SCIENTIFIC ABSTRACT MARINCU, M. - MARINCEANU, D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032310008-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

APOSTOLKOTU,Vasi:lica, ing.; MSTEApS.
SOMMCUll. ping.; MARLI&T
HIETZ,K.; GEIB,A.; BARDUT,L; HEI14ER,H., ing.; MIRAILESCU,M.,,ing.
Improving the finishing technological processes of woolen
fabrics, Pt.l. Ind text R= 1-2 no.5&7199-205 Ky*61
1. Institutul de cercetari textile (f or Solomon). 2. Tndustria
Linii, Timisoara (for Marincu). 3. Dorobantul, Ploiesti (for
Apostoleanup Cristea). 4. Postavaria Romina 11 Bucuresti (for
Viet%) 5. Fabrica. de postav, Dahusi (for Gelb). 6. Libertatea,
Sibiu (for Bardut). 7. Partizanul Rosu, Brasov (for Reimer,
Nihailescu).

S/19 62/000/002/089/096
Some improvements in D271YD301
cillogram with a radius drawn from its center for two curves;
these are obtained in the first method by exchanging parts played
by frequencies f1 and f2 , and in the second method by varying am-
plitudes a and b of the scanning voltages f land f 2P in such a man--
ner that at the beginning a> b and then b> a. The ratio of the num-
bers of intersections gives the required ratio of frequencies f
1
and 2' ZXbstracter's note: Complete translation.-7
Card 2/2

S/19 62/000/002/089/096
D271YD301
AUT'.-I;OR: Popovic, Vajin, and Marincic', Aleksander
TIT=": Some improvements in the methods for measuring fre-
quency by means of an electronic oscillograph
PE-RIODICAL: Referativnyy zhUrnal, Avtomatika i radioelektronika,
no. 2, 1962, abstract 2-7-239kh (Publ. Elektrotechn.
fak. Univ. Beogradu, Ser. Telekomun. i elektron.,
1960, no. 22, 11 pp.)
TEXT: When frequency ratio f 11 f2 is determined with art oscill.o-
graph by the method consisting in anode modulating with f the
D 2'
circular scanning -1"requency f 21 or by the method of superposition
of two scanning frequencies f 1 and f 21 and thus obtaining cycloids,
the counting of very numerous loops is made even more difficult
because of the rotation of the display on the screen. It is sug-
gested that instead of loops, intersections be counted of the os-
Card 1/2

ga -
`6
T
"..-ACCESSION- liR.--l-t-MO-20738,---',--,,.----:---4
~`:On v
-crystal a_s~ A en ther-eA
t er,or~-TIQ ~A ~9
ven in iersi6n -ci~ieim. Wh
_~_or JL 1- ijiterain op, dS-' d; tfii--~46a t6
f3re
ii-I - n dole degenerate - ri _kmipac1e.-_.-_1
f
--d c
t e -C stal--bam-- 4- n di, e I
i ln-.w6rbltal Anttix4dtiow. oes not.*c
-YeTs on, 9 --jap
'this deg~*nera_tic~m and the-dlectrom depenI13~ ~,only band -
-energy
-4L ,-MOV"tura
h- cons dered in., s,--jYaperjO,-_on y--- jh~! c st
-at %41~ -t e, model-,
al
tals-,w ch iavi~~ no cent4
_4r b ave on
al in ertct -an -car,
ausing,'a mall--but-JinW -b.,
ep
jn
'tber -4~in I
p a -magnetle -fieldi- ~alw-t 6 latter,_cass,' nbV an. ntOgral
el
4~~i&nfun~~i- f t~_ i .~un L ct i
Lons3o q-- cb~,PSInatl ons .-'df
"U411ton a re e r
wi-th- ec nd..
th
s ate A I Seri-, crystaU O-S w
0
The correction.' a-f6m 16p t i lith tAg-, fp4qupncr. ot lasma -
P
4
al-, intokiact i
iliatio4s -_~due- to spill-00btt on a..vemicond~ct~x~--ea
wila ~
::the jl~ 1A It-. a-foup -that.--sp n4orbitak- n1teractLion im, - IVIS1
f ition to the, -apticall h6u littiLe_ et~
d, rect14-fthe W, "k :-#md alSOC-A 6 ~~j
lev m~ or., 40,and- -.for-, v
3
--Assoc ut
1AT d t
a Cato
4
Card d

i'111INCHLIK, L. V.
"Improvement of the Breed :Iualit-Les of S..eds of 1~rbrids via Raising Plants under
Diverse Conditions and Subsequent Cross-Pollination of Their Progeny." All-Union
Oder of Labor Red Banner Sele6tion-Genetic Inst imeni T. D. Lysenko, Odessa, 1952
(Dissertation for the Degree of Candidate of Agricultural 6ciences)
SO: Knizhnaya Petopistil 110. 32, 6 Aug 55

3/1 al /63/005/002/0 31/051
Crystal lattice ... B102/BI86
hiost important Engliah-language references aret A. A. Maradudin et al. Ann.
Phys. 15,337, 360, 1961 1 T. Matsubaras Progr. Theor,, Phys. 14, 351, 19551
J. M. Luttinger, J. C. Ward, Phys. Rev. 1116t 1417, 19601 A. Klein, Phys.
Rev. 121, 950, 957, 1961.
ASSOCIATIONs Institut fiziki i matematiki AN MSSR, Kishinev (Institute of
Physics and Mathematics AS USSR, Kishinev)
SUBMITTEN September 17, 1962
Card 3/3

Crystal lattice ...
S/161/63/005/002/031/051
B102/BI86
1 0
117 - 1P I " f f d-,,d-,.l N. X
0 A~Q
0 0 T ji,
X -L
4 (13) or
DV JJQ 01.) -1- -1 jjJ~/ (-.)I
IV - IFO T Lk 4
(14). is the
0
lattice potential in harmonic approximation and U(A) is the evolution
operator U(A) - T exp - f A- 1/T, c is the coherence index; j is
t 0
the number of the lattice vibration branch,
(6), the polarization operator
satisfies t'he Dyson equation
IWO -4- (9) whose
components are explicitly given. The variational theorems for liare ob-.
tained as 9 U(~)~ ~ 0 and S I c . 0. There are 4 figures. The
Card 2/3 6Dk C Ok \U(P)

17293
S/1 01 1/61/003/C08/02 3/034
Theo :-y of the thermol.).minesc,-Yice BI 0 j,B202
9
and 2 non-Soviet.
ASSOCIATION: Kishinevskiy josudarstvennyy universitet Institut fiziki i
matematiki Mold. fil. MT SSSR (Kishinevskiy State University
Institute of Physics and Mathematics AS USSR)
SUBIMITTED: 1.1arch 16, 1961
R, A.. 1 1 61 Cog.-
(F - 30- K)
(T MOP K)
5
7 0.48 30.6 7.53 5 23- 1012 2.0 1013

10 0.21 43.2 9.05 7 2.0-1010 1.8 1012
0.062 57.1 8.13 10 3-101
4 96-1011
0
15 0.32-10-2 70 7.2 is .
5 -10 .
89-109
0
20 0.37-10-1 73.1 7.0 20 49 -10 .
78- 107
0
30 0.59-10-8 so 6.9 30 1.0. 10-3 .
0.65-103
Table 1 Table 2
Card 6/6
J
-ob
G.Ceell C1110 1.
k1k). Te Vtea-' cov~-
00&1 jc'k~ It.eo
%X108r '00. tevD'9 S
Ov" 9,49
-ce I) ttle . ce Vve
e. 'J& 106 ttl YO
t Ol tc, ,1e TO t
Cov "t 0
tv eT 6.0 te 06 to
0
e
0. 0
-be. ell
e 16V' i's
ie6
,Ve a 0&0
0
e r
09
POO

27293
S/18 1 '61 /oc3/008jM/O*-~
of the thermoluntinc-scence . . . B1 09~T)202
This f,,rmula describes the frequency dependence of the intensil;y vit
thermoluminescencb. For T ---~ 0, (2-32) changes into the formula for the
probability of the liCht emission of an eiccited center after 1-horion
relaxation. This formula was obtained by S. I. Felar (ZhETF, 22, 641,
1952). For T / 0 the spectrum of the emitted vadiation is a ;ITP-erposit "on
of the curves for T = 0. It is bell-shaped and has a maximum at r = -e.;,1/2.
The given formulas are applied to the case of the rinolumi nee cence which
occurs in a colored alkali hali4e crystal during the reaction F1
Table 1 gives the qul-aititiesiJ 12, a and b for KC1 as a function of tho
f) 32
distance R between the two centers; a 44.6, po ~ -7. Table 2 gives the
21
decay rate r of the centers as a function of R. Hence, at lower temperature
thermal ionization is less important. Thus, only the tunnel effect may
cause a decolorat~on of the F1 band. With increasint, temperature the
c,,nditions are changed; Accordin4; to A. G. Cheban (Opt. i OPOI:tr-, X, 493,
1961) the probability of thermal ionization at T - 3000K is already
approximately 109 sec-1 and is thus of the same order of magnitude as the
tunnel effect. There are 1 figure, 2 tables, and 11 references: 9 Soviet
Card 9/6

27t93
S/181 61/003/008/023/034
Theory of the thermoluminescence ... B109/B202
21 (2.16),
a32 (q X3 qx2 )2
x
A.,= jr~ V, (r) e'(1, r'?a (r) alri (1.12),
D crystal density, 0 crystal volume. If Q(R) is the s'pectral
frequency density then CD I
w (2) p (2) dg Wr (2.19)
follows from (2-14), i- the emission spectrum consists of equidistant
lines. For w r the authors give the following expression:
CO
wr = exp (- !2-1 eth (-1)t i's (6) 1,.,, a2l (2.32)
29h 9
2)
Card 4/6

27293
S/181/61/003/008/023/034
Theory of the thermoluminescence ... B109/B202
WIV (a) is an -I-, all
dc X
W P) 4-4 mp eth P2) IA., Is P
w-3
an Cos J-dix
28h 2
(2-14)
X exp Ur all
Cos de X
2sh ? 0
2
X exp -Le-216 h sin � cos fl
-2) 2
where
(2-15),
Card 3/6

E7VQ';
K/-181/61/003/008/023/034
Theory of the thermoluminescence ... B109/B202
the excited electron-vibrational states are considered as virtual states,
the theory of Wigner-Weisskopf generalized by Yu. Ye. Perlin (FTT, !-1, 1915,
1960 and FTT, 11, 19289 1960) can be usedl the solution of the time-depand-
ent Schr8dinger equation is formulated as superpositions a) of the wave
function"t0of the initial state which is described by the wave function T3
of the metastable level and the occupation numbers n0V No , b) of the wave
x f
functionYvof the virtual states with the electron wave function Y2 of the
unstable level and the occupation numbers nx, Nf, a) of the wave function Yr
of the final states with the electron wave function T, of the ground s
tate
and the occupation numbers n The corresponding probability amplitudes
X, If,
are c 0 '0 whose values can be calculated from the Schrddinger equation.
&.v r
The probability w(R) of the emission of a photon'~A can be found by taking
the statistical mean value of jcrj2jt_~ in terms of the occupation numbers
of the photon oscillators in the initial state. Using the results and the
denotation of A. Ye. Marinchuk, Yu. Ye. Perlin (Izv. Uold. fil. AN SSSR,
(69), 57, 1960) the authors obtain
Card 2/6

27293
S/181/61/003/008/023/034
P_ It, 3 B109/B202
AUTHORS: Perlint Yu. Ye., Marinchuk, A. Yo., Kon, L. Z.
TITLE: Theory of the thermolumineacence of impurity crystals
PERIODICALs Fizika tverdogo, telat v- 3, no. 8, 1961, 2401-2412
TEXT: The thermoluminescence which occurs upon the radiationless transi-
tion of an electron from a metastable level to an excited level of a lumi-
nescence center is studied by the perturbation theory of Wigner-Weiaskopf.
The authors attempted to explain the temperature and frequency dependences
of thermoluminescence intensity. As an example, the authors discuss the do-
coloration of the F1 band which is due to a tunnel effect and is accompanied
by a luminescence of the F-band. The calculation is made with the aid of aa
adiabatic model of a localized electron. The lattice spectrum is assumed
to consist of two branchess optical vibrations whose interactions with the
electron are calculated in zero-th approximation, and acoustic vibrations
which interact only weakly with the electrons. This interaction is regard-
ed as perturbation and causes radiationless electron transitions. If
thermoluminescence is regarded as a second-order quantum transition and if
Card 1/6

I., i.,L 1~ I , S/058/62/000/003/049/092
A061/A101
AUTHORS- Marinchuk, A,.Ye Perlin, Yu. Ye.
TKU: Spectral distribution of the thermoluminescence of impurities
PERIODICAL: Referativnyy zhurnal, Fizika, no. 3, 1962, 47, abstract 3V351
("Izv. Mold. fil. AN SSSR", 1960, no. 3 (69), 71-77, Mold. summary)
TF_XT: A theoretical investigation was conducted on the spectral distribu-
tion of themoluminescence resulting from tunnel-type radiationless electron
transition from the color center to the excited level of the deep trap situated
nearby and of the subsequent luminous radiation. In an approximation, where the
Irequency dispersion of the 'optical range of the crystal vibrations -is neglected,
the emission spectrum consists of equidistant lines. The established spectral
dependence fits the equilibrium phosphorescence band of the impurity obtained by
Pekar (Pekar, S. I., "Zh. eksperim. i teor. fiz.", 1952, v. 22, 641), which
indicates that the shape and position of the maximum of the impurity luminescence
band do not depend on the mode of excitation of the luminescence center.
M. Elango
[Abstracter's note: Complete translation]
Card 1/1

S/058/62/000/003/048/092
Theory of thermoluminescence ... x61/moi
low-temperature thermoluminescence of color centers is not related to their
direct thermal ionization, and that the process of tunnel-type luminescence
plays a more Import-ant role.
V. Kosikhin
[Abstracter's note: Complete translation]
Card 2/2

3/058/62/0W/003/048/092
A061/A10l
AUTHORS: Marinchuk, A. Yo., Perlin, Yu. Ye.
ystal's
TITLE: Theory of thermoluminescence of impurities in or
PERIODICAL: Referativnyy zhurnal, Fizika, no, 3, 1962, 47, abstract 3V349
("Izv. Mold. fil. AN SSSR", 1960, no. 3, (69), 57-69, Mold. summary)
TEXT: The authors presuppose that low-temperature thermoluminescence
cannot be the consequence of thermionic emission, not even from shallow traps,
owing to the little probability of this process, but is due to the tunnel-type
transition of electrons from shallow traps to the excited levels of deep traps
with the subsequent radiative transition to the ground levels of the latter. A
formula is obtained for the temperature dependence of the rate of "tunnel-type"
luminescence, from which it'follows that the dependence has an exponential
character at both low and high temperatures, while in the intermediate range,
the exponential dependence is not precise. In this way, a set of activation
energy values is obtained.for thermoiluminescence in KC1. The lowest of these
---~IiiP3 was found to equal 0.29 ev (at 1250K) which is almost by one order less
i-,!7atfon energy of F centers (2 ev). It is concluded that the

MRINCHIK, A.F.
!r,r-,crapes.'.f4.c hybridization na a mr-thtA lflcr obtaining rjr~,w
orms o!' auea~- beets. Agrobli'loglia no.f3
high-wieldIng f
691-699 3-0163. ( MIM' I? -- 5 '
1 Vaesoy-uznyy nauchno-Issledovatells4iy institu-, eakhaZnoy
svekly, Kiyev.

L41LRINCHIK A.F.; BUZANGVj I.F.; NOVITSKAYA, Yu.Ye.;
Effect df;.thd concentration of the rmtrient aolution on the watar
balance
.. stat6,of pigments and the produeUvity of sugar beets-as
related to the clima'utcjconditions. Fiziol. rast. 10 no.6:625-633
N-D '63. (MIRA 17:1)
1. All-Union Scientific Research Sugar Beet Institute, Kiyev.

Cormaercial. Oil-Deari-r . SuLAr-BeariiiG. 14
USSR/Cliltivated Plants
Abs Jour Ref Mur Biol., No 18, 1958, 82452
I--.st AS US~qa
Title -Maracteristids of Physiolor_ical Processes ia Relatioii
to the State of Water in the Leaves aad the Prod,etivity
of Sur!Ar Beet *irietics.
Ori Pub V sb.: Dial. osnovy orushayera. zemled. M., JW SSSR,
1957, 584-594
Abstract For the p xPose of a atiAy of physioloL,;icul characteris-
tics of s~,~Lnr beet varieties - of different, tendencies the
water conditions (Conteat of free cmd fixed water), res-
piration ai,.d photosy-Ahesis P06 (with prod-cctive ten-
-de.-.,cy) and Ya:Ash (with sacc"huriie tende;icy) varieties
were st-iidied. The plants were st)idied i1i differeA
Card 1/3

4,1,4w ev*
a's Qf
cbA S.S S-I~ coal
62, GOrc
tl . ,,ith
Itax"I ,d b~ & att,
,,,,,tbcct coo-
I.jd, rcad -V 0 tion (WI tc'ek
tiLtive jn4 "" WO W" I ceiptr" 'tLaw
L,ect (%.I . Of dic'm"t Im WO, tuva wt all, 1, ttle
,.cvvtmuzx!rj,tj. dO t an "Vect"
I jt;t 0 show "(.4-t4 T;Mcf and ' - difEcct
yll 00 c"Sits c,( to tu 'hulp tLa show
I '"ptratted 98 IM 60~ V-4106 am
voa,4 of 501 an bu;t4'*d'&dl'b;j Vtam,(,tc'c Lad
"Leivity. qbe %Utct%% 0 do
tau. t"A
iA VC to coo , 10ape can
catawrt'. ;e,~. lum -f
declictc hows dec tw ift
bect S 98 s Wt.
fol vdftfo, -w-"
Irv I 'As CM(t
gaft
A~ e,

MARINCEMt A. F.
,us SR/Biology, Agriculture - Hybridi- Sep/Oet 52
zation of Sugar Beets
"The Behavior of Crops of Hybrid Sugar Beets#
Obtained From Components of Varied Ages," A. F.
Marinchik, All-Unioix Sci Res Inst of Sugar Beetsy
Kiev
"Agrobiologiya" No 5, pp 59-66
'A summary of expts conducted in various exptl sta-
tions of the USSR, with the following deductions:
that grafting of the mangold and other type of
beets with sprouts of sugar beets of a high pro-
ductivity and high sugar content produced hybrid
crops retaining these properties, and in some cases;
surpassing them. 235T3
235T3

ID"111LBERG, Dorde, sanitetski lmkovnik docent (Jr.; 1,larjan, j!'cner~t 1-
major sanitetske sluzbe profesor dr.; MITIC, Aleksandar sa'nitetlik.i
pukovnik dr.; UU,'~,jqq~VIC,Fredrag, sanitetski pukovnllt~ .1r.; KCSTIC,,
Dobrivoj, sanitatski kapatan I klase dr.; 1,L1L0SAV1-7EU-."7j ~'ivadin'
sanitetski kapetan dr.; JOKSIMOVIC, Petar, sanitetski Jr.;
RI1LSA1TLJFVIC, Toma, sanitetski porucnik dr.
Controlled field expecrimcint of cliomoprophylnxi8 aga~in-,t
flumidin in a unit of the Yugoslav People's Army. Va,inoinn,,t. proi..I,
22 no.12:754-75'1 D ?65.
1. VojnomedicirLska akademija u Beogradu; Higijenski zavc~4; '-'-'~nika
za uho-grlo-nos.

MARIUCHUT, V. 11.
Hyaluronidase and intraocular pressure. Yest-Oft. 70 no.6:23-28
M-D '57. (HIRA 11:1)
1. Kafedra glaznykh bolezney
tuta imeni U.I.Firogova (zav.
(OTAUCONA. ther.
byaluronidase)
(HYALUROIIIDA29. ther.
glaucoma)
II Moskovskogo meditainskogo insti-
kafedroy - prof. N.A.Pletneva)
ise

'-Th6 -fii-st No A,;'Minkd*ich prize was given to the fol I owing
Candidate of Technical Sciences A. Do Assonov, Engineers 11. Is Tereshching
V. F. Nikonovs Do I* Kostenko., So Go YArinchev., I. So Tur' kov, No No Inshakova,
No U. Yanchuk., A. Ao Bulatnikov and G. Te. Litvin (Autowbile Works imeni
Likhachev) for their paper "Investigation and Introduction of the Process of
Nitrocementation by Direct Isothermal Hardening in an Alkali Inside Huffleless
Equipment", their design of a muffleless furnace heated by vertical radiation
tubes is of interest.
Results of the 1958 Competition f or Obtaining imeni T). K. Chemov and imeni
N. A. Mnkevich Prizes., Metallovedeniye i termicheskaya obrabotka rwtallov,
1959, No. 6, pp, 62-64

SOV/137-58- 11-22957
Increasing the Depth of Hardening of Shafts by the Method (cont. )
subsequent cooling in air.
T. F.
Card 2/2

SOV/1 37-58- 11- 22957
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 161 (USSR)
AUTHORS: Arzamasov, B. N. , Marinchev, S. G.
TITLE: Increasing the Depth of Hardening of Shafts by the Method of Time -
quenching in Water (Uvelicheniye prokalivayernosti vala metedom
preryvistoy zakalki v vode)
PERIODICAL: V sb. : Term. obrabotka i prochnost' metallov i splavov. Moscow,
Mashgiz, 1958, pp 19-27
ABSTRACT: So as to strengthen the core of the transmission main shaft of the
ZIL-150 automobile which is made of 40Kh-grade steel, the process
of its cooling was investigated and cooling curves were drawn for
four methods of coolino: 1) In water, 2) in water for 50 sec, then in
air, 3) in water for 30 sec, then in air, and 4) in oil. The optimum
procedure was worked out on the basis of the superposition of the
curves obtained over the thermokinetic diagram of 40Kh-grade steel.
Experimental verification carried out on 9 shafts corroborated the
data obtained in the investigation. The following procedure for the
quenching of shafts in water is recommended: Heating to 8500C, soak
Card 1/2 ing for I hour, quenching in 15-300 water for 40 to 50 sec, and

Heat Treatment and Strength of Metals and Alloys (Cont.) 650
(in the case of fine-grained steel), embrittlement with subsequent aging will
be less, and conversely.
krzamasov, B.N., Candidate of Technical Sciences; Marinchev, S.G., Engineer. In-
creasing the Hardenability of a Shaft by Interig-p-Fed Quenching in Water 19
Author's conclusions: 1. Fbr purposes of analyzing the cooling process in qvnnch-
ing, it is possible to use the method of superimposing the cooling cuxNes on
the thermokinetic diagram. 2. The hardenability of a 4OXh-steel main shaft
for the transmission of the ZIL-150 automobile can be increased by Interrupted
quenching in water, thus rendering oil quenching unnecessary. 3. The sug-
gested method of quenching permits full automation of the heat-treating process.
(There are 2 references, both Soviet.)
Samoshin, I.G., Candidate of Technical Sciences, Docent. Automatic Unit for Heat
Treating Sewing Machine Needles 28
The author describes the unit, which was designed and built at the MOscLV
Higher Technical School imeni Bauman. The unit, consisting of thirteen ser,-
arate sections, carries out the operations of hardening, washing, and temper.
ing. Ta addition to needles, it can also handle other cylindrical objects
of small diameterY such as watch axles, rollers for small bearings, etc.
Card 4/ 12

Heat Treatment and Strength of M!tals.and Alloys (Cont.) 650
tling effect of the enumerated trea;~ments
properties of superheated coarse-gn.ined
fine-grained steel. The same reduc,
case causes a smaller decrease in t1
the pasty state (from 19 to 15 kg-m
but actually somewhat increases, tlu~
formation range. Subsequent quench
lesser extent. At room temperature
coarse-grained steel decreased afte:-
8 percent. The fine-grained speciwins
after aging their fracture was accoiplished
the decrease in toughness was large
hold of cold shortness, as caused b,,
same with coarse- and fine-grained iteel.
ever, the decrease in plasticity ani.
coarse-grained steel. At 200C. stn1n
sorbed in fracturing fine-grained s'
(except strain aging) on the
steel is relatively less than on
don in the area (10 percent) in'the given
z energy required to cause failtue in
1. Qwnching at 7000 does not-'d6crease,
energy required for failure in the trans-
aging also decreases the toughness to a
the energy absorbed in fracturing the
aging from 19.4 to 17.9 kg-m, or by
did not fracture before aging, but
with 25.5 kg-m of energy, i.e.,
However, shifting of the upper thres-
the above types of treatment, was the
3. As regards strain aging, how-
toughness is greater in the case of
aging does not reduce the energy ab-
eel (about 19 kg-m). but the enerx., to
fracture the large-grained steel drops from 19-7.to 14.7 kg-m. Me shift in
the threshold of cold-shortness is the same in both cases. T&_- effect of
strain aging is apparently lin d with the effect of cold hardening. If the
same degree of cold hardening causes a bigger drop in toughness and plasticity
card 3/112

Heat Treatment and Strength of b1etals and Alloys (cont.) 650
er Technical Institute imeni Bauman), the VsesoyuzW zaochnyy politekhaich-
eskiy institut (All-Union Correspondence Polytechnic Institute), The Llvovskiy
politekhnicheskiy institut (L'vov Polytechnic Institute), and the Stalingad-
skiy melkhanicheskiy institut (Stalingrad f4echanical Institute). Fbr references
and further coverage, see T~.ble of Contents.
TABIE OF CONTENTS:
Pogodina-Alekseyeva, K.M., Candidate of Technical Sciences, Docent; Krotkova,
Ye.Ye., Candidate of Technical Sciences. Effect of Actual Grain Size on the
.Aging of Mt.3 Structural Steel
Author's conclusions: 1. In MSt.3 steel with a coarse grain, obtained by super-
heating (normalization at, 1350*C. for 7 minutes) the upl3er threshold of cold
shortness is 80* higher than in steel normalized at 9200. The energy absorb-
ed in the fracturing of the superheated steel ft the pasty state was as low
as 19 kilogram-meters, while in the case ot specia--as normalized at 9200 it
exceeded 30 kg-m. The sharp difference in the properties of superheated and
normalized steel is preserved even after subsequent treatment, such as cold
hardening with a reduction of 10 percent, niLenching at 7000, strain aging,aad quench
aging, although'these treatments produce effects in varying degree.
Card 2/12

PHASE I BOOK EXPLOITATION 650
Moscow. Moskovskoye vyssheye tekhnicheskoye uchilishche. Kafedra "TLermicheskaYa
obrabotka, meta"ov"
Termicheskaya abrabotka, i prochnost' metallov i splavov; sbornik statey (Heat
Treatment and Strength of PL-tals and Alloys; Collection of Articles) Moscow,
Mashgiz, 1958. 177 P- 5,500 CoPies printed.
Ed.(title page): Fogodia-Alekseyev, G.I., Doctor of Technical Sciences, Profes-
sor; Ed. (Enside book): Yegorkina, L.I.; Tech. Ed.: Tikhanov, A-Ya.
PURPOSE: This book is intended for engineers and technicians in the machine-
building industry, scientific workers at research institutes and industrial
laboratories, and for students taking advanced courses at higher technical
institutes.
COVERAGE: This collection of articles is devoted to problems of mechanization
and automation of heat-treating processes and to investigations of the mechar--
ical properties of metals and alloys as affected by their composition and by
heat-treatment conditions. The experimental work was done by researchers at
the Moskovskoye vyssheye tekhnicheskoye uchilishche imeni Baumana (Vioscow High-
Card=4~32

KOVALISKIY. B.S., doktor takhn. nauk, prof.; HARIffCEMT,_R_B_v-inzh.
-------
Banding strength of tube sheets in heat exchangers. Khim. mash.
no.2:10-14 Mr-AP '59. (MIRA 12:7)
(Heat exchangers-Testing) -

UNGER, Yu. [ungher, J. 1; Ll~RINKESKU, I. [Marinchescu, C. ji SEVAS101101, I , N. ;
MIn'F,IIESKU , L. tMih~'if6scu, L. I
Dynamic studies on verbo-vertai connections and on vegetative
components in the association experiment. Zhur. vys. nerv. deiat.
12 no.4:578-586 ii-Ag 162.
(MIEk 17:11)
1. Institut nevrologii imeni Pavlova All Rumynskoy Narodnoy Res-
Fubliki, Bukharest.

PCYLICHI, I.Nilici, IJ; MARIMMKU, KAMarinchescu, C.];
MARCOVICHY G.[Yarcovici, G.]
Dynamics of vascular and respiratory disorders in the acute-
stage of cerebral blood circulatory disorder. flauch. trudy Inst.
nevr. AMN SSSR no.1:284-293 160. (MIRA 15-7)
1. Institut nevrologli imeni Pavlova, Akademii Rumynskoy Narodnoy
Respubliki, Bukharest.
(CEREBROVASCUUR DISEASE) (RESPIRATION)

SARAGEA, M.; BAIBIS, A.; IONESCU, C.; MARINCHESCU9 C.
Contributions to the study of the mechanisms of localizing visceral
disturbances in the course of neuroses. Note Il. Peculiarities of
visceral disturbances in animals with double stereotypes salivary
and respiratory, in the course of neurosis provoked with the aid of
the supraliminal stimulants. Studii cerc fiziol 4 no.4:501-509
159, (EM 9:9)
1. Catedra de fiziopatologie a Institutului medicofarmaceutic
din Bucuresti.
(VISCERA) (NEUROSES)
(RESPIRATION) (SALIVARY GLANDS)

1PAIBIS, A.; IONESCU, C.;~ H&RIUCHESCU, C.; SARAGRA, 14e; DOBRZ, T.
Additions to the study of the mechanisms of localizing visceral
disturbances in the course of neuroses. Note 1: Part iculart t too
of visceral disturbances of animals with double stereotypy Ceali-
vatory and mapiratory] in the course of a neurosis provoked by
overstraining the digestive projection of the visceral aualyser.
Studii cero.fixiol. 4 n0-3:301-311 159. (ml 9t 5)
(Yrscm) (Ymmsms) (snrymy Gums) (Rx-spIRATORy oRGANs)
(DIGESTION)

MARINGHENKO, Yu.P.
Model P332A,, double-action., sheet metal workirr, press. Kuz.-Bhta--*
proizv, 5 no.12zl9-22 D '63. (MRA 17:1)

L 08726-67
!'ACC NRs AT.603399f
0
following optimal parameters$ I - 4.2 m; transmitted pulse power,
100 kw; pulse width, 3 psec; and pulse repetition rate, 300 pulses/see
in packets of 3 pulses. The antennas used were a narrow-beam wave
channel type and a wLde-beam folded dipole (see Fig. 1). Meteor echo
data from this type of station, compared to those of a station
operating at-10 m. showed the same qualitative response in terms of
daily and seasonal echo frequency. orig. art. has: I formulaq I tablr
and 2 figures.
SUR CODE07.43/ SUBH DATEs none/ ORIG REFt 00.3/
Card 3 / 3 net

L 08726
~CC NRt
-9T603399
fastet
tor
t ime r tor -.O+Uppl
Sync signal Sync signa I
'from adJa- to adjacent
cant station station
Me.teor. radar s.tation

L 08Z26-6Z
1160F33319 7
INKS _i/7E"7 (1) CE7`C56Dt_-._U'k_/_!21_7_/ 6 4-/ 00 3 1000 00 81010-3--'!
AUT110R: T2re I.; Harinenko,__V.__A.;
___gudov F.
ORG t none
TITLEt Automatic radar station for registering meteor- activity
SOURCE: i elektronnoy t~ekhnikL.
- -qk.,---X~%.sti-t-U.t-radipelek-tron.LkL.-
Trudy, v. 3, 1964, 98-103
TOPIC TAGSs radar meteor observation, radar station, meteorologic
radar
ABSTRACT: The authors discuss some elements of the nationwide meteor-
watch network which was to have been set up in the USSR to contribute
to'IGY-IQSY activities. This synchronized network of radar stations
was to.have- operated-se-miautomatically, in that a detected meteor echo
at one location would generate an actuating signal for adjacent sta-
tions. Experience with earlier radar meteor probes indicated a need fo
optimizing rbadar parameters for beat statistical results; for example,
wavelengths should be 4-.6 m, and pulse. repetition rates should not
exceed 300/sec. The H-3 type station, developed at the Tomsk Polytech-
nical Institute to replace the less sensitive P-2H stations, has the.
Card 1/3

MARINCHENKO, Vladimir Alekseyevich: SUD, I.I., red.; GOLYATK*AI A.G.,
re . izd-va;~KARASEV, A.I., tekhn. red.
(Efficient use of electric power in rolling millz]Voprosy ratsio-
nallnogo ispoltzovaniia elektroemergii v prokatnykh tsekba-h.
Moskva, Metal-lurgizdat, 1962. 134 P. (MIRA 16:2)
(Rolling mills) (Electric power)

SOV/1 12-57-9-18931
improving Electrical and Thermal Conditions in Electric-Arc Steel-Melting . . . .
briefly. Cooling-water losses all the Dneprospetastal' Plant have been
considerably reduced by assigning quantities of water for cooling various
furnace parts, whiqhkkept the outflow temperature not lower than 45-50 C.
nave
V. I. L.
Card 3/3

SOV/1 12-57-9 - 189 31
Lmpr,_;ving Electrical and Thermal Conditions in Electric-Arc Steel-Melting . . . .
serve for selection of the optimum electrical conditions of the furnace during
melting. TO select electrical conditions for oxidation and reduction Deriods,
the electrical characteristics of the furnace on the corresponding transformer
voltage taps should be used; working currents should be derived from them.
Furnace productivity is determined by the electric-arc power; the maximum
val-ae of the latter will take place if the electric resistance of the arc is equal
the additional impedance of the furnace circuit. Arc power could be
creased by stepping-up the voltage on the furnace transformer secondary,
also by reducing the inductance and resistance of the furnace circuit. At
the DneDrospetsstal' Plant, the following steps have been taken to improve the
i-nelting -period conditions: 1.1) stepping-up and stabilizing the secondary voltage
of furnace transformers; (2) reducing the inductance of the furnace circuit;
(3) improving the automatic control of electrical conditions; (4) checking the
implementation of the assigned conditions - Each of the above steps is examined
;-- the paper and the typical working conditions of the furnace are described
Card 213

SOV/ I 1? -57 -9 -189 31
from: Referativnyy zhurnal, Elektroteklmika, 1957, Nr 9, P 134 (USSR)
,k "T
HOR: Marinchenko, V. A.
.TITLE: and Thermal Conditions in Electric-Are Steel-Melting
Furnaces (Us over shenstvovaniye elektricheskogo i teplovogo rezhimov
dugovykh elektrostaleplavilInykh pechey)
PERIODTCAL: Tr. nauch.-tekhn. o-va chernev -netallurgii, 1956, Vol 9,
411-419
-PU3STRACT; For each melting period, an irdividual set of electrical conditions
-should be selected. During charge melting, the maximum amount of heat
_hrnild be supplied to the furnace, while much less heat is required during
oxi.datlon and reduction periods . Charge melting requires the maximum power
in the arcs. In selecting the working current, not only should electrical
characteristics be taken into consideration, but heat losses should also be
allowed for which have a great influence on the furnace performance.
Operating diagrams of a 40-t electric arc furnace are presented which can
Card 1/3

M .Ill.CHEW. VLADIMIR ALEKSEYEVICH
N15,
740.163
.H3
lu-PATROMCCRUDOVANIYE DUGOVYKH PECtisy TREKHFAZKOGO TOKA (ELECTRICAL EQUIPMT
CF TRIPHASE ARC FURNACES) MOSKVA, METALLURGIZDATV 1955.
468 P. DIAGRS.
LITERATURA: P. 467-468.

DOMARETSKIY, V.A.; MARINCHENKO, V.A.
More accurate calculation of the number of the theoretical plates
in exhaust columns in case of the feeding of an underheated charge.
Izv.vy-s.ucheb.zav.; pishch.tekh. no-5:120-123 163. (MIRA 16:12)
1. Kiyevskiy tekhnologicheskly institut pishchevoy promyshlennosti,
kafedra protsessov i apparatov pishchevykh proizvodstv.

130BROVSKIY, S.A,, MARINCHENKO ?.Kh. -
- n'a-.-terislics of the transportation of D.-el by air. Transp. i khran.
u
lllefti~ i nefteprod. no.7-.13-16 t65. (MIRA 18:9)
1. Moskovskly ardena Trudovogo Krasnogo Znameni institut neftekhimi-
cheskoy i gazovay promyshlonnosti bn. akademika GubkJ.na.

IUKMYEV, Yu.14.; MARING1010, F.D. .
Automotive transpoltation of petroleum produats in flex�ble
containers. Transp. i khran. nefti. i neftprod. no.6:12-18 1c,64.
WIRA 17:9)

ROZHKOV, Igor' Vladimirovich; HARINCHENKO, Petr Kharitonovich;
Hik-ba I I "r-
YFGOROVII Georg
Sergeyevi-ch; KOSOHdOVO B.V., lnzh.-polkovnik zapasa,
red.; SOKOLOVA, G.F., tekhn. red.
(Protection from corrosion and the cleaning of tanks and
containers in fuel storehouses] Zashchita ot korrozii i
zachistka rezervuarov i tar7 na skladakh i bazakh goriu-
chego. Moskva, Vaenizdat, 1963. 117 p. (MIRA 16:6)
(Petroleum products-Storage)
(Corrosion and anticorrosives)

S/065/63/000/002/003/008
Changes in the quality E194/E484
containing 210 mg/100 ml resins and in 100 hour test the engine
power output fell by 4.5%, the fuel consumption rose by 4% and the
inlet valve stems, the valves and pistons were heavily lacquered.
There are 4 figures.
Card 3/3

s/o65/63/000/002/003/008
Changes in the quality ... E194/E484
(pqtrolatum, stearine, rosin etc), anti-freeze (dibutylphthalate,
dibutylsebacinate, complex esters etc) and anti-oxidants. These
substances are only partly extracted from the rubber and one
effect is to increase the elasticity of the rubber and its
resistance to frost; these properties, however, revert when the
rubber is left out of contact with oil for a period. The resin
content of the oil product rises most rapidly in the first 20 to
50 hours, the more so as the temperature is raised,and then
usually steadies; the highest figure after 120 hours was aviation
gasoline grade B-70 (B-70) at Wc, which contains about
3000 Ing/100 ml resin and the lowest was fuel L~-l (Ts-1) at 200C,
which contains about 600 mg/100 ml. It follows that if fuel is
left in a hose for periods up to 5 hours it may become unsuitable
for use and where rubber hoses up to 1.5 km long are used the
first amounts of fuel pumped through the hose may contain
excessive amounts of resin. After prolonged storage, the resin
content is reduced by precipitation as sludge but this may take up
to 10 days and in practice permissible values are beat achieved by
dilution. Gasoline engine bench tests were made on fuel
Card 2/3

AUTHORS: j!Ar
.jncben LQ.,.~~Charnikov,
TITLE: Changes in the quality
with rubber products
PZRIODICAL:Khimiya i tekhnologiya
s/o65/63/000/002/003/008
E194/E484
P.F.
of oil products during contact
topliv i masel, no.2, 1962, 43-45
TEXT: The effect of exposure to rubber on the quality of fuels
and lubricants was studied because such exposure often occurs in
practice. Samples of rubber hose 160 mm long with aluminum
stoppers at each end were placed in a metal container filled with
oil and placed in a thermostat at temperatures up to 40*C, for
periods up to 120 hours. The fuel property found to change most
on this treatment was the true resin content determined by the
method of standard rocT (GOST) 1567-56 and this property was,
therefore, used as a criterion. The resistance of v&rious
rubbers to oil and fuel was also assessed by placing strips of them
in the fuel or lubricant in a container in a thermostat and again
the change in resin content was used as a criterion. Unlike
normal petroleum resins, those which form in oil products on
exposure to vulcanized rubber consist of a mixture of softeners
Card 1/3

.-, IMARINCHEITKO . P. , inzhoner--polkovnik; VIGANT,, V. , . inzhoner-podpo3.kovnik,,-
17GMIOV---I
., T.. podpolkovnik tekhnicheskoy sluzyby; KOCHKIN, P.,
inzhener-my,or
Mechanizing the cleaning,of reservoirs and oil tankers. T~rl
i snab. Sov. Voor. Sil ?I fio.9:92-94 S 161. (MIRA 34:12)
(Tetpk Vessels-4leaning)

L 167h
ACC NR: AP6032057
calcium, mangapese, aluminum, and sodium compounds and organic salts thereof;
sulfates; sulfuric acid; water-soluble and insoluble mono- and bi-nuclear aromatic
hydro.V acids, bi- and tri-nuclear aromatic acids; and neutral high-molecular-weight
gums which are products of the further polymerization of neutral resins found in the
fuel and formed by the polymerization of olefinic-aromatic alcohols. On prolonged
storage,,sediment formation occurs mostly on account of iron corrosion products of
mineral contaminants containing silicon, calcium, magnesium, aluminum, and EFOdium
compounds, and of sulfates. The part played by organic gum-type products is small.~-
On heating to 150C, sediment formation occurs mostly due to organic products. The
part played by sulfuric acid, sulfates, and copper corrosion products increases. The
share of iron corrosion products and mineral contaminants decreases. To pre-
vent sediment formation on storage, it is recommended that storage tanks be provided!
with anticorrosion coatings [unspecified] and equipped with air filters to prevent
contamination from the outside air. To decrease sediment formation at elevated
temperature, jet fuel thermal stability should be improved by better removal of
unstable and resinous procIucts at the refinery or by the use of the highly effective
additives (unspecified; no reference given] recently developed for this purpose.
[ldcrobiological contamination is not discussed]. (SMI
SUB CODE: 21/ SUBM DATE: none/ ORIG REF: 010/ ATD PRESS: 5088
'1-ttj~o) toor

h6715-66 EW(M /T - DJM
MC 032057 (-A-~~-i;OWCZ-CbDg-;-WO316766-/0001009-/OO13/OOIT
AMOR: ~relov, V, A.; Marinchenko, H. 1. J
ORG: none
TITLE: Formation of sediments in jet fuels
SOURCE: Neftepererabotka i neftekhimiya, no. 9, 1966, 13-17
TOPIC TAGS: jet fuel, fuel storability, fuel thermal stability, fuel contamination,
fuel deposit formation, fuel sediment formation/TS-1 jet fuel, T-1 jet fuel
11
ABSTRACT: A study has been made of the composition of sediments formed in TS-1 and
!-V'jet fuels 1) on prolonged storage and 2) on heating to 150C. It is noted that
sediments cause premature clogging of fuel filters, deposits in oil-fuel heat
exchangers, and accelerated wear of fuel system i'llind that sediments contribute to
the build-up of static electr~ic-I;Ty ~on `uer~ansfer. The sediments, whose elemental
composition is, given in the original article,were separated into reven components:
water-soluble organic compounds, acid inorganic compounds, acid organic compounds,
ethyl dther-soluble neutral organic compounds, methanol-soluble neutral organic com,
pounds, sulfates, and solid residue. The percentage and chemical composition of
these components vere determined and are given in tabular form in the original
article. It was found that the following products take part in sediment formation
both on storage and at elevated temperatures, solids consisting of iron, silicon,
Card 1 /2 UDC: 665.635-4:629.

ZRF
CHERTKOV, Ya.B.; 14ARI"CHEN'O, N.I-; Lov, V.N.
ts and residues in middle distillate
AnalYzing the microcontamInan :16-18 163. (~IJRA 17:5)
fuels, Nefteper. i neftekhim. no. 11

I - ~

ACOESSION XR: A24ooqT86
in the combusition chamber i-dthin the scaling zone did not exceed
250-4000; gas temperatures In front of the turbine were 500-7200-
1t was concluded that scaling In turbojet combustion chambers Is
formed in zones having Inadequate temperature (250-4000) and too
low oxygen concentration for adequeve combustion, The scale was
-Lound to consist of multistage, consecutive, deep-destruction
products of the organic molecule with considerable enrichment of
carbon in the final product*' The material carbonized because the
deposit contained considerable quantities of sulfur,-oxygen- and
nitrogen compounds* The deposit also coi2sisted of oxidizable
hydrocarbons and nonhydrocarbon organic compounds with sulfur,
oxygen and nitrogen contents. At temperatures of 200-40OG in an
oxygen environmen-U, oxicUzing processes transfo= nonhydrocarbou
compounds into resins and ultimately into soaloo, Origo art* has
no figuros, no fo=u1asV6 tabloa,,
ASSOCIATIONs gone
SUBMTTEDi 00
40 00=1 ~ 09
Card W2'
DATE ACQ: lOFeb64 ENOL: 00
so IMP SOVS 006. OTMMS 001

ACCESSION NR: AP4009786 S10065164100010011005110,055
AUTHORS: Marinchenko, N;1*-; Chertkov,, Yao' B.-; Pishunov, V.Ao
TITLE: Scale fo=ation in turbojet engines
SOURCE: n4mlya i takhnolog:Lya topliv i maselv no.; Is. 1964, 51-55
TOPIC TAGS: jet chamber,scaling
ABSTRACT.- Scale formation in jet engines was studied and the par-
ticuiar purpose of the present work is a study of some of these
problems. Deposits were investigated which accumulated on the in-
jection fuel nozzle and on the whirler of engine I after 100 hours
operation on fuel TS-1; on the injection nozzlb and walls of the
heat pipe of the combustion chamber in engine 11 after 200 hours
operation on fuel T-2; and on the heat pipe of the combustion
chamber of engine III after 300 hours operation on fuel T-19 'The
engines were operated within their warraaty period under same con-
ditions as in airplanes. Temperature of fuel nozzles and whirlers
.in iiorldng operations reached 250-3400 while the waU temperature
Card 1/2

MKLOV, V.N.; MARINCHENKO, N.I.;
Chemical composition of
sulfur-bearing crude oils.
57-61 N 163.
SHCHAGIN, V.M.; RYBAKOV, K.V.
trace contaminants in jet fuels made from
Khim.i tekh.topl.i masel 8 no.11:
(MIRA 16:12)

'llAr RYBAKOV, K.V.
ZRELOV, V,11.; SHC IIN, V.M.;.
...
Composition of microcontaminaUnris in T--l fuel from Azerbaij?m pe,
troleums. Nefteper. i nefte~.h.,,r.,~. r, '0. (MIRA 17:2)

GHERTKOV, Ya.B.; RYBAKOV, K.V.; ZRELOV, V.N.; W~Nlq4~_gO 11 1.;
- P.... -i~ -j
INOZE14TSEVA, M.N.
Formation of trace impurities in middle-distillate fuels.
Zhur. prikl. khim. 36 no.8:1825-1833 Ag 163. (MIRA 16-11)

8/061/62/000/006/076/117
The ash of deposits appearing in ... B167/3101
catalytic effect of metal. The deposits consist of the products of
extensive oxidation of the organic compounds of fuel and of metal
corrosion products. The ash contains great amounts of Fe, Zn, Si, and ITa
at low temperatures. Cd undergoes low-temperature corrosion. At higher
temperatures, metal corrosion is intensified, and Cu, Al, and Pb undergo
corrosion. The' portion of organic materiail is highest at the temperature
of maximum formation of de~losit. 'At both higher and lower temperatures,
ash-forming elements account for the major part of the deposit. Fuel
containing a cracking component undergoes intensive-oxidationl catalyzdd
by brass, with formation of resin-like compounds. Laustracterts notet
Complete translation.]
Card 2/2

"A 6,543
S/081/62/000/006/076/117
B167/B101
AUTHORSt Ghertkov, Ya. B., Zrelov, V. X., Marinchenko,
TITLEt The ash of deposits appearing in sulfur-containing fuels
PERIODICALt Referativnyj, zhurnal. Khimiya, no. 6, 1962, 537, abstract
6M225 (Sb."Khimiya seraorgan. soyedineniy, soderphashchikhaya
v neftyakh i nefteproduktakh. v.4.M.,Goatoptekhizdatj 1961,
222-230)
TEXT: A study of the composition of residues obtained by oxidizing fuel
of type T (T) for 6 hours under laboratory conditions (at 120 and 1500C,
in the presence or in the absence of bronze), and also of the residues
from the filters of actual engine assemblies at various temperatures.
Elementary analyses ware o&xried out as followas metals by
semiquantttative emission apectrosoopy on an V,'.F-28 (IS?-28) apparatus for
28 elements, alkali metals on an (T-7 (8T-7) stylometert and oopper
colorimetrically. It-is shown that organo-sulfur compounds (and
mercaptans in particular) are the principal source of residues. The
amount of deposit increases rapidly with temperature and with the
Card 1/2

89597
S/065/61/000/004/009/011
B194/E284
The Composition of Deposits'Formed on The Fuel Filters of
Transport Jet Aircraft
Table 1
Beero 100 too too too 100
!1?7t ... 70.24
Coma Sonm
menew 3010
UOAb -

0110B0 I
a 1.0
0,3-1.0

3
t
xaAmIlu
.
13LUHK . X~ . -
20-30
upeunna S; . 3-6
aamumnfi AL. 03
'
vaTpull rX 0,4-
1.0
x(aargart CP-. 0,3
mamlirf 0,1-0.3
XPOU
naxejr&
cumett P6 0.4-1,0
70,34
3-to
11,0
10,0
-to
5
1-3
4,0
310
3-10
3-10
1-3
1,0
0,3-1.0
1,0
9OA2
3-10
16,0
10.0
too
1-3
t_4
1,0
3-10
1-3
1-3
0.4-1.0
0,4-1.0
I'o
73.30
3-to
7,9
10-15
10-20
1-3
1-3
t.0
10,0
1,0
1-4
0,3-1,0
0,4
0,4-0
77,92
1010
13,0
io-O
10,0
1-3
3-10
i0
ito
1,0
1,2
1.0
OA-V
0,4-1,0
ward 5/5

89597
S/065/61/000/004/009/011
B194/E284
The Composition of De~posits Formed on the Fuel Filters of
Transport Jet Aircraft
sreater than 1-2 microns. There are I table and 3 references:
2 Soviet and 1 non-Soviet.
Table 1
COMM a6CO-110TRO CYXIIX oriomeEma. o5puromaxen uaL 40-MlIMPOIla"t
tat T a X Pa6OTC na TOm-iffne TC-I (% ace.)
43
oxianhou- Ton',munan outTema camonen
]IPSRPM
p4ewc-L'Ve
a on6ph gexa6pb ~eapaju- aupem.
uaPT H
Vrae
104
B,DAOPOA
Aaar . . .
Cepa . . . . 1~ - -
Aj,30jrwme 3,neSIORTU
PI-A KAcXOPOA . D
8.30 21.55 WIN 19,16 IZ97
2,43 3,48 1,80 2,44 2,02

37
0
OM
0,47 0161, 0,47
,
0,63 0,54 1070 0,64 0,85
46,t8 44,07 56,42 47.27 57.02
42,03 29,75 29,54 29,35 26,67
J
Cax,d 4/5

89597
S/065/61/000/004/009/011
E194/E284
The Composition of Deposits Formed on the Fuel Filters of
Transport. Jet Aircraft
particularly oxygen in the deposits formed on the filters indic
:ates that the source of formation of the organic part of the
deposit is mainly the non-hydrocarbon part of the fuel. Corrosion
of non-ferrous and ferrous metals is also largely due to the
presence in the fuel of non hydro-carbon components. The better
that non-stable hydrocarbon and non-hydrocarbon components are
removed from the fuel the less will be the tendency to form
resinous deposits and the less will be the filter blocking. Ash
J.
elementsact as centres of coagulation of viscous organic
compounds and by more complete removal from the fuel of corrosion
product.s, contaminants and other ash containing parts it will be
possible to limit or prevent the increase in the,particle size of
oxidation products which lead to filter blocking. Accordingly,
it is now-considered essential to store fuel in tanks with anti-
corrosion linings which are completely hermetically sealed and.to
filter the fuel delivered to transport aircraft with complete
removal from the fuel of mechanical admixtures with particle size
Card 3/5

89597
S/065/61/000/004/009/011
E194/E284
The Composition of Deposits Formed on the Fuel Filters of
Transport Jet Aircraft
the aircraft did not exceed 4.9-50*C and in the fuel in the vehicle
it was at ambient temperature. The deposits were removed from
the metal filters by ultrasonic means in distilled water. After
evaporation of the water the deposits were washed with isopentane
to remove the fuel and dried to constant weight at 105*C. The
composition of the dry residues is given in Table 1. It will be
seen that the deposits in the aircraft filters have a very high
ash content. The deposits on the filters of the fuelling vehicles
consist mainly of iron and zinc, -mainly in the form of oxides.
The ash deposits on the aircraft filters contain much less iron
that in the fuelling vehicle but much more copper, tin, cadmium,
sodiuml calcium and magnesium. Evidently the ash component on the
aircraft filters consists of corrosion products of metals in the
aircraft fuel system and engine, in the first place copper and
cadmium compounds and tin alloys. The organic part of the deposit
does not exceed 20-30%. In the fuelling vehicle the organic
deposits are very low. The high content of sulphur, nitrogen and
Card 2/5

oy:))O 1
S/065/61/000/004/009/011
210. //W E194/E284
AUTHORS: Chertkov, Ya. B., Ragozin, N. A. and Marinchenko,
N. I.
TITLE; ""Th-e-d'o~position of Deposits Formed on the Fuel
Filters of Transport Jet Aircraft
PERIODICAL: Khimiya i tekhnologiya topliv i masel, 1961, No. 4,
pp. 57-60
TEXT: Jet fuel filters are required to retain particles of
1-2 microns and completely to prevent the presence in the fuel of
particles of 5 microns or more. As zhe fuel is filtered immed-
iately before delivery to the aircraft the engine might be
expected to operate for the full-service time without filter-
blocking. However, in fact, filter blocking does occur,partly as
a result of non-organic contamination and partly by high molecular
weight non-hydrocarbon organic compounds., A study was accordingly
made of the composition of deposits trapped by 40 micron filters
on transport jet aircraft after 100 hours operation on standard
fuel grade 'rC-1 (TS-1) to standard rowr '1144-S4.(GOST 7149-54).
A study was also made of the composition of deposits formed on the
filters of fuel delivery vehicles. The temperature of the fuel in
Card 1/5

The Corrosive Activity of Hydrocarbon Fuels in the Presence of
Elementary Sulphur.
piq;l:.A gaph g~vinp curves of the oxidation of vihite
sp _it hen w ite �pIrit was oxidised in the presence
of elementary sulphur (concentration = 0,001 - 0.01/5)o
when not in contact with bronze,it was seen that elemer-
tary sulphur acted in all cases as a strong anti-oxidant";
the induction period = 300 minutes. During these ox4--
dations it s found that the polished surface of the
w*e I
bronze shoVe finite catalytic activity. When the
bronze surface was covered with a layer of cupric oxide
or cuprous sulphide no catalytic activity could be ob-
served. When elementary sulphur is contained in the
fuels in quantities of 0.002 - 0~003,-(Q~ and higher, con-
siderable corrosion occurs and precipitates are formed
which penetrate into the fuel and cause accumulation of
hard deposits. There are 4 Figures and 7 References:
4 English and 3 Soviet.
1. Fuels--Corrosive effects 2. Sulfur--Properties
Card 2/2

SOVI 655-58-7-10/12
AVIT-ORS: Chertkov, Ya. B; Zrelov, V. N; Shchagin, V. M. and
Marinchenko, N. I.,
TITIE: The Corrosive Activity of Hydrocarbon Fuels in the
Presence of Elementary Sulphur. (Korroziynaya akti-
vnost' uglevodorodnykh topliv v prisutstvil element-
arnoy sery).
PERIODICAL- Khimiya I Telchnologiya Topliv I Masel, 1958, Nr.7.
pp. 62 - 66. (USSR).
ABSTRACT: By using radioactive indicatorsthe authors 'ourd that
the formation of a layer on metal is not d u e t o
L
adsorption, but to chemical interaction the elementary
sulphur-penetrates into the metal. Investigations on
the changes of the metals in fuel mixtures under the in-
fluence of elementary sulphur and oxygen were carried out
to define the character of occurring processes. Bronze
was used as the investigated metal, and white spirit
as the hydrocarbon mixture. The absorption of oxygen by
the fuel was measured at 12500, at normal pressure
according to the PK method (Ref.6). The corrosion of
bronze and the quantity of deDosits formed on the metal
In fuel mixtures to whichelerrentary iulphur had been added
Card 1/2 was also determined at 1200C during six hours (Re-.4L'.7)-

I
Mi QJI c t\~ k 0 N, ) "
CHKRTKOV, YA.B. ; ZREWT, T.k-; KARITIGMIKO, IT.I.; SHMAGIN, V.M.
%` - ; -
Formation of sediments in fuels for gas-turbine engines.
Khim. i tekh.topl. i masel no-7:57-63 Jl 157. WIRA 10:10)
1.11auchno-issledovatellakiy institut gor7uche-smazochnykh materialov.
(Jet planes--Fuel)

f t~a ON 6~fa

!.Ion
tdou
-."rtaf

w a

L w%
c
=M
-
.
ZIA

KARINGIVEKO, A.I.,- kand.arkhitaktury, red.; ZASLAVSKAYA, T., red.;
tekhn.red.
[Designing and building school houses] Proektirovanie i
stroitallatvo shkollnykh zdanii. Pod obahchei red. A.I.Harin-
chanko. Kiev, Gos.izd-vo lit-ry po stroit. i arkhit. USSR,
1958. 198 P. (MIRA 12:4)
1. Akadamiya arkhitaktury URSR, Kiyev. Institut arkhitektury
sooruzhaniy.
(Schoolhouse a)

MRINICIT-71TIKO, A. I.
L-APSHIN-A., L. S. ml. nauchn. sotr. I A=ESYM, P. 7. Deyut Cl-i. I rss-I
D-11 Arkhti-.okhtury Prof. , VARr!11,727-0, A. T. Kan,'. ArIkh. , TOL7S'7TFC7, 7.7.
Tf-rid. Arkh.
Intitut Arl-hitel-.-tury ocoruzhp~iiy Akademii ArIKH
C~ ,
ATE111=TUR-41 SBKOLIMTT "IDA"IY
Pa~-e 7-)
so: coiiection of Annotations of Scientific Research ~!ork on Constmct-~on,
counipleted in 1950,
M
1
IOSCOW, i97

S11371621000IC-0211193,1201
A154/A101
AUTHORS: Marinchek,---,V,, Limpakh, V.
TITLE: Gases in ferro-alloys
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 4, 1962, 5, abotract IIY29
(1127-Y Mezhdunar. kongress 11teyshchikov, iq6oll, 1961, 159-172)
TEXT: Hot-vacuum extraction analysis of ferro-a-1loys is described.
Description is given of an analyzing apparatus, which can operate al. tip to
2,OOOOC and must be provided with an instrument for drawing "gas volume dJagrams"
(gazovologramy). Analysis of various ferro-alloys zhows that the content of
gases in them varies in a very wide range and depends on chemical compoGition
of ferro-alloys, on their origin, dimensions of their grains, and on the mothod
of storage of same. Smaller pieces of ferro-alloys contain greater amourits of
gases: -long storage time increases the amount of gas In ferro-alloys - the
faster the greater is the affinity of the alloying elements (Ca, Al and others)
to 0. A recommendation is given on how to select test samples for determination
of gas in them,
[Abstracter's note: Complete translation] L. Voroblyeva
Card 1/1

MARINCHZ. L. I.
Students of the Saint Petersburg Institute of Forestry In the
social democratic movement of the 1880's and 1890's. Mauch.
trudy LTA no.95*.89-100 161. (MIRA 16:2)
(Russian Social Democratic Party)
1.
(Leningrad-Ztudents)

HEMERG, Dorde, sanitetaki potpukovnik, dr.; MARINGNIC Predrag, sanitetski
- potpukovnik, dr.; JOVAROVIC, Tihomir, -da-m-fe'E-ki ~~~ I Id-ase, dr.
laboratory and field evaluation of our lot vaccine against influer4a.
Voj.---an.pregl. 18 no.4-.345-350 Ap 161.
1. Vojnomedicinska akademija u Beogradu. Higijenski zavod - Mikrobio--
loski i epidemioloski institut.
(DIFLUMA immunol)

I
VMiIrIICEKI Z.
'Teasurements of hydraulic machinery in cantral hplroelectric stati~)ns."
Elektroteh,iski Vestnik, Lj~.Iblj--na, Vol 22, Itto 1/2, 195/,, p. 14
-00: Eastern Eurouean Accessions List, Vol 3, ":0 10, Oct 1954, Lib. of Confress

MARINCEK Magdalena.. asistent
I
Some Euphyllopoda of the Panonian Plaln. Zbor prir Mat orp
no.20:160-163 I&L.
1. Zooloski zavod Prirodno-matematickog fakulteta u Beogradu.

FIg 14* p nd Otborm14 co"tractionss it,, relating reportst Conclusionss
_n~PR~ f tel for SUPPOFting
problem 0 ns. PO 25.
erA recoarendsti"
a,. SkO%UCAJ
periodic .
vol. 19 no. 39 1958-
TECOOLOGY C
ASt European kceeSgiOnS (EMI)
a. a I no 9 h
SO*. 'outlay List Of VC * 19591, 'JnC1-
kvrii

Marincek,, M
Contribution to the study, of metals by means of bending, according
to the Yugoslav C. A4. 005 standard. p. 121
STANDARDIZACIA. ( Savezna komisija za standardizaciju) Beograd.
Vol. 6, no. 3, March 1956.
SOURCE: East European List (EFAL) Library of
Congress., Vol. 6, No. 1, January 1957

Yugoslavia (430)
Technology
~-Telding throughout the world and at home.
9. 300, Nova Proizvorlnja, Vol 2, No 5,
October 1951.
~~ast -lurojean Accessions List. Librar
of Congress,
Vol 2, 'To 3, March 1953-
1 ~-'
-'TCLASSIFIZD

PT ~"~ i- ,,
LT*~
Vol. 24, 9/10, 195,
0.
V7-3T,,!TK
S"j] +
Hurirc- 7-Tir-tock
~Ot,~'r St"llon -~t
Accession, Vnj . t~,
Febru~,-,~- 110-47

-ft
V% ri
'iAt
tile t
P AM

j7

W- Oros! at& -O-r,At
am
~y

10,
furiid'oe'a4d U.- induwoa

MARINGEANU,.Gheargha, ing.
Technological and Beientific contributions. Industria usoara
lo-no.12--548-551 D163.
1. Director tehnic al Fabricii de pielaris si icaltaminteI
Cluj.

MARINCEANU, Gh., ing.; MUSTEA, I., ing.
Use of synthetic resins in tanning industry. Industria
usoara 3 no.1li443-"7 N 156.

RIP!UKIA /ChoLiical Tochnology. Chenaical Products and H
Thoir Application. Lea"'her. Fur.
Tanning 'Atorials. Industrial Pro-'Goi;is.
Abs Tour: Rof Zaur-Khiraillra, No 9, 1959, 33661.
Abstract: now i-a tcho drum at 400 by a solution of dinaphthyl-
motnanodisulfonic acid. Tho flaxibility of tho
loathor faay bo rogulatod by tho quantitly of I and
tho -)th of its ponotration; tho strangth of
tho loathur is regulatod by tu'Lic quantity of di-
naphthyldisulfonic and oxalic acids. -- G.
Markus.
Card 3/3

RM,VaNIA / Cheiaical Technolo6y. Chc~;nicaj Products and H
Thoir A-P-Olication. Loathor. Fur. Grjlatin.
Tanning Maturials. Industrial Protoias.
Abs Jour: Rof Zhur-Thhiziaiya, No 9, 1959, 33661.
r4
Abstract: leathor, 0.5 1. (from the weighs of tho tannod
u
leather) of the mixture (2:1) of I and a solution
of anDionia, diluted with water (1:1), is added
~to the drum, and the drum is rotated at 400 for
5-10 rainutos; Mlo (from thw weight of the tannod
leather) of diphonylwothanodisulfonic acid mixed
vrith water (1:1) is added noxt, and tulip,, sum is
rotatod for 15 minutes. Tho obtaiaed leathor
does not contain fr~,,o tanning agents in the sur-
face layor and has a light uni'for~al_ color. A
color.of greator uniformity is obtained if both
sidos of tho 1--athor arc troatod with thu solu-
tions of I and ammonia; the loathor is Drocossod
Card 2/3

RTT!k'uNIA Cho,-,'ical Tochnology. Chemical Products and H
Thair Application. Leather. Fur. Gelatin.
Tanning !,Latarials. Industrial I-Protoins.
Abs lour: Rof Zhur-Khiiaiya, No 9, 1959j 33661.
,,Wthor : iMarincoanu D.
Inst : Not given.
Title : Th-,-. Production of Fl--xiblo Solo Leathor Suitable
for a Finish.
Orig Pub: II-a Coasf. tolin.-stiint. a iind. usoaro. Piale.-
Cau ciu c.-Sticla. fB-ucur"~st~l' -.SIT, 1057,
49-51.
Abstract: Tho --.,iot',Iod of bleachinr., and the r--ilioval of froe
tannine agents from tho surface of solo leather
(,9L) with the aid of hydrazino hydrate (I) for
the obtaining of elastic SL, consists of the
following procedures: after the tanning of tho