SCIENTIFIC ABSTRACT PANKRASHOV, A. P. - PANKRATOV, A. YA.

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• Collection: Scientific Abstracts
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• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ALTUKMV, Kontstantin Alekneyevicb: MIKHAYLOVS)CATA, Aleksandra Aleknandrovn&Z
MMMNEDIYAROV, Fettakh Bakirovicb; NADEZHIN, Vasiliy Mikbaylovich;
BDVI]MV, Paitr Ignattyayich: PAL]gb'ICHKD, Zinaida GadrgiyaTm:
PANKRASHDV. A.P., red.; SHEVCHMED, L.V., tokbn.red,
[Fishes of the White Seal Ryby Belogo moria. Petrozavodek, Goa.
imd-vo Karallskoi ASSR, 1938. 161 p. (14IRA M-2)
(White Sea--Fishes)

YAKOVLEV, F.S.; VORONOVA., V.S.; VILIKAYNEN, 14-I-s kand. biol. nauk, nacurWy
red.; PANKRASHOV A-P.j, red.; POD"ELISKAYA,, K.M-p tekhn. red*
[Forest types in Karelia and their natural zoning) Tipy lesov
Karelii i ikh priroanoe raionirovanie. Petrozavodskp Gos. izd-
vo Karel'skoi ASSR, 1959. 189 P. (MIRA 15:4)
(Karelia-Forests and forestry)

PUSHKOV, Aleksandr Glaorgiyevich; E44W�90
.;9d.; PUDIMMISLAYA,
K.M., tekhn.red.
[Remuneration of labor in logging camps] OplatB trtids rabochilch
na lesozagotovkakh. Petrozavodsk, Gos.izd-vo Kareltskoi ASSR,
1958. 40 p. 04IRA 12:12)
(Lumbering) (wages)

GRIGORIYEV, Vasiliy Grigorlyevich- PAIUMSHOV, A.P., red.; SHEVCHEITKO,
L.V., teldm.red.
[For high technical and economic efficiency in logging canpol
Za vysokie tekhniko-ekonomichoskie pokazateli leispromkhozov.
Petrozavodsk, rvoa.izd-vo Karel'skoi ASSR, 1958. '102 p.
(HIRA 12:12)
1. Glavnyv bukhgalter upravleniya lesnoy promyshlennosti Earel'skogo
sovnarkhoza (for Grigorlyev).
(L=bering)
I RM 25
MR
N%
rR.NU, 15
It -EgR"
M
LRIERI~
0

RUSAKOV., Dmitriy Mikhaylovich; KATAYEV, Anatoliy Timofeyevich;
MIN, Konstantin Konstantinovich; ROGACHEVSKAYA,
Nina Kirillovna; ITIMUSHOV, A.P.1 red#
[Multipurpose utilization of lumber] Kompleksnoe Ispoll-
zovanie, drevesiny,. Petrozavodsk, Karel'skoe knizhnoe izd-
vo, 1963. 121 p. (MIRA 17z6)

KARACHUII, Aleksandr Afanaslyevich; STEPAKOV) Gennadiy Andreyevich;
PANKRASHOV., A.P.., red.; CREY-M, I.K.,, teklm. red.
[Mechanization of vork at lumber landings]Mekhanizatsiia rabot
na nizbnikh lesnykh skladakh. Petrozavodsk., Gos.izd-vo Karell-
skoi ASSR, 1961. 94 P- (MIRA 15:9)
(Karelia-Lumbering) (Karelia-Loading and unloading)

KRASHENINMOV, Yevgeniy Mikhaylovich; MARKOV, Dmitriy Nazarovich;
FRHWLIHG, Alekaandr Fedorovich; PANKRASqOV, A.P., red.;
PRMOVA, O.B., takhn.red.
(Kachinery for lumber transportation; a brief wnuall Leso-
transportnye maahiny; kratkii spravochnik. Petrozavodsk,
Gos.izd-vo Karallakoi ASSR, 1958. 210 p. (MIRA 12:10)
. (Idumber-Transportation)

DOGVALI Viktor Ivanovich; UVSHITS Erik Abramovich; LYSOCMWKO I Aleksandr
Alekseyevich; VADMIN . Koj2st#ntin Fikolayevich; NOVOZHIIDV,, Yuriy
Ivanovich; SOKOIDV) Nikolay Aleksandrovich; FEDOSULIV, Oleg Vasi.11-
yevich; YASKUNOT) Nikolay Pavlovichj YIGIMSKIYI H.P., red.j PAN-
MIAMOV., A.P., red.;, PODffYgLISKAYA, K.M., tekbn. red.
CTDT-I+CM diesel tiW*r-skidding tractor] Tralevoobrjyi traktor
TDT-,40M. Pod red.NDP.Magirovokogo. Petro*vodakp Goa. izd-,;ro Karell-
sk4 AgSR, 1961. 355 P- (MIRA 14slO)
(Traotors-Design and construction)

PANMTEV I -B.--E.- (Prof -)-- - - - --- - -- - -- - -
Khrurgiia Voenno-Polevykh Povrexhdenii Grudi (Surgery Concerning Chest Wounds
as Practiced on Battle Fields), 375 P.,, Kieev, 1949.

- - - Pf,."U---,ATE- V) B. R.
Hirurgiya Voenno-polevich Povrezhdenii Crudi (Surgery of Battle-Field Chest Wounds),
Ydev, 1949.

USSR/fluman and Animal Physiology. The Nervous System. V
Abe Jour: Ref. Zhur-Biol., No 6, 1958, 27427.
Author : M.A. Pankrator.
Inst :-TReFVS_nj;;a~S%'te Pedagogical Institute.
Title Resul:tw -).' :% Stady of the Localization of Pmetion
in the C.-.3rebral Cortex.
Orig Pub: Uch. zap. Leningr. gos. ped. in-ta, 1956) 113)
5-21.
Abstract: According to the author the basic methocl of local-
izing cortical sites associated with specialized,
individually acquired motor actions boils down -to
the foxitation of a conditioned motor reflex) itil
subsequent extinction, and observation of the notion
of excitatory and inhibitory processes by utilizing
Card V3
USSR/Humn and Animal Physiology. The Nervous E~rstem. V
Abe Jour., Ref. Zhur-Biol., No 6., .1958, 2742T.
other conditioned =tor reflexes as indicators.
In the first case there aAses at a circumscribed
site of the kinesthetic zone a focus of excitation,
in the second case inhibition,, and in the third
is manifested the successive irradiation of both
processes to the sites of other conditioned motor
reflexes. Three conditioned motor reflexeswere
established in dogs - vocal (barking), jaw (snapp-
ing at a ring)j', and lifting the risht anterior paw.
UPOU extinction of the vocal reflex, at first
gradual inhibition of the jaw reflex was seen, wid
only then was the paw-iift affected. RecOverY
occurred in the reverse order. Consequently the
cOrtiml site Of "JaW movement" is located closer
to the center for the vocal reaction than to the

FAMMTOV, A.
Loyal promoters of party policies. Sov.profooiuzy 6 no.16:46-
51 N '58. (MIRA 12:2)
1. Sekretarl Moskovskogo oblastnogo komiteta Kommunisticheskoy
Partii Sovetskogo Sovuza.
(Moscow Province--Trade unions)
VD,

Country USSR
G a tICE ri -Y Dtseasl~-, of TSTM
D Ca--i:-od b.-,,-
Abs. Jour 'RC;f Zii'X.?-Biol. 5No '::-Is 19:~"`)l ~-Z;95-
Author Pankratov, A.
Institut. --w-
Titlo T-avosil-ligatLig Dia---n%hea In
OrIS Pub. S. -kh. jUrgizjjt 1957, No 12, 12-16
Abstract No abstract.
Card:

PARMCOV. A.. tokhnik,-,-
Make wider use of local building materials. Self.stroi.11 no-7:29
J1 156..-- (MLRA 9:9)
I.Otdel:ko str'oitelletvu v kalkhazakh Peshenkovichak*go rayons,
Vitebskof oblaeti BSSR.
(Building, Adobe)
A&

,.,AjIOUTOV, A.
Kilning raw bricks of increamed moisture. Prom.kDOP. no-10:19 0 15064
(KIBA 9m)
1. Wcovoditelg planovoy gruppy Ust'-Iabinakoy axteli "Irasnyy kirpich-
nik." KraBnodarskiy kray.
(Brickmaking)

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KABLUKOVSKIY,, A.F.; PANIMATOV, A.A.
Economy of nickel in the electrometallurgy of steed. Metal-lurg 6
no,3:17-22 Mr 161o (MMA 14:5)
1. Zavod 'Elektrostall.4
(Steel-Elqctrometallurgy)

pANnAm, A.A. (Kalinin)
Representation of spatial figures in a course of stereometry. Katov
sbkole no.3:44-47 MY-Je '54. (HWU 7:6)
(Mensuration)

FANKRATOV
Methods of studying the topic of parallel projections in grade 9.
Mat. v shkole no.3:7-15 My-Je 158. (MIRA 11:5)
(Geometry, Projective-Study and teaching)

ILUPIN, I.P.; KOZLOV, I.T.; PANKRATOV, A.k.
Orip-in of the associated minerals of dia,"~nds in Y-,*Lt-J-*n kinberlilte-E.
Zap.Vses.min.ob-va 90 no.4:48P-492 (MIRA 14:9)
1. Amakinskaya ekspeditsiya Yakutskogo geologicheskogo upravleniva
Glavgeologii RSFSR.
(Yakutia-Diamonds) (Yakutia-Kimberlites)

BOBRIYEVICII, A.P.; ILUP7M, I.F.; KOZLIOV, 1.T.; LEBPTEIIA. L.J
G,I.; MkRIKIV, AX.;
Z. I,,, ved . red.
[Petrography and mineralogy of himberlite rocks in
Yakutia] Petrograftia i minernlogJia kimberlito-VyId'i po-
rod IAkutii. (by] A.F.Bobri,-vj~,h i dr. l'o-kva,, Nodru,
1964. 189 p. (MIIIA 18:2)

S11301611000100310031008
A006/A001
AUTHORS: Kablukovskiy, A.F., Deputy Chief Engineer, Pankratoy A.A.
TITLE: Savings of Nickel in Electric Steelmelting Production
PERIODICAL: Metallurg, 1961, No. 3, PP. 17 - 22
TEXT.- A series of measures were taken at the "Elektrotital"' Plant to
achieve savings of nickel during the melting of steels and alloys in electric are
and induction furnaces. These measures include: 1) Remelting of alloy waste in
electric are furnaces using oxygen. The melting of 1X 18i49T (1Kh18N9T) steel
by this method shows the following characteristic features. It is allowed to use
100% alloy waste in the charge, C not less than 0.15% above tho upper limit of the
steel grade to be remelted and 0.8 - 1.0 silicon; slag forming components - none.
To accelerate melting of the heat, oxygen blowing should be started 55 - 65 minutes
after switching on the current. After oxidizing the pool by blowing through water-
cooled tuyeres, the required amount of ferrochromium is. added. Oxygen blast can
not be used to speed up the melting of ferrochromium. Liquefaction and reduction
of Cr from slag oxides during the reduction period is achieved by deoxidation with
15 - 25 kg/t silicochrome (33% Cr and 50% Si) or 45% FeSi in 10 - 20 trim lumps.
Card 1/8

S/I 3016 110W100310031008
Savings of Nickel in Electric Sttelmelting Production A0061AO01
The metal temperature in the ladle should be 1 '550 - i,6o'oOc. The metal is eyphon-
cast into round non-greased molds to ingots of 500 kg and more. The Cr content
in the finished metal should be within 17.0 - 18.0%, and Ni 9.0 - 9.5% (for sheets)
and 10.2 - 11.0% (for pipes). The average time of malting IKh18N9T steel with
oxygen on a 20-ton furnace is 2.7 - 3.0 hours. Remelting of niokel-containing
waste permits the standardization of the charge as to the Ni and Cr content and
ensures the chemical composition required at a minimum consumption of Ni. 2) Im-
-Ni-Mi-Cu
provirig the technology of melting Cr '34 629 (EI629) steel containing not
over 0.10% Cr; 1.0% Si,- 1.0% Mn,- 0.02% S; 0.03% P; 17.0-19.5% Cr; 27.0-30.0%
Ni; 2.5-3.5% Mo; 2.5-4.5% Cu and not over 0.7% Ti. The characteristic peouliari-
ties of this process of melting acid-resistant steel are: a) alloying of ferro-
chromium, nickel, ferromolybdenum and copper with Armco-iron and wastes; b) deep
deoxidation of the pool during the reduction of the heat, with silico-calcium and
calcium metal; c) low temperature ranges of the metal in the ladle after teeming;
d) teeming of steel to ingots only by syphon-casting. The melting of acid-resis-
tant steel by this.new technology reduced the amount of metal reject by almost a
factor of 5, increased the output and reduced nickel and copper consumption per I
ton of high-quality ingots. 3) Production of stainless-steel substitutes, low-
alloyed with nickel, and with high manganese and nitrogen content. Approximate
Card 2/8

S1 1_30/6 1/000/00.3/003/00 8
Savings of Nickel in Electric Steelmelting Production A006/A001
chemical composition of such steels is: up to 0.1% C; up to tY.8% Si; 4.0-6.0%
Mn; not over 0.03% S;. not over 0.035% P; 17.0-20.0% Gr; 1.5-'2.5% Ni, 0.15-
0.20% N. Chrome manganese steel with nitrogen is melted in induction amd arc fur-
naces with basic linings. The charge contains wastes of steel to be melted; mild
iron with up to 0.05% C, nitrated ferrcRehromium, and nickel. Manganese is added
within 5.5-5.8%; silicocalcium 5 .- 6 kg/t. The temperature of liquid steel is
1,520 - 1,5500C. In the are furnace, redpotiorl i-s~.conducted undpr'white slag
which is deoxidized with crushed coke (2 - _3 kg/t) and silico-calcium powder (3 -
5 kg/t). In an induction furnace the slag is deoxidlied with a mixture of alumi-
num powder and lime. Calcium metal and nickel magnesium alloy are added into the
pool 20 and 10 minutes prior to teeming, respectively. The metal temperature in
the furnace should then be 1,500 - 1,5200C. The metal is syphon-cast into round
molds to ingots of 500 kg and more.. The replacing of stainless 1Kh18N9T steel
by manganese steel with nitrogen,-having similar properties, yields savings of
nickel as high as 70 kg per ton of finished metal. 4) The Institute of Elec-
tric Welding imeni Ye.O. Paton developed a new method of producing ingots by elec-
tric slag remelting of consumable electrodes in a water-cooled copper crystallizei,.
The electrode is melted by the heat liberated in the molten slag layer which plays
the part of resistance when the electric current is passed through. The unit
(Figure i) for electric slag remelting consists of a water-cooled copper crystal-
Card _3/8

S11301611000100310031008
Savings of Nickel in Electric Steelmelting.Production AOO6/ACK)I
lizer, a copper bottom plate and an electrode column-with a ohuck-support. Round
crys-I'allizers of-180 - 420 mm secition are used. The electrode diardeter is 80 -
300 mm. Steel bars are welded to the electrodes which are clamped into the,sup-
port- Fluxes of two types are employed: the AHcP -6 (ANF-6) operational flux
contiAning'about 60% CaF2; 30-38% A120~; 3-6% CaO; up to 2% S102 and not over V/
1% NO and Fe203; the electroconducting solid flux for the initiation of the
electroslag pro ess, composed of a mixture of fIAM -3 (PAM-,3) alumomagnesium pow-
der and the operational flux. The electric slag process warrants conditions as-
suring the.production of ingots of compact cast structure, purifying the metal'
from harmful impurities apd non-metallic inclusions; and reducing segregational
phenomena. Saving of nickel is achieved by using rolled rod rejects as consumable
electrodes. The remelting of these rods produces high-quality ingots and forgings
without internal defects. 5) Protection of liquid metal against oxidation during
teeming is brought about by using special vacuum-argon chambers; (Figure 2) where
large or small-size ingots can be top or syphon cast in a rarefied space or.inert
gas atmosphere. The chamber consists of a stationary floor and a removable cupola.
In syphon casting a bottom plate, molds, extension pieces and a. centering device
are mounted on the floor. The cupola is placed upon the floor and the air is eva-
cuated until a residual pressure of not over 1 mm Hg has been obtained. The ladle
Card 4/8
Elm
W,
~~MMNR
M
-V
--af

Saving of Nickel in klootAo" Sieelmel.ting Production A006/AODI
with the metal~ls placed in.the guides at the cupola top in such a.mann'er that
the axis of the ladle n zl
oz e coincides with the'center of the apqrture'for the
metal jet. After evAcuation the chamber is filled with argon.. This'method im-
proves the.surface.of the ingots r%qduoed the depth of stripping *' increases the
J,
output of metal and reduces nickel consumption. 6) All~y.'s6rap-is reutilized
by-extracting.and.reinelting in aro furnaces to standAM ingotol'iqhichlare employed
for the melting of niokel-oontaiining steel. This process 'savidAbout 130 tons of
Collection and utilization of emery dilst'containing'up
nickel during 1960. 7)
8 - 12% nickel, is performed by equip ven-
ping the emery mills with a auction
T,
tilator. The dust is collected in special containers.and transported to plants
for processing. The enumerated meadures yielded considerable savings in nickel.
Card
20,

B/1.30/61/OD0/'bO3/003/008
Savings of Nickel;
'in Elsotria-Steelmelting Production A006/iii0ol
Figure li Installation for-electroslag remelting
0'
7'~
feflAa- E"
4
M:MT
...... -----
Al
M

-- --------
Savings of Nickel in Ele6trio Steelmelting Production
S/130/61,/000/00,3/00,3/008
A006/AOC11-
Figure 2.,
Schematic drawipg of a-unit f or.
70
teeming steels:and-alloys in a
9,
vacuum and inept gai. atmosphere:

7
c4oia,
-P-,:- support bottom
~'plate- rubber padding;
p

l va
ouum'pump; 5 collecting
r I filter 6 - valve; 7 - filters; J
-h
flexible bellows; 9 - steel
teeming ladle; 10 - operational
apertures; 11 Inert gas cylin-
der. z0,

...........

Card
oo

-40
7t

PANKRATOV, A.A. (Kalinin)
0.nA- ~e C'onstruction of figures in solid geometry. Mxt. v shkole no.4:
23-31 Jl-Ag 156. (Geometrical drawing) (=A 9:9)

AGEYEVA, A.P.; AXSENOVA-CHERKASOVA, A.S., aspiranka, VELIKANOV, L.N.,
bibliotekarl; GAVVA, F.M.; GIRENKO, P.D.~ Geroy Sots. truda;
GUBAHOV, M.M., pensioner; GUStKOVA, T.K., nmuchnyy ;sotr.;
DAVYDOV, A.G., prepodavatell; DANIIIVSKIY, V.V.9 pmf., dvazhdy
laureat Stalinskoy premii; DOVGOPOL, V.I., laureat Stalinskoy
premii; YELOKHIN, M.F.; YERRAKOV, A.D.; IVANOV, V.G., prepoda-
vatel'I KOVALEVICH, U.; KOVALEVSKAYA, YO.B.9 zhurnalintRaj
PANKRATOV, A. .; PJPUVA, P.M.; URYASHOV, A.V.; FEDORIN, I.M.,
kand. ist. nauk; FILIPPOV, F.R.; CHUMAKOV, N.P.; SHEPTAYEV, K.T.,
zhurnalist; VASIKOVSKIY, O.A., kand. ist. nauk, retsenzent;
KULAGINA, G.A., kand. iet. nauk, retsenzent; GOFCHAKOVSKIY, P.L.9
prof., doktor biol. nauk, retsenzent; BAKHMUTOVA, V.,. red.;
SAIGMI, Yu., tekhn. red.
(Nizhniy Tagil]Nizhnii Tagil. Sverdlovsk, Sverdlovskoe knizhnoe
izd-vo, 1961. 294 p. (MIRA 16:1)
1. Nizhne-Tagillskiy krayevedcheakiy muzey (for Ageyeva, Gusikova).
2. Zaveduyushchiy gorodskim otdelom narodnogo zdravookhranenlya,
Nizhniy Tagil (for Velikanov). 3. Zaveduyushchiy gorodskim sell-
skokhozyaystvennym otdelom goroda Nizhniy Tagil (for Gavva).
4. Nachallnik upravleniya stroitellstvom Sverdlovskogo sovnar-
khoza (for Girenko). 5. Deystviteltnyy chlen Akadoxii nauk
Ukr. SSR, Leningradskiy politekhnicheskiy institut (for Danilevskiy).
(Continudd on next card)

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"Change in the Drop of Fotential at the Air Solution
Interface as Related to the Age of the Latter", Dok. Ali,
24, NO. 2, 1939. Moscuw State Univ.; Electrochemistry Lab.,
-1939-.
MA
'WE M
M
1i �M
M. BONN NO

PANKRATOV, A.K.
I
Radio fr3quency Y-rwilation from 3olar flare.-~. Izv, rry-m.
.1 i
astrofiz. obser, 29U(iD-174 163. (MA 16;10)

AM
R 0-01 W

w MR ME% F P Ev
NS"
RM
17
zg,
os
mo, u, t
rMll

lzv

J~iiic 8"--65
ACCESSION RR: AR5011846
tjhe~ -vicinity -of yavplength5 3 A use vna,!~ Tzade of experbsental data on (a) thf?
iiihima -ff*qden8b- 5 of Tofle-etions -frm the lcnozThere vith vezztieal sounding,
(b) the abzorytion of short radio waves, (c) the absorption of cosmic radio -,Tave,3,
and (d)~tbe suaden increases in atmospherics. The data on the increase in the in-;
te=it,* of cosmlb dwring c-hro-Aoisphe
'rays -ric flara3 were obtained froax published
works (on the greater efrects) and also fron data obtained through ob.-3ervatione,
male- 't-i me,3~n!- -,f ~-,.ftron
ipation3~dp -,-.+Ih X-rarliaticml -if- mRd- on1v of thp
ct, nzi r~ cc,,- -a
tiatical analyais of three group-- of f~aire_, ~of Inten-nity <
Ulle-) sh, -_d 4- at ChL-_-108
.:jr.,L _ 3b-ric fi-Ari-, rith an X-ray fl= il~i the vicinity of
th
45 R 'A, ~rrprktpr thn_n 2- 10-1'~erw/crx'tec. CP_u,5e3 an wera;--f- increa,~P Df
4n th- Int-TIMity nf the ne--ftron c-ciaponent of the co~Tzic LPVPI
aja,d that t~'A(: Bal,'L cf thr
of the chrcnosphe-ic flare-. On the other b-a-ad flares 'witn w.- x-ray fi,,Lx uf 1 '65
than -within the limita off atatistical errors 10 not CaLwe an in-
cy-uie 1-~) the intennity of rm-atr-on,~ at "~a lpvei~ By ana-I.Yzing the Adata on the
large coemic ray flarea the authore sbcnr taat there is, on tne

L-60408-65
056i!848
-t-Weg-n1be m~Wc of -angorption tf radimvep) [n tht, T)z Iniver dtww
ing a solar flare end the amPlitude of incrpaze in mirtic int-n-,~y it
-)n,-,- -
c: C',
'VI
7
S!JB CM: AA; ES EML: 00
Carle,

'a,kDl7-l.'l IRSSK I!, ; P A. 17.
c
7- radiatic-n e-' zlp--r- L.-,- dol ;-I" c - - -, - r-. - , :! . 1z , 1~ C C, 16:; C ~, -.
.- B I I - - '11 - -, -. I ~-.. - - ~
fiz. 28 rio.12:2019-2021 D 164 (*iI,-'tA 18:2)
1. Krymskaya astrofizichesl---ya observatoriya.

V
'n the 11 -V,' 7
r t7a
SUB CODE 0.

DVORMHU., A.S.; LEVITSU19, L.S.j PANDAT-OVi, "
n. s-hur.
Aotive solar regions and their eorpuscular emissiono latro
38 no-3ta9-438 10-Je 161. (HU-1 14 t 6)
1, Krymskaya, astrofizicheakaya observatoriya, AN SEEISR.
(Solar radiation)

S/033/62/039/003/003/010
it 3,0 E032/E114
AUTEORS: Dvoryashin, A.S., Levitskiy, L.S., and Pan)cratov9 A.K.
TITLE: X-ray emission of flares
PERIODICAL: Astronomicheskiy zhurnal, V-39, no.3, 1962, 428-438
TEXT: The authors describe a method of studying the X-ray
emission of flares which involves the use of the minimum
reflection frequevcies f min obtained from the world-wide network
of ionospheric stations. The idea is that since the path traversed
by the radiation in the atmosphere is different for different
stations, the atmosphere may be looked upon as a type of filter, so
that the qnergy of the photons reaching a partieular station
depends on its position in the atmosphere. The experimental data
on chromospheric flares of importance 3 and 3+ were taken from
the observatory working list of flares reported by H.W. Dodson
and E.R. liederman. Among flares of importance 2+ only proton
flares were included in the analysis. Finally, radio bursts-at
9400 Mc/sec and the minimum frequencies f min - were taken from
published data of the Crimean Astrophysical-Observatory and from
Card 1/2

X-ray emission of flares S/033/62/0'39/003/003/010
E032/Ell4
IGY data. Analysis of the relation between the time characteris-
tics (onset, maximum, and termination) of X-ray and radio emission
of flares on-the one hand, and optical characteristics in the
visible part of the spectrum on the other, has shown that the time
dependence of the X-ray and radio emission is very nearly the same,
but the H(x emission of flares begins earlier than the other two.
Comparison of the minimum frequencies fmin recorde4 during
ordinary and proton flares showed that there is considerable
increase in the intensity of X-ray emission during proton flares.
The energy of the ionising radiation has been estimated for the
proton flares of ,jarch 23., 1958, and June 14, 1959. Assuming that
the additional ionization in the ionosphere at tangential incidence
of the radiation on the' D layer occurs at about 60 km, it is
-shown that hard photons with.energies of up to about 1 IIev should
be generated in proton flaress Therd Aro 5 flgUPOM Mhd 2 tdblo#e
A56UCIATION; Krymslcaya astrofizicheslcaya observatoriya Akademii
nauk'SSSR (Crimean Astrophysical Observatory, AS USSR)
SUBMITTED: December 26, 1961.
Card 2/2
NoO
Y_
0.14
01
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jest% ce 0 eg,110"' eTI't 5,P 1,00
IR111" "OVa T I&e-
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&V ,t\er~ 5~.Vt -Lt n5
",be ,te-rqla to
,66es sses Dee" '10 o~js 'Pro cap -
jo.V~t -roce .4e &eq e 6 -req,~ ,ce O~ -rr 1POIDS
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,rjo .151 rot-
co tD., 005~ tne ae
VI 06.1 aa, YVO Oil 1011S O~
aot _-n5 tbe c -1., ,Yie

:'R INK,
PANKRATOVP AsK*
Diagnosia of Acute aPPendicitis- Vest.khir. 89 no*91126-IX S
162. (APPENDICITIS) (MIRA 15312)

DVORYASHINI A.S.; IEVITSKIY,, L.S.; PANKRATOVX A.K.
Study of flares in the X-ray spectral region. Astzon.zInw, 39
pp.3:428-1+38 mv-.Te 162. (MIRi 15:5)
1. Frymskaya astrofizioheiskaya obaervatoriya AN SSSR.
(Solar radiation)

38248
S/169/62/000/005/090/093
4 ~L3 0 D228/D307
k-LIMOR'S: Dvoryashin,-*A. S., Levitskiy, L.. S. and Pankratov*,
TITLE: Chromospheric flares and solar corpuscular radiation
in high- and low-energy regions
'PERIODICAL: Referativnyy zhurnal, Geofizika, no. 5, 1962, 30-31Y
abstract 5G223 (Izv. Krymsk. astrofiz..observ., 26,
.1961, 90-135)
~,TEXT: The authors investigate the interrelation between absorp-,
_511on in high geomagnetic latitudes and the magnetic field's dis-
lurb,ances in the period 1957-1959 in connection with the processes
1r, active regions on the sun. it is concluded.,from the analysis
of the exoerimental data that during the development of chromo-
spheric flares high-energ _ 1
gy protons (10 00 Mev) are generated on
the sun and ejected from the regions of chromospheric flaredsim-
ultaneously with the plasma clouds, causing magnbtic storms on the.
-earth. It is concluded from the great time lag ii i the.arrival of
.Card 1/
NEW
VR;Nurl-,N-~
K
'NAV51

B/169/62/000/005/090/093
Chromospheric flares and ... D228/P307.
protons (10 - 100 lr~av) and from the duration 'and the ibotropism
of proton settling upon the polar cap that there are interplanet-
ary magnetic fields. Their s;urces are local magnetic fields of
the active re,7ions, which are carried away by the movement of plas-
0
ma. This deduction is confirmed by the Tact that rapid arrivals
of Drotons fram' flares are observed, if the flare pre7viously aris-
i~rc. in the given region induced a magnetic storm. This means that
.protons are injected into the approximately radialmagnetic field,
formed, on the growth of the local magnetic field of, the active re-
O"ion,s by the movement of previously ejected plasma. A series of
~pro2longed absorptions in-the polar-cap in theperiod 1957-1959 can
~.be explain6d by the injections into 6uch a-field of high-enery
protons, generated in flares arisi 'ng,in.a given active region on
ita passage along the disc. While restraining the diffusion of
generated Protons throughout.the solar system, the entrainable
n-,giaetic field at the same time causes a deeper and sharper For-
bush abatement with a prolonged recovery. Since the magnetic field
liAked with the sun,.'it is.already somewhat twisted by the
latter's rotation at a distance of one aetron6mic unit. This de-
Card 2/3

PAITYalTOVY _A, K,.-(Bela7a TSerkovl)
Method for eetting posterior dislocation of the forearm. Ortop.,
travm. i protez. no.11:66-68 161. (MIPA,14:12)-
(ARM-DISLOCATION)

L o63~,2-67 EWIT (I) GW
ACC NR: AR6013403 SOURCE CODE: UR/0269/65/000/01-1/0052/()052
AUTH, OR., Pankratov A. K.
TITLE: Relation of increases of solar cosmic ray intensity with the corresponding
corpuscular flux parameters
SOURCE: Ref. zh. Astropomiyaj, Abs. 11.51.439
Z REF SOURCE: Izv. Krymsk. astrofiz. observ., v. 33, 1965, 156-159
TOPIC TAGS.-' solar flare, solar chromospherep solar corpuscular radiationp cosmic
'ray,, magnatio-atorok
Thevei~tion*between the charaoteristics of corpuscular fluxes oausing
magnetic didturbanoes with sudden commencement and the effoot in solar ooamic rays
from the sarae ohromosphere flares is analyzed according to data taken during IGY-
IGC. Flux velocity, strength of the magnetic storm (measured according to the
index K ), and the amplitude of the Forbush type decay are used as characteristics
p
of the corpuscular fluxes. A comparison is carried out with data on cosmic radio
noise absorption in the polar cap (RSA) convortod on the basis of artificial earth
satellites of the time-integrated proton flux with E > 3.00 Mev and also with the
results of direct measurements carried out on American satellites. It is shown
that the various data on solar cosmic rays are internally consistent. It is found
Card 1/2 UDC: 523.75:523.165

ACC NRi m6wi
+o3
that the most similar relation exists betueon the effect in solar cosmic rays and
the amplitude of the Forbush decay (linear correlation coefficient up to 0.87).
abstrac2t
Bibliography of 31 citations, B, Vladimirskiy ZTranslation of
SUB CODE: 03
Card 2/2

tell M13tematiki; LEPESHKINA, N.I.P
0), -uchi
red.; VCMK&r, eklm.red.; EMS, I.G., tekhn.red.
(Mathematical tables for the formulation solution of problems]
Hatematicheskle tablitsy dlia sostavleniia i reshoniia zadach;
posobie dlia uchitelei srednei shkoly. Moskva, Gos.uchabno-pedagog.
izd-vo H-va proav.R"SR, 1959. 137 p. (MIRA 12:12)
1. Blinovskaya somiletnyaya shkola Sorokinskogo rayons Altayakogo
kraya (for Pankratov).
(Matheinatics-Tables, etc.)

3(4) S/006/60/000/02/010/024
AUTHOR: Pankratov, A. M. B000011
TITLE: Working Experience in the Identification of Localities
PERIODICAL: -
,0!~odeziya i kartografiya, 1960, Nr 2, P 38 (USSR)
ABSTRACT: When preparing topographic maps on a scale of 1 : 25,000
after the combined method, the simultaneous relief survey and
identification of localities on the aerial picture plans gives
rise to particular difficulties. In the practice, the locali-
ties are identified on the aerial pictures enlarged to map
scale. Topographers first take the relief and after identifying
the localities, transfer them from the aerial pictures to the
aerophotographio plan. In this method, buildings must be drawn
on the aerophotographic plans without leaving the locality
(in order to avoid errors). In spite of careful working, cases
may occur where one has to come back to carry out an additional
identification. Frequently, one must also come back because
differences arise in counting the buildings. To eliminate errors
and the necessity of coming back a second time, aerial pictures
enlarged up to I : 10,000 are utilized by team Nr 42 of the
Car4 1/2 Severo-Zapadnoye predpriyatiye (Northwestern Enterprise). Fire-

Working Experience in the Identification of Localities S1006 f601000102101VO24
B0077,1011
proof buildings are marked on the aerial pictures with red
penoil, and non-fireproof ones with blue penoil. in the case
of villages, living houses are marked with red color. On aerials
pictures with 1 : 10,000, the dimensions of buildings are
represented acoording to scale, which fact considerably
facilitates the drawing operation. From these aerial pictures,
the localities can be transferred without distortions onto
an aerophotographic plan on a scale of 1 : 25,000. The addi-
tional expenses arising in the printing of enlarged aerial
pictures pay well.
Card 2/2

T 7V
Deteradnat-ion of
in invos-AL;*atini-~, the C. spian L~Swiamd IV the corzP-2.&-u'icn ric.,thod.
1%,eftegazz. Ecoll. i geofj.2. n0.,-UJ,-4,6 163. . O-alluk 17:10)
2. Vsesoyuzi~Tj nnuciLlio-i-ool-e,:-~ovatellakiy instivat goof i-j,cresld'-.h
,.I(-Jto,30V razveclki.

prrp h rip J o t-., j), v
- YABLOCHKOV, Vladimir Alekseyevich, PARKRATOV, A.P., redaktor, POD'YELISKAYA,
K.M.; tekhnichegkiy redaktor. woolft-I
[Segeshal Segezha. Petro2avodsk, Gos.izd-vo Karel'skol ASSR, 1957.
30 P. (MIRA 10:10)
(Segetha--Description)

PANKRATOV A.S., in!7h.
I i';x'.1
't Method of sealing tunnel driero. 15troi. mat. 8 no.5t2l My -*62.
(MIRA .15:7)
(Drying apparatus)

YANKRATOV, Aleks - r-Semeno-vich; SPITSYIIA, A.p red.; SIUKp M.,
. red.
[Fighting auxiliaries] Boevye por-oshchniki. Moskva, Mosk.
rabochiip 1961. 46 p. WRA 15:7)
1. Sekretarl Moskovskogo komiteta, Kommunistichedcoy partii
Sovetskogo Soyuza. (for Pank=atov).
(Agriculture) (Press and propaganda)
(Radio in agriculture)

VAVILOV. S.1.; LICVSHIN, VA., redak-tor; PAMMTOV. A.V., reclaktor; AUZAN,
N.PI, takhnichookiy redaktor
[Collected'vorks] Sobrante aocIAnanii. Hoskva. Izd-vo Akad.'nauk
SSSRO Vol.-.1-EffoAm on physics, .1914-19361 Rabotjr po Mike, 1914-
1936. 19 40 p, OM 8:5)
toica) 0

-AUTHORS: Pankratov, A. V., Pshezhetskiy, S. Ya. SOV/76-32-7-23/45
TITLE: Some Rules Governing the Photochemical Decomposition of Ozone
in the Liquid Phase (Nekotoryye zakonomernosti fotokhimichesko-o
razlozheniya ozona v zhidkoy faze)
PERIODICAL: Zhurnal fizicheskoy khimiij 1958, Vol. 32, Nr 7,
pp. 105 - 1611 (USSR)
ABSTRACT: Since the quantum yield in the photochemical decomposition of
ozone in the gaseous phase only little exce4value of 2,
the problem concerning the role played by the chain mechanism
in this reaction may not be regarded as completely clear. As in
the liquid phase there exist conditions more favorable for the
transfer of the excitation energy between the molecules, as may
also be seen from the data supplied by S.Ya. Pshezhetskiy, I.
A.Myasnikov and N.A.Buneyev (Ref 2), the authors of the present
paper carried out only some comparative experiments in the
gaseous phase. The measurements were carried out by dilato-
metric methods with two types of apparatus being used, diagrams
of which are given. The experiments were carried 'out at 1830C,
Card 1/3 a quartz lanp4EC -2 served as light source -rith cobalt and

.Some Rules Governing the Photochemical SOV/76-32-7-23/45
Deeomposition of Ozone in the Liquid Fhaoe
nickel sulfate as light filter solutions. From the experimental
results obtained it may be Been that the reaction velocity
is directly proportional to the light intensity, and that the
quantum yield of the reaction does not depend on the latter.
The determinations in the gaseous phase supplied a quantum
yield of 3,5 (average) as compared to the value of 2,0 according
to Schumacher (Refs 4,5) and 3#0 according to Heidt (Ref 9)
at the same concentrations. Tho value of 25 obtained for the
liquid phase points out that there the ozone decomposition
represents a chain reaction. The oxygen has an impe-ding effect,
in the gaseous phase less than in the liquid phase, which fact
is explained by a greater effect of the reaction
0 + 02 + 03 = 03 + 03*- A scheme of the mechanism of the photo-
chemical ozone decomposition obtained according to the method
of the steady concentrations as suggested by Schumacher, is
given. There are 6 figures, 5 tables, and 12 references, 1
of which is Soviet.
Card 2/3

Some Rules Governing the Photochemical SOV/'116-32-7-23/45
Decomposition of Ozone in the Liquid Phase
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. Karpova.Mosl,.va (Moscow)
Physicochemical Institute imeni L.Ya.Karpov)
SUBMITTED: March 14, 1957
I. Ozone (Liquid) -Decomposition 2. Ozone (Liquid)-Photochemical.
reactions 3. Photochemical reactions--Velocity 4. Oxygen--Chemica.1
effects
Card 3/3
t7,

MA= I B)OK EXPLOITATION SOV/4366
K03COV. ftzlko-khimloheakly institut
Pi-oblemy firlcheskoy khtmlij trudy, VYP. 2 (Problems In Physical
Chemlatry; Traneactiona or the Institute, no. 2 ) Masco.,
Gosk"adzdat, 1959. 202 P. 1,000 copies printi.
Editorial Board: Ya.-K. Var3havs$dy, Doctor of ChemI441 SclenceS~
C, S. Zhdanov, Doctor of Chemical Sciences; V. A. Xargln,
A;adamlcian; Ya. K. Kolotyric-in, Doctor of Chemical Sciences
(Re3P. Ed.); S. S. ftedv*dav, Acade.--cllan; S. Ya. r3henzhet3kly,
Doctor of Chemical SolVancea; V. K. CheradnIchanko, Cant--date
of Cheml 341. noes; .3. Chasslova (Editorial Secretary),
C&ndIdat:a!f Ch:--dc&l Scienceej Ed.: 1. A. Kyaanllcov; Tech.
d.t Ya. 0. Mhpak.
PURPOSEt This collection of articles Is intended for Physical
chemists... - ------
cbmAos. me collection is -he second issue of the Transactions
of the Scientific Research Institute or Phyalca.1 Chemistry
1z:eni. I. I&. xarpoy. it coorw"Ins IT artIcLea which review
1/5
Tonkin, K. I., M. X. Morozo:r, V. ?(. fyzhav (Deca&aely_j~
_LU&!Xs=a. and V-A-r-AdRin. the 01l-
14
Is over a HonplatIA= Catalyst
OpAbq!a,
N. A aw~ and-V. M. Chere
Ltska a anichanko.
__3j__Ansxaya,
-0-ioa 27
--17 t5V F
tZt., WZ
-xInA=3s Oi 1W
Elorlathi JuM (Japan). How to Find the Xlnetlo Equation
a 39
of a Ray ralble Reaction
rbilloty-kIn Ya" P(.- The* Effoat'6f the Specific Adsorition or
-4 the Structure
Anions on bi ~;tica or Wdroxn Evolution as
of the Metaa-Solutlon Boundary 50
yA7_3havakiy, I&. X. The Nature and mAchani3a or nectra-
pha:-,c`-1*=rc-~-jn-r Mange 61 .1
Cry tallochemIcal Data on the Nature of
or"Alona 0T
rnyeatigition of the Effect or inter-
Interaction on the Mtraviolet Ab3Qrptlon Sp"tr
of Aromatic Compounds 20T
~S~n u"a2~ And S. P. Ormont. InvestL-
b r-J um.
&,Ion of Zqail nthe Sys~ed roorMid-q1trogan at
Mgh Tsxperatur~es ;~d tho Dependence or the Free Ent-ly
lormatloo on It*
I A.- IMI., IM. A. D-brovskL7, L-A~Dr=rlXttv, I t~
A, 10
Sunt ~Sa ud/ of the Pield, f
?r--= aCylindrical L-=IAtar- With Co- &3 a po.er-
ful Sour~e cr.Y Radiation 132
11.11yev and N_X-~wnl -takly. Study
E of the cniza--'o. saccii-ion of n-ootano and n-Nanane
M ,cules bj the 4,tthod or Bombardment With *Quasi-
;.a 146
X. klnett-- Electrons
LAO-~.L-S. Radlatloft-cr'~Illcal Zffects In Solid
'tnorganlc Salts 163
eA_ 21",'-Ojoanlf~
,,nat n o ne 169
c
and L"-Urta5h"A.
Cour3e of. trA Pro-eno or Benzene Oxidation ;,n . icj~;iaad-
Solution Urcer the A:tlon Of FL&IIation
J.
(Czechoslovakia), Ye. V.-BAmIko. L. I.
rt va, ."I~jmarov, and'j-~-i-Proak-r-In.. CW-
M, to or Phenol Formed During the Rallojya.4a
61 N 183
n--one In an Aqueous Solution
-Zbarpatyy, V. A., and G-A..Gol'der, The Problem of the
Phase Composition of the System Z20-UN03-NaOH At Low
Temperatures 189
.9nJkhQx V. D., and A- A-Ze-okhovi. Sensitization Or the
'11;~Okldatlon' O~ Laucofor-i DyeFs
Rad!.olyt

PSERMTSKIY, S.Ya.; KAMENETSMA, S.A.; GRIBOVA, Ye.I.; PAHMTOV, A.V.;
MORDZOV, ",,; POSPSWTA, I.N.; APIN. A.Ya.; SIMATSUYA, V. .;
SIATINSKAIA, N.A.; GEOMDNICEMO, V.M.
Kinetics of the decomposition and explosion of ozone.
Probl.fiz.khim. no.2:27-38 159, MRA 13: 7)
1. laboratoriya kinetiki gazovykh reaktsiy Hauchno-iosledovatell-
skogo fiziko-khimicheskogo instituta im. L.Ya.Karpova.
(ozone) (Fixplosions)

M
A,'
pa, 81970
S/076/6o/o34/07/01/009
BO15/BO7O
AUTHORS: Gribova, Ye. I Kamenetskaya, S. A , Pankratov, A. V.,
Apint AD Ya., Pshezhetskiy, S. Ya.
TITLE: The Critical Diameter and the Explosion Rate of Liquid
Ozone Solutions
PERIODICAL: Zhurnal fizicheakoy khimii, 1960, Vol. 341 No~ 7,
PP, 1395-1401
TEXT: According'to the theory of Yu. B. Khariton (Ref. 1) the critical
diameter of an explosive is the minimum diameter of a cylindrical charge
in vhich a stable detonation%\at a constant rate may occur. The critical
diameter of the explosive is proportional to the duration of the reaction
in the front of the explosive wave and this duration is inversely propor-
tional to the reaction rate. In the present work the dependence of the
critical diameter on the composition of the liquid ozonellsample diluted
with oxygen or carbon tetrafluoridelis investigated. The experimental
apparatus is shown schematically in Fig. 1. The explosion was started by
lead azide in a suitable apparatus (Fig. 2), and for experiments with
Card 1/2
2ME77777717,

81970
The Critical Diameter and the Explosion Rate 3/07Y60/034/07/01/009
of Liquid Ozone Solutions B015 B070
oxygen - ozone mixtures the gaseous mixture was condensed in a receiver
(Fig. 3). The measured values (Table 1, oxygen - ozone mixtures with
37-40% 0,; Table 2, 47% 03 ; Table 3, 32-96% 03 ; Table 4~ experiments in
small brass tubes with heterogeneous mixtures; Table 5t CF 4-03 mixtures)
show that the explosion propertiee of ozone aro determined principally
by the character of the kinetics of decomposition, i.e., by the small
activation energy and the large factor of the exponential function. The
relation obtained between the critical diameter and the composition of the
solutions agrees with the above-mentioned theory of the critical diameter
of stable detonations. Measurements on the rate of explosion of an ozone -
oxygen mixture with 96% ozone (Table 6) showed that the rate of detonation
is not proportional to the ozone concentration. A. F. Belyayev is mentioned
in the text. There are 5 figures, 6 tables, and 6 Soviet references.
ASSOCIATION: Fiziko-khimicheskiy in-t im. L. Ya. Xarpova
(Physicochemical Institute imeni L. Ya. 'Karpov)
SUBMITTED: February 22, 1958
Card 2/2
Ai!~
5
0

24018
SZ076/61/035/005/001/008
B101/B218
AUTHORS: -Pankratov, A. V. and Bobrysheva, L. A. (MOSCOW)
TITLE: The problem of the mechanism of decomposition of liquid ozone
PERIODICAL; Zhurnal fizicheskoy khimii, v. 35, no. 5, 1961, 969-973
TEXT: The study of the decomposition of ozone is of great importance for
the problem of energy transfer in chemical kinetics. The authors studied
the photochemical decomposition of liquid ozone. In their experiments,
they prevented the decomposing ozone molecules from coming in contact with
the vall of the vessel. The apparatus is schematically shown in Fig. 1.
The gaseous mixture of 02 and 0 3 was conducted from the ozonizers into the
photochemical cell 1 which was cooled by liquid oxygen. The mixture
condensed in 1 was evacuated by a fore pump until. a pressure of 0.06 mm Hg
was attained, according to the vapor pressure of 100 % ozone at -1830C.
Pressure was measured by an AT-2 (LT-2) tube, After vacuum had been
attained, the light source, a IFPK--2 (PRK-2) mercury lamp, was switched on
and the oAone layer (5-10 mm) in cell 1 was eXDosed through a light filter
(?L= 3130 X, determined by an -A (SF-4) speotrophotometer). The intensity
Card 1/5
E

24018
3/076/61/0,'5/005/001/008
The Droblem of the mechanism cf.- B101/B216
of the inciding light was measured by a photoconductive cell of the type
~C-V (FS-K2) which was inserted int-o 1. The oxygen liberated from 0 3 due
to the action of light passed over to the gaseous phase. Its pressure vias
measured by means of a "post-hole" glass pressure gauge. The following
results Tere obtained; 1) The pressure of 0 2 increased in proportion to
tne time of exposure. 2) After switohing off the light, the pressure of 0 2
.rate did not depend on the
remained constant for 3 hr. 3) The reaction'
quantity of ozone. Table 2 lists the experimental results: quantum yield
8 and reaction rate v at -18300, If, however, cell 1 was filled with
quartz rods, the results
I, quanta/mole-sec v, mole 03/ sec Y given in Table 3 were cbtained:
6-55 13.0 2.0
4.86 9.7 2.0
4.30 7.9 1.8
1.35 1.5 1.1
1.20 1.5 1.3
1.02 1.5 1-5
0.74 1.5 2.0
Card 2/5

24018
S/076/61/0551/005/001/008
The problem of the mechanigm of... B-101/B218
number of packing I rea,.-;tion rate quantum yieli
M(AP 03/san Minimlim MrL x i
5? 17.5
2.24 i,5 12.6
9~40 4.6 16.7
1 . a6 17.9
4 4.9
While the experimen-rs listed in Tab- 2 -u2ted _i n a quant,.-ar, yield of < 2.
the latte?r was > r, the -n-resence of a panklr~f--.. Sir ~,,P the I;e-t.t inciding
u-on ozone could not be measured in the latter the authors give a
minimnum and a m-aximi,--m value. For coriqt-nt -xpos,.-~.--a, Vne temperatiir,?
dependence of the quaritum yield
0c f
t
1 7 Two reac-tion me(,banisma req-tlt therefrom. 9 Temrernture-
.inde-nendent me,' h-inj.!3m beic.-r, ar-A ~i tc-rd-,: ere
-183 1 8
depprAert mechanism abnvf~ -16)0`0 ThE a,--~ ivn~i .(,Y~ F--.arav
-155 2 : A I'll
was calculated to be 4200 The
-145 7.9 are inri'ten down: 0* - 0 0*
0, hV 0 W; C
-140 4,9.6 L '1 2 3 (2);
0 + 0 + 0 0, C) (21) 0 0 1 d ?0* o0! l ii (211
3 3 2
Card 3/5

24018
51/07-:i/6 1/0" ~-/00 5/00 1 /CC,8
1
The problem of the mechanism of-. B'ol /B2 I P
0 +0 +0 0 +0~ (5); 0* '0 0 4 0 0 (4) 0" 0, ~ 0
2 3 2 (5);
1K
1) For tem-per,)~ures beic- -16000, the
02 02 =0 2 -1 02 (6) - Summ-!ng ur:
ra te of rea c. 4 1 on 2. 1oulneiehs tb-,4 of reacti~-,n Tne hci%ogerpcits
z
decunposilion of 0, Is determinpiJ by -bf~ reaotionr: 1, 2- 4. 5'. and 6.
Above -1600C, reactior 2 T)redominate.-i, and the nil--ar,tum yield cl--psnds -.r.
temperature, In the presence e:f a packing, rez,-tirr, r"' 1-r-edominates
(oatalytic reaction between 0. 0 31 and the mall). The fcliowing kinetic
I
equations are derived; -d [0 /d t ILI +k ~ ka -9 k
31 41 5
+ (J-2/2)(k ]1/2/k1/
3L021103 2) ~, + k4Ic', kg)]1/2(T (7), and for the case 1021 0
one has -40~/dt =I[1 + ],/(k 5/ /k 4 + 1 k 11 (8), It is noted that these
equations have only a qualiLative charseter.. There are I figures,
4 tables, and 6 references: 2 Soviet-bloc tind 4 non-Suviet-blon. The
reference to '-,-he Engji3h-language publication readn fi.~j followa: A.. Jenkins,
F. Di-Paolo, J. Chem. Phys., 25, 296, 19F,6.
SUBMITTED: December 10, 1958
Card 4/5

BASYROV, Z.B.j PANKRATOVL A.V.
Sensitivity of ozone-oxygen solutions to pressure pulse. Y-him-
prom. no.3-174-175 Mr 162. (MIRA 15:4)
M~2d oxygen) (Shock waves) (ozone)

37635
S/076/62/036/005/010/013
BIOI/ 110
AUTHOPS: Talakin, 0. G., Akhanshchikova, L. A., Sosnovskiy, Ye. N.,
Pankrat-ov, A. V., and Zercheninov, A. IT.
---------------------
TITLE: Heat of formation of fluonitrate
13ERIODICAL; Zhurnal fizicheskoy khimii, v. 36, no. 5, 1962, lo65-lo67
TEXT: The heat'of formation of NNO F was calorimetrically determined on
1 3
the basis of the reaction NO F + 2KOH - KNO + KF + 0-5 0 + H 0, the NO F
3 3 2 2 3
being synthesized by bubbling F 2 through HNO 3 thus: HNO 3 + F2 - HP + NO 3R
The HF,was absorbed by KF, and NO 3F was condensed at -1830C. The heats
(kcal/mole) of reaction between NO 3F and KOH (Q1 . 93.5 7 0-8), between
XF and KOH (Q3 ' 3.35 F 0.011), and between KNO 3 and KOH (Q4 - -5 - 93 F 0.023)
were measured with a calorimotor calibrated with M. From tho eyotom of
equations which allows for this and the other side reactions of the
process the heats of formation of gaseous and liquid NO 3F were c alculated
Card 112

S/076/62/036/005/010/013
Heat of formation of fluonitrate B101/B110
and found to be -4.2 T 0.9 kcal/mole at 21'C and -4.2 T 1.2 kcal/mole at
-45-90C, respectively-.' There are 2 figures and 4 tabl'es.
SUB" IMITTED: May 17, 1961
Card 2/2

PkNILRATU~ 2'..V.; SOKOUTV, O.M.; '7. T.
jyntlle5i s off dif Da or-. c,; ~,-~7 1 re~ 7hiur n~-; crg ],h
AfT

L 0 hOL--67- DPT JDIjWljG
m)/EWP(t)/ETI IJPCP)-
ACC NRs AP603 1749 SOURCE CODES UR/OoqWd-l-itd-0-7rl4-97[1-!~~3-
AUTHORS Pankratovj, A. V--; qo~ojovp_q.~_ M.
OROS none
TITLE: Boaotion of fluorine with sodium azide
SOURCES Zhurnal neorganicheskoy khimlip v.11v no. 79 1966j, 1497-1505
TOPIC TAGSS fluorine, azido, sodium compound# halogen nitrogen compound
ABSTRACT: 7ho reaction offLuorino with sodium a~~do produco4 cis and trans isomers of
difluorodiazine, nitrogen trifluorido, 1~ Th
_pitrogon, And sodiuxp~fluoride. e yield of
both diffluorodiazine isomers and nitrogen trifluorido was studied as a function of the
temperature in the reaction vessel) fluorine consumptiong dilution of sodium azide
with calcium fluoridep and dilution of fluorine with nitrogen. The optimum conditions
fo; obtaining thb beat yields of difluorodiazines wore determined, It was found that
thefollowing three conseoutive-parallel reactions take place during the fluorination
NaN13 + Fz = NaF + I/zN2r-2 + N2
NaN3 + ZF2 = NaF + NF3 + N (2)
2NaN3 + F1 =: 2NaF + 3N2 (3)'..
Cord 1/2 UDC1 546-16+546-331171.8

_,_Iu -MUM-WAZ-W 1 6
ACC NRi W03174-9
A moohaniam is proposed for thon roActions whiah satisfactorily Aacounts for tbA 6x-.
perimental data. Orig. art. hass 7 figurest 3 tables and 12 fonmulase
SUB COMi 07/. S*UBM DAM 25ju164/ =0 REF 8 003/ MH REF 8 004
c3rd 2/2 k

'AeC NRi AP6032268 SOURCE CODEt UR/0076/66/040/009/2101/2104
AUT11OR: Zercheninovp Ao No; Chesnokovo Vo No; Pankratov, A. V#
ORG: none
TITLE: Standard heat of formation of chlorodifluoramine
SOURCE: Zhurnal fizicheskoy khimii, v. 40, no. 9 2101-2104
.A
TOPIC TAGS: chlorodifluoramine, heat of formation, potassium iodide solution,
gaseous chlorodifluoramine,_Iiquid chlorodifluoramine Avoie.,pip-
L'H&0k',"F-
ABSTRACT: The standard heat of formation of chlorodifluoramine has been determined
from its reaction with an aqueous solution of potassium iodide
FaM + 1-4 F1+ - 12 + N2F j + CF +'r,- + Nih-i~ + Nt.
This r'eaction proceeds in~-.several steps. Selection of proper [unspecified] pH of
the solution and contact time of NF2Cl with the solution reduced reaction'l to the
reaction
NFICI .' + I/zKl XCI + %K13 + 1/2N,K..
NF2C1 used in the experiments contained, in addition to N2 and N20, 1 to.7% N2F2
whose presence caused in the calorimeter the additional reaction
KI 2KF +
.1(11 + Ni~ (3)
.Card 1/4 UDC:~ 541.11

Table I.
13 d 4,0-1
IUM C1 Analyele W.. the Solut on 44
2
content jj-'4 Og CIA 0 -1
4. cy
in the 00 '0 0- u
0 &J, r4 M-1 ~4 P ~!Idj
sample,. (:l U44 Cate 19 cd 04 td
14 w C: u 10, u
z 9 9 9. 14 cr ~cd . ~. M ~
tc E i ~ t~ E 0 fig
L) PW c6N 0 0 ~4 0
A 44
U
"14 11'
1z
44 44 .0
a 0
go, -t 0. 165 0,0054 016300 40700,0094 0,627 0,6119 158,9 21,7 W,2 29 4B'
-83.6 0.4010,0267 1.662 0:9802 0.0464 1.614 1,53G3 A73,4 107.3 366.1 32:37-
93.6 0,426 0.0286 1 . 680 1,0509 0,04 97 1. 716 1.51 j!) 465,9 115,0 350,9 29,20
836. 0 4010.0324 1A07 0,9892 0,05G3 1,652 1.44% 446,7 131,2 316,5 27,98-
83:6 0:372 0,0272 1053 0.9176 0 0473 1,513 1,297.1 390,8 109,4 290A 27,68
80,4 .0,2613,178 I,1Y% 6446 0:0309 1,054 1,2773 .316,2 71,5 244.7 33.20
78.5 0,283 0,0131 .69810,0228 - 1.3024 266,9 52.7 244.2 30,60
0. L79 0. 0 136 .4416 0,023G - 0,9327 212,7 54.6 158.1 31.31
75.5 0; 322 O;OM 1072 .7943 0,0162 1,215 1,4212 - 324.0 37.5 286,5 31 55
62,1 0,376 0,0188 92760,0327 ZT4 1:2577 379.8 75,6 304.2 28:0-
36 1 OSMO.0228 2; 1 3715D.03% 2 2 7240'621,1 DIA 529 5 33,77
36:1 0:3150,0166 1 7770 0; 0288 1,2301,4913 341,4 66.6 274:6 30,93
36,1 0,333 0,0173 It M 8214 0 030D 1,3071 q 341,2 69.4 211.8 28,94
38el 0#2790,0142 It 13 :610 :0247, 1.09311,3242, 301,01 67.1 244.8 31.11
Averase AH w,-3Os5'k1~6Acal
r Vvq
tord 71A

ACC N& AP60321 8
The experiments %wre condLebed in- a cal"eter described in,earlier studies by the
authors. The experimental procedure is derribed in the source. The reacted
solutions were analyzed for F-, Cl- and Nil, Ions and for separateci.iodine. The
exper.imental-results and the calculated heats of th 'e reactions of NF2CI with.KI
solutions are given in Tablel. The heat of formation of 'gaseous NF 'CI was calculated
2 ~
from a thermochemical equation which took into account the heats of formation and
solution of the substances involved. The respective heat values were taken from
reference books or earlier studies. The missing value of the heat of solution of
KC1,in KI solution was determined experimentally for a neutral ISZ KIsolution
QqklA.'21. Th~-_q!tnnderd' heat. of formation of O'us N 'C1 woo found-to* be
_gase F7
Table 2.
IleAt of solution of.'.
C~Cll E; ~t,:deg I~Cl in a neutral 15%
solution, of KI (6118)
0.8540 -0.1827 3'.74
0 9323 -0.1973' 3.70
'
- 3
7O --
O2 k
t0
l/

.
All
!Average 0.8403 '-0.1778-':
.
ca
mo-

kcal mol
0.8354 -0.1755 3.67
3.70

i-ara J114 I

ACC NRt- AP6032268
3.2 �'2.9 kc-al/moi.--The heat of' formation of liquid NF2CI was calculated by taking
the value of 4.35 kcal/mol for the heat of vaporization of NF.GI at -67C (boiling
point), and in the assumption that the average heat capacity of NF2C1 in the range
298-206 X Is'equal to that of NF3 (11.5 cal/mal,deg). The beat of formation of
liquid NF7CI at -67C *was iound to be -2.2 kcal/mol. The N-CI bond energy I~as
calculated in the assumption that the-N-F bond energy in NF2Cl is equhl to that in the
fred HF2*. radical
A[Pins P) + A11106 W10.
-.Affj,,(NF.CQ.t= 35,3 kcal mol.,i-J
Orig.-art. has 3 tables.
SUB CODEi~ 21i 07/ SUBH DATE: 19Har63/ ORIG REF: 005/ OTH REF: 003/
- -------------------
L~Erd---4/4-

KUZNETSOVA., T.V.; YEGOROVA, L.F.; PANKRA.TCV.A.V,?
Some physicochemica:L constants of tetrafluorohydrazine. Zhur.
fiz, khim. 38 rto.7:1860-1862 JI 164.
(142RA 18:3)

PANKRATOV, A.V.; AKPIUSHCHIKOA, L.A.;- 33HALAYEW, YLIMETSDVA, T.V.
Reaction of tetrarluorohydrazine wl.th po4"Assium, iod!de aqi;eoue
solution. Z-bur. neorg. khim. 9 rc.6.-151.7-1519 Je I C,2
0 -
(MIRA 13:8)

-- --------- ----
-EPA (!!)--2 /P~- -j 1--*i Aprf-1) /U?(n) Z2.A!PRFWP(-o),/FWT-(h) 11 1tFt_lrj
P12 -)4 P&I JD/WW/JW1JG
ACCMSTON IrR: AP4Ca,,26(,13 s/w_Ti5/Q/o3f /m7,'-Le6ofl1862
AUMOR: Kuznetc;ovt, To V*j YtEE2M, L. F-1 Pankratov, A. -V:_
TITLE: PbPiao-chemital constantS of tet=4w_rQl!;imLine
SMCE: ZhurnalTizUbookoy kbWi; 19G4p 3.%0-1M
mpl-c VM- tft_tr-afjuo-,obydra_Ane, saturat-d V--?Or preatmffo7 melting point, criti-
cal temperelk-ura, criticall presoure, physicail constant
AMMCT: The pm>ose of this -,mrit van to deta=iue tbe saturatea vz~porjlp~'Sstu'-)
Po~xlt,. CrIL"Act"ll rtn-~ nf ij, L rqf 1 an rnh~tchnizLin
"VIP'N -f-AM-1 "DltRM ~i_
�39.0
Art '1"4-A
Af- XIM-- MO: 9
V .0-
rm
Of

-WR
R R

PANKRATOV, A.V.; BOBRYSHEVA, L.A.
yJachanism Of liquid ozone decompOsitiOn- Zhur. fiz. khim. 35
no.5.-969-973; I~j 161. (mm 1637) -
Ozone) (~heimical Rate of
5

PANMTOV RCHENINOV, A.N.; TAIAKIN, O.G.; SOKOLOV, O.Mi;
A.V.,- MA
Standard enthalpy of the formation of an active isomor of
difluorodirizine. Zhur. fiz, khim. 37 no.6:1399-1401 ~e 163..
(~MU 16.:7)
(Diazine) (Beat of formation)
-Y

PANMTOV, A.V.
Chemistry of some inorganic nitrogen flualdets. Usp,, khlm. 32
no.31.336-353 Mr 163. (MIRA 16:4)
Olitrogen f2uorides)

c '074/63/03VO03/002/002
A057/Al 26
AMHOR: Pankratov, AN.
TITIZ; Chemistry of some inorganic nitrogen fluorides
PERIODICAL: Uspekhl khimli, v- 32, no- 3, 1963, 336 - 353
The anthor gives in this paper a review of literature data on the
nitrogen fluoride chemistry. 75 references are given of which 72 are of western
authors and 3 of papers published by thp present author and coworkers. The first
chapter of the review discusses the structure of the nitrogen trifluDride inole-
cule to explain the characteristic properties of nitrogen fluorides. In the
next chapter a thorough discussion of 'Irlydrazin tetrafluoride is given with ap-
propriate literpture datz on the mcth(:~d of eynthfvis, the physlcc,-chemical prop-
erties, and chemical properties. To the iatter treiongs the aoll~ty uf 5"16-
stance to react in two ways: (1) li2F4 +- M --> M (1-TF2). and (II) N2F4 M -
--+ ren + N2. The occurrence of these two reactions was proved by the author in
a reaction of hydrazine 1.6trafluor-Ide with an aqueous solutlon of potassium
iodide (Zli. neorg. kjilrp, in pi,int). The, chap"r dr)als w1th d1f1t_ic)r,)-
Card 1/2

S/Cr[4/63/032/003/002/002
Cheudstry of some inorganic nitrogen fluorides A057/AI26
amines and chlorodifluoroamines. Among all possible syntheses of difluoroamine
only the reduction of hydrazine tetrafluoride gives difluorownine with a good
yield. Dif-luoroamine is charaote-~-~~ed '"Y a rtr~-ng oxidation efffict, a reactivi-
t,- 1"or introduct.on of -.he r-TF- group, ant iristaniii'Ly, J.,L-.,
Chlorodifluoroamines could also -~f -',I-L-erest fo,-, tne Llt"Djuct,or ,f' ".::?2
groi;p. In the lazt chapter the au--nor discl-sses -,he fluoro az.'de arll~ 4somers of
difluorc-diazine, citing literature data on creparation and properLies of t~jese
exzremeiy higb-exploziva T.I;iera- axe T-able s

MOM 'khtm
PANKMOV, A.V.; KHANANOU,, E,.Ya,
----------
Synthesis of nitr6gem.trifluoride. Zhur.neorg.kbim- 7 no.0,7:1743.Jl 162.
(AURA 16;3)
(Nitrogen fluorUe)

...........

O.G,; AKHANSHCHIKOVA, L.A.; SOSNOVSKIY) Yu.N.; PAIaRATO-Vp A-V-;
TALAKINY VPRCMINOV, A.N.
Hoat of formation of fluonitratb. Zhur.riz.khlm. no.5:1065-
1067 my 162. (MIRA 15-8)
(Fluonitrate) (Heat of formation)
"~A

-L L!
!~rutsoll- 1.111'.
10. Letuoplsl ZlInu-nalInyllch staLc~y, No. 2), !Eos!-Va, 1011r).

---- PANWTOV ~ - A.- YK-,- - -
Brutsellez sellskokhozyayetvennykh zhivotnykh i mery borlby nim
(Brucellosis in Farm Animals and Moasurea for Combatting It), Frunze, 1950.
24 pages.
U-5235

YA,
Drop McthoO An the Flood Agf.,Iutin,,,tion
Test for the Diagnosis of rrucellosis,11
Veterinariya, No. 1, 1950. Card. Vet. -Sci.)
-cl~7"150-.

PAIMAIN, A,,~dnd TRETIYAKOVA, A.
117he causes stimilating the appearance of strangles of horses ani
the method of liquidation of strangles infection.'?
SO: Vet. 27 (11) 1950) pe 29
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PANIOATOV, A.
t1strangles of horses
Franze, 1951. 8 -Da!,:es.
SO: Vet., May 1952, Unclassilied.