SCIENTIFIC ABSTRACT OZEROVA, M.I. - OZERSKAYA, M.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238710006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

21342
S/07BJ61/006/004/016/018
Study of solubility and solid phases ... B107/B218
and 250C is only slightly dependent on temperature (Fig. 1). Thermograms
were taken of the double salts iron ammonium sulfate and magnesium ammo-
nium sulfate, and of the isomorphous mixture (WH4)6 Fe2Mg(SO4)6 18H20.
For this purpose, the authors used theITK-52 (PK-52) pyrometer at a
weighed portion of 600 g and a rate of heating of 100C/min, with a
platinum -platinum-rhodium thermocouple. Iron ammonium sulfate forms
light-green crystals with a s gr. of 1.8743 and a refractive index of
1'4890. Analysis yielded 39 ;,of FeSO 33 % of (WH ) so and 28 % H 0.
4 f - 4 2 4 f 2
The,thermogram shows 10 thermal effects. These effects are essentially
the same as those of ordinary iron sulfate, but more complicated. The.
endothermic effects from 60 to 1650C correspond to the high loss of.water
of the salt. In the intervals of 308-3120C, 335-3560C, and 363-4070C, a
further hydration and the beginning of ammonium separation..were observed.
The effoots from 440 to 4440C, 462 to 47300, 505 to 5280C, and 555 to
5600C have a higher position on the differential curve than. has-the zero
line, They may be explained by oxidation of iron sulfate on the surface
and simultaneous further dissociation of ammonium sulfate. 675 to 7480C
corresponds to the dissociation of iron sulfate. Magnesium ammonium
Card 3/8

21342
S/078/61/006/004/016/018
Study of solubility and solid phases ... B107/B218
sulfate forms colorless, transparent crystals (sp. gr. 1.707; refr. ind.
1.474). Analysis yielded 33.33 % of MgSO 41' 36.66 % of (NH 4)2S04' and
30 % H20- Eight thermal effects were found. From 60 to 5720C, these
effects coincide with those of ordinary magnesium sulfate. At 667 00,'&n
exothermic effect was established, which turned-out a change in the crystal
lattice of magnesium sulfate. The endothermic effects from 1028-10490C
and 1078-11410C are the same as those found by A. I. Tsvetkov and
Ye. P. Val'yashikhina (Ref. 8: Materialy po termograficheskomu.
issledovaniyu mineralov (Data on thermographiC studies of minerals), T-r..
in-ta geologicheskikh nauk, no. 157. Petrograficheskaya seriya. (no. 45),
1955). The values indicate a polymorphous effect of transformation and
the dissociation of magnesium sulfite. The crystals of the isomorphous
mixture are bluish-green (sp. gr,,i,834; ref. ind. lt487). Analysis
yielded 49i65 % of 2(NH 4)2 Fe(SO4 , 22.62 % Of (NH 4)2Mg(SO4)22 and 28-32 %
Of H20- Ten thermal 3ffects were found. Those between 71.4 and 5350C
correspond to the double salts and ordinary sulfates. The discontinuity of
the temperature curve at 506 to 5100C corresponds to the exothermic effect
in the thermogram of magnesium ammonium sulfate. From 102819to 10440C, no
Card 4/8

S/078/61/006/004/016/018
B107/B218
Study of solubility and solid phases ...
polymorphous effect of transformation is observed. A decrease of the
dissociation temperature was also found. The X-ray analysis by
D. M. Kheyker showed that at 90000 the thermal decomposition of the iso-
morphous mixture leads to the formation of 100% magnesium ferrite. The
authors thank K. G. Khomyakav for advice. There are 4 figures, 2 tables,
and 8 references: 7 Soviet-bloc.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
Khimicheskiy fakul'tet. Kafedra obshchey khimii. (Moscow
State University imeni M. V. Lomonosov, Chemical Division,
Department of General Chemistry)
SUBMITTED: February 12, 1960
Card 5/8

IVANOVA., I.N.; OZEROVA, M,1~4 YEGOROVA, Te.l.
Solubility and solid phases in the system (NH4)2Mg (SO4)2 - (KH4)2
Ni,(SO4)Lj,- H2Q.at 25'. Zhur.neorg.khim. 8 no-42977-980 Ap 163.
Om 160)
1. Moskovskiy gosudarstvannyy iudversitet, kafedra 010hchey khimii.
(Systems (Chemistry)) (-Phase rule and equilibrium)
(Sulfates)

CZEROVA M.I.;_SHCHEDRINA, A.P.
Solubility in the system
(NH4)2Mn(SD4)2 - (NH4)2Mg(-SO4)2 - 1420 at 25, 40, and 450 .
Zhur. neorg. khim. 8 no.1l.-26o8-2610 N 163. (MA 3-7: 1)
1. Moskovskiy gosudarstvennyy universitety khimicheskiy
fakulltet, kafedra obahchey khimii.

SHCHIMINA, A.I:., OZCAOVA, M.I.
S -3hibi-I the
no.450~015-15;r,"'
J.-I '6'

OZEROVAY XACHANOVA., N.N.; YEGOROVA, Ye.I.
Thermographic study of mangEumese amonium sulfate and of an
isomorphic mixture of manganose ferrite composition. Vest~,Mbsk.un.
Ser.2:Khim. 18 no,10507 Ja-F 163. NIRA 1625)
1. Kafedra obehehey khimii Moskovskogo UniTeraiteta.
(.Manganese amonium sulfate) (Ferrates) (Themal analvsis)
11.
-.4-t1:1

OZEROVA, M.I..i IVANOVA, I.N.
Solubility in the Mtem (NH4)2]re(SO4)2 - (NH,4)2 Ni(SO4)2 -
H20. Vest. Mosk. un. Ser. 2: Khim. 18 no-3:64-65 My-je 163.
(MIRA 16:6)
1. Kafedra obshchey khimii Moskavsko o universiteta.
(Iron aimonium sulfates5
(Nickel ammonium sulfate)
(Solubility)

SHCHEDRI-NA, A.P.; O&ROVA, M.I.; KHOMYAKOV, K.G.
Solubility in the system FeC'2 - NiC12 - H20- Vest.Mosk.un.
Ser.2:Khim. 18 no.6:62-64 N-,"I 163. (MERA 17:4)
1. Kafedra obshchey khimii Moskovskogo universiteta.

ty -4n zh~
If-,O at 250. 1 r 61-g
V.- 1
9

SHCHEDRINAp A.P.;.OZEROVAS, M,I,j YWOKYAKOV, K.Go
Solubilit-v in the system FeC2. 012 - ILO. Ves4. Mosk. un.
. ;, - ma _ A %,
Ser. Whim, 29 no.1.51-52 Ja-& f6/+. (MIRA 17:6)
1. Kafedra obshchey khl:.mii Moskovskogo uaiversiteta.

SHCHMRINAp A.P.; OZEROVA, M.I.; I'l-POWAYOV,
System AM--) - Ye-12 - 1420 at 1.50 , Zhur, rjeozrg~ ktdra, ';,
no-3-.724--725 Mr t64. (IELRA :L?,. 3)
:L. Kafedra obshchsy- kbindi Khimicheskogo taklailt-et-a
Yloskovskogo gosudarstverriogo universiteta,

SHCREDRINA, A.P.; OZEROVA, M.I.
Sptem FeC12 - ZnC12 - 120 at 150C. Zhur. neorg. -khim. 10
no.6:1504-1505 Je t65. (~ffRA 18:6)

7.! T

KOMHUKOV, N.G.; COEROVA, M.I.; KHCMYAKOV, K.Cr.; ONJKIYENKO, L.D.
Fusibility diagram of the ByBta-m FgC12 - !AJC-12 - Verzt. K~sk.
un. Ser. 2:Khim. 20 no.4:59-60 JI-Ag 165. OALRA 18.10)
1. Kafedra obshchey krimii Moskovskogo gosudarstvennogo uni-
versiteta.

KORZHUKOWP N.G.;-P~ELOKk, TOWAKOVI X.G.; ONIKIYENKO, L.D.
- _M. ~. ; h
Tho, system FeCl 2 -MgC12. Zhur.neorg.kMm. 11 no.1002-20;1
Ja 166.
(MJRA l9r.1)
1. Submitted January 7, 1965.

___q VAI Ye.P.; MARTYNOVA, M.V,j, red.
xy (with solutions)]
(Problems in descriptive geomel.
Sbornik zadach po nachertatelstoi geometrii (s resheniiami).
Moskva, Vaes. zaochnyi energ. in-t, 1964. 126 p.
(MIRA 18:3)

% Q;g OVA A N. A.
_k_
Genesis of mer667-antimony deposits of southern Fergana. Geokhimiia
no.3.,251-260 160. (MIRA 14 -' 1)
1, Institute of the Geology of Ore Depogitop Petrography,
Mineralogy and Geochemistry, Academy of Sciences, U.S.S.R.P
Moscow. (Fergana-Antimony oreg)
(Fergana--Mercury ords)

OZEROVA, N. A.
Cand Geol-Min Sci - (diss) "Primary aureoles of mercury scattering
and opportunities for its use in practice in geological studies."
Moscow, 1961. 16 pp; (Moscow State Univ imeni M. V. Lomonosov,
Academy of Sciences USSR, Inst of Geology of Ore Deposits, Petro-
graphy, Mineralogy, and Geochemistry); 180 copies; price not
given; (KL, 6-61 sup, 203)

-,-N.A-.~
Possibilities
in prospecting
79 161.
(Mercury)
of utilizing primary halos of dispersion
for antimony depodits. Uch.zap.SAIGI!C
(Antimony ores) (Prospecting)
of --rcury
no.5:o,9-
(14IRA 15:11)

.OZEROVA, Hirin LjejaAp4Eovnaj_5AUKOV, A.A., otv.red.; SOLODOV, N.A.,, rad.izd-fa;
UIIYANOVA, O.G., tekhn.red.; YJDGOROVA, N.F., tekhn.red.
(Primary disperejan halos of mercury] Fervichnye oreoly raaseianiia
rtuti. &skva. Izd-vo Akad.nauk SSSR. 1962. 234 p. (Akademiia nauk
SSSR. Institute geologii rudnykh mestorozbdenii., petrqgrafj-i,
kineralogii i geokbimii, Trudy, noo72) (MIRA 15:12)
1. Chlen-korrespondent AN SSSR (for Saukov)e
(Morcury)

AYDINIYAN, N.Kh.; OZEROVA, N.A.; GIPP, S.K.
__
Distribution of mercury in recent sediTBents. Trudy IGEJJ
5-11 165.
(Marcury ores)
no.99:
(KRA 1619)

I 011FROk, A. ~ N I, A . ~ (IN AN"OV. It, O.G .
Distribution oil' mi-civy ir thQ lavas of active volcancp-~s in
Kamchatka ard in the i'Ourille, islands. Gaol. rad. T.--S+,ornz~hi. -7
no.1~58-74 Ja-F 165~ je3~14)
1. Inatitut goologil rudnykh meatorozMeniy, pe~,-rografli,
mineralogii. 'L geokhlmiil ,,,N Moskva,

BOGATSKIY, V.V.; FEDCRCHUK, V.P.; OZERUVA,--'N-.A.; BR YZGALCV, N.A.; GLADKOV,
V.G.; NAMOLOV, V.A.; SANIN,
Reviewdand bibliography. Geol. rud. mestorozh. 7 no.lt113-123
,Ja-F 165. (MIRA 1814)
1. Sredneaziatskiy nauchno-issledovataltakiy,inatitut geologii i
minerallnogo syrIya, Tashkent, i Institut geologli rudnykh 1-
mestorozhdeniy, petrografit, mineralogii i geokhimii All SSSAI
Moskva (for Fedorchuk, Ozerova).
~i

VINOORADUtf, A.P.; KORZHINSKIY, D.S.; SMERNW, V.I.; SHCIIFRBAKOV, D.I.;
AY-DINIYAN, N.Kh.t VINOGRADCV, V.I.; VOLIFSON, F.I.; GENKIN, A.D.;
DANCHEV, V.I., LUKIN, L.I.; MR-OW, PFHELIY~'),', A.I.;
V.I.; SMORCHKoV, T.Ye.; FFODOTIYKV, K.M.; SHOWN, "".N.; SHIFULPT, F.K.
Aleksandr Aleksandrovich Saukov, 1902-1964; obituary. Geol. rud. mestorozh.
7 no.1:124-125 Ja-F 165. (MIRA 18W

-L-43908-66 A1T(Th)/T/EWP(j) 1jr(c) P111
ACC Na' AP6015666 SOURCE CODE: UR/0413/66/000/009/0075/0075
INVENTOR: Menshutkin, S. Ya.; Kremnev, L. Ya.; Yanishevskiy, A. V.
Ozerova, N. V.
ORG: none
tIT LE: Method of obtaining poLvsterene~ Class 3,9, No. 181287 annouqced by
the State Scientific Research Institute of Pol_ymerized plastIcs (Gosudarmitvennyy'
nauchno-issle:dovatell skiy ihstitut polimerizatsionnykh plasitmass)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no' 9, 1966, 75 4
TOPIC TAGS: polysterene, polymerization, polymerization initiator, monomer,
free radical initiator, emulsifier
ABSTRACT: An Author Certificate has been .ssued for a method of obtaining
polysterene by water- eniulsionpoly erization f~;tyrene-inthe'presenceofemulsifier!3
and free radical initiatorsAiTo decrease polymer moisture, the polymerization is
carried out in a saturated highly concentrated emulsion with the monomer-water ratio!
up to.19:1. [Translation) INT] 4
SUB CODE!'11/ SUBM DATE: 12May65/
Card I1A)n UDC: 678.746. 22

SOKOIDV, I.Yu.; AYDINOYANp N.Kh.; BELEKHOVAp V.N.,- BRODSKIY, A.A... starshiy
nauebrq7 Botrudnik; GIEMICH, T.A.; DAI24ATOVA, T.V.; KOMAROVA, A.I.;
KOKAROVA, Z.V.,- KOPYLOVA, M.M.,- KUDRYAVTSEVA, M.M.; LIBINA, R.I.;
LOGINOVAp L.G.; MARGOLIN, L.S.; MARKOVA# A.I.; MMVMEV, Yu.L.;
MILLER, A.D.; M.MIKOVSKATA9 Ye.P.; NECHAYEVA9 A.A.;_OZEROVA, N.V.;
FALKINAq I.M.; FETROPAVLOVSKAYA, L.A.; POPOVA, T.P.; REMIKOV, A.I-.;
SERGEYKV, Ye.A.; SETKINA# O.H.; STEPANOV, P.A.j SUVOROU, Ye.G.
[deceascd]; SHERGINA, Yu.P.; FANOVAp A.Ia, red.izd-va; IVANOVA,
A.G.p tekbn.red,
[Yathodological handbook on the determination of microcomponents
in natural waters during prospecting for ore deposits] Metodicbeskoe
rukovodstvo po opredeleniiu mikrokomponentov v prirodr7kh Todakh
pri poiskakh rudWkh mestorozbdenii. Moskva, Gos.ilauchno-takhn.
izd-vo lit-ry po geol. i okhrane nedrp 1961. 287 p, jMIRA 14:7)
1. VsesoyumVy nauchno-issledovathl'skiy instit-dt gidrogeologii i
inzhenernoy geologii (for Sokolov# Brodskiyp Glebovich, Ozerovaq
Kudryavtseva, Loginova, Markova, Medvedev, Belekhova, Palkina,
(Continued on next card)

soKOLOVv ljue-(contirrued) Card 2.
popavas retropavlovskaya). 2. Institut geologii rudn7kh mesto-
rozhdeni7 petrografiip mineralogii ' geokhinii AR &SM (for
Aydinlyanlo 3. Vseaoyuzrjyy nauAxL-,-'..ssIedavate1Iskiy iustitut
mstodUd :1 tekbnUd razvedkJ. (for MLUerp Sergeyevp Margolin).
4. Voesoyumoyy naucbno-issledovateVskly geologicheskiy institut
(for Mulikovskayap Reznikov)o 5. Vs9soyuznyy nauchno-issledova-
tellskiy institut minerallnogo syT~,ya (for Lomaravap A.).
(Prospecting-Geopbysical methods)
(Waterp Underground-Ana.41sie)

ZABEZHINSKAYA, IN..A.; OZEROVA, V.F.; SHUR, R.L.
---------
Changes in the higher nervous activity and other functiona in
dogs under the influence of threshold amounts of acrylonitrile.
Uch.zap.Mosk.nauch.-issl.inst.san. i gig.no.3:68-72160.
(MIRA 16:7)
(CONDITIONED RESPONSE) (ACRYLONITRIIE-TOXICOLOGY)

OZEROVA, V.F.
-- ~-
Che"as in the higher nervous activity and other functions under
the influence of small doses of anI3.Ima*Ucb#zap.Mosk.nauch.-
A issl.inst-san-i gig. no.3:81-83160. (KMA 16:7)
(CONDITIONO RESPOUSE) (AIIILM-TO)aCOLOGY) '

DAUGAVET, O.K. (Leningrad); OZEROVA, Ye.F. (Leningrad)
.
.
he
compiler type. Zhur.vych.mat.i inat.
Programing program of t
fiz. 1 no.4:747-748 JI-Ag 161. OHMA, 34:8)
(Programmin (Electronic computer))

41366
s/m/62/000/010/033/059
BI 50180
AUTHORS: Sultanow, S. A., 'MWeTititokaya, L. G.,':4ardanov, 11.1. A.,
,%jWVt1fayeva, Z. B.
TITLE. Destrucltve llru-LlefflMion of the gas oil fraction of
petroleksviit-
PERIODI~AL: Referatl;vnjry zhurnal'. Xhimiya,' no: 16, 1962, 445i abstract
10132 (Azerb. nef 'Sh-vo, no 1962,. 39-40)
TLXT: The gar. ol.1 lWix-i4ion of AM-Pikliuno hoavy oil Containing 45-2,;
aromatics, was used in a study of -4he destructive hydrogenation of gz~D oil
fractions 'which conti.0t large kIL.IWities of aromatic.hydrocarbons and dc,
30:-10 not have satisfactoxK qual.ities as.fuels. The hydrogenation was carried
out -at 350-400'C, a Na,v&%wj.--L- of *P] atm., and a volumetric crude oil! feed
rate Of 0-5-1-5, 1 it-- presence* #0 the industrial catalyst VIS The
2'
keroaene-ngas oil fraPpLon of pet,"Mieum from the Neftyanyye Xamni field
55 underwent destructivit iTJ%7rP1F137AX*Vr9 under the sam'a' conditions. It was
found that.the fuel qualities of Vie crude can be improved under there
Card 1/2
zio 30
--- --------

ACC NR, AT6 ~1~7
A total of 959 mean wind forecasts were compiled from data st6-
mitted by 17 stations for the 0-12-km layer, 583 for the 0-16-km
layer, and 403 for the 0-22-km layer. The forecasts were
evaluated by comparing them with the mean winds computed for
.these layers at aerological stations on the basis of actual
sounding data. Cases were considered inaccurate in which the
mean.winds were not calculated at the aerological stations or
:the geostrophic wind on diagnostic maps of the 0-12-km geo-
:potential layer differed by 30* (wind direction) or more than
6 m/6ec (wind speed) from the forecasts. Diagnostic and fore-
.cast values of the geopotential were computed for 11 days in
tJanuary, 9 days in March, and 14 drja in July, for a tocal of'
34 maps. In all, 440 forecasts of the mean wind were compiled
and evaluated for the 0-12-km layer, 328 for the 0-16-km layer,
and 201 for the 0-22-km layer.
It is concluded that synoptic forecasts of the mean wind in the
0-:--12-km layer are about as accurate as forecasts of winds ort
'different isobaric surfaces (69% accurate for wind direction
and 70% accurate for wind speed); the reliability of mean wind
forecasts in the 0-16-km and 0-22-km layers was about the same.
Mean wind forecasts compiled from charts of the mean geopotential
Of the layers produced by means of a computer were, on the average,
6-11% more accurate than those obtained by manual calculations.
....... [WA-~;50"CBB No. - 121
SUB COM. 04/ SUBM DATE: none/ ORIG REF: 002/-,

OZEROVA, Z.D.
...I
From the experience in the production of feed yeasts. Gidroliz. i
lesokhim.prom. 17 no.l.-24-26 164. (MIRA 1?:4)
1. Chimkentskiy gidroliznyy zavod.

S/078/60/005/011/001/025
BO15/BO6O
AUTHORS: Grigorlyev, A. T., Panteleymonov, L. A., Ozerova, Z.
Akatova, Ye. V.
TITLE: Investigation of the Iron - Palladium - Silver System
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No. 11,
pp. 2395-2402
TEXT: The ternary system iron - palladium - silver was for the first
time investigated by means of thermal analysis, analysis of microstructure,
determination of hardness according to Brinell, and determination of
electrical resistance and its temperature coefficients. The cooling curves
were recorded by a Kurnakov pyrometer (Table 1~ Fig. 2, results). The
electrical resistance and its temperature coefficients were measured on
rodlike specimens made from the alloys concerned by means of a potentio-
meter at temperatures of 250 and 1000C (Table 1, Figs. 3-6, results).
Hardness was determined on annealed specimens with the aid of an
automatic Brinell press (Table 1, Figs- 7-8, results). The same specimens
Card 1/3

Investigation of the Iron - Palladium - 3/078/60/005/011/001/025
Silver System B015/BO60
were then etched in an alcoholic bromine solution and the microstructure
was examined (Fig. 9, microphotographs9 Table 2, compositions of alloys
at which layers separate in the liquid phase). The investigation results
supplied show that the region of layer separation observed in the binary
system iron - silver extenda far into the ternary system and reaches into
the middle of the diagram up to a content of about 57 atO4 of palladium.
In the pallhdium corner of the diagram there is the region of solid
solutions'which in the form of two narrowing bands at the opposite sides
of the diagram reaches into the region palladium - silver and palladium -
iron. Between the region of solid solutions and that of layer separation
there is the heterogeneous field with the eutectic line. The lattex starts
from pure silver near the boundary to the solid solution and then draws
away toward the center of the heterogeneous region (Fig. 1). Investigations
of the hardness of cross sections showed that the transition from one
phase region to another is in most cases characterized at the hardness
curve by intersecting curve branches. In contrast therewith, the
boundaries of the phase regions may not be determined on the basis of the
curves of -lectrical resistance and respective temperature coefficient.
Card 2/3

KONDRATIYEV, Yuriy Petrovich; OZEROVA, Z.V., red.; MALAKHOVSKIY,
G.V., nauchn. red.; R.K., tekhn. red.
(Industrial equipment of metal reinforced plastics] Tekhno-
logicheskaia osnastka iz metalloplastma5s. Leningrad, Sud-
proir.giz, 1963. 193 p. (MIRA 16.12)
(Metal reinforced plastics)

ANATOLIYEV, Fedor Aleksoyevich; AEAGYANTS, G.A., d_qktor tekhn.
nauk., retsenzent; KOSTYGOV, Ye.D., inzh., retsenzent;
ABRAMOVICH, G.A., dcktor tekhn. nauk, prof., nauchn.
red.; OZEROVA .' red.; CHISTYAKC.VA, R.K., tekhn. red.
[Heat exchangers In marine steam-power planta] Teploobmen-
nye apparaty sudovykh parosilovykh ustanovo'i. Leningrad,
Sudpromgiz, 1963. 494 p. (MIRA 16:10)
(Boilers, Marine) (Heat exchangers)

ANDREYEV, Boris Sergeyevich; QZIPKVA,__Z.V., red.; TIKHONOVA, I.M.,
tekhn. red. -
[Farming communist production relationslFormirovanie komm-
nisticheskikh proizvodstvennykh otnoshenii. Leningrad, Len-
izdat,, 1962. 68 p. (NIRA 16:2)
(Government ownership) (Collective farms)

GAWWM, Dmitriy Leonidovichp kand. teld3n. nauk; KORYAVTSUV~ Fedor Aleksan-
dravich, inzh.; MARKOV, Aleksandr Panteloymonovichp inzh.; GERSHTEYN,
Yu.S., inzh., retsenzent; ROKHLIN, A.G., kand. tekhn. nauk, retsen-
zent; ZHIDYAYEV, O.A., nauohnyy rod.; OZEROVA, Z.V., red.; KffAKOVA,
D.M., tekhn. red.
(Modern methods of assembling marine shafting] Sovremennye metody
montazha sudovykh valoprovodov. izd.2.0 ispr. i dop. Leningrad,
Goo. soiuznoe izd-vo sudostroit. promyshl.# 1961e 280 p;4:10)
(MIU
(Shafting) (Ships-Equipment and supplies)

GRUZBERG,l Yakov Yudkovich; MiTUF IYEW, 1' Ye., inzh., retsenzerit;
SANICHURSKITY, M.P., inzh.0 retsenzent; SPIVAK, A.Ya.,
nauchn. red.;
[marine steam boilers] S"udovye parovye kotly. Leningrad,
sudostroenie, 396/,. 252 p. WIRA 17:10)

PETRINA, Nikolay F&nteleyevich; ANATOLI32V, F.A., kand. tokhn. nauk,
retsenzent; ABRAMOVICH, G.F., kand. tekhn. nauk, retsenzent;
GURIYEV, V.P., prof., red.; OZEROVA, Z.V., red.; KOROVENKO,
Yu.N., tekhn. red.
(Marine pumps]Sudovye nasosy. Pod red. V.P.Gurleva. Leningrad,
Sudpromgiz, 1962. 375 p. (MIRA 16:1)
(Pumping machinery)
(Ships-Equipment and supplies)

UYTSI Solomon Illich; KUDRYAVTSKV, F~A.q inzh., retsenzentj IVMOV~
A.F., nauchryy red.; OZEROVA, Z-V., red.; TSAL, R.K., tekhn.
red.
[Technological processes of tha- repair of aux1liary turbomachines]
Tekhnologiia remonta vspomogatelInykh turbomekhanizmov. Leningrad,
Sudpromgiz, 1962. 339 P. (MIRA 15:6)
(Turbomachines--Maintenance and repair)

LOSKUTOV, Vladimir Vasillyevich; KHORDAS, Georgiy Saulovich.
Prinimal uchastiye LAZAREV, I.L.,, inzh.; ALEKSANDROV,
A.V,, dots., kand. tekhn. nauk, retsenzent; MOCHULISKIY,
A.A., inzh.; GUSIKOV, M.G., nauchn. red.;
red.; SHISHKOVA, L.M., tekhn. red.
[Hydraulic calculations of ship systems] Gidravlicheskie
raschety sudovykh sistem. Leningrad, Sudpromgiz, 1963.
311 P. (MIRA 17:3)

DOBROVOL'SKIY, Aleksandr Petrovich; ROZENFELID, L.M., doktor tekhn. nuuk,
prof.s reteenzent; SMIRNOV, A.I.; inzh.,, retsenzent; SELIVANOV,
K.I.., nauchnyy red.; OZEROVA, Z.V., red.; TRAL, R.K., tekhn. red.
[Refrigerating installations on ships] Sudovye kholodillnye
ustanovki. Leningrad., Sudpromgiz., 1962. 390 p. '(MIRA 15:5)
(Refrigeration on ships)

GOLIDENFON, Aleksandr Kellmanovkh; BABADZROYA14, Levon Arakelovich;
VASLOV, V.V., kand. tekhn. nauk, retsenzent.; GEHAIIH, L.I.,
inzb., retsenzent; EYTIVID, L.V., nauchnyy red.; OZEROVA, Z.V.
red.; TSAL, R.K., tekhn. red.
(Performance and operation of marine boilers]Rabochie protsessy
i ekspluatatsiia sudovykh kotlov, Leningrad, Sudpromgiz, 1962.
423 P. (KMA 15:11)
(Boilers, Marine)

PERLOV, Georgiy Vladimirovich; ANTUFIYEV, K.Ye., inzh., retsenzentq
DENISOV, BX., inzb., retserizent; PUMB, N.I., red.;
OZEROVA, Z.V., red.; 6SAYOVA, D.M., tekJm. red.
(marine steam boilers] Sudovye parovye kotly. Pod red. N.I.
Pushkina. Leningrad,, Gos. soiuznoe izd-vo sudostroit. pro-
rayshl., -1961. 31+3 p. (Boilerst Marine) (MIRA 15:2)

BIRXU p Vladimir Sergeyevicir, WIMP[, Aratoliy Aleksandrovichp doktor
tekhn. naukp prof.v reteement- H131ZLINr VA.9 nauchnyy red.;
y
OZEROVA9 Z.V.9 red.; KOROVENK02 takhn. red.
I..... -
[Construction and design of marine'shaft turning gear] Konstruiro-
vanie i raschet sudovykh valop~rvorotnykh'uatroistv. Leningrad, Goa.
soiuznoe izd-vo sudostroit. promyshl.9 1961. 123 P, (MIRA 14:8)
(Ship propulsion) (Shafting)

K=LXT, Mikhail Takovlevich; SKVORTSOV, Aleksey Aastollyevich; MALAKHOVSKIY,
G.V., nauchn" red.; OZIROVA Z.V., red.; TSAL, R.K., tekhn.red.
(Plame-furnace heating of metals for forging processes] Nagrev
metalla pod kovku i shtampovkm v plamennykh pechakh. Leningrad.
Gos.soiuznoe izd-vo sudostroit.promyshl., 1960. 262 p.
(MIRA 13:11)
(Forging) (Parnaces, Heating)

GRIN,B.I.; OZIDOVIC,L.
A now method for the isolation of dermstophytes from humn!- and
animal pathological material. Higijena,Boogr. 11 no.1:23-25 '59.
(RINGWORK diag.)

lcv-'Itry
i CsstngorY
pb:3. j,-~,
_jr.
Autlif)r
Institut.
Title
CULTIVATED PLANTS. GRAINS
J. , NO-959,42
REF ZHUR-B:01,21,1958
M
Ab3tre~ct in comparison with those less deeply embeddad.
'-M htly enbedded seeds with
The trea- ent of lip
potassiura hydroxide, mexcuran, lindane, granosen
and grenosan in combijintion with lindane boosted
the ripe cob viold by 3h% and out the incidence
blister smut by 10.6%. "fith an inoreased
nunber of nlants Der hill from I to 3 the yield
wai boostea fror. ~04 to 880 owt/ha. when harvested
on 16 September and from 486 to 1089 awt/ha. when
reaped on 28 goptiumber. With del&yed harvesting
Card: 2/3
12..

USSR/ Physical Chemistry - Thenrodynamics. Thermchemistry. B-8
Equilibrium. Physicochemical Awaysis. Phaoe Transitions.
Abs Jour Referat Zhur - Khimiva, 110 3, 15,57, 7487
Author Ozerova, M.I. and Khomyakov. K.G.
Inst : Moscow University
Title : Solubility of Salts in Aqueous E20 Solutions-
ComI=ication I. The Na2SO 4-1112C) 120 System
Orig Pub : Vestn. Mosk. dn-ta, 1955, N0.100 97-102
Abstract : The solubility (S) of Na SO in the system Na SO (I)-
2 2
H2 02(II)-H 0 (111) contaiang 4-56 wt percent Ii has
been invest?gated at _10.0 and 200. The S isotherm is
characterized at 100 by the presence of the equilibrium
solid phases I,10 III and 1-7 111; at 00, 1.10 111, 1.7
III, and I; and at 200, 1 and I.Q.5 II. The invariant
points correspond to the following composition of the
liquid phase (vt percent): at 100, 13 1, 24.1 11 and
62.9 111; at oo 19,,68 1, 22-72 11, and 57.6 111 and 12.62
Card 1/2 - 13.1 -

ANOSOV, V.T&.; OWDVA, M-I-
Viscosity and specific lr*lumaB in the BYBtsm: bs]Lzszs - to
corbox tetrachloride. 12V.Sekt.fiz.-khim.&z&l. 27:412-418 156.
(MLRA 9: 9)
l.Meakovskir gesudaratvannyy universitat imeni M.Lemeneseva,
Kafedra obahchey khivii.
(Benzene) (Toluene) (Carbon tetrachloride)

OZ1ROVA,M.P.,(Kh&r'kov)
Iffect of caffeine on adrenalin in blood as determined b7 chemical
and biological methods. Probl. endokr. i gorm. 1 ao.4:54-59 Jl-Ag
155. (14LBA 8: 10)
1. Is biokhtmicheekogo otdola (eav.-chlon-korrespondent Akademii
nauk USSR prof. A.M. Utevskiy) Ukrainskogo institute. eksperi-
mentallnoy endokrinologii (dir.--kandidat meditsinskikh nauk
S.V.Makelmov)
(EPINEPHRINE. in blood.
off. of caffeine)
(CAMINE, effects,
on blood epinephrine)
3WOD,
epinephrine, eff. of caffeine)

OZIROVA. M.R. (Kharlkov)
Data on adronalinemiA in certain functional states of the nervous
system [with summary in English]. Probl. endok. i gorm. 3 no.
6:3-12 X-D- ~57. (XIRA~11;3)
1. -Is blakhimlaheekogo otdeln (zav.-chlen-korrea-Dondent AN USSR
prof. A-M-Ut4vskiy) Ukrainskogo Irstituts eksperimentnllnoy
endokrinologil (dir.-kRndidat meditainakikh nauk M.Maltsimov)
NPUSPHRM, in blood,
off. of amobarbital & epinephrine (Rue)
(AMOBARBITAL, effects,
on blood epinephrine (Rue)

OZXROVA, V.A (Arkhangel'sk)
- - - .
Recording solutions of experimental analytic problems. Xhin. v
shkole. no.2:34-37 Mr-Ap '58. (MMA 11:1)
(Chemistry-'Problems, exercises etc.)

OZEROVA, N.A.
Higber mercury content of fault zones in certain sulfide deposits.
Geol. rudo' mestorozh. no-3:88-95 W-Je 160. (MIRA 13:7)
1. Institut geologil rudnykb mestorozbdenly, petrografii, mineralo-
gii i geokhimii AN SSSR, Koskva. t
(Faults (Geology)) (mercury) (Sulfides)

FACC
-6/66/000/149/0073/0076-
NRs AT6032987 SOURCE CODE: UR/Y~C
AUT11ORj Ozerova Ye. G.
ORGt none
TITLE% Reliability of mean wind forecasts
SOURCE:' Moscow. Tsentrallnyy institut prognozov. Trudy# no. 149p 1966.
Rezulltaty ispytaniy razlichnykh sposobov kratkoarochnykh prognozov pogody (Results
of analyses of various short-range weather forecasting methods), 73-76
TOPIC TAGS: applied meteorology, weather forecasting, numerical forecasting,
wind prediction 9 wind velocity, synoptic mteorology,, atmospheric geopotential
ABSTRACT. In 1962, personnel of the Short-Range Weather Forecasting De'patt-
ment of the Central Forecasting Institute compiled test fore-
!casts of mean wind speeds and directions in the 0-12-km,
0-16-1m, and 0-22-km layers. These tests covered 19 days
in January, 23 days in March, and 19 days in July. The fore-
casts for these three layers were compiled on forthcoming
maps of the 0-12-km mean geopotential layer and a correlation'
graph. The directions and mean wind opeeds were determiPed.as
on baric topograjhy

07ERVA, Ye. 1. (Engineer)
C.
"Protective Fluxes in Ybeeltiny, of Brass," p. & in book STAped Castiry. of
CopperAlloyst Collecti:,n of Articles, Moscow, Mashgiz, 1957, 205pi;.. 6,500 copies.
This book contains -papers presented during a technical and scientific convention
held in Yosc(rj Dec. 1955, on the theory and practice of shaped copper-alloy castines.
Protective Fluxes in Selting of Brass -- The author discusses Unex use of fluxes
to prevent the loss of zinc through oxidation and evaporation in melting of alloys.
To avoid such losses it is necessary to dind a flux which will prevent oxidation and
evaporation of zinc. One of the numerous pbysical properties of the flux must be
sufficient viscosity to keep zinc-vapor bubbles from escaping, because lvdrostatic
pressure of the flux alone would be insufficient to prevent evaporation. The
author gives the composition of a number of fluxes which satisfy the requirements.
The raw materials for these fluxes are quartz and IIa2 C03' M' V' P"C"nov,
under the direction of Doctor of Technical Sciences, Prof. A. G. Spasskiy, 1%loscow
Inst. for lion-Ferrous Metallurgy and Bold im. M. 1. Kalinin, assisted the aut~cr in
this work.

Emil' Ya~ovlovjch; FEW-11M, inzh,, -otfenzont;
KORTSENSHTEYN) I
KOLTRATOVICflj G.M., inzh., retsenzeDt; 1VANOV, A.F.p nauchn.
red.; OZEROVA_Z. ., red.
[Submersible electric marine pumps] Sudovyo pogruzbxWe vodo-
otliviVa elektronavosy. Leningrad, Izd-vo "Sudostroenie,"
1964. 173 P. (MIRA 17-5)

XONDRATITU, Turiy Petrovich; BUTALOT, L.Y., nauchnyy red.; OZEROVA,
Z,Y., red,; TM, R.I., tokbn.red.
[Design of cast parts for precision casting squipment'j"' Xonstrui-
rovanis litykh detalei i osasetiki dlia lit'ia po vyplavliaemym
modelism. Leningrad, Gon.soiuznoe isd-vo sudoetroit.promyshl.,
196o. 198 p. (MIRA 13:7)
(Precision casting--Xquipment and supplies)
Nachinery-Design)

BELYAYEV, Georgiy Sergeyevich; FEWROV, IN.A.9 inzh.9 retsenzent; TISHKO-
VETS,9.I.V.9 inzh., retsenzent; KOKICHEV, V.N., nauchnyy red.;
_,red.; SHISHKOVA, L.M* 9 t
9Z= Z.V..p, ekhn, redo
[Mechanization of fitting and assembling operations in me ine
engineering) Mekhanizatsiia slesarno-oborochnykh i montazhnykh
rabot v sudovom mashinostroenii. lieningradq Gos. soiuznos izd-
vo sudostroit. promyshl., 1961. 267 p (MIRA 14:6)
(Marine engineering) (Shipfitting)

KONDRATIYEV, Yuriy Petrovich; MkLAKHOVSKIY, G.V., ncuchnyy red.;
OZEROVA, Z.V., red.; CHISTYAKOVA, R.K., tekhn. red,
%-----------------
[Industrial equipment made of metal-reinforced plastics]
Tekhnologicheskaia osnastka iz metalloplastmass. Lenin-
grad, Sudpromgiz, 1963. 193 p. (MIRA 16:5)
(Foundries-Equipment and supplies)
(Plastics) (Dies (Mltalworking))

VASILIYEV, Dmitriy Konstantinovich; PROIKONENKO; A.I.., inzh., retsenzent;
NUELINI N.K., nauchng red.; OURDVA,.'-Z.V., red.; KRYAKOVA,
D.M., tekhn. red. --
[Equipment and devices in ship repairs]Osnastka i prisposob-
lenlia v sudoremonte. Leningrad, Sudpromgiz, 1963j,- 196 p.
(miRA 16:3)
(Ships-Maintenance and repair)

SVIRIDOV, Eduard Fedorovich; KUZINIE', G.N., kand. tek~ffi. nauk"
otv. red.; OZEROVA, Z.V., red.
[Comparative effectiveness of single-pulso radar direc-
tion finding systems] Sravnitellnaia effektivnost' mb-
noimpullsrykh radiolokatsiomiykh sistem pelengatsii.
Leningrad, Sudostroenic, 196/.. 115 p. (MIRA 18:2)

iRZHEZYAK, Yuriy Davydovich; OWID11111ROV, I.N., inzh., retsenzent;
IVANOV, I.I., inzh., retsenzent; fi~IIEK:EEYEV, N.I., npauchn.
red. ; WORM., Z.'j . , red .
[Con''inuous flow line in the manufacture of flanges and
rings] Potochnaia liniia izgotovlen-iia flantsev i kolets.
Leningrad, Sludo.,troenie, 1964. 60 p. (MIRA 17:5)

VNIKENNIKOV, Leonid Porfirlyevich; POTIA-KI", Io-ki.-undr 1vtUovich.;
RADIO, Mikhail Mikhaylovich; VR,11~'A-', V.I.. , doktor tekhr.
nwjk, prof., laureat Lenins"kay rutf:enzant;
SHIROKHOV, Ye.l.., nauchn. red.;. ~-~%.:'Cv red,
[Modeling, computer techniques, ar!!-- ii~-nslent processes
In electric ship propulsion system~l Vode.1ir:)-vartle, N-j-
chislitelInaia tekbmika i po.-ek1-c,-'-.,V'V V !AOC.-
vykh elektroenergetichesk-.lkh sis4'f.: -aki.. 7,eningrad, Da-
dostroenie, 1964. 383 P.

MAGARSHAK, Boris Grigorlyevich; KRASILISHCHIKOV, L.B., kand.
tekhn. naukI retsenzent; KOLESNIKOV~ II.V.,. Inzh.p
retsenzent; KITAYENKO, G.I.p kand, tekhn. naukp nauchn,
red.; 2~~~ed.
(Marine electrical measuring instruments; a reference
book] Sudovye elektroizmeritellnyo p-.iboryQ spravu,'-
nik. Leningradp Sudostroeniep 1965, 411 P-
(MIRA 18: 8' )

3*1 Cgi

UZM, A..
State of agpegatioa of fte heat carr7ing medim in Tadiators
of heating system. Izv.AN Iatv. SSR no,4:57-,60 ,61,
(MIRA 16:1)
1. Latvijas PSR Zinatau akademijae Phergettkas us elekdroxilcas
ilotituts.
(Hot-water heating)

OZERS . A.
-==:;I-
State of aggregation of the beat carrying sedita in rvIiatorp
of heating system. Izv.AN Latv. SSR no.4-'57-6o 161.
(MM& 16: 1)
I..Latvijas PSR Zinatau akademijas Energetikas us alektromikets
ilketituts.
(Hot-water heating)

OZM, A.
7ing nedi= ix r4diators
State of aggregation of fte heat can
of beating system* Izv.AN Lat7- SSR vto-4:57-W 161.
(MIRA 16:1)
i. Latviias PSR Zinatau akademijas Energstikms UR elektrOxikfts
ilstituts,
(Hot-%rater heating)

.qwsl~A-Aiga)
State of aggregation of beat carrying medium in radiators of heating
mtems. Vestis Iatv ak no.4:57-60 161. (EM 10: 9)
1. Iatvijas PSR Zinatnu akademija, Energetikas un alektronikaa
Instituts.
(Heating) (Radiators)

Ozerskayay- - D. V. - - - - - - - - - -- .. .
11 Fxperiment-1.1 Studies of the Treatment of Sheep Trichost-oWosis by Phenothiazine".
SO: Veterina--iya, Vol.20,3/4,MarchApril 1943,uncl.

BA81/61/000/019/029/085
BIIO/BIO-.
AUTHORSt Ozerskaya-j F. A.9 Moreyn, N.. G., Lysenko, S. A.
---------------
TITLIs Determination of tiobium in steals containing tungsten
PERIODICALt Referativnyy zhurnal,. Khimiya, no. 19, 1961. 115, abstract
19D62 (3b. tr. Tsentr. n.-i. in-t chernoy meziallurgii,
no. 19, 19601 48 - 50)
TEXTs A photometric method for the determination of Wb is offered,
comprising a separation of earth metal, titanici and tungstic acids by
hydrolysis. The calcinated mixture of"oxides is broken up by melting with
K2S207' dissolving the melt in dilute H2SO4, followed by a separation of
Nb by means of alkali and in the presence of Fs', By this, tungsten remains
3
in solution and allows to determine Nb photometrically with the aid of
sultocyanide. The actual determination is performed by diasolving 1 g of
steel in a mixture of 40 ml of oono. HCI + 10 ml of cono. HNO3i this
solution in evaporated to syrupy consistency, and this procedure in
Card 1/3

3/081/61/000/019/029/085
Determination of niobium in steels... BM/BlOl
repeated twice under.ldding I ml of oonc. Bel each. The residue is then
diluted with 40 ml H (114) anA heated for 1 hr. Then follows a dilution
with 5 ml of cono- HC1 and 200 ml of hot water. also adding some paper
pulp; beating is continued for 1 - 2 hr. -The residue, containing SiO
j 29
tungstio, and niobio acids is filtered off and washed with hos Bel (1120).
The residue is intensely heated in a Pt crucible to 800 - 900-C, followed
by melting with 1 - 2 g K S OV and dissolving the melt in 30 ml of H so
2 2 2 4
OsO. 15 ml of a 0-8% FeCI 3 solution is added, and a 20% NaOH-solution
.is admixed up to a slightly alkaline reaction. Then the NaOR content was
raisiRd to _5%. This.solution is boiled, filtered off and washed with a
5% NOR solution. The filter and residue is then transferred to a beaker
and heated with 40 ml of a M/6 tartaric acid solution until complete
dissolution of the reeidueo The filter is destroyed by a glass rod. This
solution is filteredq followed by a 6 - 8 times wash with hot water and a
final dilution to 250 ml. A 100-m1 graduated flask is then filled with
24 r1 H01 (8P- grav. 1.12) + 6 ml of water and 24 ml. of acetone. After
cooling to room temperature, 10 ml of the solution to be tested is added,
as well as 24 ml of a 30% KSCN sol'--tion, 3 ml of a 20% SnCl2solution,
Card 2/3

FEDOROV, A.A.; OZERSKAYA. F.A* I
-
Trilonometric determinaticn of aluminum oxide in slaks with the
use of a xylenol orange indicator. Sbor.trud. TSNIId-HM no.31:
195-196 163~ WRA 16:7)
(Aluminum oxide-Analy4s)
I I

FEDOROV, A.A.; OZERSKAYA, F.A.; LINKOVA, F.V.
Deternining micro- and macroquant-i ties of rare--earth elements. Sboz-.-
trud. TSNIICHM nQ.31:197-199 163. (YJRA 16:7)
(Rare-earth metals-Analysis)

FEDOROV, A.A.; OZERSKAYA, F.A.; STREBULAYEVA, Ye.N.
Using fluorexon as indicator in the trilonometric analysis of slags.
Sbor.trud. TSNIICHM no.31:170-172 163. (MA .16:7)
(Fiu~rexon) (Slag--Analysis)

S/032/61/027/002/002/026
B134/B206
AUTHORS: Fedorov, A. A. and Ozerskaya. F. A.
z ! I- --------------
TITLE, Determination of cerium in medium- and highly alloyed steels
PERI ODI CAL. Zavodskaya laboratoriya, v. 27, no. 2, 1961, 139-140
TEXT: The methods described in publications (Refs. 1-3) do not permit
a quantitative cerium determination in the presence of certain alloyed
elements. In the present case, the disturbing effect of other elements
on the cerium determination was prevented by the cerium being precipitated
as.a fluoride and CaF 2 being used as a celleotor. Since even small
amounts of mineral acids impair this precipitation, it is recommended
to dissolve the sample in hydrofluorio acid with addition of H 202' The
final determination of cerium is made colorimetrically (Ref. 4) by
forming the complex compound Na 5[Ce(C6H507)31 by means of potassium aitrate
in alkaline medium beside H 202* In order to prevent coagulation of this
yellow-colored complex compound, a mixture of boric acid or glycerin with
Card 1/2

Determination of cerium ...
S/03 61/027/002/002/026
B134YB206
Trilon B (Ref. 5) can be added. The method described was tested on steel
samples to which certain amounts.of a cerium nitrate standard solution
were added. This cerium determination can also be made by the spectro-
scopic method. In this case, cerium is precipitated as a fluoride with
the, appliogtion of calcium as a collector,' the precipitate being ignited
At 450-500 C. The following deviations from the mean value for three
parallel determinations of'oerium in steel are mentioned as maximum:
Q'-005%-at 9, content of 0.01-00-03% Ce; 0.007% at 0.03-0-06% Cei 0.009%
at m6-o.io% Ce. There are 1 table and 5 references, 4 Soviet-bloc and 1
non-Soviet-bloo.
ASSOCIATION: Teentralinyy nauchno-iseledovatellskiy institut chernoy
metallurgii im. 1. P. Bardina
(Central Scientific Research Institute of Ferrous Metallurgy
imeni I. P. Bardin)
Card 2/2

FEDOROV, A.A.; OrERSKAYA, F.A.
Photocolorimetric determination of cerium in medium-alloy and
high-alloy steels. Sbor. trud. TSNIICHM ne.24:130-132 162.
(MIRA 15:6)
(Steel alloys-Analysis) (Cerium-Analysis)

0
31729
S/081/61/000/021/030/094
B101/B147
AUTHORS: Fedorov, A. A., Ozerskaya, F. A., Malinina, R. D., Sokolova,
Z. M., Linkova, F.
TITLE: Determination of manganese, iron, nickel, and lead contents
in pure electrolytic chromium
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 21, 1961, 112, abstract
21D113 (Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii,
no. 19, 1960, 7 - 21)
TEXT: Methods for determining Mn, Fe, Ni, and Pb in highly pure electro-
lytic chromium have been developed. Mn determination is based on
removing Cr from perchloro acid solution as Cr02C12 and photometrically
determining the violet color of MnO 4 forming after oxidation of manganese
by means of periodate. 0.5 9 (0.02 - 0.04% Mn or Ig (0~001 - 0.02% Mn)
of chromium is dissolved in 30 milliliters (mfl of concentrated HC1 and
30 ml of HC10 4 (specific gravity 1.67). The solution is evaporated,
concentrated HC1 is added, and the substance is heated until the
Card 1/3

317-99
S/08 61/000/021/030/094
Determination of manganese... BlOlYBI47
liberation of Cro2Cl2 vapors has stopped. This process is repeated. The
dry residue is dissolved in 5 ml of concentrated HC1, 15 ml of H2 so4
(1:4) is added, and the substance is heated until white H 2so4 fume has
been formed. After cooling, the salt deposits are dissolved in a
minimum amount of water, the solution is filtered, and evaporated to
15 - 20 ml. The residue is mixed with 1 ml of concentrated H 3PO 49 20 ml
of 2.5% KIOA solution, boiled for 5 - 8 min, moderately heated for
another 15'- 20 min, cooled, diluted with water to 50 ml, and photo-
metrically measured with a green light filter in a 5-cm cuvette, a
standard solution serving for comparison. For determining Fe (0 * 002 3+
- 0.1%), 0.5 - 2 g of the sample is dissolved in H 2s04 (1:4), the Cr
is oxidized with ammonium persulfate to Cr 6+ , and iron and aluminum (as
collector) are precipitated with NH 3* The precipitate is dissolved,
and Fe photometrically determined with o-phenanthroline. Determination
of Ni (0-001 - 0.1%) includes its separation from Cr by extracting the
Card 2/3

FE WROV 9 A.A.; OZERSKAYAq F.A.
Determ4ation of ceri='in mediurto and high-alloyed steels, Zav.
lab. 27 no.2:119-140 t61. (MIRA 14:3)
1, TSentrallnyy nauchno-i6blbdovatellskiy institut chernoy
metallurgli imeni I*P. Bdrdina.
(Cerim-Analyols) (Steel alloya)

3/079/60/030/05/51/074
BO05/B125
AUTHORSt Modoks, G. V.0 Ozerskayat L. Ye.
TITLE: The Problem of the Production of n-Amyl Alcohol~From
Trioxymethylene and n-Butyl Magnesium Bromide
PERIODICALt Zhurnal obshchey khimii, 1960, Vol. 30, No. 5, pp. 1643-1644
TEXTt The authors of the present report synthesized n-amyl alcohol from
trioxymethylene and n-butyl magnesium bromide with the aid of a Grignard
reaction. The organo-magnesium compound was added in a 9.6 per cent
excess with respect to the stoichiometrically required amount. With the
aid of this method n-amyl alcohol can be produced with a yield of 92.3%
of the theoretical. The carrying out of the synthesis is thoroughly
described in an experimental part. After mixing the two initial products
in absolute other, the flask has to be cooled with 'cold water. The reaction
mixture is then kept for five days at 25-260 with periodic shaking. One
thus succeeds in solidifying the reaction products. The mixture is then
cooled with ice-water and cautiously decomposed with ten-per cent hydro-
chloric scid, whereby butane is removed. The ethereal layer is separated,
Card 1/2

ACC NRI AR6033757 SOURCE CODE: UR/0081/66/000/018/PO12/PO13
AUTHOR: Perfilova, V. P.; Gryazev, N. N.; Dmitriyeva, K. A.; Samonina, N. A.;
Qzgukay L. Ye.
TItU: Removal of sulfur compounds from jet fuels by a sorption
SOURCE: Ref. zh. Khimiya, Part II, Abs. 18P90
'REP SOURCE: Sb.-Issled. protsessov adsorbts.,i katiklitich. ochistki nefteproduktov
v prisutstvii porist. tel. No. 1. Saratov, Saratovsk. un-t, 1965, 35-38
TOPIC TAGS: jet fuel, sulfur compound removal, adsorption, silico. gel, organic
sulfur compound *F064 00,V779--'n-'A--041t0Vc1
ABSTRACT: A study has been made of the removal of sulfur compounds from TS-1 jet
fuels with siiica gel. The experiments were conducted on adsorption columns filled
with 0.25-0.50 mm particles of ASM silica gel activated at-about 200C. The fuels
were lied in the column at a rate of I vol fuel/l vol adsorbent per hour. The thermali
stabiitity of the fuels was evaluated by oxidation in a LSART-59 apparatus. The groups
composition,of sulfur compounds was determined potentiometrically by the method of
I. A. Rubinshtein and Z. A. Kleymenova (Metody analiza org. soyedineniy nefti, ikh ~i
smesey i proizvodnykh [Analytical methods for determining organosulfur compounds I
their mixtures, and derivatives in petroleum].'M.,*Uzd. AN SSSi). This method makes L
it possible to determine mercaptan and bioulfide sulfur with an.accuracy of up to
Card 1/2

OZERSKAUP M. L. ng of a Set of Thin La7ers of High Resistances BixLU6ten
_~L X. . The COri , pp. 63 -
jStj -75
ozers _ ___ _Lenj,,g~d vol. 1, 1936
M-ft-, 'Di Geof zkip 1408c,
in p

0-4MSKAIA, H. L.
Ozerskaiaj M. L. Horizontal Coring Above Layers Submerged in Water. Biulleten
Neftianoi Geofiziki., Moscow-Leningrad, vol. 2, 1936, Pp. 77-M.

0
0 0 0 0 0
Iff. 11 It it It as V it it a 01 is 0 a 0
0* 4
OG
Rf
A =~*,ad for detarmissixtif stray culmots In the still. Nt.
01crSkaya and G. 7 mt.. K'or='ya i 11-~'Jki s Nrl 7. '00
Nd; I 18-23OV41) Kkim.,~tVergayl ZA r. 4, No. P. 147
d
j, t 1941) i-The cumot d. is menuins file P. il,
0 44 2 ututumfly pcrpWkvW dirmtkum, anti by finding thr
dirmtion, of the current at the given point and the p. d.
_1110 0
per unit length In the true direction of the current by
00 mewatifanequation. I.Jemoltbefield4histfayciarrm, -00
above a pipe Live consists in dctg. the cathode and anode .00
00 zorhes. The p. d. between 2 nanpolarizing electrodes iq
intAsured alissig the whole pipeline. IfighpAs.arclound 0
at the estit ;oM of Use current front the pipe line. The
00 d value and the dimilon of the d. vivtor fit mray current%
4#0
00 0 are then studied in (k Anade urs" ljy mram got rrxivefiag
and difierentisid aM. The psix-r dew-rilm, hl drijill
coo
09 lapp. find the whole nwiliod for dctg. biray currents in thv
"I. W. R. Ilmn 0
0 -00
0
:;o 0
j woo
Aj*,St A sjllst~UKK61, LITER&TWE.CLASSWICATION I
%Sahli t1vissill! w, flit
MW (M 041 M lam
0 a a 6 so'
U 2t Af oo It 1. IT -Amn -I--
0 x KLo n
000000000000:00~:::Iooooooooooooo 0
0 0 0 & 000 0 * -.0 9 q & 0 0 0 0 0 0 0 0 0 a
0

D- ssertation: "Application -f the '.',r--'Ul-ods of ll~rosrec+Jr.,!7 to Invest-*,7aticn
of tl-ie Corrosion of UnderCrouTd F-J.-Fc-l-inc-O." 'Vos-=w Order cf tL:e
Petroleum Inst ineni Icadeaiclan I. E. Gubli-in, 2": Feb 47.
SO: Vechernyayn Mos , Feb, 1947 (Project #17,F36)

Results of laboratory me"wenent of elastic propertLes of rocks,
Pr W egeofiz. no.12:93-106 055. (KM 8:3)
(Prospecting--Geophysical methpds)(Zlasticity)
(Petroleum--Geology)

-- I - -- I . .1 1~ ~ j, ~ ; , ,
.J---- , -,
I-:- I- '. - " (
OZERSKAYA.M.L.
%.
Physical properties of crystalline bedrock. Prikl.geofiz. no.13:
23JM '55. (MMA 8:10)
(Rocks, Crystalline and metamorphic) (Geology, Stratigraphic)

Imn thl
L, Oxcja~U. DoNody Aked, Rook 1W, 33,ry-6
'
4W&)P'ct~-jjIrjtnroV, irttay Akad. A'~Jqapjot 1. 51
11117 -4).- Coil Ibb Ied retroRrapilic. Ina jUjctjv-StjS,~-ptIhB it Y,
alliid- MU"I'lMeMeMS17tTe Made Witt' llir LICI-p-
Pre-C-libriuan lk-i~w the Putqvin pl:-tforu,~ Tlie'
rc!5ulul ~i%ow wiile var;:,.tions [,I tl,t phrs. , is.
var) front 2.A6 to -I.Fk thr niagnvtic suw,ptibilidei
M -1 to -1 U;SM
fto in I X 10 -.5 X 10 l"lic lighlest
wks ""I gmuitt5, iatewlixiiate itt d" ut, F.Iut,ci
an'l Inigmatites, iwxt liuvirr ittL the b-IM'
an'l tile 1vtISLq 11re 111P ln;,i;fw 'itV-lIcrIl~t;te
qua~tzitea. high in Fc. The di~trib,..tioii oi 0 'est rock ci,~cur-
rences b given fit ,I tnLp indic~awg very dk4tinct zcjnc,,i ovei
the RussLan pNtfurm which are siwiLr tu
fro- -- I , .
V= P.- -wax. . adW! It I) tivW in
lie- -j
the highly anomalous ceuters of L easUrh part ofEbibp
-een Kazan, Simi ovi an
Russia, cspccia'Jy bvtw Yorby3hav
on tht eastern slopt,- of tbt: Tolicintak- 11iis. towirds the arel:
of Kotel'nich, also in the Moscow Bilsin :,r the eastern slope
of the Voronezh Hills. This corr-L~poljfjs to die
devatiom and depresbaons in the gtolGg,caily Aricieut fury,%.
W. Eitel :I

qtsk/C~eoj,~gy
card 'A Pub'. 22 38-52
.Authors i Ozerskayap M, L.
-Title The physical properties of rocks forming the crystal foundation 3f
the Russian platform
Ni1odical i Duk. AN S-SR 100/2,P'347-349, Jan 11, 1955
-Abstract The r Iesults obtained by studying the density and magnetic permeability
of pre-Cambrian rock samples of the Russian platform (Baltic region),
are described., Three USSR references (1940-1954). Drawings.
-Institution Ministry of Pb
-troleum Industry USSRj Scientific Research Institute of
Geophysical Exploration methods.
~~-Precented by` Acad emician S. I. Miro nov, September 18,,1954

15-57-10-14588
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 10,
pp 202-203 (USSR)
AUTHORS: Kolyubakin, V. V., Ozerskaya, M. L., Petrova, G. N.
TITLE: A Field Apparatus for Determining the Magnetic Proper-
ties of Rocks (P'Olevoy pribor dlya opredeleniya mag-
nitnykh svoystv gornykh porod)
PERIODICAL: Sb. posvyashch. pamyati akad. P. P. Lazareva, Moscow,
AN SSSRJ, 1956, pp 351-362
ABSTRACT: The authors discuss the theory and results of a
susceptibility-meter attachment to an ordinary field
magnetometer (Schmidt balance). This device permits
measurement of susceptibility and residual magnetism of
samples of magnetic sedimentary rocks as well as of
magmatic rocks under field conditions witil a satis:-.
factory degree of precision. The meter consists of
two susceptibility solenoids connected in series,
Card 1/3 through which an electric current is passed, and which

15-57-10-14588
A Field Apparatus for Determining the Magnetic (Cont.)
relatively lower precision is compensated for by the advantage
of making mass measurements under field conditions without the
difficult task of transporting the samples.
Card 3/3 K. G. Bronshteyn

AVCHYAK, G.M.
-;
Method of determining magnetic properties of rocks. Razved.i
prom.geofix. no-31:74-87 '59- (MIRA 13:4)
(Rocks--Yagnetic properties)

VASILOYEV, Y.G.; GRACHEV, G.I.; NEVOLIN, 11.V.;-gMUgSLYA, M.L.; POD013A,
N.V.- Prinimali nahastiye: S CHIK. S.R.; (RJSHKOVICH, S.N.;
DIMSHTEM, G.Kh.; DZTELATA, M.F.; DRABEMI, I.Te.; IVAUOVA,
M.N.; KAZARINOV, V.P.; KALININA, V.V.; K02LZUKO, S.P.g MXDVEDEVO
V.Ya.; PUSTILINIKOV, M.R.; ROSTOVTSEV, 11.N.; SKOBLIKOVA, G.I.;
STEPANOV, P.P.! TITOV, V.A.; FOTIADI, B.S.; CHIRVUSKAYA, M.V.;
SHMAROVA, V.P.- GWSIANOVA, O.P., red.; BEKMAN, YU.K., V8dushchiy
red.; MUKHIRA, B.A., tekhn.red.
[Kanual for geophysicists In four volumes] Spravochnik geofizika
v chetyrekh tomakh. Koskva, Gos.nauchno-takhn.izd-vo neft. I gorno-
toplivnoi lit-ry. Vel.l. (Stratigraphy, lithology, tectonics,
and physical properties of rocks3 Stratigrafils, litologila,
tektonika 1 fizichaskie evoistva goruykh porod. Pod red. O.F.
Gratsianovoi. 1960. 636 p. (mim i4a)
(Petroleum geology) (Gas, Natural-Geolog7)