SCIENTIFIC ABSTRACT KUDRYASHOV, L.I. - KASHTAKOV, S.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201620010-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
KOCHETKOV, N. K., et al,., Zhurnal Obshchey Kbimti, Se3) 71, Vol 41, No 9,
pp 2071-2076
of a-glucose-1 phosphate and disodium :;aIr of D-gluaoii;Q-6 'Phosphate, respec-
tively. The neutral salts included desoxy- and desax~j,keto compounds. Further
studites of radiolysis products and related regularitbItH will provide a clearer
pattern of radiative dephosphorylation in tqms of biologl~aat activity.
212

USSR UDC 541. 15
KOCHETKOV, N. K., Corresponding Hember Academy of Sclual:46
,L", and SENCHENKOVA, T. M., Institute of Organic Chatmtstrq imeni N. D.
Zeliaskiy, Academy of Sciences USSI, Moscow
"Racemizatlon of alpha-Amino Acids under the Action og j!-,aMma-R,iid Lat ion"
Moscow, Doklady Akademii Nauk SSSR, Vol 195, No 21 19T0, pp loll)-412
Abstract: The racemization in froaen 2-3 X 10-3m aquq.-cius; soLuLioas at minus
78* of L- and D-glutamic acida under the effect of! ga=ia-irradiatictl wBS
studied. The solutions were irradiated in sealed glus tubqqj under N2 with
doses of 0.3 - 1.5 X 1022 eV/g at dosage rates of 0.6-1,1 X 1#~,16 eV/g.sec-
On irradiation of L-glutamic ac~g, a glutamic acid fraction 118 13 isolated
which had a specific rotation a- -+8.5* and m. p. 190" vs. -1 -+13.6' and
m. p. 236* for L-glutamic acid. The alphanaphthylli,idatitoin'lierivacive of
this fraction had m.p. 180-186* vs. m. p. 225' for the corraii.ponding deriva-
tive of L-glutamic acid. Conclusive evidenu indicat~vfi invimr-sion of the
configuration of D-glutamic acid as a result of irradin.tion, was also ok-
tained; the specific rotation was lowered and a fractitlin waa isolated by
preparative separation on paper and elution that was shuwn to be I.-glut4unic
1/2

USSR
KOCHETKOV, N. K., Ct Doklady Akademii Hauk SHSR, VOL 195, No 2, 1970, pp
410-412 .12.11.
acid by applying L-glutamic acid dehydrogen4se fTom bu.11 liver. The oxtent
of racemization could not be estimated from the quai.-ititativo standpoint at
this stage.
2/2
82

1/2 017 UNCLASSIFIED 11HOCESSING UAl'k:--300LT70
TITLE--FORMATION OF DEOXY SUGAaS DURING THE 1KRADIATION OF AQUEOUS
SOLUTIONS OF CARBOHYDRATES -U-
AUTHOR-(04)-KOCHETKOVt N.K*v KU0Ry,.AjtjaV# Lpl.r YARCIVAYki S.,M.t
VUZNESENSKAYA# S.V.
ILGUNTKY OF INFO--USSR
SOURCE--IZV. AKAO. NAUK SSSR, SER. K141M. 1970, (Lit 201-2
DATE PUBLISHED ----- -70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
TOPIC TAGS--SACCIIARIDEt AwU10US SOLUTIONt RAUIOLYSII~t A040SPIAEkE
COMPOSITION, OXYGENP NITROGENP WROGEN DAIDEP CHI!RICAIt. RFACrION
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FKAME--1996.fO434 s,rEP 140--UR/0062/70/00(ll/001/0201/,)202
CIRC ACCESSION NG--AP0117670

212 017 UNCLASSIFIED P140CESSING DATE--30OCT70
CIRC ACCESSION NO--AP0117670
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE YIELDS 1:11; ALTI;KEO ALPHA MErHYL
09GALACTOSIOE9 GALACTOSE, [N(JSITUL, LACTOSE, STNR(',Fl ANU 13LU(30 GROUP
SUBSTANCE WERE TA8ULATE0 FOk IRRADN. OF THESE 114 '$$OLN. IN '~N AT.A. CJNTG.
0 SUB2v N SU82# OR N SUB2 0 AT PH 7 AT 011SES OF (3-91 r.IPES 10 PRIME19
EV-ML IN TEKMS OF RESULTING DEOXYSUGAASt AS WELL 4~ DE;OXYKETO Sk)GARS.
THE RESULTS INDICATED THAT FURMATION OF OEOXY OEikqYS. LNVULVES KEACTIUN
OF HYDRATED ELECTRONS AND 0 SU82 PRIME NEGATIVE IONSf loliqlLE OEOXY4KETO
SUGARS ARE FORMED BY THE ACTION OF HO. RADICALo FACILITY: INST.
ORG* KH114a IM, ZELINSKOGOv MOSCOWv USSR.
wif L A!~~L1:4Pn7--

112 040 UNCLASSIFIED
TITLE-FORMATION AND TRANSFURMATtON OF RADICALS
INFLUENCE OF GAMMA RADIATION -U-
AUTHOR-(05)-NIKIIIN* I.V.r SHARPATYlt V.A.,
~N.K,v EMANULLi N.M.
COUNTRY OF INFO--USSR K-11
SOURCE-OOKL. AKAL). NAtj,-. SSSR 197U, L90(3)t
DATE PU6LISHkD----70
!L,)(- 1 ,-A,- At -11 MEOICAL
AND TECHNGLOGY
TUIC TAGS-H(C-~ 4A0lk.,,Lt C*0,LUHEXANEj
GAMMA RADIATION1 RADIATEUN EFFECT
CGUROL MAkKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PRUAY STEP
PROCESSING 0ATE-09OCT70
IN 10'01NL~ETOL UN001 THE am
KUDRYASHOV, L.I., K-)CHETKOV,
635-8
SCI ENCFS? 1:Hi141 ~T!,.'f %J.~LEAR 'C
IJYDRGXYI. J4jjL?jj::nj , J~L'A SPECIM4,17
CIRC ACC.-ESSION NO--AT0112979

2/Z 040 UNCLASSIFIED
--IRC t.
G'P-0- A6.STR;XT. THE RADMAI-S FLJ.~M) '0 -~Y E,(f).V;JT~.r
.14MA AA0IArIL','N WE-fj," Lf1AKACrERI6:':0 BY Ilhilj-~ E.,,-i
MYO INOSITOL TO G A
AND THE SPECTRAL DATA JtRE RLPORTO IN DETAIL. r~,i: WERE
PRQ',)U(;FU AT 77UEGkEESK IN DkY AND HY[IkATED MGOE~i Qi~ I 1~1:
EXISTtNCL UF Tiii-- SfABILItFU ELELIRON WAS EVIOENT F::-`101~4 OF
COLUR IN THE SPtz'CIMC-NS CONT6. H SU32 U AND FKL114 Tilli F~jkl)l 01: THE (.PR
SPLCTRA. FACILITY: INST. URG. KHIM. Ipj. Zj:j.IN'~jj4,jGt)p TA~JJSCGtij
USSR.

1" ~f$47-455
KUDR.Jh.UU1 L - 9_J LIVERTOVSKAYA, T. YA., VOUESBUSKAYA, So Vbp
IMILEV, YU-77r."973HARFAM, V. A., and KOCHETKOV, J. K.
"Radiation Chemistry of Carbohydrates. XII. Effect of Structural
Factors on Course of Radiolysis Processes of Aquilious Solutions of
Methylglycosides"
Leningrad, Zhurnal Obshchey Khimii. Vol 40, No 5t May "10, pp 1133-1137
Abstract: The authors studied regularities reflitcting the relation-
s5ip be ween the etructure of the glycoside moleiMle Mild proceaoe3 Oc-
curring during and after irradiation of aqueous tpolutlons. The ob-
.byl-T-
jects of study chosen were V-methyl-D-glucopymmoside, A -mer
arabinopyranoside and Ot-methyl-D-galactopyranoside. The radiation
sources used were a Co-60 device and an electron accelcrator Alor fro-
zen solutions. The periodate oxidation metbod wa;s usod to dc,~ernrine
the glycoside concentrations of the irradiated solutions. It was
found that the stereochemistry of methylglycosidius has a significant
1/2

1:11 3 SOR
KUDRYASHOV, L. I., et ales Zhumal ObShChey XhImilo Vol 40, No 5, May
70, PP 1133-1137
effect on their radiation resistance. There is -tiractically no forma-
tion of free monosaccharides in the radiolysia of dillite aqueous solu-
tions. The principal process in the radiolysis of QL-methyl-D-galac-
topyranoside and )6-methyl-L-arabinopyranoside is the tormation of
deoxy sugars, According to EPR measurements, tho composition and
ratio of radiolysis products depend on the structure Df the initial
molecules and the reactivity of the intermediate I*rtievles thQt fo=.
2/2

-10003656- CHEMMAL AB5,
107545Z Epimed.-ation of manoBacch3rides undet I!:.-e 113-
f -y-rad- 'ation. Effect of the aggreple State U1 waler 11-11
the mechanism of caillohydrate radiolysis. Kcilietkov N. is'-,
ifil. 2.dink-olro Mosrow, USSRI. 71,11
Akad. Aattk -ill (Ru 0. -i-l:r-
I A ~WA [q[w I S
radn. of rr)-pviw~scs ill aq. Foln. 11 N, atill. at -78', using frozilm
sulas. o! ribose, axabino~,.c. xylosc-, and lyxose, gave knllucl~,,v
pento~,m R,.1bosc gave mainly aratincote, xyk+e. and
arabinc-c and x-Jose h_-~Lve mily 'Ay!1"me, whirr Iyw~;e arld:1i.
llosC. Him ~~ I asyt-n. centi!r undcrgovs a
change; a froycli S01n. of ribosat gitrci D-as-Alnow atid
G(-ribt~:c) v-as 0.15 and G(jrabinone) wa4 0.01. Asmining ;iln
equal I-11'allce of formatioll of :%Ylor-t and lylose, sonic ~101",!j IA
Original ril)oF-,e is converted by rcactionp. of vjAmrization of NA)
groups; this is Lille Of the. milin r;tdto!yflc proccs.~as- Irradn. ol
fruzzen ~olns. of ri~osc at 0' iii a N mm. gave the 4arnp lin
formed at -7S' ~md the main dvq. factor wwi Ow irruncibilit:I.
of s(Avda-', Uf tht ladicall fill-wed ia tht sugla rzld1dyqi!1.
Q. M4 , Kwi-:4:1 p .5

ra
USSR
VDC: 53-08+535-853
BAGLAY, R. D., ISKOL'DSZIY, A. M., 21. 1., and
10VAINIMMM1114
NESTER=11, Yu. Ye.
"Electron-Optical Recorder 'Spectrum' ae an Blement in Automated
L
Spectrum Investigation Syaterasll
Novosibirsk, Avtometriya, No 6, 1971t pp 24-t1
Abstract: The Soviet spectral recording device 1'133pelit.r" (Spectr=_)
performs rapid conversion of unidimensional spatial distribu,~iona.
of electric signals and records them, by mowis of o'n oocillorscopQ,
on photographic film. The recording system in the device is a
double electronic-optical convertor with electroatallia focusili_j,
N ,nntion IJ-602. !Nie
and electron-bee-m deflection, given the desir
purpose of this article io to consider the royotigin errws and noi,;C-
in the LI-602, de.-cribe the rtructure of the ~nd
tronic blocks in it, set up ita matlivmatiwil madel ii-o a pa~,2ile
filter, present the results of typical exptrimunta performed i;ithl
data processing equipment, iv.,d propose i3everal mi,-~thodo for eli:_,i-
nating systematic and randoia errors. A photoE:raph of 11-he Ce%rice
is reproduced together with some sam,ples of the oscillo-raphic
output. Credit- for assioting in the work is gilven to L. P. ~3whov
and V. D. Prilopskikh

U.
Inve st i~-!: t ion 0-f 1-Ille ol' -in Altudir-%,i Al.loy
Loading"
Tola, 1`-)70, xi i:_"-T)

-
Ab
~ro re nol. L- o. (I 0:f, 1111 e 0 -,-v~ 0. lo
j.
of Cie Or- 1 t; i1 o

tv.,o ~7roul')s O-J, 2-i( - out --ire
'21ic 'irn`
u
the Olctcriin-lt.; on o:C -~.ho o2t'ect irl 'I; (),j1-1
of the
..I
Cl
r 0711 ".1.2 OC' b- -trotchAn",
J To .
o 61
j
of a
ch in o i. ro,,- . . .....o
1/2

USSR
KUDRYA.S.11OV, N. It'. and RYCHKOll, P. A., 1-J17),
pp 68-80
01 i, !.L.
the
the liri-itn ot' tlae -Oiltic,'lcrri
strcs3-otr:?- n c"
0
jy C~) -~n 0-~, C DA
t`icor,-1. ,
ri-'alclit'al Llat,~, t-hc-
-olic-lbilit- --~re In coll'Urn-it to -1,111?!
+0 ]7.
lhaories, !a Cl cu-r-i.-Aion of
u
tnined by llo-i-,ono`u,onou.-.~ loadin,-;. A:~- I ~P:~-.X?l
biblio. rc-fr,,,
2/2

RYAS Li
j it
rrom All Diseases,:
"Oscow, Kra~,naya Zvazda, 20 4
Abs-~ract: oxerc-150 --s -Ior a
of preventin- :.,,:-.ny Lhazi
reducing ~ho neQd Zor ph"Y.-'ical labor. :100P1.0 vriz'h
prezsure ,mao parLlcipaLu in Ln axerci:iL~ proj;ran on tto
can inDrove their -ener,-d rc-I-w,., a~-; wel-'- ar3 t4e a*:,v~~
exercise rei--da--l-4, hdVt3 =are rasiksta.,4rtl to colis ar.1i
than those who exerCL50 -i3-.L)rCvCj of
vascular "d sys-Lom.5 and i~~-.2rovus
to quicidy advipL Lo char-os in -ino waat;plur tind Ot-rier
Althoug'- exerzi--u -4.; not a 5,oi;Cif.12 OC pnoventin.,"
wilo aro raure resijtant to Lhat 15, Who aru physiclil,.4'~- curdiLione". It"Ll
likely to coar-racL it.
1/1

USSR
UDG. el2l.;-76-N5,
bEffect Of Predetector Conversion Of Carrier rrequonvy Cn llui Onniitiv~&ty (If
Infrared Band Receivers"
Kvantove,va elektronika', Roacow, No EaY 71, pp 14C-11112
Abstract: The atutiotical charectaristioB aro considoprind of an ontical racsiver
with a parametric currier-freqt~ency convertar. It ito ahown tkut the naisri
index of such a receiver enn be mininizad. Forrn.ilu~v mid ronultc C'
tution of thc noiHo of concrete vsr!*nto -ol' inflirrcd-biAvi rtcoiver.-i am pra-
seated. Curves are shown of tKo dopendea-ze ot the noliao 01! L rucJiver
with a parametric froqLioncy convertor on the pump poveli, In LIN) cu,Be of cc-nver-
eion of radiotion frG-m the near-:U%frared ro'gion In. a HAI crUstal I c3!
Received by editors, 22 Apr 71- 1 fig- ~ ref-
1/1

USSR UDC 539-375
XUDRYASHOV, V. G. and SIDU V. 1.
"A New Method for Detemining Vie Defon~=tion Viscosity K,
Moscowl Konstnzktivn. nrochnost' staley i rjiMvov i znot~>Iy ytiye, otrenki (11he
Structural StrenGtIh of Steels and Alloys and 14ethods foi. -Taeir Evalintior', C'~,!-
lection of Works), lcfT2, pp 9-16 (from Referatimyy 2zirw-lal -- Ve_11-nilra., No hip
1973, Abstract 110 4V730 by Ye. M. Morozov)
Translation: An e~q.)erinental method of mnltiplc detennIxat
Aan a:'
characteristic KI, on the smne swirple is proposed. A irl.til ZL C!-.'LCI: IS
loaded to the state of the first crack propnpatiort, afttitr 1.,hich ir
unloaded and then loaded ai:aJ-n to the point of crack projiif-atflon.
this process several tixies und, (Ittar-,rdning, K, each tiro. it TQ75JiIj(I_' tO
diminish the error of -the test Eand to expand hil exverip;ttrit al T.. j 0 r, "I EAIiT I.en .
With the aid of this irethod the ini'luence of thp. of' lccdin~- on YIC
, 'hc!
during the gTowth of the original crack, the rate Of IDVdillt'~ U - of
heat-treatm.-nt and start of the original cracx, the lowlt.1i of th'z: reri~jllal
crack and the medim, teq)-erature, thickno-os and gecanetry of the srv~;'Ie vas
investigated. (16 -bibliographic enltlries)
1/1

USSR UW: 669.011':539.42
IVANOVA, V. S., KUDR"SHOV, V. G., SHTOVOA, Yu. K. KOPHILIOVICH, B. A., 1-10SCOW
"Fractographic Study of the Rupture Toughness of Aluminun- a:nd Titanium Alloys"
Kiev, Problemy Prochnosti, No 11, Nov 72, pp 25-30.
Abstract: An electron microscope study of the surface of a crack is performed
after cyclical deformations of various Al alloys and T.I. alloys under Ptire
bending with constant and gradually increasing stress, pure efircular bend'Ing,
repeated extension and cantilever circular bending. It is shown that the
dimensions of the pits on the cracl- surface near hard vccon-d-phase particles
correlate with the value of 1-1T (change in heat content of base of allov %iith
changing temperature from room tcrq)eraturv to the malthij,, jx):hit). It is also
established that the rupture toughness determined by the riethod of ivano~-a and
Kudrya-shov, under conditions of cyclical loading at flil(i criCivil fatigtle stress,
is near the rupture toughness produced by the method ol' Irwin.

............... ......
USSR
t'!"X7 lit;
IVANOVA, V. S. , UWIL&SUQV.,--V,-Cn--,~-DERYAGIN, G. A., Yu. K-
Institute of Metallux1gy, Academy of Scifnees USSR,
"Comparison ol~' the BreaRdown Viticosity KIC Of Alumlnuv Ml--1711, 165T1,
ys Under I,tatic xnd Oycli,:-. Loa,~S"
D16T) and Titanium (VT8, VT9) Allo,
Kiev, Problemy prochnosti, No, 5, May 72, pp 29-35
Abstract: Aluzdnum and titanium j.1loys weve StudLed :a
breakdown viscooity of structural materials both urAex,~ si:a-tL'o. an-J
under cyclic (Kod loading and a'SO to j3hOW the optiriiil
not(
fatigue te-st-1 when )~Ta X It I M that the
fracture of materialn i!, now vecoiving 1,1~101 artE,ntion ;Jnd that nr!w
brea~kdosrn K),:.- the Lreakdovin v-*Lsc=d1.-:.y t,!' 1~]Io
plant: df,~I-on-ial.lrri wh.~ch "ni.;idwll
material in the presence of, erdc"lu"., han bcoll i.1tJ"od%;1C1j!1l h"A!o
in connection with lx-ge-sc-ile metal Structures. It I.rj di.O--71.vtjf~ to --;otek-
mine the hreakdo,.,m viscosity V.I,, 044' irmtnrlal,!; of neoiixi,

Vaal%
IVANOVA, V. S. , et al, Prablemy prochnosti, Uo. 5, Miiy 72, I:p 29-35
structural altmiinuir.-- alloys, according to lineav brea!A,:,,~c~
requires tests of samples cf extremely. large diriensii!jiis alld her":e- i~
important to study the possibility of determining K cn thc! h,~sis cC
falclgue tes-cs of samples bv a me-rhod pj-Qpc~,sed
Kudryashov. This avoids mi~ny difficulties associated wizh U11di'll
static loading, such -as -the application of rharp rrxtii, the i!-row-11 of
fatigue cracks, and assuring conditions for plane idellormat-icn. Press~,-~
profiles of cross section 60 x 80 and 65 x 200 trun2 arld barl.- ci: C1iLar%o-t:(.:r
18 mm of AK4-lTl alloy, pressed plates of cross sectf.c, 3!') : 25C ~!-M. (:f
V95T1 alloy and rods of diameter 18 and 60 *.-ja of, WISTI nro~,Zs-_A
plates of cross section 142 x 250 i=2, a Panel of: 313 rn and ro-14:1
of cross section 50 )< 60 r%m:? ajid of dianneter 19 rm D16T alIcy,
rods of di&-ieter 18 mn of DIT, AYTI and AME,,6 alloys, ijro~_ile:l; C__
titanium alloys VfS dnd VT9 ~ui(l rods of dil.
.imeter, 35 rwi of 111H alloy In
the annealed state were investl~,ated, It was ftlw~d -d-lat: can
be evaluated from ~he aspect of breakdown viscosity ori the 11,RSiS C? "
fatigue tests and that tlie forill 1..)f the load, -tilt! cycll:_ and C..'O )c_-vj
a role. "lie c;nli
spectrum dr, nc; inlay Y
tho
10
the crit-1-cal Fati;,.kn, stri-'113. Analysis of, te!,t ~`_ALi ci:i it -",I-'ti,-.
in& and stretchin- c,:' c.ylindrLcal nantipleli oC thE! al~d 711:t.&z7i
alloys ~Aiowcd th.it thi:~ breakd.)i..-n viscosjiy

USSR
IVAIIOVA, V. S. , et al, Problemy procbnosti, No. 5, tli-v 7,!
~j
determined b.,,, the Irwin mctLijcJ ~md the bre-ik6own v
cyclic loading as determined by the Ivanov.a and Kudrv'!!!~h!:),j
close to one another at ~the critical fatigue Stress., it "IjI!,
that it is Dossible to determine KC
oil 1,11e
IC at high
of fatigue tests of samples using the relationships i:)-*
considering the length of the 1"'atigue crack.
3/a

USSR UDC 620.1712t620.182
NESHPOR, G. S. I MIKLY-AYEVo P. G. I WAjWUWWQY G
"Application of Diagrams of Racroacopio Destruction in N3&ljt&ting the Quality
of )Uterials*
Moscow, Zavodalcaya IAbomtoriya, Vol 38# No 7, 1972, pp 864468
Abstract# Mechanical characteri,3tlcs obtained In stantWxd lemsile tests of
smooth samples and in blow-bending tents of notched aa!L craoiced nam-ples were
compared with kinetic characteristics deternined un(ior con~Atlons of develop-
Ing destruction. Investigations were carried out on s1ioets :fj,,om
aluminum alloy (5,N Kg; 0.61% Fx; 0.1% Cuo 0.16 Fes 0.:!),'1; Si,
base Al)j Z mm thick# annealed at 3200C for I hrl with 30 a;nft EX of Cold
working. Tho results showed that in evaluating tho qui0ity oP naterialis 4=4.
In choosing optimum conditions for workinf; them it is :hidle:,ponsable to uze
tbe diagrams of macroscopic. destruction al=pide the ii.tandaird aec.~.Lnical
characteristics, Four figures, i tables ? referencen.

USSR
LMC 539~4-a66'9-017
BRUN* M. YA## 5 and BYKOYA, L. A., Moscow
"Effect of Structure on the Tendency of M Titanium Alloy 110iiard Brittle
Fracture"
Moscow, FIsIU I Xhimiya Obrabotki Materlalovj No 4p iml,/Auiv, 72, pp 74-79
Abstracts Results a presented fron an investigation of tht offect of t~e
C( and 1~ structure of VT9 titanium alloy on a serlels of 4.-rLterla
characterizing the strength by the onnot and the r=P3#;ILLion -o:r fractuivs at
room temperature. The plastic ana brittle yield points verti dotd-=ined during
the application of a double shock loa.4 and during the B~atlc doflection of
the s"ples by recording the dynamic deformation. The .1mramaters neasured
included actual tenaile strength (5 temporaxy resistimica (a, and reuistance
to amall plastic deformation
0 0011 . 0.011 nodulus of deforma
tional hardening (D - dc'-/d 6% comparative extenision comparatlvi~ crerss-
Sectional constriction and uniform and localized c*nst:rictlon Znd
7~ d. Significant differencen were observed between flne-O~L-alned and coarse-
grained samples.
56--

USSR
UWO 53944
UMRYASjjQY,-V., G., PROININ, A. T.0 and VOROY31YEV, 11. A., Aal-Unloa InstItute of
Ti--U- O,yS
"Comparison of the Ductility of Rupture of Titanium Alloys"
Kiev, Problemy Prochnosti, No 2, Fab 74, pp 96-99
Abstracti The ductility of rupture, of titanium allo.,m vus determined on the
basis of the results of fatigue testing of specimeas. The esoence of the
method used is that a apocimet. (cylindrical or flat) is fatigiie tested to
rupture, then the rupture surface is used to determine the litneth (Tor the
flat speciren) and the depth (for the cylindrical mpecinjon) or the fatigme
crack (size of a fatigue spot). Tests iiere porformed at. room tvmp3jotu:m
and elevated temperatures and load-bearing ability (realMial strength when
cracks are present) was determined. The dimensions of pormissible defeets
(cracks) are calculated for working streaeas amounting tD 50-100% of tho yield
point of the material.

........ .......
NESHP(T G. r;, 4~.-Jjj V. 'C.
t of 'LlIc. C'(:() 1'. 111C ill, "Ic"a TI.-Ct
Kjljt~' J,M', UC S!i,,~ot, MaLorif:-I
.1-1borlatc,riya, VC3. 4, IT,
10.,.- 4 L Le
crac". :nd
,
Li
i
'
it
pro.,p.-'rty to ~W fle critr: ~rl "~u!

-
-
I*a
1w (J'L
i ouc% LA 1 i y') jjr.
1
, interu;it
oV Lh
l Z- t"i"'I I ly
,
-
.
.
~
~-
ue,
Va
y

and '21 critr6.
vide. MW U.11dor evelic C(AT
of
3 1 i--Lv -st"" ',i on sb; blio. re f c ronc c-s

USSR VDC 6691.721.5'884:539.4:539.56
CUR'YEV, 1. 1., YELKIN, F. I-PRYA!~ILIQ1 C.
aww~
"Dependence of the Mechanical Properties of 11agnesiura iwi,d BWaLy 1-4,,-Li Alloys o-a
Temperature"
V sb. Struk-turn i svoystva lepk. splavoV (Structure and, llrop4trties of LL&L Alloys
- collection of works) , Huscow, Natdr-a Press, 1971, pp 123-11'.7 (from lu'ZIh-1,~ttal-
lurgiya, No 4, Apr 72, Abstract No 41654)
Translation: A study was made of the effect of alloylalk LI it) Lhe amotiliL of 4,
8~,and 142 on the mechanical properties of Mg at test teiperacul:cs from to
+300*. The increase in Li coritent in the alloys pronoWu in increase in plartic-
ity by 5-10 tim-s. The strength dacreases by 2-3 tinic~i, llit.! Increase in the
amount of beta-phase with body-cvntered cW)ic lattice LA in alloys ill-
creases the tenl3crature sensitivity of their iitrcngt.h cliaracteristics. Fo r 1) i -
nary Mg-Li alloys, in contrast to pure Mg, tPe pruiw:nce of a plasticity J~rcujjl
at defilled test teqieraturcs is characterisUc. 'Aiu tndicn~cti the int-Ainativa
of Lheso alloya tomrard erbrittleiwntcausod prciiably by the preuence of '14i iti.
the alloys. Uloying N'S with lithium essentiitlly red%.,A-.etq tiVi.- 5(115MVity Of
Mg-Li alloys to notching. Thme illustrPtions aiW. a 7-4-n.try bibliaj,grapny.
1/1

I.A
USSR UDO 669.0171539.1,>-6 .735-6:54'.t
SMIOLENTSET? V. I., and 0.1 VILE W-L-UnIcn 11--Istit,4te cf
Light A12oys)
110n the Breaking Stren,!7.tli [ ICI,) of Alwainum
and Titanium Alloys at Low emparatures"
Kiyev, Problemy Prochnosti, No. 9, Sep 71, I-,)v 63 -66
Abstract : The variation of the b,reaking st-ron-th X, C I c!1_1111SO-
terizing the critical strzess intensit,y tihea6 of I--- ci~ack
under plane deforriation coaditions, of alix-titau-ni IL-1.1,)y:; 1196t
V96ts, and VAD-23 ,~nd the titaniwa ~,Jjoy "Vr2 :1,5 ex-ine.-IIP11y
U
investig%tcd on -,-Clat notched 9-pecimens o-,6 di.~L[er~vnt.
by decreasing testu te=eraturc3 K liralues i,o2re dc-~er--AneCi fron.
a given fom. ao function of ;Jae width ~md thia'ctiaso o~` t',,.c
BpeeLmen, -',-he depth of the notch and the fatlgue crack, and the
load by berginnin2,, crack Tolic re,;,,ilto,
discussed by reforence to diagrm-no, ~-,.ho,,-,, that
do not by a temperature drop of dowa tal -2-1
for datenaining K, -are suggested. 2our illwitr. t~,:.,o tableo,
one formula. five giblio. re:fs*
114-

USSR
NESHPOA, G. and KUJRY-~C"IOV, V. 6.
of AniSOLropic
NO 10, 1.970,
Absc-~ a zz ')f the relac iO'1'6;Iip
va ri za *L in
1: C: SE:17,217~i --'-I Cla- 4.'~
a cvc-'~2 -4:-. in&ci;izen~ of alloyz;
Oriellz:cd L:,) che i:-frecLiou 0' rollin'~. ~L l'.5 811OW .!III
T) a r L u In. cyc lic loadi I, c-an he civ a'~ uacad by ~,:-Le
1:0-, ono Girecz:101, alcer Value's Of tlC!.,;L
usin-, L111C equacion derived, fox any other tiiriLion.

112 016
UNCLASSIFIgo PROCESIiING DAri.-..160CT7O
TITLE--ELASTIC AND INELASTIC SCATTiRto OF PARTIC(.(;,S AND THE MAL OF AN
EXCITED CORE IN THE A EQUALS 25-35 RA14GE _u_
AUTHUR-(051-ANTROPOVs A.YE.v PLAVK0, A.V., 7-ARIJBIN,- P.P,*f, KUDRYASH~jv,
Wi~ ORLOV9 B*No
CUSTRY OF INFO--USSR
SOURCE--IZV. AKAD. NAUK SSSR, SER. FIZ. 19f00 ~4(1),
OATE PUBLISHED ------- 70
SUBJECT AREAS--PtiySICS, NUCLEAR SCIENCE ANO TECHNOL1,11GY
TOPIC TAGS--ELECTRON STRUCTURE, NUCLEAR MODEL, EXCIUL) NIJUWS, ELASTIC
SCATTERING, INELASTIC SCATTERING, SODIUM ISOTOPEw MAGNI'-.1,11UM ISL)TUPLI
SULFUR ISOTOPE, CHLORINE ISOtOPf
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAI-It--1986/0235 s'rfP
CIRC ACCESSION NO--AP0105311
UNCLASSIFIED

212 016 UNCL ASS IF IED
CIRC ACCESSION NO--AP0105311
IBSTRACT/EXTRACT--IU) GP-0- ABSTPAcT. DAIA ARE AN,~lLylijj L).,l Itit:
. t L A'S T I C
AND lNrLASTIC SCATTERING OF PARTICLES 141TH EXCITArni,~1 OF Ll')Wt--R LEVELS L)F-
PRIME23 NAi PRIME24 MGt PRIIIE25 MG, PRIME26 MG., PRPAE]3 S, Pklq,14 S,
AND PRIME35 CL. ALSOt DATA OF MEASUK~MEINTS PERf-ORML11, AITH SlMlt-AR 10 b
MEV P ARE INCLU010. IT 15 STUi)lEu ro wHA7 EXIENr THE ;-KCITEL) Cljllt 40DEe
THE MOST 0~:TEN USEU MODE1.9 IS SUITABL~ FOR THE OE!i(:r-.T[dTIWj ''IF THE
NATUkE OF LOW LFVELS OF ODD NUCLEI OC0.141RING IN THE REGIL'N 01- A CJAIPLETE
FILLING OF THE 10-2S SHELL. AT THE CPNTER OF: THE !lui3:slifl-L IL)
SUBFIVEHALVES (VIRIME23 NA, PAIME25 MG) WHERE TH~ GF THE Cjl-~F
OF ODO NUCLEI IS LARGE THE INTEAkELATLON OF N' Uk WACANCT wiitt r~-iit co.,~t
IS NOT SO LARGE 45 TO AFFECT THE CHARACTERISTIC OF THt: ExCIlEo
COkE MODEL. IN ODD NUCLEI OCCURAI,',JG AT TkoE L-W) OF THE SUBS"FLI, 10
SUBFIVEHALVES (PRIME27 ALI IN THE SUdSHELL 2S StRVioi,40', lrjkl,l~,19 SI,
PRIME31 9), AND AT THE BEGINNING OF 114E SWISHELL 10 SUl'.-l*-iPcEH&LVEi
(PRIMF33 So PRIME35 CL) THE INTERACTION OF IK PiUlJ1CLI: VACA~%40 WITH
THE COKt. GOVERNS THE APPEARANCE OF THE i',F THE
EXCITED COkE MODEL. 11 OFFERS THE POSSWILITY TO LISE ~HE EACirCD CURE
MODEL FOR THE INVESTIGATIUN OF THE STRUCTURE OF litil EX(:ITC,*D STATES OF
NUCLEI IN T141S REGION UF THE ID-2S SHELL. FAC[j.ITY: LENINGRAJ.
GDS. UNIV.t Li--NINGRAD9 USSR-

USSR UDC: 551-596+-534-14-3
MMYASHOV., V. M.
--re-CU-Iia-ritle, _Orwa." mioal~s of a Sonic Field in the Slwtdow Zone"
Moscoa), V sb. Tezisy dokl- 3-Y Vses- shkoly--semixinra stal;. [:i4roakiintike,
1971 (Theses of Reports, Mird All-Union School--Seminmr on fitatistical. Hydro-
acoustics, 1971- -collection of wor%s) 19720 i)P 69-76 (from M11--Fizika, NO 4,
1973, Abstract No 4M648)
Translation: The author considers the problem of the sonic 1'iald of a harnollic
sourc2 placed in a rlat-layered liquid medium fillin LL onacc *,,. >, h + :5(x.'Y)
(where x,y,z are the Cartesian cooi%iinates and is a Statistically
fulmtion of the coordinates). The problem in con,4iidere' I untli.-r tho conditions,
of a no-called near-surface wavejuide. Tho COUrciu of the I-
natic. One ccherent fielf! is BOLIght ill the form of the of no]:-
malized -waves. In the maditwi of tba tyl)e considexed, the spj.~Ctrum of" the
normlized waves forming a coherent field consists of %iiju?ay ELtteraatD'.-i-,,,
normlized waves concenti-ated principally in the near-nurfacis.- vt%ve;,iiide. '..ie
dispersion of the waves by the uxieven bourydary is an acti.111tiona). i;o~jrce of
il-111mination for the filiadow zone. The cave in whid'a thi:.- diur.,i,i3ian aln--ant:
coMletely removes the energy of the madom field conWrient fr'=! th,_- ware,,.,-.z_fde
1/2

USSR
KUMYA.SHOV, V. M., Tezisy dokl- 3-Y Vses. shkoly--samin-tra po stat.
gidroakustike, 1971 (from RZh--Fizika, Ito 4, 1973., Absizact No 4Z11648)
is considered. Formulas are given describing the spacto corvelation tanction
for the single -dispersion field of the first noiTializeiI wav)a in t"le. caherent
field. The case in which tile radiator is placed in thili waw:,,ruide whiIa tne
observation point is outside it aiyl the care in which Lioth covraspondinj~ points
are inside the waveguide are ccasidered. Mie fact that the statisticILI (1-VeM.-e
level of the intensity of the random part of the fielA nay siepificantly exceed
the intensity of the coherent component in the shadaw ii-one not contradict
the applicability eriterion of the given approximation, sin= this crittrioll
requires smallness in the average flow of random field energy throu~~h tkne trans-
verse section of the medium compared to the as= energy flow in the cohol!rent
field. L. V. Tikhomirova
2/2

oil USSR UDC: 551-5906:534.143
KUDRYASHOV, V. M.
"On Calculating Acoustic Fields in Media Which tLre With
Respect to Tvo Coordinates"
Novosibirsk, Mat. probl. geofiz.-sbornik (Mathematicii.1 Prciblems of Geo-
physics--collection of works), vy-p. 3, 19T2, PP 321-31271 (fri= RZh-Fizi_111,
No 5, )WY 73, abstract 1-10 5Zh626 by the author)
Translation: The parer examines 'the acoustic field it a mi~-diiir_ vhich s
rLonuniform along two coordinates under conditicns leiLditg to the formeticr.
of shadow zones due to horizontal refraction of waves. The integral ex-
pression for the field is calculated by the methcd of r~,sidiiett; an, a
the acoustic field in the shadow zone Is reprezented a.ji a sAipi-rL(Mition of
normal vaveB. The characteristic numbers of these w&vwa are broken dcr-li
into tvo groups. The first group of characteristic runbers In. related to
refraction of vavcs in the vertical plane, while the sticond Is associar.1'd
vith refraction in the horizontal plane. Because of Qie ccmplex nature of
the characteristic numbers in the second group, E-n additiona:1 it.ttenuaticn
of the acoustic field (as compared with the case