SCIENTIFIC ABSTRACT KUZNETSOVA, K. I. - KUZNETSOVA, L. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928220007-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUZNZTSOVA, K.I.
Limits of vertical distribution of spOcIeB of Lageuidae
in Jurassic sediments of the V61ga, Va.1ley. Vop.
mikropaleont. no.6:107-3-15 t62. (MIRA 15:11)
1. Geologicheskly institut AN SSSR.
(Volga Valley-Lagenidae, FosiAl)

SHIZZINGER, A.Ya.
1p
Upper JUraaqic cediments in the aulmrged zones of the 1-%ngy-
shlak Penizwula. Biul.1401P. Otd.geol. 38 no.3:60-76 Yq-je 163.
(141M 16:9)

'r, ~ i " 1;'-' ";' , ~. ! .
.... ~
lilOrl(Ar-le 3t,,IJY 01' t,'.e ni,ell of robusta F-euss, a
ltv~dc element of Lhq compllr)x of the YpIvI-yptites nt~itini zone
of Vrsc-ow lkiolr,. rAkvorKil.conL. no.7:105-126 163 -
1,7:10)
1. iMi t, ', Tu L A N' S 17 3' R .

VAKIfRAI,EYEV, V.A.; PEYVF, A.V., glavnyy red.; KIIZNETSOVA,,,.~,~., red.;
MENNFR, V.V., red.; TII-IDFEYFV, P.P., red.
(Jurassic and Early Cretaceous floras of Eurasia and the
paleofloristic provinces of this period]. Mrskie i
rannemelovye flory Fvrazii i paleofloristichaskio provintsil
etogro vreumni. MoOva, Izd-vo "Naiika," 11U. 260 p.
(Akademiia nauk SSSR. Goologicheakii Institut. Til?d- -. 102)
MRA 17:6)
1. Chlen-korrespondent AN SSSR (for Peyve).

KORENEVA, Yelena Vasillyevna; ZAKLI11:33KAYA, Ye.D., oiv..r,-'.d.; FFY"TEY
A.V., ltlavnyy red.; HZIMT;0VA, V.I., red.; V.V., red.;
TIMMEM, P.P., red .:
(Spores and pollen from the bottom sediments in the wortorn
part of the Pacif1c Ocean.] SDory I pylltsa Az donnykh
otlozlienli zapadnol chasti T'kliogo okouna. Voskva, 71zei-vo
"Naukap" M4. 87 p. (Akadomiia rinuk SMR.
Institut. Trudy, no. 109) 0011RA 17.-61
1. Chlon-korrespondent M1 SSSR (for Poyve).

MIKHAYLOV, N.P.; GUSTOMESOV, V.A.; PEYVE, A.V., gilavnyy re6,; NENNER,
V.V. , otv. red. j AMTSOYA,. red.
. red.; TINDFEYEV, F.P.0
(Boreal Late Jurassic Cephalopodas] BorealInye pozdneiurskie.
golovonogie. Moskva, Nauka, 1964. 220 p. (Akademiia nauk
SSSR. Geologicheakii institut. Trudy, no.107). I
(MI'RA 17 t 10)
1. Chlon-korre8pondent AN SSSR (for Peyve).

POSTEL;NIKOV, Y6.S.) ZATONSKIYI L.K.1 AFBDIOVA, R.A.; PE-M, A.V., akmdairdk,
gla'nVy red,; PISHCHAROVSKIY, YU.M., otr.rod.; PJZNEI~j~~, red.;
MENNER, V.V.,. rel.; TIMOFEYEV, P.P., red.
(Tectonle development and struoture of Indochina.] Tektonlahe-
skoe razvitie i strukfmra Indokitaia. Moskva, Nauka, 1964. 92 p.
(Akademita nauk MR. Geologicheskii inotLtut. Trudy, no.108)
(MIRA 28.1~

ZHURAVLEVA, Z.A.; SLIUKHATOV, M.A., otv. red.; PRYVE. A.V... r,,lavl,yy red.;
hMUF-EYL'V,
KUZl1E,,TS(TJA K.I... red.; 1,2111M, V.V., red.;
F.P..- red.
[RiPhcan and 14wer Cambrian Oncolithes and Catagraphes of Siberia
and their atratigraphic importance.] Onkclity i katagrafii rifela i
nizhnego kembrila Sibirl -I ikh stratigraftchaskoe zrachenie. Moskva,
Nauka, 1964. 72 p. :Lllus. (Akadomlia nauk SSSI'. Geologlelleskii Jr-
stitut. Trudy, no.114). 0-alu 17,0)
3. Ch-len-kozrespondent AN SSSR (for Peyve).

M
KUZNETSOVA K.I.
Evolution of some species of Marginulina and metbods for studying
them. Vop. mikropaleont, no,8:84,90 164,
(MIRA 18:5)
1. Geologicheskiy institut AN SSSR.

IAKOVJ.rlf milrolqv Vikolavevich; PEYVE, A.V., akademikO glav. red.;
TIKHOMIROVO V,V.p otv. red.; JWNETSOVA, red.; MINER,
V.V., red.; TIMOFEYEV., P.P... red.
(Reminincencee of a pologist-palsontologist) Vospominaniis,
geologa-palooritologa. Moskva, Nauka, 1965. 85 P.
(MINA 1813)

B07VINKINA, Lyubovi Hikolayevna; YABLOKOV, V.S., ot-i,red.; PEYVE, A.V.,
akademik, glavnyy red.; KUZNETSOVA K.I., red.; 1,.1711ijol, V.V*, red.;
TIMOFEYEV, PIP,p red.
(Manual on the methods of studying bedding; transactions.]
Metodicheskoe rukovodstvo po izuchenilu sloistosti. Moskva,
Naukao 1965. 258 p. (Akademiia nauk SSSR. Geologicheskii
institut. Trudyl vol. 119) (MIRA 1824)

Gj- 'kYVE, A. V., akademik, glavnyy red.;
M.Ye,i otv. red.;
r..I,p rod.; V4,I rod.; TJM0FEYFV, PIP.,, red.
[Riphoan cf the (fraltau Range.] Rifoi khrobta Ural-Tau. Moskva
Nauka I-964j ?35 F. (Oadtmlla nauk SSSR. GeologJchoskil institut.
Trudy: no.124). (MIRA 18t3)

CHUGAYFVA, M.N.1 ROZMAN# Xh.S.j IVANOVA, V.A.; PEYVE, A.V., glavnyy red.;
KELLER, B.M*, otv. red.1 LU~NETSOVA,_jj., red.1 WNM, V.V.,
fed.; TIMDFEYEV; P.P., red.
(Comparative biontratigraphy of Ordovician eedim"t-R In the
northeastern U#S.S.R.) Stravnitellnaia bioistritigraffis.
ordovokikh otlozhenii Severo-Vostoka SSSR. Moskva, Naukap
1964. 235p. illus. (&kademiia nauk SSSR. Geologicheakil.
institut. Trudy, no.106).. (MIRA l7sl2)
1. Chlen-korreBpondent AN MR (for Peyve).

ZONENSHAYN, L.P.; URTELIS-USPENSKAYA, I.A.; SAFRONOV, V.S.; NEYMAN, V.P.;
GFNDLER, V.Ye.; CHURIKOV, V.S.; YFKEMIN, N.I.; KOGAN, B.S.; TAKOVLFVA,
M.N.; LANGE, O.K.; KABANOV, G.K.; KUZNEVjQVA,.K.I.; SINITSYNA, I.N.;
SMIRNOVA, T.N.- VENKATACHALAPATI, V.; MASIAKOVA, N.I.; B11OWOVA, Z.D.;
YAKUBOVSKAYA, T.A.; YURTNA, A.L.; RYBAKOVA, N.O.- MOROZOVA, V.G.;
BARASHp M.S.; FOUAREV, V.I.; NIKONOV, A.A.
Activity of the Geological Sections of the Moscow Naturalists'
Society. Biul. MOIP. Otd. geol. 39 no.6:127-151 N-D 164.
(MIRA 1F; 3)

SHANTSER, Ye.,V., otv. red.; PEYVL, A.V., akadomik, glav. red.;
,,, VA K red.; 1-uITINt, V.V.,. rod.; TD,',OFF.YEV,
KU221EITW~~ 'r-s
M.
(Geneolu and lithology of continental Quaternary i3edimental
Genozis I litologiia kontinentaltnykh antropogonovykh otlo-
zhenil. Moskva, Naukap 1965. IAI p. (MUA 18ie)
1. Akademi-ya nauk W~Ai. Geologichaskiy Institut.

PEYVEO A.V., akademiko glav. red.; NIKIFOROVA, X.V., otv. red.;
KUZATSOVAs K.I,, red.; MRINER, V.V.p red.j TIMFEM,
P.P., red.
[Stratigraphic importance of the Quaternary fauna of small
mammals] Stratigraficheskoe znachenle antropogenovoi fauny
zelklkh mlokopitaiushchikh. Moskva, Nauka, 1965. 270 n.
(HIRI 18t9)
1. Akademiya nauk SSSR. Geologicheokiy Inst"ITlul.,

Ill KIM OVA. K. I., I: 0~'v!:, A
~,Iriv. red.;
T M 0=,,- EEV
rzd . rea
re'd.
[Gorrelation of Quaternary depovit.3 of northern Eurosial
Korreliatuiia antrop.-Temovykii otlozheii-t-4- 3averuoi Evra..
ziJ.. Moskva Itauka, 1965. U4.1- P. 18-.9)
1. Akadeadya nauh SSSI",.,

Ka4ARv V%-&-j RAAJEN,, M*Y*.; SEMIMTOV,, M.A.; MENN&Rv V.V.t otv, red.1
PEYVEp A.V... akademikp glavnyy red.; KUZhETSOVA, K.I., red.;
TIMOFEYEVO P,Pop red,
[Conophytons in the Riphsan of the US.S,,R, and their istrati-
graphic importancej Konofitony rifeia SSSR i ikh stratigrafl-
cheokoe zriachenies MoBkva, Nsulmj, 1965, 71 ps (Akademiia nauk
SSSR, Geologichaskii institut. Trudy# no.131) (KM 18:9)

MWRENINNIKOVp VA.1 SOLOVIIZVAp M.N., otv,,red.; PEYVE, A.V., akademik,,
g1avW red. 1, &ILLMTSOVA red.; HEIRERp V.V.p red.;
TIMOFEYEVI P.P.p i~C.
[Voml.Palsogene atratigraphy of the eastern part of the
YediterTanean area.] Zonal I naia, strs.U.-rafiiA palsogena
Vostoobnogo Sy 1i&. Mookvm, Iku3m, 1965. 74 P.
(Akademiia rALuk SSSR. Geologioheskii institut. Trudy, no.133)
(MIRA 1M)

RA.UZER-CHERNOUS OVA, D.M.; MENNER, V.V., otva reds; PEYVE, A,V,, akademik,
glavnyy red.1 KMETSOVA.. K,1,,, red,j TIMOFEYEV,, P.P.,, red,
(FGraminifers. in the stratotypical cross section of the
Sakmara stage (Sakmara River,. Southern Urals).] Pm=inif8x7
otratotipicheakogo razraza sakmarBkogo iarusa (r. Saknam.,
Mzhmd Ural). Moskvat Naula, 1965. 79 p. (Akademila nauk SSSR.
Geologicheskii institut, Trudy, no,135) (KIRA 180)

PERaAWNT, Mil-Jiail Abramovich; MIKHATLOV9 U*P*p otvs redo t
PZYVEj AoV&p akademlkp glavzW red.;_ Kol., red.;
MF,NW,Rs V,V., red.1 TIMOnUVp P,Pop redo
CL-weeram and Orstaceoun stratigraphy of the Pacifia area.]
Inotseramy i stratigrafiia mela Tikhmkeazwkoi oblasti.
Moskmp Nau3mp 1965, 101 p, (Ak&demiia mauk SSSR, Geologi-
chaskii institut. Trud7, no.118) (MMA lU9)

LIFINA,r O.A .; RAUZER-OHMNOWOVA, D.M.,, otv. red.; PEYVE, A,V.,,
aktidemikp glawW red.1 ~TS,OVAp K.I., red.; MKITI-CR, V.V.p
red.; TIMOFEYEV,, F.P.,q red.
[Taxonomy of Tournayallidae.) Sistematika turnalellid. Moskvap
Naukal 1965. 114 p. (AkademiJA rAuk SSSR. Geologicheskii
institut. Trudy# no*130) (MIRA 18:9)

VYSOTSKIY Boris Petrovich; PEYVE, A.V. , glav. red.; JE_M~~TSOI~.A
K.1,red.; MENNER, V.V., red.j TIYOFTYEV,
-'EI'SITSYNA) N.A,p red.
(Johannes Walther and his role In the progresB or geology]
logannes Vallter i ago roll v ravitii, geologii. Moskvnj
Hauka, 1965. 174 P. (VIRA 18:12)
1. Chlon-korrespondent AN SS.SR (for Peyve).

RATEYEV, M.A.; STRAKHOV, N.M., akademik, otv. red.1 PEYVE, A.V.,
lavnyy red.; XUZNnSO11A, K.I., red.; WHAW, V.V., red.;
9
TIMOFEYEV . P.p. , red,-,
[Characteristics of the distribution and genesis of clay
minerals in reoent and old sea basins.) Zakonomernosti
razmeahchenila i genezis glinistykh minaraloy v sovromennykh
i drevM,kh morakikh bassainakh. Moskva,, Nauka, 1964. 287 p.
(Akademila nauk SSSR. Goologicheskii institut. Trudy, no.11").
(MMA 1819)
1. Chlen-korrespondent AN SSSR (for Peyve).

YAROSHENKO, 011ga Pavlovna; VAKHRAMEYEV, V.A., otv. red.; PFYVE, A.V.,
akademik, glavnyy red.; KUZNETSOVA, K.I., red.; MENNER, V.V.,
red.; TIMOFEYEV, P.P., red.
spores and pollen complexes of Jurassic and tower Cretaceous
deposits of the Northern Caucasus and their stratigraphic
Importance.) Sporovo-pylltsovye kompleksy iurskikh i
nizhnemelovykh otloshenii Severnogo Kavkaza i ikh strati-
raficheakoe snachenie. Moskva, Nauka, 1965. 1(Y7 p. illus.
Akademlia nauk SSSR. Geologicheakli Institut. Trudy, no.117)
l
(MIRA 18ill)

P NGARTEN, N.V.; YONSTANTINOVA, N.A.; NIVIVOROVA, K.V., otv. red.;
PYIYVEp A.V., akadomik, glavnyy red.; KIJZIIF:T3C)VA, F.T., red.;
MRINER, V.V., red.; TRIOFEYEV, P.P.p ledff.-
[Rolo of facles-mineralogical analynin in the recon3truetion
of the Quaternary climate; an revealed by a study made in
southern Moldavia and the southwestern Ukraine.) Roll
fatolallno-mineralogicheskogo analiza v rokon - ntruktsii
kbiwita antropopena. Mopkva, Naitka, 1965. 120 p. (Akademlia
nauk SS5R. Goologichenkii Institut, Trudy, nosI37) (MIRA 181l1)

KROPOTNIN, Petr Nikolayevich; SHAIMARSTOVA, U*niya Alokaandrovnaj
FAVLOVSKIYj Te.V., otve red.; PEYVE, A.V., alademik, glaynyy
red,; KMNETSOVA -Kj., red.; MENNER, V.V., red.; TIMOFEYF.V,P.P.,
red, :=:===;:j
(Geological otructure of tho Pacific mobile belt.] Geologi-
cheskoe, stroenie Tikhookeanskogo podyizhnogo polasa. Hoskrap
Nauka, 1965. 364 p. maps. (Akademila nauk SSSR, Institut
geologii. Trudy, no. 134). (MIRA 18t12)

NEYBURG, Marlya Fridrikhovna (dooeand1l HENNER, V.Vs, owe red#j
,. _ 1, K.I., red.; TIMOFI
MVIO A.V,, glavnyy rad*j-jVZ,!WSOVA -,YKVO
P.P., red. I - I
[Permian flora of the Pechora Basin. Part 2t Sphenopoida.]
Permakaia flora Pechorokogo bassoina. Moskva) Nauka. Pt. 2.
(Sphanopoida] ChlanistoetebelInyee 1964. 137 p. (Akademila
nauk SSSR. Geologicheskii inatitut. Trudy no.111) (MIRA 18t8)
L Chlon-korreapondent U SBSR (for Feyve),

LEBEDEV, Yevganly Leanidovich; VAKOAMFYEV, V.A., otv. red.; PKM, A.V.,
akademik, glavnyy red.; Xg4_ red.; WKNER, V.V., red.;
TIMOFEYEV, P.P*, red,
[Late Juraaalo flora of the Zeya River and the Jurassic-
Cretaceous boundary.] Pozdnelurskaia flora reki Zei i
ranitsa lury i mela. Moskva, Nauka, 1965. 14-1 p. illus.
~Akademlia nauk SSSR. Goologicheskii Institut. Trudy, no.125)
(MIRA 18:11)

MCEWITIN, A.I.; SHANTSER, To.V., otv. red.; PEYVE, A.V., akademik,
I glavnyy red. rod.; HEW?, V,V., red.;
TIMOFEYEVP P.P., redo
- [Pleistocene in the European part of the U.S.S.R.; critical
review of published data.] Pleistotson Evropoiskoi chasti
SSSR; kritichookli obzor literaturnykh dannykh. Moskva,
Nauka, 1965. 179 p. (Akademila nauk SSSR. Goologicheskil
bmtitut. TrWy,. no. 123). (MIRA 180.2)

SHLEZINGER, A.Ye.; YANSHIN; A.L., akademik, otv. redi PEYVE~ A.V.,
sk-Aemik, glavnyy red.; -&UZffnQVA, -K.1., red.; MENNET.,
V.V., red.; TIMOFEYEV, P.P., red.
[Structural position and the development of the MangyBhlak
dislocation system.] Strukturnoe polozhenie I razvItie
Mangyahlakskoi sistemy dialokat-sli. Moskva, Nauka, 1965.
218P. (Akadeid.ia nauk SSSR. Geologicheakil InE3titut.
Trudy, no.132) (MIFA 18M)

CHUMAKOV, Ivan Sergeyevlchl SHANTSER, Ye.V., otv.red.; PFYVI,,', A.V.,
akademik, glavW red.; KUZ?fETSOV~',,_6,,j., red.; METIER,
V.V., red.; TIMFEYEV, Pop.*# iwdo
(Cenozolc of the RudnYY Altai.] Kainozol Rudnogo Altaia.
Moskva., Nauka. 1965. 219p. (Akademila nauk SSSR. Geologicheakii
Institut. Trudy, no.138) (MIRA 18-11)

DEVYATKIN, Yqvg6niy Viktoraviahl NIKIFOROVA,,.K.T.,, otv. red.;
FEYVEO A#V.p alrad mik# glavnyy"reds; XUZNETS . red@;
WNHERp TV## redel TDMIZVp Papal re 0
(Cenozoic deposits and recent tectonics in the aoutheastarb
Altalo] Hainozoiakie atlozhiniia 4. neotaktoni)m IUgo-
Vastoohnogo Altaia.Moahap Naubp 1965. 2~;2 P. (Akademiia
nauk SSSRe Geologioheekii inotitut, Trudyp no,126) (MIRA 18s9)

PAIIWVSKIY, Yevgeniy Vladimirovicb; YESKINj Andrey Stepenovich; SHTREYSv
N.A. otv. red.; PHIV , A.V., glavnyy red.; KUZNMOVA, K.1o, red@;
MHUNKRy V.V.,, red.1 TIMOFZM, P.P., redo I IWW-..p
(Characteristics of the composition and structure of the
Nrchean of the Lake Baikal regionl. Osobennosti sostava i
struktuz7 krkhela Pribaikallia. MoBkva, Izd-vo "Nauka"O 1964.
125 P. (Akademlia nauk SSSR. Geologicheakii institut. Trudy,
no.110).
(MIRA 1717)
1. AN SSSR.(for Peyve).

XURETSOVA, K.I.
Effect of the mechanical proportion and the deformation
rate on the failure of the ochematic model of an inhomogenous
medium and now real materials. Izv.AN SSSR. Ser.geotiz.
no.12:1729-1748 162. (MMk 16:2)
1. Inatitut fisiki Zopli AN MR.
Orointo (Geology))

SITCHENNIKOVp S.T.j KUZNLI-TSUVA, K.N.j Vet.
Glebov Poultry Plant
"DDT,in th6 fight againat ectoparasites of poultry."
SO: Vet. 26 (4) 10,49) p. 24
0 0 0 0 0 0 0 0 0 0 0 0 0

ACCESSION NR: AT4037664 8/2981/64/000/003/0227/0236 'i -"J
AUTHOR:- Zakharov, Ye. D.; Yugova, V, V.; Kuznetosova, K. N.; Sadovnikov~ L. K. i
TITLE: Volume changes in semifinished products of alloy V 95 heat treatment.
Y. SOURCE: Alyminiyevy*ye splavy*, no, 3, 1964. Deformiruyemy*ye splavy* (Malleable
alloys), 227-236
TOPIC TAGS: aluminum,, aluminum alloy, alloy V 96, aluminum alloy heat treatment,
-01
aluminum alloy aging, aluminum alloy quenching, magnesium admixture, zinc admixture:
ABSTRACT: Residual stresses in the material are the basic cause of distortion during
machining. These stresses can be produced either by rapid cooling during quenching or
by separation of phases from solid solution during aging, and can be alleviated In varlous~
ways, e.g., by a light pressing operation in the final die, by subjecting the paA to a series
of small plastic deformations alternating In sign, or by the method of thermal cycling. In
technical aluminum alloys of complex composition, in which intermetallic phases pre-
cipitate during artiffeal aging, the change In speoifto volume has a complex character. In
the present paper, the authors report on the volume changes in alloy V 95 during the
process of a" as weU as during repeated quenching, Since the lattice constant of Al
1/4

ACCESSION NIk AT4037664
depends on the amount and kind of admittures, the chemical composition was varied slightly
(1. 8 or 2. 8% Mg, 5. 0 or 7. 0% 2n, 0 or 1. 4% Cu, 0 or 0. 3 5% Mn and 0 or 0. 15% Cr).
Graphs arc presented showing the relative elongation of tested strips versus aging time
from I to 120 hours at 140 or 160 C (for example, see Fig. I of the Enclosure)~ In tests
with specimens containing 7. 0% zinc, shrinkage was obs erved at both 140 and 16 0 C. The'
maximal strengthening of the alloy due to aging coincided with the time of maximal
shrinkage, after which the length of the specimen practically returned to Its Initial value -4:
Particularly large shrinkage (0. 1%) was exhibited by alloys with Cr, Cu and 7. 0% Zn. For
parts in which distortion during the aging process is particularly undesirable, V95 alloy with
5. 0% Zn is therefore recommended, the volume changes of which are considerably lower
and of a monotonous character. With regard to the influence of repeated quenching, tests
were conducted with two groups of specimen a. Tests with the first group, which was
annealed at 450 C for 48 hra., showed that a slight elongation occurs after the first
th
quenching. During subsequent aging, however, shrinkage takes place, and beginning wi
the second cycle, the length of the specimens decreases monotonously. Tests with the sec-
ond gr oup showe d that during 13 repeated qu on chi ng pro o edu re s without cc ns ecutive ag ing,
the dimensions of the specimens decreased uniformly in all directions after each quenching.
e resul a 0 r 3 queno a was 11 e c arac r o 8 Be
-2/4
a
rd

ACCESSION NR.- AT4037664
shrinkage showed that this phenomenon is not related to processes of phase transformaHon.
hn
The authors recommend that repeated heat-treatTncnt (if such Is tec ologically required)
be applied only to rough-machined details. 111. N. Sudzilovskaya, A. 1. Dzevoypd and
I T P. Tigina also took part in the expekmental work." OrIg. art. has: 0 figures.,
A&SOCIATION.- none
SUBMrTED: 00 DATEACQ: 04Jun64 ENCL: 01-*
SUB CODE: bw NO REF SOV; 001 OTHML- 002
aa
3/4
Card,

4/4

ACC NRt
AT6016425
SOURCE CODEt UR/0000/65/000/000/0173/0178
AUTMORSt Zakharov, Yo. D.; Sorokin H. A.; Kuznetaov, A. N.; SiMvok&, Ve 54'6"Y~
Gusovp Ve F6;.KuznGtsova1'K* He; Tsay. A. F.J"Waorova. L. S,_
ORGi none
TITLE: Dependence of the stability of the solid solution/in the n Ml 6 on. Ile
chemical composition
SOURCEz A11 SSSR. Institut metallurgii. Metallovedoniyo larkikh splavov (14atal-
lography of light a-Zoys). Mdcow, Iza-vo Nauka, 1965, 173-178
f-m-o
TOPIC TAGSt aluminum-* oy, solid so3vutiol,# magnesium containing alloys
copper containing alloy, manganese containing alloy / D16 aluminum alloy
ABSTRAM The stability of solid solution in D16 type aluminukilloys was studied
as a function of the alloy composition. The stability of t a solid solutions was
determined by the method of step-visa tempering at 250s 300, 350p 1+00, and 45OG
for periods of 0,5t Is 29 3j 5s 7s 10l 20, and 60 min. After tempering, the speci-
mans were naturally aged for a period of 10 days, then their electrical conduc-
tivity, strength limit, relative elongation, and ilov limit were determined. The
experimental results are shown graphically (see Fig, 1), On the basis of the sx-
perimental. data C-curvea for the stability of solid solution were constructed (see
Fig. 2), The optimum anoy composition results froms less than 6% total copper
mrd

M I L 2Q7qR-66
ACC NRi AT6016423
m
ot
mine
Fig, I* Ghange in the electrical conductivity of alloy No. 1 (3.91% OUj
1.2% Mg; 0.5% 14n) as a function of the duration ofisothermal
tampering at intermediate temperature a
2/3

L
X NRo AT6026425
#9 tv WF)0
:5
0r
Ir
40 V
14
01 J I it Of It
1-443 Durav n f isotherma
t
Ampar4mg, Edna
Fig. 2. C-typo diagram for the stability of the solid solution in anoy
No. 1, constructed from data for the cha a in the strength limit
(for normal tampering 0,? = 45.1 k6/vm2'07
and magnesium content for a total of loco than 4.8% copper content. The manganese
content should be lose than 0,6%e Orige art,, hast 1 table and 5 figures,
SUB COM. n/ SUBM DMs 16Sep65/ ORM Ws OOl/ OM PMI ~ 002

ACCESSION NR: AT4037656 5/2981/64/000/003/0153/0158 It
AUTHOR: Kbollnova, V. L; Dzevoyed, A. A.; Kuznetsova, K. N.; Yelagina, Z. A
TITLE-. Effect of various heat treatment procedures on the mechanical properties of allay
V93
SOURCE: Alyuminiyevy*ye splavy*, no. 3, 1964. Deformiruyemy*ye splavy* (Malleable'
alloys), 153-158
TOPIC TAGS: aluminum alloy, aluminum zinc magnesium alloy, illoy heat treatment, alloy
aging, alloy mechanical property, alloy corrosion resistance, quenching medium, aging 1
temperature, aging period, Interrupted aging
ABSTRACT: ForgIngs 200 and 300 mm thick, from Ingots (diameter 650 or 860 mm) of alloy
V93 (1. 03% Cup 1. 86% Mg, 0. 30% Fop 7.3% Zn, less than 0. 01% Sip Al based), served as
the source of samples quenched from 470 * 6C (Z5 min. In a niter bath) In cold or boiling
(96C) water, as well as in cold and preheated (76C) oil. Interrupted aging involved 3 hra.
at 120C plus 4 hro. at 165 * 5C. Other samples were quenched in boiling water (94-96C)
after 70 min. at 470* 6C, then aged in two stages: stage I at 100 or 120C, stage II at
temperatures ranging by 5" intervals from 160 to 180C. Aging periods were 1p 20 31 4 and.
5 bra. at each temperature.' Results indicate that quenching in hot water produces only
1/2
L.Cop,4

ACCESSION NR: AT4037666
insignificant reductions in strength and thisiii deemed valuable in reducing stresses inside
the piece. Best aging procedure from the standpoint of mechanical properties was at 100
plus 170C or 120 plus 170C, for 3 hour periods in each case, From the standpoint of cor-
rosion resistance, aging for 3 hours at 120C plus 4 hours at 165 6C was found to be
optimal. Orig. art. hut 4 graphs and 2 tables.
ASSOCIATION: none
SUBMrMD: 00 DATE ACQ: 04Jun64 ENCL: 60
000
SUB CODEz MM NO REP SOV; 000, OTHER.
Lc~rd; 2 \-J

ZAKHAROVO Ye.D.1 YUGOVA, V,V*; MOBTSOVA, K*N*j SADOWIIKOVA, L,N.1
Prinimali uchastiyes SMILOVSKAYA, I.M.; DZEVOILED, A.I.;
TIGINA, L.P.
Volumetric changes of semifinished products made of the B95
anoy in the process of heat treatment. Alium. a lavy no.31
227-236 164, fra 17:6)
.1

nauchn, sotr.; IIYBKINA, A.I., nauchn. sotr.
Prinimal uchastlye KiffZHIN, V.F.
(centralization of the ropair of equipment and labor
productivity; using, the oxvzple of machinery manufactur-
ing) TSentralizatsila renonta oborudovaniia i proizvodi-
teltnout' truda; na primere mashinostrooniia. Moskva
Vashinostroenie., 1964. i3o p. (MIRA 17:8~
1. Moscow. Vauchno-issledovatellskiy institut truda.
2. Nauchno-iseledovatellskiy -listitut truda i zarabotnoy
platy (for Kuznetsovap Rybkina). 3. Proyektnyy,tekhnolo-
gicheskiy i nauchno-issledovatellskiy institut Volgo-
Vyatskogo sovnarkhoza (for Kryzhin).

. - " :-.:
.411
--- I !i I - .- - . -T:,7-. F"! , . - - I - - .-I
IF, i~r'. I :! I . I

50) SOV/79-29-9-6/76
AUTHORS: Volodkovich, S. D., Vollfson, L. G., Kuznetsova, K. V.,
Mel lMikovq 11. N.
TITLEt From the Field of Organic Insectofungic3des. XLIII. Synthesis
of a-Oxidea by Oxidation of Polycyclic Halogen Derivatives
With Hydrogen Peroxido
PERIODICAL: Zhurnal obahchey khimii, 1959, 11ol 29, Ur 9,
pp 2837 - 2639 (USSR)
ABSTRACTs Since some of the cyclic a-oxidoo are strong agents against
insects and mold fungi, the authors oxidized some halogen
derivatives of polycyclic hydrocarbons. To obtain Dildrin
and Endrin it was first of all necessary to investigate the
oxidation of Aldrin and Isodrin. The two former compounds
were hitherto obtained solely by the oxidation of Aldrin
and Isodrin with organic hydroperoxides (Refs 3-6) or H202 in
the presence of pervanadic or pertungstic acid (Ref 7). To
obtain the corresponding oxides, the authors oxidized the
halogen derivatives of polycyclic hydrocarbons with 27-34o
hydrogen peroxide solution in 8o-99%* acetic acid solutionj
Card 1/2 almost all these halogen derivatives were transformed into

Prom the Field of organic Innectofungicidee. XLIII. SOV/79-29-9-6/76
Synthesis of a-Oxiden by Oxidation of polycyclic Halogen Derivatives With
Hydrogen Peroxide
a-oxides in good yields. The following compounds recently
syntsieeized by the authors were oxidizzedi 1,200-tetra-
chloro-lo,lo-difluoro-l,,'4,5,6-di-endo.methylone-1t4,4a,5t8#8a-
hexahydronaphthalene; 1,2-dichloro-3,4,lo,lo-tetrafluoro-
1,4,5,8-di-andomethylono-lt4,4a,5,8,8a-hexahydronaphthalene;
1,2,3,4-tetrachloro-1,4,5,8-di-endociethylene-lt4,4at5,8,8a-
hexahydronaphthalene;1,2,3,4,lo-pentachloro-1,4,5,6-di-endo-
inethylene-1,4,4a,5,8,8a-ht!xahydronaphthalene (Refs 8,9).
a-fxides were obtained from all of these compounds. Aside
from Dildrin and Ebdrin, none of the compounds synthesized
by the authors are described in publications. it is inter-
esting to note that the yield of a-oxide mainly depends on
its water resistance (Table). The insecticide activity of
the oxides runs in parallel with the activity of the initial
products (of the unsaturated compounds). There are 1 tablef
9 references, 6 of which are Soviet.
ASSOCIATION: Nauchnyy institut po udobreniya--i i inq4M-pfungitsidam (Scien-
tific Institute of Fertilizerz and in3t~ctofungicide Agents)
BUBMITTEDi July 17, 1958
Card 2/2

MELINIKOVt N.K.; VOLIFSONp L,G.; KUZNETSOVAp K,V,; SAPOZHr.OV, U.N.;
-F p .
GARP K.A.; GRANIN, Ye.F."-;. AREM.'-M S.
insecticides bmad on hexachlorocyclopentadiene. [Trudy] NIUIF
no.164t8-ll 119. (WRA 15:5)
(CyClODentadiene)

KUZURSOVA X.V. kandidat meditsinskikh nauk
Formation of resistant strains of Mycobaoterium tuberculosis
during larusan thorap7 and its concentration in the blood and
tissues. Probletube 34 no.2:58-60 Mr-Ap 156. (MLRA 9:8)
1. It everdlovskogo oblastnogo nauohno-iseledovateliskogo instituta
tuborkulaza, (dir. - prof. I.A.Shakloin, tam. dir. po, nauchnoy chasti
kandidat maditainskikh nauk H.G.Butkin)
(TUJRCULOSIS. experimental.
off. of larusal, form. of resist. strains (Run))

ussn/pharmacology and Toxicology. Chemotherapeutic Preparations V-7
Antitubercular Drugs
Abe Jour ; Ref Zhur - Biol., No 15, 1958, No 71297
Author :Kuzneteova K.V., Yegorova K.T.
Inst :
Title :Concentration of Larusan in the Blood and Organs
Orig Pub :V ob.,. Klinika i terapiya, tuberkulaza i organizatisya
bor'by s aim, Sverdlovsk, 1957, 70-75
Abstract :The bacteriostatic concentration following a single administra-
tion of larusan (L) was determined according to 1&~Ieyevals
method on 39 guinea pigs infected 2-4 weeks previous to ex-
perimentation with virulent tuberculous culture of human type
in a dose of 0.05 . Bacteriostatic action of the b1c*d mani-
festo itself in its 1:40 dilution at a dose of 10 mg./kg. Of
Lj In 1,.80 at 50 mg/hg., and in 1;160 at 170 mg/ke; it dis-
appears after 6, 8 and 48 hours respectively. In the daily
administration of L during 10-15 days, no increase of bacter-
ioetasis of the blood was observed. The content of L in the
Card - 1/2
USEI/Pharmacology and Toxicology. Chemotherapeutic Preparations V-7
Antitubercular Drugs
Abe Jour : Rof Zhur - Biol., No 15, 1958) No 71297
organs is Proportionate to the introduced dose. In the
daily introduction of L., bacteriostasie of the organs de-
creases. The content of L in the blood was determined in 67
patients affected with pulmonary tuberculosis. The adminis-
tratiOn Of 0.1-0,3 g. of L per os produces a proportionate bac-
teriostatic activity of the blood after 1 hour. Treatreat
with 3 divided daily doses of 0.6 and 0.9 g. assures around-
the-clock bacteriostatic concentration of L in the blood
'which) after a 12 hour interval, is equal to 0s6-0.8 71/m1.
-- G.F. Sivashinskaya
Card 2/2
39

0
KUZIISTSOVA, K.V., kand. med. naukj CHMNIGOVSKAYA, N.N., kpnd.med. nauk
Characteristics of MycobactwU* tuberculosis strains in repeated
diagnosis. Probl. tub. 41 no,907-41 t63 (MIRA 1714)
1. Zz Sverdlovskogo nauchno-iseledovatellskogo instituts, tuber-
kulaaa ( dire - prof. I.A. Shaklain, nauchnyy rukovoditall -
kand. med. nauk N.0.11utkin).

KUZNETSOVA kand.med.nauk; CHERNIGOVSKAYA, N.N.; UDILOVA, N.N.
- "--. - I ~-V!,#
Possibility of a therapeutic effect of pbthivnzid on experimental
tuberculosis caused bj a resistant strain. Probl. tub. 41 no.8%
62-66 163. (KRA 17:9)
1. Iz Sverdlovskogo nauchno-issledovatel'skogo instituta, tuberkulaza
(dir. - prof. I.A.Shaklein) Ministerstva zdravookhraneniya IRSFSR.

BXLIXCVA, N.A.; TOLIFSOII. Z.a.; lUZIMTSOTAp_X.T4; HIL'NUOV, X-Ni
PERSON, A.I.; PIATI, A.F.~, PRTANISHNIKOVA, N.A.
Preparation of aldrin and dieldrin. Zhur.prikl.khlm- 33 no.2s
454-463 7 160. (KMA 13:5)
(Aldriu) (Dieldrin)

ANISIMOV, A.A.; KUZNETSOVA, L.A.; DUBOVSKAYA, I.S.; LIKHOVIDOVA, Ye.V.
Flow of assimilates during the infiltration of osmotically active
substances into leaves. Fiziol. rast. 9 no.1:16-20 162.
(MIRA 15:3)
1. Gorky State University.
(Plants, Motion of fluids in) (Leaves)

DEVYATNIH, V.A.; SOLUNINAp I.A.1 KUZNETSOVAp L.A.
Adsorption method for determing ergocalciferol in irradiated
ergosterol solutions. Med.prom. 16 no.4:30-33 Ap 162. (MIRA 15:8)
1. Veenoyuznyy nauchno-issledovatel'skiy vitaminnyy 1natitut.
(ERGOSTEROL) (ERGOCALCIFEROL)

KUZNETSOVA, L.A.
I-
A ease of giant pusudoqrxoma of the peritoneum. Sov.med.19
no.10:90-91 0 155. (MIRA 8:12)
1. Is fakulltatakoy khirurgicbeakoy kliniki (sav.--prof.
S.G.Rukoeuyev) Taroelavokogo mediteinekogo instituta.
(PP,RITOIMM. diseases
pneudocVxoma, giant)

KUZNETSOVA, L.A.
-- -- --- 2
- Giant pseudovWxoma of the abdominal oavity. Vest.khir. 76 n0-7:
136 Ag 155. (MIRA 8:10)
1. Is fakulltetakoylkhtrurgicheekoy kliniki (zav.-prof. B.G.
Rukoeuyev) Taroslavokogo meditsinskogo inatituteL.
(ABDOHEN--TUNDRS)

IMNETSOVA, L,A# (Taroslavll).
Late results of stomach resection in peptic ulcer. 111n.zed'
36 no.11:66-71 1 158 (MIRA 11;12)
L Iz kafedr7 gooritallnoy khirurgii (zav. - prof. A.A. Troitskly)
;~kovoditell raboty - prof. A.A* Busalov) Taroolvaskogo meditatinakogo
inatituta (dire - prof* N.Ye; Tea7gln);
(GASTRECTOW, in various die.
peptic ulcer, remote results (Rue))

KI, KUZNETSOVA, L.A.
Late digestive disorders following gastric resection in peptic ulcers
Save mod. 24 no. 5:72-77 My 160. (MMA 13t10)
1, Iz kafedi7 gospitallnoy khirurgii (zav, - prof. A.A..Troitakiv)
~ ~s
Yaroulavokogo mediteinskogo institute, (dire - profq N.Ye. Yarygin
(STOMACH-SURGIERT)

KUZNETSOVAv L.As
Roentgenological otudy of the resooted otomach at early and remote
periodo after operation, Sov. mod. 24 no. 1005-60 0 160.
(KERA 33 112)
lo Iz kafedry goopitallnoy khirurgii (zav. - prof, A.A. Troitskiy)
Yaroo.lavokogo meditsinskogo instituta (dir, - prof. N.Ye. Yarygin).
(STOMACB--SURGERT)

KU7.IXTSOVA. L.A*
Reaction of dogs to oomo vascular tonus stimulants at dif-
forent intervals following hypophysoctomy.Biulseksp.biol,
i md. 55 no.ls/,G-43 JaI63. (14MI 16:7)
1. Iz kafedry patologichookoy fiziologii (zav. - prof. L.N.
Karlik) Ryazanskogo meditainakogo irwtituta imeni akademika
I.P.Pavlova.,Predstavlona deyetvitellnym chlenom Mi SSSR
V.V.Parinym jHYPOPHYSECTOW) (BLOOD PiMSURE)
(VASOMOTOR DRUGS)

NALFTOVA, O.A.; KIJZSFTSOVA, L.A.
Reaction of hypophysectord"d 4ogs to so-ma Ot4mulants of t1he,
vascular tonus. Nauch. trudy Riaz. md. imst. 1501-84 162.
(MIRA 17:5)
1. Kafedra patologichookoy fiziologli (zav. kafedroy - prof.
L.N.Karlik) Ryazanakogo mditainskego Inatituta imeni Pavlova.

-A-C A-P-7 6.62 H t U H / OM-4 V-3 /02 4 /010 3/0103
INVENTOR% Antonova, Ye.A.t Kuznetsoval Lsks
ORG: none
TITLE: Solder for joining me tal to metal, ceramics or cermeta, Class*
49, No. 189668.'.
SOUR.CE, Izobreteniya, promyshlennyye obraitay, tovarnyye znaki, n6,
24, 1966, 103 1
TOPIC TAGS: solder., met al 1=11tirm solderin p fhFMAL -.7oiA>iH&,
CEW41771C. 77) n7er4l_ 44"094 FP1,7)Fr
ABSTRACTS This A~thor' Certificate introduces a solder for joining me.tal to metal,
ceramics or cermets. The solder consists of a filler and a bindels such
as a noncaustic glass. To improve the air-tightness and oxidation
resistance of the joint, the filler contains 20% chromiim,,70%
nickel, .5% boron4 a.nd 52 silico'~. ETD),I
SUB CODE: 131/ UBM DATE: 16sep63/ ATD PRESSt 5114
VS .
1/1 UM 621.791.36

,,jand. wl'skokhoz. nauk,
KUZNWgUv,,A.,A. - ZLOBINA, L.Z.
Some physiological characteristics of the seeds of wild plants.
Uch. zap. Kab.-Balk. goo. un. no.lOs6l-66 161. (MIRA 17t6)

. 1 .1 1 1. - , 'i
USSR,ftnarala Speotral Anaiyais
Card 1/1 Pub- 43 - 91/97
Authors I Fe0filovo P. P's and,Kuznetaovaj L. A.
Title Spectral luminescence method of determining the Or content in epthatic
rubies
Periodical s Izvo.AN SSSR, Ser, fiz, 18/2, page 297, Mar-Apr 1954
Abstract I A method was developed for quantitative spectral determination Of
chromium in natural and synthetic rubies. A study of spectral# kin4i*
and polarization characteristics of the luminescence of rubies with
various Or contents showed that a change in Or concentration affect
mostly the luminescence spectra* The Or ions which are iaomorphic&14
included in the crystalline 2attice of cormu2um (L;2P3)' determine the
red color intensity and the-1wainescence of natural and synthetic ruby
crystals.
Institution A
Submitted

"Investigating the Phase Composition of the Per Salt Stratiri of the Usoll Rock
Salt Deposit." Cand Chm, Sci, Kazan' State U imeni V. I. Ullyanov-Lenin, Mlin Hif;her
Education, Kazan', 1955. (n., 111o 15, Apr 55)
SO: Sum, No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations Defended
at USSR Higher Educational Institutions (16).

USSR / Chemical Technology. Chemical Products and Their Apj'.)li- 1-31
cation. Leather. Fur. Gelatin. Tanning Agents.
Technical Proteins.
Abs Jour : Ref 2hur - Khimiya, No 3, 1957, No 105o6
Author : Kirina, K.I.,--Kuznetsova, L.A., and Marder, G.S.
Ir; at : Moscow Technical Institute of the Meat and Dairy Industry
Title : A Method for the Preparation of a Soluble Modification
of Keratin
Orig Pub : Slb. stud. rabot Moak. tekhnol. in-ta myas. i moloch. prom-
sti, 1956, No 4, 33-39
Abstract : The action of a 5 - 10% aqueous solution of NaLS at 20o
transforms keratin into a soluble modification, keratein
(the yield of keratein is 74 - 77%); 1 - 10% solutions
of NaOH at 18 - 200 are not suited to the production of
keratein, since under these conditions a considerable
dec-,radation of the protein mcromolecule takes place.
Card 1/2

USSR / Chemical Technology. Chemical Products and Their Appli- 1-31
cation. Leather. Fur. Gelatin. Tanning Agents.
Technical Proteins.
Abs Jo-ar Ref Zhur - Khimiya, No 3, 1957, No 105o6
Abstract The preliminary treatment of the keratin with a 5 - 10 M
ur$a solution increases its reactivity and facilitates the
transition of keratin to the soluble modification under the
action of Na S. At a temperature of-4200, keratin dissol-
ves in 1 - 3~ alkaline solutions and in 5 M urea, solutions
with the formation of viscous solutions. It has been e5ta-
blished that keratein can be used as an emulgifying and foa-
ming agent and as a component of film-forming compounds.
Card 2/2

7- -.- , :-,~ . - - -
: ~ 2"l- - 17-
. . . . . . . . . . . . . . .--" .1% - - -
I . .- I -- :,- - ;
1.. . I . . . . . ., i

Category: USSR Physical Chemistry - Molecule. Chemical bond. B-4
Abs Jour: Referat Zhur-Khimiya, No 9, 1957, 29567
Author : Kuznetsova L. A., Sveshnikov B. Ya.
Inst : %-ca-&-n-w-ar-Ga-re-n-kes USSR
Title : Effect of Dyestuff Concentration on Luminescence of Alcohol
Solutions of Acridine Orange at a Temperature of -1830-
Orig Pub: Izv. AN SSSR, Ser. fiz., 1956, 20, No 4. 433-442
Abstract: Study of the effect of dyestuff concentration on the spectrum, dura-
tion and yield of summative glow and phosphorescence of alcohol solu-
tions of pmridine orange at -1830. At dyestuff concentrations below
6-5 . 10-0 mole/3.iter-J- the spectrum of minnative glow undergoes prac-
tical.ly no changes; it is determined by the monomeric form of the
dye. When the concentration is increased from 1.6 - 10-b to 1.3 -
10-2 mole/liter-1, in the spectrum of m1mwtive glow the maximum is
shifted in the direction of longer waves by at least 110 m,*-aLnd the
appearance of the spectrum undergoes extensive changes, but the spec-
trum of phosphorescence is altered but little. Absorpition spectra
Card 1/2 -15-

Category: USSR / Physical Chemistry - Molecule. Chemical bond. B-4
Abe Jour: Referat Zhur-Mimiya, no 9, 1957, 29587
of monomeric, dimeric and tetramerie form of the dye have been recorded
in alcoholic solutions at -1830. The associated molecules exhibit
greater duration of excitated (fluorescent) state, than the non-asso-
ciated. On increase in concentration the duration of phosphorescence
remains practically unchanged. Association results in an increased pro-
bability of a transition from fluorescent level to the metastabile.
Card 2/2

"i ~ F- , , 'k- :- K T, " , - ~ -

A'cJTHORS:Kuznetsova, L.A., Sveshnikovp B.Ya. and Shirokov, V.I.
TITLE; On a Diffusion Theoz7 of Pluorescence Quenching in
Solutions by Foreign Substances, (0 diffuzionnoy teorii
tusheniya fluorestsentaii rastvorov postoronnimi
veshchestvami)
PERIODICAL: 0 tika i Bpektrosko]Ay4, 19571 V01',2, Hr 5, pp.578-586
U3
(USSR
ABSTRACT: S ,I-Vavilov and his co-workers developed a diffusion
theory of fluorescence quenching in solutions by foreign
substances. This theory is here applied to study:
(a) the dependence of the fluorescence yield and lifetime
on the concentration of the quenching substance and the
viscosity of the solvent, and (b) the fluorescence decay
law of quenched solutiona. In the t~,noretical nart thn
authors2 starting from a non-pxponential law of fluorescence
decay, show that both the yield (B) and the average life-
time M ) of fluorescence are not proportional to the con-
centration of the quenching substance. This result does
not contradict the Perrin-Vavilov relationship since the
latter applies strictly only to the average lifetime of
the excited state 'V' t which is, in general, different
Card 1/2 from the average lifetime of einission It . The non-

51-5-5/26
Oh a Diffusion Theory of Fluorescence Quenching in Solutions by
Foreigil Substances.
exponential character of the fluorescence decay is proved
for 3-aminophthalimide quenched with KI and dissolved in
(1) glycerine or (2) ethylalcoholl as well as for (3)
fluorescein dissolved in water and quenched with KI. The
dependence of the fluorescence yield and lifetime on the
concentration of KI is shown in Figs. 5p 6 and 7 for the
three above solutions'. There are 8 figures, 15 references,
9 of which are Slavic.
SUBMITTED: September 25thl 1956.
AVAILABLE: Library of Congress.
Card 2/2

TXOFIIOOV, P.P.LMN L*A,
.
Using Scintillation spectrometry for determining the chromium
content in synthetic rubies. Insh.-fis.zhur. no.4-.46-52 Ap 158.
(MIRk 11:7)
(Rubies) (Scintillation spectrometry)

4
- 4-1-7/26
5j
~
AWTHWO: Kumetsova, L. A
~s, irid Ya.
TITI.Ii'j': Dependence of Quenching the Fluorescence of Solutimm
by Absorbent Substanoeson the Viscosity of the .
Solvent.. (0 zaviL3iraoi-jti tuzhaniya f luovc-st,-,(---ntsii
raotvorov pof3loshchuyushchimi vo.,ihchw5tvami ot, vyazkouti
rastvoritelya. )
PERIODICAL: Optika i Spektroskopiya, 1958, Vol.IV, Nr.1,
pp. 55-59. (U01;R)
A13STIZACT: The present paper shows that in sorrie canes the yield and
duration of fluorescence of zolutions, quenched by slib-
stances which absorb luminescence, depend riot only on
the concentration of the quenching substance, but also
on the solvont viscosity. This findinc,j- -.-ontradicts
earlier views, expressed by Vavilo-,r and Galani-z~

Fdroter (Ref.3), Vavilov and Frank (Rell.4). The
followin- combinations of fluorcsr,*ent and qaorichir-E;
Card 1/6 substances were studied; 3-amirloplithaliraide + ohryecidin,

51- 4 --l--7126
Dependence of Quenching the Fluorescence of Solutions by
Absorbent Substanceson the Viscosity of the Solvent.
3-aminophthalimide + fuchsin, 3-amir,,Qplithalimide +
ci-jstal violet, rhodamin 5G + fuchsin. Glyrcrino,
isoamyl, ethyl and Liethyl alcohols .,iere used as solvents.
The tuchnique of exporimunts employed i,ras that.deocribed
in, aef-5- The main difference between the mathod of
Ilef.5 and the prevent measuremorits lay in the extensiori
to the cases whove absory,,tion of the excitint- JAp
~ht
was not complete (dilute solutions). Thin layera
(0-07 - 2 mm) Ath constant absorption (the dje
concentration was inversely proportional to the layer
thickmess) viere employed. Since solutions of chrysoidin
were found to be unstuble under heatin- to ?0 - 80 the
U
combination 3-aminophthalimide + chryicoid.in was riot
studied further. Fig.2 gives t"he fluorenrence spectra
Card 2/6 of non-quonched (curves 1) and quenched (curves 2)

Dependence of Quenching the Fluoreacence of Solutions by
Absorbent Substance on the Viscosity of the Solven~.
solutions of 3-amiliophthalimide --.-Jith or-jotal violet
(FIE;.21 q), fuchsin (leig.2, b), and of rhodaridn 5G
quenched with fuchsin (Fik;,21 v). These s-t~etra remain
practically unchan6ed in the whole 3:-o,:-ion of ccn--
centrations studied. The exception was 3-aninophthal-
imide + fuchsia dissolved in Z;lycerine whore a
considerable defo-rmatior. of the fluorescenc-,~: spec~trum
took place on an increase of the f~.ichsj-..-a c,0no-cilt-lation.
10-4 to 7-i,-.!,
from 3 x 3 x 10-3 molo/litre. L r, r
the values of the i've-ciprocals o" the re2ativ-,
ife-id and
the relative duration of fluon'--cc,,.~.~n-2e a,--:- Cf th--~
concentration of the quenchin-; zubztance. Fi~~.4,a
Card 3/6 [--;ives results for 3-aminophthaiiLlde + -zr.!,L-L:-aI violet,

5-1- 4
Dependence of quenching the Fluorescence of Solutions by
Absorbent Substance on the Viscosity of the Solvenic.
FiG.4,b - for ~-af.,inoplithalii-.Ido+
for rhcdcu;iin 5G + fuchsin. The con-Lin-au.13 cur-7---_7
the variation of the duration of a-nd f-110
dashed curves shoir the t3ho.r.-r,o in 1"ne
pendence of cluenchinL; on Accosity 1e ar -1y in
De
two cases: 3-aminoplithalimide + vi,,..Ic-t, _,nd
rhodamin 5G + :Nchsin., To verify -,.h,-,-
qw-mchim- on the solvent viscosity t"Ele aLtthor~; also
obtained quenchin2; isotherms (change of the d,1-ration of
fluorescence) for a solution of 3-amino--A-,th~_-.1iL.JA.de
+ crjstal violet in izioamyl alcohol Lind
isotherms of chance of the yield uith chance, C"L t1fie
concentration of the quenchin,; substlanco for
3-aminophthalimide + rrystal violet in
Card 4/6 (.Fi6.5,a). In the first case a considerable dependen,,,e

51-- 4--l-7/26
Dependence of Quenching the Flugresoenc6 of Solutions by
Osorbent Substances on the Viscosity,of the Solvent
of quenching on viscosity was ob-served; in the second
cace it was aboent. The discowred dooendence of
quenchinj; on -the solvent viscosity is an important
confirNkation of -the usual mechanism of fluoros.~,onca
quenching. This muchanism is based on three assumptions:
0
(1) frequency of the transition from -the excitInG
molecule to a quann't-ling molecule is invorsely propor-
tional to the sixth powor of the, distance betvacn two
such molecules, and it depends on the orientation of
these molecules; (2) this frequency does not depend on
the duration of int,)ractioa of the two molecules if the
distance between them romains constant; (3) probability
-that a driven transfer of enera will -ause quenching
Card 5/6 does not depend on tho relativo, orientation of the

51-4 -1.-?/26
Dependence of Quenobing the Fluorescence of Soixitions by
Absoebent Substances on the Viscosity of the Solvent ,
-,io1rjcu1r;z taking parU in it. ii'o =.Plain t1hu, vc'.77
dupomdence of t1hc- fl'uor,~-sroncc qu-mchin:- :;f
-Dak U
.-aminophthalimide + fl).nhoizi on the solvwif;
(FiE;.4jb)j the authorz su,~,1,pst 3omo ~orlj* of interartLion
betwoun an --,xci--c:d phthal-Imidc-, ;,,olocule and fuchsin,
which .,,as not tolker. into accoun" in thf,, moobai-i-sin
describod abovo. Tho, auUhars thank A.M. Doncb.-
Brayevich for 10-an of a fluorome .ev, and G.A. Tish~,,Iienko
and V.I. S;iirolzov for help in 1UGas-uremonts. There are
52 fi,~~urcs and 6 references, of villich 1 is 2rcaclli, 1
German and 4 Russian.
ASWUk.c1dif: stage Institute of Dptiom -_rlcmi S.I. Vavilov.
(Gos. opticnt,-skiy in_-xitu,t im. G.I. Wavilova.)
SUBIII'Ui~D: March 23, 195?.
AVAILiOlp: Library of Congreas.
Card 6/6 1. Solutions-Spectra

,AUTFORS: Sveshnikov, B. Ya., Shirokov, V. M., SOV/48-22-9-9/4o
Kuznetoovaq L. As, Kudryashov, P. I.
TITLE: On the Kinetics of the Qwnching of the Fluorescence of
Solutions by Means of Foreign Substances (0 kinetike
tusheniya fluoreatsentaii raotvorov postoronnimi venhchent-
vami)
PERIODICAL: Izventiya Akademii nauk SSSR S i fizicheskaya, 1958,
or
a
I
,
Vol 22, Nr 9, Pp 1o47 - 1o50 Ss ~
(U
ABSTRACT: The method of counting the effective collioiona between
the molecules of the reacting substances in very
important for the theory of the extinction of the
fluorescence of solutions as well as for the theory
of reactions in the solutions. The work by Vavilov, 1929,
(Ref 4) presented the first striking proof that the
application of the diffusion theory is possible in
the computation of the number of effective collisions
in solutions. Nevertheless, Vavilov's formula for the
extinction gave no exact quantitative description of
Card 1/3 this phenomenon. To remove the discrepancy between

On the Kinetice of the quencbing of the Fluoresconce 907/46-22-9-9/4o
of Solutions by Meano of Foreign Substancon
theory and experiment Vavilov and Frank (Ref 5) set up
a hypothesis on an additional statistical extinction.
In 1935 one of the authors (Ref 6) succeeded in
establishing a formula for the extinction which ex-
plains the non-linear dependence of the quantity BP
on the concentration c of the extinction agent witHout
the assumption of a statistical extinction. This was
possible because of a thorough analysis of the kinetics
of the diffusion processes taking place around the
excited molecule. The good agreement of the theoretical
and experimental data validates the non-exponential
law of fluorescence extinction and of the diffusion
mechanism of the extinction. The experimental data not
only prove the diffusion theory of fluorescence extinction
by other substances, but also present the first ex-
perimental proof for the correctness of the formula
by Smolukhovskiy-Kolmogorov-Leontovich (Ref 8). This
formula assumes that the rate of diffusion depends
on the time which has elapsed since the beginning of
Card 2/3 diffusion (Brownian movement). There are 2 figures,

On the Kinetics of the quamU" - of the Fluore3cence SOV/48-22-9-9/40
of Solutions by Means of Foreign Substances
2 tables, and 8 references, 6 of which are Soviet.
Card 3/3

T'.

.7 1 T 'U; Cie Difflisiorl Yloory of tl'u~ Killkjildc-' of +"Iv
'A j
1A:,.ojo1,u1yarny1--j rc-i~tfjiy v nmitu vora! -'A' I
I'ERTODN Al.: Do,': I--~ ly Akti I cz-di niiik 3ssn, 7c, 1 1,21 Ili, 1 0-4.5-1U47
(trssR)
A'B ST L~ C T :;'~tjlorc i~1von'ti,-~Uto the influunc,! of L'.i.-- ~tolvL,.-,+, on the
a:.tinution of the p!iouphoresconce of A.cohol :1 -cerin ool~~-

4 -.; oil io-11''Ju anl Oxy-eJ4. T"!-
n of airidiric or'unf;o by potao.-i,mi
1 :-,AA -;3.'OrCrty Of thiS Ltinction i;i V,.E: v~*,riutioii (if IifQ
of th,3 ~!ionphorencent 3Ltto of i,~ie Ill !-o..ie 1.ndl-
vidual cufle3 aloo tile variation of t'-lu relitive T~11jus,,',orr-ocen,,-,3
yiuld durilirr the cxtinc~ioll W;~S 1,11 the inven-
tl-aWrl solutiona contained 5-10-~) -.~ol/l of acriJinc oranl~.e.
'211, j;,eauuring a,%paratua conoisted of a i.!crciirf vapor lamp
for extrfniely ,pre.-ourris (with u s taAli,.er desi~-,ned bly
V. I. Shirokov)) of ,, lann and of 2 li.-,'it filtero. If thc:
!,oleo in Uic dinko of tlij pho-p;ic)rcncc)1.'1 a)"-. uclected,
Cal-it 11) tl;o~ 'clirve for the dam,'-inj of ',Iic. ,hoo-iLoni~icence i-nj correopond

Concurn1m; the Diffuaio,. Thuory of Vie of t':,--
Solutionu
Lo " 11olir-unble U1111n:"a of t1v'. Of "'le Ilir-J-
I
ciirvu ;,-L" I)c
curvo il, ,-,!c nhort initical alid fimtl -'art"I of f;::.n "urve.
corroopwil to tho upeniii,-, --i-I of '',icj
of 1;";c are not UAk n 4 C C: 0,
c~;n!-,'Lunt found -411 thi.3 WZ!Y (:Oi!L'-'i("~C '7101' i t'. 0C ons
folind ill "be livil".1 way. Tile 0.,;.. C
f
tivo Yipla 01 Ule phool)hclrosconce ~,y of .1 T-3 (-- G q V,'~ r
-.Lt 2ficitit ,if !;:; c11 f
of tl~e ]~Iiospliorevcencc Iliac the aa-e rjr~:c;z (if : -0
-o di,lk. A dia,
Uic tinc. of the
,~ivcj Uic vall,lon of %~le life of tile
U,~e an~! not dj,;.~,iifiu,] (,T) of
ora%e aa (I fillicLioll of tile licilid"ty cf t"le -jo,'lit i(,11.
','Iiu curve of ',-%is dharam ceemu to be vat'-~r ait.A17,;, ",C) 'G"c
iu~,11-1:nown dc,,endence of tize yield ~ t"Ic
fluoroaccance un tile viricooity of t1iu colveiit. A
j-~i famid for the influence of vi.~co:!;ty f':e -.1-til'utioll of
t',.c ;,~iosplhorevcqnce of dejasified colut-ion- c,-'
pota3.:ium io"idc". '-'Ile el-.-I-fnc7l-i~',n rf
Card 21--1 !",cl , '~osphcresccnce cl~' Une Ljoliitionz. of acri d nc. e is

SOV/2o-121-6-27/45
Concerning the Diffusion Theory of the Kinetics of the Bimolecular Reactions
in Solutions
caused by diffusion processes agrees well with previous re-
sulta. There are 4 figures and 9 refereilces, 7 of which are
Soviet.
PRESENTED: April 23, 1958, by A. N. Terenin, Academician
SUBUITTED: April 10, 1958
Card 3/3

BOGATSKIYp D.F.p prof.$ MIRMAp I.A., doto,j SHPRINK# BeEs, profol re-
teenzent; MAKCWp A.M.9 d6teentl roteonzentl KUZNETSOVAp L.A.p
red.1 VLADIMI=Ap L.A.9 tekbn. rod.
[Pbase rule and its ippli"tkan in the teabnol of metals;
'o
lectures for students of,tbe engineering facultyl Pravilo fas i $go
primenenis v tokbuologii metallovl lektaii dlia studeutav inzhonernogo
fakulltetao Moskva# Vose, oellkhoso in-t uoohnogo obrasovanilag
1960. 39 pe WRA 240)
Is ZaveduyuBbohiy kafedroy rewntjt traktorovi avtomobiley L sellako-
khozyaystvenzWkh mashin VoeooyusnI9go sel'skokbozyayBtv9=ogo institute,
zwc4nogo obrasoyaniya (for Mawdov)
(Metallurgy) (phase rule and equiubrium)

Ll DD
82674
S/072/60/000/009/004/007
B021/BO58
AUTHORSs Appen, A. A., Antonova Ye. A., Kuzneteova, L.
TITLEt Heat-reeistant~ = on Cast-iron Products
PERIODICALt Steklo i keramika, 1960t No. 9, pp.-22-26
TEM As a consequence of heating, oast-iron products are destroyed
owing to gas corrosion. An increase of their volume takes place in this
connectiong as can be seen from the paper by N. A. Aleksandrov.
G. T. Bakhvalov andA.Z.Turkovskaya ascertained that an increase in
volume sets in and the strength of the metal is reduced with alternative
heating and cooling. In the study under review, the authors tried to L/
reduce gas corrosion of cast iron at high temperatlires by providing its
surface with a heat-reoistant glass-metal coatingRecording to the
enamgling.prooess. The coatings were produced from mixtures of finely
disperse metal powders with silicate binding agent. Glass of the following
composition was 'used as binding agentF 28.6% Si02; 4.9% B203 ; 0.8% A120 3;
23.0% Or 20 3; "9% MnO 2; 33-7% BaO; 3.8% ZnO; 2.7% CaO; 1.0% CoO. The
Card 1/2

82674
Heat-reBistant Coatings on Cast-iron Products s/o72/60/000/009/004/007
B02i/BO58
following mixture of powders was used as metal components 20% Cri 70% Nil
5% B; %, Si. The degree of dispersion of the metal powdere dotermined by
means of sedimentation is given in Table 1. The protective coatings were
fired in a special electric furnace in argon atmosphere at a temperature
of from 1000 to 11000C. The results of experiments with cuot-iron
samples as to beat resistance at 90000 in air are given in Table 2.
Oxidation curves of cast-iron samples in air at 9000C are given in Fig. 1.
The difference between the coefficients of thermal expansion for the
coating and the cast iron decreases with the increase of the amount of
the metal component in the protective coating (Table 3). The thermal-
expansion curves of the glass-metal coatings investigated are shown in
Fig. 2. The cross section of the oast-iron samples with coating can be
seen from the polished sections (Figs. 3 and 4). In conclusion, it is
stated that a glass-metal coating is to be considered as an effective
protection for cast iron in air at a temperature of up to 9000C. The
coatings are molten on in neutral atmosphere (argon, nitrogen) at a
temperature of from 1000 to 11000C. There are 4 figures, 3 tables, and
8 references: 3 Soviet and 3 US.
Card 2/2

L L67A-63 EWP(r.)/EWTk*m)/BDS AFFTC
S/124/63/000/004/035/064
AUTHOR: Sur Kuznetsovap L. A.
R. G.;
TIME: The problem of bending a pk.Anx s2~erical panel of square plan,, with
a nonlinear relation between deformation.,and stress
PERIODICAL: Referativnyy zhurnal.. 116khanikas no. 4. 1963j, 7, abstract 4V48
(Tr. Xonferentsii poteorii plastin i obolochek, 1960., Kazan'., 1961,,
362-3bt~-)
=IT: The problem stated in the title is solved on the 4ssumption that between the
stress intmsity,, sigma sub i and the deformation., e sub i, there exists the non--
linear reletion3hip; sigma sub i equals Ee sub 1, (1 - gamma sub 2 sub i), where E
and gamina are constants. The authors use the Bubnov-Galerkin neth6d, with-subsequent
recourse -to a digital electronic computer. A portion of the results obtained are
given in tabular form. The effect of nonlinearity with real values of the parameter
gamma- would seem to be substantial, V. I* Foodoslyevo
[Abstracter's note: Complete translation.]
-Card 1/1, -

ANTONOVA, YefliL XTJZITET-bOVAY I.A.
w
,t6imerature of formation and th6 atmature of g1ggs-metal coatings
on steel. Zhur. prikl. khIm. 36 no.8tl637-1641'kg 1639
(MIRA 16 t 11)
I

L 16930-63 EPF (c)/EW (q)ItW (m)/BDS AMC JD
S/076/63/037/004/022/029
66'
AUTHOR: Samoylova, A. N., Malltsevi V. A., Tatevskiy,_V. M., Kurdy=ova,,
N., ~~net ova, L. A.~
TITLE: Absorption speotrum-due to photolysis of boror. vhloride with ozone,
'M ;7,7
FERIODICAL: Zhurnal fizicheskoy khimii, V. 37# No. 4, 1963" 909
TEXT: The authors studied the reaction of oxidation of boron bromide by
owen and of boron chloride by ozone. it is shown that in pul.-e photolysis ofa
mixture of boron triohloride with ozone it in possible to observe a band of 4,7eQ
R, for which the carrier is apparently an Intermediate compound in the process of
the oxidation of BC13 to B02. There Is 1 figure. The most important English-
language reference reads as follows: Johnst Canad. J. Phyeicso 39, 1738, 1961.
ASSOCIATION-. Moskovskiy gosuAarstvannyy'universitet (Moscow State University)
SUBMTED: Tune 14, 1962
Card 1/1

ACCESSION NR: AP4020075
S/0051/64/016/003/OSU/0343
AtMKOR: Xuznetoov a,,kA.,,*__1~"yakov,Yu#Ya.; Tatevskiy,V.M.
TI=-: On the electronic absorption spectrum of the WF2 radical
SOURC9: Optika i spelctroskoplya, v.16, no.3# 1964, 542,-543
TOPIC TAGS: radical absorption, totrafluoroltydrazinoi nitrogen difluoride radical
ABSTMICT: P*A.Johnson and C.D.Colburn (JOANr.Chom.Soo.83,3043,1001) obsorvad a
region of "continuous absorption" nonr 2GOO A in tho spoctrum of the products of
thermal decomposition of totrafluorohydrazino %N), which they attributed to the
NF2.radical. In the prosent work this rogion was ro-investigatod by means of a
higher dispersion and resolution instrument (an ISP-28 spoctrograph). The totra-
fluorohydrazine at different pressures from 5to 200 mm Jig was heated in an alumdum
tuba to different temperatures - up to about 7500C - where absorption in the 2600R
ogion disappears. The study disclosed that the NF2 absorption spectrum In the 2600
region in actually not continuous but consists of 16 bands, The intensity and
sharpness of the bands Increase with temperature up to about 300-4000C. The wave-
lengths of the bands are tabulated, and a set of three m1arodensitociater trace4ja
1/2

--AP4020975
ACCEWIQN IM:
reproduced in a figure. The averago separation between the bands Is about*390 eel.:
This frequoncy is associated with doformation vibrations of-the radicale Orig.arts,
has: I figure and I tabl,se
:ASSOCIATION-. none
SLMUZT=t lGJul63 DA7Z ACQt 02Apr64 RML: 00
SIM CODS: PHI CM NOR' BOVI 000 elms 001
-2/2