SCIENTIFIC ABSTRACT PAPINA, A. I. - PAPIROV, I. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239120015-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PAPPIA, A.I.
A single method should be used to calculate costs in the
manufacture of glass. Stek. i ker. 23 no.1:10-1-~ Ja 166.
Wilv, I()-I)
1. Leningradskiy fi-nansovo-ekonomicheskiy institut.

KAMAYJV Gillm; TSIVUNIN, V.S.;_PAPINA, L.A.
Some esters of ethyl-a-brorAovinylphosphinic acid. Trudy KrHTI
no.30:1-1-17 162. 09RA 16: 10)

PAPINA, R.
Transient reply of a transistor to weak signp~lo or to conditions
Of commutation. Studii eerc fiz 13 nd.5:790-833 162.
1. Inatitutul de fizica atomica., Bucuresti.

KLEMM IM, S.D.; PAPINAKO, I.G., red.; PASTER, V.A.., tekhn. red.
[Automatic telephone exchange] Avtomaticheskaia telefonnaia
stantsiia. Moskva, Gos. izd-vo lit-ry po voprosam sviazi i
radio, 1951. 78 p. (143RA 15:2)
(Telephone, Automatic)

N
Gil"IY, 4.1.; TSIRLIN, D.B.; BRONSHTNYN, L.A., redaktor, kandidat
takhnicheskikh nauk; PAPIUKO, I.G., redaktorp HDFDZOVA, T.H.
tekbnicheskiy redaktdrI.- *"I-,--""
[Operation and planning of automobile transportation within
the communications system] Ekeploatataiia i planirovanie
avtomobil'nogo transporta v khoziaistve sviazi. Pod red.
L.A.Bronshteina. Moskva, Gos.izd-vo lit-x7
po voprosam sviazi i radio, 1951. 198 P. (HLRA 8:11)
(Transportation.Automotive) (Com-Amication and traffic)

BELIKOV, Boris Stepanovich; VARSHAVSKIY, Boris Georgiyevich; GUSEV,
Simon Stepanovich; KORO-BOV, Yuriy llikhailovich; PAMNOV,
Lev Zakharovich; PXTROVSKIY, Stepan Ignatlyevich, [deceased];
YAKUSHEV.M.I.. redaktor; PAPIIUKO.I.G.. redaktor; LEDNEVA,
N.V., tokhnicheskiy redtkkf3`rFft'*"w"O*"t
[Postal and telegraph agent] Pochtovo-telegrafnyi agent. Mo-
skva, Gos.izd-vo lit-ry po voprosam sviazi i radio, 1955.
254 p. (MLRA 9:4)
(Postal service) (Telegraph)

FAYNGLUZ, Platon Petrovich; PAPI]RAKO,I.G., redaktor; BOKOIDVA,R.Ya.,
tekhnicheskiy redaktor -- ~~- -
[Technical work standards in communications) Tekhnicheskoe normi-
rovanle truda v khosialetve aviazi. Izd.3-e. Moskva, Gos.Izd-vo
lit-ry po voprosam eviazi i radio. 1955. 214 p. (MIRA 9:1)
(Telecommunication)

PAPINAKO) I.C.
T are 'O.OU16 hle- no a"'It Drz a work. Vest. r7l~af ;,r
no&3:21-22 Mr 165, !P: 5)
1. Zan,astitell naih,,"' Irika otdc-Ja arganizatsii Glavnogo prjchtcvogo
upravleriya W.risterstm s-i-~mz~ S','R.

VISM~EVSKIT, AIeksandr Appolinarlyevich, d:)klor ekon. nauk, prof.;
KRUFMISK171, Fedor Yurlyevich, kam'. ekor.. nauk-, dots.;
FAFINAKO, I.G., red.
[organization and planning of postal communications! Organi-
zatsiia i planirovanie pochtovoi sviazi. Moskva, Izd-vo
1113viaz' tv
, 1964. 329 P. (M1RA 17:8)

PAPINAKO, I.G.
Agricultural workers should be prcvided with high quality of service.
Vest. Bviazi 25 no.8:16-17 Ag 165.
(MIPA 18ilO)
1. Zamestitell nachallnika otdola Glavnogo pochtovogo upravlenlya
Ministerstva avyazi SSSR.

PAPIMLSH=, K. 1. and KLOPOTT)VSKIY, B.A.
"The White Lunar Rainbm of 13 October 1948.," Pr1roda, No.9, 1949

L"
11-31PARIM, Y9.44; PAPINASEVILI, X.I.
Synoptic and serological conditione for pec%LU&r weather phenomena
In Transcaucasia and sow rules of their forecasting for natural
synoptic periods. Trudy Thil. NOW no,2:11-43 157. (xM 11:4)
(transeaueasla-Veather forecasting)

PA0kN F)st~V~U , V~ -I
AUTHOR: Khmaladze, G.
TITLE: The Scien+,if'~c Se!3~'LO_n af Thi'llsi -qc' entifIc Research
institute for Hydrometeorology. ',7 a fi-ETT-Tay L
sessiya Tbilisskojo NIGN1I)
1,ERIODICAL: Neteorologiya i Gldrologiya, 1058, Nr 1, pp. 66-~,' (TISSO
ABSTRACT: In May 10,57 this institute held its fourth scientific
session, where 16 lectures devoted to various branches
of the hydrometeorolo,.~ical science were held, Under the
conditions of Transcaucasia the problem of the forecast
of thunderstorms is of great practical importance, there-
fore special attention was paid to the lecture by Guniya,
S. U. on V~e method of forecasting thunderstorms under
the mountainous conditions of Transcaucasia and the
lecture by Shishkin, N. S, (Main Geophysical Observatory)
on the topic of the forecast of thunderstorm-processes
accordine to the method of layers._j~a~
Napetv~ridze, Ye. A, and Lominadze, V. P. dealt with the
problems of the investigation and subdivision of the air-
and turbulence-currents above Transcaucasia.
Vorontsov, P. A. reported on some peculiarities of the
Card 1/2 temperature- and wind-conditions above the lake Sevan.

Me Scientific Session- of Thillai Scientific &-nearch 50-1-25/26
Institute for Hydrometeorology.
Kvnr;jtnlz'-;eliya, I. F,, Tsut.9kiridze, A. Ya. and Kurdiani,
1. C, (State University Tbilissi) reported on the results
of their works in the field of the aeroclimatic
characteristic of th free atmosphere, on the Rn.-ilytical
method of the treatment of obuerv~itionr ,-,ith pil-t, balloons
and diQtribution of clouds in Georgid.
Chirakadze, G. I. and Gigineyshvili, V. 19'. e..y.Lained the
scheme of the radiation method of plottinG the slipperiness
of ice in Transcaucasia and the characteristic of slush
and its distribution in Transcaucasia. Khmaladze, G. N.,
Tsomaya, V. 8h. and Poklepa, V, F. repurted on the duration
of the vernal-aestival floods in the rivers of Tran3-
caucasia and on the method of their calculation as rell as
on the method of the determination of the water supplies
in the snow accordin- to given records of snow routes.
Tsertsvadze, Sh. I. held a lecture on the method of fore-
casting the main phenophases of grapes in Georgia,
Svanidze, V., Pr - on the characteristic of the a,;i-u-
meteorological conditions of the cultivation of potatoes,
various conditions of the cultivati- of Dotatoes, various
Cx.rd 2 /2 terms for planting in the low grounds of va-11eya of East Georg"
AVAIEAME: Library of Congress
1. Weather forecasting 2. Heteorology

PAPIWASHVILI. K.I.-, GIGIIRTSHVILI. V.14.; NAMVARIDZE, YP.A.
Aeros3rnoptic conditions for the formation and thawing of the snw
cover of the Transcaucasian mouritains. Trudy Tbil. NIGMI no-3:22
158. NIRA 11:10)
1. Tbilisakiy nauchno-iseledovatellskiy gidrometeorologicbeskiy
institut.
(Transcaucasia-Snow)

19
3(7) -2-?:~/2~
AUTHOR: Khmaladze, G. N.
TITLE: Scientific I'leeting at the Tbilisi Scientific Pesearch Institute
of Hydrometeorology (Nauchnaya sessiya v Tbilisskom nauchi.o-
issledovatel'skom gidroinoteorologicheskom institute)
PERIODICAL: Meteorologiya i gidrologiya, 1959, Nr 2, pp 70 - 71
ABSTRACT: In May 10,58 the Tbilisskiy nauchno-issledovatel'skiy gidro-
meteorologicl.eskiy institut (Tbilisi Hydrometeorological
Scientific Research Institute) held a meeting in -.-.,hich the
following representatives participated: Representatives of
the Tsentrallnyy institut prognozov (Central Forecasting In-
stitute), Glavnaya geofizicheskaya observatoriya (Main Gec-
physical Observatory), and the local administrations of the
hydrometeorological services of the Transcaucasian Re,.ublics.
On the occasion of the fifth anniversary of the Tbilisi EII(~MII
the director of the Inotitute V. P. Lominadze held a opeech
commemorating the event. Kh. P. Pogosyan (TsIP) spokc on
the character.of temperature distribution and the circulation
of the atmosphere above the Antarctica. K. 1. -Papinashviii
Card 1/3 and Ye. A. Napetvaridze spolle on the ch-aracteri.~i tics of the

Scientific Meeting at tLe Tbilisi Scientific Research 2- 24/2 5
Institute of Hydrometeoroloa
circulation processes above Trar.Ecaucasia. M. A. Z--Icli---,hvili
reported on the typification of synoptical processes carried
out by him. R. I. Nozadze read two papers on theoretical
questions of dynamic meteoroloCy. V. Y1. Gigineishvili and
V. P. Lominadze spoke on the present state of the fight
against hail. F. 'I". Kharchilava spoke on the great amounts
of precipitation on East Georgia, 1. T. Bartishvili on
meteorological visibility in cloudbursts, Ye. A. Polyakova
(GGO) on the meteorological visibility in the case of pre-
cipitation and fog, G. I. Chirakadze on the preci-.ita--ion
in GeorOia in the course of 24 hours, E. V. Sukhishvili on
ti
le wind energy reserves of Ceorgia, Sh. V. Mosidze on "he
radiation and heat balances in the allAne zone of tI.e Kaz-
begi, Ye. R. Dvali on the ra-ioactivity of the atmosplic-re
in Tbilisi and Dusheti, Ya. L. Tsutskiridze on the albedo
of different natural surface,~:, Sh. G. Gavasheli (UGIAS of
the Gruzinskaya SSR) on the ground temperature conditions
in Tbilisi, V. Sh. Tsomaya 6n the method developed by him
Card 2/3 for forecasting the number of' days with ice mash, V. F. Pok-

Scientific Meeting at the Tbilisi Scientific Research r)17 r~
~' 150-59-2-2-'/21
Institute of Hydrometeorology
lepa on a method for the calculation of the volume of rain
water supply in f1cods, G. F. ,Pastukhova (UGMS of the Azer-
baydzhanskaya SSR) on the use of indices of the atmospl~eric
circulation in h-,drological forecasts. The representative of the
UGMS of the Armyanskaya SSR M. V. Shaginyan reported on the
characteristics of the formation of the water supply fur spring
floods on the rivers of Armenia. A. A. Pogosyan (UGMS of the
Armyanskaya SSR) pointed to the special role of tile snow cover
of the belt between 1800 and 2400 m in the formation of the
water supply for spring floods on the rivers of Armenia. V. F.
Svanidze spoke on the method of forecasting easily accessible
humidity in the soil below grain cultures. N. P. Stolypin and
Sh. I. Tsertavadze spoke on the periods set for the opening
of vineyards in Transcaucasia. 0. M. Kandelaki, L. A. Enfiadzh-
yan (UGMS of the Armyanskaya SSR), and N. S. Chernysh spoke
on the microclimatic conditions of the Lambalinskiy massif in
the Armyanskaya SSR. In all, 27 papers were read.
Card 3/3

K&MvARIDZE, Ye.A.; F~Rinashvili,j_j
Characteristics of processes of atmospheric circulation causing
the formation of large seasonal air temperature anomalies In
Transcaucasia and their forecasting. Trudy Tbil.111GHI no.5:
2P,41 159. (MIRA 13:6)
(Transcaucasia-Atmospheric temperature)

7
JT.
Al, T-,lisi Fy 7; -_Cal
TITLEi
S it
A3STF~'-CT: Thr- TI-c-,~isski~j
t Tb 1 :.!3 i H~, c9 c 3 Research
Insi t :~c` iir nj ,.:i
-With the ta-ks i- ly s o:,j 1,.
Congress of the Soviet Parl.y.
livered cn varjcus cirrent P,,r. e r c. I c, ~y and ',,.yd--
j~reCtC.r of
logy V~ P. Lominad~.e, T,
'he prin-cipal "asks to bc, mas t I y e I t i t r- n
T , c- ;.! e .-- t i nz x a s a t t E 3 : n r -- p r z; - - t f 'i
GrU7i,:a, Azer -tuijrdz~a it -,-,& t n i a 11.1c e~ v; , L ~- n , n a C a
Cari

PAPINASHVILI, K.I.
Characteristics of forecasting the circulation and weather
for 3-7 days in Transcaucasia. Trudy TbilNIGMI no.17:3~-30 165.
(MIRA 19:11)

ACC NR
AT7004232 SOURCE CODE: YJR/3061/66/000/022/0003/0011
AUTHOR: Papinashvili, K. I.
ORG: none
TITLE: Some atmospheric properties of natural synoptic seasons in the
Transcaucasus
1SOURCE: Tiflis. Zakavkazskiynauchno-issledovatel skiygidrometeorologicheskiy
institut. Trudy, no. 22, 1966. Voprosy gidrometeorologii (Problems of hydro-
meteorology), 3-11
i
ITOPIC TAGS: atmospheric property, synoptic meteorology
~ABSTRACT: The author analyzes the statistical relationships and principles
;governing atmospheric processes of Eurasia, obtained as a result of investigations of
anomalous natural synoptic seasons in the Transcaucasus. Orig. art. has: 6 tables.
,[Author's abstract) N-1
SUB CODE: 04/SUBM DATE: none/
Cpil/l

VAPiNA.:s Hu~Lk IY'. -i.
3M (j :~_ PHABE KX H~)TTATT014 BOV3o9r)
Tbilisi. Nauchno-isf31edov,,.-,t,_- I IF,? i ~~ [-.I !i to. hes I, I Y I n a f.1 tilt,
Trud,y, Vyp. 4 (Trans ac tions of the Trilini flydr. Mote0r.,10gical Srient.1fic Re-
search Institute, No. 4) Gidrorw.,rcni~,lat, 178 p, IP500
copies printed.
Add~Aional Sponsoring Agency; 11SSR. Bt)vlet Mir,4n1r-),r. Glavj;nyc 11prfivleniye
gidrometeorologleheskoy sluzhby.
Ed. (Title page): V. P. Lominadz,~'- El. (Inside V. D. Pisare','skaya; Tech.
Ed.: N. V. Volkov.
PURPOSE: This boc;h is Intended for afd hydn-Ongists.
COVERAGE- This is a collection of 12 artIcies cn jet streams and turbulent
currents, the analysis of the effect of orogral,hy on rhanges in atmospheric
pressureY the characteristics of the temperature regime in the free atmos-
phere, the development of methods of forecasting storms, lov clmd ceilings,
fogs, water discharges, spring flonds and -~rarious other hydrometeorological
phenomena in the Transcaucasia area, Of partir-ular Interest are articles on
visibility conditions around Transcaucasian airports the aerosynoptic
Card 1/4

Transactions (Cont.)
SOV/3009
conditions causing air bumpiness In tlje area. References acc=Dany Pach
ELrti c 1e .
TABLE OF COWENTS:
Fa-D:Lnash-,rLU. K. I Distribution of Jet. Streams in the Atmosphere 0~.rer
'Trwiscaucasia 5
Gunlya, S. U. Methods of Forecastif,g Storms iz, Oie Moiintainotis Regions
of Transcaucasia 18
Wozadze, R. I. The Problem of Evahiatir,(T, the Effeot of Or,-,graphy in
Forecasting Atmospheric Pressure 3~4-
Naletvaridze, Ye. A. Range of Horizontal Visibility in Principal Air-
port Areas of Transcaucasia and the Causes of Its Diminution 54
NeI)etvaridze, Ye. A. Forecasting F,)gs In PrInt-lp-il Airport Areas In
Transcaucasia 71
Ca:f-d 2/4

Transactions (Cont.)
SOV/3099
Kva3-atskheliya, I. F. Charax:terlsilt,r of i~ie Regim and Local
Atmospheric Circulation Over Sukhwnl 93
Lomi.nadze, V. P., and Ye. A. Napetvarldze. Aerosynoptic Conditions in
Turbulent Currents in the Atmosphere Which Cause Aircraft Dumpiness on
the Sukhimi - Tbilisi - Yerevan Run 112
Chi:-akadzep G. I. Nap of Regional Glazing for Transcaucasia 124
Kh=31adze, 0. N. Method of Measuring and Computing the Discharge of
Vatwur In Mountain Rivers 153
Poklepa, V. F. Establishing Annual Hydrological Seasonal Boundaries for
Xmintain Rivers 162
Toormayao V. Sh. Methods of Forecasting Spring Floods in the Rivers of
Georgia on the Basin of Preceding Hydrometeorological Factors 168
Teertovadze, Sh. 1.911. P. Stolypin. Agroclimativ. Charact.crli3t.icn for
the Cultivation of Corn in Transcaucasia 172
Card 3/4

PAPINASHVILI, K.I.
Distribution of jet streams in the atmosphere over the -erritor7
of Transcaucasia. Trudy Tbil..MG141 no.4:3-17 159. WITd 13-4)
(Transcaucasia--Jet stream)

PAPINASHVILI. K.1.
Characteristics of synoptic processes and their effect on weather
phenomena In Tiflis. Trudy Tbil.NIGMI no.6:42-68 '59.
(MIRA 13:5)
(Tiflis region--Meteorology)

PAPINASHVILI, K.I.
State of studios on the developmental characteristics of synoptic
processes and weather in Transcaucania and adjacent regions.
True.y Tbil. NIGMI no.7:3-25 160. (MIRA 14:8)
(Tram ca4masia-Moteorological research)

GIGIITMHVILIp V.M. ; I&PETVARIDZE, Ye.A,; r 11
Atmospheric processes as a factor af.'ecting glacier fluctuations
in the Greater CaucaBus. Trudy Tbil.NIG141 no.8.3-9 161.
(MIRA 150)
(Caucasus-Glaciers)

PAPINASHVILI, K. I.
..
PleAvy precipitation in eaetern Gtorgia and aeroeynoptic
oonditions of their origin. Trudy TWA. NIGNI no.lOsIM-
M 162. (MM 16:11)

PARGOLIN A
t L.H.q. RAKAKOVAI VAj!jNA8jjVjj~j, K.J., PANIKOV. N,8.1 1,%,.l
rje.
Brief news. Meteor. i g1drol. a
1.
(KMA 16:11)

S/1.69/62/000/011/040/077
D228/11307
-le aero-
Papi-nashvili. Fast Georgia aud t'
I,b,mdajjt preciPita"'O'Ouf its origlin
tic conditions I-L, 3-962, 6B,
TITIZ synop OUr-as 'no. idrorjeteorol-
-lurna Geofi n. g
-L I . s s1r.
Referativnyy zI (Tr- Tbill 1.2)
111371) -10,1-1
pER-JODICAL: abstract 1 -10, 19621 re
no Z,,t Georgia r-
in-ta, us in . 0d of obse
at 53 statlo the perl . t1-1
OrLs 30 Trm of days
observatl,ipitatlon. e a-C IY average I frcVe-a-
opious pre Tile y The hig -' -1 --)art
T=CT *.to study c I. . , ,TLiform- 0 jv_to 8.4* ~ ccntra
used , mixLS f the r
(.1937-1959) 3 , front . ,Jazarn-,
,rjes sea slopes 0 f the air-
.1y C%po. valley 0
vatiO' )rccipitation V, n the forced rise 0
ab,andant I southt,70,tcl d the .2itation.
d on Range an(,
observe nee aA prec, -t-Lr
CY is I~avjrazsll-ly OnverSe abundant
of the GlavrLYY 'hy Promotes the increase in t
inxIM for
)gra, "C
the topc --requelacy m and frm in soathcrr,
.VI-jer, The suUITner nVectIOU of wave processes
'Mosses. Cnsified c0 frequency
stems from ent a -ad tile
ture-C
Taoisture-,
C an anti-
'ard 1/2
..v-rth, and cyclones
r
Ci --Lriactert , note; COMPIete tran-
one.Ii slation-7

PAPINASHVILI, E.I.;WMINADZE, V.P.,, red.;
NIKOLAYEVA, G.S., teklm.re&
(Atmospheric processes in Transcaucasia and their connec-
tion with large-scale circulation processes above Eurasia]
Atmosfernye proteessy v Zakavkazle i ikh sviaz' e makro-
tsirkulistsionnymi protsessami nad Evraziei. Leningrad, Gid-
rometeoizdat, 1963. 183 p. (MRA 16:8)
(Eurasia--Atmosphere) (Transcaucasia-Atmosphere)

~.-
, ~Ie -- a

PAPINASVILI, L. I.
28961 PAPINASHVILI, K. I. Belaya Lunnaya Raduga (Zap, Truziya, 13 Uct, 1948 G'
Priroda, 1949, No 9, S 60
SCI: Letopis' Zhurnallnykh Statey, Vol. 39, I-'ioskva, 1949

GOWAM, D.N;, PAPIN4WILI, L.K.
calou"tigg the impact of as avalanche on an Immovablo obstacle.
Soob.AN Gras.SSR 16 no.6:437-442 155. (MLRA 912)
I.Akademlya sau Graziaskoy SSR, Institut goofisW , Tbilisi.
Prodstavleze deystvitellaym chlown Akademli K.S.Zavriyevyn.
(Impact) (Avalanches)

pr9pook'O.'T. G.
FAYNGXPX. P.P.; PAPINAKO. 1.G., reds."or; SOEOWVA, JLU., redaktor.
..............
[Technical work standards In conmnicational Tekhmichemkoe normirovanie
v khoziaistve svia2i. Moskva, Gos. Izd-vo 21t-ry po roprosam eviazi i
radio, 1953. 267 P. Off-Rd 7.1)
(Telecommanioations) (Postal service)

KUTUZCYV, L.G.; RYSIN, V.I., inzh.; SHIRYXVICH, N.S., inzh.; KUZHETSOV, N.D.,
inzh.; FILIYDNTSU, I.S., Anzh.; FAF1JJDVA, 0,1., inzb.; KHOLODKOV,
N.Ye.,,..-1nzh.; ASTAFUROV, O.A.; !r k-."-;62tA5TM, A.S.; SAFAROVA,
Ye-S- Laeceased]
Exchange of practices by the enterprises of economic councils.
Torf. prom. 40 no.7:34-38 163. (MIRA 17:1)
1. Gusevskoye torfopredpriyatiye Verkhne-Volzhskogo soveta
narodnogo, khozyaystva (for Kutuzov). 2. 'Lorfopredpriyatiye
Vasilevichi Il Belorusskogo soveta narodnogo khozyayatva (for
Shirkevich~%.Fii4amtsev. Fkp1WMr.-Kho1cx1bDv)~ 46-w*Yavskiy
lesnoy khimichesldy kombinat tor1kovskoy obl. (for Kuznetsov).
4. FornosovBkiy torfobriketnyy zavod Leningradskogo
gosudarstvennogo tresta torfyanoy promyshlennosti (for Sass).

PLPIR, A. N.
USSR/Electricity - Generators, Reversible Hydroelectric Power Stations Tun 50
"Reversible Hydroelectric Fower Ux~it5 in a Fower 5-yst-erP1 V. F.
Scis A. N. Papir, Engr
IT16k Stant.911 No 6, pp 1h-17
Proposes use of hydroelectric power stations capable of storing -power. Some of the-E~e
would be included in each power system. Sugfests these stations be equipped with
reversible units, i. e., hydraulic machines c!4pable of alternate operation aE ff--ner3torS
or motors. Discusses characteristics of reversible units and concludes their installation
in new hydroelectric power stations is economic2lly so,-nd.
PA 162T17

PAPIR, A.N.. mladshiy nauchnyy Botrudnik
Characteristics of a propeller pump in subsurface operation. ?~-ady
UPI no.2:W-150 154. - (KMA 8: 8)
(AmpiM nuabinery)

PAPI R, A. N. --
Some problems pertaining to the calculation of a jet motor. Trudy
LPI no.187:58-72 156. (KIRA 13:6)
(Hydraulic machinery)

P"IR, A.N-. --
Investigating the operation of an integrated hydroturbine unit
when the overflow to directed through the elbow of the draft tube.
Trudy LPI no.187:44-53 156. (mm 13:6)
(Hydraulic turbines)

SOV/ I Z4, 58- 3- 295 3
Translation from: Referativnyy zhurnal,&Aekhanika, 1958, Nr 3, p58(USSR)
AUTHOR: Papir, A. N,
TITLE: Some Questions on the Design Calculation of a Water jet
Propulsor (Nekot,orvye voprosy rascheta vodometnogo
dvizhitelyal
PERIOD!CAL: Tr Leningr politekhn in ta. 1()56, Nr 187, pp 5-8 7,-'
ABSTRACT- An attempt is made to establish. dependent upon the horse
power of a propulsor and the characteristics of the pump. a
selection of propulsor parameters ensuring the best thrust
performance of the propulsor as well as the cavitation free
operation of the pump.
V, N Gusev
Card 1/1

MIR'!.Auw~r
Design of a jet propeller on the basis of the standard pi=p
and testing results of the experimental vessel. Trudy LPI
no-193:94-io7 '58. (MIRL 12:2)
(Ships-Teating) (Hydraulics)

PAPIR, A.N., inzh.
--ZL ----------
. Investigating axial pumps operating in free flow circulation
systems. Energomashinostroenie 6 no.8:14-17 Ag 060.
(PumpinF machinery) OURA 14: 91)

3/14 61100010-,10091,00f,~
D203YD302
Engineer
AUTHOR: Zjj~~A.N.~
TITLE: The effect of blade density of an axial-flo% pump
working wheel on its energetic and cavitational. pr-
perties
PERIODICkL: Izvestlya vys8hikh uchebnykh zavedeni-y, Energel:k~,.
no, 11, 1961, 111 - 119
TEXTg The author derives a formula for relative love of epe--_,,
energy in the blades of the working wheel. He concludes that t-p
loss depends on the distance between blades and that the
factor is the peripheral velocity of flow wu depending on ~he
speed of rotation n. Taking cx = ac 2 -f bc + C., Z'Abstra,!.or
y Y
note; ox not defined-7, c y being the coefficient of lift fcT~e,
one obtains a relation between I/t and n7 /-Abstractor's nr_te~
I -
not defined-7, t being the peripheral distance between blades
Card 1/2

PAPIR, -A.N.. inzh.
Effect of the density and cross section of the rotor wheel of an
axial compressor on its mechanical and power characteristics. 1zv-
vy5. ucheb. zav.; energ. 4 no.11:112-119 N 161. (~IIRA 14:12)
1. Leningradskiy politekhnicheskiy institut imeni M.I.Ralinina.
Predstavlena kafedroy gidravlicheskikh mashin.
(Compressors)

PAPIRS A. N.
Development of an axial-flow pump with minimum resistance under
free-flow conditions. Trudy LPI no.215,.159-172 '61.
(MMA 141- 1-1)
(marine pumps)

PAPT, A.N., kand.tekhn.nauk, doteent.
Slit cavitation in an axial-flow punp. Energomashinostroenle IC
no.30R-40 Ja 164. (?ff FU 1'7: 4',

p k P -- A 11 ;
-=Z_J~'
" ~ ", C- ,, - of T _. -'.! -_. 1 r- F~ cl 5~ -- ~m th e c c vi ta t ' on charactee, atl ra 9 of
rp%,Pi-iirqj Trudy !.Pl no.246t53-56 165.
Relat-lonablTs rf the pewe, :harat i,~. r Is tics of reversing hydraillic
uni ts. Im', i . i 1)- 7 - -6 3 (MIRA l8t6)

PAP , 11'0 le'll T S K AYA ,
- - __IR -Abram Nutovich; FEVZIiER, B.M. . retsenzent; Y, i
Ye.Ye., red.
[Axial-flow pumps for water-jet propellers] Osevye nasosy
vodoa,etnykh dvizhitelei; osnovy teorii i rascheta. Lenin-
grad? Sudostroeniev 1965. 250 P. (Ylu 18" f, )

PAP MW~ -TIMOEM
Treatment o1 black Door soap oblaino in the xnn
'IA'durs, 01
CeRMUSID Malarial 6Y the SuIpbate or oft VTOMM jibomkd
N 11 (Inventor - X S.vVitsche) (B.P. 702,821~ ~_ -
RMk-16.4.40).-The blaWT-quorwaj or tall oil soapis treated
b r adding (before, during; or after the known acid hydrolysis)
S
afi or alkaline earth water-sol. salts which are Insol. in the tall oil
(NaCl, NaSO.); separating a mud (which forms an intermediate
layer behimen the tall oil and the salt-containing bottom layer);'
separately working the tall oil and bottoin lay&s.; removing
add from thomild by neutralls2flon. and 117 .. *Zzftvdng
and monlding the mud product (mixed with illers). In 'cal
I
typi
examples I kg. of tali oil soap is heated to temp. :*, -the Up.
under atm.
. pressure with water 100. kg. ISD kg. of.Na2SO, are,
slowly added after or simultaneously with b1 I CO, through the
liquid: The necessary amount of H2SOO is added slowly whiled
air is blown through the, liq'u-i d-,
for some time and the liquor left to stolid. -,~W kS, of fatty acid
or tall oil is obtained, and a mud layer kirms under the fatty add
layer. The mild layer contains NaISO, solution (which InAY be,
used for salting out fresh Wj oil soap or for. the suipbate or WdS,
making: moulded articles, -
water-590 kg., neutralised
aq.- solution of 10-20 kg.
g freed from water. dried,
afincieased temp.
1j. L. WiuTzuxAv.

PAPIRCVY 1.
- ;2'
- !Zat..Cn- d'fl~7- Z' )et '
i,r~en~ a T 107. CT",-!: th - - i : - - C. . ,
:-X. - ., .
0 . t", -

,-PAPIROV*-lvl~TIMNSKIYv G.F.
Dependence of condensation coefficients an tenperature. Fix.
not. i metanoved. 11 no. 1:155-157 Ja 161, (KIRA 14:2)
1. Fiziko-tekbnicheakiy institut AN USSR*
(Condensation)

AYIOIIENKO, V.M.; KRUGLM, A.A.; PAPIROV, I.I.
I
I . lie--t` " Preparing high-purity zinc and the method of its control. Fiz. wt,
i metal-loved. 11 no. 4:633-635 Ap 161. OMA 14: 5)
1. Fiziko-takhrAcheakiy institut AN USSR.
(Zinc--Analysis) (Vacuum metEllurgy)

121S-
AUTHORSt
TITLE:
.r 25927 S/126/61/012/001/009/020
.2909,15s" E021/E406
Amonenko, V.M., Papirov, I.I., Tikhinskiy, G.F. and
Finkel', V.A.
Orientated growth of beryllium precipitates on oriented
and on isotropic bases
PERIODICAL: Fizika metallov i metallovedeniye, 1961, Vol.12, No.1,
pp-73-77
TEXT: The plasticity of beryllium can be increased by preparing
it with a preferred orientation. A preferred orientation can
sometimes be obtained by condensing the metal onto a base with a
preferred orientation or by changing the angle between the direction
of the molecular stream and the normal to the base. In the
present work, the structure of beryllium precipitates prepared by
the condensation of vapour in vacuo on a textured base of various
metals, and also the variation of structure with the angle of
inclination of the molecular stream to the base, were investigated,
The method of precipitation used was described earlier (Ref.10:
Fmm, ig6o, io, 4, 581). Beryllium of 99.987% purity (discounting
oxygen) was vaporized in a resistance furnace with a BeO crucible.
The rate of evaporation was about 0.2 g/cm2 hr, the condensation
Card 1/5

6
259r, S/126/61/012/001/009/020
Orientated growth of beryllium ... E021/E4o6
ourface temperature 300 to 3500C. The precipitate was annealed
for I hour at 700 to 7~O 0C. Precipitation was carried out in a
vacuum of (1- 5) x 10-0 mm Hg. Rolled sheets of Mo, Ta, Ni, Cu,
Ti and armco Fe were used as & base. The texture of the
condensed beryllium was investigated by X-ray methods, Some of
the photographs obtained are shown in the paper (of a layer
condensed on a molybdenum bass, on nickel. and on an amorphous
base). Fig.2 shows the orientation of the crystals on the same
bases. The results are given in the table. Epitaxial growth
was observed in several cases with precipitates up to 500 U thick.
The best plastic properties of beryllium were obtained by
condensation in the [21T] direction on a molybdenum base, and on a
neutral base. The orientation of beryllium condensed on a nickel
base in unfavourable for plastic deformation. There are
2 figures, I table and 16 references: 9 Soviet and 7 non-Soviet.
The four most recent references to English language publications
read as follows: Newman R.C. Proc.Phys.Soc., 1956, B69, (4), 432;
James J.A. Trans. Faraday Soc., 1955, 51, 8331,
Finch G.I., Sun C.H. Trans. Faraday Soc., 1936, 32, 852!
Burgers W.G., Dippel C. J.Physica, 1934, 1, 549.
Card 2/5

I
259117 S/126/61/012/001/009/020
Orientated growth of beryllium ... EOWEW6
ASSOCIATION: Fiziko-telchnicheskiy institut AN UkrSSR
(Physicotechnical Institute AS UkrSSR)
SUBMITTED: November 9, 1960 (initially)
Jnnuary 11, 1961 (after revision)
Card 3/5

89950
5/126/61/011/ool/018/oig
&-7 550 E032/E314
AUTHORS: Papirov, I.I. and Tikhinskiy, G.F.
TITLE& On the Temperature Dependence of the Condensation
Coefficient
PERIODICAL: Fizika metallov i metallovedeniye, 1961,
Vol. 11, No. 1, pp. 155 - 156
TEXTs It is well known that the condensation coefficient a
of a substance on a given base, which is defined as the fraction
of "condensed" molecules, depends on the temperature of the
base, the nature of the surface, the thickness of the deposit
and the energy of the incident particles. It has been shown
experimentally (Knudsen and Weyssenhoff - Ref. I and
Devienne - Ref. 2) that the condensation coefficient may
vary from 0 to I in a certain temperature interval. The
magnitude of this temperature interval depends on the nature
of the deposited material and for certain materials may reach
a few hundreds of degrees. The above authors have assumed
that the condensation coefficient a decreases monotonically
with decreasing temperature. However, in a number of cases,
Card 1/q

89950
s/l26/6l/oII/ool/oi8/olq
E032/E314
On the Temperature Dependence ...
the temperature dependence of a may be more complex. it
is well known that when vapours of metals are condensed on
an amorphous base, certain preferred orientations appear in
the condensate (Dixit - Ref. 3, Herbstein - Ref. 4 and
Bruck - Ref. 5). These orientations are such that the plane
with the maximum reticular density is parallel to the base.
A change in the temperature of the target leads to a
change in the orientation in such a way that at higher
temperatures planes with lower reticular density will become
parallel to the base. On the other hand, it is known that
the condensation coefficient on planes with different
packing density is different (Rideal and Wiggins - Ref. 6).
In this connection, the authors consider the results of
Walter (Ref. 7) who has measured the condensation coeffirip"t
for mercury deposited on a nickel bass. Walter hab ioun"
that the condensation coefficient has a minimum between
-85 and -95 0C. He has explained this minimum by assuming
Card 2/5

89950
s/l26/6l/on/ooi/oi8/oiq
E032/E314
On the Temperature Dependence
that the re-evaporation of mercury atoms from mercury
crystals is more intensive than the re-evaporation from
nickel crystals. The present authors used the Dixit
formula (Ref. 3)
T rT melt (1)
d
(where T melt is the melting point of the condensate, 0K,
E is the atomic radius and
d is the distance between the orientated planes)
to show that in the case of mercury and in the above temperature
region two orientations are possible, namelyt
a) the_ (108) plane with d = 2.77 parallel to the base at
about 100 C, b) the (110) plane with d = 2.55
parallel to the base at -70 0C. It follows that for
Card 3/5

89950
S/126/61/oll/ool/ol8/oig
E032/E314
On the Temperature Dependence
condensation temperatures between the critical (-77 0C) and
-85 0C, the plane (110) continues to be parallel to the
base and a increases from 0 to 1. At -85 OC Ithe ~110)
orientation begins to appear and the minimum at -95 C is
due to the predominance of the latter orientation. Further
increase in a is due purely to a temperature effect. From
this point of view, the dependence of the condensation
coefficient on time (Ref. 7) becomes understandable. For
short times of condensation, when a large fraction of the
nickel surface is still available, the minimum on the
a versus T curve is not observed. For long times, on the
other hand, the minimum is smoothed out as a result of -ho
orientation effects associated with increasing thickness
of the layer.
Card 4/5

89950
S/12b/61/oll/ool/ol6/olq
E032/E314
On the 'rvmpot,i&tuvu lieporidence
There are I figure and 7 non-Soviet references,
ASSOCIATIONt FiziKo-teklinicheskiy institut AN UkrSSR
(Physicotechnical Institute of the
AS Ukrainian SSR)
SUBMITTED: August li, 196o
Card 5/5

21371
S/126/6i/oil/004/021/023
E021/E435
AUTHORSt Amonenko, V.M., Kruglykh, A.A. and.la-p-Irov, I.I.
TITLEx Preparation of Zinc of High Purity and a Method of its
Control
PERIODICALs Fizika metallov i raetallovedeniye, 1961, Vol,11, No~4,
pp.633-635
TEXT: The method of purification used vas vacuum distillation
and condensation of the vapours on a surfac-e with a temperature
gradient (Ref.6). The apparatua is shown in the figurez
I coupling, 2 quartz tube, 3 Lond-anser-, 4 heating sections,
5 baffles, 6 crucible and 7 thermocoup1c, Zinc of 99.98%
purity was used as the initial material, On6 kg was placed in a
crucible and 70 to 95% of it vapourized, The purest zinc was
always obtained in the middle zone of the condenser. When a
shorter condenser was used, the degree of purification decreased,
The-purest zinc was obtained by vapourizing at 4600C when a purity
of 99-99997% was obtained. 40% of the original :.harge could be
obtained with this purity, Repeated distillation did not give a
further improvement in purity, The control of the purity was
carried out by the method of measuring the residual resistance,
Card 1/ 3 -

21371
s/i26/6i/oil/004/021/023
Preparation of Zinc E021/E435
using a low-ohmic condenser and a high sensiti,;rity galvanometer
(B.N~Aleksandrov, I.G,Dlyakov and one of the authors, I.I.Papirov.
carried out these measurements In the Kriogertnaya laboratoriya
(Cryogenic Laboratory) of the Institute . The ratio of the
resistance at 4.2*K to the resistant# at room temperature of the
obtained sample was compared with the same ratio for zinc of known
purity, Thus an estimate of the total impurity in the zinc was
obtained, Acknowledgments are expressed to B.G-Lazarev for his
advice. There are I figure and 11 references~~ 7 Soviet and
4 non-Soviet.
ASSOCIATIM Fizlko-tekhnicheakiy institut AN Ukr-SSR
(Physicotechnical Institute AS UkrSSR)
Card 2/3

Preparation of Zinc ...
Figure.
Card 3/3
S/126/61/011/004/021/023
E021/E435
K O8C-DPbr4uOH- K pqp6ayy-
HON NOCOC 'fomy "Grocy
T=
A.JV'
7-
.

AMONEENKO, V.M.: PAPIROV, I.I.; TIYHINSXIY, G.F.; FINKEL', V.A.
Oriented growth of beryllium precipitates on textured 40W isotropic
base layers. Fiz. met. i metalloved. 12 no-1:73-77 J1 '61.
(MIRA 24:8)
1. Fiziko-tekhnicheskiy institut AN USSR.
(Beryllium crystals-Growth)

S/126/62/013/006/013/018
E021/E192
AUTHORS: Amonenko, V.M., Papirov, I.I. Tikbinskiy, G.F., and
Finkel,. V.A.
TITLE: Investigation of whi5ker crystals of beryllium.
Preparation of whisker crystals and determination of
their orientation.
PERIODICAL: Fizika metallov i metallovedeniye, v-13, no.6, 1962,
928-930
TEXT: Single crystal beryllium whiskers were prepared by
evaporation in vacuo and condensation of the vapour on a
cylindrical column of molybdenum sheet. Distilled beryllium of
purity 99.99% (neglecting oxygen and carbon) was beed. The
vaporising temperatures were 1365-1600 *C and the condensing
temperatures 770-950 OC. The rate of evaporation varied from 0.4
to 0.9 g/CM2.hour and the rate of growth of the whiskers from
0.01 to 0.07 g/cmi.hour. The majority of the crystals had a
diameter of several tenths of a micron and a length of several
millimet5res. X-ray investigations (by rotating the sample in the
D-S camera) showed that the whiskers were single crystals.
Card 1/2

Investigation of whisker crystals ... S/126/62/013/006/013/ol8
E021/E192
There was some splitting of reflections indicating plastic
deformation in the process of removal from the condensate.
The directions of growth of the crystals investigated were L221-'
D313, and [111J. Thus the growth does not occur in the
direction of closest packing.
There are 2 figures and 1 table.
ASSOCIATION: Fiziko-tekhn'icheskiy institut AN USSR
(Physicotechnical Institute, AS Ukr.SSR)
SUBMITTED: December 2, 1961
Card 2/2

- PAPIRDV-, I.I.; PALATNIR, L.S.
Oriented growth of metal and ionic crystals.
7 no.2:286-290 Mr-Ap '62. (mIRA 2;.')
1. Khar'kovskiy politek~nichpskiy institut imeni Lenina.
(Metal crystals--Growth) (Ionic crystals--Growth)

MIOIX14KO., V.Mq-PAFT4-0-v,--L-I-; TIKHIJISKIY, G.F.; FIWL1, V.A.
Studying filiform beryllium crystals. Part 1: Obtaining
filiform crystals and determining their orientation.
Fiz. met. i metalloved. 13 no.6:928-930 Je 162. (MIRA 15:7)
1. Fiziko-tekhnicheskiy institut AR USSR.
(Beryllium crystals)

PAPIROV, I.I.
Heatable detachable seals and valves in superhigh vacuum apparatus;
survey. Prib. i tekh. ekep. 7 no.2:5-15 *-Ap '62.
(AURA 15:5)
1. Fi2iko-tekhnicheskiy Institut AN USSR.
(Vacuum apparatus)

PAPIROV, I.I.; TIKHINSKIY, G.F.; FINKEL, V.A.
L-- -- - -- --
Phase transformation In Be-S at.- 7"Mi 811078, withaut
diffusion. Fiz.met.i metalloved. 15 no.3:462-465 Mr 063.
(MMA 1634)
1. Fiziko-teklinicheshy Institut AN Ukr6SR.
(Beryllium-nickel alloys-MotaUography)
(Phase rule and equilibrium)

N R-!
P,4042048

zlk-6-i~-tekfiiiihoski '--Lh-jtLtutjz 'AN UkrsSR--(Ph yt cotechnical

'Uk
W
A

T--PS411611
00

77

VASMIUSKIY, B.M.; KARTMAZOV, G.*%; PAP1RCV, 1.1.
Surface structure and the properties of aclcn~iar chrrm:=
crystals. Fiz. met. i metalloved. 17 no.6-.892-89'7 Je 104.
(MIRA Dt8)
2. Fiz-iko-tekhnicheskiy inr-titut AN UkrSSR.

PAPIROVP I.I.; TIKHINSKIY, G.F.
Thermal etching of beryl-liur. crysta-Is. Kristal2ogrx~fija 9
no-3.-444-44? MY-Je '64. (~C-nA 1":b;
1. FJziko-tekhnIcheskiy Institut AN Uki-,SU11.

PAPIROVP 1.1.1 TIMNINSKIY, G.F.; FINKEL', V.A.
Hardening of Be-Ili alloys. Fiz. met. i metalloved. 17 WAS
613-614 Ap 164. (MIRA 17:8)
1. Fiziko-tekhnicheskiy institut AN UkrSSR.
r
. cilo

PAPIROV, I.I.; TIKITINSKIY, G.F.
Berylium cryctlallization on a condenDing column. Kristailograf-Fa
9 no.2:310-314 Mr-Ap'64. (MJP.A 17:-~)
.1
1. KharIkovskiy fiziko-tt-khnichpskiy institut.

ACCESSION NRs AP4034060
S/0126/64/017/004/0613/0614
AUMORSs Papirov, L I.1 Tikhin6kiyg G. F.; Finkel', V, As
TITLEj On the problem of hardening of Be Ni alloy
SOURCEt Fizika metallov i metallovedeniye, v. 17, no. 4, 1964, 613-614
TOPIC TAGS: hardening, annealing, beryllium, nickel, radiographic apparatua RKD 57,
alpha beryllium line, beta beryllium line, hypoeuteotic alloy
ABSTR&CTs The purpose of thlis work was to study the hardening process in Be-Ni
alloy at high rates of cooling. Minute specimene produced by contact aro dinobarges
were cooled an the inside walle.of a copper container of 80-mm diametert rotating at
a speed of 2500 rpm. Hardening of the specimens took place over a thickness of
10 AA, with the cooling rate of 106 degreen/sea. Radiographic analyaio waB per-
formed with an equipment of the type RKD-57. The radiogram of the hardened speci-
men was to be characterized by the absence of the CK-Be line and the change in
relative intensity of the line of the Y phase, but the absence of the C(-Be line
was observed only in the smallebt specimens constituting about 25% of the total
vqpber. Temparing was done at temperatures of IOD-40DC and the exposure time at
these temperatures was one hour. Radiograms of spocisens tempered'at temperatures
CoM 1/2

ACCESSION NRs AP40340(>O
below 300C could not be distinguished from those of hardened specimens, but radio-
grame of specimens tempered at above 340C showed 'W-Be lines. Hardening of pure Be
and of inter-metallic compounds did not cause any change in the form of the radio-
gram. aperiments with hypoeutectio alloys with 5-20% Ni contained the 0(-Be line.
Orig. art. hass I photograph.
ASSOCIATIONs Fi'ziko-tekhniokeekiy institutt AN SSSR (Pbysioo-teohnical Institute,
AN SSSR)-
.SUBMITTEDs 01AU963
SM CODEt MR
NO REF SOVI 001
ENCL.1 00;
OTHMI Wi~
Cwd 2/2

PAPIPOV, I-!-
-------------
rg. 19 no.2tl44-153 165.
Ilgirp of beny'lliune AtOms OnO
IMMA 180)

AZHPIHA, V.M.; DIYAKOV, I.G.; PAPIROV, I.I.; TIKHINSKIY, G.F.
Change in the prapertieB of berylli= du-,- to aging. Atoz.
energ. 19 no.3t269-272 3 165. (NIRA 18-9),

618810790
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04q egree
tallov~deniv -19 --n&.-- 6- 1965- 848 8S

L 04Z84-67 - EWT(m)/EWP(t)/ETI IJP(c) JD~JG
ACC NR- AP6024471 SOURCE CODE: UR/0181/66/ODB/007/2092/2097
AUTHOR: Finkel', V. A.; Papirov, 1. 1.; TikhinEkiy, G. F.
OBG: Physicotechnical Institute AN UkrSSR, Khar1kov (Fiziko-tekhnicheskiy institut
AM Ukr3SR7
TITLE: Investigation of plastic deformationof single crystals, of beryllium during
ccanpression 1-t )7
SOURCE: Fizika tverdogo tela, v. 8, no. 7, 1966, 2092-2097
TOPIC TAGS: beryllium, plastic deformation, pressure effectw x ray study, crystal
lattice structure
A13STRACT: The authors describe x-ray structure investigations of the plastic de-
formation of single crystals of beryllium with different orientations. The plastic
deformation was investigated with the aid of a special x-ray camera described else-
where (Zav. lab. v. 32, 1248, 1966). The x-ray photographs of the sample could be
taken both at fixed load, or directly during 1OW-Bpeed loading. The camera makes it
possible not only to obtain x-ray photographs of the deformed substance, but also to
determine the character of the deformation curve. ThelOx-ray source was of the URS-1
70K1 type with unfiltered iron radiation. The tests were made on beryllium of tech-
nical purity (99%) vith three different orientations, and are d--scribed in detail.

U4/B4-b/
ACC NRt AP024471
The x-ray pictures obtained during different stages of deformation are compared with
different sections of the deformation curve and conclusions are drawn concerning the
deformation mechanism of the beryllium. The results are also compared in some cases
wi-th those obtained by investigating beryllium crystals by ordinary techniques. The
relative contributions of slip along the basal planes, prisms of the first kind, and
twinning over the plane of the pyramid of the first kind to the deformation are eval-
uated for each orientation. The authors thank Yu. N. Smirnov and A. S. lzmalkov for
help 'with the work. Orig. art. has: 2 figures
SUB CODE: 20/ SUBM DATE: 11Dec65/ ORIG REF: 003/ OTH REF: OD8
2/2

L 29361-66 __ EWT(Ln)/ /BVP~t /F_T1 IJP(c)__WVi/PZJG _ I
ACC NRt AP6017311 (N) SOURCE CODE: UR/0126/66/02--l-/-OO5/0785i678-~~,
DI p
AUTHOR: yokov, I. G.; Papirov, 1. 1.; Tikhinekly, G.__F.
i ORGi Physicotechnical Institute AN UkrSSR (Fiziko-tekhnicheakiy
ingtitut AN U~,rSSR
TITLE: Aging of beryllium-chromium and beryllium-zirconium alloys
SOURCE: Fizika metallov i metallovedeniye, v. 21, no. 5, 1966, 785-786
TOPIC TAGS: beryllium, beryllium alloy, chromium containing alloy,
zirconium containing alloy, aging, alloy aging
ABSTRACT: Beryllium alloys containing 0.3%Cr or 0.3%Zr melted from
99.957-pure Be, 99.7%-pure Cr and 99.9%-pure iodide Zr were rolled in
vacuum at 900C, homogenized at 1050C for 40 min, cooled at a rate of
40 deg hr, and aged at 500-900C for 1-100 hr. The criterion of aging:
was the relative residual electrical resistance: 6 - R4.2K/R20C.
Homogenized Be-0.3%Cr and Be-0.3%Zr alloys had a 6 of (5.4-59)-10-1
and (6.3-6.5).10-2, respectively. The optimum aging temperaLures,
correspond ing to a mintinum 6, were 600 and 625-6510C for Be-0 . 37Zr iind
Be-0.3%Cr alloye, respectively. The absolute decrease of 6 in aging
Be-0.3%Cr alloy was close to the decrease of 6 for the initial distilled
Be, which indicated a practically complete precipitation of Cr from the
Card 12 UDC- 546.3-19'45'76'831 : 620.187

L 29361-66
,~& _NR, AP6017311 apparently not only
matrix with aging. In Be-0.3%Zr alloy, zirconium
completely precipitated from the matrix, but also promoted precipita-
tion of other impurities. Complete segregation of Cr and Zr occurred
t 650-7p OC and in I hr at 800C. At temperatures higher than
in 4 hr a
825C (for Be-Cr loy) and 850C (for Be-Zr alloy) decomposition of the
secondary .11--%egins, which leads to an increase in the electrical
resistance. The solubility limit of Cr in Be-0.3%Cr alloy and of Zr ini
Y.
Be-0.3%Zr alloy is at a temperature above 850 and 900C, respectivel.
Orig, art. hast 1 figure and 1 table. [MS]
SUB CODE: 11, 13/ SUBH DATE: 263ul.651 ORIG REFS 002/ OTH REF: 001
AM PRESS: 61
M