SCIENTIFIC ABSTRACT ANTONOVA, L. A. - ANTONOVA, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101810008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

31598
S/169/61/000/010/049/053
D228/D304
/A 0
kUTHORSt Antonovat L. As, and Ivanov-Kholodnyyt 0. S.
TITLEt Corpusoular hylothesis of nocturnal ionospheric
ioni2ation
PERIODICAM Referativnyy zhurnal, Geofizikat no. 10, 1961# 33,
abstract lOG127 (Goomagnetizm i aeronomiya, 1, no. 29
1961t 164-173)
TEM From data on the distribution of electron conc"ntration
in the
night ionosphere in the F-layer rogion in middle latitudes,
and taking
into account that it is largely caused by soft-eleotron
flows, the effec-
tive ener&y and intensity of the olootron flow wan estimated
and the energy
spectrum of electrons also caloule.ted. The calculated
spectrum in the
energy region from 100 Ov to 5 x 10 4ev may be approximated
by the graded
function k- dE vrith Y-4. The form of the resulting spectrum
is in
Card 1/2

OlIX'OVA, L. A.
CURIMNT FOSITIONt Member, Institute Applied Geophysics, Academy
Sciences
TIMR, Moscov 1960-61,
OOCUPATrON t Atmospherio and ionospheric physics,, radiation
maourermtso

"
6
011,

A N
f
Y

'Rol

-17
NN NO

"
`
~

:--
7
7

1, 32 030-~6
11.Acr.Esm,,i ".. AP5005437
-3 tqee. (In later inve,stigatioriv, the
of the Output integratio,1t, PC cello was 5 x 10
f ]MIltiplier's time re#OluQCn waa Jingroved Ix 10 usev and the &M.1ification
factor
~C vw-vlv~ --ce"n' _01i 'in r of
Anm~43*4 ID YDDO-5OW.:r__Th__1jF ft-Iorwr
ut bi Iva ant ~Qril"
tationccittv)l zygtem,. ne apparntkis van fitabilJzed vith rpaprct to the
ve.HAcai
-17 Al -%4 -14 nry~A*A It ;9'1 ~h a graduali 'Ay ~mrlad frem 7 to 12 oec, which
roeopmet it) the mapetic fol "_ iine~ The itpersion of recoreed pointo causel an
error In individiv.0 rr_R4,)rvr,-nt,, of the onb!r of 1A at counting -,peeds of
ab,:k1jt
1--ri Al e-O --atn itrialoo of rM.mA,'m wf-rp fourii ~.c

_T~ 2_7

-ZA

WF_-

L M
R.-Y
f, fFimy

'X

Y-':~, VI N AP. -1
I I FkR
f I j
pi FT
JOSOCIArION.' none
SJBMITED: 09Dec6,3 vtcl,: 010 GM CODE: AA, 7-8
"F s6v! oil 0 ~( 2 ATI) 3199
Cord 3/3,

7-6
L h1R3 9
1 - pm tn-- r /1- -11 i-
v W-1 I
-1101-1 r U
ACCESSION NRi AP11003434 8/0293/65/003/001/0099/0101
AMOR: AntoDova L.A.
77TLEs Measu-rum 11, 01, th&1utenm1ty-An& i qmab-um of tbc% flux
of -soft electrons in the
lonovpbere at bolgW of 200-Wo km
SOMICE: r-oamitiholls iye 12810doymaya, V" 3, no. '11 1965'.69-101
-- - - --- ---- - .. ---- -- --- f--
TOPIC TAG& I-htrY
, i naft 44 -e-tron, se-e-oadary eletArm multipHar.
uppor atmospbere, vrawmy
ABSTRACT-. Thl." to R companion qrticle t4) Rnother in the my o
noiur~e (L. A. Antonava,
G.S. 1vnnov-K-ho1,xinrv N.D. ilasanova aid V. S Mix1vidov.
iQoprnich, iBm1cw-1
Vol. Ill No. 1. 196F p. 112). AHch repoitcni oin L~v
ruvmjurem,cint of fflfwtron f1Lvke,,q "Jv~
at ht3LghLq up tn 151P3 kin imain" ~4 qT-,31r-r--bot "r trlr
i;fa' 'qrll;ir~ ejt-~CU-Oc 111'. iii r likiLs u;;M i q thp Thi,
imijr riiit~ A htvh Q,,i-mvitN
tk) j')'v ~,norgy ebectr,nti mak,mi ii ponsibi V) M(131,11TP 0141
tOLal NUX (Of vivi,tru-m wiffiout
lsm~4 i~lv ~iomtlorkm 'it)R-,r1,vrt r~-nd tv me.ij; ro :h4
Fp4,i-rur nrvi Tiwl~ ~:irri

L hi837-65
ACCEMO N NRt Ali' 5005438
et p._p-_r. Tjgqae~A_vdpmpe is ndatatlfid exposition of the method
for anRlYzing the
IVA
initipi iiat-ri and intp rpi etatlon of the resd to - Part I
describes the a~uflytical method.
11 -A i - 1 7 g1 v es d P Tn 1 IF on invertigallon q1 tbA
loat,kcrlituld Prirt 3 provides hriformation on
the kril.~nf;lty of the Jnekquroi elvctran flut. P:irl if; :,n
ar)-i,ysiN of thf, onerg), sjwc-trup
4 r-np T) nt) ip hi ract th-rit thn,r lir In hsl requits PaLISM
V~ it % f, X (A L,:- k~,'. v,
i.,riai :n thi Fi " I
~7
t 117 1:1 tl)v T-i i(t if, atit,~n 4-4 'iwre ar-, r i
I'li, Tfivzir if ~A! 'ott,n);-Ay cif the mv( ill ic
priz cm P oc s!-raj. FoT Pr v r 4 1 v!4 v %cp - i iag 1 i - k P tht'
4-'D(! -g-, .I 1,)t~Ct ! t_!
?,) '4 pAr'xor i1w funct l~r , itl. ,~f, ;-,j-n,,r,( , r T~o
ntonq~'-i -.1
X ol F~k- r lang -. I :,, t r ~zjgjy wA --h I: Ti c- ' nr min
reaNoi, 01- Cia.
t i I t i c a I ~-n (-, -,,,n ch trartf 7,iqtj(-",q (-4 Mf fl I Xli
Nuuk-j; U. 4'!
7 -.-, r, -ipp r e-r- Rti v) to .14 Ivanov- QY6(x1nVi'. tilmlell
WrOfw dioctiori Lht ,(-,rX wa~i
q
y u,
~;L# t fo rTnu Pq 2 f I[Fu r t,.i aM 3 t i. h I f o.
MTOMTIM
SUBWn Ds 0911904 ZNCU 00 BUD CODE1 ZS
cO,,j 2/3

L 1545-66_ FS.11_21EW(1) OS/GW
ACCESSION NRt AT3023566 UR/0000/65/000/000/0214/0216
AUT110Kt Antonovs L. A.; Kazacheve!La
Y.A' T. V.
TITLEt So
_~k #Jg&tj.Qq_ e# n the upper atmosphere
SOURCgi YjaeolLusna a konferenta~ L Wk-0- o i:5ke kpV w
ja go K_Vln _qL _ rostranstv-. Masco
1965. Issledovanlys prostranstva (Space reseii"ich _*,-ti7Qf1on f -w
rent 01.
Moscow, lad-vo Neuke, 1965, 214-216
TOPIC TAGSi electron flux,, electron spectrum, atmospheric ionization
ABSTRACT: usytirm vessuremente were made of the intensity and energy
spectrum of
soft electronis in the upper atmoaphere. The measurements were made
on 18 0
1962 In the rAddle latitudes. An open-type. qeKonAAjy-Cg"Dj
n-multiDlip-r wala
used. Separate ijactious, of the eLectron energy spectrum were
isol~e*K~'Using
different flArteris in front of the multiplier. The multiplier
operated in a
pulse-countint &)de. The device -was installed In a sealed container
which was
separate from tW rocket., The sysmetry axis of the device's entrance
opening v49 1
in the equatortaL p-MAC-6(the container. The visual ang).* of the
instrument was I
t6o. The container was stabilized with respect to the vertical and
rotated around
it with a period which changed giadually from 12 to 7 see. The
instrument recorded
-Card 1/2

L 1545-66
ACCESSION NR:: A75023586
considerable I-ackground, which was apparently caused by the
scattered light which
penetrated Into the Instrument. rhe average value for the Integral
electmn flux
07 -2-sec-1.a-J, with an accuracy up to the factor 2. The
was .3 5.1 electron.ca
average -~Iectron flux with energies exceeding 30-35 kev was - 2.105
electn)n
cm-2,sec-l-e 1, The total energy flux, tinder the assuaption that
the boundary
of the specttum on the side of "I'lalls:ttergies lies in the region
of 1-8 kev,
gave valuept of - (0.1-0.5)erg-cli-2- C-I*'M-3. The average flux
magnitude does noi
depend an the height in the rangt! of measured heights or the angle
between the
velocity vector and a plane perpondicuLar to the magnetic force
line. In 1962
and 1963 ~let-.tr.,n fluxes in the atmaphere were also masured by
wathods based on
recording the foritzing radlattoft by means of a thermolusinescent
phosphor W040W,
The measurewinti., made during a rocket climb to 500 ka, showed that
the electron
flux ener" t.-heriges 11ttle VIth height and I*, an the averages 0*3
ergaci-2#841c-l
Orig. art. hitsi 2 fiBurtse
ASSOCIATIONt none
SUBMITIRD: C,23ep65 INCLI 00 SUB CODR: ZS,' NP
00 ItIr SOVI 000 6mitt, ON
t

LIU
L
A NR1 AT6023723 SOURCE CODE: UR/2831/65/ooo/ol4/oooq/ooa2
AUTHOR: L. A.; Ivanov-Kholodn
Antonova, -yy_t Gj_S. 4
ORG: none
TITLE: Corpuscular Ionization hypothesis in the nocturnal iqqqoph.
SOURCE: AN SSSR. Mezhduvedomstvennyy georizicheakix. komitet V
razdel programmy
1MGG: lozio-s-re-ra.__ SIZF~_Ik statey,
no._l4-,-19-G5-.-'Y6n'o_sfernyye iseledavaniya, 9-12
I
TOPIC TAGS: -3 1,11 - wduftsti= ioaosphere, solar eclipse, satellite
measurement,
hard electron, electron flux, effective recombination coefficient,
.- - - Am
radiation belt, soltr torpuncular radiation, ionospheric electron
donsity
iABSTRAC`r: The electron concentration in the lower ionosphere
diminishe:3 after sun-
11 set, but It does Voi-lil nappear and maintains a constant lev.el
during the night. An
analogous phenomenon Is observed during solar eclipse. The source of
continued
ionization may be assu-ted to be charged particles in the upper
fitmosphere. Rocket
and satellite measurements revealed cle:tron fluxes tit various
altitudes above the
Earth. Hard, high-tnergy electrons were meanured which were peculiar
in their
sporadic appearance and the dependence of their intensity and
spectrum upon the
latitude. Maximum radiation at 100-km 41titude was found to be in
the auroral zone.
The authors developtd a hypothesis that nocturnal ionization ill the
F2 layer is
caused by electron fluxes which penetrate the atmosphere deeply. The
effective
energy and the ener,#_v r-pectrum in the F.2 layer were computed.
7he radiation intensity
Card 1/2

ACC NRI AT6023723
was found to be propz~rtiOnftl LO tile effe,.tive coefficient
of recombination. The
intensity of the corpuscular stream was letermined from a given
value or the dissoci-
ative recombination -oefricient. Vie solar corpuscular stream
dIffere from those in
the radiation belts and in the Ionosphere. The penetration of
the solar corpuscul&r
stream into the ionosphere is hindered by the geomagnetic
field. Corpuscular strems
from radiation belts are also unable to reach the ionosphere. A
comparison of
x-radiation at 1004ut altitude measured by balloons with the
electron flux measured by
rockets at the same altitude, leads to the conclusion that a
great quantity of elec-
trons exists in the upper atmosphere which may be revealed by
bremostrahlung when it
penetrates dense atmospheric layers. JEGI
BUB CODE6. OW SUM DATE: none/ OHIO BEF: Oll/ O'ni REF: 004/ ATD
PRESS: .514011-2
Cc" 2

AW"NOTA. L.F.
Throoma In a parturient. Akush.1 ein. 35 no.5:108-109
S-0 159.
(Xnu 13t2)
1. Is Imfedry akusherstva I ginekologli (saveduyushchiy
- prof, Aelo
Petrenico) Lentrwradskogo pedlatrichookogo wditsinskogo
Instituta
(direktor - Prof. 11.0. Shuteva).
(THTMOKIL, In pregnancy)
(PRICGNAWGTo complications)

ANTOFIOVAO LIF.-
labor in wome'n following heart surgery. Akush. i gin. 36 no.2:
3.17 Mr-A '60 (MIRA -13,12)
tl~-Irlut, VALVE--SURGEM) (LABOR. COMICATM)

JIM 149
Anodizing
*Aviode Behavior of Nickel In Alka"Ine
Solutione,"
4 X. Volobkova, L. 0. AntmoTav A. 1. Xmeill-
ababitow, State Inst of Nitrogen Ind, MOSCOV,
4j VP
0
,ftur riz zhin" voi m=, No 6
*chmlsm for fonsIng nickel oxide in aocumte up
to a current density of 10-WcK2. Nickel oxide
is
deposited on the anode ovbsequat to fw tion of
j#dkel hydroxide. 31gh percent of ablorlm Ions
la weak A"%-I' solutions In relation to =zsbar
Von/notals (CcntdL)
hyd:roxyl Ions Impedes oxidation process =A
4amAos the nickel. Sutodtted 17 Aug 48.
soil
mom:
mom.,
IF

1,-. tA
4 1,

110

- -A.
- ~'
.-

AROMA. L.G.: K-IIASILISTICHIKOV, A.I., doktor
kh1m.nnuk
A*mwmm%j&A&&qw
RInctrochemteAl mathad of the invantigation of ran
adsorption
an(l cntalyple. Trudr GIAP no.?-1292-104 157. (MIRA
12:9)
(Hydr6gan) (Catalygig) (Adsorption)

rRASILISHCHIEDV. A.1.. doletor khim. nauk:
AMMOVA,, L.G.
Affect of mechanical deformation* on the kinatles
of
corrosion and electrochemical processes@ Part 2,,
Trudy
GIAP noo8t2l9-225 157. (MIRA 12t9)
(Deformatinne (goahanice))
(Corrosion and antleorrosives)

/7 3 ? 8,'45
n 'Fillf"erkova, T. G.,
.',UT!IORS-.
111"'hohilcov, A. 1.
TITA"F: Asortion Phenomena in U 'e _',yctem ',qy-Iro.,**('n -
Carlon Noxile
Carbon %'onoxile - V$'itter Vy)i,or I (AArorbtv1on?r,,yp
yavleniya V
oiste-le volorod - ujlO-irlota - olzio., xi,~?Jerorln
-vod.,,mnoy
par. I )
iTR I OD I " %L Zloirral khimii, 19",1), Vol 15, Pr
pp 416 - 421 CT-SH)
AT'ST'IACT: The catalytic ronetion of carbon monoxile with
ratcr vx:)nr
y1c,ldin'. hyrlro,,,Ln zird carbon dioxi,!c hau been often
Inves-
ti-ated :Refs 1-7). The ~~rescnt exPeri-entt concerning the
adsori,tion of thene 00-1ponerts -.-.ere carried out PecordinG
to a somawlint modified method (Ref 6). Ito electrode polnri-
zntion rt%n 1roduced, but the potentlal of the internal
electrorle wnn menrrzrod. The -an wir, alcorbed onto n poroun
net,ril film which served as an oloctrode ond which wan
np;,lied to E.Ians. A ;-,ietal film of silver miintnined in an
,ilr atn mp-riron C.-I-c'role. The
~cv;*( ra ncrv~d -ir t.'-.e co
IP - 1) r;pn prndiired from a zlpeci.nl glzist?oun
CnrO 1 reactior cell (Fi,

Ad,,t )r:ition I'lienomena in thc Syrtem. Hylroi-,cn -
Ca.--bor 3 1! - 2 - 2 15/4 5,
Dioxile Cnrbon Monoxide - Wilater V-_,~or 1
,137'~','IATIO":
Cnr,A 2/3
Adrer.tiar of COI)
of crL -500 :IV (Ftc~
cob.ilt flln.~ occur.,,
(Potontl,Al -At 2500C
ne"ital rurIlItc rhow
of -etallic fil-in
,-as
alvorption. Tht-ri,
naterizil corluctive at IiI., -tier te-;,(%r!Aurcs, :nI
-.-hich wan
tittnelied to the tcvtint~,- iij,arritus
(Fi(: 2). Sx:)criments on
coppor Nlrnn chowed (Fij ~) V-~.t rt 3",noc (pot(-:-,ti.-,,l
Ca - 11,50 MV) an extension of t!,.e potontinI to potitive
VL!Ilit~ri t1lien Place vdth an in iniArLitre. TI,.4- III
!rc-
,-cn nlror~tion ntl 2500C (;,ole-ti~1 Ca -1'~M IV) (Fl,
,-xracter th~-,n a '5000(11 since th
has a differert ch, t e influence
of the mol:7ture exerts ~,, ~,tron *-cr irrovorsible effect.
The
-it .1)00(, with
potontlll
on c0i"por Ocroro
6). i.'ror,-tion of
"inil-irl.,:- to tl,.~,t on
cri - 11i"' piv)
th, t tl-.c.
in -in indo-t,,ttit -iotho,"
nr-? 10 fii-
,ures nnl
n
1:,, nnl CO,, on
t~u copped films
C-1C). The ex,ncri-
of t!:e potentiril
for inventiCatln,,-
21 referencer,
12 of which %re Soviot.
In3titut nrotnoy (1-.-titute of t!,,c
Nitrocen InAtultry, Mozcow)

Arlo:-rption liheronena In the Syrte- fIX're:wZ(,r. -
'7-irbon .1 f V '-7,' - - 11 - 2 - 2 1 /,, 1~
.1
Dio-ride - Carbon ";,onv:ide - Water ;fi.,or I
SUBVITTED: JulY 9, 1957
Card ~/3

IL
I J

l
k

IL

f Q
v
a
ql i. r
V r
'cc
tv:

KRASILISIIMIIKOVp A.I.j A1,170NOVA.L.P. --
Study of gaescuo reactiono in catalytic
hydrogenation by
electrochemical methodoe Proble kin. i kat,
10:172-177 160.
(MIRA 1415)
(Hydrogeration)

S/195/60A011/002/003/010
B004/BO6?
AUTHORSt Krasillshchikov, A. I., intonovaiL L. G., Ivanovskiy.
F, P,
- -- Wwombfte
TITLE: Adsorption, Ionization, and Catalytic Activation of
Gases
on Metals
PERIODICALt Kinetika i kataliz, 1960, Vol. 1. No. 2, pp. 212 -
27C
TEXTt In the field of gas adsorption and catalysts an
increitaing number
of electron concepts has been developed. Theref3re, new
invostigation
methods must be developed. In Refe.10-12 the authors have
developpd a now
electrochemical investigation methai which they de9cribe in
this papor.
The test equipment is schematically shown in Fig.i. The
reaction tube I
wits made of special glass which becomes conductive on heating
and sets as
a solid electrolyte, A silver film applied to the outside of
the glaso
served as reference electrode. The authors studied the
adeorpticn of
112. CO C H j a mixture of H and C H i CO and N.; and a
mixture of N,
2- 2 4 2 2 4 1
and H2 on the following metalst Cu. Co, Ni, Ag. and Fe. Tho
studie3 were
made In the temperature range of 2"-0 - 4'50C. It was f-iind
'hat tho
Card 1/4

674.ql
Adsorption, Ioni~4ation, and Catalytic. S/
-,q5/('0/oO1/002/o03/O lo
Activation of Gaaes on Metals 13004/11067
electrochemical apotgntial of gas adsorption Jepends ~,n 4he
mo-tal used,
For the metals c,maiderod here, the maximum potential
dlffer'?n.~P was
220-225 my for H,V 300-350 my for CO, and 750 800 my for N2.
In the
hydrogenation of ethylene on copper at 2500C, large amounts
of ethylene
and hydrogen aro adsorbed on copper. It is assumed thAt the
a:tivation of
C2114takes place by the addition of an electron to the metal,
viz.,
probably to the louble bond. In the adsorption of CO on Cu,
the chemical
potential was by 300 - 350 my more negative than on all other
netala. The
apecific catalytic action of Cu Is due to the particularly
strong
reducing effect of CO adsorbed on Cu. N 2 adsorption on FA
tak#s place at
a potential by 800 my more positive than on Cu. Co. or Ag.
Hence,
negative nitrogen ions in approciable quantities may bt-
fc~raed only on Pp.
Only Fe may be used as a catalyst in the syntht%ais of
ammonia. It is
assumed that the activation of N 2 on Po is caused by the
fc-rmation of
uninegative molecular ions. In all cases, a jump in the
elgctrochemical
potential occurred when a gas was adsorbed on a metal. This
offoct was
nttributed to the formation of gas 1~ns cn the imetal
sijrfa~~v However,
Card ?/4

87451
Adsorption, Ionization, and Catalytic S/195/60/001/002/00~/010
Activation of Gases on Mletals BO()4/BO67
this ionization must not be regarded as gas adsorption.
Ionization may
follow adsorption# and It is possible that only part of the
adsorbed gas
is ionized. The -formation of molecular gas ions may increase the
reactiv-
ity of the gas. rhere are 9 figures and 25 referencest 16 Soviet,
3 US,
3 Britisht 1 French, and 4 German.
ASSOCIATIONa Gosudaretvennyy nauchno-iseledovatellskiy institut
azotnoy
pro-nyahlennosti (State Scientific and Research Institute of
the Nitrogen Industry).
SI)BUITTEDs December 22, 1959
Legend to Pi -1 1) reaction tube; 2) measuring electrode; 3)
reference
electrode; 4~ plitinum contacts; 5) gas inlet; 6) gas outlet;
0-H-E-3-x:
reversing switch; Ext measured voltage; Hqt standard cell; RjvR
2'R31R 4t
resistoral Be se1nnium rectifier; Ct stabilizer;l"i zero
galvanometer;
th po'Ventiometer.
Car4 3/4

S/O'j 60/034/Ot2/012/027
I/ I
B020, B06"
AUTHORS: intonovat L, G., Fillcheakova, T* Gw, Ivanovskiy, F.
Po,
&n&-K-r-&-v-1Tre-&-oLikov, A. 1.
TITLE: Adsorption Phenomena in the System Hydrogen - Carbon
Dioxide - Carbon Monoxide - Water Vapor.II. Adsorption of
Carbon Monoxide
PERIODIC&L; Zhurnal fisicheekov kh1miij 1960, Vol# 34, No. 12,
pp. 2766-2771
TEXT: The authors attempted to study the electrochemical
adsorption
potential of carbon monoxide on various metals by using the
same methods
as described In Ref. i. The reproducibility of the
mossurements was
approximately ! 25 mv, the accuracy of measurement was � I mv.
The
adsorption experimenti with carbon monoxide were mado to study
the
conversion of carbon monoxide with water vapor. CO as purified
by passing
it through a furnace filled with reduced copper at ;500,
furthermore
through a furnace filled with copper, precipitated on silica
gel at 2500,
by a freezing trap at approximately -700, askarite, oharcoal,
and
Card 1/3

Adsorption Phenomena in the System Hydrogen -
S/076160/'034/012/012/027
Carbon Dioxide - Carbon Monoxide - Water Vapor B020/BO67
II. Adsorption of Carbon Monoxide
silleagel. At. the beginning of the measurements the curves
potontial
versus time ".ook a somewhat irregular course which was,
however,
equalized afier 1.5 to 2 hours. The adsorption of CO by a
cobalt film
at 2500C (Fig 1) and of CO and hydrogen on iron at 4250C (Fig.
2), and
on nickel at ~256C (Fig. 3) is graphically illustrated. The
adsorption
dim
%rams of Trogen and CO on silver at 42500 (Fig,.4), copp:r at
425 C (Fig. 5 , and after nitrogen adsorption at 42 C Fig. )
are also
given. Fig. 7 shows the adsorption potentials of carbon
monoxide on
various metals which clearly express the characteristic
behavior of
copper. The adsorption potential of carbon monoxide on copper
is
approximately by 300 my more negative than in all other metals
studied.
This fact can be explained by the complex electron structure
cf carbon
monoxide and by the selective character of the adsorption
affinity.
Actually, copper is usually recommended as apecific catalyst
for the
reaction of CO with oxygen, whereato nickel and iron are used
for its
reaction with hydrogen. There are 7 figures and 15 references:
12 Soviet,
I US, and 2 British.
Card 2/3

Adsorption Phenomena in the System
Carbon Dioxide - Carbon Monoxide -
Il. Adsorption of Carbon Monoxide
Hydrogen - S/076/60/'034/012/012/1027
Water Vapor 8020/BO67
ISSOCIATIONa. Goeudarstvennyy institut atotnoy promyshlennosti
(state
Institute for tho Nitrogen Industry)
SUBMITTED; March 25, 1959
Card )/3

MASILISHCHIKOVt A.I. (Moakv,&); kNTDNOVAp L.G. (14ookya)
Adeorption phenomena under conditions of ammonia Dyntibesieg
Zhur,fitekhime 35 no*8:1710-1715 Xg 161* (MIM IA18)
1. Goeudarstyennyy institut asotnoy proWblewootio
(Amonla) (kdoorption)
P

O.ASILISHGMIKOV,, A.I.; ANMNOVA, L.G.; BIRYUKOVA, Z.M.;
KARATAYEVA, I.M.;
FlLICHENKOVA, T.G.
Aotivated adBorptlon of nitrogen. Zhur.fiz.khim. 37
no.1004-206
Ja 163. (MIPA l7s3)
1. Institut asotnoy promWehleanoati.

t 47~ ~
I Y 1 7, A. 7 , ; AN"~ OVA, L.G.
...........
k-,tivat.ed adaorpt!on and Jonttation or cares on w4tbs.
7hur.fiz.khint
39 ti;~.712690-1699 JI 165, (MIRA 1898)
1. Ocsiadarst.vannyy irstitut azotxcy 1~roVshlonnostl*

"'N't(VOVA, 1,,G.; KIA71LISEFTMOV, A.].;
Sl*%rY,,kl,)','.*., R.F.; L.H.
ltnmnla yleld on a K-55 caralyst a3 a, ninctim, of Ox
Kin. I kAt. 6 no, 691117-1118 N-D 165 Ol I T),'A I
", t1 )
lo Gosudarstymnyy nauctmo-Isaledovatellakiy i
proycktnyy
itistitut azotnoy 1"myolilentiontl i pTo(hik-tcm
s!nt(4ra. Shilmitted Fobruary 3, 1965o

tuft i m Vt,-~N j
ACC'9K )7 SOURCE COM UR/019.4,,/65/006/006/1117/1
AP60021C
AUTHOR: Kras1l'shc61kov,_A. 1.,.Siv akova Dmitranko. L. No
ORG: State Scientific Research and Planning Institute of the
NitroRen Induatrv and
--Linduc~s 2.f i~ rstvennyy nauchno-issladavatellskiy I proyektnyy
-qmK
institut azotnoy promyshlonnosti I produ tov organicheskogo sinteza)
TIUM Potential dependence of artmon tell yle le. on K-Ssic�l~jlat-
SOURCE: Kinetika I kataliz, v. 6, no. 6, 19(-5 , 117-118
TOPIC TAG-S.- nitrogen, hydrogen, ammonia, calhode PAarization
LBSTRACT: In order to determine the effect of the electrochemical
polarization of
~-55 cat4.lyst on the rate of ammonia synthesis, the potential of
thinlayers of the
catalyst was, measured during polm,ization. The expariments were
carried out at 375-
-4000C wi,th a nitrogen-hydrogen mixture of stoichionetric
ccaposition; the ammonia was
absorbed In a 0.01 M H2SO#j solutlan and back-titravid with methyl
red. The current
density r%inged from 0.04 to 1 pAlcm2, and the potential was shifted
from 0 to 6 V. A
very slight increase In amonia yield was noted as the cathode
potential was raised.
It is concluded that the substantial increaso in anionia, yield (by
a factor of 2-2.5)
observed narlier by other authors when stronj; fieldit were applied
to the electrode
must be dlf.rectly related to the influence of the flolds on the
catalytic reaction, and
UDC:: 541.128.13.037#542.91 1 546.171.1

L 21600-66
4e_C_NC,_IW_6002i_6
Is not dim to electrolysis phenomena in the glass. During
polarization, only the por-
tions of the porous catalyst electrode which are directly adjacent
to the glass be-
come parl:ially activated. Orig, art. hast I figure.
SUB CODEs 07/ SUBM DATEs 03F*b65/ ORIG FXF: 003/ OTH Uri ooo-
2/2 Xe_

A:CC7NR,--AVT00Z41W-___" SOURCE CODE: UR76Y_~4f60002/012/224i/4245
AUTHOR: Yeliseyev,.A. A.; Kuznotaov. V. C.; Yerembash, Ye. I.;
Vigileva, Ye. S.;-
Antonova, inchanko, K. A.
ORG: Institute of General and Inorganic Chemistry im. N. S.
Kurnakov, Academy of
Sciences%SSSR (Inatitut obahchey i neorganicheskoy khimii
Akademii nauk SSSR)
TITLE: New phase in the system of tellurides of the rare earth
metals of ceri&
ubgroup
:
OURCE. AN SSSR. Izvestiya. Neorganichuskiye materialy, v. 2, no.
12, 1966,
2241-2245
TOPIC TAGS: compound semiconductor, rare earth m:tal~telluride,
single crystal
growing, TO-11ax5d3w crystal structur%, crystal ele tric
conductivity
4AA44J.0,51,5
ABSTRACT: The existence of the 1-4.Te7ix phase within the
homogeneity limits between
61 and 64 at% To was confirmed by chemical, x-ray
spectrochemical, and x-ray phase
analysis of poly- and single-crystalline ?,!To , where N a La,
Pr, or Nd. Previously,
1. 7
the M9.Ts phase was detected by different Soviet authors but was
absent in the
L&_T0 anSALL-Nd phase diagrams which were published in the 1965
Western studies.
The N4T*7 single crystals, 1 x I x I mm maximum size, were grown
from polycryatalline
M2Te by the chemical transport reaction with iodine at a 950-800C
temperature
gradient. Simultaneously, the MT*2 single crystals were formed.
The -shape of the
.65'241-54-162.2

LaJe and LsTe2 single crystals was Identical, while that of the
Nd Je7 and NdTe.
was dIfferent. Lattice symmetry type and constants$ spice
symmetry group, number
of molecules in the unit cell, and x-ray density were
determined and tabulated for
La,T47, Pr4%, and Nd4T07. Lattice constant of Ce.Te7 were
extrapolated from
their plots versus ionic radii of the M3+ ion:. La,,Te7 was
found to crystallize in
a tetragonal not rhombic system, which was previously assigned
to La,TS7 by the
authors. The lattict constants of L T were found to be as
follows:
a - b - 9.011t0.005 A, c - 9.172+10A~ 1! The most likely space
symmetry group of
La.Te? was the centric P4/mbm group. Other M4Te7tx tellurides
of the ceria subgroup
crystallize in the same system and have the came space symmetry
group as La4Te7.
Structural similarity and differences were noted between M4T*7
and HrG2' Electrical
conductivity and thermal emf of the M4T*7 phase was of the
soniconductor type. The
existence of 161-4 H4T47 (or M7Tej2) phase was presumed for Ca
and Sm because of the
crystallochemical analogy between tellurides of t%e ceria
subgroup. Orig. art. has 1
3 tables and 2 figures.
Stm""CODR: 07/ SUBM DATRt 24Feb66/
ORIC REP& OW OTH Rart 004/

ACCESSION HRI AP3001230 8/0078/63/008/006/1542/1543 54
AMOR i. Y Ohl Yet Yt. S.1 Yeltseyev A. A.1 Antonova, L. I&
-10).
TITM 1AnthanumV.1lurids.-),-1.
SOURCHS Zhurnal n4orgenicheikoy Wintit v. 0, no. 6, 1963, 1542-1543
TOPIC TACSt linthAnum telluridop lanth,&Mm rtAction product,
lanthmm..tenurium
phase system' specific resistivity, themal emf
0
ABSTAACT: Conditions for the formation of lant'.hanum.tolluridei
have been studied,
toge-ther with the phase composition of the products formed from
the reaction of
La wid Te. The tellurides wire synthesized by heating a mixture of
finely powdered
L& and To in the presence of a very small amoutit of iodine and
also by the reaction
Of IAM with To vapor. Several phases, mong them LaTe, Ui2Tej, and
LaTe2, were
identAlied. X-ray analysis indicated tho possible formation of two
additional
phascs whose properties and compositions are na known. Compound
LaTe crystallizes
as art NaCl-type lattice with a - 6.407 + 0.005 M, a value
commensurate with data
C,rd t/2

L 11266-6-3
AC".ESSION NRI AP3001230
in th'aliterature. The spocific resistivity and thermal emf of
compacted samplps
at room tomperatur were found to be p - 1.5*105 ohm-cm and - -40 to
-50 Uv/deg
fo!- LaTe, p - 4-10 obm-cm andi - -20 to .30 pv/dog for La To,, and
for '
P ,, 2.4'10,1 ohm0cm and a sit +15 to +20 )IvIdag for LaTeRs Ne
prosence of a
nallative temperature coefficient of resistiv..ty wAs esta5lished in
all cases
studied, and all compounds--with the exception of LaTC2-1-rere of
n-type conducti-
vity. Orig. art. hast I table.
AStOCIATION t none
SUBMIWEDt 21Jan63 DATR ACQt 0IJuI63 ENCLt 00
-StM CODE i CH NO REP SOV: 000 OMERi 003~
Card 2/2

L 10527-62i EXT-),~fAPN) OOW-51 M KM RD41/4D!JG
ACCEZICK i &KO291&j 6/0378/GVW9/00k/*16/OSW
AUM(M I y8o A. A I Yarmbash, Yes- to Kuznot4ov- Yv 011
VIA-%kT"J"A4.
-RechOMWO-M AsS Azkt*iov%,_k3 13
TMAo tAnthmum teUurld#o
80=1 Z)':a%*ormIcboo-kc1v M-1-1i, V. 9, no. 4, IA. 876-882
TOMC TAM lsathm= telluride, crystal structuro, laothAwum
Gosqutollurlas, lauthanum Utelluride, lanthmium
trite"urlae, conductivity,
electric resistance twPorkture coefficient, specific
electric resistance,
thermal olectroactlyt foroo
ALSTRAM A #ories of allove of tbA t&-% system,
locat4inIng 50-60 at.$ To vas
laycatigated at temperatures below the Uq%ddua line. Ttxe
following telluride
rhmes vere fouMt W*# Ugh3(ta 44), 07 (IAIToI2), 1002, 6"
IAT'03-
The$* compounds con be synthesUed 9 a thorma.1 reaction
of L& vith'
To In W, 2t2 and W moUr ratiose The eeaqtdtaUuri 6~TA~rcO
",tdl-;
n - 6.53 "0
lizes in the Th3P4 lattice, pumotor a a 9.6000 + 0.000
am/ . :
ne strwturokaf LA*t%T(&"jg) md Lofta av AdW4 The
ditsuuriao LN2
C-d IA

L 10527-65
ACC=ICtI MR I AVIM9187
CMI Su- too in a tetrage"I lAttift, a 4.547 + 0.003
sx, a - 9-W + 0.006
WC, 44 - 6.00 fp/w% Its single crystals are hirly
*table in air b7.t disin.
tcrmte ca proloneed utorage. The Sold-almmai colond
tritallurLda UCe)
diSSOCA CO, bvst" in vacum to rom the aitellurida
arA free tallurims
"..'e '.1 W I
3 "-e2+X(l-X)TG* AU the t8llurI609 GxcQP% IAW2 GhOv
P-tM Oon-
ductlyityj the tamparature coefficient of their
electric raelatanoa is negatlvv.
The values of the spatific electric resistance and
the tberimal elactrcmative
fowte of the lanthanum tellurides wA their aspanUnce
an compacitiom vote do-
torminodo "SumeoptibilitY neamurments vere coadu ted
IW V. 1. plil Orlso
art. boat 5 tables and ) t1gures.
A5SOMMalt Institut obsh*bAW I neorganicheakay w4-11
In. X.5. Dwaskove
Akmacmil nauk am (Institute at Oeneral ad Enln!e
Cbmwistrt, Aomdaw of
sum r T I WAV40 MM 02 BUD 0=1 IC
X0 M sort *A
2A

L 1050-65
ACCF.SSION-NR* AP4029187
I
PP14-A-A4144i
v 4' V
Card 314
Et4CLMURE: 01
41 41 v
its q,
X-ray diagrams of phase@ in
41 1 41 41
the La-Te system:
&--LaTe. b--La2TG3; a--L*41%7
d--LaT*2, *--IAT*3
401 44 4$ 41 41 41
ds, ~_U%41

18.F &A N R: A P 4 0 2 918 7
~oe
ENCLOSURE:02
ftg. 3
ne
~W- -
Difterential thermal analysis curvve
i , -
&--L&iT* - 1:1; b--L&iTs - 2:3; a--L&:To -
It2i d--Le.To - 2:3
I d~"' 94 ~?
Card 4/4

XELL;T",'rZV A.A.; V.(;.;
A
~'TOYAIJTSEV Z.P.
A-ray diffraction examimtion of lanthanum tplliwiw_~,. AN
Ncorg.mat. I no.7slO-27-1038 JI 165.
Instltu6 obehchey i ntiorganicheskuy khInD Ivini
AN SSSR,

A.A.-, MIFYRASH, Ye.l.- V"GllXVA, Ya.~i.; ' '
I _- - "N' ~!!. -,
ZA-971AAYA, A.Ve
Po',ymorphinm of lanthanum. Zhur. neorg. kYtm. 9 no.5-
10%2-103? My 164. (MIRA 11719)
1. 'tut obahchey i neorfanicheakoy khlmli Imeni II.S.
i Inst., . .1 A
Kurnskova AN SSSH.

'AA*,C N41A Si~JRCk--CODgt-'UObi6.3/63/001/007/1027/1038
Armits Yellseyev, At A.1 Yarembash, Yeo lot Manetsov#
V*_Ge;,Antorwrfa, Lo Is;
Ac ado
ORGs Institute of Gvneral and Inoreanic Chemistry le, N. S,
hirnako
Scianc Akadwsll nauk SSS
Tniffi.
I
TMAs X ray phase analysis of _1kthanum tellurides
SCURCEs AN SSSR, Isvestlyao~ Neorganichesklys materialyp ve ip
noe 7# 1965g
1027-1038
TOPIC TAGSt rare'sarth alsmn~,'Iathanum compound. tellurides
phase diagrams
crystal chemistryg Gristal lattice parameter
ABSTRACTs Crystallophomical properties of lanthanum tellurides
have boon studied
by x-ray phase analysis and difterentlat thermal analysis of tho
polyerystallint
samples vhIch vers synthe Wed by a technique provioual]r
described by the authors
ntorgan khimil,-9j, 6;60(1964j7o The complete phase diagram of
the IA-Te
System vas established for the first time on the basis of the nev
data. Homo-
gtnelty limits of the six Identified phases were detei"Ined o of
the six phases#
IA2T*5, van detected for the first time* 7h* phase
previoujAridentifled an La41*7
E
van twAW to be L*Tol,7+Xo Crystallographic characteristic f all
phases were
given* Adve exidtance, oF the M%U IQ Tv 3 ph" vhore-M Is a rare
earth
element f me c4 to See Van pro Sloptt~"the grounds
o7c"rystallochemical analogy
cord 1/2 WCs 546*6549241048.19

between the rare-earth tellurides of other types. *rig,, art,
b"S 8 tables and
5 91SUMBS
$us cm, 07 / Svm RA'Sts MW / (MIG RWI 006 1 On Uri Oil
I
I I
.I cWd ,

ACCESSICM NRI 8/0078/64/009/005/1032/10337
AP4()369Q
AUMOR: Yelioeyev, As A.j Yarimbash.. Ye, 1e; VigUoYap Yes Sej
Antonoves 1,0 Is;
Zachatskmqaj As V,
TIT12i The polymorphism of lanthanum
SOURCE: Murnal, wwrganicheakoy 1-hlmii,, Y. 9o no- 5; *&,,
3.032-1037
TOPIC TAGB: lanthinumi polymorphiem structureo x ray w%alysis,
microntructurep
differential thomil, analyoio, alpha lwthon=,, beta lAnthamm,
lattice contmc-
tionj, thermogram,, isnantiotropic transformation,,
mo1tinj.tetqmmture,, gamn lantha-
num, coefficient or expansion
ABSMCT: The stracture of Imthanum was investigated in) nanplee
(containing 0,7
and 0.2% i=puritiea) by x-ray,, microstructural and
differential-thermal. analysece I
Under ordinax7 conUtions lanthanum consists of the alpha- mA
beta-modifimtions
vith the alpha-fom P "'ninating. Lattice parameters of these
modifications a":
a(- 1A & a 3-7551 0.0052 a a 12
0..
A. IA a a 5.291 0.0051
Miferentia tbermal analysie curves of 1A (and of La vith quartz to
dster24n t-ble
'Card

[ACCLSSIM NR-. AP4036962
effects of impurities) were constructed (fig. 1.). The
transition from alpha to
beta lantbanum occurs at about 2600 (with the top limit at
4WC; above that only
traces of alpha are retained)l the transition from beta to
Boma is at 8W~ and
melting is at 90001, The endo- and wwthermic effects at 400$
560 and 745C were
not explained. The nncmal us contracti= s%t 325C in
associated vith a sharp
decrease in the beta-lattice spacing* An insignificant
decrease In the parameter
Pr the Uph-lanthitnum ]AttiCe along the c We vas observed at
200-330c," The
coefficient of ]Jule& a
.1 expan ion of beta-lanthanum at 300-33M Is approximtely
-400 x 10'0 dagretis . At temperatures above 5W Lines appear
on the IA x-ray
uhich do not correspond to either of the known modifications
or their oxides.
The number of tbasia lines increases with Increase in
temperature. This is in
accord with the Preeence of the "914din " effect at 550-710C
on the Ia thermogrmo
After coolingp t1xi molten metal recovers its original
structure. At 85M beta.
lautbauum is enontiotropically transformed to g--lantbanum.
Orig. &rte hast
4 figures and 4 Ublase
ASSOM=CV: Institut obahchey i neorganIchaskoy WWI Im. N. Be
KUM06TSO
Akademil. nauk &M1 (Institute of Oewr&l sxA Inorganic
Chamistry/AcadwW of
Card_ 2/4.

ACMUICH n.- AP40300
i SMM=l OTJun63
SUB OWE: Icoop..
DATE Aoqt 05jun6k ENCL: 01
NO MW SOVi 002 Omml 017
Card

CNCLOSVREt 01
Fii. lo DTA (boatlAg) curvest lie M ot,
It- lantbmn; b-clvture of - ~xr
-Untbanum v:Lth (3*5 Ifto$)
iluartz; a --quartz ............. .
7.1
time, minutes
Cawd4/4

KI

Am Fr tl v "r-1 Tr, J
SZ11CF, COLE iuR/o363/66/oo2Joo6/oq84/09d:
MMLHOM rarembashp Yes L1 Teliseyevo A. A.Lxalitinv ve Isi
Antonovut L, Is
CRGs Institute 6f (kineral &M Inorganic Chemistry im. N. S.
Kurnakov, Aoadoq-of
Sciances, 53SA-Unititit obahohey I noorganlChOokoy khimli
Akademil nauk 333R)
AITLEI _;~r&y__diffr&vtion*v%ap& f praseo(kymium selanidee
Y
MR01 AN SS3Rs Itmestiyao Corganicheakiye matorialy# vs 2; no, 6.
1966p 984-990
TOM TAGS I prasoodyvium compoundp selenide ~ Y. ral '~'% ~ %Uy
JJDS1',"MCT1 The object. of the work was to study the phase
composition, crystal struo-
tu", and region* of homogeneity of the products obtained from a
direct reaction b:-
turoon prasoodynium arA selenium. X-ray diffrAction ana-lysis of
the praseodymium a le-i
I r1dea obtained showed the oxistonco of tho following individual
phasoal Pr3ep Pr5506P
Pr~,,S64P NSG71., PrSul x and P"iSO7+ - Tho phAsog Pr5S06
Pr4Sa7~,,_Smd Pr3S#7;!X
In 9 Pr_Se system were 13;nt d for do f Irst timo. PrSo 6 at. 'e)
has a
fACO-contorod cubic NaCl-typa lattice, a it .14941 A. Pr, (9#.5
at, % So) crystal-
S06
lixos in a low-symetricalp probably monoclinle systo, Pr 3_xS%
(where 0 = x = 0.33)1-
q' a body ";Uc
h
a -centered cubic lattice with a Th3Pi-typo st turo; Its region
of homogeno-
ity extends fron. 57.2 to 60.0 at. ~ 39; a = 8.881 1 for Pr 804
and a = 8.895 1 for
Fr2581, X-ray structural analyses of Pr4307 and Pr3o, 9 Xgle
crystals were carried
out f6r the first timay and their unit coll parametorv*and space
groups were dater-
Card 1/2 UDCt 546.6561231 s339,261

~XC NRi VY;O2B295
Mad. The (%Sb)-typa structure is possible for Pr3-3 Pr4so ~ (0 - X
- 0.2)
bas a totrAgonal. lattice and a = 8.44 1 0.05 Av o = 8.44,100-05
1.0061 Z = 2;,
space groap P4 / mbm; the structure is apparently close to that of
PrSe The
region of 6mogenelty extends from 63.0 to 64 2 At. % So PrSo
Oifiizos in
the tetragonal system with a = 4,17 t 0.005 A: a a 8.40 1
0.005'A?-9/,&2rY- 2.014; Z = 2;!
space group P4 / n=; region of homoeonoity from 65.5 to 64.3 at. 0
So I Pr So
(0 a X 0 0-5) has a tstragonRl lattice with an unknown structure;
region oPhX~eno-
ity from 69*2 to 71.5 at. % So. Praseodymium triselonide PrS" was
not observed.
i Authors thank Dr, of Chemical Soleness Prof. 11, P. luzhnLya Ana
Dr. of Chomdeal Sci-
ences V. 0. Kutnotsov for their steady intoreat and assistance,,
Drig. art. hass I
figture--an-TYU =e#.
SUBCODBI 07/ SU341=1 22Nov65/ OMRM 013/ OMW# 00

XV/W-59-3-13/15
A V T HOR3 t Olizi I vv, A 9 Fe , in ki Ant ,now*,
T IT L"~ t Urtunium Ro:sf~ur,;en of tl~e Carit~-.Ilot
Countrier-
I I) )9p , I -P (tl.;,;R)
F,:.'R1kVNA1 Auzvedl-uk i 1w6v , !. 1.! 1, A"
A BSTAC-~': j;Jiver, -,ia ~'o uran'lui.: roniurceo in the
U.S.A.,
car,
Indlzl, "vinoe, Great. :13ritain, Sveden,
f c r t,,1 rzL'! , ii. There io I table.
3w.-i Nlr-t. Cerwaw., and Bva7
A3:10CIATICN- VC-F
CaA 1/1

TKACIILVAp R.E.; OROHOWEVA) V.I.j UUDMKAYA,, H.V.1
MARKOVA, YeGIO;
GRIGOPIYEV, F.P.; POPOVA, &.I.; ROZIN, H.S.; OPALEVp
A.F4
Prinivall. uchantiyei AIqQEM,-L.N-;-XALAYEV, A.A.;
XIRILLOVAF L.D.; SOK6WV-SKAYAp YeAn., red.Ir-d-vai
IffKBOM, N.A.t
r*d.j.GtMO%1A, O*A.p tekhn. red.
(Concise handbook on the mineral resources of
capitalist
countries; Asia) Kratkii spravochnik po, t4nerallnym
resursam
kapifitliatichookikh stran; Wis. Pod red.
N.A.Bykhovera,
U.V.Dubovskoi i A.F&alova. Hovkvaj
Gos.n&uchna--tekhn.izd-vo
lit-z-.r po, gvol. i okhrana, nodrv 1961. 124 P. (MIRA
15t2)
(Acia-Mines mid mineral resources)

TKACREVAS H.E.; OOORODNEVA, V.I.;
DUBOVSKAYA,M.V.;YMKGVA,Ys.I.;GRIGOit'Yhl,N.F.,
POFOVA~ A.I.1 ROZIN, M.S.; OFAIZV, A.F.; frinimall
uchastiyei
ANTOUOVA L N.1 FIALAYEV, A.A.) BYHOM, N,A,,, red..j
MAYMEV,
A
YH~F, ~r;tq%z-vaj GUROVA, O.A., tekhn. red.
(Conciee Windbook on mineral resources in capitalist
countries;
America] Kratkii spravochnik po minerallrom reaursax
kapitalisti-
cheskikh stran; Amerika. Pod red. N.A.Dykhoverap
H.V.Dubovskoi i
A.F.Opaleva. Moskva# Goagooltakhisdatp 1961. 154 p jMIRA
.15t6)
1. Russia (1923- U.S.S.Re) VsesoyuzM7 geologicheskly fond.
(An*rica-Mines and mineral resources)

TKACHSVAt R.E.; OGORDDNEVA9 V.I.j DUBOVSKAYA, N.V.;
KARKOVA, Ye.I.1
GRIGORIYEV, N.P.; POPOVI, A.I.; ROZIN, H.S.; OPALEV, A.F.;
Prinimall uchastiyes _Aff1D_NQYA,._LJ.; MAIArEV, A.A.;
BTKHOVE3t N.A., red.1 NEXHODTSEV, N.A.t r*d.; PANOVA, A.I.,
red.izd-va; IVANOVA, A.G., takhn. red.
(Brief nanual on the mineral resources of capitalist
countries;
Africa, Australia and Oceania]Kratkil sprevoohnik po
*neral'..
nym resuream kepitalistichoakikh stranj
Afrika','LAystrallis. i
Okranlia. Moskva, Goagooltakhisdat, 1%2. 197 p. (MIRA 160)
1. Russia (1923- U.S.S.R.)Vsesoyusnyy goologichleskiy fond.
(Africa-Mines and mineral resources)
(Australia-Mines and mineral resources)
(Oceania-Minea and mineral resources)

SHISHLYAKOV, A.V., kand.tekhnonuk; EOGAN, D.A.; ANTCHOVA,
L.N.
Single-track automatic block system withov,t main track
signal
lights and with unlimited pulse track circuits. Avtom.p
telem.
i eviaz' 9 no.500-24 My 165. (MIRA 1815)
1, Vedushchly konotruktorskogo byuro Glavnngo upravlonlya
signalizatsil, i avyazi Ministerstva putey soobvhchenlya
(for
Kogan). 2. Starshly inzh. konstruktorskogo uyuro Ginvnogo
upravleniya signalizataii i svyazi Ministeratva putcy
soobah-
cheniya (for Antonova).

ul r v it n
IM r
rur~ - r

CHERNOVA, F-N.~ A;iTLN4;VA- it-4.. V.Ya.;
PANO;, A.A. . r(~ % ,
(syptemati-, n.', a--ol aorial publlca-
tions on todi%~Ivv,, 310iiintlcht,-Wi ktilallor. oteche-
III i-zt-, Itpo
,%tvemiyk)- d n .
reditsly.e, 17K. Lorwwrsi, 491,~ p,
(MIf,'A IK12)
1. Akaderlyn vw-lh 3;~,*Ii. .1111,, "Fly ol,.ij MY otif"mr,

RUIYTSOVA, L.K.; ANIONOVA Lj6j DOYACIIENKO, G.M.;
GUCHITA, N.M.;
SYSOYF.W-,-t-. '~Mfak%'A, I.I.; PLOTKINA, N.S.
Experience In the clinical uae of novoblocin.
Antibiotiki
10 no.103930-934 0 165. (MIRA 1802)
1. Vaesoyuznyy nau-hno-i3sledovatellskiy Inatitut
antibiotikov;
Klinika infektsionnykh zabolovaniy 11 MoBkovokogo
meditsinskogo
instituta I Institut klinicheakoy I
eksperimentallnoy khirurgii.
Submitted Jan. 14, 1965.

U - "*..,. 10"W', A,. 1.; -1 ~ .';. ~--. ;,. V.; . ~
*,- ~ 4 % ~ - I L;
I ,,)ri--LWirg tho t.-F.nst~ort-abillty of' to:intv,. .
Trudy V?%'Tlxci'
no.UtIO2-11., (1111M 170)

A11TONUVA L.T.j KUMYAM,~AH, b.A.j ~LLINIKOVAI M.I.
- 1~ Itbaku) 0
State of the health of workere engaCed in the
production of
caprolactam from benzens. Gig. truda i pror. zab. 6
no-5tl4-17
Yq'620 (HIM 16:6)
1. TSentraltnyy institut usovershenetvov%niya
vrachey.
(LUSTRIAL MIME) (CYCLOIWWO;-T(XICOLOGY)

ANTONOTA, L.T., kandidat meditsinoklkh nauk
Punctional diagnosis and determination of working
capacity In
chronic subfebrIle temperatures. 111n. mod. 32
no.8t59-63 Ag 0-54.
(MLU 7M)
1, Is Tgentrallnogo institute, usovershenstrovanlya
vracher,
(FIV I
subfebrile chronic states, diag. & detere. of working
capacity)
(VMl.
working oapacity, deters. In chronic subfebrile cond.)

AMTONOVA, L.T., k*nd.a#d.naukj TOWDINA, V.A.,
IrAnd.med.nstuk
CapillarOsdopte d*ta In various at&&** of hypertension in
adolescents
Lwith summary In Angliebl. Pedixtrila 16 no.3:21-25 Mr
158.
(MIRA 11-3)
1. Is podroatkovogo otdal#niya (any. A.V.Xhod%hR*h)
Instituta
giglyany truda I profunbolevanly AMM SSSR
(dir.-deystvitelOnyy chlen
ANN SGOR prof, AsA#Lotayet)
(KTMINSION) (CAPILLARISS)

ANTONOVAj_P,T&*..kand*medenauk
A case of hypertension in a juvenile with congenital unilateral
hydron hrosis with calculosto rnd infectionn twith eummAry in
lingliZ. Pediatrita 36 no-9352-53 D'58 (MIRA 11111)
I* Otdol raboahego podrostim Instituta gigiyear truda i
professionall
nyth sabolovaniy ANN SSSR (dire - dayetvitel'My chlen ANN SSSR
rof. A.A. Let vote save klinikoy - prof. A*L* Morozov, sev,
otdoleniyes
e 1kodshash ,
M
(HYPIMNSION, case reports
congen., with unilateral hydronephrosis, calculosis
(HYMONSMOSIS. ones reports
unilateral, with oalculosis & infect. in cong-en.
hypertension (Rus
(MMIYB, oaloult
with Infoot, & 'unilateral hydronaphrosic in congene
hypertension (Rue))

AW0110VA, L.T.1 MARTYNOVA, A.P.j MILINIKOVA, M.N.
(Hol3kva)
State of health of workers in oapron fiber plants.
Gig. truda
i Prof. zab. 4 no.1.2%39-a D 160. (HM 150)
It TSentrallnyy inatitut voovershenstuvaniya
vrachoy,, Institut
gigiyeny truda i profoosionalinykh zabolemAy AHN SWR.
(HYIM-HYGrSNIC ASPEC7S)

ANTOROUI Lo To----
htbogessall of ftfetimal wavv"o Phowasnon of the "Vulia
wamur In the abdeminal aorU In hypertensicto Tompearkbe 32
no*ls7O-76 Ja 160# (MMA 13,10)
MPMMXBICIP diag,)
IHIM SOUNDO)

kabd,midnauk
Otate of the fu:Aup oculi in bypertemlon In adolesoentr
wA youths, Pbdiatriia 38 no*86741 Ag 160, (KMA 13,12)
I, Is Instituta gigiywq truda i profsabolmniy ANN SM
(dir. - dloystvitelOr" oblen ANN SSSR prof* A.A. Letayet),
(RIM (Zn)

ANTONOVA, L.T*k_kand.mod..-muk
HypertenBion in youth. Zdorovle 7 no.11:23-24 11 f61. (MLA
14:11)
(HYPERTFISION)

AnOX'VA, L.T. , kand.med.nauk
Hypertension In adolesoenta and youth, its prevention
and treatment.
Hod. sestra 20 no.30-7 Hr 161. (MlU 14:5)
1. Is Wedry profoosionallnykh boleney TSentrallnogo
inBtltuta
usovershenstyovaniya vraohey, Moskva.
(HYPERTENSION)
I

-AI;TCNOVA, L,Ts (Moskvap D-252, 7-ya Peschanaya ul.,
d.3, kv.72);
MELEXHOV, V.V.
Rare complication folloving vureer7 for atreala of
the aortic
Isthmus; fatal hemorrhage as a re..ul ~ of the
perforation of a
autpurating para-aortic hematoma, into the esophrigms
cunsed by
septleopyomia. Grudn. khIr. 4 no*5:107-109 8-01(2
NIRA 170)
1. Is kafedry profossionallnykli bolezney (tav. -
prof. A.M.
Rashevskaya) TSentrallnogo instituta
uvovorshenstyovaxilya
vrachey na, haze Instituta gigiyeny truda i
professionallnykh
zabolovardy AMN SSSR I iz khirurgichoskogo
otdoletilya Instituta,
ek porizontallnoy biologii I meclitainy (dir. - prof.
Ye.N.
Me:halkin) Sibirskogo otdolardya AN SSSR.

ANIMNOVA, L. 14. . k". med. nauk; MYLEKHOV, V.V.
Difforential diagnosis of symptomatic hyperi,enAion In
3omn organic
diseases or the cardiovascular system in adolescentm
and young
patients, Soy, med. 27 no.1325-32 Ja 164. (Y.IHA l71l'91
1, Klinicheskeys Weleniye Institute, giglyony cotey I
podroatkov
AM SSSR i klinicheakly Wel Inatituts. skeparimentallnoy
blologll
i. meditsiny Sibirskogo ofdeleniya AN SSSR.

WIONOVA, L.T., kand.med.nauk
EtioloI7 and pathogoncris of juvenile hypurtenvion.
Sov.med. 28 no.]-1136-40 N 165-
0 IRA 1811;-.-)
1. Inatitut giglyeny detcy i podrortkov MIT SISIM,
114or~va.

TREGER, Yu,,A,l FLID, R.M.; ANTONOVA, L.V.;
SPEKTOR, S.S.
Ccoplex lormation Of allyl chloride and allyl
alcohol with
monovalen~ copper oalth. Zhur.fis.khin. 39
no.ll128)1-2835
N 165o (MIRA 3.80.2)

*'. 1..
Of I )
',Yop~rJ,1:5 c~ "'*,o "10, ,! Ir DY61e'lt,~A*V- ' Jt~i'e I'A
Inat,
. Y)5'
Ro. w
CD!o3ortation rcz- of rnnrillato ol' !'cd1ral
i': LiLria-Y'a ',:(). 3,, 6 'Al., 5~
I

r I -or-ITW-f
,~ Jzx 0 _-V i I - H -WUUlA,%"rA R, 11 , m-l"PUDIAp T.
Ya.,TSAlWGlRkWMTA)
14. A. wid M POPOV~ V. I.
"About infectious nature of atrophical hog rhinitic."
Veterinarlyn, Vol. 37, No. 4, 1960) p. 38
L ~E Fs
UAL AIC. t(AU44i C11)

-"---d-ANTO-NOMA---.-K-E.
MURALISM, * an _ a3ididates of Veterinary Sciences, Scientific-
IndustrIal Laboratory for the Control of R.seases of the Offupring
of Agricultural
Anim&ls, Hiniatry of Production and Procurement of Agricultural
Products RSFSR).
"Problem of effectiveness of anti-paateurel-locis vaccines from
strains AV
and K"
Veterineriya,, vol. 39, no. 9, September 1962, p. 4T

o a of 10, a w a so If a if v a 0
P 0 0 a A
004 -00
00 Al
00 A
so
00 I.m. Parts" Rouraft tbe slaxt vw-
*6 * goeop Reattlevi, IM C 4 (V I
ef'oetarov wW W P A41amts Magettil well
of the Atledeffly Of SCICOCts Of U -' S N
00 if~ IVerfk-A Of TOV1111147411 304`11171P0'. no 19:
104111&3,61-1111111 1111RUIP1411% so
00 4, go varlot" w*mxu On 11""
oxide u"d as a efilblyll lot the toodur.
tion nftgD. In Was tyrnacT "Pm-
to" I im son teoids to Woorien coo
IIle life of the furnace linint due to Goo
00 3 Injo.101II&I d"Waillon of carbon it% the
rofftoctorift, Dulphaift and mulphid"
are 9 poojwm hich can Mahl 0
00 the =k of ~evtry effectively
ref MOO
goo
f! too
goo
goo
jj j _j -.W -a
It a a Is a Poo u
100 0 010 * 0 a 0 0 0o0 0 0 0
*10 0 0 0 Oil 9 0 0 0 0 0 41 0 9 004
0 a * 0 0 0 0 *If o o 6 0 0 0 0 0 0 * 0 o o is
0*0 , ! 0. A

USSWCatalysis Apr VO
RatArdation a,)paratus
*On the Retardation of the BeIA Reaction 2CO"CtCO2)" G' 10 Chufarovp
h. F. Antonova,
10 m,
"Izv Ak Nauk Takh Nauk" K) h
I,arre t4ble listi'mc! the various oatalysts with their coefficients
of retardation
( Ik' in the equation% p+ kp = 0)* Twelve praphs showitv- the
dape-KIence !)ctween temperAture)
time) percentAl-e conp,,,sitionj catalyst used) Ac.
PA 97)7

T I I I
SUBJECT USSR Plasics CARD 1 10 2 PA - 1981
AUTHOR TUIBAMI.S., USIKiP.A., V;TONOVA,M.G.
TITLE On the Problem of the Pro&_u_c_t_i_on__o_T_7Fo_ns by HiCh
Energy Par-
tioles of Cosmic Radiation.
PERIODICAL Dokl.Akad.Nauk 111,fasc.2, 341-344 (1956)
Issued: 1 / 19-57
The slight dependence of the number of thin traces in showers with
a m a
aperture angle on the nuclear charge number of the nuclear target
does not
suffice for the solution of the problem as to the correctness of
any theory.
The authors investigated showers with close and also with wide
aperture angles
of shower particles. These showers were produced on the occasion of
the inter-
aotion between high-energy cosruio particles and the atomic nuclei
of the
photoemulsions (exposed in the stratosphere). The authors are of
the opinion
that most of the observed showers cannot possibly be explained by
the mechanism
of the multiple production of pions by a single collision between
the impinging
nucleon and one of the nucleons of the target nucleus. Also the
hypothesis of
the production of mesons by a collision between a particle and a
whole "tube"
of nucleons cannot serve as an explanation for the observed
parameters of the
showers.
The showers investigated were selected from among about 40-000
stars in photo-
plates. The energy of the primary particle is determined in
accordance with
the formula go w 2Mo 2/tg2v1/2' The value found in this manner is,
of course,

a
06
004
so a
*OW
I I L -A- - - ; 11 1 .1 t
& A -1-1-F I III I I M a
09-W101 . .- - .
f Aa. fol 1.1-A.
I
a IWIlb" labdg 9"dtS'*a94 "N"hog4st'
Actor
1w.
it. 24 NOW"01. ~v P--
bre"I Imt * %1 1. ".
ism ~tv
6WWI expa wo
win.
wo* "bat"
116"N't
by M,
M.-a" big C., car--
---too.
elm di"
Not
as*
see
see
09*
4691
We

RATKHLINj Y.I., kand.tokhnonauk; ANTONOVA, R.I., insh.
1*-
Continuous method of boiling-off and scouring suiting
material,
Tekstoprom. 17 no.lOt43-45 0 157. (XIRA M12)
1juntsevskaya fabrika.
(Woolen wA worsted manufacture)
(Textile finishing)

UNTRATOV, M.F.1 HollACIIEVSKIY, A.G.) ANTONOVAp M.I.
Thermodynemic proportion of liquid alloys of the Na - Zn
system.
Zhur.prikl.khim. 36 no.6tl27&1283 JO 163. (MIRA 160)
( Una-aodium alloys-Thermodynamic properties)

I I
~ I I - I I ~ .1 . - :
- ., . .-, , I " " , , , .1 1 f I . : .
I - .
, - ... , .1 ~ , , t 9" ,
I I , 1.
I - .. I - I 1 .1 11 1, r , 1. . . I I

I - ,I " -
I / .

,ANTONOV,A.)__M.M,j PANTYUKHIN, V.P,
ApplLance for warming the air inspired by
laryngect=i7ed patients.
Vope onk, 6 no, IW02-103 N 160. WIRA WI)
(UMM-SURGMY)

2751b
3/080/60/033/006/032/041/XX
D213/D302
AUTHORSt Antonovat N.V.# and Sameonov, G.V.
Aiwihesis of-vanadium hydride
TITLEs
PERIODICALt Zhurnal prikladnoy khimii, v. 33t no. 6# 1960t
1407 - 1408
TEM The authors studied the method of preparing vanadium hydride
by beating powdered vanadium metal in a hydrogen atmosphere. The
method of preparation is then deseribed. The results show that the
most favorable conditions are at 80000 at a 2 hour reaction time.
The maxixum adsorption at each temperature occurs at this interval,
but over 9000C the I&dride begins to decompose to H2. The extent
of absorption under optimum conditions is 1.76 % which corresponds
to the composition VH, i.e. a monohydride. X-ray analysis shows
tetragonal lattices with periods a qft 2,990 and c z 3.395 U which
is in good agreement with data by U. Rostokert who for the hydride
gave VH 0*94' a - 3.013t c - 3*352 kX (Ref. 9t Metallurgiya vanadi-
Card 1/2 A

27516
3/080160/033/006/032/04./XX
Synthesis of vanadium hydride D213/D302
ya, ILM. 1959) The phase VH starts to form in a solid solution
containing 0.4i %9 but X-ray analysis of the crystal lattice
doee
not show the presence of VH until the stoichiometric amount
of 112
has been absorbed. Otherwite, a solid solution is formed
contain-
ing hydrogen in vanadium and vanadium hydride. Calculation
from
available information put the activat%pn energy of the
hydrogena-
tion of vanadium at 1430 cal/mole which is significantly lower
then the corresponding value for NbH. This difference is
attribu-
ted to the different electron acceptor properties of the
vacant d
orbitals in the vanadium and niobium atoms respectively which
are
more accentuated if# the vanadium. This ftcounts for the
greater
ease of formation of VH than NbH. The method described can be
used on an industrial scale as well as in la*eratoriee. There
are
I figure and 10 referencest 4 Soviet-bloc and 6
non-6oviet-bloc.
The reference to the English-language publication reads as
follove:
D. Smith, Hydrogen in Metals, Univ. of Chicago Press,
Chicago, II,
1948.
SUBMITTEDt November 23, 1959
Card 2/2

220a),
0%1113100 B106/B201
AUTHORSt Samsonov, Go Ve and Antonoval M. M.
TITLE* Metastable hydride phase in the niobium - hydrogen oyaten
PERIODICALs Zhurnal fizicheekoy khimlip v, 35# no* 4v 19611 900
- 904
TEXTs A study has been made of the kinetic rules governing the
hydrogeratim
of niobium, powder. The phases arising in this connection were
subjected to
both chemical and X-ray analysis, The niobium powder cont%ined
99.8% Nb
(the rest, tantalum). The apparatus employed for hydrogenation
Is schema.
tioally shown in Fig4 It The chemical analysis of the reaction
products
vas made in analogy to the analysis of titanium- and zirconium
hydrides, as
described in Ref, 5 (3b, "Metody snaliza oenoynykh materialov,
primsnyaye-
mykh v elektrovakuumnoy promyshlennonti"t oh. 11 1959, stro 05),
Tho in-
vestigation revealed that the maxleuv absorption of hydrogen by
the rio-
bium povder is attained in a time which is the ahorter, the
higher th"
temperature. The strongest absorption of hydrogen (- 60 atom%) In
attained at & hydrogenation temperature of 6000C after 2-4
hours. The
course of absorption loothermal lines at 600 and 7000C to
Indicative 6f
3/076/61/035/004/0121/018
Card 1/6

~ )()I-
t
1 4
3/076/61/055/004/01,Y018
Metautable hydride phase in see D106/B201
aturation of the powder with hydrogen* X-ray analyses have
shown that
-hydride of niobium is formed in this connections At 08000C,
the hydro-
:en content begins to decrease after two houral at 900 C it
takes only
90 minutes for this decrease to begin. These results contradict
data by
Go Brauer (Ref, 31 Zo anorgant Chem*, 247P 11t 19531 Ref. 0
Angew.
Chemist 70t 53t 1958)o who has indicated NbH 1.0 as the upper
limit of the
homogeneity of the A -phaae#.while the authors have e9t&blished
the compo-
ition NbH 1,34 as the upper limit. With an increase of the
hydrogen con-,
:ent of the a -phaseo the lattice parameter a changes from
5.434 k1 units
In the composition NbH 049 (in agreement with data by Brauers
&.5.44 k1
units) to 3*405 kX units in tho composition NbH 1.34* This
phase in m&ni-
festly metastablet as it passes over to a phase renembling the
NMI 1.0
phase, in case of an anomalously high hydrogen content with
hydrogenation
taking more time, or with a temperature rise and increasing
lattice para-
meters# It represents the lattice of niobiumo in which not all
the ele-
mentsry cells contain the name number of hydrogen atoms. Tho
remaining
Card 2/6

3107 61/035/004/012/018
Metastable hydride phase in B106ylml
hydrogen atoms occupy Irregular positional so that hydride NbH
1.34 repre-
sents no well-ordered phase, It line boon entablialied by X-ray
analysio
that the anomalously high hydrogen content of the NbR 1.34
pf'"ne 's not 'iue
to the formation of NbH 2 dihydride. Temperature rise und longer
time of
hydrogenation cause the lattice to be rearranged, the poHitionn
of hydro-
gen atoms to be ordered, and, at the same time, the lattice
parameter to
rise to 3,42 kX units. The pseudocubic, rhombically distorted
lattice of
NbE 1.0 is formed, in which all blementary cells contain the
game humber
of hydrogen atoms. Excess hydrogen is given off. To bring about
this
stable A -phase of NbH, the hydrogenation of the niobium powder
Is there-
fore suitably pprformed for 4-6 hours at 700-BOOOC or for 14
hours at
9000C. The authore finally determined the pLctivatlor energy of
nonohydride
formation by diffusion. It was found to amount to 5400 cal/mol.
The
table compares this value with the activation energies of the
formation
of silicidpa, borides, carbides, and nitrides of n1obium by
diffusion.
The low value in the cuse of hydride proves the readiness by
which the
0 orbital of niobium can be occupied by the hydrogen electrono
undor
Card 3/6

"?()(14
B/076/61/035/004/612/016
Metastable hydride phase in ope B106/B201
formation of hybrid states. The anoc4ilously high value of the
total work
function of-the first eleotron of diffusing hydrogen is due to
the absence
of an interaction between hydrogen stoma in the hydride6j thin
inter-
action causes the binding of electrops with the metal to to
weakened.
14oreoverl' the. very sloall atomlo radjpti of hydrogen
facilitatf.a its djf-
fusion into the-metal lattice. There are 5 figures, I table,and
7 re-
ferenCept 4,Soviet-bloc and 3 non-Soviet-blbc. The reforence to
the
English langulage publicntion reads as followoo W. Albrecht, M.
MnIlet,
V* Goods, J. Electrocheme Socep 109, no. 4, 195o.
ASSOCIATIONt Inatitut metallokoramiki i opezoialinykh
splavo~'-All USSR
(Institute of Powder Metallurgy and Spvcial Alloys of
the AS UkrSSR)
SUBMITTEDe July 27, 1959
Card 4/6

3/076j61/035/004/012/018
Metastable hydride phase in eat B106/B201
Fig. 4-
Legend to Fig* It (1) quartz boatj (2) two connected quartz
tubsep through
which hydrogen can be conveyed simultaneously. The hydrogen
first pervades
the inside tube# then the outside one, and is ultimately burned
at outlet
port(~j (4) eleotrio furnaoel (5) thermocouplel temperature
regulated by
an electronic potentiometer of the type 31YA-52 (EPD-52)1 (6)
copper chips
for purifying hydrogen from oxygenj (7)(8) columns with silioa
gel or
phosphorus pentoxide for drying the hydrogen stream; (9)
Boaol,Oa -hydrogen.
Card 5/6

S/07 V;e*'O"35100410121018
Metastable hydride phase in B106JB201
Pawn W. ONSIL-
to I-ru IfT- MIAMI.
urn PON&. OV %I,%*"
3400
91 8A4 11 7?v
11 8.28 1WRI
C 11.24 18"
N 14.51 2 5 im
Legend to the tablet (1) diffusing elementl (2)i total work
function of
the first elsotronI.ev; (3) aotivation energy, Oal/mOls.
Card 6/6

I h 1* A il.l 1,14KO, A lvkruy o.-Igo r I
yov I ctip profe [d a --m as ndj ; ANTA04,
Y.M., red.
ine nro of the field) Zliiznl poliA. Mookya,
Koloop
1965. 69 v. (MM M10)

t
USSR / Form Ani-~ipls. Rjindoor. Q-3
Abs Jour: Rof Zhtir-Djol., No 23, 1958, 105733.
tonova
Author : A n o v a
S"
:Sct~ Sol
Inst cT!n c osoarch Instituto of "grieulturo
of tho Zxtramj North.
Titlo :Expori,;noo in Inttoducing Pasturc Rotntion on
RoindQ,;r BroodinS in tho Kolkhozon of Dzhaomlo-
Nin-,takiy National Okrug.
Orig Pub; Ryul. nauchno-t,.)khn. inforii. Ic,-i. in-t a, kh.
Krayn. Savora, 1957, No .1, 3-4.
Abstract: No abstract.
Card 1/1

SKIRSOV, likolay Didtriyoviahl AXTQXQYA, N.M., red.; PROKOFIYSVA. L.N.,
takhaared,; WMWOTA, YOP., ii -red,
[Mineral fertilizers and their application] MinerelInys udobre-
alls. I Ikh primenenia. Moskva, Oov.Isd-vo sellkhos,lit-ry,
1960. 142 p. (MIU 13M
(]fertilizers and manures)