SCIENTIFIC ABSTRACT PAVLININ, V. N. - PAVLINOV, V. N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239530004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 78
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PAVUNIN, V.N.
Theory of the acclimatization of fur-1.)earing ani-mals. Vop. elcol.
4:64-66 162. (K:RA 15:11)
1. Institut biologii Urallskogo filiala AN SSSR, Sverdlovsk.
(Fur-bearing animals) (Animal introduction)

SHVARTS, 6tanislav Semenovich; FAVLININ, MI., otv.red.; jU~LAS--'NOVA, L.P.,
red.izd-va; SZEREJAINA, N.F., tekhn.red.
[Principles and methods of modern aninal ecology; expanded roport at
the philosophical seminary on biological problemsp May 25p 114601
Printsipy i metody sovromermoi ekologii zhivotnykh; -.-asshireiuiyi
doklad na ilosofskom seminare po voFrosam biologii 25 maia L960 g.
Svurdlov:,,~, 196r-. 4~ p. (Akademiia nauk SSSR. Ural'skii filial,
Sverdlovsk. Institut biologii. Trudy, no. 21) (MIKA L4:7)
~Zoology--~Cologyj'

Conference on marUms. Zool. zhur. 40 ro.B:12'7i.-1276 '-g 'Ej..
(1,11~?J, 1),: E:,i
(Sverdlovi3k Province-41arte-na)

PAVLOIN, V.N., koind.biologicheskikh nauk; SINARTS, S.S., prof., doktor
biologicheBkikh nauk
Conservation of terrestrial vertebrates in the Urals. Okhr. prir
na Urale no.1:87-92 160. (MIRA 14:-4)
(Ural Mountain region-Wildlife, Conservation of)

SHUMS, B.S.; PAVLININ, V.N.
Establiahment of zocgeographical regions based on rodent distribution
in the Urals. Trudy Inst.biol.UFAN SSSR no.14:83-96 160.
(MBA 14 - 6)
(Ural Mountain regionw-Rodentia)

~sDNIn, YN., kand.biol.nauk, otv.red.; FIDTAMVA, T-S,
MARTS, S.S. -, _.Halt
red.; SMMKM. N.F.. tekhn.red.
[some problems with regard to species Im terrestrial vertebrates]
Nalrotore voproey problemy vida i nazemrykh pozvonochnykh
zhivotnykh. Sverdlovsk, 1959. 130p. (Akademita nauk SSSR.
Urallskil filial, Sverdlovsk. Institut biologii. Trudy, no.13.).
(MIRA 13-10
(species) (Vertebraten)

PAVLIIIIII, V.N.
Distribution o" the Siberian and tha European mink (MLBtela
sibirica and Lutreola lutreola) in the basin of the llor~..herr,
Soslva River. Trudy Sal- szzts. UFAI; SSSR no.1:3157-358 159.
(MIE:1 14: 9)
(Northern I-oalva Valley--MWw)

FAVLIKIN, V.N.
..w-
Notes on changes ir the bird fauna in the basir, of the '."ortherm
SosIva River, Trudy Sal, stats. UFAK -':56R no.1:385-386 159.
1
WIL, 14.Q,
('Northern SosIva Valley--Birds)

FAVLININ, V. N.
Matorials o4 the Morphoiogy Of Lh,~ h&ir covering of L;ables in
Tyunen' Province. Trudy Sal. jt~its. LFAId SS~;R no.l:272-2-,9
'59. (MIFUt 14:9)
(Tyurnen' I~rovince--Subles) (Fur)

FAVLOO, V.I.
Tri !-;
. p-1-no nartr;110 of
I!otec on the ". Ir UI:11)
Ural. otd. !TIP no.2:211-~~2 -,0,
(Ural l'ountains"!.artons)
tile

PAVLININ V.N.
- '__
Birds of the northern trans-Ural region. Priroda 50 no-5:1(2-104
w 161, (~MU~ 14:5)
1. Institut biplogil Ural'skogo filialia AN SSSR (Sverdlovsk).
(Ural Mountain togion--Rirds)

SMARTS, Stanislav Semenovich; PAVLININ, V.N., otv. red.;
ARDASMOVA, L.P., red. izd-va; PALIM, M.Z., tekhn. red.
(Ways of the adaptatton of terrestrial vertebrates to the
conditions governing their existence in subarctic regions.
Vol. 1: YAmmals.] Puti priBposobleniia nazemnykh pozvonoc~.-)-
nykh zhivotnykh k usloviiam sushcbestvovaniia v Subarktikq.
Vol. 1. Mlekopitaiushchie. Sverdlovsk, 1963. 130 p. (Ake-
demiia nauk SSSR. Urallskii filial.. Institut biologii.
Trudy, no. 33) (MIRA 17:1)

PAVLININ, V-N.
A survey of the acclimatization of mairmutle in the Urals. Trud.-
Inst. biol. UFAN SSSR no.18:23-32 159. (MMA 13:8)
(Ural Mcuntain repion-Game and gime birds)

FAVLININ, V.N.
Fur characteristics of the Tobol'sk sableo and evaluation of
results achieved with eastern satles released in Sverdlovsk.
Trudy Inst. biol. UFAN SSSR no.18:33-90 '59.
(KIRA 13:8)
(Sverdlovsk Province--Sables) (Fur)

]PAVL1111N, V.N.
First conference on the protection of nature In Bashkiria. Zool.
zh,ir. 39 no.7:1117-1118 ii 160. (MIR& 13:7)
(&-shkdria--Wildlife, Conservation of--Congresses)

:3/155/59/000/02/023/036
AUTHORSi Astakhov, A.V., Pavlov, V.P., Pavlotakiy, I.P.
TITLEt Spectral Representation of an n-particle Greenlunction in tho Uni-
dimensional Case
PERIODICALt Nauchnyye doklady vysshey shkoly. Fiziko-matematicheskiye nauki,
1959, No. 2, pp. 124-127
TKXTt Spectral representations of arbitrary multi-particle Green functions
are obtained in the case where the field functions only depend on the time
(unidimensional model). The results confirm that it is principally pol3sible
to obtain the representations from the causality conditions and from the
mass spectrum alone ; a direct application of the results is possible, e.g.
in thermodynamics.
The authors thank N.N. Bogolyubov for the subject and the guidanoe, and
A.A. Logunov, B.11. Medvedev, M.K. Polivanov for advices.
There are 7 references: 3 Soviet, 2 American, 1 Swiss and 1 Italian.
ASSOCIATIONt Moskovskiy gosudaretvennyy universitet imeni M.V. Lomon:~sova
(Moscow State University imeni 11.V. Lomonosov)
SUBMITTED: March 21, 1959 CO
Card 1/1

PAVLININ, V.M.. inzh.
Asynchrono-synchronous rotating frequency changer. Trudy Ural.
pollte0i. inst. no.90:614,-"O '58. (MIRA 13:2)
(Frequency changers)

MARTS, S.S.; POLININ, V.N.
Problems In the PrOtACtion of terrestrial vertsbrroris of th,~
Urals. Zool.rhur. 3A no.711119-11?0 J1 '59.
(MlRh 12:10)
(Ural Anuntain region-Wild life. Conservatinn nf)

PAVL11all. V.11.
Notee on the feeding of the mole Talpa evircipaea In th,* Urale LwAtb
summary in Bnglishj. Biul. MOIP. Otd. b1ol. 64 no.2:11-17 Mr-AP
'59. (KRA 12:10)
(Ural Mountains--Moles (Animals))
(Animals, Food habits of)

SHVAHTS, 3.3.; PAVLININ, V-N-; 3YUMMOVA, L.M.
Theoretical principles underlying prognoses of rodent populations
in the trans-Ural forest-stappe. Izv.AN SSSR. Otd.khim.nauk
no.10:3-59 0 '58. (MIRA 11:12)
(Ural Kountain region--Rodentin)

FAVLIHIN. V-N- -SHVARTS. S-3-
Distribution ranges of aome rodents in the Urals. Isy.AA SSSR-
Otd.khim.nauk no.113*89-92 0 '58. (MIRA 11:17)
(Ural Mountain region-Rodentia)

. ) i I / ~,,
Ij / I I ~ (- / / ~ '.. /V I
PAVLININ. V.N.
Conference on the replenishment and efficient utilization of the
the stocks of principal fur-bearing animala of the Urals. Zool.zhur.
36 no.911440 S '57. (MIRA 10:10)
(Ural Mountain region--Fur-benxing animals)

SHVARTS, S-S-doktor biologicheskikh nauk; SAyl'INIV, V.H., kandidat
biologicheskikh nauk.
(Instructions for countinj- and predicting the number of murin,i
rodents In the forest steppes of the Transural region] Ukazanlia
po uchatu I prognozu chislonnosti mushevidnvkh gryzunov v uslo-
viiakh lesostepnogo Zaurallia. Soot.S.S.Shvarts i V.H.Pavlinin.
Sverdlovsk, 1956. 26 p. (MIRA 10:6)
l.Akademiya nauk SSSR.Urallskiy filial, Sverdlovsk. Institut
biologii.
(Siberia, Western-Rodentia)

PAYMNIN, V.N.
Reproduction and season of mole trapping In the Urals [with AiglIsh
su=ary In insert]. Zool.zhur. 35 no.4:606-613 Ap 156. (K12A 9:8)
1. Laboratoriya zoologil Institute, biologii Urallskogo filiala AN
SWR.
(Ural Nountains-Noles (Kknimals))

E pp
- R932LO
PAVLININ, V. N.
Ukazardya Plo Uchetu I Prognozu Chislennosti Myshevidnykh Gr-yzunov V
Usloviyakh Lesostepnogo Zaurallya (Instructions on the Calculation and Forecast
of the Number of House-Like Rodents in the Trana-Ural Forest and Steppe Regions,)
by S. S. Shvarte I V. N. Pavlinin. Sverdlovsk, 1956. 26 p. Tables. At head of
title: P-kademiya Nauk SSR. UralBkiy Filial, Sverdlovsk. lnstitut Biologii.

PAVLININ, V.N.; SIMMS, S.S.
Natural maintenance of vitality in wild immmals. Zhur.obshch.
biol. 16 no.4:106-314 JI-Ag 155. (MLRA 8:11)
1. Laboratnriya zoologii Inatituta b1ologit Ural'akogo filiala
Akademii nauk SSSR.
(14AN)MS) (ANIMALS, HABITS AND RIKAVIOR OF)

PAVLININ, V. N.
"Proloncatim of the Mole's Life in Natural
.1
Conditions According t:) Cyclization Data,"
Priroda, qo. 12, 1949.

AVAKIYANTS, G.M.; PAVLINOV, A.B.- SABLIKOV, V.A.; SINYUKOV, M.P.; YIIHOVSKIY,
AIV.
Study of some thermal effects in germanium power transistors.
Rediotekh. i elektron. 7 no.8:1421-1426 Ag '62. (MIRA 15:8)
(Transistors)

L 8110-66 EWT(j)/E Vjjta)/ _JYrifjLT_
ACC MR: AP5026908 SOME CODE:: t 010/0 0/ BB7/189
AMHOR: A. B.1 Sabl
jafLinov _ikov, V. A
I
Lj
ONG: Tashkent State UniVerBity,(Tashkentskiy gosudarj;tvenrTr univerBitat)
TITM: Some electrical cha~hcteristicc of germanium iind silLcon "threadt) diodes
SOURCECRadkotekthnika i elektronika, v. 10, no- 10, 1965, IB87-1892
TOPIC TAGSt asmicoriductoi diodeg silicon diode, germanium diode
ABSTRACT: The.results of an erimental investigattDn of Ge and Si Othread" diodes
are reported. By applying a 10 -106 v/cm field In the reverse direction to a p-n
junction, an avalanche breakdown was caused; as a result, a thin (2-6 v) break-~
down path -- the "thread" - was formed In the junction. The diodes prepared in
this way had an S-type Z-V characteristic symmetrical with respect to the crigin of
coordinates; the bond-point parameters aret V w 2D - 50 v, I a 30 - 60 ma for Si andl
5-45 v, I w 10 -50 ma for Gel curves of L and p-1 as furictions of frequency,
for varioun control currents. and the effect of t 'erature; (-15D +1500 an the
amp
diode paraxiaters are also given. The "thread" diode was also tested as an Inductance
in a paralltl resonant circuit. In order to reduce the required control pos'ers'
CVF4d,1/2',

~ .1
. m

I I'll
S/10 62/60/608/013/315
D 4 0 9%n
D301
,XTHORS: aval, I yants, G.M. ~vjqy, AIu,-., S a'jlikov, V..,. ,
Sinyukov, N.P. and Yurovskiy, "%.V.
.:ITLI.-': Study of thermal effects in germanium power transis-
tors
!1Z'P,IODIC.U,: Radiotelchnika i elektronika, v. 7, no. 3, 1962,
1421-1426
TZXT: The dependence of the triode parameters on the 'neat,
released at the collector junction, is studied theorctic.~iliy and
e)c)erimentally. The condition for the appearances of fallin- c1l~arac-
ter-7stics in the -non-stationary regime, is obtained. Foziiulas are
darlvea for the emitter and collector currents, the current gain ~4,
the feedback coefficient Ax, the collector conductivity c1c, and t'ne
emitter conductivity g.: As a result of the heat release, falling
charact-eristics appear in both the emitter and collector circuits.
The experimental setup for the study of the non-isothermic current-
voltage characteristics is described. The transistors n209 (.11209)
Card 1/2

L 07932-67 E:w*r( 1)/EWT(m)/EWP( L)/E'F I[')K~ I D/'A F
ACC NR, A.P603c)668 SOURCE ICODE: Ul~1016616610061001'100531005'b"
AU-511OR: Pd,.vlinov, A. B.; Sablikov, V, A. 7
ORG: Tashkent State University im. V. I. Lenin (Ta.,,hkenWiy gosuniversitet)
TITLE: Breakdown of germanium'-Ind silicon';trystals in a strong electric field
SOURCE: Ali UzSSR. Izvestiya. Seriya fiziko-MatCMat:Lcheskikh nauk, no. 4, 1966, 53-56
TOPIC TAGS: dielectric breakdown, germanium semiconductor, nilicon semiconductor,
pn junctio:.'i, space charge, semiconductor carrier, volt ampere characteristic
s(kicondqctpr
under the
ABSTRACT: The authors consider irreversible breakdDwn of a
influence of a strong stationary electric field, such as L3 produced by a p~-n junc-
tion at large inverse bias under space-charge limitation conditions. In the experi-
ments, the role of the pt-n junction was played by extraction of mobile carriers,
thus eliminating the strong heating resulting from application of a strong stationary
field. The changes in volume of this semiconductor resulting from the breakdown were
observed by transmission of infrared light. Examination shows that the breakdown is
followed by the production between the electrodes in the crystal of a thin strongly
absorbing channel, whose diameter is equal to several microns, depending on the break-
down current. The experiments were made with silicon and germanium. The infrared
observations disclosed also that the region around this clAnnel is overheated, thus
indicating that the current is concentrated in the channel. It is concluded from the
results that the breakdown is localized, that the breakdo'~m current Increases first
Card 1/2

L 07932-67
ACC NRs i,pGo3c)668
slowly (up to 500 - 600 v - exponentially), and then rises very rapidly during the
breakdown. The average field intensity producing the breakdown is 105 - 108 V/cm.
From the dependence of the photocurrent on the field, from the magnitude of the field,;
and from tae dependence of the current on the field, it is concluded that the most
iprobable mechanism causing loss of the dielectric strength is thermoelectric. The
carrier density in the breakdown channel is estimated at -1015 - 1018 CM-3. FTom a
comparison with the conclusions of the thermal theory presented by the authors ear-
lier (Radiotekhnika i elektronika v. 10, no. 10, 1965, P. 3B87-1892) it is concluded
that this theory describes the behavior of the channel well in the negative sections
of the volt-ampere characteristics. Orig. art. has: 3 fiirures and 2 formulas.
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AC~O/AlOl
AUTHORSs Borisov, Ye.V., GrLzin, P.L., Favl1nov, L.V., Fedorov, G.B.
TIMs Self-diffusion of molybdenum and diffusion of tungsten In molybdenum
PERIODICALS Referat ivnyy zhurnal. Metallurgiya, no. ~o, 1961, 3, abstract qZh11
("Metallurgiya I metallovedenle chist. metallov", no. 1, Moscow,
1959_213 - 218)
Zw: The self-diffusion of Mo and the diffusion of W in Mo Were studied
In the interval 1,800-2,1750C by the use of radioactive isotopes Mob9 and W185.
The annealing time was from a few hours up to tens of hours.. Samples of Mo ob-
tained by are-emelting in vacuum were subjected to preliminary annealing at 1,500
OC for a period of 20 hrs in a H2 atmosphere. To determine the diffusion -zoeffi-
clent the method of measuring the total activity of the sample remainder was us-
ed. The following temperature dependence was obtained for the diffusion coeffi-
cient for Mo self-diffusion; D 4 e~p (-11~,000/RT) =2/~,Bc. For diffUSiDn of
W in Mo It was found that D = -- 10- exp (--,78,000,13T) om ,'sec,
[Abstracter's notei Complete translation] A. Rusakov
Card 1/1

BORISOV, Te.V. , ('YRIIZTN. P.~,. - PAVLINOV, L.V. , FTDOROV~ G.B .
Self-diffnsinn of nolybden-uyn anl tungstmn liffusion In -~71y")denun.
Mnt.1 gamtallovmd.chist mat. no.1:211-219 '119.
(MIRK 12--10)
(linlybrlmnuts) (Tungstrin) (Diffusion)

85!~66
S/126/60/010/005/014/030
.15to ~'T Ir E193/E483
AUTHORS: Lyashenko, V.S., Bykov V.N. and Pavlinov, L.V.
TITLE: The Effect ofiron andlickel AdZitions 0-n-liSelf-
Diffusion in a-Zirconium
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol.10, No-5,
pp-727-731
TEXT: Using the radioactive tracer (Zr95) tochnique, the
present authors studied the effect of small (up to 0.4%) additions
of iron and nickel on self-diffusion in zirconium at 650 to 8300C.
The temperature dependence of the coefficient of self-diffusion D
of Zr-base alloys, containing 0.14, 0.42, 0.2'5%. Fe (Curves 1, 2
and 3) and 0.3 or 0.2% Ni (Curves 4 and 5), is shown in Fig.1,
where the same relationship for pure zirconium is illustrated by
the broken curve. It will be seen that addition of nickel and
iron decreases the coefficient of self-diffusion in a-zirconium by
a factor of 2- 3. This effect is attributed n9rt only to the
change in the nature of the solid solution, which affects the
volume diffusion, but alvo to the change of the, microstructure of
zirconium which, in the presence of iron,or nickel, loses its
needle-like character. As a result of this, the total surface of
Card 1/2

FAVLINGV L.V.
Calculation of diffusion parameters. Fiz. met. i metalloved.
20 no.3:345-348 S 165. (MIRA 18:11)

-ACC - NRI-- AP6033050 SOURCE -C-OD E-i -U R71 01-2 6-r6'GrO 72TO-92-rM-C/ 0 2 3 8
AUTHORi Nakonechnikov, A. 1.1 Pavlinov, L. V., Bykov, V. 11.
;ORG3 none
ITITLEll Carbon diffusion into refractory metAln wiLh ~! bcc latticil
:SOURCEI Fizika i metallov i metallovedeniye, xr. 22, na. Z? 19661
.234-238
.TOPIC TAGSi refractory metal, molybdenum, niobium, tunrnten,
!tantalum, titanium, diffunion, carbon diffusion, diffusion coefficient,
:activation energy, frequency factor
ABSTRACTI Specimens of 99.98%-pure molybdenuri, 99.14%-pure niobium,
99.517-pure tungsten, 99.01%-pure tantalum, annealed at 1500C. and
!
i99.62%-pure titanium, annealed at IOOOC, were coated with a uniform
;thin layer of C-14 radioactive carbon and, after stacking into pairs
I
iwith the active aides facing each other, were diffusion annealed In a
1vacuum of (3-5)-10-5 mm lig at 1100-1600C. rhe diffusion coefficient
land activation energy were determined with an accuracy of about 12 and
51, respectively. With increasing annealinR temperature from 1200 to
1600C, the diffusion coefficient increased from 1.34-10-8 to
:4.24.10-7 CM2/9ec for molybdenum, from 6.61-10-10 to .'j5$jp-,A crp2/dec
C-~! 1 , 2 U 1) 5 19

ACr- AP6033~)50
from M
n r n j r) b J u n a n d t i t a n i u in , d 1 L' fu I ~i d t
t h v d i f f u a I o n r o c f f i c L e n c v a r i e di f rr
a n L f r o-n 1. 7 10 to 7.27 - 10 cm' 1 fi v4! 61, o t u
tenperature ranges , the calcu lated vai u o ~i f t ji
were 53500, 430001 41000, 35000, and
and Ti, respectively, Thus, the act i %, i L n r v
into netals with a bcc lattice iq dir(,ct y i r
temperature of the base metal, and can he
Ali w kTmelg where K k 10-13. Th c f r e q u n c Y C t 7-
fusion inco the bcc metals is, t L- A ;,, Y a e L
activation energy and can be expreise,.; by ef,~,
3 2-10-4 cm2/sec anJ b - IQ-" calj,-z-tor,,-,
where A -
4 figurea tables, and 10 formttas.
r a n 14 e
n 1 '~
ri n r v
V TI r7,11
),o , Nb
1 T- o- n f 1, u a I o n
, '% ~ i~ r, me I tin g
)i;, equntion
O)e nirbon dif-
I rifill t,v the
D~ - A exp(bAH)
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Card

85969
S/126/60/010/005/019/030
E032/E4i4
AUTHORS: Lyashenko, V.S., Byk2~V.~N._and Pavlinov, L.V.
---------------
TITLE: Self-Diffusion of Zirconium In Some Zirconium Based
Binary and Tertiary Alloys
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol.10, No.5,
PP-756-762
TEXT: The self-diffusion of Zr in binary alloys of Zr and Nb,
containing up to 31.1 wt.% niobium, and tertiary alloys of Zr and
Nb (25%) with Mo (0), tin (2.8%) and Cr (0.6%) was investigated.
The diffusion coefficients were determined with the aid of the
radioactive isotope Zr95 in the temperature range 900 to 12000C.
The radioactive Zr isotope was deposited onto the specimens by
evaporation in vacuum. The diffusion annealing was carried out in
double-walled sealed-off quartz ampoules. The aWpoules were
evacuated down to a pressure of about 10-3 to 10- mm Hg and
carefully outgassed before being sealed off. In order to prevent
Possible oxidation, the specimens were covered with a layer of
zirconium shavings. Layers 2 to 311 thick were removed at a
time. The experimental errors (calculated by-the least squares
Card 1/4

85969
S/126/60/010/005/019/030
E032/E414
Self-Diffusion of Zirconium in Some Zirconium Based Binary and
Tertiary Alloys
method) were 8 to 10% and 2% for the diffusion coefficient and
activation energy respectively. In all cases, -the logarithm of
the diffusion coefficient was found to depend linearly on the
reciprocal of the absolute temperature. The results obtained are
summarized in the following tables;
Table 2
No. of alloy] DO, CM2/sec A H, cal/g -at
1 5.2 x 10-5 254oo
2 9.2 x 10 5 28700
3 8.9 x 10 5 286oo
4 9.1 x 10 5 29200
5
6 8.7 x 10-5
_4 296oo
1.1 x 10
-4 326oo
8
7
8 1.1 x 10
-4 00
33
6.6 x io
-3 37900
Card 2/4 9 1.3 x 10 426oo

I
85569
S/i2:6/60/010/005/OIL9/030
E032./E4i4
Self-Diffusion of Zirconium in Some Zirconium Based Binary and
Tertiary Alloys
Table 3
No. of alloy Do, cm 2 /sec aFl, cal/g -at
1 1.0 x 10-2 48200
2 2.1 x 10- 2 49500
3 3.2 x 10-3 43700
Table 2 refers to the binary alloys and the heading "No. of alloy"
refers to the following concentrations of' Nb, respectively,
0.5, 1.2, 2.2, 5.2, 9.5, 15.4, 0.0, 26.9, 31.3 N by weight).
In Table 3 the three alloys were: Zr + 25.6% Nb + 2.8% Sn (No.1);
Zr + 23% Nb + o.6% Cr (No.2): Zr + 28% Nb + 3% Mo (No-3).
The addition of Nb to Zr is found to reduce the diffusion
coefficient and increase the activation onergy in the above
Card 3/4

85969
S/126/60/010/005/019/030
E032/E414
Self-Diffusion of Zirconium in Some Zirconium Based Binary and
Tertiary Alloys
temperatu re interval. In the case of the tertiary alloys, the
addition of molybdenum, tin or chromium to the alloy Zr + 25% Nb
leads to a further increase in the activation energy and a
reduction in the diffusion coefficient. There are 7 figures,
3 tables and 4 referencest 3 Soviet and .1 Non-Soviet.
SUBMITTED: November 25, 1959 (initially)
May 12, 1960 (after revision)
Card 4/4

's)'ACCESSION NW-AP4046097
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s
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t
va ion
~W. :energy and the.
OWlintiti6n L AH:;:' :65 L, Mo Nb.aOOV'ha~' . ones crystal lattice in
0
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'~~-th'e:soii-~-pnape~,-.iiide~erident.- of '-temperature Coriditioxis ~1~ e- r, . T1 an CM
z
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crj Therefore th I eidtii -polymorphic trana-.
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A It t
.;----a The 4uthors -conclude'- that .selfdiffusidn An q ntered metals that. dol.:~t~
bod e
,7i'_ 7, 77
ws'as-selfdi(-T-
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iconium. carbor V. diffu ion -cc4ffici t.: radioactive
ion of.

.-ABSTRACT,, Diffur t gh.;,temp C
iE he hi erafure. b )dywcentdred cubic form.of
14
190,61) is- inv:stiTga4 usliig radioactivel-Asotope C ,The diff f
~Z r%co um US20n: 0
carbon in 8_z1rc'oniu6 ~t.tem r'Atu-res ~of 900-12600P is exp~ressed by. the,- equation
pe
2/sec. Parameters
D= 0 700IRT) cm for the temperature dependence of
.0048exp(-26,
-the _,coefficient'~of carbon in zirconium (Do and AgYagree V ith data on the diffusion:
;'~I"; of _carbons in other body-centered metals, as well as! wi th T he values calculate&ac-
Cording to -and Zener.(fte. Rev. 1949 76, ljr'
Wert 69 T
he activation energy and
ppquenc lidto~' I nftibgen ~
_Adr the diffuilon- of carbo
n aw ',in zirconium are-about
f - '
comspo~dinz -~a4i -~elf-di iii-on in! L
,~zirconium. -The - authors
fiien6~ re ires-,

MIM I

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PAVLINOVS L.V.; BYKOV., MT.
3-s.11--diffu3ion in molyMpnion. Fiz. mot.. I rntivillov,,d. 18 no.3:
459-461 5 164. ( ~c , ~ , I- -,.

LYASHIM, V.S.; BYKOV, V.N.; PAVLIIJOV, L.V.
Wfect of additions of iron and nickel on self-diffusion in -zirconium.
Piz. met. i metalloved. 10 no-5:727-731 N 160. (MIRA 14:1)
(Zirconium allop-Metallography)

LTASHXIUD. V.S.; BYKOV, V.N.; FAVLINOV. L.V.
Zirconium self-diffusion in certain binary and ternar7 alloya.
Piz. met. i metalloved. 10 no.54756-762 R 160. (MIRA 14:1)
(Zirconium alloys-Meta'Llography)
(Diffusion)

(9 0) 66224
SOV/126-6--i-7/33
Lyashenko, V.S., Bykav, V.N. and Favlinov, L,V.
JTL L Study of -~elf-Diffusion of Zirconium and Zirconiux- i i-
Alloys
Fizika metallov i meta I loved eniye, 1955, Vol 61
I;P 362-369 (uosp)
.W 6 1 IiACT: In this paFer the influence of tin additionz, u,
activation energy of self-diftubion o1 zircouii~ii.
investigated. Till was cho5erl as ~kle -Ijlo)'111~1, Clf!..,-;~~
its rel.utedly bcneficial ini-Luence on the curri,bIL)II,
resistaiice of zirconium. Zirconium iodide
the followin,, itilurities was used fur the
Hf - 0-070/o, N - 0.014N. Fe Si
-is remelted in an electric arc iurnace o1 tne plil-
W
~
type in an argon atmosphere. binary zircuniui.:
containing 1.30, 2.39 and 3.54 wt :-er cent ! i:_ t- i
melted under the sante conditions. All sj eciii.f:i- ~,~i
given it homogenizing anneal at 1CO00C fur 5 hot i - .
dimensions of the specimens were 1U x I(- x ~:t, imi.. iil~
radioac tive isotope Zr-95 , whi ch was al 1 A i ed t u t,
s 1 e c in, ens by spraying in vacuum , was us e(A I or t 1.t-
Card 1/6 determination of the coefficient Of SCII-dIllu-1i)1.

66224
sov/126-o-3-7/37
Study of Self-Diffusion of Zirconium and Zirconluai-Tin Allo~s
zirconium. The specimens were placed oit the watcz-
cooled lid of a chamber, in which a residua-, pre.9surc oi
io-3 mm Hg was maintained, and sprayed. The fiin, of tt.~-
zirconium isotope api-lied was impervious and (!.5 to 1 1,
thick. The diffusion anneal at tempeiatures of 65L) t~)
827% was carried out in evacuated quartz ampoules. .~t
temperatures of 916 to 1260%, the sj.ecimens were
in a quartz ampoule under continuous evacuation tat a
residual pressure of approximateJY 5 X 10-4 fill', flQ), At
temperatures of 1325 to 15U0 0C, the diffusion anneal WiA~,
carried out in a vacuum furnace vrith a tungsten iieatt-z
(at a residuai pressure of al.proximately 5 x 10-4 HS)
Pairs of specimens, their active faces put togettier,
were annealed at the same time. In order to prevent aiil,
possible oxidation, the specimens were always covereu Witt]
zirconium filings. Annealing was carried out continuou!~I,.
and the heating and cooling time of the speciaien:!, was
allowed for by an ap]propriate correction. The annealin%
time in the P-range was I to 30 hours (the depth of
penetration being 2CO to 300 0. In the a-range, the
Card 2/6 accuracy of diffusion coefficient measurements is at tt,e

66224
SOV/126-6-5--/7)7
Audy of :elf-Diffusion of Zirconium and Zirconium-Tin Alloys
limit of' sensitivity of the inethod, as the del th ul
penetration on nnnealing for 222 to 1076 hourb wa,~ iut-Lio
to be 3U to 6C. P. The tetfil-craturo wn.,A fi~casurocl L-Y it
Ft/Pt-Rh thermocoupie. The layers were rem,,ved ivitii i
grinding wheel. The thickness of a layer was measure(i
by the difference in specimen thickness before ai,d alt~-f
removal of the layer, using the vertical optical leriptn
measuring instrument of the IZV-1 type. The accuracy ot
such an instrument is + 1 p. However, as the layer--~,
removed may not be absolutely parallel to eacti otiier.
the actual error in measuring the layer thickness is
estimated at 2 to 3 ~L- In the a-region, the thickness ~A
a layer was measured by the IZV-l instrument and also
calculated from the change in weight of the speci-nieiib,
which were weighed with an accuracy of + 0.0001 g. In
this case, the error in measuring the layer thickness fji-i
not exceed 1 0. The integral activity of tne bi-e(-ir~iLris
was measured with a B-2 ridometer, us.ing a face ci)uijtti u!
the 14ST-17 type. The duration of each measurement was
10 min. The y-radiation of Nb, being, the product L)i ti,~
Card 3/6 decay of Zr-95, was evaluated US.Lng Ek filter. Th e

66224
SO'V/126-8-3-7/33
Study of Self-Diffusion of Zirconium and Zirconitim-.Tin Alloys
absorption coefficient of' 0-irradiation of zirconium,
which was measured by using aluminium filters, was found
to be 350 cm-1. The coefficient of self-diffusion was
measured by removing layers and determining their
specific activity from the difference of the integral
activities of the specimen before and after removing the
layer (Ref 6). The results of measurements of self-
diffusion coefficients of' zirconium are shown in TaL-ie i
and in Fig I and 2 (650 to 6270C for the a-phase;
918 to 1500*C for the P-phase). The temperature depeiiaeaice
of the self-diffusion coefiicient, calculated graphicall,,
and by the least squares method, can be represented by
the equations
D = 5.9 :k 10- 2 x exp(-52000 ) cm 2/sec (a-phase)
RT
D = 2.4 Y. 1o-3 x exp(-38000) cm2/sec (P-phase)
RT
In Fig 3, the dependence of the concentration logaritiini
Card 4/6 on X2 (x = depth of penetration) for specimens anneale(l I/

66224
SOV/126-8-3-7/33
Study of Self-Diffusion of Lirconium and Zirconium-Tin Allojs
at 918, 996 and 12600C is shown. In Fig 41 the dependence
of the concentration logarithm on the depth of
penetration is shown for the same specimens. Fig 5 shows
the microstructure of zirconium after annealing at 15000C
for I hour, followed by cooling at the rate of 1000C/min.
The graph of the dependence of the diffusion coefficient
of zirconium on temperature in the investigated alloys -is
shown in Fig 6. The parameters of diffusion of zirconium
are shown in Table 2. The values of Q (activation ener,.4y)
and IgDo in relation to tin content are shown in Fig 7 aria
8. In Fig 9, the dependence of lgDo on activation energy
is shown. The authors arrivedat the following conclusions:
1. In the temperature range 900 to 1100*C, grain-bouridary
diffusion occurs preferentially. The ratio of graiji-
boundary to volume-diffusion coefficients at 9180C is
2 x lo5. 2. Results have been obtained on the influence
of tin on the parameters of self-diffusion of a-zirconium.
An addition of up to 3.5 wt % tin raised the activation
energy in the temperature range 740 to 827% and the
greatest value for the activation energy (75000 cal/9-at)
Card 5/6 is obtained for an alloy containing 2-390i~ Sn. bK

PAVLININP._V_.N.
Compantive craniclogy of yellow-throated marten and finher.
Trudy Inatblol.UFAN SSSR ilo.29Y81_92 162. (MI" 16:2)
(Martens) (skull)

PAVLIKINP V.N., kand.biolog.nauk
Conservation of sqairrels in pine forests of the Tobol Valley.
Okhr.prir.na Urale no.3s8l-83 162. (MIRA 16:6)
(Tobol Valley-Squirrolm)
('rpbol Valley-Wildlife, Conaervation of)

PAVLl!:,'O"V , V. N ,
Pavlinov, V. (TJ SFP (Method of' ','easurine the Coefficient of the Magnetic
Permeabilltv of RockE). PuBsian Patent 1130G0, iscued June 3G, 1933.
Covers method of measuring coefficient of magnetic permeability of rccks in -which
two hollow sDheres or ellipsoids, having centers in horizontal plane, are usedi
spheres are filled with rock to lie investigated and a magnetic needle is fastened
between them. Spheres are turned around needle, and deviation r~f needle rn%soj
thereby is observed. T~rom these obFervaticns coefficlent. of magnetic perneatdllty
of rocks investigated is calculated.
Claim allowed - 1.
10-

PAVLINOV, V.W.
Nev finds of graptolltes in Kazakhstan. Biul. NOIP, Otd. gaol. 24
no.6:34-39 149. (XIR& 11W
(Ka2akhetan-Graptolites)

V
PAVLINOV, V. N.
"The Priority of Russian Scientists In the Establishmont of the Nature of
Small Intrusive BodiesA 11 b,. Mosk. geol. -razved. ir--ta, 26, 101-1101 195L
In the history of tKe ctxtdy of small intrusive bodies, the author
distinguishes three periods. The first period encompasEes the second
half of the 19th century, after t~,e 4ntroduction of tne term "laccolith"
(Gilbert). The second ppriod covers the first 30 years of the 20th
century, characterized by th,? detailed studies of sma:.l lntriisJvf,- bo-fl"~s
in the region of the Calicasim) Mineral Watprs (Knvkazfik:,ye XineralInyye
Vody) and In the Cri.mea. Tho third period covers the t*.me up to the
present.
RZhGeol, No 1, 1955

V11"41- V , /'Y
BDDDANOV, A.A.; ZHUKOV, M.N.; MILANOVSKIT, E.Y.; PAYLINOV, V.N.; BOG-
DA19OV, A.A., redaktor; SEMOVA, N.Y., reZM0'F7RAXZr-,%.N.,
tekhnicheskiy redaktor; POPOV. N.D., teichnichmikiy redair-tor.
(Laboratory manual for a
laboratoroym saniatilam po
Go*. nauchno-takhn. izd-vo
1954. 146 p.
(Geology-latborstor.t
course in general
'kursu. obahchei
lit-ry po
geology] Posobie k
geologii. Moskva.
geologii i okhrane nedr,
(MLRA 7:11)
--,januals)

A UTH' v : I I-, o
T TTL
rind Xna "n c I an", n i ~-.a c4 p r -9 V n n 7
r,..,. c, r, Iv r. wAranev r
avy
y po r t p, i e, y
f~ r fe, 1-~ e o F u F,
1,? a t e r n if rv v,- 1
r e j,-, rf r.
pes -.e
Fr~-.r
1. ~;eolog-y 2,
,ard I,'!

3(5) , 14(5)
AUTHOR: Pavlinov, V. N, SG7/1r~2-59-3-2'/2r
TITLEt Bibliography (Dibliografiya)
PERIODICALs Izvestiya vysshikh uchebrvkh zavedeniy. Neftl i gaz, 1959,
Nr 3, p 96, p ' 04 (USSR)
ABSTRACT: A rerort is gi,len or. the book "Neftyany;Fe i gazovyye
mestorozhdeniy)a Kitayskoy Narodnoy Respablikill (Th Petrolem
and Gas Occurrences in the People's Republic of China) Dy
Chzhan Gen, ChLhan Tsin-da and P~ P. Zabarinskiy. It describes
the new discoveries by Chinese geologists. Thus, the hitherto
inaccurate and incomplete data arc) completed. The authors teach
at the Peking Petroleum Institute. The book ~;ontains geotectonic
and stratigraphic data on the petroleum deposits in China, An
especialLy detailed description is giver, of the occur.-ences
near Lao Dzyun' myac ~Trovince of Tezyutszyuan) and Tushandzy
(Dzungaria). Further, among others, the occurrences on Formosa
are mentioned as wel. as the hitherto little investizated but
promising regions in the Tibet uplands of Sikang and the
Tungting-hu lowlands. In a criticism the disadvantage is
Card 1/2 pointed out that many of the latest pa;ers by Chinese geologists

Bibliography S011/1 52-59- 3-21/25
have hitherto not been taken into accourt and t~,at the,
evolution cf -,etro'-,eum ir inland sea basins and the occurrences
of bituminous .schists are nct sufficiently menti,nea.
Card 2/2

NIKOIAYEV, N.I.; BLBAK. V.'s.; LhTS, Ta.G.; KIZRL'VhTK',. D.S.; NlKlTINA,
V.N.; PAISOVA, B.K.; P3RV3LKIW., S.Y4; RYZHOVA,
A..&.; SA.POZMKOV. D.G.
"Principles of structural geology and geological mappint;" by
A.B.Mikhailov. Re7iewed by N.I.Nikol-aev and otbers. Izv.vys.
ucheb.zav.; geol.!- razv. 2 no.11:125-127 N '59-
(MIRA 13:6)
1. MoBkovskiy geolog~,rELzvedochW institut im. S.Ordzhonikidze.
(Geology, Sturctural-41aps) (Mikhailov, A.B.)

KU]IRYAVTSZV, V.A. [translator]; HOISHMA, V.M. [translator]; TUPITSYN.
N.V.Etranslatorl; TSZYAN TSZU-T= [Chiang Tsu-chiehl (translator].
FAVLIBOV. Y.N.. prof.. red.; SOMCHYAN, L.M., red.izd-va;
POSPALOVA, A.M., red.izd-va; GUROVA, O.A.. tekhn.red.
[Transactions of t~4 First Conference on Recerit Tectonic Yovemants
in Chinal Trudy Pervogo seveshctiBniis po neotektonike Kitaia;
sbornik dokladov. Moskva, Gou.nsuchno-tekhn.1rd-vo lit-ry po geol.
i okhrane nedr, 1900. 185 p. (MIRA 13:12)
1. Soveshelumiyo po neotektonike Kitaya, lBt, Peking, 1956.
(China--Geology, Structural)

FAVLINDV, V.',.
Role of graptolites in the detailed stratip-aph7 of Ordovician
and Silurian sediments of the Soviet Arctic. Izv.vys.ucheb.zav.;
geol.i razv. 3 no.1:18-27 Ja 160. (MIRA 13:7)
1. Moskovskiy geologorazvedochn.-y institut Im. S. Ordzhonikidze.
(RuBsit,, Northern-Goology, Stratit-,raphic)
(GTaptolites)

PAVLINIOV, V.N.
For fur the r of ~ne -,g 0", ger.- cq!4 7 a - '--
engineers. lzv.,PjF.u--het.z,,,v.; g~-cl. i ruzv. t~ nu.1-1- N
'63. (M:hA
- - Druz
. !~03,KOVSK-'y geo::~i-nrazv- 4notitut in. S.L :,,3 y i:,f~ .

PAVLININP VA.; MARTS, S.S., doktor biol. nauk, prof., otv. red.;
ARDASENOVA, L.P., red. izd-va; PAL'MIN, M.Z., tekhn. red.
[Tobollsk sable; its range, morphological outline, and the
problem of interspeci-fic hybridization.] Tobollskii soboll;
areal, ocherk morfologii, problem mezhvidovoi gibridizatsii.
Sverdlovsk. 1963. Illp. (Akademiia nauk SSSR. Urallskii
filial,, Sverdlovsk, Institut biologii. Trudy, 11o.34)
(MIRA 16:11)

PAVLINOV, V.N.
Urgent problems tTs training geological engineers Sov Sgeol.
6 no.lt29-39 Ja 163. (MiRA 1~ )
1. Moakovskiy geologorazvedochnyy inAltut ineni S. Ordzhonikid2e.
(Geological engineers-Training and education)

MAD! N; ?A7LlNlN, V.-I.; SHVART3, )f. ~ lakf or bio~og. net uk
britf nie4s ~,n-i 7~.
(FdRA 11,
1 . Zonologich-2k!y ins tj tut Akadetru 1 neuk SSSR, Leningrad (for
ZhaAin) Pr e 1,3e da te IOrg fti. i zm, F I on nog o k oni t e ta
Sve rdl,)v c) I n e t I tuta I I o~, 1 r ~k Vk k) g o fl', i n I n A14 SSSR
(for
f 7- -~: )g ' I,Zo, ofv--VariAl.i r.'
ra in * ot7

PAVLIN-)V, V.11.
Stratigraphic sign-ficance of graptalites in Eut-arc,i- -- --
the U.S.S.R. Tru,13, KGRI 37: 1&4-189 161. (MIRA . ,
(Russia, Northern-Graptolites)

SYAO IN [Hsiao Ying); RYABUKIIIN G.Ye.; PAVLINOV, V.N.
From the life of the Peking Geological Prospecting Institute.
Trudy MRI 38:7-17 160. (1,aRA 14:5)
(Peiping-Prospecting)

Ll SY-GUAH [Li SA-kuang]; Sn' DYAN-TSlN (Sim Tien-ch'ingj; U LEY-BO
TUPITSIN. N.T.Etranalatorl; PAVLINOV, T.N., nrof.. red.; FEDO-
ROVA. L.N.. red. Izd-vs; C-420VA, O.A.. takhn. red.
[Vortical And other rotnry str,ict,irps and the relationship
between tectonic systems. Translated from the Chinese] Vikhre-
vye I drugie struktury vrnshcheniia i problemy sochetaniis tek-
tonicheskikh sistem. Pod red. V.11. Psvlinovs. Moskva, Gos.
neuchno-tekhn. izd-vo lit-ry no gool. i okhrane nedr, 1960.
118 -n. (MIRA 14:5)
1. Kitayakays Akadenip nank (for Li Sy-gijan) 2. Kabinet geodi-
namiki Ministeretva geologil Kitoys (for Sun' Dynnl-tsin, U Ley-bo)
(China-G-solagy, Str-ilctural)

-77=, ;?*
)v i)