SCIENTIFIC ABSTRACT LOSHKIN, A.M. - LOSIKOV, B.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930610010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LOSHKIN,A.M.. AGEYEV.V.I., SHKMOM.A.
"Automation of Radio Transmittarap" E3.ektro"yazl Jan. 1956

LOSHK RUKYANTSIV, A.F..redAktor.
[Circulating capital in Soviet industry and Its use] Oborotmye
fondy sovetakol prou7shlonnosti I ikh ispol'zovanis. Moskva,
Vysshaia partiinaia shkola pri TsK EFSS, 1954. 37 P. [Microfilm]
(Russia-Industries-Rinance) (MLBA 8:1)

LOSEEKIN, E-. .
owth
The supply of material and equipment as a factor in the 9r
of labor productivity. Sots.trud. no.4:12-23 AP '56. MRA 9:11)
(Materials) (Woor productivity)

KONYUKHOVJ N.; MASHORIN, B., master proinvodstvennogo obuchaniya; LOSHKIN, G.
Neva from schools. Prof.-takh. obr. 20 no.602 Je 163.
(KM 160)
1. Pomoshchnik direktora po kullturno-vospitatellnoy rabot~'.
tekhnicheskoye uchilishche No.2, Kuybyshev (for Loshkin). ..
(No subjectheadings)

Z, c's"M- //A Z-, Al --;,
BXRSMs~(Y, G*Yu.~~; A) hine. Kons. i ov. prom. 13 no.2:10-13 'Y '58,
rM-4 vacaun-ileawer Mae (HJU 11-.2)
1. Spetsiallnoye konstruktorskoye byuro UkraingkOgO nauchno&issle-
dovatel'skogo institute. konservUOY promyshlennontio
(canning industry-Equipment and supplies)

HMISUDSKIT, G.YU-; J4LjUxjx*-ItvI46
Ug forces occurring during the rolling Of tin cans.
Calculati (Hru 11:5)
Kong. i Ov. prom. 13 no.6:18-24 Je '58.
l1noye konstruktorskoye byuro Ukrainskogo nauchno-
l.spetsia stituta konservnoY -promyshiennosti.
issledovatel'skogo in
(Containers) (canning industry)

LOSHKIN) V ~P'; VA!UCKII, L.; KPLOL, L.
Injection governors for superheated high-pres-1-ure steam. Tr. from the
Rusz~ian. p. 68. MTERGIETIYU. (T.Tinisterstva, paliv a energetiky. Hlavni
sprava elektraren) Praha. Vol. 5, no. 2, Feb. 195'.
SO'3RCE: Fast European Accessions Idst, Vol. 5, no. 9, September 1956

TD-SUIL-&AW kRndidat t~kbnIcbezkIkb nauk; KROL', L.B., kandidat
takhnicheskikh nauk.
Recommendations for designing natural circulation boilers for
very bigh steam parameters. TeploenergetikIL 3 no,11:3-10 N '56.
(NLRA 9:12)
1. Vsosoyusrqy teplotekhnicheekiy Institut.
(Boilers)

LOSHKBIA, AA, UTILADZE, Y-5-1 KIfYAZEVA) L.D.., AIEKSYEVA, A.A.., SORO'~,INA, Y.Y.
--------- ratory obgervations on Respiratory Tract Diseases of
,,Some clinical and labo ech. 23-27 may 1961.
Virus and Rickettsial Orgin. PragUey Cz

GOLIDSHTEYN, M.I., kand. tekhn. nauk; KAMPANIYETS, G.M., inzh.; PANFILOVA,
L.M., inzh.; RABINOVICII, D.M., inzh.; MURAVIYEV, Ye.A., inzh.;
LOSHKINA, N.A... inzh.
Effect of vanadium and heat treatment on th properties of St.
3kp rimmed steel. Stall 24 no.10:925-927 0 164. (MIRA 17:12)
1. Urallskiy nauchno-issledovatellskiy institut chernykh metallov
i Nizhne-Tagiltskiy metallurgicheskiy kombinat.

,,SjjFINA, N.A.
S14jitlJOV, L.A.; TIMONINA, V.M.; KORHEYEV, N.D.; L('
Investigating the quality and mechanical propr-~rtieB 0'
St. 3ps plate steel. Stall 25 no.6:511-516 je 165-
('~ATPA 1'3-6)
1. Urallskiy nauchno-isoledovatellskiy institut chc-rnykh metallow
i Niztme-Tagillskiy metallurgicheskiy kombinat.

1 53973-65 'JD
AMES-9TUM"RR: Ar5-314866 UR/0133/65/WO/00610553/0557
621.43.669.15.194
AMOR, Fraydenton, Ye. Z, ; R,_qhLnsyjRh,_V,_H. j Vinokurov, 1. Ya. Loshkina, N.
NayMahina, 4 F j Freydenzon, Tu. Ts.
T'LTLE: Ways of Improving the mechanical properties f low-carbon and 16V alloT
steeV sheets, twd sections
sajxz: stmt 0 no. 6, 1965, 553-557
TOPIC TAM: f0ughening, low carbon steel, low alloy steel, sheet steel,
steel section, steel bean, quenched steel, toughened steel,, spray quenching,
(ruenching tank, Lupact toughness
ABSTRAM Since the toughening of low-carbon and lou-'alloy metal by neans of
heat treatment requires substantial capital investments, ie is of interest ft
consider other techniques. The authors deacribe the vork being done in this
fielA at the Nizhaiy Tagil Hetallurgical Ccabine v1th respect to the toughening
o's metal while it atilt is in heated state i=edietely after its rolling or
forgln& Una, sheets, and etrips were either immereed in a quenching vats-
~ank installed at the end of the roller table or passed throulb an experimental
Cord 10
- k

6
ACCESSION IMO APSP1148 6
spray Installation. For stabilization of the properties at the required level
and enhancement of plasticity after the toughenI g by quenching in the tank, it
is expedient to perform additional tempering by means of the available heat-
treatment equipment. In the spray installation the required level of properties
can be attained by adjusting the pressure and delivery rate of the cooling
water. Me effect of temperature was mor3 precisely determined in laboratory
experiments vith 3sp gteel: cooling in water from temperatures corresponding
to the monophase (,y) and two-phase (-y + a) regions exerts a marked and n arly
identical taughiening 5ffect and produces an Impact toughness (at +20*C) at the
level of 8-10 kg-=I=L . In this way, the strength qualities of low-carbon metal
could be increased 15-25%, and those of lov-alloy taetal, 30-50%, without
;,detriment to plastic properties and Impact toughness in the presence of negative
temperaturea and after inachanical agLng. Toughening beyond theard limits usually
deteriorates the plastic propertien of the metal. The uniforalty of cooling
over the area of the natal in of special Importance. Grig. art. has,. 4 figures,
5 tables.
MSOCIATTM: Nizhne-Ug1l'ekiy uetallurgicheakil konhinat Q!izhaiy Tagil
Metallurgical Cwbine)
Card

L 5397.a-65
APSOIA866
000
un RrF -qnVt OGS
mcftu 00
SUB CODE: MR
001

ill- 'OVTC. M OVA? 1j.J., inzn.;
1 - inzh. ; ORI NDR-AT I YEV
G.,',I., iiizh.; KO
,Izh.; KOP pj.,IYETS
sHIINIII, I.A., 14P
A, N.A.., irzh.
inzh
thods of deoxidiziag
lionmetallic inclusions in rails in various me (141RA 18:6)
559 je 165.
stoel. Stall 25 na,':557
1. Nizhne-Tagil'ski-Y jett, liargiclieskiy kombinat.

IDSHKOV, S. .11.,11
1--o""I"MrAlwhe .41
Conference on methods for improving the reliability of electric machines
for rolling mills. Vast. elaktroprom. 27 no.4:76-77 Ap 156. (MLEA 9:11)
1. Zavod "Zlektrosilaw imeni S. M. 11rova.
(Rolling mills-Blectric driving) (Blectric motors)

LO3HKO-VQXp,.J*jQ.kapitan, spetsialist 1-V klasBa; LITVYAK, P., kapitan;
L4)GVIBNKO$ A., starshiy serzha ht, komandlift rascheta puBkovykh
ustanovok
We are missilemen. Voen.-znan..-"41 no,1238-.9 D 165,,
(IURA 18212)

LUEDINA, M.4., kand.tekbU.n&uk; Prinimali uchastiye: LQSHLYAK, L.L.,
mladehly nauchuyy sotrudniic; 73PJ-IOLAYEVA, A.I., Mlad9kiy-n-au-FTu-y7
sotrudnik; SAIPRONOTA, Z.A., mladelciy nauchn" antrndnA'k; RAMMUN,
B.R., insh.; MNLITSKAYA, S.S.; SHISHKONOVA, L.I.; MURATITIM,
L,V,
Investigating the processing of clay in making bricks. Trudy NII
Stroikeramiki no. 14:3-35 159. (MIRA 14:1)
1. Obehahesoyusnyy nauchno-isoledovatellskiy Institut stroitellnoy
keramiki (for Koshl7ak, Termolayeva, Safronova). 2. Nachallnik
laboratorli Vorontmovskogo kirpichnogo zavoda (for Shishkanova).
3. Bachallnik laboratorii Nizhue-Kotellskogo kirpichnogo zavoda
(for Shishkanova). 4. Nachallnik laboratorii Moskovskogo eksperimen-
tallnogo zavoda (for Maraviyeva)
(alayi

86736
~S_00 0 C) ( S/120/60/000/006/011/045
v~6_
/0 qa/
E032/E314
AUTHORS: Goman1kov, V.I., Kasatkin, S.N., Kiselev, S.V.,
Loshmanov, A.A. and Ozerov, R.P.
TITLE- A N ut-r'on- ~iaction Apparatus Working in
Conjunction with the Wr (IRT) Reactor
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 6,
pp- 45 - 48
TEXT: A description is given of a neutron diffractometer
designed for investiga ing poly- ang monocrystals. A collimated
neutron beam of 8 x 10 neutrons/cm sec with a horizontal
divergence of 71 was employed. The neutrons were monochromatised
by a reflection from the (220) plane of a NaCl monocrystal
having an area of 12 x 50 mm or from the (111) plane of a
2
lead monocrystal having an area of 80 x 200 mm , The reflection
curves for the two crystals are shown in Figs. I and 2. A
photo'graph of the apparatus as a whole is shown in Fig. 3.
The apparatus can be used to measure directly the angular
positions of the diffraction -maxima , 4200 - "0'400 and 4)600
By reflecting the neutron beam from NaCl crystals, a
Card 1/3

86736
S/120/60/000/006/0111045
E032/E314
A Neutron-diffraction Apparatus Working in Conjunction with
the IRT Reactor
0
monochromatic neutron beam with X = 0.97 A was obtained.
The wavelength spread was about 0.01 1 and the half-width
of the monochromatic peak was 201. The flux of monochromatic
neutrons was ^,.,o 105 neutrons/cm2sec. The crystal-monochromator
was set up on a table of a goniometer so that the position of
the crystal could be adjusted with respect to the incident beam.
The monochromatised beam *as then passed through a second
cadmium collimator and atruck the specimen under investigation
whichwAs fixed on the table of the neutron diffractometer.
The diffractometer (Fig. 3) is in the form of an H section
beam, 180 cm, long, which can be rotated about the vertical
0
axis through angles between 0 and 180 . The angular position
of the rotating beam can be estimated to within 3 min, The beam
is rotated by a DC motor and the angular -welocity can be varied
between 3 and 216 deg/hr. The thermal neutron detector was
a high-efficiency end-window proportional counter, 25 mm dia)
and having a working length of 130 mm. The countJ was
described by Bykov and Levdik in Ref. 8. and is filled with
Card 2/3

86736
S/12o/60/000/006/011/045
E032/F,314
A Neutron-diffraction Apparatus Working in Conjunction with
the IRT Reactor
83% B10 enriched BF 3 gas at atmospheric pressure. The counter
Is screened with a 100 mm thick layer of paraffin with B 4C.
Fig. 5 zisihows the diffraction pattern obtained in NaCl
and Fig. 6 shows the diffraction pattern of a polycrystalline
a-iron specimen. In the former case, the monochromatic
crystal was NaCl and in the latter case Pb. The instvument
was designed at the Institute of Physical ChemisW of the
AS USSR. There are 6 figures and 8 references: 4 Soviet
and 4 English.
ASSOCIATIONS: Institut fizicheskoy khimiiAN SSSR
(Institute of Physical Chemistry of the
AS USSR)
Nauchno-issledovatellskiy fiziko-khimicheskiy
institut (Scientific Research Physico-chemical
Institute)
SUBMITTED: November 28, 1959
Card 3/3

023MOV, R.P.; KISEM, S.V.; UMVICH, I.R.; GOL4141KOV, V.I.;..WSIBIAIIOV,
-- ---------
Neutron diffractometer based on unit GUR-3 and equipped with remote
control. Kristallografiia 5 no.2:317-319 Mr-Ap 160. (MIRA 13:9)
1. Fiziko-khimicheekiy institut Im. L.Ya. Karpova.
(lieutrone-Diffraction)

GOMANIKOV., V.I.; LOSHIINGV, A.A.
Antiferromagnetism in the Cr-Ma al-loy. Kristallograftia 6
no.5.783-784 S-0 161. UMA 14:10)
1. TSentrallnyy nauchno-issledovatellskiy institut chermy
metallurgii imeni Bardina.
(Ch.Toraium--manganese alloya-Magnetic properties)

33456
S/126/61/012/006/017/023
E073/E535
AUTHORS4 Doroshenko, A,V., Klyushin, V,V., Loshmanov, A.A.
and Goman1kov, V.I.
TITLE. Neutron diffraction investigations of MnTe
PERIODICAL3 Fizika metallov i me-tallovedeniye,, v.12, no.6, 1961,
911-912
TEXT. MnTe was produced by vacuum sinterIng at 8000C of a
mixture of 99.8% purity Mn and 99,99% purity Te, the structure and
the composition of which were checked by X-ray analysis. Then,
after additional crushing, the powder was pressed into a thin.-
walled aluminium. cylinder 27 mm high with an internal diameter
of 9.6 mm, The table herewith gives the calculated and experi-
mentally determined values of the Bragg angles and of the
corresponding interplanar distances. The magnetic reflections from
(001) under the angle of 4'402 corresponds to the constant c of
the crystal lattice and. consequently,, along the c-axis the
parameter of the elementary cell coincides with the parameter of
the crystallo-chemical lattice. Furthermore, the appearance of
this reflection indicates that the magnetic moments of the Mn
Card 1/1 __7
I M17

33456
Neutron diffraction investigations ... S/126/61/012/oo6/017/023
E073/E535
atoms are located in the basal planes or form a small angle with
these planes, A simplified model of the magnetic structure
corresponding to the magnetic reflection from (001) will be the
structure formed by ferromagnetic layers in the basal planes with
magnetic moments that are perpendicular to the c-ax1s and anti-
parallel as regards the magnetic moments in the adjacent basal
planes, The presence of a magnetic reflection from (101), together
with a reflection from (001),- is natural for such a model, However,
in this case there should be no reflection from (002). To get
more accurate information on the magnetic structure of MnTe, the
investigations are to be continued, Acknowledgments are expressed
to A. X. Klkoin, B. G. Lyashchenko,., D. F. Litvin and
N. P. Grazhdankina. There are I figure, 1 table and
5 references., 2 Soviet-bloc, and 3 non-Soviet-bloc, The English-
language references read as followss Ref,3. Kelley K.K. J.Amer,
Chem.Soc., 1939, 61, 1, 203; Ref.4~. Greenwald S. Acta Cryst., 1953,
6,,5~396.
ASSOCIATIONi Institut fiziki metallov AN SSSR (Institute of Physics
of Metals AS USSR)
SUBMITTED-, June 3, 1961
Card 2 /1

GOMANIKOV, V.I.; LITVIN, D.F~; LWHL4ANOVj_J 111W, &G.; FUZEYy I.M.
~.A.; LYASHCHF
Neutron diffractlun determination of the temperature dependence of the
arrangement of atoms in a F,,-Co alloy. Kristallograftia 7 no.15:788-790
S-0 862. (RURA 15:12 )
1. Inbtitut pretsizionnykh splavov TSentrallnogo nauchno-ispledovatell-
skogo instituta chernoy metallargii imeni Bardim.
(Iron-cobalt alloy) (Neutron diffraction crystallography)

GOMANIKOV, V.I.; LITVIN, D.Fq_WSHMANOV A.A.; LYASHCHENKO.. B.G.
t
On the antiferr etic structure of chromium. Kidstallografiia, 7-
no.5-.790-792 S-0 162. (KERA 15.12)
1, Inatitut metallofiziki TSentrallnogo nailchno-issledova4tellskago
instituta. chernoy metallurgii. imeni Bardina.
(Ferromagnetam) (Neutron diffraction crystallography)
(Chromiun)

39751 -
ISO 0 S/126/62/014/001/003/018
~560 E032/E414
AUTHORS: Goman1kov, Vj., Litvin, D.F., Loshnanov, A.A.,
Lyashch.enko, B.G.
TITLE: Neutron diffraction studies of Ni-Cr alloys
PERIODICAL: Fizika metallov i metallovedeniye,.v.14, no.-1, 19,62,
26-29
TEXT: " The authors report the design of a neutron diffractometer
which can.be used both with single crystals and polycrystalline
materials . The neutron beam is collimated by a multi-slit
collimator and has a divergence of about 241 at an intensity of
10 to 109 neutron/cm2 sec. The beam is made monochromatic by
reflecti-on from the (111) plane of a lead single-crystal. The
monochromatic beam is extracted through a special extraction
channel.in the boron-paraffin shield. The trolley carrying the
specimen can be traversed across the beam so that wavelengths
between 1.51 and "white'? radiation can be covered. BF3 filled
counters enriched with BIO are used as detectors. The spectrometer
incorporates various attachments such as a crystal calibrator,
goniometer for large specimens,.electromagnet, cryostat, #igh-
Card 1/2

Neutron diffraction ...
S/126/62/014/001/003/018
E032/E414
temperature chamber, high-pressure multiplicatorl etc. In the
present work the diffractometer was used to determine the magnetic
moments of Ni and Cr in binary alloys containing 5.98 and 8.26 at.,,,,',
Cr. The experiments were carried out at 770K. The diffuseily
scattered background due to the specimen under investigation was
determined with and without the magnetic field so as t *o separate
out the magnetic component of the diffuse scatt6ring. The '
preliminary conclusion is that the addition of Cr to the alloys
gives rise to a reduction in the magnetic moment of Ni atoms.
It is probable that the Cr moments are anti-parallel to the magnet-_'c
moments of the Ni atoms. It is stated-that work on the Ni-Cr
system is being continued. Academician G.V.Kurdyumov is thanked
for his assistance. There are 3 figures and 1 table.
ASSOCIATION: Institut metallovedeniya i fiziki metallov TsNIIChM
(Institute of Science of Metals and Physics of Metals
TsNIICI-L:-A')
SUB;.,1ITTED: November 28, 1961
Card 2/2

AUTHORS:
TITLE:
PERIODICAL:
S/126/62/014/.002/015/Oi8
E073/E192
Goman1kov, V.I., Litvin, D.F., Loshmanov, A.A.$ and
Lyashchenko, B.G.
Ordering in Ni-Cr alloys
Fizika metallov i'metallovedeniye, v.14l no.2. 1962,
305-307
TEXT: Ni-Cr alloys were inve-stigated in the region ofa
Ni2Cr super-lattice formation, using neutron diffraction and
polycrystalline (20 to 35 at.% Cr) and single crystal (with nea.1-ly
(0
sto�chiometric composition, 32.9 at.50' Cr) specimens. The crystal
was in the form of a sphere 8 mm.in diameters. All the specimens
were subjected to an equal heat treatment'so as to obtain maximum
ordering: quenching from 1200 OC in water and annealing at 50P OC
for 1036 hours. No super-lattice lines were detected in neutron
diffraction patterns of polycrystalline specimens. The F-11-67
zone of the single crystal showed reflections which are character-
istic for the super-lattice Ni2Cr. The dimensions of the anti-
phase.domains were evaluated as being at least 1200 Neutron
Card 1/2

Ordering in Ni-Cr alloys S/126/62/014/002/015/018
E073/E192
diffraction studies of the temperature dependence of the degree of'
distant ordering S can show whether there exists a real two-phase
state with a degree of distant order in the new phase S =1 .11
or whether the single phase solid solution is retained wiLli
S = 0.8. The absence of any super-lattice reflections in the
neutron diffraction photographs is explained by the authors by
the low sensitivity of the powder method used in their experimetits.
There are 2 figures.
ASSOCIATION: Institut metallovedeniya i fiziki metallov
TsNI1ChM
(Institute of the Science of Metals and the 0i)-ics
of Metals, TsNIIChM)
SUBMITTED: ?,larch 3, 1962
Card 2/2

LOSHMANDV, A. A., PUR
,2EY, I. M., and GOMANKOV, V. I.,
Neutron Diffraction Studies of Atomic Magnetic Moments of Fe, Nl, Co in A-Iloys."
report presented at the Symposium on Ferroelectricity and Ferromagnetism,'
Leningrad, 30 MaY-5 June 1963.

GOMANgKGV,, V.I.; LITVIN,,D.F.; LOSHWOV., A.A.; LYASHCHEMO, B.G.; FUZEY, I.M.
Neutron diffraction nati6 for determinAng the temperature
dependance of the atomic order in the FeCo alloy. Ukr. fiz. zhur. 8
no.2:266-270 F 143% (MIU% 16:2)
1. Mentralinyy nauchno-issledovatel'skiy institut chernoy metallurgii
i Institat metallovedeniya i fiziki met-aMoir, ~bskva*
(Neu*dIn diffraction crystallography) (Iron-cobalt alloys)

L 26665-65- ')/EPj(W)-_2/W(b)/E'dP(tj Plua;10/Pad IJP(*)/SSD/AFWLI
EPA a- -2/94T(M
JD/1*1
ACCESMON NR: AP4044142 S/0126/64/013/002/0178/0181
AUTHOR: . Loshmanov, A. A.
TITLE: Atomic magnetic moments inN -Mn alloys
.4 Wain&
V/ -VI
SOURCE: Fizika metallov i metallovecteniye, v. 13, no. 2, 1964, 178- 181
TOPIC TAGS: magnetic scattering, thermal neutron, nickel manganese alloy
ABSTRACT: Using the method of incoherent magnetic scattering of thermal neu-
trons (%= 1. 07 A), 'the author determined atomic moments in disordered Ni-Mn
alloys containing 5. 9 to 22. 1 atomic 16 Mn at a temperature of 77K. Specimens
were prepared in an induction furnace with Ar and homogenized for I hour at
1100C. Disordering was achieved by water quenching from 800C. In alloys con-
taining 6 atm. lo Mn atomic moments of Ni and Mn allovs decreased to 0. 3/" .
The dependence of concentration of atomic moments is explained on the basis of
available theories. The contribution of Academician G. V. KurdZumov,
_V. L Gomanl[:ovand A. V, Doroshen~o is acknowledged. Orig. art, has: 2 fig-
Card 1113

L 20065-65
ACCESSION NR: AP4044142
ures and I table
ASSOCIATION4-TonliChemet-im.r. P. Bardine
SUBMITTED: 210ct63 ENCL: 01
SUB CODE: MM, NP NO REF SOV: 001
OTHER: 016
Card 23

L ~0065-65
AGOWSION NRAP40_44142
"lips
Imp I
Pal
Iffili
1.0 -mill Al Hn I
11
Vf
0
it
A0
1~
ENCLOSUIM 0 1
fig. I Concentration dependence of atom-
ic moments of Ni and Min:
o, o -disordered alloys; 9, ca -ordered
alloy with 22. 156 Mn; x, &-alloy with 1. 5~o
Mn; A , + ordered alloy N'3Mn; (1) and
(11) solutions of the system of equations
forp.
Gard3/3
OUN

ACCESSION N'R: AP4023387 S/0048/64/028/003/0440/0443
ATYMOR..Puzey, I.M.; Goman1kov, V.I.; Loshmanov, A.A.
TITLE: Neutron diffraction determination of atomie magnetic moments in iron-nickel
alloys containing Mo, Si and Cu ff-eport, Symposium,'on Ferromagnotism and Ferroalec-,
tricity hold In Leningrad 30 May to 5 June 1969
SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v.28,no.3, 1964, 440-443
TOPIC TAGS: neutron diffraction, atomic magnetic moments, permalloy, impur.o perm-
alloy, Mo pormalloy, Si permalloy, Cu permalloy
ABSTRACT: The magnetic moments of Fe and Ni in 8 alloys of the permalloy type con-
taining up to several percent Mo, S1 or Cu were determined by the diffuse neutron
scattering method of C.G.Shull and M.K.Wilkinson (Phys.Rev.,97,305,1955). The mea-
suroments were undertaken because of the interesting fact that both Fe and Ni ave
h
larger magnetic moments in their alloys than In the pure metals, and because there
is ev~denco (X.M.Puzey-, Fizika metallov I motallovodeniya,12,No.3,433,1961) that
Ylo and Si differently affoot the magnetic moments of Fo and X1 in these alloys. Thol
apparatus has boon described elsewhere (V.1,Goman'kov, D.F.Litvin, A.A.Losbmanov
Corjlx, C

ACCrSSION XR: AP4023397
and B.G.Lyashchenko, Pizika -metallov i metallovedeniy,14,26,1962). The alloys were
prepared from electrolytic metals, were. forged into bars. and quenched from 7000C
in-watGr to obviate ordering. Correction,was made*for the effect of multiple magne-
tic Bragg scattering. This correction war,-9valuated by extrapolating meas,urements
on four samples of the,,same.composition'but different size to zero sampld size. The
measurements were performed4t 770C. The results are shown in the table below,
which,gives the decreage inthe magnetic moments of Fe and Ni,-.in Bohr magnetons
:'Xt can be seen that Si affects Fe more'strongly than
per percent admixture. does Mo'
Fe Ni
blo .01 ".07
Si .03 '.03
Cu .00 .03
and Mo affects Ni more strongly than does S'i. Measurements with colder neutrons
will be required to elucidate the mechanism of this effect. "in conclusion, the
authors thank B.G.Lyashchenko, D.F.Litvin and A.V.Doroshanko for assistance in the
'work." Orig.art.has: 2 figl4res and 2 tables.

ACCESSION NR: AP4023388 .;S/0048/64/028/003/0444/0445
AUTHOR: Comanlkov, V.I.; Loshmanov, A.A.
TITIL: Atomic magnetic moments in iron-cobalt alloys Lffeport, Symposium on Forro-
ma.-netism and rerroolectricity held in Leningrad 30 May to 5 June 1969
SOURCr: AN SSSR. Izvostiya. Soriya fizicheskaya, v.28, no.3, 1964, 444-445
TOPIC,TAGS: magnetic mqnent,~.atomic magnetic moment, alloy magnetic moment, iron-
cobalt alloys, neutron diffraction
ABSTRACT: The magnetic moments of iron and cobalt in five iron-cobalt alloys-con-I
taining from 33 to GO atomia percent cobalt were determined by the unpolarized neu-
tron scattering method described by C.G.Shull and M.K.Wilkinson (Phys.Rov.,97,304,
1955). These alloys were chosen for investigation.because of the large values of
their saturation induction. The samples were polyarystalline.eylinders 9 mm in dia-,
meter and 50 mm long. They were annealed-at 5750C and cooled slowly in order to
achieve a state of maximum Ion- range order. The neutron scattering,was observed at
room temperature with the apparatus described by V.I.Gomanlkov, D.F.Litvin, A.A.
Loshmanov and V.G.Lyashchenko (Fizika metallov i metallovedonly,14,26,1962). so
Cord 1/2

ACCESSION' NR: AP40233818
corrections were made for multiple and inelastic magratic, scattering. The magnetic
moments of iron and cobalt in the alloys were calculated from the ifitensitios of
the (100) superstructure rehection with apid without an applied magnetic field. The
values of the total magnetic moment per at6m and the iron form factor, required for
this calculation,. were taken from the monographs of R.Bozorth and J.Bacon, respec-
tively. The magnetic moment of cobalt was found to be 1.9 Bohr magnetons in all the'
samples. This agrees with the magnetic moment obtained by extripolating the Slater-!
Pauling curve to the value ~or pure body-cdnk'-,ered cobalt. The magnetic moment of
iron increased from 2.77 Bohr magnetons in the alloy containing 337. cobalt to 2.94
in the alloy containing 6076-cobalt. The iron magnetic moment increased most rapidly
with the cobalt concentration in the range of low concentrations a6d It appears to
reach a maximum at a concentration of about 50 or 60 atomic percent cobalt. "The
authors thank B.d.Lyaghchenko, D.F.Litvin,'I.M.Puzoy and A.V.Dorosheako for assis-
I tance in the work and for a valuable discussion." Orig.art.has: 1 figure and 1663h.;
ASSOCIATION: none
SUBMITTEM: 00 DATE ACQi 1OAprG4 RNCL: 00
SUB CMEE; PH NR REF SOV: 001 OTHER: 004
N
Card 2/2

LOSIDWICJV9 A.A.
~ntiferromngnetiam of chromiwri - manganese alloys. Kristallogra-filia
9 no.3.-377-380 I-Itf-Je 164. (MIPA 17:6)
1. Institut metallovenedlya i fIziki metallov Mentral*nogo
nauchno-Issledovatel'skogo instituta cher-noy metallurgil imeni
I.P. Bardina.

GCJLA,iNlKOV V.I.; PUZI,,,y I.M.; LOSHMOL-y, A A
Study of the superstructure of NiiFe. KI-ista"Ic-ra"a
416-4:18 Mly-Je 165. (V':FA 18:7,
1. Mentrallnyy nauchno--isslodovatellskiy institut cliernoy
metallurgii imeni I.P. Dirdina.

LILPSHIN, A.P.1 LOSINANOV, I.A.
Changing the method of washing pipes of waste-heat boilers of
open-hearth furnaces. Sbor. rats. predl. vnedr. v proizv.
no.2:45-46 161. NM 14:7)
(Boilers--Maintenance and repair)

UCHITICLI, M., inzh.;. LOSHKaOVA, M., iuzh.; UPUSMO, V., insh.;
BABININA, T.-, GATSKO, V.-(g-.Kolomna,Moskovskoy oblasti).
Customers pass their judgement. Prom,koop. 14 no.8:26 Ag 169.
WIRA 13: 6)
1. Otdel bytolrogo obolushivaniya oblpronsoveta, g.Chelyabinak
(for Uchitell, Loshmanova, Kapusenko). 2. Starshiy inzhener.otdala
oboluzhivantva Litpromeoveta, g.Vilinyus (for Babinina).
(Service Industries)

_-L- 04662- 67 MIT (m) T/DjP (t) /r 71 1,7 F (c) JDNB
AM' ~N
AP6007105 SOURCE CODE: DR/0129/66/000/002/0021/00251
~AUTHORS: Pogodina-Alekseyeva, K. M.; Loshnevskaya, A. A.
ORG: All-Union F4ytechnic Corr.espondence Institute (Vsesoyuznyy zaochnyy
1 polit icheskiy institut)
TITLE. Influence of induction heatin on the fine structure of austenitic stainless
-ste e1
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no. 2, 1966, 21-25
TOPIC TAGS: austenite steel, alloy steel, intergranular corrosion, nickel steel,
austenitic steel / Kh18N9T austenitic steel
ABSTRACT: The effect of several induction heating parameters (temperature, rate of j'61
heating, and duration of annealing) on the fine structure of austenitic steel n18NO !
was investigated. The microstructure was studied by electromicroscopy. The i]~Tu_c*Z_ion1
heating was applied after the method of K. Z. Sheplyakovskiy (11iTOM, 1963, No. 6).
The experimental~results are presented graphically (see Fig. 1). It was found that
isothermal agin lat 1100C leads to a dissolution of chromium carbides me, to an
increase o tance to intercrystalline corrosion. It, is conRlu'ded -that the
tendency of steel Xh18N9T to develop intercnLstalline corrosioniTepends on the amount
and the nature of the distribution of chromium c e In the latter (the tendency
arbid aj
towards inbercrystalline corrosion is increaEfe~ if the Wwomium carbides are
1_Card 1/2 UDC: 620.196:621-785-545-4;669.14-018.84,'

ACC NR: AP6007105
V, U
0, x
(D
4-4 -,4Ma
0 43
CD0
qj 0
43
4z 4~
0
0 M
E-4 ~
cr% r-0
h-~
10, 1
4144 .0 U-01
-H 0
distributed in the form of strings along grain boundaries or if local concentration of
chromium carbideti exists in the steel)* Orig. art. has: graphs.
SUB CODE: 11/ SUBM DATE: none/ ORIG REP: 001
kh

TLOSIAKI S.
"Mechanization of the pressing industry." p. 59. (ODZIE7, Vol@ 5. no. 3., Mar. 195-3j
Lodz, Poland)
SO: Monthly List of East European Accessions, L. C., Vol. 3, No. 5, May 1954, Uncl.

BEBENj Artur, mgr.inz.; LOSIAK., Stanislaw, mgr.inz. (Krakow)
Problems of labor mechanization in small quarries. Cement wa.pno gips
17 n0-4:106-108 Ap 162

BEBMj Artur, mgr inz.; Fl-.(;BL Zbj.,,:,
dr jnz.; LOSIM, Stanislav.mag.iur.
Possibilities of shot-hole drilling in hardened iron slag.
Hutnik F 30 no. 7/8:229-235 JI/Ag'63.
1. Alcademia Gorniezo-Hutnicza, KI-ako-j.

LOSIAK, Z.
Lightigg in a swit6hboaLId.
?. 57 (WIADOMOSCI ELERTROTECIMIMIE) (Warsaw, Poland) Vol. 17, no. 3. Mar 1957
SO. Honthly Index of East European Accessions (EEAI) LC Vol. 7, No. 5. 1958

L,OSIZ-CZKA,, Kazinierz
SURWIEp GIVe-n Names
Country: Poland
Academic Degrees: [not given]
Affiliation: fnot given]
Source: Lublin, Medycyna Wetemaryjna, Vol XVII, No 10, October 1961,
pp 589-590
Datat "Control of Tuberculosis in Cattle at a State Agricultural
Fam in the ZlotoryJa Powiat."
GPO 981643
72--

LOSIK, L.I.; BALANTER, I.I.
Urganizing the complete processing of corn. Sakh. pro,0. 33
UO.8:58-61 Ag 159* (MIRA 12: U)
l.Giprospirtvino.
(Cornstarch) (Starch industry--Zquipment and supplies)

TERKOVSKIY, N, S,; LOSIK L. I.
DOveloPment and manufacture of the new type of technological
equipment for the distilling industries. Spirt. prom. 29 n0.3:
22-24 163. (MIRA 16:4)
1. Gosudarstvennyy kamitet po avtoinatizatsii i mashinostroyeniyu
pri Gosplane SSM (for Ternovski:7). 2. Gosudarstvennyy institut
po proyektirovaniyu predpriyatiy spirtovoy i vinodelicheakay
promyshlennosti (for Losik).
(Distilling industries-Equipment and aupplies)

LOSIK, M.S., inzh.
, "W'-
Electric heating of concrete, foundation parts and bitumen
at the Gorkiy Hydroelectric Power Station site. Gidr.stroi.
26 no-9:17-19 S '57. (MIRA 10:10)
. (Concrete construction)

WSIX, M.V-
A certain class of Kavaguchi spaces. Ddkl. AN SSSR 134 no.6:1299-
1302 0 6o. (MIRA 13:10)
1. Predstavlono akademikom I.G.Petrovskim.
(Spaces, Generalize&) _

27309
S/199/61/002/004/005/007
t4 0 0 B112/B108
AUTHORi Losik, M. V.
- -----------------
TITLEt Geometrical interpretation of certain conditions for an
ordinary variational problem with higher derivatives
PERIODICALt Sibirskiy matematicheskiy zhurnal, v. 2, no- 4, 1961,'
556-567
TEXT: The author studies the variational problem which is defined by the
invariant integral t
a di )dt
L( I
t1 1 dt
1,2...,v, a = 1,2,...,n). The author interprets this integral -
according to A. Kawaguchi (J. Fac. Sci. Hokkaido Imp. Univ., 9 (1940)
1 - 152; 10 (1941)) - as the length of curve (metric) in a space X n which
is referred to the coordinates x d' ~'/dt'. The group D ) of the
transformations (v,n
Card 1/3

27309
S/19 61/002/004/005/007
Geometrical interpretation of certain ... B112YB108
(i 1)'1 (ik)ak
X x .... x
kI a a i i
k-1 1 '** k (1 1+...+1 kMv) k
with the parameters f which are symmetrical in their subscripts defines a
tangential space T vn in each point of X n' The group P (v,n) of the
transformations
Pi Pi
-Ma 1 (k)a 1 k
X T-! x Y__ i i !
k=1 (i1+...+i k.1) 1 k
defines"a projective space T V,/P(v,n)' The author calls thn points of the
space T vn vectors of the order v. The points of the space T vn/p(v,n) are
called directions of the order v. On the basis of these definitions the
author can give a geometrical iiterpretation of a number of conditic-ns in
calculus of variations. The mo~it important -interpretation refers to
transversality: if a given cur7e is a curve of extreme length, it is an
extremal on a family of surface:t. The tangent spaces at its ends are
Card 2/3

27309
3/199/61/002/004/005/007
Geometrical interpretation of certain B112/73100
transverse vector spaces of the order 2v - 1, whose vectors are tangential
to the ends of the curves. The present paper was made under the supervi-
sion of V. V. Vagner. There are 7 references: 3 Soviet and 4 non-Soviet.
SUBMITTEDs March 119 1960
Card 3/3

-LOSIXL-M.I~._
I -
Kawaguchi spaces related to Klein spaces, Trudy 5te4po vekt,
i tenz.anal. no.12:213-237 163. (k[~A 16s6)
(Spaces,, Generalized)

LOSIK, M.V.
Klein's spaces as Kavaguchi spaces. Dokl. AN SSSR 139.no.6:
1299-1301 Ag 161. (IJfRA .14:8)
1. Predstavleno akademikom I.G. Petrovskim.
(Hyperspace)

LOSIK, M.V. (Saratov)
infixnitesimal connections in tangents to fiber spaces. 1z7. vyz
ucheb, zav.; mat. no-5:54-60 164. (MIRA 17~1,2)
&V,
'2~-,

PENZOV, Yae.; RZHEKHINA, N.F.; GOKHMAN, A.V.; KABAJOV, N.I.; K0110pr,p-
I VA,
Yu.K.; 1~9~IK, M.V.; SPIVAK, M.A.; ZARETSKAYA, N.V., red.
(Problems in vector algebra] Sbornik zadach po vektornoi
algebre. Saratov, Izd-vo Saratovskogo univ., 1964. 59 p.
(MIRA 18-4)

_2~a7&66, - EWT(m)/TJETC(m)_6 WWM
ACC NR, -AP60099 SOURCE CODE: UR/0413/66/000/004/0121/0122
AUTHOR: IL!09~slk,~_ 'LJA- Mhamadze, G. V.; Nevelich, V. V.; Vasilltsov, E. A.;
Voronin, N. I.
A-3
ORG: none
TITLE: A combination ball-hydrostatic thrust bearing!I'Class 47, No. 179135
[announced by Leningrad Branch, All-Union Sc-le-n-tErf-rc-Research and Design Institute of
Chemical Machine Building (Leningradskly filial V-sesoyuznogo nauchno-IsaYe-&-vatel-lik-ol
instituta Thimicheskog ashinostroyeniya)]
SOURCE: Izobretenlya, promyshlennyye obraztsy, tovarnyye znaki, no. 4, 1966, 121-122
TOPIC TAGS- antifriction bearing, ball bearing
ABSTRACT: Th- Author's Certificate introduces: 1. A combination ball-hydrostatic
'n
thrust bearing\ th upper and lower rings. The lower ring has a chamber for the work-
ing fluid and is supported by a roller bearing. In order to improve working condi-
tions and relieve the bearing during operation,-the lower ring has internal grooves
which fom additional chambers connected by channels with the chamber for the working
fluid. Inside these grooves are elastic elements fastened to the ring. 2. A modifi-
t cation of this bearing in which the elastic element is made in the form of a spring-
-return piston. Sliding freely in this piston is.a rod which is rigidly fastened in
UDC; 6 21.822.2-219
1/2

L-23878-66
SUB CODE: 13/ SUBM DATE#. 2gDee63/ ORIG REF: 000/
2/2-140-
OTH REF-. 000

ACC NR: AP7000364 SOURCE CODE: uR/o4l3/66/000/022/01'-~.6/0136
;INVENTOR: Vasilltsov, E. A.; Voronin, N. I.; Losik, V. I.; Nevelich, V. V.
iORG: None
iTITLE. A hermetically sealed electric drive. Class 47, No. 188799 [announced by the
'Leningrad affiliate of the All-Union Scientific Research and Design Institute of
,Chemical Machine Building (Leningradskiy filial Veesoyuznogo nauchno-issledovatellsko
Ii konstruktorskogo instituta khimicheskogo mashinostroyeniya)]
SOURCE: Izobreten.iya, promyshlennyye obraztsy, tovarnyye znaki, no. 22, 1966, 136
TOPIC TAGS: centrifugal pump, electric equipment, drive train, 11r-.fZmFr,,r_
ABSTRACT: This Author's Certificate introduces a hermetically sealed electric drive
containing a housing with bearings, a stator with shielded casing, a rotor and a
pump on the rotor shaft for self-contained lubrication of the journal bearings. To
reduce hydraulic losses, improve the resistance of the electric drive to vibrations
land eliminate the harmful effect of axial forces, the impeller of the centrLfugal
!pump is mounted without play inside the rotor between its blocka. The end surfaces of
Ithe rotor are equipped on both sides with thrust collars supported by the bearings.
Card 1/2 um 621-313.29-233.2-752.7
L-Z -

ACC NRs AP7
I-impeller; 2-rotor blocks; 3-thrust collars
SUB CODE: 13/ SUBM DATE: 23Jan64
Card 2

l
l
a
0
O
p
~O
s I 1 0 to Its It Is It .1
.1
l
.
-
a -"-&u U-~_
m
n
u
4.

,jD S. V.
Role"I'lld" Urbillf, W"0119111044 MIA lHosal A. M. GursAst -
O
-
used m
(101).-Turbine Wx ( ) we
f
W
G
_
_tM
w,i
.1 : Them Is no univeng method
2 for regenerating them oils. Water glass caa be used aWy for slithtly deteriorated oil.
This treatment AmM be 1*0owvd by a thtwough wambWC with I to.
rated ods cannot be restored by tmbnoot with admarbrou; Cmd
can be obtained with ails which an only slightly acidic. Piltration through adsorltents

il
i
d Li
h
-4119
t o
s
n when regenerate
gives good ersults, and the adombents am be used aga
g
can be treated with coutic soda and adembents with good mmom. This mcUwd is

00 aho good for Diml tAls. Diesel oUs can be regenerated by treatment with lfpSO,
'
*
) and ftAlcr
s earth or itther adambents (fHO%) at 140
(2-2,67p
, A treating Plant
.
is descrilmd. A A. Bomumna; t

00

60

A MOTALLUPGOCAL L17144UNE WSSIFKAUC14 Cl

t
L
V, 'V _i,
I
U a AV 00 Ll:
;V " 0 0 it ;6twaRm nun dw

Ana
0 9 a 04 0 0 a 0 0 0 0 0 0 6 0 6 0 0 r 0 0 0 0 0 0 0 0 0 0 0 6

It It a 0 It
11 it It A Al I u 2) W * is it V 0 a m a u
11 A J. Al in,
~A 1 2 L I&L m 2- 1- 1 1 9 -I W III M-N-9 -&--A-L -A.-it -.-&, - A
V!P-ClPkfI- --- , - - . .
0OCKIMS A-0 Omort*T.Is Of4
A -00
4k
ad swim "A" Of all"Of dils d 11LIA
00a ,N. R. Bammkov aM M.
i!t Z=
19

es 1
, -00
off NO 7 3"I(IM); CAM. ZsWr. ION, [11, 4413,-The
;i;;4
h
W
f -00
O
t
f O
WO nwauwW at W-W, with an
Ost= vktom or morrounded b
va
te
k -00

0 por (wa
y
r, xy
nw,
bena).
With hwremw in temp. tbeie
000
0013 8 Pa" equandod of the vWWtiev of the dl&mut 500
ails, E%pr"md In Ender degrem, the visc ties of the
000
000 "t a
ad halt i f aM of (be cyllinder oils difered h 3400%
n
00 l wft~
W' ~,d b, ~~=t 215-. 11. rtet
00 - 2
0
i 000

00 V . -0
M
xt, wit E1100 - 17,.
the differ"m at 345* was practically 0 (S - 0.00), The
go*
snelhod of Kantor and Schradlager was used for the dem.
of surfs" tem4on. Octus. we nm& at temps, of 78-

00 W. The surWc tensions of all oas at hWh temps, an
practically the mm. Distillates. remMues. and mfiwA
wis of vuliog clevves of purity wen tested. Exceptiom
to the abm am, t am a hw hnported dis. which art

1 PCtMkUIII Oft with a Pumilln base and in addn. am com-
pou~cled with fats. St. G..Moorc 11SOO

u04
A%A,$LA #RTALLUO&KAL L1190AIM CLASSWICATION

it 411111 Out Q"V III
i %
; V L I I Gd 0 0 W I IT 0 a 4 3 1 1
13
0 U n AT so IT *, ire a, a,
t i9 it i mid A i 14
0 0 0 0 0 0 0
* 6 0 0 0 0 0 0
1

LOSIKOV.,-- B'.
V-~
Fksploatatsiia. turbinnykh masel. i'loskva, Gostoptekhizd.-t, 1941. 146 p.
diagrs.
Une of turbine lubricants.
DLC: TJ789.L6
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Congress, 1953.

a 0 0 a 0 0 0 a 0 0 0 0 a 0 0 e a 0 0
00000*0000*00000000
*0 A
eon
oes
008
go#
90Z
69
000
00.3
eou
004
110*
%to*
110 0
ASM.SLA METALLWGCAL LITERATME CLASSONCATIGO Cleo
XfOW jjVJ$2jV' via., sominv
11~0
a Ability Q( Colu-MUVe mp"m. M. D. V. -00

Aft Invil. Vjerpw. Tirplaekk. laxt. 14, No. S.
=
-
48
0

(
;
41); Ojem, wr. 1943, U, SW-1. -Previous
'ex"
19
i
bl
i
ti
f
t
h
h
f
h
d
~
~
Ork ens
ons
orma
on o
s
a
shown t
at t
e
e sun
a 06
ou the swelling of the cool, not only
is dependent In part
1*0
,
for changes In viscos ty with time, but sho effects due to
degree of coal pulverization and to temp. In the present ~06
work the swHjug of 4 characteristic cod types, Donetz
tean coal. Donets gas coal, Tscheremchovo brown coal. so
And Aloscow boghead coal. was examd. In various little
hydrocarbons, phenols, bases, and mists. of them ma-
d
itho
t
d
ixt
ith
ll
i
i
l
Soo
3.
an
w
u
a
m
ter
s " we
as
n mamt, w
a
The rate of :7H=i increases with temp. The degree of
e of solvent and
the t
lli
t b
i =0 0
swe
s ec Eaca
ng
yp
y
the type of coal. Naphthenes and Polycyclic aromatic 400
compds. as well as resins of mazut caused little or no swell - 7 coo
ing, out amines, cspcciay pyridine bases, and phenats
so 0
swelling. Since all compds. that are
recognized aq good solvents cause swelling, this effect,
appears to be a factor In soln. The heat
.-
f
or
ent is proportional to its power
of wetting the go
swelling. The moisture content of the coal had no par- ;:0 0
ticular effect on swelling. The adda. of active materWq
such as phenol and quinoline to ---ut lends greater sta. 'FO 0
bility to suspensions and aho allows use 9f coarser coal. =00
but the viscosity of such blends Is very high., G..C. Soth.
Z I INIGNO 41Y ONV .4L 4.11.1 QW -- M
b u a As, so ii f 4 FW a 4 W I V IN a a a 3 a I
.4
0 0 4

LG S U ~~ 0 V AB . IVr.
LCSIKOT, B.T.
Cph7sical and chermical principles in the reclamtion of oil]
71siko-khimicheakie conovy regenerataii masel. Moskya-lanin-
grad, (Pbstoptekhisdat. 1945. 137 P. (MLIM 7:5)
(Oil reclamation)

It 11111314566 11111 " a 11 n 0 H is 36 19 30 11 1? n ad Ill is V a N C 41 a 43 do As
A Il P A-A--j I U Vill I T 1- AL-A-L-w-
A11,1 1
lso A M ANO IP0 of *L wo A" 4- 91.]L-
00 P110C8111411 AN* 01"Infill MCI#
of at
OOC 2664, EFFECT OF ADDITIVESON SMICE CHAIU.CTLM5TICS OF DILSEL
LUBRICANTS. Tonkha, K. K., and Khalif, A. L. Weft-
yanoe Khoz., 1946, No.11, 54,81 Chem Abstr., 1947, kj, 3940).
so's
Several lubricating oils with or without different addition agents
foci were tested in high-speed Diesel engines to determine their effective-
00,3 ness In preventing deterioration of the oil, corrosion of bearing alloys
900 and wear of piston rings. The results indicate that Aerolube and Delo
0013 are excellent all-purpoce additives. Paranox, though satisfactory
**U otherwise, does not stabilize the oil and will prevent corrosion only
if the nature of the., alloy is such as to enable formation of a pro-
AAL-4 tective film with the 5;present in Pamnox. Oil 9370, an imported
pr uct, apparently contains a powerful &ntioxidant since tho aicd
no. of the oil was the same after 100 hrs. of service and no film
was formed on the bearing surface. With Santolube 303A, a detergent
additive, the engine remained free of G deposits after 350 hra.
Felt
A 4 - S L A &CIALUMICAL UT11114,10111 jLAUIlliCATOM
U 0 AV 90 AS -0 I-P -0 a, it A it i il: a a 111ra
0 0 0 0 *1* 0 : 0 0 0 0 0 * 9 9 91
id, 0 0 * ~ 0 0 0 0 0 V - 0 0 : -0 -OW 0
l
114W
011131 0AC
1A I 1 10 N ON91YI801JOG 3 4 1
0 0 0 0 0 0 0 9 0 9 0 0 0 * 0 0 O~
00000 0 0 0 Ill 0 9 0 0 0 * 0 *
so
so
-00
-00
.00
400
too
490
go*
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JIo*
:to*
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ISO*
nee
Ireol

Authors I'Oiawv. H. V.
Titlet Physico-chemical principles of oil recovery.
Fiziko-Iddmicheskie osnovy rLgeneratsii masel.
161 pp'm
City& Moscow
Date; 1946
Subjectt Oil reclaii-ation
Wailables Ubrai7 of Congmasp Call No: TP687-167 1948
Sources Idb. of Congo Auth. Cat., 1950
A good mmual on propertleas clasaification and applications,. in addition to tkw tech-
nology of and processes uned in oil recovery.

IL I-
=A bubo= 47-412.
dmw L A. AW-64--o (A *AU-
loo"P64, tow IL 31674-
. loo. w to t G"
J
im ad bNow ad sau" -im Was
A VdMW III," ,m, WINING
is& saic.
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salsol ad tkA go KRA do its statAuty to
gokm 900 R. IL CLARKS.

LOSIKOV, B. V. and LUKASIMNICH, I. P.
Petroleum Goods. 1950. (Neftyanoye tcyverovedeniye).

LOSIKOV, B.V. fining; tOxtbook. Mogkva, Goa. nauchno-tekhn. izjj~vo wftianoi
pstrojeuM I)roducts and ro -22358
i gorno-toplivnoi lit-ry, 1950. 419p 51
tp69O.L67 1950

N15
LOSTKCIV, B v 614.7
. C5
KhimJ-ya Yineral'iVkh "'i-sel (The Chemistry of Vineral Oils@ bY) N- '
is E Kr= (j) B. V. Losikov. Yoskva, Gostopte),hizdat, 1951-
T bles.
112=~llus. , Diagrs. I -a
Bibliographical Footnotes.

T()~,TTIVP' 'H,V,'
The Ccwmittee on Stalin Prizes (of' the Council of MWsterg USSR) in the fiel" of
science and InvefttimS anUOUMCC8 that the following sclAmtific works, pripilar scien-
t1fic books, wA textbooks have beon subsittod for competition for Bwln PrLzen for
the years 1952 and 1953- (Bovetakaj'a Kultum Macaw., No. 22-40s 20 Feb - 3 Apr 1954)
Chernozhii-kovi N.I.
Kreyn, S.E.
Losikov, B.B.
TItl* of Work
llc~,,,Ijstry of 1~Llerai
(st,,jcjo,j- T,.anul.a)
01-lsll
Xminated by
11,oscow Fetro'L,2w~i Listitute
Acad I.!f. Gubk-in
Lmenj
SO' W-306o44, 7 July 1954

L o ;~ uK o V.
Subject USSR/Engineering
Card 1/2
AID P - 288
Author Losikov, B. V., Makasheva, 0. P. and Aleksandrova, L. A.
Title Mechanism of action of anti-corrision additives to
mineral oils
Periodical Neft. Khoz., V. 32, #4, 65-72, AP 1954
Abstract The authors present the results of their experiments on
the effect of temperature and additives on the formation
of protective film over the surface of copper-lead
specimens. Additives of Soviet types H3 And H4 were used
in the aviation lubricating oil of types PC-13, AzNII-
TsIATIM-1 (Azerbaydzhan Scientific Research Institute -
Central Scientific Research Institute of Aviation Fuels
and Oils - 1). Copper-lead specimens of small plates
or of powdered forms were subjected to tests. The
mechanism of the formation of protective film is de-
scribed and presented in 6 charts and 4 tables based on
test results.
AP
47,17
Or.
-...... . . . . .

AID P
Subject USSR/Chemistry
Card 1/2
Author Losikov, B. V.
Title Mechanism of action of anti-corrosive additives to
mineral oils
Periodical Neft. Khoz., v. 32, #5, 61-67, My 1954-
Abstract The action of anti-corrosive additives is studied by
the same method as described in the previous article
(Neft. Khoz., #4, 65, 1954), in which metallic plates
were substituted for by metallic powder. The rate of
protective film formation is studied with the rate of
loss of weight of different powders in oil of different
temperatures. The mechanism of the film formation is
explained partially by the chemical bound With thc
basic metal and partially by forces uf physical abuorp-
tion. In the second part of the article the author
discusses the anti-oxidation action of anti-corrosive
17 ? .2,4 T_ -~-4

Neft'. Khoz., v. 32, #5, 61-67, MY 1954. (additional card)
, I
AID P -311-)
Card 2/2
additives. 8 charts, one table and one Russian
reference (1946).
Institution : None
Submitted : No date

-U
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