SCIENTIFIC ABSTRACT MOROZOVA, N. K. - MOROZOVA, O. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135310005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SM SNOW MMOWWWOM %I
ACCESSION NR.- AP4036564
A!Mr*G:5: Shalimova, K. V.; Korozova, N. K.
TITLE: On the nature or absorption in zinc sulfide
SOURCE: IVUZ. Fizikap no. 2# 1964p 98-104
S/W9/64/000/w2/0098/0104
TOPIC TAGS: optical absorption, polycrystallino structure, stoichiometric
composition, spectrograph ISP 28, hexagonal specimen, crystal structure, film
substrate, excitation level, zinc sulfide, Hitachi spectrophotometer
ABSTRACT: Optical absorption in thin polycrystalline ZnS layers was studied as a
function of its stoichiometric composition. Measurements were taken on thin film
by using an Hitachi spectrophotometer at room temperatures and with a spectrograpta
ISP-28 at 77K. Three absorption regions were observed with specimens containing
excess zinc atoms (at 2200 240-260, and 300-340 mt4). The hexagonal specimens
exhibited six bands with maxima at 3085, 3120, 3164s 3190, 3210, and 3224 X at 77K.;
Pilms wil cubical crystal structure ehowed three bands with maxima at 3214,, 3273s
and 3290 . Raising the surplus zinc atom concentration above its stoichiometric
value sharply increased absorption in the 240-260 and 300-@U MA regions, while
Ca-ra-, 1/2

[ACCESSION NR: AP4036564
decreasing this concentration reduced the absorption in the corresponding bands.
Optical absorption was also increased by raising the heating temperature of the
film substrate. It is shown that W absorption in the 240-260 and 300-340 M14
.regions is determined by electron transitions in excess zinc atoms from 4s ISO
ground level to the excitation levels of 434P lp and 4s4P3pO,l,2 respectively. In
the hexagonal crystal specimens these excitation levels are thought to be caused byi
j + 1 splitting of the energy levels (j - internal quantum number). Orig. art*
has: 3 figures.
ASSOCIATION: Moskovskiy energeticheskiy institut (Moscow Institute of Power
Engineering)
SUEMITTED: l9jul63 DATE AOQ: O5Jun64 ENCLs 00$
UB CODE: OP, GC NO REF SOVt 03.1 OTHERs 007'
/2

ACCESSION NRt Ap4o36565 5/0139/64/000/002/01()4/0109
;AUTHORSt Shalimova, K. V.s Morozoval No Ke
.; TITLEs Temperature dependence of absorption spectra of zinc sulfide polyoryotalline
SOURCE& IVUZ. Fizikaj no. 2, 19641 104-109
I I
.TOPIC TAGSe absorption spectra, fused quartz, ultraviolet light, speatrograph,
,cubic lattice, wavelengthi temperature displacement coefficient, single'arydtal,
iopeotrograph ISP 28, ultraviolet lamp GSVD 120
'ABSTRACT: The absorption spectra of ZnS were studied (with an ISP-28 type
:spectrometer as a function of temperature from 77K to room temperature. The speoi-J@.
mens were prepared by vacuum deposition an fused quartz in argon and hydrogen
,sulfide atmospheres. A GSVD-120 lamp served as a source of ultraviolet light. Thei
cubic lattice specimens showed three absorption bands at 77K 3210, 3273# and
3290 9). Of these, only two are visible at room temperature wavelengths of 3280
0
and 3360 A). The 3273 A band showed a temperature displacement coefficient equal to
,,,4.5 x io-4 ev/degres. and the 3210 9 band of 3-3 x 10-4 ev/degree- The cubical
-d 1 /2

ACCESSION NRs AP4036f65
ilattice specimens with hexagonal traces showed absorption bands of 3120, 3190, 32170
i3273, and 3290 R at 770K. These shifted toward greater wavelengths when the temper-
,ature was raised to 293K. A table is presented for comparing the temperature dis-
placement coefficients of single crystal, powder, and polyarystalline film specimen
of o( and fl-ZnS. The shift in absorption bands is attributed to transition of
electrons on various active levels with different degrees of forbiddenness. Orig.
art. bass 4 figures and I table.
JASSOCIATIONs Moskovekly energeticheakiy institut (Itioscow Institute of Power
,I &igineering)
SuBk=& 19Ju163 DATE ACQt 05JM164 EXCLs 00
30 CODEt GO, OP
RO RU BOVI 009 OFX-M 1 004
Lt6--,7. 2
,_ /2

SHA LIMOVA , K. V. ; MOPOZ(NA , N. K.
11 '7:
Effect of excess zinc @,n t@e crynta' ine St7,-*@L:-e --' C --3.
Kristallografila 9 no.i.: ' 59-500 71-Ag Iv4.
( 1, @ : i -, )
1. Moskovekiy energetiche3kiy institut,

,I!;,! Iie.V.', K.V.i N.K.
!;! rfus,! t4 ,n qpecl@ra )f z lm- gulf" d-: @ 1,1 IIPr I I
cr,rsttilli-io- modif',@at4ons. ,pT,. i spevtr. "h 'IC,. 4.1
Ap '64.

L 124')2-65 RWT( P;)/4WT(t)/_WP(b)
JD
@ACCESSION NRs' AP4047340 S/0139/64/000/005/0008/0011
AUTHORS; Qhkimova, K..V.1 Andrushko, A. F.; Xhirin, V. N.1 Moro-
z
I TITLEs O@tiC&l &OPOrties of powder$ of -cadmium sulfide of hexa-
I go i_ta6difI6 ti at 77*3K
na a on
-80URCt
sulfide ne-spe-nd6 -a -a
um
p
an -i-po crystal reflection band-, optical absorption
ABSTRACT:
Xnasmu6h as earlier research an the fine structure in the
_I,jabsorption, reflection, emission and excitation of luminescence of
hexagonal-modification cadmium sulfide -was .limited to sin le-crystal
--..sampleo--and~tbin--films--deposited-on--heated substrates- the authors
ihave.undertaken to determine-the dependence of the optical proper-
ties of.tlie-hexagonal modification of cadmium sulfide on the condi-

L124U-65
@)@,-ACPESSXOIN NRs
tiofis! uAder-Which it-is'obtained., a-U6.'powders with fine crystalline
_Stru6ture@ obtained by different means -at' different temperatures and-
with ditferent@reagents, were used in the investigations. All the
-spectra were - obtained in unpolarized-light at liquid-nitrogen tem-
-the ISP-51
I -perature. Thereflection--spectra were obtained with
spectrograph with UF-84 camera, while the radiation and excitation
spectra were investigated with the same spectrograph but with an
FEP-1 photoelectric attachment. The tests were made in the 4600--
5400 A range. The powders have five reflection bands at liquid-
nitrogen temperature, and the luminescence excitation spectra display
six maximi. A comparison of these spectra indicates that each maxi-
mum of reflection corresponda to a maximti&-df excitation. The
emission of'cadmivm-sulfide powders lies in the blue and green re-
gions of the spectrum. The blue band has two maxima with positions
that %!@kry, from sanple- to sample, wbile the green band has four
Mnazl@,,a at-5146# 5223, 5295, ancl-539-0-A.--.-The-.~:-differences--in-the-spec------
ti: aepeiieor@.the Preparation. The -results indl:cate-'that the opti-
Cc r.d

L 13079-4i5 BWT(M)/WP(t)/ZWP(b) TJP(c)/A=(a)/AS(np)-2/ESD(o)/FSrj(gs)
TD.
ACCESSXON, NR: AP4047358 8/0139/64/000/OCS/0119/0124
I.AUTHORS.i @Shalimova, K. V.1 @@drushko,* A# Fs; Miirint V. N.; Moro- 16'
Izovat N.i X.
TITLE i bot-icaLproportLes of powder$ of,the Cubic modification of
cadmium i@lf ide @ and their - dbomoss in the 0 a phase transition
Z.VUZ# Fizika, n.c."So 1964, 119-124
TOPI.C TM;Stli '61AUM si e ic crystal, powder, phase transi-
-da
-tion, light absorption,-light.emission
"rs -order to obtain additional information on the mechanism'
of absorption auid emission of ligbt'in CdS, tbe.authors investigated
the @Gpqqtrq. -of diffAi3e~-reflections-emisisione and excitation of IU-
Mim9oc4h-,-q,e-:.of- CIS powders --.of C@&ic modification, and also investigated
the spectra of (3-CdS jxwde-to annealed at high teuperatures in air anT
in a belium--atmos'pbere., All the spectra were investigated in unpo-
-i Card

L 3-1070@65
ACCESSION KR: AP4047358
44@
with an-ISP 51: spectrograph.with UP-84-camerai The!
exc ation'and emission spectra were investigated with the same spec-:-
t
r admium sulfide powder
09raph antl a photoelectric attachment. The c
was precipitated from solutions and heat treated at temperatures from@.
100,to@1200C,. One band is observed in j3CdS in reflection and In
After heating the P-CdS above 540C, this band at
5060--5070,A gradually attenuates and vanishes, and is replaced by JI
Ithe reflection peaks characteristic of the hexagonal modification
crystals The emission and reflection spectra showa similar be-
lbaviorl @Oriq. art. hass-3-figures.
ASSOCIATION-C Xoskovs4y enerqeticheskiy institut (Moscow Power
-,ERqineeri!a-1nstitute)
SUBMTTEM 2M
pr03 ENCLt- 00
NR-RSF SOVt 010
OTHERt 003
Card 2/2

ACCESSION NR: AP4035477 8/0()SI/G4/016/005/0866/0868
AU77101t: Shallmova,X.V. , Morozova, N.K.
TITLE: Effect of preparation procedure on the optical absorption and reflection of
polycrystalline nine sulfide layers
SOURCE: Optika I spektrookoplya, v.16, no.5, 1964, 866-868
TOPIC TAGS: zinc compound, phosphor, absorption spectrum, reflection spectrum,
thin film
ABSTRACT, It was shown in an earlier paper by the authors (KrlstallograrAilya,8,
4GI.IDG3) that the crystal structure of niije sulfide films prepared by evaporation
depends to a considerable degree an the deposition procedure, It would be reasonable
to expect tits absorption and reflections spectra of such films to vary as well. The
purpose of the present study was to confirm this. As before, the films were prepard
by evaporation-sublimation in vacuum, argon or hydrogen sulfide on fused quartz and
glass backings heated to different temperatures from 200 to SMOC. The spectra were
recorded at 770K by means of ar. ISP-28 apectrograph. It was found that the predomi-
nant factor where the optical properties of the zinc sulf1do films are concerned Is
Card 1/8

ACCESSION UR: AP4035477
the substrate temperature. The atmosphere appears to have little effect. The absoir
tion and reflection spectra of films deposited on substrates heated to different
temperatures are reproduced In figures. Coatings deposIted on substrates heated to
200-2500C are characterized by a highly defectivo cubic structure and exhibit no
absorption In the 300 to 340 mp region. With Increase of the substrate temperature
the cubic structure becomes more perfect and absorption bands appear at 316 and 325
mp. Additional bands appear in the spectra of films deposited an substrates heated
to 4"'OOC and the x-ray diffraction patterns show evidence of traces of the hexagon-
al modification (the now bands are associated with this modification). The amount
of hexagonal US increases with increase of the substrate temperature; atthe same
tim, the 'I hexagonal I' bands increase In intensity, while the O'cubic's bands fade. The
reflection spectra show a consistent variation. Films with a purely hexagonal struLJ
ture can be obtained on glass substrates. In general the polycrystallino film spec-
tra correspond to the single crystal and powder spectra of the two modifications of
ZnS. Thus, both cubic and hexagonal US have three characteristic bands (different
for each modification), which means that both crystal forms have three groups of
levels with different probabilities for electron tramsitions between them. Orig.
art. has: 2 figures.
Card 2/3

ALL, N91 nrOWL048 _S0_QRC1C'8661tC W66fi765/019/006/0939/0942
AtrMRS
ORGI none
TITLfft Narrow-line spectra of US monacrystals with packing error*
WURCSt Optikm I spektroakoplya, v. 19, no, 6# 1965p 939-942
TOPIC TAGSt mine sulfide# crystal growthp single crystal
ABSTRAM It is established In this paper that in the sp!ctra of zinc sulfide
monoctystals with packing flows In the 300 a 330 millimi-ean region at 770 K
there may simultaneously appear bands characteristic of C1-andP_ZnS, and also
a number of lines which occupy an intermediate position between them. The
presence of two phase* to also Indicated by X-ray analysis. A detailed study
of the crystal structure and optical properties-of crystals of this type was
made by means of the Lauet method with stationar7 and rotating sanples and
the photographic method for analysis of the absorption and reflection spectra*
The authors found that the spectral complexity alluded to Is the result of a
layer-by-layer alternation of cubic and hexagonal structures,, and also of the
deformation of ImMvIdual layers within these crystals attributable to growth
defoctwe The type of packing present In falsely imposed layers can be deter-
mined ca the basis of an analysis of the optical spectra of the crystals* A
Card 1/2 UaCt 3,3544048.0

ACC Uts AP6001648
brief description Is given of the structure types passiblo In-the case of
ZnS manoccystalso It Is noted that great care should bo taken in the study
of the absorption and reflection spectral structures of these crystals,, making
this analysis only In conjunction with detalled X-ray observations* Authors
make use of.thia opportunity to express their gratitude to To. Vo Kolanteava,
for her assistance In this work* Orig. act* hast 4 figuris.
SUR Cot*$ 20 / sUM DATCt SIMA04/ ORIG RWt 004
212

MOROZOVA. N.K.; 140ROZOVO V.P.
Reduction to a cellular-diagonal form of the matrices of operators
commutable with a group of symetry operators. Dokl. AN SSSR 161
no.4017-820 Ap 165. (MIRA 1835)
1. Dnepropetrovskiy khimiko-tekhnologicheskiy institut im.
F,E Dzerzhinskogo. SubnLitted October 31, 1964.

r, EdT(m)/3R`)/3,'L1 IJP(c' JD
ACC NR: AF02697i Sount -CO-DE-I--dR/6ii~-1/66/021/002/0192/0196
AUTHORS Morotovap N. K.; Shalimovay K._V.-
ORGe none
TITLIS9 Nature of the absorption of zinc sulfide
SOURCEI Optika I spolctro6kopiya, v. 21, no. 2, 1966, 192-196
TOPIC TAGS1 zinc sulfide, absorption spectrum, spectral fine structurn, impurity band
A33TRACT : The object of the work was to study the narrow-line absorption spectrum (it
300-34-0 mu) of polyerystalline ZnS films during a gradual decroatio of tho concontra-
tion of zinc in uxcoss of the stoichiometric composition. I'his decrease was Achio@lorl
by heating thcj samples In sulfur vapor. The optical absorption of Zn3 singlo crystals
heated in sulfur vapor was also studied. Tho narrow-lino spectra of both polycryrtal-
lina and singlo-crystal Zn3 were found to be highly sensitive to changos In thn stol-
chiomotric composition. The fact that the fine otrnicturo bands of Zn3 In tho NO-330
mp range disappeAr on heating in sulfur vapor Indicates that the excosi zinc in the
sulfide lattice is rosponalblo for their prosonco in tho spoctra. 7bo Arm; -Jlr@50rr.-
tion at 300-330 M@l is measured against the background of the fundamontal abs@rptiori'
of this compound, duo to Indirect intorband transitions As In the case of other som-
iconducting cryotals, for example highly doped @ he probability of these tran-
sitions Increaeos with the concentration of the zinc impurity in the ZnS lattice.
Card MI-335.341549J21

... @, -V-1 fmkwmlmm
-L 04625-6"- -- - - ----
' ACC NR: Ap6oi6972
I
Orig. art. has$ 4 figures
1 SUB corEs 20/ SUM DATES 24Mar65/ ORIG REFS 010/ OTH REFS 002
ILcord 2/2

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-S/0081/64000/018/074/8074- 7
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4"ii-&@g ' -tikbn -e@dn i is'iled Gos.
URM,.
-iff Gosplahe SSSR.0'yyp.; 7, 1963* 31-32
TOPIC',U09: 1@oly40i4fij thermal stability-
--film I ng' I
4_ . njecti &me
T
K, mn,*re,-Co, Niq Z6,' Cd6 Bdi Hg and Bi was studied.
@*amoun, r-of hitl. des:@6 Ataj
They were introduced intO the polyaMide malt to the eXtent cf 0.1- 1.0% (by weight),
:The@'most effective: were kI, NaI, NaDro-KBr and C4Br2. These malts increase the
.thermal and photostability of films significantly, ificreasing their length of serv.
!xe by,,a- factor, of 3-4 -B.. Salierb
ENM i -.00
i IJ .
4-_
_@7

MUDZHOYAN, O.L.; MDROZOVA, N.M.
Am1no others. Report No.3: Some diakylanino ethyl ethers of
p-alkdkybenzhydrol. Iav.AN Arm.SSR.Khim.nauki 15 no.6s553-
562 162. (MIRA l6s2)
1. Inatitut, tonkoy organichookoy khImIi AN Armyanskoy SSR.
(Amines) (Benzhydrol)

5(2)
01 K. N. @A.
T I T L --- of Dr,,t,-- I. , C
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width of f jr 7i,.,: zone kinJ t',-,e
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XOROZOVA. N.M.; BARKAII. S.M.
Lowering acidity of milk with &nIOAitGG* lxv.v7souchebezav.;
pishoh.tekh. no-5:64-67 '58. (MIRA 11:12)
1. MoskovskI7 tekhnologicheskiy institut rVasnoy i molochnoy
promyshlonnosti, Imfedra analitichaskoy khimit, kafedra takhno-
logit moloka.
(Milk-Composition) (Anions)

T .0": tjrozr;vq T-2c T i r i nn
ort,4ble
TI C as Aral:,,7 -2 - fc. r- ').? tpr:r i r r,, t. 2
Iro,-P.n. (I-orenonnyy p-izu aliz,.tor r,!
che z t v a v o.! o r - d a
,-,I j1c"- @,rprg- tik , 4"
9 . r
4
0 T- t F,:- 1 es 8 nal i- F -, r rl o t.@ rr i r, r @, t @ip
t! i e li I rj r n i r t h r@- :jl.ln 'Pt.- of E; r-
scri bpd i th this tip s
c r r ay b e t c s t c, d _ n tn 9-;ot t
sa!: les had t(@ ',e tfi@er. t, k@
boratcry for tentirg. Du.@ I c s n t. w i e
z.r,d tur,-(@ratur!2 dir- crerc,@s, r!r.,ors c-ul,l
T
,hore is I liapram.
1. Hydrogen--Test methods 5as analyzer.@;
cc,rd 1/1

5(2).(3) nUSE 1 BOOK ZXPLOITATION SOV/2554
Akadmiya n uk 33R. Otdolonlys khtnichooklkh nauk. Komassiya po

IsGledovanlya v obleatl Ionoobwenncy, raorrodelitel'noy I oaadocn
krustatogratIl (Studies In the Field of Ion Lxchange, Dletribu-
tIon and Precipitation Chromatography) Roscoe. Izd-vO AN 33SR.
M9. 150 P. &rrat^ al lp inserted. 3.500 copies printad.
(tl
ad. of Publishing House: E.G. Tagorov; Toch. ad. i I.N. Gusews;
Witortal boardi K.T. ChwAtpv, Corresponding Member, USSR Aced my 2+@ 2% 2 a2+
XI n + @CN d D 'Lg) Mg Co Ni Cd Fe B >
2+ 2+ b In accordance
Card 1/3 > Mn = Tl+ Sr +> Ca > K +1=[Li+3>(Cs+D "TH4+'

Fractiozial Discovery of Scveral Rare Ele@.;ents j3y :@eans of 3@7 ','?
t-,e Chro-Latographic L:ethod
with the sorption 3equerxe fixed by several ele-ents,
grams of rare elements were obtained in combinatiur; uith -,t@er
cations. In addition, the analysis in connection zzit!-, t-.e
discovery of the following metals and ions is de6oribed: @erium:
in the presence of big:ruth and copper 1 of tin @!V)j 01, iacrc.Ary
(I) and bismuth; of tin (IV), bismuth, mercury @I Und 11), and
iron; of bismuth, antimony (III), and arsenic (III). Li-rcovery
of indium ions: in the preaence of cobaltj of zincl of mercury
(I and II) , and leadl of iror 'III). Discovery cf ions 02*
2 ( T T
in the presence of cerium; of mercury (I and II), and iror.
of copper. Discovery of thallium ions: ir. the presence of : coTier;
of mercury (I and II); of indiam; of ceria:.n.; cf cobq:t, nickc-l,
cerium, and lead; of uranyl and zirconyl. Din(@ov,-ry ,f zirco@iyl
iones in the presence of mercury (II); of zinc; of cul,;,er; of
iron (III); of cobalt; of uranyl ions. Discov.-ry of thLriu=. ions-
in the presence of lead; of cobalt; of uranyl ions; c' 4-rcr,
Discovery of neodymium ions: in the presence of [e-mail] "11); -f
leadl of copper, silver, and cobalt; of nick@-l; of iron !T1:),; _f
cadmium. There is-$ Soviet reference.
Card 2113

Fractional Discovery of Several Rare ED,,mects By ,r-ann @,"
tne Cliromatographic Method
ASSOCIATION: Moskovskiy tekhnologicheskiy instit@t myasn:y i molccl@r- ', y @ r, ::.y T h -
1 ennost i# Kaf edra anal it ichuskoy khiu,i i (11,103cew T(-c@,no i,)t@:ca I
Institute of Meat- and ',Iilk Industryp C@,air of Analyt:@;al C@,E.-,I-
-try)
SU31TITTED: March 26, 1958
Card 51/3

,xr,l Chem Sci -- "Or9tirtic, SuLatrmnces in r;el-' n-t@-ry
MOROZOVA, It. M. Cr L:-.4F,-
h
,,v and its use in analysis of various objects of the food industry." M s, 1960.
grap .0
(Mos Order of' Lanin Chemicotechnological Inst im D. I. Mlendeleyev) (KL, 1-61, lf12)
-58-

- HOMOVA, N.M.; OLISHAROVA, X.H.
Application of ion exchange processes in the dairy industr7-
Izv.vys. ucheb.zavi ;pis Mb. tokb. no.5:63-67 161). (KIM 13:12)
1. Hoalcoveldy tokhnologicheakiy Institut wrasnoy i moloc@inoy
promyshlennooti. lafedra aralitichookoy khimii.
(Dairy industry) (Ion exchanee) 4

KOROZOVA9 N.K.; OLSSRANOVA, K.H.
Chromatographic method of analyzing heW metals in daij7
products. Izv.vys.ucheb.zav.; pishch.takh. 1:130-135 161.
(MIRA 14:3)
1. Moskovskly tekhnologicheskiy institut myasnoy i molochnoy
promyehlennostil Kafedra analitichoskoy khimii.
(Dairy products-Analysis and examination)
(Metals-Analysis)

OLISHAMOVA, K.H.; KOPYLOVA, V.D.; MOROZOVA, N.M.
Determination of the concentration of inorganic ions from the
zone length or volume in precipitation chronatograw. Izv.vys.
ucheb.zav.; khim.i khim.tekh. 4 no.6:923-92? 161. OUM 15:3)
1. 14oskovskiy tekhnologicheskiy institut myasnoy i molochnoy
promyshlemosti, kafedra neorganicheskoy i analiticheskoy khimii.
(Chromatographic analysis)

Jq
OLISHANOVA, Ye.,, prof.; MROZ-OV4 N-.,- HUROMMOA, G.
Chromatographic method'for determining the tin contAnt of canned mat.
HUs.W.SSSR 32 no.2s47-48 161. (HMA 140)
(Mat, Cann d-Preservation) (Chromatographic analysis)

KOPYLOVA, V.D.; MMGVA, N,M.1 OLISHANOVA, K.M.
Organic reagents as indicators in precipitation chromatograms.
lzv.vys.ucheb,zav.; kbizm.i khim.tekh. 5 w.1:22-25 162.
(KMA 15 4)
1. Maskovskly takbnologicheakly Institut mywzxoy i zo2oohnoy
promphlennoati, kafedra neor anichaskoy i analiticheakoy khImli.
(Chromatographic aualysie@ (Chemical tests and reagents)

OLISHANOVA, Kaleriya Haksimovna; KOPYLOVAO Valentina Dmitriyevna;
WRDZOVA Nadezhda Kikhaylovna; CHKUroVV K.V.t otv. red.;
i@OV, U., @r.,-'@T@VA, I.A., tekhn. red.
(Precipitation chromatograpby]Oaadochnaia khromatografiia.
Moskva, Izd-vo Akad.nauk SSSR, 1963. 103 P. (KIRA 16:2)
1. Chlen-korrespondent kkademii nauk SSSR (for Chmutov).
(Chromatographic analysis)

3/03 65/029/001/003/022
B1 01yBi 86
AUTHORSt 01'shanova, K. M.,.jLorozova_,_N._ M., and Kopylova, V. D.
TITLEs Determination of microamounts of inorganic ions
PERIODICALt Zavodakaya laboratoriya, v. 29, no. 1, 1965, 24 - 26
TEXTs The limiting concentration at which an inorganic ion ceases to give
a chromatographic color reaction is determined. Next, the solution under
investigation is diluted until the element concerned gives no reaction.
The concentration of the element in the sample is calculated from the re-
quired degree of dilution and the known limiting concentration. A glass
column 10-13 cm long and of 4-5 am diamet er filled with Al 203 is used.
The following elements, developers for the cliromatogram, and limiting
concentrations (mg-equ/liter) nre givent Cu(II), rubeanic acid, 4.7-10- 2
Ni, rubeanic acid, 7.3-10-3; Ni, dimethyl glyoxime,'1.1110-51 Fe(III),
potassium ferrocyanide, 5.6-10-3; Ag, potassium chromate, 9.2'10- 2; Hg(11),
potassium chromate, 7-@,'10_ 2; Zn, ammonium tetrathiocyano mercuroate in th-
Card 1/2

S/032/63/029/001/003/@)22
Determination of microamounts of ... B101/B186
the presence of cobalt ion, 0.26; Pb, oodium rhodizonate, 2.5*10- @; 1b,
potassium chromate 1.0; Sn, potassium xanthogenate, 0.23; Co, a-nitroso-
il-naphthol, 4.7-16-4; cl-, Hg(NO5)2P 5-10-2. The method is recommended
for industrial analyses. There is 1 table.
ASSOCIATION: Moskovskiy tekhnologicheskiy institut myasnoy i molochnoy
promyshlonnosti ('Moecow Technological In'stitute of the Meat ell
and Milk Industry)
Card 212

OLISHANOVA, Kaleriya Maksimovna; POTA.POVA, Mariya A-lak.9androviia;
KOFYLOVA, Valentina Dmitriyevna; MO_?,OZQVA1 fladezhda
Mikh-aylov a; DEBABOV, V.G., red.
[Manual on ion-exchange, partitLon, and precipitation
chromatography] Rukovodstvo po ionoobmennoi, raspredeli-
tellnoi i osadochnoi khro-matografii. Moskva, Khimiia,
1965. 199 p. (MIRA 18:7)

L -2Ja-1c;--66, -W-KeT WW
SOURCE CODE:
AUTHOR: Nushair, V. S.; Korozam, N. M. Fichakhchlo
ORO: none
TITIZ: The affect of busbars on the current Interaction of conductIrg-fluld flow
-4th the traveling weve mignatic fid-ld
MUM Kkanitnaya, sidrodinamikas no. lt 1%6, 109-115
TOPIC TAGS: electroconductive fluid,, electromagnetic fieldp magnatic effect,,
traveling weve,, wave fanctIon,, traveling wave Interwtlon,, electric Inductance
ABSTP.M. An analysis has been made of the effect of electroconducting buAbars an
the current Interaction of conducting fluid flow with the traveling wave somatic 7@/
field created by a long line of concentrated Inductances and capecItanceso An ex-
pression for the amplification coefficient as a function of the ratio of bmabor
thickness and duct width to the wavelength was obtained. The Inclusion of busbars
Increases the ampl1flustIon, coefflelent, Or1ge art., has: k figures and 22 formilam*
(Based on MtftorSq.*b#itVftt1 ENT)
SAM COWt 20/ D=/M4v635/ "'ORM RM W2/
card 1/1 50A

ACC NR. a6029329 ( /-N @ SOURCE CODS; UR/0426/66/019/006/0441/0446
;.UThOR; Xndzhoyan, 0. L.; Morozova, N. M.; Samvolyan, V. M.
Ma: Institute of Fine Organic Chemistry, AN ArmSSR (Institut tonkoy organichackoy
khimii A-N ArmSSR)
TITLE: Studios in the field of "no derivatives. Part 14; Somo N-(A-chloroothyl)-
N-banzyl-N-p-alkoxybonzyl ".nos
SOURCIE: Arzyanskiy khimichoskiy zhurnal, v. 19, no. 6. 1966, 441-j@-
TOPIC TAGS: amino salt, secondary amino ,cr, 11"%a
ABSTRACTI Alkoxy derivatives of dibonamino
(Qj,Cjj,),NCll,CJl,Cl
I icl
were synthesized. Their general structure was
Ro @@\" -Cll'
0- )NCH,rm,dii
VCH3
Card -lb- -UDC:

ACC NRi AP6029329
1.-.3 physical properties of tho alkow1bonzyla-minas obitainod aro Ghown In Table 1, and
the properties of their hydrochloridoG In Table 2. A.11 the hydrochlorido3 manifosted
a more or loss pronounced adronolytic activity. -1hoy also had a pronounced ganglion-
blocking and "H" cholinolytio offoct. Orie. art. has: 3 tables.
Tablo 1

R
molt'-Ia@r
1#L
d2o IM Q
2U C44-
"d
C li,
57,7 -7/3
205 C,,11,,NO, 0942 1 LGjO 60,61 hO..-;
C'I 11)
6 -80/1
178 Cj811jjNOa 1.0758 1 , 55 .1 0 85.23 6L. 13
C, H, -67,5 102-3/1 C111131NO, I , or).; 8 1 5,20 89. h") 69,63
iro-C3111 33,3 192-5/1 C"11 No
35, 1 1.06G7 I , @@'00 8@ 89.81
C
4H,
53,3
219-2111
C'ji".No'
1,0534 '13
1,5456 94, 4 7 94
is, -r-,K, 48.6 196 - 610 5
' CloH31NO1 1.0110 1,5456 1 94,47 94,35
CSKII 63,0 238-9/2 GjjKjqNOj 1,0398 1,5415 99.66 11J. 08
71.3 225-30/2 C,,1 1,,NO, I'M 1,5400 99.06 99,06
Card 2/3

ACC NRt AP6029329
Table 2
P.,., Maj.,/'LF tlclf"@
Y;c 1.4
R *C/.W.M (at enu I c' ?
C.
CH, 96,1 190-192/4 C,H,C1N0 183
c'"s 92.3 186-188/1 C,,H,,CINO 124-126.
C,H, 81,8 186-187/2 c"fi INO
C 108-11-1
if.-c3H7 94.5 170-17512 INO
c"H:: 130- 1 al
C,H. 57,4 207-208/3 C,,H,,C1N0 103-110.
i3o-c"H' 71
6 203-205/3 C,,H,,CINO 137-1313.
CIHII 67 3
: 238-239/3 C,,H,,CINO 114-115-
;s--c'H, 71,3 210-213/3 C,,H,,C1N0 118-119.

SUB CODE: 07/ sUBy, DtTEg olyar65/ ORIG REFI 001/ OTH REF: 008
Card

MOROZOVA, N.N.
Theory of nimberis at Moscow
Uch. zaD. MOr'i 98:3-46 160.
(Nimbers,
University in the IIA-i centur-/.
(MIN 15:1)
Theory of)
C

Url
Uni ofi. V(

-NDROZOTA,-I.?.,,- kand.med.nauke refarent; THESHCHIRMIT, A.I., raferent;
oommirsm, D.N.. dotment, referant
Kitmtas of meatings of tha XiGv and Kiev Province Surgical Soctattes.
lov.khtr.arkh. no.6:128-134 I-D 159. (KIRA 13:4)
(KIXV PROVIRM-SURGICAL SOCINTIS)

VEREKEYENKO, K. N.; ZVERIKOVA, Y. P.; FOROZOVA, N. P.
Use of crystalline trypsin in the treatment of thrombophlebitis.
Nov. khir. arkh. no.3:20-22 162. (MIRA 15:4)
(PHMITIS) (TRrPSIN)

ACC NRs- SOURCE CODI-;-:--VRt 000/(686/6@82'
AU-MCEZ: Mirolyubov, G. P.; Frolov, N. I.; Morozova, N.
ORG: none
Some characteristics of the of@ect of landin,-. im-3act accelerations on the
crranism r?,3or Drescnted t the Conference on ?rob1c= of Space Madicino hold in
' 14-27 May 19661
Nascow irom
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiay, 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentsii,
Moscow, 1966, 280-282'
TOKC TkGS: space physioloar, impact acceleration, biologic acceleration effect,
injury
;,=STFJ@CT: In experiments conducted on 250 white rat.3 ard 20 dogs, sele Ct4 ve
injuries have been observe,! in pare,",enymatous and hollow organs. From
@ne type ol injuries sustained by 'hollow s@ruciures, it was co.-icluded triat
tiie destructive force was dA'rcc*6cd frorn I n6ide tne org;in. Rup"ures C"L
the vena cava and 'Ante-5tinc were accorn-)anicd by hen-lorriares in gas'rc
mucosa, injury to the endocard@uni, aw rupture oi tne interatria, septum.
.injuries to parenchymatous organs were external in nature and surfacc:
hemorrhaging gn tne liver, subcapsulateu fis6urcLi, and z:uriacc rupturea
were noted.
- Tolerance of landing accelerations depends to a considerable degree
Card 113

ACC NR. kTL 6 0
on tne superimposition of additional aCC'--1'2'-a-:onS %v;-"'ci% develop
v.bration of a falling platform and its c-lair during irnpac-..
F-ormerly, these effects of supplementary accelerations were extremely
injurious. Aninials are killed at landing rates of 6 n/sec. After
,ion of supplementary accelerations, they can withstand an impact of'L4, m1sec
without injury.
Changes in arterial pressure, pulse, respiration rate, and EKG ds-
orders occurring during landing impact accelerations are frequently ob-
served when internal organs are injured. In isolated cases, injury to in-
ternal organs is observed in the absence of any cardiovascular or respiratory
disorder. The range of accelerations which disrupt cardiovascular arid
respiratory function and cause injury to internal organs is more clearly
demonstrated during -transverse accelerations. Apparently, this range
depends on the body surface sustaining the impact and the receptor zones
involved and on the compensatory capacities of the organism. Expanding
the methods for studying these phenomena will permit a more accurate
determination of the range of accelerations which cause functional disorders
only.
The effects of repeated impact accelerations which do not cause injury
Crd 2J3

ACC NRs AT6036654
are marked by a deterioration in tolerance reflected in cardiovascular and
respiratory disorders (apnea, extrasystolc, etc. ). in.;ury to internal organs
also occurs during repeated exposure to these accelerations. The summary
effect of impact accelerations depends or, the intensity of exposure as well
as on the extent of the disruption In systems regulating the function of the
organism and the antagonism of a nurnber of complex compensatory mechanisms.
W'hen intervals between exposures are increased and the acceleration -nag-
nitude is decreased. a summary effect does not occur. This is probably
due to the complete recovery of re@,-ulatory mechanisms during the :nterval
between exposures. A study of the complex mechanisms of regulaz,= and
the compensatory reactions of the organism, as well as determining the time
A* 'ter exposure to repeated accelerations wiII permit
necessary ior recovery al A.
a far more accurate as3essment of the pro'blem of establishine permdss-ble hwmnan
lirndLs. LrW.A. No. 22; ATD Repom 66-1161
SUB CO DE: 66 / SUBM DA-,E : CKjXay6 6
Card-3/3

KOROZOVA, N.P.
-7 1
Investigating the effect of errore In neldog electrodes on
the quality of electronic isages In cathode systems. Opt.-makh.
prom. (251 no.3:40-43 Kr 156. (MIRA 11:9)
(Blectron optics)

v
r i
cIr
f go-ome t r 1 1 3h C- D a-, 11 C f V a L I Lm; 5.
Zhur . vyj rc.
1. 7hair c-' --y,
I
@r, v

MROWVAO M. P.
Developmat of the second year sugarbeets under varying durationof
day light, Dokl,, AN SSSR 83t no. 2p Varob 1952.
HmnIbIX List of . Lilymry of Congrass, August, 1952.

- - @@@ft - r - -
OPARIN. A.L. akadaaik; SLVYAGIN, I.I.; KOROZOTA, M.P.
Certuin characteristics in the development of the =Lgar beet in its third
yet.# of life. Dokl.AN SWR 91 no.3:671-673 Jl '53. (NIARIL 6:7)
1. Isesoynsnyy nanchno-isoledovatellskiy Institut oveklovichnogo polevodetva
(for Sinyagin and Karozova). 2. Akademiya nauk WSR (for Oparin).
(Beets and beet sugar)

Von
..,"Car.d, 1A -@Fub- 22 37/40
-.,kth6ru. _s,. Sinyaa@n, 1. and Morozdva, -M. P.
"W
Tit", t. Ketahaim in, blossoming and non-blossoming biennial plants
Periodical @@'Dak.'@A.14.,SSSR 99/?x@,-321-32-4o qoV 11,-1954
'Ab @rh h - 9
s#44 s: e- canges occurrin In the metabolism or plants during phese development
under tfie effect of externalmedia are discussed. These changes were re
vealed V comparing the*photasynthetis, breathing, transpiration and other
life activities or biennial plants. The results obtained for blossoming and
non-blossoming biennial plants are tabulated. -. kMeven USSR references
(1932-1952). Tables.
Instltution-:,@ All-Union Scientific Research Institute of Sugar Beat Growing
:@.Flresented bylk;;: 1*ca6miclan A. L., Mrsanov, September 16,.1954

RUBIN. B.A.; IMLITSKIT, L.V.; SALIKOVA, Te.G.; MMIN. Ye.M.; KORiBLvvA.
N.P.; MfitOZOVA. N.P.
Us,i of ionizing radiations to control dormancy in potato
tubers during storage. Blokhtm.pl. I ovoshch. no-5:5-101
159. (MIRA 13:1)
1. Institut biokbimii iment A.I.Bakha Akademil nauk SSSR.
(Plants, Effect of gawa rays on)
(Potatoes--Storage)

'Z 7A
1@e--,Vll y
L; "I "I
In f 111 ri 0 f Y-
nd Carlx-!!y,',-,te
@1;-. in j
O"t Int'i.
i"-16 Au@@ !,(,I.

RUBIN, B.A.; H;.TLITSKIY, L.V.; SALIKOVA, Ye.G.; 14UKHIM, Te.Me; KORABLEVA, M.P.;
HDROZOVA. M.P.
Using Ionizing radiations to control the dormancy of potatoes during I
storage. , Report Vo.,2. Biokhin.pl.i ov3shch no,6:5--57 161.
(KWA 1/#:6)
I* Institut bio'chim'i imeni A.N.Bakha ALN SSSR.
(Plants,, Effect of Igm-wa mys on) (Potatoes.-Storage)

S//C2G/62/1 43AG I A 30/: 3C
-Y BI 44,/B I C 1
,,,UT1f1Rc Metli tskiy , L. V. , Korableva , N and ).,ox
_g z o v a , N.
T IT L_" ect o f --am:..a radiation on nucleic acid M e t ab o 1 i s rr,n
stvra.@ @r.an3 of plants
Akademiya nauk SSSR. Dorklad:,, , v.
14 3 , n c, -
TEXT ; It was observed that differs widely irt
bulbs (ullium cera), )otato tubers (P), and Carlic bulbs und Iecr@-aaes
in the eivc-a order. Nucleic acid metabolism as'the decisive factor of
plant L;rowth was investigated in meristematic ("'.) and storat;e (St,, tisEues.
These viere analyzed two days after irradiation anI then evvr,@ 33 days,
conservation temperature 50C. As shown previously, N: are must strongly
affected by disturbancea of nucleic acid metabolism in irradiated ?. :n
the present tests, 6uanylic, a(lenylic, cytidylic, and uridylic acids were
reduced by 50,',' on irradiation of P with 10 kr. Surpric@ngly, nucleic
acids were found to decruaso even in nonirradiated M of G on lont;er con-
servation. The hypothesis of possible depolymerization and washinc-out
of the low-polymer fragments of nucleic acids, when these tissues are
Card 1/2

Effect of' gamina radiation on ...
5, ?r@ 26 2,11 /4 zc I /o C,
D144@,9101
pre-,ared for analys:.k: , -was i,roved by studying UV absorption. T@. @@ e X t i-:. t
Of the polymerism of the nucleotides thus obtained and their na*.ure nas
stil'@ t,3 be elucidated. Thus, the inhibitive effect of t-,amma-irradiatjlon
on plant 6,,rowth is due to diffferent disturbances of nucleic acid
metabolism, particularly RNA and DNA synthesis in M, dependent on Lre
plant apecief). The different radiosensitivity of the plants studieci is
probably due to varyiae degrees of polymerism and contents of nucleic
acids. The high radioresistance of G may also be caused by some
protective agent. There are 3 fiCures, 2 tables, and 5 references:
1 Soviet and 2 non-Scviet. The two references to LnCliah-lan(,uare
I ,
publications read uo follows: A. Thomas, H. Shorratt, Biochem. J., 6Z,
no. 6 (1)56); ot;ur, j. Rosen, Arch. Biochem., @Ij, 262 (1950).
ASSOCIA@@'ION: Institut biokhii.,ii im. A. N. Bakha Akademii nauk S531i
(Institute of Biochemistry imeni A. N. Bakh of the ;tcademy
of Sciences U3310
PRESEN'T10: October 16, 1961, by A. I. Oparin, Academician
SUB14ITTED: October 10, 1961
Card 2/2

MTLITl'-)Y, I Y , L.V . , MtJKh I @; , Y- . N. . 6 @R, a'.*,. I'. . i .
Bioch6mical natore of' the r,@ar 1 i ..@ ', . ac),inds anti their li ;e In
increa3ing the resistance of putat-,@E @o ndcroorganisms. Dok i,
All SSSR 150 n@.6%1)82-1384 J,@ '*J. (mdRA lb.P,)
1. Instit,,, bloklilmil Ira. AA.lin@ljn N 33SR. Predstavlono
; dr: u d em I 'k, rg @, . Ii par i nim .
- AND Pr3TS)
,lPL;,@,.T`;--:- ;-, A@';, PK3T TSISTOGE)

KOCEE7KCV, V.11.. SIV)ROV. ir.2h., N.V,
Investigating the aff or t of sta@,! '@ I zerq on :h(-, c,-) @@-
coalechanl@ul and I@Fhtproof propurz.:eg 1.
, f r, 1. 1 t-@ ! : ,- ; I
Naunh,"sel. trudy '.'.111!FIK nc, 14"32-11C, 'hy..
(M":' I a 12

L 23071,r65 EWW/w(j) Pc-4 Am
ACCUSION W." W%@87 S/0081/64/000/013/6053/SO53
'50URCKI Aef. th, Xhimiya, Abe. 139335
AUTHOR.,w- Xochetkov, V. N.; @Ldoro@r, V. A. Morozova, N, V,
-9. 4'stud of.the effect of stabilizing additiven.on the agla"hysicomechan-
y
ical: -C Mide fi M
@p4@optl al properties of a polya
CITP SOURCEI Nauchno-issled. tr. Vass. n!.i. in-t plenochn. matorialov Liskusstw
-1963, 92-110
koxhi, 6b. 14$
JMO, TAGS i - polyamide film, polyamide light permeability, polyamide beat: resist-
Once, polymer film stability, stabiLizing additive
MMIAMM The autho or 't di d"the effect@6f the addition of stabilizing ad-
ditives (Cu'S04__ 't -
9 02 -naph YI -Anidine,_ reoorcinoi,______
CaHP04, Ti tol, phenol, diphen gu
--malsic-anhy4rids i- phenol- formaldehrd6--feb physicomechanical- and
- .- i t@ - .1 ,------- --- ljami4a h M. They fouod that the most effectivi stabil-
-optida __ proper ___ as of po
ize a 4-
re: ra'! XI:2 -naphthol and phenol- formaldehyde resin; the greatest heat re-
-sistance vae produced by the addition of stabilizers in amounts of 0,25-1%.
card---, 1/2
NEW

&-IILINL@, Mark Alok.,;itriar-(@vlch, dotz3.; I-Iona
Yurlyevna, assis-ent [deceit sed
Vladir,iroma assistent; KGIIktOVA, red.
,"', , @ I- -", , - - I,
[Principles of industri&l e-l-rtronics and autor-atic
control) Csro,.ry Frourshlennol elektroniki i avtoratiki.
In.p.) %lyssYala sl@,ola, 1964. 86 p. (1,.IRA 17:11)
1. Kafedra `.-romyshlennaya elektronika i avtoratikall
Moskovskogo avtcn,obil'no-dorozhnogo instituta ir.. Molotova.

MOROZOVA, N.V.
Problem of early diagnosis of oneiric catatonia. Vop.klin.
i lech. shiz. no.1:102-104 164. W110!8:5)
1. Otdej psikhozov pozdnegg vozrasta (zav. - profo,S,G.Zhislin)
Gosudari3tvannogo nauchno-issiedovateltakogo instituta paikhiatrii
Kinisterstva zdravookhranen@ya RSFSR i Moskovskaya gorodskay4
klinicheskaya, bollnitsa No.4 imeni Gannushkina @glavnyy vrach -
V.N.P,wbalka).

SIDOROV, V.A.; MOROZOVAt D.V.; TROS11-Wi, G.M.; ZAYTSEVA, N.P.; ALFKSANDROV, K.N.
Using stabilized polyamide film In agriculture. Blul. tekh.-ekcn.
inform. Gos. nauch.-issl. nauch. i tekh. inform. 17 no.9:67-69
S 164 (MIRA 18:1)

K@)CITFTKOVY MI.? Xii)Vy V_m.i, MMOZOVA, N.V.; PONOMAMAy 'I.A ..
I
;,I'r :50
St,)c1les @ln th- f'-'i,J rf tho istmbillzoltion r@f A -I'
Flast, riessy '65. ('111RA a,8Zf,*)'

AUTHORS: Rogovin, Z. A., Davydov, &. M., Tsarfin, La. A.
Morozova, N. V. lerokhina, V. 0.
TITLE: Rapid Method for the Acetylation of Cellulose in a iiomoge-
neous Ledium
(Bystryy metod atsetilirovaniya tsellyulozy v Eomgennoy
srede)
PERIODICAL! Khimicheskaya Promyshlennost', 1958, Nr 1, pp. 17-2o W33h).
ABSTRACT: The cellulose acetylations which have hitherto been carried out
in plants took from 8 - 12 hours. Therefore it was necessary to
find a method of' shorter duration. In the present paper a rapid
method is suggested which refers among other things to some pro-
posals of Thomas (reference 3) as being superfluous, so e. g. a
pretreatment of cellulose with concentrated urea solution. The
usual activation with glacial acetic acid at 6o0C for 3o minutes
is sufficient. Investigations of the influence of the acetyla-
tion temperature showed that a temperature of 7ooC in not to be
surpassed and that with a quantity of 0,3 percentages by weight
of sulfuric acid as catalyst at 8ooC the triacety1cellulose. can
Card 113 be obtained within from 2o - 3o minutes. In c,r-ier to obtain

Rapid 1@ethod for the Acetylation of Cellulose
in a Fomogeneovis Yedit=
triacet@rlcellulose with sufficiently high molecular weiCht
special attention must be paid to the composition of' the
mixture to be acetylated. Experimental results sho-w that the
decomposition of the obtained acetylcellulose is proportional
to the added quantity of acetic acid, on the other @,and, how-
ever, the procedure becomes too expensive in the ca,;e of an
increase' ad-lit;cn of acetic anhydride, except the product. is
isi)lated in an arid niedium so that no hydrolysis cf the anhy=
dride can occur. On the strength of various investigations a
MiXtLLre of 5o - 6oO/o of acetic anhydride and of 5o - 4-ca /0
of acetic acid was found to be the optimum condition. In in-
vestigationa of the catalyst quantity and its character U wa.-
found that the quantity must be reduced at increased temperature
(from 1 - 1-50/o to 0,30/o in the case of suLfaric arid), aniline
sulfate (0,6 percentages by weight) is assumed to be a better
catalyst than the ammonium sulfate suggested by Thomas. The in-
vestigations are carried on in order to test them in the indu=
strial scale and to obtain a further reduction of the acetic an=
hydride quantity.
Card 2/3 There are 3 tables, and 3 ref'erences, 2 of which are Slavic.

Rapid Method for the Acetylation of Cellulose 64-1-4/19
in a Homogeneous Medium
ASSOCIATION'. Laboratory of the NIIPP &t tte Uhemical Plant Vladimir
(Laboratoriya NIIPP na Vladimirskom khimiches@om zavode)
AVAILABLE19' Library of Congress.
1. Cellulose-Acetylation
Card 313

Y]aCKHIMA, Y.G.; KOAOZOVA, N.'.; ROGOVIN, Z-A-
Development of a method for determining the reactivity of cellu-
lose In the process of acetylatione Plast.massy no.8:65-66 16o.
(MIRA 13:10)
(Callulose) (Acetylation)
-41@

TI
P*-4. M/NAX.1.
I@ACCZSSXON NRI AP30,06@33
8/0191/63/000/009/0015/0017
AUTHORS-. 1cochatkov, V,- N, PC - -Mar evELV ji, Morozova, N,.V;-
V.
#TITLE r WMIXJ film atabilization 'analysis, Stabilizing affect
of bydrohalogen acid salts. ,
-17
BOMCE; Plastichaskiya massy*, no, 91, 1963# 15
TOPIC TILOB 4 polyastiderfilm stability hydrohalogen acid salt-'s
K: CuBr . NaB 8, b 2, KB Sab 2, film thermostability, Hg, Zn, -I)i;- MA, Co, Fe
J
,@s
C(L'O'Cd, mercury, zinc, biatrjtb,. mmaganatio, copper, iron, calciuim, cadmium
ABSTRAM 34aboratory and industrial conditions of stsbilization@ols`
polyamide film with salts of hydrohalogen acids were investigated, !_i.
The introduction of small quantities of hydrohalogen acid salts in- 4,
s
soreasee considerably the tability of polyamide film to heat e;fool'
and to atmospheric conditions. 7ha most effective stabilizaral@var(
found to be KT,, CuBr,, Ne,B2 and KB The highest thermostabilit;y of;
w 0,5 ta";
the film is obtained hon tha addf;ions- are in quaLatitiee of
The salts of 14n, Znj B, not
1, 0%, *p Ug,, Bi,, Co# Pa. Ca and Cd are
j: 'card

j-@ -80@ 3
ACCESSION NRr AP3006533s
sufficiontly effeetive a adispersant and therefore are not sw.tab3,e-,..'*,
additives, Orig. art, has: 2 tables and figures.
ASSOCIATION: 6one
SUBMITTED: 00 DATE ACQ: ENCLI.
-30Sep63 c 0
OC3.
SUB CODE: CH NO REF SOV: 010 0 THER
-Cold

L 416,1Z.- 6 FdT(m)/FPF(,,- 'ZPR/EdP,j)/T Pt;_4/Pr_4/P&_4 /Pt-9 'Wd" py,
ACCESS10 NR: AP5006556 6/0191/65/0001003/0012/0014
AUTHORr Vi -9 Rogov, V. M.; Morozova, N. V.; Panomareva, V; A.
TITLE: Stabilization of
2yamide films
SOURM Pl6stiches-kiye massy, no. 3, 1965# 12-14
TOPIC TAGS: polyamide, stabilization, polymer film
-ABSTRACT: -Stabi-liZation- of-polyamide film by the addition of salts of sodium, po-
toppier-is investigated. One of the parameters studied is the relative
elongation of the film as a function of the amount of salt int-,oduced. These re-
lationships am shiewn its Fig. 1 of the Enclosure. It was shown that the greatest
jlity@is obtained with copper salts in the amount of 0.25% of the
weight of the polymer. It was also found that the most effective aalts are Iodides
and bro,mides of soditim, potaasium and copper. The results of stability tests with
respect to thermal oxidation am ahown in rig. 2 of the Enclosure. It was famd
that the,stabilizers quite strongly adsorbed so that there is jo danger of th,-.m
being washed out. The dielectric constants of unstabilized film differ very little
from film stabilized wi_th@ Hal* _XaBr, Ki and Mrs. __ 0r1S*__ rrto best, 5

No REF, Govt. - 003,
OTHER: 000
!- ,
L
0
SUB CODE: GC I MT

I ts U=d.
murm M. UOUPT --I pf" I at ejo--W* (@f
4-8 fai, NonfiAt mctal 9-irfimei rirt 5m tr@Aftd therllWly
at IW for 60 min., sind than cmuentlu i.

GILYAROV, N.P., kand.tekhn.nauk; MOROZOVA, O.F., inzh.
Resistances in the lower boundary of a self-simulatinv area during
work with air models. Trudy LIVT no-7:17-22 '60. (MIRA 15:2)
(Aerodynamic models) (Hydrodynamics)

I I I TSHIVA, P.Ye.; HOROZOVA O.G. (Andizhan)
Study of vitamin 1@,, metabolism under the climatic cmmtitions
of Central Asia, Mn.med, 38 no.6419-M Ag 160. (KIRA 13sll)
1. Iz kafedry patologicheakoy fiziologii (zav. - dotsent R.P.
Nlatov) Andizhanskogo meditainakogo inatituta (dir. - zaaluthen-
nyy wach Usbeksko SSR U A Alimov).
TCM6z;;iI;Q)
(SOVIET CZNTRALGI&-MM-INFWENCE OF GLIKATE)

MOROZOVA, O.G.,
Content of vitamin 8-, ir, the blood 3erum of hedit-hy p-erocn3 wd
sprue pati.ents. Med.j'ilr=. Uxb. no.r,849-51 RY163 (MIF1LA )
1. Iz kafe-Ary t'a@,u'L'tf:jtak(,y to-rapil ( ispolnya-rieh-?hly obyazan-
nosti zavaduytghchego - dotsent G.M.K-leyne-0 Andithanskc-go mp-d-.-
41.,31nskogo institutri.
k

Mli@'1107.,--VA, -). T .
NnrWOVa, "The rf
j.l,@ntE! urlon t@,i cmd'tor. -1 s so-
obshch. -

14GROZ6VA 1 0. 1.
Morozova, 0. 1. "Structure of ti-,e root system of da3ert sedge," Soobshch.
Takzh. fi-liala Akad. nauk 355R, Insue 11, 1?49, p. 28-3C
So: U-3566, 15 I'larch 53t (Letopis I Zhurnal Inykb Statey, Ro. 13, 1949)

M,0-07OVA, 0. T.
liorozova, 0. 1. "Sea onal varls+ion@ 'n the @o,i er reserves of m nual-grasc -.asturc@s
in 'Tadzhikistanll, Soobshch. Tadzh. filisla Akad. nauk SSSF, Issue 14, 1949, p. 3C33.
SO: U-4630, 1(@. Sept. 53, (LetoFis 'Zhurnal Inykh Stnt y, No. 23, 1949).

241-14 ':C):iCZC"IA. C.I. inicn,-miyo yavl,@nny u rastlt,A'rc.-A.i i
f
Soobshcl@. Ta,!zh. filialt 'La,]. nauk 35?5A, 7Fff-. I')'# 1-1,@;)l S. 3-@ - .
I
Lldblilo;7r: 5 :'
SC: Letwis, ':0. 3', 11114;1.

1 . MOROZOVA, 0. 1.
2. USSR (6oo)
4. TajIkIstnn--Weads
7- Biological basis of measures for combatting certain pastureland
weeds of the Sub-Alpine belt, Soob. TFAN SSSR, No. 23, 1950-
9. Monthly List of Russian Accessions, Library of Congress, April,
1953, Uncl.

- c'ZcVA
- 0. 1. MICII
2. USSA (600)
4. Dotarq - Tajikistan
7. Utilization of nigh altitude pwAure lands of Tajiki5tan for @mrakul- -heen.
3cob. TFAIJ 333R no. 27. 1950.
9. Montbly List @f Russian Accessions, Library of Congress, April - 1953, Uncl.

1. MOROZOVAP 0. 1.
2. USSR (600)
4. Pastures - Tajikistan
7. Change in the vegetation of pasturelands of the Tajikistan lowlands
resulting from not using them for pasturing. Soob. ITAN no. 30,
1951.
9. Monthly List of Russian Acceasiuna, Library of Congress, March lVb3.
UnclassiTTOeM.'

1. 140ROZOVAP 0. 1.
2. TISSR (600)
4. Poisonous Plants
7. Control of Ceratocephalus falcatus, a poison plwnt of desert sheep pastures.
Kar. i zver. 5 no. 5, 1952.
9- Monthly List of Russian Accessions, Library of Congress, January -1953. Unclassified.

KOROZOTA, 0.1.
Zvolutionary role of grazing in the formation of species of Angio-
spermas. Bot. :,Fhur. 37. No.2, 138-172 '52. (MI-RA 5:5)
(Biol.A 28 no.2:2662 054)

1. r0ii0z" I-,v;,, C). 1.
2. (600)
4. Pastures - Ta.-ikiot,an
7. 5wmerine Karakul -,-Iif-e,D on 1 -J.@-J, moimulin memlow,:, of ",@@Jikit5l.@In.
Kar. i zver. 6, No. 2, 111453.
9. Monthl List of Russian Accessions, Library of Congress, it-pril 1953, Uncl.

fy-)
cc-, @',Tpy USS a
0;T SGORY firandaw OulUvation.
@AES. JOUR. azhbA-ol,, Yr, 3, 19C9, 11o. 1CI823
L
AUTPOR NOL-1030va. 0. L, SiallrAvoklyp L. F. AgaUna, V. 0.
AL*admq of Scienoee, TedzUk WR
T' ITLE The r Hi&-MounbLin Pastures of tue 3outhern Slope
of Glinar Mdgo w3d Sair Utilization in Gam*ul Rmiaing.
U. " 3. P,'B. Tr. AN Tad:,AWa 19,57, 67, !;..139.
V I
A f -I' r RIA C If A ah"aatc-.-istio Is g1ven of the sovkhox *KabsAianl Pas-
Ursa &ad of the, region of A4zob Pass, and a desorJ.ption
of tbe,.- vagetation cover. The chew4ma composition and
the riu-trition value of tka hi&h-cmatain pastum planto
and Lbo tho azteat of tbair being eaten by the Garmoul
WL.3,3p vara inveatigdted. There vas made a ealaulation of
the famp ranarvas of the high-mountain pestiwem* and
Uteir change after the sy-r grazing period. Rooomenda-
time are given on raising the forap produation of the
CA rT:

PUSHKIN, P.S.; Yorozova, O.N.; Folyakova, L.N.
Raw matorials balance in assembly-line operations of the Sy'nthetlc
Rubber Sole Combine in Ivanove. Kozh.-obtiv. prom. no.',:13-15 117
'59. ktTIRA 12:6)
kIvanovo--Shoe industry)

PUSHKIN, P.S.,, kand.tekhn.nauk; MOROZOVA,-_q.N.,, inzh.; POLTAKOVA,, L.N.p
insh,
Analyzing the indices of the continuity of the movement of
labor producte,and of the use of equipment in rubber mole
manufacture. ftuch.-isal.trady VNIIPIK no.12:114-126 160.
(MIRA l6s2)
(Rubber industry) (Assembly-line methods)

AUTHORs Norozova-, 0. P. SOV/ 30- 59- 2- 40/60
TITLE: 40th Anniversary of the Polish Communist Party (40-letiye
Kommunisticheekoy partii Pol'shi)
PERIODICAL: Vestnik Akademii nauk SSSR, 1959, Nr 2, PP 95-96 (USSR)
ABSTRACTt On this occasion an extended session of the uchenyy sovet
Instituta slavyanovedeniya Akademii nauk SSSR (Scientific
Council of the Institute of Slavic Philology of the Academy of
Sciences, USSR) was held on December 16, 1958. 1. A. Khrenov,
Vice-Director of the Institute reported on the formation of the
Polish Communist Party, Doctor A. Ya. Manusevich spoke about
the Polish Communist groups in Russia fighting for the victory
and strengthening of the Soviet Union in the years 1917 to 1919t
mentioning Polish revolutionaries such as F. Dzerzhinski ,
I. Unshlikht, B. Veselovski . Professor G. Zatorski , Head of
the Chair of Modern History of th(
@ilitary-Folitical
Academy imeni Dzerzhinskij in Warsaw), and the participant in
the Polish revolutionary movement, Member of the SDKP and L
sisice 1906, B. Milevskaya also took the floor. The session was
Card 112 attended also by the Secretary of the Embassy of the People's

40th Anniversary of the Foli8h Communist Party sov,,30-59-2-40/60
Republic of Poland, A. Krzeniewrski is -I I as by the Polish
historiang N. ',asierowska :md 'I. .,a,,dus.
5
Card 212

MOROZOVAI 0.
-
Judicial consultations in enterprises. Sov. profsoiuzy 19
no.llsl8 A 163. (MIRA 16-8)
1. Sekretarl Moskovskogo gorodskogo soveta professionalInykh
soyuzove
(Moscow-Labor laws and legislation) (Trade unions)

KOZIAN. Y.M.; KOROZOTAR O:L.. Olm
Chemical composItLon of wood of certain species groving, in the
ftr last. Zhur. prikl. khts. 29 no.12:1884-lM6 D 156.
(K13A 10:6)
1. Iaboratorlya lesokhimil Dallnevostochnogo filiala Akadoull nauk
SSSR.
(Wood--Chemistry) (Soviet Irar Zast--Trees)

ICOZWV. V. N.
KOROZOVA, O.T.; BAYULA. A.G.; VIROMOVA, Te.A.-
Frothing agents from wates of gurt-turpentine production. Gidroliz.
i loookhIm. prom. 10 no.8:10-12 157. (MrP-A 10:12)
1. Dallnovostochnyy i Ural'skiy ftlialy AN SSSR.
(Flotation) (Turpentine industry)