SCIENTIFIC ABSTRACT BALAKSHINA, M. M. - BALAKUTOVA, M. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103210007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BERGp S.L.j polkovniki VOROBIYEVo V-1-o knpitan porvogo
ranga; GILIDOp
O.M.t kapitan pervogo ranga; AWAIXIDIXG, A.A - BALWAIMAJ
~". K.
~WIIIIXOV; b.S.9 kapitan vtorogo ranga; BA)GfTiN41,2 MI
iMM91TA14,
N.V,; bUTYRINA# N.Ya.; VOROWYEVp V.I.p kapitan pervogo
rangal
GASSj I.P.; GINHYSIi, N.S.1 GLADIN~ D.F,p polkovnik;
GOLOVANOVA, L.G.p
k". ist. nauk; GOLUIEVA, Z.D.,. kaml. filol. nauk;
GONCUOVA, A.I.;
ZANADVOAOVA, R.N.; IVANOVA, N.G.; KAUMUN, G.B.;
KOVALICHUK, A.S.1
FIOUIDOVA, V.A.; LITOVAp Ye.I.; YIOIZHANOVA# T.I.;
OhIJNI., L.S.;
POCITEUUTI. AX.; HAYTEMS, V.I.1 SAVIROVA) G.N.1
MICHKDIA9 T.I.1
SERYUNIKOV, R.G... kand. iat. nauk; FURAYEVA, I.I.;
CHIMOVA, N.N.;
YASINSKAYA, L.F,; GLADIN, D.F., 1,olkovnik; LAIETSKIY,
Ye.P., pod-
polkovnik; L&MMI, S.M., kapitan pervogo ranga;
ORDYNSK17p N.I.f
kapitan pervogo rang&; NADVODSKIY, V.Ye., podpolkovnik;
DEVIN, L.A.,
inzho-kontr-acbr,irals glav, red.; MKIN, NeSep
polkovnikp 24Wo otve
red.; LEVCHWKOj G.I.p admiralp red*; BAKETBA, G.F,,
tekhn# red,
(Naval atlas) Morskol atlas. n.p. Izd. Glavnogo Shtaba
Voonno-
Morsko 0 Flota. Vol.3. [Unval history]
Voomio-istoricheskii.
Pt.l,. Next for the mapej Opisanila, k kartarn. 1959.
=iii, 1942 Pe
(KIRA 15:5)
1. Russia (1923- U.S.S.R.) Hinisterstvo obororW.
(Naval history)
BAIAKSHINA, M. S.s *RectoromanoscolT as a method of
diagnosing bacillar
dysentery in. children." Second Moscow Stete I*dIcvI Inst
imerd
I. V. Stalin. Moscow, 1956, (Dissertations for the Degree of
CanAidate in, Medical Sciences).
S0$ MlIhnan letopial No. 22j 1956
KOZHINv Sorgey Pavlovlcb; RM H.S.,, red. I BALDINAp II.F.,
tokhn. red*
[Work experience of a achool doctor)lz opyta raboty shkoll
nogo vracha. YoAvap 14edgiz, 1962. 122 p. (MIM 15, 1-1)
(SCHOOL PHISICIMS)
RAIADHINA, Y.L.. SARADZHA, K.D.
Disorders of the higher nervous function in dogs In
jaundice,, Trudy
rnsts fislol, 3t77-81 154o (KLRA 812)
1, Laboratorlys, kortOw-Tisteerall nay patologit.
Zoveduyushchly
loTolurtsin,
(JAUNDICZ. experimental,
higher nervous funct. In)
(CMITM MYOUS SYSTIKO in various diseases,
exper.jaundice, higher nervous fumet. changes)
a acteristics of the arinary apparatus in pathological
conditions of the higher nervous function, Trudy Inst,
fistol. 31
463-473 154. (MM 8:2)
I* Laboratorlys, kortiko-vistserallno7 patologile
Zareduyushohil
I.T.Mu-teft.
(KIDNMI ptwslologyo
off* of oonditioned. reflex disord.)
(MIFLNC, COADITIORID,
disordso off* an Irtdasy funot.)
MOW
New
modification fo the method of investigation of the
urinary tract*
Tru4y Inate fisiol, 3%4'14-479 054o (XLRA W)
1, Ubroatorlys, kortlko-vistooralluoy patologlit
saveduyushow
I.T.Nurtsino
(MINARY TUC?. surgery
Isolation of ureters with preaorr. of bladder for
Investigation of UrInM7 traat)
USSIP/1'humn and ',niml Myziol~)cza Nowcus Systan* T
TU-Awr Neivoun Oyston. Ichavior.
.1
,',bs Jour: 1'wf 211ur-Tliol... No 20., 1958# 93650.
Authcr :.,Lalakshim, VAt.
111st t,S USSR
Title Action of Urine-SecratinC Apyamtw as a Woult of
Counteraction of Exterccoptiva and Literoceptive Conditioned
Reflexes.
Orir, Pub: V ab.z. Probl. fiziol. tacntr. norm. sistmlv-
14.-L-p Mi SSSRp
1957.. 55-61-
Abstract: ExparLmental. iiaurosLs In doas as a result of
interfer-
ence of intcroceptive mia exteroceptive concUtioned re-
flexes was accomcanied by porzistent pely-tiric. cmd a
disturbance of the filtration-reaboorption fLuiction.
AccordirC to the ancwit of cxcatlidno In thc urizic
GdrXI V2
U3SII/!Mm.;i cuia 'jiiual 11hyniulua. Normus Systan. T
.UCj-,cr Norrous Systmi. 13clinvior.
.ba Jour, Rol' Vlair-nivl., No 20, 1958, 93650-
aftcr vmtcr Imail4; the xuabsoxI)tion rato was Imur
thrui tho filtration rate: in coqvirison with the norml
tho inamase in filtratiou %ma 9-fola, and in renbsorp-
tion it was unly 6-fola. Thc3c procesoca were
ndjuutod by alliniotration of 0.02 a of I-w-linol (vice
cvery twenty-four hourr. fcr 5 -6 days, aral i'duresis do-
civued, tipproachinL; the ori(jnal level. 1.1,T31cation
I)f dilirctic nc;cats ill 0110 Of tho dOGG at VIC hCI-r,;lt
of polyur~'a provv.w(I a saccmd ccllapuc of LIN', ar. a
result of Intcroceplive frai tho - holo -
k. pa'. L;i
cally nItcmd or(;=i. lonbinovolmya.
C-r~l - 2/,.,.
120
Ratio of conditioned to =conditioned reflexes In the kidney
activity of dogs in a neurotic state, Trady Inst,fisiole 8t
223-227 0590 OaRA 1315)
1, Laboratoriya kortiko-vist mal Ittoy patologit (saveduyusbably -
I,% Matsin) Inatituta fiviologil In I.P. Paylova AT 8882.
OCIMULS) (MMM30)
zALVsSKATA, L.Sel kand.arkho, ALzKsAMOVA, V*Dqq arkh.;
SHKVARWOV, T.A.s
red.; DYUFSUUM, V.S., red. [deceasedIt KOLICSNIXOT, A.I.,
red.;
DONSHLAK. I.P.. redo; BALAKSTIVA- TO.." arkhitaktor, redo;
IFRIEMG, G.V,, inth,, redel BRUSINA, Lj., takhn.red.
[Manual for architects] Spravoohnik arkhitaktora. Red.T.A.
Mxkverikoy i dr. Moskva, Gos.lad-vo lit-ry po stroit.,
arkhIt. i
stroltowterislame Tol*3,o pte2o Elandecaping of cities) Oze-
lonenle gorodov. Soot. L.S.Zaleaskals i V.D.Alskeendrov .
1960.
463 p. (Ml 13:9)
1. Akadsuiya stroitallstva I aAhltektury SSSR. Institut grado-
stroitalletys i rayonnoy planirovki.
(Landscape gardening)
3 A I ~ F F'I ..- Y . 1'. , " o",Cn o4 n 11, .
-Vaine, air-pressure for oli dts.-~,Arre from
tartka. ATt.trAcsp.
15 no.6.-l? Je 157. (!!i,?A in: 7)
J'ft oAOr tncl-s)
BAIAKSHIY, Ya.0. __ __ __ -
- - ~ .
Bringing floodlands In the supoy Tailor under
cultivation, Nekh.
Bill. hoop. 8 no.9:11-12 S 157. (KLRA NO)
1. Direktor Pidetavkivolkoy,Ivgo-mallorativnoy stantsil,
Chorlmalkoy
oblasti,
(SVoy Valley-Agriculture)
According to IzveatiyvLp Acad- Na,jk SM (MI 12,
(18W-91) 195377-h-e-T-0110vint; vfts iond tit the
mminar of
the lAborstory of Machine anti Inntrumetit Prerislon,
Institute of KwLine Scienre, Aradt-V of 11ciencen,
USSR
in 1952 and the first )-jilt of
B-S- DALAX"2TTN rcad a Paper - "Methodr, Of analYeis
of the
bacirlC and workinr, out of theomt1cal scheriles for
the
basing of wheelo of ball arid roller bearingo."
60-, Gt Brit, Min of Lefence, VS'11 TTans #08. MRY
54,Unclas.
red.; B.S.P inzh., red.;
BOGATYKH,, Ya.D.0 inzh., red.; 130ROZNIN, A.A.p inzbop redo;
STRASHNYKH, V.P., red.izd-va; NAUXUVA, G.D., takhn. red.
(construction specifications and roLnilations] StroitellrWe
norm,y i pravila. Ft.3- Soc,V. cll,,10.[Hoat inaulation;
regulations for production and acceptanae of work] Teplo-
izoliatalla; pravila proizvodstva I priemki riebot (SNiP III-V.
10-62). 1963. 14 P. (FURA 16:12)
1. Russia (1.923- U.S.S.P.) GosudarstvoM-y konitet po delar,
stroitellstvn. 2. GosudarstveM-y konitot po delwa stroitell-
stva SSSR (for Balalayov). Mozhduvedomstvcnnaya, komissiya, po,
porevrotru Stroitelfirikh norm i pravil (for Nemirovakiy,
Bogatykh).
(Insulation Ofeat))-Standards)

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MOWIN, T.M.. prof*, doktor takhn.naukl PLUNGTANSIATA. M.N.,
kand.tokhn.
AWs,,-O.A.o Insh., red., KIDTKW, T.M.9 kandtokhn.
nauk I JL"
nouk, rodet XOTIN, B.N., redisd-val BLIKINA, 1,K,, tekhnerede
Unstruotions for protecting reinforced concrete and masonry work
'by using varnish. point, and water-repellent coatings]
Instruktalis
po sashohite sholesobstons, i kamennol kladki lakokrasoohayal i
gidro-
fobisirulushohial pokrytilani. Koakva. Gos.1ad-vo lit-ry p0
stroit.,
arkhit. i stroit.saterialam, 1959. 58 p. (MIRA 13:3)
1. Akademiya stroltol'stva i nrkhitaktury SSSR. Institut
batons, i
sholosobatona, Parovo. 2. Chlen-korrespofident Akadenii
stroitel,letva
i arkh1taktury SSSR (for Moskvin),
(Protective coatings)
BAIALATIT, G.A., Insh., red.; MUTIN. B.N.. red.lsd-va;
BOROTNZT, W.K.0
takha.red.
Elustructions for protecting concrete structures of
electrolysis
*hope against corrosion caused by stray currents; Mi
65-59.
Approved by the State Construction Committee of the
Council of
Ministers of the U.S.S,R. on September 2t 1959)
Ukassaila po
sashchite shelasobetonafth konstraktoll elektroliznykh
teekbov
ot korroalle Yysyvaszoi blushdalushchini toksal; sm
65-59.
Utvershdany Gos,konitstoz Sovota Kinistrov SSSR po
delan stroltall-
stva 2 sentlabris, 1939 g. Hookv&. Oos.lid-vo lit-ry
po stroit.,
arkhit. i stroit.saterialam. 1960. 22 p. (MIRA 13:6)
I* Russia (192)- UtS.S.R.) Golmdarstvann" konitst po
delan
strottelletys.
(Reinforced concrete construction--Corrosion)
BALALAYST. Gorman Aleksandrovich; VOLODIN, V.Ye., nauchnyy
red.; OURVICH#
I I-L.. r6d.lid-va: ZMKOVA. N.L. tokhn.red.
(Protecting construction elements and apparatus from corrosion]
2ashchite stroltelinykh konstruktoli L apparatury ot korrosil.
Moskva. Ooe.isd-vo lit-ry po stroit., arkhit. L
strolt.materialame
1960. 331 p. (MIRA 13:7)
(Corrosion and anticorrosiveO
BAIAIAYEV, G.A., inzh.0 rod.; STROSM191, V.P.# rcd. izd-va,*
tekhn. red.
(Tochnical specifications Sll 205-62 for conducting and Inspect-
ing rubberising) ToUnichealde, ukazaniia na proizvodstvo i pri-
emku gumirovochMkb rabot (SN 205-62). Moskva# GoBetroiisdatp
1962. 26 (MrRA 15:7)
1. Russia R923- U.M.R.) GosudarstvemW komitet po delain
stroitelletva.
(Rubbor coatings)
BAIAIAIEVI G.A.1 DIMSHKF.VIQI, Yu-.V.; lI=,AuOVjTmWA, 10.A.,
lnsh.j
I nauchMy red.; VDOVENKO, Z.I.,, red. izd-va; RODIONOVA,
V.M.,,
tekhn, red.
(Corrosion prevention operations) Proizvodetvo raintikorro-
aiirqkb rabot, Hookyat Goestroiizdat, 1962. 23 1
(KPCR-A 15:7)
(Corrosion and anticorrosives)
ALUSE)XV0 S.N.; ANTIPIN# V.A.; ARTAYONOV# V.S.;
WALAYEV G.A.,
inzh.; VOLODIN, V.Ya.; GOLIDEUBEIGP N.L.;
GOFENj D.A.; GRISH111p F.Je,; DERWHMUCH, Yu.V.;
DOUONENKOVjI.M.; KLIKOV, I.Ya.v doktor tokhn.
nauk, prof,;
LEYRIM, V.E.,- LUTONIN, N.V.; MOLOKANOV, A.V.,,
dots.;
NOGIN, A.Ya.; PAKIMOV, N.M.; FROTOSAVITSKAYA,
Ya.A.;
ROM, I.V.; C11APLITSKIY, L.A.; TM"rLIN,
A.G.)STRAV1"TE,P.K.;
MOSECILOSKIY, N.A., doktor takhn. nauk, profoo
red.;
MUNGUX, 10.1 red.izd-va,- TINK134A, Ye.L.,,
tekhn.red.
[Corrosion protection In the construction of
industrial
bulldinp) Zashchita ot korrozii v promyshlonnom
stroite.11-
otva. Moskva, Goostroiizdat, 1961. 406 p. (MIRA
l61l2)
(Corrosion and anticorroz;ives)
(Industrial buildings)
BALAL.AY-EV.3 G.k., lnzh.p red.; SAVVINA, Tu..A.j karxJ. tokhn. nauk,
red.;
(Instructions for planning anticorrosive protection of
structural elements of Industrial buildings producing ag-
gressivo modial UkazrAniia po prooktirovanilu antikorrozion-
nol. zashchity stroitellrWkh konstruktvii proryohleMkh zda-
MI. v proizvodstvakh a ngresaivi-OTA sredaml (IN, 2&1-63). Xo-
ekvn, AroiAzdat, 19(d.. 89 p. (Fau 1718)
1. Russia (1923- U.S.S.R.) Gouudarntvennyy koritot po delam
stroitellstva. 2. Gosstroy SrM (for Balaloyev). 3. Nauchno-
IaGlodoyatellskiy inutitut betona i zholez.obetona Gosstroya
SSM (for Savyina).
Gorran -Alekoundrovich; YRITUIA, V. A. p nauchn.
red.;
1,1MULICE-UK, Z.V.9 red,
Icarrying out acid-resistant work] Froizvodstvo
kirloto-
upornykh rubut. MoBkva, Vyi3B)iaia shkola, 19U..
325 p.
(10,11RA 1F:3)
BALUAYEV, Corman Aleksandrovick,
fFrotecting structur&I elements arri chemimal
apparatus
from corrosion) Zashehita stroltellnykh
knastrukt"11 i
khimichaskikh apparatov ot korrozii. 2. izd,.
neror.
Moskva,, Strolizdatl 1965. 372
STOPICHIV, S.G., kand. tOkhn. nAuk Miabarovsk)j a Ail &I
ATjjJ &WILW
inzh* (Mabarovsk); RODTX, V.VqP inshe (khabarovek)'
Using the elsotronio digital computer for the oomputation of
pUns for makihg up trains. Zhel. dor. tranep. 45 no.30446
Mr 163, (MIRA l6s6)
Railroads-Making up trains)
Urai Computer)
~
BAWAYEV, S.V., Irmh. (hImbarovsk)
Urgent problems concerning the d1strilmtiton of
classIfication
vards. Zhal. dor. tranap. 47 no. 1103-Y7 N t65
(MIPA 1911)
8/056j62/043/006/008/067
B184/B102
AUTHORS: Balalayev, V. A., Dthelopov, B. S., Medvedevt A. I.s
Wshteri--A-.,--M9v&tkin, I. IF,
TITLE: Refinement of the information on the 0+,-+ 0+ transition
in Ce140
PERIODICAL; Zhurnal eksperimentallnoy i teoreticheskoy fisikil'v. 43,
no., 6(12), 1962, 2019-2020
TEXT: The Pr140 conversion electron spectrum was muasured with a high-
resolution D-spectrometer a result, more accurate data on the
0+ --,*0+ transition in Ce14OA:ere obtained: energy: 1902 t 3 kevj
(K/L) 1902 - 7-40.t 0.34# These values are ~rell consistent with those
obtained in earlier measurements and with the theoretical results.
MIL - 0.27 t 0.031 (K+L+M) 1597/P+' 1~;, (K+L+14) 1902/0+'0.1%. There are
I figure and I table.
car,j Card 1/2
LAYEV V.A,; DZHEIZPOV, B.S.; MVEDEVp A.I.; UCUVATKIN, I,F.
Conversion electrons amitted by Lul7*p4--&u the energy rwwe
540-1450 Kev. Isv.Al SSM.Serfis, 27 nooWOO-203 T 163.
(MRA 16s2)
L Veasoyusnyy nauchno-i9slodovatel'shy Institut metrologil, in,
D.I.Mendeloyeva.
(Internal conversion (~iolear "ios))
(Lutetlux isotopes) -
nAV At A 7 If A . I T rA T'Klnl T A11A DUTUE'LUE-FICIVI a.
.177r'qj A I TrTTI-IT TUI T. r.
A I7K
V~ M_Q
-likiTOPALOVA, S. A.
"New Data o ~85 onveralon and the End-point Energies of Beta
Spectra in the
Decay of Ta
report submitted for All-Union Conf on Nuclear Spectroscopy,
Tbilisi, 14-22
Feb 64.
VNIIM, M (All-Union Sel Res Inst Metrology, Physico Technical Inst)
- - I.-j VUES~I-VTI A,; MAUMMZEVA, V. P. ;
_hALALAYF4A_Y_I=A-4t-
UNIWkRIN, I. F.
"Concerning the Decay of La 14o.,
report submitted for All-Union Conf on Nuclear Spec%roseopy) Tbilisi)
14-22
Feb 64.
VNIIM, Radiyevyy Inst (All-Union Sci Res Inst of Metrology; Radium
Inst)
2/3
lvn-.
ACCESSION NR: AP4031176 S/OOS6/64/046/004/1478/1478
ALMIOR: Balalayev, V. A.; Dzhelopov, B. S.; IMWvedev, A. I.;
Mashter, A.;
Uchevatkih.-I.-'r. - '-- I I
TITLE% Half-lives of gxxmd and iswieric states of W-174
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 4, 1964, 1478
TOPIC TAGS: lutecium, half life, isawric tr,'Llsition, conversion
electron spectr"-n
A3STRAM Following an earlier measuranent of the ccnversicn elect=n
spectrum of
173,174
L" (Izv. X11 SSSR ser. fiz. v. 27, 200$ 1963), the wasurr-Tentu
ware repeated
1 174
of the 994 and 1243 keV tran4itions :Li Lu. with the sarrve.
source. In the 340 days
elzpQ,ed between tho two series of meazun-~=nts, the 1243-keV
K-line ir.-.ensity had
hax\Jly changed 0half-life peater thcun 800 days) , but the 994
keV Y-1-,rie intensity
had decreased with a half-life of 150 + 40 cavs. 7b determine
Vh~..h of the half-
liv3s conesponds to the ground state _* ;h to the isawrle sl ate ,
the half-
life of the L-line intensity of the 59.1 cmd 67.1 keV transitions
was estimated and
found to be less than 200 days, which disagrees with the data of
0. D. Kovrigin and
G. D. Laty*shev (Spektrcmter 9 dvoynoy fokusirovkoy, Izd. M Kaz.
SSR, Abna-Ata,
Card 1/2
AOCESSICN UR: AP4031176
1962, pp 35-41) Who estimted it to be 1300 days. The results of
the investiga-
tions lead to the following cmclusions: (1) the ground state of
LA~74 decay_ With
a half-life of 1300 days; (2) the isamric state of W174 decays
with a half-life
of 140 days; (3) the 1243-koV transition is excited frcn, the
ground state; (4) the
994-keV transition is excited from the isoneric state. 'The
authors are grateful
to S. A. Shestopalova for a discussion of the measumment results."
ASSOCrMON; Vsesoyuzny*y institut metrologii im. D. I. Mende-eyeva
(All-Ulim
Institute of VetroloV)
SU&=D-. 26Jul63
SW CODC: MP
DATE ACQ: 07May64
NR IMF SOV: 003
ENCL: 00
OIHER: 002
Cord 2/2
BAIALAYIN, V.A.1 MIELFTOV, B.S..; WSWIERP A4 3ffe,%-rOPAL(NA, S.A.
Spectrum of conversion electronB from Full,6 in the energy range of
750 - 1550 Kev. Izv. AN SSSH. Ser. fiz. 29 no.71lI12-1120 JI 165.
(MIRA 180)
1. Vsesorianyy nauchno-issledovateltskiy inatitut metrologii im.
D.I.Mendeleyeva.
--- -- ---- - - --- - -- -- -- - ---- -- --- - ---
- . I ; - ., ~ I" ~~ " !,,
~';'Olls B ~, ; ll+:vp ". 1. ", - IN$ I.F.;
SHFSTOPALDVA O.A.
fierent data on GL4135 deciy. Izv. A!' Sf~r. flp- 29
no.12t
2204-2224 1) '(5- (MIRA 19: 1)
1. Vsei3opzn.,,7 nai,c-hnc,-ir,.i2edovatellt;k',y
tristitut metrclcell Im.
V.I. 'V~-,Tldeleyevll.
BAIAIATEV) V.A.1 D7HELEPOVp B.S.; MEDVEDEV, A.I.;
MESIITER, A.;
------- PRIKHOD'T9"A,-V.P.; UCHEVATKIN, I.F.
Recent da,a on the spectrum of conversion electrOn3 from
1A140.
Izv, AN SSSR. Ser. fiz. 29 no.l2t2250-2254 D 165.
(MIRA 19;1)
1. V4esoyuznyy nauchno-iseledovateltakiv inatitut
metrologil im.
D.I. Mendeleyeva I Radlyevyy institut Im, V.G. Khlopina
AN SSSR.
I
BALALAYEVI V.A.; VOINOVA, N.A.; DORELEPOV, B.S.; 1410'PTN,
L.N.; Sir- T,,)I'IT,OVA, S.A.
On the Xdecay of Te,182 with an ener&-v ubfve 600 Kev. Izv.
AN SSSR. Ser.fiz. 30 no.1:126-131 Ta 166.
(MIRA 191l)
1. Voonoyuznyy nauchno-issledovatellskiy inntitut mtrologil
im. D.I.Mendeleyeva i Flzlko-tekhnlchei3kiy institut im. A:F.
Iorfe AN SSSR.
I C 1". - I &I ~A, 1 J-9- -3 SWRCE COM UR/0048/65/029/(M/UU/1120
AUTHORt ~,j Dzhelepov, B. S.; Meshter, A.1 Shesto -
BajAlaMt-,V.., J palova, A--A- 2~
.8
Offit All-Union Scientific Research Institute of MetrolOx"Y
(V8A-3oYU2nYY h-~u~c=o- swiKV-6i LlskiylCstif.-Ut Metrologffil
TITM Conver3ion electron spectrum of Eu aup 146 in the energy
range 750-1550 key
SOURCEt AN SSSR. Izvestiyao Seriya fizlc~neilkaya, v, 29, no, 7,
1965p 1112-1120
TOPIC TAGSt europium, electron spectrum
ABSTRACT: This article Is a complete prose,ntation of results
from.',
an experlmont reported on earlier In part at th?411I Congress at
Dubna In 1964, A segment of the spectrum of Eu conversion also*
trons was studied In the energy range from 750 to 1550 kov. The ~
article Is primarily made up of graphs and tables representing the"
data from the experiment with a brief description of the setup
and some discussion of the results. It was concluded that a) all
,the conversion lines observed by *ther researchers were observed
In the present experlmentj b) 23 now tranaltions were dloooveredi,
0) Ali the transition energies In title range were more pr3olooly.,
determined. The authors thank Zh. T. Zhelay for his assistance in
the receipt of
the sourcesl jf__N* MoskyIn for the cleansing of the preparations;
and ja-E_,Uc~beva~
D. VjtMpt At 1. HQdvedov and L, A. 5hal,,kyeya for 1hoir
asoistance with the
measurements. 0hrig. art. haot 8 flWi-rea aid 1 table* [JPRSI
SUB CODFA 20 / SUBH DAM none / ORIG REF1 006 / OTH REF: 001
I IJP
__L o7l55w67_EWr(M)/W(~)/F.T
ACC N;t, AP7001027 SOURCE CODE: uR/Oo4e/66/o3p/oOl/Ol26/0l31
AUTHOR., Balal= V. As; Voinova, N, As; Dzhelepov, B. S.; Hoskvin
L. N. and
r3
ShestopaioM, 5.
ORG: All-Union Scientific Research Institute of Metrology ime D6
is Mandeleyev
(Vsesoy~~rW-n warlillo-Vitill y iniEltut metrolo- o1:9q_Rhn&1L_
91 EIL __ -
o-tekhnicheskiy institut _9.~SRJ
Institute im. A. F. Ioffe AN SSSR (Fizik AN
TITLE: Beta ddecay of ta sup 182 with energy above 600 kov Cpaper
presented at the
I2nd All- n o S sium on the Physics of thin Ferromagnetic Films;
Irkutsk,
10_15 j
ulY 196
T 4J
SOURCE: AN SSSR. Izvestiya. Seriya fizicheukaya, v. 30, no. 1,
1966, 126-131
TOPIC TAGS: radioactive decay, tantalum, beta radiation
ABSTRACT: In a previous paper the authors were the first to
discover a continuous
background in the 820-kov region for the beta decay of ta sup
182. This prompted
a continuation of the wjMk to invoetigate the hiu*d beta
radiation in the 1500-kev
region of a stronger Ta-sup 182 source. Results are plotted in
curves, tabulated,
and compared with results of other authors. The authors thank A.
Meshter. If. Fs,
.Rc4evatkin, and A. I. Madvedev for assistance in the taking of
the measurements,
I*' F, Uchevatkin also took part in the operation and discussions
of the original
experimntal data. The authors further thank G. M. Bukat for
setting up the program
for the electronic calculating machine. Ot.'ip. &rt. has% 3
figures, and 2 tables.
card 1/1 rj PK S ' 35*, q361 SQ8 COW-111
It _YSUANANTE! noneIM-Egm ul"dam
L 31407-66 'W m
ACC NR. AP6622573 .30MICE CODE: UVO048/66/030/00:YO413/0415
AWHORs BalalaYev._X,.AAj_Dzhelepov0 B. S.; Medvedov, A, lot
Uchavatking I# Fe
Shestolmlovap S. A.
ORG: All-10nion Scientific Research Institute of Metroloa-im.Do Is
(V5er'oyuzny.y nauelmo-iseledovatallskiy Inatitut Metrologii)
TM.Et New data on the spectrum of conversion electrons for the
strongest traneitiol
in Yb sue 17Q_- /I
SOURCEt All =R. Izvestiya fisichaskayup ve 30, no. 39 1966t 413-415
TOPIC TAGGt ytterbium, transition radiation p conversion electron
spectruins. spectral
line, electron energy level
ABMUCT; The availability or a'neit h1gher-energY'soure6 made it
possible to study oonversion eleotrons having energies above )150
kev. Thezeferenoe used was the X-convereion line of the transition
12955.2 kev. The speotrum from 2880 to 3150 kev was remeasured to
confirm those made above 31509 Inasmuoh as the speotrum Is oomplex
and the X, L, and M lines of the various.transitions overlap* Re-
sults of measurements above 3150 kev$ given, In a tabled are easen-
tially now. Six now transitions were founds 32249 324S, 3263,
328?,',
3302 and 3325, The latter Is suggested as possibly the strongest
transition in the speotrum..'The- authors thank X Ya. Gromov ard- z
T, imle%
for providing.the sourcee*'- Orig. art* hast 1 figure and 1 tablise
eJPR3(
-SW vwl;t, 20/ SUBM DATEt none/ ORIG FIM 003
80198
/Y.P.100
S/129/6o/ooo/o4/009/020
E073/E535
AUTHORI Balala&eY.&-Yu,.F.., Engineor
..AW-0-00~ 0.
TITLE- Structural Changes and Strength of the Steel in the
Case
or High Frequency CyclIc LoadIng-I
~f
PERIODICALt Metallovedeniye i termicheskaya obrabotka
metallov,
ig6o, No 4, pp 41-45 + I plate (USSR)
ABSTRACT: For investigating the fatIgue strength, the kinetic
heating due to internal dissipation of energy and physico-
chemical processes in stools during cyclic tension-
compression loading with a frequency of 17 to 20 kc/sec,
the author developed a resonance system, a skotch of which
is shown in Fig 1. This consisted of the cylindrical
specimen 4, which was rigidly connected via a sleeve 3
to the axis symmetrical intermediate piece 2 which in
turn was brazed onto the magnetostriction vibrator 1
(a 50 x 50 mm packet of nickel sheets 0.2 mm thick). The
theoretical investigation of the rod as an elastic
oscillation system was based on solving the equations for
Card 1/4 longitudinal oscillations. For the case of steady
state
~'K
80198
S/129/60/000/04/009/020
E073/E535
Structural Changes and. Strength of the Steel in the Case of
High
Frequency Cyclic Loading
sinusoidal-oacillations, the following equation applies:
t - -A 1 sin 1 x sin wt (1)
a a
where a is: the relative elongation, w the circular
frequency, a the speed of sound in the material of the
specimen, A is the oacillationamplitude in microns.
For steel the maximum stress is: Umax a + 0.0257fAkg/mm2, f,
oscillation frequency in kc/sec. In add-Ition to a sketch
of the resonance system, Fig I also shows the distribu-
tion of the oscillation amplitudes along the elements of
the system and the longitudinal stresses of the specimen.
The micro-specimens from the end parts of the rod can be
used as reference specimens for studying the influence of
alternating stresses on the physical and chemical
processes in the material in the centre of the specimen
where maximum stresses occur. The features of the
Card 2/4 oscillation processes in the axis symmetrical rod
with V/"~
80198
S/129/60/000/04/009/020
8073/E535
Structural Changes and Strength of the Steel in the Case of
High
Frequency Cyclic Loading
variable croon-section are such that as a result of
these the amplitude of the. streases in the specimen
are considerably increasedi in this respect exponential
and catenoidal shapes are most effective. For ratios
of the maximum to the minimum diameter of 50/8 it was
possible to obtain in 5 mmi diamater specimens
amplitude stresses up to 50 kg/mm . The electric power
in the magnetostriction element did not exceed 3 kVA.
The resonance length of the intermediate piece was. 160 mm.
Results are described which were obtained for variou a it'
materialat Fig 2 shown the fatigue curves for Ste 1 '15
and for commercial iron-, Fig 3 shows the temperature
distribution along a specimen of Steel 25; the table on
p 44 gives the results of measurements of the tempernture
of the central part of specimens of various materials at
the instant of failure for a loading frequency of 17 to
Card 3/4 18 kc/sec and a maximum stress amplitude of 10 to 25
kg/mm
80198
s/u!9/6o/ooo/o4/oo9/o2o
E073/E535
Structural, Changes and Strength of the Steel in the Case of
High
Frequency Cyclic Loading
Fig 4 (plate) ahows microstructure photographs of commercial
iron in the zone of heating anj of fracture of the specimens;
Fig 5 shown the microstructurellof steel Odiin the zone of
heating and failure in a specimen; Fig 6 shows the micro-
structure of a 2OKhGSAI steel specimen with "pronounced"
grain boundaries% Fig 7 shows the microstructure of SteeI25
after heating followed by quenching in water. The results:
obtained indicate that the here described resonance system
permits investigation of processes taking place in steels
during hWrequency cyclic loading.and heating of the
specimens up to 1000*C and more as a result of internal
dissipation of the oscillation energy. The here described
method of high frequency loading of specimens permits
determining the locations of active Frank-Reed sources and
to study the dynamics of dislocations.
There are 7 figures, I table and 5 Soviet references.
Card 4/4
5/0)2/60/026/05/40/063
BOIO/BO08
LUTHORt Balalayevj Us. F.
TITLEt kpplianoe for the Excitation of Cyclic Stresses in Test
Samples With a Frequency of 16-20 Kilocycles
PERIODICALs Zavodskaya laboratoriya, 1960, Vol. 26, No. 5, pp.
617-619
TEXTt A resonance system with a magnotostriction exciter and
valve
generator with electric oscillations up to a capacity of 3 kva
was design-
ad for investigations of the physico-ohosical processes in
metal alloys
at cyclic, tension-comprossion loads with a frequency of 16-20
kilocyoles.
The peculiarities of the oscillation processes in an
intermediate rod
with stepwise varied diameter were used for increasing the
amplitude V /C
of the stresses in the samples (Hof. 1). For standing
ainusoidal
oscillations, the stresses in the sample may be described by
the follow-
lag equationt 6 Ytiqw-Asin z sinwt (E - modulus of elasticity,
9 - density of the material, JL amplitude of the oscillations
of the
sample end, w - angular frequency of the oscillations, a a
sound velocity
Card 1/2
Appliance for the Excitation OfCyclic Stresses
S/032/60/026/05/40/063
in Test Samples With a Frequency of 16-20 Kilo- B010/BO08
cycles
in the material. of the sample, X - coordinate measured from
the sample
mounting). It appears from the block acheme of the generator
(Fig. 1)
that the current of a ZG-tO generator is amplified by a
capacity
amplifier (OU-80 valves) and a two-cycle scheme is used. A
description
of the block scheme is given and resonance curves (Fig. 2) are
obtained
with steel samples of various length. The attenuation can be
determined
from the change of the active and reactive resistance of the
oscillation
of the vibrator and consequently from the amperage and voltage
of the
generator. Oscillograms of the change of amperage and voltage
of the
exciter at a change of the frequency of the generator recorded
with an
MK-2 oscilloscope are given (Fig. 3). There are 3 figures and
2 Soviet
references.
Card 2/2
3007
S/032J61/027/C11/004/016
to Bl16/BI02
AUTHORt Balalayev, Yu.
TITLEs Ultrasonic detection of dislocations
PERIODICALt Zavodskaya laboratoriya, v. 27, no. iiq 1961,
1362-1363
TEXTs For the purpose of detecting dislocations in
microstructure3it is
recommended that the metal in question be subjectid to
high.-amplitude
ultrasonic vibrations. This method has been elaborated on the
basis of the
theory deyeloped by K. Wake and A. Granato (Ref. 3) for the
internal
friction of metals. On local heating round dislocations,
impurities
undergo supereaturation and dislocations become "decorated".
This is due
to the fact that in the case of ultrasonic vibrations, the rate
of evolu-
tion of local heat near dislocations may exceed the rate of heat
withdrawal.
Commercial -grade iron (0-04% C, 0-07% Mn, 0.03% Si, 0.035A S,
and 0-019,k)'/
and YBA (USA) steel were used. in the experiments. Ultrasoric
vibrationa
were generated by a device previously described by the author
(Yu. F.
Balalayev. Zavodskaya l,aborstoriyat 26t 5 (196D)). The samplea
were
subjected to ultrasonic vibrations of certain frequencies at
maximum
Card 1/2
S/03rViO27/0ii/004/016
Ultrasonic detection of dislocations B116 B102
tension amplitudes. It is shown that ultrasonic treatment
brint-s about
a "decoration" of dislocations. Microstructures treated with
various
etching agents exhibit the same features. N. F. Mott stated
in Ref. 7
that dislocations accumulate in consolidated metals. This
assumption was
confirmed by ultrasonic treatment of the microstructure of
cold-harden6d,
completely deformed commercial iron. It is noted that
dislocations
blocked by finely dispersed Darticles of the second phase or
by "cloudr.11
of impurities cannot be detected by ultrasonic treatment.
There are 2
figures and 7 referencest 5 Soviet-bloc and 4
non-Soviet-bloo. The 4 ref-
vrLncea to the English-language publications read as followst
:. S. Suits,
J. R. Low. Acts, metallurgica, 5 (1957)1 Ref. 3, K. LUcke, A.
Granato.
Dislocutions una Vech. properties Crystals (1957); C. E.
Morris.
Metal Pro6ress, 56, 693 (1949)1 Ref. 7t N. F. Mott. Phil
Mag., 43, 1151
(1952).
Card 2/2
ACCESSION NRI Ap4oogj8o S/0126/63/016/006/0872/0876
AUTHOR: Fs; bokshteyn# S.s..Z
TITLEt Ultrasonic high-temperature heating and Its use forthermal
treatment In
studies of metals and alloys
SOURCEs Flzlka metallov I metal lovedenlye, Y. 16, no. 6, 1963,
872-876
TOPIC TAGS: ultrasound. ultrasont c heating; ultrasonic high
temperature heating,
metal heat treatment, alloy heat treatment, steel, martensite,
30KhG$A steel,
heat conduction, aluminum, Iron
ABSTRACT: The authors used a now ultrasonic heating technique for
the thermal
treatment of metaltic rods In order to study the condition and
behavior of the
grandles, the processes of recrystallization,and the martansitic and
other trans- J
formations In the solid phase. Longitudinal waves with a frequency
of 18-27
k1locycles/sec and a stress amplitude somewhat lower than the
fatigue limit of
the material were produced by a compound resonance system wtth a
magnetostrIctive
stimulator and energy concentrator as described In a previous paper
(Batalayev.
Yu. F. Zavodskaya 3a6oratorlya, 1960. No. 5), As shown by the
example of a steel
specimen heated to the burning stage by Internal friction with
elastic vibrations
having frequency of about 20 kilocycles/soc and a stress amplitude
of 3-15
Cord 03
ACCESSION NR: AP4009380
kg/mm2, only the central part of the sample attains a high toWerature
since the
stress along Its axis changes according to the sinusoldal low., in
the establish-
ad method of heating to temperatures above the critical point for
phase trans-
formations, the thermal losses from the surface of the sample are
equat to Its
Internal potential. As the result of the sinusoldal distribution of
stresses and
the cooling effect at the extremities of the sample, a temperature
gradient ap-
pears resulting In a gradation of structures corresponding to
different hooting
temperatures In the same sample. At a definite stage, one observes a
rapid local
Increase In temperature and the destruction of the sample, the rapid
development
of fissures being accompanied locally by a bright luminescence along
the path of
propagation. Studies have shown that samples made of technical Iron
and steals.
as well as technical grades of aluminum, heat rapidly In the annealed
state.
Weak hardening Increases the tendency of samples to beat rapidly and
to form
fissures. Strongly hardened samples. do not heat easily; for their
heating In-
ternal friction Is preferred, temperatures above IOOOC being attained
by ultra-
sound. A mathematical treatment Is given for the active potential of
loss at
the expense of the viscosity component of the Internal friction, as
well as for
the overheating temperature, using A# Go SpeUtor's formulm such in
analysis
Is made possible by the fact that the statistical model of a
double-component
system with resilient !ImIts and elastic granules coincides with the
model of a
hetero aneous conductor. In both cases, the statistical model can be
represent-
Card 113
ACCESSION NR: AP4009380
ed by a plate whose two opposite surfaces emianate heat. in this
particular case,,
the distance between the two parallel surfaces Is considered to be
equal to the
average size of the granules. Studies using the ultrasonic
technique showed that
the main characteristic of this method Is the phenomenon of
microfocal superheat-
Ing of the viscous regions, resulting In a specific effect on the
microstructure
of the steel. Intensive relaxation with a high frequancy and
amplitude of vlbra.
tions sometimes provokes such rapid heat loss that the
recrystallization becomes
Insignificant; In some other cases, the local overheating of
viscous cofffonents
provokes local recrystolllzotlon. An Investigation of somples Of
30 KhGSA steels
hardened In water after ultrasonic heating, showed a different
martansitic pick-
ling at the boundaries of the granules than In the body proper,
which can be ex-
plained Ily overheating at the boundaries. OrIg. art. hast 3
figures and 3
formulas.
ASSOCIATION: Voronezhskly politekhnichoskly Institut (Voronezh
PolytechnIcal
Institute)
SUBMITTEOt 26Feb63
SU8 CODU ML
Cw,d 3/3
OATE ACQ: 03Feb64
NO AEF SOVt 008
ENCL: 00
OTHEA; 001
Dependence of' the structure: of cornerclal-grade iron on
ultrasonAc.
high-texperalture heating. HetaUoved. i term. obr. met.
no.1:46-49
JA 164. (MIRA 170)
1. Voronezhskiy roUtAhnicheakly institut.
ACCESSION NRz AT4040415 5/0000/64/000/000/0113/0116
AUTHOR: Balalayev, Yus F*; Sokshtsyn# So Zo
TITLEi behavior of the grain boundaries In Iron during
ultrasollc high-temperature
heating
SOURCE., Protsessy* diffuzil. strukture I svoystva.metallov
(Diffusion processes,
structure and properties of metals); sbornik statays Moscow,
lid-#o Mothinostrayenl-i-
ye, 1964, 113-116
TOPIC TAGSi Iron$ Iron grain boundary, Iran microstructdre,
grain boundary, ultra-
sonic heating
ABSTRACT: In view of the wide use of hot recrystallizatlen
during the production
i of.austenitiC 3te0l. the authors Investigated the behavior of
the grain boundaries
during ultrasonic recrystallization of Iron containing 0.04% C,
0.07% Nn, 0.03%
SI, 0.035% S. and 0.015% P. In order to obtain a homogeneous
fine-grained struc
ture, the specimens were annealed at 950C for I hour, and were
then subjected to
ultrasonic vibrations at 19.5 kII0CYIC03/SeC.* resulting In a
temperature of more
11. than IOOOC at the node. -Cuts for micrographte Investigation
were made b; x1olly
through the speclmenj~ and the cold worked surface layers were
removed electro-
&1111~jng, fol.lowed,by etching to reveal the microstructure,
The micr03tfucture
ACCESSION NR: AA00415
was Investigated at various distances from the zone of minimum temperature
In the
direction of Increasing temperature. Analysis of the photom1crographs
obtained
showed that an Increase In ultrasonic heating temperature Is accompanied
by an In-
crease In pitting along the original grain boundaries after etching. This
pitting,
which Is not observed after electrical heating, Is explained by Internal
friction
caused by defects at the grain boundaries. The relaxation spheres detected
by
1 ultrasonic heating do not overlap, and relaxation proceeds In each
sphere Indepen--,
dently. in the zone of heating above 910C, boundaries of new grains appear
Indics-
ting the absence of relaxation processes and the small accumulation of
elements
causing chemical non-homogenelty between the boundaries and the grains at
these
places. in the zone Of hl~qher temperature, etching pits along the
original grain i
boundaries become less pronounced. and new grains become-coarser and more
d1stInc
In the zone close to the site of specimen failure, only remainders of the
original
grain boundaries are present, and now grain boundaries show signs of grain
loosen-
Ing. in the zone Immediately adjacent to the site of failure. crack
formation is
ob5erve4; failure of the specimen takes place along now grain boundaries
formed In
the process of grain transformation. The authors conclude that tracts of
the orlq~
nal lmp;rf;ct grain boundaries remain after transformation but gradually
disappefr.
with a ur her Increase In temp4ratures OrIgo arts host photomicregraphs,
Card 2/3
7
ACCESSION NR: AT040415
ASSOCIATIONS none
SUBMITTE01 09D"3 DATE ACQs 28Kay6W ENCU 00
$Us CODE: MM 00 RIF SOVI 003 OTHER: !001
fV
card 3/3
;"A I I I , -41
j I ., . 6
I r . . - , I . - I , :
1 -11 % .. 1. 1
- j

1 1. . ~pj . 11
v v ~ ) y : ~
Fx, ~,
o
n
XCC NN. A 013357
AUTHORI BalslaysT9 YU# To (Voronoth)l
0101 none
TITUt Ultrasonic heating of Metals
SOURCE COM UR/0370/66/000/(KI,2/0058/0060
Poetnikov, V. 8, (Toronath)
SOURCE1 AN SSSR. Itvostlya. MIstally, no. 2. 19660 58-60
TqPIC TAGS1 Itrasonic Wvftofi~; weal grain structure 1-7yxc
ABSTRACTt An experisontfe described which confirmed a
overheating of grain bound-
arias as compared to the(Lbody of the metal In IMION9TOASteel
acted upon by ultrasonic
vibrations. The InductAilcrostructural changes were followed
by means of high-tem-
piarature metallography an cylind Ical specimens with highly
polished walls. The
sq1crostructure resulting from selective oxidation showed the
heating caused by the
ultrasound to be Inhomogeneous and Indicated an "overheating"
of the grain boundaries
due to vi acous :11p along these boundaries and to processes
of microplastic grain-
bqundary deform ilon. The migration or boundaries took place
In both unannealed spe-
cimens and specimens thoroughly pre,anntalod at temperatures
above the heating temper-
It r* associstadvith the ultrasonic effect. Loosening of the
boundaries may be duo
17tho coagulation of vacancies formed as a result of the
movement and Interaction of
t ,
dislocations during cyclic deformation. It to concluded that
ultrasonic heating to a
niont method which makes It possible to change the Istat* of a
metal In a short
1/2 MCI 669-151
L 4162 -66
ACC NRt AP6013357
Period of time, and to follow the chm*os taking place In a **tat
Placed in an alter-
nating mechanical field by means of u*tallography and other
tochnIques. Orls, art.
haso 4 figurese
SUB cOme It/ Sum VATU MOW 0110 Ws 003
2/2 hs
ZAKHAROVA, G.N.;
Treatment of obliteratine endarter 4 t!B with
hydrogen sulfide
baths of the Saratov Sokolovogorskiy Spring. Vop.
kur.,
fitioter. i lech. fit. kul't. 28 no.4010-312 Jl-Ag
163.
(MIRA 170)
1. Is kafedry gospitallnoy khlnirgli OEpolnyayushchl
obyazannosti saveduyushchego - dotsent G.N.
Z&khnrova~
Saratovskogo medltelnokogo Instituts I Saratovokoy
Sokolovogorskoy vodolechobnitsy (glavnyy vraoh B.I.
Kirkorov).
L R L~ fA YF- V 6, N "'I -
USM/Virology - Rickattsiaa6
4 Abe Jour : Rat Zhxlr - Biole# No 15, 1958t 67005
Author : Balalneva N,,M. Zuborp L.P.,
Inat
Titla The Study of the Biological Properties of Rickettsia
Woseri After Prolonged Cultivation in the Organism of
Body Lice. Coummication II. The Oxidation Property
of Rickettsia Mooseri in the Presence of Glutamic Acid*
Ori g Ptb Zh. mikrobiol., opidomiolp i immmobiologil,.1957, No 8,
14-16.
Abstract Fermentative activity (M) of He mooseri (oxygen uptake)
cultivated in the or&anism of body lice was stWiod and
was compared with that of H. prawazekii under the same
conditions of cultuvation. '&"he study was made according
to Warbura's mnomotric mothod (the technique is doscri-
bod). It was shown that 11. moosori and R. prmzWi were
conuuminG oxygen when glutamic acid served as the
Cara 1/1
USS/Viroloa - Rickettsias, B-5
Abs Jour Ref Zhur - Blol.,, No 15, 1956, 67005
oxIdAtion substrate, Control experimits with uninfectod
lic-2 producod neamtivo rosultes To coLT4ro the oxidation
PA of t1io R. mooserii with that of R. prowazekii, a count
was mde on the nurdbar of rickettsias that had boon
stained
aceording to Morozov's wthod; In 0.01 ml of suspension
distributed on 2 c=2. surface area of a (Ush, The ratio of
oxygen consumed (in t-,. 1 Crmrolitcre,3) to tho average
rickettsias count was considered no the intensity indox
for PA of rickettsias. It vao established that in the
first 1-susagm., the oxidation FA for R. moserii diffcred
from tbat for the R. prowatakii. However when the numbor
of pasear~aa ineroased, the FA for Ro mosert npproachod
the PA for R. provatckii) are, in a number of instances,
QxcwXW it.
Card 2/2
S-~V/84_1;8-11-47/58
AUTHOR: Balalov, S., Commander of instru,.tion and Training
Unit
'44WAS
TITLE: tring-574r"s imu i7aiors in Pilot Training
(Ispolizovati
trenathery v obuohl!~nli pllotov)
PBRIODICAL: Grazhdanakaya aviateiya, 1958, Nr 11, P 34 (USSR)
ABSTRACT: The author refers to the privilege extended to
pilots
of light aircraft In er4clal purpoao, aviation unite to fly
at
night under difficult meteorological o*ndltlons. Since this
en-
tailed considerable cost and an Increase In training
piremnel,
it was proposed to use simulators already produ.-ed by OVF
in 1957
to train crews of LI-2 and An-2 plants. The exp#.riment
produced
satisfactory moulta and a sp,%-dial tr&1nIng program was
dtvelopsd
for pilots training on any level.
Card 1/1
SO F: Pr k 'in el
TOPW TAC-S: v!ectrw~ vg .:at!,n. e:e, ene r Rv
s I ~ I.. -~. -! '.' - r;
A BS I A T A systern is describf- 0.ich is imlrnd~d for !),e
rcRulatiorx and
--~ r~ 4 ! ~%r ri\.i x ~ 7~vi n-. e n e T . ~, T P - I - ' T
.1 ~11 ' . ~. ,t4 i - L t r urn in A Me v
A A rW a I 1 1 -1 c nn 1 - n f!'P V -a rr Of h ' i
t
FlAh' 1 1 t4 S % ~'VTT-, r r !4hc)N% n . S v f Y i o;- ral~~
r i n ~ ta a ~:s e r , a nd
are c;roiU'vrcd. End-window counters of -activity of Cues were
used in testing the !3ystcm. It was fmind that the energy
instability, at the
IZIA-Mev point, dil not exceed t H kev for several days andt
25 kev for several
Card 112
A C C F~ N R p 1 4 q b 2
rn o n th.-i "in conc.uiioll, wr wish 0- V- Bo
,,gdan~,evi,,h for hit, u,-'
j-cKjr, inri yu Soro~-'n for 91c1. atimistance ill the 'A(
Orig 3 figmC14 ii-! 7 101`1`1111~,18.
A&SOCIATION' Nauchno-isslt-dovatellokiy infititut yaderiloy
fimiki MGU
(Scientific -Resear eh Institute of Nuclear Physics, Mosco-
State University)
SUBMITTED: 15Aug6Z
SUB CODE: NS
DATE AGO. 2SAug63
ENCL: 00
OTHER: 003
NO REF SOV: 00 3
COM Z/z
f ,
betatron tia lbil-MA - .
- , I - - --- -- - - -- - .5-- -e-MZr& onurgy ratign. A ulp
WURC-1 UEMI
I
~ ,,;: A" IV F-f f , III ~ I, -I ~
-- - - -- - - - --7- - - - . I ~ ~, ! - - -,- , -- , -
- , 1-7 - ---: - J, ~7 -., - - - - - . --: . 1 1 ,

ACCESSION NR: "4033640 S/0188/641000/002/0085/0087
AUTHOR- BAlaamtov, N. N.; Ishkhanov, D. S.; Shovchenko, V. G.;
Yurlyov, B. A.
TITLE: An apparatus for measurement of the cross sections and
angular distribu-
tions of the products of photonucloar reactions
SOURCE: Moscow. Universitat. Vestnik. Soriya 111. Fizika,
aacronomiya, no. 2,
1964, 65-87
TOPIC TAGS: physics, photonuclear reaction, betatron,
bromostrahlung, gamma
radiation, gamma quantum
ABSTRACT: In order to compute the cross sections of photonuclear
reactions with a
sufficient degree of accuracy when working with bremestrablung
gamma radiation of
betatrons it is- necessary that yield curves be measured with
exceptionally high
accuracy. Errors in experimental determinations are caused by the
statistical
error in determining the yields of nuclear reaction products,
error in determina-
tion of the energy of electrons in the betatron, drift of the
instrument determin-
ing the intensity of the flux of gamma quanta and the error
associated with the
instability of the recording instrument in time. Most of theta
error# have been
eliminated or decreasid by use of an apparatus already described
in the literature
Cotd 1/3
ACCESSION NR: AP4033640
(0. V. Bogdankovich, Atomnaya enargiya, 12, No, 30 199, 1962). An
apparatus of
a similsr type now has been constructed for simultaneous measurement
of the yield
of photoprotona at three angles. The descriptive text is accompanied
by a block
diagran of the apparatus; there are two synchronously operating
units: a unit for
regulatin,.~ and stabiliring electron energy and a recording unit.
The apparatus
WAS cht~,ckcd by measurement of the yield of photoprotons from
zirconium. The re-
cording was for angles of 900, 900' and 1500 relative to the beam of
gamma quanta.
The results are sho%ni W.Fig. I of the Enclosure. "The authors wish
to thank
0. V. [1oFdau,ct-vLch, 1. M. Kapitonov, I. M. Piskarev and N. G.
Vodyanov for valuable
advice and ansistance". Orig. art. has: 3 figures.
ASSOCIATION: Nauchno-Lasledovatel'skLy institut yadernoy fiziki (';c
entific
Research Institute of Nuclear Physics)
SUMUMD: 1SAu&63 D.Vie. ACq-. 30Apr64 :.NCL: 01
SUB CODE: NP No REF SOV: 004 OTHER: 002

MEN

ACaSSION M

AP4033640

ZNCLOSURE 01
yoffs. r/

I Y*VAL fA

Jo

it
-

it
-

I
f
JL 8.1

Met
1i

If 17 11 IJ

It

401

Fig,
1. Yield of photoprotons
o

from the reactiono measured at angles

90%
, and ISO*.
go

otn,
ed..-c relative units

H Mov

C&Td 3/3

MEN

ACaSSION M

AP4033640

ZNCLOSURE 01
yoffs. r/

I Y*VAL fA

Jo

it
-

it
-

I
f
JL 8.1

Met
1i

If 17 11 IJ

It

401

Fig,
1. Yield of photoprotons
o

from the reactiono measured at angles

90%
, and ISO*.
go

otn,
ed..-c relative units

H Mov

C&Td 3/3

1. f, -4
E~~. I . 7; N k A
F' ' .
"f the cb1oTo-g1Fcem1c r1luffir'r in
u1c,'I'cit"
I. Nitukwu. Gh
BF1111 i-A
TIv of the
~14 ith 31,~rn ia wit-., ~'W. -I
irdurrd I n '.ti caxi the d1.V.rh)r L
,L' jD thr 111,11VI A 111 1 T4 T~ tl 0
thf JnCTV~LSkl ill
f,nmd jwmm% It w;%-4
SKRGZT3V. A.A.. red.; ANPILOGOV, I.X., red.; ASSONOT, V.A.. red.;
BABATANTS,
N.A., red.; BABOKIN, I.A., red.; BALANUTOT, A.D., rod.; BOOOROD-
EXIT. M.N., red.; BOLOIMIKO, D.C."redo; MWIT, V,K## redo;
Y&HRINTSIT, (I.S., red,; VORONKOV, A.K.j red.; GARKALMM0. I.I.,
red.; GWATOV, P.Ye.1 red.; GMYIAT, Y.Ta.. red.; DMMHAYV, X.M.,
redel DUBNOV, L.T., red.; MMIM, A.D., red,-, TIRIM0, Ye.K,,
red.; =NINO V.I., red.1 XRIVONOGOY. K.K.. red.; KUPAUX-TAROPOLK.
I.X.s red.1 MATS=. V.G.. red.: NIKOLAYHV, S.I., red.-, ONISHCHIM*
KeNes red,-, PSTROV, K.P., red.; PILYUGIN. B.A., red.; PLATONOVA.
A.A.,
rode; PCUSIN, Y&.L.% red.#, POIROVSKIT, LA.$ redel POMM, D*Ta*q
red.; POLTUSHICIN. A.Kh.. red.; RZYKM. V.Pe, red.; GHDOV, N*A,,
red.; SIDDIISHKO, I.Te, red.; FIDnV, A.A., red.; CHAKHKAUClOff,
Aegoo redol CHIMODUROV, K,Ta., red.: SHUMOV, A.A., red.; YARZ-
MEMO, N.Ye., red.; PARTSVSKIT. T.H., red.isd-va; ATTOPOVICH,
M.X., takhn.red.
[Standard safety ragulotions for blasting operational IMinye
pnviln bazopasnosti pri vzryvnykh rabotakh. Isd.2. Moskva, Oos.
rauchno-t61rJm.i%d-vo lit-ry po chernot i tevetnol matallurgii, 1958.
U8 p. (MIRA 13tl)
I- Russia (1923- U.S.S.R.) lomitat po nadsord sa basopoanym
vadeniyom rabot v promyshlonnosti I gornomu nadsoru.
(Mining anginearing-Safety measures)
MIAMOT, A*Dst insh.; RAKOVo PaPs, limb,
Nov equipment and techniques for the petroleum Industry durlAg
the seven-year plan, 16sop. truds v prom. 3 no.60-5 Je 39.
(Oil fi,elds-Iquipment and supplies) (MIRA ~tlo)
BAWWTOVI 11.
Training porsonnol for tha financial ;;~stem. Fin. SWR
22 no.3s
21-27 Mr 161. (MIRA 14s7)
1. Chlen kollegii Ministerstva finawov SSSR.
(Finance--Study and teaching)
13 A T 41 7VNI-Y A-.1
~Im_v -nj- - -
BAU-I,JTOVAp E. A. : "Experimental determinatioh of
the density of vapors
and the molecular weight of certain polyatomic
liquids." Min High-
er Education USSR. Moscow Order of Lonin Aviation
Inst imeni Sergo
Ordzhonikidze. Moscow., 1956. ( Dissertation for the
Degree of
Candidate in Technical Science.)
Knizhnoya lotopial,, No. Up 1956. Moscow.
I ._
. I - . . , . . 1, . ~ I I
AUTHOR: Balamutova, E. A. SOV/32-24-10-23/-to
TITLE: The Determination of Density and Molecular Weight of
Vapors Over a Wide Range of Temperatures (Opredeleniye
plotnonti I molekulyarnogo vesa parov v ohirokom, inter-
vale temperatur)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, 11r lo,
pp 1230 - 1231 (USSR)
ABSTRACT: For these investigations in temperature ranges up
to
5000 and at prescuroa of 50 mm Hg to 1,5 atmospheres
a method of hydrost.%tia taring was worked out which
employs a device with a qunrtz-opring-balance. By
means of the test device and measurement of the density
of the vapor the dependence of the pressure of the
saturated vapor on the temperature can be investigated.
The device is nhown in a figure, which illustrates
that the current control is performed by an autotrans-
former of the type W571t1l. The experiments showed
that quartz 8pirals; of wires of a dinmeter of 0,2-0,3 mm,
a diameter of the turna of 1,0-2 cm, and a number
Card 1/2 of turns of 33-40 are the moot ouital1e conditions.
The Determination of Density and Moleciilar Weight
SO-i/32-24-lo-23/70
of Vapors Over a Wide Range of' Tempernturea
Usually quartt balances were used for density do-
terminationaat temperatures. of 100' (Refs 1-4). To
judge the described rethod experiments were made with
air, steam, and vapor of n-heptane, the densities
of which. tire all known exactly. Determinations
were also carried out with silicon , a carbon fluoride
fluid, and multi-comporient fluldc like gasoline and the
kerosene T-I fraction. There are 1 figure and 7 refer-
ences, I of which if; Soviet.
ASSOCIATION: Uoskovskiy gosudaritvennyy univervitat
im.M.V.Lomoroaova
(Moscow State University imieni 1,1..V.Lo!7.ono.,_,.ov)
Car+/2
3/076/60/034/008/007/014.
B015 B054
AUTHORS: shakhparonov, 9 1 lamutoyal E. A., Lellchuk, S. L.,
Rikheyev Ye F. ih' vat -L.-V--'-TTff"fK-Va, L. F. anF
Us tynoval (Moscow)
TITLE: Investigation of Pressure and Density of the Vapor in
Systems Containing Organosilicon Compounds. I. The System
Benzene - Mothyl-dichlorosilane Methyl-phanyl
Dichlorosifa-ne
PERIODICAL: Zhurnal fizioheskoy khimlij 19609 Vol. 34T No. 61
pp. 1754-1740
TKXT: The authors determined pressure and density of the
vapor of a
number of halogen alkyl-silanoi\\and -aryl silanes since
these substances
readily react with water vapor or metals, dissolve in
lubricants, and.
easily polymerize. In the present paper, they report- on the
system
benzene - methyl-dichlorosilans - methyl-phanyl
dichlorosilane. The
experimental arrangement (Fig. 1) described in Ref. 2 is
based on the
Card 1/3
Investigation of Pressure and Density of the
8/076/60/034/008/007/014
Vapor in Systems Containing Organosilicon B015/B054
Compounds. I. The System Benson# - Methyl-
d1ohlorosilane - Methyl-phonyl Dichlorosilane
principle of hydrostatic weighing, and in thoroughly
explained. The
apparatus Includes a quartz balance which to Installed In a
glass
balloon in a thermostat. In another thermostat there Is. the
evaporator
connected with an Hg manometer. Balloon and evaporator are
joined by a
thermally insulated, heated pipe. A quartz ball is suspended
from the
quartz spiral of the balance# as the vapor of the substance
Investigated
enters the balloon, the quarts ball loses in, weight, and the
vapor
density can be determined from the decrease In length of the
spiral. The
method of operation, the calibration of the Instrament, and an
estimation
of the errors of measurement are Indicated. The latter are
about 1% in
the pressure-# and about t 2.5% in the density determination.
The
molecular weight of the liquid vapors was calculated by the
Mendeleyev.-
Clapeyron equation, and compared with data of publications
(Table 1);
pressure and density values of mothyl-dichlorosilane and
methyl-phenyl
dichlorosilane, as well as their solutions, are given in Table
2. Tho
results show that the vapors represent associate complexeB.
The Trouton
Card 2/3
Investigation of Pressure and Density of the S/07
60/034/008/007/014
Vapor in Systome Containing Organosilioon B015YB054
Compounds. 1. The System,Benzene - Methyl-
dichlorosilans - Methyl-phanyl Dichlorosilane
constant for the vapors was calculated, and given In Tables 2
and 3. It
is found that at 400 - 10000 the vapor composition of the
solutions
benzene - methyl-dichlorosilane - methyl-phenyl dichloroailane
is
practically equal to the vapor of the corresponding binary
mixture
benzene - mothyl-dichlorosilane, The heats of vagorizationAAnd
the
entropit ore calculated. There are 5 figures, 5 tabl7s-,abd 4
references: 3 Soviet and I US.
ASSOCIATION: Moskovekiy goeudarstvennyy universitet Im. M. V.
Lomonosova (Moscow State University imeni M. V. Lomonoso.v)
SUBMITTKD: October 30, 1958
Card 3/3
84245
S/076/60/034/009/003/022
0 1 L 0 5 B015/BO56
AUTTIORS: Balamutova, E. A., 3hakhparonov, M. I., Lellcliuk, S. L.,
!',ar I M - -F
L., Mal I kova __ G. N. , tyll0vil Le. ,a T
Glushkova, L. F.
TITLE: Investigation of the Pressure and Density x~f Vapor in
Systeme Containing Organoollicor. Compounds. II. The Systems:
Methyldiohlorosilanel- Ilethyltrichlorooilane -- Methyl-
phenyldichlorosilane, and Methylpheny1dichlorosilane -
Methylchlorophenyldichlorosilane - Mothyldichlorophenyl-
dichlorosilone
PERIODICAL: Zhurnal fizicheekoy khImJi, 1960, Vol. 34, No. 9,
pp. 1916-1919
TEXT: The working method and the measuring technique of the
investiga-
tions mentioned In the title have already been described in a
previous
paper (Ref. 1). The pressure and density of the saturated vapor
phase
over the systems mentioned in the title were measured in a broad
con.-
centration and temperature range. The constanto of the Antcine
equationti,
Card 1/3
84245
Investigation of the Pressure and Density
3/076/60/'034/009/003/022
cf Vapor in Systems Containing Organosilicon B015/B056
Compounds. M The Systems; Methyldichlorooi-
lane - Methyltrichlorosilane - Methyl-
phenyldichlorosilant, and Methylphonyldichloro-
silane - Mothylehlorophenyldichlorosilane -
Methyldichlorophenyldichlorooi,lans
as well as the values of the evaporat!or. heats and
evaporation entropies
for the individual components (Table 1), and the two- and thr
ee-component
solutions at normal boiling temperature were calculated
(Table 2). The
valuesobtained show that the vapors of metbyl trichl.orosi
lane and: methyl-
ch lorcphenyld Ichlorosi lane contain asaccibted moleculea,
whereas the vapors
cf methyl.dichlorophenyldichloresilane do not associate. At
100 0C and about
900 torr, the vapor (ir, equilibrium) over a solution of 50
mole%
CH3SIM, 2 + 50 mole% CH3SiCl 5 consiats nearly entirely of
methyl-
di,,hlorosilane., At temperatures from 400 to 100 0C, the
vapor composition
of the three-component solutions CH 3Sincl 2 - C113Slci~ _
C11 C H Sicl
1 3 6 5 2
is slightly different from that of the binary system CH 3
SiHC1 2 -CH 3 SICI3
at the same moldr ratio of the latter ccp1ponents.
Calculations carried
Card 215
84245
Investigation of the Presoure an,.1 Density
S/076/60/034/009/003/022
of Vapor in Systems Containing Organosilicor, 1"o 1 C, ' 1) 0
Cempounds. II.. The Syatems: Niethyldichloroni-
lano - Mothyltrichlorosilans - Methyl-
phonyldichlorosilane. anJ 11ethylpheny1d;.chlcro-
silane - Ilothylchlorophetiyldichlorouilaiie -
Y.athyldichlorophenyldichloresilane
out on the basis of the Antoine equation show that above 100
0C no change
in the CH 3C6 H531-Cl2content in the vapor phase takes placQ,
1.e, the
content remains low with the exception of solutions in which
the molar
ratic of CH C 6H5SiCl near unity. There are 2 fiFures, 2
tables, and
2 referenceat 1 Sovigt'asnd I US.
ASSOCIATION: Moskoveklky goeudarstvennyy universitet im. M. V.
Lomonosova
(Mos-g," State University imoni M. V. Lomono-ocv)
SUBMIT-TED: October 30, 1958
Card 3/3
S/076/60/034/010/001/Q22
B015/B064
AUTHORS: BalamU E. A, Shakhparonov M I., Lellchuk, S, L
,oval
-7ro'mov, I.. L,,-TlkheTe7v Ye, -F-7--M-ari'y nova,. M, Ye.,
andUlushkova, L. F,
TITLE: Investigation of the Vapor Pressure and. Density In
Systems Containing Qrgano-silicon CompoundsN III.. The
Systems Dimethyldichlorosilane - Methylchloromethyl-
dichloroailane and Trimethylchloroallane - Dloethyl-
ohloromethylehlorosilane - Dimethyl Dichloromethyl-
chloroeilane
PERIODICAL: Zhurnal fizicho.koy khimii,. 1960, Vol. 34, No.
10,
pp. 2156-2159
TEXT: Pressure and density of the saturated vapor of the
systems (CH 3 )2 Sicl 2 - CH3 CH2Cisicl 2
-CH3cllcl2Sicl2wid (CH 3)3 Sicl
(CH 3)2 CH2ClSiCl - (CH3 )2 ClIcl2SiCl were investigated in
the wide range
Card 1/6
Investigation of the Vapor Pressure and
S/076/60/034/010/001/022
Density in Systems Containing Organo - B015/BO64
- silicon Compounds. M. The Systems
Dimethyldichlorooilane - Methylehloro-
mothyldichlorooilane and Trimethylchlorosilane -
Dimethylchloromethyl-
chloroeilane - Dimethyl Dichloromethylchloroailane
of concentration and for temperatures of from 00 to i500C.
The same
method of measurement was used an in a previoua paper
(Ref,i), and
pressure and density of the individual components were
determined, The
curves obtained on the temperature dependence of pressure and
density
show that pressure and density of the systems investigated
rise exponen-
tially with temperature. Table,l gives the values of the
refractive
indices, the density, the boiling points of the components at
760 mm Hg~
the molecular weight of vapor at this pressure, the values of
the con-
stants of the kntoine equation as well as the values of the
evaporation
heat and evaporation entropy at tho normal bcilling point.
Card 2/6
S/076/60/034/010/00VO22
DOWBO64
74b14-1

~ -

-L

I
.
f

m T"Pj
A

ults),sicl
1,4052
411
'
1,0715
1 23M
7011
5
1
9
129.0
7
0
i2q.0
6
63
9,572
30
3110
2
345
74"'o
21.7

W
:4

:4107
t
1
,
149 0
1
1.
198.2
1
,
t98,O
6,9
6.306
1
M
123 0
1
194
203
PI.Y)
7940
22.6
18.8

3"
O,SMI
57 7
112,3
tOO.65
?,OM
118
229
7500
22.5
SIC,
4372
:
11,0844
114,9
152
143,1
9,035-
26M,
-314
8400
21.8
Card 3/6

3/076
634/010/001/022

B015YBO6
%

To6amitp 2

A

solut Ion

An
As
T. i4prb

1
l
1
l
C
+50% CHICHICIsicif
"
!

1,4

1.1842
5.820
732
159
0960
19.2
89.4
I

50
1
c
j
s
I +50%CHsCHC1sS1C1~
,
:
:)
rc,
~
H
C1
C
ISIC1
1.4
1.252

6,5M
MO
216
7250
19.8
,
93.5

.
1-4-
I
4
%
~MCIOSIC11
+ M14 CH

1.4610

1,344

DM
7,

1435

124

IM

26,8
I
130.9

.
33%(Cl &)tSiU&+33%CHaCHsC1S1C1s+
J
,

4460
1
2670
t

.

+ 34% C11.CHC
scli
9,
50
Cli
cl

.
,

-
-
9500
25.2
103, 0

o si
,).x
+
%
% (
(
XcHirtsicl

4,4158

0,6197

M763

tOW

810

7540

161.4

78.8

150% Hole 80+50% Vioh X
Rc
slcl

1
4304

1
05121

6
923

1426

264

O

8
9

88

X
t

,
,
1

,

M
1
.
,5

.50
I
~
1 [flu la + 50% (Clit), x
t m . I

-

1,1583

549D

13. 8

124.0
810~
1

%
x SWA +

34 % (C H j)a X
We

% CHC iMICI

1,0070

7000
19,2
tra.0
i0"6 (cif
'O%pl Is
0% H~
+50%1
OKI%
0%0~
.1
x 311
0%fill,
x ICI
-.,(CH
ific,"I + ~
A
Card 5/6

5/07 60/034/010/001/022
Y

B015
B064

Tabl* 2' (continuod)

T a 13 Jf X 11 A2(Apo&Axemue)

Solution

PSCTDOP

ju

3

ISiClI+bO% GlIXINCISiCle
142.3
0,68
0.32

SiCIA+50% ClIsCIICJvSlCIs
I CI lei +
139.7
0,845
-

INC130,
t80,0
-
0.605

SiCls+3
l
3%C IsCII&CISiCIj+

I
,,R&Ci
lse a

142,5

0,70

0.18

sici+50%(Cll#)tx

;lei
SICI+50% (CIIO,x
113.0
-
-
0.90
0.10
SICI
MaCISICI + 50% pi,),)c
114,0

SICI -

'V
, e
01
147's

0,860
11 S
0 cf
s,8
1 I C
M,61

i ~0,855 =0. 132

S/07 60/034/010/001/022
B015YBO64
40
Lecend.to Tables It 2: In Table It 1 denotes the substance, 2 boiling
point at 760 mm Hg, 3- molecular weight 9 at 760 mm Hg, 3 w M
theoretical.
I a boiling pgi'nt in OC in Table 2. There are 4 figures, 2 tables and
2 Soviet references..
ASSOCIATION: Mookovskiy gosudaretvannyy universitet im. R. V,
L'omonosova
(Voscow State-University imeni M. V. Lomonosov)',
SUBMITTED: October 301' 1959
i_-- Card 616
V/
t7665
A.0/00
AUTHOR:
TITLZ:
S/535/61/000/132/011/012
Z030/2484
Balamutova 9 A , Candidate of raciinicai Sciences
Experimental determination of the vapour density and
molecular weight of gasoline 6-70 (B-70) and
kerosene T-1
SOURCEs Moscow. Aviatsionnyy Institut. Trudy. no.132. 1961.
123-143. Teplofizicheskiye evoymtva n*kotorykh
aviatsionnykh topliv v zhidkom i gazoobratnom
sostoyanii.
TEXT: An orthodox apparatus of considerable accuracy has been
developed which enables vapour densities to be determined at
any
temperature below the melting point of quartz and hence for
molecular weights to be calculated*. The molecular weight data
are accurate for most substances but the method in particularly
useful when the normal cryoscopic or ebullioscopic methods
fail or
are inaccurate, due to lack of suitable solvent or corrosivity
of
the liquid. The apparatus consists of a hollow quartz ball,
weight 0.5 to 0.9
and volume 35
50 cm3,
to
suspended from a
g
quartz spiral of 33- 40 turns of 1.8 -2.0 turn diameter fibre,
of diameter 0.2 to 0.3 mm. The extension of the ball is
measured
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Experimental determination ... Z030/E484
over the required temperature range with the ball in vacuo,
and
then with the ball in an atmosphere of the required vapour.
Hookets law is strictly obeyed. The system will measure 0.01
mg
changes in load and, using Archimed9a' principle, densities
can be
obtained accurate to one part in 10 . Errors due to
adsorption of
gas on the quartz cause at most 0.001 mg loading and can be
neglected. The apparatus was tested with n-heptane and, gave
an
accuracy of 0.16% agreement with beat previous data. Data
were then
obtained for the three cuts of B-70 and T-1. Molecular weights
M were obtained from the formulas
M Y2RT2
P
where Y2 was the vapour density. The values so obtained were
plotted for all cute against M as determined by an accurate Ve
obullloscopic method and gave a scatter or only 0.576, while
cryoncopically obtained values deviated'bY 5%.
M.I.Shakhparonov
and'I.V.Roahkov are, mentioned in the article for their
contributions In this field. There are 10 figures, 7 tables
and
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Experimental determination 9030/E484
17 references: 9 Soviet and 8 non-Soviet. The four most
recent
references to English language publications road as
followes
Rer.llt Hartley A.R., Henry T.H. and-Whytlow-Gray, R.G.
Trans Faraday Soc., v.35, 1939, p.1452-i461,
Ref.12. Marx J.W. and Sivertsen J.M., J. of the Appl.
Phys.,
v.24, No.1, 1953, P-81-87-i
Ref.13: Mills I.W., Hirachler A.S. and Kurtz S.S.,
Ind.and'Zng. Chem., 38, 1946, p.442-450.
Ref.171 Wagner G.H., Grant C., Bailey G.C. and Eversole
W.C.,
Ind. and Eng. Chem. Annal. Ed., v-14, 1941, P-131.
Card 3/5
BALUMTOVA, H.P. (Leningrad)
Changes in the corebroepinal fluid in closed
carebrocranial
Injurlas. Vop.neirokhir. 23 no.4:26-28 Jl-Ag 159.
(MIRA 12:10)
I* LaningradskV nauchnoviseledovatel'skiy
neyrokhtrurgichaskiy
institut Imeni profwk.L.Polenova.
(BRAIN, wds. & inj.
carebrocrantal closed Inj. CU dynanics (Rua))
(UMMOVINAL YLVID, In var. dis.
cerebrocrantal. closed hj. (Rue))