SCIENTIFIC ABSTRACT POZDEYEV, N.M. - POZDNEV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342810014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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OBOLENTSEV, R.Dol prof.p do-ktbr khim. naukp otv. red.; GLADKOVAq L.K.,
red.; DROFIGV, V.I.9 red.j KALOTAR9 N.G.9 kand. tekhn. nauk, red.;
141KMEV, G.M.9 red.; POZDEM- N.M.~ kand. fiz.-nat. nauk, red.;
? U
KLEn4ENOVA, K.F., vedushchiy red.--f-MOTOVA, I.G., tekhn. red.
[Materials of the Sqientific Seasion on Chemistry of Sulfur- and
Nitrogen Organic Compounds Contained in Petroleum and-Petroleum
Products] Materialy Nauchnoy sessii po khimii sera- i aizotorganiche-
skikh soedinenii, soderzhashchikhoia v Aeftiakh i nefteproduktakh. 5th,
Ufa, 1959. Moskva, Gos. nauchno-tekbn.'irA-,vo neft. i gorno-toplivnoi
lit-ry. Vol.4. [Chemistry ofaulfur organic compounds contained in
petroleum and petroleum products] Khimiia seraorganicheskikh soodine-
nii, soderxzhashchiklTsia -v neftiakh i nefteproduktakh. 1961. 278 p.
(MIRA 14:9)
1. Nauchnaya sessiya po khimii sera- i azotorganichaskikh soyedineni'T,
soderzhashchikhsia v neftiakh i nefteproduktakh. 5th, Ufa, 1959.
2. Bashki skiy filial AN SSSR, otdel khimii (for Obolentsev).
(Petroleum-Analysis) (Sulfur organic compounds)

POZDNEYEV, M.V., kand.tekhn.nauk, dotsent
Improved method of selecting piunps. Sbor. trud LIIZHT no.185:30-55 162.
(KRA 17:1)

?Cr7,D--,,Y--,/, N. IM., Crind Fhys-Mat'r. Sci (diss) -- 0, 1.' 'L,: rent Ia! 0~
oscillof,,raphlc poLnro,,:,rapI1y". (live, Y)YI-I. 10 lip (Min H-I!,hor 7,n-,;mI
Order of Labor Ped Banner Stat-~! !J im V. 1. Ullyanov-lf-nin, aair of t'-
Physics of Moleciilar and Thermal "' Pnomena), 150 copies (!-7-, -10 '~, 122)
.h --

OWLI-11TSEII., R.D., prof., dokLor 'Khii~I. uLv.
G.D., (,'()k,,.or khIn. nalik, red.; G;'!"I"YANWA, (P)kt~jr
red. ; !.'AS-KJjj'
khim. nauk, A) A.V.2 kanri. khim. naur','
PI'vOVAROVA, T.Ye., kand. khiui. nauk, red.; POZDE'17111. NI.M.,
kand. fiz.-maL. nauk, red.; SOSKOVA, L.M., red. LEMA,Te.'S.. .
ved.red.
[Chemistry of the sulfur organic compounds in petrolewm
and petroleum products] Khimiia seraorganicheAlkh
soedinenii, soderzhashchiklisia v neftiakh i nefteproduktakh.
Moskva, Khimiia, 1964. 286 p. (MIRA 18.4')
1. Nauchnaya sessiya po khiirii sera- i azotoorganicheaki.kh
soyedineniy, soderzhashchikhsya v neftyakh i neftepi-oduktakh.
7-th, Ufa, 1963. 2. Tnstitut organicheskoy khimil Bashkirskago
filiala PJI SS&R (for Soskova, Obolentsev). 3" Fiziko.-
khimicheskiy institut im. L.Ya.Karpova (for Gurlyanova).
4. Institut neftekhimicheskogr, sinteza Z SSSR (for Gallper~in).

ZhUALM *Vr%-Or9UltbSSkU& &~,.Uggair oRh.Mh,~j,,a,.
mft"TW-%kt.,Ul mteri.4 ZZ ;_-~ Geovil (Cbahj.z;~~;=
OrV"* Coo -As Coataigad is pe%ml.. p,.,hat., hpare of tho %&,
dalmurl. Cloa) T. 1. Ufa, 134- B&MU-bW rlUaU AN 860, 1958.
.No 009" print".
Rusarktas, K.I. Ultcrlal lo�Mi Ayvaa,, 8.1k., 161"BILAIIA&I A.T.
%01--. I.D. Ishap. ad.). soam-tvasaku, T.P-. "A FAMIS, L"L.J
"alh. 14-9 AMkklWW' 2. sk.
P"Ml us boak to latsed.4 tor of
gou6udmmnuo O"Catimal lmtltwuam. MR pt=Lhah "flain plamu.
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of all"Une r"'Ont h'oo* CLrrl8d Qftt 18 UING 6114A Uaim an tbO ekmigUT W&
mcbsclca 9f v%lfvjp- ind altrcces-orpme coopounds ftrLag rlod 1"4-19551
aeocsCag to a -- _aharsh VMj*" wnUaa& a 1=617 me avowworLas
(lashkir Armak, M uRgM)
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moleaterr, R.B., B.T. yet"skw..
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lavaim" Who Bev" or Parity or .14 Salrar-Oremis
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al.mismi., MR MR -solar shown Se
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POZDEYEV, Nikolay Maksimovich; FILATOV, L.P., red.; SHAFIN, I.G.,
tekhn.red.
(Differential method in oscillographic polarographyl Raz-
nostnyi metod ostaillografichaskoi poliarografii. Ufa, 1959.
45 p. (Polarogra]?W -.-- (MIRA 13:6)

818-66 9,.'T(m)/F,.-.TQ) R1.1
NRt AR6017235 SOURCE CODE.- UR/0058/65/000/012/DO35/DO35
AUTHOR: Pozdeyev, N. M.; Kosteyn, K. K.
ORG: none
TITLE: Microwave spectrum of thio hane
jMhane
SOURCE: Ref. zh. Fizika, Abs. 12D297
REF SOURCE: Tr. Komis. po spektroskopii. AN SSSR, t. 3, vyp. 1, 1964, 231-23!
TOPIC TAGS: microwave spectroscopy, dipole moment, molecular spectrum,
thiophane -) NY090 (fi0edOA.) , 6-Rocio-)o 3-r,17-f
ABSTRACT: The microwave spectrum of thiophane in the 8. 2-40-cps range has
been investigated. Rotating constant molecules in the ground and two lower osrillating..
states as. well. aEr th-rzir- dipole moment have been determined. (Translation of
abstract] [NT]
SUB CODE: 071
Card

KAPELINITSKIY, V.G.; SHM, F~Lj,tARTKV, M.A.; TULIN, N.A.~ POZD=, _N.P.i
SEWEYEV, A.B.; HERENISHCHLI-VA, I.I.; KALININA, Z.H.; POZDNY-A'KOV, -Xv.
Prinimali uchaztiye. KUZOVATOV, V.N.; 14AKSUTOV, R.F.; 1,0111A, G.Ye.;
SBELGAYEVA, A.V.; 7*HIVICHKIN, L.A.; GAYDUK, Yu.A.; GALYAN, V.S.;
SOSKA, D.A.; E1114ELEV, I.I.; PARABINA, G.I.
Making ste6l. and alloys in vacuum furnaces. Stall 23 no,4:325-328
Ap 163. WIRA 16:4)
(Vacuum metaliurgy) (Electric furnaces)

S/133/63/000/004/OOZ/Oll
A054/A126
AUTHORS: Kapellnitskiy, V. G., Shved, F. I., Yartsev, M. A., Tulin, N. A.,
Pozdeyev, N. P., Sergeyev, A. B. Merenishcheva, 1. 1., Kalinina,
Z. M., Pozdnyakov, M. V.
TITLE: Melting of steel and alloys In vacuum furnaces
PERIODICAL: Stall.' no. 4, 1963, 325 - 328
TEXT: 1UX 15 (ShM'15) and X2OH80 (Kh2ON80) grade steels often display
spotty liquation, bright streaks, and bright skins. Tests for eliminating these
defects wei~e carried out by V. N. Kuzovatov, R. F. Maksutov, G. Ye. Mysina,
A. V. Shelgayeva, L. A. Zhivichkin, Yu. A. Gayduk, V. S. Galyan, D. A. Soskov,
1. 1. Khmelev, G. I. Parabina et al. To prevent the rotating movement of the
liquid metal, the cit-cuit scheme was modified (under the control of I. S. Pinchuk,
Candidate of Technical Sciences) and upon the suggestion of the NIIM (Chblya-
binskiy nauchno-issledovateltskiy institut metallurgii/Chelyabinsk Scientific
Research Institute of Metallurgy) all ferromagnetic parts were eliminated from
the electric system which then was redesigned on a bifilar-.coaxial scheme. In
Card
1/3

S/133/63/C-00/004/002/011
Melting of steel and alloys in vacuum furnaces A054/Ai26
the current system of the are a negative reversed connection was realized for
generator-induction. The are was kept constant by a NIIM-pulse generator. The
steel for the self-baking electrodes was produced according to the standard
method, while care was taken to limit the content of S to 0.006115 and that of P
P
to 0.015,,%. The induction type vacuum furnace ( ONE-571B /OKB-571 1B) with a ca-
pacity of 0.5 ton and a vacuum of 11a Hg, supplied by a high frequency
Bro -250-2500/'VGO-250-2500 type generator, with an inductor voltage of 1,000
(formerly 2,000) and a frequency of 2,500 cps was also revised. The vacuum sys-
tem consisted of 5 mechanical ( IH -6r IVN-6G) and 3 oil-vapor ( BH-4500/BN-4500)
pumps. The furnace construction was improved (in co-operation with the Vseso-
yuznyy nauchno-issledovatellskiy institut elektrotekhnicheakogo oborudovaniya/
All-Soviet Scientific Research Institute of Blectrotechnical Apparatus and the
Chelyabinsk Scientific Research Institute of Metallurgy) by fixing the inductor
more rigidly, by applying lever-typq vacuum seals, suitable for application in
the mnemonic furnace control system, by redo.-jigning the feeding, tilting appara-
tus, etc. The crucible material - having a marked effect on the metal quality -
was also tested. The most uniform macrostructure was obtained with a crucible
of melted magnesite, and 30 a Hg was found to be the optimum vacuum. The effect
Card 2/3

Misr-,
S/133/63/oc)0/004/002/0 11
Melting of steel and alloys in vacuum furnaces A054/A126
of the reduction of-the alloys on their ductility in forging was also studied.
The forging properties were improved by adding a nickel-magnesium ma8teralloy and
calcium silicate to the bath prior to tappirv,,, calculating 0.12 - 0.15% magnesium
.Por the finished metal. Wires with a 30 xttAickness could be drawn from the
metal produced under the modified conditions. There are 4 figures.
Card 3/3

L1 1

TULIN, 16A.; POWLYEV, N.P..-- YARTSEV, M.A.. SERGEILY, A.B.; ZHTXIGHK1 , L.A.,
. , qlej~Cr-j-k; GAIDUA, Xu.A.2 mekhnni '
Adopting the vacuum induction furnace OKB.-571-B. Netallurg 8 no.4:24-26
Ap 163* (MR(A 16:3)
(Electric furnaces-Deaign and conotruction)

7
S/130/63/000/004/004/004
AOo6/Alol
AUTHORS; Tulin, N. A., Chief of Shop, Pczdeyev, N. P., Deputy Chief of Shop,
q, Yartsev, M. Ya., Senior Electrometallurgist, Sergeyev, A. B.,
Senior Master, ZhiviWcInP.L. A., Electrician, Ghyduk, Yu. A.,
Mechanic
TITLE: Assimilation of the ORB -571- B (OKB-571-B) vacuum induction fur-
nace
PMIODICAL- MetallurgY no. 4, 1963, 24 - 26
TOM A schematic diagram of the OKB-571-B vacuum induction'furnace is
given. During industrial- tests made with the furnace several deficiencies were
revealed and the following improvements were achieved. The inductor was insu-
lated with glass strip soaked with silico-organic varnish. It consists of three
sections. The central and lower sections operate continuously. Its multi-coil
design and reliable insulation proved satisfactory. To use more efficiently the
upper inductor section the tilting mechanism of the furnace was redesigned making
it possible to incline the crucible through 40 - 45 0 to the side opposite to the
LCard

3/130/63/000/004/004/004
As3imilation of the... AWO/AI01
discharge. The charge mechanism was developed with electro-mechanical drive,
the chain was replaced by a single-rope drum. A new mechanism for measuring the
temperature and tanking-off samples consists of two compact stainless steel rods,
32/25 mm in diameter, placed into a hermetic pipe shell, 160 mm in diameter,
which is connected with the melting space through a vacuum seAl. The rods are
moved by driving rolls without rotating around the axis. Graphite blocks are
mounted on the threaded rod ends, having borings for quartz tips for the thermo-
couples and the sample-taking devices. The new vacuum sealing.,,devices represent
a simple lever system preventing the breaking of parts during different pres-
,sure. A new teeming funnel with a lifting mechanism assures constant trajectory
'of.the jet during teeming. The standards of inflow are 100 Hg/sec for the
melting chamber,.and 30 1, /,~, HS/sec for the other chambers. Instead of sealing
boxes, vacuum hos6-sections are used) operating by torsion and preheating the
furnace shell to 60 - 700C with hot water flowing through the cooling system of
I;:.3,.the furnace. As a result, the air evacuation time was reduced by a factor of
.5. The inflow in the cold furnace was 60 - IGO l./t. Hg/sec, and residual
pressure at opera ional temperatures was 8 ~~,~20 /LHg. There are 7 figures.
t
ASSOCIATI ' ChMZ-
ON.
Card 2/~

, I: ,- --

L 399 EP lz~> 7
Z-66 A (a,)_2/EV1T(m)/EFF (n)-2/Ew P (t)/EviP (b)
ACC NRI AP502230 UR/0133/65/000/009/0820/0823
bb9.168:621.365'
AUTHORt JaAbjAKgv,_S. V.; Kadarmetev Charuzfizibcd'~~,'~. V" Crtchcv*ts L
Ponomarenko Yu. G . Tulin. N. _A~; Pozdeyev, N. Pt,; Sergyev, A. B.
i _TS
TITLE: Vacuum treatu*nt of Uiqugid ferroch
SOURCE: Stal', no. 9, 1965, B20-823
TOPIC TAGSs ferrochroms, low carbon ferrochromm, liquid farrochroms, forrorhrome
decarburization,'vacuum decarburization
ABSTRACT: To develop a technique for industrial-scale production of low-c4rbon
farrochromiumo the Chelyabinsk Scientific Research Institute of Motallurj&'~iazethar
wM the Chelyabinsk 'HetaUurgical Plant,,%onducted (1960-1964) & series of laboratory
&ad semi-industrial scale experiments on dacarburization of liquid ferrachromium
in & vacuum induction furnace. The experimental results showed that vacuum treat-
meat of a 400-kg heat of liquid ferrochromium in an-induction furnace in a vacuud
of 0.6-2.0 me HS (80-270 a/m2) at 167D-1700C reduced the carbon content of the
alloy from 0.05-0.07 to 0.01-0.022 in I hr, and even lover with further treatment.
The chroalum content of the'alloy was practically unchanged, and the lose of ferro-
chromium did nat'excead 31. The power consumption for vacuum treatment was about
500 kwh par ton of liquid ferrochrozium, and the carbon oxidation rate was 0.0006 to
0.00092 Vein. In industrial-scsla production, liquid forrothromium can be poured
into a ladle from which, af t~~r ~~ag In poured into the crucible

L 3992-66
ACC NR. AE
of an induction furnace. The air is then evacuated fna the. furUcq. P4 After -
treatment the degassed metal is cast in flat ingots in air or In vacuum. To speed
up the treatment, the crucible preferably should be of large diameter but Cooper&-
tivaly shallow, and the content of carbon and phosphorus in the initial alloy should
not exceed 0.07-0.09 mud O.O3%j respectively. Orig. art. has: 1 figure and 1 table.
[HS]
ASSOCIATION: Chslyabinskiy a.-L. institutmetaU urgii (Chelyabinsk Scientific
Research Institute of Hatallu Chelphinskiy' metallurgichaskly.-isvod (Chelyabinsk
rv)
Metallurgical Plant)
MR,13
-SUDNITTEDi 00 INCL: 00 StM ODIM
30 RZY 60vt 011 OTMI 000 ATD PUS541i ;7
Cwd 21i-~

POZDEYEV, Nikolay Vasillyevich; YERSHOV, P.N., red.; GUSHCHINA)
--- -- -R.- N. , - red. i zd-w~;& 31 - GRECH IS HC HEVA, V. I. , tehAm red.
(Manufacture and use of fiberboard] Proizvodstvo I pri-
menenie fibrolitovykh plit. Moskva, Goslesbumizdat,, 1963.
90 P. (MIRA 16:10)
(Fiberboard)

YERSHOV, P.N., red.; DOLGOV, A.I., red.; HIKIFOROV, A.S., red.; POZDmV,
N.V., red.; SKOBLOV, D.A., red.; PRUDHIKOVA, M.N., red.; 19%TINA,
Ye.L., takhn.red.
[Proceedings of the section on standard housing construction and
furniture] Saktaiia standartnoro domostroaniia i mebeli. MosIrva,
Gos.izd-vo lit-ry po stroit., arkhit. i strolt.materialam. 1958.
212 p. I (MIRA 12:5)
1. Vaoooyuznoye eoveahchaniye po atroitollstvu. 3rd, Moscow,
1%8. 2. Nachallnik otdola standartnogo domostroyeniya MinisterBtva
lesnoy promyshlennosti RSFSR (for Yershov). 3. Zaveduyushchiy labo-
ratoriyay derevoobrabatyvayushchikh ztankov i potochnykh liniy v
derevoobrabotke TSentrallno_-o nauchno-issledovatellskogo instituta
mekhanicheskoy obrabotki dereva (for Dolgov). 4. zamestitnil na-
challnika otdala standartnogo domostroyehiya Mini~terstva leenoy
promyshlennosti RSFSR (for Pozdayev). 5. Glavnyy ekspert Gosstroya
SSSR (for Skoblov).
.(Buildings, Prefabricated) (Furniture)

LGGhG11EV, V.A.; POUEM, 0,D.; 'RUITSHY, V.S.
Influence of the flicker effect on the fluctuat-Jonz- of anpliti:.de
oscillations in an eloctron-tube oscillator. izv. vys. ucheb.
zav.; radlofiz. 5 no.2:307-310 102-. (111RI. 15:5)
1. Ilauclino-lasledovatellskiy radiofizicheskiy institut pri
Gor2kovskom universitete.
(Oscillator, Electron-tvbe--Noise)

Of t'ZO t'.l!C'ZCl7 Of-'CCt or! Z"!C lia" 31-1-
0 C,
V. 2, 19052, 5C7 ~,510
an o!.;cillator on a tubc, ty?e I
a;2; ~ZyLzc::l at. ~! 'L;7cl-UOZ.CY Of ,-"(C*
Of- Oscillat-jor-s- cou:d be vz-.xjLC' conl;-4nuol-,siy by
couplill~~ coofficicat betvircen tho tu-ieLl circui-, ailc'
1-0 circuit of %;:-1c tulac. oscillator vras
CIO-1-i-ector anc~ a ana-lyser for tac
-he
t ,, - 6 - -
,rolta-c o--7' t, c analyscr was by a vc,cu-u:.-.-tubc volt., c-tor
L A. t, i'lI
a co'.-lstc.-at of 5 sc-c- It -Vaf, "Oulud "at t4-10
0., L"'.c spoct--al density of am--ilitudc fluctuations
L - 1 a a cl
on frequency is in '-.ie form wa(f) = A--" ldl or COL
C,zrd 1/2

of t,.,c .... E 19 -2 / -T;'3
,:'-,e (,U~Intitv k I
oniv O= t!-e tae
-I : at i o 1-1 s z1,-" 1; " C. of t:10 osciilatol- -Lub-C. T7-c
o s c
S: n o 110
is thus a functio
tv,,)c ts f I i c I:
a,.)OVO resultz
zl~~rec t.-Ic Of V.6. r 0 i t- Y
zav. an~d
V. -,-c ~-Ihc:ory aud ar-- in --oold a-rcc-
,;,.Ic Osc Ilation and J n
tu~)Cs L)n .~-hc ut:.er
flic"Car 1101re.
t',c t!,icory doc.~; not az~rcc wil-:1 t:-Ic at !,IrL;c
-,'.i--y be c:ue to "I'lo fact that the
cory of -Y. S Troits!~.iy is not valid for this cas e
T~- c---c are f -L~;uros
j 1:;!:4
1AT 1 rz~
-e C 11
lastitutc of Gorl, iy University)
~,u -."fTa): 1961
Czrd 2/2

POZDEYIU, T.S.
Effect of peat dust upon the larvae of the malaria mosquito Anopheles
saculipennis (abstract). Med.parar.i paraz.bol. no.6:564 N-D '53.
(MY-RA 6:12)
1. Iz Udmartakoy reepublikanskoy protivonalyariynoy stantaii (zave-
dnymahchiy stantgiyey A.Ivanova).
(mosquitoes) (peat)

F_V,

Wjv1a-Jirj=g_:nosqulto during different periods.
A
PottlecV. _Mcd._PcrjzU;,1, i Pamzziiar. Ballsiti M54, &~-T__-
151 Tere cartful nut in a wo3quito-in(csted region of
Eastern RuqAa,. Taktim dust contg. I TI'g of hexachlonin
(1311C) and a watery suspetillon of same, cre used, It W44
found that the treatment wa3 Jzast effet ilve in Uarch anti

u""
most effective In April, One day's Creat t In April
'
w
It
l -give sufficient protectioa until the end of Augast,
Rereated tteatinents do not ~nh_,ncm the tfftetiveness and
wercly result [a waste of matexial and time. A. M.
51YO P 4r 5 o / ,J Y
T/ VC9 rr).,? f 0 r

Vlj'iOJEVSK-JY, A-S 7 flF-"'E-L.fA
POZDFYE~, G Hl-i-;R;*S? "Y f7 T_ K - F
red.,
[basic pr.inc2pies a~-,d ru-,.hri~ es - f iua h~rali: ~i
no %We pr~ r, ts py I m-i t-f I! 'x- i nin t4 -. e -ften,
"'+TRA

CA U~ (~Y. PRASE I BOOK EXPLOITATION SOV/6150
Akader,Liya nauk LatviyBkoy SSR. Institut eksp6rimentallnoY
meditsiny.
Voprosy kurortologii. It.] 5: Problemy fiziologicheskogo deystviya
i terapevticher~ksgo primeneniya aeroionov (Problems in Health-
Resort Therapy. v. 5: Studies of the Physiologi6al Effect and Ther-
apeutic Application of Air ions), Riga, Izd-~o AN-Latviyukoy
SSR, 1959. 424 p. (Series: Its: Trudy, t. 20) Errata slip in-
serted. 1000 coples printed. I
Sponsoring Agency: Akademiya nauk Latv.iyskoy.S~R. Institut eksperi-
mentallnoy meditsiny.
Editorial Board: Resp. ~d.: L. L. Vasilly4v, Professoi~,-P. D.* Perlij,
Professor, F. G. Fortnov, Candidate of Medical Sciences, Ya. Yu,
Reynet, Candidate of Physical and Mathematical Soiences, and L.M.
Tutkevich, Candidate of Medical Saiendes; Ed.z A.'Vengranovich;
Tech. Ed.: A. Zhukovskaya.
Card 1/7

ZS'
Problems in Health-Renort (cont.) SOV16150
PURPOSE: Thin book is intended for physicians workihg at health
resorts ard for the general practitioner.
COVERAGE: This book, a collection of articles, is essentially the
proceedings of the Second Conference on the,Fhysiological'Effeot
and Therapeutic Applioation of Air'lons,'-held # RIGa'(Latvian
SSR) In D-ecember 1957. The use of negative air ions Is believed
to be beneficial in the treatment of nonhealing`*wound~s and ulcers-
which often- result from radiation injury.. The book contains
photos of numerous devices described 1nthe text. - Upmeroub refer-
ences, taostly Soviet, are given at the erid of some of the'articles.
TABLE rj? C0JMJTS [Abridged]:
Gerke, P. Ya. Introduction 3
Vasillyev, L. L. Current Problems of the Physiolojioal
ai~d Therapeutic Effect of Air Ions
5
Card 2/7

f
Problems in Health-Resort (cont.) SOV16150
Shagan, 1. B. Experimental Dust-Electro-lonizing
Installation 61
Minkh, A. A. Climato-physiological Significance of
Air ionization 63
Portnov, F. G., and A. P. Lantsere. Ionization of
the Air Over the Riga Seacoast arid the Influence
of Air Baths Upon the Pressure Level and Vascular
Tonus of Hyper- and Hypptonic Patients 79
Determination of Lightweight Ions in
y of Mountain Rivers and Waterfalis in
the Ellbrus Region 87
Poz ev, V. 0. Natural and Artificial Conditions In
Y
~~
,
ea 'Unt witli Ionized Air at Kislovodsk 97
Salmnova, M. 1. Application of Air Ionization in
Radium Therapy log
Card 4/7

KUMLI, G.M.; IMUIRR, Ya.N.; REZNIK, M.Yn.;
j!OZDEY3V. V.1.; POPOV, V.A.;
REITM , Ya.A.; SKACHKOV, A.I.; STEPANOV, M.N.; KHfiL'TUNEN, V.V.;
KHRAPOVA, Ye.I.; SHREDER, B.L.; STERTSER, O.H.; AYRUS.-CHEENKO. R.1..,
red.; KONYASHINA, A.D., teldin.red.
[Fifty yenrs of the Leningrad trAmwaY] 50 let leningradskogo
tramvaia. Moskva, Izd-vo M-va kommun.khoz.RSFSR, 1957. 231 p.
(MIRA 11:1)
(Leningrad--Street railways)

POZDMT, V.I., inzh.; KNEREL', G.M., inzh., red.
(Selection of optirmm power for traction substations of the
city electric surface transportation; published for exchange
of experience] Tybor optimallnoi moahchnosti tiagovykh podatantaii
dlia gorodskogo nazemnogo elektrotransporta; v poriadke obmena
opytom. Leningrad, 1958. 32 p. (MrRA 13:3)
1. Nauchno-tekhnichookoye obahchestvo aanitarnoy tekhniki i gorod-
skogo khozyayatva.
(Street railways)

,POZDE M , V.L., inzhener.
Reconstruction of connecting couplings of screv conveyers. Nement 21
no.1:27 Ja 155. (YT;?A 8-4)
1. Dneprodzerzhinskiy teementnyy zavod,
(Conveying machinery)

POUPEYEV, V.N., aspLrant; PODOFL~LOV, V.A., inzh.
Ef ficient longWi of the trac~.,j in track skolaton assembly po'nts.
Trudy ITIMIT no.31:65-86 162. (MMA i6:9)
(Railroads-Track)

DANOVSKIY, L.M., dotsent (Novosibirsk); PECHUGIN, D.A., dotsent
(Novosibirsk); POZDEYEV, V.N., inzh. (Novosibirsk); SEMESHKO, P.T.
(Novosibirsk)
Track-skeleton assembly points and their spacing on a railroad
line. Put' i put.khoz. 7 no.12:17-20 163. (MIRA 16:12)
1. Novosibirskiy institut inzhenerov zheleznodorozhnogo transporta
(for Danovskly, Pechugin, Pozdeyev). 2. Zamestitell nachallnika
Zapadno-Sibirskoy dorogi (for Semeshko).

AUf I IOR: Pozdcyev, V.j~.
TITLE: An automatic level
using thermal resistance
PZRIODIC,'J,: P-riborostroyeniye,
44295
S/119/62/000/012/008/009
D201/ "308
controller for liquefied. gas
no. 12,.1962, 25
4
T 1;-'X T The. controller can conti-ol the li mief ied gas level
within 20 mm. Since in a liaue.-Eicd "as the 'neat conduction is very
large, the sensing element is simply a platinum wire, 0.05 mm in
diameter, with a rcsistauce o-E 40 oIns at - 200c, producing an unbal-
a-Lice voltage whea not completely innersed.in liquefied gas. The
C~
measuring circuit o-f the controller is. a d.c. bridge, i-rith a 3-TAre
data transmission line, ui to 200 m long. The supT
t~ ply is a 24 V
battery. Total current consun',)tion . 1.5 A. The liquid supply
valve is operated indirectly through a polarized relay, the windin:~
of which is connected in the detector arm of the bridge. There is
I figure.
Card 1/1

PO?,DEYEV, V. P.
Automatic regulator Of liquefied gaB levels Using therMiEtO.'66
PriboroBtroenie no.22:25 D 162, (MIRA 16:1)
(Liquid level indicators)
(GaseB-Liquefaction)

ACC NRt AR60350 '80 SOURCE CODE: TJR/0169/66/000/008/DO18/DOIB
AUTHOR: Pozdeyev, V. S.
TITLE Seismic prospecting in Western Spitzbergen
SOURCE: Ref. zh. Geofizika, Abs. 8D117
REF SOURCE: Sb. MateritLly po geol. Shpitsbergena. L. 1965, 285-292
TOPIC TAGS: "~Seismic prospecting, eismological station, hodograph/SPM-16A
SPED-56 seisrnbgraph, SS 24 P seismic station
ABSTRACT: Ai study made of'the results of seismic observations carried out by
the method of reflected waves (offshore and land observations) and by the correla-
tion method of refracted waves. The observations weremadein 1962-1964 to study,
the deep seated'structure of the Spitzbergen Archipelago and to discover local
second and third order structures within the Western Spitzbergen bend, Offshore
observations made with standard equipment by the method of reflected waves were
found to be inad;equate because of the complex structure of the bottom of the fiords.
Use of the correlation method of refracted waves made it possible to define the
Card

X NR- AR603560
refracting boundary, which in turn made it possible to make an overall evaluation
on the type of occurrence of deep seated horizons. Experimental land observations
made by the method of reflected waves (1963-1964) in various sectors of the
central part of Western Spitzbergen, were carried out with SS-24-P standard
seismic stations according to the system of a closed outline network. The
maximum freque-ney characteristic ranged from 45 to 60 cps. The heaviest
charges weighed 20 to 40 kg; boreholes were 15 to 18 m deep. The charges were
sunk at depths of 2 to 5 m in water; SPM-16 and SPED-56 seismographs were
used. A series of reflections were recorded, which are coordinated with the
reflecting horizons of the sedimentary strate lying at depths of 300 to 36013 m. The
wave pattern varies in complexity according to the sector. Complications in tile
wave pattern ar.e mainly due to the presence of zones of tectonic dislocation and
lithological nonhomogeneities in the sedimentary strata. A straight wave with a
speed of 3700 to 4500 m /see is observed in the first intrusion. The speed
characteristic of the geological cut is based only on the determinations of effective';
speeds made by'hodographs of reflected waves. The diagrams of the Vef (11)
dependence show that the geological cross section of the sedimentary thickness of
theMestern Spitzbergen dip is characterized by a high average speed. In depths
of 500 to 3600 m, the speed changes from 3900 to 4500 m/sec. Reflecting
boundaries havej been built by the to method and are coordinated wui-i the sediments
CGrd 213

ACC NRt
AR6035080
i of the Upper Pqleozoic, Mezozoic and RLIeozoic ages. The data obtained is in
p'hy. The need to use a
good agreement with data of structural geological photogra
method of regulated guided reception on sectors with complex seismologic con-
ditions is noted~ T. PoVakova. [Translation of abstract)
[GC]
SUB CODE: 08"1
card 3 / 3

P,OZDEYEV, V.V.; NFZMEYANOV, An.l.; DZANTIv-EV, B.G.
'l-I.-
Intera,.-;tion of tritiun, recoil atoma With halo derivativen of
benzene. Radiokhimiia 5 no.3095-397 163. (MIRA 16,10)
(Tritium) (Benzene)

POZI)EYEV V.V.; 1,ESW-YAVOV, An.N.; MANTIM, B.G.
Effect of halogen,-containing additives on the reaction
of tritium recoil atoms with benzene. Radiokhimia
4 no./+:398-404 162. (MIRA 15:11)
(Tritium) (Benzene) (Iodine)

NESMEYANOV, An.N.; POZDEYEV, V.V.
- - - -----
Hot synthesis of compounds labeled vith tritium. Usp. khim.
32 no.7:773-779 J1 163, (MIRA 16:8)
1. Khimicheskiy fakulttet Moskovskogo gosudarstvennogo
universiteta.

POZDEYhT V.V. NESWZYANUV Aji.N.; DZAIITMV, B.G.
$ I
Tritium recoil atoms and intramolecular migration of
energy. Kin.i kat. 4 no.2;31&-319 Ilh-Ap 163. (I-MIA 16:.5)
1. lbskovskiy gosqOarstvennyy universitet imeni Lomonosova,
khimiches.kiy fakulltet.
(Benzene derivatives) ("iritium)

- FOZDEYEV, V.V ; NESMEYANOV, An.N.; DZANTIIEV, B.G.
Effect of the aggregate state on the reactions of
tritium recoil atoms with hydrocarbons. Radiokhimia
4 no-4:404-410 162. (MIRA 15:11)
(Tritium)
(Hydrocarbons)

POZDEiEV,V.V.- DZANTIYFV., B.G.; NESMEYANOV, An.N.
Use of hot atom reacticns for studying processes of inermole-cular
energy, transfer in the radiolysis of organic compounds. KinJ
kat. 3 no.4:613-614 Jl-Ag '62. (MIRA 15:8)
1. Moskovskiy gosudarstvannyy uniyersitet imeni M.V.Lomonosova,,
khimicheskiy fakul'tet.
(Organic compounds) (Radiation)

NES14YEYANOV, An.N.; DZUTIYEV, B.G.; ~QZDEYEV, V.V.;,SIMONOV, Ye.F.
Reaction of recoil atoms of tritium with benzene. Radiokhimia 4
no.1:116-122 162. (MIRA 15:4)
(Tritium) (Benzene)

NESPEYAP"CV, An.N., POZI)EYEII, V.V.~ KLASS, Ya.
YRasurement of the activity of tritium-contalning or--inic ccT-
pounds, ZavJab'~ 28 m.;,33:305-1/07 '062. rl!-:iPA lr'-4)
1. ]/,oskovsl,.iy gosudarstvennyy universitet imeni N.V.Lomonosova.
(Organic compourv~s) (Radioactive tracers) (Tritiw)

S/195/62/003/004/002/002
E075/E436
AUTHORS: -Pozdeyev,,__V.V., Dzantiyev, B.G., Nesmeyanov, An.N.
TITLE: Utilization of hot atom reactions for the investigation
of the intermolecular energy transfer processes
during radiolysis of organic materials
PERIODICAL: Kinetika i kataliz, V.3, no.4, 1962, 613-614
TEXT: The cyclohexene-tolan system was investigated to assess the
possibility of using hot radioactive atoms to produce labelled
cyclohexene excited molecules. Study of the stabilization of such
molecules in different media was expected to give information on
the energy transfer from the excited to solvent ifiolecules.
Excitation and labelling of cyclohexene molecules was carried out
by exchanging H atoms with a hot tritium atom. It was found that
the resistance of cyclohexene to decomposition increased with the
concentration of tolan in the mixture. However the increasing
tolan concentration had almost no effect on the specific activity
of cycldhexene. Thus for the system investigated, changes in the
concentration of the aromatic component did not influence the
Card 1/2

S/195/62/003/004/002/002
Utilization of hot atom ... E075/E436
stabilization process of the excited molecules of cyclohexene but
decreased effectively its radiolysis. Other systems must be
studied to test the general applicability of the method.
There are 2 figures and 1 table.
ASSOCIATION: Moskovskiy gosudarstvennvy universitet
im. 11,1.V. Lomonosova. Khimicheskiy fakulltet
(Moscow State University imeni M.V.Lomonosov
Chemical Division)
SUB'MITTED: March 26, 1962
Card 2/2

S/032/62/028/003/008/017
B101/B138
AUTHORS; Nesmeyanov, An, N., Pozdeyev, V. V.-, and Klass, Ya
TITLE., Measurement of the activity of organic compounds containing
tritium
PERIODICAL: Zavodskaya laboratoriya, v. 28, no. 3, 1962, 30" - 507
TEXT-. A variant of K.. L. Wilzbach's method (Ref.. 3, see below) is
described. The tagged organic substances are heated with zinc dust,
nickel oxide, and water in an ampoule at 6400C for 5 hr. The temperature
is measured with a Chromel-Alumel thermocouple connected to an -)IM-47
(ERM-47) apparatus. The resulting methane and hydrogen (pressure 20 mm,
H
) are pumped into an r6h-8 (SBM-8) counter, and cyclohexane is added
g
up to a total pressure of 40 mm Hg- The activity is measured with a
(B) radiometers By using cyclohexane instead of butane as quenchinq gas,
the CH + H 2 concentration can be increased and the size of the apparatu3
reduce&. The method was used to measure the activity of tagged cyclo.
hexene, cyclohexadiene-1,3, and adipic, succinic and glutaric acids The
error of measurement was not more than I~L The accuracy of measurement
Card -1/2

S/032/62/026/00",/00~;/017
Measurement of the activity- B101/B138
does not depend on the amount of H 20 added, Therefore it is possible to
convert tagged organic compounds without H 20 addition, which iS iMPOT'tant
for measuring only slightly radioactive preparationsi There are 3 f igurf;s~
'! table; and 4 references: 1 Soviet and 3 non-Soviet. The three refer
ences to English-language publications read as follows-, Nuc I eonic s ,
no, 3, '02 16. no. 10
(1958); R., L. Wolfgang, C. F. Mackayz Nucleonics~
69 (1958); K~. E_ Wilzbach, L, Kaplan; W, G. Brown. Science, 118, 122
(19533,
ASSOCIATION, bloskovskiy gosudarstvennyy universitet im, M V. Lomonosova
(Moscow State University imeni M V- Lomonosov)
Card 212

I.L
J
`~" NEYEVA, A..%; AINTO~'j."iVs.K.4yA, E.I.; SUk.VC1,fj~;,
11
F-dat "fiv of molybd"nulrl. 1. no.1:2J-2E Jr J - F I ' r
, . J ) .
~18,5)

S/076/62/036/011/004/021
B1OI/B18O
AUTHORS; Sukhotin, A. M., Antonovskaya, E. I., and.Pozdeyeva, A. A.
(Leningrad)
.TITLEs The nature of the passivating film on chromium in acid
solutions
PERIODICAL: Zhurnal fizicheskoy khimii, Y. 36, no. 11, 1962, 2368 - 2373i
TEXTs The authors seek to explain why chromium is passive in I N H 2s04 at
-0.1 to +1-15 v (referred to hydrogen standard electrode) with passivity
decreasing slouly at more negative potentials,* while at -0-30 to 0.35 v it
is fully activated, and anodic activation sets in at> +1-15 v. The thermo-
dynamic conditions are discussed for all the electrochemical redox pro-
cesses that can occur on a chromium electrode in acid solution, and their
standard potentials are calculated. For the reaction 2Cr + 3H 2Oc~_ Cr 203
+ 6H+ + 6e the potential is -0-58 v; besides this, Cr 203 has very high
resistivity, so it can hardly comprise the passivating film. On the other
hand, for Cr + H 2Oz=-'CrO 2 + 4H+ + 4e the potential is -0-15 v, and it is
Card 1/3

S/076/62/036/011/004/021
The mature of the passivating ... B101/BI60
therefore assumed that the film consists mainly of CrO 2with other oxides.
The potential range -0.3< 9