudy 1411 2:130-139 155 (MIRA 11:8)
1. Wedra goopitallnoy terapli (sav. - doystvitollnyy chlen
AMR SSSR Prof. H.V. Chernourtakiy) Pervogo Lenineradskogo
maditainskogo insituta Iment skademika I.P. Paylova.
OqmMCULOS IS)

USSR/Guie ral Problei.is of Flath-)10,~7 - zith~)phy i-A of U.
Infectious Priecig.
Abs Jour Ref Zhur - DiA., 11,? 19, 1953, 89495
Author Fouina, A.S.
Inst
Title On the Problem )f the C.-.niposition of the Blood Serum
PrAcins in Ttfjcrcul..)us Patients Undcr~Anj Therapy, ans
an L:Abx of Their Body Reactivity.
Orig Pub Terapcvtich. arlrl--iv, 1957, 29, uo 6, 29-36.
Abstract The blood serum proteins were studied in 2 ,rjups of tu-
berculous patients (TP):l) acutely ill patients with hiiji
TO and tendency to liy,-)ercr?:;ic reactions, but with an appa-
rently [~.)cd response t.) therapy, 2) patients wit'll. a more
Govere and prDlonr,,,d c;jurse of illness, respondin,~ -)~
., Lxrly
t-1, therapy. In the TP of the second bToup there was a
more marked decrease of the total proteins and of the al-
bumin fraction than in the first (croup; the Ueatest
Card 1/2
5

USSR/General Pr.-)blems --)f PathA)L-y - U.
Difccti-.-)us Pr)ccss.
Abs Jour Ref Zhur - M.A., If.) 19, 1953, 39495
decrease was Dbserved, i:- TP wit' lyTaphi-he:mt.~Cenic
(LHF) and caveri,,,us f.:,r;-,S, particularly wacii c--,,,31~licatod
by ariyl:)id:)sis. Durii:i1-1- the active ciurse -f tho pricess,
particularly In tbu Licute ph.19L, )f the ilhiess, with do-
vel,.:)pr.ic,it of ser.)sitis and in TP with LHF, an increase of
albtuail, concentrati(iiis. Whe:, the tubercul,3us pricess
quiets down the ratio between tlc al')mdns and L1,31bulins
returns to ii)rml. The study if the protein fractinns if
scrura is a valuable noVi--.d :.f deterrainatixi --)f t'ic dyna-
r.dcs ;f the reactivity and tr.)phic pr-;cesscs in tle )rLp-
nism )f TP. -- L.M. Mjdell.
Card 2/2

FOMM, A. S., Doe M` Sci (aiss) -- "Swe problems of the reactivity of the or-
ganism In tuberculosis in clinical-pbysiological terms". Leningrad, 1959- 31 pp
(Min Health RSFSR, First TAningred Mod inst im Acad I. P. Pavlov, Chair of Hospital
Therapy), 200 copies (KL., No 23., 1959, 171)

R,~ ~ " -
PW 4~
- I,-:,,- - -I,-- - - , , '.
I- al - !, ,, , ; - I z.,
, .. . I- - i -- I - - -'I",- ~; .-" - I ", .
- , ". .... I. - -~ t-I.. ': "I :` - -
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61E
orids u era to ltdlogw.
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h
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(odiation of
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v
,
g
the C premit) mWts In tbo forvatii)n "f to oflubasle:
of
we - I
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"
*Ijh
acku 012tile stftu and usnyolatito 'tcht pind I.
other ihask avws~ Timo m0fil, up w p4nelle, qvil, wem.
tbC, trittil".I Of I 11#11(fil. ei gi.
NA. 44
' , IVJ;Iqg) R a SK)l vlilklmn with wwr af ,I iliffm
Al
~Na t1 trim ~ohi' pit V-k' W;"q uved for st-'shi itb~:tvi! JA lletic
utdi *1t h dUtitcat cotiem. of Amolt aml Buoll iq ClIXI
vohitRg --olvcqt4~ -&tc0t-t,:, glotarie, wilplo. p1trielic,

brlio
A Orrick- itcifj~ twe Viswooss
-re
QC linktirml Comp. Wr .43 found, T11V jw!jI Yjvj(j
0( dibask, ackil dWVV mnIfe akid It, ettil. to cvprex~ H akmlt'
of -Thc filglicr glllmlcocid~ arc
'Ir"let 'y ti.;, I I I,,, it., 0 11,11,
d 'it ~3 net', "iV411'r; u t 'lly'le alt a.,, 'I lyllri,
it

iv. - ~ ,
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2447i "E PROFtRTIES OP Sfl'AlS-KTq=. FORUS.MA.S.
-t-aa , t4n.1 S.S.K., B,-r. MS.-
Sol N&
ZStr'. In Ref. Z11. MM. (Rot. J. ctm.,
~Msth. Sol 19%" **1. 50 (00 Ik-54;
'Mtjm*w)' ;957, (15). 521611.' Variation of the tsua and apparem specific
grtivity of rhale cbring thermal tivatment (z5b-7500c) omses ircrease of X-vaty
not only In the zafn of low te-4-eraturo distillatians out also in the zone a
b1tv-*onle-ation of tha waania =tar. The IncrQm In j*rDsity Is Me to 01*
high contarx of minaral gMins, this Complete dlsNralan of ;tilch o=rs v;tait the
concentration of korogen, is &roster than 50;;. Ac4ordina to the pro;nrtlotu, or
oreanic atd aftweral. ewpooeres, t4d Mle Iq tha M=1anizarjon Lora dlthl~r
cv.pletely mt-ains Its OrIginal 4ttuawre. bacomiss plutio. or W-Ults. Mq of
tho thival ocrw*rsions of tW kellagen of sWe-Wt:rdA betvva,!n 200 &A tMOC
sWrs that the transition froz high mclemlae welCht solid keMen to low
Malwuldr-weight faSIDIA Is dep7nected v4th Its rXior
Aehydropn4tlon- Ralving the temperature cW treatment at the shale
atealarates the b1twwntzattock of the kerocen ard ow3es further conversion of
complex compounds tbat-axe Unstable under t4e condlttonai, 00taining into mom
simple am pounds..
F ~FTMM

1-0.=,.~-~, A.
Action of nitric acid on %ekersite-shale kerogon.
T
P. 7 (Trucly) No. 2, 1956. Tallin, Estonia
SO: Ilontilly Index of East European Accesbions 10, - Vol. 7, To- 1 , Jan. 1958

i t 1 T HOR A.S., Candfdats of Technical Scie.-.zes 23-56-1-3/io
Pomina
TITLEt Kukersite, its Chemioal Nature and Origin (Kukersit, yegc
khimiclhe3kaya prirola i proiskhozhdoniye)
PERIODICAL: Izvestiya Akademii nauk Estonskoy SSR, Seriya tekhnicheskikl,
fiziko-r-atematicheskikh nauk, 1959, Nr 1, pp 119-33 (USSR)
ABSTRACTs The first information on the existence of combustible sha-
les in the coastal region of the Baltic Sea originates from
1791. K-akersite is one of them. It is a deposit of the
Lower S-_*1urian period. Studies as to its origin have been
conducted since the time it was discovered. The author ana-
lyz?s thq research work carried out during 195&.-I.957, and
finds tnat modern science confirmis the observations and hy-
.potheses of earlier years, i.e. that kukersite is of marA----
origin and primarily consists of organic material which has
turned into a colloid 3ubstance mingled with sand and clay.
The fo.L-lowing scientist's are mentioned as important cortern-
porary conuributor3 to researches on the chemical properties
,-;f kukersites S.S. Baukov proved by experiments that the
organir material 3f kukersite had been accumulating as a re-
suli; of a sed-imentary proce3s under the influence of oxida-
Card 1/2 tion and eeductio~i. N.L. Dilaktorskiy conducted microscopic

Kukersite, its Chemical Nature and Origin
ASSOCIATIONt
SUBMITTED:
23-58-1-311/10
investigaticne on kerogen kukersite samples and proved the.
form structure of kerogen to be the globular structure of
organic colloid substarce.
There are 2 tables and 33 -references, 22 of which are Soviiet,
8 German, 2 Eng- 4
...sh and 1 Swiss.
Institut khimii AkademijL naak Estonskoy SSR (Institute of
Chemistry of the Estonian SSR Academy of Sciences\
October 2?, 1957
1. X*eraite-4hemical proportion 2. Kukersite-Researeb and
Developmt
Card 212

':Tr1;()R: Fomina, A.S., Candidr4te of Technic-]
TTTIF: Kukersite, Its Chemical Nature nd Origin (Kukersit, yego
khimicheskaya priroda i proiskhozhdeniye)
(Continued from Izvestiya Akademii nauk Fstonskoy 35SR, Nr 11
PERIODICAL: Izvestiya Aksdemii nauk Estonskoy SSR, Seriya tekhnicheskikh
fiziko-matematichoskikh natik, 1959, Nr 2, pp 91-104 (USSIO
Y
ABSTRACT: Kukersite is a fuel mineral of marine orifrin. Deposits of tYe
organic matter of contemporary klaRernite have taken place
under oxydizing conditions without preserving the regular
structure of the organisms that served as initial material for
the synthetization of this so-called "aquatic hijmus". The
author quotes the opinions of various scientists with regard
to the chemical nature of kukersite. Some of them hold that
considering the high content of Phenols ascertained in the
semicoking tar, phenolic structures must be inherent in kuker-
site kerogen. The author, however, on checking existing
literary and experimental materipl, concludes that kerogen
does not contain any considerable content of ready phenolic
structures nor does it contain a benzol ring as is assumed
by some scientists who applied inadequate research methods.
Card 112 There are 50 references, 36 of which are Soviet, 12 German,

Kukersite, Its Chemical Nature and Origin 2-4-c:51-2-2/9
I English and 1 Swiss.
ASSOCIATION: Institut khimii Akademii nauk Ectonskoy SSR (Institute of
Chemistry of the Academy of Sciences of the Estonian SSR)
SUBMITTED:
Oct 22, 1957
Card 212 1, Kukeralte - Smces 2, Kukersite - Analysis 3. Fuels -
Sources I

Fo I IV N
NPOILAnTHWAOM rMPIRM CAARItA KVKFPCATA
NW)NMP "M FrO NCMIUMMANOR
A. c IL 3, A. A....
I Now"Upov rw &anal "a an"" ft=louv a
okus a dow* ad *AS"" %dosum 4t Yale,
it. 1w Am. fti. ~' won ""
Okras% 4c vmgrbb **A&aa on be p"Mud 14 cbm N"I~d embomm.
ow, 35 Nwo Im.

5(3)
SOV/23-59-2-?/8
AUTHORS: DeCtereva, Z.A., and Fomina, A.S., Candidate of
Technical Sciences ,
TITLE: Production of the Dibasic Acids C 4 - C10 from the
Oil Shale Kukersite
PERIODICAL: Izvestiya Akademii nauk Zstonskoy SSR, Sqerb,-_ t-khoicheskik~~
i fizik-o-matematicheskilea nwilk, 1959, Nr 2, PP 123--L36 1~ I r5SR)
ABSTRACT: The authors present data on the oxidation of kuker-
site kerogen into dibasic saturated acids using
nitric acid of various concentrations, at different
temperatures, intervals of time, pressures and quan-
tities of oxidizer. Proceeding from the experimental
data, the authors have worked out a system for the
industrial treatment of kukersite shale kerogen
containing 85-87% of organic matter. The yield of
dibasic acids, under optimum conditions, is as
follows: 1) 50-55% based on the kerogen using 99%
nitric acid, at an expenditure of 4.5 tons of oxi-
Card 112 dizer per ton of a technically pure mixture of dibasic

SOV/23-59-2-7/8
Production of the Dibasic Acids C 4 - C10 from the Oil Shale Kuker-
site
acids; 2) 40-43% based on kerogen using dilute acid
(autoclave procedure) at an expenditure of 3.5 to
4.5 tons of oxidizer - 60% nitric acid. The pro-
duction of dibasic acids from oil shale kukersite
is profitable as shown by an estimate of expenses
on raw and auxiliary materials. There are 9 tables,
4 diagrams and 16 references, 13 of which are Soviet,
1 French, and 2 English.
Card 2/2

pj
I-all' I
N I
3i N
la

S/02 601000100310021012
CI 1 1YC222
AUTHORSt Nappa, L., and Fomina, A.S., Candidate of Technical Sciences
TITLEt On the Questim on the Nitrogen of the Organic Part of Dictyonema
Shale
PERIODICALt Izvestiya Akademii nauk Estonskoy SSR,. Seriya Tekhnicheskikh
i Fi2iko-Matematicheskikh nauk, 1960, No-3, PP-195-204
TEM The authors investigated a test piece of 120 kg of Dictyonema shale
taken from Maardu. The kerogen of this shale has a content of nitrogen ol
2-3%. A hydrolysis with mineral acids was carried out, where according
to the method of the one-dimensional paper chromatography described in
(Ref.25) in the hydrolysate there were found nine mono amino acidss
1) CH 2(NH2 )COOH, 2) CH3 CH( NH2)COOHt 3) CH3CH(CH3)CH(NH2)COOH'
4)CH3CH(CH3 )CH2CH(NH2)COOH, 5) C2 H5CH(CH3)CH(NH 2)COOH' 6) HOCH2CH(NH 2)COOB9
7) HOOC CH2CH2 CH(NH2 )COOH and traces of 8) CH 2( NH 2)CH2CH2COOR,
9) C6H5CH 2CH(NH 2)COOH' With respect to the origin of the kerogen the
authors deviate from the opinion of Manakaya (Ref.26); they assume that
it can be traced back to proteins and bacteria. The authors mention
Card 1/2

S/023j6O/OOO/OO3/002/012
On the question on the Nitrogen of the C111/C222
Organic Part od Dictyonema Shale L/11
Arkhangellskiyj Luha, Kirretj Siirde, Rfigo, Polikarpov, Gerasimov,
Tikk, Professor V.L.Krotovich, N.N.Bakh and Zh.V.Usponakaya. They thank
Professor V.L.Kretovioh and Zh.V.Uspenskaya. There are 4 figures, 6 tables
and 26 references: 16 Soviet, 2 German and 8 American.
ASSOCIATIONj Institut khimii Akademii nauk Estonskoy SSR (Chemical
Institute of the Academy of Sciences of the Esthonian SSR)
SUBMITTEDs October 249 1959
Card 2/2

NAPPA, L.j FOMINA, A.S., kandidat tekhnicheskikh nauk
Concerning the nitrogen in the organia matter of dictyonena shale.
Eesti toad akad tehn fuuB 9 no.3t195-204 160. (EM 10:3)
1. Institut khimii Akadexii nauk Estonskay SSR.
(Nitrogen) (Dictycnexa) (Shale)
(Amino acids) (Chromatography)

FOBUL I , L. Ya..; ~~I-_IINA A. S. ; DJEGTEREVA, Z. A.
j _
Analyzing dicarbcMY3-ic acid mJxtures by the raethod of distributive
chromatography on silica gel. *Khim. i takh. topl. i masel. 6 no.10:
55-59 0 161. (MIRA 141!ivr
I* Institut khimij AN Entouskoy:SSR.
Wide, Fatty) (Chromatographic analysis)

LIAKUMOVICH, A.G.; ?ONOMARFNKO, V.I.; FOMINA, A.S.
Effect of the standard specifications of the PN-6 oil on the plastic-
elastic properties of the GKMS-30ARM-15 rubber. Kauch. i res., 22
no.5!47-48 Yq 163. (mim 16:7)
1. Sterlitamakskiy savod sintoticheskogo kauchuka.
(Rubber, Synthetic-Testing)
(Mineral oils--Standards)
-17

F(A-11NA, AIek,-IftnJr;i Sorgeyena; FODUt . Lin(t
M.'sandro-ma; KIRW.-i , O.,red.;
SRVORTSOVA, A., red.
Nature of the kerogen of Baltic oil shale kukersite a:ad
its ehamica1- properties as raw material] Priroda kerogena
Pribalt!Jskogo goriuchego slantsa-kukersita i ego khJI11,i-
chn~,,kio syrlevya ka-zhestvii. Tallinn, All Eatonskoi
1965. 212 P. 0-111L~ ~18.8)
1. Ch.len-korrespondent AN Estonakay MIZ (for Kirret).
2. Redakt--trskc---Izdatel"skiy sovet AN SSSR (for Skvortsova).

SOURCE CODE'. UR/U413/66/000/014/0121/0121
INVENTOR: iomina, A. S.; Ray&, Kh. A.; Degtereva, Z. A.; Veski, R. E.
!ORG: none
'TITLE: Plant-growth stimulator. Class 45, No. 184063
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 121
TOPIC TAGS: plant growth regulator, polycarboxylic aliphatic acid, polycarboxylic
aliphatic acid salt, aqueous solution 3 polycarboxylic acid) plant growth
h
ABSTRACT: ',It is known that polyearboxylic acids of the aliphatic series, which
are the by-product in the preparation of saturated C4-C 10 dicarboxylic
acids from kerogen of oil-shales, are used as plant-growtn stimulators.
It is proposed to use the polyearboxylic acids in the form of aqueous
solutions of their K, NH., and Ca salts in concentrations of 0.0001 to
0.1%. based on the dry 0alt. [WA-50; CBE No. 11]
~SUB CODE; 07, a_1*BM DATE: 25Feb65/
UDC: 631-811-98

ACC MR: AP602900--
!INVENTOR: Fomina. A. S.; Fayg, Kh. A-j Z. A.; Veski, R. E.
IORC.- none
TITLE: Plant-growth s-timulator. ~0 Class 45, No. 184063
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 121
TOPIC TAGS: plant growth regulator, polycarboxylic aliphatic acid, polycarboxylic
aliphatic acid salt, aqueous solution p polycarboxylic acid, plant growth
ABSTRACT: *~It is *known' that polycarboxylic acids of the aliphatic series, which
:are the by-product in the preparation of saturated C 4 -CID dicarboxylic
.acids from kerogen of oil.shales, are used as plant-growth stimulators.
':It is proposed to use.-the polycarboxylic acids in the form of aqueous
:solutions of their K, NH 42 and Ca salts in concentritions of 0.0001 to
[WA-50; CBE No. 11
~0.1%, based on the dry salt.
SUB CODE: 0704 UBM DATE; 25Feb65/
~10
Ird 1/1 UDC: 6U.811.98
S URCE-COD _7 - -4- 1
6 E. R/641S/60006/01 /*0'21/0121

IWO t kA
Iwo - as aw UwKk UIL
D. H.

F0,41i'MA, A.
UCI~~tJri't 0'
(Vu- 1")
rch ?J!"
3",) by L.

~q MR/kedicine - rowl Plague Jan 51
CIO "Test of the Neutralizing an& Preventive PropertIes
of Serum Produced From Sheep Hyperimminized by the
Virus of Asiatic Fowl Piagu " A. Ya. Fomiaa, Caud
Vet Sci, I. I. Ochkina, Sci Collabor tor
*Veterinariya" No 1, P 51
rests properties of blood serum producced from
sheep hyperimmunized over period of 8 mo by in-
troducing 465 ml of virus material subcutaneously
and intraperitoneally. Two-5 ml of serum admin-
istered 3-5 days before infection of chickens by
WM/Medicine - Powl Plague (Contd) Jon 51
the virus of Asiatic fovl plague shoved prophylactic
property of serum. Lists effects of various quan-
tities of serum in.neutralizing multiples of lethal
doses of the virus.
LC
173i75

040101"60111 10 OVAMI 0*0 *a In so MMOS, A.
%,a. 10-ow,46,
n, No. _ -f
milfilre, INM"yw frotril "tals of the ova matirf llrif in
Itual j"ildoffics. 14 amenally fmc4reml of V 1jr tweilmll 11of r-161P+J. %)C*.MCA.
lonarr than S numths. -Mew nuldilkwis air U"*AW I,v-
WAM file jWr',WfVdtkXl (11 VIOWIT Of OViAll 1$69U~ VWUV M
the 1111%luir. t'lilisalimi of the matrFw ft* 16"1 1* lwf-
tuisailar only &Iter bem isramirut to inactivate the witu..
U.. M K,."Apoff

1. 1;'Q1.1~TjA, A. Ya., X,"JAII-1017, S. I.
2. USSR (600)
4. Cholera,Asiatic
7. Cultivation of virus of Asiatic fowl chole!,a on chick embryos. Trudy Vses. inst.
eksp. vet. 19, no. 1, 1952~
9. Monthly List of Russian Accessions, Library of Congress, Februar7 -1953. Unclassified.
z ~7