SCIENTIFIC ABSTRACT MOROZOVA, G. M. - MOROZOVA, I. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135230004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

654
Magnico type alloys with a reduced cobalt content.
(coat.)
does not necessitate use of higher magnetic fields
during the thermomagnetic treatment. The magnetic
properties of the specimens after thermomagnetic
treatment inside fields of various magnetic potentials
in the case of tempering for four hours at 580 C are
given in Table 2, p.10. Fig.2 gives the dependence
on, the cobalt content of magnico type alloys
containing 15% Ni, whilst Fig.3 gives the same
dependence for alloys containing 14% Ni. 3 figures,
2 tables, no references.
AVAILABLE:
Card 2/2

AUTHORS: Morozova, A. M. and Feygina, F. I,
TITLE: Effect of Annedling Conditions on the Thermal Magnetic
Ageing of Permanent Magnets Made from Magnico-type Alloys
(Vliya.niye rezhima otpuska na temperaturnoye magnitnoye
stareniye postoyannykh magnitov iz splava tipa ma6niko)
PERIODICAL: Fizika Metallov i Metallovedeniye, 1957, Vol V, Nr 3,
pp 428-433 (USSR)
ABSTRACT: The object was to find conditions resulting in increased
stability; it is shown that prolonged heating to 580'C,
or a special sequence of temperatures and times, can give
increased stability, as compared with normal treatments,
which are directed to producing optimal field strength,
The alloy used was composed of 15% Ni, 24% Go, 8.5% Al,
3% Cu and balance Fe. The specimens were 15 x 15 mm. and
from 30 to 180 mm. lonE; all magnets were made from one
batch of mateSial. Three types of temperature cycle are
used - 1) 580 C for 24 hours, followed 8y coercive force
measurement and therma; ageing; 11) 580 C for four hours,
640 C fo6 2 hours, 580 C fog four hours, and 8hen as I;
iii~ 700 C for 15 mins �50 C for 30 min, 600 C for 1 hour,
Card 1/2580 C for two hours, 5,~O C for two hours (overall time

A
Effect of
f
Permanent
t
a s f f t vl C "C'
f
f
ASSOC I A 21
L
r
1 P~
Re s e "I
T"T iL)
%lagnets--Ma t g,, :.,Iloye--- z
M,
Card 2/2

AUT110113:
TIT LL: T
r i :3. n, 1
PERIODICAL; I
ABSTRACT:
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SUBMITTED:
Card 2/2

AUTHOHSg Morozova,
TIT LE The nffect
Ageing of
(Vliyaniye
magnitnoye
sp.lavcv)
SUV/ 1,,~U
A, an:i Fely-ina, ~~. i.
Di Cnemical Comvositio.-i or, Tnermai
~rrcn-Coba-Lt--~il.:,kei-Alumiriium Alloys
KhTU,-,Ich~,3KO~Q sostava na temp~--raturnjye
starenive zhelkezoicoca-l' ',-..iiei'aIyumini-ievyA.1
PzRIODICAL: Fizika Metallov i Metai luveaeniye, 1,joj , V,I- 1 7, lir
pp 40-47 kt,S6R)
A-BSTRACT: Thermal magnetic ajeIng, cf permanent zaa~&nets depenus on tne
ma&n--ltude --,f tne ~Iemagnetlslng fa,~ti--,r, cn tne coercive rorcE~
and on t:.e type of' the aLlcy anu its COMP03ition. ine pre6~nt
pap~-r deals viiLh the ef!'ect of' coin;)osition of Fe-Co-lii-Ai
alioys and t~,e effect c-f vib ana Ta in Magnico-type alicys on
therrral ma, eti- age'n,, of' permanent mat2,net3 made froin tflti;se
U - CD
alloys, rhe eflec' cf ,;crrpo3iticn on magneti3 a6ein~S was
studied on sairples cf c, x I x 0 () mm uLmen3'ors of ei6ht
series of 2'11--ys I n Fe -C N 1 -.A Ialloys T~he Al cGnten,~
was varlea froir. 7 t r"
~ -,,D w i th I o,,b N i(first Sker leq)
C a rd 1/ 5 and 12 '70' N3 e 7-11 3e r le !0 ,L n eN i c.Gntent was vpLried

Z) V V
The Effect of Cheml-a-' C:,mp Is'-!-- _'~-n .-r, ~,errra
Iron -Cobalt -N ir-kel -Alumini'_m A-- _lcy3
f rom 1~2 to 9-erle,3) the or_ntont wag
varied fr,-:r"- i ~3 -b i I'L ur t" ser les) Lhi~ Cc. curl.idn, was
varied f!-c:m tc w A '~,Ili ' -.,b N I ~fiftL s~qrles) Eirif.l.
12~b' Ni a A -x- t~ s e r '_ e;~ a ~ql i 7~ V ~ e W y 5 e f:."e C t
cf Nt s e I e,-~ t n ~ e r _' e S a~-'J TR (e'gnt!-_ aerie3) W a -S
studied. Forty.ei~,1- a:.'-cy,3 were ~rtparad, and two to
th-re,e 5amp-_99 -If ear-li a_-.,-~y weru te3te'!, rne
of all. these a-l-L,~-.;3 a-.i xa~;nef,J-. pi-:perties a-_ 7,iven
a lnvp_~;-'~4atetd ~'~Sc tile
effect of -n'e 5LM~)_'e3 Ct* L116 5aMe
cross-se-~'-- aiffe-ent :ena~-,, cn. ma_-:,neti,:~
ageing or al':Vs ;-.f :,,I-
1_3mposition --,n agelr.~_, :.f 7ar* --Is ic- -3, ma':,e
one or more ~ y L e E o m a ~,ne a c. -y Was a!9~: St-C!1'k-(1- 'I fle 3 E,
investigat ions cf therma_~ majLntti-_ ageing were .aj-r ieu '-'ut
as f0liCWC. befcr-? i!eat: treatment tf,.e samples Of' tne
assemblies were magneti7ed t_,~ saturai~ .--)n a-, room ',em.)~_rat,Lre.
)-'a 3 or :Puj~ ~
Then either oL)en-c maA~net:_c ? 9~~n-.;_ - retic
Card 2/5 field in~ensl~y in r-t-e ga, s _~.f "las 1'raB,_~-rac, a'.

L)UV I !.-,- -7- -1
The Effect of Chemical Comp,;31-tlun -in Tnermal jtla,~net!3 AC--jin, -;f'
Iron-Cobalt-Nickel-Aluminium A----cys
temperatures of +20, -60, + 20% , and +20, -t-140,
3ib7 e
+200C until a re7er - state was reacned. keasurements
of the flux Dr the gap field were clarrieu out usin. tne
saine balllsti,3 apparatus undur ti,,e same conditions, r7 -ermei
magnot'.1c. agreing was oxpr"ssod In torms of Lhr-00 tris~&[J'.ilty
parameters representin6i irreversible changes ~h),
(a), &nu cnan~~es on f`rst coolin- or
reversible chanwre-9 V--
heating (K). these f-arametrs arc- gilit~n by
h
a LOOfB B,,~())/A
A.Z07 At, Y. ~I %hu iriLial 1,rai)jes Lne fii-~-x )r the j~ai,
field at t,'UC(,' anu at fArst. appilcution of' a tom,puraturu
t, respectively. b, -, (j , b t- are tlw fina-I ~rwversibiu state)
Card 3/5 values of' I~he -r ~&p ile-'d at ~UOG anu a

~)'jv/ 1-',u -'I -i-D/ ?-t
The Effect of Chemil~.3-- c-. ',ner~r&L 4a, t c
iron-Gobait-Nickei 5
r, amp ur a tur a r-.: a~, q
~Jven in Figs. 3 5 L-1 Ow 7 n a e ff a r) 1' in I n
a tne e --* -:D-t las 3
on the va'Lue 9 1 samjles;
Fi-.4 showg ~-r.a :-ap fielu c,"
rD
VBr-'GU~ Ma~plet a i~ 3 ~,f tne c--,),~rclve force
H 01 w i th a 11 c~ y W p 3 1 t i -)n a a gr ap he-! i - v i a -i t n a
effect of the iema-eti~qation la-to-- on 41i,,e
a and P, -,, f ;u s a'~ ~!3 i s grric.,wr
draw the fre-m rue-~~ .3
( -1) The I-, ~-- -,a- 1 11: ar,--rlt~ 't!,' 3 r~ an -, n 8 r rl,'-~ i s S l a
to variatt-as ~-.f ill ~ -1--,n ttiar. trie :j-arwT-,e ter a. A.,
and N i sh3w 11~iD grea*,es' ma,* nt-t.`~~ a,-,ping
of the a1loys stuiied- W31~h of rLe Ai
stability J-- wh 1 0 6,
lno~reiiso In ~ne rc-~T e q n r s L, y
( 2 ) The dema ir,'.) 9, 1 -i 1 t,,~ .)-x.;,j r 1% 3 a ~~r 111 1 -1,jr ~-O t;".
ma gn a t. i ~, a g, e In g - A I ~110 1- 9 -) '!-, '3'L,iAJ I i U 1'61rle 'u IJ r
retain their tm
Card 4/5 when the alloy composiLion 1.3 aitereo- I-nkj Qurame~tii's ii

The Effect Of Chemical COMP-05zt:0n Or~ 'hermai Ya.~ntvtic A6&'r1g of
Iron -Cobelt-Nickel-Aiuminium A:--'OYS
and K increase, and
of the dema!~netisin~;
and 5 references, )f'
tnglish.
the parametGr a falls witn Increase
factor. Tnere are u figures, i table
0
wnich -' are Soviet, 2 jerma-n an,.1 I
SUBi4-TTLI.D: September lvz)6
Card 5/5

VAKULIII, A.A.; VIYMIOV, S.F.; GORIN, T.I.; IVASHCIMNKO, P.S.; KOMOVA,
A.G.; KORUMV, V.A.; KOROSTEUVA, K.Ya.; LOBACIMI. A.Ya.;
LASHMANOV, I.Ya.; MALYCHMWO, V.V.; MOROZOVA. A.M., PAYMIN, 1.A.;
PROSVIROV, A.S.; ROZHKOVA, K.T.; YUROTA, N.Y.; FOORMKO, Y.P.;
TSMMISTRENKO, P.Ye.; SMCHICNKO, I.S.; MOROV, N.A., red.;
IMOLDINA, S.I., tekhn.red.
(Brief manual on the cultiv3tion of fruits. berries, and grapes
and the Tmnagament of nurearisin in Stalingrad Province) Kratkii
spravochnik po plodovo-iagodnym kullturam. vinogradu i pitomnik-4m
dlia Stalingradakoi oblaati. Stalingrad, Stalingradnkoe kniztinoG
izd-vo, 1960. 215 P. (MM 14:3)
1. Stalingrad (Province) Upravleniya ael'skogo khozyaystva.
(Staliugrad Province-Fruit culture)

KOV)-T.YALOV, Yu.P.; PANSIII~, I.A., dotsent; MOROZOVA, A.M. , agronom.4
BARYS:~EV, M.V., agronom; LINIT"dYEV, N.I., agronon.
One of the probleLm in the reclamation of the Volia-AkhtLba
floodland. Zas,',ch. raBt. ot vred. i bo-1. 6 no.5:7-F 11ily '61.
7
i. Seliretarl Sredne-AP~;ti-bini3kogo rayonnogo kuniteta
chuskoy partii Sovetskogo Soyuza (for Kovyryalov). 2.
ZavoduyuBhcliiy Itafedroy zoolcgli i entomologii
uel'skokLozyay8tvannogo instituta. (for llansh~n).
(Volga--Akhtuba flood plair.-Fruit--Dis eases and pests)

SAVZDARG, V.E.; MOROZOVAt-AM,
Man is glorified by his work. Z-ashch. rast. ot v-red.
no.1%10-12 Ja '63.
1. Glavnyy agronom Volgogradskoy ekspeditsii pG borlbe
sellskokhozyaystvennykh rastenij (for Morozova).
(Plants, Protection of)
bol. 012
(MIRA 16:5)
t7editelyami

RF,ZRC.-[)NY'(, `,.P. ; MOROWIVA, A.M.
Chir practices In grliir. Prop
no. 0-
1. Nachal'nik Volgogradskoj nkBpeditaii (for Bfzr,)(!nj./,).
a6r(mom VnlVogrftdskoj nkspolltsii (!'or Mnroz:.va).
(Volgograd
(Volgograd Provlnce--Spr,tyin,~ Fir, i d,ug it ;i,. I rF.

YDROZOVA, L.N., prof.; ZUBADDVA, S.I.
Work of the Dnepropetrovsk Society -~f NtnoanatoiiE+s fr,)-n Dq,~qnbar
1955 to December 1957. krkh.pat. 21 no.~:89-92 15~). (MIRA 1?-12)
1. Predsedatell Dnepropetrovskooo obshchastva patologoanatomov (for
(Norozova). 2. SekTeta-rl DnepropotrovskoLro obsh,~hastva patoloeoanato--
mov (for Zubalova).
(DNEMP--PRO',rSK--PAT':OANA-~01.!I(',AL SOC,11,7IES)

KOROZOVA, A.N.9 prof.; HISHCHIZOVA, I.P.
Work of the Daepropetrovsk ftthoanatomical Sociat7 for 1958.
Arkh.pat. 21 n0-7:91-93 #59. (MM 13:5)
1. Predsedatell Dnepropetrovskogo obahchestva patologoanatomov
(for Morozova.) 2. Sekretarl Daepropetrovskogo obahchestva pato-
logoanatomov (for Reshchikova).
(MUMOPWROVSIC--PATHOANAT014ICAL SOCINTIES)

a 'IV

KOROTAV. B.A.. HORMOVA, A.P.
Intra-srterial blood transfusion 11-ring resection of the 1-=Z.
[with summary in Eneliah'i X~iinirgila 34 no.4:83-85 Ap 158
(MIRA 11:7)
1. Iz gospital'noy khirurgicheskoy kliniki (zav. - prof. B.A.
lorolev) Gorlkovokogo meditainskogo instituta (dir. - dots.
N.V. Kizinov).
(LUNGS, surgery
resection, intra-arterlal blood transfusion ia(Rua))
(BLOCD TRANSYUS IOU.
Intra-arterial in resection of lungs (Rua))

MURSKIY, L.I.; MOROZOVA, A.P.
[Manual of human and anizal phy:3iology) Praktikz=- po f--'z-,o-'og.Li
cheloveka i zhivotnykh. Ikroslevll, 1960. 106 p.
(MIJU 14:1-1)
(PHYSIOLOGY-LABOILATORY MAIIUAIZ)

MDROZOVA, A.P.
Effect of extraneoaa stimuli on conr-ltl~,;ned raaf~tl,.ina -r, a
auccossive complex stimulun in children. Dokl, nn nituch. ~on'
1 no.4:74-81 '62. (MIRA '1~:g)
(Conditioned re3ponse)

6.: RL
olymeric 4ridno eompijucdj~ 11. r aration of var
Toas ~r
homolo,~s of Salvarsan by ektiolytir reductioi;
~01- oxyphenylarsonic acid .1 Ni ~ Va. KI-aft
Q. 1. Karzijag. and
'UsUiel Khin; 2, I356-V(h1&3); cf. C.A. 45, 289W.-
By regulation ~f It overveltage 1011 the Cathode It is po'sSible
62 obt.Uh 110(A-:R)~Oll IR - 3,4-IfjN1(IfO)C,H,j, by rL-
-duction of 3-ainiuo4-hy(froxyp)zenylar~io6ic acl& It L /A
possible that the Ili
gher polymers arc.Wo products of som
what Preatev degree, of reduction. The phenomena ~ of
viscositv in &&armu soliz. )mplex SITICe there I-
are very a
no par~ilelitybctwecn the vi-Co3ity aud the Iodine coikstazt.
of a The rL-ductions were run ia- a divided
ale. -P
CCU with. M cathode and Ph anode 11L 3M
Ifl%14 C;~OXOIYte OP401 SOMe KI added) and 311 IUS04
w1ulytt; the rtacticn was rt;a at W-0 with c.d~11-9 amp -
per sq. dec~'t. ~ ThL. products obtalr-~d za the different c.d.
Vallies are Charmte"'i U uniber of rtgleat-'
zrA by. t1m: followha,
illy uilft-*:- atl aol~'7.8, at 2amp. MAO. at4amp. 13-4-it
Rr ,
R amp. 1-1.5; OzAttv, vIx'6it:kVs of Ole vkuiGU3 ~Pccinlelt%
Zire
. t.
,1614ded. 111. Prejmratlon of varlous polymer bomo-
logs cf SaWars-an by reductlan.of a-nitrafor rmino)-4-hy-
drqypht~nyl.;Oopic ald. by, sodium hydrosullita; U. Y--

K;QE 0 bitA-1 &4 A., MorWov!ts
mw 110 cfvKt. XfLicof in 2 1.
12' Wil- nI&I 416
-1y by 30 g. 3-1
iat, Art
d
114 m,. 2A' NaOfl: af -*15 min. ti.~ iiiiii. -.vi.3 b,_-t,,d to
60' for I hr, midthe pp a. Salvarsail i,; filtertA ofi, disaolvid
in aq. UaQH. clarified - ith C Mid acidified. y1t1ding -3.7%
Salvar-mit !raltate. contning 30% ks. This dissolved in
Mi. NaOlf, clarified wita-C and treatcxI with Zia phunbatx.
filtered, Mid acV,"rind,with 11CI gave &IP-riatt 110 $aft 21-4
which after washing and'vacuum 'ing Containcd 31.~gry.
4r3
As; iodino riu~ 0,18; the no. of alimairig utilti in Ole Pal - -
titer was 6.9 (av.). Reduction Of
ylarsonle ac,itj (40.6 Q with doubtP mnt~ Of hydrastlifitc
104 & 83%) twe 00.2rd ~-Warsall illifixEc Coutabiluz mes
a; Li bid I rcpi4t qg tpult:i, its thowil by 10(linf., thra-
vdrimuirite Emve a "iniflar
tion. A four.fol4 ainamir at h.
product %% mtl
RU26Me uSlIniu;
grtve lil prodlj~t Ivith 10.2 repeating unit!;. The
SulflL
$a1varsarq from nitto acid show fc-ser iodine comitant
(degree of ly~zcrjntiom) than the products obtained by
'14 , Ity of
redktion a t minq acid. - lCis belieNfed that toxicl
t
alvars- of. polymerization: the
Si 11% is a fliTirtim of its degr
largcr [cc iles ar - ative proportion of
z Jam toxic sino,. thd reL -
eduction of 3-amillo
13 g,
v drox cityla . rml~, acid V, 101 st_ In, pmpd, f(inn 100 W,
apllij.~Ilhitt 14(l ..i d iffl. It It In 701) 1111. 140 Ift tilt-
pre, -! e of a little K1 gave 04 0 . alvaman TICI salt couto.
2, AWc, Ai mid qVing 111c. number of t".p'niting 1111i, . 28-5,
a rodue , "G repemin
other si ilar a gave, t with 3 .11 unitz.
SO, x].- io
Redij(-tioa with Na,9,0, In tl- p: v-.-n,t- of N'it[
SA171r;

NcAPOVA, :-V , CHFJ-NYPYFV, T, 1 , MOK'2(,~!A. , P. . ~
F',':od' um ace-,ate 1~ t -
. o ur.. -4 r, _ ~r:,T
541 F 1611:.
-- . 1:,
.1 ki - ~~. ~, ~ p. i I ,
i , SU'Omi ttclci .'-J IY ) 964,

TARTSEVA, A.K.; KGROZOVA, A.V.; LOTOTSKATA, Te.A.
Sails of experimental plots of the 'Stepanovskoe" State Farm in
Bronnitay District, Moscow Province and changas in their agrochemical
properties due to the deepening of the plow la7er. Trudy Pochv. inat.
49:86-128 '56. (KLRA 9-8)
(Bronnitsa District--Soils) (Plowing)

MIKHNOVSKIY, V.K.; MOROZOVA, A.V.
Effect of fertilizers and the depth of tillage in turf-Podmlic
soils on the protein conteDt of grass-mixture hays. Izv. AN SSSR.
Ser. biol. no.5:753-761 S-0 160. (MIRA 13-9)
1. Soil Institute, Academy of Sciences of the U.S.S.R., Moscow.
(GRASSES-FERTILMMS AND MANURES) (TILLAGE)
(PROTEINS)

Cat-gory
Abs Jol-,-
Author
T~t'Le
Orig P,,ib
USSR/Opt 1,: 5
R ~ f M"Ar . F i z [ k8 , N', P.) ~;'(, FV
Mo rozova, A V
D~j~Te-n-d-encC-6-f
Y.
the Ligbt Fjw s n ,ti fh~-- t
D~.nsity of the Fhosphor Lay~r in th,= S,:r,~,=n
T,~ kh-n tellevid M-va el ~t~ S33P.
1953, vyp- 8, 2-(~32
Kostract lnv=stigstion of the dppr-ndc4j)C~ -Df t1j=
tb- Uaii3 and :)n the th'_ckn,~as of tha Layr-r of Zr3Cd,9 A,, a~~l Z_r1S -S Ag-
I -)
phosphors. Screens vith ~qfiou,5 _IumjnrjpLbrr 'aye, iYLsi'y
made of particles of d'ffr7r-nt siz,: I -- 2:0 microne) wt=re prepared by
successive separation of varir_ui fract on~~ of a thwm la-Lino
phor in a dispersion medium aolutlan of sodiurn c]~rate Va3
20 mir-ons Lh,- light em!ssior,
lished that for gr5ins ranviag from I
is almost constant fo:- the optimuff, dergity of th- ph,...iLphr1r -ayer Tt,
optimum thickness of th~-- layer increasej wttft `Lnc,~A_~Mg Pz;r,31a f~llzt h
decrF,wasp In the light r-mla.zlo,i &-companylr.F-thr-
of thc- phosphor layer is fr-Iiient in proWr.`or
Card 1/1

08 1 V
/
048 /
/ 6 1 5
All S ;1' 04/B201
AUTHORSs Klabukova, Z.1., and Morozova, A,V.
TITLEt Cathodoluminophore%3 with very short afterglGw ani an emission
in the blue, yellow, and red spectral regions
PERIODICAL3 Izvestiya Akademii nauk SSSR. Seriya fizicheskaya,
v. 25, no. 3, 196!, 330 -- 331
TEXT: This is a reproduction -)f a lecture delivered at th~-, I)th C-)nf,!rer.~O
on Luminesconce (Crystal Phosphors,), which took place in Kiye-,~ from june- IJ
20 to 25, 1160. During the production of CdS-Ag and ZnSe-AgNi luminophores
from variouL sete of initial products the authors established in a number
of cases the absence of reproducibility of luminescence propertiefi. Labo.
ratory samples and initial products of the firm "Krasnyy Kh"mik" with the
classification "for luminophores' were used. All US sets were cbtained
by precipitation with hydrogen 8ulfide from USO 4 solutions, and "Inge by
the reaction ZnS 4 SeO.. The mixture wav sintered in the gaseous atmo.~,-
phere of a furnace chamber for one hour at 6000C '-n the case of Cr,3-Ag,
Card 1/3

20819
S/048 /6 ! /025/0C3/0nQ7/'04
Cathodoluminophoree with B104/~201
and for 1/21 hour at '~OOOC in the case of ZnSe-Ag,Ni, A shift frr'm
max = 7400 - 7200 A to 6900 h with an increase .-~f brightnPss at th-~ same
time was established for CdS-Ag luminophores. A closer study shower. !hat
the structure of CdS (as received) was not uniform (sphalerite, greenock4te, ,
As for the ZnSe-.Ag-Ni luminophoreG, there was no reproducibii'-ty as rc---
gards spectrum, brightness, afterglow time, and thermal stabil'ty. Among
all of the sets of ZnSe that were received, only two types of self-act4_va-
ted ZnSe(NaCl) luminophores were found with a ', max - 6400 a and 6'(~G A,
One ZnSe set only was found to be suited for bringing about a thermal sta-
bility of the ZnSe-Ag9Ni cathodoluminophore with a very short afterglow
(about 2-10- 6 seconds). Two groups of ZnSe-Ag,Ni lumincphores are indi-
cated. Group A proved to be considerably more stable than group B to the
introduction of Ag, heating in the air, heating in vacuum, and to changcs
in the excitation conditions with respect to its luminescence properties.
The sets of ZnSe used by the authors were found to exhibit equal crystal
structure (sphalerite); they differ, however, as to their Se ccn*ent
which still contains a ZnSe impurity. Elementary Se affects the formation
Card 2/3

20819
S/04 611 r;21;1r-;C ~/O(,'7/04-
Cathodoluminophores with .., B104~B201 '
of luminescence centers and thus changes the lujRinescence properties. V.
G. Prokhvatilov is thanked for having made the X-ray structural analyses,
and F.M. Pekerman for having studied the photoluminescence spectra.
There are 1 figure and 4 Soviet-bloc references.
t
Card 3/3

DIN-4,16H'MFIN, L.I.; SIFARCHKOV, II.I.; ~IORO~OVA. R.L.
- ln-t -,-S " -il -, - -, 4
"Penetration of mehane 0m settliag tanks 'or sugar
industry sewage. Gig. i san. 2~ no.12:"7 D 158. (MIRA 12: 1 )
(f-IFATHAUX) (ALH-POLLUTION)
(,IJGAR DIDUSTRY.-BY-PI(ODUCTS)

BARMIN, V.Y*; KAHAVETS, V.P.; MOROZOVA, B.V.; PZRSHIN, I.I.
- t- +-
Inerg7 dependence of ass7metrr coefficient in .~ .1.A --.P ISO deca"
for the low-energ7 section of the positron spectrum. Zhur. e~mp. i
teor. fiz. 35 no.2:542-544 Ag '58. (MI-RA 11-10)
(Particles, Xlementar7--Decay)

VINn(ffU,DOVA. S.V.; KORSHAK, V.V.; v skspari,nntallnO7 rabote prininali
uchastiyq laboranty: ARTEMOVA, V.S., MORoZOVA, D.T.
ffetorochnin polyestnrn. Part 19: Polynntnrs of quinito. Vynokno.
nned. I no.~:656-661 my '5Q. ~Illlbl LI:10)
1. Institut elosentonri-itnichenkikh anyedinoMy AN SSSR.
(cycloboxnnedinl)

I's na k V z-. c,,z r a
S
:T L
r 9
zar:
'D t R
3
T-~,XT rs
-.91z
.1~ IN 0.111, a
r
r
S
a r~
n
J11
c im 0
Y.,11 V9 x r
, 1 9 W
powri,r !kt, s~jbs ~ar,,:tjs
I

M
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I-
1. 1L ~,, I
"'a n
DXane
, t~tranyqrofijrar, y k -D n r-

na i

~Z~ s zx
s r o IL t! rla 1

or 7r,
Y.M" r 3 Tr', 3 r Id

nj
P12 -a f-, Jy!" z; N
a

lp

C, -'I r"I
Vy

AS S !A

A ~i

SHUMNAYAY V.A., inzh.; Prinimali uchastiye: MOROZOVAI-E.I., nauchnyy sotr:dnik;
EEREZOVSKIY, V.V., nauchnyy sotrudyliW- -
Pilot plant equipment for the rapid lacquering of black steel
strip. Sbor. trud. TSNIICHM nu.28:212-223 162. 04IRA 15:11)
(Lacquer and Lacquering--Equipment and supplies)
(Sheet steel)

inzh.; Prinimal ii-hastiye: 3EREZOVSKiY, V.V., mladShi.'
nauchniy sotmidnil,
Ef:p.ct of electric fiel(i intensity on the degree ).' -4ispersion of
spray guns. Sbor. trud. TS?,IiiC!;M no.28i211~4-232 I b2. (MIRA 15: 111)
(3pray painting, Electrostatic)

KOMT, P.K.. NNVZOROV, A.P., ANTION'~~NKO, G.P.,; BUDINA.L.V.; VORONINA, To.P.;
GUSNY, P.I.-. nLAGINI, M.N., ZHURAVL~V, M~A., ZALOZNTY, X.D.: KOMKOV,V.N.,
KOROBOV, A.S.;KORC::.A^,I1I, V,N.; l,.'nOV, V.N,; LA.PSI-'-'N!., O,V.; LUTIKOV,I.Ye.'.
KL-DiT.1 IN, A.Ta.IMOROrZOVA 7.~-.-N-ZVZOROV,
KOV, A.M.; RAZm0U)GUVA, t.'R",82fU-31N, S.M.; SEIZZ11.0A, O.V.;SFJGNOVA. 7.1.;
SPIRIDONOVA, A.I.:SUSHCriZVSKIY, IM.G.;USOV, M.P.; TARKOVSKIY, X.I.;
CRI,YYKATNVA, Ye.A.:SJfN4'ITDRIKOV, G.L.; SHULIGIN, G.T.;TSITSIN, N.V.,alca-
damik, r"daI:tor;REVENXOVA, A.I.,reda',:tor: LtOK:~RINA, N.M., k:hudozh.RqtvSn-
n-ry radaktor; VNSKOVA, Ym.I., te,chniches~ciy reda-tor; PEVZNERV.B.I.,
tol-hnicheskiy rodaktor.
[Plant brmmdirv at the 199~ All-Union Agricultur,3al Exhibition] Rastanie-
vodstva na Vse-soiiizm.)i Eiel'skokhoziaistvennoi vystavke 1955 -oda. Moskva,
Gos.izd-vo sel'~chnz.lit-ry, 1W. 61? p. (MLRA 10:4)
(14osrow-Plant breadin,-7.-Sxhibitions)

''OOICZ07A, '..
,,* -*.:;,~' :-.:
'i ~* *,~iu t.": ~ ~ j-, 4 rf* , ';,' .
, i . 3: "'! -.1" ..., 1, .. .
1. - :~ '- .: .. .- I .
't ~ - ,

Wh,~'ay K n ro : ;
0 51 all
ve organim,"I T, nnd wae.,~8 in ridustry and
:.ektJ-.m,3,tj r.-r-j!..anizats ',!a i oplata tr-u-T

KOS?AKOV, Vladimir Goorgiyevich; LITIPAKOV, Piivel Potrovich;
KATASHOVA, red.; !-.C--OZOVA, red.
[The balance of 'Labor; itv nature and the method for work-
ing it out] baians truda; soderzhanie i retodika razrabot-
ki. Yoskva, Ekanomika, 1961. 310 ~. (NIIH-A 18:8)

MOROZOVA, F. S.
Cand Biol Sci - (diss) "Electron-microscopic investigation of the
seasonal changes of the chloroplasts of the English daisy (Bellis
perennis L.)." Minsk, 1961. 1? pp; (Academy of Sciences Belorus-
sian SSR, Inst of Biology); 200 copies; price not given; (KL,
5-61 sup, 184)

goo** fooo 101114111141 goo 40 0* *a 4

0 : a - ; vr!
seedi
'77 0 0 a* 4 0 * so* 00
I -
*a , I I d 1 4 1 1 1 Ig El Ii is is is it to is & 21 a to if 5 M V at M 0 It U III Is 11 Is U 0 to 41 411 41 66 13 c
A I L t r~ A X P 0 A I T U If -P -1_1 -1 1A Its CC M a 4 it 4
! _1'
4 -00

A study at the pir"ecis d sulkir exidittion u3 refacm to its cocn9critifiast. A
0 Sm'"'Im'u 'Cotton I h-t-d- I N" J. 74 7~ 14:11,
7arnflicl (4 S, title of which (lintamed arnorphinss S '1 2. 14~4) 11 (r-1j nad "
A
IM)", anti the other 62 94, 1115 anti 1) 03% 4 the r-j.-rlw~ ronO:t"Jill.
0 in the t$ with a view to &t~ the toxic pfoilefue, l'f " A~ a im.culdr -d 1.3fdU
~
ti
d ke
e
1
4 151:;
11
4 4
t
i 32
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1
an
4, I
Ant
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IIne
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s was placrij in VikruruA (JUAI%tltit% (
1
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rh,, amt of i,"q S and was thi-n &W AII,4 thrillmW1,11--,
I f..f 5 hn
min'(firint,if Into the cry,it f(WM %-*-rT little U'S 1. Wit. foragril III, )moo
fnttM. 1.111fir It it tf&nVfnCM4`d to the CrY-t flittli, 191- thf-mgh th, r.4vfhI,q-
'Lcid Ostr to an alk "sedium the :,$K-tkm C'w- ,if I..I,r AnIf
f,wtnA 1.,vvv,

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0 0 t goo

64

.10
0 0 0 0 0 0 0 0 111 0 0 4 4 4 0 0 o 0 0 0 0 0 0 o 0 0 0
0 0 0 0 0 a 0 4 0 4 4 4 0 4 4

MOROZOVA, G.A.
Materials on -'ntroducing East Asian plants in tte Batum Botanical
Garden. Izv. Rn+. bot. iada --.AI85-115 `~ (MIRA 14:61'
(Batum-Man' -ntrcducti-)n)

ia
7,C il-In

USSIR / Plant Diseases. Diseases of Forest Species. r,s
Abe Jour :Ref Zhu-- - Biologlya, .10 22, 1958, No. 100557
Author ;Yorozova., G. A.
IL'A-11-1 TNot -gr ~0~
Title :On the Natural Prophylactic Properties of the Wood of
Osage Orange
Orig Pub :Lesn. kh-vo, 1957, No 12, 70-71
Alztruct :Slices from the apecimens of healthy, dead -wcod tiseue
of oak. budzhun var. smoottilaaf elm, savin juniper,
prlckl~ juniper /--ik-ara7, oaaee orange and pire were
placed in a glass retort and inoculated with lAntinus
s,r.w=Fus, Daedalea quercira, Lonzites sepiaria and
kept for 3 yearg at 25-300- Most severely infected proved
to te yire. The 'wood tissue ~f osage orange was not
infected by any of the fungus species, The chemical
compoGition of tho wood tissue remairBd uncharged. The
0 ard 1/2

fir,
r n
7 ~7
P'O.',(2rP-
I an
f:U 3 C r !:'-'3

MOROZOVA, G.A.~
Trees and shrubs of the Batum Botar-cal Garden.
f V--
Part 3. Izv. bat. bot. sada no.11:3463 '62. k, MUL 16: -.)
(Batum--Wcody plants) (Batilm-+giosperms)

L .1055-66 DIT(in)/FH(c)/FH(n)-,,!/Ewp(t)/EWP(b) IJP(c)
~,ACCZS$IoN NZ-. APS022382 UR/0136/65/000/00%/0079/0082
669.721*5:66.046*52
AUTHOR: Lashko, M. 1!.; Morozova G. I. Tikhoval, N. H.-
'W~i~v- ~~- 'I*-!- Y?11 -35-
5
TITLE: Madifying_magnevium alloys with zirconium and.the lanthanides
1~7 ?
SOURCE: Tavetnyye metalLy, no. 9, 1965. 79-82
TOPIC TAGS: magnesium alloy, zirconium containing alloy h dride grain size,
phase analysis
ABSTRACT: The eason why Zr has a beneficial effect on the strength and c_orro-
sion resistancepof magnesium alloy is apparently because Zr forms stable chemi-
cal compounds with Fe and Si, compounds which subsequently settle to the bottom
of the gmelting crucible and are eliminated together with the slag. The =dL--
fication of magnesium alloys by Zr is usually explained by the segregation
of Zr p4rtLcle3 -- gr&Ln nuclei -- from the melt through a perLtectic reaction.
Nevertheless, the role of Zr In this modification has not yet been precisely
determined. In this connection, recent studies point to the great role of sir-
conLum, hydrLdes In the change In the physical propertLes of magassLum alloys*

L 1055,66
ACCESSION NIL APS022382
Hence, the authors performed chemical and X-ray investigations of ZrR insoluble
in KC1, and found that, in every cAse, the so-called 'Insoluble" Zr was not
elementary zirconium but represented one or several compounds of Zr with a and
with the impurities of magassLun alloys. Thus, examination of the insoluble resL-
due isolated from different melts of the allotjE10 reoaled that in all cases
the residue contained no a-zirconium but represented WaUture of phases: the
c-phass of UK and an unknown phase, apparently a compound of Zr and the LmpurL-
ties present in the alloy. Kicrostructural examinations indicate that the madL-
fying effect of Zr an magnesium alloy cannot be reduced to the formation of the
crystallization centers of a-zirconium, which is Lsomorph1c.to mignesium. Appa-
rently the decrease in grain size in Zr-cont&LnLng magnesium alloys may be based
on another mechanism as well ., namely: the Ugh-malUng components forming in the
liquid phase of the first stage of crystallization may serve as the grain nuclei.,,
anthanides (Cej;'7LAt'? N4'1
, M,
A similar decrease Ln grain size Ls effectuated when the I
and others) are added to alloys of the Mg-Zn-Zr or WV-Zr systems, Ovig. art, has:
1 figure, I table*
ASSOCIATION:
r.m 2/3

I ACCESSION NR.- APS022382
SUBMITTED: 00 .
~ NO REF.SOV: 005
EXCL: 00
OTM: 004
I
ik
.. .
0
SUB CODE: HKI, as
.- . ~l
3/3 DP

T, ~.T. - 11 ,', , '~ , , " * ',Ill. ~N , ~A . ;A, C, A,
Ch~tngr.q 11 r, og, cal f-p~-,4 C;r tissile r~ . n
Aritiblotiki 10 no.6.54"--c
4
in.-tl~iit ren'.genologlt,
onkol og! i V! n" sf.r- - -I vi -.,-rin,~!nty a Uzt,~tkskov SI:R , I'ashk-nll.

Z 7A, 1. A.
S
A2

L i~475-66 EWT(l)/EVd(m)/EV1P(t)/ET1 IJP(c) AT/JD
C Me A.P6013134 . ... ... .. SOURCE CODE: UR/0057/66/036/004/0753/0755 C.
AUMOR: Glakov's YU K.' Kiryushchenko,A,1,; Lebqdev,K.A.; M0Wzova'q.A._
ORG: none
TITLE: Measurement of the electron temyerat in a low-voltage qesium are
SOURCE: Zhurnal takhnighoskoy fIzIki, v. 36, no, 4, 1966. 753-755
TOPIC TAGS: arc discharge, cesium, zinc, electron temperature, spectrometry
ABSTRACT: The authors have determined electron temperatures in 3A low-voltage arcs
burning in a mixture of cesium and zinc vapors in the 6 mm. gap between 18 mm diameter
hot stainless steel electrodes, by measuring the intensity of the 5D recombination
continuu # The cesium pressure was varied from 0.1 to I mm Hg and the zinc pressure
from 10-9 to 5 x 10-4 mn Hg by adjusting the temperature of a side tube containing
the metals. The cathode and anode temperatures were 1100 and 800 bK, respectively.
The arc could be Imaged an the spectrometer slit with the latter either parallel or
perpendicular to the axis of the arc. A field of view stop assured a linear reso!-
-lution of 0.2 mm. In the low pressure (0.1 mm Hg) arc the electron temperature was
maximum (400010K) at a distance from the cathode of the order of an electron free path
(0.6 ma), dropped rapidly to about 2000 OK, and rose somewhat near the anode. As the
pressure was increased the position of the electron temperature maximum shifted closer
to the cathode, and In the highest pressure arc the temperature was constant at about
Card
1/2 UDC:- 533.9.07 J-

L 28475-66
ACC N& AP6013134
2000 OK over the full length of the gap. The temperature rise observed near the
anode is ascribed to experimental error due to the low intensity of the recoubination
radiation from this region. The electron velocity distribution could not be;
Maxwellian at the location of the observed temperature maximum near the cathode,
and the concept of electron temperature becomes meaningless for this region. The
electron temperature at 1.8 mm from the cathode In the 0.1 mm Hg arc decreased from
1850 ON on the Axis of the arc to 1725 OK at 2 mm from the axis. The intensity of
the recombination radiation at greater distances from the axis was too low for acctL-
rate measurement* The authors thank I,P,Stakhanov and I.I.Kasikov for their interest
in the work, Orig, art6 has: 2 formulas and 3 figures.
SUB COM, 20 SUBM DAM, 21May65. ORIG.REF:' -005 OTH REP: 001
COM 2/2 ______j

IMOROZOV, P.V., kand.se1'skokhozyay9tvennykh nauk; MOROZOVA, G.D.
Cultivating buckwheat in the n-;n-Ghernozem 'Dolt. zemie-o'ia 4-~r
no-4:52-54 Ap 163. (MiRA lr,:~)
1. Moskovskaya selektsionnafa stantsiya.
(Mowcow Province-Blickwheat)

24 (T.) M= I DOCK EMOMT105

VMGsoTUAZk90 soveahchanlya po spolctro"opli, 1956.
r21 AtOlMrAYO spektroakoplya (PAtorl&ls of the JC~th All-unjon
GRAr 3 ©, 1956, Vol 2: Atomic Spectroscopy)
'
tM
'
'
d
.:
L
'
&k0
6O un1v-, 1958. 568 p. (serloo, jts~
ZVZME".
VIZI 46k17 aboralk-, ".4(9)) 3,000 copies printed.
"OtICIMA.1 21>onscrinS Agency: Akademlya nauk S=. 9=14miya po
spektroakepil.
M11torial Wax-di 4.3. landebarg, Academician. (Keep. Ed.);
B.S. Naporent. Doctor of Physicai And mathematical Science*;
I.L. Fabo.1inakly, Doctor or P*ajCal And HathMatICL1 Sciences;
T-C Fabr-lkant, Doctor of Phyalcal " Ratheduatical Sciences;
T.G. 909-1takly, Candidate of Technical Sciences; S.A. RaynklY.
Candidate of Physiama and Technical Sciences; L.K. Lllmovskays.
CAE41dato of r"aid&.1 and Mathematical Sciences; V.S. Millyanc-
(Deceased), Doctor of rhysical and MathemstIcaa 3clences; A.Te.
01&ubera&n, Doctor of ftysIc&I And Mothematica.1 Sciences;
A., JM. i S. L. Oster; Tech. 11d. ~ T. V. 3aranyuk.
ftlIPWis TtUx book In tntandod for scientists and researchers in
the field of spectroscopy, Ad wall as ror technical parsonnei
"ing Gpeotmn Analysis Ln various Industries.
COWNRAM Thla volume contains IT7 scientific and technical studies
of atomic
Poctrography presented At the l0th All-Union Confer-
:
&no* on SP 0tmaeopy In 1956. The studies were carried out by
Masnibore of scientific And technical institutes and Include
damensive bibliographies of Soviet arid otner sou.rcez. The
:tudlds cover many ""am of apcctroo~opy: spectra of rare earths,
lectramagnotla radiation, phyalt.onemic.1 m*"odo for contr~lljng
wwilua production, physics and technology of &&A dlsch~gc,
Optles and spectroscopy, Abnormal dispersion in metal vnpors,
spectroscopy and the combustion theory, apectrum analysis of ores
and minerals, photographic methods for quantltatlve Dpoct~
Analysis of metals And &Iloy., spectral determ-ination of the
b7dr0fien content Of metals by means or taotopos, tableB.and
atlases of apectra.1 lines, spam, 6pectrographic Analysis,
:t&tI9tIG&I study of variation In trio parameters of calibration
urvaG, dotorm4nation or traced uf metaln, spectrum analysis In
00tallUrIly, therMoahc=iatry In metallurgy, And principles and
practice Of spectr~cbc:mlcal ~Alysib,
Card 2/31
&,tarlals of the loth A21-Unich Conference (00a%.) WT/-17W
carabanh, A 0. Sh.Z. Pcjz.jydv. A.L. 317-sar
on., L
--ZOUakov Smlmov&-Averlna, %.M. SaMs"",
Roanovlch' I. 3'lrehXlnA'
Att., L I P.-Achava, V.P.
T*.F. Vomnola. p.6, ;Zrb-Ro,, ?.A. Rofitdr*~A.
M.T. Ad r~qva. A.I. Yelorst-k&ya. And A.m. K-=-t&O~&-
Motbods of Spoctracheelcal Analysis or P~ MtAl for
ZAP~Itlds 556
Avk"~Faff' Library of C-ngre's
dfh
7-~_ 59
Card 31/31

129- 14
A UT .--'OR: Tseytlin, V.Z., Candidate of Technical Sciencps,
Elorozova, G. G. , EnEineer.
TITLE: Cl~ange in the Properties of the Nickel-chrom-ium, Alloy
)W65 for Stationary and Mobile Turbiaes in ttie Process ()f
Long Duration (Up to 10 000 Hours) Isothermal He3tinE
(Izmeneniya svoystv nikel'khromovogo splava El '~65 d1ya
statsionarnykh i transportnykh turbin v :,rotse~-,:~p ~114Lt.ei'
nogo (do 10 000 chas.) izotermicheskoEo nagreva)
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1--Ic,8, 1.1c,.i,
P,:. 3C - 55 (USSR).
A~-,'STRACT: A considprable number of Dubiished pappers are devoted
to nickel-base, particularly nickel-chrc--ium., a-lio.7s. I _. - LLo S t
cases, the experiments were carried o..,t -1redo.!;iJ-a-iy for
short time durations (aircuntinE to a few ~.undred I:-.
this diaper, the results are described of observ7-.t`:)!- of t:~e
lor4 duration isothermal heatingof ur, to 10 000 r-o I, S j on
,=Derties of the nickel-chromium base a~ioy 3.A?65 which ?.as
a high relaxation strength at 700 - 750 C. Tl.-e I-eat tr,at:-..en'1
of the alloy consisted or hardening after ea~'LnE for t,.ree
hours at 1 150 or 1 200 C, tempering at 800 C for 2C '_ours
or at ?60 OC for 25 hours. The loRg-duration
heating was effected at 700 - ?50 C and tile cl.ange

129- 1-'.
the Prope::-ties of the r4Lck-el-chromiu.:: Alloy 3A'~ 5 "D
S~ -lionary and Mobile Darbines in the Process of Lon~- R--ra`.---,
71c, 10 OOC Hours) Isothermal heatinE.
was studied of tl~e hirdness, impact strenj~th,
iattice parameter, phase composition, electric and Lianetic
:)roperties and the resistance to corrosion in air. Ti-e heat
resistance was determined predominantly on the basis of the
relaxation strength. In Fl~;.l, the change in hardnes-c~, implact
strength, SoeCif4c electric resistance and inaEnetlc s,.iscept:-
L
bility are graphed for Jsothermal heating- tat 750 C for
le4
d,irations of 10 000 1-jurs. -LE.2 shows the cLarfSe I-Le
contents of nickei, alumi-ni-ar, titanium, mol-itdenuzl and tu--C--
4 !-,
sten the separnted-out phases as a function of t.--e iso-
-ime. FiE-3 shows t'.e cl,a-,-.i;-e i.- ",-e resldia'
-~'--:~rmal an-nealiniz 4. 1 1 . -
Stress after 10 000 '--ours as a function of ti-e test tei7e-ra-
'~ire -fDr ar- initial stress of 25 kg/mm Fi,.---.4 s-',--2w-- ti-e
,:',--a-nEe of t", e residual stress after 10 OOC as
3f the initial stress for a test ter-perature of r~00 C.
F-~--:.5 shows the change of the residual stress as a fur~ction
.r
3. t",.e number of loadinEs ,,.-hereby t1-e test durz~tlo- bet,,%een
til-e re,,eated loacLings was 1 500 hours. Fig. 6 t!i.e
relaxation curves for repeated loadinEs. It was fcund

129-1-, ~/14
C,,-~,iige ir. the Properties of tl:e Ni cllre 1-c Lromiul.] Alioy f-)-
S11,-,,tionary and Mobile Turbines ir the Process ol" Lon~-
10 000 Hoiir:3) Isothermal Heating.
each repeated loadinF to the initial stress incr,-a-,~e6 L::e
relaxation strength; after 6 loadin,-s fo~ 1 500 e --! c
t',-e stre s carl be increased from 14 kg/mm (fir--t cycle) to
kg/MR (sixth cycle). The speed of Cas-corr.)-i.)n -*o air
at '/00 C, determined t-y L.P. Kestel' is very low, a,.,ountinE
to about 0.0011 ram/year. Observations relatiiiE tuo 'U,.e c:-a-,-L-,e
in the T-Iroperties of nicklel-chromiur, alloys alloyed with,
molybdenum and tungsten, carried out for isothermal hardenin,~-,
at 700 and ?50 C for durations of 10 000 hours (whicl- is
ec,.ial to the maximum duration of over~-aul periods of polijer
,piants), permit the following cz)ncl,-isions: allo,-/S 0'-, t'-.~s
j
~-qe have a hi~,h sta8ility of their Dronerties for lonf,- service
--eves at 700 to 1~50 C. Particularly, tl-,e relaxatio-1 curves
tl.at the relaxation strenE;th is miain-1-ained for -eri.Das
U
exceed'n~, the test durations a:--.d tl.-Ls also aj~plles, to so::ie
extent, to hard-nesZ and impact strenEth. P!.,-j---ic;o-c!',,em~ca-
processes Froceed in the temperature range 700 to '/50 C very
slowly for the alloys under considel-ation, the a'-phase 'tW-this
tem~e~rature range is stabie and combination of this -.Lase i-to

12c'- L-V14
-u the Properties of U.e Nickel-chrom-!~Am Alloy N'/65
Sf,at:onary arid Mobile TurLines in tLe Process of
10 000 Hours) isotr.er:,,,al
Ii,Ti waL not ibserved even after isotl.er.,~al an e f -)r
iO'~000 `.nurs at ~,150 0 C. cl'-ar-,:-e ; n tI-e : ,-or,e 7t e~ e
C_
alloy detected in the interval of 1 000 to 3 GOO 1.okirs is
attributed to dissociation of binary carbides and pi--sibly to
c.'-.angps in the com-osition of the carbide Me C,,,, as a result
23
0f which an impoverishment takes -,lace of the separated-out
chases in molybdenum and tungsten and an enrichm._ent of these
with a solid solution and it is also attributed to ,rocSsEas
of coa )lation of the al-phase wliich,/Ii~tivated at '/OC C after
1 000 hours of heatingand8t '60 OC somewhat earlier; ',,oj.,ever,
these changes in t~.e )ro~,erties of tl 'e alloy are insiEnificant
and do not afiect t,-.e relaxation stren~-,th of the alloy. T. e
foct that the hys-ico-chemical -,7roces.-.es in tlie st,~died a1-0--"-,
are slow ca-P. be expiained by the com:~licated commposJltl',~,
a.)d by the iiicrease in the nu_rter of sepax;Dt-ed-out pfas~_.~;
~7.resence of c,~_Irbide --hases) and also by a co~,:: I_ca,~ion
co-_~,osition and t~.e structure of interacting phazp, " "C',
!.d- _t'TLe' " 5j"
acco f.
rding to the vievis expressed by A.A. Bochvar

C.-Lint(_ i:. tilie Pl-opertieS :)f the N4ckel-chrGir_*!ir_ A-l'oy
'3-_~ltioaary and Mobile Tur`ines in the ProceSs DII ifri,
to 10 000 Hours) Isotliermal Heating.
about a braking of diffusion excl.ange processe-~
b,,unda.ries of division of these phases. LI.F. Lesny!A; 'Daiti-
cil-ated in tLe experimental -,art of th's work. 11. F. K.
Fie~.tsured the lattice :period and took t",-,e X - r ay s - " te c i.,
t,-jtes aud L.A. Nude carried out the cl,em~.cal of L~.e
phases of t",;-- precipitates.
T'.ere are _ flijures and 5 refej'(~nceti, 3 of vii_ich ar- S_"a~.2ic.
A,'DSOCIATION: TsNI-TL,4ASh.
AVA-Li-IABLE: ~~ibr.-iry of. I~jri~_'ress-

KARAUS11, A.G.; PNYZUIAYEV, Sh.I.; b1YUSWIEVA, 14L.; SOUTIKOVA, N.P.;
b141W1OVA-AMIU, 11-I-; SAHSONOVA, Z-N.; MUZ, L.S.; MOROZOVA, G.G.-
ROMANOVICH, L.S.; SKIRNIMYA, I.I.; LIFFATOVA, V.K.; ~,~CVA~,. ~,,
PUG&CMMA, L.I.; US&CIOVA4 T.P.; TORONOVA, Te.?,,; GORBACIr&Y, F.D.;
KOSTAF3VA, F.A.; KCSMMVA, N.T.; YF=ATSKAYA, A.I..; KUZIfETSOVA, N.N.
Spectrochenical analysis of ypire metals for impiirities. Fiz.
abor. no.4:556-562 158. (MIRA 12:5)
(Spectrochemistry)

IURA &SH, A.G.; BONDARRIM, L.S.; MOROZOVA ZULAYEV, Sh.I.
Spectrochemical method for determiaing impurities in lead. Zhu--.
anal. khim. 15 no.5:623-627 S-0 160. (MIRA 13:10)
(I.ead--Analysis)

ICARARASH, A.G.; FWZUIAYEV, Sh.I.; MOROZOVA, G.G.; SMIRETKINA, I.I.
Spectrochemical analysis for detecting impurities In metallic germanium
and germanium dioxide. Trudy lom. argil. ldiimr. 12:25-35 160.
(MIRA 13:8)
(Germanium--Analysis) (Spectrum analysis)

2 ~PM2
S/590/61/101/`(,'C~/'~Ci/ 0, 5
2 V~ \_k'k~u D2 0/ M 04
AUTHORS: Mirkin, I.I,, Doctor of Technical Sciences, ProfeSSOr
Tsey tl in, V - Z. , Cand 1 d,: te o f Techn i cal Sc i enres, ~:n-
Morozova, G.G., Engineer
T I' Int,~rnai friction and modulus of slip of F;ome pure
metals used as constituents of refractory u-Iloys
SOURCE: Moscow- Tsentral,nyy nauchno-issiedovatel'skly insti-
tut tekhnoiogli i maehlnostroyeniya. [Trudyj v. 101,
ig6i. Issiedovaniye novyxh zharoprochnykh spiuvov
dlya energetl4ki, )4 - 48
TE~_"T: A study of the temperature r'ependence of internal fricton
and modulus of sli-p for pure Ni, Al and Mo oy means of low fre-
quency torsional oscillations was carried out, using, a modified Fe
_p:_,aratus icnown i:ts PKV -2 (RKF-2), The modification was carried
out uy the Kafedra fiziXi Instituta stali (Physics Department of
thtj Steel institute). By means of this instrument, the te.T. ' Derature
deDendence of inter-al friction an! the modulus of slip of the
Car,i 1/4

2 .1;1 ~2
S/ ~90/ 6 1/
Internal friction and D21//D704
mt~ 9 pecimen car. be !:i--_~Isured ,nd,?r vacuum . A vacuum o f 1.~. t"
-4 mm Hg was maintalned for the tests. Irne ioaarithmic derrement
0
was taken as a measure of internal iriction. The mo'lulu'l of 311 17)
was proportional to the square of the frequency of free torsinna I
oscillatio-s of the specimen; the coefficient of proporL.-nality
depended only on the geometry and distribution of th~ mass-s in
the system participating in the torsional oscillations. The speci-
mens were wires, 500 mm long and having a diameter of O.H mm. The
natural frequency of torsional oscillations of the specimen in all.
measurements was between 0.4 and 2 cycles/sec. The iogarathmic
decrement was determined by observing consecutive ampiltudes oil
oscillation within a definite period of time. In ail measurements
and at all temperatures .. the maximum ampiltude of oscii.ation was
iess than o cm. For the wire specimens inV-_Stig,--.te1, this ampiiiu-
cle correspundea Lo Lhe maximum leformatiun by slip on Lhe wire
surface. An analysis of the re2~jits has led uo the :oiiowing con-
clusions; -- ) 14he curve ior temperam,Are ieperdence of anternal
I ri ction o f rii cKe i exr. i u- tq rep neaks : a ) a luw- tempe , a,,'jr._~ -e'.7
u:.rc 214

2 "W
S/~)90/bl/ iu i,,0UU/ UUj/ j~:,
I Lerna
In' iriction and D2 i D_-) U 4
at ween i00 rind ?M~(), t ~j.t.
L)eT I r, P
enun . o medium
-)uOc- under aiiferent conditi,oris of anrea'Liri~-,), aue n e,~z-3 e
.nation along the grain boundaries dui ing v isk_:0;,s S1, 11) ""e ~4,. a[L3
,-j a n-Lgh-temperature peaK ue~weerl 700 and buuu, when measuring in-
ternal friction whilst annealing heavily deformed nicke,; the n,.tu-
re of this peak is not yet fuliy !inderstood - 2 ) knneal` ng ht~avily
deformed nic?el 1.,-creases intern-al friction Increasine, the annea-
-.Ln6 temperature from 500-9500 result's in an increa.-e of the tem-
,erature of tiie :~_~.Aium-temperature peaK, and only a further in-
crease in . rineaiing lemperature tc 12000 brings about a iecrea:,e
in reak te-perature )) The 4emperature dependence of the rolulus
of slip at room temperature is simii-,.- to th,,-.t of the Curie 0oint;
"his is due to the ferromagnetic striction. 4) On _L y one oeaz'~ is
observed on the temnerature deT,endence of intern-I. fr"-ctl(-jn c,;rve
for k! at between 160 and 2000i this is caused by rel~txati--)n of
st-resses along the grain boundaries ~) An incre ~-e in grain size
witt. rise in annealing terrpe--ature lowers the of the peak,
L_
since a decrease in the to'.,al iength of boun~,ir-.,. Jecreases the
Card )/4

Int,:rnal friction and D2!7,/D304
intensity of processes occurring along the grain L_-nd~ries No
peaks are observed on the temperature dependence c-,i.-ie for ,Ilo on
neating to 9000~ t) The temperature range in which the internal
friction curve begins to rise is greatest for mo and lowest Tor Al.
However, at com:,arabie temperatures (T/TMP ), this ran.,--e car. be con-
sidered approximately constant fo-- three metals ~T,,!, 0
MP
0 40). There are il figures, 1 tabie, and d references: i Sovi~_t-
bloc and i non-Soviet-bloc. The reference to the English-,anguaEe
publicL;.ti,.,~n reads as foilows: S, Siegel and S. Onimby, Dependence
of Young's moduius for nickel upon temr.erature and nagnetizat,.on,
"Physical Review", 49, b65, !9_4~6
Card 4/4

T . r Ts e y r
rv:est`g_i~ i n -.f t~-~- 7-.t~m fr-! A' _-i a r
t ~a ry n i c- e 2
Mf~ ta 11 rg I yj , ;iLstr~irt
~O,foratlvrlyy murnai, 11
~_ya er,ori,,e-
Z, C)
1 nve~t 1 lc~ated was the magn f e interna fri -t-: -In an .; ti-le
f the frequency :.f vibrati ons f' (proporti_na I to th!? ssinear
n relatf::,n to the test temperature fsr sc_~_Iid sc--iti ~-
- - __ .s :~f Ni--Cr,
r, -',,:r Nf,'-A~ a-'.!-)ys _-~,,ntairii- 7% Al. Ni--(:r alloys
an, , g
3nd INJi-A- al--,ys In ar, :Amcsphere arE:-,,-, a:-,6 in air. Th-
;ritri r,~,is witit, a Jiam--ter --f anc were coid-drao:n int-_
wif~t a ~!~Imfter mm. 'amples .-)f the a!Ioy were anneale,' at
arf, sampips ;f the Wk-Al ,ill y.~ at
PKC

-_;7ati_n -f the . . .
at P r c, s en te-A
te: /eravu re -'t e,
6, ~ ffecL ~~f the ~Itent zin,-" -,r i,-, 11"
r -i r- I n and f2 was rv.t~.~. The
~..:er temp~-rat iro r~rj~es and mpleto-1-1 :,;Ip~earel at D,11
n- .~r_ IN I
n 1 ar, ir . AIS- .;a5 a -lecrpa3e J`sa~,:~Parance t',_,~
Efe-t . 7,v- ri f' t"Ic ~4 cu ~G,,;
f-,:ti-.r. -;I-lCted y 2(," 4or',.Oc
',.'_Liier te:, per:it---re ranges
vIng . 7n I :-~ Px,- ' q -' n e, iuy an in-~rease tn- b-r.~! str-ngth in the
-n --r- ~ur;ni- aL__-~,v~ng within the
_~t'_ -atti

KARABASH, A.G.; PEYZULAYEV, Sh, I.; USACHEVA, V.P.; MOR020VA, G.G.;
MESIIKOVA, V.ML.; LOBANOVA, VA.
Determination of impurities in thorium and its compounds by
the combined chemical and spectral method. Zhur.anal.khim. 16
no.2:217-222 14r-Ap 161. (MIFLA 14: 5)
(Thorium-Ana:lysis )

MIRKIN, I.L.J. doktor tekhn.nauk, prof.; TSEYTLIN, V.Z., kand.tekbn.nauk;
MOROZ"Al G.G., inzh.
Investigating the aging process in nickel alloys 1by'changes
in the temperatare relation of internal friction. '-rudil
L~
TSNIIT14ASH 101:61-79 161. O~MU 14-10)
(Nickel &lloys-Ilietallography)
(Internal friction)

L 27476-66 EWT(l) IJP(c) AT
ACC NR: AT6oo8419 SOME CODE., UF/3l58/65/ooo/o18/ooo2/wo8
AUTAOR: Gus1kov, YU. K.; Kiryushchenko, A. Lebedev, M. A,4_14oxozova, G. G.
ORG:
N o~e
TITLE: Measurement of electron teTp.,-rature in a cesium low voltage arc (Brief
report)
SOURCE: Obninsk. Fiziko-energeticheskiy Institut. Doklady, no. 18, 1965.
Izmereniye elektronnoy temperatux7 v tseziyevay nizkovol'tnoy cluge, 2-8
TOPIC TAGS: cesium plasma, arc discharge, electron temperature, recombination
radiation
ABSMICT: The authors present preliminary results of the measurements of the
electron temperature in a low voltage arc in cesium 'Vapor with zinc impurity taken
over the recombination continuum. The measurements were made in a discharge
chamber with the electrodes made of stainless steel of 18 mm diameter. The
electrodes were indirectly heated. The gap was 6 mm. A detailed description of
an analogous discharge chamber was published earlier (ZhTF -Y-. 34, 11o. 8, 14511
Card 1/2.

.L 2-/476-66
ACC NR: AT6oo8419
19610. The measurements were made at low cesium vapor pressure (0.1-1 Tarr). The
corresponding zinc vapor pressure ranged from 10-5 to 5 X 10-4 Tarr. The measure-
ments were made In the 5D continuum with an ISP spectrograph, using a photographic
recording and microphotometry technique. Measurements at ).0 amp discharge current
and cathode and anode temperatures 1_100K and 800K respectively, with a cesium
vapor pressure 0.1 Tarr show a maximum in the electron temperature (-4000K) at a
distance of the order of the mean free path of the electron from the cathode (6
x 10-2 cm). The electron temperature then drops rapi6ly to about 2000K, but in-
creases again near the anode. With increasing pressure the maximum shifts toward
the cathode. A brief analysis shows that the electron temperature near the cathode
can in fact not be uniequely defined, since there is no Maxwellian distribution.
This is confirmed also by probe measurements. The rise in the temperature near
the anode is attributed to measurement errors. In the rest of the gap the electron
temperature is practically uniform and differs somewhat from probe measurements.
The authors thank I. P. Stakhanov and 1. 1. Kasikov for continuous interest in the
work. Orig. art. has: 3 fIEE7es and 1 formula.
SUB CODE: 220/ SUR4 DATE: 00/ ORIG REF: 004/ OTH MY: 001
Card 2/2

NIKOLISKIY, G.V.; GROMCHEVSKAYA, N.A.; MOROZOVA, G.I.; MUMMA, V.A.
~
Fishes of the upper Pechora basin. ~~t.k pozn.faT,-A7 i 'lor7 SSSR.Otd.
zool.no.6:5-202 147. OaRA 9:9)
(Pechora Riveir-Fishes)

MOROZOVA. G.I.
Influpnzpl croup -7:d cro,.m In c--F-s r-f -ntnrrh o' tnp --mDer
respirntory trnct in cnildren [with sum,-nnry in -vTWlisn]. Pediptriia
36 no.4:54-59 (MIRA 11:5)
"ebedev)
1. 1z kafedry (~etskikh infpktsiy (rukovoditell nrof. D.D. ~
II Moskovskogo meditsinskof-c institutn.
(CROUP)

LASHKOF N,F.; G.I.
Cr-ystall.l.re s,.ru--~ure ~f ,r,b3r.3 ~n --n 1--vt
of the qvq~pms magnpslum-.cc-r-,um and :T~.
Kris tal lognif i ia 9 n,).2:,-,'6c)-)-'O t~r--Ap'64. il M, ~. ,, -l", ~ ;~I

~ I - -1--1-11 ---. I'll - I .. 11 ~-, ---

I" ~
;w
I I
-17"
-.59,

11 n9 J3 5 Ir. and
V,, -:.A 18
v

I ..

AOR-Oz.
11swchemistry".
Card
16/42
1/1 :j pub. 151
'Authors i Fecdosyev, N. K.; Osipov, 0. A.; and Morozova, G. K.
Title 9 Heat of blending dioxane with water
Per1Gd1c*1 I Maw. ob. khim. 24/9, 1540-1542, Sep 1954
Abstract I The surface tension, denE-`,Ly,, vapor pressure, index of rofr&Aic)n and
solidification point of oha ~Uoxane-water system were investigated.
The heats of blendiam, I A.Loxane with water re measured in a calorimeter.
with isothermal sheJ2. The isothermal curve, representing the ble
heats for the dioxane-water system., was fmAnd to have. positive as well
as negative sections which is explaincd by the formation of a molecular
b;ydrate type compound between the water and the dioxane ard decomposi-
tion of'the water. four references: ~~-VSSR; 1-USA and 1-German (1907-
1949). Table; graph.
Institution : State University, Rostov/bon
Submitted : May 17, 1954

MOROZOVA, Git-K-j- BLYUMENFELID9 L.A.
Effect of oxygen on electron paramagnetic resonance of
1yophilized tissue6. Biofizika 5 no. 2:23.~--238 160.
(MIRA 14:4)
1. Institut khiraicheskoy fizilld AN SSSR, Moskva.
(OXYGEN-PHYSIOLOGICAL EMCT) (PAFLAMAGNETIC R~SONAYCE AND FdLAXAT1u,,)
I
(TISSUIS)

SHAREVSKAYA, D.I.; SMUKOV, F.G.. WROVIX-HUMLXV, A.S.: ASTROV, D.N.;
MOROZOVA, G.Kh.
Difference in the temT.erature Df the resistaLca
of some kinds of platinum in the range of 10.8 and 2-.-4.160K .
-1 - Izm.takh. no-7:34-1.7 J1 16o. UAIRA 13:7)
(Thermometry) (Plat i niAm--- fherial prol,orties)

Y?
A YMORS Koatryu~ov, C;,z 0 7 a ,
TITLE i Tharmadynamlo f3t%Ldi ~c Lit o vv T to mporn ture a. X v t?,:; if I c Xe,-
of the Yellow Youif -c-. t cf Lead n-
0 0
Temperat ure Range and -'-'ntroDy at 21!13
?EHIOLICA.Li Zh u rna-' z i c n ~s Vo,
pp.
TEXT; The spec,-.r).-c heat of in tne - ompera.
12-5000K has been dete=ined bir a-7ect wnicn we:,e
deLermine entroppy 2,--3.
then used to a Ince va-i,-3 i-:-t
-oed
mentioned in publications test me,-od a:)o'.4-ed is deger-
in Ref.7; samples uith P- particlp ize of vere -used, ".01
were made ir the above temper*a'.'Ure -nterva. . The spec--f~c '-eal
given in Table 1. Pnomalies were n-.,. Ja-,ng V. 7.
formula for heterodynam4c structur,~!s (Ref.10), the values of enLroDy anc
0
enthalpy for 12 K were extrapoLat;!~: 3"o;( - c~o- - 0.1.5 + e.''
H12 0K - H 00K , 1 . '01 + 0. 2 c% 'r,14 va ies c1f ntha ';Py ant t r. 3 --f r.,~ -5
Card 1/6

Thermodynamic Studie3 at Low T(,:r-,,, 7 6/ tj U; 4;' C
X. Specific Heat of the Yel I -ow '1;~; B o 1 6
of Lead Monoxide -n the Tez,-~v,-
298.15'x I'
were determined from tLese aa-; e i g r;ie
exper-*mental curves CP a ~ c; -,Y -;3a
the standard entropy o* yellow ~-r- -i
A comparison between thia value ana publ -s~.tid ii,ta ind--ct~.Ies .nh
authors' value is very exact r K 0 v - 'i - n a n 4 C a
guidance and interest. There are anc 13
4 J9, 2 German, 1 -briti3h, ar.a
ASSOCIATION:
SUBMITTED:
inst,-,u-. 'izi.-:o- f~fl.
i z m e r e n .;y ( 1 ns I i - u '. ~
techn-,cal Measur~,-m&r.-,-
December 1, 195d
a d I o 1, e,( n nc nC -
s , c aT e c h r; , c aa n
Card 2/6

'OT.-VIOII .F.; 11101',OZOVA, G.!'
Det iinination of Ph ba.,;e-,~ z,.,, c-tel-uric Fro--'ili:i a',r:. :Ocl.
i 'reofiz. no.11:-105-10'-- 14:
1. In5titut rrcolo~:ii -~o~izi'ci o otdeleni-a A", SSS";
llo-vosibir2k.
(Propi.ect :-.-t"-ods)

2, J,_) J, J4 2 0
1)2281D-507
AUTHORS: Van'yan, L. L. , _~i. M. and Lozhenitsyna,L.V.
TITLE: Theoreticai curves of the induced polarization method
PERIODICAL: Referativnyy zhurnal, ~ieofizika, no. ~j, 1962, 39, ab-
utract 9A261 (Geologiya i geofizika, no. 10, 1961,
1 1 d-1 25 )
T-'-'XT: 21,e Induced polarization phenomenon is considered as a qua-
sistatic process, describable by Laplace's equation. Electric di-
poles, arising within a polarizing body under the action of the
fieid current, are presumed to be the sources of the induced po-
larization's emf. 4hen calculating theoretical curves, a chance is
made from the volume distribution of secondary dipoles to the sur-
face distribution of charges. The main quantity studied in induced
.polarization vertical electric suunding is the apparent polariza-
bility,7 * Ptajp is calculated on the basis of the formula given
,app
for its magnitude (which is correct when the polarizabilitj values
Card 112

0/ 169/62/000/00t-A/ 04j-/1 20
Tneoretical curves of ... D228/D3O7
of separate beds are low); the calculation's basis is the expres-
sion of the subintegral function through hyperbolic cotangents.
The theoretical curves of Lapp, computed from the derived formula,
are compared with the corresdonding, curves of vertical electric
sounding. It is noted that the curves of lapp possess a high re-
solving power. /-Abstracter's note: Complete translation.-7
Card 2/2

KROTEVICH, N.F.; MOROZOVA, G.M.
Some problems of magnetotelluric profiling and results of testing
it in the southeast of the Idest Siberian Lowland. Trudy Inst. geol.
0
i geofiz. Sib. otd. AN SSSR no.11:73-86 161. (YIRA 15:2)
(Eit,r;t,, , . -,,,etic prospecting)

VARIYAN, L. L.1-MOROZOVA, G. M.
Dot charts for the interpretation of the generation of a
magnetic field. Dokl. AN SSSR 147 no,6il359-1360 D '62.
(MIRA 16-1)
1. Institut geologii i geofiziki Sibirskogo otdeleniya AN
SSSR. Predatavleno akademikom A. L. Yanshinym.
(Magnetic prospecting)