SCIENTIFIC ABSTRACT POPOVA, D.I. - POPOVA, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342420016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LAPP, G.B.;- i~p' D.I.
_YgM _1-- ___
Calibration o.L' tuzigsten-rhenium/tungsten-rhenium thermoccriples.
Izm. tekh. no.lOs33-34 0 163. (MM 16:12)

ITINA, N.A.; POPOVA, D.I.
Effect of gamma rays on the activity of lymph hearts in developing
tadpoles. Mat. po evol. fiziol. 4:240-246 160. (MIRA 13:10)
(GAHM RAYS-PHYSIOLOGICAL EFFECT) (LDPHATICS)
(LARVAE-AMPHIBIA)

SOURCE: Vsesayuznaye soveshchaniye po probleme rentya. 2d, Moscow, 1962.
Reniy soveshciia-fil~&.---Rosc-ov,-Il-zcT--vo-ga-uia--, 1964, 218-220
TOPIC TAGS: tungsten alloy, rhenium alloy, thermocouple, thermoelectromotive
force, thermocouple annealing
ABSTRACT: The authors studied the change in the,,thermo-_emf of all s of tungsten
containing 5, 10, and 207. Re (respectively, VR-59, VR-10.16and VR-20?by subjecting
the specimens to three consecutive annealing treatments (each R7`m-e under different
conditions). Values of the therm-emf after each treatment are tabuLated as a
function-of the duration of the annealing (5 min. to 25 hrs.). The VR-5/20
thermocouple was calibrated by means of the melting points of pure copper, nickel,
palladium, platinum, and rhodium. Comparison of the calibration with that per-
formed earlier by S. K. Danishe-,mkiy shows an insufficient thermoelectric re-
producibility of the experimental batches of alloys.
C,rd 1/ 2

L a3ft&65
&C.CKSSION NRt AT5002786
Orig. art. has: 3 tables.
-ASSMATION; None -
SUMMTTED-. O5Auj64 RNCL; 00 SUR CODE: MR, EK
NO REF Saw: 001 OTBER: 000
Card 212

Off,
C 11M T, U,
~7r -it

POPOVA, D.N.
Positive effect of vitamin B6 (pyridoxine) on blood indices
and weight in children with symptoms of hypotrophy and
secondary anemia. Vop. pit. 20 no.6-.37-40 11-D 161. (MIRA 15:6)
1. Iz kafedry gospitallnoy pediatrii (zav. - daystvitellnyy
chlen A1,21 SSSR prof. A.F. Tur) Leningradskogo pediatricheBkogo
meditsinskogo instituta.
(MIDGX112 -PHYSIOLOGICAL EFFECT)
(AMIA) (BODY NEIGHT)

POPOVA,., Dobra
Use of 'the he tsz-otic - t?oed -tn rg .
in Bulgaz-ip., -i~nsq t~ ,Irolba 111 nn.2:204-212 F I b 5 .
1. Senior scientific worker, institiits of Plan. Prcducticn of the
Bulgarian il.cade-,ky of' Agricul.ural Scigncas, 710fia, S I ; I'mi, r % t! 1
June 12, 1963.

POPOVA, Dobra; ARRIGEWV, Arangel
Application of heterosis method to melcns and vat-emelons.
Selskostop nauka 1 no.lM1087-~1090 162.

POPOVA Dobra; MIKHOV At.
J,
Studying heterosis effect and biology in the blossomming of
watermelons. Priroda Bulg 12 no. 5: 98-100 S-0 163.

FOPOVAy &~geniia
Teaching the subject- f(Cherm-leall designators" and !Chemicall
computations" in the 7th.grade. Biolog i khim no.6:23-28 161.

POPOVA, Evgeniia
Atomic molecular theory and its application in the explanation
of teaching material on chemistry-in the 7th grade, BiA i
Min 6 no.4s23-29 163%

DOBRLVp St.;--~Opov-kl E.
Fu--flhrol obtained f-.m The 4----hydrat-iOn Of c=zcb h7dz-o.;,-.Z:-:t--34
Mdm"i industriia 34 no.3:9-T-95 '62.
1. Chplen na Redaktsionnata kolegiia, "Khimiia i industriia" (for
Dobrev).

POPOVA, E.
Electric promilsion in space flight. hTO 3 no. 5:20-21 My 161.
(MIRA 14:5)
1. Inatitut informatsii All SSSR.
(Space ships-Propulsion systemB)

FISARZHUSKIT. Oleg; VL&DIMIROV, R.; , PCPOVA, 3.
Youth wants to know more about science. Takh. mol. 28 no. 12:32-
33 160. (MMA 13:12)
(Bibliograpbr--Science--Juvenile literature)

ACCESSION NR: AM19488 S/0078/64/009/003/0654/o659'
AUTHOR: Yershov.. G. S.; Popova,E A.
Tr2M: Kinetics of a solution of silica in oxide melts
SOURCE: Zhurnal neorg. khimii, v. 9, no. 3j, 1964p 654-659
TOPIC TAGS: silica solution, kinetics, solution rate, steel refiiiing, electroslag
smelting, silicate free steel, sodium oxide additive, titanium dioxide additive,
diffusion process, diffusion rate, diffusion coefficient, steel' purification,
activation energy, surface tension, slag, flux
ABSTRACT: Synthetic slags and fluxes comprising CaO-Al 0 -5i0 systems are used
2 3 , 2
in refining liquid steel and in electroslag smelting. More information on-the
solutioa of M in slags of different compositions under different conditions is
2
required from the standpoint of obtaining steels free of silicate inclusions. The
rate of solution of 8102 in 'these systems and the solution.kineties of these
systems with the addition of Na 0 and TiO were investigated by the method of
2 2
Card

Acamiox nR: AP40i9488
rotating a sample with equally accessible surfaces. P. M. Shury*gino 0. A. Yesin,
L. N. Barmin. Izve vuzov) chernaya metallurgiya, No. 1 1962).- The amount (V) Of
Imaterial dissolved in &-unit time is
V-D-S 6
where D is the diffusion coefficient of the material in the melt, S is the'sul~fi~ii_
of the material to be dissolved, c is the maximum solubility of the material in
0
a *.,,.ven melt at the test temperature, c is the concentmbion or the material in the
1W ~,.and delta is the value of the so-called Nernst diffukon layer. PI6r a disc
ox radius r., rotating at rate w in a melt having kinematic viscosity r , the ex-
pression for delta is:
_Dv~ V
am
V then becomes:
r'V 0.62WI-al---l' (I.
The experimental work is in agreement with the equation showing a linear relation-
ship between',,the rate of solution and the rate of sanple rotation. This indicates
that the k4netlaz of SiO solution in oxide melts we determined by diffuslon
2/3.
Card

'ACCESSION NR: AP4019488
:processes. The rate of diffusion of SIO2 at constant rotation varies with chemical
1COMP06ition of the melt. By increardng S10 content to 10% at the expense or
Al _Rlity of Sio in the melt increases.
20 and maintaining CaO constant.,tite 60K CL Melti re calculated according
!The aiffusion coefficients of different compositia
!to equation 3. gecm2/sec, increasing
The value of DSio2 is In the order of 10-
itempterature greatly increases rate of solution. The introduction of TiO or Na.20
2
!to the synthetic slags improved the degree of steel purification, lowered the our-
zface tension of the melt, and lowered the activation energy of the process of
4olution and diffusion. Orig. art. has: 6 figures, 2 tables and 7 equations.
ASSOCIATION: Institut metallurgii, Ural'Gkogo filiala, Akademli nauk SSSR (Metal-
Institute, Ural Braneb, Acadewj of Sciences SSSH)
SUBMrP=: OBFeb63 iDATE Am- 3imar64 ENCL: 00
;!SUB CODE: ML)CH NO. MW. SOV: 004 002
card 3/3

f
Irlst'Ut metnt" r(!~i 1'-.airs'-o;.,o filiala AN SSSR.

KURSANOV. A.L.; KULAYLVA, OJI,; SVESHNIKOVAi 1~11,; POPOVA E~A.:
U.P.; "CRCB'YVIA'.-r
~GLM,Tf~'A ",r 4 ~, ~.p
Restoration of ,-.e,Llular and metabol.4.3in In yellow
leaves imder the ~,ffect of E-Ibenzyiaminopurine. Fizloi. rast.
13. no.5,838,-847 S-O 'L!. WrRA i?-io)
Tiip-irfazev 1nsT*,'--'C.u'k-,e of PlaPt Phye-iologyp
U.3.S.R., Aesdemy,
of Seiew3es, Mosr!rw.

EYCERPTA MICA Sec 10 Vol 12/10 Obstetrics Oct 59
I-MG. CIIANGE.S OF 'rift. U'rEmXE AND VAGI ''Al. EprrifELIUNI IN AVITAMCN-
OSIS A (Iftissian text) - Pnpova E. A. ARKII. PATOL. 0A 20J9 (59-638)
Illus. 7
lit 80 fernale white rats aged 2 montlis, of which 1) served as control.%, a %iterine
horn was ligated. incised, and a fragm-nt remo, -d lot- microscopical examination.
Svven oavs later. the animals were put on a diet %ithout vitamin A, After 4-5 -yeeks
of this dl~et, manifestations of avitamin, sis appe red (xerophthalmli, lack of clear-
liness, lacko(appetite, weight loss). T te anima. ~ were killed 5-60 days after the
beginning of the experiment and the whi. e uterm with ~he vagina was studied histo-
Logically. anti, in particular, the lsolntt.-d utertri hortl compared with tile non-
isolated liorn. In avitaminosis A tile vaginal epi- inlium allowed marked prolifer-
ation and cornification; the columnar uterine epA helium presented proliferative and
dvstrophic phenomena. Both the isolated and th( wni-ilsolated uterine horn developed
Ott-

119c3
a-stratified pavement epithelium. This metaplasia originated from the subepithelial
indifferent cells of the crypts. Brandt - Berlin (V. 10)

YERSHOVP G.S. (i~erdlovsk); POPOVA, E.A. (Sverdlovsk)
Kinetics of the dissolution of - silicon, alumimjm--and magnesium
oxides in fused oxides. Izv. AN SSSR. Met. i gor. delo no.5r
73-79 S-0 163. (MIRA 16:11)

KULAYEVA, O.N.; CHERNYSHEV, Ye.A.; KAYUTENKO, L.A.; DOLGAYA., MI.Ye.;
VOROBIYEIIA, I.P.; POPOVA,..E.A.; KLYACHKO, N.L.
Synthesis and test of the physiological activity of aome compound.-
of the kinin series. Fiziol. rast. 12 no.5:902-908 S-0 165.
NIRA 19: 1)
1. Institut fiziologii rasteniy imeni Timiryazeva AN SSSR, Moskva
i Institut organicheskoy khiwii imeni Zelinskogo AN SSSR, Moskva.

YER.SH,W, G. 3'. I'S verd lov a k).; PO FOVA, '2- 5. "-1cvsk)
Effect, rf si2icon oxide = the crNstallization of steel and th=_ _P~-~_
mation -if nowe-Allic Incluslens. fzl:. Lff SSSR. Met. .1 gor. dc-10
3.8-22 3-0 164,, (MIRA 18~1)

KUIAYEVA, O.H.; SVESHNIKOVAY I.N.; KLYACHKO, N.L.; POPOVA !.~ E.,A.
Reduction of the-protein-noleia-acid metkbolism in severed leaves
..during their virescence-under the influcence of kinetin. Dokl.
AN SSOR 152 no.6:1475-1478 0 163. (MIRA 16:11)
1. Predstavleno akademikom A.L. Kursanovym.

YE,RSHOV, (Sverdlovsk); 11OPOVA, E.A. (Sverdlovrk)
Reduction of iroi) &nd silicon f'rom molten i3lags by carbon, Izv.
AN FSSP. Yet. i gor, delo no.1:32-35 Ja-F 164. (MIRA 17:4)

ExC~-RPTA Y.EDICA See 5 VOf 12/5 Gen. Path. MaY 59
I22I..CIIANGES OF TIIE UTERINE AND VAGINAL EPITHELIUM IN' AVII'A.Nll%'-
OSIS A (Russian text) ~:Jlopova F,'. A. - ARKILPATOL. 39581-10/j(59-68)
1; 1 us. 7
'rhis experiment was carried out in 80 female white rats aged 2 months, of which 10
served as controls A uterine horn was ligated, incised, and .1 fragment removed
for microscopical examination. Seven days later, the animals were put on a diet
without vitamin A. After 4-5 weeks of this diet, manifestations of 1vitaminosis ap-
peared (xc-rophthalmia, lack of cleanliness, lack of appetite, weight loss). The
animals were killed 5-60 days after the beginning of the experiment and the whole
uterus with the vagina was studied histologically. and, in particular, the isolated
uterine horn compared with the non-isolated horn. In avitaminosis A the vaginal
epitheliuni showed marked proliferation and cornification; the columnar uterine
epithelium presented proliferative and dystrophic phenomena. Both the isolated
and the non-isolated uterine horn developed a stratified pavement epithelium. This
metaplasia originated from the subepithelial indifferent cells of the crypts.
Brandt Berlin (V, 104,)

RPT MD~~ Sec.6 Vol.Uji Into-& na3i 11c d, Jm- 57
176.. POPO~irE. A. Hosp. No. 23 Medeantrud, Mosco-w *Som'e-- data of-
capillaroacopy in the course of obliterating endarterLt-
t L a KLIN. MED. (Moak.) 1955, 33/12 (79) (Rusatan text)
Capillary changes were detected in early and advanced stagea of the diseaae, even
In extremities which were clinically still normal. The capillaries were tortuous. -
deformed. narrowed, spastic or atomic. The value of capUlaroscopy in the early
stage of the disease is stressed. Gaertnei - Cracow

L~3*Wzplifieuum of Lot Uit-f-ai a,,
"InAmed. .~q 6-4

the uterus an4 !ragina d rab6ira and, f-!a J(
Ist Med. [nit Leningrad! - Bull. Ext)(I
translati,n':
Med. 41, No. -Afttr v`n;l-Iit:I%Tv~n -,f'
Syn~strol sub~rzncously t. mts and mhtm,, rh~ ingl~
I.Yered wedne column.'sr '!Pitheliurn mily :Qnve. -
$ion Into c 'ical-trp~ c-piu,.clium. an,! jnt,~ -ratified tiua -
mous epi theliuo'. In r4bbi'-.. int,

KULAYEVA, O.N.; POPOVA, ,
Qmantitfitiv-e of mcl-ic a~! II;Fj -i-n pln~nt '-Fl-,es.
Fiziol. rast. .12 no.3-*558-561, mu'-fe 165. Ni-,-u~. -118:20
1. Institut filziclogii rasteniy imeni K.11. Tj.--n:Lr,yszevd AN SSSR,
Moskva.

o a
mh
fAl
z

Oev of I 104m4ec 10
/a
_Quit_
9-5Z. d "'As -A ~'
zc
net" %W. S KUM.
Undeoennic " (9.9 z.) In 20 W. CSs treated Wow 10'
with 8 g. Hr in CS&, the mvent re-ut"ed *fter 0.5 it., the
multing diLromMe refluWl 3.6 hn. with 17.9 ji. KOH in
18D ml. MOH, the EtOff removed, avA the sain. dild. w)d
2cklified with HCI 2VE an stated yirJd of 20-*mJa~
arid, m. 43.5--4.5' r. ether); P-br-Owphemacyi ilia, m.
flany w p
67 . -%.~uffaay w repd. IZ-4ridecywoic acid, m 57.b*;
onophonacyl esUr. m- 78*. The Crignzrd t frW
, Mg rknd T. C. =Wnith
r
coci ~g griib 19 g. ethytene oxide gam afttr 2tandLig
night and the usual aq. treatment, W% 12-tride-fen-14
bs4 146--rA', which (28.1 j.) treated witi, 0.8 g. p)rldine,
Mi. EtIO. And 13.5 g. PBTI, taen reflnxed '.) hn. g3ve 50%
13-bramc~I-crtdecrme, be., 143.5--S'. Thb 1117.6 S.) refluxed
24 krs. with 7 g. KCX. 13 rrA. H-0, wid 70 mi. EtCH, Lheu
treated wiLh 14.5 g. KOH, refluxed 31) hrs., cooled, t cidified,
with HCI, ajad uW. with EtIO g3ve 75% 134emilecenoic
-j - Ir, 9- ~,. IAI fr- -#, fh-l- L4m;lAri~

D'i s tr
4E2c

Derivatives and
4-butoxv-5,6.7.8-tetrahv-
cids. S. !I. 'S~Rie V a a :61d
ic a
E G P iion C
Gm Chem. U S.S.R. 26, 156--7(l956XUngl. translation).-
carboxylic aciJ
',I) ( 12 g.) m 12o ml. MeOH tr-Ated with 6 ini. flS4D,,
0,,o,t_, tv ir-, HCI , P)- wt. incTcpsc; and rtfluxed 12
1. ~,_ . . C
hn. yt~*,~ing Af~ eji-. n!. I heated with
ACIO gave the ~azeiaze, in I-SO- 1 '. I Me "ter refluxed in
,MeErCO Kith ;4.j: aq,! ~,;,d K,Cl-), P) !~r~ gave 709, He
ul. 4~,L-
hi":", w,.- t-,nal by i!~
which :0: All; ;:....c 1; ?Ai~ 2-
m 4A i- al-I viantsud-
2~

v
VScmO trAWOMAtIOUS Of
asphthaleue-2-carboxylic acid. 1. Sergievskitya and
E~ ~P(S. Ordzimmkittic All-Union Chem. Pharm.
R I Ilist., NTOWOW). zhul. 06shchel KUM. 25'.
Inst
2'-140-2(1055): cf. CA - 50. P-WW-fleaflug 15 g. I-am:no-
acid with 30
mi. AciO 20 inhi. at 90' gave %1% I-onrIhvI-7Aq,I0-IeIra-
in,' 122-4' (frinn
EtOH). This (12 g.) kept 2 days with 16 'ArIlt exccsi of
5% NaOH, Mitred, and acidificil to, Congo reil gave 12,0 g.
acid,
m. 1&1-4' (decompti.) (from CICHICIIjCl). The same
forlin from the amino acid all([ AcCI in pyridine; the same
product is obtained train tile amino acid an be-fing with
AcqH 3.5 firs. at 100*. G. M. KOSDIapaff

Alkytatulnoatkyl esters of 1-Itutina- and 4-arnitio-S"G.74:
tatrabydrocaphOWene-Z-cstboxylic acids. H. L Sefigicy-
skayu Rtul R. 0. Popnva (S. Ordtha-mikidie All-Unkm Client.
Pbarin. W. R,.qF-,Xftlf Inst., Pkfovow), Ziur. Obskekel
Kkita. 25, 248&-W2(19S5); cf, C.A. 39. 7011;- prccetling
abstr~Rcztcflon of the acyl chlorides with c"Wkylarnino-
alkanols in Catf. pve the (Anwing esters: 2-diethylantitro-
dAyl
-as. 171-3*; Aff,N aff4lOC-110, In. frp7-,4*; Uielhylamiao-
dkyl
in. 170-2% AfeN amilog-110. tit. 1141-2*. licating t1w
rrce rtcW with RjN(ClljhCl no iu~-Mff taive; 39311% J-
Cl, in, 161-3* (redixed with It over Raney Ni
to the I-amino axalot-UCT, n). Similar hydrupila-
tion gave; Z-fin;dAylarainodkyl
tq'. 1%-7'; 2-didhylamina-
dbyl
Ma, in. IM-5'; the AfeyNanalag-11(.7, in. Xdielkyl-
al"itto yJ
ylalt- I in. 102V (decontlin), 14
Itcajed,in, C.14 with lit.%'-
CIfClf.Cl 5 hirs. at rctltlx V&VC 8t 4-("jdAAzMinaflkyl-
tit.
162-4'. 01. It. Kt)"AAAPG(r

5", Ld fetrally-ifu
h! h i: I

b
'AhYdrr
&'Ad

POPOVA, E.I.
Determination of the quality of glass sand in geological pros-
pecting operations. Stek. i ker. 19 no.7:4,1 JI 162.
,W
krERA 150)
(Sand, Glass)

POPOVA, E.I.
WkR/Cheaistry Surface Active 1 Jul 52
Agents
"The Mechanism of Milling Fine Quaktz Grains in Ball
Mills," V. 1. Klassen, E. I. Popova, All-Union Sci
Res Inst of Glass, Moscow
"Dok Ak Nauk SSSR" Vol LXXXV, No 1, pp 149-152
Dry milling of quartz sand is most effective when
the mill contains only 24 of vol in balls. Wet
milling, however, is most effective at 50%. Dry
milling, at optimum conditions, proceeds in an
intermittent manner. Addn of surface active agents
(sulfate soap and soda) ircreases the rate of mill-
iA9 Presented by-Acad P. A. Rebinder 29 Apr 52.
224T22

1)
, OPOVA, ys-I
Dissertation: "Extensive Dnrichment oil Glass Sands." Cand Tech Sci, ALL-Union Sci Res
Inst of Glass, Yoscow, 1953. (Referatuivnyy Zhurnal-Khimiya, Moscow, No 4, Feb 541
SO: SUM 243, 19 Oct 54

investigation of the possibiliI7 of using Peat tar f~r-fiO-
tation of glass sand. ZuWrL,. Trudy Vsciapz.
Nauck.-IrSIC110azid, NO. ~4a& 19A. No. 34, 1o-19;
&ferat. Zhur., Kkint. 1954, No. 49M-Teitq; on use ofPcat
tar as a dmap subNtitute for sulfonate smp in flotation of
Lyuberetsk sand contg. Off". I I % FesO~ gave poor results.
An cffcctive reagent proved to be crude peat tar treated with
40% 11,SO4 and dispersed in kerosine - or turpentine In
a ratio of 1:2.7 or 1:4 resP- The use of 15 kg. peat
tar/ton at 45-50- rduC'Cd the Fe,O, content to 0.03-
016%. Preliminary flotation fOlIGIved bY addid. grinding
tO less than 147 mand then d,;li,nijjC reduced tile Fcl()s jou_
(Cist -to O.C01-0.008%. Double flotation vviti, peat tar
mP'iOs`du'n'cd siPwe-caitliltzitirur-it)aOsscualsilodtteesctici~dgfteasrsfloottahtiitohu4iogfhtvtarriaonuss-
_arcs ffo;Ch

De
rru~13;4
20-30; &fgrd. Zkur.0-11!. 1054, No. 4M.-
Ew". of grinding &(ass und ' er to obtain a. groduct
with not mote tim 0.01-Q.015% FeOi dhowed thol the
optimum conditions for dry grinding age obtilacd by 6U-4
In 20% al the raid with DAN and in wet grinding 50%. -
Alln. of btudnevi-rctfuc(ag futw(anecs Otiffattate wp 0,3
1 and calclued soda I kc./ton) raised thalatewity -)I wct
vinding by 24 and d dry CtladEag by 12470. Rest cetults lit
obtained wllw the sand. was;
removaj a Imp(tritles, were
groundto-147+43p. Lyuberctskundwastmiedinct:
C flotation, ceff. thea ground W 147 Fa, and deslimed. A was'
next refloated with 1.5 kg./tcn sulfatmfe swp.- The Fc^
ccuttent. w"thereby-reducedtoO.01%. Forbcucficiatfcc~,
of quatt4eWsp2c sand the 2nd irotatlar, was Carried out
with a caticalc reagent, (j&f-tj) in the p(gsttco Of lip to
order to removo (dd4par,
Thid is Was doatod *wt 144f(0.
"Ate "MP t0 (CUOYC Irc-cMIN, midefs1c. ThIA resulted It,
thc (cmOval Of AIX~ 72-04 mud 14A 1&4t%. The frctoo
cuntgat in the tand wos theteby fcdt&,
_td ja 0.01-0.(U%.

15(2), 15(6) SOV/72-59-3-8/19
It
AUTHO'~S: "eytinaa, V. A., Po:~ova, E. I., 'Yagidovich, V. I.
TITLE: On the Extension of the 1I.-Ilineral Ravi 1ilaterial Basis of
Feldspathic Rock (0 rasshirenii minerallno-syrlyevoy bazy
polevoshpatovykh porod)
PERIODICAL: Steklo i keramil:a, 1959, Nr 3, pp 23 - 26 (USSR
ABSTRACT: In the USSR at present pegmatite is the main source of
feldSDars for the glass and ceramic industry. As, however,
its deposits are situated at a very-great distance from
the consumption centers and the need is strongly rising,
it is necessary to use granites and other feldspar-containing
rocks. (Alaskite, "nephelinoyenite"). These raw materials
have not yet been utilized in practice, althouprh the posoi-
bilities offered by them have already earlier been recognizcd.
In the years 1956 to 1957, feldspar-containing rocks of
some mountain massifs in the Ukraine, Ural, Siberia and
Central Asia were investi.c.-ated by the Institutes IIII Stroy-
keramika, GIS, and IG& AS USSR. The chemical composition
is shorn in table 1 and it may be seen from it that this raw
Card 1/C- material cannot be utilized without dressing. Table 2 shows

On the Extenzion of the .Aneral Raw Material Basis of SOV/72-59-3-8/110
Feldspathic Rock
the resmlts of electromagnetic separation of samples
from 15 deposits. Their testing in semiporcelain masses and
in the glass layer is described next. Water absorption and
3hrinka,-,e of aranite samples as compared to pegmatite at
various burning temperatures are given in fi.,ures I and 2.
The works carried out showed the possibility of employing
feldspar-containing, granites, alaskite and "nephelinoyenitell
for semiporcelain masses and glass layers. This means great
advantages, as the mentioned materials possess a more stable
composition than pegmatite and their deposits are in the
proximity of the consumption centers for their c-reater part.
As the deposits of such raw materials are very lar-e, their
exploitation can be effected by the aid of modern technique.
There are 2 figures and 2 tables.
Card 2/2

15(2)
AUTHORS: Popova, E. I., Magidovich, V. I. SOT/72-59-12-10/19
1------- 4
TITLE: Anorthosites - Perspective Raw Material for Low-alkali Glass'
PERIODICAL: Steklo i keramika, 1959, Nr 12, pp 33 - 35 (USSR)
ABSTRACTs In past years the Institut stekla (Institute of Glass) worked
out the composition of low-alkali glass which is dis,tinguished
by a low expansion coefficientt an increased thermal'and
chemical resistivity and by good properties of electric insul-
ation. Such kind of glass is used for the first time for mass
production of thermally resistant pipes and high-tension
insulatbro. In the TJSSR these pipes are also produced and a
series of new plants for the 3aid production is planned.Further
the composition of Nr 13v glass is given which is elaborated by
the GIB and was recommended for the manufacture of insulators.
In 1957 the Institut geologii rudnykh meatorozhdeniy (IGEM) L
AN SSSR (Institute of Geology of Ore Deposits (IGEM) of the
Academy of Sciences, USSR), the Institute of Glass, and the
NIIStro,ykeramika jointly determined that various rocks with a
high content--o-f-alumina such as anorthosites may be used in
Card 1/2 the glass melting- and ceramic production. The largest deposits

Anorthosites Perspective Raw Material for Low-alkali SOV172-59-12-10113
Glass
of anorthosites are found in the Ukraine (Korosten') and in
KhabaroVsk kray (Dzhugdzhur) of the USSR. Chemical analyses of
anorthosites are indicated in the table. The Ukrainian
anorthosites have the best prospects as to yield since they
are deposited in industrial areas. The use of kaolin,commercial
alumina and anorthosite from the technological and economic
point of view depends on the following factors: the distance
of the raw material deposit to the works, the cost of
processing and of raw material concentration as well as on the
necessity of adding other components and their quantity.
Preliminary calculations show that in using anorthosites a
considerable reduction in raw material cost is made possible
for the production of low-alkali glass. There is I table.
Card 2/2

JACCESSION MR: AP5015137 LJR/0205/'65/005/003/0451/D456
577.4 : 571,391
AUrHOR: Refedova, A. I.
TITLE, Distiibution of NaZ2 in the componente of a body of water
SOUPM: Radiobiologiya, v. 5, no. 3. 1965, 451-456
tOPIC TAGS: radiobio,16gy, radiGisotope, sodium 22, hydrobiology, radioactivity
-ABSTRACr: The authors studied the uprtalce of HaZ7- by various organisms in aquariumsi
The biological specimens included 7 species of plants: wate-T plantain-(Alism plan-
tago L.); water thyme Modea canadansis Rich.); frogbit Mydrocharis morsus ranas
L.); duckweeds (Lemm minor L. and Lei?m trisulca L.); foxtail (Mjriophyllwn spica-
tum L. ), and hornwort (Cemtop1qg11um demersum L. )--and 4 sp-ecies of molluscs: Lim-
nasa stagnalis Radix auricularia L.; Anisus vortex L., and Bithynia leachi L.
'Na22 was found to have low coefficients cf accumulation (ratio of the radioactivity
of I g of dry substance in the organIsm to the radioactivit-1 of I n1 -,f water) by
plants (81-138) and by molluscs (54.5-220). The low levels oi acclimulaticr, of
Card 1/3

,L-59576-65
ACCESSICK MR: APS015737
radiosodium by the hydrobionts and its weak absorption by the ground determine the
hydrotrapic type of distribution of radiosod-Sum by the basic components in the water;
at the end of the experiments an average of about 80% of the radicisotope remained
l
lin solution. while the other 20% was redistributed between the ground and the hydro-
bionts. Among the plants 9 the highest degree of Na22 upta-Ke was noted in the fr~Dg-
ibit (activity up to 17x10 decay/min; coeEficient of accumulation up to 1138"; the
lowest degree in hornwort (activity 1.5x106 decay/min; coefficient of accumulatlon
about 81.5). The molluscs exhibited insignificant species differences in this re-
spect. The bodies of xhe moLluscs Invariably contained mch more radiosodium than
did the shells. The distribution of Na?2 in bodies of water is very similar to Thai
of its chemical analog--cesium. The latter too is generally characterized by low
values of the coefficients of accumulation by aquatic organisms. "The authors
thank their coworkers N. V. and Ye. A. Timofeyev-Resovskiy at the Ins-;tute of
Biologv UFAN SSSR for providing working space.and for valuable comments, I. N. Ver-
khovskaya of the Institute of Biophysics AN SSSR for reviewing the manuscript and
,advice, and laboratory assistant L. L. Kononova for help with the experiments."
jorig. art. has: 2 figures, 1 table.
Card 2113

_L 59576-65
#CCESSION KR: AP5015737
ASSOMAn'OK: Institat hiologicheakoy fiziki AN SSSR, Moscow (Institute of Biophy-
sicalAN SSSR)., Institut biolugii Kbini filiala AN SSSR, Syktyvkar (Institute of
Biology, Komi Bremch..M SSSR)
SUBMITTED: 06Jul63 ENCL: 00 SUB CODE.- 1,S, NP
90 REF. SOV.. 006 OTHER: 000

s r 1 C, r
c 3 a
rl~,t i tu t L I I z r L

!i. 4 - i; w , I I
. I . I 1.-.* 7 1 ~ ,. ., ,..i I . - . . , .
lakes a' tlhe ' - - 1,,. -
- . " ..., -,-Y, , . . ; 7 ;~ cr- 1, ~ . '-,;,
.1 . -1 1 - . - .- - - . . " .
ob-va SS3~41 no.9:9i--~,6 (-' :1 RU 18 - 5)

-OVA, i,n . na u k
-eral,riau
14 AG 1 D 0, k
niki ee poS~~ 9f an-- - ec iz -an Mp--rta'n V :-s
f., r the oi.lio!tti,- in~lu.~itry. Stek. 2, no.
u
cheokly
1. Gosudarstvennyy
-Igidov. -a tvtnnyy I -n i ta te kia
-ns U I.u t-, ~ ror M, t ~~ h 2. Gos,,;
~fnr ?opo,.a).

FOPOVA, E.I.; 3,!.--RIIOV, Ye.I.
Methods of control-linz --rav mate,~_als in :: 7.~E5
for the detection of chromite. Stek. i ker. 21 no.1-1:3c-38 N 164.
( MIRA 18:4)

BRATTSEV, A.P.; VLASOVA, T.A.; POPOVA, E.I.; SOLOWINA, L.N.
Deepwater lake Bol'shays Gudyr'7a in the valley of the
Pechora River; a liznological. essay. Trudy Gidrabiol-.
ob-va 12:200-213 162. (MIRA 15:12)
1. Komi filial AN SSSR, Syktyvkar.
(Bollshaya Gudyrlya, Lake-timology)

POPOVA. z
Accu=lation of radioactive phosphorus by some fresh-water
Trudy Komi fil. AN SSSA no.9-53-60 160. (MIi'A
(,IrATEiL POLLUTION) (PHOS'PHORUS-ISOTOPES)
mollusks
15:1)
krlu"UzaLo)

POPOVA, X. I-
Material on the hydrobiology of the Kolva River. Trudv Komi fil.Alf
SSSR no.8:69-83 159. (MIRA 13:11)
. (Kolva River-Fresh-water biology)

c

ut
4-4aboxylic add!
ind the trifidanniami at 1-01tra-, and
terahydramphthalene-2-carboxylic adds. S. 1. Serckv-;
skaya and E. 0. Popava (S. OrdAcnikidw Aff-Union 8d.
Research clj~m. VMM.'Iast., Moscow). Zkon 061Wki
-To 43 mi
Klinv
2S
215"1(1955)
HNO* (d
1
5) was
.
.
.
.
.
.
added with stirrirg and coolimng over 45 * . 35.2 C. ar-
tetrahydtamaphthiktb~-24cubgrvUesdAatO*; afwSamim.
the mixt. was filtered, ykiding 31.1% y
f
d
f
i
i
an o
HXI). The mother Uquars
rom purifica
th
s go
:
the crude "dra ag4kj; this was estedfied with EtOH-HCI
and the wade pmduct, treated with WK. tdt behind the
Ifts set. Eg I eskr. m. 107-8% the safti. was distd. Vidding
the Fj e4fer of theI-vilro azaloe. ba 180~6'* hydml with
r
0.5N KOH gave 5.4gf
2w* (from
&C
cid ( h M
z
64 U the
MeOH)
-*2F
.
a
x3
nitration of the carb=Yfic acid (16 9.) .
is done In 65 M!
caucd. HtS06 with 8.7 S. KNO* and 2 0 ml. HjSOj at o'
there Is formed 5 c. I and 0.7 ff. U. Hydrocenatica of
over Ni in EtOH gave 791%0, I-aptimo4.6.7,84drahydraxapk-
M'
It thuttIrly;
de
=
k
id M
W
4
6
c
P-
-CW
=4
dC
.
(
03a
;
Axyp A-CM&O agalef (IV). all 192-3'. These an heating'

v~th I~a(OH)z are r&&Iy decarboxylated; treatrzent of the,
amim with AcsO cave, mp..
tusphackw. m. 168'. and tile 4-=r4md* agaidg, m.
stated, Ul dLuctired in &q. HCI and heated with much.
Rio to 40-50' L-Ave
Z-ArbazXk ", m. 1664-7.5-; IV gave the "Ydfgty~
auke. m. 19Z4'. 1 refluxed with UtOff-RCI gave 86%i
Be c1mr, bg 1641, m. tOg*; WOH gave the He "ter, m.i
14%-W. I with SOCI* gave the a~~ c0on2c. , us. 97.
El
atude, m. 219-194% kydi=Ud. m. 163'. H cave:
m. 62-2,5*; He eder, m. 504-601; acU dkri&, in. W-I*,:
b. 161-20. kyJfiuA at. 1814-2". Hydtageution d I EC
ester over Riney Ni at 20 atm. gave W Ej esur (MCI saft. m.
--7*), which.with Ac&O gave Fj I-acdaaxid465,S,7,&Wm-
m. 1324-3.5*. 1 hydrazide
hydmg=ated over Rancy Nz to M h3dnai*, .-m. 147-8*.
U Et ester hydroCmated thus to IV Ej eskr. in. 65'; U
hydradde gave IV hytimcide, m. 1384-0 5' IV with Ac&O'
gave
add, dcc=p. 293'.

POPOVA, X.I.; FRIM, A.I.
Kethod for measuring the thickness of films. Zav. lab. 23 no.4:
455-457 '57 (KLRk lot6)
(illm~ (Chemistry)) (Interfornmetry)

MWETWA-RIZOVSKAYA. POLIKARPOY, G.G.
Accumulation of chemical elements by fresb~-water organisms from
water solutions. Report No.l: Concentration of the radioactive
isotopes of phosphorus, zinc, strontium, ruthenium cesium and
cerium by diverse species of fresh-water mollusks twith summary
in English]. Biul.MOIP.Otd.biol. 63 no-3:65-78 W-Je '58.
(MIRA 12:3)
(RADIOACTIVE SUBSTANCES) (MDLLUSKS)

S16bl4chenalcal features of the development of aberry
- A
- N
4 it
tio
M
d
Nf
k
Sk
E -freezing n at 48* (or 4iii
ad thawing technique); and holding
'h
d_
l
d i
l
i
~
l
l
'
s ~ itse.w pro
uc
n.
;
.
a
.
yan,
t.
ToPova, N. F-Saenko, M. A. Gerasimov, und M. G. lsgcf[:~' n t
eate
e
e an
ie
sa
sainp
hrs. Yeast in the contro
ae
*
bLs ac ed w th
-generated very slow y. The -t tivity wa not i
ke'-fe"Tinthim.- Wnsdeliya, Sbornik 4. 3_)55(l95-3)- .
-190* fte4tnient with the activity ilcereasing with an In
:
Jnve~ti6ation of:blochem. processes of viniculture shows '
crtast in temp. After the treatment a rapid increase in:th
th:it there L a decrmse in the wine of the . itamins of group, activity of estemse and peroxidase is noted; After pre.;1

D. su& - ting that the vitamins are ustd by
go the yeast cells 1
limingry lab. expt:3.# tests were made In 5 larv vats contx.~
i

n thc nature fit an addal. factor or' filltrit Previams
I fail.

(A) control wine, (B) wine + 0.5c,". itinceration julte, (C)!'
obscrvation,% liave ahown that the microftankras of yeast wine + OZ% yeast autalysis pr(kluct pro'ee3icd tt a temp
sari.- capable of absorbing vitatairot from the sarraundinz
' of -160% (D) wine + W mg./l. ammonia N,
f:njediii. . Studic3
wcre made of (1) microbial. abservations 120 MC.A. aturnallia N. All were cartfully ruixed ud
Qa the iritemity of growth and the development of sherry oculated with a layer of sherry yexs~ No. M. The,,coad-2-1
film and ks morphological changts at the time of proce_vlug. tion of the plasma cells were noted at Vferent anzes ~011
:-wine nitrogerious,and bioactive -substances; and (2) the development of the*film, 71c most rapid growth-wa ou~r:._
biaeln-1:1. and Ch
cm. procezses underlying sherry formation. Of-
served in (C) and (E).- During the first 0 days, the aint.
P
of the fimt tests show that the moyt favorable coadi- ale. decreases with the greatest decrease being shown b
tions.for- the di~vciapmcnt of the fs!lli Is displayed fly the, (B). A decrease in 8Ug3r and tottal and volatile acids W4"!
Iactliams in whirls there lia3 br:ui thu ad In - of 0 51/( yeast- noted with an Iacrexqe in aldehydes. . It ii Owlsible to cause!
~alltolyliis proccmed at a tenifi. ilf -18CO, 120 ani- sherry fefinsdall by introducing to the original Wille ricitesiRt- 4
N, and 0.4 ing./l. riboflavi.,w. The arats, of alde- other wine ulateriul rich In "t m.(able NuWturices, bloactive:
ItYdes, and Specifically acetal, am considerably [acre-Lied in carupoilnd:; in the fars: of lituceration juice (1) or,yeast au:~
!
~,;ompaiWdwith the control, :A sceond set of tests was per- '
tolysis product. - lavNti6mtions -n-licatc that the ggrcates~:
fu'!acd-jo elimilixtr the necessity of tile -110* temp. effect is obtalned by the adda. of I in coulbination with.,

WL-ies wk~rd !V-atcd ;4t 10* (with a .54old B Rad,
arnalonfa. S.

NIKOLAYIEVA, V.G.; DUMIDIA, A-Ya.,, POPOVA. E.M.; BAYZVICH, Yu.A.;
SAiZIN, 1.B.; PM-C-MIDZO, A.A.; Lsvi ON, G.I.
Carbamidn dnwaxing, of oil fractions. Trudy VNII XF no.?:253-263
'58. (Paraffins). (Urea) (MIRA 12:10)

66564
Translation from: ReforaLivnyy zhurnal. Kh1m1ya, 1959, Nr 15, P 4_33 (USSR)
AUTHORS: Popova, E.M., Nikolayeva, V.G.
TITLE: A Method 'for Determining the Content of Small Ctuantities of Aromatic
Hydrocarbons in Low-Molecular Paraffins
PFkIODICAL- 14ovosti.neft.- tekhn. Neftepererabotka, 1958, Nr 9, pp 10 - 13
ABSTRACT: A colo rimetric method has been develoned for determining small quantities
of altoma-tic. hydrocarb6ns (All) 'in paraffins and oil-containing paraffins
based on NastyulcaO~s-reaabion. In the determination of the Ali concentra-
tion the-amethod of, comparingr the color of the sample with the color of
'standard solutiond:-,vistially or-by means of a colorimeter, can be used.
For preparinig.-stanaRrd solutions Ali separated from paraffin are introduced
into pum aet-ane;-: stwoard,,samplas can also be prepared-from oil-con-
tainingw-par~iff`in 6wi~~ning from ~ .~~o BA, AH which is-diluted by pure
cetane to the necessary AH crnien't in the mixture (0.2; 0.4 ... 1.5%). In-
Card 1/2 to the test tube 2 ml of the solution consisting of 0.5 weight % of formalin
I)(

T~-Y-JkR-FVICH, K.N. , FOPOVA, 7. M.
"Las leptospirosis an nord-est de ltUnion Sovietique."
Report submitted to the Second Tntl. Symp. on Human and AnimalLeptospirosis.
Lublin, Poland 6-8 rec 1962

POPOVA, E.M.; NIKOLAYEVA, V.G.; SENIKINA, M.I.
Rapid methods of analysis of wash liquids in the purification
of gas-turbine residual fuels. Khim.i tekh.topl.i masel 7
no.7:62-65 Jl 162. (KRA 15:9)
(Petroleum as fuel) (Emulsions)

BKREZHIIOY, A.I.; B-RODSKIY, Yu.A.; MONSHTEYN, Z.I.; VEYNIBMG, K.L.;
GALDINAY 11.1,%; GLEDWI, B.A.; GIJ-'ZBURG, D.B.; GUMP, Y.G.;
GURE111CH, L.R.; DAUVALITKt., A.P.; YEGGROVA, L.S.; KOTIZIU,
A.Ye.; KU2YAK, V.A.; MIAKAROV, A.V.; FOLIYAK , V V.- POFOVA,
J,A6; PRYANISHNIKOV, V.P.; SE9=URIII) G.G.; f;IL;VES'TAbvICH,
S.I., kand. tekhn. nauk, dots.; SOLOKIN, N.V.; TLItKIN, B.S.;
TYKACIIII-ISKIY, I.D.; SHIGAYEVA, V.F.; SHIAIN, I.B.; ELIKJTD,
G.k.[deceased]; KITAYGORODSKIY, I.I., za6l. doyatell wiuki i
tekhniki RSFSR, doktor tekhn. muk, prof., red.; GO',40ZOVA,
N.A., red.izd-va; KOMfi-ItOVSKAYA, L.A., tekbn. red.
(Handbook on glass manufacture] Spravochnik po proizvodstvu
stekla. (By] A.I.Berezhnoi i dr. Pod red. I.I.Kitaigorodskogo
i S.I.Sillvestrovicha. Moskva, Gosstroiizdat. Vol.2. 196".
815 P. (MIRA 16:12)
(Glass manufacture)

NIKOIAY,EVA, V.G.; RYABOV, M.N.; IVANYUKOV, D.V.; POP-QVA,__h MGIN, I.B.;
:,Nj; SA
ZLDTNIKOV, L.Ye.; DZHINCHARADZE, V.M.; SENIKDU, M.I.; Prinim&li
uchastiye: KR.YMOVA, N.N.; MALINOV, V.K.
Refining of heavy residual fuels by washing and separation.
Khim.i tekh.toplA masel 7 no -5:26-31 It 162. (MIRA 15:11)
1. Vsesoyuznyy ninichno-issle.davatel'skiy institut po pererabotke
nefti. i gazov i polucheniyu iskusstvennogo zhidkogo topliva,
Moskovskiy neftepererabatyvayushchiy zavod i Vaesoyuznyy nauchno-
isaledovatellskiy i konstruktorskiy inatitut khirnicheakogo mashino-
6troyeniya. 2. Moskovskiy neftepererabatyvayushchiy zavod (for
Krymova., Mialinov).
(Petroleum as fuel)

the frwti., The k~~
crit"..- --I! -nitalm-d f, -M
't, Wil - in w -i u r~~ of PC r.
illr:

,,/_the kermin"asitime fractions (ZOO-JM') of Down
Nvonian formations V. (71M,
ki- , ~iid h. _U, Par~, X kim a 7 Aha, TrpfffW-1V39.-,
flaczuKl "'m w9d '
ml.) a,,~isatw. n3philicuu-, v-paraffinic and w4mraffinve
~omt;onvw.i by vacuum distu., a c%Auum of 100 tbecffettcal
piatr-, twing ustd a~d far each Votip the followrtg prQper.
ties wrrr d,tJ - Lmbng r;~ngc, f-p., d vvsxv%ilv. m. Anifine
S. and ~rt-.ue :w. A. P. Kot"y

L 7,5528-6 2 ENT MPF(c)/T
-0 Pr-4 NE
8'1'
/000/00
8/00
/00
6/6
ACCESSION 181
Iffis AP 3/029
5
5 5
5
:

AUTHOR-31
Rikol&YOVSP ir. (;*;
POPOVIL, E. J(#; Perchenko, A. A.1 1qssnJW# me / 7 i
No;
Son'kinat M. I*
TTTLEt A wthod for lowering the congealing temperature of fuel#. Class 23, ft.
168829
BOURMS1 Byulleten' isobreteniy i tov&Mkh znakovt not 5s 19651 58
TOpIC TAGS, fuelp twperaturs shift, oilp solidification
as-'MCTs This Author Csrtifioate presents the application of vat remnants of fatty
&aids neutralized with magnesium to lower the congealing temperature of fuels.
ASIRMILTIOUt none
MWTM: 25Lu62 ENCLs 00 $Us CM61 330
NO Ra am 1 000 1 000
.ca'a --

"Materials for the further study of t,,e local "-,,~--Fever fCGUS In
J.
the Lenin:~ -pd obl,ist." p. 11--0
Desy,,~toye Soveshc1iFmIye Do ~~razitolo:'ichqskim oroblemm i
pri-rolnoochn-.~ovyT,~i ,)olez-y,?-r,-. 22-29 Qktyp-bry-a 1959 ~. (,-enth 'onference
on Para s; tolo,,r,,i c---.l Problem ancl Dise,1!3ee with Natural 'oci 22-29
October 1959), Moscow-Lenin;-,rad, Academy of Viedlcal Sciences
USSE -.nd -kc-n4emy of Scilunceii USSR, No. 1 2','-,41)1).
Leningrad Inst. of EpidemiologyMicrobiology and Hygiene

PCI F CTAI , -- . M.
-~'oci of leutesoirosi.9 i,,~ectjon in t,, - rort--ucst." P.
Desy-atoye Soveshchaniye po parazitolo.-ichesk-im problera".in i
~)rirodnooch.a-,,o,rvm oolezny,-tm. 11-29 Ok-t~mbx~.ra 1959 -. (Tenth Conference
wIth Natural Fact 22-20
on Parasitolo~:Ical Problems and Djsrjascq
October 1959). Moscoa-LenlngM4, 1959, Academ~v of iNedical Scien (;s
USSR , ndem of Seiences LGSh, No. I 2'-,4t)!).
and Act y
Leningrad Inst. of Epidemiology and Microbiology and Hygiene

LD-12_3-66 EWT(1)/EWA(h)
SOURCE CODE: uR/olog/66/011/0c
AUTHOR: Averbakh,,V. S,; Vlasov, S. lit; Popova E. M.- Sheronova, N. M.
ORG: none
TITLE: Experimental study of a lairror-type beam wave f2ide
SOURCE: Radiotekhnika i elektronika, v. Ili no. 4, 1966,-' 750-752
.TOPIC TAGS: beafn waveguide, wavegulde mirror, millimeter wave propagation
0752
ABSTRACT: A study has been made of the characteristics of a mirror-type waveguide
consisting of reflectors in the form of 150 x 210 mm sections shaped as,ellipsoids of
revolution. The principal radii of curvature were Rx = 50 cm and Ry = 160 cm. The
mirror reflectors were made by deposition of a layer of silver on tin epoxy base. They
were mounted parallel to each other at a distance of 50 cm and spaced in such a way
that the center of each mirror coincided with the focal points of the preceding and
succeeding mirrors. The angle of incidence was 45'. The array consisted of eight
mirrors with rectangular aperture masks which when shifted could Vary the Fresnel
parameter c. The tranamission coefficient of the waveguide was determined by the
effectiveness of excitation and reception and the value of the energy loss during
reflection. Theoretical calculations indicated that the upper limit of the excitation
coefficient for the primary power mode of a -waveguide with a rectangular radiating
horn was 0.91 for c 3.5 and O.B4 for c Three types of radiators operating at
Card 1/2
uDc: 621-372.

POPOVA, E.N.; MOKHOVA, T.M.
Functional and stmetural rhanges in thFj central wrvou--* system
under the influence of nivaline. Zhur. vys. nerv. deiat. 14 no.2:
337-345 Mr-Ap '64. (MIRA 17:6)
1. Institute of Brain, U.S.S.R. Aaadem
y of Medical Sciences,
Moscow.

POPOVAP E.N.
Some data on the effect of eserine on the cerebral cortex of vhite
rats. Report No.l: Effect of eserine on conditioned reflex activity.
Biul. eksp. biol. i med. no.2:72-78 F 161. (MIRA 1,4:5)
1. Iz laboratorii tsitoarkhitektoniki (zav. - prof. Ye.P.Kononova)
Instituta mozga (dir. - deystvitelInyy chlan AMN SSSR S.A.Sarkisov)
AMN SSSR, Moskva. Predstavlena deystvitelInym chlenom AIIIN SSSR
S.A.Sarkiso,rjm.
(PHYSIOSTIGI-IIIIE) (CONDITIONED RESPONSE-)-

POPOVA, E.N.,,,kand.biologicheskikh nauk; HEOBRAMEMAYA, N.S., doktor
Med.nauk; STANKEVICH, I.A.9 doktor med.nauk
Results of a conference on the "St-,ucture and function of the
human analyzer in nntna-w." Veqt.. AMN SSSIL 15 no.6:85-90 160.
(MIRA 14:4)
(BRATff-LOGALIUTION 0, FUNCTIONS)

E_YCFRPTA MEDICA Sec 5 Vol 12/3 Gen. Path. Mar 59
885. MORPHOLOGICAL CHANGES OF THE FIBROUS STRUCTURES OF LOOSE
CONNECTIVE TISSUE FOLLOWENG STIMULATION OF THE CEREBRAL
CORTEX (Russian text) Popov a E. N. - ARKH. PATOL. 1958, 2016
(43-47) Illus. 4
'The occurrence of certain morphological changes in the fibrous structures of the
loose connective tissue after removal of the cerebral cortex was demonstrated in
an earlier article. The present experiments.were performed on 50 male white
rats aged from 2.5 to 3 months. Chronic irritation of the cerebral cortex was
achieved by suturing a Marley flap under the dura on top of the cerebral convexity.
After 6 hours to 90 days patch preparitions (technique of Jasvoin) were obtained
from the deep layer of the subeutis of the abdominal wall and stained according to
Van Gieson, Mallory, Maximov and with orcein. A marked increase of the argyro-
philic and a slight swelling of the coll'agenid fibres could be determined after as
little as 2 days but was most obvious after 30 days. After 60 days and more,
silver staining of the argyrophilic fibres was difficult; they were transformed into
collagenic fibres; the elastic fibres became thinner.~ The argyrophilic fibres of the
loose connective tissue react fastest to the~chronic cerebral irritation.
B~-andt -.Berlin
All

POPOVA, E.N.
Effect of partial removal and irritation of the cerebral cortex on the
condition of fibrous structures of the loose connective tissue. Dokl.
AN SSSR 119 no.3:591-593 Mr '58. (MIRA 11:6)
1.Moskovskiy gosudarstvennyy pedagogicheskiy institut im. T.1.
Lenina. Predstavleno akademikom I.I. Shmallgauzenom.
(C M BRAL CORTEX) (CON MC TIVZ TISSUES)

POPOVJ', F,H. Noskva)
chan-~ea of the fibrous strul-Itstree of th~ P-reolnr
connectire tisaue following stimuletion of the cerebral corter.
[with aurmary in Egnllshl. Arkh.pat. 20 no.6:43-47 1.58 (MTRA 11:7)
1. 1% kafedry giatologii (z9v. - prof. V.1. Sukharev) Moskovskogo
goslidaratvennogo pedWgichesk-ogo institutat iment V.I. Lenina.
(ICOMECTNZ TTSSUr,. physiolo&7,
eff. of cerebrocortical. stimulation, zorD~ol.nspects
~Rue))
'CRREBRAL CORTRY, physioloa,
off. of etimulntic-n on connective tissue morphol.
(Rug))

AUTHOR j Popova, E~ N, 2o-119-3-56/65
TITLE: The Condition of Fibrous Structures of the Loose Connective
Tissue, as Affected by Partial Removal and Irritation of
the Cortex of the Large Ilemispherc-p(Myaniye chastich-
nogo udaleniya i razdrazheniya kory bollshikh poluahariy
mozga na sostoyaniye voloknistykh atf-aktur rykhloy soye-
dinitellnoy tkani)
PERIODICALt Doklady Akademii Nauk SSSR, 1958, Vol. 119, Nr 3,
pp. 591-593 (USSR)
ABSTRACT: It was found in the course of the last years that the
disturbance of the trophic function of the central ner.
vous syit--m which occurs due to the operations mentioned
in the title, does not only lead to considerable shifts
of the chemical processes in tissues and organs (Refs.
-
1,3,9) but also to the change of activity of the cellular
olements of various tissues among others also of thcae
of the loose connective tissue (Refs. 6-8, 1o,11). In
the latter tissues not only cellular elements but also
the fibrous structures of the interstitium participate
Card 1/4 in the processes of metabolism. Their changes in the case

The Condition of Fibrous Structures of the Loose 2o-119-3-56/65
Connective Tinsue, au Affected by Partial Removal
and Irritation of the Cortex of the Large Hemispherei
the elastic fibers become thinner. If the vortex is
irritated the argyrophil fibers grow thicker and their
number increases; the collagenic fibers swell. The state
of elastic fibers hardly changes. If irritation is car.
ried out for a longer period (6o-75 days and more) the
upper layers of the vortex become atrophic. This produ.
ces a s.milar effect on the fibers as the removal of the
cortex, The disturbance of synthesis of the ribonucleic
acid in the cellular elements of the loose connective
tissue takes place earlier than the changes of the fi-
brous structures. Therefore, the latter changes must be
regarded as secondary in connection with the change of
the trophic function of the brain. It can be concluded
from the results of the above described work and the
data of technical literature (Refs- 7,12,14) that the
irritation of the cortex causes a state of excitation
in the cortex itself and in the deeper seated sections
Carct 3/4 of the nervous systep; the functional activity of the

POPOVA, E.N.
Condition of the fibrous structures of the loose connective
tissue in aseptic inflammation. Dokl. AN SSn 117 ro.4:710-712
D 157. (MIRA 11:3)
l.Moskovskiy gosudaretvenn" pedagogicheakiy institut im. V.I.
Lenina. Predstavleno alrademikon.I.I. Shmallgauzenom.
(CONNECTIVE TISSUBS) -

AUTHOR: Popova, E. N. 20-447/52
TITLE: On the Problem of the State of the Fibrous Structures
of the Loose Connective Tissue With Aseptic Inflammation
(K voprosu o sostoyanii voloknistykh struktur rykhloy
soyedinitellnoy tkani pri asepticheskom vospalenii).
PERIODICAL: Doklady AN SSSR, 1957, Vol. 117, Nr 4, PP- 710-712 (USSR)
ABSTRACT: Numerous works are devoted to the inflammable new formation
of the connective tissue (references 3 to 7, and others).
After some works, the collagen fibers change in the initial
stages of aseptic inflammation. Argyrophile fibers are
formed, which later convert into collagen ones. Within
the literature available to her, the author found no data
on the problem referred to in the title. 25 white male rats,
90 to 150 grams of weight, and 3,5 to 4 months old, were used
as experimental objects. An aseptic inflammation was provoked
by the introduction of sterile celloidin platelets below
the skin of the belly. The animals were killed after 6, and
12 hours, as well as 1 to 5 and after 10 days from the
beginning of the inflammation. The state of the connective
tissue at these fixed dates, is described in detail. It results
Card 1/2 from the results that the "melting" of the argyrophile fibers

On the Problem of the State of the Fibrous Structures of the 20-4-47/52
Loose Connective Tissue With Aseptic Inflammation
takes place in the center of an aseptic inflammation in
early stages (according to a designation by A. I. Smirnova),
it follows a loosening, separation into,individual fibrils,
and apparently a resorption of the collagen fibers and a
degeneration of the elastic fibers. Fibrin participates in the
formation of collagen fibers during the stage of cicatrizatioXi.
There are 4 figures, and 9 references, all of which are
Slavic.
ASSOCIATION: Pedagogical Institute of State, imeni V. 1. Lenin, Moscow
(Moskovskiy gosudarstvennyy pedagogicheskiy institut im.
V. I. Lenina).
PRESENTED: July 31, 1957, by I.I. Shmallgauzon, Academician
SUBMITTED: July 30, 1957
AVAILABLE: Library of Congress
Card 2/2

POPOVAV,E.N.j BOGOLEPOV, N.N.
Ghang-as in the neuronis in nrme portions of the brair, zzzd~-.r zhe
effect of nivaline. Biul.eksp.biol. i med. 59 no.5alO4,-109
165. (MIRA l8all)
1. Laboratoriya neyrofarmakalogii (sav. - prof. S.A.Sarklsov)
Tns,tituta mozga (direktor - dc-ystv4-tellnyy chlen AMIT SSSR
prof. S,A.Sarkisov) AMN SSSR, Moskva. Submitted December 25,
1963.

POPOVA, E.N.
Effect of partial decortication on the marphol6g7 of fibrous structures
of the areolar tissue. Hauoh. dokl. vys. shkoly; b1ol. naulki. no.1:43-47
16o. MR& 13:2)
I.R-komendovana kafedroy gistologii 1. kafedroy anatomii i fiziologii
cheloveka i zhivotnykh Moskovskogo gosudarstvannogo pedagogicheakogo
inatituts, im. V.I. Lenina.
(CMWBRAL CORTEX) (COITMMTIVE TISSUES)

17 (1)
kUTF
J -0 R:
Popova, r.
TITLE: On thr: !I:-abltra of the
~.njin-- of the Optic Anplyz~,r in ~In
n.iyronno.-.-. stroyenii 70
beln:, krvsy)
PE!~F~Dl'..'!.L: Do,-Ia 'y #~-m i i n r~ .. i,~1~J V o 1 12 5
p p 1 CO.; I.;
ABSTRACT: -:4.1- tt.',~ c,-~!itrn.! lDvr' ~-n.-3inf-
an- i:icmti mod ill 1,111E. t i tle
v.,h n
,
The inve3tigation of the
of the cer(-.~~rnd cortex of rats .vill Cori s, ior~-bl Compl nt
V-!C. Obt:-nc~, b" tho

chose centrstl w' 1.1,2 ontic
a V11-
Yo, I;:... it o
in Mi.- iol-, thr., of
c e, ~,:e-vo use..'. r t1to 'ef I
.hat tl- vinuip.1 of .7!1-; tt? n k
Card 1/3 Tho of flic. nt,-ov~.,.,re of Mn

On '7i7 Problem of ti-n -,~--:onic "tr-icture c'. r
lorticAl Endin- of 'uh-! O--;tic Analyn.-i~ in '71-dtr,,
coT---.-2-.-on-!s its
main i-s- c~f the ne-ilrono of t` -1--ntrpl o 0 7
the o-t'Le analyze" is lor.~c,, -v%-*~I-flhan--
n
B03iL!.,; sitch nnnrons, the%rc -vr, 'v n.,.,uu--~ns
10' in t,,.- Cpne
tr a zir- ns b~? tlh q Ity-pical.
atynic,~.l nourons "Pig-1 2., 'Ti,
transi H. ind i ct~ te s a lps:; c on n i
the nourons of the upncr 1,iyet- of -11o cortex o', 7r-r~
is 'iho c,)nki viiih h-.i!,,hi---r In t~ti Dtbor,%`,,~riya
neyrogi!3t-)l'1-!.:. ~,,rborritory of -nurohistolorr ) of Vnn T-,`.'
1~ L, ~ y -
mcntionr!d in 11'.e i.s-,ociation tl,is t'.*r,:, confir:.1nd I)v a C") -a,
nnatomic~l mf~fhod. ':'he of Mhe neurons ~7,n'.--
indivi('-,:)1 '.~pcs is mort~ iisti~icti,.: -inrkod in the
W
lnyer of t1it, cortex. The autho- co-ina-es fitriherui-ore tl'-
stvuct!v!-:~ of Vir? optic cor--'-P-c ~~)f 1-'s wi.Ali tn;!t vC',):,-
'hich tv!-!e n Oiffer-enL m--:nn--.r or' 1`v;n~~. Ther-:! i.,, a tL1,1-
r(,-,7)ic-t to Vie of th--2 niurons a7~ -upll n7
Hoviov--, `~e ontic r.,,,rtex of rnbbit.-,
-non Mhe layfr-s are la--
Cari. P. . I

On the Problem of the Neuronic Structure of the SOT/W-125-5-4E/61
Cortical Ending of the Optic Analyzer in White Rats
though not divided.into sublayers, is botter developed than
that of rats; there are more stellar neurons, whic4 differ
greatly by size and shape. This_indicatos~apparentljy that the
visual power of rabbits is better developed. The behavior of
these two rodents confirms this assumption (Ref 1). Rabbits
are possibly able to-distinguish colors, which was proved by
the method of conditioned reflexes, though only within a
narrow range of the-.spectrum. Rate are not able to
distinguish colors (Ref 17). These differences are assumed to
be related to the surface of the optic cortices of rats and
rabbits (Ref 2). There are 2 figures and 17 references,
10 of which are Soviet.
ASSOCIATION: Institut mozga Akadenii neditsinskikh nauk SSSR (Institute of
Cerebral Research-of the Academy of Medical Sciences, USSR)
PRESENTED: December 20, 1958, by 1. 1. Shmaligauzen, Academician
SUBMITTED: December 10, 1958
Card 3/3

popovA, 3.11. (Moskva - 147, B.Rogozhekiy per., d.3/5, kv.38)
~S:e- ~S- ctural aspects of the cortical and of the visnal arA
motor anitlyzars in white rate. Arkh.anat.,gist. i embr. 36
no.6:11-15 Je '59. (MIRA 12:9)
1. Instit-ut mozigs, AM SSM (dir. - de7stv.chlen AM SSSR
pro.-.S.A.Sarkisov).
(CMMRA1 CORT.U. anat. & hiatol.
cortical ends of visual &: motor analyzers
in white rate (Rua))

Emu
Some data on the effect of eserine on the cerebral cortex of
white rats. Report No.2.- Changes in neurons and synapses of
the rat cerebral cortex under the infJuence of the eserine.
Biul. eksp. biol. i med. 53 no.l.-107-lU Ja 162. (MIRA 15:3)
1. Iz laboratorii tsitoarkhitektoniki (zav. - prof. Ye.P.
Kononova) Instituta mozga (dir, - prof. S.A. Sarkisov) ANN
SSSR, Moskva. Predstavlena deystvitel3nym chlenom AMN SSSR
S.A. Sarkisovym,.
(FRYSOSTIGMUE)
(CEREBPAL CORTES-IWIERVATION)

POPOVA, E.Y.
High pro~iuction method for the oxycetylene cutting of pipe de--
tails. ITov.tnkb,-iont.t speta.rab.v stroi. 21 no.7:20 JI '59.
(WRA 111:10)
1. L3niberets ny zavod montazh kh zagotovok.
(Gas welding and- cuttiZ (Pipe cutting)

T' zFLLI' -71 If 7 r
"T'qe sources of leptosDirosis infection in rature (accorling to
the Stavropal' reg ra -rials).'? p. '254
_i an t e
Des,yatoye Soveshcheaniye cc parazitologichesldm D-robl6w-m i
orirodnoochaggovym boleznyam. 22-29 Okty--brya 19E9 r,. (Tenth Conferenc,~
on Parasitological Problems and "Asea-se's %,,ith Natural Foci 22-20,
October 1959), 11-!osco-.,-Lenin~~rad, 1959, Academj of Medical 3ciences
USSR and kc-.denry of Sciences USSR, !To. 1 254pp.
Inst. of Vaccines and Sera and Regional Sanitary-Epidemiological Station/Stavropol,

WSOCHIIN, V.A., inzh.; POPOVA, E.Ya., inzh.
Quantitative analysis of fatty acid mixtures by the chromatographic
method on Russian made paper. Report No. 1. Masl.-zhir. prom. 27
no.9:21-24 S '61. (MIRA 14:11)
1. TSentralInaya nauchno-issledovatellskaya laboratoriya zhirovoy
promyshlennosti Mosgorsovnarkhoza.
(Acids, Fatty--Analysis) (Paper-chromatography)

TJSO-R/Farm Animals. Swine. Q-2
Abs Jour: Ref Zhur - Eiol-, No. 22, 195-37 lOil99
Author : POPOVa7 F.Gi
C-1.
Inst : Penza rj-_jj:turil Institute
Title The StrL-cture of the Brachial Plexus and of
Nerves Franchin7 From It ir Piglets.
Orig Fub: Sb. tr. Penzensk. s.-kh. in-ta) 19569 vyp. 1,
198-229
Abstract: Studies carried out or twelve 1-2-month-old
pi--lets of the Large Vhite breed showed that
their brachial plexus (BP) is formed by ventral
branches of the last 4 cervical nerves and of 1
thoracic nerve. BP consist of 2 rows of loops
a lateral (4 loops) rOW7 and a medial (2 loopsi
row. BP nerves branch out from the loops not
only craniocaudally, but also in layers which
Card 1/2
USSR/Farm AniTals. Swine. Q-2
Abs Jour: Ref Zbur - Biol., INTO. 22, 19589 iongg
form 3 rows. Laterally situated nerves inner-
vate deeper located muscles. A ch3rt showing
branchings of dorsel BP nerve branches is sup-
p1ted, which also shows the distribution of
cutaneous nerves. The spinal cord nerves are
connected with the truncus sympathiCUS as they
enter BP. The 7th and 8th cervical nerves are
also SUpplementarily connected with the truncus
sYmpatheticus before it enters the stellate node
The Ist thorncic nerve is connected with tile
truncus sympatheticus, as well.
Card 2/2
45

AGEYEVA, A.P.; AKSFIIOVA-CHERKASOVA, A.S... aspiranka; VELIKABOV, L,N.,
bibliotekart; GAVVA, F.M.; GIRENKO, P.D., Geroy Sots. ti-ada;
GUBANOV, M.M., pensioner; GUSIKOVA, T.K., nauchnyy sotr.;
DAVYDOV, A.G., prepodavatell; DANILEVSKIY, V.V., prof., dvazhdy
laureat Stalinskoy premii; DOVGOPOL, V.I., laureat Stalinskoy
premii; YELOKHIN, M.F.; YERMAKOV, A.D.; IVANOV, V.G., prepoda-
vatell; KOVALEVICH, V.K.; KOVALEVSKAYA, Ye.S.9 zhurnalistka;
PANKRATOV, A.G.; P)D-VAIA; URYASHOV, A.V.,- FEDORIN, I.M.,
kand. ist. nauk; FILIPPOV, F.R.; CHUMAKOV, N.P.; SHEPTAYEV, K.T.,
zhurnalist; VASIKOVSSKIY, O.A., kand. ist. nauk, retsenzont;
KULAGINA, G.A., kand. ist. nauk, retsenzent; GORCHAKOVSKIY, P.L.,
prof., doktor biol. nauk, retsenzent; BAKIMJTOVA, V., red.;
SAKNYNI, Yu.,, tekhn. red.
[Nlzhniy Tagil]Nizhnii Tagil. Sverdlovsk, Sverdlovskoe knizhnoe
izd-vo, 1961. 294 P. (MIRA 16:1)
1. Nizhne-Tagillskiy krayevedcheskiy muzey (for Ageyeva, Gusikova).
2. Zaveduyushchiy gorodskim otdelom narodnogo zdravookhraneniya,
Nizhniy Tagil (for Velikanov). 3. Zaveduyushchiy gorodskim sell-
skokhozyaystvennym otdelom goroda Nizhniy Tagil (for Gavvh).
4. Nachallnik upravleniya stroitellstvom Sverdlovskogo sovnar-
khoza (for Girenko). 5. Deystviteltnyy chlen Akademii nauk
Ukr. SSR, Leningradskiy politekhnicheskiy institut (for Danilevskiy).
(Continudd on next card)

KOITDRATIYEV, G.G.; POPOVA P.M.
Organizaticm of the prevention of myrosev of the foot under
industrial conditionse Test.derm.i ven* A no.8145-0 %0-
(MIRA 13111)
1. Iz kafedry kozhn7kh i venericheskikh bolezuey (zav. - prof.
G.G. KDndratlyev) Omskogo meditsinskogo instituta imeni MJ,
Kalinina.
(MEDICAL HYCOU)GY) (FOOT-DISUSES)

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